ISO 9001:2008 LOCKING ASSEMBLIES SHRINK DISCS KEYLESS RIGID COUPLINGS

Transcription

1 OCKING ASSEMBIES SHRINK DISCS KEYESS RIGID COUPINGS

2 Introuction ISO 9001:2008 CIMAX Metal Proucts Company & MAV S.p.A. A Unique Partnership In June 2011, CIMAX entere an exclusive agreement with MAV S.p.A. of Bosentino, Italy to market an sell MAV s Keyless ocking Devices in the North American market. Perche on a hillsie in the breathtaking Dolomites, the foothills of the Alps, MAV has been a worlwie leaer in the esign an manufacture of Keyless ocking Devices an relate proucts for over 30 years. By joining forces, CIMAX an MAV offer the North American OEM an inustrial istribution markets an unparallele combination of prouct quality, extensive inventory, esign an application acumen, an flexible manufacturing with attractive lea times. Together we have unsurpasse knowlege about KDs an their applications. 2

3 CIMAX Keyless ocking Device Complete Prouct ine CIMAX Keyless ocking Devices are sol in a variety of styles to suit nearly any application: Inex Series C192 ocking Assembly (Prouct Specifications On Pages 12-13) Drop-in replacement for commonly use hex nut keyless bushings Simple installation using annular M6 Socket Hea Cap Screws No axial movement of mounte component uring installation Series C193 ocking Assembly (Prouct Specifications On Pages 14-15) Single taper, compact esign for smaller shaft iameters Self-centering for excellent concentricity No axial movement of mounte component uring installation Series C133 ocking Assembly (Prouct Specifications On Pages 16-17) Single taper esign with flange Excellent concentricity No axial movement of mounte component uring installation Series C123 ocking Assembly (Prouct Specifications On Pages 18-19) Single taper esign Flangeless esign mounts flush insie component bore Mounte component moves axially uring installation Series C200 ocking Assembly (Prouct Specifications On Pages 20-21) Original ouble taper, self-releasing esign First-generation evice; not self-centering No axial movement of mounte component uring installation Series C170 ocking Assembly (Prouct Specifications On Pages 22-23) Single taper esign with flange an integrate spacer Excellent concentricity Thin cross section accommoates smaller iameter mounte component Series C405 ocking Assembly (Prouct Specifications On Pages 24-25) Heavy uty Wier esign transmits higher torque an bening moments Excellent concentricity; extremely robust for the most emaning applications Series C415 ocking Assembly (Prouct Specifications On Pages 26-27) Meium uty Wier esign transmits higher torque an bening moments Excellent concentricity Series C733 & C732 Shrink Discs (Prouct Specifications On Pages 28-29) External keyless locking evice; Stanar an Heavy Duty esigns Inherently balance for high spee applications Preferre solution for coupling hubs an hollow shaft gearboxes Series C600 Keyless Rigi Couplings (Prouct Specifications On Pages 30-31) Cost-effective shaft-to-shaft keyless coupling High torque an bening moment capacity Preferre solution for torque-arm mounte hyraulic rives Available with steppe bore upon request 3

4 4Technical Why Go Keyless? Traitional Connection Methos for Rotating Power Transmission Components Traitionally, rive elements like gears, sprockets, lever arms, etc. were affixe to rotating shafts using a keyway an key, perhaps with a setscrew to fix axial positioning uring operation. These connections, while relatively simple an reliable when transmitting smooth, consistent power, prove inaequate when vibratory, shock or reversing loas are present. Keye connections subjecte to such extreme operating environments will poun out over time, as each time the loa reverses or cycles off an on the rive element spins on the shaft through the clearance between key an keyway, then stops abruptly upon contacting the key. This phenomenon is typically referre to as backlash. Further, the rubbing between shaft an component bore surfaces uring this slippage leas to fretting corrosion, which over time can cause col weling of components an coul ultimately lea to weakene shafts an/or shaft failures. Spline connections, albeit to a lesser egree, suffer from the same limitations as keye connections, with their extremely high fabrication costs an aitional rawback. Interference Fits A frictional connection between shaft an component solves the problems associate with backlash, an aitionally eliminates the machining operations require for keyways. Further, shafts, along with any other require rive elements, can be mae smaller once the keyway notch factor is remove. These frictional connections, in the form of heat shrink or press fits, provie an even pressure istribution an are entirely backlash-free. As a result, an interference fit will never poun out or fret, provie the interference preloa is sufficiently greater than the applie loa. The limitations of this approach, however, quickly become apparent uring assembly an removal, where application of heat an/or very high forces is require. CIMAX Keyless ocking Devices provie the ultimate solution by elivering all of the avantages of interference fits with none of the installation an removal limitations. Our ocking Assemblies, Shrink Discs an Keyless Rigi Couplings offer a zero-backlash component mounting or coupling solution using multiple high strength screws an opposing tapers to evelop a mechanically generate interference fit. Installation an removal is accomplishe with simple han tools, greatly simplifying component positioning an fiel maintenance. CIMAX Keyless ocking Devices offer avantages over all other component mounting technologies: CIMAX Keyless ocking Devices Key an Keyway Spline QD or Taper ock Bushing Shrink or Press Fit Provie a zero-backlash connection ü ü Eliminate keyway notch factor/ allow smaller shafts ü ü Easily installe an remove with han tools ü ü ü ü - Permit infinite axial an angular timing ü Transmit torque, bening an axial thrust ü ü

5 Engineering / Technical Information Selection CIMAX Keyless ocking Devices are esigne to transmit torque, bening, thrust an raial loas, both static an ynamic, iniviually an in various combinations. The following information is provie to assist in proper selection: Technical Torque ny CIMAX Keyless ocking Devices will be use in applications subjecte to torque only. In these applications the Peak Torque = T must be calculate an compare to the Rate Torque Capacity M t of the CIMAX KD being consiere. M t (from specification tables) > T If Peak Torque T cannot be etermine with accuracy, it is recommene that Nominal Torque = T nom be use instea, along with an appropriate Service Factor to account for start-up or stall conitions, mass accelerations, impact loas, etc. Nominal Torque T nom can be calculate as follows: T nom (ft-lb) = 5252 x HP RPM M t (from specification tables) > T nom x Service Factor Note that in all cases our publishe Rate Torque Capacity M t is calculate without using a safety factor. Accoringly, it shoul be assume that a CIMAX Keyless ocking Device connection will slip if a torque higher than is applie. All publishe capacities an contact pressures assume that locking screws are tightene to the publishe ocking Screw Tightening Torque M a accoring to CIMAX Installation an Removal Instructions. If require, torque capacities an contact pressures for installe units can be manipulate within certain limits by ajusting ocking Screw Tightening Torque M a from its publishe value, as follows: Series C200:... up to 20% higher or up to 40% lower Series C133/C193:... up to 40% lower Series C123:... up to 10% lower Series C170:... up to 20% lower Series C405/C415:... up to 40% lower Within these limits, Rate Torque Capacity, Rate Thrust Capacity Fax an Contact Pressures Ps an P h are a linear function of ocking Screw Tightening Torque M a. For applications requiring 2 or more CIMAX Keyless ocking Devices installe in series, please consult with CIMAX for proper selection. 5

