Mas2k Helical Bevel

Gearmotors andSpeed Reducers Helical Bevel Series K and Series C Quick Selection Guide www.diequa.com MAS 2000 Helical Bevel Gearmotors and Speed Reducers WATT Drive has been a global supplier of cutting edge drive technology for over 30 years. With manufacturing, assembly, warehousing, and tech center facilities throughout Europe, North America, and Asia, WATT Drive provides local personal service along with worldwide customer support. The WATT Drive philosophy is to provide the optimal drive solution for each unique application. By combining the most appropriate reducer, motor and drive, or just individual components, the result is maximum design versatility, outstanding operating performance, and extreme reliability. This catalog has been designed merely as a quick selection guide, highlighting the available solutions for basic applications. A wide variety of features, options, speeds, and ratios are offered by WATT Drive. Please contact DieQua Corporation, WATT Drive’s manufacturing, engineering, and marketing partner in North America, for additional technical information or capabilities not found in this selection guide. Program Benefits: • Optimized gearing for high power density • Multi Volts/Hz inverter duty integral motors • NEMA, IEC, or servo motor adapters • High efficiency and low backlash • Multiple mounting configurations • Inch or metric shafts and bores • Special design options • Complete drive packages Designs Available Series K Series C Agitator Drives Selection Guide Contents Selection Information. . . . . . . . . . . . . . pg. 4-5 Series K Gearmotor Data . . . . . . . . . . pg. 6-14 Series K Speed Reducer Data . . . . . . pg. 15-17 Series K Dimensions. . . . . . . . . . . . . pg. 18-23 www.diequa.com Series C Gearmotor Data . . . . . . . . . pg. 24-27 Series C Speed Reducer Data . . . . . . pg. 28-29 Series C Dimensions. . . . . . . . . . . . . pg. 30-33 Technical Data . . . . . . . . . . . . . . . . . pg. 34-36 Ordering Examples . . . . . . . . . . . . . . . . pg. 37 2 Design Options Series K Designs The Series K is a compact, heavy duty gearbox featuring a wide range of input and output mounting configurations and shaft options. Hollow bore with keyway, shrink disc, and single and dual output shafts are available on all models. Housings machined on all sides, along with a bolt on flange option, provide maximum mounting versatility. Integral motors along with adapters for NEMA, Servo, and IEC motors, as well as an input shaft, are available as standard options. Output Options Input Options Agitator Designs KUA NA KRA Shaft Mount NEMA Adapter Hollow Shaft KU SA KR Output Shaft Servo Adapter Output Shaft KUS WN KRS Shrink Disc Input Shaft Shrink Disc Series C Designs The Series C is a compact, heavy duty gearbox featuring an offset input stage for ultra close mounting of the gearbox. The input stage can be rotated 90 degrees to assure the motor maintains optimal clearance. Machined housings on all sides and a variety of shaft configurations provide the ultimate in mounting versatility. Integral motors and adapters for NEMA, IEC, and Servo motors, along with an input shaft version, are available for all models. Output Options Input Options Agitator Designs CSA NA CRA Shaft Mount NEMA Adapter Hollow Shaft CS SA CR Output Shaft Servo Adapter Output Shaft CSS WN CRS Shrink Disc Input Shaft Shrink Disc 3 Selection Information The ratings in this guide are based on 3 phase, 60 Hz, 460 Volt operation. Power and torque ratings for 230 Volt operation may be lower. For additional technical data and design options, please contact your WATT Drive/DieQua Corporation representative or request the complete MAS 2000 engineering catalog. 1. Determine horsepower or torque required: Horsepower = Torque (in-lbs) x Output Speed 63025 Output Torque (in-lbs) = 63025 x HP x Ratio Input Speed 2. Determine service factor: >16 8 4 Load Type: Operating Time hours/day C - Extreme Duty Minimum Service Factor B - Non-Uniform A - Uniform For acceleration factors, please consult your DieQua representative Number of Starts per hour 3. Select the appropriate drive. 4. Determine mounting position. 5. Determine primary gear unit position - Series C only. 6. Determine terminal box position. 7. Determine cable entry position. 8. Determine special options required. www.diequa.com 4 Selection Information Series K Mounting Positions H3 H4 Compact housing with primary gear unit. H5 Terminal Box Position Cable Entry H6 V1 Block housing V2 Terminal Box Position Cable Entry Series C Mounting Positions Primary Gear Unit H3 H4 H1 Terminal Box Position Cable Entry Position of primary gear unit H2 V5 V6 5 . 34 47 540 1.39 1.7 3195 1.Series K WATT Drive gear motors are known the world over for offering superior performance and reliable operation in the most demanding applications.3 3717 1.90 2.67 13 1451 2. SF (1) Ratio 1/8 HP nominal (0.26 4.90 14.7 3301 1.35 59.60 2.20 525.90 124.99 3.5 1425 2.30 68.82 1.15 148.com 6 .00 325.61 26 690 2.42 30 602 1.2 HP actual with 460V) 70 177 5.20 25.50 38. Contact your representative with any questions regarding proper selection.5 11779 1.58 42 434 2.3 8823 0.60 151.50 190.45 325.4 7983 0.61 24 504 1.40 429.4 1912 1.5 6522 1.00 59.07 13 938 1.51 3.35 1036.7 1257 1.65 1.19 8.45 760.64 1.05 25.00 4.12 70 363 2.1 4416 1.24 5.90 5.42 30 398 2.33 1/3 HP nominal (0.2 1947 0.30 44.4 3558 1.7 3859 1.95 309.85 31.7 4434 1.70 525.6 10425 1.50 53.85 20.05 231.36 11 1708 1. www.25 17.85 288.40 231.1 3947 1.40 23.85 186.90 357. (1) At nominal horsepower.17 8.1 2965 1.80 171.95 259.7 6646 1.15 213.80 1289.8 8806 1.41 40 628 2.7 1398 1.34 47 257 3.4 HP actual with 460V) 130 195 4.00 494.45 933.85 55.45 34.diequa.31 5.09 7. a major benefit of the WATT Drive gear motor is the RPM In-lbs.1 5921 1.6 2168 0.10 6. An optimized gear tooth design provides high power density.70 44.00 6.1 4443 0.22 63 407 2.05 234.05 38.10 23.7 6514 1.55 392. when considering nominal horse power ratings.20 48. Please contact a DieQua representative for details.61 9.60 2.85 1307.15 1163.0 8408 1.70 190.11 33 549 1.10 38.20 67.0 2443 1.25 37 690 1.09 7.05 961.95 11 1142 1.8 8850 1.10 439.54 33 761 1. the unique design of this motor generates up to 20% more power than competitive motors of similar frame sizes.2 5018 1.5 2142 1.8 4832 1.45 128.25 877.55 44.85 255.41 37 327 2.45 23.5 1283 2.07 21 867 2. the service factor (SF) will increase by up to 20%.80 67.70 Model KUA 40A 64K4 KUA 40A 64K4 KUA 40A 64K4 KUA 40A 64K4 KUA 40A 64K4 KUA 40A 64K4 KUA 40A 64K4 KUA 40A 64K4 KUA 40A 64K4 KUA 40A 64K4 KUA 50C 64K4 KUA 50C 64K4 KUA 50C 64K4 KUA 60C 64K4 KUA 50C 64K4 KUA 60C 64K4 KUA 50C 64K4 KUA 60C 64K4 KUA 50C 64K4 KUA 60C 64K4 KUA 50C 64K4 KUA 50C 64K4 KUA 60C 64K4 KUA 60C 64K4 KUA 60C 64K4 KUA 60C 64K4 KUA 60C 64K4 KUA 70C 64K4 KUA 60C 64K4 KUA 70C 64K4 KUA 70C 64K4 KUA 70D 64K4 ability to generate higher torque in an overall smaller and more cost effective package.00 4.53 3.1 7602 1.4 2876 1.55 31.3 HP actual with 460V) 93 195 4. In the American market.5 4319 1.35 1.61 2.50 27 451 2.78 52 239 3.11 33 363 2.22 63 292 3.45 167.55 17.19 8.61 9.58 42 602 1.70 283.80 394.45 48.2 13399 0.91 9.15 283.66 11 1673 2.4 5327 1. Therefore.79 7.75 342.55 3.67 1/4 HP nominal (0.11 36 699 2.5 1929 1.85 40.79 1.Gearmotor Selection Tables .70 Model KUA 70D 64K4 KUA 70D 64K4 KUA 70D 64K4 KUA 70D 64K4 KUA 70D 64K4 KUA 40A 64N4 KUA 40A 64N4 KUA 40A 64N4 KUA 40A 64N4 KUA 40A 64N4 KUA 40A 64N4 KUA 40A 64N4 KUA 40A 64N4 KUA 40A 64N4 KUA 40A 64N4 KUA 50A 64N4 KUA 40A 64N4 KUA 50A 64N4 KUA 50A 64N4 KUA 40A 64N4 KUA 50A 64N4 KUA 60C 64N4 KUA 60C 64N4 KUA 50C 64N4 KUA 50C 64N4 KUA 60C 64N4 KUA 50C 64N4 KUA 60C 64N4 KUA 60C 64N4 KUA 60C 64N4 KUA 60C 64N4 KUA 70C 64N4 RPM In-lbs. Engineering Note: The torque values and service factors in the selection charts have been calculated with the actual motor horsepower at 460V operation.56 1.2 3487 1.7 2124 1.31 24 752 1.60 61.7 9868 1.55 650.80 1.0 2602 1.7 2097 0.90 2.47 24 770 2.60 846.50 589.80 31.0 1735 2. The inverter duty WATT Drive EUSAS motor can be connected to any Volts/Hertz combination for global usage and is available with a wide variety of options.85 171.78 52 487 1.6 1602 1.30 186.4 12089 0.65 48.78 52 354 2. resulting in greater torque capacities in a smaller size.60 25.00 589.06 4.35 472. Torque output for 1/8 to 2 HP will be lower with 230V power source.55 1.58 42 292 3.9 5841 1.95 1184.17 8.63 2.34 47 389 2.35 357.45 81 230 3. please note that the torque generated will be lower while the service factor will increase by up to 20%.15 3.7 1885 0. For all selections.15 974.78 27 673 1.35 750.25 53.50 29 628 2.45 81 319 2.80 44.95 20. SF (1) Ratio 2.91 9.99 3.90 472.05 76.85 1168.00 5.45 110 230 3.02 1.41 37 496 1.68 4. SF (1) Ratio 5.10 6.20 394.5 4027 0.12 70 266 3.25 255.15 865.83 1.0 3664 1.24 5.22 63 195 4.65 34.66 6.67 93 274 3.42 Model KUA 60C 64N4 KUA 70C 64N4 KUA 60C 64N4 KUA 70C 64N4 KUA 60C 64N4 KUA 70C 64N4 KUA 70C 64N4 KUA 70C 64N4 KUA 70C 64N4 KUA 75D 64N4 KUA 75D 64N4 KUA 77C 64N4 KUA 77C 64N4 KUA 75D 64N4 KUA 75D 64N4 KUA 77C 64N4 KUA 77C 64N4 KUA 75D 64N4 KUA 75D 64N4 KUA 40A 72K4 KUA 40A 72K4 KUA 40A 72K4 KUA 40A 72K4 KUA 40A 72K4 KUA 40A 72K4 KUA 40A 72K4 KUA 40A 72K4 KUA 40A 72K4 KUA 50A 72K4 KUA 40A 72K4 KUA 50A 72K4 KUA 40A 72K4 * These units have thermal limitations.51 3.26 4.9 1761 1.70 659.5 2682 1.30 34.55 12. RPM In-lbs.95 167.05 151. 2 10824 1.6 8.02 1.94 1.25 17.59 171.35 532.4 23984 1.15 23.76 Model KUA 75C 72N4 KUA 77C 72N4 KUA 80C 72N4 KUA 77C 72N4 KUA 75C 72N4 KUA 80C 72N4 KUA 77C 72N4 KUA 80C 72N4 KUA 77C 72N4 KUA 80C 72N4 KUA 77C 72N4 KUA 80C 72N4 KUA 80C 72N4 KUA 85C 72N4 KUA 80C 72N4 KUA 85C 72N4 KUA 85C 72N4 KUA 40A 81K4 KUA 40A 81K4 KUA 40A 81K4 KUA 40A 81K4 KUA 40A 81K4 KUA 40A 81K4 KUA 40A 81K4 KUA 50A 81K4 KUA 40A 81K4 KUA 50A 81K4 KUA 40A 81K4 KUA 50A 81K4 KUA 40A 81K4 KUA 50A 81K4 KUA 50A 81K4 KUA 40A 81K4 KUA 40A 81K4 KUA 60A 81K4 KUA 50A 81K4 KUA 60A 81K4 KUA 50A 81K4 KUA 50A 81K4 KUA 60A 81K4 KUA 60A 81K4 KUA 50A 81K4 KUA 60A 81K4 KUA 50A 81K4 KUA 50A 81K4 KUA 60A 81K4 KUA 50A 81K4 KUA 60A 81K4 KUA 60A 81K4 * These units have thermal limitations.05 Ratio 23.4 13948 1.75 555.70 313.55 2.0 3620 1.95 1.91 2.8 13169 1.95 1.6 14231 1.43 4.85 2.45 1.7 12080 2.05 25.40 2.40 309.30 2.15 12.73 342.12 Model KUA 50A 72K4 KUA 40A 72K4 KUA 50A 72K4 KUA 40A 72K4 KUA 50A 72K4 KUA 50A 72K4 KUA 40A 72K4 KUA 50A 72K4 KUA 60C 72K4 KUA 60C 72K4 KUA 70C 72K4 KUA 60C 72K4 KUA 70C 72K4 KUA 60C 72K4 KUA 70C 72K4 KUA 60C 72K4 KUA 70C 72K4 KUA 60C 72K4 KUA 70C 72K4 KUA 60C 72K4 KUA 70C 72K4 KUA 70C 72K4 KUA 75C 72K4 KUA 70C 72K4 KUA 70C 72K4 KUA 75C 72K4 KUA 75C 72K4 KUA 70C 72K4 KUA 77C 72K4 KUA 70C 72K4 KUA 75C 72K4 KUA 77C 72K4 KUA 75C 72K4 KUA 70C 72K4 KUA 77C 72K4 KUA 77C 72K4 KUA 77C 72K4 KUA 77C 72K4 KUA 80C 72K4 KUA 80C 72K4 KUA 77C 72K4 KUA 77C 72K4 KUA 80C 72K4 KUA 40A 72N4 KUA 40A 72N4 KUA 40A 72N4 KUA 40A 72N4 KUA 40A 72N4 KUA 40A 72N4 RPM 71 64 60 54 52 48 45 43 41 37 37 34 32 29 29 27 26 24 24 21 21 16 14 13 12 11 10 9.60 1.4 7399 0.62 2.82 22 2558 1.0 8337 1.06 397.90 55.70 2.0 11903 1.40 1371.50 1.10 50.70 273.55 21.7 2912 2.05 8.55 1.7 12549 1.47 3.10 0.5 2974 1.30 46.6 14691 0.1 8231 0.85 1.78 61 920 1.99 3.48 237.05 3.62 43 1310 2.00 212.05 55.00 5.60 55 1018 1.11 1.78 27.15 1. the service factor (SF) will increase by up to 20%.79 5.60 1.80 34.8 4.63 148.95 20.7 7.Gearmotor Selection Tables .15 846.60 3.8 5.55 1.70 1.61 26 965 1.7 6806 1.80 675.65 7.35 2.6 3.80 2.19 8.76 159 354 2.3 24488 1.55 69.35 20.67 96 584 1.4 3991 0.67 94 398 2.9 17603 0.90 0. SF (1) Ratio 3.8 6717 1.6 7.07 21 1204 1. SF (1) Ratio 32 797 2.50 29 876 2.20 24.12 79 708 2.09 212.50 1162.11 1.80 1.37 1.59 9.47 26 2133 1.55 1.80 3.45 112 336 2.95 59.95 27.2 4.09 7.67 13 2018 1.45 1.95 0.60 610.70 1221.80 1.6 HP actual with 460V) 188 204 4.1 16054 0.7 12700 1.70 10.31 2.6 3328 2.55 772.05 2.47 Model KUA 40A 72N4 KUA 40A 72N4 KUA 50A 72N4 KUA 50A 72N4 KUA 40A 72N4 KUA 40A 72N4 KUA 50A 72N4 KUA 40A 72N4 KUA 50A 72N4 KUA 50A 72N4 KUA 40A 72N4 KUA 40A 72N4 KUA 50A 72N4 KUA 50A 72N4 KUA 60A 72N4 KUA 50A 72N4 KUA 60A 72N4 KUA 50A 72N4 KUA 60A 72N4 KUA 50A 72N4 KUA 60A 72N4 KUA 70C 72N4 KUA 70C 72N4 KUA 60C 72N4 KUA 70C 72N4 KUA 60C 72N4 KUA 70C 72N4 KUA 60C 72N4 KUA 70C 72N4 KUA 75C 72N4 KUA 60C 72N4 KUA 70C 72N4 KUA 75C 72N4 KUA 70C 72N4 KUA 75C 72N4 KUA 77C 72N4 KUA 75C 72N4 KUA 70C 72N4 KUA 70C 72N4 KUA 75C 72N4 KUA 77C 72N4 KUA 70C 72N4 KUA 75C 72N4 KUA 77C 72N4 KUA 70C 72N4 KUA 75C 72N4 KUA 77C 72N4 KUA 75C 72N4 KUA 77C 72N4 KUA 75C 72N4 RPM In-lbs.25 38 1487 1.00 35.4 7505 1.1 6133 1.85 31.85 597.91 2.11 48.82 188.55 2.45 93 602 2.00 55.65 14.19 185.66 138.50 1/2 HP nominal (0.32 33 1690 2.30 932.94 25 2274 0.00 429. (1) At nominal horsepower.6 7.85 773.25 1.02 83 673 1.48 53 1044 0.68 4.1 6222 1.5 21860 1.50 479.27 234.8 18992 1.00 1162.64 1.05 1.05 50.65 281.2 27824 1.45 82 460 1.5 9390 1.75 39.95 30 1867 1.36 162.31 24 1053 0.45 114 487 1.94 68.20 555.20 392.55 10.78 55.4 13479 1.78 27 2044 0.85 1.45 675.91 435.95 532.95 55.6 21231 1.40 1.03 462.05 1.22 25.31 69.05 1.7 4407 1.97 2.80 589.79 1.7 4.36 215.15 2.65 435.12 229 248 3.10 53.40 76.51 134 416 2.93 61.7 9231 0.9 3.80 846.25 1.05 2.80 1.55 1.00 675.40 845.05 933.34 48 1151 0.70 1035.15 1035.75 30.98 2.70 4.9 17160 1.5 16594 0.1 15585 1.36 190.15 12.1 4.25 1.10 6.50 2.35 6.15 3.15 1.73 33 1699 1.13 72 770 1.85 234.79 309. 7 .50 36.66 11 2319 1.8 3.15 1.31 24 2328 1.90 255.35 171.98 2.0 5.5 4.85 14.80 397.50 76.90 525.55 281.54 44.80 283.86 2.45 128.7 5363 1.00 231.25 1.70 63.4 16107 1.31 2.5 2682 1.36 7.1 12160 0.06 3.95 1.37 366.94 320.15 65 858 1.72 1.55 0.95 1036.75 46 1221 1.80 1163.90 61.20 190.85 67.47 63.41 40.22 69 805 2.45 8.80 68.82 76.55 1.43 3/4 HP nominal (0.25 773.20 597.43 418.32 191 292 3.85 0.90 1099.58 36. Please contact a DieQua representative for details.7 13647 0.1 7620 1.55 392.93 30 1859 1.20 44.1 3.48 6.9 6.25 2.37 2.2 5.3 5.48 31.42 50.55 479.58 47 1195 3.36 10 2549 2.79 1.45 285.75 0.8 8.25 342.25 44.54 36 1540 2.34 34.27 42 1345 1.39 119.8 HP actual with 460V) 274 204 4.8 8434 1.90 932.97 2.05 2.51 132 283 3.9 3673 1.25 1.24 5.70 1.90 2.80 128.47 24 1071 1. 531 584 628 699 717 788 832 876 920 1018 1009 1106 1159 1274 1274 1407 1460 1558 1593 1752 1752 2336 2726 2938 3168 3390 3708 3912 4239 4301 4337 4850 4912 5354 5425 5292 6522 6434 7071 7169 6319 7823 7930 7301 8947 9071 8434 9930 9363 10947 SF (1) 1.7 8.62 38.03 3.55 148.68 347.30 185.35 40.85 61.15 2.78 27 929 0.25 50.76 102.7 9363 1.7 4434 0.95 30 841 1.86 3.95 18.0 6.70 68.76 156 239 3.67 76.00 610.10 610.4 In-lbs.0 11372 1.8 5.65 162.2 4850 1.Series K RPM In-lbs.90 472.60 30.55 17.64 1.82 8. 