REGULATORY REQUIREMENTS AND COMPLIANCE

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3 Customer Dedication Pictorial Table of Contents Technical AQs SMI Materials Compression Springs Extension Springs Spring Anchors Torsion Springs Tapered Springs Die Springs Disc Springs Composite Spring Washers Series CDM Disc Springs Series CDS Disc Springs Serrated Disc Springs Contact Disc Springs Curved Disc Springs Wave Disc Springs SP Series Disc Springs Stainless Steel lat Washers TABLE O COTETS L & ML Series lange Springs DS Series lange Springs BB Series Springs for Ball Bearings Slotted Disc Springs inger Springs Retaining Rings Reel Retrievers Constant orce Springs Stove Handles Drawbar Springs Urethane Springs H-Clips Hardware Spring Assortments Specialty Springs Custom Springs Material Properties Appendix A Glossary of Spring Terminology Appendix B Cross Reference Guide Appendix C Index Appendix D TERMS & CODITIOS California residents add 7.25% or appropriate tax for your District. Subject to change. IMPORTAT OTICE Changes of costs in raw materials, plating, etc, require that ALL PRICES ARE SUBJECT TO CHAGE WITHOUT OTICE. ORTAGES Any shortages must be reported within 15 days, as is printed on invoice. We reserve the right to over or under ship within 10% of quantity ordered on all custom spring shipments. CREDIT APPLICATIO To establish a net 30 day account, please mail or fax one bank reference and three trade references with complete mailing addresses, fax numbers and account numbers. Please provide an authorizing signature for your bank to release information to Century Spring. MIIMUM BILLIG $40.00 REGULATORY REQUIREMETS AD COMPLIACE CERTIICATIOS A Certificate of Compliance will be provided upon request at time of order for stock items contained in this catalog. WE WARRAT, TO THE EXTET O THE PURCHASE PRICE, THAT SPRIGS SOLD ARE AS DESCRIBED I THE CATALOG WITHI RECOGIZED SMI TOLERACES. WE OER O OTHER OR URTHER WARRATY, EXPRESSED OR IMPLIED. Material certification (chemical or physical) is available only with custom manufactured orders, requested at time of order. or DARS compliant parts, please ask for the Custom Manufacturing Division. RETUR O MERCHADISE o merchandise accepted for return 30 days after delivery date. o credit allowed on merchandise shipped as ordered and returned without obtaining an authorization number I ADVACE. ABSOLUTELY O RETUR ALLOWED O CUSTOM-MADE SPRIGS. A 20% restocking charge applies to all returns of stock springs, and transportation charges must be fully prepaid. We will pay transportation charges on returned merchandise due to Century s error. We accept no responsibility for parts plated or otherwise treated by customer. Phone orders accepted at risk of buyer. PACKAGIG Parts are bulk-packed. Due to physical characteristics, tangling can occur during transit on wire sizes under.035" (.89mm). Please inquire about special packaging and pricing when ordering. IPMETS All merchandise is.o.b. our plant, 222 E. 16th Street, Los Angeles. Your order will be shipped via UPS whenever possible. Outside the UPS zones, shipment will be made freight collect according to our best judgement unless instructions accompany order. RoHS/REACH Compliant Product - Upon request, we can provide stock or custom springs that are compliant with RoHS/REACH regulations. Our salespeople will be happy to assist you in making your selection. Century Spring considers our stock springs to be unaffected by the Occupational Safety and Health Administration s (OA) Hazard Communications Standards. If, however, your applied use of our zinc and cadmium-plated springs is thought to release questionable elements, we will provide related Material Safety Data Sheets (MSDS s) upon request. ADDRESSES Customer Service & Sales info@centuryspring.com Custom Spring Mfg cust@centuryspring.com Retailers (Hardware) hw@centuryspring.com ed. I.D. # Mill. Mfrs. Code #56988 D-U--S

4 Dedication to Complete Customer Satisfaction In 1997, Century Spring Corp. joined with MW Industries Inc. to become one of America s top spring and specialty fastener manufacturers. Having served the industry for over 75 years, we continue our commitment to providing only the highest quality service and parts in the industry. This allows us to provide you with the best, so you can be the best. CSC will continue to lead the way in the spring industry, by listening to you, our valuable customer, and providing you with what you need to be successful: The largest selection of springs in the world, including over 35,000 different designs available Shipment within 8 hours of order placement We stock or can custom manufacture any competitor s spring Efficient customer support Online ordering capability at from the largest stock spring catalog ever published High quality standards including registration to ISO 9001:2008, material and finish certification on custom-made springs and Certification of Conformance to catalog listings Specialty divisions, including: Custom Division for parts not found in our stock inventory Hardware Division for spring assortments packaged for public resale Garage Door Division with springs and new or replacement hardware for one-piece and sectional overhead doors We invite your inquiries, and look forward to helping you with all your spring needs. Your satisfaction will always be our UMBER OE priority. 2

5 PICTORIAL TABLE O COTETS COMPRESSIO SPRIGS Long Length - Stainless Steel Long Length - Carbon Steel EXTESIO SPRIGS Long Length - Stainless Steel Long Length - Carbon Steel SPRIG ACHORS TORSIO SPRIGS EW! TAPERED SPRIGS DIE SPRIGS Oil Tempered " Lengths Chrome Alloy Chrome Silicon Spring Retainers & Cages DISC SPRIGS Composite Spring Washers CDM Series CDS Series Serrated Contact Curved Wave SP Series Stainless Steel lat Washers L and ML Series DS Series BB Series Slotted inger Springs EW! continued on next page 3

6 PICTORIAL TABLE O COTETS RETAIIG RIGS EW! COSTAT ORCE SPRIGS REEL RETRIEVERS STOVE HADLES DRAWBAR SPRIGS URETHAE SPRIGS Stock A Durometer H-CLIPS HARDWARE SPRIG ASSORTMETS SPECIALTY SPRIGS CUSTOM SPRIGS

7 TECHICAL AQs 1. How do you figure out how many active coils a spring has? In any spring, some portion of the end coils will probably be inactive. The number of inactive coils varies depending on the spring end configuration and operating heights is known, the number of active coils over the operating height range can be calculated using the following equation for any end configuration. mating component geometry. The following equations give approximate active coil counts, assuming that the springs are compressed between parallel plates. a = Gd 4 ( h 1 h 2 ) or closed ends (ground or unground): a t 2 or open ground ends: a t 1 or open unground ends: a t In practice, the number of inactive coils varies slightly as a spring is compressed. If the spring output at two 8 (OD d) 3 (P 2 P 1 ) G = shear modulus of the spring material d = wire diameter OD = spring outside diameter h 1, h 2 = spring operating heights P 1, P 2 = spring force at heights h 1 and h 2, respectively. TECHICAL AQs 2. What is the difference between closed and closed ground ends? Springs can be coiled with a variety of end configurations. If the space between the coils is reduced to the point where the wire at the tip makes contact with the next coil, the end is said to be closed. If there is no reduction in pitch at the end coils, the end is referred to as open. Between these two extremes is an end type known as semi-closed in which the space between coils is reduced, but there is a gap between the tip and next coil. The most common configuration in industrial springs is closed ends. An additional grinding operation may be applied to any of the end configurations listed above. Grinding removes material for the spring end coils to create a flat surface perpendicular to the spring axis. This may be done for a variety of reasons including more even distribution of the spring force to the working assembly and improved ease of assembly since the spring is more likely to stand upright unassisted (particularly with smaller index springs). Springs can be manufactured with any of the ascoiled configurations listed below. Any of these configurations can be provided either in the ground or unground condition. Stock springs are listed in the catalog with specific ends (C = Closed, CG = Closed & Ground or O = Open). If you need a different type of end than what is listed, we can custom manufacture for you (see page 376 for Custom Springs). The figure below shows schematics of both open and closed ends in both the ground and unground conditions. Open Ends Coiled Right-hand Closed, Squared and Ground Ends Coiled Left-hand Closed Ends ot Ground Coiled Right-hand Open Ends Ground Square Coiled Left-hand continued on next page 5

8 TECHICAL AQs TECHICAL AQs 3. What is a safe design stress for a compression spring? This question does not have a single, simple answer. have to be stable, but the spring must be able to The answer depends heavily on the type of material survive the intended life without breaking. inally, used (e.g. music wire, stainless steel, chrome-silicon, etc.), material grade (e.g. commercial vs. valve spring manufacturability limitations can also restrict design stress levels. quality, standard or high strength, etc.) and the service environment (e.g., static vs. cyclic, corrosive atmosphere, extremely high or low temperatures, etc.). A spring that has infinite fatigue life under low deflection conditions may take a set if compressed to solid height. Another spring optimized for static life in sea water may have very poor fatigue life when cycled in air. The design process typically begins with selecting a material type appropriate for the application environment. or static conditions, the spring designer will generally select a stress level appropriate for the selected material that will assure stable spring force output over time. or cyclic conditions, not only does the force output over time The best recommendation here is to understand what is desired from the spring in service and work with a Century Spring design engineer to develop the optimum design for the operating conditions. Knowing the answers to the following questions will greatly assist the spring designer. Will the spring operate under static or cyclic conditions? If cyclic, what are the minimum and maximum operating loads, deflections, or heights? What is the desired life? What is the operating environment? What is the operating temperature? Does the assembly include physical stops to limit spring deflection? If so, what are the limits? 4. Which material gives the best corrosion resistance? Once again, the actual operating environment plays a significant role. Many coatings are available that can provide adequate corrosion resistance for wire types that would not themselves resist corrosion. These When the application is such that coated spring wire will not meet the requirements of the application, the focus turns to stainless steel wire. Type 302 stainless steel is generally the first choice. This wire can yield include powder coating, phosphating with an oil dip or very corrosion-resistant springs for most spray, and plating in some cases. Generally speaking, a coated spring produced from a traditional spring material will involve less cost than producing a spring environments. When the application calls for high operating temperatures as well, 17-7 PH wire will also likely be considered. from stainless steel. 5. How do you calculate rate/loads for disc spring stacks? The effective spring rate of a stack of spring washers If spring washers are stacked such that they meet depends on the orientation of the stack. If Belleville OD-to-OD and ID-to-ID, the stack is said to be in spring washers are stacked so that they nest together series. In this case, the deflection of the stack is (i.e. stacked like paper cups), they are said to be in distributed between all of the springs in the stack. parallel with each other. When a stack of springs in The effective spring rate for the stack is lower than the parallel is deflected, all of the springs in the stack softest individual spring rate in the stack. This is an deflect as much as the total stack deflection. The effective means of gaining available deflection in effective spring rate for spring washers in parallel is limited operating space. or a stack of n spring simply the sum of the individual spring washer rates. washers in series, the effective spring rate is This is an effective way of achieving very high force calculated using the following equation. output in very limited operating space. or a stack of n spring washers in parallel, the effective spring rate is calculated using the following equation. k eff = k 1 + k 2 + k 3 + k n 1 k eff = 1 /k /k /k /k n 6 continued on next page

9 TECHICAL AQs 5. How do you calculate rate/loads for disc spring stacks? (continued from previous page) In cases where spring washers are stacked in a then calculate the entire stack as a parallel stack combination of series and parallel, calculate the considering the series segments as single springs effective rates for segments of the stack in series and with their respective effective spring rates. 6. What is free length? or a compression spring, it is the length of the spring from one end to the other when no load is applied. or a tension spring, it is the length between the inside diameter of the two end hooks when no load is applied. TECHICAL AQs 7. How long will a compression spring last? The effective life of a compression spring depends heavily on the operating environment. A spring designed for a static application with a properly chosen material should last indefinitely. In cyclic applications, springs are generally designed for infinite life; however, application nuances such as resonant vibration could drastically reduce spring life. 8. How do I know if a spring is RHW or LHW? When looking along the axis of a spring, curl your index finger so that it follows the same direction as the wire from the spring body to the wire tip nearest you. If the end coil wraps in the same direction as your index finger (picture below) then it is that hand (right or left). See illustration below for method and a Right Hand Wound spring. or additional instruction, see top of page 291. Coiled Right-hand Coiled Left-hand 9. If I cut a spring in half, would the rate stay the same? Cutting springs generally decreases the number of active coils. This forces an increase in spring rate. The spring rate is proportional to 1/ a, so reducing the number of active coils by half doubles the spring rate. continued on next page 7

10 TECHICAL AQs TECHICAL AQs 10. What material is best for high temperature applications? As temperature resistance increases, the material and processing cost typically increases significantly. Therefore, it is usually wise to select a material that provides resistance for the intended temperature Wire Type Max Temp. Music Wire 250 Hard Drawn Carbon 250 Oil Tempered Carbon 300 Chrome Vanadium 425 Chrome Silicon 475 range with minimal excess capability. The table below lists a variety of spring materials and their maximum service temperatures. Wire Type Max Temp. 302 Stainless PH 600 icr A Inconel Inconel X If I stack two springs, would the rate stay the same? Stacking springs definitely changes the spring rate. rate for a stack of n springs is calculated using the The effective spring rate of the stack will be less than following equation. the softest spring in the stack. The effective spring 1 k eff = 1 /k /k /k /k n 12. Where can I find minimum tensile strength for materials? Most spring materials are defined in ASTM given below. As an alternate source, the Spring specifications. In general, tensile strength varies with Manufacturers Institute publishes a Handbook of wire diameter. The specifications typically include a Spring Design as well as an Encyclopedia of Spring table that lists allowable tensile strength ranges for Design (see page 11), both of which include tensile various wire diameter ranges. A list of popular material strength data for a variety of spring materials. types and the corresponding ASTM specification is Wire Type ASTM Spec Oil Tempered Carbon (Commercial) A229 Oil Tempered Carbon (Valve) A230 Chrome-Silicon (Commercial) A401 Chrome-Silicon (Valve) A877 Chrome-Vanadium (Commercial) A231 Wire Type ASTM Spec Chrome-Vanadium (Valve) A232 Hard Drawn Carbon A227, A764 High Tensile Hard Drawn Carbon A679 Music Wire A228 Stainless Steel A What is initial tension? Initial tension is most often discussed as it relates to extension spring. Extension springs are usually manufactured in a manner that requires a certain amount of force be applied before any deflection is realized. This minimum force is referred to as initial tension. The load vs. deflection chart below shows the effect graphically. The load PI is required to overcome the spring s initial tension. rom that point, the spring force increases with deflection at the spring rate. See chart on next page. continued on next page 8

11 TECHICAL AQs TECHICAL AQs Load (P) P I Deflection (f) 14. What are the best materials for fatigue applications? Since spring wire is primarily subjected to torsional stresses, maximum stress levels occur at the wire surface. As a result, material surface defects (i.e. seams, laps, pits, etc.) can dramatically reduce a spring s fatigue life. Knowing this, wire manufacturers have developed surface preparation methods to restrict the size of wire surface defects as it leaves the mill. Wire produced with these methods is rated for fatigue applications and is often referred to as valve spring quality. Since these methods often involve costly processes, fatigue-rated spring wire is often significantly more expensive than its commercialgrade counterpart. The two most popular materials for fatigue applications today are Music Wire (ASTM A228) and Chrome-Silicon Valve Spring Quality (ASTM A877). At wire sizes below approximately 0.080" (2.0 mm), Music Wire offers higher tensile strength; however, Music Wire s maximum service temperature is less than that of Chrome-Silicon. 15. Tolerance (OD, L, Load, Total Coils) Achievable spring tolerances depend heavily on spring geometry characteristics. Empirical studies have resulted in a complex series of calculations that can predict appropriate tolerances for any given spring geometry. These calculations are too involved for this discussion and best suited for automation through software. Please consult with a Century Spring design engineer to determine appropriate tolerances for your particular design or application. 16. Does it make a difference on a torsion spring whether its left or right hand wound? Yes. To reduce the likelihood of torsion springs taking winds up when load is applied. If the spring a set, the spring should be coiled in the direction that unwinds as load is applied, it should probably be results in increased coil count as load is applied. In coiled in the opposite direction. other words, the spring should be coiled such that it continued on next page 9

12 TECHICAL AQs TECHICAL AQs 17. What are the advantages of having stainless springs passivated? or stainless steels to provide proper corrosion additional oxygen from reacting with the iron to create resistance, a chromium-rich surface layer must be rust. Passivating is a chemical process that assures present to allow the formation of an impermeable that the surface is rich in chromium. oxide. It is this impermeable oxide layer that prevents 18. How are extension spring loads calculated? Most simply, the force exhibited by an extension spring will be the spring rate times the deflection from free plus the initial tension. Mathematically, P = (k x δ ) + P 1 = k x (l l ) + P I, where P = Spring force, k = Spring rate, δ = Deflection from free length, P I = Initial tension, l = Spring length, and l = Spring free length 19. What does maximum safe deflection mean? (Stress value, calculated number cycles) In a static application, this is the maximum safe In cyclic compression spring applications, this would deflection from free that will not result in the spring be the maximum deflection to which a spring could be taking a permanent set. or a compression spring, the compressed from free length that still assures permanent set will result in reduced free length and appropriate spring life. The cyclic condition maximum force output. or an extension spring, the permanent safe deflection is significantly less than the static set will reduce force output by reducing initial tension application maximum safe deflection. or increasing the free length. 20. What are the differences between hard drawn, music wire? Both hard drawn wire and music wire gain their strength through cold drawing the wire from large diameter rod to its final size. There are three significant differences. irst is the chemical composition of the wire. Music wire contains more carbon and less manganese than hard drawn wire. Additionally, the allowed levels of contaminants such as phosphorus and sulfur in music wire are more restrictive. The second key difference is in the wire s strength. Because of the additional carbon, music wire can be drawn to significantly higher tensile strengths than hard drawn wire. inally, processing of music wire is done in a manner to provide a finished surface with smaller allowed defects than hard drawn wire. Since surface defects are one of the most common initiation sites for fatigue cracks in springs, smaller surface defects (and their corresponding reduction in stress concentration) enable music wire to be used in high cycle fatigue applications. Hard drawn wire is best suited to static or very low cycle service conditions. 10

13 SMI MATERIALS SMI MATERIALS OW AVAILABLE ROM CETURY SPRIG! Century Spring Corp. is proud to announce its honored membership into The Spring Manufacturers Institute (SMI). ounded in 1933, SMI is an association of manufacturers of precision mechanical springs and their associate suppliers. The members of SMI work together to address key issues of the industry worldwide, including quality, materials, technology and government regulations SMI promotes and protects the interests of spring makers across the United States and Canada as well as serves as a clearinghouse and source of information on the many facets of business relating to the industry. Below are some of the SMI publications available through Century Spring: 1. Handbook of Spring Design (116 pages, softcover) This newly updated Handbook of Spring Design covers the essentials of extension, compression and torsion spring design, plus segments on tolerances and materials, accurately complimenting spring design software. A condensed version of the Encyclopedia of Spring Design, the Handbook is the ideal reference to keep in a briefcase or at a workstation. 2. undamentals of Spring Design (112 pages, softcover) This practical guide was created for design engineers or those responsible for designing springs in a nonautomated environment. A sufficient amount of detail is included for its reader to generate optimum solutions to spring design problems. 3. Compression, Extension, Garter & Torsion Springs (56 pages, softcover) This publication describes the basic design concepts for compression, extension, garter and torsion Springs the most common varieties with the most universal automotive, industrial, business and electronic applications. 4. Other Types of Springs (174 pages, softcover) This guide illustrates the design philosophy behind many specialized springs, including belleville washers, spring washers, power and constant-force springs, retaining rings and spiral springs. 5. Tolerancing and Testing (48 pages, softcover) This valuable publication provides an understanding and standardization in the way springs are made and tested, necessary to Global markets. 6. Mechanical Springs by A.M. Wahl (317 pages, hardcover, 2nd edition) In addition to practical design, this hardback comprehensively addresses theories motivating the design of several forms of mechanical springs, including coned-disk, torsion, flat, ring, torsion-bar and rubber springs, with special attention to commonly used helical compression and extension springs. 7. Encyclopedia of Spring Design This valuable reference binder is comprised of undamentals of Spring Design, Compression, Extension, Torsion and Garter Springs, Other Types of Springs and Testing and Tolerancing. Created by the SMI Technical Committee, the Encyclopedia of Spring Design contains the technical knowledge to help build a design, choose the correct material and test the final product. If you are interested in obtaining any of the above publications, please contact us at: Century Spring Corp. Attention: SMI Publications P.O. Box Los Angeles, CA info@centuryspring.com SMI MATERIALS 11

14 COMPRESSIO SPRIGS Century Spring warehouses the largest inventory of high-grade, straight, cylindrically-shaped compression springs in the world. All the springs found in this section of the catalog are fabricated from round wire. Rectangular wire is sometimes employed to reduce the solid (totally compressed) height or increase the space efficiency of the design. Century Spring s die springs are made from rectangular wire for this reason. (See the Die Spring section of this catalog.) Selecting a Compression Spring: COMPRESSIO SPRIGS Turn to the inventory page with the desired outside diameter (O.D.). Outside diameters increase as page numbers increase and are found in the left column of the page. ext, find the length or rate (strength) you require. These, too, are normally in increasing order. Spring rate is the load (pounds) it takes to deflect (compress) the spring one theoretical inch, i.e., if the rate = 40 lbs./in., it would take 10 pounds to deflect it 1/4 inch, or 80 pounds for 2 inches, etc.. If the length or rate is not known but the installed working length (W.L.) is, then select a spring say 30% longer than the W.L.. You must know the load at the W.L.. Just subtract the W.L. from the spring s selected free length and multiply by its rate to obtain the load to compare with your required value. If the load required is not obtained, select a new candidate with either an increase or decrease in rate (strength) or free length. Be certain that the tabulated solid length (completely compressed) for your candidate spring indicates enough room for deflection and, also, that the deflection is not significantly greater than the tabulated Maximum Suggested for stress reasons. ote: If the spring needed for your application cannot be found in our catalog inventory, we can fabricate it for you. Often, there is no cost increase for this service as we have low quantity requirements. Design Information The basic compression rate and wire stress for a compression spring can be estimated with the following: ote: One should not employ the curvature (k) correction stress in an expression solving for deflection. Use the uncorrected stress only or errors will occur. The uncorrected stress can be used for static applications. Large wire and bar stock sizes also require an empiricallyderived reduction in the standard rate calculation of up to 9%. or these reasons, refinements in large spring design should be left to the experienced spring designer. Where: D = Mean diameter, (O.D. - d) inches d = Wire diameter, inches G = Modulus (spring steel = 11.5x10 6, stainless = 10x10 6 ), p.s.i. K = Stress correction factor (see plot) = umber of total coils n = umber of active coils (see table) P = Applied load, pounds p = Pitch, distance between centerlines of wires of adjoining coils R = Spring rate, pounds per inch (lbs./in.) S = Wire stress, psi Δ = Deflection, inches π =

15 Design Information (continued) The suggested maximum allowable spring-wire stress values can be derived from the Minimum Tensile Strength (MTS) tables found in the Material Properties section of this catalog. The MTS values vary with the spring-wire diameter. urther, 30 to 45 percent of the MTS value, depending on the material type, is used as a corrected stress target to produce a long fatigue life. The table, Properties of Common Spring Materials, found also in the Material Properties section of this catalog, indicates the appropriate percentage value of the MTS to use for a given spring material. WAHL CURVATURE STRESS CORRECTIO or free custom spring designs, call or fax our Custom Spring Department. or quick stress checks on stock or custom spring designs, or technical information, call or fax our Engineering Department. Service Life It should be noted that if critical force-versus-deflection linearity is required, only the center 60 to 80 percent of the available deflection range should be employed. Thus, reserve at least the first and last 15 to 20 percent of the range for potential spring-end and adjacent coil-contact effects. These effects can be largely ignored for the majority of spring applications. The column Suggested Maximum Deflection found in the following pages of inventory reflects the recommended inches of travel to obtain a statistical service-life of approximately 100,000 cycles (deflections) with infrequent breakage. This can be realized if the spring in question is not subjected to shock loads, rapid cycling, temperature extremes, corrosion or stress values above those previously recommended. If the spring is statically loaded (not cycling), a near-infinite life can be expected. Extended spring service-life can be expected by applying recommendations found in the Material Properties section of this catalog. Spring Characteristics Materials The highest grades of spring wire are used for fabricating our springs. To create cost-effective warehousing of our stock spring inventory for our customers, we offer material certification for custom springs only. Certifications of conformance for geometric tolerances set by the Spring Manufacturers Institute (SMI) are available for our stock springs upon request. See the Custom Spring section of this catalog if material trace certifications or unique materials are required. Spring Steel is a stock inventory term covering: Music wire Hard-drawn (MB) wire Oil-tempered wire Additionally, stock compression-spring materials include: Stainless Steel (300 series) Beryllium Copper Phosphor Bronze COMPRESSIO SPRIGS 13

16 Spring Characteristics (continued) Tolerances Century Spring manufactures stock springs to commercial tolerances defined by the SMI. Calculated rates and loads based on the SMI geometric tolerances have an approximate +/- ten percent. Low or high-index springs will have higher values. Compression springs characteristically have an hourglass shape when coiled on an automatic coiler; therefore, outside/inside tolerancing is applied to end coils only. This is an important consideration when selecting a spring that fits over a rod or inside a cylinder. Call us if tighter tolerance values are required. Regarding angle tolerance, the plane of the ground end of a spring is usually within three degrees of the perpendicular-tothe-body axis of the spring. Direction of Helix (wind) The wind direction of our stock springs varies, both RHW and LHW. Stock springs are not sorted for wind direction. To order springs wound to a specific direction, please see page 376 for more information or contact our Custom Division at Ends The compression spring ends configuration is indicated in the Ends column of our inventory listings which are: Closed (C) - The last coil at each end is bent back to touch the previous coil to create a flat base. Closed and Ground (C&G) - The closed ends of a spring ground to a more accurate flat base. This will also reduce the solid length. Open (O) - The spring end coils remain open, maintaining the spring machine s helical wind shape. inish The finishes available for our compression springs are as indicated in the inish column of our inventory listing which include: Zinc Gold Irridite Black Oxide Passivated (upon request) one (can be plated upon request) COMPRESSIO SPRIGS Data Required or Compression Springs CURRET DESIG Outside Diameter in. ree Length in. Wire Dia. dec. Material Total Coils (or pitch) in. inish SPRIG TO BE DESIGED To work in in. hole To work over in. dia. shaft To support lbs. ± lbs. at in. Rate per in. lbs. ± Max. solid height in. Max. deflection ADD L. IO I AVAILABLE Material Wind: Optional Right Left inish Style of ends: Cl. & Grd. Closed only Open or Plain 14

17 O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS SST C JJ SST C MW C MW C RR SST C MW C MW C S SST C MW C S SST C MW C S SST C MW C S SST C MW C S SST C MW C S SST C MW C S SST C MW C S SST C MW C S SST C MW C S SST C MW C S SST C MW C S SST C MW C S SST C MW C S SST C MW C S SST C MW C S SST C MW C S SST C MW C S SST C MW C S SST C MW C S SST C MW C S SST C MW C S SST C MW C S SST C MW C S SST C MW C S SST C MW C S SST C MW C S SST C MW C HH MW C MW C MW C MW C S SST C B MW C MW C JJ SST C B MW C J MW C SST C MW C B-59-A MW C A SST C A MW C B MW C Z B MW C Z MW C MW C COMPRESSIO SPRIGS BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one 15

18 COMPRESSIO SPRIGS O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS MW C SST C SST C A MW C GI A MW C KK MW C MW C SST C MW C S SST C MW C M MW C S SST C LL MW C MW C DD MW C MW C MW C Z B SST C LL SST C SST C B SPR C MW C S SST C MW C S SST C MW C S SST C KK MW C MW C S SST C MW C S SST C MW C S SST C MW C S SST C MW C S SST C MW C S SST C MW C S SST C MW C S SST C MW C S SST C MW C MW C S SST C MW C S SST C MW C S SST C MW C S SST C MW C S SST C MW C S SST C MW C S SST C MW C S SST C MW C S SST C MW C S SST C MW C S SST C MW C S SST C MW C S SST C MW C S SST C MW C S SST C MW C S SST C 16 BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one

19 O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS MW C S SST C MW C S SST C MW C S SST C BC C EE SST C S SST C MW C BB MW C O MW C Z MW C Z II MW C BB SST C MW C JJ SST C MW C GI MW C MW C Z M MW C Z II SST C O MW C DD HD O Z LL SST C MW C MW C O MW C Z OO MW O SST C S SST C MW C M SST C MW C MW C GI MW C LL MW C MW C Z MW C V MW C MW C O MW C MW C Z MW C Z MW C MW C Z MW C CC MW C Z MW C BC C MW C Z A MW C Z B MW C Z B MW C Z G MW C BO B MW C Z B MW C Z S SST C B MW C MW C Z HH MW C GI MW C Z B MW C Z YY SST C G MW C S SST CG II SST C B MW C MW C Z V V SST C OO MW C BO MW C OO SST C MW O DD SST C RR SST C G MW C Z A MW C Z B MW C SST C COMPRESSIO SPRIGS BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one 17

20 COMPRESSIO SPRIGS O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS MW C A MW C OO SST C MW C OO SST C SST O BB SST C A SST C SST C EE MW C GI L MW C MW C Z B MW C Z JJ SST C MW C JJ SST C SST C V MW C B SST C O MW CG O MW C A MW CG QQ SST C MW C B SST C S SST C G SST C BB SST C MW C GI MW C BB MW C SST C J MW C LL SST C SST C OO SST C A MW C KK SST C A MW C GG SST CG MW C Z MW C Z B MW C Z S SST C L MW C GI MW C V SST C B MW C S SST C B MW C B MW C MW C L SST C MW C AA MW C Z A MW C U MW C MW C G SST C DD MW CG A MW C PP MW C Z H MW CG JJ SST C U MW C Z U SST C A SST C W MW C GI MM SST CG KK SST CG B SST C M SST C DD SST C GG SST C KK MW C Z MW C GI B MW C MW C GI U MW CG LL SST C 18 BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one

21 O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS GG SST C OO SST C V MW C MW C B SST C MW C Z A SST C SST C MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG B SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG B MW CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG COMPRESSIO SPRIGS BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one 19

22 COMPRESSIO SPRIGS O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG 20 BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one

23 O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG COMPRESSIO SPRIGS BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one 21

24 COMPRESSIO SPRIGS O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG DD MW CG GI MW C LL MW C DD SST C B MW C B MW C MW C S SST C B MW C DD SST C MM SST C B MW C A MW CG A MW C Z BB MW C B MW CG GI B MW CG SST C S SST C B MW C MW C Z B SST CG M SST CG B MW CG SST C J MW C Z KK MW CG A MW C BO SST CG A SST CG B MW C BB MW CG Z B MW C B MW C Z CC SST CG EE BC C M MW C Z B SST CG 22 BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one

25 O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS B MW CG GI G MW C Z U MW C A SST C L MW C GI L MW C TT SST CG MW C KK SST C MW C Z MW C V MW CG MW C B SST CG G MW C A SST C B MW C L SST C II SST C U MW CG O MW C A SST CG O MW C B SST CG G MW C Z H SST C Q MW C GI UU MW C Z DD MW CG LL SST C S SST C A MW C MW CG G MW C BO SST CG MW C M MW C B MW C Z B MW CG GI MW C Z SST CG GG MW C GI MW C Z V SST C S SST C B MW CG BO W SST CG MW C MW C Z A SST CG A MW C SST CG DD SST C B MW C MW C Z Q MW C MW C LL SST C B MW C Z B MW C Z U MW C S SST C MW C GI A SST CG B MW C Z G MW C S SST CG MW CG A SST CG B MW C Z G MW C B MW C Z B MW C Z S SST C B MW CG MW C Z MW C A MW C A MW CG MW C Z COMPRESSIO SPRIGS BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one 23

26 COMPRESSIO SPRIGS O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS A SST C B MW C J MW C Z L MW CG Z S SST C S SST C G MW C A MW C MW C Z A MW C BO MW C S SST CG J MW C B MW C EE MW C S SST C A MW C MW C Z B MW CG GI G SST C MW C Z MW C Z J SST CG S SST C MW C Z MW C A SST C A SST CG MW C Z MW CG J SST C B SST CG B MW CG S SST C B MW C MW C Z JJ MW C A SST CG MW C Z A MW CG GI OO MW C KK MW C S SST C B MW CG A SST C MW C Z TT SST C B MW CG GI AA SST C MW C Z S SST C B MW C S SST C MW C Z KK SST C OO MW C S SST C B MW C KK MW C Y MW C GI LL MW C MM SST CG MW C MW C Z A MW C Z G MW C BO II MW C Z M MW C Z OO MW C B MW C JJ SST C XX SST C MW C GI GG SST CG H MW C Z MW C Z A SST C MW C Z MW C Z S SST C 24 BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one

27 O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS B MW C S SST C PP SST C AA SST C B MW C Z MW C Z KK MW C MM MW C Z MW C SST C MW C Z C MW C Z BB MW C Y MW C S SST C MW C DD SST C J MW CG U MW C Z Z SST C II MW C JJ SST O OO MW C L MW C GG SST CG B MW C AA MW CG Z LL SST CG A SST C CC SST CG SST CG H SST CG A SST C A SST C O SST C J MW C GI MW C B MW C Z A MW C GI BC C M MW C A SST C AA SST CG GG SST C MW C Z H MW C S SST CG SST C MW CG J SST CG UU SST C B SST C J MW C Z MW C Z V MW C B MW C J MW C Z V MW C OO MW C Z MW C Z CC MW C J MW C Z SST C MW CG S SST C B MW C Z S SST C S SST C MW CL XX MW C B MW C MW C Z MW C Q MW CG EE SST C AA MW CG Z MM SST CG MW CG GI V MW C JJ MW C COMPRESSIO SPRIGS BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one 25

28 COMPRESSIO SPRIGS O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS Q MW C MW C Z RR SST C JJ SST CG SST C RR SST C MW C MW C Z MW C Z MW C Z B MW C S SST C A SST C MW C Z SST C MW C BB SST C LL MW C PP MW C Z LL MW C MW C Z S SST C B MW CG AA SST C MW C Z MW C Z MW C GI A SST C MW C Z O SST C MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG 26 BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one

29 O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG HH MW C HH SST C V SST C MW C Z J MW CG Z KK SST C H MW CG Z B SST C MW C MW C Z U MW C Z EE MW C S SST C B MW CG J SST C Q MW C Z U MW CG Z SST C S SST C LL SST C Y MW C MW CG Z B MW C S SST C MW C Z MW CG Z O MW C EE SST C BB SST CG O MW C B MW CG GI B MW CG H MW CG GI MM MW CG G MW C W SST C B SPR CG B MW C M MW C B MW C B MW CG B MW C B MW C GI MW C Z MW C Z HD C Z MW C Z S SST C A SST C B SST C U MW C Z CC MW C GG SST C S SST C MW CG Z S SST C MW C Z SST C B MW CG MW CG GI S SST CG U MW C COMPRESSIO SPRIGS BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one 27

30 COMPRESSIO SPRIGS O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS MW C Z MW C Z SST CG MW C Z MW CG Z A MW CG GI L SPR C SST C EE MW C Z SST C MW C Z MW C Z GG MW C MW C Z GG MW C S SST C S SST C S SST CG M MW C BO B MW C U SST C WW SST C LL SST C CC SST CG S SST C H MW CG LL SST C W SST CG MW C MW C Z PP MW C JJ MW C GI II MW CG Z S SST C KK MW C GI V MW CG Z B MW C Z MW CG GI B MW C CC MW C Z II SST C MW C GI OO MW C MW C Z V SST C MW C Z S SST C OO MW C Y MW C B MW CG Z S SST CG MW C Z A MW C Z A MW C Z S SST C PP MW C A MW C Z TT MW C A MW C Z MW C Z A SST C PP MW C MW C GI S SST CG MW C Z B SPR CG Z JJ MW C B MW C Z B MW C Z B MW C Z MW C Z B MW C Z OO MW CG SPR C Z O MW C Z S SST C A MW C Z EE MW C C MW C Z C MW C Z 28 BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one

31 O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS C MW C Z O SST C C MW C Z MW C Z SST C A SST C MW C Z MW C S SST C L MW C M SST CG BB SST CG KK MW C B MW CG CC SST C B SST C J MW C AA MW C Z MW C Y MW C W SST CG A MW C OO MW CG A MW CG S SST C A MW CG GI A MW C B MW O MW C SST C GG SST CG MW C OO SST C JJ MW C Z JJ SST C O MW C Z AA MW C Z DD SST CG J MW C Z MW CG MW C B MW C B SST C EE MW C J SPR CG Z SST CG S SST C I MW C BO MW CG Z JJ SST CG B MW C SST C MW C Z M MW C Z OO MW C Z U SST C V SST C A SST CG AA SST C TT MW C Z MW C A MW C LL SST C O MW C Z MW C HH MW CG Z KK SST C A SST C DD SST C PP MW C Z GG SST C KK MW CG B MW C BO MW CG BO H SST C W SST CG AA MW CG Z Q MW CG II SPR CG A MW CG GI COMPRESSIO SPRIGS BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one 29

32 COMPRESSIO SPRIGS O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS A MW CG GI S SST C CC SST C DD MW C B SST C K MW C MW C Z S SST CG S SST C MW C B MW C U MW CG SST C S SST C W SPR CG L MW C A SST CG S SST C J MW C Z AA MW C Z A MW CG MW C Z SST CG B MW CG S SST C DD SST CG SST CG S SST C BB SST C SST C SST C L MW C Z B MW CG B SST C PP SST C PP MW C WW SST C S SST C SST C O MW CG MW C GI MM MW O Z KK SST C A MW C Z B MW C Z J SPR CG AA MW C Z A MW C B MW C W MW C G MW C MW C Z B MW C G MW C Z MW C Z V MW C S SST CG OO MW C Z Z SST C J SST C OO MW C BO S SST C S SST C A MW C B MW C Z SPR C GG SPR CG A SST CG JJ SST CG B MW CL B SST C MW C Z Y SST C S SST C B MW CG MW C L MW C K MW C SST C MW C 30 BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one

33 O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS Q MW C LL SST C MW C Z SST CG Y SST C B MW C B MW CG Z Y SST C S SST MW C B MW C MW C B SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG A SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG B MW C MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG COMPRESSIO SPRIGS BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one 31

34 COMPRESSIO SPRIGS O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG B MW CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG 32 BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one

35 O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG B SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG B MW CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG COMPRESSIO SPRIGS BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one 33

36 COMPRESSIO SPRIGS O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG 34 BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one

37 O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG COMPRESSIO SPRIGS BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one 35

38 COMPRESSIO SPRIGS O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW C B MW CG BO OO MW C AA SST C CC MW C V SST C U MW C Z PP SST C B SST C MW C S SST C B MW CG Z LL SST C II SST C A MW CG GI S SST CG EE MW C O MW C V MW C A SST CG AA SPR CG G SST C O MW C EE SST CG MW C Z MW C Z MW C A SST C MW C GI V SST C G MW C SST CG DD SST C S SST C M SST C MW C Z II MW CG Z DD SST C J MW CG GI MW C Z A SPR CG A SST C S SST C S SST C MW C Z HD C Z II SST C WW SST C PP MW C II MW C B MW CG J MW CG Y MW C MW C Z JJ SST CG B MW CG MW C MW C Z B SST CG AA SST C V V SST C MW C Z O SPR C Z A SST CG S SST C B MW C OO MW C SST C EE SST CG S SST C L MW C MW C Z 36 BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one

39 O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm J SST C L MW C J MW C Z Z SST CG GG MW CG J MW CG MW C Z JJ SST CG SST CG SPR C Z SPR CG GI S SST C SST C MW C M MW C W-60A SST C MW C A SST CG MW C Z S SST C MW CG Z SPR C Z Z SST C S SST C MW C Z MM MW C Y MW C Z J MW C Z Q MW C Z GG SST CG SST C II SPR CG M SPR C A SST C SST C GG SST C B MW C MW C Z CC MW C Z K MW C Z B MW C SST C MW CG Z A MW CG GI MW C Z SST C O MW C BO V V SST C MW C Z LL MW C B MW CG W SST CG MW C Z DD SST C EE MW CG MW C B MW CG PP SST C S SST C SPR C Z B MW CG GI MW C Z MW C Z SST CG MW C Z J MW C Z KK SST C V V MW C H MW CG Z Q MW C MW C Z EE SST CG S SST C S SST CG L MW C Z MW CG Z S SST C SST CG S SST C CC MW C Z PP MW C Z BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one TOTAL COILS MAT L E DS COMPRESSIO SPRIGS 37

40 COMPRESSIO SPRIGS O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS II MW C Z Z MW C Z SST CG JJ MW C U MW CG O MW C A SST CG Z SST CG B MW CG B MW CG V SST CG B SST CG HD C B SPR CG B MW C SST C RR SST C MW CG OO SST C B MW CG PP MW C S SST C MW C Z A SST C MW C Z Q MW C AA MW C Z SPR CG S SST C SPR C Z A SST C PP SST C H MW C G MW CG MW C Z Q SST C YY MW C B SST CG A MW C BO O MW CG I MW CG II MW C G MW CG PP MW C BO A MW CG GI B MW CG MW C Z A MW C HD C Z QQ SPR CG Z MW C Z S SST C MW C GI MW C MW C Z S SST C KK SST C U SST C V MW C MW C Z MW C Z OO SST C A MW CG B MW CG Z S SST C A MW CG HH MW CG SST CG SST CG SPR C Z S SST C U SPR CG A MW C S SST C S SST C A SST CG MW C Z EE MW C Z S SST CG S SST C 38 BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one

41 O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS UU SST C II MW C M MW CG Z A MW C Z MW C GI KK SPR CG Z A PB C B MW C KK SST C MW C Z MW C Z HD C Z GG SST C MW C Z B MW C Z S SST C S SST C B MW CG L MW C S SST C B SPR CG Z O SPR C J SPR C B MW CG MW C Z V MW C J MW C Z SPR C Z SST C S SST C V MW C SPR C Z H SST CG Q SST C A MW C Z A MW C Z Q MW CG A MW C Z MW C Z A MW C Z B SST CG A MW C Z SST CG V SST C MW C Z MW C Z K MW C Z A MW C Z MW C Z L MW CG LL MW CG Z B MW CG A MW C Z S SST C B SPR C/G MW C Z G MW C Z A SST C YY MW C Z W SST C LL SST C M SST CG SST C MW C Z B MW CG Z B MW C M MW CG MW C Z GG SST CG AA SST C B SST C A PB C B MW C Z B MW C Z MW C Z B MW C Z MW C Z B MW C Z MW C Z UU SST C COMPRESSIO SPRIGS BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one 39

42 COMPRESSIO SPRIGS O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS B MW C Z GG MW CG B MW CG Z Q MW C Z B MW C Z S SST C B MW C Z SST C S SST C J SST CG A SST C S SST CG S SST C MW C Z B MW C SST CG MW C SST CG Z MW C MW C Z MW C EE MW C C MW C Z C MW C Z C MW C Z C MW C Z C MW C Z MW C Z MW C Z PP MW C C MW C Z MW C Z C MW C Z A SST CG MW CG Z MW CG Z Y SPR C S SST CG MW C Z EE SST CG B MW C Z JJ MW C BO MW C Z MW CG S SST C TT MW C B MW C V V SST C O SST C B SST CG SST C G SST C Z MW C SPR CG Z DD SST C V SST CG W SST CG MW C GI O MW C Z S SST C MW C Z DD SPR C Z GG SST C CC SST C W SST CG MM MW C GI SST C PP MW CG BO AA SST C B MW C M MW CG Z SST CG SST C O MW C Z DD SST C MW CG GI GG SST C GG MW C S SST CG A MW C Z 40 BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one

43 O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS B SST C S SST C S SST C B MW CG HH MW C H SST CG B MW C G SST C S SST C B MW CG MW C O MW CG MW C Z G MW C B SST CG Q SPR CG Z MW C Z LL MW C LL SST C MW C Z W SST CG EE SPR CG GG SST CG SST CG Q MW CG OO MW C Z A SST C MW C Z MW C Z B SST CG A SST CG JJ SPR CG MM SST C CC SST C RR MW C Z BB MW C S SST C B SPR CG AA SPR CG O MW CG AA MW CG A SST CG B MW C MW C Z MW C Z SST C MW C Z Z MW CG Z B MW CG HH SST C SST C BB SST CG MW C Z J SST CG II MW C GI K MW C Z SST CG B MW CG B SST CG L MW C Z HH SST C AA SPR CG Z J MW C A SST C MW C MW C Z MW C Z B SST CG S SST CG B MW C SST C SST C HH SST C I SST CG A MW CG MW CG Z S SST CG A SST CG Z SST C B MW CG COMPRESSIO SPRIGS BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one 41

44 COMPRESSIO SPRIGS O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS PP SPR C SPR C V V MW C BB SST CG B MW C Z W SST C Q MW CG S SST CG MW C Z SST C V MW C Z MW C Z MW C Z MW C GI MW CG GI SPR CG Z S SST C MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW C Z MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG 42 BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one

45 O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG S SST C MM MW C Z II SST C G MW C BO S SST C S SST C A SST C B MW CG I MW C GI A SST CG S SST C B MW C MW C S SST C Q MW C Z EE SST CG BB SST CG HH SPR CG GI LL MW C Z SST C B MW CG MW CG GI M SST C G MW CG Z QQ SPR C Z J SST CG MW C PP MW C A MW C U SST CG MW C Z B MW C B SST CG MW C Z COMPRESSIO SPRIGS BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one 43

46 COMPRESSIO SPRIGS O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS H SPR CG HH SST CG L SPR CG Z XX SST C B SPR CG MW C Z A SST C EE SST C B MW C MW C Z MW C Z H MW CG Z MW C BO EE SST CG KK SST C H SST C Q MW C S SST C MW C SPR C Z Z SPR CG Z LL SPR CG B MW C MW C RR SST C B MW CG Z BB SST CG BB SST CG B SST CG MM SPR CG B MW C A SST C EE MW C S SST C S SST CG A SPR C SST CG MW C Q MW CG OO SST C A SPR CG H MW CG M MW C Z Q SST C S SST C MW C Z B MW C MW C Z I MW CG Z EE SST CG MM MW CG Z S SST C GG SST CG EE SPR CG AA SST C MM MW CG B SST C MW CG Z MW C S SST C A SPR CG SST C I SST C BB MW C GI EE SST C LL SST C B SPR CG J SPR CG GI SPR C SST CG B MW C XX MW C Z LL SST C G MW C MW C Z S SST C MW CG Z MW C Z II SST C V SST C 44 BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one

47 O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS HH MW CG TT SST C SST C A MW CG S SST CG HH SST CG V SST C MM HD CG Z Z SPR CG MW C Z S SST C V V SPR C Z H MW CG Z II SPR CG Z SST C B SST C DD SST C S SST C S SST C S SST CG MW C Z MW CG Z V SST CG MW C Z HH SPR CG Z MW C Z Z SST C AA SST C W SST CG G MW CG J MW CG GI A SST CG MW CG Z A MW C Z A MW C Z MW C Z O MW C A SST C A MW C Z MW C Z A MW C Z K SST C RR MW C Z MW C Z O MW C Z A MW C Z A SPR CG Z SST C J MW CG GI KK SPR C B SPR CG S SST C SST CG Z MW CG MW C Z MW CG MW C Z MW C Z MW C GI S SST C MW C Z U SPR C A SST C SST C O MW C Z S SST C B MW C Z B MW C Z MW C Z B MW C Z B MW C Z MW C Z M SST C B MW C Z G SST C MW C MW C Z S SST C MW C Z I MW C Z COMPRESSIO SPRIGS BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one 45

48 COMPRESSIO SPRIGS O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS AA MW C Z KK SST C S SST C GG MW C Z MW C BO MW C GI C MW C Z C MW C Z C MW C Z C MW C Z C MW C Z MM MW C Z SST C MW C GI SPR C GI SPR C Z G MW C GI CC MW C G SST C Z SST CG V V SST C S SST C AA SST CG MW C O MW C H MW CG HH MW CG Z SPR C V V HD C Z I SPR CG O SST C SST CG G SST C MW C II MW C Z A SST CG B MW CG GI A SST CG A MW CG GI S SST C B SPR CG B SPR CG Z YY SST CG M SST C RR MW C Z II SST C MW C Z GG SST CG B MW C GI A SST C S SST C MW C Z V V MW C Z B SST CG MW CG B MW C U SST C B SPR CG B SPR CG Z SST CG SPR CG Z CC SPR CG SPR C Z B MW CL MW C B MW CG Z MW C SPR C A MW C Z A MW C B MW C MW CG WW SST C A SST CG PP MW C Z MW CG GI JJ SST CG JJ SST C MM SST C A SST CG 46 BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one

49 O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS B MW CG Z K MW CG JJ SST C S SST C II MW C S SST C A SST CG B SPR CG GI SPR CG A SST CG Y SPR CG Z HD CG Z DD SPR CG Z MW C GI SST C A MW C S SST CG SST CG MW CG Z M SST CG CC SST CG HH SST C SST C LL SST C A MW C Z B SST CG II MW C A MW CG W SST CG SPR CG GI S SST CG S SST CG MW C JJ MW C M SPR C Z SST CG W SST CG B SPR CG CC SST C II SST C PP SST CG A SST CG YY MW C MW C V V MW CG Z B MW CG J SPR CG SST C B SST CG GG SPR CG SPR C Z DD MW C W SST C I MW CG B SPR CG M SST CG V V SST C YY MW C Z II SST C B SST C A MW CG GI S SST CG B MW C SPR C Z A SST CG Y SPR CG Z DD MW CG MW C Z MW C Z B MW C Z HH MW CG BO SPR CG RR SST C HH MW C S SST C A MW C Z O MW C Z A SST CG L MW C BO A SST CG COMPRESSIO SPRIGS BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one 47

50 COMPRESSIO SPRIGS O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS W SST C MW C Z A SST CG EE SST CG O MW C GI B SPR CG MW C Z MW C Z MW C Z OO MW C BO S SST CG B MW CG Z V MW CG OO MW C S SST C L SPR CG Z A SPR CG SPR CG Z B SPR CG LL SST C H MW C JJ SST CG GG SST CG JJ SST C MW C Z B MW CG Z W SST C G MW C Q SPR CG DD SST C DD MW CG LL SPR C B MW C SST C B SPR CG Z GG MW C S SST C HH SST CG II SST CG O SPR CG Z H SST CG MW C GI W SST C GG SST C MW C Z MW C Z MW C Z K SST C SST CG HH MW CG GI SPR C M SPR CG BO S SST CG SPR C Z HH SST CG BB SST CG I SST C MW C Z MW C Z EE SST CG MW CG Z MW C B MW C A SPR C GI SPR C Z L SST CG G MW C GI K SST C S SST CG U MW CG GI W SST CG OO MW C Z B MW CG A MW C BO S SST C S SST C B SST C S SST C CC SST C Q SPR CG 48 BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one

51 O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS S SST C B MW CG Z W SST C B MW C BO DD SST C S SST C QQ SST C S SST C B SPR CG CC SPR C L MW C DD SST C TT SST C MW CG Z SPR C Z O MW C MW C GI MW C Z B MW C SPR CG Z B MW C Z O SST CG SST C B SPR CL MW C Z SPR C MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG COMPRESSIO SPRIGS BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one 49

52 COMPRESSIO SPRIGS O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG 50 BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one

53 O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS B MW CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG B SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG COMPRESSIO SPRIGS BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one 51

54 COMPRESSIO SPRIGS O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG 52 BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one

55 O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG COMPRESSIO SPRIGS BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one 53

56 COMPRESSIO SPRIGS O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG 54 BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one

57 O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG A MW C MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG SST C B SPR CG Z MW C Z A SPR CG K SST CG Q MW C Z MW C U MW C GI CC MW C L SPR CG Z DD SST CG G MW C GI DD MW C SST C S SST C MM SST C A SST CG AA MW CG Z O SST CG SPR C Z B SPR CG Z A SST CG RR SPR C PP SPR CG GI Z SST C CC SST CG LL MW C EE MW C Z PP MW C Z II MW C SST CG BB SST CG AA SST CG MW CG Z SPR C Z A SST CG MW C A SST CG A MW CG GI MW C Z II SST CG B MW C Z MW C WW SST CG MW C Z COMPRESSIO SPRIGS BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one 55

58 COMPRESSIO SPRIGS O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS CC SST C L SST C MW C Z AA MW C Z B MW CG MW C Z B MW CG SPR C Z A MW C Z V SST CG MW C Z BB SST CG G SST CG L SST CG SPR C Z J SPR CG Z J SPR CG B SPR CG S SST C V MW C H SST C S SST C BB SST C HH SST C B SST CG GG MW C Z MW C Z MW C Z S SST C Z SST C B MW C MW C Z HH SST CG XX MW C Z SST CG B MW CG Z MW CL HD C Z HD C Z SPR C Z SST CG SST CG A SPR CG B SPR CG O SPR C Z BB SST CG HD C Z SPR CG Z I SPR CG SST CG L SST CG OO MW C S SST C Q MW CG Z SPR C Z S SST C MW CG Z A SST CG A SPR CG GI SPR C EE SST CG H SST CG S SST C O SPR CG Z AA SPR CG Z S SST C J SST C MW C Z MW C Z S SST CG M SST CG B MW CG MW C Z MW C Z HD C Z O SPR CG B SPR CG W SST CG SPR CG SST C 56 BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one

59 O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS A SST CG MM MW C Z BB MW CG GG SST CG A MW CG AA SST C S SST C O SST C MW CG W SST CG MW C Z JJ MW C PP SST CG HD C Z HD C Z A SPR CG GI Y SPR CG Z A SPR CG SPR C Z MW CG Z B MW CG MW C Z MW C Z HD C Z Z SST CG A SST C EE SPR CG W SST CG S SST C RR SST C KK SST C SST C MW C Z B SST CG HH MW C Z KK MW C J SST C J MW C Z B SPR CG Z HH SST CG AA SST CG MW CG GI B SPR CG GI V MW C Z B SPR C B SST C W SST C J MW CG S SST C Q MW CG A SST CG B SST CL A MW CG GI MW C Z MW C Z MW CG Z Q MW C HD C Z K HD C GI S SST C H HD CG W SST C SPR C Z K SPR CG Z B MW C B SST CG G SST CG K SPR C A SST CG SST C G SPR CG Z HH SPR CG B SPR CG TT SPR CG Z O MW C Z LL MW C SST CG KK MW CG MW C K SPR CG COMPRESSIO SPRIGS BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one 57

60 COMPRESSIO SPRIGS O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS S SST C B MW C A MW CG GI J MW C Z B MW CG YY MW C MW CG Z HH SST CG SPR C Z B SPR C BB SST C SPR CG Z A SPR CG A SST CG AA SPR CG GI S SST CG S SST CG J MW CG Z HD C Z H SPR CG GI S SST C AA SST C W SST CG MW CG Z MW C Z A SST CG MW C Z OO MW CG GI S SST C HD CG Z SPR C Z B SPR CG HD C Z S SST C SPR CG Z B SST C SPR CG Z SPR C MW C Z O MW C Z KK MW C B MW C MW C Z L MW C Z SPR C Z SST CG MW CG Z S SST C B SST CG MW CG Z DD SST C MW C GI W SST C A MW C Z MW C GI HH SST C W SST C MW C Z MW CG MW C Z Q MW CG MW C MW C Z SST CG M MW C Z MM MW CG Z MW C Z A SPR C BO QQ MW C Z S SST C K SST C B SPR CG SPR C A MW C Z MW C Z EE SST CG I SPR CG GI S SST C A SPR CG JJ SST C 58 BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one

61 O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS A SST C HD CG S SST CG HD C Z A SST C YY SST C TT SST C SST C WW MW C HH SPR CG SPR C Z A SPR CG SPR CG Z MW C SPR CG Z AA SST C S SST C MW C Z MW C Z MW C Z II MW C Z MW C Z MW C Z DD SST C S SST C S SST CG YY SST CG A SPR CG EE SST CG HH SST C LL MW CG S SST CG O MW C Z BB SST CG L SPR CG Z CC MW C B MW C HD C Z S SST C Y MW C MW C Z CC MW CG A SPR CG S SST C B SPR CG CC MW CG Z SPR C Z M SPR CG Z S SST C B MW C Z MW C Z J MW CG Z PP SST C B MW C Z II SPR C Z S SST CG MW CG MW C Z JJ SST CG SPR CG Z B SPR CG MW C Z HD C Z SPR C MM SPR CG GI SPR CG GI S SST C BB SST CG S SST C MW C Z H SPR CG GI B SST C SST C MW C MW C S SST C I MW CG Z OO SPR CG GI C MW C Z JJ SST C COMPRESSIO SPRIGS BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one 59

62 COMPRESSIO SPRIGS O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS G MW C MW C B MW CL SST CG J SPR C Z C MW C Z A MW C SPR C Z MW C Z SPR CG SPR C Z MW C Z MW C BO SPR CG Z MW C GI MW C Z B MW C Z MW C Z MW C Z MW C Z A SPR CG L SPR CG Z S SST CG SPR C Z MW C Z O MW C B MW C Z MW C Z OO SPR CG BO O MW C Z A MW C LL MW C W SPR C Z SPR CG Z SPR C SPR C S SST C S SST C SPR CG GI SPR CG GI B SPR CG Z MW C MW CG W MW C Z J SPR CG EE SST C B MW C CC MW C O MW C S SST C I SPR CG Z U MW CG EE SST CG Y SST CG S SST CG S SST CG B MW C SST C SST CG A SPR CG SST CG MW C KK MW C Z MW C Z MW C Z S SST CG S SST C I SST C L SST C W MW C SST CG MW C Z B SST CG JJ MW C MM MW CG GI BB SST CG B SPR CG Z S SST C S SST CG RR SPR CG Z 60 BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one

63 O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS W SST CG SST CG O SST CG UU SPR C SPR CG B SPR CG Z A MW C GI JJ SST C JJ MW C MW CG Z A SST CG L SPR CG Z B MW CG A SST C O SST C II SST CG H MW CG S SST C B SST CG MW C Z UU SST CG SST C A SPR C II SST C B MW CG SST CG A SST CG L SPR CG GI HH SPR CG GI MW C Z A MW C Z A SST C A MW CG Z MW CG Z Y SST CG A SST CG S SST CG MW C Z Q SST C S SST CG LL SST C MW C Z V V SST C Y SPR C S SST CG XX SPR CG Z S SST C MW CG Z SPR CG Z SPR CG OO SST CG AA MW C Z KK MW C Z L MW C Z S SST C MW CG Z JJ SPR CG MW C Z MW CG Z B MW CG A SST C S SST CG A SPR C Z SST C MW C Z V V SST C MW C Z SPR CG B SPR CG EE SST CG MW C Z Y MW CG GI SPR C Z S SST CG MW C Z LL MW C Z SPR CG Z A MW C Z B SPR C TT MW C Z COMPRESSIO SPRIGS BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one 61

64 COMPRESSIO SPRIGS O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS M MW C Z V V MW C Z MW C Z MW C S SST CG SPR C MW C YY SPR C Z SPR C Z SPR C Z SPR CG GI MW CG GI S SST C MW C Z SST CG MW CG Z MW C Z B MW C Z SPR C Z A SPR CG DD SST CG MW C Z SPR C Z SST C SST CG YY SST C U MW C Z K SPR CG Z II SST CG MW C Z OO SPR CG Z SPR C Z MW CG Z UU SST C SPR CG A MW CG Z MW C SST C MW C OO SPR CG DD SST CG V V SPR C Z A MW C L SST CG SST C HD C Z WW SPR CG Z HD C Z I SPR CG II SST C MW C Z SST C SPR CG Z J SPR CG MM SST C SST C SPR C Z EE SST CG RR SPR C Z SPR C Z AA SST CG B SST CG S SST CG A SST CG DD SST C MW C Z A SPR CG Z J SPR CG W SST C A MW C Z JJ SST C MW C Z U MW CG MM SST CG W SST CG Z MW C Z W SST C HH SST CG OO SST CG B HD CG 62 BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one

65 O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS B SST C S SST C HD CG Z A MW C GI LL MW C DD SST CG K SPR CG Z Q SPR CG Z M SST CG S SST CG S SST CG J MW C GI SST CG S SST CG S SST CG SST CG B MW C BO A MW C GI GG SST CG SPR CG Z Y SST CG B SST C A SST CG BB SST C MW C Z MW C Z B MW CG JJ MW C Z MW C GI S SST CG MW C Z DD SST C HH SST CG XX SPR CG Z AA SPR CG A MW C Z MW C DD SST C DD SST C MW C MW CG GI S SST C M SST C G HD CG B HD C G SST CG V V SST C S SST C I SST C HH SST C JJ SPR CG Z W SST C S SST C O SST CG SPR CG Z MW C Z EE MW C S SST C A MW CG OO SPR CG Q SPR C GI AA SST CG MW CG GI U SPR CG GI G MW C HH MW C BO CC MW C Z S SST C SST CG MW C Z M MW C A SST CG MW C Z MW C Z PP SST C I SST CG MW C Z Z SPR CG B SPR CG MW CG Z COMPRESSIO SPRIGS BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one 63

66 COMPRESSIO SPRIGS O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS S SST CG BB SPR CG S SST CG HD C Z BB SPR CG Z KK SPR CG SST CG SST C H SST CG Q SPR CG Z MW C Z L MW C H SPR CG HH SST C MW C Z EE MW C MW C Z MW C Z SPR C Z MW C Z A SST CG MW C TI DD MW C O MW C B C BO MW C GI I MW C Z MW C Z A SPR CG SPR CG Z SPR CG Z B SPR CG SPR CG Z MW C GI B SPR CG Z MW C SPR C W SST CG OO MW C MW C Z MW C Z AA MW CG Z MW CG Z HH SPR CG MW C Z MW C Z LL MW C Z S SST CG SST CG JJ SPR CG Z HH SST CG L-60-A MW C S SST C MW C Z HH MW CG GI BB SST CG SPR CG UU SST C S SST C MW C Z K MW C Z L MW C Z S SST CG SST CG MW C Z B MW C Z SST CG B SPR C Z B MW CG MW C Z SPR CG Z RR SPR C Z B MW C Z MW C Z MW C Z A SST CG DD SST C B SST C SST C J SST CG 64 BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one

67 O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS GG SPR C HH SST CG Q MW CG B SST CG W SST CG M SST CG SST CG B MW C GI B SST C II SST CG XX SPR CG O SPR CG MW C Z W SST C EE MW C Z W SST C Q SPR CG B MW C Z MW C WW MW C Z V SST CG JJ SST C G SST C B SPR CG M SPR CG B SPR CG K SST CG SPR CG Z A MW CG MW C A MW CG A SST CG A SST CG L SPR CG B SST C A MW CG GI A SST CG Z SST CG II SST C B SPR CG GI JJ SST CG A MW C PP MW C L MW C Z O SST CG Z MW CG A SST CG A SST CG LL MW C Z SST C II SST C MW C B MW C SST C JJ MW C XX SST C PP MW C Z A MW CG AA SST CG S SST C B MW CG Z K MW C Z I SPR CG Z SPR C Z SPR C Z K SST CG B SPR CG Z M SPR CG Z SST CG W SST CG MW C A SST C MW C Z W SST C BB SPR CG Z SPR CG Z S SST C J MW C Q MW CG Z V SST C COMPRESSIO SPRIGS BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one 65

68 COMPRESSIO SPRIGS O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS S SST CG O SST CG J SPR C Z S SST C MW C B SST C M SST CG B SPR CG H SST CG MW C SST C B MW CG MW C Z II SST C B MW CG Z AA SST CG L HD C SPR C Z A MW CG GI A SST CG HD C Z BB SST CG SPR CG Z I SST CG MW C S SST CG OO MW CG Z EE SPR C H SST CG JJ SST CG B MW CG Z II SST C MM MW CG GI II MW C MM MW CG Z RR SST C A SPR CG GI SPR C Z HD C Z SST CG A SST C B SST CG J MW CG Z SPR CG Z S SST C MW C Z KK MW CG KK MW C W MW C G MW C MW C MM SST CG S SST C SPR C Z O SPR CG OO SPR C Z I SPR CG Q SPR CG GI J SPR C Z HH MW C O SST C SPR CG BO SPR CG GI L HD C Z SST C A SST C MW CG Z A SPR CG BO B SPR CG I MW CG Z S SST C A SST CG A SPR CG GI J SST CG B SPR CG HD C Z G SPR CG GI SST C V MW C Z HD C Z 66 BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one

69 O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS A SST CG AA SST CG A MW C EE MW C GG SST C BB SST C HD C Z B MW CG S SST C A MW CG HH SST C A SST CG GG SST CG B MW CG AA SST C HD C Z A SST CG B SPR CG K SST CG SPR C Z B SPR CG V SPR CG GG SST C Z MW CG Z S SST CG JJ SPR CG JJ SST C A SST CG MW C Z A SPR C B SPR CG B SPR C B SPR CG Z SST C MW C Z PP SST C Z SST C G MW C Z JJ MW C MW C Z MW C Z MW C Z MW C Z B SST CG S SST CG M SST C UU SPR C S SST C L SPR CG KK SST C G SPR CG Z S SST CG S SST C M MW C Z A SST CG JJ SST CG S SST C H SST C CC MW C Z MW CG Z S SST C MW CG Z S SST CG MM SST C A SPR CG GI B SST CG B MW CG MW C Z QQ MW C Z LL SST CG S SST C S SST C MW C Z MW C Z Q MW CG GI HD C Z XX SPR C Z Y SPR CG CC SST CG O SPR CG COMPRESSIO SPRIGS BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one 67

70 COMPRESSIO SPRIGS O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS M SPR CG Z B MW CG S SST C I SPR CG AA SPR CG WW MW C Z MW C Z KK MW CG GI MW C Z A SST CG A MW C Z SPR C Z B SPR CG Z A SST CG MW C Z Q SST CG K SST CG H SST C MW C Z MW C Z B SPR CG SST CG A SST CG SPR C GI A SST CG MW CG Z S SST C SPR CG GI A HD C U SPR CG GI SPR C Z S SST C MW CG Z AA MW C Z QQ MW C Z MW C Z B SPR CG MW C Z M SPR C GI MW C Z MW CG Z MW CG GI A SST CG B SPR C S SST C SPR CG Z B SPR CG B SPR C S SST C S SST C Q SPR CG SPR CG Z S SST C B MW CG PB CG S SST CG MW C Z S SST CG S SST CG S SST C MW C Z SPR C Z SPR CG B SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG 68 BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one

71 O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG B MW C GI MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG COMPRESSIO SPRIGS BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one 69

72 COMPRESSIO SPRIGS O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS S SST CG B MW CG GI MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG 70 BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one

73 O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG COMPRESSIO SPRIGS BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one 71

74 COMPRESSIO SPRIGS O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG 72 BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one

75 O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG COMPRESSIO SPRIGS BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one 73

76 COMPRESSIO SPRIGS O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG SST C MW CG S SST CG MW CG S SST CG MW CG S SST CG A PB CG II SST C KK SST C MW C A SST CG EE SST CG S SST C A MW C Z SPR C GG SST CG Y SST CG B SPR CG CC SST C II MW C PP SST C MW CG Z EE MW C Z SST CG OO SST C O MW CG Z SPR CG SPR C Z 74 BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one

77 O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS EE SPR CG Z S SST CG K SPR CG Z S SST CG MW C Z JJ SST C MW C KK SST C A SPR CG GI A SST CG LL SST CG S SST CG B SPR CG H SPR CG Z II SST CG SPR CG Z SST C J SST C A SST CG DD SST C J SPR C MW C MW C MW C Z H SST C B MW CG S SST C B MW C PP MW CG SPR C Z MW CG Z L SST C SPR CG DD SPR CG S SST C HH SST CG CC SPR C MM SST CG S SST CG S SST C A SST C MW C Z YY SST C MW C Z MW C Z K MW C Z B MW CG MM MW CG H SPR CG LL SST CG SPR C Z A MW C S SST C MW C Z PP SST C QQ MW C Z Y SPR C PP SPR C Z SST CG WW SST CG A SPR CG GI S SST CG S SST CG MW C Z PP MW C Z I SST CG HD CG Z A SST CG XX MW C GI MW C Z HH SPR C GI BB SST CG KK SPR CG Z B SPR CG W SST CG B SPR CG Z L SPR CG Z O SST CG Z SST C SPR CG Z COMPRESSIO SPRIGS BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one 75

78 COMPRESSIO SPRIGS O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS SPR CG Z KK SPR C MW C Z S SST C S SST C PB C MW CG B MW C S SST C WW MW C MW C Z SST C II MW C Z Z MW C Z MW C Z MW CG GI MW C Z S SST C W SPR C SPR CG Z S SST C S SST CG MW CG Z B SST CG B SPR CG O SPR CG Z B SPR CG Z O SPR CG Z S SST C MW CG Z MW CG S SST CG BB SST CG HD CG Z CC SST C SPR CG Z V V SPR CG LL SPR CG S SST C MM SPR CG Z MW CG Z MW C Z J SST C M MW C Q SST C EE MW C MW C Z S SST C II MW CG S SST C W SST CG S SST C SPR CG Z S SST CG S SST CG SPR C H MW C Z U SST C B SST CG S SST C W SST C SPR C Z GG SST CG GG SST CG CC MW C B MW C A MW C Z W MW C Z SST C MW C Z II SST C SST C S SST C K SPR CG SPR C Z G HD CG S SST C SPR C Z HD CG Z S SST C 76 BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one

79 O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS S SST CG Z SPR C GG MW C S SST C AA SST C A MW C Z MW C Z V SST CG SPR CG Z W SST CG MW C Z SST C MW C GI CC MW CG Z S SST C A MW C MW C Z MW C Z HH SST C S SST CG SPR CG Z S SST CG S SST CG S SST C K SST C SPR CG Z B SPR CG Z L HD CG Z S SST CG MW CG Z SPR C Z MW C Z SST C SST C MW C GI S SST C G MW C Z AA MW C Z A SST CG SPR CG Z HD C Z S SST CG S SST C HD CG Z S SST CG SPR C Z MW C Z MW C Z MW C Z MW C Z MW C Z SPR CG Z SPR C Z SPR CG L SST CG SPR C SPR C Z B MW CG B MW C Z MW C MW C B MW C MW CG Z MW C Z MW C Z SPR C Z SPR C Z MW C BB SST CG QQ SST C MW C Q SPR C Z B SPR CG Z MW C Z LL SST C B MW C MW C GI MW C Z MW C Z S SST C COMPRESSIO SPRIGS BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one 77

80 COMPRESSIO SPRIGS O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS HD C Z K SST C SPR C Z S SST C SPR CG GI B SPR C Z HD C Z SPR C Z HD CG Z MW CG Z S SST CG PP MW CG Z J SST CG WW SPR CG HD C Z SPR C Z SPR C SPR C Z A SST CG MW C Z C MW C Z MW C Z MW C Z JJ SST C SPR C Z HH SPR CG SPR CG Z SPR C Z B SPR C MW C Z OO SPR C Z SPR C Z U MW C SPR C Z J SST CG S SST CG HD C Z S SST C SPR C Z HD C Z SPR C Z S SST C S SST CG Z SPR CG GI MW C Z SPR CG Z G SST CG A MW C Z SPR CG GI S SST C B SPR CG S SST C KK SST C Y SST C M SPR CG HD CG Z SPR C SPR C Z MW C Z MW C Z B MW C SPR C Z SPR CG Z SPR CG Z SPR C Z MW C SPR C SPR C Z SPR C Z SPR C Z SPR C A SST CG SPR C SPR C Z Y SPR CG B SPR C Z B SPR CL Z G MW C MW C SST CG 78 BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one

81 O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS H SST C EE SST CG XX HD C Z MM SST C S SST C I MW CG GI II MW CG Z KK MW CG Z GG SST CG SPR C Z A SST CG S SST CG V V SST CG SPR CG Z Y SPR CG O SPR C GI HD C Z W SST CG A SPR CG B SPR CG Z SPR CG Z J SPR CG MW CG GI SPR C Z I SST CG O MW C GI MW C Z CC SPR CG Z A MW C Z BB MW C Z L MW CG S SST C W SPR C Z SST CG S SST CG A SPR CG LL SST CG B MW C Z O SST CG Z SPR C Z I SST CG B SST C S SST C CC MW CG A SST C S SST C U SPR CG Z A SST C MW C Z SPR C MM MW C Z I MW C S SST C KK SST CG Y SST C MW C Z MW C Z A SPR CG Z K SST CG HD CG Z RR SST CG WW SPR C Z SST C A SST CG K SST CG OO SST CG MW C JJ SST C L HD C B SPR CG SPR C Z G SPR CG Z HD C Z MM MW CG S SST C HD C Z MW C Z SPR C Z H SST C GG SST C COMPRESSIO SPRIGS BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one 79

82 COMPRESSIO SPRIGS O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS HH MW C I MW C Z WW SST CG CC SPR CG Z MW C Z SPR C Z SPR C Z B MW CG J SPR CG Z O SPR C GI A MW CG Y SPR CG GI B MW CG MW C W SST CG CC MW C Z HH SST CG A HD CG S SST C Q SST CG S SST CG OO SPR CG Z HD C Z SST C B SPR CG SPR CG Z SPR CG Z MW CG Z I SPR CG PP SST C MW C Z MM SST C SST C EE SPR CG HH SPR CG GI SST C SST CG SPR C Z OO SST C MW C Z S SST CG MW C HD C Z SPR CG Z MW C Z S SST CG MW CG Z KK SPR CG MM SST C S SST C SST CG V V MW C Z K SST C O SPR CG Z Q SPR CG A SPR C Z L SPR CG Z RR HD CG Z SPR CG GI SPR CG Z Q SST C SPR C Z LL SPR CG Z HD CG Z L SPR CG GI G MW C Z SPR CG Z II SPR CG GI B MW C B SPR CG Z B SPR CG Z SPR CG Z L SPR C Z SST CG SST C B MW C S SST C OO SST CG B SPR CG B SPR CG Z 80 BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one

83 O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS SPR C Z S SST C S SST C K SST C SPR C W SST C S SST C S SST C U MW CG PP SST CG DD MW C GG MW C U SST C SPR C Z B MW CG G SPR CG Z B MW C Z O SST C MW C Z B SPR CG MM SST C V SST CG A SST CG I SPR CG MW C Z SPR C Z A SPR C W SST C Q SST C MW C SST CG BB SST C MW C Z II MW C S SST C I SST C SPR C GI MM SST CG MW CG MM SPR CG Z DD SST CG G SST CG BB SPR CG B MW C L MW C Z H MW C A SST CG MW CG Z Q SST C II SST CG B HD C JJ SST CG SPR CG Z MW C S SST C S SST C SST CG K MW CG KK SPR C G SPR CG Z Q MW C A-60-A SST C MM SST CG SPR C GI OO SST CG S SST C SPR C Z S SST CG B SST CL L SPR CG SST CG S SST CG S SST CG S SST CG B MW CG Z B SST C RR SPR CG Z SPR C Z K SST CG B SPR CG COMPRESSIO SPRIGS BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one 81

84 COMPRESSIO SPRIGS O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS YY SPR CG Z B SST C SPR C S SST C S SST C MW C Z S SST C PP SST CG H SST C GG SST C A SPR CG SPR CG BO S SST C I SST CG GG SST CG CC SST CG Z SPR CG Z B SPR CG B SPR CG SPR CG Z S SST CG OO MW C MW CG Z I SST CG SST CG A MW C KK SST C M SST C WW SST C XX SPR C GI S SST CG HD C Z A HD CG Z B SPR C A SPR CG Z OO SST C S SST C II MW C HH MW C S SST C BB SST CG L MW CG GI Z SST C A SST CG Q SST CG SST C B SPR CG O SPR C GI SPR CG Z MW CG Z MM SPR CG MM SST CG B SPR CG H SPR C Z MW CG Z O SPR CG Z MW C U SST CG JJ SPR C Z L SPR C Z PP SST CG PP SPR CG Z L SPR C Z MW C GI MW C MW C B MW CG B HD CG Z MW C Z S SST C HD C Z S SST C SPR C Z B SST CG K SPR CG SPR CG Z K SPR CG GI S SST CG S SST CG Q MW CG 82 BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one

85 O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS PP MW C Z S SST C S SST CG A SST CG S SST C S SST CG L SPR CG Z SPR C Z I SST C CC SPR CG Z OO SST CG M SPR CG S SST CG MW CG Z SPR CG Z W SST CG S SST C SST C MW C Z CC SPR CG GI SST C B SST C SPR CG GI MW C Z B SPR C L SST C MW C Z MW C Z L MW C Z HD CG Z SPR C Z S SST C MW C Z MW C Z SPR C Z UU SPR C Z HD C Z S SST CG HD CG Z B SPR CG MW C Z SPR CG Z MW C Z QQ SPR C Z S SST CG A SST CG S SST C S SST C S SST C HH SPR CG KK SPR CG Z S SST C S SST CG SPR CG Z SPR CG Z MW C Z MW C Z B SPR C Z M SPR C A SPR CG Z CC SPR C SPR CG Z SST C V V HD CG MW C Z MW C Z Q MW C S SST CG MW C Z SPR C BO B MW C J SPR CG Z LL SPR CG SPR C Z SST C QQ SST C MW C Z SPR C S SST C MW C Z COMPRESSIO SPRIGS BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one 83

86 COMPRESSIO SPRIGS O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS B SPR C Z SPR C Z SPR C GI B MW CG BO SST C MW C MM SST C MW C Z I HD C L SPR CG Z I SST C AA SST CG PP SST CG HH MW CG Z B MW C Z MW CG Z G SPR C M SPR C MW CG Z MW CG S SST CG SST CG TT SPR C Z J SPR C Z LL SST CG G SPR CG Z K SPR CG Z MW C II SST C G SPR C Z I SPR CG Z SPR CG Z S SST CG S SST CG AA SPR CG JJ SPR C MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG M SPR CG Z EE SPR CG Z A PB CG S SST CG LL SST C A MW C Z MW CG Z MW CG S SST CG MW C Z A SST CG MW CG S SST CG MW C Z MW C Z MW CG S SST CG MW CG 84 BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one

87 O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS S SST CG SPR CG Z K SST C MW CG S SST CG MW CG S SST CG A SST CG WW SPR CG Z B SPR CG B SPR C Z MW CG S SST CG L SST CG MW CG S SST CG AA SPR CG Z MW CG S SST CG A SPR CG Z MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG SPR CG Z B MW CG M SST CG A SST CG A SST CG Y SPR CG KK SST CG SPR CG S SST C SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG U MW C B MW CG Z SPR CG GI SPR CG Z HH SST C B MW C Z SPR C Z A MW CG A SST CG BB SST CG KK SPR CG SST CG A MW C Z G MW C S SST C MW C Z COMPRESSIO SPRIGS BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one 85

88 COMPRESSIO SPRIGS O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS B SST CG B MW CG SST C SPR C Z MW CG Z SPR C Z GG SPR CG L SST CG K SST CG S SST CG V SPR CG A SST CG B SPR CG Z SPR C MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG JJ SPR CG SPR C MW CG B MW C B MW C Z J MW C Z W SST CG A SST CG SST C SPR C Z BB SPR CG OO SPR CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW C B SPR CG GI 86 BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one

89 O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS B SPR C SPR CG Z B MW CG M MW C GI MW CG S SST CG B MW CG GI MW CG S SST CG CC SST C BB SST CG MW C Z MW CG S SST CG MW CG S SST CG B MW CG MW CG S SST CG S SST C MW CG S SST CG SPR C Z MW CG S SST CG A SPR CG Z SPR CG Z G SST CG H SST CG MW CG S SST CG MW CG S SST CG AA SST CG MW CG S SST CG SPR CG Z MW CG S SST CG DD SST CG MW CG S SST CG M SPR CG Z MW CG S SST CG BB SST CG B SST C A MW CG S SST CG KK SPR CG SPR C Z MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG B SST C J MW C Z B MW CG Z COMPRESSIO SPRIGS BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one 87

90 COMPRESSIO SPRIGS O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS A SST CG H SPR CG Z SPR C Z B SPR CG GI MM MW C SST CG MW C Z S SST CG Z SST C XX MW C Z J MW C Z B MW CG Z W SST CG SPR C Z A SPR CG GI O SPR C GI QQ SST C GG SST CG S SST CG A SST CG W SST CG H SST CG L SPR CG Z O SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG Y SPR CG B MW C Z M SST C JJ MW C MW C Z MW C Z A MW CG S SST C KK MW C MW C Z S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG 88 BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one

91 O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG PP SPR CG Z I SPR C SST C EE MW C L MW C MW C GI B MW CG MW C Z MW CG S SST CG MW C Z MW CG MW CG S SST CG II MW C PP SST CG MW CG S SST CG II SPR C Z MW CG S SST CG MW CG S SST CG SPR C Z MW CG S SST CG SPR C Z Z SST CG B SPR CG B SST CG MW CG S SST CG XX SPR CG Z SPR C Z MW CG S SST CG SPR CG Z MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG Z A SST CG AA SPR CG S SST CG JJ SST CG KK SPR CG Z SST C S SST CG A SPR CG GI S SST CG SST CG L SST C MW C Z K SST CG MW C Z QQ MW C Z MW C GI B SPR CG SPR C Z S SST CG S SST CG WW SST C S SST CG HD CG Z MW CG S SST CG MW CG S SST CG COMPRESSIO SPRIGS BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one 89

92 COMPRESSIO SPRIGS O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG PP SST CG MW C Z YY SPR C Z SPR C Z MW CG S SST CG S SST C MW CG S SST CG SST CG MW CG S SST CG SST C MW CG S SST CG S SST CG TT SPR C Z MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW C Z HH SST C S SST CG MM SPR C GI SPR CG Z SPR C Z SST C V V SPR CG Z S SST CG MW CG Z O SPR C A SPR CG GI SPR C Z SPR C Z V V SPR CG GI S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG 90 BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one

93 O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG S SST C A SST CG S SST CG MW C Z SPR CG Z SPR C SPR C Z SPR CG Z HH MW C MW CG S SST CG MW CG S SST CG HH SST C S SST CG MW C Z MW CG S SST CG K SPR CG GI S SST CG MW CG S SST CG G SST CG B SST C MW CG S SST CG A SPR CG GI GG SST CG MW CG S SST CG MW CG S SST CG S SST CG MW CG S SST CG MW CG Z MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG JJ SST C S SST C A MW C SPR C Z S SST C A SPR CG RR SST C W SST CG B SPR CG SPR C Z SST CG MW C Z MW CG S SST CG MW CG COMPRESSIO SPRIGS BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one 91

94 COMPRESSIO SPRIGS O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG HH SPR C Z MW CG S SST CG K SPR C GI MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG SPR C Z SPR C S SST CG S SST CG B SPR CG Z A SPR CG Z MW C Z MW CG S SST CG MW CG S SST CG MW C MW C Z MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG HH SST CG MW CG S SST CG MW CG S SST CG H SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG B SPR C Z SPR CG Z MW CG S SST CG S SST C MW CG S SST CG MW CG Z MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG 92 BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one

95 O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS MW CG S SST CG MW CG S SST CG SPR CG Z MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG U-61A SPR C Z MW CG GI S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW C Z MW CG S SST CG MW CG S SST CG SPR CG Z MW CG S SST CG SPR CG Z MW CG S SST CG MW CG S SST CG MW CG S SST CG LL SPR CG Z B SPR C BO SPR CG Z MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG SPR C Z SPR C Z LL SST CG SPR CG Z MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG SPR C Z MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG COMPRESSIO SPRIGS BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one 93

96 COMPRESSIO SPRIGS 94 O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm *Rate is calculated only. BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one TOTAL COILS MAT L E DS S SST CG SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG UU SPR C Z SPR CG Z L SPR CG Z MW C Z SPR C Z HD CG Z SPR CG GI SPR C Z SPR C Z SPR C Z MW C MW C BO B SST C BB-89* SST C SPR CG Z SPR C Z MW C Z S SST C K SPR C GI K SST CG A SPR CG A SST CG S SST CG SST C B SPR C H SST CG SPR CG Z V SPR CG Z B SPR C MW C Z AA SST C O SPR C SPR C Z TT SPR CG Z A SST CG MW C Z SST C PP MW C BO MW C B MW CG MW C Z K MW C Z CC SST C S SST CG BB SST C SPR CG Z S SST CG EE SPR C HD C Z K SPR CG MM SST CG SPR CG PP SPR CG Z S SST CG HD CG Z S SST CG S SST C MW CG Z S SST CG MW C Z S SST CG Z SPR CG Z HD C Z UU SPR C Z SPR CG SPR CG BB SST C MW C Z

97 O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS MW CG Z SPR CG Z SPR CG Z O SPR CG J SST C I SPR C B SPR CG W MW C S SST CG B SPR CG B MW C OO SST C HH MW C O SST C MW C GI G MW CG MW C Z Z MW CG Z MW C Z KK SST CG BB SPR CG Z HD C Z H-60-A SPR CG Z S SST C G SPR C RR MW C HD C Z HD CG Z K SPR CG SPR CG Z S SST C MW C Z MW C MW C Z MW C GI MW C S SST C SPR C Z B SPR CG A SPR CG I SPR C KK SPR CG Z H SPR CG Z A MW C MW C Z SST C S SST C B MW CL GG SST C G MW C A SST CG HD C Z A SST CG I SPR CG GI B MW C HD C Z S SST C SPR C Z B SPR C HD C Z II SPR C Z MW CG Z SPR C Z HD C Z KK SPR CG Z MW C S SST CG A SST C L SPR CG MW C Z MW C Z SPR CG Z S SST CG I SPR CG Z S SST CG QQ SPR C Z SPR C Z JJ SST C MW C Z SST C COMPRESSIO SPRIGS BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one 95

98 COMPRESSIO SPRIGS O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS MW C Z S SST C I MW CG Z DD SST C MW C Z S SST C SST CG UU SPR C Z S SST C HD C Z B SPR C Z Y SST CG HD CG Z B MW CG GI S SST CG B SPR CG K SST C MW C Z A MW CG SPR C Z O SPR C Z SPR C Z S SST CG HD CG GI B MW CG A SST C H SST C MW C Z HH SST C U MW C S SST C SST C O SPR C GI MW C GI MW C GI S SST C XX SPR C Z TT SPR C GI B SST C HD C Z Z SST CG L SPR CG SPR CG GI B SPR C MW CG Z MW C Z GG SST C Z SPR CG GI SPR CG Z SPR C Z B MW C Z SST C A SPR CG Z S SST CG S SST C B MW C U SPR C Z SPR CG Z HD C Z SPR C Z SPR CG Z SST CG SST CG HD C Z S SST CG HH MW C SPR CG GI II SST CG GG SPR CG Z B SPR C S SST C TT MW C Z S SST C SPR C Z SPR C Z S SST C SPR C Z SST CG GG SPR CG Z LL SST CG 96 BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one

99 O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS B HD CG GI V SST CG SPR C Z MW C UU SST C MW C Z S SST C S SST CG H SPR CG GI S SST CG MW C MW C Z MW C Z SST C SST C SPR CG GI MW C MW C Z S SST C MW C Z S SST C MW C Z S SST C SPR CG Z G SST CG S SST C S SST C SPR C Z J SST CG MW C Z MM SST CG SPR CG Z YY MW CG Z B SPR CG MW C BO SPR C Z L SPR C HD C Z MW C Z UU HD CG Z S SST C MW C Z MW C Z TT MW C Z HD C Z SST CG HD C Z SPR CG GI SPR CG GI SPR CG Z SPR CG CC SST CG SPR CG Z S SST C MW CG Z MW C Z S SST CG OO SPR CG HD C Z MW C Z HD C Z II SST CG HD CG Z B MW C MW CG Z MW CG Z B SST CG SPR CG Z I SPR CG Z MM MW CG GI SST C HD C Z SPR CG Z SPR C Z K MW C GI SPR C Z MW CG Z SPR CG Z S SST CG S SST C COMPRESSIO SPRIGS BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one 97

100 COMPRESSIO SPRIGS O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS SPR CG Z I SPR C SPR C Z B SST CG SPR C MW C Z SPR C Z SPR C Z B SPR CG Z SPR C Z SPR C Z SPR C Z S SST C SPR C Z SPR C Z SPR C Z SPR CG Z SPR CG SPR CG Z B MW C SPR CG Z SPR CG Z SPR C Z HD C Z SPR O HD C Z A MW C Z K SST CG MW C Z SST CG A SPR CG DD SST CG DD SPR CG O SST CG MM SPR CG Z SST C O MW C W SPR C GI G SPR CG H SST CG MW CG S SST CG MW CG S SST CG S SST CG MW CG S SST CG MW CG S SST CG K MW C Z MW CG Z WW SST C M MW C BO SPR C S SST CG MW CG S SST CG MW CG S SST CG I MW C AA SST CG MW CG S SST CG MW CG S SST CG B MW C PP SST C MW CG S SST CG SPR C Z MW CG S SST CG B SPR CG MW CG Z K HD CG MW CG S SST CG MW CG S SST CG SST C 98 BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one

101 O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS SST C HH SST C A MW C CC SST C SST C SST C B SPR C H SST CG SPR CG Z B SST CG AA SST CG HD CG Z MW CG S SST CG MW CG S SST CG S SST C HD CG GI A SST CG BB SST C MM SPR CG BO MW CG S SST CG MW CG S SST CG MW C Z S SST CG U SST CG A MW C Z EE MW C Z A SPR C Z O SPR C GI MW CG S SST CG MW CG S SST CG PP SST CG B SPR CG Z B SST CG H SPR CG Z S SST C SPR C Z MW CG S SST CG MW CG S SST CG K SST C G SST C SPR C Z A HD CG A SST CG YY MW C Z B MW C MW CG S SST CG MW CG S SST CG S SST CG SPR CG Z U SPR C Z SPR C Z S SST CG QQ MW C Z MW C Z MW CG Z A SST CG MW CG S SST CG MW CG S SST CG LL SST CG SST C HH SPR CG GI MM SPR C BO MW CG S SST CG MW CG S SST CG SPR CG Z SST C COMPRESSIO SPRIGS BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one 99