6 6Technical Engineering / Technical Information (Continue) Thrust The raial force applie to the shaft an mounte component by a CIMAX KD will resist a significant amount of axial thrust. The Rate Thrust Capacity Fax of any CIMAX KD is etermine using the following equation: 24 x Fax (lbs.f) = = Rate Torque Capacity (from specification tables) = shaft iameter (in) Bening Moments Reversing bening moments are a frequently overlooke sizing factor in mechanical power transmission applications. Bening loas are present whenever a raial loa from the weight of components, belt or chain tension, etc. acts outsie the centerline of the shaft/hub connection. Reversing bening moments occur when such loas cycle between tension an compression as a mounte component rotates through 360 egrees, as is the case on rolls or conveyor pulleys. Most traitional component mounting technologies keys an keyways, QD-style or Taper-ock bushing systems, etc. are not esigne to transmit reversing bening loas an these conitions will typically lea to failure, whether of the connection itself, the mounte component or the shaft. CIMAX Keyless ocking Devices are specifically esigne to transmit reversing bening moments within the following limits: CIMAX Series Rate Bening Moment Capacity M b C200 22% of M t C733, C732 an C600 25% of M t C123, C133, C192 an C193 28% of M t C415 32% of M t C405 35% of M t Combine oas It is not uncommon for CIMAX Keyless ocking Devices to be subjecte to some combination of torque, axial thrust an reversing bening. Our proucts are well suite for these environments, but proper selection requires calculating a resultant torque using the various applie loas, as follows: T res = T 2 _ + (F x ) 2 + (2 x B) 2 2 T = Peak Torque F = Peak Thrust (lbs.f) B = Peak Bening Moment = shaft iameter (ft) M t (from specification tables) > T res an M b (see above) > B

7 Engineering / Technical Information (Continue) Raial oas Raial loas, typically associate with pin or axle connections, occur when an applie loa F ra acts perpenicular to the centerline of the shaft. Selection of a suitable CIMAX Keyless ocking Device is base on etermining the equivalent contact pressure on the shaft P ra, as follows: Technical P ra = F ra x F ra = applie raial loa (lbs.f) = shaft iameter (in) = KD contact length (in) (from specification tables) Then an acceptable raial loa application is one in which P s > Pra, AND Ps + Pra < YP, where: Ps = shaft contact pressure (from specification tables) YP = tensile yiel point of shaft material terial CIMAX Keyless ocking Devices are manufacture from high carbon an alloy steel. Surface Finish an ubricity CIMAX Keyless ocking Devices carry rate capacities that rely upon both lubricity an surface finish. Components to be mounte using a CIMAX KD shoul be machine to achieve a surface finish of between 63 an 125 µin RMS. A surface finish outsie this range coul result in a reuction of the loa carrying capacity of the connection. ubricity is likewise critically important to the successful application of our proucts, as it irectly affects the Coefficient of Friction (COF) between mate components. Our internal ocking Assemblies are supplie an installe with orinary machine oil on all locking screws an mate surfaces to achieve a COF equal to.12. Our external Shrink Discs an Keyless Rigi Couplings require a solvent cleane an ry shaft interface to achieve a COF equal to.15. Temperature CIMAX Keyless ocking Devices are esigne to operate through a temperature range of 0º to 400º F. Note that mate components of issimilar materials may react to temperature increases at ifferent rates. Please consult with CIMAX regaring such applications. Mounting Over Existing Keyways CIMAX Keyless ocking Devices can be installe over existing empty keyways. Both CIMAX ocking Assemblies an Shrink Discs shoul be rotate to position inner ring raial slits approximately opposite the keyway an a locking screw irectly over the keyway. CIMAX Keyless ocking Devices are not e-rate when installe over existing empty keyways. 7

8 8Technical Engineering / Technical Information (Continue) Non-Stanar Diameters In situations where the measure shaft iameter oes not match any stanar CIMAX ocking Assembly, perhaps as a result of amage or excessive wear, a simple aaptor sleeve can be fabricate to effectively shim the existing shaft to a stanar nominal iameter. These aaptor sleeves can be slit lengthwise or left soli, with slit sleeves allowing more relaxe machining tolerances. Wall thickness shoul not excee 12.5% of measure shaft iameter. Recommene machining tolerances are as follows: +0 / -.002" on the sleeve OD; -0 / +.001".002" on the bore of a soli sleeve; -0 / +.002".004" on the bore of a slit sleeve. For slit aaptor sleeves rate torque capacities for these connections is taken irectly from the CIMAX ocking Assembly selecte, provie the aaptor sleeve/shaft interface is clean an ry (for a coefficient of friction equal to.15) an the aaptor wall thickness is within prescribe limits. Plating CIMAX ocking Assemblies an Keyless Rigi Couplings are stocke unplate, while Shrink Discs are supplie with zinc-plate outer rings. Upon request, all CIMAX Keyless ocking Devices can be quote with either of two after-market plating options: inustry-stanar electroless Nickel or Armoloy Thin Dense Chrome (TDC). Both plating solutions offer excellent corrosion resistance with no reuction of rate torque capacity. Hub Strength Calculations to Ensure Aequate Hub Dimensions As CIMAX Keyless ocking Devices exert high compression an expansion forces, the following formulas are presente to assist with calculations require to ensure that components mounte with our proucts are of aequate strength. Applications Using CIMAX ocking Assemblies To ensure aequate wall thickness of the mounte component, use the following equation: Dn = D YP + (Ph x C) YP (P h x C) D = the publishe OD (in inches) of the ocking Assembly selecte (from specification tables) Ph = hub contact pressure (in psi) of the ocking Assembly selecte (from specification tables) YP = the tensile yiel point (in psi) of the mounte component C = a Pressure Reuction Factor selecte base on the relationship between the length-thru-bore (TB) of the mounte component an the contact length () of the ocking Assembly selecte, as shown below: For C123, C133, C192, C193, C200 an C170 For C405 an C415 When TB < 1.5 x, C = 1.0 When TB < 1.25 x, C = 1.0 When 1.5 x TB < 2 x, C =.8 When 1.25 x TB < 1.5 x, C =.8 When TB 2 x, C =.6 When TB 1.5 x, C =.6

9 Engineering / Technical Information (Continue) Applications Using CIMAX Shrink Discs The component hub wall thickness for Shrink Disc applications is nominally the ifference between the Shrink Disc ID an the shaft iameter. As we o not wish for the use of our proucts to weaken the rive system, our specifications limit the size of the shaft iameter recommene for use with each Shrink Disc to a size which results in a component hub that is at least as strong, both in bening an in torsion, as the unerlying shaft. Technical In general, component hub material with a minimum tensile yiel point of 45ksi is recommene. Cast iron component hubs are acceptable, but we recommen selecting the next larger size Shrink Disc for these applications. To eliminate possible fretting corrosion an associate complications, when machining a hub for use uner a Shrink Disc, it is recommene that the fit length be limite to the Shrink Disc inner ring length ( from the specification tables), with the remaining TB relieve using a non-tolerance clearance. See the illustration atop Page 28. C600 Keyless Rigi Coupling Engineering Information Our C600 Series Keyless Rigi Coupling is esigne to simultaneously transmit the combine torque an reversing bening common to shaft-mounte rive applications. Proper coupling selection is achieve through the following proceure: Ientify nominal iameters of shafts to be joine (note that unequal shaft iameters up to a size ratio of approximately 2:1 can be accommoate). The C600 Type is selecte base on the larger shaft iameter. Refer to Figure 1 below an establish all require imensions, incluing: A = Distance (ft) from Torque Arm fixture point to C600 center B = Distance (ft) from CG of prime mover to C600 center = Torque arm length (ft) T = ximum torque to be transmitte, incluing any esire Service Factor W = weight (lbs.f) of the prime mover Then F TR (lbs.f) = T M B = (W x B) + (F TR x A) T RES = [(T) 2 + (2 x M B ) 2 ] A B The Series C600 selection is approve provie BOTH: (from specification tables) > T RES AND M B < 0.25 x For applications where the above analysis yiels marginal results, please contact us for possible esign alternatives that may qualify the application. Fig. 1 9

