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Combination TIGEAR RPM Out Nom. Ratio* 1.50 Reducer Service Factor 1750 RPM Input EASY SELECTION Motor Horsepower 0.25 0.33 0.50 0.75 1 1.50 2 3 5 7.50 10 SIZE 150 150 150 150 150 200 200 262 350 156 10 Torque 68 lb in 96 lb in 157 lb in 247 lb in 336 lb in 537 lb in 723 lb in 1106 lb in 1828 lb in OHL 896 lb 896 lb 896 lb 896 lb 896 lb 1306 lb 1306 lb 2220 lb 4653 lb SIZE 150 150 150 150 150 200 200 262 350 125 15 Torque 85 lb in 121 lb in 198 lb in 310 lb in 423 lb in 663 lb in 893 lb in 1358 lb in 2258 lb in OHL 910 lb 910 lb 910 lb 910 lb 910 lb 1325 lb 1325 lb 2283 lb 4726 lb SIZE 150 150 150 150 150 200 200 262 350 105 18 Torque 102 lb in 145 lb in 236 lb in 371 lb in 505 lb in 791 lb in 1066 lb in 1622 lb in 2696 lb in OHL 920 lb 920 lb 920 lb 920 lb 920 lb 1339 lb 1339 lb 2371 lb 4785 lb SIZE 150 150 150 150 150 200 200 262 350 86 20 Torque 124 lb in 176 lb in 288 lb in 451 lb in 614 lb in 963 lb in 1297 lb in 1973 lb in 3280 lb in OHL 930 lb 930 lb 930 lb 930 lb 930 lb 1352 lb 1352 lb 2436 lb 4800 lb SIZE 150 150 150 150 150 200 200 262 350 69 25 Torque 155 lb in 220 lb in 359 lb in 563 lb in 768 lb in 1203 lb in 1620 lb in 2465 lb in 4097 lb in OHL 938 lb 938 lb 938 lb 938 lb 938 lb 1361 lb 1361 lb 2491 lb 4717 lb SIZE 150 150 150 150 200 262 262 262 350 58 30 Torque 189 lb in 266 lb in 430 lb in 672 lb in 921 lb in 1419 lb in 1913 lb in 2902 lb in 4872 lb in OHL 970 lb 970 lb 970 lb 970 lb 1410 lb 2751 lb 2751 lb 2751 lb 4925 lb SIZE 150 150 150 150 200 262 262 262 350 46 38 Torque 236 lb in 332 lb in 538 lb in 840 lb in 1151 lb in 1773 lb in 2390 lb in 3625 lb in 6087 lb in OHL 979 lb 979 lb 979 lb 979 lb 1421 lb 2781 lb 2781 lb 2781 lb 4823 lb SIZE 150 150 150 150 200 262 262 350 43 40 Torque 246 lb in 346 lb in 560 lb in 875 lb in 1209 lb in 1863 lb in 2510 lb in 3781 lb in OHL 981 lb 981 lb 981 lb 981 lb 1423 lb 2786 lb 2786 lb 5197 lb SIZE 150 150 150 150 200 262 262 350 35 50 Torque 307 lb in 433 lb in 700 lb in 1093 lb in 1511 lb in 2328 lb in 3136 lb in 4724 lb in OHL 985 lb 985 lb 985 lb 985 lb 1425 lb 2805 lb 2805 lb 5154 lb SIZE 150 150 150 200 200 262 350 350 29 60 Torque 360 lb in 504 lb in 811 lb in 1287 lb in 1746 lb in 2712 lb in 3606 lb in 5504 lb in OHL 1013 lb 1013 lb 1013 lb 1472 lb 1472 lb 2910 lb 5064 lb 5064 lb * Refer to page G4-57 for exact ratio Introduction DODGE APG MASTER XL DODGE Combination TIGER REEVES MOTODRIVE REEVES ULTIMA D4-11
Introduction SELECTION Combination TIGEAR Selection Using Rating Tables Because the efficiency of worm gear speed reducers varies from approximately 60 to 90%, it is important to consider the horsepower/ torque conditions at both input and output in a given application. In a situation where motor horsepower is known (e.g., competitive interchange or when a particular motor is available), selection can be done based on input ratings. Where a gearbox is being selected by a designer who knows driven equipment loads, the reducer is selected from the output torque capacity. DODGE APG Horsepower Method Of Selection Step 1: Determine Service Factor by referring to the reducer service factor table. Read the appropriate service factor. Step 2: To determine Equivalent Horsepower, multiply the motor horsepower by the service factor obtained in Step 1. Step 3: Step 4: To calculate the required Ratio, divide the motor shaft rpm by the reducer output shaft rpm. To determine the Unit Size, refer to the rating tables and read across from the ratio row and down from the motor rpm column to select a unit whose mechanical input horsepower rating meets or exceeds the equivalent horsepower. MASTER XL DODGE Combination TIGER Prime Mover Electric Motor Electric Motor with frequent Starts and Stops Reducer Service Factors Duration of Service Per Day Occasional 1/2 hour Intermittent 2 hours 10 hours 24 hours Occasional 1/2 hour Intermittent 2 hours 10 hours 24 hours Driven Machine Load Classification Uniform Medium Shock Heavy Shock 0.80 0.90 1.00 0.90 1.00 1.25 1.00 1.25 1.50 1.25 1.50 1.75 0.90 1.00 1.25 1.00 1.25 1.50 1.25 1.50 1.75 1.50 1.75 2.00 Overhung Load To determine overhung load, divide the torque required by the pitch radius of the sprocket, sheave, etc. and multiply by the appropriate factor as follows: Chain Drive 1.00 Synchronous Belt Drive 1.10 Spur or Helical Gear 1.25 V-Belt 1.50 Flat Belt 2.50 The calculated overhung load must not exceed the output overhung load rating. For loads acting a more than one shaft diameter from the seal face, use the following conversion factors: Distance in Shaft diameters from Output Seal Face Multiply Overhung Load Capacity by this Factor 1D 1.00 2D 0.65 3D 0.45 4D 0.35 5D 0.30 REEVES ULTIMA REEVES MOTODRIVE D4-12
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2009 CUSTOM CLASSICS CATALOG
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CONTENTS REEVES ULTIMA REEVES MOTOD
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INTRODUCTION REEVES ULTIMA ULTIMA R
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INTRODUCTION REEVES ULTIMA ULTIMA R
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FEATURES/BENEFITS DODGE APG America
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Introduction DODGE APG SPECIFICATIO
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NOMENCLATURE Introduction APG Reduc
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SELECTION Introduction DODGE APG MA
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Introduction DODGE APG MASTER XL SE
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SELECTION Introduction DODGE APG AP
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SELECTION Introduction DODGE APG AP
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SELECTION DODGE Combination TIGER M