102 COMPRESSIO SPRIGS O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS L MW C Z BB SST C MW CG S SST CG MW CG S SST CG MW C Z H MW C Z HD C Z TT SST CG I SPR CG GI SPR CG MW C GI MW CG S SST CG MW CG S SST CG HD CG Z MW CG Z SPR CG Z GG SST C EE SPR CG HD C Z S SST C SPR C Z SPR CG SST C BB SST C B SPR CG Z SST C J MW C A MW CG M SPR CG S SST C W SST C BB SPR CG JJ SST CG EE MW C Z SPR CG Z A SPR CG GG SPR CG Z K HD CG Z J SPR CG GI I SST CG B SPR CG Z SPR CG SPR CG GI A SST C B MW CG H SST C XX SST C XX MW C Z OO MW CG SPR CG Z J SPR CG Z I MW C BO A MW CG S SST C O MW CG SPR CG BO SST CG Q MW C S SST C SST CG B SPR C V SPR CG S SST CG A MW C Z BB SST CG MW C Z S SST C B SPR CG YY MW C Z PP SST CG V MW CG MW C Z S SST C II SST C SST CG SPR CG GI 100 BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one

103 O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS SPR CG Z K SPR CG A MW C SST C S SST CG MW C Z A SPR CG GI A SPR CG GI SST CG PP SPR CG Z MW C Z MW C Z V SST C SPR C GI PP SST CG GG SST CG I SPR CG Z GG SST C S SST CG SPR CG Z SST CG MW C Z U SST C B HD CG Z SPR C Z L SPR CG Z G SST C W SST CG HD C Z U SST CG S SST C S SST C S SST C S SST C V SST C MW C GI SPR CG Z SPR CG Z MW C Z A SPR C Z SPR CG Z QQ MW CG Z EE SPR CG M SST CG JJ HD C GI SPR CG Z H SST CG SPR CG Z S SST C B SPR C O SPR CG GI B MW CG HD C Z SPR CG SPR C SST CG SPR C GI A SPR CG S SST C Y MW C A MW C B SPR CG HD CG Z MW C B MW CL I SPR CG Z V SST CG A SPR CG Z Z SPR CG BO EE SST CG SPR CG BO S SST C SPR CG Z SPR CG Z SPR CG Z MW C Z B SPR CG MW CG Z H SPR CG Z I SPR CG Z COMPRESSIO SPRIGS BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one 101

104 COMPRESSIO SPRIGS O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS MW CG MW C Z S SST CG HD CG Z SPR CG MW C Z SPR CG Z MW CG Z SPR CG Z GG MW CG SPR C Z SPR C MW C GI HD C Z HD C Z SST CG A SPR CG GI HD CG GI HD CG Z B SPR C Z MW C Z SPR C Z EE SPR CG Z MW C Z HD C Z SST CG MW C Z MW CG Z MW C Z HD C Z SPR C Z LL SPR CG SPR CG Z SPR CG Z MW CG Z SPR C Z SPR CG GI SPR CG Z SST C SPR CG MW C H SPR CG K SST CG B SPR C JJ SST C LL SST CG MM SST CG PP SST C XX SST CG DD SST CG A SPR CG Z S SST CG L SST C M SST CG II MW C SST CG SST CG JJ SPR CG SPR CG BO S SST CG S SST C SPR C Z B SPR CG YY SST CG HH SST CG SPR CG Z JJ SPR C S SST CG I SPR CG Z O SST CG SPR CG Z H SPR CG Z L MW C Z A MW C Z B MW C MW CG S SST CG MW CG S SST CG GG SST CG 102 BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one

105 O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS SPR C Z MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG EE SPR CG MW CG S SST CG MW C Z SPR C Z MW CG S SST CG MW CG S SST CG Z SST CG H SST CG M SST CG XX SST C GG SPR CG Z SST C SPR CG Z A SPR CG LL SPR CG MW C Z OO SST C S SST C B SPR C B SST CG SPR C Z SPR CG Z B SST CG A SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG S SST CG MW C Z B MW C MW C Z S SST C S SST CG SPR C Z SPR C Z J SPR C Z MW CG GI S SST C U SST C S SST CG MW CG S SST CG A SPR C Q SPR CG Z MW CG COMPRESSIO SPRIGS BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one 103

106 COMPRESSIO SPRIGS O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS S SST CG AA SPR CG GI B SST CG S SST C I SPR C GI MW CG S SST CG U SPR C Z MW CG S SST CG MW CG S SST CG MW CG S SST CG CC HD CG MW CG S SST CG SPR C Z SPR CG Z MW CG S SST CG MW CG S SST CG GG HD CG S SST CG MW CG S SST CG MW CG S SST CG SPR CG GI OO SST CG L MW C Z HH SST C L SST CG A SST CG SPR CG Z S SST CG SST CG SPR C Z SST CG B SPR CG GI S SST CG MW C Z SPR CG Z S SST CG SST CG Q SST CG Z SST CG S SST CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG S SST CG S SST CG B SPR CG KK SST C MW C Z S SST CG MW C Z M MW C BO OO SST CG Q SPR CG 104 BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one

107 O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS MW CG S SST CG MW CG S SST CG I SPR CG I SPR CG BO MW CG S SST CG SPR CG Z MW CG S SST CG MW CG S SST CG MW CG S SST CG Z SPR CG Z MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG S SST CG MW CG S SST CG MW CG Z MM SPR C Z SPR C Z B SPR CG Z SPR C Z S SST C B SST CG CC SST C SPR CG Z SPR CG Z B MW C SST C SPR C Z MW CG S SST CG HD CG Z SPR CG Z MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG SPR CG Z MW CG S SST CG MW CG Z MW CG S SST CG A SST CG SST CG SPR C Z MW C Z A SPR CG Z B SPR CG Z HD C Z SPR CG Z SPR CG Q SST C COMPRESSIO SPRIGS BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one 105

108 COMPRESSIO SPRIGS O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS S SST CG A SPR CG S SST CG S SST C RR MW C Z MW C GI MW CG S SST CG SPR C Z MW CG S SST CG MW CG S SST CG MW CG S SST CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG A MW CG YY SPR C Z MW CG S SST CG MW CG S SST CG CC SST CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG S SST CG I SPR CG Z SST CG MW CG S SST CG SPR C Z MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG SPR CG Z MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG Z A SPR CG Z CC SPR CG S SST C B MW C MW CG S SST CG MW CG S SST CG MW CG Z MW CG S SST CG MW CG S SST CG MW CG 106 BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one

109 O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG SPR CG Z MW CG S SST CG S SST C MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW C Z SPR CG SST C MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG SPR CG Z MW CG Z SPR CG Z A SPR CG Z SPR C Z SPR CG Z SPR CG Z SPR C Z SPR CG Z B SST CG SPR C Z MW CG Z SPR CG SPR CG GI SPR CG Z SST C COMPRESSIO SPRIGS BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one 107

110 COMPRESSIO SPRIGS O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS SPR CG GI S SST C B SST CG S SST C SST C SST C A SPR CG S SST C SPR C Z S SST CG SPR CG Z S SST CG S SST C JJ SST CG SST C SST CG WW SPR CG Z SPR CG Z S SST CG SST C TT SST C MW C Z SST C SPR C Z AA SST CG K SST C S SST CG B SPR CG S SST C B SPR CG SPR CG Z MW C HD C Z B SST CG SPR CG Z SPR CG Z SPR CG Z S SST C S SST C B SPR CG A SPR C SPR CG Z G SPR CG JJ MW C Z S SST CG A SST C A SPR CG Z MW C S SST C S SST C MW C Z MW C Z SST CG SPR CG Z S SST CG SPR C Z S SST C SPR C Z HD C Z OO SST CG V V SPR CG Z SPR CG S SST CG A SPR C Z SPR C Z SPR CG SPR C Z SPR CG Z A SPR CG SST CG MW C Z MW CG Z MW C Z MW CG Z B MW C MW C Z S SST CG S SST C S SST C SPR CG Z 108 BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one

111 O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS UU HD CG Z SPR CG Z S SST CG S SST CG MW CG Z HH SST CG A MW C BO A SST CG B SPR C Z S SST CG U SPR CG GI S SST CG S SST C MW C Z S SST C MM SST C MW C Z SPR CG Z S SST C HH SST CG S SST C EE SPR C Z SPR C Z HD C Z MW CG SPR CG S SST C Z SST CG J SST CG SPR C Z A MW C BO B SPR C HD C Z Q SST CG HD CG Z HD C Z MW CG Z SST C SPR CG Z MW C V SST C B SPR CG S SST C SPR CG Z B SST C SPR C Z J SPR CG Z SPR C Z SPR CG Z S SST CG QQ MW C GI SST CG S SST CG SPR C Z S SST C SPR CG Z S SST CG S SST CG S SST C SST CG SPR CG Z S SST CG A PB CG K SPR CG MW C Z A SPR C MW CG Z SPR CG Z A SST C HD C Z L SPR CG Z SPR C Z SPR CG GI MW CG Z SPR CG GI SPR C Z SPR C Z B SPR CG B SPR CG Z SPR CG COMPRESSIO SPRIGS BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one 109

112 COMPRESSIO SPRIGS O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS A SPR CG J SST C MW C Z SPR CG GI S SST C S SST CG A SPR CG CC SPR CG S SST CG B SPR C Z SPR CG Z SPR CG Z MW C GI SPR C Z SPR C Z MW C Z MW C Z S SST C OO SPR CG SPR CG GI MW C MW C GI S SST C B SPR CG TT SPR CG Z SPR CG SPR C Z SPR CG Z MW C HD C Z SPR C Z KK SPR CG Z Q SPR CG GI HD C Z S SST C HD C Z S SST C MW CG Z HD C Z HD C Z SPR C Z MW C Z HD C Z S SST CG MW CG Z HD C Z SPR CG Z SPR CG Z SPR CG MW C Z SPR C Z SPR CG Z HD C Z HD C Z SPR CG Z SPR CG Z MW C Z SPR CG Z SPR CG Z SPR CG Z SPR C Z SPR CG Z SPR C Z SPR C Z S SST C MW CG GI MW C Z A MW C K SPR CG Z B SST CG S SST CG SPR C Z SPR C Z EE SST CG S SST CG EE SST CG OO SST CG B MW C B SPR CG A SST CG 110 BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one

113 O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS B SPR CG GI RR SPR CG K SPR CG JJ SPR CG MW C Z B SPR CG U SPR CG MW CG Z S SST CG S SST C PP MW C SST CG B SPR CG Z K SST CG B SPR CG Z A SPR CG GI A SPR CG Z YY SST C A SST CG B SPR C B SPR CG Z S SST C B SST CG A SPR CG SPR C Z A SST CG SPR CG Z SPR C Z SPR C GI SPR CG MW C Z M SST C B SPR CG S SST CG SPR C Z H SST C MW C GI S SST C PP MW CG LL SST C SPR CG Z K SPR CG Z A SPR CG GI A SST CG CC SPR C Z DD SST CG QQ SPR CG Z A SST CG SST CG MW C Z MW C MW C A SPR CG MW LL MW C Z S SST CG MW C Z SST C MW CG GI A SST CG SPR CG Z SPR CG GI B SST CG TT SPR CG GI OO SST CG A SST CG A SPR CG GI H MW C Z B SPR CG S SST C S SST C A SPR CG GI SPR CG Z A SPR CG GI H SPR CG GI Z SST CG SPR C Z J SPR CG B SST CG B SST C COMPRESSIO SPRIGS BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one 111

114 COMPRESSIO SPRIGS O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS A SST CG S SST C A SPR CG GI CC SST CG BB SST CG OO SPR CG A SST CG SST C MW C S SST CG WW SPR CG Z SST C A SPR CG Z MW C Z S SST CG SPR CG Z S SST CG S SST CG S SST CG B SPR CG SST C MW C Z MW C BO S SST C B SST CG SST CG LL SPR CG GI SPR C Z K SPR CG SST CG Z SPR C GI B SST CG SPR CG Z S SST CG B SPR C S SST CG K SPR CG HD C Z SPR C Z S SST C B HD C Z S SST C S SST CG SPR CG Z S SST CG SPR C B SPR CG Z B HD CG HH SPR CG GI SPR O Z SPR C Z SPR CG Z Z SPR CG Z SPR CG Z SPR C Z V SPR CG Z SPR C Z SPR CG Z SPR CG GI W SST CG SPR CG GI SPR CG Z S SST CG MW CG Z SPR C Z SPR C Z MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG 112 BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one

115 O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG S SST CG DD SST CG A SST C PP SST CG I SPR CG Z S SST CG G SST CG MM HD CG OO SST CG S SST C MW CG Z SPR C Z B SPR CG Z S SST C S SST C S SST C A SST C I SST C A SST C SPR C Z L SPR CG Z I SST CG S SST CG S SST CG K MW C Z B SPR CG Z CC SST CG MW C Z MM SST CG SST C A SST C CC SST C S SST CG O SPR CG BO A SST CG MW C Z S SST C HD CG GI A SST C MW C Z A SST CG K SST C B SPR CG Z SST C SPR CG I MW CG Z J-60-A MW C BO SPR CG UU SST CG SPR CG Z PP HD CG Z SPR CG Z SPR CG Z MW C Z MW C Z MW C Z PP MW C S SST CG COMPRESSIO SPRIGS BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one 113

116 COMPRESSIO SPRIGS O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS S SST C SPR CG Z S SST C SPR CG Z PP SPR CG Z SST CG SPR CG Z A SST CG EE SPR CG Z SPR CG SST CG A SST CG SPR CG Z SPR CG Z Z SPR C Z S SST C HH SPR C Z AA SPR C Z MW CG Z S SST CG B MW C SPR CG Z Y SST CG SST CG QQ SPR CG Z MW CG Z SPR CG Z A SPR CG SPR CG Z M SPR CG Z Z MW C Z SPR C Z L MW CG Z SPR CG GI TT SPR C Z KK SST CG RR SST CG S SST CG SPR CG Z SPR CG Z S SST C SPR CG Z A SPR CG B SPR CG Z SPR CG Z MW CG Z SST C S SST CG CC SST C S SST CG S SST C S SST CG SST CG SST C DD SST CG SPR C Z HH SST CG SPR C YY SPR CG GI S SST C OO SST C SST C S SST C B SPR CG SPR CG GI SST CG SPR CG Z SPR CG GI B SPR CG SPR C Z SPR C Z SPR C Z S SST C MW CG GI MW CG Z S SST C A SST CG S SST C RR MW CG Z SPR CG Z 114 BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one

117 O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS A SST CG RR SST C S SST C MW CG Z KK SST CG MW CG Z SPR C Z SPR C Z S SST CG SPR CG Z A SPR CG SPR CG Z HD C Z SPR C Z S SST CG SST C S SST C SPR CG Z S SST CG SPR C Z SPR C Z SPR CG GI SST CG S SST CG SPR CG Z SPR C Z SPR C Z SPR CG Z MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG Z SPR C MW CG S SST CG COMPRESSIO SPRIGS BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one 115

118 COMPRESSIO SPRIGS O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG 116 BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one

119 O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG COMPRESSIO SPRIGS BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one 117

120 COMPRESSIO SPRIGS O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG 118 BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one

121 O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG H SPR CG Z AA SST CG UU SST CG A MW CG GI S SST C L SPR CG Z S SST CG OO SST CG GG SST C S SST C DD SST CG SPR CG A HD CG U SPR CG SPR C Z KK SST CG SPR CG Z A SST CG SST CG GG SST C BB SST C MW CG Z H SST CG Y SST CG SPR CG Z SPR CG MW CG Z CC SST CG A SST CG MW C Z AA SST CG S SST C SST CG COMPRESSIO SPRIGS BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one 119

122 COMPRESSIO SPRIGS O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS XX SPR C Z HD C Z SPR CG W SST C SST C SPR CG PP SPR CG Z MW CG Z B MW C Z S SST CG S SST CG S SST CG W SST C SST C SST C II SST C JJ SPR CG GI SPR CG Z MW CG GI S SST CG SPR CG MW C HD CG Z MW C Z W SST C SPR CG Z I MW C H SST C SPR CG Z CC SST CG G HD CG PP SPR C B SPR CG YY SST C TT SST CG S SST CG II SPR CG SPR C Z S SST CG SPR CG Z MW CG Z SPR CG Z SPR CG Z OO SPR CG DD SPR CG SPR C Z TT SST CG YY SPR CG Z SPR CG Z Z SPR CG RR SPR CG Z A SST CG B SPR C L SST CG S SST C A SPR C H SPR CG Z XX SPR C Z SPR C Z S SST C H SST CG A SST C S SST CG SPR C Z S SST C SPR CG Z SST C A SST CG A SST CG A SPR CG A SPR CG S SST CG HD CG Z B SPR CG Z SPR C Z CC SST CG S SST CG HD CG Z SPR CG SPR CG Z 120 BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one

123 O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS B SPR CG B SPR CG Z YY SPR C Z A SST CG HD CG Z S SST C SPR C Z SPR CG Z SPR C Z S SST CG A SPR CG GI S SST C HD CG Z H SPR C Z PP SPR CG GI B SPR CG SPR CG Z SPR CG Z Q SPR CG Z O MW C B SST CG S SST CG SPR CG Z SPR CG SPR CG Z J SST CG SPR CG Z S SST CG SPR CG GI SPR C Z SPR C Z S SST CG II SPR CG SPR CG Z SPR C Z SPR CG Z SPR CG GI SPR C Z XX SPR CG Z H SST CG SPR C Z SPR CG Z SPR C Z SST CG SST CG A SST C S SST CG SPR CG Z V V HD CG Z B SPR CG Z SPR CG Z SPR CG Z SPR CG Z B SST CG SST C MW C Z SPR CG GI S SST CG SPR C GI SPR C BO SPR CG Z SPR CG Z B SPR C Z MW C MW CG SPR CG Z SPR CG Z SPR C Z HD C Z SPR CG Z SPR C Z SPR C Z SPR C Z S SST C SST CG MW CG Z B SPR CG GI G MW C G MW C Z S SST C COMPRESSIO SPRIGS BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one 121

124 COMPRESSIO SPRIGS O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS L SPR C Z LL SPR C Z BB SST CG MW C Z H MW CG Z S SST CG SPR CG Z MW C BO S SST C MW C Z S SST C SPR C Z Y SPR CG Z S SST CG SPR CG B SST CG MW CG Z G SPR C O SST CG L SPR CG Z MW C Z EE SST CG LL SPR CG GI V V SPR C GI S SST CG JJ SPR CG XX SPR CG Z S SST CG MW C Z MW C Z O SPR CG Z A SPR CG GI Q SST C A SST CG PP SPR CG GI A SST CG AA SPR C OO SPR CG SPR C Z S SST CG SPR CG Z A SST CG B SST CG HD C Z HD CG Z SPR CG Z CC SST CG B HD C S SST CG SST CG S SST CG SPR CG LL SPR CG GI B SPR CG EE SPR CG MW CG Z SPR C Z G SPR CG B SPR CG MW C Z PP SST C B MW C Z S SST C MW CG Z GG SPR CG S SST C SPR CG Z HD CG Z SPR CG Z SPR C Z B SST CG B SPR CG GI B SPR CG Z B SST CG SPR CG K SPR CG Z S SST CG SPR CG GI MW CG GI MW C Z 122 BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one

125 O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS S SST C H SST C A SST CG YY SST C S SST CG JJ SST CG B SPR CG Z SPR CG Z K SST CG SPR CG Z A SST CG J SPR C Z SST C B SST C S SST C SPR CG Z S SST C A SPR CG GI SPR CG GI S SST C MM SPR CG L SPR CG Z Z SST CG GG SPR CG Z SPR CG Z A SPR CG Z A SST C S SST CG S SST CG A SST CG A SST CG A SPR CG Z S SST C SPR C Z L SST CG A SPR CG O SST CG SPR CG Z MW CG Z GG SST C YY SST CG MM MW C WW SPR C Z SPR CG GI MW C GI Z SPR C Z S SST C A SPR CG GI SPR CG Z A SPR CG HD CG Z S SST C SPR C Z Q SPR C Z SPR C Z SPR CG Z SPR CG Z S SST C HD C Z S SST C SPR CG Z HD CG Z SPR CG Z SPR CG GI S SST C SPR CG Z SPR CG SPR CG Z SPR CG Z SPR CG Z M SST CG A SST CG MW C Z S SST CG S SST C S SST C SPR C Z S SST CG HD CG Z B SPR C COMPRESSIO SPRIGS BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one 123

126 COMPRESSIO SPRIGS O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS SPR CG Z S SST CG SPR CG S SST C S SST CG MW CG MW C Z W SST C SPR CG Z S SST CG S SST C SPR CG Z II MW CG LL SST CG A SPR CG Z MW C Z MW C Z S SST C SPR C Z RR SST CG S SST C MW C Z S SST C SPR C Z EE SPR CG Z Y MW CG Z SPR C Z SPR C Z L SPR CG Z H SST CG MW C Z MW C SST C I SST C S SST C A SST C YY SPR C Z XX SPR CG Z SPR CG Z SPR CG Z HD C Z A SPR CG GI K MW C S SST C SPR C Z S SST CG SPR CG Z SPR C Z HD C Z B SST C S SST CG S SST CG S SST CG SPR CG GI S SST CG S SST CG HD CG Z S SST CG SPR CG GI S SST C SPR CG Z SPR CG Z S SST C K SPR CG Z SPR CG Z J SPR CG Z SPR CG S SST C SPR CG Z SPR CG Z SPR CG BO S SST C BB MW CG Z S SST C SPR CG Z HH SPR C Z SPR C Z SPR CG Z S SST C SPR C Z 124 BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one

127 O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS SPR CG Z B SPR CG A SPR CG QQ MW C Z HD C Z JJ SPR C HD C Z SPR CG SPR CG Z K SPR CG GI B SPR CG Z QQ HD C Z HD CG Z A SST CG SPR C Z SPR C Z MW CG GI SPR CG Z SPR C Z MW CG GI SPR C Z K SPR CG Z SST C B SPR C Z SPR C Z O SPR CG Z HD C Z HD C Z AA SST CG SPR CG GI SPR CG Z S SST C SPR C Z HD C Z MW C Z SPR CG Z MW CG Z S SST CG MW CG Z Q-61-A SST CG SPR CG Z YY SST C SPR CG Z SPR CG Z HD CG GI J HD CG Z SPR CG Z SPR C Z SPR CG Z MW C Z EE SPR CG HD C Z SPR CG Z S SST C SPR CG Z SPR C Z SPR CG Z SST CG MW CG Z SPR CG Z HD C Z HD C GI HD CG Z HD C Z M SPR CG Z SPR C Z HD CG Z SPR C Z SPR CG HD C Z HD C Z SPR C Z SPR CG Z HH SPR CG GI SPR CG GI S SST CG SPR CG Z WW SST C BC C SPR CG GI COMPRESSIO SPRIGS BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one 125

128 COMPRESSIO SPRIGS O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS SPR CG Z HD C Z SPR CG Z K SPR CG GI HD C BO B SPR CG Z SPR CG Z SPR CG Z S SST CG SPR C Z SPR CG Z HD C Z HD C Z SPR C Z HD C Z V SPR CG GI O SST C A SPR CG GI B SPR CG B MW C Z B SST CG SPR C Z SPR CG Z SPR CG Z W SPR CG Z MW CG Z A SST CG SPR CG Z DD SST CG MW C Z Y SPR CG S SST CG HD CG GI OO SST CG KK MW CG B MW C K SST CG WW SPR C Z S SST CG Y MW CG Z SPR CG Z MW C MW C Z S SST C MW CG Z S SST CG B SPR CG Z S SST CG SPR C Z S SST CG SPR CG Z SST CG SPR C Z MW CG Z MW C HD CG Z Z SPR C Z SPR C Z S SST C SPR CG Z SPR CG Z S SST C MW CG Z O SST CG SPR CG Z S SST C HD C Z MW CG Z SPR CG S SST CG SPR CG Z SPR C Z MW CG Z SPR C SPR C Z K SST CG S SST CG SPR C Z SPR CG Z MW C Z 126 BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one

129 O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS S SST C SPR CG Z A SST C SPR CG Z SPR CG Z MW CG Z SPR C Z SPR CG Z MW CG Z B HD C SPR CG SPR C Z SPR CG Z SPR CG Z SPR CG Z HD C Z SPR CG Z S SST CG MW C Z SPR CG SPR CG Z MW C Z B SPR CG Z I SST CG S SST CG PP SPR CG Z G SST CG S SST C SPR C Z M SST CG L SST CG HD CG Z YY SPR C GI SPR CG Z SPR C Z CC MW C Z MW CG Z SPR C Z B SST CG SPR CG Z MW C Z S SST CG SPR CG Z B SPR CG S SST CG SPR CG Z HD CG Z V SST CG S SST CG SPR CG Z SPR C Z HD CG Z JJ MW C Z S SST CG SPR C Z I HD CG A MW C A MW C Z SST C S SST C SST CG S SST CG SPR CG Z SST C B SPR CG SPR CG MW C SPR CG Z HD C Z B SST C SPR C Z B SPR CG SPR CG Z S SST C HD CG Z S SST CG HD CG Z S SST CG S SST C S SST CG COMPRESSIO SPRIGS BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one 127

130 COMPRESSIO SPRIGS O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS S SST CG S SST CG A SPR CG B SPR CG Z OO SPR CG GI Z SST C S SST CG SPR CG GI SPR CG Z B SPR CG Z MW CG Z SPR CG GI B SPR CG Z SPR CG Z S SST C SPR C Z S SST C B SPR CG SPR CG Z SPR CG Z SST CG SPR CG Z QQ SST C HD C Z SPR CG Z I SST CG SPR CG Z SPR CG Z SPR CG Z SPR CG GI MW C SPR CG Z MW C GI SPR CG Z SPR C Z U SST CG SPR C Z SPR CG Z S SST C SPR CG Z SPR CG Z S SST C SPR CG Z S SST CG MW C GI SPR C Z SPR CG Z SPR CG Z SPR CG Z S SST C SPR CG Z SPR CG Z SPR CG GI SPR CG Z HD CG Z S SST CG SPR CG Z SPR CG Z SPR CG Z MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG 128 BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one

131 O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG COMPRESSIO SPRIGS BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one 129

132 COMPRESSIO SPRIGS O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG S SST C A SST CG YY SPR CG Z S SST CG K SST CG MM SST CG G SST CG SPR CG Z B MW CG B SST C S SST CG B SST CG S SST CG A SST CG O SPR CG Z A SPR C GG SPR CG S SST C O SST C SPR CG Z SPR CG Z U SPR CG A SST C B SST CG M SPR CG 130 BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one

133 O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS MW CG Z BB MW CG BO G SST CG A SPR CG A SST CG B SPR CG A SST CG JJ SPR C SPR CG GI B SPR C Z S SST C K SST CG MW CG Z WW HD CG Z A SST CG MW C Z A SPR CG Z A SST CG S SST CG B SST CG A SPR CG Z G HD CG S SST CG S SST CG G SST CG L SST CG A SPR CG GI S SST CG SPR C Z S SST C A SST CG S SST CG B SPR CG GI YY SPR CG Z SPR CG GI B SPR CG Z V V SPR CG AA SST CG SST C H MW CG A SST CG A SST CG K SST C SPR CG Z W SST CG SPR CG Z I SST C YY SPR CG RR SST C S SST C S SST C S SST CG OO SST CG S SST C S SST C MW C Z SPR CG XX SST C HD CG Z S SST CG A SPR CG GI SPR CG Z A SPR CG Z QQ HD C Z HD CG Z I SPR C S SST C SPR C Z A SPR CG GI BB SST C DD MW C S SST CG B SPR CG Z W SST CG S SST CG HD C Z H SST CG SPR CG Z SPR CG Z MM SST CG COMPRESSIO SPRIGS BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one 131

134 COMPRESSIO SPRIGS O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS SST CG SPR CG Z S SST CG G SST C S SST C MW C Z SPR C Z SPR CG Z SPR C Z HD CG Z S SST CG Q SPR CG SPR CG Z SPR CG Z S SST C J SPR CG WW SPR C SPR CG UU SPR CG Z SPR CG GI SPR CG GI SPR C B SPR CG Z A SST CG SPR CG Z HD C Z B SPR CG S SST C A SPR CG Z S SST CG MW C Z JJ SST C II SPR CG SPR CG Z S SST C JJ SST C K SPR C GI DD SST CG A SST CG S SST CG U SST CG S SST CG B SPR CG S SST C Q SST C B SST C SST C SPR CG Z S SST CG SST C S SST CG U SST CG B SPR CG S SST CG S SST CG SPR CG Z HD CG Z BB SST C S SST C LL MW C S SST C S SST CG XX SST CG S SST CG SPR CG Z B MW C Z Z SST C SPR CG Z S SST C SPR CG H SPR CG GI J SPR C Z TT SST CG SST C MW CG GI SPR C Z SST CG SPR CG Z SPR CG Z JJ SPR CG 132 BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one

135 O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS SPR CG Z MW C Z MW C GI L MW C Z SPR C Z S SST C S SST CG S SST CG Y SPR CG Z S SST CG SPR CG GI S SST CG SPR CG Z SPR CG Z HD C Z S SST CG MW CG Z A SST CG SPR CG S SST CG HD CG Z SST CG S SST CG A SPR C Z HD CG Z B MW C Z O MW C MW C Z B SPR CG Z SPR C WW SPR CG Z HD CG Z DD SPR CG S SST CG S SST C MW C GI S SST C S SST CG SPR CG Z SPR CG Z SPR CG Z MW C SPR CG Y SPR CG Z MW C Z MW C Z S SST CG SPR C Z S SST CG HD C Z Q SST CG S SST C Y MW C S SST CG MW C Z A SST CG G MW C SST C MW CG Z S SST CG HD CG Z SPR CG Z B MW C MW C Z MW C Z TT SST CG SPR CG Z MW CG Z S SST CG SPR C SPR CG Z MW C Z A SST CG B SST CG MW CG Z S SST C MW C Z SPR CG Z SPR C Z V V MW C Z COMPRESSIO SPRIGS BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one 133

136 COMPRESSIO SPRIGS O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS S SST CG SPR C Z B SPR CG B SPR C Z MW C Z SPR CG Z SST CG SPR CG Z B SST CG MW C Z SPR CG B SPR CG SPR CG MW CG Z SPR CG Z SPR CG Z S SST C SPR C Z HD C Z SPR CG Z SPR CG Z MW C Z HD C SPR CG Z SPR CG Z SPR CG Z HD C Z SPR CG S SST CG SPR C Z MW C SPR CG Z SPR CG Z MW CG Z SPR CG Z S SST CG SPR C Z SPR C Z SPR CG Z SPR CG SPR C Z SPR CG Z SPR C Z SPR C Z L SST C WW MW C Z S SST C BB SST CG Z MW CG Z SPR CG Z I SPR CG G MW C Z MW C Z B SPR CG SPR CG GI J SPR CG Z A SST CG SPR CG Z SPR CG Z MW C Z A SPR CG Z SST C MW C Z S SST C Y SST CG S SST C MW C GI RR SPR C Z SPR C Z SPR C Z B MW C Q SST CG S SST CG SST CG S SST CG SPR CG I SST C S SST CG B SST C OO SST CG 134 BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one

137 O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS S SST CG SPR CG Z S SST C GG SST CG WW SPR CG Z A HD CG Z SPR CG Z B SPR C Z SPR C Z S SST CG S SST C SPR CG Z SPR CG Z SST CG SPR CG Z SPR CG Z SST CG SPR C Z MW C Z SPR CG Z SPR CG Z M SPR CG SPR CG SPR CG Z SPR CG Z SPR C Z SPR CG Z SPR CG Z MW C Z SPR C Z S SST C SPR CG Z SPR CG GI S SST CG SPR CG Z S SST C HD C Z SPR CG BO SPR CG Z HD CG Z HD CG Z S SST C SPR CG Z SPR C Z HD C SPR CG Z SPR C BO S SST C SPR C Z SPR CG SPR CG Z SPR CG SPR C Z A SPR CG GI SST C SST CG I SPR CG GI HD C Z HD CG Z SPR CG SPR CG Z HD C Z SPR CG Z Y SST CG G SST CG SPR CG GI SPR C SPR CG Z S SST CG SST CG SST CG S SST C S SST CG M SST C MW CG Z B SPR CG S SST CG S SST CG SPR C Z S SST CG COMPRESSIO SPRIGS BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one 135

138 COMPRESSIO SPRIGS O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS I SST C HD CG GI SPR CG Z SPR CG Z SPR CG Z S SST CG B SPR CG Z HD CG Z SST CG MW CG Z S SST C SPR CG Z SPR CG Z A SST CG SPR C Z GG SST CG BB SPR CG Z A SST CG S SST CG K SST CG MW CG Z HD CG Z S SST CG SPR C Z S SST CG SPR C Z B SPR CG Z G-60A SST CG S SST CG SPR CG Z Q SST CG SST C MW C Z SPR C Z V SST CG KK SPR CG Z SPR CG Z SPR CG Z S SST CG HD CG Z SPR C Z SPR CG I HD CG Z SPR CG Z S SST CG S SST CG Q SPR C SPR CG Z SPR CG Z S SST CG SPR CG Z HD CG Z SPR CG GI SPR CG Z A SPR CG GI JJ SST C SPR CG Z SPR C Z H SST CG SPR CG Z MW C Z LL SST C M SPR CG SPR C Z MM SST CG SST CG S SST CG SPR C MW C Z S SST C WW SST CG SPR CG Z HD CG Z SPR CG GI SPR CG Z SPR C Z MW CG Z SPR CG Z K SPR C Z S SST CG 136 BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one

139 O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS SPR CG GI SPR CG Z SPR CG Z HD CG Z SPR CG Z SPR CG Z SPR CG Z SPR C Z SPR CG Z SPR CG Z SPR CG Z MW CG Z HD CG Z SPR CG Z SPR CG Z SPR CG Z MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG COMPRESSIO SPRIGS BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one 137

140 COMPRESSIO SPRIGS O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS MW CG Z S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG 138 BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one

141 O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG COMPRESSIO SPRIGS BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one 139

142 COMPRESSIO SPRIGS O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG 140 BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one

143 O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS S SST CG MW CG S SST CG MW CG S SST CG MW C Z EE SPR C Z AA MW C J SST CG SST C O SST CG Q SST CG I SPR CG Z J MW C K SPR CG GI WW SST C UU SPR CG Z B SPR CG Z SPR C BO B SST CG QQ SPR CG Z B SST CG Q SST CG BB SPR CG SPR C Z S SST CG SPR CG Z SPR C HD C Z SST CG PP SPR CG Z SPR CG Z MW CG Z S SST CG HD C Z SPR CG Z S SST C SST C J SPR C Z SST CG S SST C SPR C Z SPR C Z MW CG Z MW C L SPR C Z SPR C Z S SST CG Q SST CG B SST CG G HD CG MW CG S SST C SPR CG GI SPR C Z S SST CG S SST C SPR C Z B SPR CG Z A MW CG S SST CG HD C Z SPR CG GI XX SST C A SPR CG Z YY SPR CG Z SST CG SPR C Z SPR C Z SPR CG SPR C Z SPR CG Z SPR CG Z B SST CG SPR CG Z B SPR C SPR CG Z B SPR CG RR SST CG B SPR CG Z COMPRESSIO SPRIGS BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one 141

144 COMPRESSIO SPRIGS O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS S SST CG LL SPR C GI S SST CG S SST CG S SST CG SPR CG Z Q SST CG S SST CG SPR CG Z YY SPR C Z A SPR CG Z S SST CG SPR CG Z SPR CG GI SST CG S SST CG B SPR C Z SPR CG GI S SST CG SPR CG S SST CG SPR CG Z JJ SPR C Z SPR CG SPR CG Z MW C SPR CG Z S SST C S SST CG SPR CG Z SPR CG Z MW C Z SPR CG Z SPR CG Z SPR CG Z B SPR CG Z S SST CG S SST CG SPR CG Z V V SST C SPR CG GI B MW C Z SPR CG Z SPR CG Z SPR C Z SPR CG Z WW SST C SPR C Z MW CG Z SPR CG Z SPR C Z SPR CG Z SPR CG GI MW C Z HD C Z S SST CG SPR CG SPR C Z HD CG GI TT SST CG SPR CG Z S SST CG MW CG Z SPR CG Z SPR CG MW C Z HD C Z SPR CG Z S SST C S SST CG S SST C H SST CG K SST CG PP SPR CG Z MW C Z HD C GI B HD CG SST C MW C Z SPR CG Z 142 BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one

145 O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS B SPR CG XX SST C A SST CG HD C Z HD C Z CC SPR CG Z S SST C S SST CG SPR CG Z SPR CG Z S SST CG K SPR CG A SST CG S SST CG SST C S SST CG HD C Z B SPR CG Z HD CG Z SPR CG Z SST CG A SPR CG Z W SPR C Z AA SPR CG MW C Z SPR C Z SPR CG GI B SPR CG SPR C Z SPR CG GI S SST C SPR C Z S SST C EE SPR CG S SST CG HD C Z MW CG Z SPR CG Z BB SPR CG Z B SPR CG S SST CG L SPR CG SPR CG GI SPR CG Z SPR CG Z SST CG MW C Z S SST CG S SST CG S SST CG SPR CG Z L SPR CG Z SPR CG Z SPR CG Z SPR CG S SST C SPR CG Z B SPR CG Z SST CG S SST CG B SPR CG Z SPR CG Z MW C Z SPR CG Z S SST C SPR C Z SPR CG Z S SST C HD C Z MW C Z SPR CG Z SPR CG Z A SPR CG Z B SPR CG B SPR CG GI B SPR CG SPR CG Z SPR CG Z SPR CG Z G SPR CG COMPRESSIO SPRIGS BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one 143

146 COMPRESSIO SPRIGS O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS SPR C Z A SPR CG Z S SST CG SPR CG Z MW C Z HD C Z S SST C SPR C Z S SST C S SST C S SST C XX SST CG SST C MW CG Z HD C Z HD CG Z SPR CG Z SPR C Z SPR CG Z SPR C Z S SST C HD C Z S SST CG B SPR CG S SST CG HD C Z SPR CG Z SPR CG Z B SST CG MW CG S SST C B SPR CG SPR CG Z SPR CG Z SPR CG Z B SPR CG Z S SST CG SPR C Z HD C Z SPR CG Z SPR CG Z S SST CG HD CG Z Q SPR C MW C Z MW CG Z S SST C SPR C Z HD C Z SPR CG Z S SST CG S SST CG MW CG Z SPR C Z S SST CG HD C Z SPR C Z SPR CG Z HD CG Z B SST CG SPR CG Z SPR CG Z S SST CG SPR C Z HD C Z HD C Z HD C Z SPR CG Z SPR CG Z MW CG Z S SST CG MW C Z HD C GI MW CG Z SPR CG Z S SST CG HD C Z S SST CG S SST CG HD C Z 144 BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one

147 O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS MW CG Z SPR CG SPR C HD CG Z SPR CG Z HD CG Z SPR C Z HD CG GI SPR C Z HD C Z SPR C Z SPR C Z HD C Z HD C Z HD C Z HD C Z S SST CG S SST C B SST CG O SPR CG Z S SST CG SPR CG GI HD C Z B SST CG SPR C Z S SST C QQ SPR C GI SPR CG GI SST CG S SST CG KK SPR CG Z S SST CG BB SST CG SPR CG Z SST CG GG SST CG MM SPR CG Z S SST CG SPR CG UU SPR C Z SPR C Z H SPR CG Z MW C Z S SST CG A SST CG GG SPR CG BO SPR C Z B SPR C SPR CG A SST C A SST CG S SST CG SPR C Z SPR CG Z SPR CG Z SPR CG Z A SPR CG SPR CG Z SPR CG Z S SST CG G SST CG A SST C B SPR C HD CG GI SPR CG Z HD CG Z Q SPR CG SPR CG Z Q SPR CG Z B SPR CG Z SPR CG Z SPR C Z A SST C MW C Z B SPR CG SPR C Z MM SPR CG Z SPR CG Z S SST C A SST CG COMPRESSIO SPRIGS BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one 145

148 COMPRESSIO SPRIGS O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS SPR CG Z SPR CG Z SPR C SPR CG Z S SST CG SPR C Z LL SST CG SPR CG Z RR SPR C Z SPR CG Z SST CG SPR CG Z HD C Z S SST C SPR C Z S SST C SPR CG Z SPR C Z SPR CG GI SPR C Z SPR CG Z SPR CG Z HD C Z SPR C Z SPR CG GI SPR C Z SST C SPR CG Z B SST C HD C Z II SST C HD C Z S SST CG SPR CG Z A HD CG Z OO SPR C GI A SST CG S SST CG S SST C I SST CG S SST CG A SST CG S SST C S SST CG B SPR CG Z A SST CG A SPR CG GI S SST C A SPR CG GI S SST CG S SST C B SPR CG H SPR CG GI SPR C Z S SST C SPR CG Z SPR CG Z Y SPR CG Z SPR CG Z B SPR CG S SST CG B SPR C Z SST CG SPR CG Z SPR CG SPR C Z SPR C Z MW C Z HD C Z SPR C A SST CG SST CG B SPR CG Z S SST CG S SST CG B SST CG SPR CG Z SPR CG Z MW C Z MW C 146 BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one

149 O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS MW C Z SPR C Z A SST CG SPR CG GI S SST CG SPR CG SPR CG Z B SST CG SPR C Z SPR CG Z SPR CG Z SPR CG Z SST C MW CG Z S SST C SPR CG Z SPR C Z HD CG Z S SST CG S SST C HD C GI SPR CG Z SPR C Z HD C Z SPR C Z HD C Z HD CG Z HD CG Z SPR C Z SPR CG Z HD C BO MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG COMPRESSIO SPRIGS BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one 147

150 COMPRESSIO SPRIGS O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG B SPR C Z SPR CG Z SST CG B SST C S SST C MW C Z S SST CG S SST CG SPR CG Z 148 BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one

151 O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS K-59A SPR C Z SST CG XX SPR C Z HD C Z B SPR CG MW C Z RR SST CG BB SST CG SPR CG Z SPR CG GI SPR CG Z S SST CG SPR CG Z J SST CG SPR C Z SPR C Z SPR C SPR C Z SPR CG Z S SST C MW CG GI MW CG GI MW CG GI S SST CG SPR CG Z B SPR CG Z O SPR C Z SPR CG SPR CG Z SPR CG Z S SST CG B SPR C GI S SST C SPR C Z SPR C Z SPR CG Z SPR CG Z HD C Z SPR CG Z S SST CG S SST CG SPR C S SST CG SPR CG Z SPR CG GI SPR CG GI SPR CG Z B HD CG Z MW CG SPR CG Z S SST CG SPR CG SPR C Z SPR C Z S SST CG HD CG Z SST C SST CG SPR C GI SPR CG Z SPR C Z S SST C S SST C QQ SPR CG Z A HD CG Z K SPR CG W SST C S SST CG Q SST C SPR CG Z SPR C Z I SPR CG Z S SST C SST CG HD CG Z S SST CG SPR C Z S SST CG Z SPR CG DD MW C COMPRESSIO SPRIGS BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one 149

152 COMPRESSIO SPRIGS O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS SPR C Z S SST CG SPR C Z MW C Z SPR CG Z SST CG HD C Z SPR C Z SPR CG Z SPR CG Z MM SPR CG SPR C Z AA SST C B SPR C S SST CG SPR CG Z SPR CG Z SPR CG Z K SST C SST CG S SST CG SPR CG Z S SST CG SPR C Z Z SST CG S SST CG I SPR CG Z SPR CG Z HD C Z B SST CG HD C Z HD CG Z SPR CG Z SPR C Z SST CG EE SPR CG Z S SST CG S SST CG S SST CG S SST CG S SST C MW CG GI S SST CG B SPR CG SPR C Z SPR CG GI SPR CG Z A SPR CG SPR CG Z S SST CG KK PB CG SPR CG Z SPR CG Z B SPR C S SST C SPR CG Z AA SPR CG SPR CG Z SPR C Z SST C S SST CG SPR CG B SPR CL HD C Z MW C S SST CG I SST CG SPR C Z MW CG MW CG Z GG SPR CG Z SPR C Z SPR C Z SPR CG Z SPR CG Z SPR CG Z S SST CG SPR C Z S SST CG SPR CG Z 150 BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one

153 O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS B SST CG SPR CG Z SPR CG Z MW C Z S SST CG S SST CG SPR CG Z SPR CG Z SPR CG Z S SST CG B HD CG SST CG MW C Z SPR C Z SPR CG Z SPR CG Z DD SST CG SPR CG Z SPR C SPR CG Z HD C Z HD C Z SPR CG Z SPR C Z SPR C Z HD C Z HD C Z HD CG Z SPR CG Z SPR C Z SPR CG Z SPR CG Z SPR CG Z HD C Z HD C Z MW CG GI SPR C Z SPR CG Z HD C Z HD C Z MW CG S SST CG JJ SST C Q SST C S SST C K SPR CG MM SST CG S SST CG SPR C Z I SST CG OO SPR CG Z QQ MW C Z Q SST C PP SST CG MW C Z SPR CG Z HD C Z MW CG Z EE SST CG MW C Z XX SPR C Z SPR C Z SST CG H SST CG K SST CG S SST CG HD CG Z SPR CG Z H SST CG SPR C Z LL SPR CG Z SPR CG Z SPR CG SPR CG Z MW CG Z B SPR CG S SST CG S SST CG SPR CG Z A SPR CG Z COMPRESSIO SPRIGS BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one 151

154 COMPRESSIO SPRIGS O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS HD C Z SST CG SPR CG Z SPR CG Z AA SST CG MW C Z B SPR CG Z SPR CG Z SPR C Z SPR CG Z SPR C Z S SST C SST CG SST CG HD CG Z AA SPR CG A SST C A SST CG SPR CG GI S SST CG B SPR C Z S SST CG SPR CG Z MW CG Z GG SPR C GI SPR CG Z MW CG Z SPR CG Z S SST CG S SST CG S SST CG SPR C Z SPR C MW C SPR CG Z SPR CG Z SST CG SPR CG Z HD C Z SPR C Z SPR CG Z S SST CG SPR C Z SPR CG Z SPR CG Z SPR CG Z GG SST CG SPR CG Z SPR CG GI S SST CG SPR CG Z SPR CG Z SPR CG Z SPR CG GI SPR CG Z SPR CG Z SPR CG Z SPR CG Z S SST CG SPR C Z SPR CG Z SPR CG Z SPR C Z SPR C Z B SST C S SST CG S SST C S SST CG HH SST CG KK SPR CG Z MM SST CG MM SST CG SPR C Z SST C S SST CG HD C Z S SST C S SST CG W SST CG QQ SST C 152 BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one

155 O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS SST C A SST C A SST CG MW CG BO S SST CG SPR CG Z S SST C A MW C Z RR SPR C Z S SST CG SPR C Z CC SST CG S SST CG S SST CG SST CG S SST C S SST CG QQ SPR CG Z S SST C SPR CG GI B SPR CG M SPR C GI S SST CG B SPR CG KK SPR CG SPR CG Z Q SPR CG B SPR C S SST CG S SST CG B SPR CG Z SPR CG Z S SST CG SPR CG SPR CG Z SPR CG Z SPR C Z SPR CG Z S SST C S SST CG S SST CG SPR CG Z SPR CG Z SPR C Z SPR CG Z SPR CG Z YY SST C S SST CG SPR C Z A SST CG A SST CG MW C Z SPR CG GI SPR CG Z B SST CG SPR CG Z S SST CG SPR CG Z B SPR CG SPR CG Z SPR CG SPR CG SPR CG Z S SST C SPR CG Z S SST CG SPR CG Z B SPR CG HD CG Z SPR CG Z HD C Z SPR CG Z SPR CG Z S SST CG SPR CG Z S SST C SST C B SPR C S SST C SPR CG Z COMPRESSIO SPRIGS BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one 153

156 COMPRESSIO SPRIGS O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS U SST MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG 154 BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one

157 O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG COMPRESSIO SPRIGS BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one 155

158 COMPRESSIO SPRIGS O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG 156 BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one

159 O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG COMPRESSIO SPRIGS BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one 157

160 COMPRESSIO SPRIGS O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG XX SPR CG Z S SST CG B SST C AA SST CG II SST C S SST CG S SST CG SPR CG S SST C CC SST C BB SST C A SST CG S SST C SST C SPR C Z B SPR C Z S SST CG S SST CG V SPR C GI S SST CG HD CG GI S SST CG S SST CG S SST CG SPR CG Z S SST CG SPR C Z SPR C Z A SST CG SPR CG Z MW CG SPR CG Z SPR C Z SPR C S SST C SPR CG GI S SST C B SST CG SPR CG Z SPR CG Z SPR CG Z SPR CG Z S SST C O SST CG SST CG SPR CG S SST CG SPR C SPR CG Z 158 BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one

161 O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS A SPR CG SPR CG Z S SST CG S SST CG SPR C Z SPR CG Z SST CG S SST CG SPR CG SPR CG Z SPR C Z S SST CG SPR C GI S SST CG SPR CG Z HD C Z B SST CG B SPR C SPR C Z HD C Z MW CG GI SPR CG Z SPR C Z S SST C SPR CG Z SPR CG Z SPR C Z SPR CG Z SPR CG MW C SPR C Z B SPR CG HD CG Z B MW C Z S SST CG OO SPR C Z CC SPR CG B SPR CG SPR CG Z S SST CG SPR CG S SST C SPR C KK SPR CG GG SPR CG SPR CG Z S SST C A SPR CG GI SPR CG Z HD CG Z SPR CG SPR C B SPR CG Z B SST CG SPR CG Z HD CG Z S SST C SPR CG Z WW SPR C Z SPR CG Z S SST CG SPR C Z HD C Z SPR CG Z SPR CG KK SST CG S SST CG S SST CG B SST C S SST CG S SST CG B SPR CG B SPR CG Z B SPR CG S SST CG SPR CG Z SST CG B SPR CG Z HH SST CG HD CG Z COMPRESSIO SPRIGS BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one 159

162 COMPRESSIO SPRIGS O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS SPR CG Z S SST CG B SPR CG SPR C HH SST CG S SST CG SPR CG Z S SST C S SST CG EE SPR CG Z KK SPR CG B SPR CG S SST CG SPR C Z SPR CG Z SPR CG Z SPR C SPR CG Z SPR CG S SST CG SPR CG Z A SST CG B SPR CG Z B SST CG HD CG Z SPR C Z HD C S SST C S SST CG SST C S SST C M SPR CG Z SPR CG Z SPR CG Z SPR C Z GG SPR CG Z SST CG SPR CG Z HD C GI SPR CG Z SPR C Z S SST C S SST C A SST CG S SST CG SPR C Z DD SPR CG GI EE SPR CG Z B SPR C GI SPR CG Z SPR CG Z S SST CG MW C Z MW C Z SPR C Z SPR CG Z SPR CG Z S SST C S SST C HD CG Z SPR CG Z S SST C SPR CG Z S SST CG SPR CG Z S SST CG S SST CG S SST CG S SST CG SPR CG Z B SPR CG A SST CG SPR CG Z SST CG S SST C SPR CG RR SST C S SST C S SST C SPR C Z 160 BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one

163 O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS HD CG Z HD CG Z SPR CG SPR C Z HD C Z SPR CG Z SPR C Z SPR CG Z SPR CG GI SST C SPR C Z S SST C S SST CG SPR C Z SPR C Z HD C Z SPR CG Z HD C Z SPR CG Z SPR CG GI SST C SPR CG GI HD C Z SST C HD C Z SPR C Z SPR CG Z HD CG Z SPR CG Z SPR C Z SPR CG Z SPR CG Z SPR CG GI SPR CG SPR CG Z SPR CG Z SPR CG GI SPR CG Z SPR C Z SPR CG SPR CG GI MW CG Z SPR C Z SPR CG Z HD CG Z SPR CG Z S SST CG SPR CG GI HD C Z HD CG Z HD CG Z SPR C Z HD C Z SPR CG Z SPR CG Z SPR CG Z SST CG SST CG SPR CG SPR CG Z HD C Z HD C Z HD C Z S SST CG SPR C Z MW C Z MW C Z S SST CG SST CG SPR C Z SPR CG Z S SST CG SPR C Z UU SST CG MW CG XX SPR C Z HD CG Z S SST CG S SST CG COMPRESSIO SPRIGS BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one 161

164 COMPRESSIO SPRIGS O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS HH SST CG S SST CG SPR CG Z S SST CG S SST C SPR CG Z S SST CG S SST CG B SPR CG B SPR CG Z SPR CG Z SPR CG Z SPR C Z SPR CG Z S SST CG SPR CG Z S SST CG S SST C SPR C S SST CG S SST CG S SST CG SPR CG Z SPR CG GI SST CG CC SST CG SPR CG Z HD C Z SPR C Z S SST CG SPR CG Z S SST CG S SST CG SPR CG Z SPR C Z B SPR CG SPR C Z SPR CG Z SST CG SPR CG Z SPR C Z SPR CG Z S SST CG S SST CG SPR CG SPR CG Z SPR CG SST CG SPR CG GI Q SST CG PP SPR CG HD CG Z SPR CG Z V SST CG S SST CG SPR C Z SST C LL SPR C Z S SST CG S SST CG I SST CG DD SST CG S SST CG SPR CG Z S SST CG SPR CG SPR C Z WW SST CG XX SPR CG Z B SPR C Z MW C Z SPR C Z SPR CG Z KK SPR CG Z SPR CG Z SPR C Z SST CG HD CG Z SPR CG Z B SPR CG 162 BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one

165 O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS SPR CG Z HD CG Z BB SST CG S SST CG SPR CG Z HD CG Z S SST CG S SST CG SPR CG Z SPR CG Z SPR CG Z SPR C Z SPR CG GI SPR CG Z HD CG Z YY SST C MW C SPR C Z SPR CG Z SPR CG Z HD CG Z SPR C Z SPR CG Z B SST CG SPR CG Z MW C MW CG Z SPR C Z SPR CG Z PP SPR CG B SPR CG MM SST CG A SST CG S SST CG S SST CG MW CG Z Y SPR CG Z S SST CG SPR C Z S SST CG SPR CG Z B SPR CG Z S SST C S SST CG MM SST CG A SST CG SPR CG Z S SST CG BB SST CG S SST CG S SST CG B SPR CG SPR CG Z S SST CG LL SST CG SPR CG Z SPR CG Z SPR CG Z CC SPR CG Z S SST C M SPR CG MW C Z SPR CG Z SPR CG Z HD CG Z SST CG SPR CG Z SPR CG Z SPR C Z SPR CG Z SPR CG Z S SST CG HD C Z B SPR CG SPR CG Z SPR C Z SPR CG Z SPR CG SPR CG Z S SST CG COMPRESSIO SPRIGS BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one 163

166 COMPRESSIO SPRIGS O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS SPR C GI SPR C Z S SST CG DD MW C Z BB SPR CG HD CG Z SPR C S SST CG SPR CG Z DD SST CG II SST CG SPR CG Z H SST CG SST C S SST CG SPR C Z SST CG SPR CG GI B SPR CG Z SPR CG Z S SST CG SPR CG Z KK SPR CG S SST C K SPR CG Z MW CG Z HD CG Z S SST C SPR C Z S SST CG SST CG S SST CG SST C SPR CG Z S SST CG SPR CG GI HD C Z MW C SPR CG Z SPR C Z SPR CG Z SST C HD CG Z SPR C Z HD CG Z SPR CG GI S SST CG SST C SPR C Z B SST CG HD CG Z HD C Z HD CG Z SPR CG Z S SST C SPR CG Z SST C S SST CG HD CG Z MW C SPR CG GI OT C SPR CG SPR C Z SPR C Z SPR C Z SPR CG SPR C Z SPR CG Z SPR C Z HD CG Z S SST C SPR CG Z SPR C GI SPR C GI SPR CG Z S SST CG MW C Z SPR C Z HD CG Z 164 BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one

167 O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS SPR CG Z SPR CG Z SPR CG Z SPR C SPR CG Z B T C SPR CG Z B SPR CG Z KK SST CG S SST CG S SST CG S SST C SPR C Z SST CG SPR CG Z CC SST CG SPR CG Z SST C S SST CG SPR CG Z KK SPR CG Z SPR C SST CG KK SST CG SPR CG Z SPR C Z SPR CG GI SPR CG Z SPR CG Z A SPR CG GI SPR CG Z S SST CG SPR CG Z S SST CG S SST C SPR CG Z KK SST CG TT SST CG SST CG SPR CG SPR CG Z S SST CG SPR C Z S SST CG SPR C Z SPR CG GI DD SPR CG GI SST C SPR CG Z SPR CG Z SPR CG Z SST C S SST CG S SST CG S SST CG S SST CG S SST C B SST CG S SST CG G SST C B SPR CG Z SPR CG Z SPR CG Z SPR C Z SPR CG Z SPR CG Z SPR CG Z SPR CG Z SPR CG Z SPR C Z S SST CG SPR CG Z SPR C Z SST CL SPR CG GI U MW C B SPR CG CC SPR C Z H SST CG B MW CG COMPRESSIO SPRIGS BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one 165

168 COMPRESSIO SPRIGS O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS SPR CG Z SPR CG Z S SST CG XX SST CG S SST CG PP SST CG S SST C S SST CG SPR CG Z S SST CG S SST C MW CG MW CG B SST CG B SPR C MM SPR CG QQ SST CG SPR C Z M SPR C S SST CG K SPR CG GI SPR CG Z SPR CG Z MM SST CG S SST C SPR CG Z S SST CG SPR CG SPR CG Z SPR CG Z SPR C Z SPR CG Z B SPR C SPR CG Z S SST CG S SST CG SPR CG Z SPR C Z S SST CG S SST CG SPR C Z S SST CG B SPR C MW C S SST C JJ SST CG MM SST CG S SST CG SST CG SPR CG Z S SST CG SST CG MW C Z HD CG Z HD CG Z B SPR CG BO SPR CG Z SPR CG S SST C SPR CG Z B SST CG SPR CG Z SPR C Z S SST CG SST CG MW CG T S SST CG SST C HD CG Z SPR CG Z HD CG Z SPR CG Z SPR CG Z S SST CG SPR CG Z MW CG S SST CG MW CG S SST CG MW CG 166 BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one

169 O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG COMPRESSIO SPRIGS BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one 167

170 COMPRESSIO SPRIGS O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG 168 BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one

171 O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG COMPRESSIO SPRIGS BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one 169

172 COMPRESSIO SPRIGS O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG SST CG G SST CG GG SST CG SPR CG Z B SPR CG S SST C II SST CG SPR C Z AA SPR CG GI 170 BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one

173 O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS SPR CG Z SPR CG Z A SST C S SST CG SST CG S SST C SPR CG Z KK SPR CG SPR C SPR CG Z B SPR C PP SST CG SPR CG Z K SPR CG S SST C B SPR CG Z A SST CG SPR CG Z SPR CG Z SPR CG Z SPR C Z SPR C MW CG Z S SST CG SPR C Z B SPR CG SPR C Z SPR CG Z OO SST CG B SST C MM SPR CG Z S SST CG TT SST CG SPR CG Z SPR CG Z S SST CG SPR CG Z B SPR CG B SST CG SPR C Z SPR CG Z SPR CG Z S SST CG KK SPR CG Z A SST CG SPR C Z S SST CG SPR CG Z SST CG SST CG S SST CG SPR CG Z SPR CG Z SPR CG Z SPR CG Z SPR CG GI SPR C A SST CG SPR CG Z SPR CG Z SPR CG GI SPR CG SST CG SPR CG Z B SPR CG B SST CG S SST C SPR CG Z SPR CG Z SPR CG Z SPR CG Z SPR CG Z SPR CG Z HD CG Z S SST CG BB SPR CG Z SPR C Z S SST C S SST C SPR C Z COMPRESSIO SPRIGS BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one 171

174 COMPRESSIO SPRIGS O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS SPR C Z SPR CG Z SPR CG Z SST CG S SST CG HD C Z S SST C LL SST CG S SST CG HD C Z S SST C SPR C Z SPR CG Z SPR CG Z SPR CG Z S SST CG GG SPR CG Z MW C H MW C S SST CG SPR CG Z S SST CG SST CG HD C Z SPR CG Z S SST C SPR C Z SPR CG Z SPR CG Z SPR CG Z S SST C S SST CG S SST CG SPR CG Z SPR CG Z S SST C HD CG Z B SST CG HD CG Z A SST C SPR C Z SPR C Z II SPR C Z SPR C Z SPR C Z HD CG Z HD CG Z SPR CG GI SPR C Z SPR CG Z SPR CG SST C SPR C Z A SST CG SPR C Z SPR CG Z S SST C SPR C SPR CG Z SPR CG Z SPR CG GI SPR C Z S SST CG SPR CG Z HD CG Z HD CG Z SPR CG Z HD CG Z SPR C GI SPR CG Z SPR CG Z HD CG Z HD CG Z SPR CG DD SPR CG Z SPR C Z SPR CG Z SPR C Z SPR CG Z SPR CG GI 172 BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one

175 O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS SPR C Z SPR C Z HD C Z HD C Z S SST C SPR C Z SPR C Z MW CG HD C Z MW CG GI HD CG Z SPR CG Z SPR CG Z MW CG Z HD CG Z HD C Z HD CG Z HD CG Z HD CG Z SPR C Z SPR CG Z HD C Z SPR C Z SPR CG Z SPR CG Z HD C Z SPR CG Z HD C Z HD C Z HD C Z SPR CG Z HD C Z SPR CG Z HD CG Z AA SPR CG Z SPR CG Z SPR C Z SPR CG Z SST CG PP SPR CG SPR CG SPR C Z SPR CG Z S SST CG SPR C SPR CG Z SPR CG Z A SPR CG SPR CG Z SPR CG Z SPR CG Z WW SST C SPR CG Z SPR CG Z SPR CG OO SST CG SPR CG Z S SST CG S SST C PP SST CG SST CG SPR CG SPR C Z S SST C HD C Z MM SST CG SPR CG Z S SST CG SPR CG Z HD CG Z HD CG Z SPR CG Z SPR C Z SPR CG Z SPR CG GI SPR CG GI SPR CG HD C Z SPR C Z S SST CG COMPRESSIO SPRIGS BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one 173

176 COMPRESSIO SPRIGS O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS SPR CG Z SPR CG Z SPR C Z MW C SPR CG Z HD C Z HD CG Z SPR C SPR CG Z HD C Z SPR CG Z A SPR CG Z SPR C Z SPR CG Z SST CG SPR CG Z SPR CG Z SPR C Z PP SPR CG BO SPR CG Z HD CG Z PP MW C GI SPR CG Z SPR CG Z SPR CG Z S SST C SPR C Z SPR CG Z SPR C Z S SST CG B SPR CG Z SPR C Z SPR C SPR CG Z HD CG Z SPR CG Z MW CG Z SPR C SPR CG Z SPR CG Z SST C SPR CG Z SPR CG Z HD C Z MW C Z SPR C Z MW C Z HD C Z B SPR CG SPR C Z SPR CG Z S SST CG SPR CG Z SPR C Z SPR CG Z SPR C SPR CG Z SPR CG Z SPR C Z SPR CG Z MW CG Z SPR C SST C MW CG MW CG Z SPR CG Z SST C SPR C HD CG Z S SST CG B SST CG BB SPR CG Z SPR CG Z SPR CG Z SST CG SPR C Z SPR CG Z SPR CG Z SPR CG Z S SST CG 174 BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one

177 O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS S SST CG SPR CG Z SST CG SPR CG GI SST CG SPR CG Z PP SPR CG Z SPR CG Z SPR CG Z HD CG Z S SST CG SPR C Z HD CG Z SPR CG GI MM SPR CG SPR CG Z HD C Z SPR C Z SPR CG Z SPR CG Z S SST C SPR CG Z SPR CG Z SPR CG Z SPR C Z S SST CG SPR CG Z MM SST CG MW CG Z S SST CG HD C Z SPR CG Z HD CG Z GG SST CG SPR C Z SPR CG Z B MW CG SPR CG Z SPR C S SST C SPR CG Z SPR CG Z SPR CG Z SPR C Z SPR CG GI HD CG Z PP SPR CG Z MW CG Z CC SST CG SPR CG Z S SST CG HD C Z S SST C SST CG SPR C Z SPR CG Z HD C Z S SST CG S SST CG SPR CG SPR CG Z SPR CG Z SPR CG Z HD CG Z SPR C Z SPR C Z SPR CG Z PB CG SPR CG Z SPR CG Z SPR C Z HD CG Z SPR CG Z S SST C HD CG Z SPR C Z SPR CG Z SPR C Z HD CG Z SPR CG Z COMPRESSIO SPRIGS BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one 175

178 COMPRESSIO SPRIGS O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS SPR CG Z S SST CG SPR CG Z SPR CG Z HD CG Z SPR CG GI S SST CG SPR CG Z SPR C Z SPR CG Z SPR C Z SPR CG Z SPR C Z SPR CG Z SPR CG Z SPR CG GI SST CG KK SPR CG Z SPR CG Z SPR CG GI S SST C SST C SST C CC SPR C Z SPR C Z SPR CG Z SPR C Z SST CG MW CG Z S SST CG SPR CG GI SPR C Z SPR CG GI S SST CG B SST CG SST CG SPR C Z SPR CG Z SPR CG GI SPR CG Z S SST CG AA SPR CG Z SPR CG Z SPR C Z SPR C Z MM SST CG S SST C SST CG SPR C Z SPR C Z SPR CG Z SPR C Z SPR C Z SPR C Z SPR CG Z SPR CG Z SPR CG Z S SST C SST C KK SPR CG GI SPR CG Z SPR C Z S SST C S SST C S SST CG PP SPR CG Z S SST CG SPR CG Z HD CG Z SPR CG Z S SST C S SST CG SST CG SPR CG Z SPR CG Z MW C SPR C Z HD CG Z SPR CG Z SPR C Z 176 BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one

179 O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS SPR CG Z SPR CG Z SPR C Z SPR CG Z A SST CG SST CG S SST CG B SST CG SPR CG Z SPR CG Z SPR CG Z SPR C Z SPR CG Z SPR CG Z SPR CG Z SPR CG Z SPR CG Z SPR CG GI SPR CG Z MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG COMPRESSIO SPRIGS BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one 177

180 COMPRESSIO SPRIGS O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG 178 BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one

181 O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG COMPRESSIO SPRIGS BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one 179

182 COMPRESSIO SPRIGS O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG 180 BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one

183 O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG SPR CG Z MW C Z SPR CG Z S SST C SPR C GI SPR C Z SPR CG Z MW CG Z SPR CG Z HD C Z B SPR CG S SST CG SPR C GI S SST C SPR CG Z SPR C SPR CG Z S SST CG S SST CG SPR CG Z SPR CG Z MW C S SST C SST C II SPR CG Z S SST CG S SST CG HD CG Z B SST C SST C S SST C SPR C Z SPR CG Z M SPR CG Z SPR CG Z SPR CG Z SPR CG Z HD CG Z SPR CG Z SPR C Z SST CG SPR CG Z SPR CG Z SPR CG Z SST CG SPR CG Z LL SPR CG Z SPR C SPR CG Z HD C Z B SST CG S SST CG S SST CG AA SST CG SPR C Z S SST C SPR C Z DD C SPR CG Z SPR CG Z SST CG HD CG Z SPR CG Z S SST C SPR CG Z COMPRESSIO SPRIGS BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one 181

184 COMPRESSIO SPRIGS O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS SPR CG Z SPR CG Z Q SPR CG S SST C OO SST CG S SST CG S SST CG HD CG Z HD CG BO S SST CG SST C SPR CG Z MW C Z SPR CG Z SPR CG Z SST CG SPR CG Z S SST CG SPR C Z S SST CG SST CG S SST C S SST CG HD CG Z SPR C Z MW C Z SPR CG Z SPR CG Z S SST C B MW CG Z SPR CG Z S SST C S SST C S SST C S SST CG SPR C Z SPR CG S SST CG SST CG SPR C S SST CG SPR C Z DD SPR CG Z B MW CG GI HD C Z HD CG Z S SST CG SPR CG Z HD CG Z HD CG Z SPR CG Z SPR CG Z SPR CG Z EE SST C SPR CG HD CG Z SPR CG Z HD CG Z SST C HH SST CG SPR C Z S SST CG S SST CG S SST CG SPR CG Z SPR C Z S SST CG HD CG Z SPR CG Z HD CG Z SPR CG Z SPR C Z SPR C Z SPR C Z SPR CG Z SPR CG Z SPR CG SPR CG Z SPR C Z SST C 182 BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one

185 O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS HD C Z HD CG Z SPR CG Z SPR CG Z SPR CG Z SPR CG HD CG Z S SST CG S SST CG SPR C Z SPR CG Z HD CG Z SPR CG Z SPR CG Z S SST CG SPR CG Z S SST C HD C Z HD CG Z HD C Z HD CG Z S SST CG HD CG Z HD CG Z SPR CG Z SPR C Z HD C Z SPR C HD C Z HD C Z HD CG Z SPR CG GI MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG HD CG Z S SST CG SPR C Z S SST CG SPR CG Z SPR CG Z S SST CG SPR CG Z SST C A SST CG SST CG S SST CG SST CG B SPR CG SPR CG S SST CG SPR CG Z HD CG Z SPR CG Z SPR C Z S SST CG S SST CG S SST CG B SST C MW CG Z S SST C HD CG Z SPR C MW CG Z S SST CG MM SPR CG Z BB SST CG COMPRESSIO SPRIGS BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one 183

186 COMPRESSIO SPRIGS O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS SPR CG Z S SST C A SST CG HD C Z SST CG HD CG GI SPR CG Z S SST C SPR CG Z SPR CG SPR CG Z SPR C Z S SST CG SPR CG Z SPR CG Z SPR CG Z MW C Z MW CG Z HD CG Z HD CG Z S SST CG SPR C Z B SPR C Z SPR C Z B SPR CG SPR CG Z HD C Z S SST CG S SST CG SST C B SPR C Z A SPR CG Z S SST CG SPR CG Z SPR CG Z S SST C SPR CG Z SPR CG Z SPR C Z SPR CG GI S SST CG SPR C Z SPR CG Z S SST CG SPR CG Z SPR CG Z SPR CG Z S SST C S SST CG HD C Z SPR CG Z SPR CG Z SPR CG Z SPR CG Z AA SST CG S SST CG S SST CG HD C Z S SST CG HD CG BO SST CG MM SPR CG MM SPR CG Z SPR CG Z SPR CG Z S SST CG SPR CG Z PP SPR CG Z SST C SPR CG Z S SST CG SPR CG Z SPR CG BO SPR C Z S SST C SPR C Z MM SPR CG Z SPR CG Z S SST CG SPR CG Z 184 BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one

187 O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS SPR CG Z CC SST CG SPR C SPR C Z SPR CG Z A SST CG S SST CG S SST CG SPR CG Z SPR C Z S SST CG S SST C SPR C Z HD CG Z SPR CG Z SPR CG Z SPR C Z HD C Z SPR C Z HD CG Z SPR CG Z SPR CG Z SPR CG Z SPR CG Z SST C SPR CG Z SPR C Z SST CG SPR C Z A SST CG SPR CG Z SPR CG Z MW CG Z HD C Z SPR CG Z S SST CG S SST C SPR CG SPR CG Z B SPR CG HD CG Z SPR CG Z SPR CG Z SPR CG SPR CG Z S SST CG S SST CG S SST CG B SST C S SST CG SST CG SPR CG Z HD CG Z RR SPR C Z SPR C Z S SST CG SPR CG Z SPR CG Z SPR CG Z S SST CG SPR C Z SST CG SST CG HD CG Z SPR CG Z S SST CG S SST CG S SST CG S SST CG SPR C Z A SST CG S SST CG KK SPR CG GI SPR CG GI SPR CG Z HD CG Z SPR C Z SPR CG Z HH SPR CG Z SST CG COMPRESSIO SPRIGS BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one 185

188 COMPRESSIO SPRIGS O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS SST C SPR CG Z SPR CG Z SPR CG Z SPR CG Z SPR CG Z MW C Z SPR CG Z HD CG Z SPR CG Z S SST C SPR CG Z SPR C Z SST CG SST CG SPR CG Z S SST CG SPR CG Z SPR C Z S SST C SPR CG Z SST CG S SST CG SPR C Z SPR CG GI SPR CG GI SST CG SPR CG Z SST CG HD C Z S SST CG SPR CG Z SPR CG Z SPR C Z SPR CG Z SPR CG Z HD CG Z MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG 186 BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one

189 O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG COMPRESSIO SPRIGS BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one 187

190 COMPRESSIO SPRIGS O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG 188 BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one

191 O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG II SPR CG HD CG Z S SST CG SPR CG Z DD SST CG LL SPR CG S SST CG SPR CG Z SPR CG Z SPR CG Z SPR C S SST CG HH SPR CG SPR CG Z HD CG Z UU SPR CG Z S SST CG B SST CG S SST CG SST CG SPR C Z SPR CG Z S SST CG SPR CG Z HD CG Z SPR C Z SPR C Z SPR CG Z SPR CG Z SST C S SST CG SPR CG Z SPR CG Z SPR C Z S SST CG MW C Z SPR CG Z MW C Z SPR CG Z A SST C MW C Z S SST C S SST CG COMPRESSIO SPRIGS BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one 189

192 COMPRESSIO SPRIGS O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS S SST CG SPR CG Z SPR CG S SST CG SPR CG Z B SPR CG S SST CG SPR CG Z SST CG S SST C S SST CG SPR C Z SPR CG Z S SST CG S SST CG SPR CG Z M SPR CG Z S SST CG HD CG Z HD CG Z SPR CG Z CC SPR CG Z S SST CG SPR CG Z S SST CG HD CG Z S SST CG SPR CG Z S SST C SPR CG Z SPR CG Z S SST CG SPR CG Z B SPR C SPR CG Z SPR C Z SPR CG SPR CG Z B SST CG SPR C Z SPR CG Z MW CG Z HD C Z MW CG Z S SST CG SPR CG Z HD CG Z HD CG Z SPR CG Z SPR CG Z S SST C SPR CG Z SPR CG SPR CG Z HD CG Z SPR CG Z SST C SPR CG GI S SST C HD C Z SPR CG Z S SST CG SPR CG Z MW CG Z SST CG SPR C Z MW C Z HD C Z SPR CG Z HD CG Z SPR CG Z SPR CG Z HD C Z HD CG Z HD CG Z HD CG Z HD C Z HD CG Z S SST CG S SST C 190 BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one

193 O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS SST CG S SST CG SST CG SPR CG Z SST C S SST CG S SST CG S SST CG SPR CG Z SPR CG Z SPR CG Z SPR CG Z SPR CG Z OT CG S SST CG SPR CG Z SPR CG Z SPR CG Z SPR CG Z S SST CG SPR CG Z SPR CG Z SPR CG Z HD CG Z SPR CG Z S SST C SPR C Z SST C B SST CG Q SST CG S SST CG S SST CG SPR CG Z SPR CG Z SPR CG Z PP SPR CG Z SPR CG Z PP SST CG S SST C SPR CG Z S SST CG MW C Z SPR C Z S SST CG SPR CG Z SPR CG Z SPR CG Z SPR CG GI Y SST C HD C Z S SST C S SST C S SST CG SPR C Z SPR CG Z SPR CG Z S SST CG SPR CG Z SPR CG Z MW CG Z SST CG B SPR CG SPR C Z SPR CG Z SPR CG Z SPR CG Z SPR CG Z S SST CG MW CG Z SPR CG SPR CG Z KK SPR CG Z LL SPR CG Z SST CG SPR CG Z SPR CG Z S SST CG SPR CG Z SPR C Z SPR CG Z COMPRESSIO SPRIGS BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one 191

194 COMPRESSIO SPRIGS O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS HD CG Z SPR CG B SST CG S SST CG SPR CG GI SPR C Z SPR CG Z S SST C SPR CG Z SPR C Z SPR CG Z SPR CG Z S SST CG S SST CG SPR CG Z SST CG SPR CG Z SPR CG Z SPR C HD C Z SPR C Z SPR CG Z SPR CG Z SPR CG Z MW CG Z SPR C Z S SST C SPR CG Z HD C Z SPR C Z S SST C S SST CG S SST CG SPR CG Z SPR CG Z SPR CG Z SPR C GI HD C Z SST CG HD CG Z SPR CG Z HD C Z HD CG Z B SST CG SPR CG Z HD CG Z SPR CG Z HD CG Z HD CG Z S SST CG S SST CG SPR CG Z S SST CG HD CG Z SPR CG Z HD C Z SPR CG Z SPR CG Z HD CG Z S SST CG SPR CG Z SPR CG GI SPR C Z SPR CG Z S SST CG SPR CG Z B SST CG S SST CG SPR CG Z SPR C SPR CG Z SPR CG Z SPR CG Z SPR CG Z SPR CG Z SPR CG Z S SST CG S SST CG SPR CG Z SPR CG 192 BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one

195 O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS SPR CG Z B SPR CG S SST CG S SST CG SPR CG Z S SST CG HD C Z SPR CG Z SPR CG Z SPR CG Z SST CG SPR CG Z B SST CG S SST C SPR C Z SPR CG Z SPR C Z HD CG Z SST C SPR CG Z S SST C MW CG Z SPR CG Z B SST CG S SST CG SPR C SST CG SST CG HD C SST CG HD CG Z SPR CG Z SPR CG Z KK SST CG SPR C Z SPR CG Z SPR CG Z SPR CG SPR CG Z S SST CG S SST C SPR CG Z B SPR CG SPR CG SPR CG Z S SST C SPR C Z S SST C B SST CG SPR CG Z SST CG SST C HD CG Z HD CG Z SPR CG Z HD CG Z SPR C Z MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG COMPRESSIO SPRIGS BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one 193

196 COMPRESSIO SPRIGS O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG 194 BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one

197 O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG COMPRESSIO SPRIGS BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one 195

198 COMPRESSIO SPRIGS O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG SPR CG Z 196 BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one

199 O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS II SPR CG SPR CG Z SPR CG Z MW CG Z EE SPR CG Z SPR CG Z SPR CG Z SPR CG Z SPR CG Z SPR CG Z SST CG SPR CG Z SPR CG Z SPR CG Z S SST CG S SST CG S SST CG EE SPR CG Z SPR CG Z MW C Z PP SPR C Z SPR CG Z SPR CG Z S SST C SPR CG Z SPR CG Z S SST CG HD C Z SPR CG Z SPR CG Z SPR CG Z BB SST C SST CG SPR CG Z SST CG SPR CG Z SPR CG Z SPR CG Z SPR CG Z S SST CG S SST C HD C Z S SST CG SPR CG Z S SST CG SPR CG Z HD CG Z B SST CG B SST C I-60A HD C BO SPR CG Z SPR CG Z SPR CG Z SPR CG Z S SST CG MW CG Z SPR CG Z HD CG Z SST CG SPR CG Z SST CG HD CG Z SST CG S SST C B MW CG Z HD CG Z SPR C Z SPR CG Z HD CG Z HD CG Z HD CG Z S SST C SPR CG Z S SST C SPR CG Z HD CG Z S SST CG SPR CG Z HD CG Z HD CG Z COMPRESSIO SPRIGS BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one 197

200 COMPRESSIO SPRIGS O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS HD CG Z SPR C Z SPR CG Z SPR CG Z S SST C HD CG Z SPR CG Z SPR CG Z HD C Z SPR C Z HD CG Z SPR CG Z S SST CG SPR CG Z SPR CG Z SPR C Z MW C Z SPR C Z HD CG Z SPR CG Z HD CG Z HD C GI HD C Z HD C Z HD CG Z HD CG Z HD CG Z S SST C SPR CG Z SPR CG Z S SST CG SPR CG Z SPR CG Z SPR CG Z SPR C Z MW CG Z SST CG B SST CG SPR CG S SST CG SPR CG Z SPR CG Z SPR C Z SPR CG Z S SST CG SPR CG Z MW C S SST C SST C SPR CG Z SPR CG GI HD C Z SPR CG Z SPR C Z B SST CG SPR CG Z S SST CG S SST CG S SST CG A SST CG SPR CG Z SPR CG GI HD CG Z SPR C Z SPR CG Z MW CG Z HD CG Z S SST CG SPR CG HD CG Z S SST C SPR C Z SPR CG Z S SST CG S SST CG HD C Z S SST CG SPR CG Z S SST CG SPR CG Z 198 BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one

201 O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS SPR CG Z SPR CG Z SPR CG Z SPR CG Z SPR C Z MW CG Z SPR CG Z SST CG SPR CG Z SPR CG Z S SST CG SPR CG Z MW CG Z SPR C Z SPR CG Z S SST C SPR CG SPR CG Z SPR CG Z S SST C SPR C Z SPR CG Z S SST CG SPR CG GI SST CG S SST CG SPR CG Z SPR CG Z S SST CG S SST CG S SST CG SST CG HD CG Z SPR CG Z SPR CG Z SPR CG Z SPR CG Z S SST C S SST CG SPR CG Z MW C Z SPR CG Z SPR C Z SPR C Z S SST CG SPR CG SPR CG Z SPR CG Z SPR CG Z SPR CG Z SPR CG Z SPR C Z SPR CG Z SPR CG Z SPR CG GI S SST CG SPR CG Z HD CG Z SPR CG Z HD CG Z S SST CG SST CG SST CG SPR CG Z S SST C S SST CG SPR CG Z SPR CG Z SPR CG Z SPR CG SPR C Z S SST CG S SST C S SST CG SPR CG Z SPR CG Z SPR CG GI SPR CG Z S SST CG SPR CG Z COMPRESSIO SPRIGS BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one 199

202 COMPRESSIO SPRIGS O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS SPR CG Z SPR CG Z SPR CG Z SPR CG Z SPR CG GI MW CG Z SPR CG Z SPR CG Z HD C Z SPR CG Z SPR CG Z MW CG Z SPR CG Z SPR CG GI SPR CG Z SPR CG Z SPR CG Z SPR CG Z SPR C Z S SST CG SPR CG S SST CG S SST CG SPR CG Z SPR CG Z SPR CG Z SPR CG Z SPR C SPR CG Z SPR CG Z SPR CG GI LL SST CG EE SPR CG SPR CG Z SPR CG Z S SST C SST CG JJ SPR CG SPR CG Z SPR C SPR C Z B SST CG SPR C Z SPR CG Z SPR CG Z S SST CG MW C SST C SPR CG Z S SST CG HD C Z SPR C Z SPR CG Z B SST CG SPR CG Z SPR C Z S SST C S SST CG SPR CG S SST CG SPR CG SPR CG Z SPR CG Z SPR CG Z S SST CG SPR C Z S SST C SPR C Z SPR C Z SPR CG Z SPR CG Z SPR CG Z BB SPR CG SPR CG Z GG SST CG SPR CL SPR CG HD CG Z SPR CG Z SPR CG 200 BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one

203 O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS S SST CG SPR CG Z S SST CG SPR CG Z SPR CG Z SPR CG Z SPR CG Z SPR CG Z HD CG Z SPR CG Z SPR CG Z S SST CG SST CG S SST CG SPR CG Z SPR CG Z SST C HD CG Z S SST CG SPR C Z HD C Z HD C Z HD CG Z SPR CG Z SPR CG Z S SST CG SST CG SPR CG SPR C Z S SST C HD CG Z S SST C S SST CG S SST CG HD C Z S SST CG S SST C SPR CG Z HD CG Z SPR CG Z HD CG Z HD CG Z SPR CG Z S SST C HD C Z HD CG Z SPR CG Z HD CG Z HD C Z HD C Z HD CG Z HD C Z HD CG Z HD CG Z HD CG Z HD CG Z SPR CG GI S SST CG HD CG Z S SST C SPR C Z S SST CG SPR CG Z SPR CG Z SPR CG Z SPR CG Z S SST CG B SPR CG S SST CG S SST C S SST CG SPR C Z SPR CG Z SPR C Z SPR CG Z SPR CG Z SPR CG Z SPR C MW CG S SST CG COMPRESSIO SPRIGS BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one 201

204 COMPRESSIO SPRIGS O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG S SST CG S SST CG S SST CG S SST C S SST C S SST CG SST CG SPR C Z SPR CG Z HD CG Z SPR C Z SST C SPR CG GI S SST CG S SST C HD CG Z SPR CG HD CG Z SPR CG Z S SST CG SPR CG Z SPR CG Z S SST CG SPR C Z SST CG SPR CG Z S SST C SST CG SPR CG SPR CG SPR CG Z SPR C Z SPR C SPR CG Z SPR C Z HD CG Z SPR CG Z S SST CG S SST C SPR CG Z S SST C MW CG Z SPR CG Z SPR CG Z S SST CG SPR CG Z 202 BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one

205 O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS SPR C Z SPR C Z SPR CG SPR CG S SST CG DD SPR CG Z S SST C SPR CG Z S SST C S SST C SST CG SPR CG Z S SST CG SST C B SPR CG SPR CG Z SPR C Z SPR CG Z SPR CG Z SPR CG Z HD CG Z SPR CG Z SPR CG Z S SST CG SPR CG Z SPR C Z S SST CG HD C Z SPR CG Z SPR CG Z SPR C Z SPR CG Z SPR CG Z SPR CG Z HD CG Z SPR CG Z SPR CG Z SPR CG Z SPR CG Z MW C B SPR CG B SST CG SPR CG Z SPR CG GI SPR CG Z SPR CG Z SPR CG Z MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG COMPRESSIO SPRIGS BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one 203

206 COMPRESSIO SPRIGS O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG 204 BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one

207 O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG S SST C SPR CG Z SPR CG Z SPR CG Z SST CG S SST CG S SST CG S SST CG S SST CG S SST CG SPR CG S SST CG SPR CG Z SPR CG Z SPR CG Z HD C Z S SST CG SPR CG Z S SST C SPR CG Z SPR CG Z S SST CG SPR CG Z S SST CG B SST CG S SST CG S SST CG S SST CG SPR CG Z SPR CG Z S SST CG S SST CG SPR CG Z SPR C Z S SST CG S SST CG SPR CG Z S SST CG SPR C Z SPR CG Z SST CG SPR CG Z MW C S SST C S SST C HD CG Z OT C SPR CG SPR C Z SPR CG Z SST CG S SST CG SPR CG Z SPR CG Z HD CG Z HD CG Z HD CG Z SPR CG Z S SST CG SPR CG Z B SPR CG Z S SST CG SPR CG Z SPR CG Z S SST C HD CG Z S SST CG B SPR CG SPR CG Z SPR CG Z S SST CG S SST C S SST CG COMPRESSIO SPRIGS BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one 205

208 COMPRESSIO SPRIGS O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS HD CG Z SPR CG Z SPR C Z S SST CG SPR CG Z SPR CG Z SPR CG Z SPR CG Z SPR CG Z SST C S SST CG HD C Z SPR CG Z SPR CG Z S SST CG HD CG Z SPR CG Z SPR CG Z SPR C GI HD CG Z HD C Z HD C Z HD CG Z HD CG Z HD CG Z SPR C S SST CG S SST CG SPR CG SPR CG Z SPR C Z SPR C Z SPR CG SPR CG Z S SST C S SST CG SPR CG Z SPR CG Z SPR CG Z SPR CG Z SST CG SPR CG Z S SST CG SPR C Z SPR CG Z S SST C S SST CG SPR CG Z SPR CG SPR CG Z SPR CG Z SST CG SPR CG Z S SST CG SPR CG Z S SST CG SPR CG Z SPR CG Z SPR C Z SPR CG Z SPR CG Z SST CG S SST CG SPR CG Z SPR CG Z B SST CG S SST C SPR CG GI S SST CG HD C Z SPR CG Z SPR CG Z SPR CG Z SPR CG Z SPR CG Z HD C Z HD CG Z SPR CG Z SPR CG Z SPR CG Z 206 BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one

209 O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS SPR CG Z SPR CG Z HD CG Z S SST C SPR CG Z HD CG Z HD CG Z HD CG Z SPR CG SPR CG Z SPR C Z S SST CG SPR CG Z HD CG Z SPR CG Z SPR C Z SPR CG Z SPR CG Z SPR CG Z S SST CG S SST CG SPR CG Z SPR CG Z SPR CG Z S SST CG SPR C Z HD CG Z S SST CG S SST CG SPR CG GI MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG SPR CG Z S SST CG HD CG Z S SST CG SPR C Z HD CG Z SPR C Z S SST CG SPR CG Z SPR C Z SPR CG Z SPR CG Z SST CG SPR CG Z SPR C Z SPR CG Z SPR CG Z SPR CG Z SPR CG BO S SST CG SPR CG Z SST C SPR CG Z SPR CG Z SPR CG Z SPR C Z SPR CG Z SPR CG Z SPR CG Z S SST C SPR CG Z S SST C S SST CG SPR CG Z COMPRESSIO SPRIGS BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one 207