10 Technical an Hub Tolerances Ø Hub Diameter (inch) over incluing * Ø Hub Diameter (mm) over incluing C193 [-0.0] C123/C133 [-0.0] C170 [-0.0] C200 [-0.0] C405/C415 [-0.0] inch mm inch mm inch mm inch mm inch mm Ø Diameter (inch) over incluing * Ø Diameter (mm) over incluing C193 [+0.0] C123/C133 [+0.0] C170 [+0.0] C200 [+0.0] C405/C415 [+0.0] C600 [+0.0] inch mm inch mm inch mm inch mm inch mm inch mm *Consult CIMAX for iameters in excess of those shown 10

11 Roark s Formulas for Stress an Strain applie to a thick cyliner subjecte to Internal Pressure External Pressure Technical σ σ σ σ TANGENTIA STRESSES σ t TANGENTIA STRESSES σ t 2 Q D σtx = P Q 2 x 2 P σtx= Q 2 x 1+ Q σti = P 1 Q 2P σti = 1 Q Q σ to = 2P 1 Q 1+ Q σ to = P 1 Q RADIA STRESSES Q Q σrx= P 1 σ ri = P σ ro = 0 σ 2 D 1 2 x r RADIA STRESSES 2 P σrx= 1 1 Q 2 x σ ri = 0 σ ro = P σ r EXPANSION - CONTRACTION EXPANSION - CONTRACTION = P ( ν + 1) + ( ν 1) Q νe(1 Q) = 2P E(1 Q) DQ D = 2P E(1 Q) D = PD ( ν 1) + ( ν + 1) Q νe (1 Q) COMBINED HUB STRESSES σ ν = σ σ ( σ σ ) t + r t r + 3 τ i = Insie of cyliner o = Outsie of cyliner ν = Poisson s ration for steel: E = moulus of elasticity for steel: 30 x 10 psi P = pressure τ = torsional hub stress 2 Q = D 11

12 12C192 Inch CIMAX ISO 9001:2008 Series C192 ocking Assembly Drop-in replacement for commonly use hex nut keyless bushings Simple installation using annular M6 Socket Hea Cap Screws No axial movement of mounte component uring installation (in) D D (in-lbs) Fax (lbs.f) Ps Ph Dn* ocking Screws C192E-062 5/ ,708 5,471 24,827 10, M6 x C192E / ,876 5,471 22,580 10, M6 x C192E-075 3/ ,053 5,471 20,695 10, M6 x C192E / ,779 6,839 20,435 9, M6 x C192E-087 7/ ,992 6,839 18,973 9, M6 x C192E / ,204 6,839 17,714 9, M6 x C192E ,416 6,839 16,605 9, M6 x C192E / ,363 8,207 16,390 8, M6 x C192E / ,620 8,207 15,478 8, M6 x C192E / ,877 8,207 14,667 8, M6 x C192E / ,133 8,207 13,933 8, M6 x C192E / ,178 10,943 11,825 6, M6 x C192E / ,523 10,943 11,287 6, M6 x C192E / ,868 10,943 10,798 6, M6 x C192E / ,205 10,943 10,348 6, M6 x C192E / ,550 10,943 8,819 5, M6 x C192E / ,895 10,943 8,480 5, M6 x C192E / ,231 10,943 8,167 5, M6 x C192E / ,577 10,943 7,875 5, M6 x C192E / ,922 10,943 6,406 4, M6 x C192E / ,258 10,943 6,192 4, M6 x C192E / ,603 10,943 5,993 4, M6 x C192E ,940 10,943 5,805 4, M6 x * Minimum hub outsie iameter base on a Pressure Reuction Factor of C=1.0 an hub material with tensile yiel point 45,000 psi. For etails refer to page 8. D an bore tolerance on all sizes: ±.003" (in-lbs) D

13 Series C192 ocking Assembly CIMAX Series C192 installe in a roller chain sprocket. Note that unlike with many hex nut keyless bushings, the sprocket oes not move axially uring installation, greatly simplifying chain alignment. Our Series C192 is supplie Zinc plate from stock for ae corrosion protection. C192 Metric CIMAX (mm) D D (in-lbs) Fax (lbs.f) Ps Ph Dn* ocking Screws C192M-15X ,620 5,471 26,283 10, M6 x C192M-16X ,726 5,471 24,641 10, M6 x C192M-17X ,832 5,471 23,191 10, M6 x C192M-18X ,938 5,471 21,903 10, M6 x C192M-19X ,045 5,471 20,750 10, M6 x C192M-20X ,691 6,839 21,089 9, M6 x C192M-22X ,965 6,839 19,172 9, M6 x C192M-24X ,231 6,839 17,574 9, M6 x C192M-25X ,363 6,839 16,871 9, M6 x C192M-28X ,523 8,207 15,799 8, M6 x C192M-30X ,850 8,207 14,746 8, M6 x C192M-32X ,169 8,207 13,824 8, M6 x C192M-34X ,320 10,943 11,596 6, M6 x C192M-35X ,541 10,943 11,264 6, M6 x C192M-36X ,753 10,943 10,951 6, M6 x C192M-38X ,187 10,943 10,375 6, M6 x C192M-40X ,621 10,943 8,751 5, M6 x C192M-42X ,045 10,943 8,334 5, M6 x C192M-45X ,692 10,943 6,554 4, M6 x C192M-48X ,338 10,943 6,144 4, M6 x C192M-50X ,771 10,943 5,898 4, M6 x * Minimum hub outsie iameter base on a Pressure Reuction Factor of C=1.0 an hub material with tensile yiel point 45,000 psi. For etails refer to page 8. (in-lbs) 13

14 C193 ISO 9001:2008 Series C193 ocking Assembly Single taper, compact esign for smaller shaft iameters Self-centering for excellent concentricity No axial movement of mounte component uring installation D D Inch CIMAX (in) D D (in-lbs) Fax (lbs.f) Ps Ph Dn* ocking Screws C193E-025 1/ ,479 39,820 12, M4 x C193E-031 5/ ,643 35,396 12, M4 x C193E-037 3/ ,643 29,496 11, M4 x C193E-050 1/ ,191 29,496 13, M4 x C193E-062 5/ ,027 3,286 29,546 15, M4 x C193E-075 3/ ,232 3,286 24,622 14, M4 x C193E-087 7/ ,309 5,277 27,070 15, M5 x C193E ,518 7,037 31,582 18, M5 x C193E / ,453 7,916 27,900 16, M5 x C193E / ,222 8,796 29,368 18, M5 x C193E / ,497 8,796 27,900 17, M5 x C193E / ,047 8,796 25,364 16, M5 x * Minimum hub outsie iameter base on a Pressure Reuction Factor of C=1.0 an hub material with tensile yiel point 45,000 psi. For etails refer to page 8. (in-lbs) 14

15 Series C193 ocking Assembly CIMAX Series C193 mounts an aluminum synchronous pulley on a brushless servo motor. ny of toay s high performance servo an stepper rives are supplie with no keyway. C193 Metric CIMAX (mm) D D (in-lbs) Fax (lbs.f) Ps Ph Dn* ocking Screws C193M ,479 42,143 12, M4 x C193M ,643 35,119 12, M4 x C193M ,643 28,095 11, M4 x C193M ,191 34,055 13, M4 x C193M ,191 31,217 13, M4 x C193M ,286 33,504 15, M4 x C193M ,286 31,270 15, M4 x C193M ,035 3,286 29,316 15, M4 x C193M ,229 3,286 24,687 14, M4 x C193M ,078 5,277 30,082 15, M5 x C193M ,285 5,277 27,347 15, M5 x C193M ,324 7,037 33,424 18, M5 x C193M ,463 7,037 32,087 18, M5 x C193M ,363 7,916 28,473 16, M5 x C193M ,194 8,796 29,527 18, M5 x C193M ,541 8,796 27,682 17, M5 x C193M ,060 8,796 25,309 16, M5 x * Minimum hub outsie iameter base on a Pressure Reuction Factor of C=1.0 an hub material with tensile yiel point 45,000 psi. For etails refer to page 8. (in-lbs) 15