14 3.9 6275 2.94 37 3053 1.85 63.35 90.00 418.95 80 1389 1.27 16 6841 1.65 103.27 42 2664 2.30 462.91 3.3 10461 1.59 69.53 Model KUA 75C 81K4 KUA 70C 81K4 KUA 75C 81K4 KUA 70C 81K4 KUA 75C 81K4 KUA 70C 81K4 KUA 70C 81K4 KUA 75C 81K4 KUA 70C 81K4 KUA 75C 81K4 KUA 77C 81K4 KUA 70C 81K4 KUA 75C 81K4 KUA 77C 81K4 KUA 75C 81K4 KUA 70C 81K4 KUA 75C 81K4 KUA 77C 81K4 KUA 75C 81K4 KUA 77C 81K4 KUA 75C 81K4 KUA 80C 81K4 KUA 77C 81K4 KUA 75C 81K4 KUA 80C 81K4 KUA 77C 81K4 KUA 80C 81K4 KUA 77C 81K4 KUA 80C 81K4 KUA 80C 81K4 KUA 85C 81K4 KUA 80C 81K4 KUA 85C 81K4 KUA 80C 81K4 KUA 85C 81K4 KUA 80C 81K4 KUA 85C 81K4 KUA 80C 81K4 KUA 85C 81K4 KUA 85C 81K4 KUA 85C 81K4 KUA 40A 81N4 KUA 40A 81N4 KUA 40A 81N4 KUA 40A 81N4 KUA 40A 81N4 KUA 50A 81N4 KUA 40A 81N4 KUA 50A 81N4 RPM 96 93 83 79 72 69 61 60 55 53 47 46 43 42 38 36 33 33 30 29 26 26 24 24 22 20 19 16 14 14 14 13 12 12 12 10 10 9 8.53 138.7 29550 1.25 1099.0 16877 0.00 462.55 35.55 15.00 0.50 555.50 2. SF (1) Ratio 14 4036 2.27 235.4 36568 1.32 193 575 0.80 1.80 281. www.19 Model KUA 40A 81N4 KUA 50A 81N4 KUA 40A 81N4 KUA 50A 81N4 KUA 40A 81N4 KUA 50A 81N4 KUA 50A 81N4 KUA 60A 81N4 KUA 50A 81N4 KUA 60A 81N4 KUA 60A 81N4 KUA 50A 81N4 KUA 60A 81N4 KUA 50A 81N4 KUA 50A 81N4 KUA 60A 81N4 KUA 60A 81N4 KUA 50A 81N4 KUA 60A 81N4 KUA 70A 81N4 KUA 70A 81N4 KUA 60A 81N4 KUA 70A 81N4 KUA 60A 81N4 KUA 60A 81N4 KUA 75C 81N4 KUA 75C 81N4 KUA 75C 81N4 KUA 77A 81N4 KUA 75C 81N4 KUA 70C 81N4 KUA 77A 81N4 KUA 77A 81N4 KUA 75C 81N4 KUA 70C 81N4 KUA 75C 81N4 KUA 70C 81N4 KUA 70C 81N4 KUA 75C 81N4 KUA 75C 81N4 KUA 80C 81N4 KUA 77C 81N4 KUA 75C 81N4 KUA 80C 81N4 KUA 77C 81N4 KUA 75C 81N4 KUA 75C 81N4 KUA 80C 81N4 KUA 77C 81N4 KUA 80C 81N4 RPM In-lbs.30 313.6 13461 1.93 29 3867 1.64 47 2354 1.70 79.85 1221.95 13.6 18744 1.25 1.15 185.41 235.90 1.00 14.6 26249 1.50 1.00 2.31 109 1027 1.95 1371.20 675.43 4 12089 2.43 1 HP nominal (1.71 64.25 10.95 845.05 1.24 140.5 45339 0.45 285.25 1. Please contact a DieQua representative for details.30 2.72 1.80 12.32 34 3319 2.48 7.48 31.55 7.82 30.63 164.8 11576 1.30 21.70 64.45 720.73 4.45 5.80 1035.85 140.73 50.79 1.6 13930 1.36 8 7080 1.79 Model KUA 77C 81N4 KUA 80C 81N4 KUA 77C 81N4 KUA 80C 81N4 KUA 85C 81N4 KUA 80C 81N4 KUA 80C 81N4 KUA 85C 81N4 KUA 80C 81N4 KUA 85C 81N4 KUA 85C 81N4 KUA 85C 81N4 KUA 85C 81N4 KUA 85C 81N4 KUA 85C 81N4 KUA 40A 91S4 KUA 40A 91S4 KUA 40A 91S4 KUA 40A 91S4 KUA 40A 91S4 KUA 50A 91S4 KUA 50A 91S4 KUA 50A 91S4 KUA 60A 91S4 KUA 50A 91S4 KUA 60A 91S4 KUA 50A 91S4 KUA 60A 91S4 KUA 50A 91S4 KUA 50A 91S4 KUA 60A 91S4 KUA 60A 91S4 KUA 60A 91S4 KUA 70A 91S4 KUA 70A 91S4 KUA 60A 91S4 KUA 70A 91S4 KUA 60A 91S4 KUA 60A 91S4 KUA 70A 91S4 KUA 70A 91S4 KUA 60A 91S4 KUA 77A 91S4 KUA 70A 91S4 KUA 60A 91S4 KUA 77A 91S4 KUA 77A 91S4 KUA 77A 91S4 KUA 75C 91S4 * These units have thermal limitations.51 134 566 1.55 4.2 13240 1.0 22709 1.71 1.15 50.12 21.45 126 602 2.76 161 690 0.37 4.55 138.53 94 1186 1.00 1.80 69.75 15.00 397.00 0.50 4 12567 1.05 772.09 14 3983 1.20 0.40 2.02 20.3 5.82 8.0 16381 1.32 191 398 1.2 5.2 23222 1.71 1.82 61 1823 1.80 555.1 5.94 320.86 2.7 HP actual with 460V) 277 407 1.1 32311 1.90 30.10 12.00 610.90 1.22 24.7 25063 1.95 27.94 5.55 139.14 320.11 1.6 10921 1.1 6.1 23214 1.70 31.15 2.10 555.35 162.90 2.45 1. the service factor (SF) will increase by up to 20%.25 44.40 997.45 2.25 2.12 2.76 85.82 188.4 50489 0.48 53 2089 1.62 2.95 435.53 12 4620 1.9 7.80 1.0 25523 0.09 3.79 5.85 1.8 37276 1.60 20.48 88.10 418.15 1.36 7.5 HP nominal (1.00 70 1593 1.2 4.64 1.13 71 1584 2.68 2.15 26 4213 0.85 58.05 2.94 1.94 70.0 16868 1.45 127 876 2.15 27.8 26833 1.20 46.1 21567 1.50 4.82 162.70 273.80 796.1 7.70 2.80 462.18 24 4655 1.73 366.85 10.6 In-lbs.7 18116 1.64 7.82 10 5416 1.5 32772 1.90 675.60 56 2009 0.45 320.10 1.47 1.5 27842 0. (1) At nominal horsepower.00 997.47 1.90 1099.63 17 6549 2.27 7.9 5.30 1.1 6823 1.00 2.10 911.40 39.20 6.9 9390 0.79 115.70 273.62 39.2 HP actual with 460V) 274 274 1.64 35.33 33 3345 1.32 3.00 720.51 136 823 0.65 1.12 231 487 1.05 212.Gearmotor Selection Tables .1 8000 1.60 27.com 8 .45 12 4682 2.12 229 336 1.82 76.10 2.55 70.91 3.90 366.8 7.2 9478 1.64 237.45 418.95 55.75 121.55 0.8 14496 0.70 1.31 2.19 273.73 30 3690 1.05 2.80 119.80 1.71 26 4230 1.75 2.0 6.1 7.85 932.7 40967 1.15 188.60 655.00 27.68 1.3 29019 1.65 313.59 24 4602 0.64 1.6 31444 0.82 21 5248 2.09 119.0 7921 1.94 1.Series K RPM In-lbs.55 911.40 1.diequa.15 63.02 81 1381 2.05 13.54 103. 797 823 912 956 1053 1097 1257 1266 1381 1434 1628 1664 1788 1832 2027 2106 2301 2319 2540 2664 2912 2903 3204 3168 3487 3885 4027 4717 5266 5505 5425 5753 6328 6390 6301 7487 7390 8443 8558 9779 9009 9514 10797 10655 11133 12983 14266 12682 13142 14638 SF (1) 0.25 24.35 2.32 2.59 9 6195 1.70 6.35 45.95 235.09 3.65 Ratio 17.59 185.6 15116 0.35 610.70 237.45 18.70 6.15 61 1832 1.95 8.64 19 5974 2.55 2.37 37 3027 2.93 58.40 8.85 0.15 99. SF (1) Ratio 4.05 7.32 50.30 796.31 2.9 9523 1.3 20806 2.8 7177 1.40 285.00 1.55 4.65 5.75 36.15 1.75 43 2593 1.85 2.76 159 478 1.85 1.2 41383 0.70 1.45 164.8 28240 0.15 347.25 366.85 1.80 121.00 71.94 24 4691 3.54 46.35 2.20 0.85 0.70 40.90 545.15 1221.31 114 664 1.36 215.15 24.1 7815 0.63 10 5496 2.00 55.10 50.80 418.85 215.0 17346 0.75 1.45 126.67 108 708 2.13 23.5 20169 1.50 18.55 3.03 3.20 1.95 234.31 2.35 2.27 40.31 2. 71 KUA 70A 91L4 61.67 6.41 KUA 80C 91L4 273.80 235.2 44976 1.80 21 10425 1.15 18.30 15.15 366.39 KUA 50A 91L4 175 867 2.15 KUA 50A 91L4 62 2460 2.60 0.64 KUA 60A 91L4 35.90 6.65 0.59 KUA 70A 91L4 79.00 KUA 60A 91L4 71 2159 0.19 KUA 80C 91L4 378.40 1.94 KUA 70A 91L4 46.30 545.78 KUA 80C 91L4 238.7 27647 0.09 39.33 51.1 15452 2.05 1.30 3 HP nominal (3.20 140.40 247 903 2.05 655.74 11.65 432.27 KUA 60A 91L4 40.5 21700 1.80 84 2646 2.40 154 1451 2.75 11.55 95 2363 0.25 1. 2487 2797 2823 3195 3221 3505 3602 4098 4133 4496 4531 4558 4850 5310 5239 5522 5726 5806 6354 6390 6301 7107 8089 8859 9266 10337 10815 9647 11301 11363 12434 12549 13434 15266 15912 18240 18762 21948 21594 25320 25904 29727 30002 34568 37851 39754 43524 44073 47967 53295 SF (1) 1.09 KUA 110C 91L4 545.3 5.71 KUA 80C 91L4 139.88 KUA 110C 91L4 493.25 1. 9 .55 1.80 KUA 77A91L4 121.25 37 6098 1.95 28 8098 1.63 KUA 70C 91S4 12 9177 1.73 KUA 60A 91L4 51.27 KUA 60A 91L4 110 1389 1.30 1.05 2.02 KUA 75A 91L4 54.71 KUA 85C 91L4 322.06 KUA 85C 91L4 201.71 KUA 85C 91L4 554.80 7.45 2.18 KUA 77A91L4 71.14 KUA 85C 91S4 2.6 38958 1.80 138. the service factor (SF) will increase by up to 20%.90 8.45 KUA 70C 91S4 13 8346 1.47 46.90 KUA 50A 91L4 233 655 0.33 KUA 70A 91L4 50.12 KUA 40A 91L4 247 620 2.90 6.30 320.36 KUA 75C 91S4 8.01 773.53 KUA 75C 91L4 172.51 58.13 KUA 80C 91L4 203.85 37 6018 1.90 1.75 1.32 KUA 60A 91L4 50.90 27.64 35.58 36.80 Ratio Model 27.4 28878 1.25 KUA 80C 91L4 126.6 21683 1.85 24.90 48 4682 0.95 24 9239 0.45 KUA 77C 91S4 6.54 KUA 70A 91L4 RPM 61 54 54 48 47 43 42 37 37 34 34 33 31 29 29 28 27 26 24 24 24 21 19 17 16 15 14 13 13 12 12 12 9.27 KUA 77A91L4 103.00 27.3 HP actual with 460V) 279 549 0.50 13.33 KUA 77A91L4 59.10 1.5 3. SF (1) 2.20 24 9319 1.65 184 1212 2.20 2.9 8.1 5.09 KUA 70A 91L4 39.24 KUA 77A 91S4 12 9266 1.20 1273.05 2.53 KUA 75C 91S4 11 8115 2.15 Ratio 708.0 24939 1.29 KUA 85C 91S4 5.2 16390 0.80 215.70 1.75 0.00 61 3646 1.70 24.57 45.30 19 11868 1.13 KUA 80C 91S4 9.19 KUA 80C 91L4 277.3 18240 2.41 KUA 80C 91S4 7.15 65.68 KUA 85C 91S4 2.27 15.95 235.77 1093.8 71278 1.02 54.00 1.93 Model KUA 110C 91L4 KUA 110C 91L4 KUA 110C 91L4 KUA 136D 91L4 KUA 136D 91L4 KUA 136D 91L4 5.80 2.95 23.34 KUA 70A 91L4 31.40 8.38 15.19 KUA 80C 91S4 4.65 277.10 42 5283 1.9 3.02 KUA 50A 91L4 81 1867 1.7 4.19 KUA 80C 91S4 6.85 273.30 2.20 1.05 127 1752 2.34 31.05 164.05 112 2000 1.45 1.45 24 9372 0.50 0.55 KUA 77A91L4 147.4 7.1 47666 0.54 27.71 KUA 85C 91S4 3.57 18.02 20.68 851.59 79.90 40.6 83810 1.4 42993 0.35 71 3142 1.01 KUA 110C 91S4 2.25 322.80 47 4788 2.65 0.2 6.20 34 6593 1.70 126.13 KUA 50A 91L4 71 2142 1.35 KUA 50A 91L4 128 1186 1.50 172.90 119.45 493.95 21.90 188.00 KUA 85C 91S4 2.05 9.53 KUA 50A 91L4 97 1566 2.39 9.30 74 3018 2.70 31 7115 1.90 20.10 0.10 201.40 29 7691 0.75 36.60 15.55 70.82 64.85 26 8514 1.80 KUA 77A 91S4 14 7983 1.31 13.8 2.09 KUA 75C 91L4 127.03 71.1 3.35 47 4726 1.71 KUA 80C 91S4 10 10868 1.37 45.78 KUA 80C 91S4 7.05 1.04 KUA 85C 91L4 235.45 2.12 KUA 85C 91L4 RPM In-lbs.92 40.90 29 7797 1.4 56419 1. Please contact a DieQua representative for details.82 KUA 75C 91S4 9.57 KUA 60A 91L4 95 1611 1.68 KUA 110C 91S4 2.50 43 5222 2.Series K RPM In-lbs.20 1.29 KUA 110C 91S4 2 HP nominal (2.45 851.2 62039 1.95 KUA 60A 91L4 81 1885 0.4 8.71 KUA 85C 91S4 5.75 54 4142 0.71 61.90 97 2301 1.09 KUA 80C 91S4 3.9 25063 1.33 59.3 4.2 6.4 HP actual) 300 743 2.15 1.90 796.50 KUA 80C 91S4 3.00 54 4106 1.15 62 3602 2.00 418.00 203 1097 1.55 2.64 90.95 175 1274 1.95 0.50 1.09 KUA 75C 91S4 14 7877 0.74 KUA 50A 91L4 150 1018 1.63 KUA 77A91L4 99.15 2.05 1.90 1.29 KUA 85C 91L4 320.90 462.55 KUA 77A 91S4 12 9142 0.20 1.51 KUA 75A 91L4 58.00 KUA 85C 91S4 4.18 71.29 941.08 11.95 147.27 KUA 75C 91S4 7.3 98678 1.00 KUA 85C 91L4 432.95 1.30 17.40 2.37 KUA 70A 91L4 45.20 128 1743 1.41 KUA 80C 91S4 4.15 1.55 42 5363 2.82 KUA 60A 91L4 31.70 2.23 20.12 KUA 85C 91S4 2.30 1.45 150 1487 1.05 24.90 1.82 KUA 77A91L4 64.90 1.10 1.4 11487 2.79 KUA 75C 91L4 115.94 KUA 110C 91L4 655.50 1.15 KUA 70A 91L4 65.41 KUA 80C 91L4 366.75 2.4 40905 1.0 68543 1.85 115.55 139.90 1.25 9.85 1.95 720.75 KUA 60A 91L4 36.55 KUA 75A 91L4 70.14 KUA 85C 91L4 606.55 273. SF (1) Ratio Model 15 7638 1.00 KUA 85C 91S4 3.80 110 2036 0.65 27 8399 0.2 7.70 81 2744 1.8 9638 2. (1) At nominal horsepower.5 3.2 15912 1.53 17.35 13.0 49790 1.1 32081 1.30 1.1 2.3 18859 1.24 KUA 77A91L4 140.2 13576 1.0 12417 0.31 KUA 50A 91L4 112 1363 2.64 KUA 77C 91S4 6.10 33 6682 1.50 1.63 KUA 50A 101L4 KUA 50A 101L4 KUA 50A 101L4 KUA 60A 101L4 KUA 50A 101L4 KUA 60A 101L4 KUA 50A 101L4 KUA 50A 101L4 KUA 60A 101L4 KUA 60A 101L4 KUA 50A 101L4 KUA 60A 101L4 KUA 50A 101L4 KUA 70A 101L4 KUA 60A 101L4 KUA 70A 101L4 KUA 60A 101L4 KUA 70A 101L4 KUA 60A 101L4 KUA 70A 101L4 KUA 60A 101L4 KUA 60A 101L4 KUA 75A101L4 KUA 70A 101L4 KUA 77A 101L4 KUA 75A101L4 KUA 70A 101L4 KUA 77A 101L4 KUA 75A101L4 KUA 70A 101L4 KUA 70A 101L4 KUA 75A101L4 KUA 77A 101L4 KUA 75A101L4 KUA 70A 101L4 KUA 77A 101L4 KUA 70A 101L4 KUA 75A101L4 KUA 77A 101L4 KUA 75A101L4 KUA 70A 101L4 KUA 77A 101L4 KUA 77A 101L4 * These units have thermal limitations.5 3.40 121.90 378.64 KUA 77A91L4 90.65 1.15 2.82 31.35 37 5956 2.75 708.32 KUA 40A 91L4 203 752 2.9 14195 0.80 2.94 50.03 KUA 75A 91L4 71.00 KUA 85C 91L4 486.60 773.2 14072 0.6 In-lbs.Gearmotor Selection Tables .40 1. 65 0.05 23.85 2.37 45.25 2.78 238.3 87447 1.2 27966 0.70 8.25 84 3611 2.95 32 12753 1.40 129 3142 1.44 688. SF (1) 3.05 1.60 203 1496 1.47 46.71 31.82 KUA 60A 114M4 KUA 50A 114M4 KUA 60A 114M4 KUA 50A 114M4 KUA 60A 114M4 KUA 50A 114M4 KUA 60A 114M4 KUA 50A 114M4 KUA 70A 114M4 KUA 60A 114M4 KUA 70A 114M4 KUA 60A 114M4 KUA 70A 114M4 KUA 60A 114M4 KUA 60A 114M4 KUA 70A 114M4 KUA 75A 114M4 KUA 70A 114M4 KUA 75A 114M4 KUA 77A 114M4 KUA 70A 114M4 KUA 75A 114M4 KUA 77A 114M4 KUA 70A 114M4 KUA 75A 114M4 KUA 77A 114M4 KUA 70A 114M4 KUA 75A 114M4 KUA 77A 114M4 KUA 70A 114M4 KUA 75A 114M4 KUA 80A 114M4 KUA 77A 114M4 KUA 75A 114M4 KUA 80A 114M4 KUA 77A 114M4 KUA 75A 114M4 KUA 80A 114M4 KUA 75A 114M4 KUA 77A 114M4 KUA 80A 114M4 KUA 75A 114M4 KUA 80A 114M4 KUA 77A 114M4 * These units have thermal limitations.4 23824 1.06 15.Series K RPM In-lbs.06 15. www.1 6.3 37984 1.90 40.65 1.09 39.71 315.20 41 10009 2.9 7.35 13.05 16 14364 2.80 3.38 15.1 65295 1.85 47 8585 1.05 113 3584 1.75 0.38 59.9 50551 1.68 23.10 5.00 27.78 71.9 142618 0.00 486.29 36.68 880.80 2.29 332.85 62 4921 1.65 0.05 0.5 110386 1.55 81.85 1.8 97138 1.45 3.74 11.45 2.27 17.85 29 13974 0.80 120.0 6.95 23.05 23.05 1.35 2.2 7.84 880.77 8.51 5.10 247 1230 1.89 18.15 357.51 61.88 509.1 90146 0.25 9.95 1.14 82.com 10 .15 34 11974 0.80 1.00 2. (1) At nominal horsepower.56 278.23 20.35 0.5 44825 0.3 121227 1.01 752.30 2.55 54 5673 2.50 7.35 1.94 688.30 80 5089 2.30 6.55 1.65 48 8469 0.02 277.00 126.92 40.71 115.25 4 HP nominal (4.58 37.10 62 6558 1.00 1.5 4.1 3.5 HP nominal (6.14 93.75 219 1389 2.75 15 15160 0.3 5.90 7.34 50.00 1.95 3.90 187 2168 1.29 435.51 62.03 68.4 5.15 1.77 35.05 7.95 Ratio 554.27 109.45 184 1655 2.02 54.80 2.95 74 4115 1.15 2.30 2.8 69782 1.1 6.65 0.30 1.65 4.30 97 3133 1.05 68 5938 2.54 27.Gearmotor Selection Tables .05 127 2390 1.90 7.95 206 1974 0. 5593 6301 6531 6443 7124 7310 7213 8115 8319 8204 8629 8983 9107 9700 10071 10629 11036 11178 11611 12284 12709 12779 14487 14700 14222 16187 17346 16603 18160 19594 21426 21240 25054 27426 33196 38250 37922 41666 43675 44905 47542 52436 52835 54711 60490 64747 70083 72482 78889 80305 SF (1) 1.95 1.1 4.15 377.95 55 7354 1.38 59.09 36.08 11.33 56.00 54 7461 1.25 154 1974 1.65 75 5416 1.09 609.71 322.74 10.37 24.89 20.77 8.30 13 16567 0.25 37 10930 1.90 2.5 79464 1.20 1.31 708.04 243.75 238.92 280.35 264 1540 2.80 150 2027 1.84 773.57 45.05 31 13240 1.55 140.18 71.00 435.82 62.75 305 1336 1.3 HP actual) 314 1292 2.08 12.15 95 3195 2.31 752.92 42.1 37869 1.3 In-lbs.47 46.60 65.27 17.00 81 3744 0.80 1.05 1.75 156 2602 1.05 1.44 606.95 378.15 115 3531 2.90 7.47 322.65 112 2726 1.9 51542 0.82 13.55 Ratio 31.10 1.33 51.85 1.95 2.8 71818 1.10 222 1823 1.85 12 18373 1.09 609.57 17. Please contact a DieQua representative for details.7 3.34 79.57 17.29 36.90 4.28 27.74 377.85 2.25 2.67 6.2 27594 1.41 243.40 1.90 97 4204 1.29 332.45 61 4983 2.15 1.4 7.25 63 6469 1.50 21.92 29.1 5.58 36.39 9.10 1.5 43542 1.71 31.35 2.02 54.04 235.39 9.75 73 4168 2.38 15.10 2.91 39.63 97.25 9.5 57021 1.90 3.72 109.70 1.70 43 9363 1.24 Model KUA 77A 101L4 KUA 85A 101L4 KUA 77A 101L4 KUA 85A 101L4 KUA 77A 101L4 KUA 85A 101L4 KUA 80C 101L4 KUA 85C 101L4 KUA 80C 101L4 KUA 110C 101L4 KUA 110C 101L4 KUA 85C 101L4 KUA 85C 101L4 KUA 110C 101L4 KUA 110C 101L4 KUA 85C 101L4 KUA 110C 101L4 KUA 85C 101L4 KUA 110C 101L4 KUA 110C 101L4 KUA 136C 101L4 KUA 110C 101L4 KUA 136C 101L4 KUA 110C 101L4 KUA 136C 101L4 KUA 110C 101L4 KUA 136C 101L4 5.9 103094 1.88 554.19 432.31 201.1 31179 2.95 0.5 3.62 215.37 25.25 1.70 95 4257 2.70 58 6974 1.60 2.80 157 2584 2.2 92306 0.35 74 5487 2.71 120.25 57 5301 2.25 3.15 175 1743 1.8 4.24 Model KUA 110C 101LA4 KUA 136C 101LA4 KUA 136C 101LA4 KUA 136C 101LA4 KUA 136C 101LA4 5.50 113 2690 2.90 14 15709 2.60 2.64 90.99 11.94 48.06 Model KUA 70A 101LA4 KUA 77A 101LA4 KUA 75A 101LA4 KUA 70A 101LA4 KUA 77A 101LA4 KUA 75A 101LA4 KUA 70A 101LA4 KUA 77A 101LA4 KUA 75A 101LA4 KUA 70A 101LA4 KUA 80A 101LA4 KUA 70A 101LA4 KUA 75A 101LA4 KUA 77A 101LA4 KUA 80A 101LA4 KUA 75A 101LA4 KUA 77A 101LA4 KUA 80A 101LA4 KUA 75A 101LA4 KUA 80A 101LA4 KUA 77A 101LA4 KUA 75A 101LA4 KUA 85A 101LA4 KUA 80A 101LA4 KUA 77A 101LA4 KUA 77A 101LA4 KUA 85A 101LA4 KUA 80A 101LA4 KUA 80A 101LA4 KUA 85A 101LA4 KUA 85A 101LA4 KUA 80A 101LA4 KUA 85A 101LA4 KUA 110C 101LA4 KUA 110C 101LA4 KUA 85C 101LA4 KUA 110C 101LA4 KUA 136C 101LA4 KUA 110C 101LA4 KUA 85C 101LA4 KUA 136C 101LA4 KUA 85C 101LA4 KUA 110C 101LA4 KUA 136C 101LA4 KUA 110C 101LA4 KUA 136C 101LA4 KUA 110C 101LA4 KUA 136C 101LA4 KUA 110C 101LA4 KUA 136C 101LA4 RPM In-lbs.33 56.34 35.00 101.00 Ratio 99.02 277.60 85 4752 1.40 2.40 135 3009 2.54 27.90 1.34 51.40 38 10673 1.4 84296 0.80 28 14700 1.57 48.65 28 14514 0. SF (1) 17 13001 1.6 HP actual) 300 1009 2.60 61.70 2.67 6.65 177 2283 0.63 45.92 278.23 20.45 1.50 84 4814 2.1 32462 1.92 29.15 1.19 463.93 140.00 98 4124 0.90 1.00 118.9 3.45 42 9611 1.80 0.13 20.55 6.31 181.90 5.15 0.90 40.95 417.diequa.35 250 1620 1.65 6.0 26957 2.70 71 4283 0. the service factor (SF) will increase by up to 20%.70 1.30 46 8903 2.05 36 11346 2.50 49 8284 1.34 31.28 486.30 5.77 KUA 50A 101LA4 KUA 50A 101LA4 KUA 60A 101LA4 KUA 50A 101LA4 KUA 60A 101LA4 KUA 50A 101LA4 KUA 60A 101LA4 KUA 50A 101LA4 KUA 60A 101LA4 KUA 70A 101LA4 KUA 60A 101LA4 KUA 60A 101LA4 KUA 70A 101LA4 KUA 70A 101LA4 KUA 60A 101LA4 KUA 70A 101LA4 KUA 75A 101LA4 KUA 60A 101LA4 KUA 70A 101LA4 KUA 75A 101LA4 KUA 77A 101LA4 KUA 75A 101LA4 RPM 54 48 47 47 43 42 42 37 37 37 35 34 33 31 30 29 28 27 26 25 24 24 21 21 21 19 18 18 17 16 14 14 12 9.80 1. 