The American Standard

Transcription

1 Team Up with rowning and get a year warranty on Shaft Mounts and elt Drives. Team rowning will keep you in play, not sidelined by poor performance. The American Standard 4

2 SMTP rowning TorqTaper Plus Shaft Mounts... Unlike competitive bushing systems that mount only from the front or back of the reducer (or require bushings on both sides), TorqTaper Plus uses a single tapered bushing that easily installs from either front or back depending on your space limitations and available shaft length. This patented feature simplifies replacement of any competitive unit. Patented arrier Seal System Combines a vring face seal, grease filled labyrinth and rotating outer flinger to provide triple protection against contamination and oil seal damage. Standard on all shafts. 5

3 The New Way... Your Way

4 SMTP 1 Check Out These Additional Features of TorqTaper Plus Reducers 1. Unique, patented single bushing mounting system Tapered bushing mounts from either side on the 715. Tapered stabilizer ring minimizes wobble and resists fretting corrosion. End cap seals quill end from contamination 4. Industrial strength seal systems Patented barrier seal system includes standard double lip oil seals with vring face seal, grease packed labyrinth and external flinger 5. Carburized and ground gearing throughout AGMA class 1 minimum 6. Tapered roller bearings on all shafts 7. Increased shaft diameters; higher overhung load ratings Plus... Depending upon size, available ratios include 5, 9, 15, 5 and new 5:1 ratio Increased horsepower ratings, allows downsizing on many applications Predrilled and tapped face mount holes 7

5 Example No. 1 Shaft Mount Application Selection and Ordering Information A shaft mount reducer and belt drive are required for a bucket conveyor, which will be uniformly loaded and operated 16 to 4 hours per day at 81. The conveyor requires 15 hp. The reducer will be mounted on the conveyor head shaft which is 7/16" diameter. The customer wants to mount the T frame motor on the reducer. The customer has also requested a backstop for the reducer. 1. Determine the Load Classification From the AGMA Application Classification numbers, note that the load class is II for a uniformly loaded bucket conveyor operating over hours per day.. Determine the Speed Reducer Required From the Reducer Selection Chart for Class II Service, select a reducer for 15 hp and 8189, which in this case is a 07SMTP15 or 07SMTP09. Choose the 07SMTP15, as the larger ratio will require the most compact and generally most economical belt drive. Refer to the Shaft Mount Accessories section for a bushing and torque arm. A 07TP07 bushing is required for the reducer. Select the 07TAP torque arm. 5. Select the elt Drive Note that the belt centers for this motor and reducer combination are.4 to Note that 4." is the minimum sheave pitch diameter for the 07SMTP15 reducer chosen in Step. Reducer input speed = 81 (conveyor speed) x (Exact Reducer Ratio) = From the Shaft Mount Accessories section preselected belt drive tables select a belt drive with a center distance near the midpoint of the.4 to This drive (1197 driven speed) consists of a 5V68 sheave with a 1 5/8 bushing, a 5V94 sheave with a 1 7/16 bushing and two 660 gripnotch belts. 6. Select the elt Guard Select the guard. Notice from the table that the CD range with the belt guard is.00 to 4.00" and the maximum reducer sheave that will fit into the belt guard in the top mount position is 4". Note that the part number, GP4 48 with 07GMKP, kit hardware required to mount the guard onto the reducer. 7. List Components:. Select the Motor Mount Determine if a top mount or side mount configuration is required. Reference the motor mount tables in the Shaft Mount Accessories section for dimensions. After consulting the customer, it was determined that the top mount configuration was desired. Select the correct motor mount supports, motor mount adapter and motor base: MMS07L, MMA07, M Select the ackstop Select the 07SP backstop from the Shaft Mount Accessories section. 1, 07SMTP15 Reducer 1, 07TP07 ushing 1, 07TAP Arm 1, MMS07L Motor Mount Support 1, MMA07 Motor Mount Adapter 1, M007 Motor ase 1, 07SP ackstop 1, 1 5/8 ushing 1, 5V68 Sheave 1, 1 7/16 ushing 1, 5V94 Sheave, 660 elts 1, GP4 48/ 07GMKP elt Guard Note: See Application Considerations on back cover. 8