16 3 2 1 C133 Series C133 ocking Assembly Single taper esign with flange Excellent concentricity No axial movement of mounte component uring installation D 1 D Inch CIMAX (in) D D Fax (lbs.f) Ps Ph Dn* ocking Screws C133E-075 3/ ,265 33,106 13, M6 x C133E-087 7/ ,265 28,376 13, M6 x C133E ,518 29,795 15, M6 x C133E / ,518 26,485 13, M6 x C133E / ,518 25,091 13, M6 x C133E / ,024 31,781 16, M6 x C133E / ,024 28,892 16, M6 x C133E / ,024 27,636 15, M6 x C133E / ,024 26,485 15, M6 x C133E / ,097 16,206 33,596 18, M8 x C133E / ,139 16,206 32,351 18, M8 x C133E / ,182 16,206 31,196 18, M8 x C133E / ,266 16,206 29,116 17, M8 x C133E / ,308 16,206 28,177 17, M8 x C133E ,350 16,206 27,297 17, M8 x C133E / ,640 18,521 29,361 18, M8 x C133E / ,688 18,521 28,522 18, M8 x C133E / ,736 18,521 27,730 17, M8 x C133E / ,833 18,521 26,270 17, M8 x C133E / ,116 20,836 28,796 18, M8 x C133E / ,170 20,836 28,076 18, M8 x C133E / ,225 20,836 27,392 18, M8 x C133E / ,405 30,403 31,759 19, M10 x C133E / ,484 30,403 31,037 19, M10 x C133E / ,642 30,403 29,687 18, M10 x C133E / ,721 30,403 29,056 18, M10 x C133E ,800 30,403 28,450 18, M10 x C133E / ,632 34,204 29,545 19, M10 x C133E / ,810 34,204 28,450 19, M10 x C133E / ,899 34,204 27,933 18, M10 x C133E / ,988 34,204 27,434 18, M10 x C133E / ,938 38,004 28,450 20, M10 x C133E / ,449 45,406 29,883 20, M12 x C133E ,568 45,406 29,416 20, M12 x C133E / ,395 45,406 26,516 19, M12 x C133E / ,110 51,081 27,867 20, M12 x C133E / ,135 68,706 27,575 19, M14 x C133E ,314 68,706 27,230 19, M14 x C133E / ,566 68,706 25,039 18, M14 x C133E / ,886 76,340 25,478 19, M14 x C133E / ,572 91,608 21,790 15, M14 x C133E / ,480 91,608 20,220 15, M14 x C133E ,719 91,608 20,039 15, M14 x C133E / , ,510 23,576 17, M14 x C133E / , ,510 22,091 17, M14 x C133E , ,510 21,918 17, M14 x * Minimum hub outsie iameter base on a Pressure Reuction Factor of C=1.0 an hub material with tensile yiel point 45,000 psi. For etails refer to page 8.

17 C133 Our Series C133 can be supplie with an integrate Spacer Ring sol separately for applications with very narrow rive elements, such as the A-plate sprocket shown. Metric CIMAX Series C133 ocking Assembly CIMAX Series C133 connects a lever arm onto plain shafting. KDs provie infinite raial an axial positioning capabilities for component timing, belt or chain alignment, setting gear tooth backlash, etc. (mm) D D Fax (lbs.f) Ps Ph Dn* ocking Screws C133M-14X ,191 19,127 9, M4 x C133M-15X ,191 17,852 9, M4 x C133M-16X ,191 16,736 8, M4 x C133M-18X ,265 35,037 13, M6 x C133M-19X ,265 33,193 13, M6 x C133M-20X ,265 31,533 13, M6 x C133M-22X ,265 28,667 13, M6 x C133M-24X ,518 31,533 15, M6 x C133M-25X ,518 30,272 15, M6 x C133M-28X ,518 27,028 13, M6 x C133M-30X ,518 25,227 13, M6 x C133M-32X ,024 31,533 16, M6 x C133M-35X ,024 28,830 16, M6 x C133M-38X ,024 26,554 15, M6 x C133M-40X ,024 25,227 15, M6 x C133M-42X ,117 16,206 33,016 18, M8 x C133M-45X ,196 16,206 30,815 18, M8 x C133M-48X ,276 16,206 28,889 17, M8 x C133M-50X ,329 16,206 27,733 17, M8 x C133M-55X ,671 18,521 28,814 18, M8 x C133M-60X ,823 18,521 26,413 17, M8 x C133M-65X ,222 20,836 27,429 18, M8 x C133M-70X ,491 30,403 30,970 19, M10 x C133M-75X ,741 30,403 28,906 18, M10 x C133M-80X ,990 30,403 27,099 18, M10 x C133M-85X ,769 34,204 28,693 19, M10 x C133M-90X ,050 34,204 27,099 18, M10 x C133M-95X ,923 38,004 28,525 20, M10 x C133M-100X ,448 45,406 29,886 20, M12 x C133M-110X ,193 45,406 27,169 19, M12 x C133M-120X ,055 51,081 28,018 20, M12 x C133M-130X ,652 68,706 26,602 19, M14 x C133M-140X ,779 68,706 24,701 18, M14 x C133M-150X ,784 76,340 25,616 19, M14 x C133M-160X ,040 83,974 26,417 20, M14 x C133M-170X ,547 91,608 20,959 15, M14 x C133M-180X ,050 91,608 19,794 15, M14 x C133M-190X , ,510 23,441 17, M14 x C133M-200X , ,510 22,269 17, M14 x C133M-220X , ,459 19,674 15, M16 x C133M-240X , ,073 22,543 17, M16 x C133M-260X , ,688 24,971 19, M16 x C133M-280X , ,803 20,557 16, M18 x C133M-300X , ,028 21,585 17, M18 x * Minimum hub outsie iameter base on a Pressure Reuction Factor of C=1.0 an hub material with tensile yiel point 45,000 psi. For etails refer to page 8. 17

18 C123 ISO 9001:2008 Series C123 ocking Assembly Single taper esign Flangeless esign mounts flush insie component bore Mounte component moves axially uring installation D Inch CIMAX (in) D Fax (lbs.f) Ps Ph Dn* ocking Screws C123E-075 3/ ,265 33,106 13, M6 x C123E-087 7/ ,265 28,376 13, M6 x C123E ,518 29,795 15, M6 x C123E / ,518 26,485 13, M6 x C123E / ,518 25,091 13, M6 x C123E / ,024 31,781 16, M6 x C123E / ,024 28,892 16, M6 x C123E / ,024 27,636 15, M6 x C123E / ,024 26,485 15, M6 x C123E / ,097 16,206 33,596 18, M8 x C123E / ,139 16,206 32,351 18, M8 x C123E / ,182 16,206 31,196 18, M8 x C123E / ,266 16,206 29,116 17, M8 x C123E / ,308 16,206 28,177 17, M8 x C123E ,350 16,206 27,297 17, M8 x C123E / ,640 18,521 29,361 18, M8 x C123E / ,688 18,521 28,522 18, M8 x C123E / ,736 18,521 27,730 17, M8 x C123E / ,833 18,521 26,270 17, M8 x C123E / ,116 20,836 28,796 18, M8 x C123E / ,170 20,836 28,076 18, M8 x C123E / ,225 20,836 27,392 18, M8 x C123E / ,405 30,403 31,759 19, M10 x C123E / ,484 30,403 31,037 19, M10 x C123E / ,642 30,403 29,687 18, M10 x C123E / ,721 30,403 29,056 18, M10 x C123E ,800 30,403 28,450 18, M10 x C123E / ,632 34,204 29,545 19, M10 x C123E / ,810 34,204 28,450 19, M10 x C123E / ,899 34,204 27,933 18, M10 x C123E / ,988 34,204 27,434 18, M10 x C123E / ,938 38,004 28,450 20, M10 x C123E / ,449 45,406 29,883 20, M12 x C123E ,568 45,406 29,416 20, M12 x C123E / ,395 45,406 26,516 19, M12 x C123E / ,110 51,081 27,867 20, M12 x C123E / ,135 68,706 27,575 19, M14 x C123E ,314 68,706 27,230 19, M14 x C123E / ,566 68,706 25,039 18, M14 x C123E / ,886 76,340 25,478 19, M14 x C123E / ,572 91,608 21,790 15, M14 x C123E / ,480 91,608 20,220 15, M14 x C123E ,719 91,608 20,039 15, M14 x C123E / , ,510 23,576 17, M14 x C123E / , ,510 22,091 17, M14 x C123E , ,510 21,918 17, M14 x * Minimum hub outsie iameter base on a Pressure Reuction Factor of C=1.0 an hub material with tensile yiel point 45,000 psi. For etails refer to page 8.