210 COMPRESSIO SPRIGS O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS HD C HD CG Z SPR CG GI SPR CG Z HD CG Z S SST C B SST CG S SST CG SPR CG GI SPR CG Z S SST CG SPR CG Z S SST CG SPR CG Z S SST CG SPR CG Z SPR C Z S SST CG S SST C SPR C Z HD CG Z HD CG GI SPR CG Z SPR C GI SPR CG Z SPR CG GI SPR CG Z S SST CG S SST CG SST C S SST C SPR CG Z MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG HD CG Z SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG SPR CG Z MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG 208 BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one

211 O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS SPR CG Z MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG S SST CG HD CG Z MW CG S SST CG MW CG S SST CG MW CG S SST CG SPR CG Z MW CG S SST CG MW CG S SST CG MW CG S SST CG S SST CG MW CG S SST CG SPR CG Z MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG SPR CG SPR C Z SPR CG Z SPR CG Z HD CG Z SPR CG Z SPR O Z SPR CG Z SST CG SST C S SST CG S SST CG S SST CG SPR C Z SPR CG GI SPR CG Z SPR O S SST C COMPRESSIO SPRIGS BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one 209

212 COMPRESSIO SPRIGS O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS SPR CG Z S SST CG SPR C Z SPR C Z SPR CG Z S SST CG SPR CG Z SPR CG Z SPR CG Z SPR CG Z S SST CG SST C SPR CG Z OT CG Z S SST C SPR CG GI SPR CG Z SPR CG Z SPR CG Z S SST CG SPR CG Z SPR C Z S SST CG S SST CG SPR CG Z HD CG Z HD CG SPR C Z SPR CG Z SPR C Z SST C SST CG SPR CG Z S SST CG SPR C Z SPR C Z HD CG Z HD CG Z SST CG S SST C SPR CG Z SPR C S SST C MW C Z S SST C SPR CG GI SPR CG Z HD C Z SPR CG Z SPR CG Z SPR CG Z SPR C Z HD C Z HD CG Z HD C Z HD CG Z HD CG Z HD CG Z SPR CG Z S SST CG SPR CG Z SPR CG Z B SPR CG SPR CG Z SPR CG SPR C Z S SST CG S SST C SPR CG HD CG Z SPR CG Z SPR CG Z S SST CG SPR CG Z S SST CG SPR CG Z S SST C SPR CG Z S SST C SPR CG Z 210 BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one

213 O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS S SST CG S SST CG SPR C Z SPR CG Z PB CG B SST C SPR CG Z S SST CG SPR CG HD CG Z SPR CG Z SPR CG Z SPR C Z SPR CG Z SPR CG Z S SST CG SPR CG Z SPR CG Z SPR CG Z HD CG Z HD CG Z HD CG Z SPR CG Z S SST CG S SST CG SPR CG GI MW CG GI SPR CG BO S SST CG SPR CG Z SPR C Z SPR CG Z SPR CG Z SPR CG Z S SST CG S SST CG SPR CG Z S SST C S SST C SST CG SPR C Z S SST CG SPR CG Z SPR CG Z SPR CG Z SPR CG S SST CG SPR CG Z S SST C S SST CG SPR CG GI S SST C SPR CG Z SPR CG Z SPR CG GI MW C Z OT CG Z SPR CG SPR CG Z SST CG S SST CG S SST CG SPR CG Z S SST C SPR CG GI S SST CG SPR C Z S SST C SPR CG Z S SST CG HD CG Z SPR C S SST C S SST CG OT CG Z SPR CG S SST CG S SST CG SPR CG Z MW CG Z COMPRESSIO SPRIGS BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one 211

214 COMPRESSIO SPRIGS O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS S SST CG SPR CG Z SPR CG Z SPR CG Z SPR CG Z SPR CG Z SPR CG Z SPR CG Z SPR CG Z SST CG S SST CG S SST C SPR CG Z S SST CG SPR CG Z SPR C Z SPR CG Z MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG SPR CG Z SPR CG Z SPR C Z MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG 212 BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one

215 O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG SPR CG BO MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG SPR CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG MW CG S SST CG S SST C SPR CG Z SPR C Z S SST CG S SST CG COMPRESSIO SPRIGS BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one 213

216 COMPRESSIO SPRIGS O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS S SST CG SPR CG Z S SST CG SPR CG Z HD CG Z S SST CG SPR CG Z SST C S SST CG SPR CG Z HD CG Z SPR CG Z SPR CG Z SPR CG Z SPR CG Z S SST C MW CG Z SPR CG Z S SST CG S SST CG HD CG Z MW CG S SST C SPR CG Z SPR CG Z HD CG Z S SST CG S SST CG SPR CG Z S SST CG S SST CG SPR C Z SPR C Z SPR CG GI HD C GI SPR CG SPR CG GI SPR CG Z SPR CG Z S SST CG SPR CG Z SPR CG Z HD CG Z HD CG Z HD CG Z SPR CG Z S SST CG S SST CG SPR CG Z S SST C SPR C Z SPR CG Z SPR CG Z SPR CG Z SPR CG GI S SST CG SPR CG Z SPR CG Z SPR CG S SST CG S SST CG SPR CG Z S SST CG S SST CG S SST CG S SST CG S SST CG SPR CG Z SPR CG Z S SST CG SPR CG GI HD C Z SPR CG OT CG Z SPR CG BO OT CG Z OT CG Z S SST CG SPR CG Z SPR CG Z 214 BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one

217 O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS S SST CG SPR CG Z SPR CG GI SPR CG Z SST CG SPR CG Z SPR CG Z S SST CG MW CG Z SPR CG Z S SST CG SPR CG Z S SST C SPR CG Z SPR CG Z SST C S SST CG S SST CG S SST CG SPR CG S SST C S SST CG SST C SPR C S SST CG S SST CG SST CG SPR CG Z S SST CG S SST C S SST C S SST CG S SST CG S SST CG S SST CG SPR CG Z S SST CG S SST C MW C Z S SST CG S SST CG SPR CG Z SPR CG S SST CG SST CG SPR CG Z SPR CG GI OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG S SST CG S SST C S SST CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG S SST CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG SPR C Z OT CG OT CG OT CG OT CG COMPRESSIO SPRIGS BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one 215

218 COMPRESSIO SPRIGS O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG SPR CG Z SPR CG Z SST C SPR CG Z SPR CG Z SPR CG Z S SST CG S SST CG SPR CG Z SPR CG SPR CG S SST C SPR CG Z S SST CG SPR CG SPR CG Z HD C Z SPR C Z HD C Z S SST CG S SST CG SPR CG Z HD CG S SST CG S SST CG SPR C Z SPR C Z SPR CG GI SPR CG GI SPR CG Z HD CG SPR CG Z SPR CG Z SPR CG S SST CG SST C SPR C Z S SST C SPR CG Z SPR CG Z SPR C Z SPR C Z SPR C Z SPR CG Z S SST CG SPR CG S SST CG SPR CG Z S SST CG S SST CG SPR CG BO S SST CG 216 BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one

219 O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS S SST CG S SST CG SPR CG Z SPR CG Z S SST CG SPR CG Z SPR CG Z S SST CG SPR C SPR CG Z S SST CG SPR CG SPR CG S SST CG S SST C SPR CG Z S SST CG S SST CG SPR CG SPR CG Z OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG SPR CG Z OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG SPR CG S SST CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG SPR CG Z SPR CG SPR CG Z SPR CG Z SPR CG SPR CG Z SPR CG SPR C SPR CG Z COMPRESSIO SPRIGS BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one 217

220 COMPRESSIO SPRIGS O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS SPR CG Z SPR CG SPR CG S SST CG S SST CG S SST CG SPR CG Z S SST CG SPR CG SPR CG Z S SST C S SST C S SST CG OT CG SPR CG Z OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG SPR CG Z OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG SPR C Z OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG S SST C OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG SPR C GI SPR CG Z SPR C Z SPR CG Z SPR CG Z S SST CG 218 BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one

221 O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS SPR CG Z HD CG HD CG S SST CG SST C SPR CG Z SPR CG Z S SST CG S SST C S SST CG S SST CG SPR CG Z SPR CG Z S SST CG SPR CG SPR CG Z OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG SPR CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG COMPRESSIO SPRIGS BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one 219

222 COMPRESSIO SPRIGS O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS OT CG OT CG OT CG SST CG SPR CG Z SPR CG Z HD CG S SST CG SST C SPR CG Z SPR CG Z S SST CG S SST CG SPR CG Z S SST CG SPR CG Z SPR CG SPR CG SPR CG Z S SST CG S SST CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG A SPR CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG S SST C SPR CG Z S SST CG SPR CG 220 BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one

223 O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS SPR CG S SST CG SST CG SPR CG Z S SST C SPR CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG HD CG Z HD CG S SST CG SPR CG Z HD CG S SST C SPR CG OT CG COMPRESSIO SPRIGS BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one 221

224 COMPRESSIO SPRIGS O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG S SST CG S SST C SPR C Z SPR CG C HD CG Z S SST CG SPR C Z OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG 222 BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one

225 O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG S SST CG HD CG SPR CG Z HD CG SPR CG SPR CG SPR CG Z SPR CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG SPR CG OT CG OT CG OT CG OT CG OT CG COMPRESSIO SPRIGS BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one 223

226 COMPRESSIO SPRIGS O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG SPR CG SPR CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG SPR CG Z SPR CG Z SPR CG Z SPR CG HD CG SPR CG OT CG 224 BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one

227 O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG SPR CG Z SPR C OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG COMPRESSIO SPRIGS BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one 225

228 O.D. CETURY REE LEGTH I.D. RATE SUGG. MAX. DEL. SUGG. MAX. LOAD SOLID LEGTH WIRE DIA. Inches mm UMBER Inches mm Inches mm Lbs./In. /mm Inches mm Lbs. Inches mm Inches mm TOTAL COILS MAT L E DS OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG OT CG HD CG HD CG SPR CG HD CG A SST CG SPR CG A SPR CG HD CG SPR CG HD CG HD CG A HD C GI SST C B OT CG HD CG HD CG HD CG HD CG B SPR CG HD CG C HD CG SPR CG SPR CG SPR CG A HD CG COMPRESSIO SPRIGS 226 BC - Beryllium Copper EDS: C- Closed G- Ground O- Open II: Z - Zinc - one

229 LOG LEGTH COMPRESSIO SPRIGS The primary purpose of the 20" long stainless and 36" long carbon steel spring bodies found in the following tables is to offer our customers a means for creating a desired custom length and/or spring compression travel for a given load. Once cut, the end coils may be bent back to touch the previous coil to create a squared end. The spring rate constant (lbs./in.) can be determined for any cut length by simply dividing the final length, in inches, into the appropriate rate-inch value listed for the spring body. The spring rate is merely the pounds it takes to compress a spring each inch, i.e., if the rate = 5 lbs. per inch, it would take 5 pounds to compress it one inch, 10 pounds to compress it 2 inches, 15 pounds for 3 inches, etc.. LOG LEGTH COMPRESSIO SPRIGS STAILESS STEEL (302) 20 ICH LEGTHS CETURY O.D. I.D. WIRE DIA. PITCH RATE-ICH SUGG. MAX LOAD SOLID LGTH PER UMBER Inches mm Inches mm Inches mm Inches mm Lbs. Lbs. Lbs. ST ST ST ST ST ST ST ST ST ST ST ST ST ST ST ST ST ST ST ST ST ST ST ST ST ST ST ST ST ST ST COMPRESSIO SPRIGS AVAILABLE OR IMMEDIATE IPMET 227

230 LOG LEGTH COMPRESSIO SPRIGS LOG LEGTH COMPRESSIO SPRIGS CARBO STEEL (ASTM A227) 36 ICH LEGTHS COMPRESSIO SPRIGS CETURY O.D. I.D. WIRE DIA. PITCH RATE-ICH SUGG. MAX LOAD SOLID LGTH PER UMBER Inches mm Inches mm Inches mm Inches mm Lbs. Lbs. Lbs. R R R R R R R R R R R R R R R R-15-A R R R R R R R R R R R R R-27-A R R R-29-A R R AVAILABLE OR IMMEDIATE IPMET 228

231 EXTESIO SPRIGS Century Spring warehouses the largest inventory of high grade extension springs in the world. All of these springs are of the constant diameter type with a variety of hook/loop styles. Each spring is wound with an initial tension force which offers a small deflection load for secure installation holding. The initial tension is equal to the minimum force required to separate adjacent coils. Unless otherwise noted, Century extension springs are made with either machine hook or full loop ends. Selecting an Extension Spring: Turn to a page with outside diameters (O.D.) of interest. O.D. s found in the left column of the page increase with page numbers. ext find the spring s length or rate (strength) you require. These values are normally in increasing order also. The rate is the load (pounds) it takes to deflect (stretch) the spring one theoretical inch. The rate is linear, i.e., if the rate = 40 lbs./in, it would take 10 pounds to deflect it 1/4 inch and 80 pounds to deflect it 2 inches, etc.. The initial tension (I.T.) must be overcome before stretching commences. The load required to stretch a spring to some point is equal to the sum of the initial tension and the distance it stretched times its rate. TOTAL ORCE = I.T. + DELECTIO X RATE The basic extension rate and body-wire stress can be calculated with: Design Information If the required springs O.D. and/or length are not important, select a page having reasonably sized springs for your application and scan the Maximum Suggested Load column. This value is the force created at the Maximum Suggested Deflection and includes the initial tension. The suggested maximum deflection and loads listed are for a spring expected to give an average cycle life of around 50,000 cycles. As cycling increases, the maximum load should be decreased in order to support a long service life. ote: Suggested Max. Defl. is the distance a spring will travel over and above its free length. Where: The use of a fish scale of an appropriate size can be a convenient aid in determining the load required. If a spring cannot be found for your application in our catalog inventory, we can build it for you. If a certain low minimum quantity is met, there will be no increase in cost. If you need assistance in selecting your spring, call us; we will be glad to help. D = Mean diameter, (O.D. - d) inches d = Wire diameter, inches G = Modulus (spring steel=11.5x10 6, stainless10x10 6 ) K = Stress correction factor (see next page) n = umber of coils P = Applied load, lbs. R = Rate (constant), lbs./in. S = Body wire stress, psi Δ = Deflection (stretch) due to load, inches π = 3.14 S i = Stress due to initial tension (see next page) EXTESIO SPRIGS 229

232 The suggested maximum-allowable stress value for an extension spring s body wire ranges between 30 and 45 percent of the material s minimum tensile strength (MTS). The suggested percentage values of the MTS to be used vary with the material type, and the MTS values for a given material vary with the wire diameter. These values can be found in the Material Properties section of this catalog. Stresses in the spring hooks are normally higher than in the spring body because there is a bending stress in addition to the wire-torsion stress; specifically, in the transition region between the last body coil and the hook. Therefore, an over-stressed extension spring can be expected to fail at the hook first. The suggested allowable hook stress in torsion is percent (depending on material) of its MTS, while that for bending is 75 percent of its MTS. An estimate of the total stress of a common extensionspring hook or loop can be determined with the following: WAHL CURVATURE STRESS CORRECTIO There is an increment of stress which is due to the initial tension that adds to the stress complexity; this should be accounted for in many cases. The initial tension causes the spring body to be under a constant stress which roughly varies with the spring mean diameter-to-wire diameter ratio. See the figure below. The maximum bending stress at point A: EXTESIO SPRIGS The maximum torsion stress at point B: Where: P = load, pounds R 1 = Coil mean radius, inches R 2 = Hook bend radius, inches d = Wire diameter, inches Torsional Stress Due To Initial Tension (S i )MPa Torsional Stress Due To Initial Tension (S i )MPa 230

233 Spring Characteristics Materials The highest grades of spring wire are used in fabricating our springs. To create cost-effective warehousing of our stock spring inventory for our customers, we offer material certifications for custom and die springs only. Certifications of conformance for geometric tolerances set by the Spring Manufacturers Institute (SMI) for our stock springs are available upon request. See the Custom Spring section of this catalog if material trace certifications or unique materials are required. Ends The ends on the extension springs offered in our stock inventory are the common machine-made hook and full-loop configurations. All part numbers in the 80,000 s are of singlefull-loop style. The hooks or loops may have an across center transition of the last coil before forming the hook or loop (see figure below). The catalog does not distinguish between these designs. (If you need to know, call us.) The catalog does footnote identify the double-loop, side-hook and extended-hook designs. The angle between hook/loop planes is random (end position is random). Our stock inventory extension-spring end configurations are depicted in the figures below: Spring Steel, is a term that includes: Music wire Hard-drawn wire Oil-tempered wire Alloy steels are offered only in stainless (300 series) for stock extension springs. Tolerances Tolerances for extension spring rates depend upon the bodydiameter to wire-diameter ratio but are usually about +/- 10% and +/- 5% on the diameter. The initial tension is much more difficult to control and is offered as a reference value only. inish The finishes available for extension springs are as indicated in the inish column of our listed inventory which include: Zinc Gold Irridite Black Oxide Passivated (upon request) one (can be plated upon request) Data Required or Extension Springs CURRET DESIG Outside Diameter in. Length inside hooks in. SPRIG TO BE DESIGED Max. outside dia. in. Min. inside dia. in. ADD L. IO I AVAILABLE Style of hooks: Regular machine hooks EXTESIO SPRIGS Wire Dia. dec. Initial tension lbs. Extended hooks Material Rate per in. lbs. ± Position of hooks Total Coils Max. extended length in. Relationship of ends inish To support lbs. ± lbs. at in. inish 231

234 EXTESIO SPRIGS 232 O.D. CETURY LEGTH RATE IITIAL TESIO SUGG. MAX. DEL. SUGG. MAX. LOAD WIRE DIA. Inches mm UMBER Inches mm Lbs./In. /mm Lbs. Inches mm Lbs. Inches mm MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST ZZ SST MW S SST MW S SST MW S SST ZZ SST MW S SST ZZ SST MW S SST MW S SST B MW Z MW O MW Z ZZ SST B MW B MW MW S SST MW S SST MW S SST MW S SST ZZ SST MW MW S SST MW S SST MW S SST MW Z S SST MW * Double Loop ** Side Hook/Loop *** Extended Hooks BC - Berylium Copper II: Z - Zinc - o finish MAT L

235 O.D. CETURY LEGTH RATE IITIAL TESIO SUGG. MAX. DEL. SUGG. MAX. LOAD WIRE DIA. Inches mm UMBER Inches mm Lbs./In. /mm Lbs. Inches mm Lbs. Inches mm S SST MW S SST MW S SST MW S SST MW S SST MW S SST ZZ MW MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST ZZ MW S SST MW S SST A MW Z S SST MW S SST B MW Z S SST MW S SST ZZ MW S SST C MW Z MW S SST ZZ MW O MW MW MW Z O MW MW Z PB ZZ MW ** MW Z MW ZZ2-19* MW ** MW MW Z * Double Loop ** Side Hook/Loop *** Extended Hooks BC - Berylium Copper II: Z - Zinc - o finish MAT L EXTESIO SPRIGS 233

236 EXTESIO SPRIGS 234 O.D. CETURY LEGTH RATE IITIAL TESIO SUGG. MAX. DEL. SUGG. MAX. LOAD WIRE DIA. Inches mm UMBER Inches mm Lbs./In. /mm Lbs. Inches mm Lbs. Inches mm MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST * Double Loop ** Side Hook/Loop *** Extended Hooks BC - Berylium Copper II: Z - Zinc - o finish MAT L

237 O.D. CETURY LEGTH RATE IITIAL TESIO SUGG. MAX. DEL. SUGG. MAX. LOAD WIRE DIA. Inches mm UMBER Inches mm Lbs./In. /mm Lbs. Inches mm Lbs. Inches mm MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW Z M MW BB MW ZZ MW O MW Z A MW Z B MW M MW GI O MW ZZ SST MW ZZ SST MW Z MW J MW GI SST M MW SST S SST ZZ MW Z MW S SST ** MW MW Z MW Z MW ZZ MW S SST ** MW Z MW M MW MW Z B MW M MW GI S SST ** MW Z M MW Z ZZ MW Z ZZ SST S SST MW MW * Double Loop ** Side Hook/Loop *** Extended Hooks BC - Berylium Copper II: Z - Zinc - o finish MAT L EXTESIO SPRIGS 235

238 EXTESIO SPRIGS 236 O.D. CETURY LEGTH RATE IITIAL TESIO SUGG. MAX. DEL. SUGG. MAX. LOAD WIRE DIA. Inches mm UMBER Inches mm Lbs./In. /mm Lbs. Inches mm Lbs. Inches mm ZZ MW Z ZZ SST A MW S SST ZZ MW Z SST ZZ MW S SST ZZ MW B MW GI ZZ SST S SST MW Z MW Z S SST G SST ZZ MW SST S SST ZZ SST B MW B MW SST SST A MW Z B MW Z MW S SST A MW Z C MW Z A MW Z ZZ SST MW Z S SST SST B MW MW ZZ MW Z B MW MW ZZ MW Z B MW ZZ MW Z SST S SST M SST ZZ MW Z B MW SST B MW Z B MW Z SST MW Z S SST S SST MW Z M MW O MW Z C MW Z C MW Z MW Z MW MW MW Z MW Z ZZ MW ZZ MW Z ZZ MW B MW O MW MW MW Z MW M MW GI M MW Z MW M MW ZZ SST M MW O MW * Double Loop ** Side Hook/Loop *** Extended Hooks BC - Berylium Copper II: Z - Zinc - o finish MAT L

239 O.D. CETURY LEGTH RATE IITIAL TESIO SUGG. MAX. DEL. SUGG. MAX. LOAD WIRE DIA. Inches mm UMBER Inches mm Lbs./In. /mm Lbs. Inches mm Lbs. Inches mm MW Z A MW Z ZZ SST MW Z ** MW Z MW Z A MW Z A MW Z MW B MW Z B MW Z C MW Z MW O MW C MW Z MW Z MW Z MW Z MW Z O MW MW Z ZZ MW Z MW Z O MW GI ZZ MW MW Z *** MW M MW Z MW Z MW GI MW Z M MW MW Z A MW Z MW Z MW Z M MW ZZ MW B MW Z MW CU ZZ MW ** MW SST MW Z M MW MW Z MW Z MW Z ZZ SST M MW Z ZZ MW B MW ZZ SST MW Z ** MW Z MW MW A MW Z A MW Z A MW Z MW Z B MW Z B MW Z B MW Z C MW Z C MW Z * MW Z C MW Z * MW Z MW Z MW Z MW Z MW Z MW Z A MW Z O SST ZZ SST SST MW Z MW Z * Double Loop ** Side Hook/Loop *** Extended Hooks BC - Berylium Copper II: Z - Zinc - o finish MAT L EXTESIO SPRIGS 237

240 EXTESIO SPRIGS 238 O.D. CETURY LEGTH RATE IITIAL TESIO SUGG. MAX. DEL. SUGG. MAX. LOAD WIRE DIA. Inches mm UMBER Inches mm Lbs./In. /mm Lbs. Inches mm Lbs. Inches mm ZZ MW MW Z O SST MW MW ZZ SST MW Z ZZ MW ZZ SST A MW Z B3-4*** MW MW Z MW Z MW Z ZZ MW O SST MW Z ZZ SST SST MW Z MW Z MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW * Double Loop ** Side Hook/Loop *** Extended Hooks BC - Berylium Copper II: Z - Zinc - o finish MAT L

241 O.D. CETURY LEGTH RATE IITIAL TESIO SUGG. MAX. DEL. SUGG. MAX. LOAD WIRE DIA. Inches mm UMBER Inches mm Lbs./In. /mm Lbs. Inches mm Lbs. Inches mm S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST * Double Loop ** Side Hook/Loop *** Extended Hooks BC - Berylium Copper II: Z - Zinc - o finish MAT L EXTESIO SPRIGS 239

242 EXTESIO SPRIGS 240 O.D. CETURY LEGTH RATE IITIAL TESIO SUGG. MAX. DEL. SUGG. MAX. LOAD WIRE DIA. Inches mm UMBER Inches mm Lbs./In. /mm Lbs. Inches mm Lbs. Inches mm MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST * Double Loop ** Side Hook/Loop *** Extended Hooks BC - Berylium Copper II: Z - Zinc - o finish MAT L

243 O.D. CETURY LEGTH RATE IITIAL TESIO SUGG. MAX. DEL. SUGG. MAX. LOAD WIRE DIA. Inches mm UMBER Inches mm Lbs./In. /mm Lbs. Inches mm Lbs. Inches mm B3-25** MW O MW O MW B MW Z MW ZZ MW GI B SST ZZ SST S SST M MW Z J MW Z MW Z MW Z B MW A MW MW Z MW MW Z MW Z MW Z SST ZZ MW Z MW ZZ SST MW Z A MW MW ZZ MW ZZ SST MW Z MW Z M MW Z SST MW GI ZZ SST MW Z M MW O MW BO MW ZZ MW B MW *** SST MW Z S SST ZZ SST SST MW Z MW Z SST B3-9*** MW GI ZZ MW BO MW Z ZZ MW Z S SST ZZ MW Z MW Z MW ZZ MW MW Z B MW Z SST MW Z S SST M MW S SST B MW Z SST MW Z MW Z M MW Z SST MW B MW MW Z S SST S SST MW Z S SST O MW Z ZZ MW Z * Double Loop ** Side Hook/Loop *** Extended Hooks BC - Berylium Copper II: Z - Zinc - o finish MAT L EXTESIO SPRIGS 241

244 EXTESIO SPRIGS 242 O.D. CETURY LEGTH RATE IITIAL TESIO SUGG. MAX. DEL. SUGG. MAX. LOAD WIRE DIA. Inches mm UMBER Inches mm Lbs./In. /mm Lbs. Inches mm Lbs. Inches mm ZZ SST ZZ SST *** MW MW Z MW Z MW Z A MW Z A MW Z A MW Z A MW Z MW MW Z A MW Z S SST MW Z ZZ SST S SST MW Z S SST S SST MW Z B MW Z B MW Z B MW Z B MW Z ZZ MW B MW Z MW Z PB MW Z ZZ MW Z MW Z S SST ZZ MW Z MW Z MW Z MW Z ZZ MW ZZ SST MW Z C MW Z C MW Z C MW Z C MW Z C MW Z O MW MW Z MW Z ZZ MW Z A MW Z MW Z MW Z B SPR MW Z MW Z MW Z M MW Z MW Z MW Z ZZ MW Z SST O-4** MW M MW ZZ MW Z M MW MW Z M MW GI MW Z ** MW Z ZZ MW GI MW Z MW Z A MW Z MW Z MW Z M SPR Z A SPR Z ZZ MW Z MW MW * Double Loop ** Side Hook/Loop *** Extended Hooks BC - Berylium Copper II: Z - Zinc - o finish MAT L

245 O.D. CETURY LEGTH RATE IITIAL TESIO SUGG. MAX. DEL. SUGG. MAX. LOAD WIRE DIA. Inches mm UMBER Inches mm Lbs./In. /mm Lbs. Inches mm Lbs. Inches mm B MW Z B SPR MW Z M MW Z MW Z M MW M MW Z PB MW Z MW Z MW MW Z ** MW Z MW ZZ MW Z MW Z ZZ MW SPR Z A MW Z A MW Z A MW Z A MW Z MW Z ** MW Z B MW Z B MW Z B MW Z ZZ MW GI B MW Z ZZ MW Z MW Z C MW Z MW Z C MW Z C MW Z C MW Z M MW MW Z MW Z MW Z ZZ MW MW ZZ MW MW Z MW Z ZZ MW MW GI M MW S SST A MW GI MW MW Z MW Z SPR Z ** MW MW Z MW Z MW M MW MW Z SPR BO S SST MW Z ZZ SST B MW ZZ MW Z B SPR SPR Z HD Z MW Z B MW GI B SPR GI MW Z MW Z MW Z MW S SST MW S SST MW * Double Loop ** Side Hook/Loop *** Extended Hooks BC - Berylium Copper II: Z - Zinc - o finish MAT L EXTESIO SPRIGS 243

246 EXTESIO SPRIGS 244 O.D. CETURY LEGTH RATE IITIAL TESIO SUGG. MAX. DEL. SUGG. MAX. LOAD WIRE DIA. Inches mm UMBER Inches mm Lbs./In. /mm Lbs. Inches mm Lbs. Inches mm S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW * Double Loop ** Side Hook/Loop *** Extended Hooks BC - Berylium Copper II: Z - Zinc - o finish MAT L

247 O.D. CETURY LEGTH RATE IITIAL TESIO SUGG. MAX. DEL. SUGG. MAX. LOAD WIRE DIA. Inches mm UMBER Inches mm Lbs./In. /mm Lbs. Inches mm Lbs. Inches mm S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW * Double Loop ** Side Hook/Loop *** Extended Hooks BC - Berylium Copper II: Z - Zinc - o finish MAT L EXTESIO SPRIGS 245

248 EXTESIO SPRIGS 246 O.D. CETURY LEGTH RATE IITIAL TESIO SUGG. MAX. DEL. SUGG. MAX. LOAD WIRE DIA. Inches mm UMBER Inches mm Lbs./In. /mm Lbs. Inches mm Lbs. Inches mm S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW * Double Loop ** Side Hook/Loop *** Extended Hooks BC - Berylium Copper II: Z - Zinc - o finish MAT L

249 O.D. CETURY LEGTH RATE IITIAL TESIO SUGG. MAX. DEL. SUGG. MAX. LOAD WIRE DIA. Inches mm UMBER Inches mm Lbs./In. /mm Lbs. Inches mm Lbs. Inches mm S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST A MW MW MW Z M SST MW Z MW S SST O SPR Z ZZ MW Z MW MW Z B SST ZZ MW MW Z MW Z MW Z MW Z MW Z M MW MW Z ZZ MW Z MW Z ZZ SST MW Z M MW ZZ SST MW Z MW Z M SST B MW MW Z MW Z MW Z B SST MW Z MW Z SST * PB HD GI SST S SST SST ZZ MW MW Z B SST *** MW Z *** MW Z M SPR Z O MW Z B MW O MW Z ** MW Z SPR * Double Loop ** Side Hook/Loop *** Extended Hooks BC - Berylium Copper II: Z - Zinc - o finish MAT L EXTESIO SPRIGS 247

250 EXTESIO SPRIGS 248 O.D. CETURY LEGTH RATE IITIAL TESIO SUGG. MAX. DEL. SUGG. MAX. LOAD WIRE DIA. Inches mm UMBER Inches mm Lbs./In. /mm Lbs. Inches mm Lbs. Inches mm MW Z H MW GI MW Z PB SST ZZ SST M SPR ZZ MW SPR Z S-630*** SST MW Z MW Z B MW GI SPR Z MW MW BO SST B SPR GI MW ZZ MW BO B SPR Z S SST S SST B MW BO ZZ SST MW Z ZZ MW Z SPR Z ZZ SST A MW Z A MW Z S SST A MW Z A MW Z A MW Z MW Z S SST SST A MW Z SPR Z B SPR GI M SST SPR Z S SST ZZ SST S SST MW Z SST MW Z S SST SST SST B SPR MW Z ZZ SST S SST S SST S SST SST A HD Z SST B SPR GI MW Z MW Z ZZ SST SPR Z B MW Z B MW Z S SST B MW Z B MW Z B MW Z B MW GI S SST B MW Z SPR Z SPR Z MW Z ZZ SPR Z MW Z * Double Loop ** Side Hook/Loop *** Extended Hooks BC - Berylium Copper II: Z - Zinc - o finish MAT L

251 O.D. CETURY LEGTH RATE IITIAL TESIO SUGG. MAX. DEL. SUGG. MAX. LOAD WIRE DIA. Inches mm UMBER Inches mm Lbs./In. /mm Lbs. Inches mm Lbs. Inches mm S SST S SST SPR Z SST ZZ2-70** SPR GI SPR S SST S SST S SST MW Z B SPR GI SPR Z S SST MW Z S SST *** MW Z S SST SST MW Z B SST ZZ MW Z S SST B MW Z MW Z MW Z SPR Z SST MW Z MW Z C MW Z C MW Z C MW Z C MW Z C MW Z ZZ MW Z S SST C MW Z SST SPR Z B SPR Z S SST SST SST S SST SST M MW Z B SST MW Z A MW Z MW Z SST SPR Z SPR Z SST MW Z S SST SST ZZ SST O-58** SPR Z SPR Z A SPR MW MW Z MW Z MW Z HD Z HD Z MW Z HD Z HD Z HD Z MW Z SPR Z MW Z SPR Z MW Z MW Z ZZ SPR Z ZZ MW SPR Z * Double Loop ** Side Hook/Loop *** Extended Hooks BC - Berylium Copper II: Z - Zinc - o finish MAT L EXTESIO SPRIGS 249

252 EXTESIO SPRIGS 250 O.D. CETURY LEGTH RATE IITIAL TESIO SUGG. MAX. DEL. SUGG. MAX. LOAD WIRE DIA. Inches mm UMBER Inches mm Lbs./In. /mm Lbs. Inches mm Lbs. Inches mm MW Z MW Z ZZ SPR Z SPR MW Z ZZ3-8*** SST Z MW Z M MW ZZ SST MW S SST MW Z SPR Z ZZ SST B MW S-645*** SST ZZ SST * PB ZZ MW Z SPR Z *** MW Z B SPR S SST ZZ SPR SPR O MW Z ** SPR Z A MW Z A MW Z MW Z A MW Z S SST B MW Z B MW Z B MW Z ZZ MW Z MW Z ** SPR GI ** SPR Z B MW Z C MW Z C MW Z C MW Z SPR Z M SPR MW Z MW Z MW Z SPR Z SPR Z SPR Z SPR Z SPR Z SPR Z ZZ SST SPR Z SST M MW Z *** SST ZZ MW Z SPR Z SPR Z SPR Z B SPR Z MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST * Double Loop ** Side Hook/Loop *** Extended Hooks BC - Berylium Copper II: Z - Zinc - o finish MAT L

253 O.D. CETURY LEGTH RATE IITIAL TESIO SUGG. MAX. DEL. SUGG. MAX. LOAD WIRE DIA. Inches mm UMBER Inches mm Lbs./In. /mm Lbs. Inches mm Lbs. Inches mm MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST * Double Loop ** Side Hook/Loop *** Extended Hooks BC - Berylium Copper II: Z - Zinc - o finish MAT L EXTESIO SPRIGS 251

254 EXTESIO SPRIGS 252 O.D. CETURY LEGTH RATE IITIAL TESIO SUGG. MAX. DEL. SUGG. MAX. LOAD WIRE DIA. Inches mm UMBER Inches mm Lbs./In. /mm Lbs. Inches mm Lbs. Inches mm MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST SPR ZZ SST SPR Z MW Z SPR Z M SPR ZZ MW S SST MW Z ZZ SST M MW Z *** MW SPR Z SPR Z S SST ZZ MW GI S SST MW Z HD Z MW Z SPR Z S SST SPR Z ZZ SST SPR Z A MW Z A MW Z A MW Z A MW Z S SST ZZ SPR Z * HD Z S SST SPR B SPR S SST MW Z MW Z SPR Z SPR Z S SST SPR Z SPR Z S SST SPR Z ZZ MW Z * Double Loop ** Side Hook/Loop *** Extended Hooks BC - Berylium Copper II: Z - Zinc - o finish MAT L

255 O.D. CETURY LEGTH RATE IITIAL TESIO SUGG. MAX. DEL. SUGG. MAX. LOAD WIRE DIA. Inches mm UMBER Inches mm Lbs./In. /mm Lbs. Inches mm Lbs. Inches mm ZZ SPR Z ZZ MW Z B MW Z B MW Z B MW Z B MW Z S SST SPR Z SPR Z MW Z M SPR Z S SST S SST SPR Z MW Z MW Z B MW S SST S SST S SST MW Z SPR Z C MW Z C MW Z C MW Z C MW Z SPR Z B3-20* HD S SST SPR Z S SST MW Z MW Z ** SPR Z * SPR Z MW Z SPR Z SPR HD Z SPR Z MW Z MW Z MW Z S SST SPR Z SPR SPR Z SPR HD Z SPR Z SPR Z ZZ SPR Z M SPR Z A SPR Z A SPR PB ** SPR Z *** SPR Z M SPR Z SPR Z MW Z SPR Z SPR Z SPR Z ** SPR Z SPR Z MW Z SPR Z MW SPR Z HD Z MW Z MW GI SPR Z SPR Z A MW Z A MW Z SPR Z ** SPR Z B MW Z * Double Loop ** Side Hook/Loop *** Extended Hooks BC - Berylium Copper II: Z - Zinc - o finish MAT L EXTESIO SPRIGS 253

256 EXTESIO SPRIGS 254 O.D. CETURY LEGTH RATE IITIAL TESIO SUGG. MAX. DEL. SUGG. MAX. LOAD WIRE DIA. Inches mm UMBER Inches mm Lbs./In. /mm Lbs. Inches mm Lbs. Inches mm B MW Z C MW Z C MW Z SPR Z B MW Z *** SPR Z MW Z A MW MW S SST MW S SST MW S SST A SPR A SPR MW S SST MW S SST M SPR GI MW S SST MW S SST SST MW S SST MW S SST SST MW S SST MW S SST SST MW S SST SST MW S SST MW S SST MW S SST MW S SST B SPR GI MW S SST M MW MW S SST MW S SST MW S SST MW S SST SPR Z MW S SST SPR Z MW S SST MW S SST MW S SST MW S SST SST MW S SST SPR MW MW Z MW S SST * Double Loop ** Side Hook/Loop *** Extended Hooks BC - Berylium Copper II: Z - Zinc - o finish MAT L

257 O.D. CETURY LEGTH RATE IITIAL TESIO SUGG. MAX. DEL. SUGG. MAX. LOAD WIRE DIA. Inches mm UMBER Inches mm Lbs./In. /mm Lbs. Inches mm Lbs. Inches mm MW S SST SST MW S SST MW S SST SST MW S SST SST SPR Z SST MW S SST MW S SST MW S SST MW S SST MW S SST SPR Z MW S SST B SPR ZZ SPR Z MW S SST B MW MW S SST MW Z SST MW S SST MW S SST SPR Z MW S SST ZZ SPR Z MW S SST SPR Z MW S SST MW S SST MW S SST ZZ SPR SPR Z MW S SST MW S SST SPR Z MW S SST MW S SST MW Z SST MW S SST MW S SST B SST MW S SST ZZ SPR MW S SST SST MW S SST SST MW * Double Loop ** Side Hook/Loop *** Extended Hooks BC - Berylium Copper II: Z - Zinc - o finish MAT L EXTESIO SPRIGS 255

258 EXTESIO SPRIGS 256 O.D. CETURY LEGTH RATE IITIAL TESIO SUGG. MAX. DEL. SUGG. MAX. LOAD WIRE DIA. Inches mm UMBER Inches mm Lbs./In. /mm Lbs. Inches mm Lbs. Inches mm S SST MW S SST MW S SST SPR Z MW S SST B SPR GI SPR Z SPR Z MW S SST MW S SST MW S SST MW MW S SST MW S SST B SST MW S SST SST MW S SST SPR Z MW S SST MW S SST SST MW MW S SST SST SPR Z SST B SPR GI SST B SPR GI SPR Z MW S SST MW S SST MW S SST MW S SST SPR Z MW S SST MW S SST SST MW S SST SST MW S SST MW S SST MW S SST SPR GI SST B SPR GI MW S SST B SPR GI SPR Z * SPR Z MW S SST MW S SST MW * Double Loop ** Side Hook/Loop *** Extended Hooks BC - Berylium Copper II: Z - Zinc - o finish MAT L

259 O.D. CETURY LEGTH RATE IITIAL TESIO SUGG. MAX. DEL. SUGG. MAX. LOAD WIRE DIA. Inches mm UMBER Inches mm Lbs./In. /mm Lbs. Inches mm Lbs. Inches mm SST B SPR Z MW S SST MW S SST SST MW S SST SPR Z MW S SST MW S SST B SPR MW S SST MW S SST SST SPR Z SPR Z MW S SST MW S SST SPR Z MW S SST SPR Z MW S SST SST SPR Z MW S SST SPR Z SPR Z MW S SST SST MW S SST MW S SST MW S SST SST MW S SST B SPR SPR Z MW S SST MW S SST MW S SST MW S SST MW S SST SPR Z MW S SST MW S SST MW S SST MW S SST SPR Z SST MW S SST B SPR MW S SST MW S SST * Double Loop ** Side Hook/Loop *** Extended Hooks BC - Berylium Copper II: Z - Zinc - o finish MAT L EXTESIO SPRIGS 257

260 EXTESIO SPRIGS 258 O.D. CETURY LEGTH RATE IITIAL TESIO SUGG. MAX. DEL. SUGG. MAX. LOAD WIRE DIA. Inches mm UMBER Inches mm Lbs./In. /mm Lbs. Inches mm Lbs. Inches mm MW S SST MW S SST MW S SST MW S SST SST MW S SST MW S SST MW S SST SPR Z SST MW S SST B SPR MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST SST MW S SST SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST SST MW S SST MW Z MW S SST MW S SST MW S SST MW S SST MW S SST SST Z MW S SST SPR Z MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST * Double Loop ** Side Hook/Loop *** Extended Hooks BC - Berylium Copper II: Z - Zinc - o finish MAT L

261 O.D. CETURY LEGTH RATE IITIAL TESIO SUGG. MAX. DEL. SUGG. MAX. LOAD WIRE DIA. Inches mm UMBER Inches mm Lbs./In. /mm Lbs. Inches mm Lbs. Inches mm MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST SPR Z ZZ SPR Z MW Z ZZ SST A SPR ** SPR GI S SST SPR Z SPR Z SPR Z ** SPR Z *** SPR Z SPR Z ZZ SPR Z S SST SST SPR Z S SST SPR Z SPR Z SPR Z B SPR Z HD Z S-644*** SST M SPR Z SPR Z SPR Z SPR Z SPR Z MW Z SPR Z O SPR Z ** SPR Z SST S SST SPR Z SPR Z HD Z S SST HD Z SPR Z MW Z SPR Z S SST MW Z MW Z S SST SPR Z *** MW SPR Z ZZ SST SPR Z ** SPR Z SPR Z SPR Z S SST SPR Z B SPR Z SST HD Z SPR Z SPR Z * Double Loop ** Side Hook/Loop *** Extended Hooks BC - Berylium Copper II: Z - Zinc - o finish MAT L EXTESIO SPRIGS 259

262 EXTESIO SPRIGS 260 O.D. CETURY LEGTH RATE IITIAL TESIO SUGG. MAX. DEL. SUGG. MAX. LOAD WIRE DIA. Inches mm UMBER Inches mm Lbs./In. /mm Lbs. Inches mm Lbs. Inches mm S SST ZZ SPR GI SPR Z SPR Z S SST SPR Z SPR Z SPR Z S SST SPR Z SPR Z SPR Z SPR Z SPR Z ** SPR Z S SST HD Z SPR Z SPR Z SPR Z MW Z MW Z SPR Z HD Z S SST SPR Z MW Z SPR ** SPR Z SPR Z S SST B SPR Z SPR Z HD Z HD Z *** SPR Z SPR Z SPR Z SPR Z SPR Z S SST SPR Z SPR Z MW Z MW Z SPR Z HD Z MW Z MW Z SPR Z S SST SPR Z HD Z SPR Z SPR Z HD Z SPR Z SPR Z MW Z HD Z HD Z SPR Z SPR Z SPR Z SPR Z MW Z HD Z SPR HD Z ZZ MW MW Z ZZ SPR Z ZZ SST SPR GI B SPR SPR Z * SST SPR B SPR Z SPR Z * Double Loop ** Side Hook/Loop *** Extended Hooks BC - Berylium Copper II: Z - Zinc - o finish MAT L

263 O.D. CETURY LEGTH RATE IITIAL TESIO SUGG. MAX. DEL. SUGG. MAX. LOAD WIRE DIA. Inches mm UMBER Inches mm Lbs./In. /mm Lbs. Inches mm Lbs. Inches mm SPR Z *** MW SPR Z SPR Z HD Z MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST SPR Z MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST SPR Z MW * Double Loop ** Side Hook/Loop *** Extended Hooks BC - Berylium Copper II: Z - Zinc - o finish MAT L EXTESIO SPRIGS 261

264 EXTESIO SPRIGS 262 O.D. CETURY LEGTH RATE IITIAL TESIO SUGG. MAX. DEL. SUGG. MAX. LOAD WIRE DIA. Inches mm UMBER Inches mm Lbs./In. /mm Lbs. Inches mm Lbs. Inches mm S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST SPR Z SPR Z SPR Z S SST M SPR Z ** SPR Z SPR *** SPR SPR B SPR MW GI B SPR SPR Z SPR Z ZZ SPR Z HD Z A MW Z SPR Z A MW Z SPR Z B SPR Z B SPR MW Z ZZ SPR Z ZZ SPR Z B MW Z B MW Z S SST SPR Z HD Z ZZ SPR Z HD Z S SST HD Z MW Z C MW Z C MW Z SPR Z SPR Z SPR Z HD Z S SST SPR Z S SST SPR Z MW Z ** SPR Z S SST SPR Z SPR Z *** SPR SPR Z B2-69*** SPR HD Z SPR Z HD Z SPR Z SPR Z SPR Z SPR Z S SST SPR Z HD Z MW Z SPR Z * Double Loop ** Side Hook/Loop *** Extended Hooks BC - Berylium Copper II: Z - Zinc - o finish MAT L

265 O.D. CETURY LEGTH RATE IITIAL TESIO SUGG. MAX. DEL. SUGG. MAX. LOAD WIRE DIA. Inches mm UMBER Inches mm Lbs./In. /mm Lbs. Inches mm Lbs. Inches mm SPR Z SPR SPR HD Z HD Z SPR Z SPR Z HD Z HD Z HD Z HD Z SPR Z MW Z *** SPR Z SPR Z SPR Z *** SPR Z SPR Z SPR Z HD Z SPR Z B3-22*** MW HD Z SPR Z *** SPR Z SPR Z HD Z S SST *** SPR Z HD Z HD Z SPR Z *** SPR Z M-52*** SST MW S SST SPR Z MW S SST MW S SST MW S SST SST MW S SST MW S SST MW S SST MW S SST SST MW S SST MW S SST MW S SST SPR Z SST B SPR MW S SST MW SST MW S SST B SST MW SST MW S SST MW S SST MW S SST SPR MW S SST * Double Loop ** Side Hook/Loop *** Extended Hooks BC - Berylium Copper II: Z - Zinc - o finish MAT L EXTESIO SPRIGS 263

266 EXTESIO SPRIGS 264 O.D. CETURY LEGTH RATE IITIAL TESIO SUGG. MAX. DEL. SUGG. MAX. LOAD WIRE DIA. Inches mm UMBER Inches mm Lbs./In. /mm Lbs. Inches mm Lbs. Inches mm MW S SST HD Z SPR Z ZZ SPR GI MW S SST MW SST MW S SST MW S SST MW S SST S SST MW S SST MW S SST MW S SST MW S SST MW S SST ZZ SPR Z SPR GI SPR Z SST SPR Z SST B SPR SPR Z HD Z HD Z SPR Z MW S SST B SPR GI MW S SST SPR Z MW S SST SST MW SST MW S SST MW S SST SPR Z SPR GI MW S SST SPR Z MW S SST MW S SST MW S SST B SPR SPR SPR Z SST SPR Z S SST HD Z MW S SST ZZ SPR Z MW S SST MW S SST MW S SST MW * Double Loop ** Side Hook/Loop *** Extended Hooks BC - Berylium Copper II: Z - Zinc - o finish MAT L

267 O.D. CETURY LEGTH RATE IITIAL TESIO SUGG. MAX. DEL. SUGG. MAX. LOAD WIRE DIA. Inches mm UMBER Inches mm Lbs./In. /mm Lbs. Inches mm Lbs. Inches mm S SST MW S SST SPR Z HD Z MW S SST SPR Z MW S SST MW S SST HD Z MW S SST B SST SPR GI SST SPR Z B SPR SST HD Z M SPR MW S SST SPR Z MW S SST MW S SST SPR Z MW SPR Z SST B SPR SPR Z MW S SST MW SST MW S SST SPR Z MW S SST MW S SST MW S SST ZZ SST SPR Z B SPR SST SPR Z *** SPR Z SST MW S SST MW S SST MW S SST HD Z MW S SST S SST MW S SST SPR Z MW S SST MW S SST MW S SST MW S SST HD Z B SPR GI HD Z * Double Loop ** Side Hook/Loop *** Extended Hooks BC - Berylium Copper II: Z - Zinc - o finish MAT L EXTESIO SPRIGS 265

268 EXTESIO SPRIGS 266 O.D. CETURY LEGTH RATE IITIAL TESIO SUGG. MAX. DEL. SUGG. MAX. LOAD WIRE DIA. Inches mm UMBER Inches mm Lbs./In. /mm Lbs. Inches mm Lbs. Inches mm MW S SST MW S SST MW S SST MW S SST MW SPR Z SST B SPR MW S SST MW S SST MW S SST MW S SST HD Z HD Z M SST MW S SST MW S SST MW S SST MW S SST MW S SST SPR Z B SPR Z MW S SST MW S SST MW S SST S SST MW S SST HD Z B SPR SPR Z *** SPR Z SPR Z B SST HD Z S SST SPR Z SPR Z SPR GI MW S SST MW S SST MW S SST HD Z MW S SST S SST MW SST HD Z MW S SST MW S SST MW S SST HD Z S SST MW S SST SPR Z HD Z * Double Loop ** Side Hook/Loop *** Extended Hooks BC - Berylium Copper II: Z - Zinc - o finish MAT L

269 O.D. CETURY LEGTH RATE IITIAL TESIO SUGG. MAX. DEL. SUGG. MAX. LOAD WIRE DIA. Inches mm UMBER Inches mm Lbs./In. /mm Lbs. Inches mm Lbs. Inches mm B SST SPR Z SPR Z MW Z HD Z HD Z SPR Z MW Z MW S SST SPR Z MW S SST MW S SST MW S SST MW S SST HD Z MW S SST SPR Z B SST *** SPR Z SST MW S SST MW S SST MW S SST SPR Z MW S SST HD Z MW S SST SPR Z SPR Z S SST SPR SPR GI SPR MW S SST MW S SST MW S SST ** SPR Z MW S SST HD Z MW S SST SPR SPR Z HD Z MW Z MW S SST MW S SST MW S SST MW S SST S SST SST SPR Z B SST S SST SPR Z MW S SST MW S SST MW S SST * Double Loop ** Side Hook/Loop *** Extended Hooks BC - Berylium Copper II: Z - Zinc - o finish MAT L EXTESIO SPRIGS 267

270 EXTESIO SPRIGS 268 O.D. CETURY LEGTH RATE IITIAL TESIO SUGG. MAX. DEL. SUGG. MAX. LOAD WIRE DIA. Inches mm UMBER Inches mm Lbs./In. /mm Lbs. Inches mm Lbs. Inches mm MW S SST MW S SST S SST SPR Z MW S SST MW S SST MW S SST HD Z MW S SST SPR Z S SST HD Z *** HD Z SPR Z SPR Z HD Z SPR GI SPR Z HD Z SPR Z SPR Z HD Z S SST SPR Z SPR Z *** HD Z HD Z *** SPR GI SPR Z *** SPR SPR Z HD Z HD Z HD Z SPR Z SPR Z SPR SPR * SPR Z HD Z SST HD Z SPR Z ZZ SPR GI HD Z B SST SPR Z ** MW Z SPR Z SPR Z * SPR Z SPR Z B SPR Z B SPR Z SPR Z SPR Z HD Z S SST HD Z S SST HD GI SPR Z HD Z HD Z S SST HD Z HD Z S SST ** SPR Z HD Z HD Z SPR Z SPR Z S SST * Double Loop ** Side Hook/Loop *** Extended Hooks BC - Berylium Copper II: Z - Zinc - o finish MAT L

271 O.D. CETURY LEGTH RATE IITIAL TESIO SUGG. MAX. DEL. SUGG. MAX. LOAD WIRE DIA. Inches mm UMBER Inches mm Lbs./In. /mm Lbs. Inches mm Lbs. Inches mm HD Z MW Z S SST S SST B SPR HD Z S SST SPR Z SPR S SST HD Z HD Z SPR Z SPR Z HD Z HD Z HD Z *** SPR Z * HD Z SPR Z SPR Z SPR Z SPR Z SPR Z SPR Z HD Z SPR Z SPR Z SPR Z SPR Z SPR Z SPR Z SPR Z SPR Z HD Z SPR Z SPR GI SPR GI MW S SST MW S SST MW S SST MW S SST MW S SST SPR Z SPR Z MW S SST MW S SST MW S SST SPR Z SPR MW S SST MW S SST SPR Z MW S SST HD Z HD Z MW S SST MW S SST MW S SST HD Z HD Z O SPR HD Z MW S SST HD Z * Double Loop ** Side Hook/Loop *** Extended Hooks BC - Berylium Copper II: Z - Zinc - o finish MAT L EXTESIO SPRIGS 269

272 EXTESIO SPRIGS 270 O.D. CETURY LEGTH RATE IITIAL TESIO SUGG. MAX. DEL. SUGG. MAX. LOAD WIRE DIA. Inches mm UMBER Inches mm Lbs./In. /mm Lbs. Inches mm Lbs. Inches mm MW S SST MW S SST MW S SST HD Z MW S SST MW S SST SPR Z HD Z HD Z HD Z MW S SST MW S SST MW S SST S SST SPR GI O SPR SPR Z S SST HD Z S SST SPR Z MW S SST MW S SST MW S SST HD Z S SST HD Z MW S SST MW S SST S SST SPR HD Z MW S SST MW S SST S SST SPR Z HD Z HD Z SPR Z S SST HD Z SPR Z HD Z HD Z HD Z *** SPR SPR Z * SPR Z HD Z HD Z HD Z HD Z HD Z SPR Z SPR Z SPR Z HD Z SPR GI SPR Z SPR Z SPR Z SST *** SPR GI HD Z SPR Z * Double Loop ** Side Hook/Loop *** Extended Hooks BC - Berylium Copper II: Z - Zinc - o finish MAT L

273 O.D. CETURY LEGTH RATE IITIAL TESIO SUGG. MAX. DEL. SUGG. MAX. LOAD WIRE DIA. Inches mm UMBER Inches mm Lbs./In. /mm Lbs. Inches mm Lbs. Inches mm SPR B SPR SPR Z SPR Z SPR Z HD Z SPR MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST SST SPR Z B SST SST SPR Z SPR Z *** SPR Z SST SPR Z SPR GI SST S SST SST * Double Loop ** Side Hook/Loop *** Extended Hooks BC - Berylium Copper II: Z - Zinc - o finish MAT L EXTESIO SPRIGS 271

274 EXTESIO SPRIGS 272 O.D. CETURY LEGTH RATE IITIAL TESIO SUGG. MAX. DEL. SUGG. MAX. LOAD WIRE DIA. Inches mm UMBER Inches mm Lbs./In. /mm Lbs. Inches mm Lbs. Inches mm B SST B SPR SPR B SPR GI SPR Z SPR GI SPR GI SPR Z HD Z S SST SPR Z SPR Z HD Z HD Z HD Z HD Z SPR Z SPR Z HD Z HD Z SPR Z SPR Z SPR Z SPR Z HD Z *** SPR BO SPR SPR Z SPR Z SPR Z SPR Z HD Z SPR Z SPR Z SPR SPR Z SPR Z SPR Z *** SPR Z SPR Z SPR Z HD Z SPR Z HD Z HD Z HD Z HD Z SPR Z SPR BO SPR Z HD Z HD Z SPR Z HD Z ZZ SPR Z HD Z MW S SST SPR Z MW S SST SPR Z MW SPR Z SST MW S SST MW S SST SST MW S SST SPR Z MW S SST MW S SST MW S SST MW * Double Loop ** Side Hook/Loop *** Extended Hooks BC - Berylium Copper II: Z - Zinc - o finish MAT L

275 O.D. CETURY LEGTH RATE IITIAL TESIO SUGG. MAX. DEL. SUGG. MAX. LOAD WIRE DIA. Inches mm UMBER Inches mm Lbs./In. /mm Lbs. Inches mm Lbs. Inches mm S SST MW S SST B SPR HD Z MW S SST MW S SST MW S SST MW S SST MW S SST SPR Z MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST SPR Z SPR Z SPR HD Z SST SPR Z HD Z MW S SST MW S SST MW S SST MW S SST HD Z SPR Z MW MW S SST MW S SST S SST MW S SST MW S SST MW S SST MW S SST MW S SST SPR Z MW S SST MW S SST MW S SST MW S SST MW SPR Z SST MW S SST HD Z MW S SST MW S SST * Double Loop ** Side Hook/Loop *** Extended Hooks BC - Berylium Copper II: Z - Zinc - o finish MAT L EXTESIO SPRIGS 273

276 EXTESIO SPRIGS 274 O.D. CETURY LEGTH RATE IITIAL TESIO SUGG. MAX. DEL. SUGG. MAX. LOAD WIRE DIA. Inches mm UMBER Inches mm Lbs./In. /mm Lbs. Inches mm Lbs. Inches mm MW S SST MW S SST HD Z MW S SST S SST MW S SST SST MW S SST MW S SST SPR Z MW S SST MW S SST MW S SST S SST MW S SST MW S SST MW S SST MW S SST MW S SST HD Z MW S SST B SPR S SST HD Z SPR Z MW S SST S SST B SPR SST MW HD Z SPR MW S SST MW S SST MW SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST HD Z SPR Z HD Z ** SPR Z HD Z B SPR Z MW GI MW S SST SPR Z MW S SST MW SST * Double Loop ** Side Hook/Loop *** Extended Hooks BC - Berylium Copper II: Z - Zinc - o finish MAT L

277 O.D. CETURY LEGTH RATE IITIAL TESIO SUGG. MAX. DEL. SUGG. MAX. LOAD WIRE DIA. Inches mm UMBER Inches mm Lbs./In. /mm Lbs. Inches mm Lbs. Inches mm HD Z MW S SST MW S SST MW S SST MW S SST HD Z MW S SST MW S SST SPR Z HD Z SPR Z SST SST S SST SPR Z SPR Z SPR Z SPR Z HD Z MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST SPR Z SST B SPR SPR Z SPR Z MW S SST MW S SST MW SPR Z SST MW S SST MW S SST MW S SST MW S SST MW S SST HD Z MW S SST SPR Z MW S SST MW S SST MW S SST MW S SST MW S SST SPR Z * Double Loop ** Side Hook/Loop *** Extended Hooks BC - Berylium Copper II: Z - Zinc - o finish MAT L EXTESIO SPRIGS 275

278 EXTESIO SPRIGS 276 O.D. CETURY LEGTH RATE IITIAL TESIO SUGG. MAX. DEL. SUGG. MAX. LOAD WIRE DIA. Inches mm UMBER Inches mm Lbs./In. /mm Lbs. Inches mm Lbs. Inches mm SPR Z SPR Z MW S SST HD Z S SST MW S SST MW S SST HD Z SPR Z SPR Z SPR Z HD Z SPR Z SPR Z HD Z HD Z HD Z SPR Z HD Z HD Z SPR Z SPR Z SPR Z SPR Z SPR Z SPR SPR SPR Z B SPR B SPR SPR SPR Z S SST HD Z *** SPR BO SPR Z SPR Z HD Z SPR Z HD Z HD Z ** HD Z SPR Z HD Z MW HD Z * SPR Z HD Z HD Z HD Z HD Z SPR Z SST SPR Z SPR Z SPR Z SST SPR Z SPR Z SPR Z SST SPR Z SPR Z SPR Z SPR Z SST SPR Z SST B SPR SPR Z SST SPR Z S SST SST SST SPR Z SPR Z * Double Loop ** Side Hook/Loop *** Extended Hooks BC - Berylium Copper II: Z - Zinc - o finish MAT L

279 O.D. CETURY LEGTH RATE IITIAL TESIO SUGG. MAX. DEL. SUGG. MAX. LOAD WIRE DIA. Inches mm UMBER Inches mm Lbs./In. /mm Lbs. Inches mm Lbs. Inches mm S SST HD Z MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST SPR Z B SPR B SPR Z SPR Z HD Z SPR Z HD Z *** HD Z HD Z SPR Z SPR Z SPR Z HD Z SPR Z SPR Z SPR Z * Double Loop ** Side Hook/Loop *** Extended Hooks BC - Berylium Copper II: Z - Zinc - o finish MAT L EXTESIO SPRIGS 277

280 EXTESIO SPRIGS 278 O.D. CETURY LEGTH RATE IITIAL TESIO SUGG. MAX. DEL. SUGG. MAX. LOAD WIRE DIA. Inches mm UMBER Inches mm Lbs./In. /mm Lbs. Inches mm Lbs. Inches mm SPR Z HD Z SPR Z SPR Z HD Z HD Z HD Z SPR Z HD Z SPR Z *** SPR Z * HD Z SPR Z SPR Z * HD Z SPR Z SPR Z SPR Z SPR HD Z SPR Z SPR HD Z HD Z HD Z HD Z HD Z HD Z HD Z SPR Z SPR Z SPR SPR Z SPR Z MW Z SPR Z HD Z MW S SST MW SST MW S SST S SST MW MW S SST MW S SST MW S SST MW S SST MW S SST S SST MW S SST MW S SST SPR Z MW S SST MW S SST MW S SST MW S SST HD Z MW S SST MW S SST MW S SST B SPR MW S SST MW * Double Loop ** Side Hook/Loop *** Extended Hooks BC - Berylium Copper II: Z - Zinc - o finish MAT L

281 O.D. CETURY LEGTH RATE IITIAL TESIO SUGG. MAX. DEL. SUGG. MAX. LOAD WIRE DIA. Inches mm UMBER Inches mm Lbs./In. /mm Lbs. Inches mm Lbs. Inches mm S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST B SPR MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST SPR Z MW S SST SPR SPR Z SST MW S SST S SST MW MW S SST S SST MW S SST SPR MW S SST MW S SST MW S SST SPR Z HD Z B SST MW S SST MW S SST SST MW S SST SPR Z MW S SST MW S SST MW S SST MW S SST MW S SST SPR Z * Double Loop ** Side Hook/Loop *** Extended Hooks BC - Berylium Copper II: Z - Zinc - o finish MAT L EXTESIO SPRIGS 279

282 EXTESIO SPRIGS 280 O.D. CETURY LEGTH RATE IITIAL TESIO SUGG. MAX. DEL. SUGG. MAX. LOAD WIRE DIA. Inches mm UMBER Inches mm Lbs./In. /mm Lbs. Inches mm Lbs. Inches mm MW S SST SPR Z SST MW S SST SPR Z SST MW SPR Z MW S SST MW S SST MW S SST MW S SST MW S SST *** SPR Z MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST SPR Z MW S SST MW S SST MW S SST MW S SST * HD Z MW S SST MW S SST SPR Z SPR Z HD Z MW S SST HD BO MW S SST MW * Double Loop ** Side Hook/Loop *** Extended Hooks BC - Berylium Copper II: Z - Zinc - o finish MAT L

283 O.D. CETURY LEGTH RATE IITIAL TESIO SUGG. MAX. DEL. SUGG. MAX. LOAD WIRE DIA. Inches mm UMBER Inches mm Lbs./In. /mm Lbs. Inches mm Lbs. Inches mm S SST MW S SST MW S SST HD Z MW S SST SPR Z HD Z HD Z HD Z SPR Z HD Z MW S SST MW S SST MW S SST HD Z MW S SST MW S SST MW S SST HD Z HD Z HD Z *** HD GI HD Z SPR Z SPR Z SPR Z SPR Z SPR Z HD Z HD Z HD Z SPR GI HD Z HD Z HD Z SPR Z SPR Z HD Z * HD Z SPR Z SPR MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST * Double Loop ** Side Hook/Loop *** Extended Hooks BC - Berylium Copper II: Z - Zinc - o finish MAT L EXTESIO SPRIGS 281

284 EXTESIO SPRIGS 282 O.D. CETURY LEGTH RATE IITIAL TESIO SUGG. MAX. DEL. SUGG. MAX. LOAD WIRE DIA. Inches mm UMBER Inches mm Lbs./In. /mm Lbs. Inches mm Lbs. Inches mm MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST HD Z SPR Z SPR Z HD Z HD Z HD Z HD Z ** SPR SPR HD Z SPR Z ** SPR HD Z HD Z HD Z SPR Z SPR Z SPR BO MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST HD Z MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW * Double Loop ** Side Hook/Loop *** Extended Hooks BC - Berylium Copper II: Z - Zinc - o finish MAT L

285 O.D. CETURY LEGTH RATE IITIAL TESIO SUGG. MAX. DEL. SUGG. MAX. LOAD WIRE DIA. Inches mm UMBER Inches mm Lbs./In. /mm Lbs. Inches mm Lbs. Inches mm S SST MW S SST MW S SST MW S SST MW S SST MW S SST SPR GI MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST HD Z MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST HD Z MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW Z SPR Z SPR MW S SST MW * Double Loop ** Side Hook/Loop *** Extended Hooks BC - Berylium Copper II: Z - Zinc - o finish MAT L EXTESIO SPRIGS 283

286 EXTESIO SPRIGS 284 O.D. CETURY LEGTH RATE IITIAL TESIO SUGG. MAX. DEL. SUGG. MAX. LOAD WIRE DIA. Inches mm UMBER Inches mm Lbs./In. /mm Lbs. Inches mm Lbs. Inches mm S SST MW S SST MW S SST SPR Z HD Z HD Z HD Z * HD Z * HD Z HD Z HD Z SPR ** SPR SPR Z SPR HD Z HD Z HD Z SPR Z HD BO SPR Z HD BO SPR Z HD Z HD Z SPR Z SPR SPR Z S-638*** SST S SST SPR SPR Z HD Z MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST HD Z MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST HD Z SPR Z MW S SST MW S SST MW S SST * Double Loop ** Side Hook/Loop *** Extended Hooks BC - Berylium Copper II: Z - Zinc - o finish MAT L

287 O.D. CETURY LEGTH RATE IITIAL TESIO SUGG. MAX. DEL. SUGG. MAX. LOAD WIRE DIA. Inches mm UMBER Inches mm Lbs./In. /mm Lbs. Inches mm Lbs. Inches mm MW S SST MW S SST MW S SST SPR Z SPR Z HD Z * HD Z HD Z HD Z HD Z SPR Z SPR Z SPR Z SPR Z SPR SPR Z SPR Z SPR SPR Z SPR Z SPR SPR Z SPR MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST SPR Z MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST SPR Z MW S SST MW S SST MW S SST MW S SST MW S SST HD Z MW S SST MW S SST MW S SST MW S SST HD Z HD Z SPR * Double Loop ** Side Hook/Loop *** Extended Hooks BC - Berylium Copper II: Z - Zinc - o finish MAT L EXTESIO SPRIGS 285

288 O.D. CETURY LEGTH RATE IITIAL TESIO SUGG. MAX. DEL. SUGG. MAX. LOAD WIRE DIA. Inches mm UMBER Inches mm Lbs./In. /mm Lbs. Inches mm Lbs. Inches mm SPR SPR OT Z SPR SPR HD BO SPR Z MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST MW S SST SPR Z MW S SST HD Z MW S SST MW S SST MW S SST MW S SST MW S SST SPR HD Z SPR Z MAT L EXTESIO SPRIGS 286 * Double Loop ** Side Hook/Loop *** Extended Hooks BC - Berylium Copper II: Z BO GI - Zinc - Black Oxide - Gold Irridite - o finish

289 LOG LEGTH EXTESIO SPRIGS The primary purpose of our 20-inch long stainless and 36-inch long hard-drawn carbon steel spring bodies, found in the following tables, is to offer a means for our customers to create a desired custom length and/or spring extension travel for a given load. Once cut, the end coils may be bent into hooks or loops as depicted below. These springs are offered in unfinished spring wire. As wire size increases, it is necessary to use different tools including a vise to hold the coil body and a pry bar to bend up the last coil. The technique, however, is the same. Selecting a Long Length Extension Spring: The spring-rate constant (lbs./in.) can be determined for any cut length by simply dividing the final coil body length, in inches, into the appropriate rate-inch value listed for the spring body. The spring rate is merely the pounds it takes to extend the LOG LEGTH EXTESIO SPRIGS STAILESS STEEL (302) 20 ICH LEGTHS CETURY UMBER Inches O.D. mm WIRE DIA. Inches mm spring each inch, i.e., if the rate = 5 lbs. per inch, it would take 5 pounds to extend it one inch and 10 pounds to extend it 2 inches, etc.. Each spring has an initial tension force (pounds) that must be overcome before stretching commences. The initial tension is the minimum force required to separate adjacent coils. APPROX. IIT. TESIO Lbs. RATE-ICH Lbs. SUGG. MAX. LOAD Lbs. SS SS SS SS SS SS SS SS SS SS SS SS SS SS SS SS SS SS SS SS SS SS SS SS SS SS SS SS SS SS EXTESIO SPRIGS 287

290 EXTESIO SPRIGS LOG LEGTH EXTESIO SPRIGS CARBO STEEL (ASTM A227) 36 ICH LEGTHS CETURY UMBER Inches O.D. mm WIRE DIA. Inches mm APPROX. IIT. TESIO Lbs. RATE-ICH Lbs. SUGG. MAX. LOAD Lbs. E E E E-3-A E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E-34-A E E-35-A E E E E-38-A E E E E E E E E E E AVAILABLE OR IMMEDIATE IPMET 288

291 SPRIG ACHORS CSC spring anchors can be the quickest, and most efficient and economical way to secure the ends of an extension spring. Low cost, adjustable, rugged and easy to use, put your extension spring to work the easy way. ine tune your loads with minimum trouble. Spring anchors are made of C 1022 steel with a black oxide finish and 302 stainless, no finish. SPRIG ACHORS PRODUCED EXCLUSIVELY BY CETURY SPRIG CORP. SPRIG ACHORS, STEEL CETURY UMBER THREAD CLASS 2A A ±.015 B ±.03 C ±.01 D ±.01 E ±.005 CSA CSA CSA-70 1/ CSA-80 1/ CSA-90 3/ CSA-100 3/ SPRIG ACHORS, STAILESS CETURY UMBER THREAD CLASS 2A A ±.015 B ±.03 C ±.01 D ±.01 E ±.005 SSA SSA SSA-70 1/ SSA-80 1/ SSA-90* 3/ SSA-100* 3/ ±.01 ±.01 G ±.01 G ±.01 *SSA-90 and SSA-100 material is 410 SST. AVAILABLE OR IMMEDIATE IPMET 289

292 TORSIO SPRIGS Century Spring offers a selection of torsion springs with legs of equal length oriented at varying unloaded angles. The torsion spring configuration is created for the purpose of storing and releasing angular energy or for the purpose of statically holding a mechanism in place by deflecting the legs about the body centerline axis. A spring of this type will reduce in body diameter and increase slightly in body length when deflected in the preferred direction of the fabricated wind. The direction of the fabricated wind can be important for torsion spring applications due to the leg bearing/attachment locations having to be on the left or right side upon assembly. A torsion spring is normally supported by a rod (mandrel) that is coincident with the theoretical hingeline of the final product. TORSIO SPRIGS Selecting a Torsion Spring: irst, determine the torque the spring will be expected to develop. The torque (or moment) is simply the applied force (pounds) pushing perpendicularly on a leg or leg extension times its distance (inches) to the centerline of the spring body. A typical example is depicted below: ext, scan down the inventory s Rate column for a spring with an acceptable rate. When found, observe the spring s Inside diameter (I.D.) and Body Width (length) columns for size compatibility with your application. The Suggested Maximum Deflection column reflects limits (degrees) that should produce a long service life with average cycling. These values can be increased by as much as 20% for static (non-oscillatory) applications. ear-infinite service life can be possible using values of about 35% of those listed. The initial unloaded relative-leg-angle orientation is determined by the number of coils in the spring body: ext, determine the angular deflection (degrees of motion) through which the spring leg is required to rotate. Divide the torque by this angle to obtain the spring constant (rate) you require: Or, if the torque required to rotate the spring through a given angle is required: 290 Torque = Rate x Degrees

293 If it takes the right hand and index finger to simulate the spring s end view then it would be a right-hand wound spring. See the following depiction: The body (solid) lengthening due to deflection increases approximately by one wire diameter for each complete leg revolution (360 degrees). The body inside diameter (I.D.) decreases according to: Where: = umber of coils REVs = umber of leg revolutions Once the inside diameter of the load-contracted spring body is determined, the supporting mandrel s maximum diameter is usually set to about 90% of this value. If the needed spring for your application cannot be found in our inventory, we can fabricate it for you. Often, there is no cost increase for this service because of quantity requirements. Call our Custom Spring department for a quote. The spring rate and stress for helical, round-wire torsion springs can be calculated from: Design Information TORSIO SPRIGS Where: P = Load, lbs. L = Moment arm, inches θ = Angle of deflection, degrees E = 30x10 6,(28x10 6 /stainless) Young s Modulus d = Wire diameter, inches D = Body mean diameter (O.D. - d), inches O.D.= Outside diameter, inches = umber of coils K = Stress correction factor (see plot at right) R = Rate (constant), in.-lbs./deg. S = Stress (in bending), p.s.i. Bending deflections of long legs under load must be considered for some applications and added to the total angular deflection. The uncorrected stress can be used for static applications. The suggested maximum-allowable-stress value (S) for a torsion spring is considered to be 75% of the material s minimum tensile strength (MTS). MTS values are a function of the wire diameter and can be found in the Material Properties section of this catalog. Spring Characteristics Materials The highest grades of spring wire are used in fabricating our springs. To create cost-effective warehousing of our stock spring inventory for our customers, we offer material certifications for custom die springs only. Certifications of conformance for geometric tolerances set by the Spring Manufacturers Institute (SMI) are available for our stock springs on request. See the Custom Spring section of this catalog if material trace certifications or unique materials are required. Spring Steel is a broad term for: Music wire Hard-drawn Wire Oil-tempered Wire Alloy steels are offered in (300 series) stainless only for stock torsion springs. Tolerances Tolerance values for torsion springs depend on the bodydiameter to wire-diameter ratio and are about +/- 10% in torque and +/- 5% in diameter. inish The finishes available for torsion springs are as indicated in the inish column of the following inventory listings. They include: Zinc Gold Irridite Passivated (upon request) one (can be plated upon request) 291

294 TORSIO SPRIGS CETURY UMBER I.D. Inches mm O.D. Inches mm LEG LGTH. Inches mm BODY LGTH. Inches mm In-Lbs. Deg. RATE -mm Deg. SUGG. MAX. DEL. Deg. SUGG. MAX. LOAD In-Lbs. -mm O. O COILS WID DIRECT. WIRE DIA. Inches mm SUGG. MADREL DIA. Inches mm TO RIGHT SPR TO-5000LS LET SST TO-5000RS RIGHT SST TO-5000L LET MW TO-5000R RIGHT MW TO-5001LS LET SST TO-5001RS RIGHT SST TO-5001L LET MW TO-5001R RIGHT MW TO-5003LS LET SST TO-5003RS RIGHT SST TO-5003L LET MW TO-5003R RIGHT MW TO LET SST TO-5002LS LET SST TO-5002RS RIGHT SST TO-5002L LET MW TO-5002R RIGHT MW TO LET MW TO LET MW TO LET SPR TO LET SPR TO-5006LS LET SST TO-5006RS RIGHT SST TO-5006L LET MW TO-5006R RIGHT MW TO-5005LS LET SST TO-5005RS RIGHT SST TO-5005L LET MW TO-5005R RIGHT MW TO-5004LS LET SST TO-5004RS RIGHT SST TO-5004L LET MW TO-5004R RIGHT MW TO LET SST TO-5007LS LET SST TO-5007RS RIGHT SST TO-5007L LET MW TO-5007R RIGHT MW TO RIGHT SST TO-5008LS LET SST TO-5008RS RIGHT SST TO-5008L LET MW TO-5008R RIGHT MW TO RIGHT MW Z TO LET SPR TO RIGHT SST TO RIGHT SST TO-5011LS LET SST TO-5011RS RIGHT SST TO-5011L LET MW TO-5011R RIGHT MW TO RIGHT SPR TO RIGHT SPR TO LET SST TO LET SPR TO-5010LS LET SST TO-5010RS RIGHT SST TO-5010L LET MW TO-5010R RIGHT MW TO RIGHT SST TO-5009LS LET SST TO-5009RS RIGHT SST TO-5009L LET MW TO-5009R RIGHT MW TO RIGHT SST TO-5012LS LET SST TO-5012RS RIGHT SST TO-5012L LET MW TO-5012R RIGHT MW TO-5017LS LET SST TO-5017RS RIGHT SST TO-5017L LET MW TO-5017R RIGHT MW TO-5015LS LET SST TO-5015RS RIGHT SST TO-5015L LET MW TO-5015R RIGHT MW TO-5019LS LET SST TO-5019RS RIGHT SST M AT L 292 II: Z GI - Zinc - Gold Irridite - one

295 CETURY UMBER I.D. Inches mm O.D. Inches mm LEG LGTH. Inches mm BODY LGTH. Inches mm In-Lbs. Deg. RATE -mm Deg. SUGG. MAX. DEL. Deg. SUGG. MAX. LOAD In-Lbs. -mm O. O COILS WID DIRECT. WIRE DIA. Inches mm SUGG. MADREL DIA. Inches mm TO-5019L LET MW TO-5019R RIGHT MW TO LET HD Z TO-5023LS LET SST TO-5023RS RIGHT SST TO-5023L LET MW TO-5023R RIGHT MW TO RIGHT SPR TO-5018LS LET SST TO-5018RS RIGHT SST TO-5018L LET MW TO-5018R RIGHT MW TO-5013LS LET SST TO-5013RS RIGHT SST TO-5013L LET MW TO-5013R RIGHT MW TO-5021LS LET SST TO-5021RS RIGHT SST TO-5021L LET MW TO-5021R RIGHT MW TO-5022LS LET SST TO-5022RS RIGHT SST TO-5022L LET MW TO-5022R RIGHT MW TO-5028LS LET SST TO-5028RS RIGHT SST TO-5028L LET MW TO-5028R RIGHT MW TO RIGHT MW Z TO-5014LS LET SST TO-5014RS RIGHT SST TO-5014L LET MW TO-5014R RIGHT MW TO-5016LS LET SST TO-5016RS RIGHT SST TO-5016L LET MW TO-5016R RIGHT MW TO-5027LS LET SST TO-5027RS RIGHT SST TO-5027L LET MW TO-5027R RIGHT MW TO LET SST TO-5020LS LET SST TO-5020RS RIGHT SST TO-5020L LET MW TO-5020R RIGHT MW TO-5025L LET MW TO-5025R RIGHT MW TO-5024L LET MW TO-5024R RIGHT MW TO-5026L LET MW TO-5026R RIGHT MW TO-5031LS LET SST TO-5031RS RIGHT SST TO-5031L LET MW TO-5031R RIGHT MW TO-5034LS LET SST TO-5034RS RIGHT SST TO-5034L LET MW TO-5034R RIGHT MW TO LET SPR TO-5029LS LET SST TO-5029RS RIGHT SST TO-5029L LET MW TO-5029R RIGHT MW TO RIGHT MW TO-5030LS LET SST TO-5030RS RIGHT SST TO-5030L LET MW TO-5030R RIGHT MW TO-5037LS LET SST TO-5037RS RIGHT SST TO-5037L LET MW TO-5037R RIGHT MW TO RIGHT MW Z TO RIGHT MW TO-5032LS LET SST TO-5032RS RIGHT SST TO-5032L LET MW TO-5032R RIGHT MW M AT L TORSIO SPRIGS II: Z GI - Zinc - Gold Irridite - one 293

296 TORSIO SPRIGS CETURY UMBER I.D. Inches mm O.D. Inches mm LEG LGTH. Inches mm BODY LGTH. Inches mm In-Lbs. Deg. RATE -mm Deg. SUGG. MAX. DEL. Deg. SUGG. MAX. LOAD In-Lbs. -mm O. O COILS WID DIRECT. WIRE DIA. Inches mm SUGG. MADREL DIA. Inches mm TO RIGHT SST TO LET SST TO-5038LS LET SST TO-5038RS RIGHT SST TO-5038L LET MW TO-5038R RIGHT MW TO-5033LS LET SST TO-5033RS RIGHT SST TO-5033L LET MW TO-5033R RIGHT MW TO-5035LS LET SST TO-5035RS RIGHT SST TO-5035L LET MW TO-5035R RIGHT MW TO LET SST TO-5036LS LET SST TO-5036RS RIGHT SST TO-5036L LET MW TO-5036R RIGHT MW TO RIGHT SST TO LET SST TO-5041LS LET SST TO-5041RS RIGHT SST TO-5041L LET MW TO-5041R RIGHT MW TO LET MW TO RIGHT HD Z TO-5043LS LET SST TO-5043RS RIGHT SST TO-5043L LET MW TO-5043R RIGHT MW TO-5048LS LET SST TO-5048RS RIGHT SST TO-5048L LET MW TO-5048R RIGHT MW TO-5039LS LET SST TO-5039RS RIGHT SST TO-5039L LET MW TO-5039R RIGHT MW TO-5053LS LET SST TO-5053RS RIGHT SST TO-5053L LET MW TO-5053R RIGHT MW TO-5040LS LET SST TO-5040RS RIGHT SST TO-5040L LET MW TO-5040R RIGHT MW TO-5042LS LET SST TO-5042RS RIGHT SST TO-5042L LET MW TO-5042R RIGHT MW TO LET MW TO LET SPR Z TO RIGHT SPR Z TO-5045LS LET SST TO-5045RS RIGHT SST TO-5045L LET MW TO-5045R RIGHT MW TO-5049LS LET SST TO-5049RS RIGHT SST TO-5049L LET MW TO-5049R RIGHT MW TO-5046LS LET SST TO-5046RS RIGHT SST TO-5046L LET MW TO-5046R RIGHT MW TO-5056LS LET SST TO-5056RS RIGHT SST TO-5056L LET MW TO-5056R RIGHT MW TO-5044LS LET SST TO-5044RS RIGHT SST TO-5044L LET MW TO-5044R RIGHT MW TO LET HD Z TO-5058LS LET SST TO-5058RS RIGHT SST TO-5058L LET MW TO-5058R RIGHT MW TO-5054LS LET SST M AT L 294 II: Z GI - Zinc - Gold Irridite - one

297 CETURY UMBER I.D. Inches mm O.D. Inches mm LEG LGTH. Inches mm BODY LGTH. Inches mm In-Lbs. Deg. RATE -mm Deg. SUGG. MAX. DEL. Deg. SUGG. MAX. LOAD In-Lbs. -mm O. O COILS WID DIRECT. WIRE DIA. Inches mm SUGG. MADREL DIA. Inches mm L TO-5054RS RIGHT SST TO-5054L LET MW TO-5054R RIGHT MW TO-5052LS LET SST TO-5052RS RIGHT SST TO-5052L LET MW TO-5052R RIGHT MW TO-5061LS LET SST TO-5061RS RIGHT SST TO-5061L LET MW TO-5061R RIGHT MW TO-5050LS LET SST TO-5050RS RIGHT SST TO-5050L LET MW TO-5050R RIGHT MW TO-5047LS LET SST TO-5047RS RIGHT SST TO-5047L LET MW TO-5047R RIGHT MW TO LET SST TO LET SST TO RIGHT SST TO RIGHT SST TO LET SST TO RIGHT SST TO-5065LS LET SST TO-5065RS RIGHT SST TO-5065L LET MW TO-5065R RIGHT MW TO-5051LS LET SST TO-5051RS RIGHT SST TO-5051L LET MW TO-5051R RIGHT MW TO-5057LS LET SST TO-5057RS RIGHT SST TO-5057L LET MW TO-5057R RIGHT MW TO RIGHT MW Z TO-5055LS LET SST TO-5055RS RIGHT SST TO-5055L LET MW TO-5055R RIGHT MW TO LET SST TO-5059LS LET SST TO-5059RS RIGHT SST TO-5059L LET MW TO-5059R RIGHT MW TO-5060L LET MW TO-5060R RIGHT MW TO-5062L LET MW TO-5062R RIGHT MW TO LET SPR Z TO-5066LS LET SST TO-5066RS RIGHT SST TO-5066L LET MW TO-5066R RIGHT MW TO LET MW TO-5063L LET MW TO-5063R RIGHT MW TO-5064LS LET SST TO-5064RS RIGHT SST TO-5069LS LET SST TO-5069RS RIGHT SST TO-5069L LET MW TO-5069R RIGHT MW TO LET MW T TO-5068LS LET SST TO-5068RS RIGHT SST TO-5068L LET MW TO-5068R RIGHT MW TO RIGHT SST TO-5070LS LET SST TO-5070RS RIGHT SST TO-5070L LET MW TO-5070R RIGHT MW TO LET SST TO LET MW TO LET SST TO-5067LS LET SST TO-5067RS RIGHT SST M AT TORSIO SPRIGS II: Z GI - Zinc - Gold Irridite - one 295

298 TORSIO SPRIGS CETURY UMBER I.D. Inches mm O.D. Inches mm LEG LGTH. Inches mm BODY LGTH. Inches mm In-Lbs. Deg. RATE -mm Deg. SUGG. MAX. DEL. Deg. SUGG. MAX. LOAD In-Lbs. -mm O. O COILS WID DIRECT. WIRE DIA. Inches mm SUGG. MADREL DIA. Inches mm TO-5067L LET MW TO-5067R RIGHT MW TO-5073LS LET SST TO-5073RS RIGHT SST TO-5073L LET MW TO-5073R RIGHT MW TO LET HD Z TO LET MW TO-5080LS LET SST TO-5080RS RIGHT SST TO-5080L LET MW TO-5080R RIGHT MW TO-5076LS LET SST TO-5076RS RIGHT SST TO-5076L LET MW TO-5076R RIGHT MW TO-5072LS LET SST TO-5072RS RIGHT SST TO-5072L LET MW TO-5072R RIGHT MW TO-5071LS LET SST TO-5071RS RIGHT SST TO-5071L LET MW TO-5071R RIGHT MW TO RIGHT MW TO-5077LS LET SST TO-5077RS RIGHT SST TO-5077L LET MW TO-5077R RIGHT MW TO-5082LS LET SST TO-5082RS RIGHT SST TO-5082L LET MW TO-5082R RIGHT MW TO RIGHT SST TO RIGHT SPR TO LET MW TO-5074LS LET SST TO-5074RS RIGHT SST TO-5074L LET MW TO-5074R RIGHT MW TO RIGHT SST TO-5085LS LET SST TO-5085RS RIGHT SST TO-5085L LET MW TO-5085R RIGHT MW TO-5100LS LET SST TO-5100RS RIGHT SST TO-5100L LET MW TO-5100R RIGHT MW TO-5078LS LET SST TO-5078RS RIGHT SST TO-5078L LET MW TO-5078R RIGHT MW TO-5075LS LET SST TO-5075RS RIGHT SST TO-5075L LET MW TO-5075R RIGHT MW TO-5102LS LET SST TO-5102RS RIGHT SST TO-5102L LET MW TO-5102R RIGHT MW TO-5104LS LET SST TO-5104RS RIGHT SST TO-5104L LET MW TO-5104R RIGHT MW TO LET MW Z TO RIGHT SPR TO RIGHT SPR GI TO-5079LS LET SST TO-5079RS RIGHT SST TO-5079L LET MW TO-5079R RIGHT MW TO-5091LS LET SST TO-5091RS RIGHT SST TO-5091L LET MW TO-5091R RIGHT MW TO-5093L LET MW TO-5093R RIGHT MW TO-5096L LET MW TO-5096R RIGHT MW M AT L 296 II: Z GI - Zinc - Gold Irridite - one

299 CETURY UMBER I.D. Inches mm O.D. Inches mm LEG LGTH. Inches mm BODY LGTH. Inches mm In-Lbs. Deg. RATE -mm Deg. SUGG. MAX. DEL. Deg. SUGG. MAX. LOAD In-Lbs. -mm O. O COILS WID DIRECT. WIRE DIA. Inches mm SUGG. MADREL DIA. Inches mm L TO-5107LS LET SST TO-5107RS RIGHT SST TO-5107L LET MW TO-5107R RIGHT MW TO-5095L LET MW TO-5095R RIGHT MW TO-5099L LET MW TO-5099R RIGHT MW TO-5088L LET MW TO-5088R RIGHT MW TO-5094L LET MW TO-5094R RIGHT MW TO-5098L LET MW TO-5098R RIGHT MW TO-5090L LET MW TO-5090R RIGHT MW TO RIGHT SST TO LET SST TO-5092L LET MW TO-5092R RIGHT MW TO-5106LS LET SST TO-5106RS RIGHT SST TO-5106L LET MW TO-5106R RIGHT MW TO-5103LS LET SST TO-5103RS RIGHT SST TO-5103L LET MW TO-5103R RIGHT MW TO-5081L LET MW TO-5081R RIGHT MW TO RIGHT SPR TO-5087L LET MW TO-5087R RIGHT MW TO-5083L LET MW TO-5083R RIGHT MW TO LET MW TO-5086L LET MW TO-5086R RIGHT MW TO RIGHT MW TO-5084L LET MW TO-5084R RIGHT MW TO-5089L LET MW TO-5089R RIGHT MW TO-5097LS LET SST TO-5097RS RIGHT SST TO-5097L LET MW TO-5097R RIGHT MW TO-5101LS LET SST TO-5101RS RIGHT SST TO-5101L LET MW TO-5101R RIGHT MW TO-5109LS LET SST TO-5109RS RIGHT SST TO-5109L LET MW TO-5109R RIGHT MW TO LET HD Z TO LET HD Z TO RIGHT SPR TO-5110LS LET SST TO-5110RS RIGHT SST TO-5110L LET MW TO-5110R RIGHT MW TO-5105LS LET SST TO-5105RS RIGHT SST TO-5105L LET MW TO-5105R RIGHT MW TO-5112LS LET SST TO-5112RS RIGHT SST TO-5112L LET MW TO-5112R RIGHT MW TO RIGHT SST TO LET SST TO RIGHT HD Z TO LET SPR Z TO-5108LS LET SST TO-5108RS RIGHT SST TO-5108L LET MW TO-5108R RIGHT MW TO-5111LS LET SST TO-5111RS RIGHT SST M AT TORSIO SPRIGS II: Z GI - Zinc - Gold Irridite - one 297