6 SMTP Example No. Screw Conveyor Application A screw conveyor drive is required to convey dry cement powder. The conveyor will be uniformly fed and operated 1 to 16 hours per day. The screw is 14" diameter and has a 7/16" bore with two holes. The conveyor requires 5 hp and will operate at 60. The motor is a T frame. The customer wants the trough end, waste pack, belt drive, belt guard and motor mount. 1. Determine the Load Classification From the AGMA Application Classification numbers, note that the load class is II for a uniformly fed screw conveyor operating over hours per day.. Determine the Speed Reducer Required From the Reducer Selection Chart for Class II Service select a reducer for 5 hp and 60, which in this case is a 115SMTP09, 115SMTP15 or 115SMTP5 for Choose the 115SMTP5 as the larger ratio will require the most compact and generally most economical belt drive.. Establish Sealing Required for Screw Conveyor The waste pack cartridge is well suited for dry, abrasive materials such as cement powder. Specify the optional waste pack cartridge for the 115 shaft mount selected. From the Shaft Mount Accessories section, select part 1150WPP. 4. Select the Screw Conveyor Adapter and Screw Conveyor Shaft Note that the customer requested a 7/16" drive shaft with a two hole arrangement for the 14" diameter screw. From the table select the 115SCAP and the 115DSP07 using the basic reducer size, screw diameter and shaft size. 5. Select the Trough End From the Shaft Mount Accessories section, select the SCTE14 x 7/16 trough end. 6. Select the Motor Mount First determine if the top mount or side mount configuration is required. Reference the motor mount tables in the Shaft Mount Accessories section for dimensions. After consulting with the customer it was determined that the top mount was desired. Select the MMS115, MMA7115 and M7115. Check the dimensions from the motor mount table. Note that the high motor mount must be used with this size screw. The value of 4." needs to be added to the minimum center distance on the high supports to ensure that the motor mount clears the screw conveyor. 7. Select the elt Drive Selection and Ordering Information Note that the belt center distance range for this reducer and motor combination is 17.50" to 4.4". Note the minimum sheave pitch diameter for the 115SMTP5 is.4". Reducer input speed = 60 (conveyor speed) x (Exact Reducer Ratio) = From the preselected belt drive tables, select a belt drive with a center distance greater than = 1.8". This drive (1496 driven speed) consists of a AK54 sheave with 1 1/8" bushing, AK64 sheave with 1 1/8" bushing and two 58 Gripnotch belts. 8. Select the elt Guard Select the guard. Notice from the table that the CD range with the belt guard is 18.0 to 0.00" and the maximum reducer sheave that will fit into the belt guard in the top mount position is 14". Note that the part number is GP14 180/115GMKP, kit hardware required to mount the guard onto the reducer. 9. List the Components: 1, 115SMTP5 Reducer 1, 1150WWP Waste Pack Cartridge 1, 115SCAP Screw Conveyor Adapter 1, 115DSP07 Screw Conveyor Drive Shaft Kit 1, SCTE14x 7/16 Trough End 1, MMS115 Motor Mount Support Reducer SMTP Exact Ratios Ratio Symbols Note: See Application Considerations on back cover. 1, MMA7115 Motor Mount Adapter 1, M7115 Motor ase, 1 1/8 ushing 1, AK54 Sheave 1, AK64 Sheave 1, 64 elt 1, GP14 180/ 115GMKP elt Guard