34 93.70 62 9045 1.02 56.45 4.55 15 27922 0.51 5.95 36 15656 1.20 4.55 7. 11 .14 12.84 Model KUA 85A 114M4 KUA 80A 114M4 KUA 77A 114M4 KUA 85A 114M4 KUA 85A 114M4 KUA 80A 114M4 KUA 80A 114M4 KUA 85A 114M4 KUA 80A 114M4 KUA 85A 114M4 KUA 80A 114M4 KUA 85A 114M4 KUA 85A 114M4 KUA 110C 114M4 KUA 136C 114M4 KUA 110C 114M4 KUA 136C 114M4 KUA 110C 114M4 KUA 136C 114M4 KUA 110C 114M4 KUA 136C 114M4 KUA 110C 114M4 KUA 136C 114M4 KUA 136C 114M4 KUA 136C 114M4 KUA 136C 114M4 KUA 136C 114M4 5.30 49 11434 1.35 21 19054 2.5 90845 1.70 20.82 12.40 2.70 186 3000 1.90 6.35 30 18470 2.45 1.6 80517 0.30 1.25 257 2956 2.80 62 8956 2.05 3.85 1.80 31 18266 1.95 45 12284 1.30 2.15 14 38869 0.90 25 22284 1.99 11.93 21.30 Ratio 11.60 65.25 2.40 225 3390 1.71 31.25 9.51 68.95 1.18 73.2 58383 1.47 48.70 222 2522 1.20 26 21550 1.79 7.98 25.14 82.40 4.72 45.14 82.80 2.1 50905 1.65 1.23 20.50 24 16709 0.38 15.70 1.00 2.10 84 6638 1.80 1.95 7.00 *250 2239 0.00 134 4151 1.00 280.27 16.38 62.69 57.55 34 16293 2.10 2.47 357.00 0.25 28 20275 1.95 3.8 73738 1.20 97.19 463.05 213 3575 2.1 86907 1.56 278.30 1.4 107120 1.80 263 2124 1.51 68.85 2.58 37.51 68.45 3.06 15.19 17.31 752.82 12.21 9.0 93093 0.68 23.28 27.50 20.2 56649 2.85 2.05 16 25754 1.06 Model KUA 70A 114ML4 KUA 75A 114ML4 KUA 77A 114ML4 KUA 70A 114ML4 KUA 80A 114ML4 KUA 75A 114ML4 KUA 77A 114ML4 KUA 75A 114ML4 KUA 80A 114ML4 KUA 77A 114ML4 KUA 75A 114ML4 KUA 80A 114ML4 KUA 77A 114ML4 KUA 75A 114ML4 KUA 80A 114ML4 KUA 85A 114ML4 KUA 77A 114ML4 KUA 80A 114ML4 KUA 85A 114ML4 KUA 77A 114ML4 KUA 80A 114ML4 KUA 85A 114ML4 KUA 80A 114ML4 KUA 85A 114ML4 KUA 80A 114ML4 KUA 85A 114ML4 KUA 85A 114ML4 KUA 80A 114ML4 KUA 80A 114ML4 KUA 85A 114ML4 KUA 85A 114ML4 KUA 85A 114ML4 KUA 136C 114M4 KUA 136C 114M4 KUA 136C 114M4 KUA 136C 114M4 KUA 136C 114M4 KUA 136C 114M4 5.30 3.51 5.85 81.95 6.92 29.20 47 11850 0.25 19 21833 1.75 182 4186 2.77 8.48 10.1 80296 1.40 15.66 Model KUA 75A 134M4 KUA 70A 134M4 KUA 75A 134M4 KUA 77A 134M4 KUA 70A 134M4 KUA 75A 134M4 KUA 77A 134M4 KUA 70A 134M4 KUA 75A 134M4 KUA 80A 134M4 KUA 77A 134M4 KUA 70A 134M4 KUA 75A 134M4 KUA 80A 134M4 KUA 77A 134M4 KUA 75A 134M4 KUA 80A 134M4 KUA 77A 134M4 KUA 80A 134M4 KUA 75A 134M4 KUA 77A 134M4 KUA 75A 134M4 KUA 85A 134M4 KUA 80A 134M4 KUA 77A 134M4 KUA 85A 134M4 KUA 80A 134M4 KUA 77A 134M4 KUA 80A 134M4 KUA 85A 134M4 KUA 80A 134M4 KUA 85A 134M4 KUA 110A 134M4 KUA 85A 134M4 KUA 80A 134M4 KUA 80A 134M4 KUA 110A 134M4 KUA 85A 134M4 KUA 80A 134M4 KUA 85A 134M4 KUA 110A 134M4 KUA 85A 134M4 KUA 110A 134M4 KUA 110A 134M4 KUA 85A 134M4 KUA 110A 134M4 KUA 85A 134M4 KUA 136A 134M4 KUA 110A 134M4 KUA 136A 134M4 * These units have thermal limitations. SF (1) 26 15611 2.90 267 2850 1.92 280.72 48.30 2.90 2.38 57.29 54.90 2.5 HP nominal (8.05 0.23 20.85 78.25 2.91 39.48 9.90 92 6062 2.20 182 3071 2.13 18.10 KUA 60A 134M4 KUA 70A 134M4 KUA 60A 134M4 KUA 70A 134M4 KUA 60A 134M4 KUA 70A 134M4 KUA 60A 134M4 KUA 70A 134M4 KUA 75A 134M4 KUA 70A 134M4 KUA 77A 134M4 RPM 157 136 134 130 116 114 108 98 96 95 93 86 85 83 81 75 73 69 63 63 59 55 54 54 49 46 46 44 41 39 36 35 31 31 31 28 27 26 25 24 22 22 20 18 18 16 16 15 15 14 In-lbs.00 *304 1841 1.Series K RPM In-lbs.15 357.15 1.66 27.65 63 8921 0.8 129299 1.90 19 30125 0. (1) At nominal horsepower.28 509.7 135901 0.00 1.29 463.65 159 4788 1.9 42.80 23 17337 2.13 18.90 2.50 113 4947 2.50 157 4832 2.90 1.93 119.85 81.77 8.30 16 35542 1.78 73.1 121909 1.67 6.20 85 6549 1.02 315.93 120.80 18 31471 1.45 0.66 27.10 1.10 23 23922 1.40 6.99 13.78 71.95 74 7567 1.14 109.19 35.15 21 19328 1.92 29.19 35.3 161035 0.90 1.77 32.80 3. SF (1) 75 7469 0.75 81.28 27.25 9.00 155 3584 1.06 609.4 HP actual) 312 1788 2.29 36.45 0.90 Ratio 23.14 101.34 50.55 1.90 14 28170 1.95 1.50 68 8186 1.99 11.63 6.20 2.70 79 7027 1.05 23.90 0.29 55.45 210 2655 2.71 31.70 1.10 1.92 42.00 1.08 12.80 1.74 417.70 4.00 140.89 18.25 5.95 5.50 1.61 10.10 53 10425 2.2 70322 1.85 40 13806 1.60 66.33 56.10 1.70 20.31 243.75 39 14487 2.65 1.80 17 23877 1.95 417.25 106 5248 2.35 157 3558 2.37 23.47 332.Gearmotor Selection Tables .27 16.95 1.65 0.14 109.55 96 5797 1.85 10 HP nominal (12 HP actual) 317 2398 1.25 124.90 Ratio 66.75 21 26285 1.05 42 13257 0.30 12 32940 0.71 118.8 103864 1.55 21 26674 0.25 95 5876 1.40 54 10293 1.20 1.75 133 4204 2.71 112.19 17.72 109.63 44.56 315.05 4.00 0.74 377.7 97085 1.63 44.14 87. the service factor (SF) will increase by up to 20%.02 62.90 4. Please contact a DieQua representative for details.34 93.30 1.5 64357 1.71 120. 4850 5584 5655 5841 6558 6646 7053 7797 7903 8000 8151 8815 8930 9116 9443 10178 10443 11009 12054 12160 12939 13841 14213 14027 15372 16550 16514 17381 18567 19479 21054 21904 24258 24842 24559 27267 28568 28975 29966 32170 34311 35347 37958 42347 42321 47507 47799 49197 51950 54312 SF (1) 2.06 15.98 37.99 13.89 18.00 189 4036 0.50 32 17603 0.00 2.21 9.78 73.00 97.44 688.34 50.50 1.63 32.14 97.10 18 22806 1.25 58 9620 1.37 25.54 27.30 2.85 38 14726 0.00 97.65 25 16151 1.85 114 4876 1.50 0.50 310 2451 2.77 32.91 39.75 0.90 184 4133 1.36 18.04 109.5 146928 0.55 6.50 21.29 435.20 6.95 43 12921 1.55 5.90 40.28 509.65 129 4337 0.4 149937 0.29 37.68 KUA 60A 114ML4 KUA 50A 114ML4 KUA 50A 114ML4 KUA 60A 114ML4 KUA 60A 114ML4 KUA 70A 114ML4 KUA 60A 114ML4 KUA 70A 114ML4 KUA 70A 114ML4 KUA 60A 114ML4 KUA 70A 114ML4 KUA 75A 114ML4 KUA 60A 114ML4 KUA 70A 114ML4 KUA 75A 114ML4 KUA 77A 114ML4 KUA 70A 114ML4 KUA 75A 114ML4 KUA 77A 114ML4 KUA 70A 114ML4 KUA 75A 114ML4 KUA 77A 114ML4 RPM In-lbs.57 66.80 7. 25 156 5991 1. SF (1) 31 29966 2.00 63 14886 1.19 18.6 117316 1.2 136715 0.49 97.Series K RPM In-lbs.06 15.85 308 3027 2.63 44.65 254 4390 2.15 80 11664 1.04 119.40 211 5301 2.90 12.55 7.48 9.27 15.60 71 15718 2.77 5.15 85 13054 0.85 10 73791 1.51 69.32 9.57 66.00 211 7222 1.68 23.35 112 8337 2.65 208 4478 2.85 11 69216 0.39 177.15 11 67579 1.3 115386 1.05 *223 4186 0.74 141.79 6.05 15 75933 0.70 41 27143 0.55 96 9762 1.80 11 98775 1.85 115 8107 0.0 48.14 109.40 15.91 73.47 357. the service factor (SF) will increase by up to 20%.30 54 20780 2.45 204.00 54 20497 1.45 22 50144 1.25 124.75 155.88 169.48 9.34 50.38 57.00 48.45 18 52304 1.91 42.9 141423 0.35 133 8372 2.45 12 90261 0.32 9.63 5.05 158 7071 1.80 20 55490 1.39 280.15 14 67083 1.39 177.10 185 6036 1.5 154353 0.05 94 11912 1.15 9.75 81.63 37.93 21.99 11.98 37.02 65.99 13.35 255 3655 1.90 114 8213 1.71 238.32 9.5 98324 1.45 37 30568 2.15 113 9868 2.05 39 24063 1.90 69 13602 1.47 Model KUA 110A 134ML4 KUA 80A 134ML4 KUA 85A 134ML4 KUA 110A 134ML4 KUA 85A 134ML4 KUA 85A 134ML4 KUA 110A 134ML4 KUA 136A 134ML4 KUA 85A 134ML4 KUA 110A 134ML4 KUA 136A 134ML4 KUA 110A 134ML4 KUA 85A 134ML4 KUA 110A 134ML4 KUA 136A 134ML4 KUA 110A 134ML4 KUA 136A 134ML4 KUA 136A 134ML4 KUA 110A 134ML4 KUA 136A 134ML4 KUA 136A 134ML4 KUA 136C 134ML4 KUA 136C 134ML4 KUA 136C 134ML4 KUA 136C 134ML4 KUA 136C 134ML4 5.71 238.74 141.61 11.90 72 12903 1.89 8.12 169.95 252 3708 3.85 159 7000 1.80 81 13788 3.diequa.90 22 51365 2.50 16.95 20 46887 1.98 37.75 80.02 65.65 KUA 70A 161M4 KUA 70A 161M4 KUA 75A 161M4 KUA 70A 161M4 KUA 75A 161M4 KUA 70A 161M4 KUA 75A 161M4 KUA 70A 161M4 KUA 77A 161M4 KUA 75A 161M4 KUA 70A 161M4 KUA 75A 161M4 KUA 80A 161M4 KUA 77A 161M4 KUA 75A 161M4 KUA 80A 161M4 KUA 77A 161M4 KUA 75A 161M4 KUA 80A 161M4 KUA 77A 161M4 KUA 75A 161M4 KUA 80A 161M4 KUA 85A 161M4 RPM In-lbs.25 8.10 11.68 23.30 19 60171 2.13 18.00 46 20399 1.40 31 30338 0.10 11.00 31 36312 1.28 27.66 28.05 133 6992 1.26 280.45 22 51666 0.70 58 15983 0.72 48.36 18.75 155.95 14 79376 1.9 101076 1.28 27.15 16 71906 1.25 15 60764 2.51 73.93 119.55 Ratio 138.90 157 7098 1.20 156 5974 2.21 8.75 16 69437 1.45 204.20 112.80 20 HP nominal (23 HP actual) 311 4885 1.20 *265 3522 1.60 129 7213 1.60 13 88341 1.10 7.90 21 43666 0.55 18 50843 2.66 138.85 84 13328 1.66 28.5 HP nominal (14 HP actual) *315 2965 1.com 12 .50 8.40 180 5168 2.40 62 18010 2.00 Ratio 55.60 137 8160 0.40 53 17558 2.15 158 5912 1.21 8.35 85 11036 1.85 42.14 12.25 254 5983 1.95 11 83473 1.90 135 8275 1.82 12.00 25 44516 2.95 5.98 25.12 169.57 66. www.71 32.15 74 12576 0.40 18 52277 0.37 23.56 Model KUA 77A 161M4 KUA 80A 161M4 KUA 85A 161M4 KUA 77A 161M4 KUA 80A 161M4 KUA 85A 161M4 KUA 85A 161M4 KUA 80A 161M4 KUA 85A 161M4 KUA 80A 161M4 KUA 110A 161M4 KUA 80A 161M4 KUA 85A 161M4 KUA 110A 161M4 KUA 80A 161M4 KUA 85A 161M4 KUA 110A 161M4 KUA 85A 161M4 KUA 110A 161M4 KUA 85A 161M4 KUA 136A 161M4 KUA 85A 161M4 KUA 136A 161M4 KUA 110A 161M4 KUA 85A 161M4 KUA 110A 161M4 KUA 136A 161M4 KUA 110A 161M4 KUA 136A 161M4 KUA 110A 161M4 KUA 110A 161M4 KUA 136A 161M4 KUA 136A 161M4 KUA 110A 161M4 KUA 136A 161M4 KUA 136A 161M4 KUA 136C 161M4 KUA 136C 161M4 KUA 136C 161M4 KUA 136C 161M4 5.50 16.36 18.90 182 8346 1.63 44.70 20.85 12 74659 1.65 61 15222 2.80 16 58676 1. SF (1) 13 60446 2.20 182 6115 1.15 27 41754 1.85 213 7124 1.29 29.61 10.30 10 107864 1.89 8.55 185 8231 0.5 124201 1.99 11.14 94.75 36 26010 0.79 6.74 Model KUA 136A 134M4 KUA 110A 134M4 KUA 136A 134M4 KUA 110A 134M4 KUA 136A 134M4 KUA 136C 134M4 KUA 136C 134M4 KUA 136C 134M4 5.20 41 22939 1.85 80.35 26 35285 2.85 135 6894 1.14 13.69 57.05 26 35789 1.75 155.56 315.70 21 43400 2.90 39 28479 1.70 6.50 10 91146 1.27 15.82 12.2 109775 1.29 32.89 8.80 30 30683 1.85 78.51 6.15 23 39737 1.63 6.20 46 24187 1.05 83 11257 2.05 12 61755 1.74 141. (1) At nominal horsepower.45 108 10310 1.05 22 42374 1.50 Ratio 21.45 307 4956 2.10 6.93 109.70 20.20 97.63 6.85 15 HP nominal (17 HP actual) 311 3584 2.21 8.2 162778 0.Gearmotor Selection Tables .70 6.95 34 27063 1.95 6.04 112.35 36 30780 0.8 84535 1.26 280.48 9. Please contact a DieQua representative for details.14 87.4 137387 0.00 95 11691 2.69 56.91 41.14 87.99 13.35 157 9691 2.50 20.63 32.00 258 4328 1.14 12.98 24.45 93 10062 1.69 25.25 124.30 97 11549 1.49 97.29 55.15 258 5903 1.00 73 15266 1.70 36 25833 2.61 10.29 KUA 60A 134ML4 KUA 60A 134ML4 KUA 60A 134ML4 KUA 70A 134ML4 KUA 70A 134ML4 KUA 75A 134ML4 KUA 70A 134ML4 KUA 75A 134ML4 KUA 70A 134ML4 KUA 75A 134ML4 KUA 70A 134ML4 KUA 77A 134ML4 KUA 75A 134ML4 KUA 70A 134ML4 KUA 75A 134ML4 KUA 77A 134ML4 KUA 70A 134ML4 KUA 75A 134ML4 KUA 80A 134ML4 KUA 77A 134ML4 KUA 75A 134ML4 KUA 80A 134ML4 KUA 77A 134ML4 KUA 75A 134ML4 KUA 80A 134ML4 KUA 77A 134ML4 KUA 75A 134ML4 KUA 80A 134ML4 KUA 77A 134ML4 KUA 80A 134ML4 KUA 85A 134ML4 KUA 77A 134ML4 KUA 80A 134ML4 KUA 85A 134ML4 KUA 85A 134ML4 KUA 80A 134ML4 KUA 80A 134ML4 KUA 85A 134ML4 KUA 110A 134ML4 KUA 80A 134ML4 KUA 85A 134ML4 RPM In-lbs.40 15.72 48.15 94 9877 2.19 32.13 18.50 183 5098 1.70 46 24143 1.70 12 76278 0.66 81.80 35 32019 1.55 213 5230 1.66 138.30 31 35462 2. SF (1) 81 13806 1.00 211 4416 1.80 24 47020 0.66 78.50 20.60 115 9717 1.34 50.79 6.00 42 26647 2.14 94.60 69 16098 0.15 5.56 315.35 46 20435 2.40 9.30 7.19 37.93 21.12 158.16 KUA 70A 161L4 KUA 75A 161L4 KUA 70A 161L4 KUA 75A 161L4 KUA 70A 161L4 KUA 75A 161L4 KUA 70A 161L4 KUA 75A 161L4 KUA 80A 161L4 * These units have thermal limitations.90 131 8531 1.85 63 17612 1.90 107 8708 1.19 18.10 18 61897 1.05 15 64171 1.70 26 42356 1.85 54 17319 1.00 4. SF (1) 157 9673 1.74 Model KUA 75A 181M4 KUA 85A 181M4 KUA 80A 181M4 KUA 85A 181M4 KUA 80A 181M4 KUA 85A 181M4 KUA 80A 181M4 KUA 80A 181M4 KUA 85A 181M4 KUA 80A 181M4 KUA 85A 181M4 KUA 110A 181M4 KUA 80A 181M4 KUA 85A 181M4 KUA 110A 181M4 KUA 110A 181M4 KUA 85A 181M4 KUA 110A 181M4 KUA 85A 181M4 KUA 136A 181M4 KUA 110A 181M4 KUA 136A 181M4 KUA 85A 181M4 KUA 110A 181M4 KUA 136A 181M4 KUA 85A 181M4 KUA 136A 181M4 KUA 110A 181M4 KUA 136A 181M4 KUA 110A 181M4 KUA 136A 181M4 KUA 136A 181M4 KUA 110A 181M4 KUA 110A 181M4 KUA 136A 181M4 KUA 136A 181M4 KUA 136A 181M4 KUA 136A 181M4 5.40 54.30 *211 10593 1.80 25 HP nominal (28 HP actual) 308 6089 1.65 31 48356 1.05 22 139600 0.26 55.66 138.95 71 26346 1.95 Ratio 11.12 169.05 11 134697 0.93 124.99 13.20 25 120988 1.15 71 21435 1.45 96 19514 2.75 87.82 37.43 48.08 29.91 80.82 37.15 60 62366 2.29 KUA 85A 181L4 21.25 37 61127 1.00 62 24559 1.29 18.85 62 30187 1.82 39.17 13.80 40 HP nominal (46 HP actual) 68 44524 2.69 61.50 31 49516 0.75 113 16550 2.75 255 7354 1.95 13 148069 0.61 KUA 75A 181L4 11.69 27.91 80.18 41.98 24.57 69.05 158 11894 0.14 15.15 *48 63720 1.50 84 18169 1.59 25.90 27 69986 1.71 Model KUA 75A 161L4 KUA 75A 161L4 KUA 80A 161L4 KUA 75A 161L4 KUA 85A 161L4 KUA 80A 161L4 KUA 85A 161L4 KUA 80A 161L4 KUA 80A 161L4 KUA 85A 161L4 KUA 80A 161L4 KUA 85A 161L4 KUA 80A 161L4 KUA 85A 161L4 KUA 110A 161L4 KUA 110A 161L4 KUA 85A 161L4 KUA 80A 161L4 KUA 110A 161L4 KUA 85A 161L4 KUA 110A 161L4 KUA 85A 161L4 KUA 110A 161L4 KUA 136A 161L4 KUA 85A 161L4 KUA 136A 161L4 KUA 110A 161L4 KUA 85A 161L4 KUA 136A 161L4 KUA 110A 161L4 KUA 136A 161L4 KUA 136A 161L4 KUA 110A 161L4 KUA 110A 161L4 KUA 136A 161L4 KUA 110A 161L4 KUA 136A 161L4 KUA 136A 161L4 KUA 136A 161L4 KUA 136A 161L4 KUA 136A 161L4 KUA 136C 161L4 KUA 136C 161L4 5.05 54 34825 1.74 155.85 29 53233 2.08 32.10 113 19744 1.18 41.25 16 120528 1.90 37 51233 1.00 133 11408 2.08 32.35 27 56941 1.57 69.04 28.36 20.49 112. Please contact a DieQua representative for details.30 52 58543 2.40 35 53666 0.00 52 43082 2.30 *68 55197 1.75 87.85 43.27 15.18 41.50 15.29 29.65 KUA 85A 181L4 24.42 29.30 *61 61649 1.85 43.65 23.55 211 8877 1. the service factor (SF) will increase by up to 20%.39 177.85 43.25 46 32975 1.85 16 98058 1.95 39 38834 1. SF (1) 62 36020 1.14 15.40 22 102722 1.50 42 53295 1.95 10 147087 0.90 14 158760 0.45 *60 50321 1.60 40 46356 2.45 54 27957 0.72 26.95 54 41551 1.05 45 41816 3.30 65.95 96 23284 1.60 60 50914 2.80 *68 45064 1.45 *254 8770 1.85 44.45 204.50 15.66 138.6 161964 0. 