300 TORSIO SPRIGS CETURY UMBER I.D. Inches mm O.D. Inches mm LEG LGTH. Inches mm BODY LGTH. Inches mm In-Lbs. Deg. RATE -mm Deg. SUGG. MAX. DEL. Deg. SUGG. MAX. LOAD In-Lbs. -mm O. O COILS WID DIRECT. WIRE DIA. Inches mm SUGG. MADREL DIA. Inches mm TO-5111L LET MW TO-5111R RIGHT MW TO RIGHT SST TO LET SST TO LET MW TO RIGHT MW TO RIGHT SPR TO LET HD Z TO RIGHT MW TO-5126LS LET SST TO-5126RS RIGHT SST TO-5126L LET MW TO-5126R RIGHT MW TO-5117L LET MW TO-5117R RIGHT MW TO RIGHT SST TO-5121L LET MW TO-5121R RIGHT MW TO-5113LS LET SST TO-5113RS RIGHT SST TO-5113L LET MW TO-5113R RIGHT MW TO-5119L LET MW TO-5119R RIGHT MW TO-5122L LET MW TO-5122R RIGHT MW TO RIGHT SST TO-5128LS LET SST TO-5128RS RIGHT SST TO-5128L LET MW TO-5128R RIGHT MW TO-5116L LET MW TO-5116R RIGHT MW TO-5120L LET MW TO-5120R RIGHT MW TO-5124L LET MW TO-5124R RIGHT MW TO-5114L LET MW TO-5114R RIGHT MW TO-5118L LET MW TO-5118R RIGHT MW TO-5115L LET MW TO-5115R RIGHT MW TO-5125LS LET SST TO-5125RS RIGHT SST TO-5125L LET MW TO-5125R RIGHT MW TO-5130LS LET SST TO-5130RS RIGHT SST TO-5130L LET MW TO-5130R RIGHT MW TO-5123LS LET SST TO-5123RS RIGHT SST TO-5123L LET MW TO-5123R RIGHT MW TO-5133LS LET SST TO-5133RS RIGHT SST TO-5133L LET MW TO-5133R RIGHT MW TO RIGHT HD Z TO-5135LS LET SST TO-5135RS RIGHT SST TO LET SST TO RIGHT SST TO-5135L LET MW TO-5135R RIGHT MW TO LET HD TO-5127LS LET SST TO-5127RS RIGHT SST TO-5127L LET MW TO-5127R RIGHT MW TO-5136LS LET SST TO-5136RS RIGHT SST TO-5136L LET MW TO-5136R RIGHT MW TO LET MW TO-5129LS LET SST TO-5129RS RIGHT SST TO-5129L LET MW TO-5129R RIGHT MW M AT L 298 II: Z GI - Zinc - Gold Irridite - one

301 CETURY UMBER I.D. Inches mm O.D. Inches mm LEG LGTH. Inches mm BODY LGTH. Inches mm In-Lbs. Deg. RATE -mm Deg. SUGG. MAX. DEL. Deg. SUGG. MAX. LOAD In-Lbs. -mm O. O COILS WID DIRECT. WIRE DIA. Inches mm SUGG. MADREL DIA. Inches mm TO-5131LS LET SST TO-5131RS RIGHT SST TO-5131L LET MW TO-5131R RIGHT MW TO LET SST TO-5145LS LET SST TO-5145RS RIGHT SST TO-5145L LET MW TO-5145R RIGHT MW TO RIGHT MW TO LET MW TO LET MW TO-5132LS LET SST TO-5132RS RIGHT SST TO-5132L LET MW TO-5132R RIGHT MW TO-5134LS LET SST TO-5134RS RIGHT SST TO-5134L LET MW TO-5134R RIGHT MW TO-5154L LET MW TO-5154R RIGHT MW TO-5155L LET MW TO-5155R RIGHT MW TO-5149L LET MW TO-5149R RIGHT MW TO-5150L LET MW TO-5150R RIGHT MW TO-5156L LET MW TO-5156R RIGHT MW TO LET MW TO LET SPR Z TO LET SST TO RIGHT SST TO-5158LS LET SST TO-5158RS RIGHT SST TO-5158L LET MW TO-5158R RIGHT MW TO RIGHT SPR TO-5148L LET MW TO-5148R RIGHT MW TO-5147L LET MW TO-5147R RIGHT MW TO-5142LS LET SST TO-5142RS RIGHT SST TO-5142L LET MW TO-5142R RIGHT MW TO-5146L LET MW TO-5146R RIGHT MW TO-5152L LET MW TO-5152R RIGHT MW TO-5141L LET MW TO-5141R RIGHT MW TO-5138LS LET SST TO-5138RS RIGHT SST TO-5138L LET MW TO-5138R RIGHT MW TO-5143L LET MW TO-5143R RIGHT MW TO-5144L LET MW TO-5144R RIGHT MW TO-5157LS LET SST TO-5157RS RIGHT SST TO-5157L LET MW TO-5157R RIGHT MW TO-5140LS LET SST TO-5140RS RIGHT SST TO-5140L LET MW TO-5140R RIGHT MW TO LET MW TO LET HD TO-5151LS LET SST TO-5151RS RIGHT SST TO-5151L LET MW TO-5151R RIGHT MW TO-5137L LET MW TO-5137R RIGHT MW TO-5139L LET MW TO-5139R RIGHT MW TO-5160LS LET SST M AT L TORSIO SPRIGS II: Z GI - Zinc - Gold Irridite - one 299

302 TORSIO SPRIGS CETURY UMBER I.D. Inches mm O.D. Inches mm LEG LGTH. Inches mm BODY LGTH. Inches mm In-Lbs. Deg. RATE -mm Deg. SUGG. MAX. DEL. Deg. SUGG. MAX. LOAD In-Lbs. -mm O. O COILS WID DIRECT. WIRE DIA. Inches mm SUGG. MADREL DIA. Inches mm TO-5160RS RIGHT SST TO-5160L LET MW TO-5160R RIGHT MW TO LET SST TO-5153LS LET SST TO-5153RS RIGHT SST TO-5153L LET MW TO-5153R RIGHT MW TO-5163LS LET SST TO-5163RS RIGHT SST TO-5163L LET MW TO-5163R RIGHT MW TO-5165LS LET SST TO-5165RS RIGHT SST TO-5165L LET MW TO-5165R RIGHT MW TO-5159LS LET SST TO-5159RS RIGHT SST TO-5159L LET MW TO-5159R RIGHT MW TO-5166LS LET SST TO-5166RS RIGHT SST TO-5166L LET MW TO-5166R RIGHT MW TO-5168LS LET SST TO-5168RS RIGHT SST TO-5168L LET MW TO-5168R RIGHT MW TO-5161LS LET SST TO-5161RS RIGHT SST TO-5161L LET MW TO-5161R RIGHT MW TO LET SST TO RIGHT MW TO RIGHT SST TO-5170LS LET SST TO-5170RS RIGHT SST TO-5170L LET MW TO-5170R RIGHT MW TO RIGHT SST TO-5162LS LET SST TO-5162RS RIGHT SST TO-5162L LET MW TO-5162R RIGHT MW TO-5164LS LET SST TO-5164RS RIGHT SST TO-5164L LET MW TO-5164R RIGHT MW TO RIGHT SST TO LET SST TO LET MW TO LET SST TO-5172LS LET SST TO-5172RS RIGHT SST TO-5172L LET MW TO-5172R RIGHT MW TO-5173LS LET SST TO-5173RS RIGHT SST TO-5173L LET MW TO-5173R RIGHT MW TO-5167LS LET SST TO-5167RS RIGHT SST TO-5167L LET MW TO-5167R RIGHT MW TO-5176LS LET SST TO-5176RS RIGHT SST TO-5176L LET MW TO-5176R RIGHT MW TO-5169LS LET SST TO-5169RS RIGHT SST TO-5169L LET MW TO-5169R RIGHT MW TO LET MW TO RIGHT SST TO LET SST TO RIGHT SST TO RIGHT MW Z TO LET HD BO TO LET SST TO-5171LS LET SST M AT L 300 II: Z GI - Zinc - Gold Irridite - one

303 CETURY UMBER I.D. Inches mm O.D. Inches mm LEG LGTH. Inches mm BODY LGTH. Inches mm In-Lbs. Deg. RATE -mm Deg. SUGG. MAX. DEL. Deg. SUGG. MAX. LOAD In-Lbs. -mm O. O COILS WID DIRECT. WIRE DIA. Inches mm SUGG. MADREL DIA. Inches mm TO-5171RS RIGHT SST TO-5171L LET MW TO-5171R RIGHT MW TO-5178LS LET SST TO-5178RS RIGHT SST TO-5178L LET MW TO-5178R RIGHT MW TO-5175LS LET SST TO-5175RS RIGHT SST TO-5175L LET MW TO-5175R RIGHT MW TO-5174LS LET SST TO-5174RS RIGHT SST TO-5174L LET MW TO-5174R RIGHT MW TO-5177LS LET SST TO-5177RS RIGHT SST TO-5177L LET MW TO-5177R RIGHT MW TO-5183L LET MW TO-5183R RIGHT MW TO-5184L LET MW TO-5184R RIGHT MW TO-5185L LET MW TO-5185R RIGHT MW TO-5179L LET MW TO-5179R RIGHT MW TO-5181L LET MW TO-5181R RIGHT MW TO-5180L LET MW TO-5180R RIGHT MW TO-5182LS LET SST TO-5182RS RIGHT SST TO-5182L LET MW TO-5182R RIGHT MW TO-5189LS LET SST TO-5189RS RIGHT SST TO-5189L LET MW TO-5189R RIGHT MW TO RIGHT MW Z TO-5187LS LET SST TO-5187RS RIGHT SST TO-5187L LET MW TO-5187R RIGHT MW TO-5191LS LET SST TO-5191RS RIGHT SST TO-5191L LET MW TO-5191R RIGHT MW TO-5197LS LET SST TO-5197RS RIGHT SST TO-5186LS LET SST TO-5186RS RIGHT SST TO-5186L LET MW TO-5186R RIGHT MW TO LET SST TO RIGHT SST TO-5188LS LET SST TO-5188RS RIGHT SST TO-5188L LET MW TO-5188R RIGHT MW TO-5193LS LET SST TO-5193RS RIGHT SST TO-5193L LET MW TO-5193R RIGHT MW TO-5192LS LET SST TO-5192RS RIGHT SST TO-5192L LET MW TO-5192R RIGHT MW TO-5190LS LET SST TO-5190RS RIGHT SST TO-5190L LET MW TO-5190R RIGHT MW TO-5195LS LET SST TO-5195RS RIGHT SST TO-5195L LET MW TO-5195R RIGHT MW TO-5198LS LET SST TO-5198RS RIGHT SST TO-5200LS LET SST TO-5200RS RIGHT SST M AT L TORSIO SPRIGS II: Z GI - Zinc - Gold Irridite - one 301

304 TORSIO SPRIGS CETURY UMBER I.D. Inches mm O.D. Inches mm LEG LGTH. Inches mm BODY LGTH. Inches mm In-Lbs. Deg. RATE -mm Deg. SUGG. MAX. DEL. Deg. SUGG. MAX. LOAD In-Lbs. -mm O. O COILS WID DIRECT. WIRE DIA. Inches mm SUGG. MADREL DIA. Inches mm TO-5200L LET MW TO-5200R RIGHT MW TO-5194LS LET SST TO-5194RS RIGHT SST TO-5194L LET MW TO-5194R RIGHT MW TO LET SST TO LET MW TO-5196LS LET SST TO-5196RS RIGHT SST TO-5196L LET MW TO-5196R RIGHT MW TO RIGHT SPR TO-5201LS LET SST TO-5201RS RIGHT SST TO-5201L LET MW TO-5201R RIGHT MW TO-5202LS LET SST TO-5202RS RIGHT SST TO-5202L LET MW TO-5202R RIGHT MW TO-5217LS LET SST TO-5217RS RIGHT SST TO-5199LS LET SST TO-5199RS RIGHT SST TO-5207LS LET SST TO-5207RS RIGHT SST TO-5207L LET MW TO-5207R RIGHT MW TO-5214LS LET SST TO-5214RS RIGHT SST TO-5210L LET MW TO-5210R RIGHT MW TO-5206L LET MW TO-5206R RIGHT MW TO-5211L LET MW TO-5211R RIGHT MW TO-5208L LET MW TO-5208R RIGHT MW TO-5203L LET MW TO-5203R RIGHT MW TO-5209L LET MW TO-5209R RIGHT MW TO-5205L LET MW TO-5205R RIGHT MW TO-5204L LET MW TO-5204R RIGHT MW TO-5212L LET MW TO-5212R RIGHT MW TO RIGHT SPR Z TO-5215LS LET SST TO-5215RS RIGHT SST TO RIGHT SST TO-5213LS LET SST TO-5213RS RIGHT SST TO-5213L LET MW TO-5213R RIGHT MW TO RIGHT MW TO RIGHT SST TO-5222LS LET SST TO-5222RS RIGHT SST TO-5218LS LET SST TO-5218RS RIGHT SST TO RIGHT SST TO-5224LS LET SST TO-5224RS RIGHT SST TO-5227LS LET SST TO-5227RS RIGHT SST TO-5216LS LET SST TO-5216RS RIGHT SST TO-5216L LET MW TO-5216R RIGHT MW TO LET SST TO-5220LS LET SST TO-5220RS RIGHT SST TO-5220L LET MW TO-5220R RIGHT MW TO-5225LS LET SST TO-5225RS RIGHT SST TO-5219LS LET SST M AT L 302 II: Z GI - Zinc - Gold Irridite - one

305 CETURY UMBER I.D. Inches mm O.D. Inches mm LEG LGTH. Inches mm BODY LGTH. Inches mm In-Lbs. Deg. RATE -mm Deg. SUGG. MAX. DEL. Deg. SUGG. MAX. LOAD In-Lbs. -mm O. O COILS WID DIRECT. WIRE DIA. Inches mm SUGG. MADREL DIA. Inches mm TO-5219RS RIGHT SST TO-5219L LET MW TO-5219R RIGHT MW TO-5221LS LET SST TO-5221RS RIGHT SST TO-5226LS LET SST TO-5226RS RIGHT SST TO-5239L LET MW TO-5239R RIGHT MW TO-5241L LET MW TO-5241R RIGHT MW TO-5240L LET MW TO-5240R RIGHT MW TO-5236L LET MW TO-5236R RIGHT MW TO-5223LS LET SST TO-5223RS RIGHT SST TO-5223L LET MW TO-5223R RIGHT MW TO-5238L LET MW TO-5238R RIGHT MW TO-5237L LET MW TO-5237R RIGHT MW TO-5232L LET MW TO-5232R RIGHT MW TO-5229L LET MW TO-5229R RIGHT MW TO-5233L LET MW TO-5233R RIGHT MW TO-5230L LET MW TO-5230R RIGHT MW TO-5231L LET MW TO-5231R RIGHT MW TO-5235L LET MW TO-5235R RIGHT MW TO-5243LS LET SST TO-5243RS RIGHT SST TO-5228LS LET SST TO-5228RS RIGHT SST TO-5228L LET MW TO-5228R RIGHT MW TO-5242LS LET SST TO-5242RS RIGHT SST TO-5234LS LET SST TO-5234RS RIGHT SST TO RIGHT HD Z TO-5244LS LET SST TO-5244RS RIGHT SST TO-5247LS LET SST TO-5247RS RIGHT SST TO-5246LS LET SST TO-5246RS RIGHT SST TO-5245LS LET SST TO-5245RS RIGHT SST TO-5245L LET MW TO-5245R RIGHT MW TO-5250LS LET SST TO-5250RS RIGHT SST TO-5249LS LET SST TO-5249RS RIGHT SST TO LET MW TO-5248LS LET SST TO-5248RS RIGHT SST TO-5251LS LET SST TO-5251RS RIGHT SST TO-5252LS LET SST TO-5252RS RIGHT SST TO-5254LS LET SST TO-5254RS RIGHT SST TO-5253LS LET SST TO-5253RS RIGHT SST TO-5255LS LET SST TO-5255RS RIGHT SST TO-5256LS LET SST TO-5256RS RIGHT SST TO-5257LS LET SST TO-5257RS RIGHT SST TO-5258LS LET SST TO-5258RS RIGHT SST M AT L TORSIO SPRIGS II: Z GI - Zinc - Gold Irridite - one 303

306 TAPERED SPRIGS Century Spring stocks a large selection of conicallytapered compression springs. This configuration of spring is characterized not only by its shape, but also by the fact that its rate is normally non-linear. There is a necessary increase in the applied force to compress the spring due to the flexibility of the larger-diameter coils causing progressive contact with one another. This characteristic can be a plus for spring-supported vibrating objects by reducing the resonant (bouncing) amplitudes commonly found in constant-diameter, spring-supported systems. The conical spring has more lateral stability and less tendency to buckle than regular compression springs. Probably the most beneficial characteristic of this spring is that it can be designed so that each active coil fits within the next coil. If the needed spring for your application cannot be found in our catalog inventory, we can fabricate it for you. Often, there is no cost increase for this service because of low minimum quantity requirements. Design Information contact with one another during compression. This loss of active coils will cause it to become stiffer. The rate noted in our inventory listing is the approximate rate (average rate). Aside from any stress limits, the solid (minimum) length limit of a uniformly tapered, not fully-collapsible spring with closed ends, can be estimated from: TAPERED SPRIGS To calculate the highest stress at a given load or deflection for a tapered spring, the mean diameter of the largest active coil is input into the equations found in the Compression Spring section of this catalog. An approximate rate for a tapered spring can be calculated by inputting the springs average mean diameter into the rate equation for a regular compression spring, found in that section of this catalog. The rate for a tapered spring becomes non-linear once the larger diameter adjacent coils come in H = ( ) d 2 (OD L OD S + 2d) 2 Where: H = inal height (length), inches d = Wire diameter, inches = Total number of coils u = Largest O.D. minus smallest O.D. divided by 2n OD L = O.D. at the large end, inches OD S = O.D. at the small end, inches OTE: The tapered springs minimum compressed length may be stress limited. Call us and we ll check. 2 Spring Characteristics Materials The highest grade of spring wire is used for fabricating our springs. Certifications of conformance for geometric tolerances are available for our stock springs upon request. See the Custom Spring section of this catalog if material certifications or unique materials are required. The following materials are used in the fabrication of our tapered springs. Spring Steel is a broad term for: Music wire Hard-drawn wire Oil-tempered wire Stainless Steel (300 series) Phosphor-Bronze inish The finishes available for tapered springs are as indicated in the inish column of our inventory listings found in the following pages which include: Zinc Gold Irridite Black Oxide Passivated (upon request) one (can be plated upon request) 304

307 CETURY UMBER O.D. Inches I.D. Inches REE LGTH. Inches WIRE DIA. Inches AVERAGE RATE Lbs./In. APPROX. SOLID HT. MATERIAL TOTAL COILS EDS II TA X SPR C ZIC TA X SST 6.00 C OE TA X SPR C OE TA X SST 9.00 C OE TA X SST 3.00 C OE TA X SPR C OE TA X SST 3.50 C OE TA X SST C OE TA X SST C OE TA X SST 8.25 C OE TA X SPR 6.00 C BLK/OX TA X SPR C OE TA X SST 5.00 C OE TA X SPR 4.25 C ZIC TA X MW 3.75 C ZIC TA X SPR 7.50 C OE TA X SST 9.50 C OE TA X SPR 6.00 C BLK/OX TA X SPR 5.00 C OE TA X SPR 6.50 C BLK/OX TA X SST 6.25 C OE TA X SST 7.25 C OE TA X MW 6.00 C ZIC TA X SPR 3.00 C OE TA X SPR 6.00 C ZIC TA X SST 9.50 C OE TA X SPR C ZIC TA X SST 6.25 C OE TA X SST C OE TA X SST 8.00 C OE TA X SST 4.00 C OE TA X SST 5.00 C OE TA X SPR C ZIC TA X SST 8.00 C OE TA X SPR 6.25 C ZIC TA X SPR 4.00 C ZIC TA X SPR 4.50 C ZIC TA X SST 3.00 C OE TA X SST 8.00 C OE TA X SST 7.00 C OE TA X SPR 4.50 C ZIC TA X SPR 4.25 C ZIC TA X SST 4.00 C OE TA X SST C OE TA X SPR C ZIC TA X SST 5.00 CG OE TA X SPR 4.25 CG OE TA X SPR 5.00 C ZIC TA X SST 6.50 C OE TA X SST 6.75 C OE TA X SST 4.00 C OE TA X SST 7.50 CG OE TA X SST 9.00 C OE TA X SST 9.00 C OE TA X SST C OE TA X SST 9.00 C OE TA X SPR 8.00 C OE TA X SPR 4.50 C OE TA X SPR 4.00 C ZIC TA X SPR 4.50 C ZIC TA X SPR C BLK/OX TA X MW 7.00 C BLK/OX TA X SST C OE TA X SST 9.25 C OE TA X MW 5.00 C ZIC TA X SST 6.25 C OE TA X SPR 3.50 C OE TA X SPR 5.00 C OE TA X SPR 5.00 C ZIC TA X SPR 9.00 C BLK/OX TA X SPR C OE TA X SST C OE TA X SST C OE TA X SPR 2.50 C ZIC TA X SPR C OE TA X SPR 4.25 C ZIC TA X SST 4.25 C OE TA X SPR CG OE TA X SST 7.00 C OE TA X SPR 7.00 C BLK/OX TAPERED SPRIGS EDS: C G O - Closed - Ground - Open 305

308 TAPERED SPRIGS CETURY UMBER O.D. Inches I.D. Inches REE LGTH. Inches WIRE DIA. Inches AVERAGE RATE Lbs./In. APPROX. SOLID HT. MATERIAL TOTAL COILS EDS II TA X SST 5.75 C OE TA X SPR 6.00 C ZIC TA X SPR 5.75 C BLK/OX TA X SPR 5.75 C ZIC TA X SST 6.25 CG OE TA X SST 4.00 C OE TA X SST 5.75 C OE TA X SPR 9.50 C ZIC TA X PB 8.00 C OE TA X SPR 9.00 C OE TA X SPR 9.00 C ZIC TA X SST 4.50 C OE TA X SST 6.00 C OE TA X SST 4.50 C OE TA X SPR 8.00 C OE TA X SST 5.00 CG OE TA X SST 4.00 C OE TA X SST 3.50 C OE TA X SST 9.00 C OE TA X SST 4.50 C OE TA X SPR 9.00 C ZIC TA X SPR 5.00 C OE TA X SST C OE TA X SST CG OE TA X SST 3.50 C OE TA X SST C OE TA X SST C OE TA X SST 4.50 C OE TA X SST 8.00 C OE TA X SST 4.50 C OE TA X SST 7.25 C OE TA X SST 4.00 C OE TA X SST 4.00 C OE TA X SST 6.00 C OE TA X SST CG OE TA X MW 3.00 C ZIC TA X SPR 9.00 C ZIC TA X SPR 5.75 C ZIC TA X PB 4.00 C OE TA X SST 3.50 C OE TA X SST 9.25 CG OE TA X SST C OE TA X PB 4.00 C OE TA X SPR 4.50 C ZIC TA X SPR 9.50 C OE TA X SPR CG ZIC TA X SST 7.50 C OE TA X SPR C ZIC TA X SST 4.00 C OE TA X SST 7.50 C OE TA X SST 6.00 CG OE TA X SST 3.50 CG OE TA X SPR 7.00 C OE TA X SPR 5.75 CG OE TA X SST 8.00 C OE TA X SST 7.00 C OE TA X SST C OE TA X MW 5.25 C OE TA X SST 7.75 C OE TA X SPR 8.00 C OE TA X SST 4.25 C OE TA X SST 8.00 CG OE TA X SST 6.50 C OE TA X SPR 6.00 CG ZIC TA X SPR 4.50 C ZIC TA X SPR 4.00 C ZIC TA X SPR 3.50 C ZIC TA X PB 7.00 C OE TA X SST 4.00 C OE TA X SPR 4.00 C ZIC TA X SST 6.75 CG OE TA X MW 3.50 C OE TA X SPR 3.50 CG ZIC TA X SPR 3.00 C ZIC TA X SPR 6.50 C BLK/OX TA X SST 7.50 C OE TA X SPR 6.50 C ZIC TA X SPR 7.00 CG OE TA X SST 4.50 C OE TA X SPR CG OE 306 EDS: C G O - Closed - Ground - Open

309 CETURY UMBER O.D. Inches I.D. Inches REE LGTH. Inches WIRE DIA. Inches AVERAGE RATE Lbs./In. APPROX. SOLID HT. MATERIAL TOTAL COILS EDS II TA X SPR 4.00 C OE TA X SST 9.00 C OE TA X SPR 7.50 C OE TA X MW 7.25 C OE TA X SPR CG ZIC TA X SST 4.00 C OE TA X SPR 5.00 CG ZIC TA X SPR 3.00 C ZIC TA X SST 3.50 C OE TA X SST 4.25 C OE TA X SST 4.50 C OE TA X SPR 8.00 C GLD/IR TA X SPR 7.75 C GLD/IR TA X SST 6.00 C OE TA X SST 7.75 C OE TA X SPR C GLD/IR TA X SPR 3.75 C ZIC TA X SST 6.00 C OE TA X SST 8.00 C OE TA X SST 9.50 C OE TA X SST 6.75 C OE TA X SST 7.00 C OE TA X SST 4.00 C OE TA X SPR 5.50 C ZIC TA X SPR 8.00 C OE TA X SPR 6.50 C ZIC TA X SST 8.00 C OE TA X SPR 4.50 C ZIC TA X SST 4.50 C OE TA X SST 5.25 C OE TA X SST 6.25 C OE TA X SST 6.50 C OE TA X SST 8.75 C OE TA X SST 5.25 C OE TA X SST C OE TA X SST 8.00 C OE TA X SST C OE TA X SPR 4.00 C OE TA X SPR 5.00 CG ZIC TA X SPR 6.75 C OE TA X SPR 7.00 C ZIC TA X SST C OE TA X SST 6.00 C OE TA X SST 5.00 C OE TA X SPR 5.00 C OE TA X SPR 5.00 CG ZIC TA X SST 4.50 C OE TA X SST 2.50 C OE TA X SST 5.50 C OE TA X SPR 5.00 C ZIC TA X SPR CG ZIC TA X HD 7.75 C ZIC TA X SPR 7.50 CL OE TA X SPR 3.00 C ZIC TA X SPR 4.00 C ZIC TA X SPR 4.00 C ZIC TA X SPR 2.50 C OE TA X SST 5.50 C OE TA X SPR 5.00 C OE TA X SST 8.00 CG OE TA X SPR 5.00 C ZIC TA X SPR 4.75 C OE TA X SPR 6.00 C ZIC TA X HD 5.00 C ZIC TA X SST 7.00 C OE TA X SST 4.00 C OE TA X SST 3.75 C OE TA X SST 5.00 C OE TA X SPR 6.50 C OE TA X SPR 8.25 CG ZIC TA X SST 9.00 CG OE TA X SST 5.00 CG OE TA X SPR 7.50 C ZIC TA X SPR 4.50 C OE TA X SPR 8.00 C OE TA X SST 4.25 CG OE TA X SPR CG ZIC TA X SPR 3.00 C OE TA X SPR 3.75 CG OE TA X SST 3.50 C OE TAPERED SPRIGS EDS: C G O - Closed - Ground - Open 307

310 TAPERED SPRIGS CETURY UMBER O.D. Inches I.D. Inches REE LGTH. Inches WIRE DIA. Inches AVERAGE RATE Lbs./In. APPROX. SOLID HT. MATERIAL TOTAL COILS EDS II TA X SST 6.50 C OE TA X SST 4.00 C OE TA X SPR 4.50 CG OE TA X SST 3.00 CG OE TA X SPR 3.50 C ZIC TA X SPR 7.00 CG OE TA X SPR 8.50 CG ZIC TA X SST 3.75 C OE TA X SPR 5.75 C ZIC TA X SST 4.00 CG OE TA X SST 4.25 C OE TA X SST 3.75 C OE TA X SPR 7.25 C ZIC TA X SST 4.00 C OE TA X SPR 4.00 C ZIC TA X SPR 5.50 CG ZIC TA X SPR CG ZIC TA X SPR 7.00 CG GLD/IR TA X SPR 6.25 C OE TA X SST 4.50 C OE TA X SST 5.00 C OE TA X SST 5.50 C OE TA X SST 3.75 C OE TA X SPR 6.00 C OE TA X SST 3.50 C OE TA X SST 4.00 C OE TA X SST 3.50 O OE TA X SST 4.00 C OE TA X SST 5.00 C OE TA X SPR 4.00 C OE TA X SST 4.50 C OE TA X SST 4.00 C OE TA X SPR 4.50 CG ZIC TA X SST 4.00 C OE TA X SST 5.00 C OE TA X SST 5.00 C OE TA X SST 3.00 C OE TA X SST 2.75 C OE TA X SPR 3.00 C OE TA X SST CG OE TA X SST 3.00 C OE TA X SPR 9.00 CG OE TA X SST 6.50 C OE TA X SPR 5.00 CG OE TA X SPR 4.00 C OE TA X SST 7.00 C OE TA X HD 7.13 CG ZIC TA X SPR 4.00 C ZIC TA X SST 6.50 C OE TA X SPR 4.00 C ZIC TA X SST 6.75 C OE TA X SPR CG ZIC TA X SST 3.50 C OE TA X SPR 7.00 CG ZIC TA X HD 7.25 CG ZIC TA X SPR 6.00 CG ZIC TA X SPR 4.00 CG ZIC TA X SPR 6.25 CG ZIC TA X SPR 3.50 C OE TA X SPR 7.00 C OE TA X SPR 5.00 CG ZIC TA X SST 8.50 CG OE TA X SPR 6.00 C OE TA X SPR 7.50 C ZIC TA X SPR 7.00 CG ZIC TA X SST 8.50 CG OE TA X SST 6.00 C OE TA X SPR 8.88 CG ZIC TA X SPR CG ZIC TA X SST 6.25 C OE TA X HD 7.00 CG ZIC TA X SST C OE TA X SPR 3.50 CG OE TA X SST 4.00 CG OE TA X SST 7.00 C OE TA X SST 3.00 C OE TA X SPR 9.50 CG ZIC TA X SPR 4.00 C OE TA X SPR 3.88 C OE TA X SST 9.25 CG OE 308 EDS: C G O - Closed - Ground - Open

311 CETURY UMBER O.D. Inches I.D. Inches REE LGTH. Inches WIRE DIA. Inches AVERAGE RATE Lbs./In. APPROX. SOLID HT. MATERIAL TOTAL COILS EDS II TA X SPR 7.88 CG ZIC TA X SPR C ZIC TA X SST 3.50 C OE TA X SST 8.50 CG OE TA X SST 7.00 C OE TA X SST 4.25 C OE TA X SST 3.00 CG OE TA X SPR 5.75 CG OE TA X SST 8.50 CG OE TA X SST 8.00 CG OE TA X SST 5.00 C OE TA X SST 7.00 CG OE TA X SPR C ZIC TA X SPR 9.25 CG OE TA X SST 9.50 C OE TA X SPR 5.50 C OE TA X SPR 9.50 CG ZIC TA X SST 4.50 CG OE TA X SPR 4.25 C ZIC TA X SPR 4.50 C ZIC TA X SST CG OE TA X SST 5.00 CG OE TA X SPR 7.00 C ZIC TA X SST 6.50 CG OE TA X SST 7.00 CG OE TA X SST 3.50 C OE TA X SPR 5.00 C ZIC TA X SST 8.50 CG OE TA X SST 5.50 C OE TA X SST 4.50 C OE TA X SPR 7.00 C OE TA X SPR 9.25 CG ZIC TA X SPR CG ZIC TA X SPR CG ZIC COSTAT RATE TAPERED SPRIGS CETURY UMBER O.D. Inches APPROX. REE LGTH. LOAD AT 50% REE LEGTH WIRE DIA. Inches SPRIG RATE WID DIR. EDS MATERIAL II TA-7000S.360 X RHW CLOSED 302 SS OE TA-7001S.420 X RHW CLOSED 302 SS OE TA-7002S.420 X RHW CLOSED 302 SS OE TA-7003S.420 X RHW CLOSED 302 SS OE TA-7004S.420 X RHW CLOSED 302 SS OE TA-7005S.420 X RHW CLOSED 302 SS OE TA-7006S.420 X RHW CLOSED 302 SS OE TA-7007S.480 X RHW CLOSED 302 SS OE TA-7008S.480 X RHW CLOSED 302 SS OE TA-7009S.480 X RHW CLOSED 302 SS OE TA-7010S.480 X RHW CLOSED 302 SS OE TA-7011S.480 X RHW CLOSED 302 SS OE TA-7012S.480 X RHW CLOSED 302 SS OE TA-7013S.480 X RHW CLOSED 302 SS OE TA-7014S.480 X RHW CLOSED 302 SS OE TA-7015S.480 X RHW CLOSED 302 SS OE TA-7016S.480 X RHW CLOSED 302 SS OE TA-7017S.480 X RHW CLOSED 302 SS OE TA-7018S.480 X RHW CLOSED 302 SS OE TA-7019S.600 X RHW CLOSED 302 SS OE TA-7020S.600 X RHW CLOSED 302 SS OE TA-7021S.600 X RHW CLOSED 302 SS OE TA-7022S.600 X RHW CLOSED 302 SS OE TA-7023S.600 X RHW CLOSED 302 SS OE TA-7024S.600 X RHW CLOSED 302 SS OE TA-7025S.600 X RHW CLOSED 302 SS OE TA-7026S.600 X RHW CLOSED 302 SS OE TA-7027S.600 X RHW CLOSED 302 SS OE TA-7028S.600 X RHW CLOSED 302 SS OE TA-7029S.600 X RHW CLOSED 302 SS OE TA-7030S.600 X RHW CLOSED 302 SS OE TA-7031S.600 X RHW CLOSED 302 SS OE TA-7032S.600 X RHW CLOSED 302 SS OE TA-7033S.600 X RHW CLOSED 302 SS OE TAPERED SPRIGS EDS: C G O - Closed - Ground - Open 309

312 COSTAT RATE TAPERED SPRIGS TAPERED SPRIGS CETURY UMBER O.D. Inches APPROX. REE LGTH. LOAD AT 50% REE LEGTH WIRE DIA. Inches SPRIG RATE WID DIR. EDS MATERIAL II TA-7034S.600 X RHW CLOSED 302 SS OE TA-7035S.600 X RHW CLOSED 302 SS OE TA-7036S.600 X RHW CLOSED 302 SS OE TA-7037S.600 X RHW CLOSED 302 SS OE TA-7038S.600 X RHW CLOSED 302 SS OE TA-7039S.600 X RHW CLOSED 302 SS OE TA-7040S.600 X RHW CLOSED 302 SS OE TA-7041S.720 X RHW CLOSED 302 SS OE TA-7042S.720 X RHW CLOSED 302 SS OE TA-7043S.720 X RHW CLOSED 302 SS OE TA-7044S.720 X RHW CLOSED 302 SS OE TA-7045S.720 X RHW CLOSED 302 SS OE TA-7046S.720 X RHW CLOSED 302 SS OE TA-7047S.720 X RHW CLOSED 302 SS OE TA-7048S.720 X RHW CLOSED 302 SS OE TA-7049S.720 X RHW CLOSED 302 SS OE TA-7050S.720 X RHW CLOSED 302 SS OE TA-7051S.720 X RHW CLOSED 302 SS OE TA-7052S.720 X RHW CLOSED 302 SS OE TA-7053S.720 X RHW CLOSED 302 SS OE TA-7054S.720 X RHW CLOSED 302 SS OE TA-7055S.720 X RHW CLOSED 302 SS OE TA-7056S.720 X RHW CLOSED 302 SS OE TA-7057S.720 X RHW CLOSED 302 SS OE TA-7058S.720 X RHW CLOSED 302 SS OE TA-7059S.720 X RHW CLOSED 302 SS OE TA-7060S.720 X RHW CLOSED 302 SS OE TA-7061S.720 X RHW CLOSED 302 SS OE TA-7062S.720 X RHW CLOSED 302 SS OE TA-7063S.850 X RHW CLOSED 302 SS OE TA-7064S.850 X RHW CLOSED 302 SS OE TA-7065S.850 X RHW CLOSED 302 SS OE TA-7066S.850 X RHW CLOSED 302 SS OE TA-7067S.850 X RHW CLOSED 302 SS OE TA-7068S.850 X RHW CLOSED 302 SS OE TA-7069S.850 X RHW CLOSED 302 SS OE TA-7070S.850 X RHW CLOSED 302 SS OE TA-7071S.850 X RHW CLOSED 302 SS OE TA-7072S.850 X RHW CLOSED 302 SS OE TA-7073S.850 X RHW CLOSED 302 SS OE TA-7074S.850 X RHW CLOSED 302 SS OE TA-7075S.850 X RHW CLOSED 302 SS OE TA-7076S.850 X RHW CLOSED 302 SS OE TA-7077S.850 X RHW CLOSED 302 SS OE TA-7078S.850 X RHW CLOSED 302 SS OE TA-7079S.850 X RHW CLOSED 302 SS OE TA-7080S.850 X RHW CLOSED 302 SS OE TA-7081S.850 X RHW CLOSED 302 SS OE TA-7082S.975 X RHW CLOSED 302 SS OE TA-7083S.975 X RHW CLOSED 302 SS OE TA-7084S.975 X RHW CLOSED 302 SS OE TA-7085S.975 X RHW CLOSED 302 SS OE TA-7086S.975 X RHW CLOSED 302 SS OE TA-7087S.975 X RHW CLOSED 302 SS OE TA-7088S.975 X RHW CLOSED 302 SS OE TA-7089S.975 X RHW CLOSED 302 SS OE TA-7090S.975 X RHW CLOSED 302 SS OE TA-7091S.975 X RHW CLOSED 302 SS OE TA-7092S.975 X RHW CLOSED 302 SS OE TA-7093S.975 X RHW CLOSED 302 SS OE TA-7094S.975 X RHW CLOSED 302 SS OE TA-7095S.975 X RHW CLOSED 302 SS OE TA-7096S.975 X RHW CLOSED 302 SS OE TA-7097S.975 X RHW CLOSED 302 SS OE TA-7098S.975 X RHW CLOSED 302 SS OE TA-7099S.975 X RHW CLOSED 302 SS OE 310 EDS: C G O - Closed - Ground - Open

313 Century Spring offers a complete line of die springs in both oil-tempered and chrome-alloy materials. Die springs are used primarily in die machinery. They are, DIE SPRIGS Selecting a Die Spring: however, well-suited for many applications where highstatic or shock-load stresses are required, or when maximum cycle-life is important. If the application is for a die set, always use as many springs as the die will accommodate to produce the required load and cause the least amount of deflection. This will increase the service-life and reduce the chances of early failure. Decide if the springs will be used for short or long runs, average or high-frequency cycling, or high stress in order to select the duty-level capability found in the following pages of inventory. The higher the rate of cycling, the higher the rate of fatigue-caused failures. In slow-oscillating dies or fixtures, it is possible to get good performance with springs operating near maximum deflection. As the working speed increases, the life expectancy of the spring at that deflection decreases. The following chart indicates how the load-carrying capability of the die spring increases by scanning through the color code range of the 3" long spring s increasing duty capability. OTE: The suggested maximum deflections are expressed as percentages of free length. These guideline limits are important for extended service life. DIE SPRIGS 311

314 Holes and Rod Diameter The die spring containment hole diameter sizes tabulated in the following pages of inventory must be considered to eliminate possible spring-to-wall friction caused by heat, wear due to fabrication tolerances, and interference from the spring diameter growth due to compression. If the spring is long for its diameter, an internal supporting rod may be required to eliminate spring buckling. Heat Thermal effects are frequently ignored in spring failure or load-loss analysis. The maximum rated service temperature for chrome-alloy steel is about 440. The following table reflects the approximate load losses due to heat that can be expected with die springs. Stress Determination The die wire stress can be estimated with the rectangular wire equation: Spring Characteristics DIE SPRIGS 312 Where: P = Load, lbs. D = Mean coil diameter, (O.D. - d) inches b = Wire width (radially), inches t = Wire thickness, inches β = Stress-correction factor, see below Material All of our die springs are fabricated from the most efficient wire cross section, which is rectangular with rounded corners. The oiltempered die springs are offered for die sets and general use at a reduced cost. A very long service life may be expected from oiltempered springs if their maximum deflection is held to about 25 percent of their length. The highest grade of electrically-furnaced, shotpeened and preset chrome-alloy steel die springs are offered for unsurpassed quality. inish Die springs of oil-tempered material are available as unfinished only. A color coding system is employed for our chrome-alloy line for instant visual identification of the spring s work range and to prevent errors in spring selection and installation. The color coding is a light coating of water-based paint. CHROME ALLOY COLOR RAGE Blue Light Duty Red Medium Duty Gold Heavy Duty Green Extra-Heavy Duty CHROME SILICO COLOR RAGE Green Light Load Blue Medium Load Red Heavy Load Yellow Extra-Heavy Load

315 DIE SPRIGS MEDIUM-DUTY OIL TEMPERED CETURY UMBER HOLE SIZE (Inches) ROD SIZE (Inches) WIRE DIA (Inches) REE LEGTH (Inches) RATE (Lbs./In.) APPROX. MAXIMUM DELECTIO* 40% O REE LEGTH ORCE LBS. DEL. I. DELECTIO OR AVERAGE LIE 25% O REE LEGTH ORCE LBS. DEL. I. D D D D-4 9/16 1/ D-5 X D D D D D D D D D-14 5/8 1/ D-15 X D D D D D D D D-23 3/4 3/ D-24 X D D D D D D D D D D-34 7/8 7/ D-35 X D D D D D D D D D D / D-46 X D D D D D D D D D D D /16 1/ D-58 X D D D D D D D D D D D /8 9/ D-70 X D D D D D D D /4 5/ D-78 X D D * Loads near solid lengths for reference only; overstressed condition. 313 DIE SPRIGS

316 DIE SPRIGS MEDIUM-DUTY OIL TEMPERED CETURY UMBER HOLE SIZE (Inches) ROD SIZE (Inches) WIRE DIA (Inches) REE LEGTH (Inches) RATE (Lbs./In.) APPROX. MAXIMUM DELECTIO * 40% O REE LEGTH ORCE LBS. DEL. I. * Loads near solid lengths for reference only; overstressed condition. DELECTIO OR AVERAGE LIE 25% O REE LEGTH ORCE LBS. DEL. I. D D D /4 5/ D-84 X D D D D D D D D /2 3/ D-93 X D D D D D D D D D /4 7/ D-103 X D D D D D D D D D D D D-115 X D D D D D D DIE SPRIGS 36" LEGTH OIL TEMPERED DIE SPRIGS CETURY UMBER HOLE SIZE (Inches) ROD SIZE (Inches) REE LEGTH (Inches) D X D X D X D X D X D X D X D X D X D X D X Maximum Deflection Approximately 40% of ree Length WIRE DIA (Inches) SOLID LOAD (Lbs.) 314

317 DIE SPRIGS LIGHT-DUTY CHROME ALLOY (BLUE) CETURY UMBER HOLE SIZE (Inches) ROD SIZE (Inches) WIRE DIA (Inches) REE LEGTH (Inches) RATE (Lbs./In.) APPROX. MAX. DELECTIO* 50% O REE LEGTH ORCE LBS. DEL. I. DELECTIO OR AVERAGE LIE 40% O REE LEGTH ORCE LBS. DEL. I. DELECTIO OR LOG LIE 25% O REE LEGTH ORCE LBS. DEL. I. D D D /8 3/ D-1103-A X D D D D-1106-A D D D D-1109-A 1/2 9/ D-1110 X D D D D-1113-A D D D D-1116-A D /8 11/ D-1118 X D D D D-1121-A D D-1122-A D D-1123-A D D /4 3/8.165 D D-1127 X D D D D D D-1132-A D D-1133-A D D-1134-A D D / D-1137 X D D D D D D D D D-1145-A D D-1146-A D D D D D D /4 5/ D-1153 X D D D D D D-1158-A D /2 3/4.345 D X D D D DIE SPRIGS * Loads near solid lengths for reference only; overstressed condition. 315

318 DIE SPRIGS LIGHT-DUTY CHROME ALLOY (BLUE) CETURY UMBER HOLE SIZE (Inches) ROD SIZE (Inches) WIRE DIA (Inches) REE LEGTH (Inches) RATE (Lbs./In.) APPROX. MAX. DELECTIO* 50% O REE LEGTH ORCE LBS. DEL. I. DELECTIO OR AVG. LIE 40% O REE LEGTH ORCE LBS. DEL. I. DELECTIO OR LOG LIE 25% O REE LEGTH ORCE LBS. DEL. I. D D D /2 3/ D-1167 X D D D D-1170-A D D D D D D D-1177 X D D D D D-1181-A DIE SPRIGS DIE SPRIGS MEDIUM-DUTY CHROME ALLOY (RED) CETURY UMBER HOLE SIZE (Inches) ROD SIZE (Inches) WIRE DIA (Inches) REE LEGTH (Inches) RATE (Lbs./In.) APPROX. MAX. DELECTIO* 37% O REE LEGTH ORCE LBS. DEL. I. SUGG. AVG. DELECTIO 25% O REE LEGTH ORCE LBS. DEL. I. SUGG. LOG LIE DELECTIO 20% O REE LEGTH ORCE LBS. DEL. I. D D D /8 3/ D-1203-A X D D D D-1206-A D D D D-1209-A 1/2 9/ D-1210 X D D D D-1213-A D D D D-1216-A 5/8 11/ D-1217 X D D D D D-1221-A D D-1222-A D D-1223-A D D D /4 3/ D-1227 X D D D D D D-1232-A D D-1233-A 1 1/ D-1234 X D-1234-A D D * Loads near solid lengths for reference only; overstressed condition.

319 DIE SPRIGS MEDIUM-DUTY CHROME ALLOY (RED) CETURY UMBER HOLE SIZE (Inches) ROD SIZE (Inches) WIRE DIA (Inches) REE LEGTH (Inches) RATE (Lbs./In.) APPROX. MAX. DELECTIO* 37% O REE LEGTH ORCE LBS. DEL. I. SUGG. AVG. DELECTIO 25% O REE LEGTH ORCE LBS. DEL. I. SUGG. LOG LIE DELECTIO 20% O REE LEGTH ORCE LBS. DEL. I. D D D D / D-1241 X D D D D D-1245-A D D-1246-A D D D D D /4 5/ D-1252 X D D D D D D D-1258-A D D D D D D /2 3/4.312 D D-1266 X D D D D D-1270-A D D D D D D-1276 X D D D D D D-1281-A DIE SPRIGS HEAVY-DUTY CHROME ALLOY (GOLD) CETURY UMBER HOLE SIZE (Inches) ROD SIZE (Inches) WIRE DIA (Inches) REE LEGTH (Inches) RATE (Lbs./In.) APPROX. MAX. DELECTIO* 30% O REE LEGTH ORCE LBS. DEL. I. DELECTIO OR AVERAGE LIE 20% O REE LEGTH ORCE LBS. DEL. I. DELECTIO OR LOG LIE 15% O REE LEGTH ORCE LBS. DEL. I. D D D D-1303-A 3/8 3/ D-1304 X D D D-1306-A D D D D-1309-A 1/2 9/ D-1310 X D D D D-1313-A D D D /8 11/ D-1316-A X D D * Loads near solid lengths for reference only; overstressed condition. 317 DIE SPRIGS

320 DIE SPRIGS DIE SPRIGS HEAVY-DUTY CHROME ALLOY (GOLD) CETURY UMBER HOLE SIZE (Inches) ROD SIZE (Inches) WIRE DIA (Inches) REE LEGTH (Inches) RATE (Lbs./In.) APPROX. MAX. DELECTIO* 30% O REE LEGTH ORCE LBS. DEL. I. DELECTIO OR AVERAGE LIE 20% O REE LEGTH ORCE LBS. DEL. I. DELECTIO OR LOG LIE 15% O REE LEGTH ORCE LBS. DEL. I. D /8 11/ D X D D-1321-A D D-1322-A D D-1323-A D D D /4 3/ D-1327 X D D D D D D-1332-A D D-1333-A D D-1334-A D D D D / D-1339 X D D D D D D D-1345-A D D-1346-A D D D D D /4 5/ D-1352 X D D D D D D D-1358-A D D D D D D /2 3/ D-1365 X D D D D D D-1370-A D D D D D D-1376 X D D D D D D-1381-A * Loads near solid lengths for reference only; overstressed condition.

321 DIE SPRIGS EXTRA HEAVY-DUTY CHROME ALLOY (GREE) CETURY UMBER HOLE SIZE (Inches) ROD SIZE (Inches) WIRE DIA (Inches) REE LEGTH (Inches) RATE (Lbs./In.) APPROX. MAX. DELECTIO* 25% O REE LEGTH ORCE LBS. DEL. I. DELECTIO OR AVERAGE LIE 17% O REE LEGTH ORCE LBS. DEL. I. DELECTIO OR LOG LIE 15% O REE LEGTH ORCE LBS. DEL. I. D D D /8 3/ D-1404 X D D D D D D D D /2 9/ D-1413 X D D D D D D D D D /8 11/ D-1423 X D D D D D D D D D D /4 3/ D-1434 X D D D D D D D D D D D / D-1446 X D D D D D D D D D D /4 5/ D-1457 X D D D D D D D D D D /2 3/ D-1468 X D D D D D D D D D D D-1479 X D D D D * Loads near solid lengths for reference only; overstressed condition. 319 DIE SPRIGS

322 DIE SPRIGS LIGHT LOAD CHROME SILICO (GREE) DIE SPRIGS 320 CETURY UMBER HOLE SIZE (Inches) ROD SIZE (Inches) WIRE DIA (Inches) REE LEGTH (Inches) RATE (Lbs./In.) DELECTIO OR LOG LIE 25% O REE LEGTH ORCE LBS. DEL. I. D D D D /8 3/ D X D D D D D D D /2 9/ D X D D D D D D D D D /8 11/ D X D D D D D D D D D D /4 3/ D X D D D D D D D D D D D D D D / D X D D D D D D D D D D D D D D D D /4 5/ D X D D D D D D D D D D /2 3/ D X D D D * Loads near solid lengths for reference only; overstressed condition. DELECTIO OR LOG LIE 30% O REE LEGTH ORCE LBS. DEL. I. MAX. OPERATIG DELECTIO 40% O REE LEGTH ORCE LBS. DEL. I.

323 DIE SPRIGS LIGHT LOAD CHROME SILICO (GREE) CETURY DELECTIO OR LOG LIE DELECTIO OR LOG LIE MAX. OPERATIG DELECTIO HOLE SIZE ROD SIZE WIRE DIA REE LEGTH RATE 25% O REE LEGTH 30% O REE LEGTH 40% O REE LEGTH (Inches) (Inches) (Inches) (Inches) (Lbs./In.) UMBER ORCE LBS. DEL. I. ORCE LBS. DEL. I. ORCE LBS. DEL. I. D D /2 3/ D X D D D D D D D D D X D D D D D D D D D /2 1-1/ D X D D D D D DIE SPRIGS MEDIUM LOAD CHROME SILICO (BLUE) CETURY DELECTIO OR LOG LIE DELECTIO OR LOG LIE MAX. OPERATIG DELECTIO HOLE SIZE ROD SIZE WIRE DIA REE LEGTH RATE 25% O REE LEGTH 30% O REE LEGTH 37.5% O REE LEGTH (Inches) (Inches) (Inches) (Inches) (Lbs./In.) UMBER ORCE LBS. DEL. I. ORCE LBS. DEL. I. ORCE LBS. DEL. I. D D D D /8 3/ D X D D D D D D D /2 9/ D X D D D D D D D D D /8 11/ D X D D D D D D D D D D D /4 3/ D X D D D D D D D D / D X D * Loads near solid lengths for reference only; overstressed condition. 321 DIE SPRIGS

324 DIE SPRIGS MEDIUM LOAD CHROME SILICO (BLUE) DIE SPRIGS 322 CETURY UMBER HOLE SIZE (Inches) ROD SIZE (Inches) WIRE DIA (Inches) REE LEGTH (Inches) RATE (Lbs./In.) D D D D D / D X D D D D D D D D D D D D D /4 5/ D X D D D D D D D D D D D D D D /2 3/ D X D D D D D D D D D D D D X D D D D D D D D D D D /2 1-1/ D X D D D D D DIE SPRIGS HEAVY LOAD CHROME SILICO (RED) CETURY UMBER HOLE SIZE (Inches) ROD SIZE (Inches) WIRE DIA (Inches) REE LEGTH (Inches) RATE (Lbs./In.) DELECTIO OR LOG LIE 25% O REE LEGTH ORCE LBS. DEL. I. DELECTIO OR LOG LIE 20% O REE LEGTH ORCE LBS. DEL. I. D D D D /8 3/ D X D D D * Loads near solid lengths for reference only; overstressed condition. DELECTIO OR LOG LIE 30% O REE LEGTH ORCE LBS. DEL. I. DELECTIO OR LOG LIE 25% O REE LEGTH ORCE LBS. DEL. I. MAX. OPERATIG DELECTIO 37.5% O REE LEGTH ORCE LBS. DEL. I. MAX. OPERATIG DELECTIO 30% O REE LEGTH ORCE LBS. DEL. I.

325 DIE SPRIGS HEAVY LOAD CHROME SILICO (RED ) CETURY UMBER HOLE SIZE (Inches) ROD SIZE (Inches) WIRE DIA (Inches) REE LEGTH (Inches) RATE (Lbs./In.) DELECTIO OR LOG LIE 20% O REE LEGTH ORCE LBS. DEL. I. DELECTIO OR LOG LIE 25% O REE LEGTH ORCE LBS. DEL. I. MAX. OPERATIG DELECTIO 30% O REE LEGTH ORCE LBS. DEL. I. D D D D /2 9/ D X D D D D D D D D D /8 11/ D X D D D D D D D D D D /4 3/ D X D D D D D D D D D D D D D D / D X D D D D D D D D D D D D D D D /4 5/ D X D D D D D D D D D D D D D /2 3/4.328 D X D D D D D D D D X D * Loads near solid lengths for reference only; overstressed condition. 323 DIE SPRIGS

326 DIE SPRIGS HEAVY LOAD CHROME SILICO (RED) CETURY UMBER HOLE SIZE (Inches) ROD SIZE (Inches) WIRE DIA (Inches) REE LEGTH (Inches) RATE (Lbs./In.) DELECTIO OR LOG LIE 20% O REE LEGTH ORCE LBS. DEL. I. DELECTIO OR LOG LIE 25% O REE LEGTH ORCE LBS. DEL. I. MAX. OPERATIG DELECTIO 30% O REE LEGTH ORCE LBS. DEL. I. D D D D D X D D D D DIE SPRIGS EXTRA HEAVY LOAD CHROME SILICO (YELLOW) DIE SPRIGS 324 CETURY UMBER HOLE SIZE (Inches) ROD SIZE (Inches) WIRE DIA (Inches) REE LEGTH (Inches) RATE (Lbs./In.) DELECTIO OR LOG LIE 17% O REE LEGTH ORCE LBS. DEL. I. D D D /8 3/ D X D D D D D D D D /2 9/ D X D D D D D D D D /8 11/ D X D D D D D D D D D D D /4 3/ D X D D D D D D D D D D D D D D / D X D D D D D D D D D D /4 5/ D X D D D * Loads near solid lengths for reference only; overstressed condition. DELECTIO OR LOG LIE 20% O REE LEGTH ORCE LBS. DEL. I. MAX. OPERATIG DELECTIO 25% O REE LEGTH ORCE LBS. DEL. I.

327 DIE SPRIGS EXTRA HEAVY LOAD CHROME SILICO (YELLOW) CETURY DELECTIO OR LOG LIE DELECTIO OR LOG LIE MAX. OPERATIG DELECTIO HOLE SIZE ROD SIZE WIRE DIA REE LEGTH RATE 17% O REE LEGTH 20% O REE LEGTH 25% O REE LEGTH (Inches) (Inches) (Inches) (Inches) (Lbs./In.) UMBER ORCE LBS. DEL. I. ORCE LBS. DEL. I. ORCE LBS. DEL. I. D D D /4 5/ D X D D D D D D D D /2 3/ D X D D D D D D D D D D D D X D D D D D D D D * Loads near solid lengths for reference only; overstressed condition. SPRIG RETAIERS Spring retainers hold individual springs firmly in position while the die is being assembled or disassembled. Pre-loading the spring is easy since the springs can be set individually, which avoids working against the combined force of the springs. Available for springs 1-1/4" (32mm), 1-1/2" (38mm) and 2" (50mm) diameters and any free length where clearance permits. Material: Steel CETURY SPRIG DIAMETER ROD DIAMETER (A) B C OULDER SCREW (D) E UMBER (Inches) (mm) (Inches) (mm) (Inches) (mm) (Inches) (mm) (Inches) (mm) (Inches) (mm) CSR-SR / /2 38 5/16 M8 1-1/4 32 CSR-SR /4 32 5/ / /16 M8 1-1/4 32 CSR-SR / /2 64 5/16 M8 1-1/4 32 CSR-SR / /2 38 3/8 M10 1-1/2 38 CSR-D / /4 44 3/8 1-7/ /2 38 3/4 19 CSR-SR / /8 M10 1-1/2 38 CSR-SR / /2 64 3/8 M10 1-1/2 38 CSR-SR / /2 38 1/2 M CSR-D / /4 44 1/2 M12 1-5/16 33 CSR-SR / /2 M CSR-SR / /2 64 1/2 M CSR-D / /4 70 1/2 M12 1-5/16 33 DIE SPRIGS 325

328 SPRIG CAGES Spring cages enhance die spring life by providing a flat, hardened die pocket for spring operation. Cages are available for metric and inch spring diameters from 3/4" - 2" (20mm - 50mm). Material: 0.049" / 1.245mm case-hardened, cold rolled steel with black oxide finish. Conforms to AAMS standards. Accommodates standard metric and inch guiding rods and drill diameters. SPRIG DIAMETER DRILL DIAMETER CAGE O.D. CLEARACE OR ROD (H) Inches mm Inches mm Inches mm Inches mm 3/ / / / / / / / / / / / /8 35 LEGTH L 3/4 I. & 20MM DIA. SPRIGS 1 I. & 25MM DIA. SPRIGS 1-1/4 I. & 32MM DIA. SPRIGS 1-1/2 I. & 40MM DIA. SPRIGS 2 I. & 50MM DIA. SPRIGS Inches mm CSC Stock o. AAMS Code CSC Stock o. AAMS Code CSC Stock o. AAMS Code CSC Stock o. AAMS Code CSC Stock o. AAMS Code 1 25 CSC-6-8 S CSC-8-8 S CSC-10-8 S CSC-12-8 S CSC-16-8 S /4 32 CSC-6-10 S CSC-8-10 S CSC S CSC S CSC S /2 38 CSC-6-12 S CSC-8-12 S CSC S CSC S CSC S /4 44 CSC-6-14 S CSC-8-14 S CSC S CSC S CSC S CSC-6-16 S CSC-8-16 S CSC S CSC S CSC S /4 57 CSC-6-18 CSC-8-18 CSC CSC CSC /2 64 CSC-6-20 S CSC-8-20 S CSC S CSC S CSC S /4 70 CSC-6-22 CSC-8-22 CSC CSC CSC CSC-6-24 S CSC-8-24 S CSC S CSC S CSC S /4 83 CSC-6-26 CSC-8-26 CSC CSC CSC /2 89 CSC-6-28 S CSC-8-28 S CSC S CSC S CSC S /4 95 CSC-6-30 CSC-8-30 CSC CSC CSC CSC-6-32 S CSC-8-32 S CSC S CSC S CSC S /4 108 CSC-6-34 CSC-8-34 CSC CSC CSC /2 114 CSC-6-36 CSC-8-36 CSC CSC CSC /4 121 CSC-6-38 CSC-8-38 CSC CSC CSC CSC-6-40 S CSC-8-40 S CSC S CSC S CSC S /2 140 CSC-6-44 CSC-8-44 CSC CSC CSC CSC-6-48 S CSC-8-48 S CSC S CSC S CSC S /2 165 CSC-6-52 CSC-8-52 CSC CSC CSC CSC-6-56 S CSC-8-56 S CSC S CSC S CSC S CSC-6-64 S CSC-8-64 S CSC S CSC S CSC S CSC S CSC S CSC S CSC CSC CSC CSC S CSC S DIE SPRIGS 326

329 Disc Springs, sometimes called Belleville washers after the inventor, are cone-shaped discs which elastically deform to a shorter height when subjected to a load along the axis of symmetry. This elastic deformation characterizes the spring action. Our disc spring fabrication is subject to exacting manufacturing and quality control standards. Materials used are generally in annealed condition and hardened to within a range of Rc depending on material thickness. All discs are preset so that they will not significantly relax under load over time. Disc springs are used singly or in stacks to achieve a desired load and travel. In general, they function best under conditions requiring very high load in confined space or short travel. Under these constraints, it is often not practical or even possible to use a coil spring. The figure of Load Deflection Characteristics of Disc Springs below is offered as an aid in selecting the spring for your application. DISC SPRIGS As a means of increasing the deflection or the load, disc springs can be used in series or parallel, or in a combination of series and parallel (see the figures that follow). Deflection for a stack in series of identical discs is equal to the number of discs multiplied by the deflection of one, while the load is equal to the load carried by one disc. When the discs with an h/t ratio greater than 1.3 are used in a stack, the load-deflection curve will be erratic as some discs will invert through the flat position. Century Spring also offers pre-stressed disc springs specifically sized for use with bolts (see part numbers beginning with CDS ). The primary function of the disc in this application is to create a constant bolt load in bolted assemblies. Load compensation for differential expansion due to heat or dissimilar metals such as electrical connection bolting, or in wear situations, or when torquesetting is required are good examples of disc spring use. DISC SPRIGS Selecting a Disc Spring: Parallel Stack If you stack 6 discs in parallel, you gain 6 times the load of a single disc, but your maximum deflection distance is of a single disc (ie. stack size P/ CDM and achieve a total load of 222 lbs., an O.H. of.078", but a deflection of.006"). Series Stack If you stack 5 discs in a series, you achieve 5 times the deflection of one disc, but the same load as a single disc (ie. stack five P/ CDM in a series and achieve a total load of 37 lbs., an O.H. of.089", and a deflection of.030"). Parallel-Series Stack Combination can be arranged to produce almost any load-vsdeflection trend (linear, pro or regressive, etc.). In disc spring stacks, particularly those with parallel units, friction should be considered. Sliding friction is created at the disc s adjoining, moving surfaces. As a result, the deflection which occurs when loading a stack of discs will lag as the stack is unloaded (hysteresis). This characteristic may be taken advantage of in shock or oscillatorily loaded systems needing damping. Disc Spring Load/Deflections or Various h/t Ratios When the spring is loaded on its inside diameter so that it can be deflected beyond the flat position, the greatest possible deflection can be utilized. Since the load-deflection data beyond the flat position are symmetrical, the plot has been labeled so that loads may be determined for beyond the 100-percent flat position by reading it upside-down. Materials The standard material for Century Spring s disc springs is high carbon C-1075 or alloy AISI 6150 for general use at room temperature. 327

330 DISC SPRIGS COMPOSITE SPRIG WAERS Composite spring washers have a significant advantage over carbon steel because they are typically 70% lighter, non-corrosive, chemical resistant and non-magnetic. Their composite material construction provides a high strength-to-weight ratio compared to traditional metallic construction and can be designed to provide the same functional performance as steel components. Century Spring composite spring washers have a minimum tensile strength of 100,000 psi with an ultimate sheer strength of approximately 28,000 psi. They have low flammability with a maximum working temperature of 180º and are chemically resistant against strong acids, weak bases, alcohols, ethers, salt solution, oils and weak alkalis. These attributes make them ideally suited for the Military, Aerospace, Medical, ood Processing, Electronics, Instrumentation, Pollution Control, Semi-Conductors and Motor Racing industries, as well as many others. Contact Century Spring and our engineers can assist in integrating composite spring washers at the design stage of new products and programs. Typical Properties Tensile Strength: Ultimate Sheer Strength: Max. Working Temperature: lammability: on-magnetic: Recyclable: Chemical Resistance Strong Acids: Weak Bases: Alcohols: Ethers: Inorganic Salt Solutions: Automotive uels/oils/luids: Steam: Weak Alkalis: 100,000 psi minimum Approx. 28,000 psi 180 (heat soaked) / 68C Low Yes Yes Excellent Excellent Excellent Excellent Excellent Excellent Good/Very Good (unpressurized) Excellent CETURY UMBER DIMESIOS (Inches) O.D. I.D. t h O.H. h/t Load 100%h Deflection Stress Load Deflection Stress Load Deflection Stress Load Deflection (Inches) x 10 3 (Lbs.) (Inches) x 10 3 (Lbs.) (Inches) x 10 3 (Lbs.) (Inches) CPW CPW CPW CPW CPW CPW CPW Stress x 10 3 Visit the new Century Spring website at 328

331 SERIES CDM DISC SPRIGS CETURY UMBER DIMESIOS (Inches) O.D. I.D. t h O.H. h/t Load 100%h Deflection Stress Load Deflection Stress Load Deflection Stress Load Deflection (Inches) x 10 3 (Lbs.) (Inches) x 10 3 (Lbs.) (Inches) x 10 3 (Lbs.) (Inches) CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM Stress x 10 3 DISC SPRIGS 329

332 DISC SPRIGS SERIES CDM DISC SPRIGS CETURY UMBER DIMESIOS (Inches) O.D. I.D. t h O.H. h/t Load (Lbs.) 100%h Deflection Stress Load Deflection Stress Load Deflection Stress Load Deflection (Inches) x 10 3 (Lbs.) (Inches) x 10 3 (Lbs.) (Inches) x 10 3 (Lbs.) (Inches) CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM Stress x

333 SERIES CDM DISC SPRIGS CETURY UMBER DIMESIOS (Inches) O.D. I.D. t h O.H. h/t Load 100%h Deflection Stress Load Deflection Stress Load Deflection Stress Load Deflection (Inches) x 10 3 (Lbs.) (Inches) x 10 3 (Lbs.) (Inches) x 10 3 (Lbs.) (Inches) CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM Stress x 10 3 DISC SPRIGS 331

334 SERIES CDM DISC SPRIGS DISC SPRIGS CETURY UMBER DIMESIOS (Inches) O.D. I.D. t h O.H. h/t Load 100%h Deflection Stress Load Deflection Stress Load Deflection Stress Load Deflection (Inches) x 10 3 (Lbs.) (Inches) x 10 3 (Lbs.) (Inches) x 10 3 (Lbs.) (Inches) CDM CDM Stress x SERIES CDS DISC SPRIGS SIZED OR BOLTS CETURY UMBER OMIAL DIMESIOS 100%h BOLT SIZE D d t h O.H. Pmax. fmax. CDS # CDS # CDS # CDS # CDS # CDS # CDS # CDS # CDS # CDS # CDS # CDS # CDS # CDS # CDS # CDS / CDS / CDS / CDS / CDS / CDS / CDS # CDS # CDS # CDS # CDS / CDS / CDS / CDS / CDS / CDS / CDS / CDS / CDS / CDS / CDS / CDS / CDS / CDS / CDS / CDS / CDS / CDS / CDS / CDS / CDS / CDS / CDS / CDS / CDS / CDS / CDS / CDS / CDS / CDS / CDS / CDS / CDS / CDS / CDS /

335 SERIES CDS DISC SPRIGS SIZED OR BOLTS CETURY UMBER OMIAL DIMESIOS 100%h BOLT SIZE D d t h O.H. Pmax. fmax. CDS / CDS / CDS / CDS / CDS / CDS / CDS / CDS / CDS / CDS / CDS / CDS / CDS / CDS / CDS / CDS / CDS / CDS / CDS / CDS / CDS / CDS / CDS / CDS / CDS / CDS / CDS / CDS / CDS / CDS / CDS / CDS / CDS / CDS / CDS / CDS / CDS / CDS CDS CDS CDS CDS CDS CDS CDS CDS CDS CDS CDS / CDS / CDS / CDS / CDS / CDS / CDS / CDS / CDS / CDS / CDS / CDS CDS DISC SPRIGS 333

336 COTACT DISC SPRIGS DISC SPRIGS Very often disc springs are considered for use as safety washers for bolt connections to maintain a pre-load and prevent loosening. or this application, the sizes of normal disc springs do not match the screw and bolt sizes. Century Spring now offers special elements for this application. Serrated Disc Springs Serrated disc springs are a form of disc springs that are serrated on both sides of a trapezoid cross section. Because their diameters are matched to screw dimensions, the serrated disc springs can be used with practically any screw or bolt. The outer diameter of the serrated disc spring will match up to the head diameter of pan head and hexagon socket head cap screws, including recessed heads. CETURY UMBER LIGHT SERIES d 1 Inches d 2 Inches s Inches h max. Inches h min. Inches CCS CCS CCS CCS CCS CCS CCS CCS CCS CCS CCS CCS CCS CCS CCS CCS CCS CCS CCS CCS CCS CCS CCS CCS CCS CCS SERRATED Serrated disc springs offer the following advantages to a designer: Locking effect at the outside diameter ensures the greatest resistance to loosening Positive locking serrations increases resistance to vibration Concentric application of force eliminates bending bolts Sliding surfaces allow tightening with no surface damage With proper transitional radius between bolt shaft and head there is no splitting when tightening Suitable for captive fitting on a wide range of bolts Minimizes stock with universal applications Material Spring steel DI Corrosion resistant steel DI Call for availability of stainless steel. We offer two series to choose from depending on your application. OD and ID are the same for both series. Light Series: suitable for normal duty, available for screw sizes:.063" to 1.417" Reinforced Series: thicker, achieves higher pretension loads, available for screw sizes.197" to 1.181" CETURY UMBER REIORCED SERIES d 1 Inches d 2 Inches s Inches h max. Inches h min. Inches CVS CVS CVS CVS CVS CVS CVS CVS CVS CVS CVS CVS CVS

337 COTACT DISC SPRIGS Contact Belleville Disc Springs combine two important features for improved bolt connections. Their conical shape provides reactive force and a high elasticity of spring return to compensate for developed looseness, loss of bolt tension due to applied surface deterioration, or movement due to the thermal expansion and contraction. The hardened, serrated profile grips the lower surface of the bolt or nut to prevent the loss of tension that normally occurs during extreme vibration or severe shock. Contact Springs come in sizes that correspond to a wide range of screw head sizes, including hex head socket screws. They can also be used in SEMS assemblies. Made of selected high-quality carbon spring steel. DISC SPRIGS COTACT REGULAR CETURY UMBER BOLT DIAMETER METRIC SIZE DIMESIOS (Inches) Max. O.D. Min. I.D. Ref. t Ref. O.H. Calculated lat** CBS CBS # CBS # CBS # CBS CBS CBS CBS CBS CBS CBS CBS CBS CBS CBS CBS or general use COTACT ARROW CETURY UMBER BOLT DIAMETER METRIC SIZE DIMESIOS (Inches) Max. O.D. Min. I.D. Ref. t Ref. O.H. Calculated lat** CBS CBS # CBS # CBS # CBS CBS CBS CBS CBS Typical use: In the confined space under a socket head screw COTACT WIDE CETURY UMBER BOLT DIAMETER METRIC SIZE DIMESIOS (Inches) Max. O.D. Min. I.D. Ref. t Ref. O.H. Calculated lat** CBS CBS # CBS # CBS CBS CBS CBS CBS CBS Typical use: or oversized holes in sheet metal applications, making use of a wide bearing surface ** Please note: Loads indicated are computed. Actual loads obtained in practice can vary as much as 25% due to fluctuation in overall height tolerance. 335

338 DISC SPRIGS CURVED DISC SPRIGS The cylindrically curved washer is well suited for applications requiring flexibility and light loads (from ounces up to about a hundred pounds) and repeated cycles through a range of motion. Of the cylindrically curved, wave and Belleville types, the cylindrically curved washer exhibits the most uniform spring constant over the widest range of deflection. Spherically curved washers are frequently made as segments of spheres instead of segments of cylinders. Although they are not true conical washers, they have approximately the same spring characteristics. However, the load capacity of spherically curved washers varies considerably when deflected near the flat position. The spherical shape tends to add a stiffening effect so that, in general, spherically curved washers will have slightly higher spring rates than comparable conical washers. Parts available in spring steel; call for availability of stainless. Tolerances A = B = Up to/including o. 10: Over o. 10: C = Commercial D = CETURY SCREW B I.D. A O.D. D C Calc. Load at App. Defl. App. Defl. UMBER SIZE Inches Metric Inches Metric Inches Metric Inches Metric (Lbs) () (Inches) (mm) CRV # CRV # CRV # CRV # CRV # CRV # CRV # CRV # CRV # CRV # CRV # CRV # CRV # CRV # CRV # CRV # CRV # CRV # CRV # CRV # CRV # CRV # CRV # CRV # CRV # CRV # CRV # CRV # CRV # CRV # CRV # CRV # CRV # CRV / CRV / CRV # CRV # CRV # CRV # CRV # CRV # CRV # CRV # CRV # CRV # CRV # CRV # CRV # CRV # CRV # CRV # CRV # CRV # CRV # CRV #

339 D B C CURVED DISC SPRIGS CETURY UMBER SCREW SIZE B I.D. A O.D. D C Calc. Load at App. Defl. App. Defl. Inches Metric Inches Metric Inches Metric Inches Metric (Lbs) () (Inches) (mm) CRV # CRV # CRV # CRV # CRV # CRV # CRV # CRV # CRV # CRV # CRV # CRV # CRV # CRV # CRV # CRV # CRV # CRV # CRV # CRV # CRV # CRV # CRV # CRV # CRV # CRV # CRV # CRV # CRV # CRV # CRV # CRV # CRV # CRV # CRV # CRV # CRV # CRV # CRV # CRV # CRV # CRV # CRV # CRV # CRV # CRV # CRV # CRV # CRV # CRV # CRV # CRV # CRV # CRV # CRV # CRV # CRV # CRV # CRV # CRV # CRV # CRV # CRV # CRV # CRV # CRV # CRV # CRV # CRV # CRV # CRV # CRV # CRV # CRV # CRV # CRV # CRV # CRV # DISC SPRIGS 337

340 D B C CURVED DISC SPRIGS DISC SPRIGS CETURY UMBER SCREW SIZE B I.D. A O.D. D C Calc. Load at App. Defl. App. Defl. Inches Metric Inches Metric Inches Metric Inches Metric (Lbs) () (Inches) (mm) CRV # CRV # CRV # CRV # CRV # CRV # CRV # CRV # CRV # CRV # CRV # CRV # CRV # CRV # CRV # CRV # CRV # CRV # CRV # CRV # CRV # CRV # CRV # CRV # CRV # CRV # CRV # CRV # CRV # CRV # CRV # CRV # CRV # CRV # CRV # CRV # CRV # CRV # CRV # CRV # CRV # CRV # CRV # CRV # CRV # CRV # CRV # CRV # CRV # CRV # CRV # CRV # CRV # CRV # CRV # CRV # CRV # CRV # CRV # CRV # CRV # CRV # CRV # CRV # CRV # CRV # CRV # CRV # CRV # CRV # CRV # CRV # CRV # CRV # CRV # CRV # CRV #

341 D B C CURVED DISC SPRIGS CETURY UMBER SCREW SIZE B I.D. A O.D. D C Calc. Load at App. Defl. App. Defl. Inches Metric Inches Metric Inches Metric Inches Metric (Lbs) () (Inches) (mm) CRV # CRV # CRV # CRV # CRV # CRV # CRV # CRV # CRV # CRV / CRV / CRV / CRV / CRV / CRV / CRV / CRV / CRV / CRV / CRV / CRV / CRV / CRV / CRV / CRV / CRV / CRV / CRV / CRV / CRV / CRV / CRV / CRV / CRV / CRV / CRV / CRV / CRV / CRV / CRV / CRV / CRV / CRV / CRV / CRV / CRV / CRV / CRV / CRV / CRV / CRV / CRV / CRV / CRV / CRV / CRV / CRV / CRV / CRV / CRV / CRV / CRV / CRV / CRV / CRV / CRV / CRV / CRV / CRV / CRV / CRV / CRV / CRV / CRV / CRV / CRV / CRV / DISC SPRIGS 339

342 D B C CURVED DISC SPRIGS DISC SPRIGS CETURY UMBER SCREW SIZE B I.D. A O.D. D C Calc. Load at App. Defl. App. Defl. Inches Metric Inches Metric Inches Metric Inches Metric (Lbs) () (Inches) (mm) CRV / CRV / CRV / CRV / CRV / CRV / CRV / CRV / CRV / CRV / CRV / CRV / CRV / CRV / CRV / CRV / CRV / CRV / CRV / CRV / CRV / CRV / CRV / CRV / CRV / CRV / CRV / CRV / CRV / CRV / CRV / CRV / CRV / CRV / CRV / CRV / CRV / CRV / CRV / CRV / CRV / CRV / CRV / CRV / CRV / CRV / CRV / CRV / CRV / CRV / CRV / CRV / CRV / CRV / CRV / CRV / CRV / CRV / CRV / CRV / CRV / CRV / CRV / CRV / CRV / CRV / CRV / CRV / CRV / CRV / CRV / CRV / CRV / CRV / CRV / CRV /

343 D B C CURVED DISC SPRIGS CETURY UMBER SCREW SIZE B I.D. A O.D. D C Calc. Load at App. Defl. App. Defl. Inches Metric Inches Metric Inches Metric Inches Metric (Lbs) () (Inches) (mm) CRV / CRV / CRV / CRV / CRV / CRV / CRV / CRV / CRV / CRV / CRV / CRV / CRV / CRV / CRV / CRV / CRV / CRV / CRV / CRV / CRV / CRV / CRV / CRV / CRV / DISC SPRIGS or your convenience, an interactive Century Spring CD is available. Order now by calling Or visit our web site at where you can place your order online! 341

344 DISC SPRIGS B A WAVE DISC SPRIGS C D When the load is static or the working range is small, and the allowable amount of axial space is limited, the use of a wave washer is an efficient method of obtaining the required loading. Loads obtainable from wave washers are usually in the range of a few pounds to hundreds of pounds. These springs are often used as cushion springs or cushion spacers between parts on shafts, or to take up the expected amount of variation in assembled parts. Wave washers can be made in a very large range of sizes. Parts available in spring steel; call for availability of stainless. Tolerances A = B = Up to/including o. 10: Over o. 10: C = Commercial D = CETURY B I.D. A O.D. D C O. O APP. MAX. LOAD APP. DEL. UMBER Inches Metric Inches Metric Inches Metric Inches Metric WAVES (Lbs) () (Inches) (mm) WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV

345 WAVE DISC SPRIGS D C CETURY B I.D. A O.D. D C O. O APP. MAX. LOAD APP. DEL. UMBER Inches Metric Inches Metric Inches Metric Inches Metric WAVES (Lbs) () (Inches) (mm) WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV DISC SPRIGS 343

346 D C WAVE DISC SPRIGS DISC SPRIGS CETURY B I.D. A O.D. D C O. O APP. MAX. LOAD APP. DEL. UMBER Inches Metric Inches Metric Inches Metric Inches Metric WAVES (Lbs) () (Inches) (mm) WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV-25039A WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV

347 SP SERIES DISC SPRIGS SP Series Disc Springs for heavy bolted applications such as those required for bus bar and transformer applications, are used wherever there is a need to overcome the effects of thermal expansion and contraction. Disc springs are normally manufactured from high carbon or alloy steel; AISI C1075 or 6150 material. or Heavy Bolted Sections ID OD IMPORTAT OTICE: SP Series springs are not pre-stressed. They are designed for static bolted applications only. DISC SPRIGS CETURY UMBER OMIAL BOLT SIZE METRIC SIZE DIMESIOS (Inches) O.D. I.D. t 1) O.H. 2) O.H. LOAD LAT WEIGHT POUDS PER M SP M SP M SP , #5 M SP #6 M SP , #8 M SP , #10 M SP M SP M SP M SP M SP M SP M SP M SP M SP M SP M SP M SP M SP M SP M SP M SP M SP M SP M ) When delivered 2) After first loading A "K" factor of.2 was used for the dry torque calculation. Use.15 if lubricated. The basic metric formula used for foot pounds is T = K (D/12) P (T = torque, K = K factor for the coefficient of friction and D = normal bolt diameter) TOLERACE: OD: / - 1.5% X OD ID: / + 1.5% ID THICKESS: thickness is subject to mil-run tolerances OH: is a reference and used to control the needed load LOAD: ± 20% of nominal shown HARDESS: RC ote: SP Belleville Springs are available in stainless 17/7 PH. Call for availability of stainless. Stainless Steel lat Washers ational USS high strength stainless steel flat washers are made of 17-7 precipitation hardened (PH) stainless steel, heat treated to Rockwell C40-48 hardness. They provide the strength of heat treating and the corrosion resistance of a stainless steel and can be used in atmospheres where plain steel, no matter how well plated, cannot survive. Stainless steel flat washer top and bottom CETURY UMBER BOLT DIAMETER SIZE I.D. O.D. TH SW S SW S SW S SW S SW S SW S SW S SW S SW S

348 L & ML SERIES LAGE SPRIGS DISC SPRIGS Spring discs are an elastic mechanical element. When used in bolt joints that are subject to thermal or mechanical shock, they deflect and move with the bolted joint. Hence, they compensate for developed looseness. The reactive power of the spring disc serves to keep the bolt joint tight under all conditions. Principal applications include piping construction, compression joints, steam piping joints, valve and pump connections, and others in the petrochemical field. A principal cause of flange leakage is abnormally high loads produced by thermal expansion and contraction of a bolted joint. Generally, flanges are under static load conditions. However, in large piping systems, there may also be mechanical shock from compressor related piping. Thermal and mechanical shock differential can cause variation and yielding in bolt loads. To protect against these conditions, always use spring discs under the nut or bolthead. Pre-stressing or torquing the bolt at factory installation is not sufficient to protect the flange joint under unexpected temperature variations and mechanical shock loads in the field. By absorbing peak stresses, spring discs prevent damage to the bolt, gasket and joint. Material Stainless: 17-7 PH (Armco) precipitation hardened Hardness: RC Temperature Range: -220 C to +300 C CETURY UMBER OMIAL BOLT SIZE METRIC SIZE DIMESIOS (Inches) O.D. I.D. t O.H. LAT I LBS. TORQUE TO LAT (T. LBS.) L-388S.375 M L-716S L-889S.500 M L-10125S.625 M L-12131S.750 M L-14160S.875 M L-16168S M L-18187S M L-20190S M L-22250S M L-24250S M L-26262S M L-28281S M L-30300S M L-32318S M L-36356S M L-40394S M ote: Load calculated for 17-7 PH stainless steel with large radii, R=1/4 ID OD TOLERACE: OD: +.000/- 1.5% x OD (Designed for standard flange spot face diameter) ID: / + 1.5% ID THICKESS: ± 5% x nominal thickness shown LOAD: ± 20% of nominal shown CETURY UMBER OMIAL BOLT SIZE METRIC SIZE DIMESIOS (mm) O.D. I.D. t O.H. LAT EWTOS TORQUE TO LAT () (METERS) ML-8050S 8 M ML-8078S 8 M ML-10078S 10 M ML-12090S 12 M ML-14098S 14 M ML-20160S 20 M ML-24160S 24 M ML-27168S 27 M ML-30190S 30 M ML-36250S 36 M ML-39250S 39 M ote: Load calculated for 17-7 PH stainless steel with large radii, R=1/4 346

349 DS SERIES LAGE SPRIGS DS (ational Disc Spring) lange Disc Springs maintain bolt tension and gasket pressure around the flange, especially under conditions of thermal variations or mechanical shock which may disturb the bolted joint. They counteract loosening and assure the integrity of the bolted flange under the most severe conditions. The proper use of DS lange Disc Springs will ensure that the gasketed joints will completely maintain the seal and not leak, reducing pollution, ensuring safety and reduce pipe line down time. The DS lange Disc Spring is live loaded, which means it automatically adjusts for thermal variation, vibration and mechanical shock stress. lange disc springs are precision machined on all surfaces with well-rounded edges. Use: Single or stacked on each end of the bolt, depending on estimated bolt elongation. Material used is H11/H13 steel which can be used at high temperatures. Under most conditions, the DS parts can withstand temperatures in the range of 1100 (590 C). DISC SPRIGS CETURY UMBER OMIAL BOLT SIZE DIMESIOS (Inches) I.D. O.D. t lat lat in Lbs. Torque in t. Lbs. DS DS DS DS DS DS DS DS DS DS DS DS DS DS DS DS DS DS DS DS DS DS DS DS DS DS DS DS DS DS DS DS DS DS DS DS DS DS DS DS DS DS DS DS DS DS DS DS DS DS DS ID OD TOLERACE: OD: +.000/- 1.5% x OD (Designed for standard flange spot face diameter) ID: / + 1.5% ID THICKESS: ± 5% x nominal thickness shown LOAD: ± 20% of nominal shown ational Disc Spring H11/H13 steel flange disc springs are designed to meet specific bolt stress requirements: Parts ending in Bolt stress PSI , , ,000 All parts are heat treated with a plain finish Loads for the DS series have a tolerance of ± 20% of loads indicated 347

350 SPRIGS OR BALL BEARIGS DISC SPRIGS BB Series disc springs are specially designed as preloading springs for use with radial ball bearings. They help maintain positioning accuracy of the bearing with no end play. They also minimize vibration and shaft deflection. Proper preloading will increase bearing rigidity and eliminate excessive running noise. Material C1075 Steel ID OD TOLERACE: LOAD: ± Rockwell hardness C40-51 CETURY UMBER BALL BEARIG SIZE O.D. I.D. t O.H. DEL. Inches Metric Inches Metric Inches Metric Inches Metric Lbs Inches kg mm BB-R-2 R BB , EL BB-R-3 R BB , EL BB-R-4 R BB , 634, EL BB , 635, EL BB , EL BB , 627, EL BB-R-6 R BB , EL BB , BB BB-R-8 R BB BB , BB-R-10 R BB BB , BB BB BB , BB , 6204, BB , BB BB , 6206, BB BB BB BB BB BB , BB BB BB , BB BB BB , BB BB , BB BB BB BB , BB BB , BB BB , BB BB , BB BB , BB BB , BB BB , BB BB

351 ID OD BB SERIES SPRIGS OR BALL BEARIGS Rockwell hardness C40-51 CETURY UMBER BALL BEARIG SIZE O.D. I.D. t O.H. DEL. Inches Metric Inches Metric Inches Metric Inches Metric Lbs Inches kg mm BB BB , BB , BB , BB BB BB BB BB BB BB BB BB BB , BB , BB , DISC SPRIGS If you re in the Los Angeles area, please stop by our store and purchase your springs on-the-spot! Century Spring Corp. 222 E. 16th Street Los Angeles, CA

352 DISC SPRIGS SLOTTED DISC SPRIGS The inclusion of slots on either the inner or outer diameter creates a lever that works on the unslotted portion of the spring. This effect reduces the spring load and increases the deflection, giving the spring a softer characteristic, with larger deflection, in proportion to the outside diameter smaller spring loads. With this type of spring, it is most important, that the permissible stresses in the annular portion are not exceeded. If necessary, the outside diameter must be increased to compensate. Design generates very small loads Will accommodate large deflections Achieve quiet running bearing assembly Accommodate the build up of tolerances within assembly Eliminates thermal movements Material Spring steel Call for availability of stainless steel D e Inches CETURY D i Inches t Inches O/Ht Inches h Inches h o /t Inches ORCE Lbs. BALL BEARIG TYPE UMBER.386 CSW (EL3) CSW (EL4) CSW (EL5), 634 (R4) CSW (EL6), 635 (R5) CSW (EL7) CSW (EL8), 627 (R7) CSW (EL9) CSW , 629 (R9) CSW CSW CSW , CSW CSW , CSW CSW CSW , CSW , 6204, CSW , CSW CSW , 6206, CSW CSW CSW CSW CSW CSW , CSW CSW CSW , CSW DEL. Inches O.D. Inches Inches I.D. Inches Inches IGER SPRIGS inger spring washers counteract noise, excess wear, end play and vibration, especially at high speeds. They promote efficiency and smooth operation, reducing skidding wear on rotating elements. They are also extremely useful in cases of unavoidable loose internal clearances due to special application conditions. Material High carbon steel commercial 1074 C A CETURY O.D. Inches I.D. Inches LOAD AT MATERIAL Inches UMBER Inches CW CW CW CW CW CW CW CW CW CW CW CW CW CW CW CW CW CW CW CW

