CGI, INC Arrowhead Drive Carson City, Nevada Tel Fax

TECHNICAL CATALOG DESIGNERS AND MANUFACTURERS OF PRECISION MOTION CONTROL PRODUCTS CGI, INC. 34 Arrowhead Drive Carson City, Nevada 8976 Tel 775.882.3422 Fax 775.882.9599 www.cgimotion.com

PRECISION Precision Made in America CGI's state-of-the-art Manufacturing, R&D and Worldwide Headquarters Located in Carson City, Nevada. Quality, reliability and being customer-driven makes CGI the best value for your motion control requirements. CGI, Inc. s core business is manufacturing precision motion control solutions. From 1967 to present, CGI's comprehensive technical knowledge, manufacturing expertise and can-do attitude has served the needs of an ever changing motion control marketplace. CGI s diverse customer base and wide range of applications in aerospace, assembly, automotive, coordinate measuring, machine tool, material handling, medical, packaging, pharmaceutical, robotics, semi-conductor, special machinery, telecommunications and textile have earned CGI a reputation for innovation, quality and service. CGI designs and builds high quality gearheads for AC induction motors, permanent magnet DC motors, stepmotors and servomotors. CGI can supply a complete motion control package, consisting of encoders, gearmotors, motion controllers, etc., to meet your application's requirements. From the simple to the complex, CGI can supply off-the-shelf products or provide a custom-fit solution. CGI, Inc. operates under an ISO91:2 certified quality management system. CGI s Engineering, Manufacturing and Quality departments employ the latest systems available, such as Solidworks with FE analysis, AutoCad, CAD/CAM, Visual Manufacturing with ERP inventory management and CMM technology. We continually strive for new ways to improve standard products as well as minimize the time from the design stage to completion of your new and custom products. CGI s greatest asset is its people! That is how CGI has accomplished an excellent record for on-time deliveries, rush/emergency production and customer satisfaction that is known throughout the industry. CGI is dedicated to exceeding those levels of support, satisfaction and product quality. MADE IN AMERICA TABLE OF CONTENTS INTRODUCTION >>... COMPANY AND PRODUCT OVERVIEW 2-3 INLINE S PL SERIES: PRIME PLANETARY HIGH PERFORMANCE 4-7 [RATIOS FROM TO ] HIGH ACCELERATION PM SERIES: PRIMETRIC PLANETARY HIGH PERFORMANCE/ACCELERATION 8-11 [RATIOS FROM TO ] HIGH RADIAL LOADING PN SERIES: PARAGON PLANETARY MODERATE PERFORMANCE 12-15 [RATIOS FROM TO 1:1] MODERATE ACCELERATION RADIAL & AXIAL LOAD SPECIFICATIONS 16-17 [PM SERIES, PL SERIES AND PN SERIES] SI SERIES: SPUR INLINE S MODERATE PERFORMANCE 18-19 [RATIOS FROM TO 1:1] LIGHT TO MODERATE ACCELERATION RIGHT ANGLE S >>... >>... RC/DC SERIES: PRIME RIGHT ANGLE PLANETARY HIGH PERFORMANCE 2-23 [RATIOS FROM TO ] HIGH ACCELERATION RN/DN SERIES: PARAGON RIGHT ANGLE PLANETARY MODERATE PERFORMANCE 24-27 [RATIOS FROM TO 1:1] MODERATE ACCELERATION RS/DS SERIES: SPUR RIGHT ANGLE MODERATE PERFORMANCE 28-29 [RATIOS FROM TO 1:1] LIGHT TO MODERATE ACCELERATION OFFSET GEARMOTORS >>... SP SERIES: SPUR OFFSET GEARMOTORS LIGHT DUTY PERFORMANCE 3-31 [INCLUDES THE STEP MOTOR] CUSTOM PRODUCTS-SPECIAL FEATURES CUSTOM PRODUCTS 32-33 COMPONENT S & CUSTOM S 34-35 PRODUCT SELECTION GUIDE >>... >>... MOTOR MANUFACTURERS AND 48 HOUR SHIPPING 36 ORDERING INFORMATION 37 PRODUCT SELECTION GUIDE 38-39 APPLICATION FLOWCHART 4-41 APPLICATION FORM 42 ISO 91:2 CERTIFICATE 43 WARRANTY INFORMATION 44 PRECISION FEATURES 45

COMPANY OVERVIEW PRODUCT OVERVIEW 2 CGI S PLANETARY SYSTEM True planetary gearing is provided by three or more planet gears revolving around a single pinion, or sun gear, which allows internal "load sharing" over the planet gears. When compared to spur gearheads where only two gears mesh simultaneously, a true planetary design can offer three to five times more torque capacity and greater performance. With CGI's studies of various applications, we have determined our true planetary design to be optimum for moderate to high torque factors. These factors include radial and axial loading, weight, lubrication, operating temperature extremes, typical torque/speed load points, etc. NEMA MOUNTING INTERFACES Presently there are no interface mounting standards for Brushless DC and servo motor products. Users of motion control equipment may have difficulty trying to mount a motor to a bulkhead and other peripheral equipment, such as gearheads. One motor manufacturer's dimensions may not have the same mounting dimensions as other motor manufacturers. Step motors experienced a mounting interface standardization in 1972, which was the direct effort of industry leaders in the Incremental Motion Control Society (IMCS) and the National Electrical Manufacturers Association (NEMA). There is an industry trend by these same agencies to establish a set of standard dimensions for all motors. This standard governs the package size (square dimension or diameter if round) commonly called frame size (established sizes are 17, 23, 34, and 42). This also governs mounting hole diameter and bolt circle, pilot diameter, pilot length, shaft diameter and shaft length. Although step motors conform to "NEMA" standards, there is a need for a larger shaft diameter for the more powerful BLDC and servo motors, since the present step motor diameters are not able to transfer the torque ratings that these more powerful motors generate. The entire CGI standard planetary gearhead family, excluding the PriMetric, has the same mounting dimensions as "NEMA" motors, with the exception being larger shaft diameters. Due to higher torque levels generated by the gearhead, the larger diameter shafts are required. DURABILITY FACTORS There are many factors that affect the life of a gearhead which fall into four (4) categories: Gear Geometry, Surface Durability, Lubrication, and Service Factors. CGI adheres to AGMA (American Gear Manufacturers Association) standards in the design and analysis of gear geometry. CGI takes into consideration diametral pitch, number of teeth, face width, load distribution, material strength, heat treatment, RPM and hours of life. If any of these factors are not appropriate for the application, it may result in a shortening of the gearhead life. Proper gear geometry ensures smooth transmission of power. By optimizing gear geometry, we can reduce excess heat and noise generated at the gear mesh. CGI has years of experience in application engineering to assist them in determining the correct gearhead design and proper material selections for critical applications Surface durability is the gear tooth's surface resistance to wear. This wear is the greatest when the RPM is high and the torque being transmitted through the gear is high. Gears must be hardened if they are expected to have a long life. All CGI gear components are specially heat treated to prevent excessive gear tooth surface wear. Lubrication is very critical for the long life of any gearhead. Lubrications fail for two reasons. First, operating in an ambient temperature that is higher than the grease is rated for and second is time. CGI gearheads can endure wide operating temperature extremes without damage. Our standard synthetic grease has an operating temperature range of -4 C to +15 C (-4 F to +3 F). Our front and rear mounting brackets are manufactured from aluminum, which is an excellent heat sink that conducts heat away from the gears and allows for longer lubrication life. CGI has additional lubrications for specialized applications, such as greases and dry film lubricants rated for space use and high vacuum applications that need to conform to very low "out-gassing" requirements. Service Factors apply to the torque ratings a gearhead is capable of withstanding based on direction, motion, profile, RPM, shock loads, number of cycles per hour and/or how many hours per day it is in operation. To determine the correct service factor when evaluating torque ratings for your application, please look under our Product Selection Guide/Application Sheet (page 4-42). CGI wants to provide you with the best gearhead solution to match your needs. Here are some factors to consider to maximize your application system s performance: Motor Type Torque Speed/RPM AGMA GEAR QUALITY AGMA stands for the American Gear Manufacturer's Association. This agency has established specific tolerances that are associated with an AGMA Quality Class or Level (per AGMA 2-A 88). Commercial gears typically are classed between AGMA 5 to AGMA 9. Precision gears range between AGMA 1 to AGMA 14. In comparison master gears are AGMA 15. CGI gears range between AGMA 1 and 13, depending on application. SINGLE PIECE CONSTRUCTION CGI uses precision gear cutting machines to obtain high AGMA levels, ensuring the highest quality gears are used in our motion control products. To reduce the effects of tolerance stack-ups during the assembly process of our gearhead products, we make all ring gears, output shaft/ carrier plates from a single piece of high strength steel. This process gives our customers a much quieter and stronger gearhead compared to many of the gearheads on the market with two piece construction. OUTPUT BEARING SYSTEMS Our Inline Planetary and Spur gearhead output shafts are soundly supported by a precision radial sealed ball bearing system. Our choice of sealed ball bearings prolongs the life of both the gearhead and bearings by 1) providing a separation between the bearing system lubrication and the gearhead lubrication and 2) retaining and protecting the lubrication systems from both leaks and contaminants. Our Right Angle Planetary and Spur gearhead output shafts are rigidly supported by a dual, preloaded, tapered roller bearing system capable of very high axial and radial loads. The tapered bearings are also sealed to provide a contamination barrier and retain both gearhead and bearing lubrication. Our PriMetric Planetary, Prime Planetary, Paragon Planetary and Spur gearhead bearings, when used within the stated maximum performance conditions, will perform throughout the warranted life of the gearhead. (See our catalog bearing data charts for load value on pages 16 and 17.) Inertia Match Radial/Axial Loading System Resolution CAGED ROLLER BEARINGS We install high quality caged roller bearings inside our case hardened planet gears for long life, even when subjected to heavy torque loads. CLAMP-ON PINION GEARS / QUICK INSTALLATION CGI uses a balanced two-piece clamp and pinion gear design that is easy and quick to install on motor shafts. We make these pinion gears out of high strength steel and finish by heat treating for a long life. Our gearheads come complete with detailed instructions, all mounting hardware, and Allen wrenches. Complete gearhead to motor installation takes only minutes. VITON O-RINGS Life Expectancy Noise System Stiffness O-Rings seal each joint of our Prime, PriMetric and Spur Inline gearhead families to prevent outside contamination from entering the gearhead. The Viton material is chemically resistant and can withstand temperatures over 4 F (24 C). NOTE: For complete sealing of motor to the gearhead, apply Loctite 515 (liquid gasket), or equivalent, to the motor's face where it contacts the rear surface of the gearhead. CGI s Sales and Engineering Staff will gladly assist you with these or any other application/technical issues you may have. FOCUSED ON THE FUTURE 3

PL SERIES: PRIME PLANETARY S SINGLE, DOUBLE, TRIPLE STAGE PRECISION HIGH PERFORMANCE S PL SERIES: PRIME PLANETARY S SINGLE, DOUBLE, TRIPLE STAGE PRECISION HIGH PERFORMANCE S NOTE: L DIMENSION IS ON PGS. 6-7 (L) (A) (I) (H) (G) (F) CONSTRUCTION FEATURES True planetary design Low backlash design Input pinion with balanced clamp collar Quick installation Strong, caged roller bearings High reliability design High strength steels High shaft loading capacity Viton O-Ring sealed at each joint Sealed ball bearings High efficiency design All gears are heat treated NEMA mounting standards 5 year warranty 17PLX 42PLX 75PLX (B). SQ. A.864/.866 1.498/1.5 73/75 2.185/2.187 4.498/4.5 5.998/6. (J) (K) B SQUARE 5 2.25 3.25 4.2 5.75 7.48 (D) C 1.25 1.25 1.5 2. 2.5 3.5 (C) D.4995/.5.4995/.5.7495/.75.9995/1. 1.4995/1.5 1.9995/2. (E) E.62.62.62.62.125.187 F THICKNESS.187.25.312.5.75.875 G LOCATION.56.56.56.63.94 3. Lg H HEIGHT I HOUSING J K CIRCLE WIDTH/ WOODRUFF RADIAL & AXIAL LOADING (LBS.) 17PLX 42PLX 75PLX.54.54.82.19.163.157 2.5 2.95 4.38 7.87 9.64.125.25.22.28.41.56 1.725 2.625 3.875 4.95 7. 8.465.125 / #44.125 / #44.187 / #66.25 / #88.375 / #1212 3/8 x 5/8 RECT. SEE PAGE 17 AVAILABLE RATIOS EFFICIENCY SPECIFICATIONS SINGLE STAGE : / / 5:1 / / / 1:1 9% Input RPM: 65 Max. DOUBLE STAGE: 15:1//2:1//25:1/////5:1///1:1 85% Operating Temperature Range -4 F to +255 F TRIPLE STAGE: / / / / OTHER RATIOS AVAILABLE 8% Motor Mounting Hardware Supplied PRIME IN TIME...48 HOUR SHIPPING. 4 5