13 .66 28.66 94.29 54.63 32.50 *42 88730 0.80 133 16771 2.05 32 69110 1.29 29.85 KUA 136A 226S4 KUA 136A 226S4 KUA 110A 226S4 KUA 110A 226S4 KUA 136A 226S4 KUA 110A 226S4 KUA 136A 226S4 KUA 110A 226S4 KUA 136A 226S4 KUA 110A 226S4 * These units have thermal limitations. SF (1) 135 13868 0.55 46 48365 0.80 31 70924 1.25 25 60702 2.66 78.61 11.40 50.98 41.05 22 70039 1.75 54 41560 1.00 48.50 18.35 81 18806 2.36 20.20 48 39294 1.75 *48 78057 0.04 29.66 78.43 44.14 94.35 29 106103 1.25 42 36338 1.95 35 43666 0.08 32.91 80.63 33.85 *42 72428 1.49 KUA 136A 201L4 KUA 110A 201L4 KUA 136A 201L4 KUA 110A 201L4 KUA 110A 201L4 KUA 136A 201L4 KUA 110A 201L4 KUA 136A 201L4 KUA 110A 201L4 KUA 136A 201L4 KUA 110A 201L4 KUA 136A 201L4 KUA 136A 201L4 KUA 136A 201L4 KUA 136A 201L4 KUA 136A 201L4 KUA 136A 201L4 22.15 135 11284 1.45 22 84048 0.95 45 83066 1.70 22 86093 1.90 19 163539 0.10 *158 11912 2.85 20 92996 0.20 73 20815 1.32 KUA 75A 181L4 9.02 61.05 20 75668 0.89 KUA 75A 181L4 8.45 *54 56463 1.95 *157 14187 0. (1) At nominal horsepower.25 *84 22329 1.63 33.04 KUA 110A 181L4 RPM In-lbs.00 42 44666 1.80 *73 25594 0.15 Ratio 12.55 68 27789 2.16 11.93 21.70 60 25249 2.30 14 108244 1.63 32.Gearmotor Selection Tables .25 183 10257 1.10 *96 19594 1.26 55.26 61.10 81 23107 1.70 6.98 39.85 46 40533 1.26 55.30 69.85 25 89031 1.18 41.40 50.60 27 83509 0.75 81 27577 1.93 21.90 63 24019 1.15 13 120466 1.72 48.89 8.50 54 28338 1.40 54.50 18.66 Model KUA 85A 181L4 KUA 110A 181L4 KUA 110A 181L4 KUA 85A 181L4 KUA 136A 181L4 KUA 110A 181L4 KUA 85A 181L4 KUA 136A 181L4 KUA 110A 181L4 KUA 136A 181L4 KUA 110A 181L4 KUA 136A 181L4 KUA 136A 181L4 KUA 110A 181L4 KUA 136A 181L4 KUA 110A 181L4 KUA 136A 181L4 KUA 136A 181L4 KUA 136A 181L4 KUA 136A 181L4 KUA 136A 181L4 25.05 52 71712 1.98 24.00 29 78075 1.60 69 54543 2.95 32 47117 2.05 *182 12240 0.00 40 75172 1.83 36.66 94.72 48.70 39 47728 0.80 22 68384 1.93 124.95 19 82048 1.65 *37 83075 0.82 39.83 36.15 45 67809 1.29 29.Series K RPM In-lbs.50 KUA 85A 181L4 18.63 33.10 115 13257 0.49 112.72 26.69 KUA 85A 181L4 26.20 112.00 48.19 36.93 124.80 Ratio 28.85 113 13461 2.90 48 46887 1.63 32.80 96 15877 2.63 32.50 32 93916 1.80 32 57914 2.40 36 51657 2.20 29 65428 1.49 97.00 48.14 94.57 69.17 KUA 85A 181L4 15.65 23.85 45 49896 2.14 12.82 37.05 25 74614 1.04 27.35 *113 16541 1.20 36 61631 2.70 36 42029 2.30 67 33161 2.25 19 120333 1.90 8.80 19 100846 1.55 *64 29524 0.85 30 HP nominal (34 HP actual) *307 7266 1.60 95 15939 1.55 18 84402 0.63 36.91 80.43 48.14 KUA 75A 181M4 KUA 75A 181M4 KUA 75A 181M4 KUA 75A 181M4 KUA 80A 181M4 KUA 75A 181M4 RPM In-lbs.30 65.05 14 133042 0.98 39.69 26.32 9.83 36.66 28.9 139821 0.14 KUA 75A 181L4 13.69 61.90 48 31966 2.70 KUA 75A 181L4 6.30 65.99 13.05 37 41684 1.42 32.85 113 13461 1.50 71 31435 1.80 134 14054 2.29 54.35 60 31037 2.08 32.30 54 34816 2.05 16 143813 0.80 50 HP nominal (57 HP actual) 78 47879 2.69 57.90 36 83765 1.50 *134 14027 1.85 54 28329 2.35 40 55313 2.85 9.00 *54 69172 1.29 18.15 60 37028 1.00 48.15 32 59437 1. 07 22.75 Ratio 43.42 32.26 61.95 60 75853 1.05 *41 136414 0.70 75 HP nominal (89 HP actual) *110 50666 2.00 93 49162 2.72 29.07 22.43 48.91 KUA 136A 226M4 KUA 136A 226M4 KUA 136A 226M4 KUA 136A 226M4 KUA 110A 226M4 KUA 110A 226M4 KUA 136A 226M4 KUA 110A 226M4 KUA 136A 226M4 KUA 136A 226M4 KUA 136A 226M4 KUA 136A 226M4 KUA 136A 226M4 KUA 136A 226M4 KUA 136A 226M4 16. www.30 69.13 19.43 48.30 *69 109802 1.80 *93 81385 1.65 *54 84119 0.72 29.00 *53 144388 0.85 60 HP nominal (69 HP actual) 110 41595 3.18 43.15 69 66331 1.55 *60 92394 1.90 29 158070 0.42 33.07 22.80 25 180257 0.Gearmotor Selection Tables .Series K RPM In-lbs.55 78 58233 2.42 33.63 33.45 *93 59879 2.43 48.90 120 HP nominal (145 HP actual) *110 82632 1.10 *69 131768 0.07 22.40 54. the service factor (SF) will increase by up to 20%.40 KUA 136A 251M4 KUA 136A 251M4 KUA 136A 251M4 KUA 136A 251M4 KUA 136A 251M4 KUA 136A 251M4 KUA 136A 251M4 KUA 136A 251M4 KUA 136A 251M4 16.83 39.91 Model KUA 136A 226S4 KUA 136A 226S4 KUA 136A 226S4 KUA 136A 226S4 KUA 136A 226S4 16.85 100 HP nominal (120 HP actual) *110 68862 1.85 *53 173265 0.30 *79 115687 1.90 *68 67136 1.18 43.25 33 115041 1.30 69.10 29 129971 1.72 29.40 54.95 *37 152008 0.85 52 87217 1.35 37 102607 1.72 26.15 37 124794 1.20 *45 123050 1.55 *79 96403 1.95 *61 150689 0.00 33 139919 0.15 *61 125573 1. SF (1) 41 92084 1. (1) At nominal horsepower.45 45 101023 1.13 19.26 61.59 25.25 41 111988 1.59 25.75 *69 80801 1.83 KUA 136A 251M4 KUA 136A 251M4 KUA 136A 251M4 KUA 136A 251M4 KUA 136A 251M4 KUA 136A 251M4 16.diequa.35 *53 106244 1.59 25.00 25 148211 0.42 33.08 29.13 19.83 KUA 136A 281M4 KUA 136A 281M4 KUA 136A 281M4 KUA 136A 281M4 KUA 136A 281M4 KUA 136A 281M4 * These units have thermal limitations.10 *61 74977 0.83 39.com 14 .10 *79 70933 1.04 29.59 25.13 19. Please contact a DieQua representative for details.50 *93 97660 1. 14 17.62 C 0.79 309.25 5.70 A 1.29 *A *A A A A A A A A A Ratio 27.34 36.23 23.21 C 0.83 D 0.43 4.70 326.25 11.24 C 0.71 64.16 C 0.50 1.93 A 6.28 C 0.38 14. Bolt on output flanges and agitator designs are standard options.58 38.56 C 0.42 53.05 in-lbs 3540 3540 3540 3540 3540 3540 3540 3540 3540 3540 3540 3540 3540 3540 3540 3540 3540 3540 3540 3540 3540 3540 3540 3540 3540 HP Model 2.07 A 0.60 C 1.14 C 1.68 C 0.07 Size K.82 31.76 10. An optimized gear tooth design provides high power density resulting in greater torque capacities in a smaller size.77 C 1.94 64.54 50.74 11.59 74.56 C 0.68 0.10 255.54 31.94 0.60 29.57 70.76 77.99 0.07 2.95 24.33 53.42 D 0.55 Size K.15 64.13 589.86 A 0.30 C 0.90 8.06 17.94 50.92 392. Consult your representative with any questions regarding proper selection.18 128.65 45.59 D 0.82 C 0.95 87.99 525.98 A 2.32 C 0.36 228.47 68.31 71.12 C 2.57 1.18 *A A A A A A A A A A A C A C A A Ratio 42.62 0.37 A 1.77 9.25 A 1. in both inch and metric dimensions.65 30. 15 .68 1.36 C 0.45 20.89 4.66 2.34 102.52 124.Series K WATT Drive speed reducers are known the world over for offering superior performance and reliable operation in the most demanding applications.31 15.03 C 0.45 138.18 C 1. For continuous duty applications.90 325.27 20.45 14. The modular housing allows for shaft.11 48.79 234.00 283.90 650. foot.42 6.48 10.75 in-lbs 1770 1770 1770 1770 1770 1770 1770 1770 1770 1770 1770 1770 1770 1770 1770 1770 1770 1770 1770 1770 1770 1770 HP Model 1.23 C 1.79 8.77 342.32 50.43 A 2.08 1.92 5.11 23.82 15.62 40.94 A 0.43 C 0.31 8.53 494.48 C 0.25 1.96 C 2.61 67.78 A 0.91 167.32 8.23 C 0.94 C 0.31 288.26 357.48 273.67 17.39 9.25 C 0.40 C 0.61 69.21 3.61 1.79 C 0.12 23.27 C 0.38 15.73 1.63 162.90 C 0.02 2.67 6.57 20. some models may have lower thermal horsepower capacities.61 186.50 5.15 234.30 1.34 1.67 C 0.05 C 0.62 A 0.22 25.73 A 4.37 43.26 A 2.30 A 4.99 12.74 C 0.19 C 1.70 D 0.09 A 5.60 547.50 C 0.27 45.37 C 4.60 5.43 3.36 171.98 3.59 C 3.19 C 7080 7080 7080 7080 7080 7080 7080 7080 7080 7080 33. Please contact a DieQua representative for details.30 D * These units have thermal limitations.08 13. IEC.53 18.09 58. A variety of input styles are offered including adapters for NEMA.36 A A A A A A A A A A A A A A A A A A 1770 1770 1770 1770 1770 1770 1770 1770 1770 1770 1770 1770 1770 1770 1770 1770 8.09 0.35 13.38 C 1.94 50.69 10.51 12.00 55.94 28.Speed Reducer Selection Tables .50 59.89 0.89 20.44 8. as well as a model with standard input shaft.34 1.35 D 0.90 12.11 281.70 in-lbs 7080 7080 7080 7080 7080 7080 7080 7080 7080 7080 7080 7080 7080 7080 7080 7080 7080 7080 7080 7080 7080 7080 7080 7080 7080 7080 7080 7080 7080 7080 7080 7080 7080 7080 7080 7080 HP Model 6.13 24.19 C 0. or flange mounting to increase design versatility.80 108.40 325.00 394.49 91.19 190.57 97.56 3.50 C 0.49 36. Engineering Note: The torque and horsepower capacities highlighted in the selection charts are based on mechanical limitations.78 31.86 C 1.95 151.89 C 0.16 A 3.64 C 0.34 34.15 C 3540 3540 3540 3540 3540 3540 3540 3540 3540 3540 3540 3540 3540 17.11 76.02 21.51 439.22 1.28 472.31 C 0.95 55.68 391.71 A 2.48 35.55 7.67 *A *A A A A A A A A A A A A Ratio 39.62 7.66 259.41 44.15 27.28 10.33 14.56 C 0.17 213.67 84.38 C 0.00 27.21 9.82 76.52 112.47 44.25 in-lbs HP Model 469 504 549 584 620 664 708 743 814 841 885 885 885 885 885 885 885 885 2.13 6.70 A 0.48 C 1.12 7.09 40.38 C 0.34 C 0.55 C 2.76 0.54 0.34 61.66 148.86 1.49 A 1.78 60.97 1.59 185.82 212.42 C 0.27 17.80 A 3.39 119.59 12.50 0.67 9.07 A 1.07 Size K.20 C 0.44 C 0.73 54.88 A 1.40 6.44 0.69 4.09 231.64 35.59 3.93 63.70 5. and servo motors.40 0.48 D 0.11 46.15 464.51 6.06 429. Output shafts are available Ratio Size K.63 6. 21 3076.60 462.24 347.13 D 40710 40710 40710 40710 40710 40710 40710 40710 40710 40710 40710 40710 40710 40710 40710 71.80 1.44 2.82 188.89 23.36 20.76 49.95 6.15 D 0.41 273.Speed Reducer Selection Tables .95 675.59 35.38 D 0.34 3.18 1.27 802.04 26.23 D 0.49 1645.92 733.70 44.30 1798.20 17.36 191.82 59.51 73.19 in-lbs 10956 10956 10956 10956 10956 10956 10956 10956 10956 10956 10956 10956 10956 10956 10956 10956 10956 10956 10956 HP Model 0.20 D 0.56 4677.61 67.69 28.28 304.53 1995.83 C 0.36 *A *A *A *A *A *A A A A A A A A A A C A A C A C C Ratio 172.60 D 0.42 5.83 19.75 5.93 127.25 D 0.76 C 1.34 56.30 6.13 20.36 C 0.67 1432.42 259.07 4.03 0.92 3731.50 18.84 2.14 in-lbs 23895 23895 23895 23895 23895 23895 23895 23895 23895 23895 23895 23895 23895 23895 23895 23895 23895 23895 23895 23895 23895 23895 23895 23895 23895 23895 23895 23895 23895 23895 23895 23895 23895 23895 HP Model 3.16 640.17 Size K.70 C 0.11 D 0.78 43.84 D 0.36 772.33 1452.95 932.16 D 0.17 23.30 D 0.19 C 2.63 37.76 4157.48 38.04 579.08 D 0.57 51.51 14.06 4.65 983.77 36.58 2303.28 D 0.27 2022.16 D 0.54 397. Please contact a DieQua representative for details.08 D 11063 11063 11063 11063 11063 11063 11063 11063 11063 11063 11063 11063 11063 11063 10956 11063 11063 10956 10655 9815 10956 8841 10956 10956 10956 10956 10956 10956 10956 10956 10956 10956 10956 10956 10956 10956 10956 10956 49.94 331.78 235.41 60.17 15.34 86.71 10.31 1103.37 397.80 26.74 C 3.59 2253.11 30.17 33.03 93.36 215.01 D 0.84 0.31 1478.98 659.35 17.31 643.16 13.13 201.12 D 0.32 20.68 3376.50 D 0.91 24.10 347.49 75.51 65.56 510.81 3.45 14.25 D 0.92 44.36 2541.44 D 0.90 0.12 51.44 C 0.40 1619.98 88.65 868.72 104.38 1.61 760.27 1.05 50.50 23.68 6.51 58.34 6.86 31.36 C 2.70 D 0.13 D 0.80 527.63 48.97 3241.39 C 1.94 0.70 6.09 140.55 2.02 733.com 16 .Series K Ratio 750.08 D 0.85 13.71 15.52 3.12 D 13275 13275 13275 13275 13275 13275 13275 13275 13275 13275 13275 13275 13275 13275 13275 13275 13275 13275 13275 13275 13275 13275 13275 13275 13275 13275 13275 13275 13275 13275 34.43 Size K.72 914.50 18.18 163.77 10.65 4929.63 118.20 D 0.55 C 0.32 C 0.76 C 0.23 611.98 120.65 24.63 597.47 532.01 1403.34 D 0.51 81.14 15.97 19.37 27.39 8.13 99.10 2186.60 68.43 10.21 D 0.15 D 0.23 D 0.19 D 0.61 11.00 Size K.93 94.74 *A *A *A A A A A A A A A A A A C A A C A A C A C C C C C C C C D C D C C D C D Ratio 397.35 884.75 4.97 28.52 12.92 31.19 1894.11 1667.48 C 0.53 164.71 438.29 57.80 119.00 15.79 1078.45 71. www.80 554.16 D 0.35 D 0.43 435.03 65.00 4380.04 41.73 20.50 223.86 1.50 6.20 555.33 35.37 7.14 97.52 2822.37 2535.61 3.31 4.09 2679.25 2222.17 C 1.31 772.26 16.09 538.69 9.01 C 1.56 C 0.90 *A *A *A *A *A A A A A A A A A A C A A C A A C A C C C C C C C C Ratio 426.96 2.44 D 0.50 449.27 231.64 85.83 D 0.26 2.50 C 0.30 *A *A *A *A *A A A A A A A A A A A * These units have thermal limitations.02 17.62 C 0.55 75.41 366.19 D 1.94 12.83 7.56 23.03 470.54 1830.98 27.65 313.diequa.71 D 0.89 3.56 1184.16 D 0.65 974.89 8.62 845.71 in-lbs 13275 13275 13275 13275 13275 13275 13275 13275 13275 13275 13275 13275 13275 13275 13275 13275 13275 13275 13275 13275 13275 13275 13275 13275 13275 13275 13275 HP Model 0.71 2.83 43.22 1162.53 11.42 D 0.39 D 0.55 C 0.00 1805.41 5.30 109.55 21.43 D 1.83 1307.78 82.32 9.98 44.72 50.84 66.57 1.77 10.32 610.48 4.13 13.99 Size K.12 3932.61 1.25 D 0.79 121.62 C 0.93 6.74 C 2.20 D 0.13 D 0.11 1035.11 D 0.77 3558.62 C 0.47 8.07 1.17 D 0.06 C 1.48 D 0.30 1217.17 3.40 C 0.59 D 0.87 13.02 53.95 C 0.34 2.65 28.63 877.55 12.68 C 0.37 1.02 28.11 1.09 D 0.38 62.79 961.85 81.06 2412.82 C 0.13 D 0.99 2.82 1289.00 101.02 66.54 D 0.70 276.34 D 0.16 5.46 37.19 320.80 11.25 1.19 1.85 285.39 1168.31 D 0.12 D 0.39 4.66 32.77 132.08 D 23895 23895 23895 23895 23895 23895 23895 23895 23895 23895 23895 23895 23895 23895 23895 23895 23895 23895 23895 23895 23895 23895 57.64 479.83 4.92 2501.54 103.30 6.70 9.25 46.35 865.82 33.19 418.20 D 0.09 D 0.55 16.29 21.14 12.85 5.19 37.42 14.50 1282.02 140.58 40.91 42.30 9.15 D 0.12 5.33 11.54 C 1.27 237.31 20.15 D 0.15 7.78 22.93 23.74 C 0.25 147.25 D 0.70 1706.63 D 0.29 32.21 D 0.68 C 0.27 18.29 in-lbs 7080 7080 7080 7080 7080 7080 7080 7080 7080 7080 7080 HP Model 0.04 1023.99 15.03 0. 34 D 0.28 509.92 *A 113.42 33.36 C 29.31 150.31 C 6.60 94.29 Size K.17 911.08 A 21.67 D 0.85 C 4.31 6898.68 778.94 640.19 D 70800 70800 70800 70800 70800 70800 70800 70800 73.02 4998.69 688.71 322.38 C 1.59 C 9.14 D 0.23 D 1.67 D 0.95 435.88 526.71 120.15 C 24.63 39.46 A 12.25 A 23.68 58.19 486.70 C 2.73 A 18.41 545.77 1744.21 C 1.12 720.71 238.44 2710.16 123900 175.60 A 29.79 34.73 D 1.62 215.40 D 0.34 D 0.14 2827.59 D Ratio 6259.37 1234.69 65.30 69.46 554.35 C 9.02 332.87 155.74 417.55 D 0.51 C 8.63 D 0.04 8603.18 43.51 D 0.59 C 24.67 5167.10 C 1.44 636.89 A 7.21 C 6.39 177.05 A 61.17 530.88 181.39 D * These units have thermal limitations.Speed Reducer Selection Tables .00 759.74 154.87 45.31 752.92 D 1.07 D 0.24 941.29 708.38 A 34.35 65.46 C 35.13 C 26.55 158.75 D 0.60 4638.01 C 7.40 54.54 D 0.06 5718.30 D 0.06 238.28 D 0.07 D 2.93 1493.35 880.26 280.24 C 2.40 C 4.82 C 9.75 154.47 357.55 D 3.95 5814.44 C 4.30 *A 76.12 169.00 4517.59 A 54.83 39.01 773.44 3735.82 D 0.13 *A *A *A A A A A A Ratio 67.54 51.76 C 0.56 D 0.94 1272.93 3398.85 C 7.81 A 24.63 A 10.68 C 1.39 4197.08 32.14 634.47 997.73 7666.29 3330.64 1221.73 851.46 D 0.71 1079.91 A 19.91 C 2.63 D 2.81 *A 85.23 C 2.29 378.43 140.30 123900 147.45 C 3.07 22.59 in-lbs 70800 70800 70800 70800 70800 70800 70800 70800 70800 70800 70729 70800 56755 70800 70800 70800 70800 70800 70800 70800 70800 70800 70800 70800 70800 70800 70800 70800 70800 70800 70800 70800 70800 70800 70800 70800 70800 70800 70800 70800 70800 70800 70800 70800 70800 70800 HP Model 28.66 82.45 D 1.50 D 0.51 A 47.91 C 10.04 277.56 141.95 A 69.91 2371.63 36.77 1093.92 C 3.74 D 0.11 A 8.01 C 1.41 C 2.15 C 2.86 in-lbs 123900 123900 123900 123900 HP Model 0.99 C 0.26 112.00 55.98 D 0.90 C 0.65 A 19.89 C 5.26 in-lbs 123900 123900 123900 123900 123900 123900 123900 123900 123900 123900 123900 123900 123900 123900 123900 123900 123900 123900 123900 123900 123900 123900 123900 123900 123900 123900 123900 123900 123900 123900 123900 123900 123900 123900 123900 123900 123900 123900 123900 123900 123900 123900 123900 123900 123900 123900 123900 123900 123900 123900 HP Model 129.21 3097.03 4110.81 D 1.06 C 4.26 61.38 1099.98 D 0.27 D 0.01 A 14.47 C 2.57 C 5.64 1671.45 204.83 C 6.24 D 1.68 796.27 D 123900 207.66 135.35 C 8.33 D 1.44 A 40. Please contact a DieQua representative for details.92 278.20 98.61 *A 98.68 911.94 87.39 C 3.96 C 3.64 5704.86 78.136 16.65 D 1.00 2561.45 D 2.00 123.84 774.15 377.09 606.75 4728.33 2998.93 114.43 1512.09 2717.57 in-lbs 40710 39436 36081 40710 30648 40710 40710 40710 40710 40710 40710 40710 40710 40710 40710 40710 40710 40710 40710 40710 40710 40710 40710 40710 40710 40710 40710 40710 38781 40710 40710 40710 40710 40710 40710 40710 40710 40710 40710 40710 40710 HP Model 10.24 D 0.97 *A *A *A Ratio 25.14 97.86 Size K.40 C 13.03 C 11.25 203.00 4132.71 C 16.36 6338.34 119.86 1960.75 C 5.84 2235.44 D 0.41 D 1.30 C 5.00 432.83 C 16.85 48.85 138.40 D 0.54 D 1.12 D 1.21 D 0.29 29.04 29.31 C 21.80 C 3.87 C 5.86 D 0.75 243.63 D 3.06 D 2.88 2241.02 D 0.98 D 2.75 81.72 124.55 A 19.00 493.99 109.25 132.83 7114.48 C 5.29 463.58 C 21.28 2021.93 1053.Series K Ratio 101.39 3420.24 D 4.29 903.49 109.46 2012.38 D 0.91 80.81 A 41.72 D 0.56 315.51 A 16.55 C 2.48 D 0.33 3824.00 1371.84 1440.43 48.26 5175.32 C 14.93 655.53 C 1.38 1742.36 D 0.49 97. 