353 RETAIIG RIGS Retaining Rings, which are available in several types and various sizes, are used to fasten assemblies on shafts or inside housings and bores. The ring installs into a groove, thereby creating a shoulder that will retain the assembly. They function with a minimal amount of surface prep to either the shaft or the housing. These are only a few of the applications in which Retaining Rings are used, often being more efficient and cost-effective than traditional fasteners such as cotter pins, bolts, nuts, washers, screws and more. Century Spring now stocks three types of Retaining Rings: 1. ER Series: External 2. IR Series: Internal 3. E Series: External Reinforced These are all available in carbon spring steel (SAE ). Below are a few common examples of applications in which retaining rings are used: Hand Tools Power Tools Industrial Automation Packaging Equipment Sports Equipment urniture Toys Home Appliances Computer Equipment Electric Motors Solenoids Valves Pumps Hydraulic Equipment Pressure Regulators Brake Cylinders Clutches Transmissions Drive Shafts Aircraft RETAIIG RIGS E SERIES RIGS CETURY SD D T D TR E GD Shaft Dia. ree ree Dia. Thickness Thickness Diameter Static Static Groove UMBER (Inches) Dia. Tol. Tol. Thrust ID Thrust ld Dia. Ring Groove EXR ± EXR EXR EXR EXR EXR EXR ± EXR EXR EXR EXR EER ± EER EER EER EER EER EER ± EER EER EER EER EER EER EYR ± EYR ± Groove. Dia. Tol Material: Carbon Spring Steel (SAE ) 351

354 ER SERIES RIGS RETAIIG RIGS CETURY UMBER SD D T L S U H TR TG GD ree Dia. ree Dia. Tol. Thickness Thickness Tol. Large Sec. Small Sec. Section Tol. Lug Lug Tol. Hole Dia. Hole Dia. Tol. Groove Dia. Shaft Dia. (Inches) Static Thrust ID Ring Static Thrust ld Groove ER ± ER ER ± ER ER ± ER ER ER ER ER ER ER ± ER ER ± ER ER ER ER ER ER ER ± ± ER ER ER ER ER ER ER ± ER ER ER ER ER ER ER ER ± ER ER ER ER ER ± ER ER ER ER ER ER ER ER ± ER ER ER ER ER ± ± ER ER ER Groove. Dia. Tol ± ± ± ±.003 ±.004 ±.005 ±.006 ± Material: Carbon Spring Steel (SAE ) 352

355 IR SERIES RIGS CETURY UMBER HD D T L S U H TR TG GD ree Dia. ree Dia. Tol. Thickness Thickness Tol. Large Sec. Small Sec Section Tol. Lug Lug Tol. Hole Dia. Hole Dia. Tol. Groove Dia. Housing Dia. (Inches) Static Thrust ID Ring Static Thrust ld Groove IR ± IR ± IR IR ± IR ± IR IR IR IR ± IR IR IR IR IR IR ± IR IR IR IR ± IR ± IR IR IR IR ± ± IR IR IR IR IR IR IR IR IR ± IR IR IR IR Groove. Dia. Tol. ±.001 ±.002 ±.003 ±.004 ±.005 RETAIIG RIGS Material: Carbon Spring Steel (SAE ) 353

356 REEL RETRIEVERS Adaptable, strong and reliable, the Reel Retriever is a versatile, efficient device which offers counter-balance on any plane. A compact plastic box contains a springloaded retracting cable assembly which can be securely fastened to any surface. The Reel Retriever is ideal for drawer returns, point-ofpurchase displays of cameras, cell phones, golf equipment, power tools, shoes, TV remote controls, video games and other products that are intended to be handled by customers. They can also be utilized for any counter-balance application under 2 pounds Utilizing a nylon-coated, braided, 7x7 stainless steel aircraft cable, Reel Retriever is available in many pull forces with cable lengths ranging from 36" to 60". A variety of interchangeable round or rectangular plastic ends (with or without adhesive) are also available. Call our Custom Department for more details. Dimensions: 2" x 2" x 5/8" CETURY UMBER ORCE RAGE MAX. TRAVEL RR101.3 to.5# 60" RR102.4 to 1.0# 48" RR103.5 to 1.5# 36" Cable Connector REEL RETRIEVER & C SPRIG COSTAT ORCE SPRIGS A constant force spring is a roll of prestressed strip which exerts a nearly constant restraining force to resist uncoiling. The force is constant because the change in the radius of curvature is constant. This is true if the change in coil diameter due to buildup is disregarded. Long extension capabilities, constant torque and virtual absence of intercoil friction have led many designers to specify constant force springs in such applications as brush springs for motors, counterbalance springs for window sashes and carriage return springs for typewriters. Constant force motor springs are used to drive mechanisms for timers, movie cameras and cable retractors. Tolerances Width tolerances for constant force motor springs are dictated by strip tolerances and diameter tolerances are determined by storage and output drum tolerances. Torque tolerances are ±10% and ID tolerances are ±25%. Strip thickness and length should be considered reference dimensions. CETURY UMBER LOAD ±10% THICKESS WIDTH LEGTH (ICHES) ID ±25% DRUM DIA (REC) C C C C C C C C C C C C C C C C C C C C Load deflection curves for various spring configurations. 354

357 STOVE HADLES Century Spring stocks more spring stove handles than any other spring company. We stock all sizes, which are available for immediate delivery. All stove handles are available in gold Iridite, nickel or plain finish. CETURY UMBER MAX DIA. LEGTH -20A Rod Plain -20B Rod Gold Iridite -20C Rod ickel IT II CETURY UMBER MAX DIA. LEGTH IT II -40A ,.38 Rod Plain -40B ,.38 Rod Gold Iridite -40C ,.38 Rod ickel CETURY UMBER MAX DIA. LEGTH -10A Rod Plain -10B Rod Gold Iridite -10C Rod ickel IT II CETURY UMBER MAX DIA. LEGTH IT II -90A ,.38 Rod Plain -90B ,.38 Rod Gold Iridite -90C ,.38 Rod ickel CETURY UMBER MAX DIA. LEGTH -60A Rod Plain -60B Rod Gold Iridite -60C Rod ickel IT II CETURY UMBER MAX DIA. LEGTH IT II -100A Rod Plain -100B Rod Gold Iridite -100C Rod ickel STOVE HADLES CETURY UMBER MAX DIA. LEGTH -30A Rod Plain -30B Rod Gold Iridite -30C Rod ickel IT II CETURY UMBER MAX DIA. LEGTH -70A Rod Plain -70B Rod Gold Iridite -70C Rod ickel IT II 355

358 DRAWBAR SPRIGS DRAWBAR SPRIGS Extension springs do not have physical extension stops to prevent unexpected overloading and subsequent failure. or this reason, and also for the reason that extension-spring hook stress concentrations limit the load-carrying potential, the drawbar spring evolved. The load is applied at the ends of long steel loops that pass through the spring s center and are hooked around the opposite end, thus compressing the spring upon loading. ot only is the Drawbar spring excellent for unexpected overload situations, it also offers a built-in safety feature in that upon fracturing, it will continue to carry a static load. As an example, this type design is a must when supporting a porch swing. Selecting a Drawbar Spring: The following tables present Century Spring s stock inventory. The indicated spring rate (lbs./in.) is the number of pounds it takes to stretch this assembly one inch, i.e., if the rate = 25 lbs./in. it would take 25 pounds to pull it out the first inch, 50 pounds for two inches, etc.. Drawbar springs can be manufactured as special order items. Call our Custom Spring Department for price and delivery. ZIC PLATED SPRIG STEEL STAILESS STEEL CETURY UMBER RATE Lbs./In. MAX. DEL. MAX. LOAD Lbs. LEGTH Inches OUTSIDE DIAMETER Inches DRAWBAR WIRE SIZE CETURY UMBER RATE Lbs./In. MAX. DEL. MAX. LOAD Lbs. LEGTH Inches OUTSIDE DIAMETER Inches DRAWBAR WIRE SIZE DB DB /8.112 DB /2 1-3/8.148 DB /4 1-7/ DB /8 1-1/2.192 DB /4 1-9/ DB /8 1-3/4.218 DB /8 2-1/4.312 DB /8 2-1/4.312 DBS DBS /8.120 DBS / DBS /

359 URETHAE SPRIGS Century Spring s stock inventory of urethane compression springs was designed primarily for special applications where our steel wire springs are not as well suited. or example, these springs are useful in applications where corrosion, vibration, and magnetism prevent the use of conventional steel springs. Also, urethane springs have proven to be the safest, most efficient and reliable compression material for punching, stamping and drawing dies. Example: A 1.00" long spring is to be deflected 15 percent or.15". The diameter will then also increase roughly by.15". This material s lateral expansion must be considered for many applications. The recommended maximum free (unloaded) length is two-and-one-half times the spring s outside diameter, although springs may be stacked with guide rods and washer-shaped spacers. As compared to conventional springs, the advantages of the urethane material include the following: High load-carrying capability High dielectric strength and non-magnetic Protection against marring/galling Longer life Abrasion resistance Oil and solvent resistance Low noise Vibration damping and shock absorbence 100% load-bearing surface Bondable to mating parts Effectiveness between - 30 and 180 Maximum deflections allowed increase as material becomes softer: 60A 80A 90A 95A 60% of length 50% of length 35% of length 25% of length Suggested maximum cyclic frequencies and deflection percentages of free length are summarized by the following: Maximum Cycles Deflection Per Hour URETHAE SPRIGS An example of urethane material s load-carrying capability is shown in the following table which is presented in pounds that cause 1/8" deflection: Conventional heavy-duty steel die spring Up to 500 Lbs. Urethane springs Up to 2,600 Lbs. Urethane bar stock Up to 90,000 Lbs. Urethane slab stock Unlimited Century Spring s urethane spring material is a polyether-elastomer that reacts similarly to an incompressible fluid. The volume of material moved by compression is displaced laterally in the form of bulging sides. An approximation to the change in diameter of one of our standard cylindrical urethane springs can be made by increasing the diameter by the inches of compression. Slow speeds or short runs less than 25% 200 Intermittent up to 25% 700 Continuous up to 15% Century Spring stocks urethane spring lengths as indicated on the following pages. We also cut to any desired length without charge, although this material may be easily cut to length using a conventional band saw that has a suggested four-hook carbon blade with a raker set, or may be lathe cut with machine tool bits with a positive rake of from 5 to 10 degrees. 357

360 URETHAE COMPRESSIO SPRIGS CETURY UMBER ISIDE DIA. (in.) OUTSIDE DIA. (in.) DUROMETER REE LGTH. APPROX. U A A 0.5 U A A 0.75 U A A 1 URETHAE SPRIGS U A A 1.25 U0188-(length)-60A Any to 12 U A A 0.5 U A A 0.75 U A A 1 U A A 1.25 U0188-(length)-80A Any to 12 U A A 0.5 U A A 0.75 U A A 1 U A A 1.25 U0188-(length)-90A Any to

361 URETHAE COMPRESSIO SPRIGS CETURY UMBER ISIDE DIA. (in.) OUTSIDE DIA. (in.) DUROMETER REE LGTH. APPROX. U A A 0.5 U A A 0.75 U A A 1 U A A 1.25 U A A 1.5 U0250-(length)-60A Any to 12 U A A 0.5 URETHAE SPRIGS U A A 0.75 U A A 1 U A A 1.25 U A A 1.5 U0250-(length)-80A Any to 12 U A A 0.5 U A A 0.75 U A A 1 U A A 1.25 U A A 1.5 U0250-(length)-90A Any to

362 URETHAE COMPRESSIO SPRIGS CETURY UMBER ISIDE DIA. (in.) OUTSIDE DIA. (in.) DUROMETER REE LGTH. APPROX. U A A 0.5 U A A 0.75 U A A 1 URETHAE SPRIGS U A A 1.25 U A A 1.5 U0312-(length)-60A Any to 12 U A A 0.5 U A A 0.75 U A A 1 U A A 1.25 U A A 1.5 U0312-(length)-80A Any to 12 U A A 0.5 U A A 0.75 U A A 1 U A A 1.25 U A A 1.5 U0312-(length)-90A Any to

363 URETHAE COMPRESSIO SPRIGS CETURY UMBER ISIDE DIA. (in.) OUTSIDE DIA. (in.) DUROMETER REE LGTH. APPROX. U A A 0.5 U A A 0.75 U A A 1 U A A 1.25 U A A 1.5 U0375-(length)-60A Any to 12 U A A 0.5 URETHAE SPRIGS U A A 0.75 U A A 1 U A A 1.25 U A A 1.5 U A A 1.75 U0375-(length)-80A Any to 12 U A A 0.5 U A A 0.75 U A A 1 U A A 1.25 U A A 1.5 U A A 1.75 U0375-(length)-90A Any to

364 URETHAE COMPRESSIO SPRIGS CETURY UMBER ISIDE DIA. (in.) OUTSIDE DIA. (in.) DUROMETER REE LGTH. APPROX. U A A 0.5 U A A 0.75 U A A 1 URETHAE SPRIGS U A A 1.25 U A A 1.5 U0500-(length)-60A Any to 12 U A A 0.5 U A A 0.75 U A A 1 U A A 1.25 U A A 1.5 U A A 1.75 U A A 2 U0500-(length)-80A Any to 12 U A A 0.5 U A A 0.75 U A A 1 U A A 1.25 U A A 1.5 U A A 1.75 U A A 2 U0500-(length)-90A Any to

365 URETHAE COMPRESSIO SPRIGS CETURY UMBER ISIDE DIA. (in.) OUTSIDE DIA. (in.) DUROMETER REE LGTH. APPROX. U A A 0.5 U A A 0.75 U A A 1 U A A 1.25 U A A 1.5 U0625-(length)-60A Any to 12 U A A 0.5 URETHAE SPRIGS U A A 0.75 U A A 1 U A A 1.25 U A A 1.5 U A A 1.75 U A A 2 U0625-(length)-80A Any to 12 U A A 0.5 U A A 0.75 U A A 1 U A A 1.25 U A A 1.5 U A A 1.75 U A A 2 U0625-(length)-90A Any to

366 URETHAE COMPRESSIO SPRIGS CETURY UMBER ISIDE DIA. (in.) OUTSIDE DIA. (in.) DUROMETER REE LGTH. APPROX. U A A 0.75 U A A 1 U A A 1.25 U A A 1.5 URETHAE SPRIGS U A A 1.75 U A A 2 U0750-(length)-60A Any to 12 U A A 0.75 U A A 1 U A A 1.25 U A A 1.5 U A A 1.75 U A A 2 U0750-(length)-80A Any to 12 U A A 0.75 U A A 1 U A A 1.25 U A A 1.5 U A A 1.75 U A A 2 U A A 2.5 U0750-(length)-90A Any to

367 URETHAE COMPRESSIO SPRIGS CETURY UMBER ISIDE DIA. (in.) OUTSIDE DIA. (in.) DUROMETER U A A 1 REE LGTH. APPROX. U A A 1.25 U A A 1.5 U A A 1.75 U A A 2 U A A 2.5 U A A 3 U0875-(length)-60A Any to 12 U A A 1 URETHAE SPRIGS U A A 1.25 U A A 1.5 U A A 1.75 U A A 2 U A A 2.5 U A A 3 U0875-(length)-80A Any to 12 U A A 1 U A A 1.25 U A A 1.5 U A A 1.75 U A A 2 U A A 2.5 U A A 3 U0875-(length)-90A Any to

368 URETHAE COMPRESSIO SPRIGS CETURY UMBER ISIDE DIA. (in.) OUTSIDE DIA. (in.) DUROMETER REE LGTH. APPROX. U A A 1 U A A 1.25 U A A 1.5 U A A 1.75 URETHAE SPRIGS U A A 2 U A A 2.5 U A A 3 U1000-(length)-60A Any to 12 U A A 1 U A A 1.25 U A A 1.5 U A A 1.75 U A A 2 U A A 2.5 U A A 3 U1000-(length)-80A Any to 12 U A A 1 U A A 1.25 U A A 1.5 U A A 1.75 U A A 2 U A A 2.5 U A A 3 U1000-(length)-90A Any to

369 URETHAE SPRIGS - 95A DUROMETER A P P R O X I M A T E L O A D T O D E L E C T I O CETURY I.D. O.D. REE LOAD AT 5% 10% 15% 20% 25% LGTH. 1/8" DE. LOAD DEL. LOAD DEL. LOAD DEL. LOAD DEL. LOAD DEL. UMBER (Inches) (Inches) (Inches) (Lbs.) (Lbs.) (in.) (Lbs.) (in.) (Lbs.) (in.) (Lbs.) (in.) (Lbs.) (in.) UL18X1-1/4 3/16 11/16 1-1/ UL18X1-1/2 3/16 11/16 1-1/ UL25X1-1/4 1/4 3/4 1-1/ UL25X1-1/2 1/4 3/4 1-1/ UL25X1-3/4 1/4 3/4 1-3/ UL25X2 1/4 3/ UL31X1-1/4 5/16 13/16 1-1/ UL31X1-1/2 5/16 13/16 1-1/ UL31X1-3/4 5/16 13/16 1-3/ UL31X2 5/16 13/ UL37X1-1/4 3/8 7/8 1-1/ UL37X1-1/2 3/8 7/8 1-1/ UL37X1-3/4 3/8 7/8 1-3/ UL37X2 3/8 7/ UL50X1-1/4 1/ / UL50X1-1/2 1/ / UL50X1-3/4 1/ / UL50X2 1/ UL50X2-1/4 1/ / UL62X1-1/4 5/8 1-1/8 1-1/ UL62X1-1/2 5/8 1-1/8 1-1/ UL62X1-3/4 5/8 1-1/8 1-3/ UL62X2 5/8 1-1/ UL62X2-1/4 5/8 1-1/8 2-1/ UL75X1-1/2 3/4 1-3/8 1-1/ UL75X1-3/4 3/4 1-3/8 1-3/ UL75X2 3/4 1-3/ UL75X2-1/4 3/4 1-3/8 2-1/ UL75X2-1/2 3/4 1-3/8 2-1/ UL75X2-3/4 3/4 1-3/8 2-3/ UL75X3 3/4 1-3/ UL87X1-1/2 7/8 1-5/8 1-1/ UL87X1-3/4 7/8 1-5/8 1-3/ UL87X2 7/8 1-5/ UL87X2-1/4 7/8 1-5/8 2-1/ UL87X2-1/2 7/8 1-5/8 2-1/ UL87X2-3/4 7/8 1-5/8 2-3/ UL87X3 7/8 1-5/ UL100X1-1/ /4 1-1/ UL100X1-3/ /4 1-3/ UL100X / UL100X2-1/ /4 2-1/ UL100X2-3/ /4 2-3/ UL100X / UM50X1-1/4 1/2 1-1/8 1-1/ UM50X1-1/2 1/2 1-1/8 1-1/ UM50X1-3/4 1/2 1-1/8 1-3/ UM50X2 1/2 1-1/ UM50X2-1/4 1/2 1-1/8 2-1/ UM62X1-1/4 5/8 1-1/4 1-1/ UM62X1-1/2 5/8 1-1/4 1-1/ UM62X1-3/4 5/8 1-1/4 1-3/ UM62X2 5/8 1-1/ UM62X2-1/4 5/8 1-1/4 2-1/ UM75X1-1/2 3/4 1-1/2 1-1/ UM75X1-3/4 3/4 1-1/2 1-3/ UM75X2 3/4 1-1/ UM75X2-1/4 3/4 1-1/2 2-1/ UM75X2-1/2 3/4 1-1/2 2-1/ UM75X2-3/4 3/4 1-1/2 2-3/ UM75X3 3/4 1-1/ UM87X1-1/2 7/8 1-3/4 1-1/ UM87X1-3/4 7/8 1-3/4 1-3/ UM87X2 7/8 1-3/ UM87X2-1/4 7/8 1-3/4 2-1/ UM87X2-1/2 7/8 1-3/4 2-1/ UM87X2-3/4 7/8 1-3/4 2-3/ UM87X3 7/8 1-3/ UM100X1-1/ / UM100X1-3/ / UM100X UM100X2-1/ / UM100X2-1/ / UM100X2-3/ / UM100X UH50X1-1/4 1/2 1-1/4 1-1/ UH50X1-1/2 1/2 1-1/4 1-1/ UH50X1-3/4 1/2 1-1/4 1-3/ URETHAE SPRIGS 367

370 URETHAE SPRIGS URETHAE SPRIGS - 95A DUROMETER A P P R O X I M A T E L O A D T O D E L E C T I O CETURY I.D. O.D. REE LOAD AT 5% 10% 15% 20% 25% LGTH. 1/8" DE. LOAD DEL. LOAD DEL. LOAD DEL. LOAD DEL. LOAD DEL. UMBER (Inches) (Inches) (Inches) (Lbs.) (Lbs.) (in.) (Lbs.) (in.) (Lbs.) (in.) (Lbs.) (in.) (Lbs.) (in.) UH50X2 1/2 1-1/ UH50X2-1/4 1/2 1-1/4 2-1/ UH62X1-1/4 5/8 1-1/2 1-1/ UH62X1-1/2 5/8 1-1/2 1-1/ UH62X1-3/4 5/8 1-1/2 1-3/ UH62X2 5/8 1-1/ UH62X2-1/4 5/8 1-1/2 2-1/ UH75X1-1/2 3/4 1-3/4 1-1/ UH75X1-3/4 3/4 1-3/4 1-3/ UH75X2 3/4 1-3/ UH75X2-1/4 3/4 1-3/4 2-1/ UH75X2-1/2 3/4 1-3/4 2-1/ UH75X2-3/4 3/4 1-3/4 2-3/ UH75X3 3/4 1-3/ UH87X1-1/2 7/ / UH87X1-3/4 7/ / UH87X2 7/ UH87X2-1/4 7/ / UH87X2-1/2 7/ / UH87X2-3/4 7/ / UH87X3 7/ UH100X1-1/ /4 1-1/ UH100X1-3/ /4 1-3/ UH100X / UH100X2-1/ /4 2-1/ UH100X2-1/ /4 2-1/ UH100X2-3/ /4 2-3/ UH100X / UH125X2 1-1/4 2-1/ UH125X2-1/4 1-1/4 2-1/2 2-1/ UH125X2-1/2 1-1/4 2-1/2 2-1/ UH125X2-3/4 1-1/4 2-1/2 2-3/ UH125X3 1-1/4 2-1/ UH150X2 1-1/2 2-3/ UH150X2-1/4 1-1/2 2-3/4 2-1/ UH150X2-1/2 1-1/2 2-3/4 2-1/ UH150X2-3/4 1-1/2 2-3/4 2-3/ UH150X3 1-1/2 2-3/

371 or ease of assembly on your machinery during production or repairing equipment out in the field, hairpin clips are an ideal, reusable fastener. Hundreds of uses can be found on small and large equipment. The H-Clip requires a groove to accommodate wire diameter as listed in chart (see column below). Century offers a wide assortment of H-Clips made of carbon steel with a zinc plated finish to enhance corrosion resistance. H-CLIPS Material Carbon steel inish Zinc plate Selecting an H-Clip: A C B D E MATERIAL: CARBO STEEL II: ZIC PLATE & CLEAR CHROMATE CETURY UMBER A Inches B Inches C Inches HC HC HC HC HC HC HC HC HC HC HC HC HC HC HC HC HC HC HC HC HC HC D Inches E Inches Inches H-CLIPS 369

372 HARDWARE HARDWARE SPRIGS Century Spring maintains the finest line of packaged replacement springs in the hardware industry. Our reputation is founded on quality, selection and providing the highest level of customer support possible. Our capabilities include: Same day shipping 100% fill rates EDI order processing Self-service merchandising displays have proven the most effective and efficient method of selling repair springs. Displays ship with a vinyl planogram backer and a onepiece wire rack combination. The planograms are printed with our part numbers, making it simple to order refills and keep the display organized, and the wire rack eliminates individual peghooks and allows the spring selection to utilize a minimal amount of wall space. Century Spring is the only company offering a complete selection of packaged stainless steel springs. Stainless material is designed to resist corrosion and perform better than carbon steel material in higher temperature environments. Stainless steel springs are packaged in white and blue bags, making them recognizable and easily separated from our carbon steel springs. All resale items are labeled with the Century Spring part number, product description and UPC number which keeps the springs separated and eliminates time wasted identifying items at the cashier. All springs are taken from our Industrial Inventory and meet the same quality standards demanded by the business trade. There is a proven demand for replacement springs in the hardware industry and Century Spring s assortments contain an excellent selection of repair springs for: Screen doors Cots & lawn furniture Chaise lounges Hobby horses Baby cribs Small toys Hobbies/handicrafts Trampolines Lawn & garden equipment Rope tie-downs Porch swings Kitchen appliances Small hand tools Light equipment Century Spring also maintains a complete selection of replacement garage door springs and accessories for both one-piece (overhead) and sectional (roll-up) doors. Overhead door springs are manufactured in accordance with requirements from the State of California. SEL-SERVICE MERCHADISIG DISPLAYS Packaged spring displays are available in several sizes and styles including a full line of stainless steel springs. Vinyl planograms mount easily to your pegboard or gondola and are silk screened with each part number making it easy to reorder and to keep your display organized. One piece wire racks eliminate the need for individual peghooks. Displays contain the best selling repair springs. All springs are made and packaged in the United States. All packages are UPC Coded. 300 WALL MOUTED DISPLAYS 300L REE STADIG DISPLAYS HARDWARE 370

373 GARAGE DOOR CETERS Complete line of do it yourself garage door repair. Springs and related accessories are all UPC Coded. One piece garage springs are safety approved by the California Housing Authority. 1PC-3 repair center comes with 116 assorted replacement springs and 104 carded accessories (rack and pegboard not included). 1PC-3 OE PIECE GARAGE DOOR REPAIR CETER SE-1 Repair Center comes with 24 assorted replacement springs and 38 carded accessories (Gondola and pegboard not included.). SE-1 SECTIOAL GARAGE DOOR REPAIR CETER HARDWARE 371

374 SPRIG ASSORTMETS SPRIG ASSORTMETS #1 MIXED ASSORTMET 3-1/2 OZ. MIXED ASSORTMETS ARM - ACTORY - HOME - HOBBYIST #2 MIXED ASSORTMET 9 OZ. #3 MIXED ASSORTMET 4 LBS. Mix of small springs. Mix of small & slightly larger springs. Mix of medium springs. #4 MIXED ASSORTMET 10 LBS. #5 MIXED ASSORTMET 20 LBS. Mix of medium & slightly larger springs. Mix of large & medium springs. TORSIO ASSORTMETS 1 LB. O MIXED TORSIO SPRIGS STAILESS ASSORTMETS 2 LBS. O MIXED SPRIGS Mostly compression springs. 372

375 COMPRESSIO ASSORTMETS MATERIAL O.D. (Inches) LIGHT COMPRESSIO 174 SPRIGS - 58 SIZES LEGTH (Inches) WIRE DIA. (Inches) RATE (Lbs./In.) SPRIG STEEL TO TO TO TO SPRIG ASSORTMETS MATERIAL MEDIUM COMPRESSIO 144 SPRIGS - 48 SIZES O.D. (Inches) LEGTH (Inches) WIRE DIA. (Inches) RATE (Lbs./In.) SPRIG STEEL TO TO TO TO MATERIAL HEAVY COMPRESSIO 83 SPRIGS - 43 SIZES O.D. (Inches) LEGTH (Inches) WIRE DIA. (Inches) RATE (Lbs./In.) SPRIG STEEL TO TO TO TO MATERIAL LOG LEGTH COMPRESSIO 8 SPRIGS - 8 SIZES O.D. (Inches) LEGTH (Inches) WIRE DIA. (Inches) RATE (Lbs./In.) SPRIG ALL STEEL TO 12 TO TO LOG

376 SPRIG ASSORTMETS EXTESIO ASSORTMETS MATERIAL O.D. (Inches) LIGHT EXTESIO 162 SPRIGS - 54 SIZES LEGTH (Inches) WIRE DIA. (Inches) RATE (Lbs./In.) SPRIG STEEL TO TO TO TO MATERIAL MEDIUM/HEAVY EXTESIO 93 SPRIGS - 36 SIZES O.D. (Inches) LEGTH (Inches) WIRE DIA. (Inches) RATE (Lbs./In.) SPRIG STEEL TO TO TO TO MATERIAL LOG LEGTH EXTESIO 6 SPRIGS - 6 SIZES O.D. (Inches) LEGTH (Inches) WIRE DIA. (Inches) RATE (Lbs./In.) SPRIG STEEL TO TO TO TO

377 SPECIALTY SPRIGS Century Spring carries thousands of springs designed for industrial use, but we also carry many springs for personal use. Pictured below are some of the most commonly replaced springs for chaise lounges, trampolines, and porch swings. Measure your spring and select the part number, then call us toll free at and place your order. We ship same day. SCREE DOOR SPRIGS CETURY PART UMBER CHAISE LOUGE SPRIGS O.D. (Inches) LEGTH (Inches) WIRE DIA. (Inches) RATE (Lbs./In.) / / / / / / / CETURY PART UMBER O.D. LEGTH WIRE DIA. RATE (Lbs./In.) (Inches) (Inches) (Inches) 654 9/ / / / /8 16-3/ / / / / /2 16-3/ SPECIALTY SPRIGS CETURY PART UMBER O.D. (Inches) TRAMPOLIE SPRIGS LEGTH (Inches) WIRE DIA. (Inches) RATE (Lbs./In.) MAX. LOAD (Lbs.) /16 3-1/ /32 3-3/ /8 8-1/ CETURY PART UMBER DRAWBAR PORCH SWIG SPRIG O.D. (Inches) LEGTH (Inches) WIRE DIA. (Inches) RATE (Lbs./In.) MAX. LOAD (Lbs.) DB /16 7-1/ See drawbar section of this catalog for additional selections. 375

378 CUSTOM SPRIGS The quality, delivery and pricing of Century s custom springs are well known throughout the industry. Our Custom Springs Department is available to assist you with a design for any application. Quotations are furnished promptly to your verbal or print specifications. Usually, a custom spring can be designed quickly by telephone with the aide of our advanced computer programs. We will then fax or mail to you quotes based on any quantities you are interested in... from one to millions. Lead-time to produce parts is usually two to four weeks from receipt of an order. A custom production spring can be made available in our on-shelf inventory for meeting your needs on either a scheduled or random shipping basis. When a quote for a custom spring is desired, please communicate to us the following: The spring type (i.e., compression) Any spring dimensions that you require The load (pounds) and deflection (inches moved) due to that load OR the installed (working) length and how many pounds the spring must support at that point Spring Characteristics Hostile environments to which the spring will be subjected to (i.e., high temperature, shock loads dynamics, water, etc.) Quantities on which our quote should be based The Compression Springs, Extension Springs, and Materials Properties sections of this catalog contain design information that may be of value in defining your spring needs. Many wire forms and some flat stock springs are within our manufacturing capabilities. Please submit your print or sample for our determination. You may call or fax information to Century Spring s Custom Spring Department to help define your needs or, if you desire, you may mail in a sample spring for duplication or for design modifications. CUSTOM SPRIGS Design Tolerances All tolerances will conform to the Spring Manufacturers Institute (SMI) commercial values unless specific tolerances are required. Specified tolerances should be generous enough to permit the fabrication of acceptable springs by ordinary production methods, or costs will increase. Tolerances should be applied to the necessary functional requirements and dimensions only. This gives the Century Spring Design Department the opportunity to make dimensional and possible material adjustments in order to meet the objectives of the spring application. Production designers should bear in mind that the standard drawing formats with tolerance boxes for machined dimensions are almost sure to be impractical for springs. They should be deleted and replaced with realistic tolerances driven by the spring s requirements. Quality Assurance Century Spring Corporation has established methods and procedures for inspection by attributes to assure, when required, that all our special products meet the quality standards of our contractual agreements with customers; specifically, those stipulating military and other prime specifications (reference ISO 9001, 10CR, 14CR, 22CR, MIL-I-45208A, MIL-STD-45662A and parts of MIL-Q-9858A). Materials Century Spring uses the highest grade of spring metals in wire sizes from.004 to 2" diameter bar stock. Certifications for material, finish, and heat treat are available for custom springs upon request. Some of the standard materials available for the fabrication of our springs include: Music wire ASTM A228 Oil-tempered ASTM A229 Hard-drawn ASTM A227 Chrome-vanadium ASTM A231 Chrome-silicon ASTM A401 Beryllium-copper ASTM B197 Phosphor-bronze ASTM B159 Stainless steels ASTM A313 Type 302, 316, 17-7PH Inconel AMS 5698,5699 inish Standard spring finishes include: Zinc Gold irridite Passivate Black oxide ASTM B633 ASTM B633 CL 3, TY II QQ-P-35 Oil or wax Limited coated-wire sizes are available in: Upon request, our Quality Assurance Manual is available.the manual defines those methods and procedures as related to the inspection of the contracted end-product and the product in process of manufacture. Phosphate Tin Galvanized 376

379 MATERIAL PROPERTIES The highest grades of spring-wire materials are used in fabricating our springs. To create cost-effective warehousing of our stock spring inventory for our customers, we can only offer material certifications for custom-made springs. Stock spring certificates of conformance to geometric tolerances set by the Spring Manufacturers Institute (SMI) can be copied from that offered in the Regulatory Requirements and Certificates of Compliance section of this catalog, or are available upon request. See the Custom Spring section of this catalog if material trace certifications or unique materials are required. Wire materials offered for our stock springs are listed below, with comments on their most outstanding features. Music wire - Recommended for small springs which are subjected to high stresses and suddenly-applied loads Hard-drawn - or average stress applications Oil-tempered - General purpose use where spring s index is not less than 5 Stainless Steel - Corrosion resistant for outdoor use, magnetic in spring temper, about 15% less stiff than carbon steel for a given wire size Phosphor-Bronze - Good electrical conductivity and corrosion resistance and about 1/3 to1/2 as strong as steel Beryllium-Copper - Good electrical conductivity and corrosion resistance and about 1/2 as strong as steel Spring Characteristics Spring Life If a spring in question is not subjected to shock loads, rapid cycling, temperature extremes, corrosion, etc., and the total wire stress does not surpass the suggested maximum percentage of the involved material s minimum tensile strength (MTS) found in the following table Properties of Common Spring Materials, then an estimate of 100,000 to 1,000,000 cycles (deflections) with infrequent breakage could be realized. A service life of over 1,000,000 cycles with infrequent failures may be expected if the wire maximum stress is reduced by approximately another 10% of the table s recommended values. Other than simply reducing the applied load or deflection, there are many factors that contribute to significantly extending a commercial spring s servicelife. Such enhancement generally increases the cost. Specifications for critical applications that require a maximum life with no failures in fatigue are of no practical use and should be replaced with specifications that detail the user s test conditions in terms of expected life based on empirically-derived statistical failure rates. In all applications, it should be assumed that a certain percentage will fail early. An attempt should be made to minimize any significant negative effects that an occasional early failure may have on the performance of the product. Regardless of how much time, effort and money that is spent to insure long life, it is nearly impossible to guarantee that there will be no failures in a given production lot of springs; particularly when subjected to severe operating conditions. One important method we use to extend the life of a custom compression spring is shot peening. This procedure can extend the fatigue life by 30 percent or more. It should be noted that extension springs are normally not candidates for shot peening. either are compression springs with wire diameters under.040 of an inch (due to buckling). The spring must be large enough to allow peening of the inside surfaces. Our Custom Spring Department can advise you regarding this procedure. The Minimum Tensile Strength of Wire Materials tables are presented in this section of the catalog. These tables contain the minimum expected tensile strengths for available wire sizes. APPEDIX A 377

380 Temperature Effects When extension and compression springs are subjected to heat while under stress there is some loss of their load carrying capability. The extent of this loss is related to the temperature reached and to the stress the given spring material is under. The loss-due-to-heat characteristics are presented in the data below. These data reflect the loss trends more than they represent the absolute load losses for all spring configurations. APPEDIX A 378

381 Compression, Extension and lat Spring Loads (force): 1 gram (gm) = oz = lbs = kilogram (kgm) = oz = lbs = ounce (oz) = gm = kgm = pound (lbs) = gm = kgm = newton () = oz = lbs = gm = kgm Torsion Spring Loads (Torque): 1 oz-in = gm-in = gm-cm = lbs-in mm = m 1 lbs-in = 16. oz-in = gm-cm = kgm-cm gm-in = mm = m 1 -m = oz-in = lbs-in = kgm-cm kgm-m 1 kgm-cm = oz-in = lbs-in = m or Stress: 1 Pascal (Pa) = 1 /m 2 = lbs/in 2 1 lbs/in 2 = Pa = kgm per cm 2 (100,000 psi = MPa) 1 kgm per cm 2 = 98,066.5 Pa = psi 1 MegaPascal (MPa) = 1,000,000 Pa = 1 Megaewton/m 2 = psi or Lengths: METRIC COVERSIOS 1 mm = in 1 cm = in 1 in = 25.4 mm = 2.54 cm 1 m = in Conversion of orces oz lbs gm 1/ / / / / / lbs oz gm , , , , , , gm oz lbs oz lbs gm , , , raction to Decimal Conversion 1/ / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / /2.5 33/ / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / APPEDIX A 379

382 APPEDIX A 380 MIIMUM TESILE STREGTH O WIRE SPRIG MATERIALS ERROUS in psi x 10 3 WIRE DIA (In.) MUSIC WIRE HARD DRAW OIL TEMP WIRE DIA (In.) 302 SST 17-7 SST Phosphor Bronze (Grade A) Wire Dia. Range in. (mm) ( ) ( ) and over (1.59 and over) 130 Beryllium Copper (alloy 25 pretemp) ( ) and over (1.03 and over) 170 Spring Brass all sizes 129 WIRE DIA (In.) MUSIC WIRE HARD DRAW OIL TEMP WIRE DIA (In.) 302 SST 17-7 SST WIRE DIA (In.) MUSIC WIRE HARD DRAW OIL TEMP MIIMUM TESILE STREGTH O WIRE SPRIG MATERIALS STAILESS STEEL in psi x 10 3 WIRE DIA (In.) 302 SST 17-7 SST l l COPPER-BASE ALLOYS in psi x 10 3 ICKEL-BASE ALLOYS in psi x 10 3 Inconel (Spring Temper) Wire Dia. Range in. (mm) up to (1.45) ( ) ( Inconel X Spring Temper After Aging

383 PROPERTIES O COMMO SPRIG MATERIALS MATERIAL OMIAL AALYSIS TESILE PROPERTIES MIIMUM TESILE STREGTH P.S.I. X 10 3 MODULUS ELASTICITY E P.S.I. X 10 6 TORSIOAL PROPERTIES 2 MAXIMUM TEMPERATURE DESIG STRESS 1 % MIIMUM TESILE MODULUS I TORSIO G P.S.I. X 10 6 C ROCKWELL HARDESS Music Wire C % ASTM A 228 Mn % C41-60 Hard Drawn C % CLI ASTM A 227 Mn % CLII C31-52 Oil Tempered C % CLI ASTM A 229 Mn % CLII C42-55 Inconel x 750 i 73.% AMS 5698, 5699 Cr 15.% o. IT 155 Min. C34-39 e 6.75% Spg. T C See Minimum Tensile Strength of Wire Material in this catalog. 2. Maximum design stress target for wire in bending (torsion springs) is usually 75% of MTS. APPEDIX A METHOD O MAUACTURE CHIE USES SPECIAL PROPERTIES Cold drawn high and uniform tensile. High quality springs and wire forms. Cold drawn. Average stress applications. Lower cost springs and wire forms. Cold drawn and heat treated before fabrication. General purpose spring wire. Cold drawn and heat treated before fabrication. Used for shock loads and moderately elevated temperature. Cold drawn and heat treated before fabrication. Used for shock loads and moderately elevated temperature. Cold drawn general purpose corrosion and heat resistant. Magnetic in spring temper. Cold drawn. Heat resistant and better corrosion resistance than 302. Magnetic in spring temper. Cold drawn and precipitation hardened after fabrication. High strength and general purpose corrosion resistance. Slightly magnetic in spring temper. Cold drawn. Good corrosion resistance and electrical conductivity. Cold drawn and may be mill hardened before fabrication. Good corrosion resistance and electrical conductivity. High physicals. Cold drawn and precipitation hardened after fabrication. Good corrosion resistance at elevated temperature. HIGH TEMPERATURE ALLOY WIRE O-ERROUS ALLOY WIRE STAILESS STEEL WIRE ALLOY STEEL WIRE HIGH CARBO SPRIG WIRE Chrome Vanadium C % ASTM A 231 Cr % V.15 Min% C41-55 Chrome Silicon C % ASTM A 401 Cr % Si % C48-55 AISI 302/304 Cr % ASTM A 313 i 8.-10% C35-45 AISI 316 Cr % ASTM A 313 i % Mo 2.-3.% C PH Cr % ASTM A 313 (631) i % Cond CH AMS 5678-B Al % C38-57 Phosphor Bronze Grade A Cu % ASTM B 159 Sn 4.-6.% B Beryllium Copper Cu 98% ASTM B 197 Be 2% C

384 GLOSSARY O SPRIG TERMIOLOGY APPEDIX B Active coils (n): Those coils which are free to deflect under load. Closed ends: Ends of compression springs where pitch of the end coils is reduced so that the end coils touch. Closed and ground ends: The closed ends of a spring, ground to provide a flat plane. Close-wound: Coiled with adjacent coils touching. Coils per inch: See Pitch. with a constant pitch for each coil. Open ends, ground: Open ends, not ground followed by an end-grinding operation. Passivating: Acid treatment of stainless steel to remove contaminants and improve corrosion resistance. Permanent set: A material that is deflected so far that its elastic properties have been exceeded and it does not return to its original condition upon release of load is said to have taken a permanent set. Deflection: Motion of spring ends under the application or removal of an external load (P). Elastic limit: Maximum stress to which a material may be subjected without permanent set. ree angle: Angle between the arms of a torsion spring when the spring is not loaded. ree length (L): The overall length of a spring in the unloaded position. Heat setting: ixturing a spring at elevated temperature to minimize loss of load at operating temperature. Helix: The spiral form of compression, extension, and torsion springs. Hooks: Open loops or ends of extension springs. Hydrogen embrittlement: Hydrogen absorbed in electroplating or pickling of carbon steels, tending to make the spring material brittle and susceptible to cracking and failure; particularly under sustained loads. Initial tension: The force that tends to keep the coils of an extension spring closed and which must be overcome before the coils start to open. Load (P): The force applied to a spring, usually in pounds or ewtons. Loops: Coil-like wire shapes at the ends of extension springs that provide for attachment and force application. Mean coil diameter (D): Outside spring diameter (O.D.) minus one wire diameter (d). Modulus in shear or torsion (G): Coefficient of elasticity used for extension and compression springs. Modulus in bending (E): Coefficient of elasticity used for torsion springs. Moment (M): See Torque. Pitch (p): The distance from center to center of the wire in adjacent active coils. Recommended practice is to specify number of active coils rather than pitch. Rate (R): Change in load-per-unit deflection, generally given in pounds per inch. Remove set: The process of closing to solid height a compression spring which has been coiled longer than the desired finished length, so as to increase the apparent elastic limit. Residual stress: Stresses induced by set removal, shot peening, cold working, forming or other means. These stresses may or may not be beneficial, depending on the application. Set: Permanent distortion which occurs when a spring is stressed beyond the elastic limit of the material. Solid length: Length of a compression spring when under sufficient load to bring all coils into contact with adjacent coils. Spring index: Ratio of mean coil diameter (D) to wire diameter (d). Squared and ground ends: See Closed and ground ends. Squared ends: See Closed ends. Stress range: The difference in operating stresses at minimum and maximum loads. Stress relieve: To subject springs to low-temperature heat treatment so as to relieve residual stresses. Shot peening: A cold-working process in which the material surface is peened to induce compressive stresses and thereby improve fatigue life. Torque (M): A twisting motion applied to torsion springs which tends to produce rotation. Equal to the load multiplied by the distance (or moment arm) from the load to the axis of the spring body. Usually expressed in inch-pounds. Open ends, not ground: End of a compression spring Total number of coils (): umber of active coils (n) plus 382

385 ASSOCIATED SPRIG PART UMBER CETURY SPRIG PART UMBER Page o. LEE SPRIG PART UMBER CETURY SPRIG PART UMBER Page o. ASSOCIATED SPRIG PART UMBER CETURY SPRIG PART UMBER Page o. LEE SPRIG PART UMBER CETURY SPRIG PART UMBER Page o. ASSOCIATED SPRIG PART UMBER CETURY SPRIG PART UMBER Page o. LEE SPRIG PART UMBER CETURY SPRIG PART UMBER Page o S A S TA-7000S 309 A S TA-7003S 309 A S TA-7002S 309 A S TA-7001S 309 A S TA-7005S 309 A S TA-7004S 309 A S TA-7006S 309 A S TA-7010S 309 A S TA-7009S 309 A S TA-7008S 309 A S TA-7007S 309 A S TA-7014S 309 A S TA-7013S 309 A S TA-7012S 309 A S TA-7011S 309 A S TA-7016S 309 A S TA-7015S 309 A S TA-7018S 309 A S TA-7017S 309 A S TA-7021S 309 A S TA-7020S 309 A S TA-7019S 309 A S TA-7025S 309 A S TA-7024S 309 A S TA-7023S 309 A S TA-7022S 309 A S TA-7028S 309 A S TA-7027S 309 A S TA-7026S 309 A S TA-7031S 309 A S TA-7030S 309 A S TA-7029S 309 A S TA-7034S 310 A S TA-7033S 309 A S TA-7032S 309 A S TA-7037S 310 A S TA-7036S 310 A S TA-7035S 310 A S TA-7039S 310 A S TA-7038S 310 A S TA-7040S 310 A S TA-7043S 310 A S TA-7042S 310 A S TA-7041S 310 A S TA-7047S 310 A S TA-7046S 310 A S TA-7045S 310 A S TA-7044S 310 A S TA-7051S 310 A S TA-7050S 310 A S TA-7049S 310 A S TA-7048S 310 A S TA-7054S 310 A S TA-7053S 310 A S TA-7052S 310 A S TA-7057S 310 A S TA-7056S 310 A S TA-7055S 310 A S TA-7060S 310 A S TA-7059S 310 A S TA-7058S 310 A S TA-7062S 310 A S TA-7061S 310 A S TA-7066S 310 A S TA-7065S 310 A S TA-7064S 310 A S TA-7063S 310 A S TA-7070S 310 A S TA-7069S 310 A S TA-7068S 310 A S TA-7067S 310 A S TA-7073S 310 A S TA-7072S 310 A S TA-7071S 310 A S TA-7076S 310 A S TA-7075S 310 A S TA-7074S 310 A S TA-7078S 310 A S TA-7077S 310 A S TA-7080S 310 A S TA-7079S 310 A S TA-7081S 310 A S TA-7085S 310 A S TA-7084S 310 A S TA-7083S 310 A S TA-7082S 310 A S TA-7089S 310 A S TA-7088S 310 A S TA-7087S 310 A S TA-7086S 310 A S TA-7092S 310 A S TA-7091S 310 A S TA-7090S 310 A S TA-7094S 310 A S TA-7093S 310 A S TA-7096S 310 A S TA-7095S 310 A S TA-7098S 310 A S TA-7097S 310 A S TA-7099S 310 A5112 ER A5118 ER A5125 ER A5131 ER A5137 ER A5143 ER A5150 ER A5156 ER A5162 ER A5168 ER A5175 ER A5181 ER A5187 ER A51100 ER A51106 ER A51112 ER A51118 ER A51125 ER A51131 ER A51137 ER C-021AB C-021AB-1S 70206S 26 C-021AB C-021AB-2S 70207S 26 C-021AB C-021AB-3S 70208S 26 C-021AB C-021AB-4S 70209S 26 C-021AB C-021AB-5S 70210S 26 C-021AB C-021AB-6S 70211S 26 C-021AB C-021AB-7S 70212S 26 C-021AB C-021AB-8S 70213S 26 C-021AB C-021AB-9S 70214S 26 C-021AB C-021AB-10S 70215S 26 C-021AB C-021AB-11S 70217S 26 C-021AB C-021AB-12S 70218S 26 C-021AB C-021AB-13S 70221S 27 C-021AB C-021AB-14S 70224S 27 C-022A C-022A-1S 70171S 19 C-022A C-022A-2S 70172S 19 C-022A C-022A-3S 70173S 19 C-022A C-022A-4S 70174S 19 C-022A C-022A-5S 70175S 20 C-022A C-022A-6S 70176S 20 C-022A C-022A-7S 70177S 20 C-022A C-022A-8S 70178S 20 C-022A C-022A-9S 70179S 20 C-022A C-022A-10S 70180S 21 C-022A C-022A-11S 70183S 21 C-022A C-022A-12S 70184S 21 C-022A C-022A-13S 70185S 21 C-022A C-022A-14S 70186S 22 C-022A C-022A-15S 70189S 22 C-023AB C-023AB-1S 70225S 26 C-023AB C-023AB-2S 70226S 26 C-023AB C-023AB-3S 70227S 26 C-023AB C-023AB-4S 70228S 26 C-023AB C-023AB-5S 70229S 26 C-023AB C-023AB-6S 70230S 26 C-023AB C-023AB-7S 70231S 26 C-023AB C-023AB-8S 70232S 26 C-023AB C-023AB-9S 70233S 26 C-023AB C-023AB-10S 70234S 26 C-023AB C-023AB-11S 70236S 26 C-023AB C-023AB-12S 70237S 27 C-023AB C-023AB-13S 70240S 27 C-023AB C-023AB-14S 70243S 27 C-024A C-024A-1S 70190S 19 C-024A C-024A-2S 70191S 19 C-024A C-024A-3S 70192S 19 C-024A C-024A-4S 70193S 19 C-024A C-024A-5S 70194S 20 C-024A C-024A-6S 70195S 20 C-024A C-024A-7S 70196S 20 C-024A C-024A-8S 70197S 20 C-024A C-024A-9S 70198S 20 C-024A C-024A-10S 70199S 21 C-024A C-024A-11S 70200S 21 C-024A C-024A-12S 70201S 21 C-024A C-024A-13S 70202S 21 C-024A C-024A-14S 70203S 21 C-024A C-024A-15S 70204S 22 C-024A C-024A-16S 70205S 22 CI-006A CI-006A-1S 70000S 15 CI-006A A51143 ER A51150 ER A51156 ER A51163 ER A51175 ER A51187 ER A51200 ER A51225 ER A51250 ER B CDS B CDS B CDS B CDS B CDS B CDS B CDS B CDS B CDS B CDS B CDS B CDS B CDS B CDS B CDS B CDS B CDS B CDS B CDS B CDS B CDS B CDS B CDS B CDS B CDS B CDS B CDS B CDS B CDS B CDS B CDS B CDS B CDS B CDS B CDS B CDS B CDS B CDS B CDS B CDS B CDS B CDS B CDS B CDS B CDS B CDS B CDS B CDS B CDS B CDS B CDS B CDS B CDS B CDS B CDS B CDS B CDS B CDS B CDS B CDS B CDS B CDS B CDS B CDS B CDS B CDS B CDS B CDS B CDS B CDS B CDS B CDS B CDS B CDS B CDS B CDS B CDS B CDS B CDS B CDS B CDS B CDS B CDS B CDS B CDS B CDS B CDS B CDS B CDS B CDS B CDS B CDS B CDS B CDS B CDS C C S 70000S 15 C C S 70001S 15 C C S 70002S 15 C C S 70003S 15 C C S 70004S 15 C C S 70005S 15 C C S 70006S 15 C C S 70007S 15 C CI-006A-2S 70001S 15 CI-006A CI-006A-3S 70002S 15 CI-006A CI-006A-4S 70003S 15 CI-006A CI-006A-5S 70004S 15 CI-006A CI-006A-6S 70005S 15 CI-006A CI-006A-7S 70006S 15 CI-006A CI-006A-8S 70007S 15 CI-006A CI-006A-9S 70008S 15 CI-007A CI-007A-1S 70009S 15 CI-007A CI-007A-2S 70010S 15 CI-007A CI-007A-3S 70011S 15 CI-007A CI-007A-4S 70012S 15 CI-007A CI-007A-5S 70013S 15 CI-007A CI-007A-6S 70014S 15 CI-007A CI-007A-7S 70015S 15 CI-007A CI-007A-8S 70016S 15 CI-007A CI-007A-9S 70017S 15 CI-0088B CI-0088B-1S 70027S 16 CI-008A CI-008A-1S 70018S 15 CI-008A CI-008A-2S 70019S 15 CI-008A CI-008A-3S 70020S 15 CI-008A CI-008A-4S 70021S 15 CI-008A CI-008A-5S 70022S 15 CI-008A CI-008A-6S 70023S 15 CI-008A CI-008A-7S 70024S 15 CI-008A CI-008A-8S 70025S 15 CI-008A CI-008A-9S 70026S 15 CI-008B CI-008B-2S 70028S 16 CI-008B CI-008B-3S 70029S 16 CI-008B CI-008B-4S 70030S 16 CI-008B CI-008B-5S 70031S 16 CI-008B CI-008B-6S 70032S 16 CI-008B CI-008B-7S 70033S 16 CI-008B CI-008B-8S 70034S 16 CI-008B CI-008B-9S 70035S 16 CI-010B CI-010B-1S 70036S 16 CI-010B CI-010B-2S 70037S 16 CI-010B CI-010B-3S 70038S 16 CI-010B CI-010B-4S 70039S 16 CI-010B CI-010B-5S 70040S 16 CI-010B CI-010B-6S 70041S 16 CI-010B CI-010B-7S 70042S 16 CI-010B CI-010B-8S 70043S 16 CI-010B CI-010B-9S 70044S 16 CI-010B CI-010B-10S 70045S 16 CI-010B CI-010B-11S 70046S 17 CI-012B CI-012B-1S 70047S 16 CI-012B CI-012B-2S 70048S 16 CI-012B CI-012B-3S 70049S 16 CI-012B CI-012B-4S 70050S 16 CI-012B CI-012B-5S 70051S 16 CI-012B CI-012B-6S 70052S 16 CI-012B CI-012B-7S 70053S 16 CI-012B CI-012B-8S 70054S 16 CI-012B CI-012B-9S 70055S 16 CI-012B CI-012B-10S 70057S 17 EI-007A EI-007A-1S 80000S 232 EI-007A EI-007A-2S 80001S 232 EI-007A EI-007A-3S 80002S 232 EI-007A EI-007A-4S 80003S 232 EI-007A EI-007A-5S 80004S 232 C S 70008S 15 C C S 70009S 15 C C S 70010S 15 C C S 70011S 15 C C S 70012S 15 C C S 70013S 15 C C S 70014S 15 C C S 70015S 15 C C S 70016S 15 C C S 70017S 15 C C S 70018S 15 C C S 70019S 15 C C S 70020S 15 C C S 70021S 15 C C S 70022S 15 C C S 70023S 15 C C S 70024S 15 C C S 70025S 15 C C S 70026S 15 C C S 70027S 16 C C S 70028S 16 C C S 70029S 16 C C S 70030S 16 C C S 70031S 16 C C S 70032S 16 C C S 70033S 16 C C S 70034S 16 C C S 70035S 16 C C S 70036S 16 C C S 70037S 16 C C S 70038S 16 C C S 70039S 16 C C S 70040S 16 C C S 70041S 16 C C S 70042S 16 C C S 70043S 16 C C S 70044S 16 C C S 70045S 16 C C S 70046S 17 C C S 70047S 16 C C S 70048S 16 C C S 70049S 16 C C S 70050S 16 C C S 70051S 16 C C S 70052S 16 C C S 70053S 16 C C S 70054S 16 C C S 70055S 16 C C S 70056S 17 C C S 70057S 17 C C S 70058S 19 C C S 70059S 19 C C S 70060S 19 C C S 70061S 19 C C S 70062S 19 C C S 70063S 20 C C S 70064S 20 C C S 70065S 20 C C S 70066S 20 C C S 70067S 20 C C S 70068S 21 EI-008A EI-008A-1S 80005S 232 EI-008A EI-008A-2S 80006S 232 EI-008A EI-008A-3S 80007S 232 EI-008A EI-008A-4S 80008S 232 EI-008A EI-008A-5S 80009S 232 EI-008A EI-008A-6S 80010S 232 EI-008A EI-008A-7S 80011S 232 EI-009A EI-009A-1S 80012S 232 EI-009A EI-009A-2S 80013S 232 EI-009A EI-009A-3S 80014S 232 EI-009A EI-009A-4S 80015S 232 EI-009A EI-009A-5S 80016S 232 EI-009A EI-009A-6S 80017S 232 EI-009A EI-009A-7S 80018S 232 EI-010B EI-010B-1S 80026S 232 EI-010B EI-010B-2S 80027S 232 EI-010B EI-010B-3S 80028S 233 EI-010B EI-010B-4S 80029S 233 EI-010B EI-010B-5S 80030S 233 EI-010B EI-010B-6S 80031S 233 EI-010B A 233 EI-010B-7S 80032S 233 EI-011B EI-011B-1S 80033S 232 EI-011B EI-011B-2S 80034S 232 EI-011B EI-011B-3S 80035S 233 EI-011B EI-011B-4S 80036S 233 EI-011B EI-011B-5S 80037S 233 EI-011B EI-011B-6S 80038S 233 EI-011B EI-011B-7S 80039S 233 EI-012B EI-012B-1S 80040S 232 EI-012B EI-012B-2S 80041S 232 EI-012B EI-012B-3S 80042S 233 EI-012B EI-012B-4S 80043S 233 EI-012B EI-012B-5S 80044S 233 EI-012B EI-012B-6S 80045S 233 EI-012B B 233 EI-012B-7S 80046S 233 EI-013B EI-013B-1S 80047S 232 EI-013B EI-013B-2S 80048S 233 EI-013B EI-013B-3S 80049S 233 EI-013B EI-013B-4S 80050S 233 EI-013B EI-013B-5S 80051S 233 EI-013B EI-013B-6S 80052S 233 EI-013B EI-013B-7S 80053S 233 EI-014B EI-014B-1S ZZ EI-014B EI-014B-2S 80055S 233 EI-014B EI-014B-3S 80056S 233 EI-014B EI-014B-4S 80057S 233 EI-014B EI-014B-5S 80058S 233 EI-014B-6 ZZ EI-014B-6S 80059S 233 EI-014B-7 ZZ EI-014B-7S 80060S 233 LC-014A LC-014A-1S 70090S 19 LC-014A LC-014A-2S 70091S 19 LC-014A LC-014A-3S 70092S 19 LC-014A LC-014A-4S 70093S 19 LC-014A LC-014A-5S 70094S 20 LC-014A LC-014A-6S 70095S 20 LC-014A LC-014A-7S 70096S 20 LC-014A LC-014A-8S 70097S 20 LC-014A LC-014A-9S 70098S 20 LC-014A LC-014A-10S 70103S 21 LC-014A LC-014A-11S 70104S 21 LC-014A APPEDIX C 383

386 ASSOCIATED SPRIG PART UMBER CETURY SPRIG PART UMBER Page o. LEE SPRIG PART UMBER CETURY SPRIG PART UMBER Page o. ASSOCIATED SPRIG PART UMBER CETURY SPRIG PART UMBER Page o. LEE SPRIG PART UMBER CETURY SPRIG PART UMBER Page o. ASSOCIATED SPRIG PART UMBER CETURY SPRIG PART UMBER Page o. LEE SPRIG PART UMBER CETURY SPRIG PART UMBER Page o. APPEDIX C C C S 70069S 21 C C S 70070S 21 C C S 70071S 21 C C S 70072S 22 C C S 70073S 22 C C S 70074S 19 C C S 70075S 19 C C S 70076S 19 C C S 70077S 19 C C S 70078S 20 C C S 70079S 20 C C S 70080S 20 C C S 70081S 20 C C S 70082S 20 C C S 70083S 21 C C S 70084S 21 C C S 70085S 21 C C S 70086S 21 C C S 70087S 21 C C S 70088S 22 C C S 70089S 22 C C S 70090S 19 C C S 70092S 19 C C S 70093S 19 C C S 70094S 20 C C S 70095S 20 C C S 70096S 20 C C S 70097S 20 C C S 70098S 20 C C S 70099S 21 C C S 70100S 21 C C S 70101S 21 C C S 70102S 21 C C S 70103S 21 C C S 70104S 21 C C S 70105S 22 C C S 70108S 22 C C S 70109S 19 C C S 70110S 19 C C S 70111S 19 C C S 70112S 19 C C S 70113S 19 C C S 70114S 20 C C S 70115S 20 C C S 70116S 20 C C S 70117S 20 C C S 70118S 20 C C S 70125S 21 C C S 70126S 21 C C S 70127S 22 C C S 70130S 22 C C S 70131S 19 C C S 70132S 19 C C S 70133S 19 C C S 70134S 19 C C S 70135S 19 C C S 70136S 20 C C S 70137S 20 C C S 70138S 20 C C S 70139S 20 C LC-014A-12S 70105S 22 LC-014A LC-014A-13S 70108S 22 LC-014B LC-014B-1S 70259S 31 LC-014B LC-014B-2S 70260S 31 LC-014B LC-014B-3S 70261S 31 LC-014B LC-014B-4S 70262S 31 LC-014B LC-014B-5S 70263S 32 LC-014B LC-014B-6S 70264S 32 LC-014B LC-014B-7S 70265S 32 LC-014B LC-014B-8S 70266S 33 LC-014B LC-014B-9S 70267S 33 LC-014B LC-014B-10S 70270S 33 LC-014B LC-014B-11S 70273S 34 LC-014B LC-014B-13S 70277S 35 LC-014B LC-014B-14S 70278S 35 LC-016A LC-016A-1S 70110S 19 LC-016A LC-016A-2S 70111S 19 LC-016A LC-016A-3S 70112S 19 LC-016A LC-016A-4S 70113S 19 LC-016A LC-016A-5S 70114S 20 LC-016A LC-016A-6S 70115S 20 LC-016A LC-016A-7S 70116S 20 LC-016A LC-016A-8S 70117S 20 LC-016A LC-016A-9S 70118S 20 LC-016A LC-016A-10S 70125S 21 LC-016A LC-016A-11S 70126S 21 LC-016A LC-016A-12S 70127S 22 LC-016A LC-016A-13S 70130S 22 LC-016B LC-016B-1S 70280S 31 LC-016B LC-016B-2S 70281S 31 LC-016B LC-016B-3S 70282S 31 LC-016B LC-016B-4S 70283S 32 LC-016B LC-016B-5S 70284S 32 LC-016B LC-016B-6S 70285S 32 LC-016B LC-016B-7S 70286S 32 LC-016B LC-016B-8S 70287S 33 LC-016B LC-016B-9S 70288S 33 LC-016B LC-016B-10S 70291S 33 LC-016B LC-016B-11S 70294S 34 LC-016B LC-016B-12S 70297S 35 LC-016B LC-016B-13S 70298S 35 LC-016B LC-016B-14S 70299S 35 LC-016B LC-016B-15S 70300S 35 LC-018A LC-018A-1S 70132S 19 LC-018A LC-018A-2S 70133S 19 LC-018A LC-018A-3S 70134S 19 LC-018A LC-018A-4S 70135S 19 LC-018A LC-018A-5S 70136S 20 LC-018A LC-018A-6S 70137S 20 LC-018A LC-018A-7S 70138S 20 LC-018A LC-018A-8S 70139S 20 LC-018A LC-018A-9S 70140S 20 LC-018A LC-018A-10S 70147S 21 LC-018A LC-018A-11S 70148S 21 LC-018A LC-018A-12S 70149S 22 LC-018A LC-018A-13S 70152S 22 LC-018B LC-018B-1S 70301S 31 LC-018B LC-018B-2S 70302S 31 LC-018B LC-018B-3S 70303S 31 LC-018B LC-018B-4S 70304S 32 LC-018B LC-018B-5S 70305S 32 C S 70140S 20 C C S 70147S 21 C C S 70148S 21 C C S 70149S 22 C C S 70152S 22 C C S 70153S 19 C C S 70154S 19 C C S 70155S 19 C C S 70156S 19 C C S 70157S 20 C C S 70158S 20 C C S 70159S 20 C C S 70160S 20 C C S 70161S 20 C C S 70162S 21 C C S 70163S 21 C C S 70164S 21 C C S 70165S 21 C C S 70166S 21 C C S 70167S 22 C C S 70170S 22 C C S 70171S 19 C C S 70172S 19 C C S 70173S 19 C C S 70174S 19 C C S 70175S 20 C C S 70176S 20 C C S 70177S 20 C C S 70178S 20 C C S 70179S 20 C C S 70180S 21 C C S 70183S 21 C C S 70184S 21 C C S 70185S 21 C C S 70186S 22 C C S 70189S 22 C C S 70191S 19 C C S 70192S 19 C C S 70193S 19 C C S 70194S 20 C C S 70195S 20 C C S 70196S 20 C C S 70197S 20 C C S 70198S 20 C C S 70199S 21 C C S 70200S 21 C C S 70201S 21 C C S 70202S 21 C C S 70204S 22 C C S 70205S 22 C C S 70206S 26 C C S 70207S 26 C C S 70208S 26 C C S 70209S 26 C C S 70210S 26 C C S 70211S 26 C C S 70212S 26 C C S 70213S 26 C C S 70214S 26 C C S 70215S 26 C C S 70216S 26 LC-018B LC-018B-6S 70306S 32 LC-018B LC-018B-7S 70307S 32 LC-018B LC-018B-8S 70308S 33 LC-018B LC-018B-9S 70309S 33 LC-018B LC-018B-10S 70312S 33 LC-018B LC-018B-11S 70315S 34 LC-018B LC-018B-12S 70318S 35 LC-018B LC-018B-13S 70319S 35 LC-018B LC-018B-14S 70320S 35 LC-018B LC-018B-15S 70321S 35 LC-018C LC-018C-1S 70536S 49 LC-018C LC-018C-2S 70537S 49 LC-018C LC-018C-3S 70538S 49 LC-018C LC-018C-4S 70539S 50 LC-018C LC-018C-5S 70540S 50 LC-018C LC-018C-6S 70541S 50 LC-018C LC-018C-7S 70542S 51 LC-018C LC-018C-8S 70543S 51 LC-018C LC-018C-9S 70544S 51 LC-018C LC-018C-10S 70545S 52 LC-018C LC-018C-11S 70546S 52 LC-018C LC-018C-12S 70547S 52 LC-018C LC-018C-13S 70548S 53 LC-018C LC-018C-14S 70549S 53 LC-018C LC-018C-15S 70550S 54 LC-020A LC-020A-1S 70153S 19 LC-020A LC-020A-2S 70154S 19 LC-020A LC-020A-3S 70155S 19 LC-020A LC-020A-4S 70156S 19 LC-020A LC-020A-5S 70157S 20 LC-020A LC-020A-6S 70158S 20 LC-020A LC-020A-7S 70159S 20 LC-020A LC-020A-8S 70160S 20 LC-020A LC-020A-9S 70161S 20 LC-020A LC-020A-10S 70162S 21 LC-020A LC-020A-11S 70164S 21 LC-020A LC-020A-12S 70165S 21 LC-020A LC-020A-13S 70166S 21 LC-020A LC-020A-14S 70167S 22 LC-020A LC-020A-15S 70170S 22 LC-020B LC-020B-1S 70322S 31 LC-020B LC-020B-2S 70323S 31 LC-020B LC-020B-3S 70324S 31 LC-020B LC-020B-4S 70325S 32 LC-020B LC-020B-5S 70326S 32 LC-020B LC-020B-6S 70327S 32 LC-020B LC-020B-7S 70328S 32 LC-020B LC-020B-8S 70329S 33 LC-020B LC-020B-9S 70330S 33 LC-020B LC-020B-10S 70333S 34 LC-020B LC-020B-11S 70336S 34 LC-020B LC-020B-12S 70339S 35 LC-020B LC-020B-13S 70340S 35 LC-020B LC-020B-14S 70341S 35 LC-020B LC-020B-15S 70342S 35 LC-020C LC-020C-1S 70553S 49 LC-020C LC-020C-2S 70554S 49 LC-020C LC-020C-3S 70555S 49 LC-020C LC-020C-4S 70556S 50 LC-020C LC-020C-5S 70557S 50 LC-020C C C S 70217S 26 C C S 70218S 26 C C S 70221S 27 C C S 70224S 27 C C S 70225S 26 C C S 70226S 26 C C S 70227S 26 C C S 70228S 26 C C S 70229S 26 C C S 70230S 26 C C S 70231S 26 C C S 70232S 26 C C S 70233S 26 C C S 70234S 26 C C S 70235S 26 C C S 70236S 26 C C S 70237S 27 C C S 70240S 27 C C S 70243S 27 C C S 70244S 31 C C S 70245S 31 C C S 70246S 31 C C S 70247S 31 C C S 70248S 32 C C S 70249S 32 C C S 70250S 32 C C S 70251S 33 C C S 70252S 33 C C S 70253S 33 C C S 70254S 33 C C S 70255S 34 C C S 70256S 34 C C S 70257S 34 C C S 70258S 35 C C S 70259S 31 C C S 70260S 31 C C S 70261S 31 C C S 70262S 31 C C S 70263S 32 C C S 70264S 32 C C S 70265S 32 C C S 70266S 33 C C S 70267S 33 C C S 70270S 33 C C S 70273S 34 C C S 70276S 35 C C S 70277S 35 C C S 70278S 35 C C S 70280S 31 C C S 70281S 31 C C S 70282S 31 C C S 70283S 32 C C S 70284S 32 C C S 70285S 32 C C S 70286S 32 C C S 70287S 33 C C S 70288S 33 C C S 70291S 33 C C S 70294S 34 C C S 70297S 35 C LC-020C-6S 70558S 50 LC-020C LC-020C-7S 70561S 51 LC-020C LC-020C-8S 70562S 51 LC-020C LC-020C-9S 70563S 51 LC-020C LC-020C-10S 70564S 52 LC-020C LC-020C-11S 70565S 52 LC-020C LC-020C-12S 70568S 53 LC-020C LC-020C-13S 70571S 53 LC-020C LC-020C-14S 70574S 54 LC-020C LC-020C-15S 70575S 54 LC-020C LC-020C-16S 70576S 54 LC-022B LC-022B-1S 70343S 31 LC-022B LC-022B-2S 70344S 31 LC-022B LC-022B-3S 70345S 31 LC-022B LC-022B-4S 70346S 32 LC-022B LC-022B-5S 70347S 32 LC-022B LC-022B-6S 70348S 32 LC-022B LC-022B-7S 70349S 32 LC-022B LC-022B-8S 70350S 33 LC-022B LC-022B-9S 70351S 33 LC-022B LC-022B-10S 70352S 33 LC-022B LC-022B-11S 70355S 34 LC-022B LC-022B-12S 70356S 34 LC-022B LC-022B-13S 70357S 34 LC-022B LC-022B-14S 70358S 35 LC-022B LC-022B-15S 70361S 35 LC-022B LC-022B-16S 70362S 35 LC-022BC LC-022BC-0S 70477S 42 LC-022BC LC-022BC-00S 70476S 42 LC-022BC LC-022BC-1S 70478S 42 LC-022BC LC-022BC-2S 70479S 42 LC-022BC LC-022BC-3S 70480S 42 LC-022BC LC-022BC-4S 70481S 42 LC-022BC LC-022BC-5S 70482S 42 LC-022BC LC-022BC-6S 70483S 42 LC-022BC LC-022BC-7S 70484S 42 LC-022BC LC-022BC-8S 70485S 42 LC-022BC LC-022BC-9S 70489S 43 LC-022BC LC-022BC-10S 70492S 43 LC-022BC LC-022BC-11S 70495S 43 LC-022C LC-022C-0S 70578S 49 LC-022C LC-022C-00S 70577S 49 LC-022C LC-022C-1S 70579S 49 LC-022C LC-022C-2S 70580S 50 LC-022C LC-022C-3S 70581S 50 LC-022C LC-022C-4S 70582S 50 LC-022C LC-022C-5S 70583S 51 LC-022C LC-022C-6S 70584S 51 LC-022C LC-022C-7S 70585S 51 LC-022C LC-022C-8S 70586S 52 LC-022C LC-022C-9S 70591S 53 LC-022C LC-022C-10S 70594S 53 LC-022C LC-022C-11S 70597S 54 LC-022C LC-022C-12S 70598S 54 LC-022C LC-022C-13S 70599S 54 LC-022D LC-022D-0S 70780S 69 LC-022D LC-022D-00S 70779S 68 LC-022D LC-022D-1S 70781S 69 LC-022D LC-022D-2S 70782S 69 LC-022D LC-022D-3S 70783S 70 LC-022D LC-022D-4S 70784S

387 ASSOCIATED SPRIG PART UMBER CETURY SPRIG PART UMBER Page o. LEE SPRIG PART UMBER CETURY SPRIG PART UMBER Page o. ASSOCIATED SPRIG PART UMBER CETURY SPRIG PART UMBER Page o. LEE SPRIG PART UMBER CETURY SPRIG PART UMBER Page o. ASSOCIATED SPRIG PART UMBER CETURY SPRIG PART UMBER Page o. LEE SPRIG PART UMBER CETURY SPRIG PART UMBER Page o. C S 70298S 35 C C S 70299S 35 C C S 70300S 35 C C S 70301S 31 C C S 70302S 31 C C S 70303S 31 C C S 70304S 32 C C S 70305S 32 C C S 70306S 32 C C S 70307S 32 C C S 70308S 33 C C S 70309S 33 C C S 70312S 33 C C S 70315S 34 C C S 70318S 35 C C S 70319S 35 C C S 70320S 35 C C S 70321S 35 C C S 70322S 31 C C S 70323S 31 C C S 70324S 31 C C S 70325S 32 C C S 70326S 32 C C S 70327S 32 C C S 70328S 32 C C S 70329S 33 C C S 70330S 33 C C S 70333S 34 C C S 70336S 34 C C S 70339S 35 C C S 70340S 35 C C S 70341S 35 C C S 70342S 35 C C S 70343S 31 C C S 70344S 31 C C S 70345S 31 C C S 70346S 32 C C S 70347S 32 C C S 70348S 32 C C S 70349S 32 C C S 70350S 33 C C S 70351S 33 C C S 70352S 33 C C S 70355S 34 C C S 70356S 34 C C S 70357S 34 C C S 70358S 35 C C S 70361S 35 C C S 70362S 35 C C S 70363S 31 C C S 70364S 31 C C S 70365S 31 C C S 70366S 32 C C S 70367S 32 C C S 70368S 32 C C S 70369S 32 C C S 70372S 33 C C S 70375S 34 C C S 70378S 34 C C S 70379S 34 C C S 70380S 35 LC-022D LC-022D-5S 70785S 70 LC-022D LC-022D-6S 70786S 70 LC-022D LC-022D-7S 70787S 71 LC-022D LC-022D-8S 70790S 71 LC-022D LC-022D-9S 70793S 72 LC-022D LC-022D-10S 70796S 73 LC-022D LC-022D-11S 70797S 73 LC-022D LC-022D-12S 70798S 73 LC-022D LC-022D-13S 70799S 73 LC-022D LC-022D-14S 70800S 74 LC-024B LC-024B-1S 70363S 31 LC-024B LC-024B-2S 70364S 31 LC-024B LC-024B-3S 70365S 31 LC-024B LC-024B-4S 70366S 32 LC-024B LC-024B-5S 70367S 32 LC-024B LC-024B-6S 70368S 32 LC-024B LC-024B-7S 70369S 32 LC-024B LC-024B-8S 70372S 33 LC-024B LC-024B-9S 70375S 34 LC-024B LC-024B-10S 70378S 34 LC-024B LC-024B-11S 70379S 34 LC-024B LC-024B-12S 70380S 35 LC-024B LC-024B-13S 70383S 35 LC-024B LC-024B-14S 70384S 35 LC-024B LC-024B-15S 70385S 35 LC-024C LC-024C-1S 70600S 49 LC-024C LC-024C-2S 70601S 50 LC-024C LC-024C-3S 70602S 50 LC-024C LC-024C-4S 70603S 50 LC-024C LC-024C-5S 70604S 51 LC-024C LC-024C-6S 70605S 51 LC-024C LC-024C-7S 70606S 51 LC-024C LC-024C-8S 70607S 52 LC-024C LC-024C-9S 70608S 52 LC-024C LC-024C-10S 70611S 53 LC-024C LC-024C-11S 70614S 53 LC-024C LC-024C-12S 70617S 54 LC-024C LC-024C-13S 70618S 54 LC-024C LC-024C-14S 70619S 54 LC-026B LC-026B-1S 70386S 31 LC-026B LC-026B-2S 70387S 31 LC-026B LC-026B-3S 70388S 31 LC-026B LC-026B-4S 70389S 32 LC-026B LC-026B-5S 70390S 32 LC-026B LC-026B-6S 70391S 32 LC-026B LC-026B-7S 70392S 32 LC-026B LC-026B-8S 70393S 33 LC-026B LC-026B-9S 70394S 33 LC-026B LC-026B-10S 70395S 33 LC-026B LC-026B-11S 70396S 34 LC-026B LC-026B-12S 70399S 34 LC-026B LC-026B-13S 70400S 34 LC-026B LC-026B-14S 70401S 35 LC-026B LC-026B-15S 70404S 35 LC-026B LC-026B-16S 70405S 35 LC-026B LC-026B-17S 70406S 36 LC-026BC LC-026BC-0S 70499S 42 LC-026BC LC-026BC-00S 70498S 42 LC-026BC LC-026BC-1S 70500S 42 LC-026BC LC-026BC-2S 70501S 42 LC-026BC C C S 70383S 35 C C S 70384S 35 C C S 70385S 35 C C S 70386S 31 C C S 70387S 31 C C S 70388S 31 C C S 70389S 32 C C S 70390S 32 C C S 70391S 32 C C S 70392S 32 C C S 70393S 33 C C S 70394S 33 C C S 70395S 33 C C S 70396S 34 C C S 70399S 34 C C S 70400S 34 C C S 70401S 35 C C S 70404S 35 C C S 70405S 35 C C S 70406S 36 C C S 70407S 31 C C S 70408S 31 C C S 70409S 31 C C S 70410S 32 C C S 70411S 32 C C S 70412S 32 C C S 70413S 32 C C S 70414S 33 C C S 70415S 33 C C S 70416S 33 C C S 70417S 34 C C S 70418S 34 C C S 70419S 34 C C S 70420S 34 C C S 70421S 35 C C S 70422S 35 C C S 70423S 35 C C S 70424S 35 C C S 70425S 36 C C S 70426S 31 C C S 70427S 31 C C S 70428S 32 C C S 70429S 32 C C S 70430S 32 C C S 70431S 33 C C S 70432S 33 C C S 70433S 33 C C S 70434S 33 C C S 70435S 34 C C S 70436S 34 C C S 70437S 34 C C S 70438S 34 C C S 70439S 35 C C S 70440S 35 C C S 70441S 35 C C S 70442S 35 C C S 70443S 36 C C S 70444S 31 C C S 70445S 32 C C S 70446S 32 C LC-026BC-3S 70502S 42 LC-026BC LC-026BC-4S 70503S 42 LC-026BC LC-026BC-5S 70504S 42 LC-026BC LC-026BC-6S 70505S 42 LC-026BC LC-026BC-7S 70506S 42 LC-026BC LC-026BC-8S 70507S 42 LC-026BC LC-026BC-9S 70511S 43 LC-026BC LC-026BC-10S 70514S 43 LC-026BC LC-026BC-11S 70517S 43 LC-026C LC-026C-0S 70620S 49 LC-026C LC-026C-1S 70621S 49 LC-026C LC-026C-2S 70622S 50 LC-026C LC-026C-3S 70623S 50 LC-026C LC-026C-4S 70624S 50 LC-026C LC-026C-5S 70625S 51 LC-026C LC-026C-6S 70626S 51 LC-026C LC-026C-7S 70627S 51 LC-026C LC-026C-8S 70628S 52 LC-026C LC-026C-9S 70629S 52 LC-026C LC-026C-10S 70632S 53 LC-026C LC-026C-11S 70635S 53 LC-026C LC-026C-12S 70638S 54 LC-026C LC-026C-13S 70639S 54 LC-026C LC-026C-14S 70640S 54 LC-026D LC-026D-1S 70803S 69 LC-026D LC-026D-2S 70804S 69 LC-026D LC-026D-3S 70805S 69 LC-026D LC-026D-4S 70806S 70 LC-026D LC-026D-5S 70807S 70 LC-026D LC-026D-6S 70808S 70 LC-026D LC-026D-7S 70809S 70 LC-026D LC-026D-8S 70810S 71 LC-026D LC-026D-9S 70811S 71 LC-026D LC-026D-10S 70812S 71 LC-026D LC-026D-11S 70815S 72 LC-026D LC-026D-12S 70818S 73 LC-026D LC-026D-13S 70819S 73 LC-026D LC-026D-14S 70820S 73 LC-026D LC-026D-15S 70821S 74 LC-026D LC-026D-16S 70822S 74 LC-026E LC-026E-1S 71028S 84 LC-026E LC-026E-2S 71029S 85 LC-026E LC-026E-3S 71030S 86 LC-026E LC-026E-4S 71031S 86 LC-026E LC-026E-5S 71032S 87 LC-026E LC-026E-6S 71033S 87 LC-026E LC-026E-7S 71034S 88 LC-026E LC-026E-8S 71035S 88 LC-026E LC-026E-9S 71036S 89 LC-026E LC-026E-10S 71037S 89 LC-026E LC-026E-11S 71038S 90 LC-026E LC-026E-12S 71041S 91 LC-026E LC-026E-13S 71042S 91 LC-026E LC-026E-14S 71043S 92 LC-026E LC-026E-15S 71044S 92 LC-029B LC-029B-0S 70407S 31 LC-029B LC-029B-1S 70408S 31 LC-029B LC-029B-2S 70409S 31 LC-029B LC-029B-3S 70410S 32 LC-029B LC-029B-4S 70411S 32 LC-029B LC-029B-5S 70412S 32 C S 70447S 32 C C S 70448S 33 C C S 70449S 33 C C S 70450S 33 C C S 70451S 33 C C S 70452S 34 C C S 70453S 34 C C S 70454S 34 C C S 70455S 34 C C S 70456S 35 C C S 70457S 35 C C S 70458S 35 C C S 70459S 36 C C S 70460S 42 C C S 70461S 42 C C S 70462S 42 C C S 70463S 42 C C S 70464S 42 C C S 70465S 42 C C S 70466S 42 C C S 70467S 42 C C S 70468S 42 C C S 70469S 42 C C S 70470S 42 C C S 70471S 43 C C S 70472S 43 C C S 70473S 43 C C S 70474S 43 C C S 70475S 43 C C S 70476S 42 C C S 70477S 42 C C S 70478S 42 C C S 70479S 42 C C S 70480S 42 C C S 70481S 42 C C S 70482S 42 C C S 70483S 42 C C S 70484S 42 C C S 70485S 42 C C S 70486S 43 C C S 70489S 43 C C S 70492S 43 C C S 70495S 43 C C S 70496S 43 C C S 70497S 43 C C S 70498S 42 C C S 70499S 42 C C S 70500S 42 C C S 70501S 42 C C S 70502S 42 C C S 70503S 42 C C S 70504S 42 C C S 70505S 42 C C S 70506S 42 C C S 70507S 42 C C S 70508S 43 C C S 70511S 43 C C S 70514S 43 C C S 70517S 43 C C S 70518S 43 C C S 70519S 43 LC-029B LC-029B-6S 70413S 32 LC-029B LC-029B-7S 70414S 33 LC-029B LC-029B-8S 70415S 33 LC-029B LC-029B-9S 70416S 33 LC-029B LC-029B-10S 70417S 34 LC-029B LC-029B-11S 70418S 34 LC-029B LC-029B-12S 70419S 34 LC-029B LC-029B-13S 70420S 34 LC-029B LC-029B-14S 70421S 35 LC-029B LC-029B-15S 70422S 35 LC-029B LC-029B-16S 70423S 35 LC-029B LC-029B-17S 70424S 35 LC-029B LC-029B-18S 70425S 36 LC-029C LC-029C-1S 70643S 49 LC-029C LC-029C-2S 70644S 50 LC-029C LC-029C-3S 70645S 50 LC-029C LC-029C-4S 70646S 50 LC-029C LC-029C-5S 70647S 51 LC-029C LC-029C-6S 70648S 51 LC-029C LC-029C-7S 70649S 51 LC-029C LC-029C-8S 70650S 52 LC-029C LC-029C-9S 70651S 52 LC-029C LC-029C-10S 70653S 53 LC-029C LC-029C-11S 70655S 53 LC-029C LC-029C-12S 70657S 54 LC-029C LC-029C-13S 70658S 54 LC-029C LC-029C-14S 70659S 54 LC-029E LC-029E-1S 71047S 84 LC-029E LC-029E-2S 71048S 85 LC-029E LC-029E-3S 71049S 86 LC-029E LC-029E-4S 71050S 86 LC-029E LC-029E-5S 71051S 87 LC-029E LC-029E-6S 71052S 87 LC-029E LC-029E-7S 71053S 88 LC-029E LC-029E-8S 71054S 88 LC-029E LC-029E-9S 71055S 89 LC-029E LC-029E-10S 71056S 89 LC-029E LC-029E-11S 71057S 90 LC-029E LC-029E-12S 71058S 90 LC-029E LC-029E-13S 71059S 91 LC-029E LC-029E-14S 71060S 92 LC-029E LC-029E-15S 71061S 92 LC-030D LC-030D-1S 70826S 69 LC-030D LC-030D-2S 70827S 69 LC-030D LC-030D-3S 70828S 69 LC-030D LC-030D-4S 70829S 70 LC-030D LC-030D-5S 70830S 70 LC-030D LC-030D-6S 70831S 70 LC-030D LC-030D-7S 70832S 71 LC-030D LC-030D-8S 70833S 71 LC-030D LC-030D-9S 70834S 71 LC-030D LC-030D-10S 70835S 71 LC-030D LC-030D-11S 70838S 72 LC-030D LC-030D-12S 70841S 73 LC-030D LC-030D-13S 70842S 73 LC-030D LC-030D-14S 70843S 73 LC-030D LC-030D-15S 70844S 74 LC-030D LC-030D-16S 70845S 74 LC-032B LC-032B-1S 70426S 31 LC-032B LC-032B-2S 70427S 31 LC-032B APPEDIX C 385