19 Series C123 ocking Assembly CIMAX Series C123 is shown in a typical application uner a straight-sie spur gear. Note that the gear will move axially left to right in this illustration uring installation. C123 Metric CIMAX (mm) D Fax (lbs.f) Ps Ph Dn* ocking Screws C123M-14X ,191 19,127 8, M4 x 12 3 C123M-15X ,191 17,852 8, M4 x 12 3 C123M-16X ,191 16,736 8, M4 x 12 3 C123M-18X ,265 35,037 13, M6 x C123M-19X ,265 33,193 13, M6 x C123M-20X ,265 31,533 13, M6 x C123M-22X ,265 28,667 13, M6 x C123M-24X ,518 31,533 15, M6 x C123M-25X ,518 30,272 15, M6 x C123M-28X ,518 27,028 13, M6 x C123M-30X ,518 25,227 13, M6 x C123M-32X ,024 31,533 16, M6 x C123M-35X ,024 28,830 16, M6 x C123M-38X ,024 26,554 15, M6 x C123M-40X ,024 25,227 15, M6 x C123M-42X ,117 16,206 33,016 18, M8 x C123M-45X ,196 16,206 30,815 18, M8 x C123M-48X ,276 16,206 28,889 17, M8 x C123M-50X ,329 16,206 27,733 17, M8 x C123M-55X ,671 18,521 28,814 18, M8 x C123M-60X ,823 18,521 26,413 17, M8 x C123M-65X ,222 20,836 27,429 18, M8 x C123M-70X ,491 30,403 30,970 19, M10 x C123M-75X ,741 30,403 28,906 18, M10 x C123M-80X ,990 30,403 27,099 18, M10 x C123M-85X ,769 34,204 28,693 19, M10 x C123M-90X ,050 34,204 27,099 18, M10 x C123M-95X ,923 38,004 28,525 20, M10 x C123M-100X ,448 45,406 29,886 20, M12 x C123M-110X ,193 45,406 27,169 19, M12 x C123M-120X ,055 51,081 28,018 20, M12 x C123M-130X ,652 68,706 26,602 19, M14 x C123M-140X ,779 68,706 24,701 18, M14 x C123M-150X ,784 76,340 25,616 19, M14 x C123M-160X ,040 83,974 26,417 20, M14 x C123M-170X ,547 91,608 20,959 15, M14 x C123M-180X ,050 91,608 19,794 15, M14 x C123M-190X , ,510 23,441 17, M14 x C123M-200X , ,510 22,269 17, M14 x C123M-220X , ,459 19,674 15, M16 x C123M-240X , ,073 22,543 17, M16 x C123M-260X , ,688 24,971 19, M16 x C123M-280X , ,803 20,557 16, M18 x C123M-300X , ,028 21,585 17, M18 x * Minimum hub outsie iameter base on a Pressure Reuction Factor of C=1.0 an hub material with tensile yiel point 45,000 psi. For etails refer to page 8. 19

20 2 ISO 9001: C200 Series C200 ocking Assembly Original ouble taper, self-releasing esign First-generation evice; not self-centering No axial movement of mounte component uring installation D 20 Inch CIMAX (in) D 1 2 Fax (lbs.f) Ps Ph Dn* ocking Screws C200E-075 3/ ,135 37,704 15, M6 x M8 C200E-087 7/ ,135 32,318 15, M6 x M8 C200E ,027 31,813 16, M6 x M8 C200E / ,919 31,420 16, M6 x M8 C200E / ,919 29,766 16, M6 x M8 C200E / ,703 33,934 17, M6 x M8 C200E / ,703 30,849 17, M6 x M8 C200E / ,486 34,425 19, M6 x M8 C200E / ,486 32,991 19, M6 x M8 C200E / ,334 19,706 40,853 22, M8 x M10 C200E / ,386 19,706 39,340 22, M8 x M10 C200E / ,437 19,706 37,935 22, M8 x M10 C200E / ,540 19,706 35,406 21, M8 x M10 C200E / ,591 19,706 34,264 21, M8 x M10 C200E ,916 22,991 38,725 23, M8 x M10 C200E / ,036 22,991 36,447 23, M8 x M10 C200E / ,095 22,991 35,406 21, M8 x M10 C200E / ,155 22,991 34,422 21, M8 x M10 C200E / ,275 22,991 32,611 21, M8 x M10 C200E / ,669 26,275 36,314 23, M8 x M10 C200E / ,737 26,275 35,406 23, M8 x M10 C200E / ,805 26,275 34,542 23, M8 x M10 C200E / ,000 36,569 39,109 23, M10 x M12 C200E / ,095 36,569 38,199 23, M10 x M12 C200E / ,190 36,569 37,331 23, M10 x M12 C200E / ,381 36,569 35,708 22, M10 x M12 C200E / ,476 36,569 34,948 22, M10 x M12 C200E ,571 36,569 34,220 21, M10 x M12 C200E / ,762 36,569 32,852 21, M10 x M12 C200E / ,660 41,793 36,101 23, M10 x M12 C200E / ,877 41,793 34,764 23, M10 x M12 C200E / ,986 41,793 34,131 22, M10 x M12 C200E / ,095 41,793 33,522 22, M10 x M12 C200E / ,346 47,017 35,198 24, M10 x M12 C200E / ,640 53,513 35,786 24, M12 x M14 C200E / ,779 53,513 35,218 24, M12 x M14 C200E ,919 53,513 34,668 23, M12 x M14 C200E / ,337 53,513 33,115 22, M12 x M14 C200E / ,308 61,157 35,714 24, M12 x M14 C200E / ,467 61,157 35,218 24, M12 x M14 C200E / ,727 76,446 30,681 21, M12 x M14 C200E ,926 76,446 30,298 21, M12 x M14 C200E / ,052 84,091 30,646 22, M12 x M14 C200E / ,271 84,091 30,298 22, M12 x M14 C200E ,845 99,380 32,823 23, M12 x M14 C200E / , ,236 31,739 23, M14 x M16 C200E / , ,236 31,434 23, M14 x M16 C200E / , ,712 32,129 24, M14 x M16 C200E , ,712 31,842 24, M14 x M16 C200E / , ,664 28,642 21, M14 x M16 C200E / , ,140 29,227 22, M14 x M16 C200E / , ,140 28,997 21, M14 x M16 C200E , ,140 28,770 21, M14 x M16 * Minimum hub outsie iameter base on a Pressure Reuction Factor of C=1.0 an hub material with tensile yiel point 45,000 psi. For etails refer to page 8. B