PL SERIES: PRIME PLANETARY S SINGLE, DOUBLE, TRIPLE STAGE PL SERIES: PRIME PLANETARY S SINGLE, DOUBLE, TRIPLE STAGE MODEL RATIO TC 17PLX 167 17PLX 158 17PLX 5:1 148 17PLX 143 17PLX 119 17PLX 1:1 56 17PLX 15:1 178 17PLX 169 17PLX 2:1 17 17PLX 171 17PLX 25:1 159 17PLX 172 17PLX 183 17PLX 174 17PLX 127 17PLX 5:1 161 17PLX 156 17PLX 128 17PLX 1:1 52 17PLX 181 17PLX 183 17PLX 185 17PLX 165 17PLX 136 TORQUE RATING TPEAK 261 248 231 223 158 84 277 264 266 267 247 269 285 272 199 251 243 21 77 283 286 286 257 212 INPUT PINION Z IN SEC 2 Z IN SEC 2 2.163E-4 69E-4 1.352E-4 1.53E-4 1.23E-4 6.954E-5 1.174E-4 5.87E-5 1.143E-4 3.692E-5 1.132E-4 1.833E-5 1.23E-4 7.482E-5 1.352E-4 1.45E-4 1.23E-4 6.96E-5 1.174E-4 5.83E-5 1.23E-4 6.699E-5 1.143E-4 3.667E-5 1.132E-4 1.965E-5 1.132E-4 1.821E-5 1.143E-4 79E-5 1.132E-4 1.77E-5 1.132E-4 1.755E-5 1.132E-4 1.729E-5 1.132E-4 1.78E-5 1.132E-4 1.812E-5 1.132E-4 1.725E-5 1.132E-4 1.76E-5 1.132E-4 1.75E-5 1.132E-4 1.75E-5 STD/ LOW ARC MINUTES LBS. 1. 1. 1. 1. 1. 1. 2.2 2.2 2.2 2.2 2.2 L 2.62 2.62 2.62 2.62 2.62 2.62 3.77 3.77 3.77 3.77 3.77 MODEL RATIO TC 42PLX 231 42PLX 2195 42PLX 5:1 279 42PLX 221 42PLX 1711 42PLX 1:1 1122 42PLX 15:1 2485 42PLX 2379 42PLX 2:1 2397 42PLX 2414 42PLX 25:1 2263 42PLX 2438 42PLX 2579 42PLX 2473 42PLX 1867 42PLX 5:1 238 42PLX 225 42PLX 189 42PLX 1:1 131 42PLX 2587 42PLX 2627 42PLX 2651 42PLX 24 42PLX 29 TORQUE RATING TPEAK 3597 343 3249 3159 2673 1684 3884 3717 3745 3772 3536 3811 432 3865 2918 366 3516 2953 1547 444 415 4142 375 314 INPUT PINION Z IN SEC 2 Z IN SEC 2 8E-2 41E-2 1.32E-2 1.49E-2 9.21E-3 6.945E-3 8.997E-3 5.878E-3 8.766E-3 3.74E-3 8.68E-3 1.841E-3 9.21E-3 7.783E-3 1.32E-2 1.11E-2 9.21E-3 7.286E-3 8.997E-3 6.156E-3 9.21E-3 7.11E-3 8.766E-3 3.875E-3 8.68E-3 2.5E-3 8.68E-3 1.925E-3 8.766E-3 3.76E-3 8.68E-3 1.879E-3 8.68E-3 1.866E-3 8.68E-3 1.843E-3 8.68E-3 1.823E-3 8.68E-3 1.931E-3 8.68E-3 1.844E-3 8.68E-3 1.824E-3 8.68E-3 1.823E-3 8.68E-3 1.823E-3 STD/ LOW ARC MINUTES LBS. 11.5 11.5 11.5 11.5 11.5 11.5 1 1 1 1 1 1 1 1 1 1 1 1 1 18.5 18.5 18.5 18.5 18.5 L 4.73 4.73 4.73 4.73 4.73 4.73 7.93 7.93 7.93 7.93 7.93 6 5:1 1:1 15:1 2:1 25:1 5:1 1:1 5:1 1:1 15:1 2:1 25:1 5:1 1:1 38 36 331 317 263 119 396 376 378 38 347 384 48 388 286 361 347 288 11 44 49 46 368 33 1285 1219 1148 1113 935 552 1381 1315 1324 1333 1244 1346 143 1364 115 1267 1232 127 57 1424 1445 1458 1311 19 594 562 518 496 411 179 619 587 591 594 543 6 639 67 447 564 542 45 164 631 64 68 575 473 28 195 1795 174 1461 828 2158 255 269 283 1945 213 2235 2132 1587 198 1925 165 761 2226 2258 2278 248 173 1.194E-3 9.52E-4 9.44E-4 8.969E-4 8.88E-4 9.44E-4 9.52E-4 9.44E-4 8.969E-4 9.44E-4 8.88E-4 8.88E-4 4.91E-3 2.522E-3 2.115E-3 2.4E-3 1.955E-3 2.115E-3 2.522E-3 2.115E-3 2.4E-3 2.115E-3 1.955E-3 1.955E-3 4.866E-4 3.113E-4 2.64E-4 1.746E-4 1.1E-4 5.471E-5 2.355E-4 7E-4 2.175E-4 1.838E-4 2.11E-4 1.157E-4 6.2E-5 5.749E-5 1.98E-4 5.586E-5 5.543E-5 5.46E-5 5.393E-5 5.723E-5 5.449E-5 5.388E-5 5.386E-5 5.385E-5 4.672E-3 33E-3 1.875E-3 1.585E-3 9.983E-4 4.961E-4 2.33E-3 24E-3 1.869E-3 1.58E-3 1.81E-3 9.952E-4 5.355E-4 4.946E-4 9.417E-4 4.799E-4 4.759E-4 4.684E-4 4.623E-4 4.95E-4 4.668E-4 4.615E-4 4.613E-4 4.613E-4 1.8 1.8 1.8 1.8 1.8 1.8 3.8 3.8 3.8 3.8 3.8 7. 7. 7. 7. 7. 7. 9. 9. 9. 9. 9. 2.66 2.66 2.66 2.66 2.66 2.66 8 8 8 8 8 8 8 8 8 8 8 8 8 4.27 4.27 4.27 4.27 4.27 4.19 4.19 4.19 4.19 4.19 4.19 6.53 6.53 6.53 6.53 6.53 75PLX 75PLX 75PLX 75PLX 75PLX 75PLX 75PLX 75PLX 75PLX 75PLX 75PLX 75PLX 75PLX 75PLX 75PLX 75PLX 75PLX 75PLX 75PLX NOTES: 5:1 1:1 15:1 2:1 25:1 5:1 1:1 5:1 1:1 15:1 2:1 25:1 5:1 1:1 5169 4946 4693 4567 3888 2767 5619 5396 5439 5482 5143 5542 585 5627 4273 5253 5127 4328 2543 594 5998 655 5486 4616 13339 12713 12748 12765 189 716 15924 15298 1543 15561 15333 15746 16632 166 11968 14447 14464 12134 6447 878 773 7335 7137 676 415 8781 8433 85 8567 838 8661 9142 8794 6677 821 812 6763 3814 9227 9374 9463 8574 7213 29 19868 19923 1995 16892 1524 2448 2397 24113 24318 23962 2468 25155 2514 1874 22577 2264 18962 9671 5.794E-2 3.123E-2 2.647E-2 2.564E-2 2.47E-2 2.647E-2 3.123E-2 2.647E-2 2.564E-2 2.647E-2 2.47E-2 2.47E-2 1.936E-1 6.554E-2 4.43E-2 4.15E-2 3.574E-2 4.43E-2 6.554E-2 4.43E-2 4.15E-2 4.43E-2 3.574E-2 3.574E-2 7.141E-2 4.524E-2 2.991E-2 2.527E-2 1.59E-2 7.899E-3 3.315E-2 4.72E-2 3.15E-2 2.621E-2 3.26E-2 48E-2 8.78E-3 8.184E-3 1.576E-2 7.986E-3 7.932E-3 7.83E-3 7.746E-3 8.21E-3 7.835E-3 7.749E-3 7.747E-3 7.746E-3 2.93E-1 1.889E-1 1.254E-1 1.62E-1 6.72E-2 3.335E-2 1.372E-1 1.928E-1 1.279E-1 1.83E-1 1.246E-1 6.831E-2 3.629E-2 3.398E-2 6.523E-2 3.314E-2 3.291E-2 3.247E-2 3.212E-2 Other ratios are also available, consult factory. TC: Output torque is rated at 3 RPM, and a minimum life of 1, hours. Bearing load ratings are based on a minimum life of 1, hours. 7 2 2 2 2 2 2 5 5 5 5 5 77. 77. 77. 77. 77. 77. 7.39 7.39 7.39 7.39 7.39 7.39 13 13 13 13 13 9.11 9.11 9.11 9.11 9.11 9.11

PM SERIES: PRIMETRIC PLANETARY S SINGLE, DOUBLE, TRIPLE STAGE PRECISION HIGH PERFORMANCE S PM SERIES: PRIMETRIC PLANETARY S SINGLE, DOUBLE, TRIPLE STAGE PRECISION HIGH PERFORMANCE S (I) (H) (K) (J) (O) (C) (F) (L) MAX (MOTOR DEPENDENT) NOTE: L DIMENSION IS ON PGS. 1-11 CONSTRUCTION FEATURES Metric and standard NEMA motor mounting available High radial and axial shaft loading capacity True planetary design Low start-up torque High torque capability Compact design Popular metric output shaft and front bracket design Rigid stepped output shaft design with metric key and threaded mounting hole Ratios and sizes available for most applications 5 year warranty (A) 4PMX 1PMX 18PMX (B) A mm 4. (1.575) 6. (2.362) 7. (2.756) 9. (3.543) 13. (5.118) 16. (6.299) B SQUARE mm 42. (54) 62. (2.441) 76. (2.992) 11. (6) 141. (5.551) 182. (7.165) (D) (M) (N) C mm 3. (1.181) 47. (1.85) 56. (2.25) 86.5 (6) 112. (4.49) 112. (4.49) (G) (E) D mm 13. (.5118) 16. (.6299) 22. (.8661) 32. (1.2598) 4. (1.5748) 55. (2.1654) E mm 12. (.472) 2. (.787) 2. (.787) 3. (1.181) 3. (1.181) 3. (1.181) F THICKNESS mm 5. (.197) 6. (.236) 7. (.276) 1. (.394) 19. (.748) 22.2 (.874) G mm 16. (.62) 2. (.79) 3. (1.18) 47. (1.85) 47. (1.85) 6. (2.36) H WIDTH mm I HOUSING mm J mm K CIRCLE mm M THREAD N THREAD DEPTH mm O STEP 4PMX 1PMX 18PMX 5. (.197) 5. (.197) (.315) 1. (.394) 12. (.472) 16. (.63) 52. (2.47) 85. (3.346) 111. (4.37) 14. (2) 2. (7.874) 245. (9.646) 4.5 (.177) 5.5 (.217) 6.6 (.26) 9. (.354) 11. (.433) 13. (.512) 46. (1.811) 6 (2.677) 85. (3.346) 12. (4.724) 165. (6.496) 215. (8.465) M4 x.7 M5 x.8 M8 x 1.25 M12 x 1.75 M16 x 1.5 M2 x 1.5 12. (.472) 12.7 (.5) 16. (.63) 25.4 (1.) 32. (1.26) 42. (54) 1.5 (.6) 2. (.79) 2. (.79) 3.9 (.153) 5. (.197) 6. (.236) Radial and Axial Shaft Loading (LBS) See page 16 AVAILABLE RATIOS EFFICIENCY SPECIFICATIONS SINGLE STAGE : / / 5:1 / / / 1:1 9% Input RPM: 65 Max. DOUBLE STAGE: 15:1//2:1//25:1/////5:1///1:1 85% Operating Temperature Range -4 F to +255 F TRIPLE STAGE: / / / / OTHER RATIOS AVAILABLE 8% Motor Mounting Hardware Supplied For complete product offerings, visit www.cgimotion.com 8 9