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DODGE Combination TIGER MASTER XL D
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REEVES MOTODRIVE DODGE Combination
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Introduction DIMENSIONS APG Gearmot
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REEVES ULTIMA REEVES MOTODRIVE DODG
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DIMENSIONS Introduction APG Gearmot
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Introduction DIMENSIONS APG C-Face
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Introduction DIMENSIONS APG C- Face
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Introduction DIMENSIONS APG Separat
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Introduction DIMENSIONS APG Separat
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Introduction MOUNTING POSITIONS APG
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Introduction MOUNTING POSITIONS APG
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Introduction DODGE APG ENGINEERING/
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Introduction DODGE APG ENGINEERING/
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Introduction DODGE APG MASTER XL EN
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FEATURES/BENEFITS MASTER ® Introdu
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Introduction DODG APG SPECIFICATION
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Introduction HOW TO ORDER MASTER ®
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NOMENCLATURE MASTER ® Introduction
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SELECTION MASTER ® Introduction XL
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SELECTION MASTER ® Introduction DO
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SELECTION MASTER ® REEVES MOTODRIV
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SELECTION MASTER ® Introduction XL
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MASTER ® DIMENSIONS XL Right Angle
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MASTER ® XL Right Angle Reducers-
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MASTER ® XL Right Angle Reducers-
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MASTER ® XL Right Angle Reducers -
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MASTER ® XL Right Angle Reducers S
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MASTER ® XL Right Angle Reducers S
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MASTER ® XL Right Angle Reducers -
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Page 153 and 154: MASTER ® XL Right Angle Gearmotors
Page 161 and 162: MASTER ® XL Parallel - Size 16 DOU
Page 163 and 164: MASTER ® XL Parallel - Size 21 Sin
Page 165 and 166: MASTER ® XL Parallel - Size 21 tri
Page 167 and 168: MASTER ® XL Parallel - Size 28 DOU
Page 169 and 170: MASTER ® XL Parallel - 1/3 HP AGMa
Page 171 and 172: MASTER ® XL Parallel - 3/4 HP agma
Page 173 and 174: MASTER ® XL Parallel - 1-1/2 HP AG
Page 175 and 176: MASTER ® XL Parallel - 3 HP AGMA C
Page 177 and 178: MASTER ® XL Parallel - 7.5 HP AGMA
Page 179 and 180: MASTER ® Integral Gearmotor Dimens
Page 181 and 182: MASTER ® Integral Gearmotor Dimens
Page 183 and 184: MASTER ® XL Parallel Reducers FLAN
Page 185 and 186: MOUNTING POSITIONS MASTER ® Introd
Page 187 and 188: Introduction DODGE APG MASTER XL EN
Page 189 and 190: Introduction DODGE APG MASTER XL IN
Page 191 and 192: Introduction FEATURES/BENEFITS DODG
Page 193 and 194: REEVES ULTIMA REEVES MOTODRIVE DODG
Page 195 and 196: DODGE Combination TIGER MASTER XL D
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Page 209 and 210: Introduction SELECTION Combination
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Introduction DIMENSIONS MOTODRIVE -
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Introduction DODGE APG MODIFICATION
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MODIFICATIONS REEVES Introduction D
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Introduction DIMENSIONS REEVES MOTO
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DIMENSIONS REEVES Introduction MOTO
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Introduction ENGINEERING/TECHNICAL
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FEATURES/BENEFITS REEVES Introducti
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Introduction SELECTION ULTIMA - Par
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Introduction DIMENSIONS ULTIMA - Pa
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Introduction MOUNTING POSITIONS ULT
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Introduction DIMENSIONS ULTIMA - Ri
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MOUNTING POSITIONS REEVES Introduct
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Introduction SELECTION ULTIMA - NEM
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Introduction DIMENSIONS ULTIMA - NE
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RENEWAL PARTS REEVES Introduction U
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REEVES Pulleys FEATURES/BENEFITS RE
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SELECTION REEVES REEVES Pulleys REE
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REEVES Pulleys Part Number Index SE
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REEVES Pulleys SELECTION REEVES Jun
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NOTES Part Number Index REEVES Pull
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PART NUMBER INDEX REEVES Pulleys Pa
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NOTES Part Number Index REEVES Pull
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