21 Series C200 ocking Assembly CIMAX Series C200 in a machine counterbore transmits torque in a spur gear. Use of Keyless ocking Devices in lieu of long press fits facilitates installation an removal with simple han tools, both in a prouction environment an in the fiel. C200 Metric CIMAX (mm) D 1 2 Fax (lbs.f) Ps Ph Dn* ocking Screws C200M-18X ,135 39,903 15, M6 x M8 C200M-19X ,135 37,803 15, M6 x M8 C200M-20X ,135 35,913 15, M6 x M8 C200M-22X ,135 32,648 15, M6 x M8 C200M-24X ,027 33,668 16, M6 x M8 C200M-25X ,027 32,322 16, M6 x M8 C200M-28X ,919 32,065 16, M6 x M8 C200M-30X ,919 29,928 16, M6 x M8 C200M-32X ,703 33,668 17, M6 x M8 C200M-35X ,703 30,783 17, M6 x M8 C200M-38X ,486 33,078 19, M6 x M8 C200M-40X ,486 31,424 19, M6 x M8 C200M-42X ,358 19,706 40,148 22, M8 x M10 C200M-45X ,455 19,706 37,471 22, M8 x M10 C200M-48X ,552 19,706 35,129 21, M8 x M10 C200M-50X ,616 19,706 33,724 21, M8 x M10 C200M-55X ,074 22,991 35,768 23, M8 x M10 C200M-60X ,263 22,991 32,787 21, M8 x M10 C200M-65X ,802 26,275 34,589 23, M8 x M10 C200M-70X ,199 36,569 37,251 23, M10 x M12 C200M-75X ,499 36,569 34,768 22, M10 x M12 C200M-80X ,799 36,569 32,595 21, M10 x M12 C200M-85X ,827 41,793 35,060 23, M10 x M12 C200M-90X ,170 41,793 33,112 22, M10 x M12 C200M-95X ,327 47,017 35,291 24, M10 x M12 C200M-100X ,778 53,513 35,222 24, M12 x M14 C200M-110X ,656 53,513 32,020 22, M12 x M14 C200M-120X ,039 61,157 33,545 24, M12 x M14 C200M-130X ,303 76,446 29,599 21, M12 x M14 C200M-140X ,312 84,091 30,233 22, M12 x M14 C200M-150X ,573 91,736 30,783 23, M12 x M14 C200M-160X ,084 99,380 31,264 23, M12 x M14 C200M-170X , ,236 30,528 23, M14 x M16 C200M-180X , ,712 31,453 24, M14 x M16 C200M-190X , ,664 28,718 21, M14 x M16 C200M-200X , ,140 29,230 22, M14 x M16 C200M-220X , ,719 29,205 22, M16 x M20 C200M-240X , ,598 30,889 24, M16 x M20 C200M-260X , ,478 32,315 25, M16 x M20 C200M-280X , ,870 28,611 22, M18 x M22 C200M-300X , ,979 30,042 24, M18 x M22 C200M-320X , ,715 30,284 23, M20 x M24 C200M-340X , ,715 28,502 22, M20 x M24 C200M-360X , ,095 28,697 22, M22 x M27 C200M-380X , ,095 27,187 21, M22 x M27 C200M-400X , ,095 25,828 20, M22 x M27 * Minimum hub outsie iameter base on a Pressure Reuction Factor of C=1.0 an hub material with tensile yiel point 45,000 psi. For etails refer to page 8. B 21

22 C170 Series C170 ocking Assembly Single taper esign with flange an integrate spacer Excellent concentricity Thin cross section accommoates smaller iameter mounte component D D D 1 Inch CIMAX (in) D D1 D Fax (lbs.f) Ps Ph Dn* ocking Screws C170E-025 1/ ,643 44,278 20, M4 x C170E-031 5/ ,643 29,519 15, M4 x C170E-037 3/ ,191 28,113 16, M4 x C170E-043 7/ ,191 24,097 14, M4 x C170E-050 1/ ,191 21,085 11, M4 x C170E-062 5/ ,759 25,326 16, M6 x C170E-075 3/ ,012 25,013 17, M6 x C170E-087 7/ ,012 15,437 10, M6 x C170E / ,518 21,611 15, M6 x C170E ,518 20,261 15, M6 x C170E / ,518 18,009 13, M6 x C170E / ,518 17,062 12, M6 x C170E / ,024 21,611 15, M6 x C170E / ,024 15,349 11, M6 x C170E / ,024 14,682 10, M6 x C170E / ,024 14,070 10, M6 x C170E / ,024 12,988 9, M6 x C170E / ,302 18,521 16,433 11, M8 x C170E / ,350 18,521 15,846 11, M8 x C170E / ,447 18,521 14,789 11, M8 x C170E / ,495 18,521 14,312 10, M8 x C170E ,736 20,836 12,762 9, M8 x C170E / ,845 20,836 12,011 9, M8 x C170E / ,899 20,836 11,668 8, M8 x C170E / ,062 20,836 10,747 8, M8 x C170E / ,116 20,836 10,471 7, M8 x C170E / ,170 20,836 10,210 7, M8 x C170E / ,741 34,204 13,506 10, M10 x C170E / ,919 34,204 12,892 10, M10 x C170E / ,097 34,204 12,332 9, M10 x C170E / ,186 34,204 12,069 9, M10 x C170E ,275 34,204 11,818 9, M10 x C170E / ,938 45,605 15,127 12, M10 x C170E / ,176 45,605 14,545 11, M10 x C170E / ,413 45,605 14,006 11, M10 x C170E / ,532 45,605 13,752 10, M10 x C170E / ,651 45,605 13,506 10, M10 x C170E / ,888 45,605 13,040 10, M10 x C170E / ,313 53,206 14,707 11, M10 x C170E / ,997 68,108 16,917 13, M12 x C170E / ,174 68,108 16,649 13, M12 x C170E ,351 68,108 16,389 13, M12 x C170E / ,061 68,108 15,425 11, M12 x C170E / ,416 68,108 14,984 11, M12 x C170E / ,791 90,811 15,320 11, M12 x C170E / ,027 90,811 15,107 11, M12 x C170E / ,973 90,811 14,312 11, M12 x C170E / ,683 90,811 13,769 10, M12 x * Minimum hub outsie iameter base on a Pressure Reuction Factor of C=1.0 an hub material with tensile yiel point 45,000 psi. For etails refer to page 8.

23 Series C170 ocking Assembly CIMAX Series C170 use to mount a high-spee turbine blae. For highspee applications, elimination of the keyway greatly improves ynamic balance characteristics. C170 Metric CIMAX (mm) D D1 D Fax (lbs.f) Ps Ph Dn* ocking Screws C170M-6X ,643 46,861 20, M4 x C170M-7X ,643 33,472 15, M4 x C170M-8X ,643 29,288 15, M4 x C170M-9X ,191 29,753 16, M4 x C170M-10X ,191 26,778 16, M4 x C170M-11X ,191 24,343 14, M4 x C170M-12X ,191 22,315 14, M4 x C170M-13X ,191 20,598 11, M4 x C170M-14X ,191 19,127 11, M4 x C170M-15X ,759 26,803 16, M6 x C170M-16X ,759 25,128 16, M6 x C170M-17X ,012 28,029 19, M6 x C170M-18X ,012 26,472 18, M6 x C170M-19X ,012 25,079 17, M6 x C170M-20X ,012 23,825 17, M6 x C170M-22X ,012 15,595 10, M6 x C170M-24X ,518 21,443 15, M6 x C170M-25X ,518 20,585 15, M6 x C170M-28X ,518 18,379 13, M6 x C170M-30X ,518 17,154 12, M6 x C170M-32X ,024 21,443 15, M6 x C170M-35X ,024 15,316 11, M6 x C170M-38X ,024 14,107 10, M6 x C170M-40X ,024 13,402 10, M6 x C170M-42X ,024 12,763 9, M6 x C170M-45X ,367 18,521 15,652 11, M8 x C170M-48X ,458 18,521 14,674 11, M8 x C170M-50X ,519 18,521 14,087 10, M8 x C170M-55X ,880 20,836 11,787 9, M8 x C170M-60X ,051 20,836 10,805 8, M8 x C170M-65X ,222 20,836 9,974 7, M8 x C170M-70X ,928 34,204 12,865 10, M10 x C170M-75X ,208 34,204 12,007 9, M10 x C170M- 80X ,985 45,605 15,009 12, M10 x C170M- 85X ,359 45,605 14,126 11, M10 x C170M- 90X ,733 45,605 13,341 10, M10 x C170M- 95X ,292 53,206 14,745 11, M10 x C170M-100X ,173 68,108 16,651 13, M12 x C170M-110X ,290 68,108 15,137 11, M12 x C170M-120X ,876 90,811 14,390 11, M12 x C170M-130X ,366 90,811 13,283 10, M12 x * Minimum hub outsie iameter base on a Pressure Reuction Factor of C=1.0 an hub material with tensile yiel point 45,000 psi. For etails refer to page 8. 23