17 .72 29.32 D 3.82 41.21 D 1.12 174.61 C 3.110 26.04 114.30 C 17.86 D 0.20 1273.13 19.70 A 8.06 609. diequa.Series K We have provided basic dimensions only. q1 Output Shaft Shrink Disc Ws1 = Ws2 ødH ødH ød ød øds øDs u t b4 z b5 Ws2 l Ws1 www.dimensions on page 23. Size 40 .dimensions on page 22. H tH h b h1 s s E e2 f 1 s1 NEMA Motor Adapter . H a E3 tH  f1  c a f1 s a s1 q1 NEMA Motor Adapter .dimensions on page 23. For complete drawings. Sizes 77 .136 r a E2 b2 s q1 uH a ME dH Motor .com 18 .Schematics .dimensions on page 22.75 q5 s q6 r a s ME E E 4 b e2 uH dH Motor . please visit our website or contact your DieQua representative. 04 0.52 3.63 E 3.13 13.96 4.31 12.5 3.33 1.5 31.3 8.69 7.47 8.1 0.72 6.39 10.94 1.51 6.86 M30x45 M24x36 14.76 1.75 a 3.91 5.94 0.18 1.36 1.18 1.94 3.313 3.03 7.05 22.31 8.51 3.669 0.18 6.56 3.68 3.01 7.07 7.18 3.94 0.07 6.625 2 2 2.48 --. 19 .48 KU 80D 7.1 M20x30 M20x30 9.63 9.8.938 0.73 16.92 31.01 7.55 0.669 0.33 4.575 3.07 6.98 5.19 13.69 6.91 5.27 8.35 3.91 6.89 7.44 6.87 7.93 8.1 M20x30 M20x30 9.953 6.375 1.03 7.875 8.625 3.45 KU 110D 10.63 0.5 7.47 9.134 8.51 1.47 0.014 0.02 4.11 0.19 13.13 4.48 KU 80A 7.94 0.51 5.85 7.2 16.48 5.7 18.19 13.63 9.25 9.36 2.02 2.25 9.13 6.45 KU 85C 8.25 13.51 5.68 2.22 0.12 6.87 7.25 9.81 KU 136D 13.1 f1 H ME r 3.35 0.97 2.1 6.02 3.39 10.19 3.72 4.13.72 9.45 KU 110C 10.94 2.29 1.33 5.25 1. (3) Estimate converted from metric dimension.25 2. z(2) M10 M12 M12 M16 M20 M20 M20 M20 M24 M24 b4 0.73 17.48 KU 77D 5.43 0. KU 77 .48 7.5 1.5 4.17 4.65 0.72 6.7 22.33 1.1 (1) Dual output option available.3 --.13.43 4.4 16.73 1.48 KU 80C 7.375 2.8 24.87 3.3 9.3 9.45 KU 85D 8.96 6.13.01 8.11 1.94 M12x18 M12x18 6.72 6.51 3.94 10.51 q5 3.2 0.97 8.3 --.24 7.55 1.48 --.83 1.03 1.78 6.7 19.79 0.28 9.54 4.5 2.33 1.66 6.5 1.13 6.94 6.91 5.02 q1 2.79 16.03 3.77 18.01 0.35 3.19 16.91 5.Dimensions .84 10.28 7.875 3.56 11.8.223 0.51 1.91 6.07 14.39 13.11 6.01 11.7 14.69 0.98 0.1 1.51 5.43 1.72 5.98 0.91 4.18 1. (1) Metric Thread. Shaft Dimensions K40 K50 K60 K70 K75 K77 K80 K85 K110 K136 Hollow Shaft dH tH uH 1.91 0.39 13. (1) Metric Thread.18 6.56 3.48 KU 85A 8.19 E4 3.19 3.69 6.63 0.3 9.61 0.94 13.84 10.24 7.92 M16x26 M16x25 8.1 1.75 0.35 5.79 1.72 4.31 12.84 0.9 15.91 6.28 12.3 5.77 6.5 2 2.375 2 2.72 4.45 3.69 1.48 E3 1.46 3.375 Solid Shaft(1) l t u 1.45 2.01 q6 s 0.33 4.97 4. (2) Metric thread.9.87 b 2.91 4.543 7.51 5.94 2.85 7.49 6.15 3.24 --.3 5.73 20.86 M30x45 M24x36 12.51 s1(1) M8x16 M10x16 M10x16 M10x16 M10x16 M12x20 M12x20 M12x20 M12x20 M12x20 M12x20 Dimensions are subject to change without notice.79 0.72 5.95 3.Series K KU 40 .48 KU 77C 5.91 4.31 12.12 1.27 8.72 9.375 3.66 6.11 2.98 6. Dimensions are subject to change without notice.92 7.52 16.87 11.14 2.28 7.91 0.74 3.55 0.84 2.01 15.98 3.81 11.625 4.27 4.5 6.89 M24x36 M20x30 10.33 4.72 9.15 0.313 1.48 7.7 18.51 5.73 16.19 3.13 4.83 6.1 0.2 11.09 7.91 6.969 4.89 2.51 5.39 0.48 5.59 9.65 2.378 3.63 11.72 KU 40A KU 50A KU 50C KU 60A KU 60C KU 70A KU 70C KU 70D KU 75A KU 75C KU 75D Dimensions are in inches.94 10.47 WS1 4.4 0.11 0.42 23.46 3.367 0.12 5.7 19.1 0.27 10.375 4.94 M12x18 M12x18 7.875 4 4.91 6.33 4.47 0.03 7.625 2.2 11.79 0.09 7.51 0.01 7.94 4.66 6.651 0.81 11.87 11.68 7.89 M24x36 M20x30 12.25 9.4 4.35 0.92 7.74 4.9.01 7.51 5.375 2.45 KU 110A 10.95 1.75 0.24 --.63 10.559 5.1 M20x30 M20x30 8.36 Shrink Disc b5 dH(3) DS 0.03 3.64 2.375 2.25 9.3 4.15 3.72 4.48 --.35 28.223 0.81 KU 136C 13.39 10.98 0.82 4.375 1.07 0.11 2.44 1.18 21.518 0.39 H 10.35 4.39 0.3 --.58 2.18 6. c --0.8.33 4. f1 7.15 1.5 7.84 10.09 7.63 9.63 10.45 KU 136A 13.5 7.96 5.81 Dimensions are in inches.92 M16x26 M16x25 9.82 1 Dimensions are in inches.625 5.9.33 5.375 1.2 11.75 6.85 7.55 M8x16 0.05 h 7.19 h1 ME r q1 s(1) s1(1) 5.91 e2 3.03 3.5 7.17 4.96 4.18 1.55 6.19 13.1 6.62 13.25 1.55 0.11 18.24 7.05 22.22 0.69 4.24 --.73 4.51 0.48 7.48 7.5 6.51 5.77 3.51 0.26 8.97 1.25 2.83 15.92 M16x26 M16x25 7.969 4.48 7.181 2.94 M12x18 M12x18 6.89 M24x36 M20x30 11.61 12.78 4.45 4.54 4.86 M30x45 M24x36 Dimensions are subject to change without notice.87 11.69 2.87 2.99 1.51 5.81 13.91 6.15 4.91 7.3 5.73 18.25 1.51 0.441 1 d 1 1.72 2.136 a b b2 E E2 e2 KU 77A 5.969 4.72 4.36 0.48 5. diequa. www. For complete drawings.Series K We have provided basic dimensions only. please visit our website or contact your DieQua representative. Optional Output Flange mf eF aF cF fF sF øbf aF XH Agitator Design α2 α1 sR cR hR øbR aR øeR fR Optional Torque Arm 90˚ a p W1 k h ød1 a1 e 1 b 1 r 180˚ j h1 s1 (l) 4x90 Drawings and dimensions for torque arm sizes 80-136 are available upon request.Schematics .com 20 270˚ . 88 5.84 9.75 15.55 45° 4 x 90° 0.06 9.43 11.30 7.84 11.80 sF 0.67 1.87 1.81 15.55 0. 136 aF 5.57 1.14 0. 75 K.79 0. Agitator Design Dimensions KRA 75 KRA 77 KRA 80 KRA 85 KRA 110 KRA 136 aR 9.06 9.5° 8 x 45° 0.33 5. 21 j 0.50 7.Dimensions .47 15.06 9.49 5.69 fF 0.78 17.5° 8 x 45° 0.54 4.84 11.02 4.72 cR 0.45 5.84 13.12 5.16 0.81 *17.20 2.94 eF 5.06 6.79 0.71 45° 4 x 90° 0.41 0.13 4.71 22.47 a1 4.26 1.5° 8 x 45° Dimensions are subject to change without notice. 110 K.91 d1 0.26 2.77 0.33 4.87 8.78 17.72 *17.81 15.72 *21.20 0.39 0.46 1.55 0.69 0.50 8.49 0.46 2.78 4.12 7. 85 K. * Designates round flange eR 10.35 6.84 13.65 bR 9. 70 K.91 e1 3.09 9.47 0.12 5.33 0.12 6.12 0.67 6.39 0.18 1.24 Drawings and dimensions for torque arm sizes 80-136 are available upon request.78 13.47 0.72 *17.20 0.15 3.42 *17.72 2.12 6.55 45° 4 x 90° 0. Optional Torque Arm Dimensions K.72 2.67 0.48 7.67 0.25 5.20 hR 3.94 0.71 22.18 1.20 mF 3.14 0.75 0.54 4. 60 K.47 0.49 0.48 h 1.43 0.95 3.16 0.89 15. 50 K.75 15. 40 K. 77 K.78 13.75 19.20 0.30 7.59 6.75 19.09 1.84 9.51 5.50 6.91 5. (1) Metric Thread.06 9.20 2.75 1.94 4.72 5.20 0.59 0. 60 K.16 k 1.87 sR α1 α2 0.06 Dimensions are subject to change without notice.02 1.84 11.43 11.71 22.43 10. 77 a 8.23 9.20 0.36 2.29 4.24 1. 70 K.20 5.16 15.47 0.79 E 3.91 0.93 7.26 1.94 0. .49 w1 3.12 5.75 0. 40 K.02 1.Series K Optional Output Flange Dimensions K.62 4.54 3.72 Dimensions are in inches.79 0.41 0.69 fR 0.98 5.72 *21.65 bF 4.20 h1 0.20 0.12 6.79 0.16 0.43 10.71 0.98 c 0. * Designates round flange cF 0.36 l(1) M8 x 20 M10 x 25 M10 x 25 M12 x 30 M12 x 30 M12 x 30 s1 0.24 1. Dimensions are in inches.91 7.71 0.63 0.55 0. 50 K. 80 K.30 2. 75 K.10 Dimensions are in inches.50 b1 2.71 xH 1.16 1.97 2.13 5.39 0.36 2.55 0.16 0.91 Dimensions are subject to change without notice.35 0.12 5.16 0.16 1.43 0.46 10.09 2.55 0.87 9.91 0.33 5.91 5.83 9.50 8.71 0.46 1. 76 --7.76 7.94 3.6 13.16 ------8.86 10.LA 114M.97 2.35 3.76 7.31 10 17.76 7.33 6.4 2.5+M16x1.83 12.96 16.86 10.97 31.24 14.71 15 32.11 15.16 ------8.86 10.76 7.M 161M.69 13.69 ----------8.L 181M.36 14.72 8. and windings capable of operating in any Volts/Hz combination.30 ----8.59 21.diequa.ML 134S.76 7.5 2xM63x1.10 21. for worldwide usage.76 7.5 29.18 7.09 19.69 ----------------------.05 33.L 101L.69 13.77 1.16 ------------------.77 20.64 7.3 6.4 2. .16 11.76 7.69 13.5 2xM32x1.86 10.29 g1 4.41 4.86 10.86 81 --10.11 15.76 7.46 24.16 16.4 2.24 9. upgraded bearings.91 14.76 72 --8.42 7.94 h2 3.76 5.62 15.89 19 36.2 12.8 3.12 29.27 34.16 11.96 5.86 28.17 7.02 26.43 4.16 10.9 4.51 3.Series K The WATT Drive EUSAS brand motor is a high quality design featuring cast housings.02 1.96 16.16.68 9.08 14.10 21.74 4.58 10 18.46 24.96 16.02 3.63 11.76 Integral Motor Length Adder “kO” 72 81 91 101 114 134 161 181 8.83 10 13.63 4.16 ------8.4 2.5+M16x1.11 15.5 2xM25x1.16 11.69 ----------8.69 13.09 4.41 ------11.69 13. add basic motor length “kO” to reducer length “r”.76 ----7.63 20.16 ------------Dimensions are subject to change without notice.16.Integral Motor Dimensions .33 7.16 11.69 13.34 17.79 23.11 15.73 1.4 2.46 24.11 15.54 1.11 15.47 6.1 38.30 21.28 5.86 --8.55 6.16 11. superior protection.16 ------8.16 11.85 7.41 Motor Dimensions kofl* komo* m q s2 12 14.85 7.16 --10.86 10.30 ----------11.5 2xM40x1.86 --8.5 2xM25x1.5 2xM25x1.86 8.5 2xM32x1.41 ------11. k0M0 = motor with forced cooling and encoder.42 5.16 ------------11.1 1.16 10.76 7.86 10.16 11.09 19 39 44.87 0.5 2xM50x1.86 10.76 7.77 1. k0BR = motor with brake. found on page 19.54 2.65 --8.74 28.11 15.5+M16x1.86 32.65 24.64 7.42 25.16 16.69 13.77 20.11 15.14 6.84 4.87 8x19 s3 2xM25x1.69 13.5 2xM32x1.25 12 20.5+M16x1.87 23.11 15.N 91S.67 6.15 3.71 8.16 11.30 ----8.94 kobr* 9.16 11.91 14.76 10.5+M16x1.69 13.30 21.81 k* 0.12 y2 1.53 10.66 10.13 4. To determine complete gearmotor length.86 10.5+M16x1.44 6.76 --7.N 72K.69 ----------8.86 10. Type 64K.12.28 Dimensions are in inches.94 1.86 10.86 ----11.5 y1 1. 22 Integral Motor Length Adder “kO” 91 101 114 134 161 181 201 226 251 --.69 13.58 14.76 7.86 10.16 16.16 16. These motors offer up to 20% additional horsepower over similar competitive frame sizes.56 3.8 4.16 --10.5 2xM50x1.76 3.72 --.69 ----------- 80A 80C 80D 85A 85C 85D 110A 110C 110D 136A 136C 136D 64 --7.8 3.5 2xM40x1.9 10.77 2.76 7.11 15.61 8.16 ----10.12.16 11.76 7.4 2.41 ------11.16 10.52 19.01 9.79 18.36 2.69 13.10 21.35 5.26 15 36.11 15.L 201L 226S.86 8.com 64 7.69 ------------------.69 ----------8.76 7.16 11.37 12 24.83 10 15.54 2.8 4.87 8.4 2.M 251M g 4.61 5 5. k0FL = motor with forced cooling.77 2.12 10.12.76 7.91 12.16 ------------11.65 15. 40A 50A 50C 60A 60C 70A 70C 70D 75A 75C 75D 77A 77C 77D www.69 13.96 16.58 7.3 7.12 38.51 5.4 2.39 17.74 28.5+M16x1.86 ----8.09 39. * k = air flow space.16 16.16 Dimensions are in inches.86 10.69 13.N 81K.11 15.16 11.16 11.97 33.94 3.86 10.86 8.41 4.72 5.76 7.78 23.16 11.5+M16x1.76 3.91 14.94 4.69 ----------8.11 15. 283 2.283 2.283 3.NEMA Motor Adapter Dimensions .31 5.70 3.25 0.315 2.24 3.2 0.70 3.283 2. are provided on this page.71 0.70 3.1 1.312 4x90º 45º NA254/256 10 8.49 4.24 2.24 3.283 2.31 5.2 0.5 0.283 2.283 2.2 0.31 5.5 4.283 --------- 80A 80C 80D 85A 85C 85D 110A 110C 110D 136A 136C 136D NEMA Flange Length Adder “FLN” 56 143/145 182/184 213/215 254/256 284/286 ----5.283 3.70 3.62 7.740 4.25 0.625 0.65 ----5.625 1.70 4. consult your DieQua representative. and a wide variety of servo motors.283 3.188 4x90º 45º NA182/184 10 8.283 3.056 5.375 4x90º 45º NA284/286 11.25 0.12 7.5 0.188 4x90º 45º NA143/145 6.625 x 3.24 --------------4.375 x 3.70 3. .41 0.283 2.38 9 0.41 0.283 3.709 0.71 0.24 2.53 1.740 3.283 2.283 --------2.49 4.125 x 2.31 5.65 4.47 3. Type wNA FLN fNA αNA tNA sNA øbNA øaNA dNA uNA eNA cNA NEMA Adapter Dimensions aNA bNA cNA dNA dxl eNA fNA sNA tNA uNA wNA αNA NA56 6.2 0.72 5.69 4.5 1.12 5.2 0.375 1.283 2.875 x 4.740 ----2. for the appropriate reducers.2 0.5 1.70 3.03 4.740 3.24 ------------5.740 ----2.283 2.75 7.964 0.31 5. found on page 19.53 2. NEMA adapter dimensions.53 1.69 5.1 1.25 4x90º 45º NA213/215 10 8.283 --------2.283 --------2. 23 Dimensions are subject to change without notice.740 ----2.283 2.1 1.315 5.125 1.740 ----2.03 3.70 ----2.49 ------------4.70 3.72 5.283 --------2. For IEC and servo motor adapter dimensions.283 2.5 4. add flange length “FLN” to reducer length “r”.875 x 2.283 --------2.07 3.315 5.49 ----- Dimensions are in inches.740 ----2. To determine complete reducer length.283 3. IEC.315 5.07 4.31 5.69 2.740 4.875 0.875 0.875 1.740 3.70 ----2.31 2.5 4x90º 45º Dimensions are in inches.625 x 2.24 2.1 1.283 2. 40A 50A 50C 60A 60C 70A 70C 70D 75A 75C 75D 77A 77C 77D NEMA Flange Length Adder “FLN” 56 143/145 182/184 213/215 254/256 284/286 2.283 2.53 1.Series K WATT Drive speed reducers are available with motor adapters for NEMA.283 3.31 3.69 4.5 1.096 0.875 0.283 3.25 10.283 2.283 3.241 0.70 3.51 2.796 0.518 0.24 2.740 ----2.51 2.5 1. 45 131.6 HP actual with 460V) 7.15 108.8 462.65 277.5 27842 0.43 3/4 HP nominal (0.2 301.3 18239 2.13 8.45 720 2.8 18992 1.4 HP actual with 460V) 1/3 HP 3.09 3 16381 1.99 14 5416 2 119. www.9 1099.5 6292 1.7 1221.2 878.05 11 8115 2.4 16177 1.9 394.68 1. when considering nominal horse power ratings.62 2.64 1.78 6. a major benefit of the WATT Drive gear motor is the RPM In-lbs.5 172.5 7619 1.3 24487 1.25 1099.8 11991 0.5 21859 1.1 10788 1 523.6 523.6 26249 1.diequa.5 12443 0.19 nominal (0.94 1.19 6.4 257.27 3.5 108.1 13 8637 1.8 7540 1.4 5071 2.05 7.7 40966 1 997.1 15584 1.7 6451 1.11 1.3 320.7 235.85 878.19 1/4 HP nominal (0.47 1.9 574.86 4.9 675.2 HP actual with 460V) 1.68 2 25523 0. In the American market.4 119.05 257.55 273.29 Model CSA 80C 81N4 CSA 70C 81N4 CSA 80C 81N4 CSA 80C 81N4 CSA 80C 81N4 CSA 80C 81N4 CSA 85C 81N4 CSA 80C 81N4 CSA 80C 81N4 CSA 85C 81N4 CSA 80C 81N4 CSA 85C 81N4 CSA 85C 81N4 CSA 85C 81N4 CSA 85C 81N4 CSA 85C 81N4 CSA 70A 91S4 CSA 70A 91S4 CSA 70A 91S4 CSA 70A 91S4 CSA 70A 91S4 CSA 70A 91S4 CSA 70A 91S4 CSA 70A 91S4 CSA 80C 91S4 CSA 80C 91S4 CSA 80C 91S4 CSA 80C 91S4 CSA 80C 91S4 CSA 85C 91S4 CSA 80C 91S4 CSA 85C 91S4 * These units have thermal limitations. resulting in greater torque capacities in a smaller size.com 24 .3 796.1 13 5956 1.9 1099.55 344.7 5495 1.2 HP actual with 460V) 20 3876 2.4 6026 1.37 Model CSA 85C 72N4 CSA 80C 72N4 CSA 85C 72N4 CSA 85C 72N4 CSA 70A 81K4 CSA 70A 81K4 CSA 70A 81K4 CSA 70C 81K4 CSA 70C 81K4 CSA 70C 81K4 CSA 70C 81K4 CSA 70C 81K4 CSA 80C 81K4 CSA 80C 81K4 CSA 80C 81K4 CSA 80C 81K4 CSA 85C 81K4 CSA 80C 81K4 CSA 85C 81K4 CSA 80C 81K4 CSA 85C 81K4 CSA 85C 81K4 CSA 85C 81K4 CSA 70A 81N4 CSA 70A 81N4 CSA 70A 81N4 CSA 70A 81N4 CSA 70A 81N4 CSA 70C 81N4 CSA 80C 81N4 CSA 70C 81N4 RPM In-lbs. An optimized gear tooth design provides high power density.9 301.6 13460 1.8 HP actual with 460V) 15 3628 2.15 1035.7 9894 1.7 HP actual with 460V) 29 3832 2.25 273.2 23222 1.86 4.8 675. Therefore.8 5752 1.6 14637 1.18 25 4416 2.2 2 8000 1.1 201.4 11487 2.34 3.2 41382 0.5 9018 1.65 366.9 10363 1.95 147. SF (1) Ratio 1.71 5.7 636.72 1.16 2.1 10655 2. (1) At nominal horsepower.5 3.2 15912 1.3 18 4248 2.7 25063 1 610.5 555.1 9009 2.97 2.79 Model CSA 70C 64K4 CSA 70C 64K4 CSA 70C 64K4 CSA 70C 64N4 CSA 70C 64N4 CSA 70C 64N4 CSA 70C 64N4 CSA 70C 64N4 CSA 70C 64N4 CSA 70C 72K4 CSA 70C 72K4 CSA 70C 72K4 CSA 70C 72K4 CSA 70C 72K4 CSA 70C 72K4 CSA 80C 72K4 CSA 70C 72N4 CSA 70C 72N4 CSA 70C 72N4 CSA 70C 72N4 CSA 70C 72N4 CSA 70C 72N4 CSA 70C 72N4 CSA 80C 72N4 CSA 80C 