7 Application AGMA Class Numbers Up to ours Per Day ours Per Day Over ours Per Day AGITATORS (Mixers) Pure Liquids I I II Liquids and Solids I II II Liquids Variable Density I II II LOWERS Centrifugal & Vane I I II Lobe I II II Vane I II II REWING AND DISTILLING ottling Machinery I I II rew Kettles Continuous Duty II II II Cookers Continuous Duty II II II Mash Tubs Continuous Duty II II II Scale opper Frequent Starts II II II CAN FILLING MACINES I I II CAR DUMPERS II III III CAR PULLERS I II II CLARIFIERS I I II CLASSIFIERS I II II CLAY WORKING MACINERY rick Presses II III III riquette Machines II III III Pug Mills I II II COMPACTORS COMPRESSORS Centrifugal I I II Lobe I II II Reciprocating, MultiCylinder II II III Reciprocating, SingleCylinder III III III CONVEYORS GENERAL PURPOSE Includes Apron, Assembly, elt, ucket Chain, Flight, Oven, and Screw Uniformly Loaded or Fed I I II eavy Duty Not Uniformly Fed I II II Severe Duty Reciprocating or Shaker II III III CRANES Dry Dock Main oist Auxiliary oist oom oist Slewing Drive Traction Drive Container Main oist oom oist Trolley Drive Gantry Drive Traction Drive Mill Duty Main oist Auxiliary ridge Travel Trolley Travel Industrial Duty Main Auxiliary ridge Travel Trolley Travel CRUSERS Stone or Ore III III III DREDGES Cable Reels II II II Conveyors II II II Cutter ead Drives III III III Pumps III III III Screen Drives III III III Stackers II II II Winches II II II ELEVATORS ucket I II II Centrifugal Discharge I I II Escalators I I II Freight I II II Gravity Discharge I I II EXTRUDERS General II II II Plastics Variable Speed Drive III III III Speed Drive III III III Rubber Continuous Screw Operation III III III Intermittent Screw Operation III III III FANS Centrifugal I I II AGMA Application Classification Numbers Application AGMA Class Numbers Up to ours Per Day ours Per Day Over ours Per Day FANS (Cont d) Cooling Towers III III III Forced Draft II II II Induced Draft II II II Industrial & Mine II II II FEEDERS Apron I II II elt I II II Disc I I II Reciprocating II III III Screw I II II FOOD INDUSTRY Cereal Cooker I I II Dough Mixer II II II Meat Grinders II II II Slicers I II II GENERATORS AND EXCITERS II II II AMMER MILLS III III III OISTS eavy Duty Medium Duty Skip oist LAUNDRY TUMLERS II II II LAUNDRY WASERS II II III LUMER INDUSTRY arkers Spindle Feed II II II Main Drive III III III Conveyors urner II II II Main or eavy Duty II II II Main Log III III III Resaw, MerryGoRound II II II Slab III III III Transfer II II II Chains Floor II II II Green II II III CutOffSaws Chain II II III Drag II II III Debarking Drums III III III Feeds Edger II II II Gang II III III Trimmer II II II Log Deck III III III Log auls Incline Well Type III III III Log Turning Devices III III III Planer Feed II II II Planer Tilting oists II II II Rolls LiveOff rg Roll Cases III III III Sorting Table II II II Tipple oist II II II Transfer Chain II II III Craneway II II III Tray Drives II II II Veneer Lathe Drives II II II METAL MILLS Draw ench Carriage and Main Drive II II II Runout Table NonReversing Group Drives II II II Individual Drives III III III Reversing III III III Slab Pushers II II II Shears III III III Wire Drawing II II II Wire Winding Machine II II II METAL STRIP PROCESSING MACINERY ridges II II II Collers & Uncoilers I I II Edge Trimmers I II II Flatteners II II II Loopers (Accumulators) I I I Pinch Rolls II II II Scrap Choppers II II II Shears III III III Slitters I II II MILLS, ROTARY TYPE all & Rod Spur Ring Gear III III III elical Ring Gear II II II Direct Connected III III III