24 2 1 C Inch CIMAX (in) D 1 2 Series C405 ocking Assembly Heavy uty Wier esign transmits higher torque an bening moments Excellent concentricity; extremely robust for the most emaning applications Fax (lbs.f) Ps Ph Dn* ocking Screws C405E ,036 42,210 19, M6 x C405E / ,036 37,520 19, M6 x C405E / ,036 35,545 19, M6 x C405E / ,542 27,809 14, M6 x C405E / ,005 17,542 25,281 14, M6 x C405E / ,051 17,542 24,182 14, M6 x C405E / ,026 32,411 42,818 21, M8 x C405E / ,195 32,411 39,524 21, M8 x C405E / ,363 32,411 36,701 21, M8 x C405E / ,894 37,041 30,251 18, M8 x C405E / ,990 37,041 29,275 18, M8 x C405E ,087 37,041 28,360 18, M8 x C405E / ,690 41,672 30,028 19, M8 x C405E / ,798 41,672 29,170 19, M8 x C405E / ,341 46,302 31,511 20, M8 x C405E / ,582 46,302 29,853 20, M8 x C405E / ,703 46,302 29,087 18, M8 x C405E / ,823 46,302 28,360 18, M8 x C405E / ,944 46,302 27,668 18, M8 x C405E / ,313 76,008 34,837 21, M10 x C405E / ,511 76,008 34,027 21, M10 x C405E / ,709 76,008 33,254 21, M10 x C405E / ,105 76,008 31,808 21, M10 x C405E / ,233 83,609 34,244 21, M10 x C405E ,451 83,609 33,531 21, M10 x C405E / ,887 83,609 32,190 21, M10 x C405E / ,322 83,609 30,952 21, M10 x C405E / ,826 91,209 32,515 21, M10 x C405E / ,064 91,209 31,924 21, M10 x C405E / ,301 91,209 31,354 21, M10 x C405E / ,776 91,209 30,272 21, M10 x C405E / , ,865 32,049 21, M12 x C405E / , ,865 31,015 21, M12 x C405E / , ,865 30,523 21, M12 x C405E , ,865 30,046 21, M12 x C405E / , ,217 30,849 21, M12 x C405E / , ,217 29,968 21, M12 x C405E / , ,920 34,470 23, M12 x C405E / , ,920 33,991 23, M12 x C405E / , ,920 32,202 23, M12 x C405E / , ,216 29,763 20, M14 x C405E , ,216 29,391 20, M14 x C405E / , ,751 32,657 22, M14 x C405E / , ,751 31,531 22, M14 x C405E / , ,751 31,172 22, M14 x C405E / , ,019 31,947 23, M14 x C405E / , ,019 30,938 23, M14 x C405E , ,287 32,657 23, M14 x C405E / , ,070 28,075 20, M16 x C405E / , ,070 27,805 20, M16 x C405E / , ,146 27,912 20, M16 x C405E , ,146 27,663 20, M16 x C405E / , ,223 28,490 20, M16 x C405E / , ,223 27,772 20, M16 x C405E / , ,223 27,540 20, M16 x C405E / , ,223 26,652 20, M16 x C405E / , ,223 26,022 20, M16 x C405E , ,223 25,819 20, M16 x * Minimum hub outsie iameter base on a Pressure Reuction Factor of C=1.0 an hub material with tensile yiel point 45,000 psi. For etails refer to page 8. D

25 Metric CIMAX (mm) D 1 2 Series C405 ocking Assembly CIMAX Series C405 transmits continuous reversing bening as well as torque in highly loae belt conveyor hea pulleys. CIMAX an MAV together have ecaes of experience esigning, specifying an manufacturing KDs for the most emaning applications. Fax (lbs.f) Ps Ph Dn* ocking Screws C405M-24X ,036 67,008 29, M6 x C405M-25X ,036 42,885 19, M6 x C405M-28X ,036 38,290 19, M6 x C405M-30X ,036 35,738 19, M6 x C405M-32X ,542 27,592 14, M6 x C405M-35X ,007 17,542 25,227 14, M6 x C405M-38X ,020 32,411 42,931 21, M8 x C405M-40X ,127 32,411 40,784 21, M8 x C405M-42X ,233 32,411 38,842 21, M8 x C405M-45X ,393 32,411 36,253 21, M8 x C405M-48X ,917 37,041 30,014 18, M8 x C405M-50X ,038 37,041 28,814 18, M8 x C405M-55X ,760 41,672 29,469 19, M8 x C405M-60X ,557 46,302 30,014 20, M8 x C405M-65X ,937 46,302 27,706 18, M8 x C405M-70X ,728 76,008 33,182 21, M10 x C405M-80X ,972 83,609 31,938 21, M10 x C405M-90X ,466 91,209 30,970 21, M10 x C405M-100X , ,865 30,527 21, M12 x C405M-110X , ,217 30,274 21, M12 x C405M-120X , ,920 32,377 23, M12 x C405M-130X , ,216 28,713 20, M14 x C405M-140X , ,751 31,106 22, M14 x C405M-150X , ,019 31,106 23, M14 x C405M-160X , ,287 31,106 23, M14 x C405M-170X , ,070 27,003 20, M16 x C405M-180X , ,146 27,325 20, M16 x C405M-190X , ,223 27,613 20, M16 x C405M-200X , ,223 26,232 20, M16 x C405M-220X , ,376 26,828 20, M16 x C405M-240X , ,529 27,325 21, M16 x C405M-260X , ,605 26,484 21, M16 x C405M-280X , ,480 27,248 21, M20 x C405M-300X , ,867 28,257 22, M20 x C405M-320X , ,560 27,816 21, M20 x C405M-340X , ,254 27,426 21, M20 x C405M-360X , ,359 26,595 21, M22 x C405M-380X , ,852 26,395 21, M22 x C405M-400X , ,839 27,354 22, M22 x C405 * Minimum hub outsie iameter base on a Pressure Reuction Factor of C=1.0 an hub material with tensile yiel point 45,000 psi. For etails refer to page 8. 25

26 2 C415 Series C415 ocking Assembly Meium uty Wier esign transmits higher torque an bening moments Excellent concentricity 1 D Inch CIMAX (in) D 1 2 Fax (lbs.f) Ps Ph Dn* ocking Screws C415E / ,363 46,804 28,668 18, M10 x C415E / ,729 46,804 26,838 17, M10 x C415E / ,218 64,356 31,535 21, M10 x C415E / ,385 64,356 30,971 21, M10 x C415E / ,335 87,374 31,148 21, M12 x C415E / ,771 96,112 30,402 20, M12 x C415E / ,021 96,112 29,980 20, M12 x C415E / , ,324 30,911 21, M12 x C415E , ,324 30,525 21, M12 x C415E / , ,062 30,074 21, M12 x C415E / , ,062 27,541 20, M12 x C415E , ,799 29,071 21, M12 x C415E / , ,282 28,828 20, M14 x C415E / , ,282 26,750 20, M14 x C415E / , ,264 25,941 20, M14 x C415E , ,264 25,738 20, M14 x * Minimum hub outsie iameter base on a Pressure Reuction Factor of C=1.0 an hub material with tensile yiel point 45,000 psi. For etails refer to page 8. 26