72N4 CSA 80C 72N4 CSA 80C 72N4 CSA 80C 72N4 CSA 80C 72N4 ability to generate higher torque in an overall smaller and more cost effective package.98 4.64 1.32 2.98 4.47 1.75 93.1 911.12 2.6 655.8 5646 1.32 2.Gearmotor Selection Tables .5 32771 1.86 5.5 9035 1.31 2.3 636.72 1.3 932.3 462. Torque output for 1/8 to 2 HP will be lower with 230V power source.34 3.1 15452 2.1 21567 1.71 1.95 845.8 235.14 1.09 3.5 1/2 HP nominal (0.45 574.4 845.1 32311 1.8 9637 2.5 10549 1. SF (1) Ratio 6.25 322.95 1371.5 8442 1.35 394.5 1095.14 1.75 1.8 131.19 5.2 2 10797 1 796.05 7.6 18744 1.7 119.5 6504 1.2 27824 1.35 610.5 3.43 16 7186 1.55 911. the unique design of this motor generates up to 20% more power than competitive motors of similar frame sizes.8 8867 1.2 221.5 1.8 58.41 5.7 18115 1.8 301.1 23213 1.5 7283 1.31 2. SF (1) Ratio 1/8 HP nominal (0.1 13 4363 2.75 1.14 1.62 1.3 HP actual with 460V) 2.14 3 22709 1.6 21231 1.9 545.45 66.64 1. For all selections.4 4301 2.43 1 HP nominal (1.5 1162.05 344.9 320.8 6956 1.99 23 4938 2.9 17160 1.3 18859 1.55 93.95 20 5628 1.9 878.95 108.1 555.4 13478 1.35 796.41 4.41 6.8 8903 1.05 772.5 221.41 6.2 13575 1.8 796.2 8018 1.2 435. Please contact a DieQua representative for details. Contact your representative with any questions regarding proper selection.65 221.37 5.1 975.2 11920 0.1 6779 1. RPM In-lbs.4 1371.3 20806 2 720 2.1 257.Series C WATT Drive gear motors are known the world over for offering superior performance and reliable operation in the most demanding applications.65 975.31 2.5 HP nominal (1.8 26833 1. The inverter duty WATT Drive EUSAS motor can be connected to any Volts/Hertz combination for global usage and is available with a wide variety of options.37 5. Engineering Note: The torque values and service factors in the selection charts have been calculated with the actual motor horsepower at 460V operation.55 772.99 14 7849 1.78 7.16 2.97 2.43 15 4956 2.8 37276 1.78 7.71 9.19 4 16868 1.25 131.78 6.45 418. the service factor (SF) will increase by up to 20%.5 11151 1 1095.27 4 12089 2 418.99 14 3964 2.7 12080 2 610.81 1.31 2.75 85.95 435.3 18 6159 1.15 74.9 85.5 45338 0.81 1.2 12682 1.4 23983 1 1162.31 2. please note that the torque generated will be lower while the service factor will increase by up to 20%.3 29019 1. 6 7.91 Model CSA 70A 101L4 CSA 70A 101L4 CSA 80A 101L4 CSA 70A 101L4 CSA 70A 101L4 CSA 80A 101L4 CSA 70A 101L4 CSA 70A 101L4 CSA 80A 101L4 CSA 80A 101L4 CSA 85A 101L4 CSA 80A 101L4 CSA 85A 101L4 CSA 85A 101L4 CSA 80C 101L4 CSA 80C 101L4 CSA 85C 101L4 CSA 110C 101L4 CSA 85C 101L4 CSA 110C 101L4 CSA 130C 101L4 CSA 130C 101L4 CSA 85C 101L4 CSA 110C 101L4 CSA 130C 101L4 CSA 85C 101L4 CSA 110C 101L4 CSA 130C 101L4 CSA 110C 101L4 CSA 130C 101L4 CSA 110C 101L4 CSA 130C 101L4 CSA 110C 101L4 CSA 130C 101L4 20.1 47666 0.05 27 11177 2.7 27647 0.68 2 49790 1.72 109.4 23824 1.75 708.25 9.89 486.96 33.9 33196 2.1 32461 1.9 7.8 70233 1.09 600.31 201.4 40 10044 1.45 18 17346 2.19 469.1 2.27 332.55 37.65 432 3.9 462.71 278.3 6 31222 2.1 47436 1.18 62.6 54135 1.05 16 25753 1.4 35 8628 2.5 44825 0.8 33 4566 2.8 42.13 58.9 32320 2.76 27.9 42.6 746.3 235.04 243.5 61 4991 2.3 HP actual with 460V) 40 3823 2.3 37984 1. (1) At nominal horsepower.14 101.9 486.4 15912 1.41 7.6 HP actual) 84 3646 2.15 12 25054 1.65 4.49 1. 25 .78 82.95 545.15 366.65 554.55 40 5602 1.4 40904 1.52 378 377.29 4.2 44975 1.2 21948 1.62 215.9 54595 1.31 181.4 56418 1.21 37.9 18 12177 2 17 13319 1.4 49383 1.2 30 10071 2.5 78888 0.65 6 44019 2.05 8.1 44073 0.Series C RPM In-lbs.43 16 9735 1.15 773.5 HP nominal (6.6 75198 1.71 5.71 118.7 48409 1.2 38249 1.1 21594 1.2 18762 1.3 12 18372 1.6 74.3 25319 1.45 493.92 277.34 81.35 16 19593 2.45 851.85 642.87 316.3 56923 1.01 2.55 201.9 50551 1.6 66.25 21 19054 2.27 322.5 43542 1.95 25 8770 1.95 72 4248 2.4 46 8814 1.51 68.04 243.4 15266 2.35 869.2 4.85 Ratio 51.22 277.35 4.9 25063 1.29 2 HP nominal (2.84 316.9 4.7 8.2 18239 2.05 7.29 332.01 2.55 15 27921 0.4 85.67 1.6 38957 1.3 6.24 17.5 57020 1.37 238.9 34568 1.25 23 9814 1.34 81.2 62038 1.9 70083 1.6 29 7619 1.93 140.9 3.99 23 6690 1.05 435.65 3.13 29 5194 2.71 118.88 3.5 3.5 21700 1.19 469.38 58.8 48.5 30001 1.9 38975 2.35 3.1 44904 0.6 66.72 109.75 7.8 97164 0.65 52 7796 1.13 56.6 21682 1.15 1019.9 7 37187 2.88 513.3 545.6 HP actual) 113 3575 3 98 4132 2.15 51 5929 1.2 432 3.95 1189.05 3. SF (1) 18 16602 1.4 93801 0.94 2.1 43524 1.3 82588 1.2 3.95 27.85 28 14699 1.9 31 13239 1.14 3.79 27.1 52834 1.6 20.02 284.9 796.96 51 4345 2.34 51.75 14 15576 1.71 3.06 7.5 21 19328 1.6 66.8 45 6708 1.95 6.04 6.71 278.94 554.1 7 37922 1.1 21 10779 2.1 36 11345 2. SF (1) 33 6699 1.4 378 3.92 244.1 273. the service factor (SF) will increase by up to 20%.1 43674 1.78 82.9 378 4 24939 1 418.15 25 11965 0.95 21 14699 1.8 33 9133 1.05 5.15 7.41 5.99 68.95 62 6566 1.78 235.99 74.15 34 12000 0.9 3.2 27594 1.5 7 26957 2.6 40 7646 1.25 3.75 215.35 17 18160 1.1 65295 1.4 3 HP nominal (3.1 32081 1.8 5.15 347.4 6.1 108.3 4.4 35099 2.13 56.43 93 101.1 13 11699 0.63 42. Please contact a DieQua representative for details.92 2.7 41 10009 2.71 3.88 513.25 46 8903 2.1 37869 1.65 25 16151 1.18 25 5982 1.05 493.3 25903 0.25 73 5584 1.41 23.21 45 4920 2.1 5.3 708.65 4.8 66.15 347.05 435.05 655.21 37.5 60489 1.65 6.89 486.15 19 21832 1.41 23.95 416.85 5.95 20 7611 1.18 62.19 4.96 33.05 14 21240 1.1 18 22806 1.65 322.95 82.4 28877 1.55 42.6 85 4787 2.8 16 14363 2.12 2.7 203.25 238.8 17 23877 1.8 48.3 18 8345 1.68 2 67189 1.14 101.3 59578 1.25 20 11168 1 18 12230 0.3 4 HP nominal (4.65 21 14487 2.95 131.14 93 97.3 93.19 6.95 4.3 93.95 5.68 2.52 377.95 416.55 14 15708 2.09 2.2 37.34 85.4 27 8195 2.14 2.4 HP actual) 61 3663 2.8 Model CSA 80C 91S4 CSA 85C 91S4 CSA 80C 91S4 CSA 85C 91S4 CSA 80C 91S4 CSA 85C 91S4 CSA 85C 91S4 CSA 85C 91S4 CSA 110C 91S4 CSA 110C 91S4 CSA 85C 91S4 CSA 110C 91S4 CSA 70A 91L4 CSA 70A 91L4 CSA 70A 91L4 CSA 70A 91L4 CSA 70A 91L4 CSA 70A 91L4 CSA 70A 91L4 CSA 70A 91L4 CSA 70A 91L4 CSA 70A 91L4 CSA 80C 101L4 CSA 85C 91L4 CSA 80C 101L4 CSA 85C 91L4 CSA 80C 101L4 CSA 85C 91L4 CSA 80C 101L4 CSA 85C 91L4 CSA 85C 91L4 CSA 85C 91L4 CSA 85C 91L4 CSA 110C 91L4 CSA 85C 91L4 CSA 110C 91L4 CSA 110C 91L4 CSA 130D 91L4 CSA 110C 91L4 CSA 130D 91L4 CSA 110C 91L4 CSA 130D 91L4 CSA 130D 91L4 CSA 130D 91L4 CSA 70A 101L4 CSA 70A 101L4 CSA 70A 101L4 CSA 70A 101L4 RPM In-lbs.09 3.95 320.38 62.71 118.6 773.45 33.93 120 CSA 70A 114M4 CSA 70A 114M4 CSA 70A 114M4 CSA 70A 114M4 CSA 70A 114M4 CSA 70A 114M4 CSA 70A 114M4 CSA 80A 114M4 CSA 80A 114M4 CSA 70A 114M4 CSA 80A 114M4 CSA 70A 114M4 CSA 80A 114M4 CSA 80A 114M4 CSA 85A 114M4 CSA 80A 114M4 CSA 80A 114M4 CSA 85A 114M4 CSA 80A 114M4 CSA 85A 114M4 CSA 80A 114M4 CSA 85A 114M4 CSA 80A 114M4 CSA 85A 114M4 * These units have thermal limitations.1 66171 1.4 27426 2.14 CSA 70A 101LA4 CSA 70A 101LA4 CSA 70A 101LA4 CSA 70A 101LA4 CSA 70A 101LA4 CSA 70A 101LA4 CSA 80A 101LA4 CSA 70A 101LA4 CSA 80A 101LA4 CSA 70A 101LA4 CSA 80A 101LA4 CSA 70A 101LA4 CSA 80A 101LA4 CSA 80A 101LA4 CSA 85A 101LA4 RPM In-lbs. SF (1) Ratio 4.9 277.94 600.5 37851 1.35 51.45 3.29 2.72 109.1 2.8 47967 1.3 Ratio 93 97.93 120 140.55 5.99 14 10637 1 119.1 31178 2.5 3.9 25 12283 1.91 Model CSA 80A 101LA4 CSA 85A 101LA4 CSA 80A 101LA4 CSA 85A 101LA4 CSA 80A 101LA4 CSA 85A 101LA4 CSA 110C 101LA4 CSA 110C 101LA4 CSA 130C 101LA4 CSA 85C 101LA4 CSA 110C 101LA4 CSA 130C 101LA4 CSA 85C 101LA4 CSA 110C 101LA4 CSA 130C 101LA4 CSA 130C 101LA4 CSA 110C 101LA4 CSA 130C 101LA4 CSA 110C 101LA4 CSA 130C 101LA4 CSA 110C 101LA4 CSA 130C 101LA4 CSA 110C 101LA4 CSA 130C 101LA4 CSA 130C 101LA4 15.5 39754 1.91 42.02 284.2 27966 0.5 606.4 29 10389 1.Gearmotor Selection Tables .05 58.65 26 15611 2.9 14 28169 1.78 8.34 51.7 79579 1.41 238. 9 4.4 53 17558 2.72 48.95 115 6637 1.14 109.66 28.92 244.41 23.75 81.45 7.66 27.72 48.65 72 7708 1.9 99 9469 1.1 59206 1.98 27. SF (1) 95 8000 3 86 8894 1.98 42.7 42 26647 2.9 *115 9699 1.3 8 43754 2.37 244.Gearmotor Selection Tables .22 278.55 18 31470 1.95 28 27266 0.98 27.7 27 41072 2.45 85 10982 1 83 11257 2.15 14 38869 0.2 109.com 26 .6 114 8203 1.6 99 7664 1.9 46 16514 1.6 80517 0.02 55.05 7.63 44.5 HP nominal (14.93 23.9 21 26284 1.72 50.57 66.29 56.1 5.95 35 32019 1.19 32.55 31 29966 2.64 141.35 26 35789 1.72 48.8 6.7 21 43665 0.2 83 9115 2.63 44.6 113 4938 2.91 37.24 17.96 27.02 55.7 53 10425 2.5 HP nominal (6.5 CSA 70A 161M4 CSA 70A 161M4 CSA 80A 161M4 CSA 70A 161M4 CSA 80A 161M4 CSA 70A 161M4 CSA 80A 161M4 CSA 80A 161M4 CSA 85A 161M4 CSA 80A 161M4 CSA 85A 161M4 CSA 80A 161M4 CSA 85A 161M4 CSA 80A 161M4 CSA 85A 161M4 CSA 80A 161M4 CSA 85A 161M4 CSA 110A 161M4 CSA 80A 161M4 CSA 85A 161M4 CSA 110A 161M4 CSA 130A 161M4 CSA 85A 161M4 CSA 130A 161M4 CSA 85A 161M4 CSA 110A 161M4 CSA 110A 161M4 CSA 130A 161M4 * These units have thermal limitations.19 33.4 92579 1 5 102146 0.29 32.15 12 76278 0.87 332.2 46 20434 2 41 22939 1.6 18.45 37 30567 2.34 50.85 82.7 36 26010 0.45 46 16549 2. Please contact a DieQua representative for details.25 28 20275 1.9 27 28567 2.57 64.65 22 35346 1.02 66.36 20.15 347.6 18.72 48 47.6 HP actual) 137 4088 2.35 133 8372 2.91 42.05 3.45 *100 11204 0.6 *139 8035 1.19 32.95 9 54586 1.98 24.55 37.7 100102 0.24 15.63 37.24 17.05 7.63 44.3 52 10761 1 46 12159 0.51 65.63 37.85 36 15655 1. the service factor (SF) will increase by up to 20%.14 97.5 26 28974 1.5 16 46135 1.69 57.61 15.6 71 15717 2.9 63 14885 1.15 15 51949 1.34 50.95 20 46887 1.65 73 10363 1.66 32.22 284.9 18 42320 1 18 42347 1.91 37.2 70322 1.95 95 11690 2.4 30 30682 1.1 50135 1.35 30 18469 2.65 8 61888 1.1 23 23921 1.4 15 50374 1.04 119.96 32.3 16 35541 1.6 20.36 20.1 70614 1.93 23.69 62.2 54 20779 2 46 24142 1 46 24187 1.25 141. SF (1) 54 17319 1.37 243.25 4.14 78.85 77.69 65.79 23.89 94.diequa.61 15.15 35 21903 1.15 72 12903 1.75 39 14487 2.61 15.05 73 10443 2.85 42.53 215.2 62 8956 2.35 46 20399 1.34 81.1 36 21054 1.29 55.2 88084 1.75 34 27063 1.36 20.7 Ratio 18.98 42.05 39 24063 1.75 54 14213 2.4 7.22 Model CSA 80A 134M4 CSA 70A 134M4 CSA 80A 134M4 CSA 70A 134M4 CSA 80A 134M4 CSA 80A 134M4 CSA 70A 134M4 CSA 80A 134M4 CSA 85A 134M4 CSA 80A 134M4 CSA 85A 134M4 CSA 80A 134M4 CSA 85A 134M4 CSA 80A 134M4 CSA 85A 134M4 CSA 80A 134M4 CSA 85A 134M4 CSA 110A 134M4 CSA 80A 134M4 CSA 110A 134M4 CSA 85A 134M4 CSA 85A 134M4 CSA 130A 134M4 CSA 85A 134M4 CSA 110A 134M4 CSA 130A 134M4 CSA 110A 134M4 CSA 85A 134M4 CSA 110A 134M4 CSA 110A 134M4 CSA 130A 134M4 CSA 130A 134M4 CSA 110A 134M4 CSA 130A 134M4 CSA 110A 134M4 CSA 130C 134M4 CSA 130C 134M4 CSA 130C 134M4 10.05 23 39736 1.95 12.05 5 72977 1.2 26 21549 1.71 119.2 Ratio 32.14 97.63 44.3 32 35063 2.4 62 9053 1.25 15 64171 1.1 74791 1.9 7. SF (1) 12 32939 0.1 50905 1.4 20 37957 1.2 98 5699 1.87 316.14 15.51 68.4 62 18009 2.65 31 24257 2.5 17.55 34 16292 2.4 Ratio 140.29 56.57 73.45 12.3 6 83048 1.06 57.05 22 42373 1.2 8.9 54 14027 1.69 27.9 10 HP nominal (12 HP actual) 167 4548 2.15 26 35284 2.14 97.45 12.05 84 13328 1.25 6. www.35 138 5495 1.52 377.05 469.66 28.9 137 6787 1.55 31 36311 1.95 40 13806 1.3 63 12053 2 62 12177 0.3 39 19478 2.95 416.27 347.65 61 15222 2.85 78.9 31 24558 1 31 24841 1.91 37.79 27.38 57.1 113 9867 2.6 CSA 70A 134M4 CSA 70A 134M4 CSA 70A 134M4 CSA 70A 134M4 RPM In-lbs.02 62.78 73.53 215.34 48 50.3 23 33585 2.7 16 47506 1.25 115. (1) At nominal horsepower.1 87.29 CSA 70A 134ML4 CSA 70A 134ML4 CSA 70A 134ML4 CSA 80A 134ML4 CSA 70A 134ML4 CSA 80A 134ML4 CSA 70A 134ML4 CSA 80A 134ML4 CSA 80A 134ML4 CSA 80A 134ML4 CSA 85A 134ML4 RPM In-lbs.95 36 25833 2.98 41.3 54 20496 1.02 284.8 81 13788 3 73 15266 1.45 12.5 5.9 39 28479 1.65 23.09 81.93 21.5 31 18266 1.7 41 27142 0.95 12 41258 2.6 63 17611 1.63 37.55 18 52303 1.15 31 35461 2 27 41754 1.1 21 37072 2.51 73.1 84614 1.14 87.89 Model CSA 85A 114M4 CSA 130C 114M4 CSA 130C 114M4 CSA 110C 114M4 CSA 130C 114M4 CSA 110C 114M4 CSA 130C 114M4 CSA 110C 114M4 CSA 130C 114M4 CSA 110C 114M4 CSA 130C 114M4 CSA 130C 114M4 12.41 20.5 17.31 191.29 55.6 66.41 20.61 13.38 57.4 16 58675 1.9 25 22284 1.75 21 26673 0.95 9 38506 2.24 15.1 96341 0.19 32.8 12 61755 1.75 191.9 84 6610 1.95 15 HP nominal (18 HP actual) *168 6655 1.3 112 8336 2.2 109.5 41 18567 1.37 244.2 22 34311 2.75 85.52 CSA 70A 114ML4 CSA 70A 114ML4 CSA 70A 114ML4 CSA 70A 114ML4 CSA 70A 114ML4 CSA 70A 114ML4 CSA 80A 114ML4 CSA 80A 114ML4 CSA 70A 114ML4 CSA 70A 114ML4 CSA 80A 114ML4 CSA 80A 114ML4 CSA 85A 114ML4 CSA 80A 114ML4 CSA 85A 114ML4 CSA 80A 114ML4 CSA 85A 114ML4 CSA 80A 114ML4 CSA 85A 114ML4 CSA 80A 114ML4 CSA 85A 114ML4 CSA 80A 114ML4 CSA 85A 114ML4 CSA 85A 114ML4 CSA 85A 114ML4 CSA 85A 114ML4 CSA 130C 114ML4 CSA 130C 114ML4 CSA 130C 114ML4 CSA 130C 114ML4 CSA 130C 114ML4 CSA 130C 114ML4 10.Series C RPM In-lbs.6 65.71 120 191.04 105.21 37.15 9.53 215.15 94 9876 2.9 45 12283 1.2 58383 1.45 24 32169 1.35 37 30390 2.14 97.4 HP actual) 166 5619 1.75 Model CSA 80A 134ML4 CSA 85A 134ML4 CSA 80A 134ML4 CSA 85A 134ML4 CSA 80A 134ML4 CSA 85A 134ML4 CSA 80A 134ML4 CSA 110A 134ML4 CSA 85A 134ML4 CSA 110A 134ML4 CSA 85A 134ML4 CSA 85A 134ML4 CSA 110A 134ML4 CSA 85A 134ML4 CSA 110A 134ML4 CSA 85A 134ML4 CSA 110A 134ML4 CSA 110A 134ML4 CSA 110A 134ML4 CSA 110A 134ML4 CSA 110A 134ML4 10. 9 31 48356 1.95 15 73632 1.5 27 56940 1.63 32.93 21.04 37.05 *134 14027 1.05 54 70047 1.72 CSA 130A 226S4 CSA 130A 226S4 CSA 130A 226S4 CSA 130A 226S4 CSA 110A 226S4 CSA 130A 226S4 CSA 110A 226S4 CSA 130A 226S4 CSA 110A 226S4 CSA 130A 226S4 CSA 130A 226S4 CSA 130A 226S4 CSA 130A 226S4 11.55 48 39294 1.1 21 90827 1 19 101084 0.82 37.04 41.25 115.15 42 88721 1 37 101173 0.36 20.75 29.9 23 49090 1.63 33.45 39 38833 1.15 47 64109 1.64 CSA 130A 161L4 11.05 27 68844 1.9 54 28337 1.85 44.72 48 47.35 *96 19593 1.04 CSA 130A 226M4 CSA 130A 226M4 CSA 130A 226M4 CSA 130A 226M4 CSA 130A 226M4 CSA 130A 226M4 CSA 130A 226M4 CSA 130A 226M4 CSA 130A 226M4 CSA 130A 226M4 * These units have thermal limitations.15 11 91137 0.14 13.55 76 39966 2.55 42 53294 1.05 53 35258 2.5 *66 68968 1.06 65.1 113 13460 1.35 60 31036 2.04 26.04 36.85 96 15876 2. SF (1) 17 91951 1 15 100412 0.25 27 56011 1.82 37.3 18 61896 1.5 77.69 26.55 27 69985 1.6 66 46285 1.85 48 47.5 *71 31435 1.05 42 44665 1.35 42 53294 1.72 50.65 *115 39754 2.1 87.8 46 32975 1.85 44.85 77.1 81 23107 1.08 29.75 53 42072 2.75 29.3 66 56701 1.04 CSA 85A 181L4 CSA 85A 181L4 CSA 85A 181L4 CSA 85A 181L4 CSA 85A 181L4 CSA 110A 181L4 CSA 130A 181L4 CSA 85A 181L4 CSA 110A 181L4 CSA 130A 181L4 CSA 85A 181L4 CSA 110A 181L4 CSA 130A 181L4 RPM In-lbs.1 48 31966 2.06 CSA 130A 201L4 CSA 130A 201L4 CSA 130A 201L4 CSA 110A 201L4 CSA 130A 201L4 CSA 110A 201L4 CSA 130A 201L4 CSA 110A 201L4 CSA 130A 201L4 CSA 110A 201L4 CSA 130A 201L4 CSA 110A 201L4 CSA 130A 201L4 CSA 110A 201L4 CSA 130A 201L4 15.08 32.95 42 36338 2.09 85.3 *60 76455 1.2 73 20815 1.45 54 28328 2.57 64.15 35 43665 0.95 50 HP nominal (60 HP actual) 115 32691 2.4 88 42577 2.85 48 55.29 29.8 54 34824 1.55 48 63720 1.25 *101 45285 2 *88 51781 1.3 48 78534 1.15 60 37028 1.95 71 26346 1.05 21 73897 1.5 15.2 94.55 68 27789 2.93 21.Series C RPM In-lbs.51 73.04 26.16 13.36 18. 