PM SERIES: PRIMETRIC PLANETARY S SINGLE, DOUBLE, TRIPLE STAGE MODEL RATIO TC 4PMX 167 4PMX 158 4PMX 5:1 148 4PMX 143 4PMX 119 4PMX 1:1 56 4PMX 15:1 178 4PMX 169 4PMX 2:1 17 4PMX 171 4PMX 25:1 159 4PMX 172 4PMX 183 4PMX 174 4PMX 127 4PMX 5:1 161 4PMX 156 4PMX 128 4PMX 1:1 52 4PMX 181 4PMX 183 4PMX 185 4PMX 165 4PMX 136 TORQUE RATING TPEAK 261 248 231 223 158 84 277 264 266 267 247 269 285 272 199 251 243 21 77 283 286 286 257 212 INPUT PINION Z IN SEC 2 Z IN SEC 2 2.163E-4 69E-4 1.352E-4 1.53E-4 1.23E-4 6.954E-5 1.174E-4 5.87E-5 1.143E-4 3.692E-5 1.132E-4 1.833E-5 1.23E-4 7.482E-5 1.352E-4 1.45E-4 1.23E-4 6.96E-5 1.174E-4 5.83E-5 1.23E-4 6.699E-5 1.143E-4 3.667E-5 1.132E-4 1.965E-5 1.132E-4 1.821E-5 1.143E-4 79E-5 1.132E-4 1.77E-5 1.132E-4 1.755E-5 1.132E-4 1.729E-5 1.132E-4 1.78E-5 1.132E-4 1.812E-5 1.132E-4 1.725E-5 1.132E-4 1.76E-5 1.132E-4 1.75E-5 1.132E-4 1.75E-5 STD/ LOW ARC MINUTES LBS. 1. 1. 1. 1. 1. 1. 2.2 2.2 2.2 2.2 2.2 L 2.74 2.74 2.74 2.74 2.74 2.74 3.89 3.89 3.89 3.89 3.89 MODEL RATIO TC 1PMX 231 1PMX 2195 1PMX 5:1 279 1PMX 221 1PMX 1711 1PMX 1:1 1122 1PMX 15:1 2485 1PMX 2379 1PMX 2:1 2397 1PMX 2414 1PMX 25:1 2263 1PMX 2438 1PMX 2579 1PMX 2473 1PMX 1867 1PMX 5:1 238 1PMX 225 1PMX 189 1PMX 1:1 131 1PMX 2587 1PMX 2627 1PMX 2651 1PMX 24 1PMX 29 PM SERIES: PRIMETRIC PLANETARY S TORQUE RATING TPEAK 3597 343 3249 3159 2673 1684 3884 3717 3745 3772 3536 3811 432 3865 2918 366 3516 2953 1547 444 415 4142 375 314 SINGLE, DOUBLE, TRIPLE STAGE INPUT PINION Z IN SEC 2 Z IN SEC 2 8E-2 41E-2 1.32E-2 1.49E-2 9.21E-3 6.945E-3 8.997E-3 5.878E-3 8.766E-3 3.74E-3 8.68E-3 1.841E-3 9.21E-3 7.783E-3 1.32E-2 1.11E-2 9.21E-3 7.286E-3 8.997E-3 6.156E-3 9.21E-3 7.11E-3 8.766E-3 3.875E-3 8.68E-3 2.5E-3 8.68E-3 1.925E-3 8.766E-3 3.76E-3 8.68E-3 1.879E-3 8.68E-3 1.866E-3 8.68E-3 1.843E-3 8.68E-3 1.823E-3 8.68E-3 1.931E-3 8.68E-3 1.844E-3 8.68E-3 1.824E-3 8.68E-3 1.823E-3 8.68E-3 1.823E-3 STD/ LOW ARC MINUTES LBS. 11.5 11.5 11.5 11.5 11.5 11.5 1 1 1 1 1 1 1 1 1 1 1 1 1 18.5 18.5 18.5 18.5 18.5 L 4.75 4.75 4.75 4.75 4.75 4.75 7.95 7.95 7.95 7.95 7.95 1 5:1 1:1 15:1 2:1 25:1 5:1 1:1 5:1 1:1 15:1 2:1 25:1 5:1 1:1 38 36 331 317 263 119 396 376 378 38 347 384 48 388 286 361 347 288 11 44 49 46 368 33 1285 1219 1148 1113 935 552 1381 1315 1324 1333 1244 1346 143 1364 115 1267 1232 127 57 1424 1445 1458 1311 19 594 562 518 496 411 179 619 587 591 594 543 6 639 67 447 564 542 45 164 631 64 68 575 473 28 195 1795 174 1461 828 2158 255 269 283 1945 213 2235 2132 1587 198 1925 165 761 2226 2258 2278 248 173 1.194E-3 9.52E-4 9.44E-4 8.969E-4 8.88E-4 9.44E-4 9.52E-4 9.44E-4 8.969E-4 9.44E-4 8.88E-4 8.88E-4 4.91E-3 2.522E-3 2.115E-3 2.4E-3 1.955E-3 2.115E-3 2.522E-3 2.115E-3 2.4E-3 2.115E-3 1.955E-3 1.955E-3 4.866E-4 3.113E-4 2.64E-4 1.746E-4 1.1E-4 5.471E-5 2.355E-4 7E-4 2.175E-4 1.838E-4 2.11E-4 1.157E-4 6.2E-5 5.749E-5 1.98E-4 5.586E-5 5.543E-5 5.46E-5 5.393E-5 5.723E-5 5.449E-5 5.388E-5 5.386E-5 5.385E-5 4.672E-3 33E-3 1.875E-3 1.585E-3 9.983E-4 4.961E-4 2.33E-3 24E-3 1.869E-3 1.58E-3 1.81E-3 9.952E-4 5.355E-4 4.946E-4 9.417E-4 4.799E-4 4.759E-4 4.684E-4 4.623E-4 4.95E-4 4.668E-4 4.615E-4 4.613E-4 4.613E-4 1.8 1.8 1.8 1.8 1.8 1.8 3.8 3.8 3.8 3.8 3.8 7. 7. 7. 7. 7. 7. 9. 9. 9. 9. 9. 2.74 2.74 2.74 2.74 2.74 2.74 4.35 4.35 4.35 4.35 4.35 4.15 4.15 4.15 4.15 4.15 4.15 6.5 6.5 6.5 6.5 6.5 18PMX 18PMX 18PMX 18PMX 18PMX 18PMX 18PMX 18PMX 18PMX 18PMX 18PMX 18PMX 18PMX 18PMX 18PMX 18PMX 18PMX 18PMX 18PMX NOTES: 5:1 1:1 15:1 2:1 25:1 5:1 1:1 5:1 1:1 15:1 2:1 25:1 5:1 1:1 5169 4946 4693 4567 3888 2767 5619 5396 5439 5482 5143 5542 585 5627 4273 5253 5127 4328 2543 594 5998 655 5486 4616 13339 12713 12748 12765 189 716 15924 15298 1543 15561 15333 15746 16632 166 11968 14447 14464 12134 6447 878 773 7335 7137 676 415 8781 8433 85 8567 838 8661 9142 8794 6677 821 812 6763 3814 9227 9374 9463 8574 7213 29 19868 19923 1995 16892 1524 2448 2397 24113 24318 23962 2468 25155 2514 1874 22577 2264 18962 9671 5.794E-2 3.123E-2 2.647E-2 2.564E-2 2.47E-2 2.647E-2 3.123E-2 2.647E-2 2.564E-2 2.647E-2 2.47E-2 2.47E-2 1.936E-1 6.554E-2 4.43E-2 4.15E-2 3.574E-2 4.43E-2 6.554E-2 4.43E-2 4.15E-2 4.43E-2 3.574E-2 3.574E-2 7.141E-2 4.524E-2 2.991E-2 2.527E-2 1.59E-2 7.899E-3 3.315E-2 4.72E-2 3.15E-2 2.621E-2 3.26E-2 48E-2 8.78E-3 8.184E-3 1.576E-2 7.986E-3 7.932E-3 7.83E-3 7.746E-3 8.21E-3 7.835E-3 7.749E-3 7.747E-3 7.746E-3 2.93E-1 1.889E-1 1.254E-1 1.62E-1 6.72E-2 3.335E-2 1.372E-1 1.928E-1 1.279E-1 1.83E-1 1.246E-1 6.831E-2 3.629E-2 3.398E-2 6.523E-2 3.314E-2 3.291E-2 3.247E-2 3.212E-2 Other ratios are also available, consult factory. TC: Output torque is rated at 3 RPM, and a minimum life of 1, hours. Bearing load ratings are based on a minimum life of 1, hours. 11 2 2 2 2 2 2 5 5 5 5 5 77. 77. 77. 77. 77. 77. 7.6 7.6 7.6 7.6 7.6 7.6 11.3 11.3 11.3 11.3 11.3 9.62 9.62 9.62 9.62 9.62 9.62

PN SERIES: PARAGON PLANETARY S SINGLE AND DOUBLE STAGE PRECISION S PN SERIES: PARAGON PLANETARY S SINGLE AND DOUBLE STAGE PRECISION S NOTE: L DIMENSION IS ON PGS. 14-15 (L) (A) (I) (H) (G) (F) CONSTRUCTION FEATURES True planetary design Low backlash design Input pinion with balanced clamp collar Quick installation Strong, caged roller bearings Sealed ball bearings High efficiency design All gears are heat treated NEMA mounting standards 2 year warranty 17PNX 23PNX 34PNX 42PNX 56PNX 75PNX (B). SQ. A.864/.866 1.498/1.5 73/75 2.185/2.187 4.498/4.5 5.998/6. (J) (K) B SQUARE 5 2.25 3.25 4.2 5.75 7.48 (D) C 1.25 1.25 1.5 2. 2.5 3.5 (C) D.4995/.5.4995/.5.7495/.75.9995/1. 1.4995/1.5 1.9995/2. (E) E.62.62.62.62.125.187 F THICKNESS.187.25.375.5.75.875 G LOCATION.56.56.56.63.94 3. Lg H HEIGHT I HOUSING J K CIRCLE WIDTH/ WOODRUFF RADIAL & AXIAL LOADING (LBS.) 17PNX 23PNX 34PNX 42PNX 56PNX 75PNX.54.54.82.19.163.157 2.5 2.95 4.38 7.87 9.64.125.25.22.28.41.56 1.725 2.625 3.875 4.95 7. 8.465.125 / #44.125 / #44.187 / #66.25 / #88.375 / #1212 3/8 x 5/8 RECT. SEE PAGE 17 AVAILABLE RATIOS EFFICIENCY SPECIFICATIONS SINGLE STAGE : / / / / 1:1 9% Input RPM: 5 Max. DOUBLE STAGE: / / / / / / / 1:1 85% Operating Temperature Range -4 F to +255 F Motor Mounting Hardware Supplied A CGI EXCLUSIVE... Gear sizing software to help you get the right product for your project. SIZE IT...GEAR SIZING MADE EASY! 12 13

PN SERIES: PARAGON PLANETARY S SINGLE, DOUBLE STAGE PN SERIES: PARAGON PLANETARY S SINGLE, DOUBLE STAGE MODEL RATIO TC 17PNX 125 17PNX 119 17PNX 17 17PNX 89 17PNX 1:1 56 17PNX 127 17PNX 128 17PNX 129 17PNX 131 17PNX 95 17PNX 117 17PNX 96 17PNX 1:1 52 TORQUE RATING TPEAK 174 165 149 124 84 176 178 179 181 132 162 134 77 INPUT PINION Z IN SEC 2 Z IN SEC 2 2.163E-4 69E-4 1.352E-4 1.53E-4 1.174E-4 5.87E-5 1.143E-4 3.692E-5 1.132E-4 1.833E-5 1.352E-4 1.45E-4 1.174E-4 5.83E-5 1.143E-4 3.667E-5 1.132E-4 1.821E-5 1.143E-4 79E-5 1.132E-4 1.755E-5 1.132E-4 1.729E-5 1.132E-4 1.78E-5 STD/ LOW ARC MINUTES LBS. 1. 1. 1. 1. 1. L 2.66 2.66 2.66 2.66 2.66 3.32 3.32 3.32 3.32 3.32 3.32 3.32 3.32 MODEL RATIO TC 42PNX 1726 42PNX 1646 42PNX 1516 42PNX 1283 42PNX 1:1 936 42PNX 1784 42PNX 181 42PNX 1829 42PNX 1855 42PNX 14 42PNX 1688 42PNX 1417 42PNX 1:1 124 TORQUE RATING TPEAK 2398 2287 216 178a2 13 2478 2515 254 2577 1945 2344 1969 1423 INPUT PINION Z IN SEC 2 Z IN SEC 2 8E-2 41E-2 1.32E-2 1.49E-2 8.997E-3 5.878E-3 8.766E-3 3.74E-3 8.68E-3 1.841E-3 1.32E-2 1.11E-2 8.997E-3 6.156E-3 8.766E-3 3.875E-3 8.68E-3 1.925E-3 8.766E-3 3.76E-3 8.68E-3 1.866E-3 8.68E-3 1.843E-3 8.68E-3 1.823E-3 STD/ LOW ARC MINUTES LBS. 12. 12. 12. 12. 12. 1 1 1 1 1 1 1 1 L 5.2 5.2 5.2 5.2 5.2 6.8 6.8 6.8 6.8 6.8 6.8 6.8 6.8 23PNX 23PNX 23PNX 23PNX 23PNX 23PNX 23PNX 23PNX 23PNX 23PNX 23PNX 23PNX 23PNX 34PNX 34PNX 34PNX 34PNX 34PNX 34PNX 34PNX 34PNX 34PNX 34PNX 34PNX 34PNX 34PNX 1:1 1:1 1:1 1:1 285 264 238 197 119 282 285 288 291 213 26 215 11 964 914 835 71 57 986 1 19 123 762 924 77 57 396 366 33 274 179 391 396 4 45 295 362 298 164 1339 127 116 934 74 137 1389 142 1421 158 1283 17 761 1.194E-3 9.52E-4 8.969E-4 8.88E-4 9.52E-4 8.969E-4 8.88E-4 8.88E-4 4.91E-3 2.522E-3 2.4E-3 1.955E-3 2.522E-3 2.4E-3 1.955E-3 1.955E-3 4.866E-4 3.113E-4 1.746E-4 1.1E-4 5.471E-5 7E-4 1.838E-4 1.157E-4 5.749E-5 1.98E-4 5.543E-5 5.46E-5 5.393E-5 4.672E-3 33E-3 1.585E-3 9.983E-4 4.961E-4 24E-3 1.58E-3 9.952E-4 4.946E-4 9.417E-4 4.759E-4 4.684E-4 4.623E-4 2. 2. 2. 2. 2. 3. 3. 3. 3. 3. 3. 3. 3. 7. 7. 7. 7. 7. 3.6 3.6 3.6 3.6 3.6 4.56 4.56 4.56 4.56 4.56 5.83 5.83 5.83 5.83 5.83 5.83 5.83 5.83 56PNX 56PNX 56PNX 56PNX 56PNX 56PNX 56PNX 56PNX 56PNX 56PNX 56PNX 56PNX 56PNX 75PNX 75PNX 75PNX 75PNX 75PNX 75PNX 75PNX 75PNX 75PNX 75PNX 75PNX 75PNX 75PNX 1:1 1:1 1:1 1:1 3877 371 3425 2916 2143 447 4111 4157 422 324 3845 3246 2361 15 9535 9574 817 5959 11474 11671 1181 125 8976 1848 91 6447 5385 5153 4758 451 2977 5622 5711 5774 5862 4451 5341 459 3279 36975 13245 133 11261 8277 15938 161212 1645 16676 12469 1569 12641 9184 5.794E-2 3.123E-2 2.564E-2 2.47E-2 3.123E-2 2.564E-2 2.47E-2 2.47E-2 1.936E-1 6.554E-2 4.15E-2 3.574E-2 6.554E-2 4.15E-2 3.574E-2 3.574E-2 7.141E-2 4.524E-2 2.527E-2 1.59E-2 7.899E-3 4.72E-2 2.621E-2 48E-2 8.184E-3 1.576E-2 7.932E-3 7.83E-3 7.746E-3 2.93E-1 1.889E-1 1.62E-1 6.72E-2 3.335E-2 1.928E-1 1.83E-1 6.831E-2 3.398E-2 6.523E-2 3.291E-2 3.247E-2 3.212E-2 2 2 2 2 2 66. 66. 66. 66. 66. 15. 15. 15. 15. 15. 15. 15. 15. 8.16 8.16 8.16 8.16 8.16 1.3 1.3 1.3 1.3 1.3 1.3 1.3 1.3 1.41 1.41 1.41 1.41 1.41 13.29 13.29 13.29 13.29 13.29 13.29 13.29 13.29 NOTES: Other ratios are also available, consult factory. TC: Output torque is rated at 3 RPM, and a minimum life of 1, hours. Bearing load ratings are based on a minimum life of 1, hours. 14 15