388 ASSOCIATED SPRIG PART UMBER CETURY SPRIG PART UMBER Page o. LEE SPRIG PART UMBER CETURY SPRIG PART UMBER Page o. ASSOCIATED SPRIG PART UMBER CETURY SPRIG PART UMBER Page o. LEE SPRIG PART UMBER CETURY SPRIG PART UMBER Page o. ASSOCIATED SPRIG PART UMBER CETURY SPRIG PART UMBER Page o. LEE SPRIG PART UMBER CETURY SPRIG PART UMBER Page o. APPEDIX C C C S 70520S 49 C C S 70521S 49 C C S 70522S 49 C C S 70523S 50 C C S 70524S 50 C C S 70525S 50 C C S 70526S 51 C C S 70527S 51 C C S 70528S 51 C C S 70529S 52 C C S 70530S 52 C C S 70531S 52 C C S 70532S 53 C C S 70533S 54 C C S 70534S 54 C C S 70535S 54 C C S 70536S 49 C C S 70537S 49 C C S 70538S 49 C C S 70539S 50 C C S 70540S 50 C C S 70541S 50 C C S 70542S 51 C C S 70543S 51 C C S 70544S 51 C C S 70545S 52 C C S 70546S 52 C C S 70548S 53 C C S 70549S 53 C C S 70550S 54 C C S 70551S 54 C C S 70552S 54 C C S 70553S 49 C C S 70554S 49 C C S 70555S 49 C C S 70556S 50 C C S 70557S 50 C C S 70558S 50 C C S 70560S 51 C C S 70562S 51 C C S 70563S 51 C C S 70564S 52 C C S 70565S 52 C C S 70568S 53 C C S 70571S 53 C C S 70574S 54 C C S 70575S 54 C C S 70576S 54 C C S 70577S 49 C C S 70578S 49 C C S 70579S 49 C C S 70580S 50 C C S 70581S 50 C C S 70582S 50 C C S 70583S 51 C C S 70584S 51 C C S 70585S 51 C C S 70586S 52 C C S 70591S 53 C C S 70594S 53 C LC-032B-3S 70428S 32 LC-032B LC-032B-4S 70429S 32 LC-032B LC-032B-5S 70430S 32 LC-032B LC-032B-6S 70431S 33 LC-032B LC-032B-7S 70432S 33 LC-032B LC-032B-8S 70433S 33 LC-032B LC-032B-9S 70434S 33 LC-032B LC-032B-10S 70435S 34 LC-032B LC-032B-11S 70436S 34 LC-032B LC-032B-12S 70437S 34 LC-032B LC-032B-13S 70438S 34 LC-032B LC-032B-14S 70439S 35 LC-032B LC-032B-15S 70440S 35 LC-032B LC-032B-16S 70441S 35 LC-032B LC-032B-17S 70442S 35 LC-032B LC-032B-18S 70443S 36 LC-032C LC-032C-1S 70660S 49 LC-032C LC-032C-2S 70661S 49 LC-032C LC-032C-3S 70662S 50 LC-032C LC-032C-4S 70663S 50 LC-032C LC-032C-5S 70664S 50 LC-032C LC-032C-6S 70665S 51 LC-032C LC-032C-7S 70666S 51 LC-032C LC-032C-8S 70667S 51 LC-032C LC-032C-9S 70668S 52 LC-032C LC-032C-10S 70669S 52 LC-032C LC-032C-11S 70670S 52 LC-032C LC-032C-12S 70671S 53 LC-032C LC-032C-13S 70674S 53 LC-032C LC-032C-14S 70675S 54 LC-032C LC-032C-15S 70676S 54 LC-032C LC-032C-16S 70677S 54 LC-032C LC-032C-17S 70678S 54 LC-032D LC-032D-1S 70848S 69 LC-032D LC-032D-2S 70849S 69 LC-032D LC-032D-3S 70850S 69 LC-032D LC-032D-4S 70851S 70 LC-032D LC-032D-5S 70852S 70 LC-032D LC-032D-6S 70853S 70 LC-032D LC-032D-7S 70854S 71 LC-032D LC-032D-8S 70855S 71 LC-032D LC-032D-9S 70856S 71 LC-032D LC-032D-10S 70857S 71 LC-032D LC-032D-11S 70860S 72 LC-032D LC-032D-12S 70863S 73 LC-032D LC-032D-13S 70864S 73 LC-032D LC-032D-14S 70865S 73 LC-032D LC-032D-15S 70866S 74 LC-032D LC-032D-16S 70867S 74 LC-032E LC-032E-0S 71064S 84 LC-032E LC-032E-1S 71066S 84 LC-032E LC-032E-2S 71067S 85 LC-032E LC-032E-3S 71068S 86 LC-032E LC-032E-4S 71069S 86 LC-032E LC-032E-5S 71070S 87 LC-032E LC-032E-6S 71071S 87 LC-032E LC-032E-7S 71072S 88 LC-032E LC-032E-8S 71073S 88 LC-032E LC-032E-9S 71074S 89 LC-032E LC-032E-10S 71075S 90 LC-032E LC-032E-11S 71076S 90 C S 70597S 54 C C S 70598S 54 C C S 70599S 54 C C S 70600S 49 C C S 70601S 50 C C S 70602S 50 C C S 70603S 50 C C S 70604S 51 C C S 70605S 51 C C S 70606S 51 C C S 70607S 52 C C S 70608S 52 C C S 70611S 53 C C S 70614S 53 C C S 70617S 54 C C S 70618S 54 C C S 70619S 54 C C S 70620S 49 C C S 70621S 49 C C S 70622S 50 C C S 70623S 50 C C S 70624S 50 C C S 70625S 51 C C S 70626S 51 C C S 70627S 51 C C S 70628S 52 C C S 70629S 52 C C S 70632S 53 C C S 70635S 53 C C S 70638S 54 C C S 70639S 54 C C S 70640S 54 C C S 70643S 49 C C S 70644S 50 C C S 70645S 50 C C S 70646S 50 C C S 70647S 51 C C S 70648S 51 C C S 70649S 51 C C S 70650S 52 C C S 70651S 52 C C S 70652S 52 C C S 70653S 53 C C S 70654S 53 C C S 70655S 53 C C S 70656S 54 C C S 70657S 54 C C S 70658S 54 C C S 70659S 54 C C S 70660S 49 C C S 70661S 49 C C S 70662S 50 C C S 70663S 50 C C S 70664S 50 C C S 70665S 51 C C S 70666S 51 C C S 70667S 51 C C S 70668S 52 C C S 70669S 52 C C S 70670S 52 C C S 70671S 53 LC-032E LC-032E-12S 71077S 90 LC-032E LC-032E-13S 71078S 91 LC-032E LC-032E-14S 71079S 92 LC-032E LC-032E-15S 71080S 92 LC-032E LC-032E-16S 71081S 92 LC-032E LC-032E-17S 71082S 93 LC-035B LC-035B-1S 70444S 31 LC-035B LC-035B-2S 70445S 32 LC-035B LC-035B-3S 70446S 32 LC-035B LC-035B-4S 70447S 32 LC-035B LC-035B-5S 70448S 33 LC-035B LC-035B-7S 70450S 33 LC-035B LC-035B-8S 70451S 33 LC-035B LC-035B-9S 70452S 34 LC-035B LC-035B-10S 70453S 34 LC-035B LC-035B-11S 70454S 34 LC-035B LC-035B-12S 70455S 34 LC-035B LC-035B-13S 70456S 35 LC-035B LC-035B-15S 70457S 35 LC-035B LC-035B-16S 70458S 35 LC-035B LC-035B-17S 70459S 36 LC-035C LC-035C-1S 70679S 49 LC-035C LC-035C-2S 70680S 49 LC-035C LC-035C-3S 70681S 50 LC-035C LC-035C-4S 70682S 50 LC-035C LC-035C-5S 70683S 50 LC-035C LC-035C-6S 70684S 51 LC-035C LC-035C-7S 70685S 51 LC-035C LC-035C-8S 70686S 51 LC-035C LC-035C-9S 70687S 52 LC-035C LC-035C-10S 70688S 52 LC-035C LC-035C-11S 70689S 52 LC-035C LC-035C-12S 70690S 53 LC-035C LC-035C-13S 70693S 53 LC-035C LC-035C-14S 70694S 54 LC-035C LC-035C-15S 70695S 54 LC-035C LC-035C-16S 70696S 54 LC-035C LC-035C-17S 70697S 55 LC-035C LC-035C-18S 70698S 55 LC-035C LC-035C-19S 70699S 55 LC-035D LC-035D-1S 70868S 68 LC-035D LC-035D-2S 70869S 69 LC-035D LC-035D-3S 70870S 69 LC-035D LC-035D-4S 70871S 69 LC-035D LC-035D-5S 70872S 70 LC-035D LC-035D-6S 70873S 70 LC-035D LC-035D-7S 70874S 70 LC-035D LC-035D-8S 70875S 71 LC-035D LC-035D-9S 70876S 71 LC-035D LC-035D-10S 70877S 71 LC-035D LC-035D-11S 70878S 71 LC-035D LC-035D-12S 70879S 72 LC-035D LC-035D-13S 70880S 72 LC-035D LC-035D-14S 70881S 72 LC-035D LC-035D-15S 70882S 73 LC-035D LC-035D-16S 70883S 73 LC-035D LC-035D-17S 70884S 73 LC-035D LC-035D-18S 70885S 74 LC-035D LC-035D-19S 70886S 74 LC-035E LC-035E-1S 71083S 84 LC-035E C C S 70674S 53 C C S 70675S 54 C C S 70676S 54 C C S 70677S 54 C C S 70678S 54 C C S 70679S 49 C C S 70680S 49 C C S 70681S 50 C C S 70682S 50 C C S 70683S 50 C C S 70684S 51 C C S 70685S 51 C C S 70686S 51 C C S 70687S 52 C C S 70688S 52 C C S 70689S 52 C C S 70690S 53 C C S 70693S 53 C C S 70694S 54 C C S 70695S 54 C C S 70696S 54 C C S 70697S 55 C C S 70698S 55 C C S 70699S 55 C C S 70700S 49 C C S 70701S 49 C C S 70702S 50 C C S 70703S 50 C C S 70704S 50 C C S 70705S 51 C C S 70706S 51 C C S 70707S 51 C C S 70708S 52 C C S 70709S 52 C C S 70710S 52 C C S 70711S 53 C C S 70712S 53 C C S 70713S 53 C C S 70714S 54 C C S 70715S 54 C C S 70716S 54 C C S 70717S 55 C C S 70718S 55 C C S 70719S 55 C C S 70720S 49 C C S 70721S 49 C C S 70722S 50 C C S 70723S 50 C C S 70724S 50 C C S 70725S 51 C C S 70726S 51 C C S 70727S 51 C C S 70728S 52 C C S 70729S 52 C C S 70730S 52 C C S 70731S 53 C C S 70732S 53 C C S 70733S 53 C C S 70734S 54 C C S 70735S 54 C LC-035E-2S 71084S 85 LC-035E LC-035E-3S 71085S 85 LC-035E LC-035E-4S 71086S 86 LC-035E LC-035E-5S 71087S 86 LC-035E LC-035E-6S 71088S 87 LC-035E LC-035E-7S 71089S 87 LC-035E LC-035E-8S 71090S 88 LC-035E LC-035E-9S 71091S 88 LC-035E LC-035E-10S 71092S 89 LC-035E LC-035E-11S 71093S 90 LC-035E LC-035E-12S 71094S 90 LC-035E LC-035E-13S 71095S 91 LC-035E LC-035E-14S 71096S 91 LC-035E LC-035E-15S 71097S 92 LC-035E LC-035E-16S 71098S 92 LC-035E LC-035E-17S 71099S 92 LC-035E LC-035E-18S 71100S 93 LC LC-035-1S 71313S 102 LC LC-035-2S 71314S 103 LC LC-035-3S 71315S 103 LC LC-035-4S 71316S 104 LC LC-035-5S 71317S 105 LC LC-035-6S 71318S 105 LC LC-035-7S 71319S 106 LC LC-035-8S 71320S 106 LC-038C LC-038C-1S 70700S 49 LC-038C LC-038C LC-038C-20S 70719S 55 LC-038C-2S 70701S 49 LC-038C LC-038C-3S 70702S 50 LC-038C LC-038C-4S 70703S 50 LC-038C LC-038C-5S 70704S 50 LC-038C LC-038C-6S 70705S 51 LC-038C LC-038C-7S 70706S 51 LC-038C LC-038C-8S 70707S 51 LC-038C LC-038C-9S 70708S 52 LC-038C LC-038C-10S 70709S 52 LC-038C LC-038C-11S 70710S 52 LC-038C LC-038C-12S 70711S 53 LC-038C LC-038C-13S 70712S 53 LC-038C LC-038C-14S 70713S 53 LC-038C LC-038C-15S 70714S 54 LC-038C LC-038C-16S 70715S 54 LC-038C LC-038C-17S 70716S 54 LC-038C LC-038C-18S 70717S 55 LC-038C LC-038C-19S 70718S 55 LC-038D LC-038D-1S 70887S 68 LC-038D LC-038D-2S 70888S 69 LC-038D LC-038D-3S 70889S 69 LC-038D LC-038D-4S 70890S 69 LC-038D LC-038D-5S 70891S 70 LC-038D LC-038D-6S 70892S 70 LC-038D LC-038D-7S 70893S 70 LC-038D LC-038D-8S 70894S 71 LC-038D LC-038D-9S 70895S 71 LC-038D LC-038D-10S 70896S 71 LC-038D LC-038D-11S 70897S 71 LC-038D LC-038D-12S 70898S 72 LC-038D LC-038D-13S 70899S 72 LC-038D LC-038D-14S 70900S 72 LC-038D LC-038D-15S 70901S 73 LC-038D LC-038D-16S 70902S

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C S 70736S 54 C C S 70737S 55 C C S 70738S 55 C C S 70739S 55 C C S 70742S 49 C C S 70743S 50 C C S 70744S 50 C C S 70745S 50 C C S 70746S 51 C C S 70747S 51 C C S 70748S 51 C C S 70749S 52 C C S 70750S 52 C C S 70751S 52 C C S 70752S 53 C C S 70753S 53 C C S 70754S 53 C C S 70755S 54 C C S 70756S 54 C C S 70757S 54 C C S 70758S 55 C C S 70759S 55 C C S 70760S 55 C C S 70762S 50 C C S 70763S 50 C C S 70764S 50 C C S 70765S 51 C C S 70766S 51 C C S 70767S 52 C C S 70768S 52 C C S 70769S 52 C C S 70771S 53 C C S 70773S 53 C C S 70774S 54 C C S 70775S 54 C C S 70776S 55 C C S 70777S 55 C C S 70778S 55 C C S 70779S 68 C C S 70780S 69 C C S 70781S 69 C C S 70782S 69 C C S 70783S 70 C C S 70784S 70 C C S 70785S 70 C C S 70786S 70 C C S 70787S 71 C C S 70790S 71 C C S 70793S 72 C C S 70796S 73 C C S 70797S 73 C C S 70798S 73 C C S 70799S 73 C C S 70800S 74 C C S 70803S 69 C C S 70804S 69 C C S 70805S 69 C C S 70806S 70 C C S 70807S 70 C C S 70808S 70 C C S 70809S 70 LC-038D LC-038D-17S 70903S 73 LC-038D LC-038D-18S 70904S 74 LC-038D LC-038D-19S 70905S 74 LC-038E LC-038E-1S 71101S 84 LC-038E LC-038E-2S 71102S 85 LC-038E LC-038E-3S 71103S 85 LC-038E LC-038E-4S 71104S 86 LC-038E LC-038E-5S 71105S 86 LC-038E LC-038E-6S 71106S 87 LC-038E LC-038E-7S 71107S 87 LC-038E LC-038E-8S 71108S 88 LC-038E LC-038E-9S 71109S 88 LC-038E LC-038E-10S 71110S 89 LC-038E LC-038E-11S 71111S 90 LC-038E LC-038E-12S 71112S 90 LC-038E LC-038E-13S 71113S 91 LC-038E LC-038E-14S 71114S 91 LC-038E LC-038E-15S 71115S 92 LC-038E LC-038E-16S 71116S 92 LC-038E LC-038E-17S 71117S 92 LC-038E LC-038E-18S 71118S 93 LC LC-038-1S 71327S 102 LC LC-038-2S 71329S 103 LC LC-038-3S 71330S 104 LC LC-038-4S 71331S 104 LC LC-038-5S 71332S 105 LC LC-038-6S 71333S 105 LC LC-038-7S 71334S 106 LC LC-038-8S 71335S 106 LC LC-038-9S 71336S 106 LC LC S 71337S 107 LC LC S 71338S 107 LC-038G LC-038G-1S 71476S 115 LC-038G LC-038G-2S 71477S 115 LC-038G LC-038G-3S 71478S 116 LC-038G LC-038G-4S 71479S 116 LC-038G LC-038G-5S 71480S 116 LC-038G LC-038G-6S 71481S 116 LC-038G LC-038G-7S 71482S 117 LC-038G LC-038G-8S 71483S 117 LC-038G LC-038G-9S 71484S 117 LC-038G LC-038G-10S 71485S 118 LC-038G LC-038G-11S 71486S 118 LC-038G LC-038G-12S 71487S 118 LC-038G LC-038G-13S 71488S 118 LC-038G LC-038G-14S 71489S 119 LC-039G LC-039G-1S 71445S 112 LC-039G LC-039G-2S 71446S 112 LC-039G LC-039G-3S 71447S 112 LC-039G LC-039G-4S 71448S 112 LC-039G LC-039G-5S 71449S 113 LC-039G LC-039G-6S 71450S 113 LC-039G LC-039G-7S 71451S 113 LC-039G LC-039G-8S 71452S 113 LC-040C LC-040C-1S 70720S 49 LC-040C LC-040C LC-040C-20S 70739S 55 LC-040C-2S 70721S 49 LC-040C LC-040C-3S 70722S 50 LC-040C LC-040C-4S 70723S 50 LC-040C LC-040C-5S 70724S 50 LC-040C C C S 70810S 71 C C S 70811S 71 C C S 70812S 71 C C S 70815S 72 C C S 70818S 73 C C S 70819S 73 C C S 70820S 73 C C S 70821S 74 C C S 70822S 74 C C S 70823S 70 C C S 70826S 69 C C S 70827S 69 C C S 70828S 69 C C S 70829S 70 C C S 70830S 70 C C S 70831S 70 C C S 70832S 71 C C S 70833S 71 C C S 70834S 71 C C S 70835S 71 C C S 70838S 72 C C S 70841S 73 C C S 70842S 73 C C S 70843S 73 C C S 70844S 74 C C S 70845S 74 C C S 70848S 69 C C S 70849S 69 C C S 70850S 69 C C S 70851S 70 C C S 70852S 70 C C S 70853S 70 C C S 70854S 71 C C S 70855S 71 C C S 70856S 71 C C S 70857S 71 C C S 70860S 72 C C S 70863S 73 C C S 70864S 73 C C S 70865S 73 C C S 70866S 74 C C S 70867S 74 C C S 70868S 68 C C S 70869S 69 C C S 70870S 69 C C S 70871S 69 C C S 70872S 70 C C S 70873S 70 C C S 70874S 70 C C S 70875S 71 C C S 70876S 71 C C S 70877S 71 C C S 70878S 71 C C S 70879S 72 C C S 70880S 72 C C S 70881S 72 C C S 70882S 73 C C S 70883S 73 C C S 70884S 73 C C S 70885S 74 C LC-040C-6S 70725S 51 LC-040C LC-040C-7S 70726S 51 LC-040C LC-040C-8S 70727S 51 LC-040C LC-040C-9S 70728S 52 LC-040C LC-040C-10S 70729S 52 LC-040C LC-040C-11S 70730S 52 LC-040C LC-040C-12S 70731S 53 LC-040C LC-040C-13S 70732S 53 LC-040C LC-040C-14S 70733S 53 LC-040C LC-040C-15S 70734S 54 LC-040C LC-040C-16S 70735S 54 LC-040C LC-040C-17S 70740S 55 LC-040C LC-040C-18S 70737S 55 LC-040C LC-040C-19S 70741S 55 LC-040D LC-040D-1S 70906S 68 LC-040D LC-040D-2S 70907S 69 LC-040D LC-040D-3S 70908S 69 LC-040D LC-040D-4S 70909S 69 LC-040D LC-040D-5S 70910S 70 LC-040D LC-040D-6S 70911S 70 LC-040D LC-040D-7S 70912S 70 LC-040D LC-040D-8S 70913S 71 LC-040D LC-040D-9S 70914S 71 LC-040D LC-040D-10S 70915S 71 LC-040D LC-040D-11S 70916S 72 LC-040D LC-040D-12S 70917S 72 LC-040D LC-040D-13S 70918S 72 LC-040D LC-040D-14S 70919S 72 LC-040D LC-040D-15S 70920S 73 LC-040D LC-040D-16S 70921S 73 LC-040D LC-040D-17S 70922S 73 LC-040D LC-040D-18S 70923S 74 LC-040D LC-040D-19S 70924S 74 LC-040E LC-040E-1S 71119S 84 LC-040E LC-040E-2S 71120S 85 LC-040E LC-040E-3S 71121S 85 LC-040E LC-040E-4S 71122S 86 LC-040E LC-040E-5S 71123S 86 LC-040E LC-040E-6S 71124S 87 LC-040E LC-040E-7S 71125S 87 LC-040E LC-040E-8S 71126S 88 LC-040E LC-040E-9S 71127S 88 LC-040E LC-040E-10S 71128S 89 LC-040E LC-040E-11S 71129S 90 LC-040E LC-040E-12S 71130S 90 LC-040E LC-040E-13S 71131S 91 LC-040E LC-040E-14S 71132S 91 LC-040E LC-040E-15S 71133S 92 LC-040E LC-040E-16S 71134S 92 LC-040E LC-040E-17S 71135S 92 LC-040E LC-040E-18S 71136S 93 LC-041GH LC-041GH-1S 71633S 128 LC-041GH LC-041GH-2S 71634S 128 LC-041GH LC-041GH-3S 71635S 129 LC-041GH LC-041GH-4S 71636S 129 LC-041GH LC-041GH-5S 71637S 129 LC-041GH LC-041GH-6S 71638S 129 LC-041GH LC-041GH-7S 71639S 129 LC-041GH LC-041GH-8S 71640S 129 LC-041GH LC-041GH-9S 71641S 129 LC-041GH LC-041GH-10S 71642S 130 C S 70886S 74 C C S 70887S 68 C C S 70888S 69 C C S 70889S 69 C C S 70890S 69 C C S 70891S 70 C C S 70892S 70 C C S 70893S 70 C C S 70894S 71 C C S 70895S 71 C C S 70896S 71 C C S 70897S 71 C C S 70898S 72 C C S 70899S 72 C C S 70900S 72 C C S 70901S 73 C C S 70902S 73 C C S 70903S 73 C C S 70904S 74 C C S 70905S 74 C C S 70906S 68 C C S 70907S 69 C C S 70908S 69 C C S 70909S 69 C C S 70910S 70 C C S 70911S 70 C C S 70912S 70 C C S 70913S 71 C C S 70914S 71 C C S 70915S 71 C C S 70916S 72 C C S 70917S 72 C C S 70918S 72 C C S 70919S 72 C C S 70920S 73 C C S 70921S 73 C C S 70922S 73 C C S 70923S 74 C C S 70924S 74 C C S 70925S 68 C C S 70926S 69 C C S 70927S 69 C C S 70928S 69 C C S 70929S 70 C C S 70930S 70 C C S 70931S 70 C C S 70932S 71 C C S 70933S 71 C C S 70934S 71 C C S 70935S 72 C C S 70936S 72 C C S 70937S 72 C C S 70938S 72 C C S 70939S 73 C C S 70940S 73 C C S 70941S 73 C C S 70942S 74 C C S 70943S 74 C C S 70944S 69 C C S 70945S 69 C C S 70946S 69 LC-041GH LC-041GH-11S 71643S 130 LC-041GH LC-041GH-12S 71644S 130 LC-041GH LC-041GH-13S 71645S 130 LC LC-042-8S 71497S 117 LC-042C LC-042C-1S 70742S 49 LC-042C LC-042C-2S 70743S 50 LC-042C LC-042C-3S 70744S 50 LC-042C LC-042C-4S 70745S 50 LC-042C LC-042C-5S 70746S 51 LC-042C LC-042C-6S 70747S 51 LC-042C LC-042C-7S 70748S 51 LC-042C LC-042C-8S 70749S 52 LC-042C LC-042C-9S 70750S 52 LC-042C LC-042C-10S 70751S 52 LC-042C LC-042C-11S 70752S 53 LC-042C LC-042C-12S 70753S 53 LC-042C LC-042C-13S 70754S 53 LC-042C LC-042C-14S 70755S 54 LC-042C LC-042C-15S 70756S 54 LC-042C LC-042C-16S 70757S 54 LC-042C LC-042C-17S 70758S 55 LC-042C LC-042C-18S 70759S 55 LC-042C LC-042C-19S 70760S 55 LC-042D LC-042D-1S 70925S 68 LC-042D LC-042D-2S 70926S 69 LC-042D LC-042D-3S 70927S 69 LC-042D LC-042D-4S 70928S 69 LC-042D LC-042D-5S 70929S 70 LC-042D LC-042D-6S 70930S 70 LC-042D LC-042D-7S 70931S 70 LC-042D LC-042D-8S 70932S 71 LC-042D LC-042D-9S 70933S 71 LC-042D LC-042D-10S 70934S 71 LC-042D LC-042D-11S 70935S 72 LC-042D LC-042D-12S 70936S 72 LC-042D LC-042D-13S 70937S 72 LC-042D LC-042D-14S 70938S 72 LC-042D LC-042D-15S 70939S 73 LC-042D LC-042D-16S 70940S 73 LC-042D LC-042D-17S 70941S 73 LC-042D LC-042D-18S 70942S 74 LC-042D LC-042D-19S 70943S 74 LC-042E LC-042E-1S 71137S 84 LC-042E LC-042E-2S 71138S 85 LC-042E LC-042E-3S 71139S 85 LC-042E LC-042E-4S 71140S 86 LC-042E LC-042E-5S 71141S 86 LC-042E LC-042E-6S 71142S 87 LC-042E LC-042E-7S 71143S 87 LC-042E LC-042E-8S 71144S 88 LC-042E LC-042E-9S 71145S 88 LC-042E LC-042E-10S 71146S 89 LC-042E LC-042E-11S 71147S 90 LC-042E LC-042E-12S 71148S 90 LC-042E LC-042E-13S 71149S 91 LC-042E LC-042E-14S 71150S 91 LC-042E LC-042E-15S 71151S 92 LC-042E LC-042E-16S 71152S 92 LC-042E LC-042E-17S 71153S 92 LC-042E LC-042E-18S 71154S 93 LC APPEDIX C 387

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APPEDIX C C C S 70947S 69 C C S 70948S 70 C C S 70949S 70 C C S 70950S 70 C C S 70951S 71 C C S 70952S 71 C C S 70953S 71 C C S 70954S 72 C C S 70955S 72 C C S 70956S 72 C C S 70957S 72 C C S 70958S 73 C C S 70959S 73 C C S 70960S 73 C C S 70961S 74 C C S 70962S 74 C C S 70963S 69 C C S 70964S 69 C C S 70965S 69 C C S 70966S 69 C C S 70967S 70 C C S 70968S 70 C C S 70969S 70 C C S 70970S 71 C C S 70971S 71 C C S 70972S 71 C C S 70973S 72 C C S 70974S 72 C C S 70975S 72 C C S 70976S 72 C C S 70977S 73 C C S 70978S 73 C C S 70979S 73 C C S 70980S 74 C C S 70981S 74 C C S 70982S 74 C C S 70983S 74 C C S 70984S 69 C C S 70985S 69 C C S 70986S 69 C C S 70987S 69 C C S 70988S 70 C C S 70989S 70 C C S 70990S 70 C C S 70991S 71 C C S 70992S 71 C C S 70993S 71 C C S 70994S 72 C C S 70995S 72 C C S 70996S 72 C C S 70997S 73 C C S 70998S 73 C C S 70999S 73 C C S 71000S 73 C C S 71001S 74 C C S 71002S 74 C C S 71003S 74 C C S 71004S 74 C C S 71005S 69 C C S 71006S 69 C LC-042-1S 71339S 103 LC LC-042-2S 71341S 103 LC LC-042-3S 71342S 104 LC LC-042-4S 71343S 104 LC LC-042-5S 71344S 105 LC LC-042-6S 71345S 105 LC LC-042-7S 71346S 106 LC LC-042-8S 71347S 106 LC LC-042-9S 71348S 106 LC LC S 71349S 107 LC LC S 71350S 107 LC-042G LC-042G-1S 71490S 115 LC-042G LC-042G-2S 71491S 115 LC-042G LC-042G-3S 71492S 116 LC-042G LC-042G-4S 71493S 116 LC-042G LC-042G-5S 71494S 116 LC-042G LC-042G-6S 71495S 116 LC-042G LC-042G-7S 71496S 117 LC-042G LC-042G-9S 71498S 117 LC-042G LC-042G-10S 71499S 118 LC-042G LC-042G-11S 71500S 118 LC-042G LC-042G-12S 71501S 118 LC-042G LC-042G-13S 71502S 118 LC-042G LC-042G-14S 71503S 119 LC-043E LC-043E-1S 71283S 98 LC-043E LC-043E-2S 71284S 98 LC-043E LC-043E-3S 71285S 98 LC-043E LC-043E-4S 71286S 98 LC-043E LC-043E-5S 71287S 98 LC-043E LC-043E-6S 71288S 98 LC-043E LC-043E-7S 71289S 99 LC-043E LC-043E-8S 71290S 99 LC-043E LC-043E-9S 71291S 99 LC-043E LC-043E-10S 71292S 99 LC-043E LC-043E-11S 71293S 99 LC-043E LC-043E-12S 71294S 99 LC-043E LC-043E-13S 71295S 99 LC-043E LC-043E-14S 71296S 100 LC-045C LC-045C-1S 70761S 50 LC-045C LC-045C-2S 70762S 50 LC-045C LC-045C-3S 70763S 50 LC-045C LC-045C-4S 70764S 50 LC-045C LC-045C-5S 70765S 51 LC-045C LC-045C-6S 70766S 51 LC-045C LC-045C-7S 70767S 52 LC-045C LC-045C-8S 70768S 52 LC-045C LC-045C-9S 70769S 52 LC-045C LC-045C-10S 70770S 52 LC-045C LC-045C-11S 70771S 53 LC-045C LC-045C-12S 70772S 53 LC-045C LC-045C-13S 70773S 53 LC-045C LC-045C-14S 70774S 54 LC-045C LC-045C-15S 70775S 54 LC-045C LC-045C-16S 70776S 55 LC-045C LC-045C-17S 70777S 55 LC-045C LC-045C-18S 70778S 55 LC-045D LC-045D-1S 70944S 69 LC-045D LC-045D-2S 70945S 69 LC-045D LC-045D-3S 70946S 69 LC-045D LC-045D-4S 70947S 69 LC-045D LC-045D-5S 70948S 70 C S 71007S 69 C C S 71008S 70 C C S 71009S 70 C C S 71011S 70 C C S 71012S 71 C C S 71013S 71 C C S 71014S 71 C C S 71015S 72 C C S 71016S 72 C C S 71017S 72 C C S 71018S 73 C C S 71019S 73 C C S 71020S 73 C C S 71021S 73 C C S 71022S 74 C C S 71023S 74 C C S 71024S 74 C C S 71025S 74 C C S 71028S 84 C C S 71029S 85 C C S 71030S 86 C C S 71031S 86 C C S 71032S 87 C C S 71033S 87 C C S 71034S 88 C C S 71035S 88 C C S 71036S 89 C C S 71037S 89 C C S 71041S 91 C C S 71042S 91 C C S 71043S 92 C C S 71047S 84 C C S 71048S 85 C C S 71049S 86 C C S 71051S 87 C C S 71052S 87 C C S 71053S 88 C C S 71055S 89 C C S 71056S 89 C C S 71057S 90 C C S 71058S 90 C C S 71059S 91 C C S 71060S 92 C C S 71061S 92 C C S 71064S 84 C C S 71065S 84 C C S 71066S 84 C C S 71067S 85 C C S 71068S 86 C C S 71069S 86 C C S 71070S 87 C C S 71071S 87 C C S 71072S 88 C C S 71073S 88 C C S 71074S 89 C C S 71075S 90 C C S 71076S 90 C C S 71077S 90 C C S 71078S 91 C C S 71079S 92 C C S 71080S 92 LC-045D LC-045D-6S 70949S 70 LC-045D LC-045D-7S 70950S 70 LC-045D LC-045D-8S 70951S 71 LC-045D LC-045D-9S 70952S 71 LC-045D LC-045D-10S 70953S 71 LC-045D LC-045D-11S 70954S 72 LC-045D LC-045D-12S 70955S 72 LC-045D LC-045D-13S 70956S 72 LC-045D LC-045D-14S 70957S 72 LC-045D LC-045D-15S 70958S 73 LC-045D LC-045D-16S 70959S 73 LC-045D LC-045D-17S 70960S 73 LC-045D LC-045D-18S 70961S 74 LC-045D LC-045D-19S 70962S 74 LC-045E LC-045E-1S 71155S 84 LC-045E LC-045E-2S 71156S 85 LC-045E LC-045E-3S 71157S 85 LC-045E LC-045E-4S 71158S 86 LC-045E LC-045E-5S 71159S 86 LC-045E LC-045E-6S 71160S 87 LC-045E LC-045E-7S 71161S 87 LC-045E LC-045E-8S 71162S 88 LC-045E LC-045E-9S 71163S 88 LC-045E LC-045E-10S 71164S 89 LC-045E LC-045E-11S 71165S 90 LC-045E LC-045E-12S 71166S 90 LC-045E LC-045E-13S 71167S 91 LC-045E LC-045E-14S 71168S 91 LC-045E LC-045E-15S 71169S 92 LC-045E LC-045E-16S 71170S 92 LC-045E LC-045E-17S 71171S 93 LC-045E LC-045E-18S 71172S 93 LC-045E LC-045E-19S 71173S 93 LC LC-045-1S 71351S 103 LC LC-045-2S 71352S 103 LC LC-045-3S 71353S 104 LC LC-045-4S 71354S 104 LC LC-045-5S 71355S 105 LC LC-045-6S 71356S 105 LC LC-045-7S 71357S 106 LC LC-045-8S 71358S 106 LC LC-045-9S 71359S 106 LC LC S 71360S 107 LC LC S 71361S 107 LC-045G LC-045G-1S 71504S 115 LC-045G LC-045G-2S 71505S 115 LC-045G LC-045G-3S 71506S 116 LC-045G LC-045G-4S 71507S 116 LC-045G LC-045G-5S 71508S 116 LC-045G LC-045G-6S 71509S 116 LC-045G LC-045G-7S 71510S 117 LC-045G LC-045G-8S 71511S 117 LC-045G LC-045G-9S 71512S 117 LC-045G LC-045G-10S 71513S 118 LC-045G LC-045G-11S 71514S 118 LC-045G LC-045G-12S 71515S 118 LC-045G LC-045G-13S 71516S 118 LC-045G LC-045G-14S 71517S 119 LC-045H LC-045H-0S 71711S 137 LC-045H LC-045H-1S 71712S 137 LC-045H C C S 71081S 92 C C S 71082S 93 C C S 71083S 84 C C S 71084S 85 C C S 71085S 85 C C S 71086S 86 C C S 71087S 86 C C S 71088S 87 C C S 71089S 87 C C S 71090S 88 C C S 71091S 88 C C S 71092S 89 C C S 71093S 90 C C S 71094S 90 C C S 71095S 91 C C S 71096S 91 C C S 71097S 92 C C S 71098S 92 C C S 71099S 92 C C S 71100S 93 C C S 71101S 84 C C S 71102S 85 C C S 71103S 85 C C S 71104S 86 C C S 71105S 86 C C S 71106S 87 C C S 71107S 87 C C S 71108S 88 C C S 71109S 88 C C S 71110S 89 C C S 71111S 90 C C S 71112S 90 C C S 71113S 91 C C S 71114S 91 C C S 71115S 92 C C S 71116S 92 C C S 71117S 92 C C S 71118S 93 C C S 71119S 84 C C S 71120S 85 C C S 71121S 85 C C S 71122S 86 C C S 71123S 86 C C S 71124S 87 C C S 71125S 87 C C S 71126S 88 C C S 71127S 88 C C S 71128S 89 C C S 71129S 90 C C S 71130S 90 C C S 71131S 91 C C S 71132S 91 C C S 71133S 92 C C S 71134S 92 C C S 71135S 92 C C S 71136S 93 C C S 71137S 84 C C S 71138S 85 C C S 71139S 85 C C S 71140S 86 C LC-045H-2S 71713S 137 LC-045H LC-045H-3S 71714S 137 LC-045H LC-045H-4S 71715S 138 LC-045H LC-045H-5S 71716S 138 LC-045H LC-045H-6S 71718S 138 LC-045H LC-045H-7S 71720S 138 LC-045H LC-045H-8S 71721S 139 LC-045H LC-045H-9S 71722S 139 LC-045H LC-045H-10S 71723S 139 LC-045H LC-045H-11S 71724S 139 LC-045H LC-045H-12S 71725S 140 LC-045H LC-045H-13S 71726S 140 LC-045H LC-045H-14S 71728S 140 LC-046G LC-046G-1S 71455S 112 LC-046G LC-046G-2S 71456S 112 LC-046G LC-046G-3S 71457S 112 LC-046G LC-046G-4S 71458S 113 LC-046G LC-046G-5S 71459S 113 LC-046G LC-046G-6S 71460S 113 LC-046G LC-046G-7S 71461S 113 LC-046G LC-046G-8S 71462S 113 LC-046GH LC-046GH-1S 71646S 128 LC-046GH LC-046GH-2S 71647S 128 LC-046GH LC-046GH-3S 71648S 129 LC-046GH LC-046GH-4S 71649S 129 LC-046GH LC-046GH-5S 71650S 129 LC-046GH LC-046GH-6S 71652S 129 LC-046GH LC-046GH-7S 71651S 129 LC-046GH LC-046GH-8S 71653S 129 LC-046GH LC-046GH-9S 71654S 129 LC-046GH LC-046GH-10S 71655S 130 LC-046GH LC-046GH-11S 71656S 130 LC-046GH LC-046GH-12S 71657S 130 LC-046GH LC-046GH-13S 71658S 130 LC-047D LC-047D-1S 70963S 69 LC-047D LC-047D-2S 70964S 69 LC-047D LC-047D-3S 70965S 69 LC-047D LC-047D-4S 70966S 69 LC-047D LC-047D-5S 70967S 70 LC-047D LC-047D-6S 70968S 70 LC-047D LC-047D-7S 70969S 70 LC-047D LC-047D-8S 70970S 71 LC-047D LC-047D-9S 70971S 71 LC-047D LC-047D-10S 70972S 71 LC-047D LC-047D-11S 70973S 72 LC-047D LC-047D-12S 70974S 72 LC-047D LC-047D-13S 70975S 72 LC-047D LC-047D-14S 70976S 72 LC-047D LC-047D-15S 70977S 73 LC-047D LC-047D-16S 70978S 73 LC-047D LC-047D-17S 70979S 73 LC-047D LC-047D-18S 70980S 74 LC-047D LC-047D-19S 70981S 74 LC-047E LC-047E-1S 71298S 98 LC-047E LC-047E-2S 71299S 98 LC-047E LC-047E-3S 71300S 98 LC-047E LC-047E-4S 71301S 98 LC-047E LC-047E-5S 71302S 98 LC-047E LC-047E-6S 71303S 98 LC-047E LC-047E-7S 71304S 99 LC-047E LC-047E-8S 71305S

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C S 71141S 86 C C S 71142S 87 C C S 71143S 87 C C S 71144S 88 C C S 71145S 88 C C S 71146S 89 C C S 71147S 90 C C S 71148S 90 C C S 71149S 91 C C S 71150S 91 C C S 71151S 92 C C S 71152S 92 C C S 71153S 92 C C S 71154S 93 C C S 71155S 84 C C S 71156S 85 C C S 71157S 85 C C S 71158S 86 C C S 71159S 86 C C S 71160S 87 C C S 71161S 87 C C S 71162S 88 C C S 71163S 88 C C S 71164S 89 C C S 71165S 90 C C S 71166S 90 C C S 71167S 91 C C S 71168S 91 C C S 71169S 92 C C S 71170S 92 C C S 71171S 93 C C S 71172S 93 C C S 71173S 93 C C S 71174S 84 C C S 71175S 85 C C S 71176S 85 C C S 71177S 86 C C S 71178S 86 C C S 71179S 87 C C S 71180S 87 C C S 71181S 88 C C S 71182S 88 C C S 71183S 89 C C S 71184S 90 C C S 71185S 90 C C S 71186S 91 C C S 71187S 91 C C S 71188S 92 C C S 71189S 92 C C S 71190S 93 C C S 71191S 93 C C S 71192S 93 C C S 71193S 93 C C S 71194S 93 C C S 71195S 94 C C S 71196S 84 C C S 71197S 85 C C S 71198S 85 C C S 71199S 86 C C S 71200S 86 C C S 71201S 87 LC-047E LC-047E-9S 71306S 99 LC-047E LC-047E-10S 71307S 99 LC-047E LC-047E-11S 71308S 99 LC-047E LC-047E-12S 71309S 99 LC-047E LC-047E-13S 71310S 99 LC-047E LC-047E-14S 71311S 100 LC-047E LC-047E-15S 71312S 100 LC LC-047-1S 71362S 103 LC LC-047-2S 71363S 103 LC LC-047-3S 71364S 104 LC LC-047-4S 71365S 104 LC LC-047-5S 71366S 105 LC LC-047-6S 71367S 105 LC LC-047-7S 71368S 106 LC LC-047-8S 71369S 106 LC LC-047-9S 71370S 107 LC-049E LC-049E-1S 71196S 84 LC-049E LC-049E-2S 71197S 85 LC-049E LC-049E-3S 71198S 85 LC-049E LC-049E-4S 71199S 86 LC-049E LC-049E-5S 71200S 86 LC-049E LC-049E-6S 71201S 87 LC-049E LC-049E-7S 71202S 87 LC-049E LC-049E-8S 71203S 88 LC-049E LC-049E-9S 71205S 89 LC-049E LC-049E-10S 71206S 90 LC-049E LC-049E-11S 71207S 90 LC-049E LC-049E-12S 71208S 91 LC-049E LC-049E-13S 71209S 91 LC-049E LC-049E-14S 71210S 92 LC-049E LC-049E-15S 71211S 92 LC-049E LC-049E-16S 71212S 93 LC-049E LC-049E-17S 71213S 93 LC-049E LC-049E-18S 71214S 93 LC-049E LC-049E-19S 71215S 93 LC-049H LC-049H-1S 71729S 137 LC-049H LC-049H-2S 71730S 137 LC-049H LC-049H-3S 71731S 137 LC-049H LC-049H-4S 71732S 138 LC-049H LC-049H-5S 71733S 138 LC-049H LC-049H-6S 71734S 138 LC-049H LC-049H-7S 71735S 138 LC-049H LC-049H-8S 71736S 139 LC-049H LC-049H-9S 71737S 139 LC-049H LC-049H-10S 71738S 139 LC-049H LC-049H-11S 71739S 140 LC-049H LC-049H-12S 71740S 140 LC-049HJ LC-049HJ-1S 71865S 147 LC-049HJ LC-049HJ-2S 71866S 147 LC-049HJ LC-049HJ-3S 71867S 147 LC-049HJ LC-049HJ-4S 71868S 147 LC-049HJ LC-049HJ-5S 71869S 147 LC-049HJ LC-049HJ-6S 71870S 148 LC-049HJ LC-049HJ-7S 71871S 148 LC-049HJ LC-049HJ-8S 71872S 148 LC-049HJ LC-049HJ-9S 71873S 148 LC-049HJ LC-049HJ-10S 71874S 148 LC-049HJ LC-049HJ-11S 71875S 148 LC-049HJ LC-049HJ-12S 71876S 148 LC-050K LC-050K-1S 72136S 166 LC-050K C C S 71202S 87 C C S 71203S 88 C C S 71204S 89 C C S 71205S 89 C C S 71206S 90 C C S 71207S 90 C C S 71208S 91 C C S 71209S 91 C C S 71210S 92 C C S 71211S 92 C C S 71212S 93 C C S 71213S 93 C C S 71214S 93 C C S 71215S 93 C C S 71216S 93 C C S 71217S 94 C C S 71218S 84 C C S 71219S 85 C C S 71220S 85 C C S 71221S 86 C C S 71222S 86 C C S 71223S 87 C C S 71224S 87 C C S 71225S 88 C C S 71226S 89 C C S 71227S 89 C C S 71228S 90 C C S 71229S 90 C C S 71230S 91 C C S 71231S 91 C C S 71232S 92 C C S 71233S 92 C C S 71234S 93 C C S 71235S 93 C C S 71236S 93 C C S 71237S 93 C C S 71238S 93 C C S 71239S 94 C C S 71240S 84 C C S 71241S 85 C C S 71242S 85 C C S 71243S 86 C C S 71244S 86 C C S 71245S 87 C C S 71246S 87 C C S 71247S 88 C C S 71248S 89 C C S 71249S 89 C C S 71250S 90 C C S 71251S 90 C C S 71252S 91 C C S 71253S 91 C C S 71254S 92 C C S 71255S 92 C C S 71256S 93 C C S 71257S 93 C C S 71258S 93 C C S 71259S 93 C C S 71260S 93 C C S 71261S 94 C LC-050K-2S 72137S 167 LC-050K LC-050K-3S 72138S 167 LC-050K LC-050K-4S 72139S 167 LC-050K LC-050K-5S 72140S 168 LC-050K LC-050K-6S 72141S 168 LC-050K LC-050K-7S 72142S 169 LC-050K LC-050K-8S 72143S 170 LC-050K LC-050K-9S 72144S 170 LC-050K LC-050K-10S 72145S 170 LC-051D LC-051D-1S 71005S 69 LC-051D LC-051D-2S 71006S 69 LC-051D LC-051D-3S 71007S 69 LC-051D LC-051D-4S 71008S 70 LC-051D LC-051D-5S 71009S 70 LC-051D LC-051D-6S 71010S 70 LC-051D LC-051D-7S 71011S 70 LC-051D LC-051D-8S 71012S 71 LC-051D LC-051D-9S 71013S 71 LC-051D LC-051D-10S 71014S 71 LC-051D LC-051D-11S 71015S 72 LC-051D LC-051D-12S 71016S 72 LC-051D LC-051D-13S 71017S 72 LC-051D LC-051D-14S 71018S 73 LC-051D LC-051D-15S 71019S 73 LC-051D LC-051D-16S 71020S 73 LC-051D LC-051D-17S 71021S 73 LC-051D LC-051D-18S 71022S 74 LC-051D LC-051D-19S 71023S 74 LC-051E LC-051E-1S 71218S 84 LC-051E LC-051E-2S 71219S 85 LC-051E LC-051E-3S 71220S 85 LC-051E LC-051E-4S 71221S 86 LC-051E LC-051E-5S 71222S 86 LC-051E LC-051E-6S 71223S 87 LC-051E LC-051E-7S 71224S 87 LC-051E LC-051E-8S 71225S 88 LC-051E LC-051E-9S 71227S 89 LC-051E LC-051E-10S 71228S 90 LC-051E LC-051E-11S 71229S 90 LC-051E LC-051E-12S 71230S 91 LC-051E LC-051E-13S 71231S 91 LC-051E LC-051E-14S 71232S 92 LC-051E LC-051E-15S 71233S 92 LC-051E LC-051E-16S 71234S 93 LC-051E LC-051E-17S 71235S 93 LC-051E LC-051E-18S 71236S 93 LC-051E LC-051E-19S 71237S 93 LC LC-051-1S 71386S 103 LC LC-051-2S 71387S 103 LC LC-051-3S 71388S 104 LC LC-051-4S 71389S 104 LC LC-051-5S 71390S 105 LC LC-051-6S 71391S 105 LC LC-051-7S 71392S 106 LC LC-051-8S 71393S 106 LC LC-051-9S 71394S 107 LC LC S 71395S 107 LC LC S 71396S 107 LC-051G LC-051G-1S 71518S 115 LC-051G LC-051G-2S 71519S 115 LC-051G LC-051G-3S 71520S 116 C S 71262S 84 C C S 71263S 85 C C S 71264S 85 C C S 71265S 86 C C S 71266S 86 C C S 71267S 87 C C S 71268S 87 C C S 71269S 88 C C S 71270S 89 C C S 71271S 90 C C S 71272S 90 C C S 71273S 91 C C S 71274S 91 C C S 71275S 92 C C S 71276S 92 C C S 71277S 93 C C S 71278S 93 C C S 71279S 93 C C S 71280S 93 C C S 71281S 94 C C S 71282S 94 C C S 71283S 98 C C S 71284S 98 C C S 71285S 98 C C S 71286S 98 C C S 71287S 98 C C S 71288S 98 C C S 71289S 99 C C S 71290S 99 C C S 71291S 99 C C S 71292S 99 C C S 71293S 99 C C S 71294S 99 C C S 71295S 99 C C S 71296S 100 C C S 71297S 100 C C S 71298S 98 C C S 71299S 98 C C S 71300S 98 C C S 71301S 98 C C S 71303S 98 C C S 71305S 99 C C S 71306S 99 C C S 71307S 99 C C S 71308S 99 C C S 71309S 99 C C S 71310S 99 C C S 71311S 100 C C S 71312S 100 C C S 71313S 102 C C S 71314S 103 C C S 71315S 103 C C S 71316S 104 C C S 71317S 105 C C S 71318S 105 C C S 71319S 106 C C S 71320S 106 C C S 71327S 102 C C S 71328S 103 C C S 71329S 103 C C S 71330S 104 LC-051G LC-051G-4S 71521S 116 LC-051G LC-051G-5S 71522S 116 LC-051G LC-051G-6S 71523S 116 LC-051G LC-051G-7S 71524S 117 LC-051G LC-051G-8S 71525S 117 LC-051G LC-051G-9S 71526S 117 LC-051G LC-051G-10S 71527S 118 LC-051G LC-051G-11S 71528S 118 LC-051G LC-051G-12S 71529S 118 LC-051G LC-051G-13S 71530S 118 LC-051G LC-051G-14S 71531S 119 LC-054GH LC-054GH-1S 71659S 128 LC-054GH LC-054GH-2S 71660S 128 LC-054GH LC-054GH-3S 71661S 129 LC-054GH LC-054GH-4S 71662S 129 LC-054GH LC-054GH-5S 71663S 129 LC-054GH LC-054GH-6S 71664S 129 LC-054GH LC-054GH-7S 71665S 129 LC-054GH LC-054GH-8S 71666S 129 LC-054GH LC-054GH-9S 71667S 130 LC-054GH LC-054GH-10S 71668S 130 LC-054GH LC-054GH-11S 71669S 130 LC-054GH LC-054GH-12S 71670S 130 LC-054GH LC-054GH-13S 71671S 130 LC-055E LC-055E-1S 71240S 84 LC-055E LC-055E-2S 71241S 85 LC-055E LC-055E-3S 71242S 85 LC-055E LC-055E-4S 71243S 86 LC-055E LC-055E-5S 71244S 86 LC-055E LC-055E-6S 71245S 87 LC-055E LC-055E-7S 71246S 87 LC-055E LC-055E-8S 71247S 88 LC-055E LC-055E-9S 71249S 89 LC-055E LC-055E-10S 71250S 90 LC-055E LC-055E-11S 71251S 90 LC-055E LC-055E-12S 71252S 91 LC-055E LC-055E-13S 71253S 91 LC-055E LC-055E-14S 71254S 92 LC-055E LC-055E-15S 71255S 92 LC-055E LC-055E-16S 71256S 93 LC-055E LC-055E-17S 71257S 93 LC-055E LC-055E-18S 71258S 93 LC-055E LC-055E-19S 71259S 93 LC LC-055-1S 71397S 103 LC LC-055-2S 71398S 103 LC LC-055-3S 71399S 104 LC LC-055-4S 71400S 104 LC LC-055-5S 71401S 105 LC LC-055-6S 71402S 105 LC LC-055-7S 71403S 106 LC LC-055-8S 71404S 106 LC LC-055-9S 71405S 107 LC LC S 71406S 107 LC LC S 71407S 107 LC-055G LC-055G-1S 71532S 115 LC-055G LC-055G-2S 71533S 115 LC-055G LC-055G-3S 71534S 116 LC-055G LC-055G-4S 71535S 116 LC-055G LC-055G-5S 71536S 116 LC-055G LC-055G-6S 71537S 117 LC-055G APPEDIX C 389

392 ASSOCIATED SPRIG PART UMBER CETURY SPRIG PART UMBER Page o. LEE SPRIG PART UMBER CETURY SPRIG PART UMBER Page o. ASSOCIATED SPRIG PART UMBER CETURY SPRIG PART UMBER Page o. LEE SPRIG PART UMBER CETURY SPRIG PART UMBER Page o. ASSOCIATED SPRIG PART UMBER CETURY SPRIG PART UMBER Page o. LEE SPRIG PART UMBER CETURY SPRIG PART UMBER Page o. APPEDIX C C C S 71331S 104 C C S 71332S 105 C C S 71333S 105 C C S 71334S 106 C C S 71335S 106 C C S 71336S 106 C C S 71337S 107 C C S 71338S 107 C C S 71339S 103 C C S 71340S 103 C C S 71341S 103 C C S 71342S 104 C C S 71343S 104 C C S 71344S 105 C C S 71345S 105 C C S 71346S 106 C C S 71347S 106 C C S 71348S 106 C C S 71349S 107 C C S 71350S 107 C C S 71351S 103 C C S 71352S 103 C C S 71353S 104 C C S 71354S 104 C C S 71355S 105 C C S 71356S 105 C C S 71357S 106 C C S 71358S 106 C C S 71359S 106 C C S 71360S 107 C C S 71361S 107 C C S 71371S 103 C C S 71374S 104 C C S 71377S 105 C C S 71378S 105 C C S 71379S 106 C C S 71380S 106 C C S 71381S 107 C C S 71386S 103 C C S 71387S 103 C C S 71388S 104 C C S 71389S 104 C C S 71390S 105 C C S 71391S 105 C C S 71392S 106 C C S 71394S 107 C C S 71395S 107 C C S 71396S 107 C C S 71397S 103 C C S 71398S 103 C C S 71399S 104 C C S 71400S 104 C C S 71401S 105 C C S 71402S 105 C C S 71403S 106 C C S 71404S 106 C C S 71405S 107 C C S 71406S 107 C C S 71407S 107 C C S 71408S 103 C LC-055G-7S 71538S 117 LC-055G LC-055G-8S 71539S 117 LC-055G LC-055G-9S 71540S 117 LC-055G LC-055G-10S 71541S 118 LC-055G LC-055G-11S 71542S 118 LC-055G LC-055G-12S 71543S 118 LC-055G LC-055G-13S 71544S 118 LC-055G LC-055G-14S 71545S 119 LC-055H LC-055H-1S 71741S 137 LC-055H LC-055H-2S 71742S 137 LC-055H LC-055H-3S 71743S 137 LC-055H LC-055H-4S 71744S 138 LC-055H LC-055H-5S 71745S 138 LC-055H LC-055H-6S 71746S 138 LC-055H LC-055H-7S 71747S 138 LC-055H LC-055H-8S 71748S 139 LC-055H LC-055H-9S 71749S 139 LC-055H LC-055H-10S 71750S 139 LC-055H LC-055H-11S 71751S 140 LC-055H LC-055H-12S 71752S 140 LC-055HJ LC-055HJ-1S 71877S 147 LC-055HJ LC-055HJ-2S 71878S 147 LC-055HJ LC-055HJ-3S 71879S 147 LC-055HJ LC-055HJ-4S 71880S 147 LC-055HJ LC-055HJ-5S 71881S 147 LC-055HJ LC-055HJ-6S 71882S 148 LC-055HJ LC-055HJ-7S 71883S 148 LC-055HJ LC-055HJ-8S 71884S 148 LC-055HJ LC-055HJ-9S 71885S 148 LC-055HJ LC-055HJ-10S 71886S 148 LC-055HJ LC-055HJ-11S 71887S 148 LC-055HJ LC-055HJ-12S 71888S 148 LC-055J LC-055J-0S 71926S 154 LC-055J LC-055J-1S 71927S 154 LC-055J LC-055J-2S 71928S 154 LC-055J LC-055J-3S 71929S 154 LC-055J LC-055J-4S 71930S 155 LC-055J LC-055J-5S 71931S 155 LC-055J LC-055J-6S 71932S 155 LC-055J LC-055J-7S 71933S 156 LC-055J LC-055J-8S 71934S 156 LC-055J LC-055J-9S 71935S 156 LC-055J LC-055J-10S 71936S 157 LC-055J LC-055J-11S 71937S 157 LC-055K LC-055K-1S 72146S 166 LC-055K LC-055K-2S 72147S 167 LC-055K LC-055K-3S 72148S 167 LC-055K LC-055K-4S 72149S 167 LC-055K LC-055K-5S 72150S 168 LC-055K LC-055K-6S 72153S 168 LC-055K LC-055K-7S 72156S 169 LC-055K LC-055K-8S 72159S 170 LC-055K LC-055K-9S 72160S 170 LC-055K LC-055K-10S 72161S 170 LC-058GH LC-058GH-1S 71672S 128 LC-058GH LC-058GH-2S 71673S 128 LC-058GH LC-058GH-3S 71674S 129 LC-058GH LC-058GH-4S 71675S 129 LC-058GH LC-058GH-5S 71676S 129 LC-058GH LC-058GH-6S 71677S 129 LC-058GH LC-058GH-7S 71678S 129 C S 71409S 103 C C S 71410S 104 C C S 71411S 104 C C S 71412S 105 C C S 71413S 105 C C S 71414S 106 C C S 71415S 106 C C S 71416S 107 C C S 71417S 107 C C S 71418S 107 C C S 71419S 103 C C S 71420S 103 C C S 71421S 104 C C S 71422S 104 C C S 71423S 105 C C S 71424S 105 C C S 71425S 106 C C S 71426S 106 C C S 71427S 107 C C S 71428S 107 C C S 71429S 107 C C S 71430S 104 C C S 71431S 105 C C S 71432S 105 C C S 71433S 106 C C S 71434S 106 C C S 71435S 107 C C S 71436S 107 C C S 71437S 107 C C S 71438S 105 C C S 71439S 105 C C S 71440S 106 C C S 71441S 106 C C S 71442S 107 C C S 71443S 107 C C S 71444S 107 C C S 71445S 112 C C S 71446S 112 C C S 71447S 112 C C S 71448S 112 C C S 71449S 113 C C S 71450S 113 C C S 71451S 113 C C S 71452S 113 C C S 71455S 112 C C S 71456S 112 C C S 71457S 112 C C S 71458S 113 C C S 71459S 113 C C S 71460S 113 C C S 71461S 113 C C S 71462S 113 C C S 71465S 115 C C S 71466S 115 C C S 71467S 115 C C S 71468S 116 C C S 71469S 116 C C S 71470S 116 C C S 71471S 117 C C S 71472S 117 C C S 71473S 117 LC-058GH LC-058GH-8S 71679S 129 LC-058GH LC-058GH-9S 71680S 130 LC-058GH LC-058GH-10S 71681S 130 LC-058GH LC-058GH-11S 71682S 130 LC-058GH LC-058GH-12S 71683S 130 LC-058GH LC-058GH-13S 71684S 130 LC-059E LC-059E-1S 71262S 84 LC-059E LC-059E-2S 71263S 85 LC-059E LC-059E-3S 71264S 85 LC-059E LC-059E-4S 71265S 86 LC-059E LC-059E-5S 71266S 86 LC-059E LC-059E-6S 71267S 87 LC-059E LC-059E-7S 71268S 87 LC-059E LC-059E-8S 71269S 88 LC-059E LC-059E-10S 71271S 90 LC-059E LC-059E-11S 71272S 90 LC-059E LC-059E-12S 71273S 91 LC-059E LC-059E-13S 71274S 91 LC-059E LC-059E-14S 71275S 92 LC-059E LC-059E-15S 71276S 92 LC-059E LC-059E-16S 71277S 93 LC-059E LC-059E-17S 71278S 93 LC-059E LC-059E-18S 71279S 93 LC-059E LC-059E-19S 71280S 93 LC-059G LC-059G-1S 71546S 115 LC-059G LC-059G-2S 71547S 115 LC-059G LC-059G-3S 71548S 116 LC-059G LC-059G-4S 71549S 116 LC-059G LC-059G-5S 71550S 116 LC-059G LC-059G-6S 71551S 117 LC-059G LC-059G-7S 71552S 117 LC-059G LC-059G-8S 71553S 117 LC-059G LC-059G-9S 71554S 117 LC-059G LC-059G-10S 71555S 118 LC-059G LC-059G-11S 71556S 118 LC-059G LC-059G-12S 71557S 118 LC-059G LC-059G-13S 71558S 118 LC-059G LC-059G-14S 71559S 119 LC-059H LC-059H-1S 71753S 137 LC-059H LC-059H-2S 71754S 137 LC-059H LC-059H-3S 71755S 137 LC-059H LC-059H-4S 71756S 138 LC-059H LC-059H-5S 71757S 138 LC-059H LC-059H-6S 71758S 138 LC-059H LC-059H-7S 71759S 138 LC-059H LC-059H-8S 71760S 139 LC-059H LC-059H-9S 71761S 139 LC-059H LC-059H-10S 71762S 139 LC-059H LC-059H-11S 71763S 140 LC-059H LC-059H-12S 71764S 140 LC LC-063-1S 71419S 103 LC LC-063-2S 71420S 103 LC LC-063-3S 71421S 104 LC LC-063-4S 71422S 104 LC LC-063-5S 71423S 105 LC LC-063-6S 71424S 105 LC LC-063-7S 71425S 106 LC LC-063-8S 71426S 106 LC LC-063-9S 71427S 107 LC LC S 71428S 107 LC C C S 71474S 118 C C S 71475S 119 C C S 71476S 115 C C S 71477S 115 C C S 71478S 116 C C S 71479S 116 C C S 71480S 116 C C S 71481S 116 C C S 71482S 117 C C S 71484S 117 C C S 71485S 118 C C S 71486S 118 C C S 71487S 118 C C S 71488S 118 C C S 71489S 119 C C S 71490S 115 C C S 71491S 115 C C S 71492S 116 C C S 71493S 116 C C S 71494S 116 C C S 71495S 116 C C S 71496S 117 C C S 71498S 117 C C S 71499S 118 C C S 71500S 118 C C S 71501S 118 C C S 71502S 118 C C S 71503S 119 C C S 71504S 115 C C S 71505S 115 C C S 71506S 116 C C S 71507S 116 C C S 71508S 116 C C S 71509S 116 C C S 71510S 117 C C S 71512S 117 C C S 71513S 118 C C S 71514S 118 C C S 71515S 118 C C S 71516S 118 C C S 71517S 119 C C S 71532S 115 C C S 71533S 115 C C S 71534S 116 C C S 71535S 116 C C S 71536S 116 C C S 71537S 117 C C S 71538S 117 C C S 71540S 117 C C S 71541S 118 C C S 71542S 118 C C S 71543S 118 C C S 71544S 118 C C S 71545S 119 C C S 71546S 115 C C S 71547S 115 C C S 71548S 116 C C S 71550S 116 C C S 71551S 117 C C S 71552S 117 C LC S 71429S 107 LC-063G LC-063G-1S 71560S 115 LC-063G LC-063G-2S 71561S 115 LC-063G LC-063G-3S 71562S 116 LC-063G LC-063G-4S 71563S 116 LC-063G LC-063G-5S 71564S 116 LC-063G LC-063G-6S 71565S 117 LC-063G LC-063G-7S 71567S 117 LC-063G LC-063G-8S 71568S 117 LC-063G LC-063G-9S 71569S 117 LC-063G LC-063G-10S 71570S 118 LC-063G LC-063G-11S 71571S 118 LC-063G LC-063G-12S 71572S 118 LC-063G LC-063G-13S 71574S 119 LC-063GH LC-063GH-1S 71685S 128 LC-063GH LC-063GH-2S 71686S 129 LC-063GH LC-063GH-3S 71687S 129 LC-063GH LC-063GH-4S 71688S 129 LC-063GH LC-063GH-5S 71689S 129 LC-063GH LC-063GH-6S 71690S 129 LC-063GH LC-063GH-7S 71691S 129 LC-063GH LC-063GH-8S 71692S 129 LC-063GH LC-063GH-9S 71693S 130 LC-063GH LC-063GH-10S 71694S 130 LC-063GH LC-063GH-11S 71695S 130 LC-063GH LC-063GH-12S 71696S 130 LC-063GH LC-063GH-13S 71697S 130 LC-063H LC-063H-1S 71765S 137 LC-063H LC-063H-2S 71766S 137 LC-063H LC-063H-3S 71767S 137 LC-063H LC-063H-4S 71768S 138 LC-063H LC-063H-5S 71769S 138 LC-063H LC-063H-6S 71770S 138 LC-063H LC-063H-7S 71771S 138 LC-063H LC-063H-8S 71772S 139 LC-063H LC-063H-9S 71773S 139 LC-063H LC-063H-10S 71774S 139 LC-063H LC-063H-11S 71775S 140 LC-063H LC-063H-12S 71776S 140 LC-063H LC-063H-13S 71777S 140 LC-063H LC-063H-14S 71778S 140 LC-063HJ LC-063HJ-1S 71889S 147 LC-063HJ LC-063HJ-2S 71890S 147 LC-063HJ LC-063HJ-3S 71891S 147 LC-063HJ LC-063HJ-4S 71892S 147 LC-063HJ LC-063HJ-5S 71893S 147 LC-063HJ LC-063HJ-6S 71894S 148 LC-063HJ LC-063HJ-7S 71895S 148 LC-063HJ LC-063HJ-8S 71896S 148 LC-063HJ LC-063HJ-9S 71897S 148 LC-063HJ LC-063HJ-10S 71898S 148 LC-063HJ LC-063HJ-11S 71899S 148 LC-063HJ LC-063HJ-12S 71900S 148 LC-063J LC-063J-0S 71951S 154 LC-063J LC-063J-1S 71952S 154 LC-063J LC-063J-2S 71953S 154 LC-063J LC-063J-3S 71954S 154 LC-063J LC-063J-4S 71955S 155 LC-063J LC-063J-5S 71956S 155 LC-063J LC-063J-6S 71957S 155 LC-063J LC-063J-7S 71958S

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C S 71554S 117 C C S 71555S 118 C C S 71556S 118 C C S 71557S 118 C C S 71558S 118 C C S 71559S 119 C C S 71560S 115 C C S 71561S 115 C C S 71562S 116 C C S 71563S 116 C C S 71564S 116 C C S 71565S 117 C C S 71566S 117 C C S 71567S 117 C C S 71569S 117 C C S 71570S 118 C C S 71571S 118 C C S 71572S 118 C C S 71573S 119 C C S 71574S 119 C C S 71575S 115 C C S 71576S 115 C C S 71577S 116 C C S 71578S 116 C C S 71579S 116 C C S 71581S 117 C C S 71582S 117 C C S 71583S 118 C C S 71584S 118 C C S 71585S 118 C C S 71586S 119 C C S 71587S 119 C C S 71588S 115 C C S 71589S 115 C C S 71590S 116 C C S 71591S 116 C C S 71592S 116 C C S 71593S 117 C C S 71594S 117 C C S 71595S 117 C C S 71596S 118 C C S 71597S 118 C C S 71598S 118 C C S 71599S 119 C C S 71600S 119 C C S 71601S 119 C C S 71602S 119 C C S 71603S 115 C C S 71604S 115 C C S 71605S 116 C C S 71606S 116 C C S 71607S 116 C C S 71608S 117 C C S 71609S 117 C C S 71610S 117 C C S 71611S 118 C C S 71612S 118 C C S 71613S 118 C C S 71614S 119 C C S 71615S 119 C C S 71616S 119 LC-063J LC-063J-8S 71959S 156 LC-063J LC-063J-9S 71960S 156 LC-063J LC-063J-10S 71961S 157 LC-063J LC-063J-11S 71962S 157 LC-063L LC-063L-1S 72327S 177 LC-063L LC-063L-2S 72328S 177 LC-063L LC-063L-3S 72329S 177 LC-063L LC-063L-4S 72330S 178 LC-063L LC-063L-5S 72331S 178 LC-063L LC-063L-6S 72332S 178 LC-063L LC-063L-7S 72333S 179 LC-063L LC-063L-8S 72334S 179 LC-063L LC-063L-9S 72335S 179 LC-063L LC-063L-10S 72336S 180 LC-063L LC-063L-11S 72337S 180 LC-063L LC-063L-12S 72338S 180 LC-065J LC-065J-1S 71963S 154 LC-065J LC-065J-2S 71964S 154 LC-065J LC-065J-3S 71965S 154 LC-065J LC-065J-4S 71966S 155 LC-065J LC-065J-5S 71967S 155 LC-065J LC-065J-6S 71968S 155 LC-065J LC-065J-7S 71969S 156 LC-065J LC-065J-8S 71970S 156 LC-065J LC-065J-9S 71971S 156 LC-065J LC-065J-10S 71972S 157 LC-065J LC-065J-11S 71973S 157 LC LC-067-1S 71430S 104 LC LC-067-2S 71431S 105 LC LC-067-3S 71432S 105 LC LC-067-4S 71433S 106 LC LC-067-5S 71434S 106 LC LC-067-6S 71435S 107 LC LC-067-7S 71436S 107 LC LC-067-8S 71437S 107 LC-067G LC-067G-1S 71575S 115 LC-067G LC-067G-2S 71576S 115 LC-067G LC-067G-3S 71577S 116 LC-067G LC-067G-4S 71578S 116 LC-067G LC-067G-5S 71579S 116 LC-067G LC-067G-6S 71580S 117 LC-067G LC-067G-7S 71581S 117 LC-067G LC-067G-8S 71582S 117 LC-067G LC-067G-9S 71583S 118 LC-067G LC-067G-10S 71584S 118 LC-067G LC-067G-11S 71585S 118 LC-067G LC-067G-12S 71586S 119 LC-067G LC-067G-13S 71587S 119 LC-067GH LC-067GH-1S 71698S 128 LC-067GH LC-067GH-2S 71699S 129 LC-067GH LC-067GH-3S 71700S 129 LC-067GH LC-067GH-4S 71701S 129 LC-067GH LC-067GH-5S 71702S 129 LC-067GH LC-067GH-6S 71703S 129 LC-067GH LC-067GH-7S 71704S 129 LC-067GH LC-067GH-8S 71705S 129 LC-067GH LC-067GH-9S 71706S 130 LC-067GH LC-067GH-10S 71707S 130 LC-067GH LC-067GH-11S 71708S 130 LC-067GH LC-067GH-12S 71709S 130 LC-067GH C C S 71617S 119 C C S 71618S 115 C C S 71619S 115 C C S 71620S 116 C C S 71621S 116 C C S 71622S 116 C C S 71623S 117 C C S 71624S 117 C C S 71625S 117 C C S 71626S 118 C C S 71627S 118 C C S 71628S 118 C C S 71629S 119 C C S 71630S 119 C C S 71631S 119 C C S 71632S 119 C C S 71711S 137 C C S 71712S 137 C C S 71713S 137 C C S 71714S 137 C C S 71715S 138 C C S 71716S 138 C C S 71717S 138 C C S 71718S 138 C C S 71721S 139 C C S 71722S 139 C C S 71723S 139 C C S 71724S 139 C C S 71725S 140 C C S 71728S 140 C C S 71729S 137 C C S 71730S 137 C C S 71732S 138 C C S 71733S 138 C C S 71734S 138 C C S 71735S 138 C C S 71736S 139 C C S 71737S 139 C C S 71738S 139 C C S 71739S 140 C C S 71740S 140 C C S 71741S 137 C C S 71742S 137 C C S 71743S 137 C C S 71744S 138 C C S 71745S 138 C C S 71746S 138 C C S 71747S 138 C C S 71748S 139 C C S 71749S 139 C C S 71750S 139 C C S 71751S 140 C C S 71752S 140 C C S 71753S 137 C C S 71754S 137 C C S 71755S 137 C C S 71756S 138 C C S 71757S 138 C C S 71758S 138 C C S 71759S 138 C LC-067GH-13S 71710S 130 LC-067H LC-067H-1S 71779S 137 LC-067H LC-067H-2S 71780S 137 LC-067H LC-067H-3S 71781S 137 LC-067H LC-067H-4S 71782S 138 LC-067H LC-067H-5S 71783S 138 LC-067H LC-067H-6S 71784S 138 LC-067H LC-067H-7S 71785S 139 LC-067H LC-067H-8S 71786S 139 LC-067H LC-067H-9S 71787S 139 LC-067H LC-067H-10S 71788S 139 LC-067H LC-067H-11S 71789S 140 LC-067H LC-067H-12S 71790S 140 LC-067HJ LC-067HJ-1S 71901S 147 LC-067HJ LC-067HJ-2S 71902S 147 LC-067HJ LC-067HJ-3S 71903S 147 LC-067HJ LC-067HJ-4S 71904S 147 LC-067HJ LC-067HJ-5S 71905S 147 LC-067HJ LC-067HJ-6S 71906S 148 LC-067HJ LC-067HJ-7S 71907S 148 LC-067HJ LC-067HJ-8S 71908S 148 LC-067HJ LC-067HJ-9S 71909S 148 LC-067HJ LC-067HJ-10S 71910S 148 LC-067HJ LC-067HJ-11S 71911S 148 LC-067HJ LC-067HJ-12S 71912S 148 LC-067J LC-067J-1S 71976S 154 LC-067J LC-067J-2S 71977S 154 LC-067J LC-067J-3S 71978S 154 LC-067J LC-067J-4S 71979S 155 LC-067J LC-067J-5S 71980S 155 LC-067J LC-067J-6S 71981S 155 LC-067J LC-067J-7S 71982S 156 LC-067J LC-067J-8S 71983S 156 LC-067J LC-067J-9S 71984S 156 LC-067J LC-067J-10S 71985S 157 LC-067J LC-067J-11S 71986S 157 LC-067J LC-067J-12S 71987S 157 LC-067K LC-067K-1S 72162S 167 LC-067K LC-067K-2S 72163S 167 LC-067K LC-067K-3S 72164S 167 LC-067K LC-067K-4S 72165S 167 LC-067K LC-067K-5S 72166S 168 LC-067K LC-067K-6S 72167S 168 LC-067K LC-067K-7S 72168S 169 LC-067K LC-067K-8S 72169S 170 LC-067K LC-067K-9S 72170S 170 LC-067K LC-067K-10S 72171S 170 LC-072H LC-072H-0S 71791S 137 LC-072H LC-072H-1S 71792S 137 LC-072H LC-072H-2S 71793S 137 LC-072H LC-072H-3S 71794S 138 LC-072H LC-072H-4S 71795S 138 LC-072H LC-072H-5S 71796S 138 LC-072H LC-072H-6S 71797S 139 LC-072H LC-072H-7S 71798S 139 LC-072H LC-072H-8S 71799S 139 LC-072H LC-072H-9S 71800S 139 LC-072H LC-072H-10S 71801S 140 LC-072H LC-072H-11S 71802S 140 LC-072HJ LC-072HJ-1S 71913S 147 LC-072HJ LC-072HJ-2S 71914S 147 C S 71760S 139 C C S 71761S 139 C C S 71762S 139 C C S 71763S 140 C C S 71764S 140 C C S 71765S 137 C C S 71766S 137 C C S 71767S 137 C C S 71768S 138 C C S 71769S 138 C C S 71770S 138 C C S 71771S 138 C C S 71772S 139 C C S 71773S 139 C C S 71774S 139 C C S 71775S 140 C C S 71776S 140 C C S 71778S 140 C C S 71779S 137 C C S 71780S 137 C C S 71781S 137 C C S 71782S 138 C C S 71783S 138 C C S 71784S 138 C C S 71785S 139 C C S 71786S 139 C C S 71787S 139 C C S 71788S 139 C C S 71789S 140 C C S 71790S 140 C C S 71791S 137 C C S 71792S 137 C C S 71793S 137 C C S 71794S 138 C C S 71795S 138 C C S 71796S 138 C C S 71797S 139 C C S 71798S 139 C C S 71799S 139 C C S 71800S 139 C C S 71801S 140 C C S 71802S 140 C C S 71803S 137 C C S 71804S 137 C C S 71805S 137 C C S 71806S 138 C C S 71807S 138 C C S 71808S 138 C C S 71809S 139 C C S 71810S 139 C C S 71811S 139 C C S 71812S 139 C C S 71813S 140 C C S 71814S 140 C C S 71815S 140 C C S 71816S 140 C C S 71817S 140 C C S 71818S 140 C C S 71819S 137 C C S 71820S 137 C C S 71821S 137 LC-072HJ LC-072HJ-3S 71915S 147 LC-072HJ LC-072HJ-4S 71916S 147 LC-072HJ LC-072HJ-5S 71917S 148 LC-072HJ LC-072HJ-6S 71918S 148 LC-072HJ LC-072HJ-7S 71919S 148 LC-072HJ LC-072HJ-8S 71920S 148 LC-072HJ LC-072HJ-9S 71921S 148 LC-072HJ LC-072HJ-10S 71922S 148 LC-072HJ LC-072HJ-11S 71923S 148 LC-072HJ LC-072HJ-12S 71924S 148 LC-072J LC-072J-1S 72015S 154 LC-072J LC-072J-2S 72016S 154 LC-072J LC-072J-3S 72017S 155 LC-072J LC-072J-4S 72018S 155 LC-072J LC-072J-5S 72019S 155 LC-072J LC-072J-6S 72020S 156 LC-072J LC-072J-7S 72021S 156 LC-072J LC-072J-8S 72022S 156 LC-072J LC-072J-9S 72023S 157 LC-072J LC-072J-10S 72024S 157 LC-072J LC-072J-11S 72026S 158 LC-072J LC-072J-12S 72027S 158 LC-072K LC-072K-1S 72186S 167 LC-072K LC-072K-2S 72187S 167 LC-072K LC-072K-3S 72188S 167 LC-072K LC-072K-4S 72189S 168 LC-072K LC-072K-5S 72190S 168 LC-072K LC-072K-6S 72191S 168 LC-072K LC-072K-7S 72192S 169 LC-072K LC-072K-8S 72193S 170 LC-072K LC-072K-9S 72194S 170 LC-072L LC-072L-1S 72339S 177 LC-072L LC-072L-2S 72340S 177 LC-072L LC-072L-3S 72341S 177 LC-072L LC-072L-4S 72342S 178 LC-072L LC-072L-5S 72343S 178 LC-072L LC-072L-6S 72344S 178 LC-072L LC-072L-7S 72345S 179 LC-072L LC-072L-8S 72346S 179 LC-072L LC-072L-9S 72347S 179 LC-072L LC-072L-10S 72348S 180 LC-072L LC-072L-11S 72349S 180 LC-072L LC-072L-12S 72350S 180 LC-080H LC-080H-1S 71803S 137 LC-080H LC-080H-2S 71804S 137 LC-080H LC-080H-3S 71805S 137 LC-080H LC-080H-4S 71806S 138 LC-080H LC-080H-5S 71807S 138 LC-080H LC-080H-6S 71808S 138 LC-080H LC-080H-7S 71809S 139 LC-080H LC-080H-8S 71810S 139 LC-080H LC-080H-9S 71811S 139 LC-080H LC-080H-10S 71812S 139 LC-080H LC-080H-11S 71813S 140 LC-080H LC-080H-12S 71814S 140 LC-080J LC-080J-1S 72058S 154 LC-080J LC-080J-2S 72059S 154 LC-080J LC-080J-3S 72060S 155 LC-080J LC-080J-4S 72061S 155 LC-080J LC-080J-5S 72062S 155 LC-080J APPEDIX C 391

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APPEDIX C C C S 71822S 138 C C S 71823S 138 C C S 71824S 138 C C S 71825S 139 C C S 71826S 139 C C S 71827S 139 C C S 71828S 139 C C S 71829S 140 C C S 71830S 140 C C S 71831S 140 C C S 71832S 140 C C S 71833S 140 C C S 71834S 141 C C S 71835S 137 C C S 71836S 137 C C S 71837S 138 C C S 71838S 138 C C S 71839S 138 C C S 71840S 139 C C S 71841S 139 C C S 71842S 139 C C S 71843S 139 C C S 71844S 140 C C S 71845S 140 C C S 71846S 140 C C S 71847S 140 C C S 71848S 140 C C S 71849S 141 C C S 71850S 137 C C S 71851S 137 C C S 71852S 138 C C S 71853S 138 C C S 71854S 138 C C S 71855S 139 C C S 71856S 139 C C S 71857S 139 C C S 71858S 139 C C S 71859S 140 C C S 71860S 140 C C S 71861S 140 C C S 71862S 140 C C S 71863S 140 C C S 71864S 141 C C S 71925S 151 C C S 71926S 154 C C S 71927S 154 C C S 71928S 154 C C S 71929S 154 C C S 71930S 155 C C S 71931S 155 C C S 71932S 155 C C S 71933S 156 C C S 71934S 156 C C S 71935S 156 C C S 71936S 157 C C S 71937S 157 C C S 71938S 154 C C S 71939S 154 C C S 71940S 154 C C S 71941S 155 C LC-080J-6S 72063S 156 LC-080J LC-080J-7S 72064S 156 LC-080J LC-080J-8S 72065S 157 LC-080J LC-080J-9S 72066S 157 LC-080J LC-080J-10S 72067S 157 LC-080J LC-080J-11S 72068S 158 LC-080J LC-080J-12S 72069S 158 LC-080K LC-080K-0S 72235S 167 LC-080K LC-080K-00S 72234S 167 LC-080K LC-080K-1S 72236S 167 LC-080K LC-080K-2S 72237S 168 LC-080K LC-080K-3S 72238S 168 LC-080K LC-080K-4S 72239S 168 LC-080K LC-080K-5S 72240S 168 LC-080K LC-080K-6S 72241S 169 LC-080K LC-080K-7S 72242S 169 LC-080K LC-080K-8S 72243S 169 LC-080K LC-080K-9S 72244S 170 LC-080K LC-080K-10S 72245S 170 LC-080L LC-080L-1S 72367S 177 LC-080L LC-080L-2S 72368S 177 LC-080L LC-080L-3S 72369S 177 LC-080L LC-080L-4S 72370S 178 LC-080L LC-080L-5S 72371S 178 LC-080L LC-080L-6S 72372S 178 LC-080L LC-080L-7S 72373S 179 LC-080L LC-080L-8S 72374S 179 LC-080L LC-080L-9S 72375S 179 LC-080L LC-080L-10S 72376S 180 LC-080L LC-080L-11S 72377S 180 LC-080L LC-080L-12S 72378S 180 LC-082M LC-082M-1S 72504S 186 LC-082M LC-082M-2S 72505S 186 LC-082M LC-082M-3S 72506S 186 LC-082M LC-082M-4S 72507S 187 LC-082M LC-082M-5S 72508S 187 LC-082M LC-082M-6S 72509S 187 LC-082M LC-082M-7S 72510S 187 LC-082M LC-082M-8S 72511S 188 LC-082M LC-082M-9S 72512S 188 LC-082M LC-082M-10S 72513S 188 LC-085J LC-085J-1S 72071S 154 LC-085J LC-085J-2S 72072S 154 LC-085J LC-085J-3S 72073S 155 LC-085J LC-085J-4S 72074S 155 LC-085J LC-085J-5S 72075S 156 LC-085J LC-085J-6S 72076S 156 LC-085J LC-085J-7S 72077S 156 LC-085J LC-085J-8S 72078S 157 LC-085J LC-085J-9S 72079S 157 LC-085J LC-085J-10S 72080S 157 LC-085J LC-085J-11S 72081S 158 LC-085J LC-085J-12S 72082S 158 LC-085K LC-085K-0S 72248S 167 LC-085K LC-085K-00S 72246S 167 LC-085K LC-085K-1S 72249S 167 LC-085K LC-085K-2S 72250S 168 LC-085K LC-085K-3S 72251S 168 LC-085K LC-085K-4S 72252S 168 LC-085K LC-085K-5S 72253S 169 LC-085K LC-085K-6S 72254S 169 C S 71942S 155 C C S 71943S 155 C C S 71944S 156 C C S 71945S 156 C C S 71946S 156 C C S 71951S 154 C C S 71952S 154 C C S 71953S 154 C C S 71954S 154 C C S 71955S 155 C C S 71956S 155 C C S 71957S 155 C C S 71958S 156 C C S 71959S 156 C C S 71960S 156 C C S 71961S 157 C C S 71962S 157 C C S 71963S 154 C C S 71964S 154 C C S 71965S 154 C C S 71966S 155 C C S 71967S 155 C C S 71968S 155 C C S 71969S 156 C C S 71970S 156 C C S 71971S 156 C C S 71972S 157 C C S 71973S 157 C C S 71976S 154 C C S 71977S 154 C C S 71978S 154 C C S 71979S 155 C C S 71980S 155 C C S 71981S 155 C C S 71982S 156 C C S 71983S 156 C C S 71984S 156 C C S 71985S 157 C C S 71988S 157 C C S 71989S 157 C C S 72014S 154 C C S 72015S 154 C C S 72016S 154 C C S 72017S 155 C C S 72018S 155 C C S 72019S 155 C C S 72020S 156 C C S 72021S 156 C C S 72022S 156 C C S 72023S 157 C C S 72024S 157 C C S 72025S 157 C C S 72026S 158 C C S 72027S 158 C C S 72057S 154 C C S 72058S 154 C C S 72059S 154 C C S 72060S 155 C C S 72061S 155 C C S 72062S 155 C C S 72063S 156 LC-085K LC-085K-7S 72255S 169 LC-085K LC-085K-8S 72256S 169 LC-085K LC-085K-9S 72257S 170 LC-085K LC-085K-10S 72259S 170 LC-085K LC-085K-11S 72260S 170 LC-085L LC-085L-1S 72380S 177 LC-085L LC-085L-2S 72381S 177 LC-085L LC-085L-3S 72382S 178 LC-085L LC-085L-4S 72383S 178 LC-085L LC-085L-5S 72385S 178 LC-085L LC-085L-6S 72386S 179 LC-085L LC-085L-7S 72388S 179 LC-085L LC-085L-8S 72389S 179 LC-085L LC-085L-9S 72391S 180 LC-085L LC-085L-10S 72392S 180 LC-085L LC-085L-11S 72393S 180 LC-091K LC-091K-1S 72267S 168 LC-091K LC-091K-2S 72268S 168 LC-091K LC-091K-3S 72269S 169 LC-091K LC-091K-4S 72270S 169 LC-091K LC-091K-5S 72271S 169 LC-091K LC-091K-6S 72272S 169 LC-091K LC-091K-7S 72273S 170 LC-093M LC-093M-1S 72527S 186 LC-093M LC-093M-2S 72528S 186 LC-093M LC-093M-3S 72529S 186 LC-093M LC-093M-4S 72530S 187 LC-093M LC-093M-5S 72531S 187 LC-093M LC-093M-6S 72532S 187 LC-093M LC-093M-7S 72533S 188 LC-093M LC-093M-8S 72534S 188 LC-093M LC-093M-10S 72536S 188 LC-095L LC-095L-0S 72405S 178 LC-095L LC-095L-00S 72404S 177 LC-095L LC-095L-1S 72406S 178 LC-095L LC-095L-2S 72407S 178 LC-095L LC-095L-3S 72408S 178 LC-095L LC-095L-4S 72409S 179 LC-095L LC-095L-5S 72410S 179 LC-095L LC-095L-6S 72411S 179 LC-095L LC-095L-7S 72412S 180 LC-095L LC-095L-8S 72413S 180 LC-095L LC-095L-9S 72414S 180 LC-098K LC-098K-0S 72288S 168 LC-098K LC-098K-00S 72287S 167 LC-098K LC-098K-1S 72289S 168 LC-098K LC-098K-2S 72290S 168 LC-098K LC-098K-3S 72291S 169 LC-098K LC-098K-4S 72292S 169 LC-098K LC-098K-5S 72293S 169 LC-098K LC-098K-6S 72294S 169 LC-098K LC-098K-7S 72295S 170 LC-098K LC-098K-8S 72296S 170 LC-09OM LC-09OM-9S 72535S 188 LC-100K LC-100K-1S 72297S 167 LC-100K LC-100K-2S 72298S 168 LC-100K LC-100K-3S 72299S 168 LC-100K LC-100K-4S 72300S 168 LC-100K LC-100K-5S 72301S 169 LC-100K LC-100K-6S 72302S 169 LC-100K C C S 72064S 156 C C S 72065S 157 C C S 72066S 157 C C S 72067S 157 C C S 72068S 158 C C S 72069S 158 C C S 72070S 154 C C S 72071S 154 C C S 72072S 154 C C S 72073S 155 C C S 72074S 155 C C S 72075S 156 C C S 72076S 156 C C S 72077S 156 C C S 72078S 157 C C S 72079S 157 C C S 72080S 157 C C S 72081S 158 C C S 72082S 158 C C S 72097S 154 C C S 72098S 154 C C S 72099S 155 C C S 72100S 155 C C S 72101S 155 C C S 72102S 156 C C S 72103S 156 C C S 72104S 156 C C S 72105S 157 C C S 72106S 157 C C S 72107S 157 C C S 72108S 158 C C S 72109S 158 C C S 72110S 154 C C S 72111S 154 C C S 72112S 155 C C S 72113S 155 C C S 72114S 155 C C S 72115S 156 C C S 72116S 156 C C S 72117S 156 C C S 72118S 157 C C S 72119S 157 C C S 72120S 157 C C S 72121S 158 C C S 72122S 158 C C S 72123S 154 C C S 72124S 154 C C S 72125S 155 C C S 72126S 155 C C S 72127S 155 C C S 72128S 156 C C S 72129S 156 C C S 72130S 156 C C S 72131S 157 C C S 72132S 157 C C S 72133S 157 C C S 72134S 158 C C S 72135S 158 C C S 72172S 167 C C S 72173S 167 C LC-100K-7S 72303S 169 LC-100K LC-100K-8S 72304S 170 LC-100K LC-100K-9S 72305S 170 LC-100K LC-100K-10S 72306S 170 LC-105L LC-105L-0S 72417S 178 LC-105L LC-105L-1S 72418S 178 LC-105L LC-105L-2S 72419S 178 LC-105L LC-105L-3S 72420S 178 LC-105L LC-105L-4S 72421S 179 LC-105L LC-105L-5S 72422S 179 LC-105L LC-105L-6S 72423S 180 LC-105L LC-105L-7S 72424S 180 LC-105L LC-105L-8S 72425S 180 LC-105L LC-105L-9S 72426S 181 LC-105M LC-105M-1S 72550S 186 LC-105M LC-105M-2S 72551S 186 LC-105M LC-105M-3S 72552S 187 LC-105M LC-105M-4S 72553S 187 LC-105M LC-105M-5S 72554S 187 LC-105M LC-105M-6S 72555S 188 LC-105M LC-105M-7S 72556S 188 LC-105M LC-105M-8S 72557S 188 LC-105M LC-105M-9S 72558S 188 LC-105M LC-105M-10S 72559S 189 LC-112J LC-112J-1S 72124S 154 LC-112J LC-112J-2S 72125S 155 LC-112J LC-112J-3S 72126S 155 LC-112J LC-112J-4S 72127S 155 LC-112J LC-112J-5S 72128S 156 LC-112J LC-112J-6S 72129S 156 LC-112J LC-112J-7S 72130S 156 LC-112J LC-112J-8S 72131S 157 LC-112J LC-112J-9S 72132S 157 LC-112J LC-112J-10S 72133S 157 LC-112J LC-112J-11S 72134S 158 LC-112J LC-112J-12S 72135S 158 LC-112L LC-112L-0S 72430S 178 LC-112L LC-112L-1S 72431S 178 LC-112L LC-112L-2S 72432S 178 LC-112L LC-112L-3S 72433S 178 LC-112L LC-112L-4S 72434S 179 LC-112L LC-112L-5S 72435S 179 LC-112L LC-112L-6S 72436S 180 LC-112L LC-112L-7S 72437S 180 LC-112L LC-112L-8S 72438S 180 LC-112L LC-112L-9S 72439S 181 LC-112M LC-112M-0S 72563S 187 LC-112M LC-112M-00S 72561S 186 LC-112M LC-112M-1S 72564S 187 LC-112M LC-112M-2S 72565S 187 LC-112M LC-112M-3S 72566S 187 LC-112M LC-112M-4S 72567S 188 LC-112M LC-112M-5S 72568S 188 LC-112M LC-112M-6S 72569S 188 LC-112M LC-112M-7S 72570S 189 LC-112M LC-112M-8S 72571S 189 LC-115L LC-115L-1S 72440S 178 LC-115L LC-115L-2S 72441S 179 LC-115L LC-115L-3S 72442S 179 LC-115L LC-115L-4S 72443S 179 LC-115L LC-115L-5S 72444S