27 . SF (1) 26 42356 1 24 47020 0.95 *96 23284 1.5 32 70127 1.85 41.04 36.25 68 45064 1.08 29.6 42 44665 2 39 47728 0.25 46 40533 1.25 37 83074 0.69 26.42 17.95 32 47816 1. the service factor (SF) will increase by up to 20%.25 47 32169 2.75 29.45 59 51321 1.25 42 36338 1.06 55.95 20 HP nominal (24 HP actual) 157 9690 2.9 63 24018 1 62 24558 1.45 *54 69171 1.42 17.3 53 57179 1.65 24.85 *68 55197 2.65 23.89 109.63 33.65 33.04 28.09 26.75 101 37231 2.7 60 25249 2.75 162.15 *136 33559 2.09 78.35 16 69437 1.04 37.01 13.95 Ratio 66.85 41.65 32.75 134 14053 2.08 23.29 29.35 81 18806 2.98 41.72 55.5 77.08 23.2 32 58772 1.5 77.55 62 30187 1.63 33.71 CSA 80A 181M4 CSA 80A 181M4 CSA 85A 181M4 CSA 80A 181M4 CSA 85A 181M4 CSA 80A 181M4 CSA 85A 181M4 CSA 80A 181M4 CSA 85A 181M4 CSA 80A 181M4 CSA 85A 181M4 CSA 110A 181M4 CSA 85A 181M4 CSA 110A 181M4 CSA 130A 181M4 CSA 85A 181M4 CSA 110A 181M4 CSA 130A 181M4 CSA 110A 181M4 CSA 130A 181M4 CSA 85A 181M4 CSA 110A 181M4 CSA 130A 181M4 CSA 85A 181M4 CSA 110A 181M4 CSA 130A 181M4 CSA 110A 181M4 CSA 130A 181M4 CSA 110A 181M4 CSA 130A 181M4 CSA 130A 181M4 CSA 130A 181M4 CSA 130A 181M4 13.1 *84 22328 1.6 *62 36019 1.2 20 75667 0.4 37 50931 1.6 23 66941 1.2 54 34815 2.95 88 34753 2.1 *113 19744 1.85 47.04 119.65 23.2 *54 85190 1.63 32.19 32.75 28.14 97.15 60 62861 1.29 18.04 41.1 77 48958 1.69 65.05 15 75933 0.71 105.8 113 13460 2.29 29.09 78.1 94.98 41.66 28.08 29.7 37 41435 2.85 22 50144 1.6 95 15938 1.95 Ratio 36.63 32.5 17 67428 1.3 13 79924 1.09 26.85 47 39532 2.35 22 68383 1.75 *77 59542 1.3 31 70923 1 27 82145 1.95 40 HP nominal (48 HP actual) 100 30390 2.69 55.56 20.06 55.17 15.15 18 60312 1.9 60 HP nominal (72 HP actual) *161 28399 3.82 37.98 24.3 59 31647 2.75 54 56463 1.14 139.35 *54 41559 1 54 41550 1.6 *61 61649 1.02 15.08 23.17 15.5 133 11407 2.69 64.Gearmotor Selection Tables .16 13.14 CSA 80A 161L4 CSA 80A 161L4 CSA 80A 161L4 CSA 85A 116L4 CSA 85A 116L4 CSA 80A 161L4 CSA 80A 161L4 CSA 85A 116L4 CSA 80A 161L4 CSA 85A 116L4 CSA 80A 161L4 CSA 85A 116L4 CSA 110A 161L4 CSA 80A 161L4 CSA 85A 116L4 CSA 110A 161L4 CSA 130A 161L4 CSA 110A 161L4 CSA 130A 161L4 CSA 85A 116L4 CSA 110A 161L4 CSA 130A 161L4 CSA 85A 116L4 CSA 110A 161L4 CSA 130A 161L4 CSA 85A 116L4 CSA 130A 161L4 CSA 110A 161L4 CSA 110A 161L4 CSA 130A 161L4 CSA 130A 161L4 CSA 110A 161L4 CSA 130A 161L4 CSA 110A 161L4 RPM In-lbs.1 23 98181 0.62 33.04 36.05 37 41683 1.56 20.69 27.3 67 33160 2.65 32.85 54 27957 0.57 64.45 113 16549 2.85 41. SF (1) 48 46887 1.15 Ratio Model 105.29 20.64 121.9 32 95305 0.5 18.09 26.65 20 55489 1.89 CSA 130A 161L4 115.9 37 51232 1.2 37 60781 1.85 41.14 15.3 23 82278 1.65 32.4 42 72428 1 42 72428 1.5 53 28691 3.5 18.04 26.63 33.98 24.1 87. Please contact a DieQua representative for details.9 30 HP nominal (36 HP actual) *133 16770 2.04 37.15 71 21434 1.25 14 68853 1.8 *73 25594 0.75 *81 27576 1.75 85.29 55.7 37 61126 1.56 20.05 *48 95518 0.95 60 50321 1.72 55.82 41.5 18.65 Model CSA 85A 161M4 CSA 85A 161M4 CSA 130A 161M4 CSA 110A 161M4 CSA 130A 161M4 CSA 110A 161M4 CSA 110A 161M4 CSA 130A 161M4 CSA 130A 161M4 CSA 110A 161M4 CSA 110A 161M4 CSA 130A 161M4 CSA 130C 161M4 CSA 130C 161M4 CSA 130C 161M4 11.65 32.75 85.5 15. (1) At nominal horsepower.08 29.95 59 37762 2.72 48 47.45 21 54188 1.04 37.5 *113 16540 1.25 96 19514 2.75 32 59436 1.09 Model CSA 110A 181L4 CSA 110A 181L4 CSA 130A 181L4 CSA 110A 181L4 CSA 130A 181L4 CSA 130A 181L4 CSA 110A 181L4 CSA 130A 181L4 CSA 130A 181L4 17.15 66 34063 2.29 21.5 84 18169 1.9 25 HP nominal (30 HP actual) *158 11912 2. 47 D 0. For continuous duty applications.72 104.29 21.99 2394.6 462.28 3.36 C 0.70 44.6 20. Output shafts are available Ratio Size C.11 D 0.50 D 0.59 35.97 3241.93 127.05 139.00 15.79 27.17 C 1.70 8.11 0.diequa.62 7.29 1.71 120 123.66 0.5 18.12 3932 4380.65 28.04 10.16 D 0.67 0.99 4643.06 3352.91 2.98 44.5 449.87 13.34 A 6.16 13.8 51.56 0.91 2.09 221. and servo motors.22 1162.5 18.15 162.42 22.52 2822.48 38.35 2659.30 *A *A *A *A *A *A A A A A A A A in both inch and metric dimensions.21 37.18 66.36 C 2.19 37.82 3.07 2.02 17.40 4.19 2.91 42.97 in-lbs HP Model 10620 10620 10620 10620 10620 10620 10620 10620 10620 10620 10620 10620 10620 10620 10620 10620 10620 10620 10620 10620 10620 10620 10620 10620 10620 10620 10620 10620 10620 10620 10620 10620 10620 10620 10620 27.07 D 23895 23895 23895 23895 23895 23895 23895 23895 23895 23895 23895 23895 23895 57.34 D 0.93 23.39 2.29 57.5 1282.85 13.80 26.65 24.25 8.19 418.43 98.09 538.78 257.04 12.51 14.3 93.31 772.38 62.13 201.96 33.70 C 0.12 174.95 675.23 D 0.25 147.25 D 0.06 1393.81 1015.30 10.74 C 3.63 48.55 42.59 Size C.77 3558. www. The modular housing allows for shaft.27 C 0.20 D 0.08 1607.07 D 0.66 636.com 28 . Engineering Note: The torque and horsepower capacities highlighted in the selection charts are based on mechanical limitations.11 8.72 914.43 140.05 50.02 66.70 10.44 D 0.14 15.37 301.63 2.95 81.76 C 0.09 D 0.79 1095.83 D 0.19 D 0.58 2303.80 16.61 4.41 2.69 5. A variety of input styles are offered including adapters for NEMA.77 1.20 D 0.35 3.57 108.82 33.29 378 432 in-lbs 23895 23895 23895 23895 23895 23895 23895 HP Model 0.41 273.99 119.37 A 7.63 6.89 5. Consult your representative with any questions regarding proper selection.95 C 0.98 394.39 C 1.50 *A *A *A *A A A A A A A A A A A C A A C A A C A C C C C C C C C D C D C C Ratio 606.14 97.54 3.17 D 0.38 D 0.61 15.Series C WATT Drive speed reducers are known the world over for offering superior performance and reliable operation in the most demanding applications.75 861.31 6. An optimized gear tooth design provides high power density resulting in greater torque capacities in a smaller size.86 344.16 574.19 320.60 D 0.83 A 7.28 D Ratio 2541.51 73.97 878.51 3054.34 86.01 D 0.32 4126.31 1478.71 322.42 A 5.29 32.88 796.19 C 2.41 60.85 81.04 41.80 11.34 507.Speed Reducer Selection Tables .34 56.50 1.55 C 0.30 5.39 C 0.71 172. foot.71 D 0.16 D 0.78 235.13 13.41 366.55 *A *A *A *A *A *A *A A A A A A A A A C A A C A C C C C C C C C * These units have thermal limitations. Bolt on output flanges and agitator designs are standard options.49 109.6 in-lbs 10620 10620 10620 10620 10620 10620 10620 10620 10620 10620 10620 10620 10620 10620 10620 10620 10620 10620 10620 10620 10620 10620 HP Model 0.36 20.57 435.01 C 1.74 C 2.98 27.04 277.69 28.12 D 0.40 2.93 A 6.04 85.84 66.63 118.76 C 1.39 D 0.63 37.55 21.28 D 0.14 101.83 19. or flange mounting to increase design versatility.13 D 35064 38170 40710 40710 40710 40710 40710 40710 40710 40710 40710 40710 40710 40710 40710 40710 39436 36081 40710 30648 40710 40710 40710 40710 40710 40710 40710 40710 71.13 D 0.33 11.06 238.11 30.07 1.26 16.2 727.36 C 3.11 1035.13 58.34 D 0.95 0.06 C 1.17 15. Ratio 68.31 20.19 1208. IEC.14 975.72 0.70 18. as well as a model with standard input shaft.16 C 5.88 2169.43 D 1.83 0.55 0.66 32.31 150. Please contact a DieQua representative for details.4 1784.61 3.19 1894.32 C 0.31 643.76 49.88 131.15 D 0.89 7.30 C 0.41 23.24 17.27 423.65 4929 Size C.50 C 6.83 C 0.91 24.1 119.46 C 0.16 190.03 93 101.36 in-lbs 23895 23895 23895 23895 23895 23895 23895 23895 23895 23895 23895 23895 23895 23895 23895 23895 23895 23895 23895 23895 23895 23895 23895 23895 23895 23895 23895 23895 23895 23895 23895 23895 23895 23895 23895 23895 HP Model 9.43 10.99 74.53 11.78 82.45 12.62 C 0.7 1706.89 23.82 9.62 845.92 4.79 1078.95 932.72 50.32 610.08 D 0.96 3.19 D 1.63 727.04 523.24 D 0.25 203.2 555. some models may have lower thermal horsepower capacities.54 C 1.28 14.36 772.07 C 4.08 D 0.09 3704. 01 13.73 D 1.14 634.87 C 5.14 97.02 43.94 528.23 C 2.15 377.18 2114.93 1053.39 4197.52 D 3.82 135.29 Size C.35 9.36 42.56 20.65 19.99 109.97 C 3.04 29.56 141.75 2805.71 530.72 D 0.88 in-lbs 40710 40710 40710 40710 40710 40710 40710 40710 40710 40710 40710 40710 40710 40710 40710 38781 40710 40710 40710 40710 40710 40710 40710 40710 40710 40710 40710 40710 HP Model 2.13 28.65 469.93 3398.25 64.86 78.27 D 88500 88500 88500 88500 88500 88500 88500 88500 88500 88500 88500 88500 88500 88500 88500 88500 216.46 12.85 47.65 191.95 435.54 A 20.29 1618.24 D 0.4 in-lbs 70800 70800 70800 70800 70800 70800 70800 70800 70800 70800 70800 70800 70800 70800 70800 70800 70800 70800 70800 70800 70800 70800 70800 70800 70800 70800 70800 70800 70800 70800 70800 70800 70800 HP Model 10.51 C 8.93 655.09 606.29 869.68 4273.25 23.44 3735 4132.34 D 0.83 C 6.85 C 7.62 215.73 C 25.09 26.09 C 9.50 D 0.05 A 25.12 D 1.75 154.6 4638.20 A 22.39 C 3.35 65.91 1850.74 94.74 C 5.92 C 3.98 D 0.87 316.86 D 0.47 997.75 D 0.33 2998.49 1189.34 37.85 48 55.71 16.67 5167.92 746.4 121.87 45.65 33.36 D 0.26 80.5 66.63 D 0.71 105.55 C 6.40 D * These units have thermal limitations.46 D 0.40 13.68 58.94 1272 1371.19 486.40 D 0.37 244.68 C 1.02 3903.75 C 5.68 911.10 C 1.78 D 0.38 C 7.29 708.99 C 0.29 3330.02 332.33 3824.71 D 3.87 103.44 57.84 1440.67 1019.52 416.90 C 0.92 278.29 903.69 65.05 434. Please contact a DieQua representative for details.34 119.08 23.86 D 0.91 642.07 D 2.50 D 5.77 1744.15 24.79 34.64 1671.64 5704.46 C 11.73 851.02 D 0.21 D 2.91 19.88 526.76 183.89 513.89 115.77 3083.75 162.38 D 0.04 41.45 D 2.06 C 4.98 D 2.42 17.21 D 1.14 139.37 1234.48 C 28.4 1380.83 7114.110 26.17 911.40 C 14.54 51.53 C 1.63 D 3.95 5814.64 3412.54 D 1.2 98.67 C 12.09 2717.22 284.55 5233.01 35.88 2241 2561.41 154.45 D 1.75 D 2.09 78.24 C 2.51 72.55 D 0.64 A 19.19 D 70800 70800 70800 70800 70800 70800 70800 70800 70800 70800 70800 70800 70800 70800 70800 70800 70800 70800 70729 70800 56755 73.96 A 30.46 D 0.13 D 1.64 1221.59 in-lbs 88500 88500 88500 88500 88500 88500 88500 88500 88500 88500 88500 88500 88500 88500 88500 88500 88500 88500 88500 88500 88500 88500 88500 88500 88500 88500 88500 88500 88500 88500 88500 88500 88500 88500 88500 88500 88500 88500 88500 88500 88500 HP Model 30.72 55.81 D 1.55 158.14 D 0.25 132.40 D 0.58 C 22.04 4709.87 C 5.31 21.41 545.56 D 0.94 87.70 C 14.94 118.14 2827.76 C 0.75 243.29 29.75 4728.35 D 2.73 D 1.95 29 *A *A *A *A *A *A *A *A *A *A A A A C A C Ratio 77.15 C 2.33 D 1.26 5175.04 37.12 720 759.64 C 4.47 C 2.Speed Reducer Selection Tables .70 D 0.86 Size C.49 2334.84 D 0.62 600.75 29.05 50.1 92.71 1079.46 554.36 6338.84 2235.30 D 0.38 1099.27 D 0.45 C 3.94 640.04 114.38 89.51 D 0.21 C 1.51 D 0.53 215.02 15.68 796.28 D 0.68 778.21 D 0.01 14.82 41. .31 85.06 56.46 2012.38 C 1.130 11.Series C Ratio 493.37 5873.29 D 1.75 81.27 347.34 D 0.43 1512.02 D 0.01 773.70 C 2.08 C 4.01 D 1.63 *A *A *A *A A A A A C A C A A C A C A C A C A Ratio 181.39 64.78 C 8.08 32.30 17.62 D 0.86 1960.67 D 0.63 39.56 D 0.01 C 1.48 D 1.57 67.51 16.72 105.63 36. F dH gsu hsu bsu F ME c s1 ac2 øs ac NEMA Motor Adapter .dimensions on page 32.Schematics .dimensions on page 33.130 Hollow Shaft r a øs h1 a2 Øe2 E4 uH E tH b G bc E3 øssu Motor . Solid Shaft (with optional output flange) Shrink Disc aF α1 α2 øDS eF sF xH WS1 = WS2 t u d cF ødH ødH bF z b4 b5 fF l Agitator Design eR E cR hR fR www.Series C Size 70 .diequa.com sR α1 øbR aR α2 30 . 14 1.72 22.87 0.24 12.48 35.61 0.20 12.85 7.61 5.13 9.55 0.87 0.55 0.87 0.45 9.79 0.20 0.14 2.84 9.5 4.42 16.4 9.87 7.72 bR cR eR E 9.84 13.72 *21.03 9.5 2.74 3.37 2.97 2.43 5.57 14.69 4.83 0.47 5. * Designates round flange cF 0.57 22.81 bsu 0.42 19.87 7.11 30.98 0.625 4.74 3.42 *17.69 fF 0.72 *17.87 9. 130 gsu 0.45 3.28 0.63 0.55 0.57 18.72 *17.87 7.57 16.13 10.87 9.98 .08 20.19 0.51 3.43 5.54 ME 2. * Models with aluminum housings.87 0.63 5.91 24. (3) Estimate converted from metric dimension.72 14.44 1.29 19.84 Dimensions are in inches.75 15.65 0.38 7.05 12.87 0.74 3.24 10. Agitator Design CRA 80 CRA 85 CRA 110 aR 11.13 20.13 9.60 b 4.55 6.71 0.79 10.01 0.87 hsu 8.23 3.23 3.48 7.0 d 2. Shaft Dimensions C70 C80 C85 C110 C130 G 7.20 14.72 22.94 0.31 18.79 0.66 15.28 28.20 0.02 5.63 5.51 10.47 37.84 12.39 (1) Dual output option available.40 7.94 3.24 10.09 4.10 Hollow Shaft dH tH uH 2.71 45° 4 x 90° 0.27 4.55 0.7 2.30 6.78 1.651 0.45 5.875 4.014 0.49 4.81 *17.441 1.87 s1(1) M12x18 M12x18 M12x18 M16x26 M16x26 M16x26 M20x35 M20x35 M20x35 M20x35 M20x35 M20x35 M24x32 M24x32 M24x32 ssu 0.40 10.71 22.00 10.66 8. 110 C.84 9. 31 s 0.75 9.98 7.31 20.875 8.61 5.87 1.00 10.69 6.5° 8 x 45° 0.79 0.49 5.96 14.94 4.00 3.37 Shrink Disc b5 dH(3) DS 1.45 0.50 6.20 12.98 5.75 5.20 0.66 13.28 0.94 3.54 16.40 7.69 6.87 11.21 24.78 13.85 7.51 10.81 11.83 8.48 7. 80 C.5° 8 x 45° 2.19 4.59 0.10 6.78 13.48 7.59 4.625 4.87 11.93 7.02 12.99 12.15 10.31 6.82 1.53 11.59 0.21 24.52 5.50 6. Optional Flange Adapters aF 7.48 7.94 0.45 4.48 3.84 0.00 11.67 7.53 5.96 16.29 ac2 5.0 2.61 0.02 13.Dimensions .55 6.10 1.51 12.78 15.22 0.449 9.92 6. 70 C.66 13.48 3.95 22.71 8.09 Dimensions are subject to change without notice.99 12.5° 8 x 45° Dimensions are subject to change without notice.71 0.74 3.75 19.375 2.84 9.31 ac 9.02 11.19 0.78 13.45 0.45 4.61 12.34 C E e2 E3 0.71 8.94 27.71 2.48 45° 4 x 90° 1.37 13.20 0.20 mF 4.19 0.09 9.134 8.60 12.42 16.37 4.54 16.84 9.87 9.31 18.80 19.55 0.94 eF 8.57 1.79 0.59 6.75 8.48 9.2 3.10 6.66 8.10 1.02 11.98 0.47 5.79 0.53 6.87 9.09 4.98 0.54 11.98 0.14 1.47 (2) Metric thread.8 0.83 0.50 7.85 7.45 12.75 15.15 8.75 6.03 9.47 18.30 6.87 7.43 6.57 14.66 11.31 18.75 2.38 h1 3.71 xH α1 α2 1.74 5.8 4.60 12.8 0.18 1.67 5.48 3.54 sF 0.92 4.55 6.34 1.20 hR 4.78 17.28 E4 6.79 10.49 4.57 25.13 8.559 5. C.71 0. Dimensions are subject to change without notice.81 6.59 0.02 15.67 5.14 1.375 2.05 12.45 4. Dimensions are in inches.47 0.34 1.02 11.375 Solid Shaft(1) l t u 3.57 1.0 4.24 31.87 0.20 13.00 21.94 2.0 2.75 15.29 19.4 6.79 0.47 15.875 3.15 8.30 6.03 9.99 14.53 9.72 2.5° 8 x 45° Dimensions are subject to change without notice.98 1.53 9.63 0.625 3.87 7.63 5.71 0.38 1.97 45° 4 x 90° 2.79 10.20 12.71 8.98 0.85 13.79 0.40 7.19 0.Series C Main Dimensions 70A 70C 70D 80A 80C 80D 85A 85C 85D 110A 110C 110D 130A 130C 130D a 11.05 Dimensions are in inches.94 10.55 0.87 0.98 0.11 1.65 bF 7.75 5.38 6.71 22.75 5.16 0.33 1.69 7.94 10.84 9.58 2.77 3.953 6.71 2.48 bc 5. 85 C.20 0.85 32.20 0.63 0.969 4.81 11.45 3.223 0.47 15.98 0.19 0.19 0.31 5.08 24.54 r 16 17.29 2.59 3.71 0.54 14.08 20.87 9.72 Dimensions are in inches.20 12.02 15.625 5.12 6.02 11.92 4.79 0.57 1.57 14.81 15.78 1.31 18.57 14.75 fR 0.45 0.98 5.63 0.03 13.71 0.61 0.55 0.47 5.18 1.625 2.31 5.40 7.46 11.938 0.54 11.09 4.5° 8 x 45° 2.30 7.96 14.21 a2 8.30 sR α1 α2 0.94 10.543 7. * Designates round flange WS1 7.38 1.74 3.40 7.45 3.19 4.87 7.0 z(2) M20 M20 M20 M24 M24 b4 1.28 7.10 1. (1) Metric thread F 3.38 1. 