RADIAL & AXIAL LOAD SPECIFICATIONS PRIMETRIC These graphs These display graphs the display allowable the allowable radial load radial (lbs.) load at (lbs.) a given at distance a given distance from the from mount the face mount based face on based an L 1 on life an of L 1 1, life of hours. 1, hours. RADIAL & AXIAL LOAD SPECIFICATIONS PRIME & PARAGON These graphs display the allowable radial load (lbs.) at a given distance from the mount face based on an L 1 life of 1, hours. SIZE 4PMX SIZE BEARING 4PMX RADIAL BEARING LOAD RADIAL LIMITSLOAD LIMITS SIZE SIZE BEARING RADIAL BEARING LOAD RADIAL LIMITSLOAD LIMITS SIZE 17 BEARING RADIAL LOAD LIMITS SIZE 23 BEARING RADIAL LOAD LIMITS 3 25 2 15 1 5 3 25 2 15 1 5. 5.6.. 75.8.6.. 97 1..8 1.. 19 11.2. 1. 1. 31 11.4.2 1. 1. 53 11.6.4 1. 5 1.6 LOAD DIST. FROM LOAD MOUNT DIST. FACE FROM (IN.) MOUNT FACE (IN.) 5 RPM 1 RPM 25 RPM 5 RPM 1 RPM 2 RPM 5 RPM 1 RPM 25 RPM 5 RPM 1 RPM 2 RPM 6 5 4 3 2 1 6 5 4 3 2 1. 8.9 1.. 8 1.1.9 1. 1. 2 11.3.1 1. 1. 42 11.5.3 1. 1. 64 11.7.5 1. 1. 86 11.9.7 1. 8 1.9 LOAD DIST. FROM LOAD MOUNT DIST. FACE FROM (IN.) MOUNT FACE (IN.) 5 RPM 1 RPM 25 RPM 5 RPM 1 RPM 2 RPM 5 RPM 1 RPM 25 RPM 5 RPM 1 RPM 2 RPM 14 12 1 8 6 4 2.2.4.6.8 1. 1.2 LOAD DIST. FROM MOUNT FACE (IN.) 5 RPM 25 RPM 5 RPM 1 RPM 2 RPM 16 14 12 1 8 6 4 2. 2.4. 6.8 1. 1.2 LOAD DIST. FROM MOUNT FACE (IN.) 5 RPM 25 RPM 5 RPM 1 RPM 2 RPM 7 6 5 4 3 2 1 SIZE SIZE BEARING RADIAL BEARING LOAD RADIAL LIMITSLOAD LIMITS 7 6 5 4 3 2 1 1. 1 1.2 1. 1. 31 11.4.2 1. 1. 53 11.6.4 1. 1. 75 11.8.6 1. 1. 97 21..8 2. 1. 19 22.2. 2. 1 2.2 LOAD DIST. FROM LOAD MOUNT DIST. FACE FROM (IN.) MOUNT FACE (IN.) 5 RPM 1 RPM 25 RPM 5 RPM 1 RPM 2 RPM 5 RPM 1 RPM 25 RPM 5 RPM 1 RPM 2 RPM 12 1 8 6 4 2 SIZE 1PMX SIZE BEARING 1PMX RADIAL BEARING LOAD RADIAL LIMITSLOAD LIMITS 12 1 8 6 4 2 1. 2 1.4 1. 1. 62 11.8.4 2. 1. 6 2.2 1.8 2. 2. 4 22.6.2 2. 2. 8 4 3. 2.6 3. 2. 28 33.4. 3. 2 3.4 LOAD DIST. FROM LOAD MOUNT DIST. FACE FROM (IN.) MOUNT FACE (IN.) 5 RPM 1 RPM 25 RPM 5 RPM 1 RPM 2 RPM 5 RPM 1 RPM 25 RPM 5 RPM 1 RPM 2 RPM 24 2 16 12 8 4 SIZE 34 BEARING RADIAL LOAD LIMITS. 2.4. 6.8 1. 1.2 1. 4 LOAD DIST. FROM MOUNT FACE (IN.) 5 RPM 25 RPM 5 RPM 1 RPM 2 RPM 32 28 24 2 16 12 8 4 SIZE 42 BEARING RADIAL LOAD LIMITS. 2.4. 6.8 1. 1.2 1. 4 1.6 1. 8 LOAD DIST. FROM MOUNT FACE (IN.) 5 RPM 25 RPM 5 RPM 1 RPM 2 RPM 28 24 2 16 12 8 4 SIZE SIZE BEARING RADIAL BEARING LOAD RADIAL LIMITSLOAD LIMITS 28 24 2 16 12 8 4 1. 2 1.5 1. 1. 82 21.1.5 2. 1. 48 22.7.1 3. 2. 4 32.3.7 3. 3. 6 33.9.3 4. 3. 26 43.5.9 4. 2 4.5 LOAD DIST. FROM LOAD MOUNT DIST. FACE FROM (IN.) MOUNT FACE (IN.) 5 RPM 1 RPM 25 RPM 5 RPM 1 RPM 2 RPM 5 RPM 1 RPM 25 RPM 5 RPM 1 RPM 2 RPM 45 4 35 3 25 2 15 1 5 SIZE 18PMX SIZE BEARING 18PMX RADIAL BEARING LOAD RADIAL LIMITSLOAD LIMITS 45 4 35 3 25 2 15 1 5 1. 2 1.5 1. 1. 8 2 2.1 1.5 2. 1. 4 8 2.7 2.1 3. 2. 4 3.3 2.7 3. 3. 6 3.9 3.3 4. 3. 2 6 4.5 3.9 4. 2 4.5 LOAD DIST. FROM LOAD MOUNT DIST. FACE FROM (IN.) MOUNT FACE (IN.) 5 RPM 1 RPM 25 RPM 5 RPM 1 RPM 2 RPM 5 RPM 1 RPM 25 RPM 5 RPM 1 RPM 2 RPM 21 18 15 12 9 6 3 SIZE 56 BEARING RADIAL LOAD LIMITS. 2.4. 6.8 1. 1.2 1. 4 1.6 LOAD DIST. FROM MOUNT FACE (IN.) 5 RPM 25 RPM 5 RPM 1 RPM 2 RPM 28 24 2 16 12 8 4 SIZE 75 BEARING RADIAL LOAD LIMITS. 4.8 1. 2 1.6 2. 2.4 2. 8 3.2 LOAD DIST. FROM MOUNT FACE (IN.) 5 RPM 25 RPM 5 RPM 1 RPM 2 RPM AXIAL LOAD (LBS) 9 8 7 6 5 4 3 2 1 AXIAL LOAD (LBS) SIZE 4, 6, SIZE 75 4, & 1 6, BEARING 75 & 1 AXIAL BEARING LOAD AXIAL LIMITSLOAD LIMITS 9 8 7 6 5 4 3 2 1 5 75 1 5 15 75 2 1 25 15 3 2 35 25 425 3 5 35 75 425 1, 5 1,5 75 2, 1, 1,5 2, OUTPUT OUTPUT RPM RPM 4PMX 1PMX 4PMX 1PMX AXIAL LOAD (LBS) 4 35 3 25 2 15 1 5 AXIAL LOAD (LBS) SIZE 14 & 18 SIZE BEARING 14 & 18 AXIAL BEARING LOAD AXIAL LIMITSLOAD LIMITS 4 35 3 25 2 15 1 5 5 75 1 5 15 75 2 1 25 15 3 2 35 25 425 3 5 35 75 425 1, 5 1,5 75 2, 1, 1,5 2, OUTPUT OUTPUT RPM RPM 18PMX 18PMX AXIAL LOAD (LBS) 32 28 24 2 16 12 8 4 5 SIZE 17, 23, 34 & 42 BEARING AXIAL LOAD LIMITS 75 1 15 2 25 3 35 425 5 75 1 15 2 OUTPUT RPM 17 & 23 34 42 AXIAL LOAD (LBS) 28 24 2 16 12 8 4 5 75 SIZE 56 & 75 BEARING AXIAL LOAD LIMITS 1 15 2 25 3 35 425 5 75 1 OUTPUT RPM 15 2 56 75 16 17

SI SERIES: SPUR S NEMA DIMENSIONS PRECISION S SI SERIES: SPUR S NEMA DIMENSIONS PRECISION S (L) (A) (I) (G) (F) (H) CONSTRUCTION FEATURES One-piece gear cluster High-quality spur gearhead Input pinion with balanced clamp collar Quick installation High reliability design High strength steels High shaft loading capacity Viton O-Rings sealed at each joint Sealed ball bearings High efficiency design All gears are heat treated NEMA mounting standards 2 year warranty 23SIX 34SIX 42SIX 56SIX A 1.498/1.5 73/75 2.185/2.187 4.498/4.5 H HEIGHT (B). SQ. B SQUARE 2.25 3.25 4.2 5.75 I HOUSING (J) (K) (D) C 1. 1.25 1.5 2. J (C) D.3745/.375.4995/.5.6245/.625.9995/1. K CIRCLE (E) E.62.62.62.125 WIDTH/ WOODRUFF F THICKNESS.188.375.5 1. RADIAL LOADING (LBS.) G LOCATION.38.56.5.63 AXIAL LOADING (LBS.) 23SIX 34SIX 42SIX 56SIX.41.54.68.19 2.95 4.38 7.87.25.22.28.41 2.625 3.875 4.95 7..94 / #33.125 / #44.156 / #55.25 / #88 75 1 15 2 75 125 15 3 L STD/LOW (ARC-MINUTES) CONTINUOUS TORQUE MAX. () MOMENTARY TORQUE MAX. () (LBS.) MAX. REFLECTED TO INPUT (OZ. IN. SEC 2 ) PINION GEAR (OZ. IN. SEC 2 ) 23SIX 34SIX 42SIX 56SIX 2.25 3. 3.75 4.5 2/1 2/1 2/1 2/1 2 6 2 35 3 9 3 5 1.5 3.5 6.5 15.5 7.15E-4 5.35E-4 4.33E-3 6.5E-3 7.59E-4 1.52E-3 7.59E-3 4.57E-2 AVAILABLE RATIOS AND ROTATION* SPECIFICATIONS SIZE 23 SAME SIZE 34 SAME Input RPM: 4 Max. 5:1 SAME 5:1 SAME 1:1 SAME 1:1 SAME 15:1 OPPOSITE 15:1 SAME Minimum Efficiency: 9% 2:1 OPPOSITE 2:1 OPPOSITE OPPOSITE OPPOSITE 5:1 OPPOSITE 5:1 SAME Operating Temperature Range -4 F to +255 F 1:1 SAME 1:1 SAME SIZE 42 SAME SIZE 56 SAME Note: Size 56 Requires a Mounting Adapter 5:1 SAME 5:1 SAME 1:1 SAME 1:1 OPPOSITE 15:1 OPPOSITE 15:1 OPPOSITE Motor Mounting Hardware Supplied 2:1 OPPOSITE 25:1 OPPOSITE SAME SAME 5:1 OPPOSITE 1:1 SAME 18 *Rotation references the gearhead output shaft direction with respect to motor shaft direction. 19