27 Series C415 ocking Assembly CIMAX Series C415 has become the inustry stanar to mount conveyor rum pulleys. C415 Metric CIMAX (mm) D 1 2 Fax (lbs.f) Ps Ph Dn* ocking Screws C415M-70X ,374 46,804 28,606 18, M10 x C415M-80X ,678 58,505 31,288 20, M10 x C415M-90X ,501 64,356 30,593 21, M10 x C415M-100X ,333 87,374 31,152 21, M12 x C415M-110X ,766 87,374 28,320 20, M12 x C415M-120X ,920 96,112 28,556 20, M12 x C415M-130X , ,324 29,820 21, M12 x C415M-140X , ,062 29,668 21, M12 x C415M-150X , ,062 27,690 20, M12 x C415M-160X , ,799 27,690 21, M12 x C415M-170X , ,282 27,728 20, M14 x C415M-180X , ,282 26,187 20, M14 x C415M-190X , ,034 22,285 16, M14 x C415M-200X , ,264 26,150 20, M14 x C415M-220X , ,345 23,085 17, M16 x C415M-240X , ,460 28,215 22, M16 x C415M-260X , ,683 27,346 21, M16 x C415M-280X , ,473 31,177 24, M20 x C415M-300X , ,473 29,098 23, M20 x C415M-320X , ,297 28,038 22, M20 x C415M-340X , ,297 26,388 21, M20 x C415M-360X , ,373 24,695 19, M22 x C415M-380X , ,373 23,395 18, M22 x C415M-400X , ,710 24,448 19, M22 x * Minimum hub outsie iameter base on a Pressure Reuction Factor of C=1.0 an hub material with tensile yiel point 45,000 psi. For etails refer to page 8. 27

28 H C733 CIMAX Shrink Discs External keyless locking evice Stanar an Heavy Duty esigns Inherently balance for high spee applications D 1 e R w Preferre solution for coupling hubs an hollow shaft gearboxes h8 Series C733 - Stanar Duty CIMAX for ocking Screws DIN 931 Grae 10.9 wmin wmax wmin wmax D H e 1 R C733M M5 x /32 C733M M5 x /32 C733M M5 x /32 C733M M5 x /32 C733M M5 x /16 C733M M5 x /16 C733M M6 x /16 C733M ,215 7 M6 x /16 C733M ,590 8 M6 x /16 C733M ,032 1,734 8 M6 x /32 C733M ,746 2, M6 x /32 C733M ,790 2, M6 x /32 C733M ,808 4,079 7 M8 x / 8 C733M ,435 4,351 7 M8 x / 8 C733M ,779 7, M8 x / 8 C733M ,098 9, M8 x / 8 C733M ,873 12,421 9 M10 x / 8 C733M ,504 19, M10 x / 8 C733M ,544 26, M12 x /16 C733M ,370 33, M12 x /16 C733M ,487 46,845 8 M16 x /16 C733M ,348 49,685 8 M16 x /16 C733M ,434 65, M16 x /16 C733M ,451 84, M16 x /16 C733M ,170 86, M16 x /16 C733M , , M16 x / 4 C733M , , M20 x / 4 C733M , , M20 x / 4 C733M , , M20 x /16 C733M , , M20 x /16 C733M , , M20 x /16 C733M , , M20 x /16 C733M , , M20 x /16 C733M , , M20 x /16 C733M , , M24 x /16 28

29 CIMAX Shrink Discs CIMAX Series C733 Stanar Duty Shrink Discs connect flange coupling halves. CIMAX can also supply both complete couplings an single mating flanges. C732 Series C732 - Heavy Duty CIMAX for ocking Screws DIN 931 Grae 10.9 wmin wmax wmin wmax D H e 1 R C732M ,180 4 M8 x /16 C732M ,649 5 M8 x /16 C732M ,772 2,764 7 M8 x /16 C732M ,903 3,040 7 M8 x /16 C732M ,367 3,263 7 M8 x /16 C732M ,877 4,193 8 M8 x /32 C732M ,478 6,436 7 M10 x /32 C732M ,454 6,865 7 M10 x /32 C732M ,849 8,863 8 M10 x / 8 C732M ,225 12, M10 x / 8 C732M ,930 16, M10 x / 8 C732M ,984 28, M12 x /16 C732M ,149 31, M12 x /16 C732M ,973 42, M12 x /16 C732M ,646 58, M16 x /16 C732M ,464 61, M16 x /16 C732M ,296 99, M16 x /16 C732M , , M16 x / 4 C732M , , M16 x / 4 C732M , , M16 x / 4 C732M , , M20 x / 4 C732M , , M20 x / 4 C732M , , M20 x /16 C732M , , M20 x /16 C732M , , M20 x /16 C732M , , M24 x /16 C732M , , M24 x /16 C732M , , M24 x / 8 For C733 an C732 Series Shrink Discs Diameter w (inches) Over To an Incluing Tw = x. Diametrical Clearance Between an Hub Bore 1 1/ / / /16 4 3/ /

30 H Series C600 Keyless Rigi C600 Couplings Cost effective shaft-to-shaft keyless connection High torque an bening moment capacity Preferre solution for torque-arm mounte hyraulic rives Available with steppe bore upon request D 1 e Inch (in) ocking Screws CIMAX Type D H e 1 C600E / M6 x 30 9 C600E / C600E-075 3/ C600E / M6 x 35 9 C600E-087 7/ C600E / C600E M6 x 35 9 C600E / C600E / C600E / M6 x 40 9 C600E / C600E / C600E / , M8 x C600E / ,796 C600E / ,946 C600E / ,021 C600E / ,095 C600E / , M8 x C600E / ,314 C600E ,421 C600E / ,635 C600E / , M8 x C600E / ,618 C600E / ,875 C600E / ,003 C600E / ,132 C600E / , M10 x C600E / ,397 C600E / ,597 C600E / ,797 C600E / ,197 C600E / , M12 x C600E ,599 C600E / ,082 C600E / ,566 C600E / ,049 C600E / , M12 x C600E / ,239 C600E / ,819 C600E / ,399 C600E / ,979 C600E / , M12 x C600E ,198 C600E / ,648 30

31 Metric CIMAX Type (mm) Series C600 Keyless Rigi Couplings CIMAX Series C600 Keyless Rigi Coupling accommoates ifferent shaft iameters with a steppe-bore inner ring. Our C600 is a cost-effective esign alternative to a foot-mounte hyraulic rive with a flexible coupling. See Page 9 for application etails. D H e 1 ocking Screws C600M M5 x 16 3 C600M C600M C600M M5 x 20 3 C600M C600M C600M M5 x 25 3 C600M C600M C600M M6 x 30 9 C600M C600M C600M C600M C600M M6 x 35 9 C600M C600M C600M M6 x 35 9 C600M C600M C600M M6 x 40 9 C600M C600M C600M , M8 x C600M ,886 C600M ,074 C600M , M8 x C600M ,434 C600M ,637 C600M , M8 x C600M ,849 C600M ,091 C600M , M10 x C600M ,564 C600M ,816 C600M ,194 C600M , M12 x C600M ,569 C600M ,178 C600M ,939 C600M , M12 x C600M ,440 C600M ,805 C600M ,536 C600M , M12 x C600M ,203 C600M ,660 C600M ,116 C600M , M16 x C600M ,590 C600M , M16 x C600M ,138 C600 31

32 8141 Tyler Blv., Mentor, Ohio Phone: (440) Fax: (440) Web: Distribute By: Catalog No M0612AP 2012 Climax Metal Proucts Company Application Drawings 2012 MAV S.p.A.