4 2.91 14.86 28. for worldwide usage.67 6.5 2xM25x1.42 5.24 9.94 1.87 8x19 s3 2xM25x1.01 9.8 3.51 3.16 17.5 2xM32x1.31 10 17.3 6.63 4.12.96 17.35 5.71 15 32.79 ----.diequa.51 5. * k = air flow space.02 26.4 2.12 38.61 ----------23.54 2.76 7.36 2.74 28.16 ------------.96 5. upgraded bearings.96 17. k0BR = motor with brake.12 29.69 --------10.64 21.73 1.71 8.18 7.Series C The WATT Drive EUSAS brand motor is a high quality design featuring cast housings.69 13.54 2.85 7.69 13.77 2.76 7.76 3.13 4.94 3.69 13.44 6. k0M0 = motor with forced cooling and encoder.28 5.46 ----.76 5. found on page 31.46 10.42 7.61 ----------------24.77 1.94 4.69 ------------.55 6.16 11.77 20.36 14. www.12.37 12 24.2 12.91 14.29 g1 4.5 2xM32x1.09 4.86 --8.89 19 36.86 24.16 11.com 181 201 226 ------------------24.47 6.5 2xM40x1.59 21.72 5.41 ----------- Dimensions are subject to change without notice.N 81K.11 15.LA 114M.66 10.77 2.16 11.16 ----10.5 2xM40x1.68 9.16 11.39 17.16 11.86 8.16 11.76 7.5 2xM63x1.97 33. superior protection. k0FL = motor with forced cooling.64 7.86 8.24 14.33 7.41 4.76 7.L 101L.16 11.12.4 2.09 39.86 8.8 4.58 14.91 14.4 2.61 5 5.65 10.5 2xM25x1.86 24.86 ------- Integral Motor Length Adder “kO” 81 91 101 114 134 161 10.5+M16x1.12 y2 1.5+M16x1.08 14.97 31.5+M16x1.09 19 39 44.33 6.85 7.1 38. and windings capable of operating in any Volts/Hz combination.34 17.69 13.16 11.8 4.5+M16x1.96 ----- Dimensions are in inches.35 3.44 21. Type 64K.74 4.83 12.N 72K.79 10.4 2.02 1.6 13.11 15.83 10 13.76 3.87 23.9 10.5+M16x1.84 4.15 3.Integral Motor Dimensions .5 2xM25x1.14 6.86 28.9 4.52 19.41 4.27 34.16 17.97 2.65 10.58 7.81 k* 0.1 1.42 25.76 10.76 7.5 29.76 --7.62 15.5 2xM50x1.11 15.76 7.28 Dimensions are in inches.5 2xM50x1.94 3.76 7.16.87 8.12 10.64 --10.N 91S.05 33.76 --7.69 ----------------. add basic motor length “kO” to reducer length “r”.77 1.16.44 21.4 2.64 21.69 13.11 15.53 10.63 20.64 7.96 16.ML 134S.16 ----10.5+M16x1.72 8.5 y1 1.41 Motor Dimensions kofl* komo* m q s2 12 14.5 2xM32x1.63 11.4 2.86 --8.43 4.83 10 15. These motors offer up to 20% additional horsepower over similar competitive frame sizes.77 20.86 8.76 ------- 72 8.16 11.74 28.M 251M g 4.65 15.86 8.11 15.26 15 36. 70A 70C 70D 80A 80C 80D 85A 85C 85D 110A 110C 110D 130A 130C 130D 64 7.69 13.94 kobr* 9.25 12 20.09 19.11 15.11 15.69 13.M 161M.91 12.02 3.86 8.17 7.L 181M.54 1.58 10 18.86 8.16 11. 32 .79 18.94 h2 3.16 ----10.3 7.L 201L 226S.41 ----------------23.16 17.5+M16x1. To determine complete gearmotor length.87 0.56 3.8 3.5+M16x1.4 2. 964 0.875 1.28 2.2 0. 70A 70C 70D 80A 80C 80D 85A 85C 85D 110A 110C 110D 130A 130C 130D αNA tNA NEMA Flange Length Adder “FLN” 56 143/145 182/184 213/215 254/256 284/286 2.78 3.Series C WATT Drive speed reducers are available with motor adapters for NEMA.1 1.625 1.53 1.25 10.25 0. consult your DieQua representative.28 ------------5.53 1.74 3.241 0.31 5.28 2.28 --------2.65 4.NEMA Motor Adapter Dimensions .625 x 2.5 0.1 1.188 4x90º 45º NA143/145 6.31 5.125 x 2. are provided on this page.78 ----2. NEMA adapter dimensions.25 0.096 0.72 2.28 3.51 5.875 0.625 0. For IEC and servo motor adapter dimensions.5 4.1 1.7 ------------4.875 x 4.875 0.5 ----- Dimensions are in inches.1 1.5 1. Dimensions are subject to change without notice.5 4.2 0.71 0. 33 .375 4x90º 45º NA284/286 11.7 3.28 --------------4.2 0.2 0.188 4x90º 45º NA182/184 10 8.65 2.709 0. To determine complete reducer length.5 1.41 0.7 ----2. add flange length “FLN” to reducer length “r”.09 2.71 0.28 2.2 0.375 1.74 ----2.31 5.312 4x90º 45º NA254/256 10 8.31 2.65 ----5.056 5.5 1.28 5.5 0.75 7.32 3.51 5.625 x 3.7 3.09 3.74 4.51 5. and a wide variety of servo motors.796 0.74 3.28 2.31 5.72 4.875 0.72 2.28 3.31 2.5 1.5 3.65 4.25 0.31 5.5 4x90º 45º Dimensions are in inches.28 2.51 2.38 9 0.12 5.32 2.25 4x90º 45º NA213/215 10 8.2 0.74 3.28 3.375 x 3.12 7. for the appropriate reducers.518 0.875 x 2.72 4. Type wNA FLN fNA øbNA sNA dNA øaNA uNA eNA cNA NEMA Adapter Dimensions aNA bNA cNA dNA dxl eNA fNA sNA tNA uNA wNA αNA NA56 6.28 2.53 1.28 2.28 3.62 7.41 0.74 4.31 5.28 2.125 1. found on page 31.28 2.53 2. IEC.65 4.28 3. Motor Speed and Design Options EUSAS motors are available in 2 pole. a smaller motor may be selected to generate the required torque. many of them field retrofitable.diequa. 4 pole. In most cases kits can be provided to field retrofit these options. as are the end shields for all sizes. and 8 pole designs. At 60 Hz. 6/2. which is comparable to ST 70. For additional safety. in die cast aluminum. 6/4. and 8/2 pole combinations are also possible. Motor sizes 181 to 281 are made of cast iron. anti-condensation heating. low speed operation may require forced cooling. the actual power is up to 20% higher than similar motor frame sizes. for precise speed and positioning applications. Condensation drainage holes. 6 pole. backstops. It provides the possibility of highly dynamic motion profiles operated by frequency inverters with closed loop control. The modular motor design also allows for a variety of options. As a special feature. Motor Protection Classifications and Options The standard motor protection class is IP55. temperature switches and temperature sensors can be incorporated. Windings with Class F insulation are provided. Therefore. the winding design can provide full torque at double nominal speed when inverter driven at a specific voltage and wire connection. 8/4. Fan covers are made of plate steel. Protection Class IP56 and IP65 is also available. and are suitable for direct on line starting. Two speed motors in 4/2. with class B temperature rise. Consult your representative for the appropriate option selection. For inverter controlled applications. Brakes are offered for both holding and working applications. A unique asynchronous servo motor. and options for extreme climate conditions are also available. Encoders with a variety of resolutions and feedback are available. See the dimension pages for the required airflow space. Consult your representative to determine when this is necessary. and encoders. It is recommended that starters with thermal overload protection are used. The motor shaft is made of CK45 steel. Motor cooling is achieved by integral fans.com Backstop Encoder 34 Forced Cooling Brake & Encoder .EUSAS Motor Technical Data The EUSAS Motor The WATT Drive EUSAS Motor is specially designed for worldwide operation and can accommodate all Volts/Hz combinations. is also offered. Component Materials The frames of motor sizes 64 to 161 are made of cast aluminum. Brake www. Modular System Options The EUSAS motor is designed to allow the integration of brakes. The motor rotors have a squirrel cage design. The stator windings have class F insulation. in some cases. as standard. 6 2.4 4.9 2. (4) Engineering Note: The double power/double speed option allows full torque up to 120Hz when inverter driven.5 2 2.3 7.7 7.4 2.EUSAS Motor Technical Data Type 64K4 64N4 72K4 72N4 81K4 81N4 91S4 91L4 101L4 101LA4 114M4 114ML4 134S4 134M4 134ML4 161M4 161L4 181M4 181L4 201L4 226S4 226M4 251M4 251ML4 281S4 281M4 281L4 Nominal HP Rated HP Rated Speed RPM In 230V [A] In 460V [A] 0.420V at 50Hz 380 .5 11.2 7.7 6.9 8.8 2.9 6.6 5.1 1.6 16.5 2 3 4 5 7.2 2.3* 0. the same output torque can be achieved with a smaller motor than competitive gearmotors.4 1.3 2. use nominal HP rating.5 2.75 1 1.2 2.9 1 1.3 2.6 HP Rated Speed RPM 0.4 3.9 1.1 3.2* 1.2 2.9 2 1.1 9.5 0.5 10 12.9 4 6.3 2. Wiring Diagrams For Motor Sizes 64 to 91 220 .6 6. (2) Rated torque.5 15 20 22 29 36 42 55 68 82 99 132 132 158 196 Rated Current Double Power/Double Speed(4) Ia/In (1) Mn in-lbs (2) Ma/Mn (3) 3 3.6 0.2 3.6 16.1 7 7.5 7.6 25 23 30 40 43 57 72 84 110 136 164 198 264 264 316 390 0.16 0.5 7.4 12.5 2. Standard Supply 35 190 .8* 1. Standard 380 .5 4.2 3 4 5.4 12 14 17 23 28 34 46 57 69 84 115 115 138 169 1660 1650 1630 1650 1670 1680 1700 1710 1710 1700 1720 1730 1740 1740 1740 1750 1750 1750 1760 1760 1760 1760 1780 1782 1785 1785 1788 1 1. (1) Starting current to rated current ratio.7 9.210V at 50Hz 190 .8 1.9 2.5 15 20 25 30 40 50 60 80 110 110 135 165 0.9 2.240V at 60Hz Delta/Delta Connection .4 7 7.7 2.32 0.1 2.5 2.9 7 11 15 22 32 43 63 85 125 172 230 310 310 416 513 610 832 1027 1212 1655 2045 2487 3000 4089 4080 4903 5983 1.240V at 50Hz 220 .5 0. (3) Starting torque to rated torque ratio.480V power source is required.2 1.480V at 60Hz Delta Connection.480V at 60Hz Star Connection.420V at 50Hz 380 .6 2. This effectively doubles the power of a given motor.4 8.1 7.280V at 60Hz Delta Connection For Motor Sizes 101 to 281 380 . When incorporated with a higher ratio reducer.8 1.4* 0.5 6 5.5 6.3 8.6 3.1 8. Please be advised that the higher horsepower inverter and a 460V .2 7 9.6* 0.4 12.2 12 17 17 23 28 34 46 57 67 92 113 138 N/A N/A N/A N/A N/A 2880 2860 2820 2860 2890 2910 2940 2960 3420 3400 3440 3460 3480 3480 3480 3500 3500 3500 3520 3520 3520 3520 N/A N/A N/A N/A N/A In 460V [A] 0.48 0.8 6.4 3.3 12.2 2.4 7.6 3.33 0.66 1 1.2 2.7* 2.5 2 2.6 25 23 30 40 43 57 72 84 110 136 164 N/A N/A N/A N/A N/A * At 460V only.7 4 4.5 6. At 230V.7 7 7.3 2.25 0.6 2.3* 3.9 6 6.5 4.2* 0. 2% per gear stage. The thermal capacity will vary and is a function of ambient conditions and other heat dissipation criteria. However. In most cases. Mechanical Efficiency Helical gearing is one of the most efficient gear types available. Contact your DieQua representative for efficiency values of the unit selected. In general. Contact your DieQua representative for additional operating instructions.3% per stage. Contact your DieQua representative for a precise calculation. The amount of oil is determined by the mounting position. Spiral bevel gearing is also highly efficient. the thermal limit will exceed the mechanical limit. Reduced backlash options are available for precise rotary motion such as used in servo or other positioning applications. These include the output speed. The lubricant used is a standard ISO VG 220 mineral oil. Contact your DieQua representative for backlash values and capabilities. Backlash Gearing and machining tolerances have been optimized to provide excellent backlash control.Speed Reducer Technical Data Radial Load Capacities The output radial load capacities of these gearmotors and reducers is based on several factors. percentage of unit torque utilization. power losses are limited to 1 . Lubrication The WATT drive MAS 2000 gearmotors and speed reducers are prefilled with oil prior to shipment.com 36 . The level of backlash within each unit is a function of the ratio. A synthetic oil option is also available. Precision machining and optimized tooth geometry maximizes power and torque transmission. Consult your DieQua representative for the horsepower limit of the reducer selected. and service factor desired. Contact your DieQua representative for inertia values of the unit selected. Ambient conditions may affect these values. Horsepower Capacity The horsepower ratings in this catalog are based on mechanical limits. when considering lower ratios. After mounting it is necessary to install the included breather plug in the uppermost plug location. position of radial force on the shaft. with power losses of only 2 . Higher ratios have lower moments of inertia. the mechanical limit may exceed the thermal limit. Moments of Inertia Unit moments of inertia are a function of the gear ratio.diequa. www. direction of radial force. 134. 85. 70. 81. 101. 201. 50. 281 Motor Modules and Options BR = Brake IG = Encoder FL = Forced Cooling Other standard options are available upon request. 80. 80. 130.130 A = 3-stage C = 4-stage D = 5-stage 37 NA 143 98. 136 Ratio Gear Stages Code K40 . 110.136 and C70 . 50. 60.57 98 . 110. 72.130 A = 3-stage C = 4-stage D = 5-stage Output Speed Speed Reducer Example: CUA 70C NA143 98. 85.75 A = 2-stage C = 3-stage D = 4-stage K77 . 136 Gear Stages Code K40 . 181. 75. 251. 226. 91. Size of Gear Unit 40. 130. 114.Ordering Example Gear Motor Example: KUA 70A 134M4 BR10 98 Model Range C = Helical Bevel Gear Motor K = Helical Bevel Gear Motor K U A 70 A 134M4 BR10 Gearbox Design F = Bolt-On Flange R = Agitator Design U = Uniblock Output Shaft – = Output Shaft A = Hollow Shaft S = Shrink Disc Z = Dual Output Motor Size 64. 77.75 A = 2-stage C = 3-stage D = 4-stage K77 . 77.57 Model Range C = Helical Bevel Gear Unit K = Helical Bevel Gear Unit C U A 70 C Gearbox Design F = Bolt-On Flange R = Agitator Design U = Uniblock Output Shaft – = Output Shaft A = Hollow Shaft S = Shrink Disc Z = Dual Output Input Type NA = NEMA Adapter IA = IEC Adapter SA = Servo Adapter WN = Input Shaft Size of Gear Unit 40. 161. 70. 60. 75.136 and C70 . The intelligent choice! The WATT Drive philosophy is to provide the optimal drive solution for each unique application. or just individual components.K Gear Unit Output Shaft Output Shaft on Both Sides . motor and drive.Bolt-On Flange Shaft Mounted Gear Unit Uniblock Parallel Shaft Gear Unit Uniblock Helical Bevel . outstanding operating performance. assembly.C Gear Unit Uniblock Helical Gear Unit Uniblock Helical Worm Gear Unit Shrink Disc Uniblock Hollow Shaft Helical Bevel . With manufacturing. WATT Drive provides local personal service along with worldwide customer support. 38 WATT Drive has been a global supplier of cutting edge drive technology for over 30 years. By combining the most appropriate reducer. . North America. warehousing. and extreme reliability. the result is maximum design versatility. and tech center facilities throughout Europe. and Asia. Standard design accommodates a variety of add-on options • Modular Electronic System .MAS 2000 MAS means Modular Assembly System • Modular Gear System . Servo Adapter ECO-Line Modular Adapter Support PROFI-Line OPTI-Line IEC Adapter IA200 .Frequency inverters for speed and positioning control.IA180 IEC-Standard Motor and NEMA-Standard Motor Modular Gear Case Cover WATT-Servo Motor (Integral Motor WSR) Modular Shaft Pinion System WATT-EUSAS System Motor (Integral Motor WAR) 39 .Standard parts integrated into different gearbox designs. • Modular Motor System .IA225 NEMA Adapter Input Shaft Modular Compact Gear Unit IEC Adapter IA63 . Specialists in Precision Power Transmission Components 180 Covington Drive.5M .com 1/0905/2. This assures the proper selection of components and systems for your unique requirements.H Helical Worm . Controls Warehousing DieQua Corporation maintains an extensive inventory of common speed reducer and motor components for quick delivery of small orders. Mounting components and design modifications are also available from our full service machine shop. and spare parts. Illinois USA 60108-3105 Phone: 630-980-1133 Fax: 630-980-1232 Email: info@diequa. prototypes.S Engineering Support DieQua Corporation has several decades of combined experience specifying power transmission and motion control components. Assembly Motors DieQua Corporation has a team of factory trained technicians that assemble the majority of the drives we provide.com Web: www. This allows prompt delivery of your production requirements or service repairs.diequa. Manufacturing Shaft Mount .A Parallel Shaft . Bloomingdale.F DieQua Corporation’s manufacturing capabilities allow production of many of the components used in the drives we provide.Other Products & Services Inline Helical .