RC/DC SERIES: PRIME PLANETARY RIGHT ANGLE S SINGLE, DOUBLE, TRIPLE STAGE-SINGLE OR DOUBLE PRECISION HIGH PERFORMANCE S RC/DC SERIES: PRIME PLANETARY RIGHT ANGLE S SINGLE, DOUBLE, TRIPLE STAGE-SINGLE OR DOUBLE PRECISION HIGH PERFORMANCE S NOTE: O AND N DIMENSION ON PGS. 24-25 (O) CONSTRUCTION FEATURES True planetary design Tapered roller bearings Low backlash design Input pinion with balanced clamp collar Quick installation Strong, caged roller bearings High reliability design High strength steels High shaft loading capacity Viton O-Rings sealed at each joint Case hardened spiral bevel gears Sealed ball bearings High efficiency design All gears are heat treated NEMA mounting standards 5 year warranty A (A) (B). SQ. B SQUARE (I) (K) (J) C (L) (F) (D) D 17RCX/17DCX.864/.866 5 1.25.3745/.375.62.25.38.41 23RCX/23DCX 1.498/1.5 2.25 1.25.4995/.5.62.312.56.54 34RCX/34DCX 73/75 3.25 1.5.7495/.75.62.5.56.82 42RCX/42DCX 2.185/2.187 4.2 2..9995/1..62.5.63.19 56RCX/56DCX 4.498/4.5 5.75 2.5 1.4995/1.5.93.75.94.163 75RCX/75DCX 5.998/6. 7.48 3.5 1.9995/2..187.875 3. Lg.157 (G) (H) (E) (C) E (M) (N) F THICKNESS G LOCATION H HEIGHT I HOUSING J K CIRCLE L RIGHT ANGLE WIDTH M OVERHANG WIDTH WIDTH/ WOODRUFF RADIAL LOADING (LBS.) AXIAL LOADING (LBS.) 17RCX/17DCX 2.5.125 1.725 2.72.82.94 / #33 4 4 23RCX/23DCX 2.95.25 2.625 3.55.99.125 / #44 6 6 34RCX/34DCX 4.38.22 3.875 5.14 1.38.187 / #66 9 9 42RCX/42DCX.28 4.95 5.89 1.18.25 / #88 14 14 56RCX/56DCX 7.87.41 7. 8.79 2.28.375 / #1212 22 22 75RCX/75DCX 9.64.56 8.465 11.3 2.95 3/8 x 5/8 RECT. 32 32 AVAILABLE RATIOS EFFICIENCY SPECIFICATIONS SINGLE STAGE : / / 5:1 / / / 1:1 85% Input RPM: 65 Max. DOUBLE STAGE: 15:1//2:1//25:1/////5:1///1:1 8% Operating Temperature Range -4 F to +255 F TRIPLE STAGE: / / / / OTHER RATIOS AVAILABLE 75% Motor Mounting Hardware Supplied PRECISION, INSIDE AND OUT. 2 21

22 RC/DC SERIES: PRIME PLANETARY RIGHT ANGLE S SINGLE, DOUBLE, TRIPLE STAGE-SINGLE OR DOUBLE MODEL RATIO TC 17RCX 167 17RCX 158 17RCX 5:1 148 17RCX 143 17RCX 119 17RCX 1:1 56 17RCX 15:1 178 17RCX 169 17RCX 2:1 17 17RCX 171 17RCX 25:1 159 17RCX 172 17RCX 183 17RCX 174 17RCX 127 17RCX 5:1 161 17RCX 156 17RCX 128 17RCX 1:1 52 17RCX 181 17RCX 183 17RCX 185 17RCX 165 17RCX 136 23RCX 23RCX 23RCX 23RCX 23RCX 23RCX 23RCX 23RCX 23RCX 23RCX 23RCX 23RCX 23RCX 23RCX 23RCX 23RCX 23RCX 23RCX 23RCX 23RCX 23RCX 23RCX 23RCX 23RCX 34RCX 34RCX 34RCX 34RCX 34RCX 34RCX 34RCX 34RCX 34RCX 34RCX 34RCX 34RCX 34RCX 34RCX 34RCX 34RCX 34RCX 34RCX 34RCX 34RCX 34RCX 34RCX 34RCX 34RCX 5:1 1:1 15:1 2:1 25:1 5:1 1:1 5:1 1:1 15:1 2:1 25:1 5:1 1:1 TORQUE RATING 38 36 331 317 263 119 396 376 378 38 347 384 48 388 286 361 347 288 11 44 49 46 368 33 1285 1219 1148 1113 935 552 1381 1315 1324 1333 1244 1346 143 1364 115 1267 1232 127 57 1424 1445 1458 1311 19 TPEAK 261 248 231 223 158 84 277 264 266 267 247 269 285 272 199 251 243 21 77 283 286 286 257 212 594 562 518 496 411 179 619 587 591 594 543 6 639 67 447 564 542 45 164 631 64 68 575 473 28 195 1795 174 1461 828 2158 255 269 283 1945 213 2235 2132 1587 198 1925 165 761 2226 2258 2278 248 173 INPUT PINION Z IN SEC 2 Z IN SEC 2 2.163E-4 4.153E-4 1.352E-4 2.478E-4 1.23E-4 1.72E-4 1.174E-4 1.341E-4 1.143E-4 8.344E-5 1.132E-4 4.113E-5 1.23E-4 1.142E-4 1.352E-4 1.88E-4 1.23E-4 7.664E-5 1.174E-4 6.56E-5 1.23E-4 4.931E-5 1.143E-4 3.86E-5 1.132E-4 87E-5 1.132E-4 1.889E-5 1.143E-4 3.525E-5 1.132E-4 3.236E-5 1.132E-4 1.791E-5 1.132E-4 1.751E-5 1.132E-4 1.719E-5 1.132E-4 1.821E-5 1.132E-4 1.735E-5 1.132E-4 1.769E-5 1.132E-4 1.767E-5 1.132E-4 1.766E-5 1.194E-3 9.52E-4 9.44E-4 8.969E-4 8.88E-4 9.44E-4 9.52E-4 9.44E-4 8.969E-4 9.44E-4 8.88E-4 8.88E-4 4.91E-3 2.522E-3 2.115E-3 2.4E-3 1.955E-3 2.115E-3 2.522E-3 2.115E-3 2.4E-3 2.115E-3 1.955E-3 1.955E-3 1.539E-3 9.35E-4 6.264E-4 4.878E-4 3.34E-4 1.495E-4 3.634E-4 61E-4 2.44E-4 1.93E-4 1.572E-4 1.214E-4 1.112E-4 6.27E-5 1.117E-4 1.26E-4 5.69E-5 5.551E-5 5.438E-5 5.76E-5 5.461E-5 5.591E-5 5.584E-5 5.581E-5 1.176E-2 6.818E-3 4.735E-3 3.693E-3 2.3E-3 1.134E-3 3.91E-3 2.944E-3 2.77E-3 44E-3 1.34E-3 1.35E-3 9.482E-4 5.139E-4 9.545E-4 8.764E-4 4.861E-4 4.747E-4 4.654E-4 4.93E-4 4.676E-4 4.781E-4 4.775E-4 4.772E-4 STD/ LOW ARC MINUTES LBS. 4. 4. 4. 4. 4. N TO 3.3 3.3 3.3 3.3 3.3 3.3 4.46 4.46 4.46 4.46 4.46 O 4.97 4.97 4.97 4.97 4.97 4.97 6.11 6.11 6.11 6.11 6.11 4. 4. 4. 4. 4. 4. 5. 5. 5. 5. 5. 5. 5. 5. 5. 5. 5. 5. 5. 6. 6. 6. 6. 6. 12.5 12.5 12.5 12.5 12.5 12.5 14.5 14.5 14.5 14.5 14.5 4.23 4.23 4.23 4.23 4.23 4.23 5.5 5.5 5.5 5.5 5.5 5.5 5.5 5.5 5.5 5.5 5.5 5.5 5.5 5.85 5.85 5.85 5.85 5.85 5.91 5.91 5.91 5.91 5.91 5.91 7.4 7.4 7.4 7.4 7.4 7.4 7.4 7.4 7.4 7.4 7.4 7.4 7.4 8.26 8.26 8.26 8.26 8.26 6.49 6.49 6.49 6.49 6.49 6.49 8.1 8.1 8.1 8.1 8.1 9.16 9.16 9.16 9.16 9.16 9.16 1.29 1.29 1.29 1.29 1.29 1.29 1.29 1.29 1.29 1.29 1.29 1.29 1.29 11.51 11.51 11.51 11.51 11.51 NOTES: RC/DC SERIES: PRIME PLANETARY RIGHT ANGLE S MODEL RATIO TC 42RCX 231 42RCX 2195 42RCX 5:1 279 42RCX 221 42RCX 1711 42RCX 1:1 1122 42RCX 15:1 2485 42RCX 2379 42RCX 2:1 2397 42RCX 2414 42RCX 25:1 2263 42RCX 2438 42RCX 2579 42RCX 2473 42RCX 1867 42RCX 5:1 238 42RCX 225 42RCX 189 42RCX 1:1 131 42RCX 2587 42RCX 2627 42RCX 2651 42RCX 24 42RCX 29 56RCX 56RCX 56RCX 56RCX 56RCX 56RCX 56RCX 56RCX 56RCX 56RCX 56RCX 56RCX 56RCX 56RCX 56RCX 56RCX 56RCX 56RCX 56RCX 56RCX 56RCX 56RCX 56RCX 56RCX 75RCX 75RCX 75RCX 75RCX 75RCX 75RCX 75RCX 75RCX 75RCX 75RCX 75RCX 75RCX 75RCX 75RCX 75RCX 75RCX 75RCX 75RCX 75RCX 5:1 1:1 15:1 2:1 25:1 5:1 1:1 5:1 1:1 15:1 2:1 25:1 5:1 1:1 SINGLE, DOUBLE, TRIPLE STAGE-SINGLE OR DOUBLE TORQUE RATING 5169 4946 4693 4567 3888 2767 5619 5396 5439 5482 5143 5542 585 5627 4273 5253 5127 4328 2543 594 5998 655 5486 4616 13339 12713 12748 12765 189 716 15924 15298 1543 15561 15333 15746 16632 166 11968 14447 14464 12134 6447 TPEAK 3597 343 3249 3159 2673 1684 3884 3717 3745 3772 3536 3811 432 3865 2918 366 3516 2953 1547 444 415 4142 375 314 878 773 7335 7137 676 415 8781 8433 85 8567 838 8661 9142 8794 6677 821 812 6763 3814 9227 9374 9463 8574 7213 29 19868 19923 1995 16892 1524 2448 2397 24113 24318 23962 2468 25155 2514 1874 22577 2264 18962 9671 INPUT PINION Z IN SEC 2 Z IN SEC 2 8E-2 2.667E-2 1.32E-2 26E-2 9.21E-3 1.137E-2 8.997E-3 8.931E-3 8.766E-3 5.588E-3 8.68E-3 2.765E-3 9.21E-3 1.174E-2 1.32E-2 1.118E-2 9.21E-3 7.888E-3 8.997E-3 6.242E-3 9.21E-3 5.85E-3 8.766E-3 3.928E-3 8.68E-3 3.599E-3 8.68E-3 1.951E-3 8.766E-3 3.724E-3 8.68E-3 17E-3 8.68E-3 1.88E-3 8.68E-3 1.851E-3 8.68E-3 1.827E-3 8.68E-3 1.934E-3 8.68E-3 1.845E-3 8.68E-3 1.884E-3 8.68E-3 1.882E-3 8.68E-3 1.881E-3 5.794E-2 3.123E-2 2.647E-2 2.564E-2 2.47E-2 2.647E-2 3.123E-2 2.647E-2 2.564E-2 2.647E-2 2.47E-2 2.47E-2 1.936E-1 6.554E-2 4.43E-2 4.15E-2 3.574E-2 4.43E-2 6.554E-2 4.43E-2 4.15E-2 4.43E-2 3.574E-2 3.574E-2 9.725E-2 5.977E-2 4.189E-2 3.295E-2 2.65E-2 1.22E-2 4.97E-2 4.733E-2 3.336E-2 2.637E-2 2.148E-2 58E-2 1.519E-2 8.233E-3 1.579E-2 1.448E-2 7.958E-3 7.846E-3 7.754E-3 8.21E-3 7.838E-3 43E-3 7.998E-3 7.995E-3 4.424E-1 2.729E-1 1.914E-1 1.57E-1 9.445E-2 4.679E-2 2.44E-1 1.947E-1 1.378E-1 1.93E-1 8.912E-2 6.894E-2 6.317E-2 29E-2 6.543E-2 6.4E-2 3.37E-2 3.257E-2 3.217E-2 Other ratios are also available, consult factory. TC: Output torque is rated at 3 RPM, and a minimum life of 1, hours. Bearing load ratings are based on a minimum life of 1, hours. Torque specifications for the RCX and DCX are the same. STD/ LOW ARC MINUTES LBS. 28.5 28.5 28.5 28.5 28.5 28.5 35. 35. 35. 35. 35. 35. 35. 35. 35. 35. 35. 35. 35. 36. 36. 36. 36. 36. N TO 7.18 7.18 7.18 7.18 7.18 7.18 1.37 1.37 1.37 1.37 1.37 O 11.39 11.39 11.39 11.39 11.39 11.39 13.2 13.2 13.2 13.2 13.2 13.2 13.2 13.2 13.2 13.2 13.2 13.2 13.2 14.57 14.57 14.57 14.57 14.57 23 56. 56. 56. 56. 56. 56. 71. 71. 71. 71. 71. 71. 71. 71. 71. 71. 71. 71. 71. 86. 86. 86. 86. 86. 154. 154. 154. 154. 154. 154. 232. 232. 232. 232. 232. 232. 232. 232. 232. 232. 232. 232. 232. 1.13 1.13 1.13 1.13 1.13 1.13 14.77 14.77 14.77 14.77 14.77 17 17 17 17 17 17 15.86 15.86 15.86 15.86 15.86 15.86 13 13 13 13 13 13 13 13 13 13 13 13 13 2.52 2.52 2.52 2.52 2.52 2.92 2.92 2.92 2.92 2.92 2.92 24.1 24.1 24.1 24.1 24.1 24.1 24.1 24.1 24.1 24.1 24.1 24.1 24.1