395 ASSOCIATED SPRIG PART UMBER CETURY SPRIG PART UMBER Page o. LEE SPRIG PART UMBER CETURY SPRIG PART UMBER Page o. ASSOCIATED SPRIG PART UMBER CETURY SPRIG PART UMBER Page o. LEE SPRIG PART UMBER CETURY SPRIG PART UMBER Page o. ASSOCIATED SPRIG PART UMBER CETURY SPRIG PART UMBER Page o. LEE SPRIG PART UMBER CETURY SPRIG PART UMBER Page o. C S 72174S 167 C C S 72175S 167 C C S 72176S 168 C C S 72177S 168 C C S 72178S 168 C C S 72179S 169 C C S 72180S 169 C C S 72183S 170 C C S 72184S 170 C C S 72185S 170 C C S 72195S 167 C C S 72196S 167 C C S 72197S 167 C C S 72198S 168 C C S 72201S 168 C C S 72204S 169 C C S 72207S 170 C C S 72208S 170 C C S 72233S 167 C C S 72234S 167 C C S 72235S 167 C C S 72236S 167 C C S 72238S 168 C C S 72239S 168 C C S 72240S 168 C C S 72241S 169 C C S 72242S 169 C C S 72243S 169 C C S 72244S 170 C C S 72245S 170 C C S 72246S 167 C C S 72247S 167 C C S 72248S 167 C C S 72249S 167 C C S 72251S 168 C C S 72252S 168 C C S 72253S 169 C C S 72254S 169 C C S 72255S 169 C C S 72256S 169 C C S 72257S 170 C C S 72258S 170 C C S 72259S 170 C C S 72260S 170 C C S 72276S 167 C C S 72277S 167 C C S 72278S 168 C C S 72279S 168 C C S 72280S 168 C C S 72281S 169 C C S 72282S 169 C C S 72283S 169 C C S 72284S 169 C C S 72285S 170 C C S 72286S 170 C C S 72287S 167 C C S 72288S 168 C C S 72289S 168 C C S 72290S 168 C C S 72291S 169 C C S 72292S 169 LC-115L LC-115L-6S 72445S 180 LC-115L LC-115L-7S 72446S 181 LC-12/M LC-12/M-7S 72578S 188 LC-120L LC-120L-0S 72447S 178 LC-120L LC-120L-1S 72448S 178 LC-120L LC-120L-2S 72449S 179 LC-120L LC-120L-3S 72450S 179 LC-120L LC-120L-4S 72451S 179 LC-120L LC-120L-5S 72452S 180 LC-120L LC-120L-6S 72453S 180 LC-120L LC-120L-7S 72454S 181 LC-120M LC-120M-1S 72572S 186 LC-120M LC-120M-2S 72573S 187 LC-120M LC-120M-3S 72574S 187 LC-120M LC-120M-4S 72575S 187 LC-120M LC-120M-5S 72576S 187 LC-120M LC-120M-6S 72577S 188 LC-120M LC-120M-8S 72579S 188 LC-120M LC-120M-9S 72580S 189 LC-120M LC-120M-10S 72581S 189 LC-125L LC-125L-1S 72458S 178 LC-125L LC-125L-2S 72459S 178 LC-125L LC-125L-3S 72460S 179 LC-125L LC-125L-4S 72461S 179 LC-125L LC-125L-5S 72462S 179 LC-125L LC-125L-6S 72464S 180 LC-125L LC-125L-7S 72465S 180 LC-125L LC-125L-8S 72466S 181 LC-125M LC-125M-0S 72585S 187 LC-125M LC-125M-2S 72587S 187 LC-125M LC-125M-3S 72588S 187 LC-125M LC-125M-4S 72589S 188 LC-125M LC-125M-5S 72590S 188 LC-125M LC-125M-6S 72591S 188 LC-125M LC-125M-7S 72592S 189 LC-125M LC-125M-8S 72593S 189 LC-12KM LC-12KM-1S 72586S 187 LC-135M LC-135M-0S 72594S 187 LC-135M LC-135M-1S 72597S 187 LC-135M LC-135M-2S 72598S 187 LC-135M LC-135M-3S 72599S 188 LC-135M LC-135M-4S 72600S 188 LC-135M LC-135M-5S 72601S 188 LC-135M LC-135M-6S 72602S 189 LC-135M LC-135M-7S 72603S 189 LC-135M LC-135M-8S 72604S 189 LC LC-135-1S 72696S 194 LC LC-135-2S 72699S 194 LC LC-135-3S 72700S 195 LC LC-135-4S 72701S 195 LC LC-135-5S 72702S 195 LC LC-135-6S 72703S 196 LC-35B LC-35B-6S 70449S 33 LE-014A LE-014A-1S 80068S 234 LE-014A LE-014A-3S 80069S 234 LE-014A LE-014A-4S 80070S 234 LE-014A LE-014A-5S 80071S 234 LE-014A LE-014A-6S 80072S 234 LE-014A LE-014A-8S 80073S 234 LE-014A LE-014A-9S 80074S 234 LE-014A C C S 72293S 169 C C S 72294S 169 C C S 72295S 170 C C S 72296S 170 C C S 72351S 177 C C S 72352S 177 C C S 72353S 177 C C S 72354S 177 C C S 72355S 178 C C S 72358S 178 C C S 72361S 179 C C S 72364S 180 C C S 72365S 180 C C S 72366S 180 C C S 72379S 177 C C S 72380S 177 C C S 72381S 177 C C S 72382S 178 C C S 72385S 178 C C S 72388S 179 C C S 72391S 180 C C S 72392S 180 C C S 72394S 177 C C S 72395S 177 C C S 72396S 178 C C S 72397S 178 C C S 72398S 178 C C S 72399S 179 C C S 72400S 180 C C S 72401S 180 C C S 72402S 180 C C S 72403S 177 C C S 72404S 177 C C S 72405S 178 C C S 72406S 178 C C S 72408S 178 C C S 72410S 179 C C S 72412S 180 C C S 72413S 180 C C S 72415S 177 C C S 72416S 177 C C S 72417S 178 C C S 72418S 178 C C S 72419S 178 C C S 72420S 178 C C S 72421S 179 C C S 72422S 179 C C S 72423S 180 C C S 72424S 180 C C S 72425S 180 C C S 72426S 181 C C S 72427S 177 C C S 72428S 177 C C S 72430S 178 C C S 72431S 178 C C S 72433S 178 C C S 72435S 179 C C S 72437S 180 C C S 72438S 180 C C S 72455S 177 C LE-014A-10S 80075S 234 LE-014A LE-014A-11S 80076S 234 LE-014A LE-014A-12S 80077S 235 LE-016A LE-016A-0S 80082S 234 LE-016A LE-016A-00S 80081S 234 LE-016A LE-016A-001S 80080S 234 LE-016A LE-016A-002S 80079S 234 LE-016A LE-016A-1S 80083S 234 LE-016A LE-016A-2S 80084S 234 LE-016A LE-016A-3S 80085S 234 LE-016A LE-016A-4S 80086S 234 LE-016A LE-016A-5S 80087S 235 LE-016A LE-016A-6S 80088S 235 LE-016A LE-016A-7S 80089S 235 LE-018A LE-018A-0S 80094S 234 LE-018A LE-018A-00S 80093S 234 LE-018A LE-018A-001S 80092S 234 LE-018A LE-018A-002S 80091S 234 LE-018A LE-018A-1S 80095S 234 LE-018A LE-018A-2S 80096S 234 LE-018A LE-018A-3S 80097S 234 LE-018A LE-018A-4S 80098S 234 LE-018A LE-018A-5S 80099S 235 LE-018A LE-018A-6S 80100S 235 LE-018A LE-018A-7S 80101S 235 LE-018A LE-018A-8S 80102S 235 LE-018B LE-018B-1S 80132S 238 LE-018B LE-018B-2S 80134S 238 LE-018B LE-018B-3S 80135S 239 LE-018B LE-018B-4S 80136S 239 LE-018B LE-018B-5S 80137S 239 LE-018B LE-018B-6S 80138S 239 LE-018B LE-018B-7S 80139S 239 LE-018B LE-018B-8S 80140S 240 LE-018B LE-018B-9S 80141S 240 LE-018B LE-018B-10S 80142S 240 LE-018B LE-018B-11S 80143S 240 LE-018B LE-018B-12S 80144S 240 LE-018B LE-018B-13S 80145S 240 LE-018C LE-018C-1S 80236S 243 LE-018C LE-018C-2S 80237S 244 LE-018C LE-018C-3S 80238S 244 LE-018C LE-018C-4S 80239S 244 LE-018C LE-018C-5S 80240S 244 LE-018C LE-018C-6S 80241S 244 LE-018C LE-018C-7S 80242S 245 LE-018C LE-018C-8S 80243S 245 LE-018C LE-018C-9S 80244S 245 LE-018C LE-018C-10S 80245S 245 LE-018C LE-018C-11S 80246S 245 LE-018C LE-018C-12S 80247S 246 LE-018C LE-018C-13S 80248S 246 LE-020A LE-020A-0S 80106S 234 LE-020A LE-020A-00S 80105S 234 LE-020A LE-020A-001S 80104S 234 LE-020A LE-020A-002S 80103S 234 LE-020A LE-020A-1S 80107S 234 LE-020A LE-020A-2S 80108S 234 LE-020A LE-020A-3S 80109S 234 LE-020A LE-020A-4S 80110S 235 LE-020A LE-020A-5S 80111S 235 C S 72456S 177 C C S 72457S 178 C C S 72458S 178 C C S 72459S 178 C C S 72460S 179 C C S 72461S 179 C C S 72462S 179 C C S 72463S 180 C C S 72464S 180 C C S 72465S 180 C C S 72466S 181 C C S 72467S 177 C C S 72468S 177 C C S 72469S 178 C C S 72470S 179 C C S 72471S 179 C C S 72472S 180 C C S 72473S 180 C C S 72474S 181 C C S 72475S 177 C C S 72476S 178 C C S 72477S 179 C C S 72478S 179 C C S 72479S 180 C C S 72480S 180 C C S 72481S 181 C C S 72482S 178 C C S 72483S 179 C C S 72484S 179 C C S 72485S 180 C C S 72486S 180 C C S 72487S 181 C C S 72514S 186 C C S 72515S 186 C C S 72516S 186 C C S 72517S 187 C C S 72520S 187 C C S 72521S 188 C C S 72522S 188 C C S 72523S 188 C C S 72524S 188 C C S 72525S 189 C C S 72526S 189 C C S 72537S 186 C C S 72538S 186 C C S 72539S 186 C C S 72540S 187 C C S 72543S 187 C C S 72544S 188 C C S 72545S 188 C C S 72546S 188 C C S 72547S 188 C C S 72548S 189 C C S 72549S 186 C C S 72550S 186 C C S 72551S 186 C C S 72552S 187 C C S 72554S 187 C C S 72555S 188 C C S 72556S 188 C C S 72557S 188 LE-020A LE-020A-6S 80112S 235 LE-020A LE-020A-7S 80113S 235 LE-020A LE-020A-8S 80114S 235 LE-020B LE-020B-1S 80146S 238 LE-020B LE-020B-2S 80148S 238 LE-020B LE-020B-3S 80149S 239 LE-020B LE-020B-4S 80150S 239 LE-020B LE-020B-5S 80151S 239 LE-020B LE-020B-6S 80152S 239 LE-020B LE-020B-7S 80153S 239 LE-020B LE-020B-9S 80154S 240 LE-020B LE-020B-10S 80155S 240 LE-020B LE-020B-11S 80156S 240 LE-020B LE-020B-12S 80157S 240 LE-020B LE-020B-13S 80158S 240 LE-022A LE-022A-1S 80115S 234 LE-022A LE-022A-2S 80116S 234 LE-022A LE-022A-3S 80117S 234 LE-022A LE-022A-4S 80118S 234 LE-022A LE-022A-5S 80119S 234 LE-022A LE-022A-6S 80120S 234 LE-022A LE-022A-7S 80121S 235 LE-022A LE-022A-8S 80122S 235 LE-022A LE-022A-9S 80123S 235 LE-022A LE-022A-10S 80124S 235 LE-022A LE-022A-11S 80125S 235 LE-022A LE-022A-12S 80126S 235 LE-022B LE-022B-0S 80162S 238 LE-022B LE-022B-00S 80161S 238 LE-022B LE-022B-001S 80160S 238 LE-022B LE-022B-002S 80159S 238 LE-022B LE-022B-1S 80163S 239 LE-022B LE-022B-2S 80164S 239 LE-022B LE-022B-3S 80165S 239 LE-022B LE-022B-4S 80166S 239 LE-022B LE-022B-5S 80167S 239 LE-022B LE-022B-6S 80168S 240 LE-022B LE-022B-7S 80169S 240 LE-022B LE-022B-8S 80170S 240 LE-022B LE-022B-9S 80171S 240 LE-022C LE-022C-1S 80249S 244 LE-022C LE-022C-2S 80250S 244 LE-022C LE-022C-3S 80251S 244 LE-022C LE-022C-4S 80252S 244 LE-022C LE-022C-5S 80253S 244 LE-022C LE-022C-6S 80254S 245 LE-022C LE-022C-7S 80255S 245 LE-022C LE-022C-8S 80256S 245 LE-022C LE-022C-9S 80257S 245 LE-022C LE-022C-10S 80258S 245 LE-022C LE-022C-11S 80259S 246 LE-022C LE-022C-12S 80260S 246 LE-022C LE-022C-13S 80261S 246 LE-024B LE-024B-1S 80172S 238 LE-024B LE-024B-3S 80173S 238 LE-024B LE-024B-5S 80174S 238 LE-024B LE-024B-7S 80175S 239 LE-024B LE-024B-8S 80176S 239 LE-024B LE-024B-9S 80177S 239 LE-024B LE-024B-10S 80178S 239 LE-024B APPEDIX C 393

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APPEDIX C C C S 72560S 186 C C S 72561S 186 C C S 72562S 186 C C S 72563S 187 C C S 72564S 187 C C S 72565S 187 C C S 72566S 187 C C S 72567S 188 C C S 72568S 188 C C S 72569S 188 C C S 72570S 189 C C S 72571S 189 C C S 72582S 186 C C S 72583S 186 C C S 72584S 187 C C S 72585S 187 C C S 72586S 187 C C S 72587S 187 C C S 72588S 187 C C S 72589S 188 C C S 72590S 188 C C S 72591S 188 C C S 72592S 189 C C S 72593S 189 C C S 72594S 187 C C S 72597S 187 C C S 72599S 188 C C S 72600S 188 C C S 72601S 188 C C S 72602S 189 C C S 72603S 189 C C S 72604S 189 C C S 72627S 193 C C S 72628S 193 C C S 72629S 194 C C S 72630S 194 C C S 72631S 195 C C S 72632S 195 C C S 72633S 195 C C S 72634S 196 C C S 72635S 196 C C S 72636S 196 C C S 72637S 193 C C S 72638S 193 C C S 72639S 194 C C S 72640S 194 C C S 72641S 194 C C S 72642S 194 C C S 72643S 194 C C S 72644S 195 C C S 72645S 195 C C S 72646S 195 C C S 72647S 195 C C S 72648S 196 C C S 72649S 196 C C S 72650S 196 C C S 72651S 193 C C S 72652S 193 C C S 72653S 194 C C S 72654S 194 C LE-024B-11S 80179S 239 LE-024B LE-024B-12S 80180S 240 LE-024B LE-024B-13S 80181S 240 LE-024B LE-024B-14S 80182S 240 LE-024B LE-024B-15S 80183S 240 LE-026B LE-026B-0S 80187S 238 LE-026B LE-026B-00S 80186S 238 LE-026B LE-026B-001S 80185S 238 LE-026B LE-026B-002S 80184S 238 LE-026B LE-026B-1S 80188S 239 LE-026B LE-026B-2S 80189S 239 LE-026B LE-026B-3S 80190S 239 LE-026B LE-026B-4S 80191S 239 LE-026B LE-026B-5S 80192S 239 LE-026B LE-026B-6S 80193S 240 LE-026B LE-026B-7S 80194S 240 LE-026B LE-026B-8S 80195S 240 LE-026B LE-026B-9S 80196S 240 LE-026C LE-026C-0S 80265S 244 LE-026C LE-026C-00S 80264S 244 LE-026C LE-026C-001S 80263S 244 LE-026C LE-026C-002S 80262S 243 LE-026C LE-026C-1S 80266S 244 LE-026C LE-026C-2S 80267S 244 LE-026C LE-026C-3S 80268S 245 LE-026C LE-026C-4S 80269S 245 LE-026C LE-026C-5S 80270S 245 LE-026C LE-026C-6S 80271S 245 LE-026C LE-026C-7S 80272S 245 LE-026C LE-026C-8S 80273S 246 LE-026C LE-026C-9S 80274S 246 LE-026C LE-026C-10S 80275S 246 LE-026C LE-026C-11S 80276S 246 LE-026D LE-026D-1S 80437S 254 LE-026D LE-026D-2S 80438S 254 LE-026D LE-026D-3S 80439S 254 LE-026D LE-026D-4S 80440S 255 LE-026D LE-026D-5S 80441S 255 LE-026D LE-026D-6S 80442S 256 LE-029B LE-029B-1S 80197S 238 LE-029B LE-029B-3S 80198S 238 LE-029B LE-029B-5S 80199S 238 LE-029B LE-029B-7S 80200S 239 LE-029B LE-029B-8S 80201S 239 LE-029B LE-029B-9S 80202S 239 LE-029B LE-029B-10S 80203S 239 LE-029B LE-029B-11S 80204S 240 LE-029B LE-029B-12S 80205S 240 LE-029B LE-029B-13S 80206S 240 LE-029B LE-029B-14S 80207S 240 LE-029B LE-029B-15S 80208S 240 LE-029C LE-029C-0S 80283S 244 LE-029C LE-029C-00S 80282S 244 LE-029C LE-029C-001S 80281S 244 LE-029C LE-029C-1S 80284S 244 LE-029C LE-029C-2S 80285S 244 LE-029C LE-029C-3S 80286S 245 LE-029C LE-029C-4S 80287S 245 LE-029C LE-029C-5S 80288S 245 LE-029C LE-029C-6S 80289S 245 LE-029C LE-029C-7S 80290S 245 C S 72657S 194 C C S 72658S 195 C C S 72659S 195 C C S 72660S 195 C C S 72661S 196 C C S 72662S 196 C C S 72663S 196 C C S 72664S 193 C C S 72665S 193 C C S 72666S 194 C C S 72667S 194 C C S 72670S 194 C C S 72671S 195 C C S 72672S 195 C C S 72673S 195 C C S 72674S 196 C C S 72679S 193 C C S 72680S 194 C C S 72681S 194 C C S 72682S 194 C C S 72683S 194 C C S 72684S 194 C C S 72685S 194 C C S 72686S 195 C C S 72687S 195 C C S 72688S 195 C C S 72689S 195 C C S 72690S 196 C C S 72691S 196 C C S 72692S 196 C C S 72693S 193 C C S 72694S 194 C C S 72695S 194 C C S 72696S 194 C C S 72699S 194 C C S 72700S 195 C C S 72701S 195 C C S 72702S 195 C C S 72708S 193 C C S 72709S 194 C C S 72710S 194 C C S 72711S 194 C C S 72714S 194 C C S 72715S 195 C C S 72716S 195 C C S 72717S 195 C C S 72718S 196 C C S 72719S 196 C C S 72720S 196 C C S 72729S 194 C C S 72730S 194 C C S 72731S 194 C C S 72733S 195 C C S 72734S 195 C C S 72735S 195 C C S 72737S 196 C C S 72738S 196 C C S 72739S 196 C C S 72743S 194 C C S 72744S 194 C C S 72745S 195 LE-029C LE-029C-8S 80291S 246 LE-029C LE-029C-9S 80292S 246 LE-029C LE-029C-10S 80293S 246 LE-029C LE-029C-11S 80294S 246 LE-030CD LE-030CD-1S 80372S 250 LE-030CD LE-030CD-2S 80373S 250 LE-030CD LE-030CD-3S 80374S 251 LE-030CD LE-030CD-4S 80375S 251 LE-030CD LE-030CD-5S 80376S 251 LE-030CD LE-030CD-6S 80377S 251 LE-030CD LE-030CD-7S 80378S 251 LE-030CD LE-030CD-8S 80379S 251 LE-030CD LE-030CD-9S 80380S 252 LE-031B LE-031B-0S 80212S 238 LE-031B LE-031B-00S 80211S 238 LE-031B LE-031B-001S 80210S 238 LE-031B LE-031B-002S 80209S 238 LE-031B LE-031B-1S 80213S 239 LE-031B LE-031B-2S 80214S 239 LE-031B LE-031B-3S 80215S 239 LE-031B LE-031B-4S 80216S 239 LE-031B LE-031B-5S 80217S 240 LE-031B LE-031B-6S 80218S 240 LE-031B LE-031B-7S 80219S 240 LE-031B LE-031B-8S 80220S 240 LE-031B LE-031B-9S 80221S 240 LE-031B LE-031B-10S 80222S 240 LE-031C LE-031C-0S 80301S 244 LE-031C LE-031C-00S 80300S 244 LE-031C LE-031C-001S 80299S 244 LE-031C LE-031C-1S 80302S 244 LE-031C LE-031C-2S 80303S 244 LE-031C LE-031C-3S 80304S 245 LE-031C LE-031C-4S 80305S 245 LE-031C LE-031C-5S 80306S 245 LE-031C LE-031C-6S 80307S 245 LE-031C LE-031C-7S 80308S 245 LE-031C LE-031C-8S 80309S 246 LE-031C LE-031C-9S 80310S 246 LE-031C LE-031C-10S 80311S 246 LE-031C LE-031C-11S 80312S 246 LE-031D LE-031D-0S 80445S 254 LE-031D LE-031D-1S 80446S 254 LE-031D LE-031D-2S 80447S 254 LE-031D LE-031D-3S 80448S 255 LE-031D LE-031D-4S 80449S 255 LE-031D LE-031D-5S 80450S 255 LE-031D LE-031D-6S 80451S 256 LE-031D LE-031D-7S 80452S 256 LE-031D LE-031D-8S 80453S 256 LE-031D LE-031D-9S 80454S 257 LE-031D LE-031D-10S 80455S 257 LE-031D LE-031D-11S 80456S 257 LE-034B LE-034B-1S 80223S 238 LE-034B LE-034B-2S 80224S 238 LE-034B LE-034B-3S 80225S 238 LE-034B LE-034B-4S 80226S 239 LE-034B LE-034B-5S 80227S 239 LE-034B LE-034B-6S 80228S 239 LE-034B LE-034B-7S 80229S 239 LE-034B C C S 72746S 195 C C S 72747S 195 C C S 72748S 196 C C S 72749S 196 C C S 72750S 196 C C S 72751S 194 C C S 72752S 194 C C S 72753S 195 C C S 72754S 195 C C S 72755S 195 C C S 72756S 196 C C S 72757S 196 C C S 72758S 196 C C S 72759S 194 C C S 72760S 195 C C S 72761S 195 C C S 72762S 195 C C S 72763S 196 C C S 72764S 196 C C S 72765S 196 C C S 72784S 203 C C S 72785S 203 C C S 72786S 203 C C S 72787S 204 C C S 72788S 204 C C S 72789S 204 C C S 72794S 203 C C S 72795S 203 C C S 72796S 203 C C S 72797S 204 C C S 72798S 204 C C S 72799S 204 C C S 72800S 203 C C S 72801S 203 C C S 72802S 204 C C S 72803S 204 C C S 72804S 204 C C S 72805S 204 C C S 72810S 203 C C S 72811S 203 C C S 72812S 204 C C S 72813S 204 C C S 72814S 204 C C S 72815S 204 C C S 72832S 203 C C S 72833S 203 C C S 72834S 204 C C S 72835S 204 C C S 72836S 204 C C S 72837S 204 C C S 72838S 204 C C S 72839S 205 C C S 72872S 208 C C S 72873S 208 C C S 72874S 208 C C S 72875S 208 C C S 72876S 209 C C S 72877S 209 C C S 72878S 209 C C S 72879S 209 C LE-034B-8S 80230S 240 LE-034B LE-034B-9S 80231S 240 LE-034B LE-034B-10S 80232S 240 LE-034B LE-034B-11S 80233S 240 LE-034B LE-034B-12S 80234S 240 LE-034B LE-034B-13S 80235S 240 LE-034C LE-034C-0S 80319S 244 LE-034C LE-034C-00S 80318S 244 LE-034C LE-034C-001S 80317S 244 LE-034C LE-034C-1S 80320S 244 LE-034C LE-034C-2S 80321S 244 LE-034C LE-034C-3S 80322S 245 LE-034C LE-034C-4S 80323S 245 LE-034C LE-034C-5S 80324S 245 LE-034C LE-034C-6S 80325S 245 LE-034C LE-034C-7S 80326S 245 LE-034C LE-034C-8S 80327S 246 LE-034C LE-034C-9S 80328S 246 LE-034C LE-034C-10S 80329S 246 LE-034C LE-034C-11S 80330S 246 LE-034D LE-034D-1S 80457S 254 LE-034D LE-034D-2S 80458S 254 LE-034D LE-034D-3S 80459S 255 LE-034D LE-034D-4S 80460S 255 LE-034D LE-034D-5S 80461S 255 LE-034D LE-034D-6S 80462S 256 LE-034D LE-034D-7S 80463S 256 LE-034E LE-034E-1S 80639S 263 LE-034E LE-034E-2S 80640S 263 LE-034E LE-034E-3S 80641S 264 LE-034E LE-034E-4S 80642S 264 LE-034E LE-034E-5S 80643S 264 LE-034E LE-034E-6S 80644S 265 LE-037C LE-037C-0S 80336S 244 LE-037C LE-037C-00S 80335S 244 LE-037C LE-037C-1S 80338S 244 LE-037C LE-037C-2S 80339S 244 LE-037C LE-037C-3S 80340S 245 LE-037C LE-037C-4S 80341S 245 LE-037C LE-037C-5S 80342S 245 LE-037C LE-037C-6S 80343S 245 LE-037C LE-037C-7S 80344S 245 LE-037C LE-037C-8S 80345S 246 LE-037C LE-037C-9S 80346S 246 LE-037C LE-037C-10S 80347S 246 LE-037C LE-037C-11S 80348S 246 LE-037C LE-037C-12S 80349S 246 LE-037C LE-037C-13S 80350S 246 LE-037CD LE-037CD-1S 80393S 250 LE-037CD LE-037CD-2S 80394S 251 LE-037CD LE-037CD-3S 80395S 251 LE-037CD LE-037CD-4S 80396S 251 LE-037CD LE-037CD-5S 80397S 251 LE-037CD LE-037CD-6S 80398S 251 LE-037CD LE-037CD-7S 80399S 251 LE-037CD LE-037CD-8S 80400S 251 LE-037CD LE-037CD-9S 80401S 252 LE-037CD LE-037CD-10S 80402S 252 LE-037CD LE-037CD-11S 80403S 252 LE-037D LE-037D-0S 80472S 254 LE-037D LE-037D-1S 80473S

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C S 72880S 208 C C S 72897S 208 C C S 72898S 208 C C S 72899S 208 C C S 72906S 209 C C S 72907S 209 C C S 72908S 209 C C S 72909S 208 C C S 72910S 208 C C S 72911S 208 C C S 72912S 208 C C S 72913S 209 C C S 72914S 209 C C S 72915S 209 C C S 72916S 209 C C S 72933S 212 C C S 72934S 212 C C S 72935S 212 C C S 72936S 212 C C S 72937S 212 C C S 72938S 213 C C S 72939S 213 C C S 72940S 213 C C S 72959S 212 C C S 72960S 212 C C S 72961S 212 C C S 72962S 212 C C S 72963S 213 C C S 72964S 213 C C S 72965S 213 C C S 72966S 213 C C S 72967S 212 C C S 72968S 212 C C S 72969S 212 C C S 72970S 213 C C S 72971S 213 C C S 72972S 213 C C S 72973S 213 C C S 72974S 213 C C S 72977S 212 C C S 72978S 212 C C S 72979S 212 C C S 72980S 213 C C S 72981S 213 C C S 72982S 213 C C S 72983S 213 C C S 72984S 213 C C S 72985S 212 C C S 72987S 212 C C S 72988S 213 C C S 72989S 213 C C S 72990S 213 C C S 72991S 213 C C S 72992S 213 E E S 80000S 232 E E S 80001S 232 E E S 80002S 232 E E S 80003S 232 E E S 80004S 232 E E S 80005S 232 E E S 80006S 232 LE-037D LE-037D-2S 80474S 254 LE-037D LE-037D-3S 80475S 255 LE-037D LE-037D-4S 80476S 255 LE-037D LE-037D-5S 80477S 255 LE-037D LE-037D-6S 80478S 256 LE-037D LE-037D-7S 80479S 256 LE-037D LE-037D-8S LE-037D LE-037D-9S 80481S 257 LE-037D LE-037D-10S 80482S 257 LE-037D LE-037D-11S 80483S 258 LE-037DE LE-037DE-1S 80595S 261 LE-037DE LE-037DE-2S 80596S 261 LE-037DE LE-037DE-3S 80597S 261 LE-037DE LE-037DE-4S 80598S 261 LE-037DE LE-037DE-5S 80599S 261 LE-037DE LE-037DE-6S 80600S 261 LE-037DE LE-037DE-7S 80601S 261 LE-037DE LE-037DE-8S 80602S 261 LE-037DE LE-037DE-9S 80603S 261 LE-037DE LE-037DE-10S 80604S 262 LE-037DE LE-037DE-11S 80605S 262 LE-037E LE-037E-1S 80645S 263 LE-037E LE-037E-2S LE-037E LE-037E-3S LE-037E LE-037E-4S 80648S 264 LE-037E LE-037E-5S 80649S 264 LE-037E LE-037E-6S 80650S 265 LE-039D LE-039D-1S 80488S 254 LE-039D LE-039D-2S 80489S 254 LE-039D LE-039D-3S 80490S 255 LE-039D LE-039D-4S 80491S 255 LE-039D LE-039D-5S 80492S 255 LE-039D LE-039D-6S 80493S 256 LE-039D LE-039D-7S 80494S 256 LE-039D LE-039D-8S 80495S 257 LE-039D LE-039D-9S 80496S 257 LE-039D LE-039D-10S 80497S 257 LE-039D LE-039D-11S 80498S 258 LE-041C LE-041C-1S 80355S 244 LE-041C LE-041C-2S 80357S 244 LE-041C LE-041C-3S 80358S 244 LE-041C LE-041C-4S 80359S 245 LE-041C LE-041C-5S 80360S 245 LE-041C LE-041C-6S 80361S 245 LE-041C LE-041C-7S 80362S 245 LE-041C LE-041C-8S 80363S 245 LE-041C LE-041C-9S 80364S 246 LE-041C LE-041C-10S 80365S 246 LE-041C LE-041C-11S 80366S 246 LE-041C LE-041C-12S 80367S 246 LE-041C LE-041C-13S 80368S 246 LE-041D LE-041D-0S 80499S 254 LE-041D LE-041D-1S 80500S 254 LE-041D LE-041D-2S 80501S 254 LE-041D LE-041D-3S 80502S 255 LE-041D LE-041D-4S 80503S 255 LE-041D LE-041D-5S 80504S 255 LE-041D LE-041D-6S 80505S 256 LE-041D LE-041D-7S 80506S 256 LE-041D LE-041D-8S 80507S 257 LE-041D E E S 80007S 232 E E S 80008S 232 E E S 80009S 232 E E S 80010S 232 E E S 80011S 232 E E S 80012S 232 E E S 80013S 232 E E S 80014S 232 E E S 80015S 232 E E S 80016S 232 E E S 80017S 232 E E S 80018S 232 E E S 80019S 232 E E S 80020S 232 E E S 80021S 232 E E S 80022S 232 E E S 80023S 232 E E S 80024S 232 E E S 80025S 232 E E S 80026S 232 E E S 80027S 232 E E S 80028S 233 E E S 80029S 233 E E S 80030S 233 E E S 80031S 233 E A 233 E S 80032S 233 E E S 80033S 232 E E S 80034S 232 E E S 80035S 233 E E S 80036S 233 E E S 80037S 233 E E S 80038S 233 E E S 80039S 233 E E S 80040S 232 E E S 80041S 232 E E S 80042S 233 E E S 80043S 233 E E S 80044S 233 E E S 80045S 233 E B 233 E S 80046S 233 E E S 80047S 232 E E S 80048S 233 E E S 80049S 233 E E S 80050S 233 E E S 80051S 233 E E S 80052S 233 E E S 80053S 233 E E S ZZ E E S 80055S 233 E E S 80056S 233 E E S 80057S 233 E E S 80058S 233 E ZZ E S 80059S 233 E ZZ E S 80060S 233 E E S 80061S 232 E E S 80062S 233 E E S 80063S 233 E E S 80064S 233 E E S 80065S 233 E E S 80066S 233 E LE-041D-9S 80508S 257 LE-041D LE-041D-10S 80509S 257 LE-041D LE-041D-11S 80510S 258 LE-041D LE-041D-12S 80511S 258 LE-041E LE-041E-1S 80658S 263 LE-041E LE-041E-2S 80659S 263 LE-041E LE-041E-3S 80660S 264 LE-041E LE-041E-4S 80661S 264 LE-041E LE-041E-5S 80662S 264 LE-041E LE-041E-6S 80663S 265 LE-041E LE-041E-7S 80664S 265 LE-041E LE-041E-8S 80665S 266 LE-043CD LE-043CD-1S 80404S 250 LE-043CD LE-043CD-2S 80405S 251 LE-043CD LE-043CD-3S 80406S 251 LE-043CD LE-043CD-4S 80407S 251 LE-043CD LE-043CD-5S 80408S 251 LE-043CD LE-043CD-6S 80409S 251 LE-043CD LE-043CD-7S 80410S 251 LE-043CD LE-043CD-8S 80411S 251 LE-043CD LE-043CD-9S 80412S 252 LE-043CD LE-043CD-10S 80413S 252 LE-043CD LE-043CD-11S 80414S 252 LE-045D LE-045D-0S 80515S 254 LE-045D LE-045D-1S 80516S 254 LE-045D LE-045D-2S 80517S 254 LE-045D LE-045D-3S 80518S 255 LE-045D LE-045D-4S 80519S 255 LE-045D LE-045D-5S 80520S 255 LE-045D LE-045D-6S 80521S 256 LE-045D LE-045D-7S 80522S 256 LE-045D LE-045D-8S 80523S 257 LE-045D LE-045D-9S 80524S 257 LE-045D LE-045D-10S 80525S 257 LE-045D LE-045D-11S 80526S 258 LE-045D LE-045D-12S 80527S 258 LE-045D LE-045D-13S 80528S 258 LE-045D LE-045D-14S 80529S 258 LE-045E LE-045E-0S 80672S 263 LE-045E LE-045E-00S 80671S 263 LE-045E LE-045E-1S LE-045E LE-045E-2S 80674S 264 LE-045E LE-045E-3S LE-045E LE-045E-4S 80676S 264 LE-045E LE-045E-5S LE-045E LE-045E-6S 80678S 265 LE-045E LE-045E-7S 80679S 266 LE-045E LE-045E-8S 80680S 266 LE-046DE LE-046DE-1S 80617S 261 LE-046DE LE-046DE-2S 80618S 261 LE-046DE LE-046DE-3S 80619S 261 LE-046DE LE-046DE-4S 80620S 261 LE-046DE LE-046DE-5S 80621S 261 LE-046DE LE-046DE-6S 80622S 261 LE-046DE LE-046DE-7S 80623S 261 LE-046DE LE-046DE-8S 80624S 261 LE-046DE LE-046DE-9S 80625S 261 LE-046DE LE-046DE-10S 80626S 262 LE-046DE LE-046DE-11S 80627S 262 LE-049CD LE-049CD-1S 80415S 250 LE-049CD LE-049CD-2S 80416S 251 E S 80067S 233 E E S 80069S 234 E E S 80070S 234 E E S 80072S 234 E E S 80073S 234 E E S 80074S 234 E E S 80075S 234 E E S 80076S 234 E E S 80077S 235 E E S 80078S 234 E E S 80079S 234 E E S 80080S 234 E E S 80081S 234 E E S 80082S 234 E E S 80083S 234 E E S 80084S 234 E E S 80085S 234 E E S 80086S 234 E E S 80087S 235 E E S 80088S 235 E E S 80089S 235 E E S 80090S 234 E E S 80091S 234 E E S 80092S 234 E E S 80093S 234 E E S 80094S 234 E E S 80095S 234 E E S 80096S 234 E E S 80097S 234 E E S 80098S 234 E E S 80099S 235 E E S 80100S 235 E E S 80101S 235 E E S 80102S 235 E E S 80103S 234 E E S 80104S 234 E E S 80105S 234 E E S 80106S 234 E E S 80107S 234 E E S 80108S 234 E E S 80109S 234 E E S 80110S 235 E E S 80111S 235 E E S 80112S 235 E E S 80113S 235 E E S 80114S 235 E E S 80115S 234 E E S 80116S 234 E E S 80117S 234 E E S 80118S 234 E E S 80119S 234 E E S 80120S 234 E E S 80121S 235 E E S 80122S 235 E E S 80123S 235 E E S 80124S 235 E E S 80125S 235 E E S 80126S 235 E E S 80127S 238 E E S 80128S 238 E E S 80129S 239 LE-049CD LE-049CD-3S 80417S 251 LE-049CD LE-049CD-4S 80418S 251 LE-049CD LE-049CD-5S 80419S 251 LE-049CD LE-049CD-6S 80420S 251 LE-049CD LE-049CD-7S 80421S 251 LE-049CD LE-049CD-8S 80422S 251 LE-049CD LE-049CD-9S 80423S 252 LE-049CD LE-049CD-10S 80424S 252 LE-049CD LE-049CD-11S 80425S 252 LE-049D LE-049D-1S 80533S 254 LE-049D LE-049D-2S 80534S 254 LE-049D LE-049D-3S 80535S 255 LE-049D LE-049D-4S 80536S 255 LE-049D LE-049D-5S 80537S 256 LE-049D LE-049D-6S 80538S 256 LE-049D LE-049D-7S 80539S 256 LE-049D LE-049D-8S 80540S 257 LE-049D LE-049D-9S 80541S 257 LE-049D LE-049D10S 80542S 257 LE-049D LE-049D-11S 80543S 258 LE-049D LE-049D-12S 80544S 258 LE-049D LE-049D-13S 80545S 258 LE-049D LE-049D-14S 80546S 258 LE-049D LE-049D-15S 80547S 258 LE-049E LE-049E-1S 80685S 263 LE-049E LE-049E-2S 80687S 264 LE-049E LE-049E-3S 80688S 264 LE-049E LE-049E-4S 80689S 265 LE-049E LE-049E-5S 80690S 265 LE-049E LE-049E-6S 80691S 265 LE-049E LE-049E-7S 80692S 266 LE-049E LE-049E-8S 80693S 266 LE-049E LE-049E-9S 80694S 266 LE-049E LE-049E-10S 80695S 267 LE-049G LE-049G-1S 80823S 272 LE-049G LE-049G-2S 80824S 273 LE-049G LE-049G-3S 80825S 273 LE-049G LE-049G-4S 80826S 273 LE-049G LE-049G-5S 80827S 274 LE-049G LE-049G-6S 80828S 274 LE-049G LE-049G-7S 80829S 274 LE-052D LE-052D-1S 80550S 254 LE-052D LE-052D-2S 80551S 254 LE-052D LE-052D-3S 80552S 255 LE-052D LE-052D-4S 80553S 255 LE-052D LE-052D-5S 80554S 256 LE-052D LE-052D-6S 80555S 256 LE-052D LE-052D-7S 80556S 256 LE-052D LE-052D-8S 80557S 257 LE-052D LE-052D-9S 80558S 257 LE-052D LE-052D-10S 80559S 257 LE-052D LE-052D-11S 80560S 258 LE-055CD LE-055CD-1S 80426S 250 LE-055CD LE-055CD-2S 80427S 251 LE-055CD LE-055CD-3S 80428S 251 LE-055CD LE-055CD-4S 80429S 251 LE-055CD LE-055CD-5S 80430S 251 LE-055CD LE-055CD-6S 80431S 251 LE-055CD LE-055CD-7S 80432S 251 LE-055CD LE-055CD-8S 80433S 252 LE-055CD APPEDIX C 395

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APPEDIX C E E S 80130S 239 E E S 80131S 239 E E S 80132S 238 E E S 80133S 238 E E S 80134S 238 E E S 80135S 239 E E S 80136S 239 E E S 80137S 239 E E S 80138S 239 E E S 80139S 239 E E S 80141S 240 E E S 80143S 240 E E S 80144S 240 E E S 80145S 240 E E S 80146S 238 E E S 80147S 238 E E S 80148S 238 E E S 80149S 239 E E S 80150S 239 E E S 80151S 239 E E S 80152S 239 E E S 80153S 239 E E S 80154S 240 E E S 80156S 240 E E S 80157S 240 E E S 80158S 240 E E S 80159S 238 E E S 80160S 238 E E S 80161S 238 E E S 80162S 238 E E S 80163S 239 E E S 80164S 239 E E S 80165S 239 E E S 80166S 239 E E S 80167S 239 E E S 80168S 240 E E S 80169S 240 E E S 80170S 240 E E S 80171S 240 E E S 80172S 238 E E S 80173S 238 E E S 80174S 238 E E S 80175S 239 E E S 80176S 239 E E S 80177S 239 E E S 80178S 239 E E S 80179S 239 E E S 80180S 240 E E S 80181S 240 E E S 80182S 240 E E S 80183S 240 E E S 80184S 238 E E S 80185S 238 E E S 80186S 238 E E S 80187S 238 E E S 80188S 239 E E S 80189S 239 E E S 80190S 239 E E S 80191S 239 E E S 80192S 239 E LE-055CD-9S 80434S 252 LE-055CD LE-055CD-10S 80435S 252 LE-055CD LE-055CD-11S 80436S 252 LE-055D LE-055D-0S 80561S 254 LE-055D LE-055D-1S 80563S 255 LE-055D LE-055D-2S 80564S 255 LE-055D LE-055D-3S 80565S 256 LE-055D LE-055D-4S LE-055D LE-055D-5S 80567S 256 LE-055D LE-055D-6S 80568S 257 LE-055D LE-055D-7S 80569S 257 LE-055D LE-055D-8S 80570S 257 LE-055D LE-055D-9S 80571S 258 LE-055D LE-055D-10S 80572S 258 LE-055D LE-055D-11S 80573S 258 LE-055D LE-055D-12S 80574S 258 LE-055D LE-055D-13S 80575S 258 LE-055D LE-055D-14S 80576S 259 LE-055D LE-055D-15S 80577S 259 LE-055DE LE-055DE-1S 80628S 261 LE-055DE LE-055DE-2S 80629S 261 LE-055DE LE-055DE-3S 80630S 261 LE-055DE LE-055DE-4S 80631S 261 LE-055DE LE-055DE-5S 80632S 261 LE-055DE LE-055DE-6S 80633S 261 LE-055DE LE-055DE-7S 80634S 261 LE-055DE LE-055DE-8S 80635S 261 LE-055DE LE-055DE-9S 80636S 261 LE-055DE LE-055DE-10S 80637S 262 LE-055DE LE-055DE-11S 80638S 262 LE-055E LE-055E-0S 80698S 263 LE-055E LE-055E-1S 80699S 263 LE-055E LE-055E-2S 80700S 264 LE-055E LE-055E-3S 80701S 264 LE-055E LE-055E-4S 80702S 265 LE-055E LE-055E-5S LE-055E LE-055E-6S 80704S 265 LE-055E LE-055E-7S LE-055E LE-055E-8S 80706S 266 LE-055E LE-055E-9S LE-055E LE-055E-10S 80708S 267 LE-055E LE-055E-11S 80709S 267 LE-055E LE-055E-12S 80710S 268 LE LE-055-0S 80764S 269 LE LE S 80763S 269 LE LE-055-1S 80765S 269 LE LE-055-2S 80766S 269 LE LE-055-3S 80767S 269 LE LE-055-4S 80768S 269 LE LE-055-5S 80769S 270 LE LE-055-6S 80770S 270 LE LE-055-7S 80771S 270 LE-055G LE-055G-1S 80830S 272 LE-055G LE-055G-2S 80831S 273 LE-055G LE-055G-3S 80832S 273 LE-055G LE-055G-4S 80833S 273 LE-055G LE-055G-5S 80834S 274 LE-055G LE-055G-6S LE-055H LE-055H-1S 80925S 277 LE-055H LE-055H-2S 80926S 277 LE-055H LE-055H-3S 80927S 277 E S 80193S 240 E E S 80194S 240 E E S 80195S 240 E E S 80196S 240 E E S 80197S 238 E E S 80198S 238 E E S 80199S 238 E E S 80200S 239 E E S 80201S 239 E E S 80202S 239 E E S 80203S 239 E E S 80204S 240 E E S 80205S 240 E E S 80206S 240 E E S 80207S 240 E E S 80208S 240 E E S 80209S 238 E E S 80210S 238 E E S 80211S 238 E E S 80212S 238 E E S 80213S 239 E E S 80214S 239 E E S 80215S 239 E E S 80216S 239 E E S 80217S 240 E E S 80218S 240 E E S 80219S 240 E E S 80220S 240 E E S 80221S 240 E E S 80222S 240 E E S 80223S 238 E E S 80224S 238 E E S 80225S 238 E E S 80226S 239 E E S 80227S 239 E E S 80228S 239 E E S 80229S 239 E E S 80230S 240 E E S 80231S 240 E E S 80232S 240 E E S 80233S 240 E E S 80234S 240 E E S 80235S 240 E E S 80236S 243 E E S 80237S 244 E E S 80238S 244 E E S 80239S 244 E E S 80241S 244 E E S 80243S 245 E E S 80245S 245 E E S 80247S 246 E E S 80248S 246 E E S 80249S 244 E E S 80250S 244 E E S 80251S 244 E E S 80252S 244 E E S 80253S 244 E E S 80254S 245 E E S 80255S 245 E E S 80256S 245 E E S 80257S 245 LE-055H LE-055H-4S 80928S 277 LE-058D LE-058D-1S 80578S 254 LE-058D LE-058D-2S 80579S 254 LE-058D LE-058D-3S 80580S 255 LE-058D LE-058D-4S 80581S 255 LE-058D LE-058D-5S 80582S 256 LE-058D LE-058D-6S 80583S 256 LE-058D LE-058D-7S 80584S 256 LE-058D LE-058D-8S 80585S 257 LE-058D LE-058D-9S 80586S 257 LE-058D LE-058D-10S 80587S 257 LE-058D LE-058D-11S 80588S 258 LE-063E LE-063E-0S 80711S 263 LE-063E LE-063E-1S 80712S 263 LE-063E LE-063E-2S 80713S 264 LE-063E LE-063E-3S 80714S 264 LE-063E LE-063E-4S 80715S 265 LE-063E LE-063E-5S 80716S 265 LE-063E LE-063E-6S 80717S 265 LE-063E LE-063E-7S 80718S 266 LE-063E LE-063E-8S 80719S 266 LE-063E LE-063E-9S 80720S 266 LE-063E LE-063E-10S 80721S 267 LE-063E LE-063E-11S 80722S 267 LE-063E LE-063E-12S 80723S 268 LE LE-063-1S 80774S 269 LE LE-063-2S 80775S 269 LE LE-063-3S 80776S 269 LE LE-063-4S 80777S 270 LE LE-063-5S 80778S 270 LE LE-063-6S 80779S 270 LE LE-063-7S 80780S 270 LE LE-063-8S 80781S 270 LE LE-063-9S 80782S 270 LE-063G LE-063G-1S LE-063G LE-063G-2S 80837S 273 LE-063G LE-063G-3S 80838S 273 LE-063G LE-063G-4S 80839S 273 LE-063G LE-063G-5S 80840S 274 LE-063G LE-063G-6S 80841S 274 LE-063G LE-063G-7S 80842S 274 LE-063G LE-063G-8S 80843S 275 LE-063G LE-063G-9S 80844S 275 LE-063G LE-063G-10S 80845S 275 LE-063H LE-063H-1S 80929S 277 LE-063H LE-063H-2S 80930S 277 LE-063H LE-063H-3S 80931S 277 LE-063H LE-063H-4S 80932S 277 LE-063H LE-063H-5S 80933S 277 LE-063J LE-063J-1S 80956S 278 LE-063J LE-063J-2S 80957S 278 LE-063J LE-063J-3S 80958S 278 LE-063J LE-063J-4S 80959S 279 LE-067E LE-067E-1S 80724S 263 LE-067E LE-067E-2S 80725S 264 LE-067E LE-067E-3S 80726S 264 LE-067E LE-067E-4S 80727S 265 LE-067E LE-067E-5S 80728S 265 LE-067E LE-067E-6S 80729S 265 LE-067E LE-067E-7S 80730S 266 LE-067E E E S 80258S 245 E E S 80259S 246 E E S 80260S 246 E E S 80261S 246 E E S 80262S 243 E E S 80263S 244 E E S 80264S 244 E E S 80265S 244 E E S 80266S 244 E E S 80267S 244 E E S 80268S 245 E E S 80269S 245 E E S 80270S 245 E E S 80271S 245 E E S 80272S 245 E E S 80273S 246 E E S 80274S 246 E E S 80275S 246 E E S 80276S 246 E E S 80277S 246 E E S 80278S 246 E E S 80279S 247 E E S 80280S 247 E E S 80281S 244 E E S 80282S 244 E E S 80283S 244 E E S 80284S 244 E E S 80285S 244 E E S 80286S 245 E E S 80287S 245 E E S 80288S 245 E E S 80289S 245 E E S 80290S 245 E E S 80291S 246 E E S 80292S 246 E E S 80293S 246 E E S 80294S 246 E E S 80295S 246 E E S 80296S 246 E E S 80297S 247 E E S 80298S 247 E E S 80299S 244 E E S 80300S 244 E E S 80301S 244 E E S 80302S 244 E E S 80303S 244 E E S 80304S 245 E E S 80305S 245 E E S 80306S 245 E E S 80307S 245 E E S 80308S 245 E E S 80309S 246 E E S 80310S 246 E E S 80311S 246 E E S 80312S 246 E E S 80313S 246 E E S 80314S 246 E E S 80315S 247 E E S 80316S 247 E E S 80317S 244 E LE-067E-8S 80731S 266 LE-067E LE-067E-9S 80732S 266 LE-067E LE-067E-10S 80733S 267 LE-067E LE-067E-11S 80734S 267 LE-067E LE-067E-12S 80735S 268 LE LE-069-1S 80784S 269 LE LE-069-2S 80785S 269 LE LE-069-3S 80786S 269 LE LE-069-4S 80787S 270 LE LE-069-5S 80788S 270 LE LE-069-6S 80789S 270 LE LE-069-7S 80790S 270 LE LE-069-8S 80791S 270 LE LE-069-9S 80792S 270 LE-069G LE-069G-1S 80846S 272 LE-069G LE-069G-2S 80847S 273 LE-069G LE-069G-3S 80848S 273 LE-069G LE-069G-4S 80849S 273 LE-069G LE-069G-5S 80850S 274 LE-069G LE-069G-6S 80851S 274 LE-069G LE-069G-7S 80852S 274 LE-069G LE-069G-8S 80853S 275 LE-069G LE-069G-9S 80854S 275 LE-069G LE-069G-10S 80855S 275 LE-075G LE-075G-1S 80856S 272 LE-075G LE-075G-2S 80857S 273 LE-075G LE-075G-3S 80858S 273 LE-075G LE-075G-4S LE-075G LE-075G-5S 80860S 274 LE-075G LE-075G-6S LE-075G LE-075G-7S LE-075G LE-075G-8S 80863S 275 LE-075G LE-075G-9S LE-075G LE-075G-10S 80865S 275 LE-075G LE-075G-11S 80866S 276 LE-075H LE-075H-1S 80943S 277 LE-075H LE-075H-2S 80935S 277 LE-075H LE-075H-3S 80936S 277 LE-075H LE-075H-4S 80937S 277 LE-075H LE-075H-5S 80938S 277 LE-075H LE-075H-6S 80939S 277 LE-075H LE-075H-7S 80940S 277 LE-075H LE-075H-8S 80941S 277 LE-075H LE-075H-9S 80942S 277 LE-075J LE-075J-1S LE-075J LE-075J-2S 80962S 278 LE-075J LE-075J-3S 80963S 279 LE-075J LE-075J-4S 80964S 279 LE-075J LE-075J-5S 80965S 279 LE-075J LE-075J-6S 80966S 279 LE-075J LE-075J-7S 80967S 280 LE-085G LE-085G-1S 80867S 272 LE-085G LE-085G-2S 80868S 273 LE-085G LE-085G-3S 80869S 273 LE-085G LE-085G-4S 80870S 273 LE-085G LE-085G-5S 80871S 274 LE-085G LE-085G-6S 80872S 274 LE-085G LE-085G-7S 80873S 275 LE-085G LE-085G-8S 80874S 275 LE-085G LE-085G-9S 80875S 275 LE-085H LE-085H-0S 80944S

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E S 80318S 244 E E S 80319S 244 E E S 80320S 244 E E S 80321S 244 E E S 80322S 245 E E S 80323S 245 E E S 80324S 245 E E S 80325S 245 E E S 80326S 245 E E S 80327S 246 E E S 80328S 246 E E S 80329S 246 E E S 80330S 246 E E S 80331S 246 E E S 80332S 246 E E S 80333S 247 E E S 80334S 247 E E S 80335S 244 E E S 80336S 244 E E S 80338S 244 E E S 80339S 244 E E S 80340S 245 E E S 80341S 245 E E S 80342S 245 E E S 80343S 245 E E S 80344S 245 E E S 80345S 246 E E S 80346S 246 E E S 80347S 246 E E S 80348S 246 E E S 80349S 246 E E S 80350S 246 E E S 80351S 247 E E S 80352S 247 E E S 80353S 247 E E S 80355S 244 E E S 80357S 244 E E S 80358S 244 E E S 80359S 245 E E S 80360S 245 E E S 80361S 245 E E S 80362S 245 E E S 80363S 245 E E S 80364S 246 E E S 80365S 246 E E S 80366S 246 E E S 80367S 246 E E S 80368S 246 E E S 80369S 247 E E S 80370S 247 E E S 80371S 247 E E S 80381S 250 E E S 80382S 251 E E S 80383S 251 E E S 80384S 251 E E S 80385S 251 E E S 80386S 251 E E S 80387S 251 E E S 80388S 251 E E S 80389S 252 E E S 80390S 252 LE-085H LE-085H-1S 80945S 277 LE-085H LE-085H-2S 80946S 277 LE-085H LE-085H-3S 80947S 277 LE-085H LE-085H-4S 80948S 277 LE-085H LE-085H-5S 80949S 277 LE-085H LE-085H-6S 80950S 277 LE-085H LE-085H-7S 80951S 277 LE-085H LE-085H-8S 80952S 277 LE-085H LE-085H-9S 80953S 277 LE-085H LE-085H-10S 80954S 277 LE-085H LE-085H-11S 80955S 277 LE-085J LE-085J-1S 80969S 278 LE-085J LE-085J-2S 80970S 279 LE-085J LE-085J-3S 80971S 279 LE-085J LE-085J-4S 80972S 279 LE-085J LE-085J-5S 80973S 279 LE-085J LE-085J-6S 80974S 280 LE-085JK LE-085JK-1S 81080S 282 LE-085JK LE-085JK-2S 81081S 282 LE-085JK LE-085JK-3S 81082S 282 LE-085JK LE-085JK-4S 81083S 283 LE-085JK LE-085JK-5S 81084S 283 LE-085JK LE-085JK-6S 81085S 283 LE-085JK LE-085JK-7S 81086S 283 LE-085JK LE-085JK-8S 81087S 283 LE-085JK LE-085JK-9S 81088S 283 LE-093G LE-093G-1S 80876S 272 LE-093G LE-093G-2S 80877S 273 LE-093G LE-093G-3S 80878S 273 LE-093G LE-093G-4S 80879S 273 LE-093G LE-093G-5S 80880S 274 LE-093G LE-093G-6S 80881S 274 LE-093G LE-093G-7S 80882S 275 LE-093G LE-093G-8S 80883S 275 LE-093G LE-093G-9S 80884S 275 LE-095J LE-095J-1S 80976S 278 LE-095J LE-095J-2S 80977S 279 LE-095J LE-095J-3S 80978S 279 LE-095J LE-095J-4S S LE-095J LE-095J-5S 80980S 279 LE-095J LE-095J-6S LE-095J LE-095J-7S 80982S 280 LE-095J LE-095J-8S 80983S 280 LE-095K LE-095K-1S 81089S 282 LE-095K LE-095K-2S 81090S 282 LE-095K LE-095K-3S 81091S 282 LE-095K LE-095K-4S 81092S 283 LE-095K LE-095K-5S 81093S 283 LE-095K LE-095K-6S 81094S 283 LE-095K LE-095K-7S 81095S 283 LE-095K LE-095K-8S 81096S 283 LE-095K LE-095K-9S 81097S 283 LE-095K LE-095K-10S 81098S 283 LE-105G LE-105G-1S 80896S 272 LE-105G LE-105G-2S 80897S 273 LE-105G LE-105G-3S 80898S 273 LE-105G LE-105G-4S 80899S 274 LE-105G LE-105G-5S 80900S 274 LE-105G LE-105G-6S 80901S 274 LE-105G LE-105G-7S 80902S 275 LE-105G E E S 80391S 252 E E S 80392S 250 E E S 80393S 250 E E S 80394S 251 E E S 80395S 251 E E S 80396S 251 E E S 80397S 251 E E S 80398S 251 E E S 80399S 251 E E S 80400S 251 E E S 80401S 252 E E S 80402S 252 E E S 80403S 252 E E S 80415S 250 E E S 80416S 251 E E S 80417S 251 E E S 80418S 251 E E S 80419S 251 E E S 80420S 251 E E S 80421S 251 E E S 80422S 251 E E S 80423S 252 E E S 80424S 252 E E S 80425S 252 E E S 80426S 250 E E S 80427S 251 E E S 80428S 251 E E S 80429S 251 E E S 80430S 251 E E S 80431S 251 E E S 80432S 251 E E S 80433S 252 E E S 80434S 252 E E S 80435S 252 E E S 80436S 252 E E S 80437S 254 E E S 80438S 254 E E S 80439S 254 E E S 80440S 255 E E S 80441S 255 E E S 80442S 256 E E S 80444S 254 E E S 80446S 254 E E S 80447S 254 E E S 80448S 255 E E S 80449S 255 E E S 80450S 255 E E S 80451S 256 E E S 80452S 256 E E S 80453S 256 E E S 80454S 257 E E S 80455S 257 E E S 80456S 257 E E S 80457S 254 E E S 80458S 254 E E S 80459S 255 E E S 80460S 255 E E S 80461S 255 E E S 80462S 256 E E S 80463S 256 E LE-105G-8S 80903S 275 LE-105G LE-105G-9S 80904S 275 LE-105J LE-105J-1S 80989S 278 LE-105J LE-105J-2S 80990S 279 LE-105J LE-105J-3S 80991S 279 LE-105J LE-105J-4S 80992S 279 LE-105J LE-105J-5S 80993S 279 LE-105J LE-105J-6S 80994S 280 LE-105J LE-105J-7S 80995S 280 LE-105J LE-105J-8S 80996S 280 LE-105JK LE-105JK-1S 81099S 282 LE-105JK LE-105JK-2S 81100S 282 LE-105JK LE-105JK-3S 81101S 282 LE-105JK LE-105JK-4S 81102S 283 LE-105JK LE-105JK-5S 81103S 283 LE-105JK LE-105JK-6S 81104S 283 LE-105JK LE-105JK-7S 81105S 283 LE-105JK LE-105JK-8S 81106S 283 LE-105JK LE-105JK-9S 81107S 283 LE-115J LE-115J-1S 81002S 278 LE-115J LE-115J-2S 81003S 279 LE-115J LE-115J-3S 81004S 279 LE-115J LE-115J-4S 81005S 279 LE-115J LE-115J-5S 81006S 279 LE-115J LE-115J-6S 81007S 280 LE-115J LE-115J-7S 81008S 280 LE-115J LE-115J-8S 81009S 280 LE-115K LE-115K-1S 81108S 282 LE-115K LE-115K-2S 81109S 282 LE-115K LE-115K-3S 81110S 282 LE-115K LE-115K-4S 81111S 283 LE-115K LE-115K-5S 81112S 283 LE-115K LE-115K-6S 81113S 283 LE-115K LE-115K-7S 81114S 283 LE-115K LE-115K-8S 81115S 283 LE-115K LE-115K-9S 81116S 283 LE-115K LE-115K-10S 81117S 284 LE-125L LE-125L-1S 81138S 284 LE-125L LE-125L-2S 81139S 284 LE-125L LE-125L-3S 81140S 284 LE-125L LE-125L-4S 81141S 284 LE-125L LE-125L-5S 81142S 284 LE-125L LE-125L-6S 81143S 284 LE-125L LE-125L-7S 81144S 284 LE-125L LE-125L-8S 81145S 285 LE-135K LE-135K-1S 81119S 282 LE-135K LE-135K-2S 81118S 282 LE-135K LE-135K-3S 81121S 282 LE-135K LE-135K-4S 81122S 283 LE-135K LE-135K-5S 81123S 283 LE-135K LE-135K-6S 81124S 283 LE-135K LE-135K-7S 81125S 283 LE-135K LE-135K-8S 81126S 283 LE-135K LE-135K-9S 81127S 283 LE-135K LE-135K-10S 81128S 284 LHC-142H LHC-142H-2S 72607S 187 LHC-142H LHC-142H-5S 72612S 188 LHC-142J LHC-142J-0S 72605S 187 LHC-142J LHC-142J-1S 72606S 187 LHC-142J LHC-142J-2S 72608S 187 LHC-142J LHC-142J-3S 72609S 188 E S 80464S 256 E E S 80465S 257 E E S 80466S 257 E E S 80467S 257 E E S 80468S 258 E E S 80469S 258 E E S 80470S 258 E E S 80471S 258 E E S 80472S 254 E E S 80473S 254 E E S 80474S 254 E E S 80475S 255 E E S 80476S 255 E E S 80477S 255 E E S 80478S 256 E E S 80479S 256 E E S E E S 80481S 257 E E S 80482S 257 E E S 80483S 258 E E S 80484S 258 E E S 80485S 258 E E S 80486S 258 E E S 80487S 258 E E S 80488S 254 E E S 80489S 254 E E S 80490S 255 E E S 80491S 255 E E S 80492S 255 E E S 80493S 256 E E S 80494S 256 E E S 80495S 257 E E S 80496S 257 E E S 80497S 257 E E S 80498S 258 E E S 80499S 254 E E S 80500S 254 E E S 80501S 254 E E S 80502S 255 E E S 80503S 255 E E S 80504S 255 E E S 80505S 256 E E S 80506S 256 E E S 80507S 257 E E S 80508S 257 E E S 80509S 257 E E S 80510S 258 E E S 80511S 258 E E S 80512S 258 E E S 80513S 258 E E S 80514S 258 E E S 80515S 254 E E S 80516S 254 E E S 80517S 254 E E S 80518S 255 E E S 80519S 255 E E S 80520S 255 E E S 80521S 256 E E S 80522S 256 E E S 80523S 257 E E S 80524S 257 LHC-142J LHC-142J-4S 72610S 188 LHC-142J LHC-142J-5S 72611S 188 LHC-142J LHC-142J-6S 72613S 188 LHC-142J LHC-142J-7S 72614S 189 LHC-142J LHC-142J-8S 72615S 189 LHC-142J LHC-142J-9S 72616S 189 LHC-148J LHC-148J-0S 72617S 187 LHC-148J LHC-148J-1S 72618S 187 LHC-148J LHC-148J-2S 72619S 187 LHC-148J LHC-148J-3S 72620S 188 LHC-148J LHC-148J-4S 72621S 188 LHC-148J LHC-148J-5S 72622S 188 LHC-148J LHC-148J-6S 72623S 188 LHC-148J LHC-148J-7S 72624S 189 LHC-148J LHC-148J-8S 72625S 189 LHC-148J LHC-148J-9S 72626S 189 LHC-156M LHC-156M-1S 72721S 194 LHC-156M LHC-156M-2S 72722S 195 LHC-156M LHC-156M-3S 72723S 195 LHC-156M LHC-156M-4S 72724S 195 LHC-156M LHC-156M-5S 72725S 195 LHC-156M LHC-156M-6S 72726S 196 LHC-156M LHC-156M-7S 72727S 196 LHC-156M LHC-156M-8S 72728S 196 LHC LHC-162-0S 72732S 195 LHC LHC-162-1S 72733S 195 LHC LHC-162-2S 72734S 195 LHC LHC-162-3S 72735S 195 LHC LHC-162-4S 72736S 196 LHC LHC-162-5S 72737S 196 LHC LHC-162-6S 72738S 196 LHC LHC-162-7S 72739S 196 LHC LHC-162-8S 72740S 196 LHC LHC-162-9S 72741S 196 LHC LHC S 72742S 196 LHC-162P LHC-162P-0S 72766S 201 LHC-162P LHC-162P-1S 72767S 202 LHC-162P LHC-162P-2S 72768S 202 LHC-162P LHC-162P-3S 72769S 202 LHC-162P LHC-162P-4S 72770S 202 LHC-162P LHC-162P-5S 72771S 202 LHC-162P LHC-162P-6S 72772S 202 LHC-162P LHC-162P-7S 72773S 202 LHC-162P LHC-162P-8S 72774S 202 LHC-177P LHC-177P-0S 72775S 202 LHC-177P LHC-177P-1S 72776S 202 LHC-177P LHC-177P-2S 72777S 202 LHC-177P LHC-177P-3S 72778S 202 LHC-177P LHC-177P-4S 72779S 202 LHC-177P LHC-177P-5S 72780S 202 LHC-177P LHC-177P-6S 72781S 202 LHC-177P LHC-177P-7S 72782S 202 LHC-177P LHC-177P-8S 72783S 202 LHC-187R LHC-187R-1S 72856S 204 LHC-187R LHC-187R-2S 72857S 204 LHC-187R LHC-187R-3S 72858S 204 LHC-187R LHC-187R-4S 72859S 204 LHC-187R LHC-187R-5S 72860S 204 LHC-187R LHC-187R-6S 72861S 204 LHC-187R LHC-187R-7S 72862S 205 LHC-187R APPEDIX C 397

400 ASSOCIATED SPRIG PART UMBER CETURY SPRIG PART UMBER Page o. LEE SPRIG PART UMBER CETURY SPRIG PART UMBER Page o. ASSOCIATED SPRIG PART UMBER CETURY SPRIG PART UMBER Page o. LEE SPRIG PART UMBER CETURY SPRIG PART UMBER Page o. ASSOCIATED SPRIG PART UMBER CETURY SPRIG PART UMBER Page o. LEE SPRIG PART UMBER CETURY SPRIG PART UMBER Page o. APPEDIX C E E S 80525S 257 E E S 80526S 258 E E S 80527S 258 E E S 80528S 258 E E S 80529S 258 E E S 80530S 258 E E S 80531S 259 E E S 80532S 259 E E S 80533S 254 E E S 80534S 254 E E S 80535S 255 E E S 80536S 255 E E S 80537S 256 E E S 80538S 256 E E S 80539S 256 E E S 80540S 257 E E S 80541S 257 E E S 80542S 257 E E S 80543S 258 E E S 80544S 258 E E S 80545S 258 E E S 80546S 258 E E S 80547S 258 E E S 80548S 259 E E S 80549S 259 E E S 80561S 254 E E S 80562S 254 E E S 80563S 255 E E S 80564S 255 E E S 80565S 256 E E S E E S 80567S 256 E E S 80568S 257 E E S 80569S 257 E E S 80570S 257 E E S 80571S 258 E E S 80572S 258 E E S 80573S 258 E E S 80574S 258 E E S 80575S 258 E E S 80576S 259 E E S 80577S 259 E E S 80578S 254 E E S 80579S 254 E E S 80580S 255 E E S 80581S 255 E E S 80582S 256 E E S 80583S 256 E E S 80584S 256 E E S 80585S 257 E E S 80586S 257 E E S 80587S 257 E E S 80588S 258 E E S 80589S 258 E E S 80590S 258 E E S 80591S 258 E E S 80592S 259 E E S 80593S 259 E E S 80594S 259 E E S 80595S 261 E LHC-187R-8S 72863S 205 LHC-207S LHC-207S-1S 72864S 207 LHC-207S LHC-207S-2S 72865S 207 LHC-207S LHC-207S-3S 72866S 207 LHC-207S LHC-207S-4S 72867S 207 LHC-207S LHC-207S-5S 72868S 207 LHC-207S LHC-207S-6S 72869S 207 LHC-207S LHC-207S-7S 72870S 207 LHC-207S LHC-207S-8S 72871S 207 LHC-207U LHC-207U-1S 72985S 212 LHC-207U LHC-207U-2S 72986S 212 LHC-207U LHC-207U-3S 72987S 212 LHC-207U LHC-207U-4S 72988S 213 LHC-207U LHC-207U-5S 72989S 213 LHC-207U LHC-207U-6S 72990S 213 LHC-207U LHC-207U-7S 72991S 213 LHC-207U LHC-207U-8S 72992S 213 LHC-218T LHC-218T-1S 72917S 208 LHC-218T LHC-218T-2S 72918S 208 LHC-218T LHC-218T-3S 72919S 209 LHC-218T LHC-218T-4S 72920S 209 LHC-218T LHC-218T-5S 72921S 209 LHC-218T LHC-218T-6S 72922S 209 LHC-218T LHC-218T-7S 72923S 209 LHC-218T LHC-218T-8S 72924S 209 LHC-234T LHC-234T-1S 72925S 208 LHC-234T LHC-234T-2S 72926S 208 LHC-234T LHC-234T-3S 72927S 209 LHC-234T LHC-234T-4S 72928S 209 LHC-234T LHC-234T-5S 72929S 209 LHC-234T LHC-234T-6S 72930S 209 LHC-234T LHC-234T-7S 72931S 209 LHC-234T LHC-234T-8S 72932S 209 LHC-250U LHC-250U-1S 73009S 212 LHC-250U LHC-250U-2S 73010S 212 LHC-250U LHC-250U-3S 73011S 212 LHC-250U LHC-250U-4S 73012S 213 LHC-250U LHC-250U-5S 73013S 213 LHC-250U LHC-250U-6S 73014S 213 LHC-250U LHC-250U-7S 73015S 213 LHC-250U LHC-250U-8S 73016S 213 LT-012A-1L TO-5001L 292 LT-012A-1LS TO-5001LS 292 LT-012A-1R TO-5001R 292 LT-012A-1RS TO-5001RS 292 LT-012A-2L TO-5002L 292 LT-012A-2LS TO-5002LS 292 LT-012A-2R TO-5002R 292 LT-012A-2RS TO-5002RS 292 LT-012A-3L TO-5000L 292 LT-012A-3LS TO-5000LS 292 LT-012A-3R TO-5000R 292 LT-012A-3RS TO-5000RS 292 LT-012A-4L TO-5013L 293 LT-012A-4LS TO-5013LS 293 LT-012A-4R TO-5013R 293 LT-012A-4RS TO-5013RS 293 LT-012A-5L TO-5014L 293 LT-012A-5LS TO-5014LS 293 LT-012A-5R TO-5014R 293 LT-012A-5RS TO-5014RS 293 LT-012A-6L TO-5016L 293 LT-012A-6LS TO-5016LS 293 LT-012A-6R TO-5016R 293 LT-012A-6RS TO-5016RS 293 LT-014A-1L TO-5004L 292 LT-014A-1LS TO-5004LS 292 LT-014A-1R TO-5004R 292 LT-014A-1RS TO-5004RS 292 LT-014A-2L TO-5008L 292 LT-014A-2LS TO-5008LS 292 LT-014A-2R TO-5008R 292 LT-014A-2RS TO-5008RS 292 LT-014A-3L TO-5005L 292 LT-014A-3LS TO-5005LS 292 LT-014A-3R TO-5005R 292 LT-014A-3RS TO-5005RS 292 LT-014A-4L TO-5029L 293 LT-014A-4LS TO-5029LS 293 LT-014A-4R TO-5029R 293 LT-014A-4RS TO-5029RS 293 E S 80596S 261 E E S 80597S 261 E E S 80598S 261 E E S 80599S 261 E E S 80600S 261 E E S 80601S 261 E E S 80602S 261 E E S 80603S 261 E E S 80604S 262 E E S 80605S 262 E E S 80606S 261 E E S 80607S 261 E E S 80608S 261 E E S 80609S 261 E E S 80610S 261 E E S 80611S 261 E E S 80612S 261 E E S 80613S 261 E E S 80614S 261 E E S 80615S 262 E E S 80616S 262 E E S 80628S 261 E E S 80629S 261 E E S 80630S 261 E E S 80631S 261 E E S 80632S 261 E E S 80633S 261 E E S 80634S 261 E E S 80635S 261 E E S 80636S 261 E E S 80637S 262 E E S 80638S 262 E E S 80639S 263 E E S 80640S 263 E E S 80641S 264 E E S 80642S 264 E E S 80643S 264 E E S 80644S 265 E E S 80645S 263 E E S E E S E E S 80648S 264 E E S 80649S 264 E E S 80650S 265 E E S 80651S 265 E E S 80652S 266 E E S 80653S 266 E E S 80654S 266 E E S 80655S 267 E E S 80656S 267 E E S 80657S 267 E E S 80658S 263 E E S 80659S 263 E E S 80660S 264 E E S 80661S 264 E E S 80662S 264 E E S 80663S 265 E E S 80664S 265 E E S 80665S 266 E E S 80666S 266 E E S 80667S 266 LT-014A-5L TO-5032L 293 LT-014A-5LS TO-5032LS 293 LT-014A-5R TO-5032R 293 LT-014A-5RS TO-5032RS 293 LT-014A-6L TO-5033L 294 LT-014A-6LS TO-5033LS 294 LT-014A-6R TO-5033R 294 LT-014A-6RS TO-5033RS 294 LT-015B-1L TO-5003L 292 LT-015B-1LS TO-5003LS 292 LT-015B-1R TO-5003R 292 LT-015B-1RS TO-5003RS 292 LT-015B-2L TO-5007L 292 LT-015B-2LS TO-5007LS 292 LT-015B-2R TO-5007R 292 LT-015B-2RS TO-5007RS 292 LT-015B-3L TO-5006L 292 LT-015B-3LS TO-5006LS 292 LT-015B-3R TO-5006R 292 LT-015B-3RS TO-5006RS 292 LT-015B-4L TO-5020L 293 LT-015B-4LS TO-5020LS 293 LT-015B-4R TO-5020R 293 LT-015B-4RS TO-5020RS 293 LT-015B-5L TO-5030L 293 LT-015B-5LS TO-5030LS 293 LT-015B-5R TO-5030R 293 LT-015B-5RS TO-5030RS 293 LT-015B-6L TO-5035L 294 LT-015B-6LS TO-5035LS 294 LT-015B-6R TO-5035R 294 LT-015B-6RS TO-5035RS 294 LT-017C-1L TO-5009L 292 LT-017C-1LS TO-5009LS 292 LT-017C-1R TO-5009R 292 LT-017C-1RS TO-5009RS 292 LT-017C-2L TO-5015L 292 LT-017C-2LS TO-5015LS 292 LT-017C-2R TO-5015R 292 LT-017C-2RS TO-5015RS 292 LT-017C-3L TO-5010L 292 LT-017C-3LS TO-5010LS 292 LT-017C-3R TO-5010R 292 LT-017C-3RS TO-5010RS 292 LT-017C-4L TO-5047L 295 LT-017C-4LS TO-5047LS 295 LT-017C-4R TO-5047R 295 LT-017C-4RS TO-5047RS 295 LT-017C-5L TO-5051L 295 LT-017C-5LS TO-5051LS 295 LT-017C-5R TO-5051R 295 LT-017C-5RS TO-5051RS 295 LT-017C-6L TO-5040L 294 LT-017C-6LS TO-5040LS 294 LT-017C-6R TO-5040R 294 LT-017C-6RS TO-5040RS 294 LT-018C-1L TO-5018L 293 LT-018C-1LS TO-5018LS 293 LT-018C-1R TO-5018R 293 LT-018C-1RS TO-5018RS 293 LT-018C-2L TO-5012L 292 LT-018C-2LS TO-5012LS 292 LT-018C-2R TO-5012R 292 LT-018C-2RS TO-5012RS 292 LT-018C-3L TO-5011L 292 LT-018C-3LS TO-5011LS 292 LT-018C-3R TO-5011R 292 LT-018C-3RS TO-5011RS 292 LT-018C-4L TO-5036L 294 LT-018C-4LS TO-5036LS 294 LT-018C-4R TO-5036R 294 LT-018C-4RS TO-5036RS 294 LT-018C-5L TO-5044L 294 LT-018C-5LS TO-5044LS 294 LT-018C-5R TO-5044R 294 LT-018C-5RS TO-5044RS 294 LT-018C-6L TO-5039L 294 LT-018C-6LS TO-5039LS 294 LT-018C-6R TO-5039R 294 LT-018C-6RS TO-5039RS 294 LT-020D-1L TO-5027L 293 LT-020D-1LS TO-5027LS 293 LT-020D-1R TO-5027R 293 LT-020D-1RS TO-5027RS 293 LT-020D-2L TO-5019L 293 LT-020D-2LS TO-5019LS 292 LT-020D-2R TO-5019R 293 LT-020D-2RS TO-5019RS 292 LT-020D-3L TO-5017L 292 LT-020D-3LS TO-5017LS 292 LT-020D-3R TO-5017R 292 LT-020D-3RS TO-5017RS 292 LT-020D-4L TO-5042L 294 LT-020D-4LS TO-5042LS 294 LT-020D-4R TO-5042R 294 LT-020D-4RS TO-5042RS 294 LT-020D-5L TO-5055L 295 LT-020D-5LS TO-5055LS 295 LT-020D-5R TO-5055R 295 LT-020D-5RS TO-5055RS 295 LT-020D-6L TO-5050L 295 LT-020D-6LS TO-5050LS 295 LT-020D-6R TO-5050R 295 LT-020D-6RS TO-5050RS 295 LT-021D-1L TO-5031L 293 LT-021D-1LS TO-5031LS 293 LT-021D-1R TO-5031R 293 LT-021D-1RS TO-5031RS 293 LT-021D-2L TO-5022L 293 LT-021D-2LS TO-5022LS 293 LT-021D-2R TO-5022R 293 LT-021D-2RS TO-5022RS 293 LT-021D-3L TO-5021L 293 LT-021D-3LS TO-5021LS 293 LT-021D-3R TO-5021R 293 LT-021D-3RS TO-5021RS 293 LT-021D-4L TO-5046L 294 LT-021D-4LS TO-5046LS 294 LT-021D-4R TO-5046R 294 LT-021D-4RS TO-5046RS 294 LT-021D-5L TO-5045L 294 E E S 80668S 267 E E S 80669S 267 E E S 80670S 267 E E S 80672S 263 E E S E E S 80674S 264 E E S E E S 80676S 264 E E S E E S 80678S 265 E E S 80679S 266 E E S 80680S 266 E E S 80681S 266 E E S 80682S 267 E E S 80683S 267 E E S 80684S 267 E E S 80685S 263 E E S 80686S 263 E E S 80687S 264 E E S 80688S 264 E E S 80689S 265 E E S 80690S 265 E E S 80691S 265 E E S 80692S 266 E E S 80693S 266 E E S 80694S 266 E E S 80695S 267 E E S 80696S 267 E E S 80697S 268 E E S 80698S 263 E E S 80699S 263 E E S 80700S 264 E E S 80701S 264 E E S 80702S 265 E E S E E S 80704S 265 E E E S 80706S 266 E E S E E S 80708S 267 E E S 80709S 267 E E S 80710S 268 E E S 80711S 263 E E S 80712S 263 E E S 80713S 264 E E S 80714S 264 E E S 80715S 265 E E S 80716S 265 E E S 80717S 265 E E S 80718S 266 E E S 80719S 266 E E S 80720S 266 E E S 80721S 267 E E S 80722S 267 E E S 80723S 268 E E S 80736S 263 E E S 80737S 263 E E S 80738S 264 E E S 80739S 264 E E S 80740S 265 E E S 80741S 265 LT-021D-5LS TO-5045LS 294 LT-021D-5R TO-5045R 294 LT-021D-5RS TO-5045RS 294 LT-021D-6L TO-5059L 295 LT-021D-6LS TO-5059LS 295 LT-021D-6R TO-5059R 295 LT-021D-6RS TO-5059RS 295 LT-023D-1L TO-5034L 293 LT-023D-1LS TO-5034LS 293 LT-023D-1R TO-5034R 293 LT-023D-1RS TO-5034RS 293 LT-023D-2L TO-5028L 293 LT-023D-2LS TO-5028LS 293 LT-023D-2R TO-5028R 293 LT-023D-2RS TO-5028RS 293 LT-023D-3L TO-5023L 293 LT-023D-3LS TO-5023LS 293 LT-023D-3R TO-5023R 293 LT-023D-3RS TO-5023RS 293 LT-023D-4L TO-5052L 295 LT-023D-4LS TO-5052LS 295 LT-023D-4R TO-5052R 295 LT-023D-4RS TO-5052RS 295 LT-023D-5L TO-5049L 294 LT-023D-5LS TO-5049LS 294 LT-023D-5R TO-5049R 294 LT-023D-5RS TO-5049RS 294 LT-023D-6L TO-5057L 295 LT-023D-6LS TO-5057LS 295 LT-023D-6R TO-5057R 295 LT-023D-6RS TO-5057RS 295 LT-025E-1L TO-5041L 294 LT-025E-1LS TO-5041LS 294 LT-025E-1R TO-5041R 294 LT-025E-1RS TO-5041RS 294 LT-025E-2L TO-5038L 294 LT-025E-2LS TO-5038LS 294 LT-025E-2R TO-5038R 294 LT-025E-2RS TO-5038RS 294 LT-025E-3L TO-5037L 293 LT-025E-3LS TO-5037LS 293 LT-025E-3R TO-5037R 293 LT-025E-3RS TO-5037RS 293 LT-025E-4L TO-5067L 296 LT-025E-4LS TO-5067LS 295 LT-025E-4R TO-5067R 296 LT-025E-4RS TO-5067RS 295 LT-025E-5L TO-5075L 296 LT-025E-5LS TO-5075LS 296 LT-025E-5R TO-5075R 296 LT-025E-5RS TO-5075RS 296 LT-025E-6L TO-5071L 296 LT-025E-6LS TO-5071LS 296 LT-025E-6R TO-5071R 296 LT-025E-6RS TO-5071RS 296 LT-028E-1L TO-5054L 295 LT-028E-1LS TO-5054LS 294 LT-028E-1R TO-5054R 295 LT-028E-1RS TO-5054RS 295 LT-028E-2L TO-5048L 294 LT-028E-2LS TO-5048LS 294 LT-028E-2R TO-5048R 294 LT-028E-2RS TO-5048RS 294 LT-028E-3L TO-5043L 294 LT-028E-3LS TO-5043LS 294 LT-028E-3R TO-5043R 294 LT-028E-3RS TO-5043RS 294 LT-028E-4L TO-5074L 296 LT-028E-4LS TO-5074LS 296 LT-028E-4R TO-5074R 296 LT-028E-4RS TO-5074RS 296 LT-028E-5L TO-5072L 296 LT-028E-5LS TO-5072LS 296 LT-028E-5R TO-5072R 296 LT-028E-5RS TO-5072RS 296 LT-028E-6L TO-5079L 296 LT-028E-6LS TO-5079LS 296 LT-028E-6R TO-5079R 296 LT-028E-6RS TO-5079RS 296 LT-030-1L TO-5068L 295 LT-030-1LS TO-5068LS 295 LT-030-1R TO-5068R 295 LT-030-1RS TO-5068RS 295 LT-030-2L TO-5061L 295 LT-030-2LS TO-5061LS 295 LT-030-2R TO-5061R 295 LT-030-2RS TO-5061RS 295 LT-030-3L TO-5058L 294 LT-030-3LS TO-5058LS 294 LT-030-3R TO-5058R 294 LT-030-3RS TO-5058RS 294 LT-030-4L TO-5105L 297 LT-030-4LS TO-5105LS 297 LT-030-4R TO-5105R 297 LT-030-4RS TO-5105RS 297 LT-030-5L TO-5097L 297 LT-030-5LS TO-5097LS 297 LT-030-5R TO-5097R 297 LT-030-5RS TO-5097RS 297 LT-030-6L TO-5108L 297 LT-030-6LS TO-5108LS 297 LT-030-6R TO-5108R 297 LT-030-6RS TO-5108RS 297 LT-032-1L TO-5065L 295 LT-032-1LS TO-5065LS 295 LT-032-1R TO-5065R 295 LT-032-1RS TO-5065RS 295 LT-032-2L TO-5056L 294 LT-032-2LS TO-5056LS 294 LT-032-2R TO-5056R 294 LT-032-2RS TO-5056RS 294 LT-032-3L TO-5053L 294 LT-032-3LS TO-5053LS 294 LT-032-3R TO-5053R 294 LT-032-3RS TO-5053RS 294 LT-032-4L TO-5091L 296 LT-032-4LS TO-5091LS 296 LT-032-4R TO-5091R 296 LT-032-4RS TO-5091RS 296 LT-032-5L TO-5078L 296 LT-032-5LS TO-5078LS