8 SMTP Application AGMA Application Classification Numbers AGMA Class Numbers Up to ours Per Day ours Per Day Over ours Per Day MILLS, ROTARY TYPE (Cont d) Cement Kilns II II II Dryers & Coolers II II II PAPER MILLS 1) Agitator (Mixer) II II II Agitator For Pure Liquors II II II arking Drums III III III arkers Mechanical III III III eater II II II reaker Stack II II II Calendar ) II II II Chipper III III III Chip Feeder II II II Coating Rolls II II II Conveyors Chip, ark, Chemical II II II Log (Including Slab) III III III Couch Rolls II II II Cutter III III III Cylinder Molds II II II Dryers ) Paper Machine II II II Conveyor Type II II II Embosser II II II Extruder II II II Fourdrinier Rolls (Includes Lump reaker, Dandy Roll, Wire Turning, and Return Rolls) II II II Jordan II II II Kiln Drive II II II Mt. ope Roll II II II Paper Rolls II II II Platter II II II Presses Felt Suction II II II Pulper III III III Pumps Vacuum II II II Reel (Surface Type) II II II Screens Chip II II II R otary II II II Vibrating III III III Press II II II Supercalendar II II II Thickener (AC Motor) II II II Thickener (DC Motor) II II II Washer (AC Motor) II II II Washer (DC Motor) II II II Wind and Unwind Stand I I I II II PLASTICS INDUSTRY PRIMARY PROCESSING Intensive Internal Mixers atch Mixers III III III Continuous Mixers II II II atch Drop Mill Smooth Rolls II II II Continuous Feed, olding & lend Mill II II II Calendars II II II PLASTICS INDUSTRY SECONDARY PROCESSING low Molders II II II Coating II II II Film II II II Pipe II II II PrePlasticizers II II II Rods II II II Sheet II II II Tubing II II II PULLERS ARGE AUL II II II PUMPS Centrifugal I I II Proportioning II II II Reciprocating Single Acting, or more Cylinders II II II Double Acting, or more Cylinders II II II Rotary Gear Type I I II Lobe I I II Vane I I II RUER INDUSTRY Intensive Internal Mixers atch Mixers III III III Continuous Mixers II II II Mixing Mill Smooth Rolls II II II 1 or Corrugated Rolls III III III RUER INDUSTRY (Cont d) Application AGMA Class Numbers Up to Over ours Per Day ours Per Day ours Per Day atch Drop Mill Smooth Rolls II II II Cracker Warmer Roll, 1 Corrugated Roll III III III Cracker Corrugated Rolls III III III olding, Feed & lend Mill Rolls II II II Refiner Rolls II II II Calendars II II II SAND MULLER II II II SEWAGE DISPOSAL EQUIPMENT ar Screens II II II Chemical Feeder II II II Dewatering Screens II II II Scum reakers II II II Slow or Rapid Mixers II II II Sludge Collectors II II II Thickener II II II Vacuum Filters II II II SCREENS Air Washing I I II Rotary Stone or Gravel II II II Traveling Water Intake I I I SCREW CONVEYORS Uniformly Loaded or Fed I I II eavy Duty I II II SUGAR INDUSTRY eet Slicer III III III Cane Knives II II II Crushers II II II Mills (Low Speed End) III III III TEXTILE INDUSTRY atchers II II II Calendars II II II Cards II II II Dry Cans II II II Dyeing Machinery II II II Looms II II II Mangles II II II Nappers II II II Pads II II II Slashers II II II Soapers II II II Spinners II II II Tenter Frames II II II Washers II II II Winders II II II Notes: 1) The Class numbers listed in the table for paper mill applications are consistent with those shown in TAPPI (Technical Association of Pulp and Paper Industry) Technical information sheet , Service Factors for Gears on Major Equipment in the Pulp and Paper Industry. ) Antifriction bearings only. Contact Application Engineering ( ) for the selection of AGMA Class Numbers in these applications. 11