RN/DN SERIES: PARAGON PLANETARY RIGHT ANGLE S SINGLE, DOUBLE STAGE-SINGLE OR DOUBLE PRECISION S RN/DN SERIES: PARAGON PLANETARY RIGHT ANGLE S SINGLE, DOUBLE STAGE-SINGLE OR DOUBLE PRECISION S NOTE: O AND N DIMENSION ON PGS. 28-29 CONSTRUCTION FEATURES True planetary design Tapered roller bearings Low backlash design Input pinion with balanced clamp collar Quick installation Strong, caged roller bearings High reliability design High strength steels High shaft loading capacity Case hardened spiral bevel gears Sealed ball bearings High efficiency design All gears are heat treated NEMA mounting standards 2 year warranty (A) (B). SQ. A (I) (J) (K) B SQUARE (L) (F) C (D) 17RNX/17DNX 864/.866 5 1.25.3745/.375.62.25.38.41 23RNX/23DNX 1.498/1.5 2.25 1.25.4995/.5.62.312.56.54 34RNX/34DNX 73/75 3.25 1.5.7495/.75.62.5.56.82 42RNX/42DNX 2.185/2.187 4.2 2..9995/1..62.5.63.19 56RNX/56DNX 4.498/4.5 5.75 2.5 1.4995/1.5.93.75.94.163 75RNX/75DNX 5.998/6. 7.48 3.5 1.9995/2..187.875 3. Lg.157 (G) (H) D (E) (C) (O) (M) (N) E F THICKNESS G LOCATION H HEIGHT I HOUSING J K CIRCLE L RIGHT ANGLE WIDTH M OVERHANG WIDTH WIDTH/ WOODRUFF RADIAL LOADING (LBS.) AXIAL LOADING (LBS.) 17RNX/17DNX 2.5.125 1.725 2.72.82.94 / #33 4 4 23RNX/23DNX 2.95.25 2.625 3.55.99.125 / #44 6 6 34RNX/34DNX 4.38.22 3.875 5.14 1.38.187 / #66 9 9 42RNX/42DNX.28 4.95 5.89 1.18.25 / #88 14 14 56RNX/56DNX 7.87.41 7. 8.79 2.28.375 / #1212 22 22 75RNX/75DNX 9.64.56 8.465 11.3 2.95 3/8 x 5/8 RECT. 32 32 AVAILABLE RATIOS EFFICIENCY SPECIFICATIONS SINGLE STAGE : / / / / 1:1 85% Input RPM: 5 Max. DOUBLE STAGE: / / / / / / / 1:1 8% Operating Temperature Range -4 F to +255 F Motor Mounting Hardware Supplied PRODUCTS WITH VISION. FOR ENGINEERS...BY ENGINEERS. The fountains at the Bellagio Casino in Las Vegas, Nevada are powered by CGI, INC. precision gearheads. 24 25

RN/DN SERIES: PARAGON PLANETARY RIGHT ANGLE S SINGLE, DOUBLE STAGE-SINGLE OR DOUBLE RN/DN SERIES: PARAGON PLANETARY RIGHT ANGLE S SINGLE, DOUBLE STAGE-SINGLE OR DOUBLE MODEL RATIO TC 17RNX 125 17RNX 119 17RNX 17 17RNX 89 17RNX 1:1 56 17RNX 127 17RNX 128 17RNX 129 17RNX 131 17RNX 95 17RNX 117 17RNX 96 17RNX 1:1 52 TORQUE RATING TPEAK 174 165 149 124 84 176 178 179 181 132 162 134 77 INPUT PINION Z IN SEC 2 Z IN SEC 2 2.163E-4 69E-4 1.352E-4 1.53E-4 1.174E-4 5.87E-5 1.143E-4 3.692E-5 1.132E-4 1.833E-5 1.352E-4 1.45E-4 1.174E-4 5.83E-5 1.143E-4 3.667E-5 1.132E-4 1.821E-5 1.143E-4 79E-5 1.132E-4 1.755E-5 1.132E-4 1.729E-5 1.132E-4 1.78E-5 STD/ LOW ARC MINUTES LBS. N TO 3.3 3.3 3.3 3.3 3.3 O 4.97 4.97 4.97 4.97 4.97 5.62 5.62 5.62 5.62 5.62 5.62 5.62 5.62 MODEL RATIO TC 42RNX 1726 42RNX 1646 42RNX 1516 42RNX 1283 42RNX 1:1 936 42RNX 1784 42RNX 181 42RNX 1829 42RNX 1855 42RNX 14 42RNX 1688 42RNX 1417 42RNX 1:1 124 TORQUE RATING TPEAK 2398 2287 216 1782 13 2478 2515 254 2577 1945 2344 1969 1423 INPUT PINION Z IN SEC 2 Z IN SEC 2 8E-2 41E-2 1.32E-2 1.49E-2 8.997E-3 5.878E-3 8.766E-3 3.74E-3 8.68E-3 1.841E-3 1.32E-2 1.11E-2 8.997E-3 6.156E-3 8.766E-3 3.875E-3 8.68E-3 1.925E-3 8.766E-3 3.76E-3 8.68E-3 1.866E-3 8.68E-3 1.843E-3 8.68E-3 1.823E-3 STD/ LOW ARC MINUTES LBS. 29. 29. 29. 29. 29. 35. 35. 35. 35. 35. 35. 35. 35. N TO 7.64 7.64 7.64 7.64 7.64 9.24 9.24 9.24 9.24 9.24 9.24 9.24 9.24 O 11.85 11.85 11.85 11.85 11.85 15 15 15 15 15 15 15 15 23RNX 23RNX 23RNX 23RNX 23RNX 23RNX 23RNX 23RNX 23RNX 23RNX 23RNX 23RNX 23RNX 34RNX 34RNX 34RNX 34RNX 34RNX 34RNX 34RNX 34RNX 34RNX 34RNX 34RNX 34RNX 34RNX 1:1 1:1 1:1 1:1 285 264 238 197 119 282 285 288 291 213 26 215 11 964 914 835 71 57 986 1 19 123 762 924 77 57 396 366 33 274 179 391 396 4 45 295 362 298 164 1339 127 116 934 74 137 1389 142 1421 158 1283 17 761 1.194E-3 9.52E-4 8.969E-4 8.88E-4 9.52E-4 8.969E-4 8.88E-4 8.88E-4 4.91E-3 2.522E-3 2.4E-3 1.955E-3 2.522E-3 2.4E-3 1.955E-3 1.955E-3 4.866E-4 3.113E-4 1.746E-4 1.1E-4 5.471E-5 7E-4 1.838E-4 1.157E-4 5.749E-5 1.98E-4 5.543E-5 5.46E-5 5.393E-5 4.672E-3 33E-3 1.585E-3 9.983E-4 4.961E-4 24E-3 1.58E-3 9.952E-4 4.946E-4 9.417E-4 4.759E-4 4.684E-4 4.623E-4 4.2 4.2 4.2 4.2 4.2 5.2 5.2 5.2 5.2 5.2 5.2 5.2 5.2 12.4 12.4 12.4 12.4 12.4 1 1 1 1 1 1 1 1 4.51 4.51 4.51 4.51 4.51 5.41 5.41 5.41 5.41 5.41 5.41 5.41 5.41 6.27 6.27 6.27 6.27 6.27 7.54 7.54 7.54 7.54 7.54 7.54 7.54 7.54 6.78 6.78 6.78 6.78 6.78 7.68 7.68 7.68 7.68 7.68 7.68 7.68 7.68 1.8 1.8 1.8 1.8 1.8 1.8 1.8 1.8 56RNX 56RNX 56RNX 56RNX 56RNX 56RNX 56RNX 56RNX 56RNX 56RNX 56RNX 56RNX 56RNX 75RNX 75RNX 75RNX 75RNX 75RNX 75RNX 75RNX 75RNX 75RNX 75RNX 75RNX 75RNX 75RNX 1:1 1:1 1:1 1:1 3877 371 3425 2916 2143 447 4111 4157 422 324 3845 3246 2361 15 9535 9574 817 5959 11474 11671 1181 125 8976 1848 91 6447 5385 5153 4758 451 2977 5622 5711 5774 5862 4451 5341 459 3279 36975 13245 133 11261 8277 15938 161212 1645 16676 12469 1569 12641 9184 5.794E-2 3.123E-2 2.564E-2 2.47E-2 3.123E-2 2.564E-2 2.47E-2 2.47E-2 1.936E-1 6.554E-2 4.15E-2 3.574E-2 6.554E-2 4.15E-2 3.574E-2 3.574E-2 7.141E-2 4.524E-2 2.527E-2 1.59E-2 7.899E-3 4.72E-2 2.621E-2 48E-2 8.184E-3 1.576E-2 7.932E-3 7.83E-3 7.746E-3 2.93E-1 1.889E-1 1.62E-1 6.72E-2 3.335E-2 1.928E-1 1.83E-1 6.831E-2 3.398E-2 6.523E-2 3.291E-2 3.247E-2 3.212E-2 56. 56. 56. 56. 56. 71. 71. 71. 71. 71. 71. 71. 71. 132. 132. 132. 132. 132. 21. 21. 21. 21. 21. 21. 21. 21. 1.9 1.9 1.9 1.9 1.9 13.3 13.3 13.3 13.3 13.3 13.3 13.3 13.3 14.71 14.71 14.71 14.71 14.71 17.61 17.61 17.61 17.61 17.61 17.61 17.61 17.61 16.66 16.66 16.66 16.66 16.66 18.79 18.79 18.79 18.79 18.79 18.79 18.79 18.79 22.21 22.21 22.21 22.21 22.21 25.9 25.9 25.9 25.9 25.9 25.9 25.9 25.9 NOTES: Other ratios are also available, consult factory. TC: Output torque is rated at 3 RPM, and a minimum life of 1, hours. Bearing load ratings are based on a minimum life of 1, hours. Torque specifications for the RNX and DNX are the same. 26 27