401 ASSOCIATED SPRIG PART UMBER CETURY SPRIG PART UMBER Page o. LEE SPRIG PART UMBER CETURY SPRIG PART UMBER Page o. ASSOCIATED SPRIG PART UMBER CETURY SPRIG PART UMBER Page o. LEE SPRIG PART UMBER CETURY SPRIG PART UMBER Page o. ASSOCIATED SPRIG PART UMBER CETURY SPRIG PART UMBER Page o. LEE SPRIG PART UMBER CETURY SPRIG PART UMBER Page o. E E S 80742S 265 E E S 80743S 266 E E S 80744S 266 E E S 80745S 266 E E S 80746S 267 E E S 80747S 267 E E S 80748S 268 E E S 80749S 263 E E S 80750S 264 E E S 80751S 264 E E S 80752S 264 E E S 80753S 265 E E S 80754S 265 E E S 80755S 265 E E S 80756S 266 E E S 80757S 266 E E S 80758S 266 E E S 80759S 267 E E S 80760S 267 E E S 80761S 268 E E S 80793S 271 E E S 80794S 271 E E S 80795S 271 E E S 80796S 271 E E S 80797S 271 E E S 80798S 271 E E S 80799S 271 E E S 80800S 271 E E S 80801S 271 E E S 80802S 271 E E S 80803S 271 E E S 80804S 271 E E S 80805S 271 E E S 80806S 271 E E S 80807S 271 E E S 80808S 271 E E S 80809S 271 E E S 80810S 271 E E S 80811S 271 E E S 80812S 271 E E S 80813S 271 E E S 80814S 271 E E S 80815S 271 E E S 80816S 271 E E S 80817S 271 E E S 80818S 271 E E S 80819S 271 E E S 80820S 271 E E S 80821S 271 E E S 80822S 271 E E S 80823S 272 E E S 80824S 273 E E S 80825S 273 E E S 80826S 273 E E S 80827S 274 E E S 80828S 274 E E S 80829S 274 E E S 80830S 272 E E S 80831S 273 E E S 80832S 273 E LT-032-5R TO-5078R 296 LT-032-5RS TO-5078RS 296 LT-032-6L TO-5101L 297 LT-032-6LS TO-5101LS 297 LT-032-6R TO-5101R 297 LT-032-6RS TO-5101RS 297 LT-035G-1L TO-5070L 295 LT-035G-1LS TO-5070LS 295 LT-035G-1R TO-5070R 295 LT-035G-1RS TO-5070RS 295 LT-035G-2L TO-5066L 295 LT-035G-2LS TO-5066LS 295 LT-035G-2R TO-5066R 295 LT-035G-2RS TO-5066RS 295 LT-035G-3L TO-5069L 295 LT-035G-3LS TO-5069LS 295 LT-035G-3R TO-5069R 295 LT-035G-3RS TO-5069RS 295 LT-035G-4L TO-5113L 298 LT-035G-4LS TO-5113LS 298 LT-035G-4R TO-5113R 298 LT-035G-4RS TO-5113RS 298 LT-035G-5L TO-5111L 298 LT-035G-5LS TO-5111LS 297 LT-035G-5R TO-5111R 298 LT-035G-5RS TO-5111RS 297 LT-035G-6L TO-5123L 298 LT-035G-6LS TO-5123LS 298 LT-035G-6R TO-5123R 298 LT-035G-6RS TO-5123RS 298 LT-038G-1L TO-5103L 297 LT-038G-1LS TO-5103LS 297 LT-038G-1R TO-5103R 297 LT-038G-1RS TO-5103RS 297 LT-038G-2L TO-5085L 296 LT-038G-2LS TO-5085LS 296 LT-038G-2R TO-5085R 296 LT-038G-2RS TO-5085RS 296 LT-038G-3L TO-5077L 296 LT-038G-3LS TO-5077LS 296 LT-038G-3R TO-5077R 296 LT-038G-3RS TO-5077RS 296 LT-038G-4L TO-5127L 298 LT-038G-4LS TO-5127LS 298 LT-038G-4R TO-5127R 298 LT-038G-4RS TO-5127RS 298 LT-038G-5L TO-5125L 298 LT-038G-5LS TO-5125LS 298 LT-038G-5R TO-5125R 298 LT-038G-5RS TO-5125RS 298 LT-038G-6L TO-5132L 299 LT-038G-6LS TO-5132LS 299 LT-038G-6R TO-5132R 299 LT-038G-6RS TO-5132RS 299 LT-040H-1L TO-5073L 296 LT-040H-1LS TO-5073LS 296 LT-040H-1R TO-5073R 296 LT-040H-1RS TO-5073RS 296 LT-040H-2L TO-5076L 296 LT-040H-2LS TO-5076LS 296 LT-040H-2R TO-5076R 296 LT-040H-2RS TO-5076RS 296 LT-040H-3L TO-5082L 296 LT-040H-3LS TO-5082LS 296 LT-040H-3R TO-5082R 296 LT-040H-3RS TO-5082RS 296 LT-040H-4L TO-5134L 299 LT-040H-4LS TO-5134LS 299 LT-040H-4R TO-5134R 299 LT-040H-4RS TO-5134RS 299 LT-040H-5L TO-5131L 299 LT-040H-5LS TO-5131LS 299 LT-040H-5R TO-5131R 299 LT-040H-5RS TO-5131RS 299 LT-040H-6L TO-5129L 298 LT-040H-6LS TO-5129LS 298 LT-040H-6R TO-5129R 298 LT-040H-6RS TO-5129RS 298 LT-045H-1L TO-5080L 296 LT-045H-1LS TO-5080LS 296 LT-045H-1R TO-5080R 296 LT-045H-1RS TO-5080RS 296 LT-045H-2L TO-5100L 296 LT-045H-2LS TO-5100LS 296 LT-045H-2R TO-5100R 296 LT-045H-2RS TO-5100RS 296 LT-045H-3L TO-5102L 296 LT-045H-3LS TO-5102LS 296 LT-045H-3R TO-5102R 296 LT-045H-3RS TO-5102RS 296 LT-045H-4L TO-5153L 300 LT-045H-4LS TO-5153LS 300 LT-045H-4R TO-5153R 300 LT-045H-4RS TO-5153RS 300 LT-045H-5L TO-5140L 299 LT-045H-5LS TO-5140LS 299 LT-045H-5R TO-5140R 299 LT-045H-5RS TO-5140RS 299 LT-045H-6L TO-5138L 299 LT-045H-6LS TO-5138LS 299 LT-045H-6R TO-5138R 299 LT-045H-6RS TO-5138RS 299 LT-048J-1L TO-5104L 296 LT-048J-1LS TO-5104LS 296 LT-048J-1R TO-5104R 296 LT-048J-1RS TO-5104RS 296 LT-048J-2L TO-5106L 297 LT-048J-2LS TO-5106LS 297 LT-048J-2R TO-5106R 297 LT-048J-2RS TO-5106RS 297 LT-048J-3L TO-5109L 297 LT-048J-3LS TO-5109LS 297 LT-048J-3R TO-5109R 297 LT-048J-3RS TO-5109RS 297 LT-048J-4L TO-5162L 300 LT-048J-4LS TO-5162LS 300 LT-048J-4R TO-5162R 300 LT-048J-4RS TO-5162RS 300 LT-048J-5L TO-5161L 300 LT-048J-5LS TO-5161LS 300 LT-048J-5R TO-5161R 300 E S 80833S 273 E E S 80834S 274 E E S E E S E E S 80837S 273 E E S 80838S 273 E E S 80839S 273 E E S 80840S 274 E E S 80841S 274 E E S 80842S 274 E E S 80843S 275 E E S 80844S 275 E E S 80845S 275 E E S 80846S 272 E E S 80847S 273 E E S 80848S 273 E E S 80849S 273 E E S 80850S 274 E E S 80851S 274 E E S 80852S 274 E E S 80853S 275 E E S 80854S 275 E E S 80856S 272 E E S 80857S 273 E E S 80858S 273 E E S E E S 80860S 274 E E S E E S E E S 80863S 275 E E S E E S 80865S 275 E E S 80866S 276 E E S 80867S 272 E E S 80868S 273 E E S 80869S 273 E E S 80870S 273 E E S 80871S 274 E E S 80872S 274 E E S 80873S 275 E E S 80874S 275 E E S 80875S 275 E E S 80885S 272 E E S 80886S 273 E E S 80887S 273 E E S 80888S 273 E E S 80889S 274 E E S 80890S 274 E E S 80891S 275 E E S 80892S 275 E E S 80893S 275 E E S 80894S 275 E E S 80895S 276 E E S 80896S 272 E E S 80897S 273 E E S 80898S 273 E E S 80899S 274 E E S 80900S 274 E E S 80901S 274 E E S 80902S 275 E E S 80903S 275 LT-048J-5RS TO-5161RS 300 LT-048J-6L TO-5159L 300 LT-048J-6LS TO-5159LS 300 LT-048J-6R TO-5159R 300 LT-048J-6RS TO-5159RS 300 LT-051J-1L TO-5107L 297 LT-051J-1LS TO-5107LS 297 LT-051J-1R TO-5107R 297 LT-051J-1RS TO-5107RS 297 LT-051J-2L TO-5110L 297 LT-051J-2LS TO-5110LS 297 LT-051J-2R TO-5110R 297 LT-051J-2RS TO-5110RS 297 LT-051J-3L TO-5112L 297 LT-051J-3LS TO-5112LS 297 LT-051J-3R TO-5112R 297 LT-051J-3RS TO-5112RS 297 LT-051J-4L TO-5142L 299 LT-051J-4LS TO-5142LS 299 LT-051J-4R TO-5142R 299 LT-051J-4RS TO-5142RS 299 LT-051J-5L TO-5151L 299 LT-051J-5LS TO-5151LS 299 LT-051J-5R TO-5151R 299 LT-051J-5RS TO-5151RS 299 LT-051J-6L TO-5164L 300 LT-051J-6LS TO-5164LS 300 LT-051J-6R TO-5164R 300 LT-051J-6RS TO-5164RS 300 LT-054K-1L TO-5126L 298 LT-054K-1LS TO-5126LS 298 LT-054K-1R TO-5126R 298 LT-054K-1RS TO-5126RS 298 LT-054K-2L TO-5130L 298 LT-054K-2LS TO-5130LS 298 LT-054K-2R TO-5130R 298 LT-054K-2RS TO-5130RS 298 LT-054K-3L TO-5133L 298 LT-054K-3LS TO-5133LS 298 LT-054K-3R TO-5133R 298 LT-054K-3RS TO-5133RS 298 LT-054K-4L TO-5167L 300 LT-054K-4LS TO-5167LS 300 LT-054K-4R TO-5167R 300 LT-054K-4RS TO-5167RS 300 LT-054K-5L TO-5169L 300 LT-054K-5LS TO-5169LS 300 LT-054K-5R TO-5169R 300 LT-054K-5RS TO-5169RS 300 LT-054K-6L TO-5174L 301 LT-054K-6LS TO-5174LS 301 LT-054K-6R TO-5174R 301 LT-054K-6RS TO-5174RS 301 LT-059K-1L TO-5128L 298 LT-059K-1LS TO-5128LS 298 LT-059K-1R TO-5128R 298 LT-059K-1RS TO-5128RS 298 LT-059K-2L TO-5135L 298 LT-059K-2LS TO-5135LS 298 LT-059K-2R TO-5135R 298 LT-059K-2RS TO-5135RS 298 LT-059K-3L TO-5136L 298 LT-059K-3LS TO-5136LS 298 LT-059K-3R TO-5136R 298 LT-059K-3RS TO-5136RS 298 LT-059K-4L TO-5171L 301 LT-059K-4LS TO-5171LS 300 LT-059K-4R TO-5171R 301 LT-059K-4RS TO-5171RS 301 LT-059K-5L TO-5175L 301 LT-059K-5LS TO-5175LS 301 LT-059K-5R TO-5175R 301 LT-059K-5RS TO-5175RS 301 LT-059K-6L TO-5177L 301 LT-059K-6LS TO-5177LS 301 LT-059K-6R TO-5177R 301 LT-059K-6RS TO-5177RS 301 LT-063L-1L TO-5145L 299 LT-063L-1LS TO-5145LS 299 LT-063L-1R TO-5145R 299 LT-063L-1RS TO-5145RS 299 LT-063L-2L TO-5157L 299 LT-063L-2LS TO-5157LS 299 LT-063L-2R TO-5157R 299 LT-063L-2RS TO-5157RS 299 LT-063L-3L TO-5160L 300 LT-063L-3LS TO-5160LS 299 LT-063L-3R TO-5160R 300 LT-063L-3RS TO-5160RS 300 LT-063L-4L TO-5186L 301 LT-063L-4LS TO-5186LS 301 LT-063L-4R TO-5186R 301 LT-063L-4RS TO-5186RS 301 LT-063L-5L TO-5188L 301 LT-063L-5LS TO-5188LS 301 LT-063L-5R TO-5188R 301 LT-063L-5RS TO-5188RS 301 LT-063L-6L TO-5190L 301 LT-063L-6LS TO-5190LS 301 LT-063L-6R TO-5190R 301 LT-063L-6RS TO-5190RS 301 LT-070M-1L TO-5158L 299 LT-070M-1LS TO-5158LS 299 LT-070M-1R TO-5158R 299 LT-070M-1RS TO-5158RS 299 LT-070M-2L TO-5163L 300 LT-070M-2LS TO-5163LS 300 LT-070M-2R TO-5163R 300 LT-070M-2RS TO-5163RS 300 LT-070M-3L TO-5166L 300 LT-070M-3LS TO-5166LS 300 LT-070M-3R TO-5166R 300 LT-070M-3RS TO-5166RS 300 LT-070M-4L TO-5192L 301 LT-070M-4LS TO-5192LS 301 LT-070M-4R TO-5192R 301 LT-070M-4RS TO-5192RS 301 LT-070M-5L TO-5194L 302 LT-070M-5LS TO-5194LS 302 LT-070M-5R TO-5194R 302 LT-070M-5RS TO-5194RS 302 E E S 80904S 275 E E S 80905S 273 E E S 80906S 273 E E S 80907S 273 E E S 80908S 274 E E S 80909S 274 E E S 80910S 274 E E S 80911S 275 E E S 80912S 275 E E S 80913S 275 E E S 80914S 275 E E S 80915S 276 E E S 80916S 273 E E S 80917S 273 E E S 80918S 273 E E S 80919S 274 E E S 80920S 274 E E S 80921S 274 E E S 80922S 275 E E S 80923S 275 E E S 80924S 275 E E S 80925S 277 E E S 80926S 277 E E S 80927S 277 E E S 80928S 277 E E S 80929S 277 E E S 80930S 277 E E S 80931S 277 E E S 80932S 277 E E S 80933S 277 E E S 80934S 277 E E S 80935S 277 E E S 80936S 277 E E S 80937S 277 E E S 80938S 277 E E S 80939S 277 E E S 80940S 277 E E S 80942S 277 E E S 80944S 277 E E S 80945S 277 E E S 80946S 277 E E S 80947S 277 E E S 80948S 277 E E S 80949S 277 E E S 80950S 277 E E S 80951S 277 E E S 80952S 277 E E S 80953S 277 E E S 80954S 277 E E S 80955S 277 E E S 80956S 278 E E S 80957S 278 E E S 80958S 278 E E S 80959S 279 E E S E E S 80962S 278 E E S 80963S 279 E E S 80964S 279 E E S 80965S 279 E E S 80966S 279 E LT-070M-6L TO-5196L 302 LT-070M-6LS TO-5196LS 302 LT-070M-6R TO-5196R 302 LT-070M-6RS TO-5196RS 302 LT-075M-1L TO-5165L 300 LT-075M-1LS TO-5165LS 300 LT-075M-1R TO-5165R 300 LT-075M-1RS TO-5165RS 300 LT-075M-2L TO-5170L 300 LT-075M-2LS TO-5170LS 300 LT-075M-2R TO-5170R 300 LT-075M-2RS TO-5170RS 300 LT-075M-3L TO-5172L 300 LT-075M-3LS TO-5172LS 300 LT-075M-3R TO-5172R 300 LT-075M-3RS TO-5172RS 300 LT-075M-4L TO-5182L 301 LT-075M-4LS TO-5182LS 301 LT-075M-4R TO-5182R 301 LT-075M-4RS TO-5182RS 301 LT-075M-5L TO-5193L 301 LT-075M-5LS TO-5193LS 301 LT-075M-5R TO-5193R 301 LT-075M-5RS TO-5193RS 301 LT-075M-6L TO-5216L 302 LT-075M-6LS TO-5216LS 302 LT-075M-6R TO-5216R 302 LT-075M-6RS TO-5216RS 302 LT-078-1L TO-5168L 300 LT-078-1LS TO-5168LS 300 LT-078-1R TO-5168R 300 LT-078-1RS TO-5168RS 300 LT-078-2L TO-5173L 300 LT-078-2LS TO-5173LS 300 LT-078-2R TO-5173R 300 LT-078-2RS TO-5173RS 300 LT-078-3L TO-5176L 300 LT-078-3LS TO-5176LS 300 LT-078-3R TO-5176R 300 LT-078-3RS TO-5176RS 300 LT-078-4L TO-5187L 301 LT-078-4LS TO-5187LS 301 LT-078-4R TO-5187R 301 LT-078-4RS TO-5187RS 301 LT-078-5L TO-5195L 301 LT-078-5LS TO-5195LS 301 LT-078-5R TO-5195R 301 LT-078-5RS TO-5195RS 301 LT-078-6L TO-5219L 303 LT-078-6LS TO-5219LS 302 LT-078-6R TO-5219R 303 LT-078-6RS TO-5219RS 303 LT-085-1L TO-5178L 301 LT-085-1LS TO-5178LS 301 LT-085-1R TO-5178R 301 LT-085-1RS TO-5178RS 301 LT-085-2L TO-5189L 301 LT-085-2LS TO-5189LS 301 LT-085-2R TO-5189R 301 LT-085-2RS TO-5189RS 301 LT-085-3L TO-5191L 301 LT-085-3LS TO-5191LS 301 LT-085-3R TO-5191R 301 LT-085-3RS TO-5191RS 301 LT-085-4L TO-5201L 302 LT-085-4LS TO-5201LS 302 LT-085-4R TO-5201R 302 LT-085-4RS TO-5201RS 302 LT-085-5L TO-5213L 302 LT-085-5LS TO-5213LS 302 LT-085-5R TO-5213R 302 LT-085-5RS TO-5213RS 302 LT-085-6L TO-5223L 303 LT-085-6LS TO-5223LS 303 LT-085-6R TO-5223R 303 LT-085-6RS TO-5223RS 303 LT-095P-1L TO-5200L 302 LT-095P-1LS TO-5200LS 301 LT-095P-1R TO-5200R 302 LT-095P-1RS TO-5200RS 301 LT-095P-2L TO-5202L 302 LT-095P-2LS TO-5202LS 302 LT-095P-2R TO-5202R 302 LT-095P-2RS TO-5202RS 302 LT-095P-3L TO-5207L 302 LT-095P-3LS TO-5207LS 302 LT-095P-3R TO-5207R 302 LT-095P-3RS TO-5207RS 302 LT-095P-4L TO-5220L 302 LT-095P-4LS TO-5220LS 302 LT-095P-4R TO-5220R 302 LT-095P-4RS TO-5220RS 302 LT-095P-5L TO-5228L 303 LT-095P-5LS TO-5228LS 303 LT-095P-5R TO-5228R 303 LT-095P-5RS TO-5228RS 303 LT-095P-6L TO-5245L 303 LT-095P-6LS TO-5245LS 303 LT-095P-6R TO-5245R 303 LT-095P-6RS TO-5245RS 303 End of Lee Spring Cross Reference APPEDIX C 399

402 ASSOCIATED SPRIG PART UMBER CETURY SPRIG PART UMBER Page o. ASSOCIATED SPRIG PART UMBER CETURY SPRIG PART UMBER Page o. ASSOCIATED SPRIG PART UMBER CETURY SPRIG PART UMBER Page o. ASSOCIATED SPRIG PART UMBER CETURY SPRIG PART UMBER Page o. ASSOCIATED SPRIG PART UMBER CETURY SPRIG PART UMBER Page o. ASSOCIATED SPRIG PART UMBER CETURY SPRIG PART UMBER Page o. APPEDIX C E S 80967S 280 E E S 80968S 278 E E S 80969S 278 E E S 80970S 279 E E S 80971S 279 E E S 80972S 279 E E S 80973S 279 E E S 80974S 280 E E S S E E S 80976S 278 E E S 80977S 279 E E S 80978S 279 E E S S E E S 80980S 279 E E S E E S 80982S 280 E E S 80983S 280 E E S 80984S 280 E E S 80985S 280 E E S 80986S 280 E E S 80987S 281 E E S 80988S 278 E E S 80989S 278 E E S 80990S 279 E E S 80991S 279 E E S 80992S 279 E E S 80993S 279 E E S 80994S 280 E E S 80995S 280 E E S 80996S 280 E E S 80997S 280 E E S 80998S 280 E E S 80999S 280 E E S 81000S 281 E E S 81001S 278 E E S 81002S 278 E E S 81003S 279 E E S 81004S 279 E E S 81005S 279 E E S 81006S 279 E E S 81007S 280 E E S 81008S 280 E E S 81009S 280 E E S 81010S 280 E E S 81011S 280 E E S 81012S 281 E E S 81013S 281 E E S 81014S 278 E E S 81015S 278 E E S 81016S 279 E E S 81017S 279 E E S 81018S 279 E E S 81019S 279 E E S 81020S 280 E E S 81021S 280 E E S 81022S 280 E E S 81023S 280 E E S 81024S 280 E E S 81025S 281 E E S 81026S 281 E E S 81027S 278 E E S 81028S 278 E E S 81029S 279 E E S 81030S 279 E E S 81031S 279 E E S 81032S 279 E E S 81033S 280 E E S 81034S 280 E E S 81035S 280 E E S 81036S 280 E E S 81037S 280 E E S 81038S 281 E E S 81039S 281 E E S 81050S 280 E E S 81040S 278 E E S 81041S 278 E E S 81042S 279 E E S 81043S 279 E E S 81044S 279 E E S 81045S 279 E E S 81046S 280 E E S 81047S 280 E E S 81048S 280 E E S 81049S 280 E E S 81051S 281 E E S 81052S 281 E E S 81053S 281 E E S 81054S 281 E E S 81055S 281 E E S 81056S 281 E E S 81057S 281 E E S 81058S 282 E E S 81059S 282 E E S 81060S 282 E E S 81061S 282 E E S 81062S 281 E E S 81063S 281 E E S 81064S 281 E E S 81065S 281 E E S 81066S 281 E E S 81067S 282 E E S 81068S 282 E E S 81069S 282 E E S 81070S 282 E E S 81071S 281 E E S 81072S 281 E E S 81073S 281 E E S 81074S 281 E E S 81075S 281 E E S 81076S 282 E E S 81077S 282 E E S 81078S 282 E E S 81079S 282 E E S 81090S 282 E E S 81091S 282 E E S 81092S 283 E E S 81093S 283 E E S 81094S 283 E E S 81095S 283 E E S 81096S 283 E E S 81098S 283 E E S 81109S 282 E E S 81110S 282 E E S 81111S 283 E E S 81112S 283 E E S 81113S 283 E E S 81114S 283 E E S 81115S 283 E E S 81116S 283 E E S 81117S 284 E E S 81120S 282 E E S 81121S 282 E E S 81122S 283 E E S 81123S 283 E E S 81124S 283 E E S 81125S 283 E E S 81126S 283 E E S 81127S 283 E E S 81128S 284 E E S 81129S 282 E E S 81130S 282 E E S 81131S 283 E E S 81132S 283 E E S 81133S 283 E E S 81134S 283 E E S 81135S 283 E E S 81136S 283 E E S 81137S 284 E E S 81138S 284 E E S 81139S 284 E E S 81140S 284 E E S 81141S 284 E E S 81142S 284 E E S 81143S 284 E E S 81144S 284 E E S 81145S 285 E E S 81146S 284 E E S 81147S 284 E E S 81148S 284 E E S 81149S 284 E E S 81150S 284 E E S 81151S 284 E E S 81152S 284 E E S 81153S 285 E E S 81154S 284 E E S 81155S 284 E E S 81156S 284 E E S 81157S 284 E E S 81158S 284 E E S 81159S 284 E E S 81160S 284 E E S 81161S 285 E E S 81162S 285 E E S 81163S 285 E E S 81164S 285 E E S 81165S 285 E E S 81166S 285 E E S 81167S 285 E E S 81168S 285 E E S 81169S 285 E E S 81170S 285 E E S 81171S 285 E E S 81172S 285 E E S 81173S 285 E E S 81174S 285 E E S 81175S 285 E E S 81176S 285 E E S 81177S 285 E E S 81178S 285 E E S 81179S 285 E E S 81180S 285 E E S 81181S 285 E E S 81182S 285 E E S 81183S 285 E E S 81184S 285 E E S 81185S 285 E E S 81193S 286 E E S 81186S 286 E E S 81187S 286 E E S 81188S 286 E E S 81189S 286 E E S 81190S 286 E E S 81191S 286 E E S 81192S 286 E E S 81201S 286 E E S 81194S 286 E E S 81195S 286 E E S 81196S 286 E E S 81197S 286 E E S 81198S 286 E E S 81199S 286 E E S 81200S 286 E3309 EXR E3312 EER E3314 EER E3315 EER E3318 EER E3325 EER E3337 EER E3343 EER E3350 EER E3362 EER E3375 EER E3387 EER EX3321 EXR EX3331 EXR EX3398 EXR CW CW CW CW CW CW CW CW CW CW CW CW CW CW CW CW CW CW CW CW J5025 IR J5031 IR J5037 IR J5043 IR J5050 IR J5056 IR J5062 IR J5068 IR J5075 IR J5081 IR J5087 IR J5093 IR J50100 IR J50106 IR J50112 IR J50125 IR J50131 IR J50137 IR J50143 IR J50150 IR J50156 IR J50162 IR J50175 IR J50187 IR J50200 IR T L TO-5001LS 292 T R TO-5001RS 292 T L TO-5002LS 292 T R TO-5002RS 292 T L TO-5013LS 293 T R TO-5013RS 293 T L TO-5000LS 292 T R TO-5000RS 292 T L TO-5014LS 293 T R TO-5014RS 293 T L TO-5016LS 293 T R TO-5016RS 293 T L TO-5004LS 292 T R TO-5004RS 292 T L TO-5008LS 292 T R TO-5008RS 292 T L TO-5029LS 293 T R TO-5029RS 293 T L TO-5005LS 292 T R TO-5005RS 292 T L TO-5032LS 293 T R TO-5032RS 293 T L TO-5033LS 294 T R TO-5033RS 294 T L TO-5003LS 292 T R TO-5003RS 292 T L TO-5007LS 292 T R TO-5007RS 292 T L TO-5020LS 293 T R TO-5020RS 293 T L TO-5006LS 292 T R TO-5006RS 292 T L TO-5030LS 293 T R TO-5030RS 293 T L TO-5035LS 294 T R TO-5035RS 294 T L TO-5026L 293 T R TO-5026R 293 T L TO-5024L 293 T R TO-5024R 293 T L TO-5025L 293 T R TO-5025R 293 T L TO-5009LS 292 T R TO-5009RS 292 T L TO-5015LS 292 T R TO-5015RS 292 T L TO-5047LS 295 T R TO-5047RS 295 T L TO-5010LS 292 T R TO-5010RS 292 T L TO-5051LS 295 T R TO-5051RS 295 T L TO-5040LS 294 T R TO-5040RS 294 T L TO-5018LS 293 T R TO-5018RS 293 T L TO-5012LS 292 T R TO-5012RS 292 T L TO-5036LS 294 T R TO-5036RS 294 T L TO-5011LS 292 T R TO-5011RS 292 T L TO-5044LS 294 T R TO-5044RS 294 T L TO-5039LS 294 T R TO-5039RS 294 T L TO-5027LS 293 T R TO-5027RS 293 T L TO-5063L 295 T R TO-5063R 295 T L TO-5019LS 292 T R TO-5019RS 292 T L TO-5042LS 294 T R TO-5042RS 294 T L TO-5062L 295 T R TO-5062R 295 T L TO-5017LS 292 T R TO-5017RS 292 T L TO-5055LS 295 T R TO-5055RS 295 T L TO-5060L 295 T R TO-5060R 295 T L TO-5050LS 295 T R TO-5050RS 295 T L TO-5031LS 293 T R TO-5031RS 293 T L TO-5022LS 293 T R TO-5022RS 293 T L TO-5046LS 294 T R TO-5046RS 294 T L TO-5021LS 293 T R TO-5021RS 293 T L TO-5064LS 295 T R TO-5064RS 295 T L TO-5059LS 295 T R TO-5059RS 295 T L TO-5034LS 293 T R TO-5034RS 293 T L TO-5028LS 293 T R TO-5028RS 293 T L TO-5052LS 295 T R TO-5052RS 295 T L TO-5023LS 293 T R TO-5023RS 293 T L TO-5049LS 294 T R TO-5049RS 294 T L TO-5057LS 295 T R TO-5057RS 295 T L TO-5084L 297 T R TO-5084R 297 T L TO-5083L 297 T R TO-5083R 297 T L TO-5081L 297 T R TO-5081R 297 T L TO-5041LS 294 T R TO-5041RS 294 T L TO-5038LS 294 T R TO-5038RS 294 T L TO-5067LS 295 T R TO-5067RS 295 T L TO-5037LS 293 T R TO-5037RS 293 T L TO-5075LS 296 T R TO-5075RS 296 T L TO-5071LS 296 T R TO-5071RS 296 T L TO-5089L 297 T R TO-5089R 297 T L TO-5086L 297 T R TO-5086R 297 T L TO-5087L 297 T R TO-5087R 297 T L TO-5054LS 294 T R TO-5054RS 295 T L TO-5048LS 294 T R TO-5048RS 294 T L TO-5074LS 296 T R TO-5074RS 296 T L TO-5043LS 294 T R TO-5043RS 294 T L TO-5072LS 296 T R TO-5072RS 296 T L TO-5079LS 296 T R TO-5079RS 296 T L TO-5088L 297 T R TO-5088R 297 T L TO-5090L 297 T R TO-5090R 297 T L TO-5092L 297 T R TO-5092R 297 T L TO-5068LS 295 T R TO-5068RS 295 T L TO-5061LS 295 T R TO-5061RS 295 T L TO-5105LS 297 T R TO-5105RS 297 T L TO-5058LS 294 T R TO-5058RS 294 T L TO-5097LS 297 T R TO-5097RS 297 T L TO-5108LS 297 T R TO-5108RS 297 T L TO-5065LS 295 T R TO-5065RS 295 T L TO-5094L 297 T R TO-5094R 297 T L TO-5056LS 294 T R TO-5056RS 294 T L TO-5091LS 296 T R TO-5091RS 296 T L TO-5093L 296 T R TO-5093R 296 T L TO-5053LS 294 T R TO-5053RS 294 T L TO-5078LS 296 T R TO-5078RS 296 T L TO-5095L 297 T R TO-5095R 297 T L TO-5101LS 297 T R TO-5101RS 297 T L TO-5070LS 295 T R TO-5070RS 295 T L TO-5098L 297 T R TO-5098R 297 T L TO-5066LS 295 T R TO-5066RS 295 T L TO-5113LS 298 T R TO-5113RS 298 T L TO-5096L 296 T R TO-5096R 296 T L TO-5069LS 295 T R TO-5069RS 295 T L TO-5111LS 297 T R TO-5111RS 297 T L TO-5099L 297 T R TO-5099R 297 T L TO-5123LS 298 T R TO-5123RS 298 T L TO-5103LS 297 T R TO-5103RS 297 T L TO-5137L 299 T R TO-5137R 299 T L TO-5085LS 296 T R TO-5085RS 296 T L TO-5127LS 298 T R TO-5127RS 298 T L TO-5114L 298 T R TO-5114R 298 T L TO-5077LS 296 T R TO-5077RS 296 T L TO-5125LS 298 T R TO-5125RS 298 T L TO-5115L 298 T R TO-5115R 298 T L TO-5132LS 299 T R TO-5132RS 299 T L TO-5073LS 296 T R TO-5073RS 296 T L TO-5139L 299 T R TO-5139R 299 T L TO-5076LS 296 T R TO-5076RS 296 T L TO-5134LS 299 T R TO-5134RS 299 T L TO-5118L 298 T R TO-5118R 298 T L TO-5082LS 296 T R TO-5082RS 296 T L TO-5131LS 299 T R TO-5131RS 299 T L TO-5116L 298 T R TO-5116R 298 T L TO-5129LS 298 T R TO-5129RS 298 T L TO-5120L 298 T R TO-5120R 298 T L TO-5119L 298 T R TO-5119R 298 T L TO-5117L 298 T R TO-5117R 298 T L TO-5080LS 296 T R TO-5080RS 296 T L TO-5124L

403 ASSOCIATED SPRIG PART UMBER CETURY SPRIG PART UMBER Page o. ASSOCIATED SPRIG PART UMBER CETURY SPRIG PART UMBER Page o. ASSOCIATED SPRIG PART UMBER CETURY SPRIG PART UMBER Page o. ASSOCIATED SPRIG PART UMBER CETURY SPRIG PART UMBER Page o. ASSOCIATED SPRIG PART UMBER CETURY SPRIG PART UMBER Page o. ASSOCIATED SPRIG PART UMBER CETURY SPRIG PART UMBER Page o. T R TO-5124R 298 T L TO-5100LS 296 T R TO-5100RS 296 T L TO-5153LS 300 T R TO-5153RS 300 T L TO-5122L 298 T R TO-5122R 298 T L TO-5102LS 296 T R TO-5102RS 296 T L TO-5140LS 299 T R TO-5140RS 299 T L TO-5121L 298 T R TO-5121R 298 T L TO-5138LS 299 T R TO-5138RS 299 T L TO-5104LS 296 T R TO-5104RS 296 T L TO-5106LS 297 T R TO-5106RS 297 T L TO-5162LS 300 T R TO-5162RS 300 T L TO-5109LS 297 T R TO-5109RS 297 T L TO-5161LS 300 T R TO-5161RS 300 T L TO-5159LS 300 T R TO-5159RS 300 T L TO-5144L 299 T R TO-5144R 299 T L TO-5141L 299 T R TO-5141R 299 T L TO-5143L 299 T R TO-5143R 299 T L TO-5107LS 297 T R TO-5107RS 297 T L TO-5110LS 297 T R TO-5110RS 297 T L TO-5142LS 299 T R TO-5142RS 299 T L TO-5112LS 297 T R TO-5112RS 297 T L TO-5151LS 299 T R TO-5151RS 299 T L TO-5164LS 300 T R TO-5164RS 300 T L TO-5126LS 298 T R TO-5126RS 298 T L TO-5130LS 298 T R TO-5130RS 298 T L TO-5167LS 300 T R TO-5167RS 300 T L TO-5133LS 298 T R TO-5133RS 298 T L TO-5169LS 300 T R TO-5169RS 300 T L TO-5174LS 301 T R TO-5174RS 301 T L TO-5146L 299 T R TO-5146R 299 T L TO-5147L 299 T R TO-5147R 299 T L TO-5148L 299 T R TO-5148R 299 T L TO-5128LS 298 T R TO-5128RS 298 T L TO-5152L 299 T R TO-5152R 299 T L TO-5135LS 298 T R TO-5135RS 298 T L TO-5171LS 300 T R TO-5171RS 301 T L TO-5149L 299 T R TO-5149R 299 T L TO-5136LS 298 T R TO-5136RS 298 T L TO-5175LS 301 T R TO-5175RS 301 T L TO-5150L 299 T R TO-5150R 299 T L TO-5177LS 301 T R TO-5177RS 301 T L TO-5145LS 299 T R TO-5145RS 299 T L TO-5154L 299 T R TO-5154R 299 T L TO-5157LS 299 T R TO-5157RS 299 T L TO-5186LS 301 T R TO-5186RS 301 T L TO-5156L 299 T R TO-5156R 299 T L TO-5160LS 299 T R TO-5160RS 300 T L TO-5199LS 302 T R TO-5199RS 302 T L TO-5155L 299 T R TO-5155R 299 T L TO-5190LS 301 T R TO-5190RS 301 T L TO-5158LS 299 T R TO-5158RS 299 T L TO-5163LS 300 T R TO-5163RS 300 T L TO-5192LS 301 T R TO-5192RS 301 T L TO-5166LS 300 T R TO-5166RS 300 T L TO-5194LS 302 T R TO-5194RS 302 T L TO-5196LS 302 T R TO-5196RS 302 T L TO-5179L 301 T R TO-5179R 301 T L TO-5180L 301 T R TO-5180R 301 T L TO-5181L 301 T R TO-5181R 301 T L TO-5165LS 300 T R TO-5165RS 300 T L TO-5170LS 300 T R TO-5170RS 300 T L TO-5182LS 301 T R TO-5182RS 301 T L TO-5172LS 300 T R TO-5172RS 300 T L TO-5193LS 301 T R TO-5193RS 301 T L TO-5216LS 302 T R TO-5216RS 302 T L TO-5168LS 300 T R TO-5168RS 300 T L TO-5173LS 300 T R TO-5173RS 300 T L TO-5187LS 301 T R TO-5187RS 301 T L TO-5176LS 300 T R TO-5176RS 300 T L TO-5195LS 301 T R TO-5195RS 301 T L TO-5219LS 302 T R TO-5219RS 303 T L TO-5183L 301 T R TO-5183R 301 T L TO-5185L 301 T R TO-5185R 301 T L TO-5184L 301 T R TO-5184R 301 T L TO-5178LS 301 T R TO-5178RS 301 T L TO-5203L 302 T R TO-5203R 302 T L TO-5189LS 301 T R TO-5189RS 301 T L TO-5218LS 302 T R TO-5218RS 302 T L TO-5204L 302 T R TO-5204R 302 T L TO-5191LS 301 T R TO-5191RS 301 T L TO-5221LS 303 T R TO-5221RS 303 T L TO-5205L 302 T R TO-5205R 302 T L TO-5223LS 303 T R TO-5223RS 303 T L TO-5209L 302 T R TO-5209R 302 T L TO-5206L 302 T R TO-5206R 302 T L TO-5208L 302 T R TO-5208R 302 T L TO-5200LS 301 T R TO-5200RS 301 T L TO-5198LS 301 T R TO-5198RS 301 T L TO-5234LS 303 T R TO-5234RS 303 T L TO-5207LS 302 T R TO-5207RS 302 T L TO-5244LS 303 T R TO-5244RS 303 T L TO-5245LS 303 T R TO-5245RS 303 T L TO-5212L 302 T R TO-5212R 302 T L TO-5211L 302 T R TO-5211R 302 T L TO-5210L 302 T R TO-5210R 302 T L TO-5197LS 301 T R TO-5197RS 301 T L TO-5230L 303 T R TO-5230R 303 T L TO-5215LS 302 T R TO-5215RS 302 T L TO-5246LS 303 T R TO-5246RS 303 T L TO-5231L 303 T R TO-5231R 303 T L TO-5226LS 303 T R TO-5226RS 303 T L TO-5248LS 303 T R TO-5248RS 303 T L TO-5229L 303 T R TO-5229R 303 T L TO-5251LS 303 T R TO-5251RS 303 T L TO-5235L 303 T R TO-5235R 303 T L TO-5232L 303 T R TO-5232R 303 T L TO-5233L 303 T R TO-5233R 303 T L TO-5214LS 302 T R TO-5214RS 302 T L TO-5222LS 302 T R TO-5222RS 302 T L TO-5249LS 303 T R TO-5249RS 303 T L TO-5225LS 302 T R TO-5225RS 302 T L TO-5252LS 303 T R TO-5252RS 303 T L TO-5253LS 303 T R TO-5253RS 303 T L TO-5217LS 302 T R TO-5217RS 302 T L TO-5237L 303 T R TO-5237R 303 T L TO-5224LS 302 T R TO-5224RS 302 T L TO-5250LS 303 T R TO-5250RS 303 T L TO-5238L 303 T R TO-5238R 303 T L TO-5255LS 303 T R TO-5255RS 303 T L TO-5242LS 303 T R TO-5242RS 303 T L TO-5236L 303 T R TO-5236R 303 T L TO-5256LS 303 T R TO-5256RS 303 T L TO-5227LS 302 T R TO-5227RS 302 T L TO-5240L 303 T R TO-5240R 303 T L TO-5243LS 303 T R TO-5243RS 303 T L TO-5254LS 303 T R TO-5254RS 303 T L TO-5239L 303 T R TO-5239R 303 T L TO-5257LS 303 T R TO-5257RS 303 T L TO-5247LS 303 T R TO-5247RS 303 T L TO-5241L 303 T R TO-5241R 303 T L TO-5258LS 303 T R TO-5258RS 303 U CRV U CRV U CRV U CRV U CRV U CRV U CRV U CRV U CRV U CRV U CRV U CRV U CRV U CRV U CRV U CRV U CRV U CRV U CRV U CRV U CRV U CRV U CRV U CRV U CRV U CRV U CRV U CRV U CRV U CRV U CRV U CRV U CRV U CRV U CRV U CRV U CRV U CRV U CRV U CRV U CRV U CRV U CRV U CRV U CRV U CRV U CRV U CRV U CRV U CRV U CRV U CRV U CRV U CRV U CRV U CRV U CRV U CRV U CRV U CRV U CRV U CRV U CRV U CRV U CRV W WAV W WAV W WAV W WAV W WAV W WAV W WAV W WAV W WAV W WAV W WAV W WAV W WAV W WAV W WAV W WAV W WAV W WAV W WAV W WAV-25039A344 W WAV W WAV W WAV W WAV W WAV W WAV W WAV W WAV W WAV W WAV W WAV W WAV W WAV W WAV W WAV W WAV W WAV W WAV W WAV W WAV End of Associated Spring Cross Reference S & M PART UMBER APPEDIX C CETURY SPRIG PART UMBER Page o. S & M PART UMBER CETURY SPRIG PART UMBER Page o. S & M PART UMBER CETURY SPRIG PART UMBER Page o. IB0025 IR IB0031 IR IB0037 IR IB0043 IR IB0045 IR IB0050 IR IB0051 IR IB0056 IR IB0062 IR IB0068 IR IB0075 IR IB0077 IR IB0081 IR IB0086 IR IB0087 IR IB0090 IR IB0093 IR IB0100 IR IB0102 IR IB0106 IR IB0112 IR IB0118 IR IB0125 IR IB0131 IR IB0137 IR IB0143 IR IB0145 IR IB0150 IR IB0156 IR IB0162 IR IB0165 IR IB0168 IR IB0175 IR IB0181 IR IB0187 IR IB0193 IR IB0200 IR XB0012 ER XB0015 ER XB0018 ER XB0019 ER XB0021 ER XB0023 ER XB0025 ER XB0027 ER XB0028 ER XB0031 ER XB0034 ER XB0035 ER XB0037 ER XB0039 ER XB0040 ER XB0043 ER XB0046 ER XB0050 ER XB0055 ER XB0056 ER XB0059 ER XB0062 ER XB0066 ER XB0068 ER XB0075 ER XB0078 ER XB0081 ER XB0087 ER XB0093 ER XB0098 ER XB0100 ER XB0102 ER XB0106 ER XB0112 ER XB0118 ER XB0125 ER XB0131 ER XB0137 ER XB0143 ER XB0150 ER XB0156 ER XB0162 ER XB0168 ER XB0175 ER XB0177 ER XB0181 ER XB0187 ER XB0196 ER XB0200 ER XB0206 ER XB0212 ER XB0215 ER XB0225 ER XB0231 ER XB0237 ER XB0243 ER XB0250 ER XE0006 EER XE0009 EER XE0012 EER XE0014 EER XE0015 EER XE0018 EER XE0025 EER XE0037 EER XE0043 EER XE0050 EER XE0062 EER XE0075 EER XE0087 EER XEX0006 EXR XEX0009 EXR XEX0011 EXR XEX0014 EXR XEX0017 EXR XEX0018 EXR XEX0021 EXR XEX0031 EXR XEX0043 EXR XEX0074 EXR XEX0098 EXR XEY0006 EYR XEY0014 EYR End of S & M Cross Reference 401

404 APPEDIX D 402 P Pg P Pg P Pg P Pg P Pg P Pg P Pg P Pg P Pg P Pg P Pg , , A B C A B C A B C A B C A B C A B C A B C A B C A B C A B C A B C A B C A B C A B C A B C A B C A B C A B C A B C A B C A B C A B C A B C A B C A B C A B C A B C A B C A B C A B C A B C A B C A B C A B C A B C A B C A B C A B C A B C A B C A B C A B C A B C A B C A B C A B C A B C A B C A B C , , , , A B C A B C A B C A B C A B C A B C A , ,

405 P Pg P Pg P Pg P Pg P Pg P Pg P Pg P Pg P Pg P Pg P Pg APPEDIX D 403

406 APPEDIX D 404 P Pg P Pg P Pg P Pg P Pg P Pg P Pg P Pg P Pg P Pg P Pg A A C A A B A B C A A A

407 P Pg P Pg P Pg P Pg P Pg P Pg P Pg P Pg P Pg P Pg P Pg , , , , , , , , APPEDIX D 405

408 APPEDIX D 406 P Pg P Pg P Pg P Pg P Pg P Pg P Pg P Pg P Pg P Pg P Pg

409 P Pg P Pg P Pg P Pg P Pg P Pg P Pg P Pg P Pg P Pg P Pg S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S 26 APPEDIX D 407

410 APPEDIX D 408 P Pg P Pg P Pg P Pg P Pg P Pg P Pg P Pg P Pg P Pg P Pg S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S 74

411 P Pg P Pg P Pg P Pg P Pg P Pg P Pg P Pg P Pg P Pg P Pg S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S 103 APPEDIX D 409

412 APPEDIX D 410 P Pg P Pg P Pg P Pg P Pg P Pg P Pg P Pg P Pg P Pg P Pg S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S 157

413 P Pg P Pg P Pg P Pg P Pg P Pg P Pg P Pg P Pg P Pg P Pg S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S 189 APPEDIX D 411

414 APPEDIX D 412 P Pg P Pg P Pg P Pg P Pg P Pg P Pg P Pg P Pg P Pg P Pg S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S

415 P Pg P Pg P Pg P Pg P Pg P Pg P Pg P Pg P Pg P Pg P Pg S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S 256 APPEDIX D 413

416 APPEDIX D 414 P Pg P Pg P Pg P Pg P Pg P Pg P Pg P Pg P Pg P Pg P Pg S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S 280

417 P Pg P Pg P Pg P Pg P Pg P Pg P Pg P Pg P Pg P Pg P Pg S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S 286 A-1 24 A A-5 81 A-6 82 A-9 29 A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A-60-A 81 A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A AA-1 41 AA-2 36 AA-3 29 AA-6 25 AA-7 25 AA-8 65 AA-9 64 AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA B-1 41 B-2 62 B-3 22 B B-5 24 B B-7 22 B-8 30 B-9 65 B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B-59-A 15 B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B APPEDIX D 415

418 APPEDIX D 416 P Pg P Pg P Pg P Pg P Pg P Pg P Pg P Pg P Pg P Pg P Pg B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B BB BB-2 75 BB-5 17 BB-6 94 BB-7 43 BB-8 99 BB-9 56 BB BB BB BB BB BB BB BB BB BB BB BB BB BB BB BB BB BB BB BB BB BB BB BB BB BB BB BB BB BB BB BB BB BB BB BB BB BB BB BB BB BB BB BB BB BB BB BB BB BB BB BB BB BB BB BB BB BB BB BB BB BB-89* 94 BB BB BB BB BB BB BB BB BB BB BB BB BB BB BB BB BB BB BB BB BB BB BB BB BB BB BB BB BB BB BB BB BB BB BB BB BB BB BB BB BB BB BB BB BB BB BB BB BB BB BB BB BB BB BB BB BB BB BB BB BB BB BB BB BB BB BB BB BB BB BB BB BB BB BB BB BB BB BB-R BB-R BB-R BB-R BB-R BB-R CBS CBS CBS CBS CBS CBS CBS CBS CBS CBS CBS CBS CBS CBS CBS CBS CBS CBS CBS CBS CBS CBS CBS CBS CBS CBS CBS CBS CBS CBS CBS CBS CBS CBS CC CC-2 76 CC-3 49 CC-4 59 CC-5 36 CC-7 83 CC CC CC CC CC CC CC CC CC CC CC CC CC CC CC CC CC CC CC CC CC CC CC CC CC CC CC CC CC CC CC CC CC CC CC CC CC CC CC CC CC CC CC CC CC CC CC CC CC CC CC CC CC CC CC CC CC CC CC CC CC CC CC CC CC CC CC CC CCS CCS CCS CCS CCS CCS CCS CCS CCS CCS CCS CCS CCS CCS CCS CCS CCS CCS CCS CCS CCS CCS CCS CCS CCS CCS CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM

419 P Pg P Pg P Pg P Pg P Pg P Pg P Pg P Pg P Pg P Pg P Pg CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDM CDS CDS CDS CDS CDS CDS CDS CDS CDS CDS CDS CDS CDS CDS CDS CDS CDS CDS CDS CDS CDS CDS CDS CDS CDS CDS CDS CDS CDS CDS CDS CDS CDS CDS CDS CDS CDS CDS CDS CDS CDS CDS CDS CDS CDS CDS CDS CDS CDS CDS CDS CDS CDS CDS CDS CDS CDS CDS CDS CDS CDS CDS CDS CDS CDS CDS CDS CDS CDS CDS CDS CDS CDS CDS CDS CDS CDS CDS CDS CDS CDS CDS CDS CDS CDS CDS CDS CDS CDS CDS CDS CDS CDS CDS CDS CDS CDS CDS CDS CDS CDS CDS CDS CDS CDS CDS CDS CDS CDS CDS CDS CDS CDS CDS CDS CDS CDS CDS CDS CDS CDS C C C C C C C C C C C C C C C C C C C C CW CW CW CW CW CW CW CW CW CW CW CW CW CW CW CW CW CW CW CW CPW CPW CPW CPW CPW CPW CPW CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CRV CSA CSA CSA CSA CSA CSA CSC CSC CSC CSC CSC CSC CSC CSC CSC CSC CSC CSC CSC CSC CSC CSC CSC CSC CSC CSC CSC CSC CSC CSC CSC CSC CSC CSC CSC CSC CSC CSC CSC CSC CSC CSC CSC CSC CSC CSC CSC CSC CSC CSC CSC CSC CSC CSC CSC CSC CSC CSC CSC CSC CSC CSC CSC CSC CSC CSC CSC CSC CSC CSC CSC CSC CSC CSC CSC CSC CSC CSC CSC CSC CSC CSC CSC CSC CSC CSC CSC CSC CSC CSC CSC CSC CSC CSC CSC CSC CSC CSC CSC CSC CSC CSC CSC CSC CSC CSC CSC CSC CSC CSC CSC CSC CSC CSC CSC CSC CSC CSC CSC CSC CSC CSC CSC CSC CSR-D CSR-D CSR-D CSR-SR CSR-SR CSR-SR CSR-SR CSR-SR CSR-SR CSR-SR CSR-SR CSR-SR CSW CSW CSW CSW CSW CSW CSW CSW CSW CSW CSW CSW CSW CSW CSW CSW CSW CSW CSW CSW CSW CSW CSW CSW CSW CSW CSW CSW CSW CSW CVS CVS CVS CVS CVS CVS CVS CVS CVS CVS CVS CVS CVS D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D-1103-A 315 D D D D-1106-A 315 D D D D-1109-A 315 D D D D D-1113-A 315 D D D D-1116-A 315 D D D D D D-1121-A 315 D D-1122-A 315 D D-1123-A 315 D D D D D D D D D D-1132-A 315 D D-1133-A 315 D D-1134-A 315 D D D D D D D D D D D D-1145-A 315 D D-1146-A 315 D D D D D D D D D D D D D-1158-A 315 D D D D D D D D D D D D D-1170-A 316 D D D D D D D D D D D D-1181-A 316 D D D D-1203-A 316 D D D D-1206-A 316 D D D D-1209-A 316 D D D D D-1213-A 316 D D D D-1216-A 316 D APPEDIX D 417

420 APPEDIX D 418 P Pg P Pg P Pg P Pg P Pg P Pg P Pg P Pg P Pg P Pg P Pg D D D D D-1221-A 316 D D-1222-A 316 D D-1223-A 316 D D D D D D D D D D-1232-A 316 D D-1233-A 316 D D-1234-A 316 D D D D D D D D D D D D-1245-A 317 D D-1246-A 317 D D D D D D D D D D D D D-1258-A 317 D D D D D D D D D D D D D-1270-A 317 D D D D D D D D D D D D-1281-A 317 D D D D-1303-A 317 D D D D-1306-A 317 D D D D-1309-A 317 D D D D D-1313-A 317 D D D D-1316-A 317 D D D D D D-1321-A 318 D D-1322-A 318 D D-1323-A 318 D D D D D D D D D D-1332-A 318 D D-1333-A 318 D D-1334-A 318 D D D D D D D D D D D D-1345-A 318 D D-1346-A 318 D D D D D D D D D D D D D-1358-A 318 D D D D D D D D D D D D D-1370-A 318 D D D D D D D D D D D D-1381-A 318 D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D DB DB DB DB DB DB , 375 DB DB DB DBS DBS DBS DBS DD-1 22 DD-2 29 DD-3 23 DD-4 40 DD DD-7 17 DD-8 59 DD-9 37 DD DD DD DD DD DD DD DD DD DD DD DD DD DD DD DD DD DD DD DD DD DD DD DD DD DD DD DD DD DD DD DD DD DD DD DD DD DD DD DD DD DD DD DD DD DD DD DD DD DD DD DD DD DD DD DD DD DD DD DD DD DD DD E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E-34-A 288 E E-35-A 288 E E E E-38-A 288 E E-3-A 288 E E E E E E E E E EE-1 27 EE-3 36 EE-4 74 EE-5 58 EE-6 37 EE-7 48 EE-8 36 EE-9 75 EE EE EE EE EE EE EE EE EE EE EE EE EE EE EE EE EE EE EE EE EE EE EE EE EE EE EE EE EE EE EE EE EE EE EE EE EE EE EE EE EE EE EE EE EE EE EE EE EE EE EE EE EE EE EE EE EE EE EE EE EE EE EE EE EE EE EE EE EER EER EER EER EER EER EER EER EER EER EER EER EER ER ER ER ER ER ER ER ER ER ER ER ER ER ER ER ER ER ER ER ER ER ER ER ER ER ER ER ER ER ER ER ER ER ER ER ER ER ER ER ER ER ER ER ER ER ER ER ER ER ER ER ER ER ER ER ER ER EXR EXR EXR EXR EXR EXR EXR EXR EXR EXR EXR EYR EYR

421 P Pg P Pg P Pg P Pg P Pg P Pg P Pg P Pg P Pg P Pg P Pg L-388S 346 L-716S 346 L-889S 346 L-10125S 346 L-12131S 346 L-14160S 346 L-16168S 346 L-18187S 346 L-20190S 346 L-22250S 346 L-24250S 346 L-26262S 346 L-28281S 346 L-30300S 346 L-32318S 346 L-36356S 346 L-40394S 346 G G-2 24 G-3 77 G-4 46 G-5 23 G-6 17 G-7 24 G-8 46 G-9 38 G G G G G G G G G G G G G G G G G G G G G G G G G G G G G G G G G G G G G G G G G G G G G G G G-60A 136 G G G G G G G G G G G G G G G G G G G G G G G G G G G G G G G G G G G G GG GG-2 67 GG-3 37 GG-4 47 GG-7 19 GG GG GG GG GG GG GG GG GG GG GG GG GG GG GG GG GG GG GG GG GG GG GG GG GG GG GG GG GG GG GG GG GG GG GG GG GG GG GG GG GG GG GG GG GG GG GG GG GG GG GG GG GG GG GG GG GG GG GG GG GG GG GG GG GG GG GG GG GG GG GG GG GG GG GG H H-3 46 H-4 94 H-5 44 H-6 48 H-7 96 H-8 37 H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H-60-A 95 H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H HC HC HC HC HC HC HC HC HC HC HC HC HC HC HC HC HC HC HC HC HC HC HH-1 48 HH-2 80 HH-3 15 HH-5 58 HH-6 62 HH HH-8 41 HH-9 64 HH HH HH HH HH HH HH HH HH HH HH HH HH HH HH HH HH HH HH HH HH HH HH HH HH HH HH HH HH HH HH HH HH HH HH HH HH HH HH HH HH HH HH HH HH HH HH HH HH HH HH HH HH HH HH HH HH HH HH HH HH HH HH HH HH HH HH HH HH HH HH HH I-3 80 I I-6 29 I I-8 89 I-9 80 I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I-60A 197 I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I II-2 36 II-3 38 II-5 59 II II II-9 25 II II II II II II II II II II II II II II II II II II II II II II II II II II II II II II II II II II II II II II II II II II II II II II II II II II II II II II II II II II II II II II II II II II II II IR IR IR IR IR IR IR IR IR IR IR IR IR IR IR IR IR IR IR IR IR IR IR IR IR IR IR IR IR IR IR IR IR IR IR IR IR J-2 45 J-3 29 J J-5 65 J-6 66 J-9 30 J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J-60-A 113 J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J JJ-1 18 JJ JJ-3 46 JJ JJ-7 15 JJ JJ JJ JJ JJ JJ JJ JJ JJ JJ JJ JJ JJ JJ JJ JJ JJ JJ JJ JJ JJ JJ JJ JJ JJ JJ JJ JJ JJ JJ JJ JJ JJ JJ JJ JJ JJ JJ JJ JJ JJ JJ JJ JJ JJ JJ JJ JJ JJ JJ JJ JJ JJ JJ JJ JJ JJ JJ JJ JJ JJ JJ JJ JJ JJ JJ JJ JJ JJ JJ JJ JJ JJ JJ JJ JJ K-1 65 K-3 58 K-4 67 K-5 94 K-6 63 K-7 99 K-9 47 K K K K K K K K K K K K K K K K K K K K K K K K K K K K K K K K K K K K K K K K K K K K K K K K K-59A 149 K K K K K K K K K K K K K K K K K K K K K K K K K K K K K K K K K K K K KK-1 79 KK-3 66 KK-5 18 KK KK-7 27 KK-8 95 KK KK KK KK KK KK KK KK KK KK KK KK KK KK KK KK KK KK KK KK KK KK KK KK KK KK KK KK KK KK KK KK KK KK KK KK KK KK KK KK KK KK KK KK KK KK KK KK KK KK KK KK KK KK KK KK KK KK KK KK KK KK KK KK KK KK KK KK KK KK KK KK KK KK KK L-1 23 L-2 18 L-3 80 L L-5 65 L L-7 64 L-8 75 L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L-60-A 64 L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L LL-1 16 LL-2 17 LL LL LL-5 23 LL-6 84 LL LL LL LL LL LL LL LL LL LL LL LL LL LL LL LL LL LL LL LL LL LL LL LL LL LL LL LL LL LL LL LL LL LL LL LL LL LL LL LL LL LL LL LL LL LL LL LL LL LL LL LL LL LL LL LL LL LL LL LL LL LL LL LL LL LL LL LL LL LL M-1 29 M M-3 39 M M M-6 16 M-8 37 M M M M M M M M M M M M M M M M M M APPEDIX D 419

422 APPEDIX D 420 P Pg P Pg P Pg P Pg P Pg P Pg P Pg P Pg P Pg P Pg P Pg M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M ML-8050S 346 ML-8078S 346 ML-10078S 346 ML-12090S 346 ML-14098S 346 ML-20160S 346 ML-24160S 346 ML-27168S 346 ML-30190S 346 ML-36250S 346 ML-39250S 346 MM-2 46 MM-3 41 MM MM-5 25 MM-7 44 MM-9 55 MM MM MM MM MM MM MM MM MM MM MM MM MM MM MM MM MM MM MM MM MM MM MM MM MM MM MM MM MM MM MM MM MM MM MM MM MM MM MM MM MM MM MM MM MM MM MM MM MM MM MM MM MM MM MM MM MM MM MM MM MM MM MM MM MM MM MM MM MM MM MM MM MM MM MM DS DS DS DS DS DS DS DS DS DS DS DS DS DS DS DS DS DS DS DS DS DS DS DS DS DS DS DS DS DS DS DS DS DS DS DS DS DS DS DS DS DS DS DS DS DS DS DS DS DS DS O-1 79 O O O O-5 18 O O-7 23 O-8 17 O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O OO-2 62 OO-4 58 OO-5 62 OO-6 66 OO-7 19 OO OO-9 61 OO OO OO OO OO OO OO OO OO OO OO OO OO OO OO OO OO OO OO OO OO OO OO OO OO OO OO OO OO OO OO OO OO OO OO OO OO OO OO OO OO OO OO OO OO OO OO OO OO OO OO OO OO OO OO OO OO OO OO OO OO OO OO OO OO OO OO OO OO OO OO PP PP-2 47 PP PP-4 94 PP-6 99 PP-7 28 PP PP-9 25 PP PP PP PP PP PP PP PP PP PP PP PP PP PP PP PP PP PP PP PP PP PP PP PP PP PP PP PP PP PP PP PP PP PP PP PP PP PP PP PP PP PP PP PP PP PP PP PP PP PP PP PP PP PP PP PP PP PP PP PP PP PP PP PP PP PP PP PP PP PP PP PP PP PP PP PP Q-4 44 Q-5 82 Q-6 43 Q-7 41 Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q-61-A 125 Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q QQ-7 38 QQ QQ QQ QQ QQ QQ QQ QQ QQ QQ QQ QQ QQ QQ QQ QQ QQ QQ QQ QQ QQ QQ QQ QQ QQ QQ QQ QQ QQ R R R R R R R R R R R R R R R R-15-A 228 R R R R R R R R R R R R R-27-A 228 R R R-29-A 228 R R RR RR RR RR-5 44 RR-6 15 RR-7 60 RR-8 91 RR-9 66 RR RR RR RR RR RR RR RR RR RR RR RR RR RR RR RR RR RR RR RR RR RR RR RR RR RR RR RR RR RR RR S S S-3 38 S-4 79 S-5 44 S-6 30 S-7 95 S S-9 58 S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S

423 P Pg P Pg P Pg P Pg P Pg P Pg P Pg P Pg P Pg P Pg P Pg S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S APPEDIX D 421

424 APPEDIX D 422 P Pg P Pg P Pg P Pg P Pg P Pg P Pg P Pg P Pg P Pg P Pg S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S SW S 345 SW S 345 SW S 345 SW S 345 SW S 345 SW S 345 SW S 345 SW S 345 SW S A B C A B C A B C A B C A B C A B C A B C A B C 355 SP SP SP SP SP SP SP SP SP SP SP SP SP SP SP SP SP SP SP SP SP SP SP SP SS SS SS SS SS SS SS SS SS SS SS SS SS SS SS SS SS SS SS SS SS SS SS SS SS SS SS SS SS SS SSA SSA SSA SSA SSA SSA ST ST ST ST ST ST ST ST ST ST ST ST ST ST ST ST ST ST ST ST ST ST ST ST ST ST ST ST ST ST ST TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA TA-7000S 309 TA-7001S 309 TA-7002S 309 TA-7003S 309 TA-7004S 309 TA-7005S 309 TA-7006S 309 TA-7007S 309 TA-7008S 309 TA-7009S 309 TA-7010S 309 TA-7011S 309 TA-7012S 309 TA-7013S 309 TA-7014S 309 TA-7015S 309 TA-7016S 309 TA-7017S 309 TA-7018S 309 TA-7019S 309 TA-7020S 309 TA-7021S 309 TA-7022S 309 TA-7023S 309 TA-7024S 309 TA-7025S 309 TA-7026S 309 TA-7027S 309 TA-7028S 309 TA-7029S 309 TA-7030S 309 TA-7031S 309 TA-7032S 309 TA-7033S 309 TA-7034S 310 TA-7035S 310 TA-7036S 310 TA-7037S 310 TA-7038S 310 TA-7039S 310 TA-7040S 310 TA-7041S 310 TA-7042S 310 TA-7043S 310 TA-7044S 310 TA-7045S 310 TA-7046S 310 TA-7047S 310 TA-7048S 310 TA-7049S 310 TA-7050S 310 TA-7051S 310 TA-7052S 310 TA-7053S 310 TA-7054S 310 TA-7055S 310 TA-7056S 310 TA-7057S 310 TA-7058S 310 TA-7059S 310 TA-7060S 310 TA-7061S 310 TA-7062S 310 TA-7063S 310 TA-7064S 310 TA-7065S 310 TA-7066S 310 TA-7067S 310 TA-7068S 310 TA-7069S 310 TA-7070S 310 TA-7071S 310 TA-7072S 310 TA-7073S 310 TA-7074S 310 TA-7075S 310 TA-7076S 310 TA-7077S 310 TA-7078S 310 TA-7079S 310 TA-7080S 310 TA-7081S 310 TA-7082S 310 TA-7083S 310 TA-7084S 310 TA-7085S 310

425 P Pg P Pg P Pg P Pg P Pg P Pg P Pg P Pg P Pg P Pg P Pg TA-7086S 310 TA-7087S 310 TA-7088S 310 TA-7089S 310 TA-7090S 310 TA-7091S 310 TA-7092S 310 TA-7093S 310 TA-7094S 310 TA-7095S 310 TA-7096S 310 TA-7097S 310 TA-7098S 310 TA-7099S 310 TO TO TO TO TO TO TO TO TO TO TO TO TO TO TO TO TO TO TO TO TO TO TO TO TO TO TO TO TO TO TO TO TO TO TO TO TO TO TO TO TO TO TO TO TO TO TO TO TO TO TO TO TO TO TO TO TO TO TO TO TO TO TO TO TO TO TO TO TO TO TO TO TO TO TO TO TO TO TO TO TO TO TO TO TO TO TO TO TO TO TO TO TO TO TO TO TO TO TO TO TO TO TO TO TO TO TO TO TO TO TO TO TO TO TO TO TO TO TO TO TO TO TO TO TO TO TO TO TO TO-5000L 292 TO-5000LS 292 TO-5000R 292 TO-5000RS 292 TO-5001L 292 TO-5001LS 292 TO-5001R 292 TO-5001RS 292 TO-5002L 292 TO-5002LS 292 TO-5002R 292 TO-5002RS 292 TO-5003L 292 TO-5003LS 292 TO-5003R 292 TO-5003RS 292 TO-5004L 292 TO-5004LS 292 TO-5004R 292 TO-5004RS 292 TO-5005L 292 TO-5005LS 292 TO-5005R 292 TO-5005RS 292 TO-5006L 292 TO-5006LS 292 TO-5006R 292 TO-5006RS 292 TO-5007L 292 TO-5007LS 292 TO-5007R 292 TO-5007RS 292 TO-5008L 292 TO-5008LS 292 TO-5008R 292 TO-5008RS 292 TO-5009L 292 TO-5009LS 292 TO-5009R 292 TO-5009RS 292 TO-5010L 292 TO-5010LS 292 TO-5010R 292 TO-5010RS 292 TO-5011L 292 TO-5011LS 292 TO-5011R 292 TO-5011RS 292 TO-5012L 292 TO-5012LS 292 TO-5012R 292 TO-5012RS 292 TO-5013L 293 TO-5013LS 293 TO-5013R 293 TO-5013RS 293 TO-5014L 293 TO-5014LS 293 TO-5014R 293 TO-5014RS 293 TO-5015L 292 TO-5015LS 292 TO-5015R 292 TO-5015RS 292 TO-5016L 293 TO-5016LS 293 TO-5016R 293 TO-5016RS 293 TO-5017L 292 TO-5017LS 292 TO-5017R 292 TO-5017RS 292 TO-5018L 293 TO-5018LS 293 TO-5018R 293 TO-5018RS 293 TO-5019L 293 TO-5019LS 292 TO-5019R 293 TO-5019RS 292 TO-5020L 293 TO-5020LS 293 TO-5020R 293 TO-5020RS 293 TO-5021L 293 TO-5021LS 293 TO-5021R 293 TO-5021RS 293 TO-5022L 293 TO-5022LS 293 TO-5022R 293 TO-5022RS 293 TO-5023L 293 TO-5023LS 293 TO-5023R 293 TO-5023RS 293 TO-5024L 293 TO-5024R 293 TO-5025L 293 TO-5025R 293 TO-5026L 293 TO-5026R 293 TO-5027L 293 TO-5027LS 293 TO-5027R 293 TO-5027RS 293 TO-5028L 293 TO-5028LS 293 TO-5028R 293 TO-5028RS 293 TO-5029L 293 TO-5029LS 293 TO-5029R 293 TO-5029RS 293 TO-5030L 293 TO-5030LS 293 TO-5030R 293 TO-5030RS 293 TO-5031L 293 TO-5031LS 293 TO-5031R 293 TO-5031RS 293 TO-5032L 293 TO-5032LS 293 TO-5032R 293 TO-5032RS 293 TO-5033L 294 TO-5033LS 294 TO-5033R 294 TO-5033RS 294 TO-5034L 293 TO-5034LS 293 TO-5034R 293 TO-5034RS 293 TO-5035L 294 TO-5035LS 294 TO-5035R 294 TO-5035RS 294 TO-5036L 294 TO-5036LS 294 TO-5036R 294 TO-5036RS 294 TO-5037L 293 TO-5037LS 293 TO-5037R 293 TO-5037RS 293 TO-5038L 294 TO-5038LS 294 TO-5038R 294 TO-5038RS 294 TO-5039L 294 TO-5039LS 294 TO-5039R 294 TO-5039RS 294 TO-5040L 294 TO-5040LS 294 TO-5040R 294 TO-5040RS 294 TO-5041L 294 TO-5041LS 294 TO-5041R 294 TO-5041RS 294 TO-5042L 294 TO-5042LS 294 TO-5042R 294 TO-5042RS 294 TO-5043L 294 TO-5043LS 294 TO-5043R 294 TO-5043RS 294 TO-5044L 294 TO-5044LS 294 TO-5044R 294 TO-5044RS 294 TO-5045L 294 TO-5045LS 294 TO-5045R 294 TO-5045RS 294 TO-5046L 294 TO-5046LS 294 TO-5046R 294 TO-5046RS 294 TO-5047L 295 TO-5047LS 295 TO-5047R 295 TO-5047RS 295 TO-5048L 294 TO-5048LS 294 TO-5048R 294 TO-5048RS 294 TO-5049L 294 TO-5049LS 294 TO-5049R 294 TO-5049RS 294 TO-5050L 295 TO-5050LS 295 TO-5050R 295 TO-5050RS 295 TO-5051L 295 TO-5051LS 295 TO-5051R 295 TO-5051RS 295 TO-5052L 295 TO-5052LS 295 TO-5052R 295 TO-5052RS 295 TO-5053L 294 TO-5053LS 294 TO-5053R 294 TO-5053RS 294 TO-5054L 295 TO-5054LS 294 TO-5054R 295 TO-5054RS 295 TO-5055L 295 TO-5055LS 295 TO-5055R 295 TO-5055RS 295 TO-5056L 294 TO-5056LS 294 TO-5056R 294 TO-5056RS 294 TO-5057L 295 TO-5057LS 295 TO-5057R 295 TO-5057RS 295 TO-5058L 294 TO-5058LS 294 TO-5058R 294 TO-5058RS 294 TO-5059L 295 TO-5059LS 295 TO-5059R 295 TO-5059RS 295 TO-5060L 295 TO-5060R 295 TO-5061L 295 TO-5061LS 295 TO-5061R 295 TO-5061RS 295 TO-5062L 295 TO-5062R 295 TO-5063L 295 TO-5063R 295 TO-5064LS 295 TO-5064RS 295 TO-5065L 295 TO-5065LS 295 TO-5065R 295 TO-5065RS 295 TO-5066L 295 TO-5066LS 295 TO-5066R 295 TO-5066RS 295 TO-5067L 296 TO-5067LS 295 TO-5067R 296 TO-5067RS 295 TO-5068L 295 TO-5068LS 295 TO-5068R 295 TO-5068RS 295 TO-5069L 295 TO-5069LS 295 TO-5069R 295 TO-5069RS 295 TO-5070L 295 TO-5070LS 295 TO-5070R 295 TO-5070RS 295 TO-5071L 296 TO-5071LS 296 TO-5071R 296 TO-5071RS 296 TO-5072L 296 TO-5072LS 296 TO-5072R 296 TO-5072RS 296 TO-5073L 296 TO-5073LS 296 TO-5073R 296 TO-5073RS 296 TO-5074L 296 TO-5074LS 296 TO-5074R 296 TO-5074RS 296 TO-5075L 296 TO-5075LS 296 TO-5075R 296 TO-5075RS 296 TO-5076L 296 TO-5076LS 296 TO-5076R 296 TO-5076RS 296 TO-5077L 296 TO-5077LS 296 TO-5077R 296 TO-5077RS 296 TO-5078L 296 TO-5078LS 296 TO-5078R 296 TO-5078RS 296 TO-5079L 296 TO-5079LS 296 TO-5079R 296 TO-5079RS 296 TO-5080L 296 TO-5080LS 296 TO-5080R 296 TO-5080RS 296 TO-5081L 297 TO-5081R 297 TO-5082L 296 TO-5082LS 296 TO-5082R 296 TO-5082RS 296 TO-5083L 297 TO-5083R 297 TO-5084L 297 TO-5084R 297 TO-5085L 296 TO-5085LS 296 TO-5085R 296 TO-5085RS 296 TO-5086L 297 TO-5086R 297 TO-5087L 297 TO-5087R 297 TO-5088L 297 TO-5088R 297 TO-5089L 297 TO-5089R 297 TO-5090L 297 TO-5090R 297 TO-5091L 296 TO-5091LS 296 TO-5091R 296 TO-5091RS 296 TO-5092L 297 TO-5092R 297 TO-5093L 296 TO-5093R 296 TO-5094L 297 TO-5094R 297 TO-5095L 297 TO-5095R 297 TO-5096L 296 TO-5096R 296 TO-5097L 297 TO-5097LS 297 TO-5097R 297 TO-5097RS 297 TO-5098L 297 TO-5098R 297 TO-5099L 297 TO-5099R 297 TO-5100L 296 TO-5100LS 296 TO-5100R 296 TO-5100RS 296 TO-5101L 297 TO-5101LS 297 TO-5101R 297 TO-5101RS 297 TO-5102L 296 TO-5102LS 296 TO-5102R 296 TO-5102RS 296 TO-5103L 297 TO-5103LS 297 TO-5103R 297 TO-5103RS 297 TO-5104L 296 TO-5104LS 296 TO-5104R 296 TO-5104RS 296 TO-5105L 297 TO-5105LS 297 TO-5105R 297 TO-5105RS 297 TO-5106L 297 TO-5106LS 297 TO-5106R 297 TO-5106RS 297 TO-5107L 297 TO-5107LS 297 TO-5107R 297 TO-5107RS 297 TO-5108L 297 TO-5108LS 297 TO-5108R 297 TO-5108RS 297 TO-5109L 297 TO-5109LS 297 TO-5109R 297 TO-5109RS 297 TO-5110L 297 TO-5110LS 297 TO-5110R 297 TO-5110RS 297 TO-5111L 298 TO-5111LS 297 TO-5111R 298 TO-5111RS 297 TO-5112L 297 TO-5112LS 297 TO-5112R 297 TO-5112RS 297 TO-5113L 298 TO-5113LS 298 TO-5113R 298 TO-5113RS 298 TO-5114L 298 TO-5114R 298 TO-5115L 298 TO-5115R 298 TO-5116L 298 TO-5116R 298 TO-5117L 298 TO-5117R 298 TO-5118L 298 TO-5118R 298 TO-5119L 298 TO-5119R 298 TO-5120L 298 TO-5120R 298 TO-5121L 298 TO-5121R 298 TO-5122L 298 TO-5122R 298 TO-5123L 298 TO-5123LS 298 TO-5123R 298 TO-5123RS 298 TO-5124L 298 TO-5124R 298 TO-5125L 298 TO-5125LS 298 TO-5125R 298 TO-5125RS 298 TO-5126L 298 TO-5126LS 298 TO-5126R 298 TO-5126RS 298 TO-5127L 298 TO-5127LS 298 TO-5127R 298 TO-5127RS 298 TO-5128L 298 TO-5128LS 298 TO-5128R 298 TO-5128RS 298 TO-5129L 298 TO-5129LS 298 TO-5129R 298 TO-5129RS 298 TO-5130L 298 TO-5130LS 298 TO-5130R 298 TO-5130RS 298 TO-5131L 299 TO-5131LS 299 TO-5131R 299 TO-5131RS 299 TO-5132L 299 TO-5132LS 299 TO-5132R 299 TO-5132RS 299 TO-5133L 298 TO-5133LS 298 TO-5133R 298 TO-5133RS 298 TO-5134L 299 TO-5134LS 299 TO-5134R 299 TO-5134RS 299 TO-5135L 298 TO-5135LS 298 TO-5135R 298 TO-5135RS 298 TO-5136L 298 TO-5136LS 298 TO-5136R 298 TO-5136RS 298 TO-5137L 299 TO-5137R 299 TO-5138L 299 TO-5138LS 299 TO-5138R 299 TO-5138RS 299 TO-5139L 299 TO-5139R 299 TO-5140L 299 TO-5140LS 299 TO-5140R 299 TO-5140RS 299 TO-5141L 299 TO-5141R 299 TO-5142L 299 TO-5142LS 299 TO-5142R 299 TO-5142RS 299 TO-5143L 299 TO-5143R 299 TO-5144L 299 TO-5144R 299 TO-5145L 299 TO-5145LS 299 TO-5145R 299 TO-5145RS 299 TO-5146L 299 TO-5146R 299 TO-5147L 299 TO-5147R 299 TO-5148L 299 TO-5148R 299 TO-5149L 299 TO-5149R 299 TO-5150L 299 TO-5150R 299 TO-5151L 299 TO-5151LS 299 TO-5151R 299 TO-5151RS 299 TO-5152L 299 TO-5152R 299 TO-5153L 300 TO-5153LS 300 TO-5153R 300 TO-5153RS 300 TO-5154L 299 TO-5154R 299 TO-5155L 299 TO-5155R 299 TO-5156L 299 TO-5156R 299 TO-5157L 299 TO-5157LS 299 TO-5157R 299 TO-5157RS 299 TO-5158L 299 TO-5158LS 299 TO-5158R 299 TO-5158RS 299 TO-5159L 300 TO-5159LS 300 TO-5159R 300 TO-5159RS 300 TO-5160L 300 TO-5160LS 299 TO-5160R 300 TO-5160RS 300 TO-5161L 300 TO-5161LS 300 TO-5161R 300 TO-5161RS 300 TO-5162L 300 TO-5162LS 300 TO-5162R 300 TO-5162RS 300 TO-5163L 300 TO-5163LS 300 TO-5163R 300 TO-5163RS 300 TO-5164L 300 TO-5164LS 300 TO-5164R 300 TO-5164RS 300 TO-5165L 300 TO-5165LS 300 TO-5165R 300 TO-5165RS 300 TO-5166L 300 TO-5166LS 300 TO-5166R 300 TO-5166RS 300 TO-5167L 300 TO-5167LS 300 TO-5167R 300 TO-5167RS 300 TO-5168L 300 TO-5168LS 300 TO-5168R 300 TO-5168RS 300 TO-5169L 300 TO-5169LS 300 TO-5169R 300 TO-5169RS 300 TO-5170L 300 TO-5170LS 300 TO-5170R 300 TO-5170RS 300 TO-5171L 301 TO-5171LS 300 TO-5171R 301 TO-5171RS 301 TO-5172L 300 TO-5172LS 300 TO-5172R 300 TO-5172RS 300 TO-5173L 300 TO-5173LS 300 TO-5173R 300 TO-5173RS 300 TO-5174L 301 TO-5174LS 301 TO-5174R 301 TO-5174RS 301 TO-5175L 301 TO-5175LS 301 TO-5175R 301 TO-5175RS 301 TO-5176L 300 TO-5176LS 300 TO-5176R 300 TO-5176RS 300 TO-5177L 301 TO-5177LS 301 TO-5177R 301 TO-5177RS 301 TO-5178L 301 TO-5178LS 301 TO-5178R 301 TO-5178RS 301 TO-5179L 301 TO-5179R 301 TO-5180L 301 TO-5180R 301 TO-5181L 301 TO-5181R 301 TO-5182L 301 TO-5182LS 301 TO-5182R 301 TO-5182RS 301 TO-5183L 301 TO-5183R 301 TO-5184L 301 TO-5184R 301 TO-5185L 301 TO-5185R 301 TO-5186L 301 TO-5186LS 301 TO-5186R 301 TO-5186RS 301 TO-5187L 301 TO-5187LS 301 TO-5187R 301 TO-5187RS 301 TO-5188L 301 TO-5188LS 301 TO-5188R 301 TO-5188RS 301 TO-5189L 301 TO-5189LS 301 TO-5189R 301 TO-5189RS 301 TO-5190L 301 TO-5190LS 301 TO-5190R 301 TO-5190RS 301 TO-5191L 301 TO-5191LS 301 TO-5191R 301 TO-5191RS 301 TO-5192L 301 TO-5192LS 301 TO-5192R 301 TO-5192RS 301 TO-5193L 301 TO-5193LS 301 TO-5193R 301 TO-5193RS 301 TO-5194L 302 TO-5194LS 302 TO-5194R 302 TO-5194RS 302 TO-5195L 301 TO-5195LS 301 TO-5195R 301 TO-5195RS 301 TO-5196L 302 TO-5196LS 302 TO-5196R 302 TO-5196RS 302 TO-5197LS 301 TO-5197RS 301 TO-5198LS 301 TO-5198RS 301 TO-5199LS 302 TO-5199RS 302 TO-5200L 302 TO-5200LS 301 TO-5200R 302 TO-5200RS 301 TO-5201L 302 TO-5201LS 302 TO-5201R 302 TO-5201RS 302 TO-5202L 302 TO-5202LS 302 TO-5202R 302 TO-5202RS 302 TO-5203L 302 TO-5203R 302 TO-5204L 302 TO-5204R 302 TO-5205L 302 TO-5205R 302 TO-5206L 302 TO-5206R 302 TO-5207L 302 TO-5207LS 302 TO-5207R 302 TO-5207RS 302 TO-5208L 302 TO-5208R 302 TO-5209L 302 TO-5209R 302 TO-5210L 302 TO-5210R 302 TO-5211L 302 TO-5211R 302 TO-5212L 302 TO-5212R 302 TO-5213L 302 TO-5213LS 302 TO-5213R 302 TO-5213RS 302 TO-5214LS 302 TO-5214RS 302 TO-5215LS 302 TO-5215RS 302 TO-5216L 302 TO-5216LS 302 TO-5216R 302 TO-5216RS 302 TO-5217LS 302 TO-5217RS 302 TO-5218LS 302 TO-5218RS 302 TO-5219L 303 TO-5219LS 302 TO-5219R 303 TO-5219RS 303 TO-5220L 302 TO-5220LS 302 TO-5220R 302 TO-5220RS 302 TO-5221LS 303 TO-5221RS 303 TO-5222LS 302 TO-5222RS 302 TO-5223L 303 TO-5223LS 303 TO-5223R 303 TO-5223RS 303 TO-5224LS 302 TO-5224RS 302 TO-5225LS 302 TO-5225RS 302 TO-5226LS 303 TO-5226RS 303 TO-5227LS 302 TO-5227RS 302 TO-5228L 303 TO-5228LS 303 TO-5228R 303 TO-5228RS 303 TO-5229L 303 TO-5229R 303 TO-5230L 303 TO-5230R 303 TO-5231L 303 TO-5231R 303 TO-5232L 303 TO-5232R 303 TO-5233L 303 TO-5233R 303 TO-5234LS 303 TO-5234RS 303 TO-5235L 303 TO-5235R 303 TO-5236L 303 TO-5236R 303 TO-5237L 303 TO-5237R 303 TO-5238L 303 TO-5238R 303 TO-5239L 303 TO-5239R 303 TO-5240L 303 TO-5240R 303 TO-5241L 303 TO-5241R 303 TO-5242LS 303 TO-5242RS 303 TO-5243LS 303 TO-5243RS 303 TO-5244LS 303 TO-5244RS 303 TO-5245L 303 TO-5245LS 303 TO-5245R 303 TO-5245RS 303 TO-5246LS 303 TO-5246RS 303 TO-5247LS 303 TO-5247RS 303 TO-5248LS 303 TO-5248RS 303 TO-5249LS 303 TO-5249RS 303 TO-5250LS 303 TO-5250RS 303 TO-5251LS 303 TO-5251RS 303 TO-5252LS 303 TO-5252RS 303 TO-5253LS 303 TO-5253RS 303 TO-5254LS 303 TO-5254RS 303 TO-5255LS 303 TO-5255RS 303 TO-5256LS 303 TO-5256RS 303 TO-5257LS 303 TO-5257RS 303 TO-5258LS 303 TO-5258RS 303 TT-3 23 TT-7 29 TT-9 24 TT TT TT TT TT TT TT TT TT TT TT TT TT TT TT TT TT TT TT TT TT TT TT TT TT U-3 96 U U-9 23 U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U-61A 93 U U U U U U U U U U U U U U U U U U U U U U A 358 U A 358 U A 358 U A 358 U A 358 U A 358 U A 358 U A 358 U A 358 U A 358 U A 358 U A 358 U A 359 U A 359 U A 359 U A 359 U A 359 U A 359 U A 359 U A 359 U A 359 U A 359 U A 359 U A 359 U A 359 U A 359 U A 359 U A 360 U A 360 U A 360 U A 360 U A 360 U A 360 U A 360 U A 360 U A 360 U A 360 U A 360 U A 360 U A 360 U A 360 U A 360 U A 361 U A 361 U A 361 U A 361 U A 361 U A 361 U A 361 U A 361 U A 361 U A 361 U A 361 U A 361 U A 361 U A 361 U A 361 U A 361 U A 361 U A 362 U A 362 U A 362 U A 362 U A 362 U A 362 U A 362 U A 362 APPEDIX D 423

426 APPEDIX D 424 P Pg P Pg P Pg P Pg P Pg P Pg P Pg P Pg P Pg P Pg P Pg U A 362 U A 362 U A 362 U A 362 U A 362 U A 362 U A 362 U A 362 U A 362 U A 362 U A 362 U A 363 U A 363 U A 363 U A 363 U A 363 U A 363 U A 363 U A 363 U A 363 U A 363 U A 363 U A 363 U A 363 U A 363 U A 363 U A 363 U A 363 U A 363 U A 363 U A 364 U A 364 U A 364 U A 364 U A 364 U A 364 U A 364 U A 364 U A 364 U A 364 U A 364 U A 364 U A 364 U A 364 U A 364 U A 364 U A 364 U A 364 U A 364 U A 365 U A 365 U A 365 U A 365 U A 365 U A 365 U A 365 U A 365 U A 365 U A 365 U A 365 U A 365 U A 365 U A 365 U A 365 U A 365 U A 365 U A 365 U A 365 U A 365 U A 365 U A 366 U A 366 U A 366 U A 366 U A 366 U A 366 U A 366 U A 366 U A 366 U A 366 U A 366 U A 366 U A 366 U A 366 U A 366 U A 366 U A 366 U A 366 U A 366 U A 366 U A 366 UH50X1-1/2 367 UH50X1-1/4 367 UH50X1-3/4 367 UH50X2 368 UH50X2-1/4 368 UH62X1-1/2 368 UH62X1-1/4 368 UH62X1-3/4 368 UH62X2 368 UH62X2-1/4 368 UH75X1-1/2 368 UH75X1-3/4 368 UH75X2 368 UH75X2-1/2 368 UH75X2-1/4 368 UH75X2-3/4 368 UH75X3 368 UH87X1-1/2 368 UH87X1-3/4 368 UH87X2 368 UH87X2-1/2 368 UH87X2-1/4 368 UH87X2-3/4 368 UH87X3 368 UH100X1-1/2 368 UH100X1-3/4 368 UH100X2 368 UH100X2-1/2 368 UH100X2-1/4 368 UH100X2-3/4 368 UH100X3 368 UH125X2 368 UH125X2-1/2 368 UH125X2-1/4 368 UH125X2-3/4 368 UH125X3 368 UH150X2 368 UH150X2-1/2 368 UH150X2-1/4 368 UH150X2-3/4 368 UH150X3 368 UL18X1-1/2 367 UL18X1-1/4 367 UL25X1-1/2 367 UL25X1-1/4 367 UL25X1-3/4 367 UL25X2 367 UL31X1-1/2 367 UL31X1-1/4 367 UL31X1-3/4 367 UL31X2 367 UL37X1-1/2 367 UL37X1-1/4 367 UL37X1-3/4 367 UL37X2 367 UL50X1-1/2 367 UL50X1-1/4 367 UL50X1-3/4 367 UL50X2 367 UL50X2-1/4 367 UL62X1-1/2 367 UL62X1-1/4 367 UL62X1-3/4 367 UL62X2 367 UL62X2-1/4 367 UL75X1-1/2 367 UL75X1-3/4 367 UL75X2 367 UL75X2-1/2 367 UL75X2-1/4 367 UL75X2-3/4 367 UL75X3 367 UL87X1-1/2 367 UL87X1-3/4 367 UL87X2 367 UL87X2-1/2 367 UL87X2-1/4 367 UL87X2-3/4 367 UL87X3 367 UL100X1-1/2 367 UL100X1-3/4 367 UL100X2 367 UL100X2-1/4 367 UL100X2-3/4 367 UL100X3 367 UM50X1-1/2 367 UM50X1-1/4 367 UM50X1-3/4 367 UM50X2 367 UM50X2-1/4 367 UM62X1-1/2 367 UM62X1-1/4 367 UM62X1-3/4 367 UM62X2 367 UM62X2-1/4 367 UM75X1-1/2 367 UM75X1-3/4 367 UM75X2 367 UM75X2-1/2 367 UM75X2-1/4 367 UM75X2-3/4 367 UM75X3 367 UM87X1-1/2 367 UM87X1-3/4 367 UM87X2 367 UM87X2-1/2 367 UM87X2-1/4 367 UM87X2-3/4 367 UM87X3 367 UM100X1-1/2 367 UM100X1-3/4 367 UM100X2 367 UM100X2-1/2 367 UM100X2-1/4 367 UM100X2-3/4 367 UM100X3 367 UU-4 25 UU-5 39 UU UU UU UU UU UU UU UU UU UU UU UU UU UU UU UU UU UU UU UU UU V V-4 67 V-5 42 V V V-9 39 V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V-2 47 V V-5 36 V V-8 46 V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V W-1 29 W W-4 64 W-5 57 W-6 49 W-8 98 W-9 58 W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W-60A 37 W W W W W W W W W W W W W W W W W W W W W W W W W W W W W WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV-25039A 344 WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WAV WW-8 98 WW WW WW WW WW WW WW WW WW WW WW WW WW WW WW WW WW WW WW WW WW WW WW WW WW WW WW WW WW WW WW WW WW XX-6 65 XX XX XX XX XX XX XX XX XX XX XX XX XX XX XX XX XX XX XX XX XX XX XX XX XX XX XX XX XX XX XX XX XX XX XX Y-5 60 Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y YY-3 59 YY-9 17 YY YY YY YY YY YY YY YY YY YY YY YY YY YY YY YY YY YY YY YY YY YY YY YY YY YY YY YY YY YY YY YY YY YY Z-1 82 Z-2 55 Z-3 40 Z-4 82 Z-5 67 Z-7 25 Z-8 95 Z Z Z Z Z Z Z Z Z Z Z Z Z Z Z Z Z Z Z Z Z Z Z Z Z Z Z Z Z Z Z Z Z Z Z Z Z Z Z Z Z Z Z Z Z Z Z Z Z Z Z Z Z Z Z Z Z Z Z ZZ ZZ ZZ ZZ ZZ ZZ ZZ ZZ ZZ ZZ ZZ ZZ ZZ ZZ ZZ ZZ ZZ ZZ ZZ ZZ ZZ ZZ ZZ ZZ ZZ ZZ ZZ ZZ ZZ ZZ ZZ ZZ ZZ ZZ ZZ ZZ ZZ ZZ ZZ ZZ ZZ ZZ ZZ ZZ ZZ ZZ ZZ ZZ ZZ ZZ ZZ ZZ ZZ ZZ ZZ ZZ ZZ ZZ ZZ ZZ ZZ ZZ ZZ ZZ ZZ ZZ ZZ ZZ ZZ ZZ ZZ ZZ ZZ ZZ ZZ ZZ ZZ ZZ ZZ ZZ ZZ ZZ ZZ ZZ ZZ ZZ ZZ ZZ ZZ ZZ ZZ ZZ ZZ ZZ ZZ ZZ ZZ ZZ ZZ ZZ ZZ ZZ ZZ ZZ ZZ ZZ ZZ ZZ ZZ ZZ ZZ ZZ ZZ ZZ ZZ ZZ ZZ ZZ ZZ ZZ ZZ ZZ ZZ ZZ ZZ ZZ ZZ ZZ ZZ ZZ ZZ ZZ ZZ ZZ ZZ ZZ ZZ ZZ ZZ ZZ ZZ ZZ ZZ ZZ ZZ ZZ ZZ ZZ ZZ ZZ

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