9 SMTP/SMFP Selection Chart Class I Service (1.0 S.F.) RPM Reducer Minimum Sheave P.D. 1/4 MOTOR SMTP5. 7SMTP5. 7SMTP15.8 7SMTP SMTP5. 7SMTP15.8 7SMTP SMTP15.8 7SMTP SMTP15.8 7SMTP SMTP SMTP SMTP SMTP / MOTOR SMTP5. 7SMTP5. 7SMTP15.8 7SMTP SMTP5. 7SMTP15.8 7SMTP SMTP15.8 7SMTP SMTP15.8 7SMTP SMTP SMTP SMTP SMTP / MOTOR SMTP5. 7SMTP5. 7SMTP15.8 7SMTP SMTP5. 7SMTP15.8 7SMTP SMTP15.8 7SMTP SMTP15.8 7SMTP SMTP SMTP SMTP SMTP /4 MOTOR 5 0SMTP5.8 0SMTP5.8 0SMTP15.8 0SMTP SMTP SMTP SMTP SMTP SMTP5. 7SMTP5. 7SMTP15.6 7SMTP RPM Reducer Minimum Sheave P.D. /4 MOTOR (Cont d) SMTP5. 7SMTP15.6 7SMTP SMTP15.6 7SMTP SMTP15.6 7SMTP SMTP SMTP SMTP SMTP MOTOR 5 6 0SMTP5.8 0SMTP5.8 0SMTP15.8 0SMTP SMTP SMTP SMTP SMTP SMTP5. 7SMTP5. 7SMTP15.8 7SMTP SMTP5. 7SMTP15.8 7SMTP SMTP15.8 7SMTP SMTP15.8 7SMTP SMTP SMTP SMTP SMTP / MOTOR 5 07SMTP SMTP SMTP SMTP SMTP5.8 0SMTP5.8 0SMTP15.8 0SMTP SMTP SMTP SMTP SMTP SMTP5. 7SMTP5. 7SMTP15.6 7SMTP SMTP5. 7SMTP15.6 7SMTP SMTP15.6 7SMTP SMTP15.6 7SMTP SMTP RPM Reducer Minimum Sheave P.D. 1 1/ MOTOR (Cont d) SMTP SMTP SMTP MOTOR SMTP SMTP SMTP SMTP SMTP5.8 0SMTP5.8 0SMTP15.8 0SMTP SMTP SMTP SMTP SMTP SMTP5. 7SMTP5. 7SMTP15.7 7SMTP SMTP5. 7SMTP15.7 7SMTP SMTP15.7 7SMTP SMTP15.7 7SMTP SMTP SMTP SMTP SMTP MOTOR SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP5.8 0SMTP5.8 0SMTP15.8 0SMTP SMTP SMTP SMTP SMTP SMTP5. 7SMTP5. 7SMTP15.6 7SMTP SMTP5. 7SMTP15.6 7SMTP SMTP15.6 7SMTP SMTP15.6 7SMTP SMTP

10 SMTP SMTP/SMFP Selection Chart Class I Service (1.0 S.F.) RPM Reducer Minimum Sheave P.D. MOTOR (Cont d) SMTP SMTP SMTP MOTOR 57 07SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP5.8 0SMTP5.8 0SMTP15.8 0SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP5.8 7SMTP15.8 7SMTP SMTP15.8 7SMTP SMTP15.8 7SMTP SMTP SMTP SMTP SMTP / MOTOR 5 407SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP5.8 0SMTP5.8 0SMTP15.8 0SMTP09.8 RPM Reducer Minimum Sheave P.D. 7 1/ MOTOR (Cont d) SMTP5.8 0SMTP15.8 0SMTP SMTP SMTP SMTP SMTP SMTP SMTP15.8 7SMTP SMTP15.8 7SMTP SMTP SMTP SMTP SMTP SMTP SMTP05.8 MOTOR SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP5 4. 0SMTP5.8 0SMTP15.8 0SMTP SMTP5.8 0SMTP15.8 0SMTP SMTP SMTP SMTP SMTP SMTP SMTP15.6 7SMTP SMTP SMTP SMTP SMTP SMTP MOTOR SMTP SMTP RPM Reducer Minimum Sheave P.D. 15 MOTOR (Cont d) SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP15.8 0SMTP SMTP15.8 0SMTP09.8 0SMTP SMTP SMTP09.4 0SMTP SMTP09.4 0SMTP SMTP SMTP SMTP MOTOR SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP

11 SMTP/SMFP Selection Chart Class I Service (1.0 S.F.) RPM Reducer Minimum Sheave P.D. 0 MOTOR (Cont d) SMTP SMTP SMTP SMTP SMTP SMTP15.8 0SMTP09.8 0SMTP SMTP09.8 0SMTP SMTP SMTP MOTOR 5 608SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP09.8 0SMTP SMTP SMTP MOTOR SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP RPM Reducer Notes: Requires fan kit. Requires pump and cooler kit. Contact Application Engineering ( ) for the selection of an enclosed gear drive. 14 Minimum Sheave P.D. 0 MOTOR (Cont d) SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP MOTOR 5 800SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP05 6. RPM Reducer Minimum Sheave P.D. 40 MOTOR (Cont d) SMTP SMTP SMTP SMTP SMTP MOTOR SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP MOTOR SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP09 9.9

12 SMTP SMTP/SMFP Selection Chart Class I Service (1.0 S.F.) RPM Reducer Minimum Sheave P.D. 60 MOTOR (Cont d) SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP MOTOR SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP MOTOR SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP RPM Reducer Notes: Requires fan kit. Requires pump and cooler kit. Contact Application Engineering ( ) for the selection of an enclosed gear drive. Minimum Sheave P.D. 0 MOTOR (Cont d) SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP MOTOR SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP MOTOR SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP RPM Reducer Minimum Sheave P.D. 00 MOTOR SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP MOTOR SMTP SMTP SMTP SMTP SMTP SMTP MOTOR SMTP SMTP SMTP SMTP SMTP SMTP MOTOR SMTP SMTP SMTP MOTOR SMTP SMTP MOTOR SMTP SMTP MOTOR SMTP MOTOR SMTP MOTOR

13 SMTP/SMFP Selection Chart Class II Service (1.4 S.F.) RPM Reducer Minimum Sheave P.D. 1/4 MOTOR SMTP5. 7SMTP5. 7SMTP15. 7SMTP SMTP5. 7SMTP15. 7SMTP SMTP15. 7SMTP SMTP15. 7SMTP09. 7SMTP SMTP09. 7SMTP SMTP05.7 1/ MOTOR SMTP5. 7SMTP5. 7SMTP15. 7SMTP SMTP5. 7SMTP15. 7SMTP SMTP15. 7SMTP SMTP15. 7SMTP09. 7SMTP SMTP09. 7SMTP SMTP05.8 1/ MOTOR SMTP SMTP SMTP SMTP SMTP5. 7SMTP5. 7SMTP15. 7SMTP SMTP5. 7SMTP15. 7SMTP SMTP15. 7SMTP SMTP15. 7SMTP09.4 7SMTP SMTP09.4 7SMTP SMTP05.8 /4 MOTOR 5 7 0SMTP5.8 0SMTP5.8 0SMTP15.8 0SMTP09.8 RPM Reducer Minimum Sheave P.D. /4 MOTOR (Cont d) 8 115SMTP SMTP SMTP SMTP SMTP5. 7SMTP5. 7SMTP15. 7SMTP SMTP5. 7SMTP15. 7SMTP SMTP15. 7SMTP SMTP15. 7SMTP09. 7SMTP SMTP09. 7SMTP SMTP MOTOR 5 07SMTP SMTP SMTP SMTP SMTP5.7 0SMTP5.7 0SMTP15.7 0SMTP SMTP SMTP SMTP SMTP SMTP5. 7SMTP5. 7SMTP15. 7SMTP SMTP5. 7SMTP15. 7SMTP SMTP15. 7SMTP SMTP15. 7SMTP09.4 7SMTP SMTP09.4 7SMTP SMTP / MOTOR 5 15SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP09 4. RPM Reducer Minimum Sheave P.D. 1 1/ MOTOR (Cont d) SMTP5.8 0SMTP5.8 0SMTP15.8 0SMTP SMTP SMTP SMTP SMTP SMTP5. 7SMTP5. 7SMTP15. 7SMTP SMTP5. 7SMTP15. 7SMTP SMTP15. 7SMTP SMTP15. 7SMTP09. 7SMTP SMTP09. 7SMTP SMTP05.8 MOTOR SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP5.8 0SMTP5.8 0SMTP15.8 0SMTP SMTP SMTP SMTP SMTP SMTP5. 7SMTP5. 7SMTP15. 7SMTP SMTP5. 7SMTP15. 7SMTP SMTP15. 7SMTP SMTP15. 7SMTP09. 7SMTP SMTP09. 7SMTP SMTP