RS/DS SERIES: SPUR RIGHT ANGLE S NEMA DIMENSIONS-SINGLE OR DOUBLE PRECISION S RS/DS SERIES: SPUR RIGHT ANGLE S NEMA DIMENSIONS-SINGLE OR DOUBLE PRECISION S (O) (A) (I) (N) CONSTRUCTION FEATURES One-piece gear cluster Tapered roller bearings High quality spur gearhead Input pinion with balanced clamp collar Quick installation High reliability design High strength steels High shaft loading capacity Viton O-Ring sealed at each joint Sealed ball bearings High efficiency design All gears are heat treated NEMA mounting standards 2 year warranty A (B). SQ. B SQUARE (J) (K) C (L) (F) (D) D (G) (H) (M) (E) 23RSX/23DSX 1.498/1.5 2.25 1.25.4995/.5.62.312.56.54 34RSX/34DSX 73/75 3.25 1.5.7495/.75.62.312.56.82 42RSX/42DSX 2.185/2.187 4.2 2..9995/1..62.5.63.19 56RSX/56DSX 4.498/4.5 5.75 2.5 1.4995/1.5.93.75.94.163 (C) E F THICKNESS G LOCATION H HEIGHT 23RSX/23DSX 2.95.25 2.625 3.55.99.125 / #44 3 3 34RSX/34DSX 4.38.22 3.875 5.14 1.38.187 / #66 5 5 42RSX/42DSX.28 4.95 5.89 1.18.25 / #88 7 7 56RSX/56DSX 7.87.41 7. 8.79 2.28.375 / #1212 9 9 I HOUSING N TO J O K CIRCLE STD/LOW (ARC-MINUTES) L RIGHT ANGLE WIDTH CONTINUOUS TORQUE MAX. () M OVERHANG WIDTH MOMENTARY TORQUE MAX. () WIDTH/ WOODRUFF (LBS.) RADIAL LOADING (LBS.) MAX. REFLECTED TO INPUT (OZ. IN. SEC 2 ) AXIAL LOADING (LBS.) PINION GEAR (OZ. IN. SEC 2 ) 23RSX/23DSX 2.67 4.92 25/15 2 3 4. 2.58 x 1-5 7.59 x 1-4 34RSX/34DSX 9 6.74 25/15 6 9 9. 2.9 x 1-4 1.52 x 1-3 42RSX/42DSX 4.1 8.21 25/15 2 3 24. 6.69 x 1-4 7.59 x 1-3 56RSX/56DSX 5.43 11.23 25/15 35 5 44. 1.73 x 1-3 4.57 x 1-2 AVAILABLE RATIOS AND ROTATION* SPECIFICATIONS 28 SIZE 23 SAME SIZE 34 SAME Input RPM: 4 Max. 5:1 SAME 5:1 SAME 1:1 SAME 1:1 SAME 15:1 OPPOSITE 15:1 SAME Minimum Efficiency: 9% 2:1 OPPOSITE 2:1 OPPOSITE OPPOSITE OPPOSITE 5:1 OPPOSITE 5:1 SAME Operating Temperature Range -4 F to +255 F 1:1 SAME 1:1 SAME SIZE 42 SAME SIZE 56 SAME Note: Size 56 Requires a Mounting Adapter 5:1 SAME 5:1 SAME 1:1 SAME 1:1 OPPOSITE 15:1 OPPOSITE 15:1 OPPOSITE Motor Mounting Hardware Supplied 2:1 OPPOSITE 25:1 OPPOSITE SAME SAME 5:1 OPPOSITE 1:1 SAME *Rotation references the gearhead output shaft direction with respect to motor shaft direction. 29

SP SERIES: LIGHT DUTY OFFSET GEARMOTORS SIZES 17 AND 23-RATIOS 5, 1, 18:1 SP SERIES: LIGHT DUTY OFFSET GEARMOTORS SIZES 17 AND 23-RATIOS 5, 1, 18:1 (I) (D) (G) (H) (E) (N) (P) CONSTRUCTION FEATURES One-piece gear cluster Cost-effective, light duty spur gearmotors Composite bushings throughout gearhead Gears are high strength steel and precision hobbed Output shaft is heat treated stainless steel High temperature, molded composite housing Supplied with a 17 or 23 frame step motor Standard industry dimensions 1 year warranty (A) (B). SQ. (K) (J) (O) 17SPX.78 /.71 5.79.2495 /.25.12.19.47 (2X).22 (2X) 23SPX.78 /.71 2.25 1.26.312 /.3125.2.19.5 (1X).29 (1X) A B SQUARE C (C) D (F) (M) E (L) F THICKNESS O FLAT H DIMENSION OVER FLAT 17SPX 2.5 M3 x.5 1.725 6.98 1.88.31 8 23SPX 3.5.25 2.625 4.7 7 3.3.39 6 I HOUSING J THREAD / K CIRCLE L GEARMOTOR M N MOTOR O OFFSET DIMENSION P OF LEAD WIRES 17SPX 1.25 1.8 STEP 45.2.1 13 3.3@25 C 3. 23SPX 4.7 1.8 STEP 45.2.1 45.37@25 C.6 RATED PHASE CURRENT (AMPS/PHASE) INPUT RPM (MAX.) NOMINAL MOTOR STEP ANGLE EFFICIENCY (MIN.) (AMPS/PHASE) (ARC-MINUTES) MAX. CONT. TORQUE (OZ. in.) 17SPX 1 8% 16 23SPX 1 8% 32 RADIAL PLAY AXIAL PLAY (OZ.) SPECIFICATIONS PHASE RESISTANCE (OHMS +/-1%) WINDING INDUCTANCE (mh +/-2%) Gearhead Ambient Operating Temperature Range -4 F to +255 F. Motor is rated to 265 F. Molded Composite Housing (Max. Temp. 42 F). Gears are High-Strength Heat-Treated Steel. Composite Bushings throughout Gearhead. Input/Output shafts turn in the same direction. SIZE 17 MOTOR P/N HT17-75P SIZE 23 MOTOR P/N 423-828P Bipolar Chopper Drive Switching Sequence for CW Rotation Facing Mounting End Bipolar Chopper Drive Switching Sequence for CW Rotation Facing Mounting End Step A+ A- B+ B- + - + - 1 - + + - 2 - + - + 3 + - - + 4 + - + - BLK/WHT ORG/WHT A- ORANGE A+ BLACK RED PM YELLOW YEL B+ WHT RED WHT B- Step Red Black Green White + - + - 1 - + + - 2 - + - + 3 + - - + 4 + - + - RED/WHT* BLACK RED PM GREEN WHITE GRN/WHT* Motor Connection: Center Tap to end * These wires are not used: do not connect them or ground them. They must be electriclly isolated. 3 31

CUSTOM PRODUCTS CUSTOM PRODUCTS For custom gearhead requirements......cgi is your only choice. 32 CORE COMPETENCE AT CGI MEANS...CUSTOMS. CGI has been building to custom gear requirements for over 36 years and we re still going strong. Time and time again customers continue to bring us application requirements that no other manufacturer can do quickly and inexpensively. The following products on these two pages are only a few of the hundreds of custom gearheads we have built for a wide variety of industries including Fortune 5 companies in the semiconductor, food packaging, military and medical industries. So whether it s something simple as a special shaft or ratio or something more complex, CGI is the only choice. Contact our applications engineering department for more information. LINEAR SLIDE CGI gearheads are easily adapted to any of the commercially available linear slide products on the market. All of our inline or right-angle gearheads can be used to help reduce inertia. Our products match up directly to products manufactured by: Intek, Linear Industries, Daedel, Star Linear, THK, NSK, IKO, Warner, Tol-O-Matic, Macron Dynamics and Industrial Devices. CUSTOM OPTIONS CGI gearheads offer increased design flexibility when built with custom shaft options such as dual-output shaft, hollow shaft and even custom input shafts that allows easy mounting to options like brakes, encoders or safety couplings that are used between the motor and the gearhead. AEROSPACE AND MEDICAL CGI has built custom products for the Hubble Telescope project as well as custom components for surgical hand tools for the medical industry. More and more companies rely on CGI to build non-standard products that meet the stringent requirements of these two very important industries. SEMICONDUCTOR AND FOOD PACKAGING EQUIPMENT CGI Prime PL Series gearheads can be manufactured with special seals and special grease for both the semiconductor and food packaging equipment industries. The gearheads meet various IP ratings and are usually painted white rather than our standard black anodized. FOCUSED ON THE FUTURE 33

CUSTOM COMPONENT PRODUCTS S & CUSTOM S COMPONENT S & CUSTOM S CGI, Inc. is renowned for being able to provide complex precision-machined component parts of high quality and hold tolerances as tight as 2.5 microns. These parts are machined from diverse metals, and involve a variety of hardness, surface treatment, heat-treating and plating requirements. Applications range from nuclear submarines, space vehicles, surgical devices, various semi-conductor manufacturing equipment, robotics and machine tool automation. 34 35

36 MOTOR MANUFACTURERS CGI S MOUNT DIRECTLY TO MOTORS MANUFACTURED BY THE FOLLOWING: Partial Listing: Aerotech Allen-Bradley Anaheim Automation Animatics Applied Motion Products Baldor Bodine CMC Torque Systems Compumotor Custom Servo Motors Dynetic Systems Eastern Air Devices Electro-Craft Emerson Empire Magnetics GE Fanuc Glentek Globe Motors Hathaway Hurst Manufacturing Indramat Industrial Devices Industrial Indexing Infranor Inland Motor Kollmorgen Lin Engineering Magmotor MCG MFM Mitsubishi Moog MyoStat Nyden Oriental Motor Ormec Pacific-Scientific Panasonic Parvex Pittman PMI QuickSilver Reliance Sanyo-Denki SEM Siemens Superior Electric Tamagawa Teknic Vickers Warner Yaskawa Our 48 hour shipping program, raises the bar even higher. It ensures the shipment of select standard size and ratio gearheads in stock within 48 hours. By offering quick delivery, we are able to provide this advantage to customers needing a precise solution, and needing it quickly. The market demand for quick turnaround on standard size and ratio gearboxes has become overwhelming. Sales channels need to be able to react to customers' requests quickly. OEMs often face short development timeframes, especially in prototype applications while endusers, losing time and money in a break-down situation, need to get their replacement gearboxes in a hurry. We do our best to accommodate any rush situation. Featured Ratios and Sizes 48 Hour Shipping is available for popular sizes and ratios from our Prime, Primemetric, Paragon, Victory, Raptor, and Raptor EP Series product lines: 17PLX 17PNX 23PNX 34PNX 6RTA 75RTA 4PMX 17VPX 23VPX 34VPX 23RTX 34RTX ORDERING INFORMATION 2 3 P L X 1 6 X X 1 9 1 7 SIZE NEMA METRIC Size 17 4 Size 23 6 Size 34 75 Size 42 1 Size 56 14 Size 75 18 GH TYPE PLX Prime Planetary Gearheads RCX Prime Planetary Right Angle Gearheads DCX Prime Planetary Right Angle Dual Shaft PMX PriMetric Planetary Gearheads PNX Paragon Planetary Gearheads RNX Paragon Planetary Right Angle Gearheads DNX Paragon Planetary Right Angle Dual Shaft SIX Spur Gearheads NEMA Dimension RSX Spur Rignt Angle Single Shaft DSX Spur Rignt Angle Dual Shaft RBD Right Angle Bevel DBD Dual Right Angle Bevel SPX Light Duty Offset Gearmotors RATIO FEATURES MOTOR CODE (Rear Bracket / Input Pinion or PROJECT CODE (assigned by CGI) 1:1 1 3 4 5:1 5 55 7 1:1 1 15:1 15 16 18:1 18 2:1 2 22 25:1 25 28 3 4 49 5:1 5 55 7 1:1 1 16 28 4 55 7 XX - Standard LB - Low Backlash VM - Vertical Mount LV - Low Backlash/ Vertical Mount KT - Adapter Kit PK - Pinion Kit RK - Rear Bracket Kit 37 1917 or 511X PLEASE NOTE: If you have any sizing or technical questions please contact us at (775) 882-3422

PRODUCT SELECTION GUIDE MATCHING There are several rules that apply to the acceleration responsiveness of a gearmotor and external load system. (See Inertia Matching Example on page 39.) They are as follows: FOR STEP MOTORS (RULE 1 AND 2) RULE 1: A system will respond very fast if the System Inertia is 1 to 3 times larger than the motor s inertia. RULE 2: A system will respond acceptably fast if the System Inertia is between 3 and 1 times larger than the motor s inertia. FOR SERVO MOTORS (RULE 3 AND 4) RULE 3: A system will respond very fast if the System Inertia is 1 to 5 times larger than the motor s inertia. Some high performance motor manufacturers state that very fast acceleration response can be obtained with reflected inertia matches as high as 1 times. RULE 4: A system will respond acceptably fast if the System Inertia is between 6 and 1 times larger than the motor s inertia. Some high performance motor manufacturers state that acceptably fast response can be obtained with reflected inertia matches as high as 2 times. Once the System Inertia is calculated, divide this by the motor s inertia, take the resultant number and see how it compares with the rules above to get a close approximation of the overall system responsiveness that you require. RADIAL AND AXIAL BEARING LOAD RATINGS Our radial and axial bearing load information for each gearhead was calculated based on the dynamic load ratings for our bearing systems. Besides lubrication, bearing life is also affected by running speed (rpm) and applied load (radial or axial). Keeping required hours of bearing operation as a constant, as rpm increases, bearing load capacity decreases and vise versa (note: static loads do not apply). Additionally, for gearhead applications, output shaft bearings are affected by the location of any applied radial load on the output shaft. As constant radial load on the output shaft is placed farther from the gearhead output face, the resultant radial load at the bearings increases. Note: The radial and axial bearing load limit information is provided for singular load components only (not combined axial and radial loads). When combining the load components, it is safe to combine a maximum of one component with only 1% of maximum of the other component. (i.e. 1% of the maximum radial load limit can be combined with only 1% of the maximum axial load limit and vise versa). Consult CGI, Inc. if the second component (axial/radial) exceeds 1% of the first component s load. / MOTOR MOUNTING Any motor matching the mounting dimensions as shown below will attach to any of our Inline Spur, Prime Planetary, or Paragon Planetary gearheads quickly and easily. If the motor you have selected has a different mounting face than shown, an appropriate adapter can be manufactured to meet your motor s exact mounting surface specifications. All Gearheads come with a complete mounting kit which includes all hardware necessary for direct attachment to the motor along with easy to follow instruction. The Clamp-On Pinion and Balanced Collar simply slip onto the motor-shaft. The clamp is then fastened by two (2) allen head screws. The motor is then slipped into the gearhead and is held in place by four (4) mounting bolts. This process should take a few minutes at most. No matching or additional components are required. (C) (F) HOLE (4X) EQUALLY SPACED ON A (E) B.C. NEMA MOTOR MOUNTING DIMENSIONS (INCHES) ITEM DIMENSION 17 23 34 42 56 75 A MOTOR B MOTOR * C D * E MOUNTING BOLT CIRCLE F SIZE * These dimensions can be less than value indicated. (A) +. -.5 (B) (D) MATCHING (continued) One important consideration when choosing a gearhead for your application is proper inertia matching. When an external load has a large inertia and it must accelerate and decelerate responsively, a gearhead with the MOTOR ROTOR 5.18E-3 OZ IN SEC 2 FORMULA: MATCHING EXAMPLE CGI PINION SYSTEM = + PINION + GIVEN: SIZE 23 PRIME = 1.746E-4 OZ IN SEC 2 SIZE 23 PRIME PINION = 9.62E-4 OZ IN SEC 2 LOAD = 1.567E-1 OZ IN SEC 2 MOTOR ROTOR = 5.18E-3 OZ IN SEC 2 SOLUTION: PRODUCT SELECTION GUIDE properly calculated inertia match will accomplish the task. A selected gear ratio will effectively reduce the external load inertia at the motor shaft by an inverse of the square of the gear ratio (see formula below). SYSTEM LOAD (GEAR RATIO) 2 LOAD 1.567E-1 OZ IN SEC 2 1.567E-1 OZ IN SEC SYSTEM = 1.746E-4 OZ IN SEC 2 + 9.62E-4 OZ IN SEC 2 + 2 SYSTEM = 6.26E-3 OZ IN SEC 2 (5.5) 2 RATIO OF THE SYSTEM TO (:) THE MOTOR ROTOR = (6.26E-3 OZ IN SEC 2 ) : (5.18E-3 OZ IN SEC 2 ) -OR- 1.2 TO 1 ( MATCH) OTHER APPLICATION PARAMETERS TO CONSIDER: TORQUE REQUIREMENTS SPEED REQUIREMENTS RESPONSE REQUIREMENTS STIFFNESS REQUIREMENTS RESOLUTION REQUIREMENTS (IDEAL MATCH OF 1:1 YIELDS A VERY FAST SYSTEM RESPONSE) 38 CGI, INC. 34 Arrowhead Drive Carson City, Nevada Tel 775.882.3422 Fax 775.882.9599 www.cgimotion.com 39

APPLICATION FLOWCHART APPLICATION FLOWCHART Select Part Number 19 Gear Head Mount 18 Determine Drive Type 17 Pulley with Belt Lead / Ball Screw Direct Drive Gearhead Input Sprocket with Chain Determine Radial and Axial Loads 16 15 Determine System Inertia Match System Inertia Match = System Inertia / Motor Rotor Inertia Calculate System Inertia System Inertia = Gearhead Inertia + Input Pinion Inertia + (Load Inertia / (Gear Ratio) 2 ) 14 Desired Inertia Match 13 Select Gearhead Size 12 NEMA METRIC 17 4 23 6 34 75 42 1 56 14 75 18 PLX RCX DCX PMX RNX DNX PNX RSX DSX PTX RBD DBD SIX Calculate Peak Output Torque or Calculate Required Mean Continuous Output Torque T Cont = ( T Mean * S.F.) n 1 t 1 +... n n t n 1 Stage >9% 2 Stage >85% 3 Stage >8% 1 Stage >85% 2 Stage >8% 3 Stage >75% T Peak = ( T Motor Peak * L.F. * m * S.F. * h) T Mean = n 1 t 1 T 1 3 +... nn t n T n 3 Inline Efficiency h Right Angle Efficiency h 11 Limit Factor (LF) = % of Motor Peak Limit Factor (LF) = 1. 1 YES 9 Is Current being limited NO to the Motor? Max Speed (C): -999:.1 1-2999.2 3-4999.3 5 +:.4 Shock Load (F): None:.1 Light:.3 Moderate:.5 Heavy:.7 Calculate Service Factor (SF) 8 Cycles per Hour (D) = 36 (sec/hr) Cycle Time (sec) Motion Profile (B): Continuous:.3 Trapezoidal:.4 Triangular:.5 Hours per Day (E): - 4.:.1 4.1 - :.2 8.1-16..3 16.1 +:.4 Determine Direction, Motion Profile, Maximum Speed, Cycles per Hour, Hours per Day, and Shock Load Max Speed (C): Shock Load (F): S.F. = A + B + C + D + E + F Motion Profile (B): Hours per Day (E): Direction (A): Cycles per Hour (D): 7 Direction (A): Unidirectional:.3 Reversing:.4 Cycles per Hour (D): -999:.1 1-2999:.2 3-4999:.3 5 +:.4 6 Determine Motor Peak Torque Determine Motor Continuous Torque Determine Load Inertia Determine Motor Rotor Inertia Acceleration Run Time Deceleration Dwell Acceleration Deceleration Dwell Run Time 5 Determine Acceleration Time Determine Run Time Determine Deceleration Time Determine Dwell Time n 1 n 1 time t1 t2 t3 t4 t1 t3 t4 time n 1 t1 speed speed speed n 2 n 2 n 2 Cycle Time Cycle Time 4 Calculate Gear Ratio See Figure 1 for Standard Ratios m = ( n Mean Output Speed Motor / n Mean Output Speed Gearhead ) 1 Stage 3, 4, 5, 5.5, 7, 1 2 Stage 15, 16, 2, 22, 25, 28, 3, 4, 49, 5, 55, 7, 1 3 Stage 16, 28, 4, 55, 7 Figure 1 Ratios Determine Gearhead Type Determine Mean Output Speed (RPM) for the Motor Determine Mean Output Speed (RPM) for the Gearhead 3 Inline Right Angle Single Shaft Right Angle Dual Shaft DC < 5% use T Peak DC > 5% use T Cont See Below (11) 2 1 Calculate Duty Cycle for Application DC (%) DC = (t 1 + t 2 + t 3 ) (t 1 + t 2 + t 3 + t 4 ) * 1% APPLICATION FLOWCHART time 4 41

APPLICATION General Information Customer Name: Fax #: CGI Ship Date: ISO 91:2 CERTIFICATE Buyer Contact: Phone #: Dock Date: Technical Contact: Phone #: Ship Via: Purchase Order #: Your Project #: CGI Part #: Gearhead Type: Gearhead Size: Ratio: Application Information Motor Manufacturer: What is the external load inertia? (oz. in sec 2 ): Accel time to top speed? (sec.): Motor Model #: Decel Time? (sec.): Dwell Time? (sec.): Motor Size: Maximum Motor Speed: Motor Print Attached? Yes No NEMA Motor: Yes No Not Sure Note: Any specials (non-cataloged gearheads) send motor print Special Requirements OP Output FB Front Bracket RB Rear Bracket Continuous Torque Rating of motor (in. lbs.): Is it mounted?: Vertically or Horizontally? Peak Torque Rating of motor (in. lbs.): Is the current being limited to the motor? Yes No If yes, to what peak torque value is it limited? (in. lbs.): Gearhead output speed for application? (rpm): Radial load on output shaft of gearhead (lbs.): Axial load (lbs.): Briefly describe your application: Material Other Drive Type: Pulley w/ Belt Lead / Ball Screw Direct Drive Gearhead Input Sprocket w/ Chain Service Factor DIRECTION Unidirectional.3 Reversing.4 MOTION PROFILE Continuous.3 Trapezoidal.4 Triangular.5 MAX SPEED (RPM) -999.1 1-2999.2 3-4999.3 5 +.4 CYCLES / HOUR -999.1 1-2999.2 3-4999.3 5 +.4 HOURS / DAY.1-4..1 4.1 -.2 8.1-16..3 16.1 +.4 SHOCK LOAD None.1 Light.3 Moderate.5 Heavy.7 Service Factor = Sum of all Elements Circle the Numbers Above Customer Sign Off: Sales: Engineering: 42 43 pg

44 WARRANTY TERMS AND CONDITIONS CGI, Inc. warrants all standard Gearheads, manufactured to be free of defects in materials and workmanship for the periods shown below, when used within Product Specifications and under Normal Operating Conditions, as determined by CGI, Inc. and within the provisions outlined below. CGI, Inc. warrants all standard PriMetric and Prime Planetary Gearheads for a five (5) year period from date of purchase. CGI, Inc. warrants all standard Spur Inline, Power Tube and Paragon Planetary Gearheads for a two (2) year period from date of purchase. CGI, Inc. warrants all standard Spur Offset Gearheads for a one (1) year period from the date of purchase. 1. CGI, Inc. will repair or replace, at its sole discretion, any of its standard catalog products, which CGI agrees, in writing, are nonconforming. Any claims by Buyer for omissions or shortages in a shipment or that product is nonconforming shall be waived, unless Seller received written notice thereof within thirty (3) days after Buyer s receipt of the shipment, or as authorized by Seller, in writing. 2. All product returned to Seller s facility must have a Return Authorization (RA) Number. Buyer must contact CGI, Inc. before sending product in for evaluation, repair, replacement or modification. Seller assumes no liability for packages returned without proper authorization. The RA number should be clearly marked on the outside of all packages being returned. Product should be properly packaged. CGI, Inc. will not accept responsibility for damage incurred during removal, installation, shipping or handling of returned product. 3. Buyer shall pay costs of transportation for nonconforming product which is returned to Seller s facility, unless prior written authorization is obtained from Seller. Seller shall pay for costs of transportation on warranty repairs or replacements, using standard ground transport, unless agreed to by Seller, in writing. 4. Seller s sole liability (whether based upon breach of contract, negligence, strict product liability or otherwise) is exclusively limited to the repair, replacement or the refund of the purchase price paid for defective product, at the Seller s discretion. Seller shall not be liable for punitive damages, special, consequential, incidental, indirect damages or lost profits associated with said product. EXCEPT AS OTHERWISE SET FORTH HEREIN, SELLER DISCLAIMS ALL EXPRESS OR IMPLIED WARRANTIES INCLUDING, BUT NOT LIMITED TO, WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A ICULAR USE OR PURPOSE. 5. Any CGI, Inc. product which has been damaged due to misuse, abuse, negligence, improper installation or has been modified, dismantled or disassembled by Buyer, in any manner shall void coverage by this warranty. Seller shall not accept returned products under this warranty as a result of life-cycle, reliability testing or processing outside of Normal Operating Conditions, nor custom, nonstandard or any product that has otherwise been modified at the request of or by Buyer, unless previously agreed to in writing by Seller. 6. Buyer agrees that any values of expected life furnished by Seller to Buyer are strictly estimates based on theoretical calculations, load averaging via RMC (root mean cubed) or other industry standard calculation methods. Such estimated values are furnished for Buyer s convenience only and on the express condition that such values do not constitute any representation, warranty or guarantee by Seller whatsoever that such values will be realized in Buyer s application. Any estimated values of expected life, oral or written information, opinions, evaluations, consultations, or cooperation of Seller or any designs, specifications, standards, performance requirements, requirements of third parties or other information of any kind furnished or communicated by Buyer, or its representatives, Buyer specifically agrees that it is Buyer s sole responsibility to select and evaluate the correct product and other items for use in Buyer s application. 7. Seller and Buyer agree that any and all claims, disputes and controversies concerning any product purchased by Buyer, as well as each of the terms set forth herein, shall be construed and interpreted in accordance with the laws of the State of Nevada without resort to conflict of laws principles. The parties further agree that venue with respect to any such claims and/or actions shall be in the state of federal courts having jurisdiction in Carson County, Nevada. Buyer waives any challenges to the jurisdiction of such courts and agrees to submit to the personal jurisdiction thereof. PRECISION PRECISION CONSTRUCTION FEATURES SPIRAL BEVEL GEARS HEAT TREATED STEEL SINGLE PIECE STAINLESS STEEL OUTPUT DUAL LIP NITRILE RUBBER SEAL WITH STEEL CORE AND HOUSING PRIME PLANETARY PICTURED. PRECISION TAPERED ROLLER BEARINGS THROUGHOUT PRECISION CASE HARDENED PLANET GEARS FRONT AND REAR BRACKETS AIRCRAFT ALUMINUM BLACK ANODIZED SINGLE PIECE CARRIER PLATE WITH SUN GEAR CASE HARDENED STEEL RING GEAR HOUSING ONE-PIECE HEAT TREATED STAINLESS STEEL VITON O-RINGS AT ALL JOINTS BALANCED CLAMP AND HIGH STRENGTH HEAT TREATED STEEL MOTOR PINION FEATURES

DESIGNERS AND MANUFACTURERS OF PRECISION MOTION CONTROL PRODUCTS CGI, INC. 34 Arrowhead Drive Carson City, Nevada 8976 Tel 775.882.3422 Fax 775.882.9599 www.cgimotion.com REVISION SUMMER 21