14 SMTP SMTP/SMFP Selection Chart Class II Service (1.4 S.F.) RPM Reducer Minimum Sheave P.D. MOTOR 56 07SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP5.8 0SMTP5.8 0SMTP15.8 0SMTP SMTP SMTP SMTP SMTP SMTP5. 7SMTP5. 7SMTP15. 7SMTP SMTP5. 7SMTP15. 7SMTP SMTP15. 7SMTP SMTP15. 7SMTP09. 7SMTP SMTP09. 7SMTP SMTP MOTOR SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP5.8 0SMTP5.8 0SMTP15.8 0SMTP SMTP5.8 0SMTP15.8 0SMTP09.8 RPM Reducer Minimum Sheave P.D. 5 MOTOR (Cont d) SMTP SMTP SMTP SMTP5. 7SMTP15. 7SMTP SMTP15. 7SMTP SMTP15. 7SMTP SMTP SMTP SMTP SMTP09.0 7SMTP SMTP / MOTOR SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP5.8 0SMTP5.8 0SMTP15.8 0SMTP SMTP5.8 0SMTP15.8 0SMTP SMTP15.8 0SMTP SMTP SMTP SMTP SMTP09.4 0SMTP SMTP SMTP SMTP SMTP15. 7SMTP SMTP SMTP SMTP RPM Reducer Minimum Sheave P.D. 7 1/ MOTOR (Cont d) SMTP SMTP05.4 MOTOR SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP5.8 0SMTP15.8 0SMTP SMTP15.8 0SMTP SMTP15.8 0SMTP09.8 0SMTP SMTP SMTP09.4 0SMTP SMTP09.4 0SMTP SMTP SMTP SMTP SMTP SMTP MOTOR SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP

15 SMTP/SMFP Selection Chart Class II Service (1.4 S.F.) RPM Reducer Minimum Sheave P.D. 15 MOTOR (Cont d) SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP15.8 0SMTP09.8 0SMTP SMTP09.8 0SMTP SMTP09.4 0SMTP SMTP SMTP MOTOR SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP RPM Reducer Minimum Sheave P.D. 0 MOTOR (Cont d) SMTP09.8 0SMTP SMTP SMTP MOTOR SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP MOTOR SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP RPM Reducer Minimum Sheave P.D. 0 MOTOR (Cont d) SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP MOTOR SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP MOTOR SMTP SMTP SMTP SMTP SMTP Notes: Requires fan kit. Requires pump and cooler kit. Contact Application Engineering ( ) for the selection of an enclosed gear drive. 18

16 SMTP SMTP/SMFP Selection Chart Class II Service (1.4 S.F.) RPM Reducer Minimum Sheave P.D. 50 MOTOR (Cont d) SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP MOTOR SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP MOTOR SMTP SMTP SMTP SMTP SMTP RPM Reducer Minimum Sheave P.D. 75 MOTOR (Cont d) SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP MOTOR SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP MOTOR SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP MOTOR SMTP SMTP SMTP RPM Reducer Minimum Sheave P.D. 150 MOTOR (Cont'd) SMTP SMTP SMTP SMTP SMTP SMTP MOTOR SMTP SMTP SMTP SMTP SMTP SMTP MOTOR SMTP SMTP SMTP MOTOR SMTP SMTP MOTOR SMTP MOTOR SMTP MOTOR SMTP MOTOR Notes: Requires fan kit. Requires pump and cooler kit. Contact Application Engineering ( ) for the selection of an enclosed gear drive. 19

17 SMTP/SMFP Selection Chart Class III Service (.0 S.F.) RPM Reducer Minimum Sheave P.D. 1/4 MOTOR SMTP5. 7SMTP5. 7SMTP15. 7SMTP SMTP5. 7SMTP15. 7SMTP SMTP15. 7SMTP SMTP15. 7SMTP09.4 7SMTP SMTP09.4 7SMTP SMTP05. 1/ MOTOR SMTP SMTP SMTP SMTP SMTP5. 7SMTP5. 7SMTP15. 7SMTP SMTP5. 7SMTP15. 7SMTP SMTP15. 7SMTP SMTP15. 7SMTP09. 7SMTP SMTP09. 7SMTP SMTP05. 1/ MOTOR 5 6 0SMTP5.8 0SMTP5.8 0SMTP15.8 0SMTP SMTP SMTP SMTP SMTP SMTP5. 7SMTP5. 7SMTP15. 7SMTP SMTP5. 7SMTP15. 7SMTP SMTP15. 7SMTP SMTP15. 7SMTP09.4 7SMTP SMTP09.4 7SMTP SMTP05. RPM Reducer Minimum Sheave P.D. /4 MOTOR 5 07SMTP SMTP SMTP SMTP SMTP5.8 0SMTP5.8 0SMTP15.8 0SMTP SMTP SMTP SMTP SMTP SMTP5. 7SMTP5. 7SMTP15. 7SMTP SMTP5. 7SMTP15. 7SMTP SMTP15. 7SMTP SMTP15. 7SMTP09.4 7SMTP SMTP09.4 7SMTP SMTP05. 1 MOTOR SMTP SMTP SMTP SMTP SMTP5.8 0SMTP5.8 0SMTP15.8 0SMTP SMTP SMTP SMTP SMTP SMTP5. 7SMTP5. 7SMTP15. 7SMTP SMTP5. 7SMTP15. 7SMTP SMTP15. 7SMTP SMTP15. 7SMTP09. 7SMTP SMTP09. 7SMTP SMTP05. RPM Reducer Minimum Sheave P.D. 1 1/ MOTOR SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP5.8 0SMTP5.8 0SMTP15.8 0SMTP SMTP SMTP SMTP SMTP SMTP5. 7SMTP5. 7SMTP15. 7SMTP SMTP5. 7SMTP15. 7SMTP SMTP15. 7SMTP SMTP15. 7SMTP09. 7SMTP SMTP09. 7SMTP SMTP05. MOTOR SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP5.8 0SMTP5.8 0SMTP15.8 0SMTP SMTP SMTP SMTP SMTP SMTP5. 7SMTP5. 7SMTP15. 7SMTP SMTP5. 7SMTP15. 7SMTP09. 0

18 SMTP SMTP/SMFP Selection Chart Class III Service (.0 S.F.) RPM Reducer Minimum Sheave P.D. MOTOR (Cont d) SMTP15. 7SMTP SMTP15. 7SMTP09. 7SMTP SMTP09. 7SMTP SMTP05. MOTOR 5 15SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP5.8 0SMTP5.8 0SMTP15.8 0SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP5. 7SMTP15. 7SMTP SMTP15. 7SMTP SMTP15. 7SMTP SMTP SMTP15. 7SMTP09. 7SMTP SMTP09. 7SMTP SMTP05. 5 MOTOR SMTP SMTP SMTP SMTP SMTP SMTP RPM Reducer Minimum Sheave P.D. 5 MOTOR (Cont d) 16 07SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP5.8 0SMTP5.8 0SMTP15.8 0SMTP SMTP5.8 0SMTP15.8 0SMTP SMTP SMTP SMTP SMTP SMTP SMTP15. 7SMTP SMTP SMTP SMTP SMTP SMTP / MOTOR SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP15.8 0SMTP09.8 RPM Reducer Minimum Sheave P.D. 7 1/ MOTOR (Cont d) 90 0SMTP15.8 0SMTP09.8 0SMTP SMTP SMTP09.4 0SMTP SMTP09.4 0SMTP SMTP SMTP SMTP SMTP SMTP MOTOR SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP15.8 0SMTP SMTP09.8 0SMTP SMTP09.4 0SMTP SMTP SMTP MOTOR SMTP SMTP SMTP SMTP SMTP SMTP

19 SMTP/SMFP Selection Chart Class III Service (.0 S.F.) RPM Reducer Minimum Sheave P.D. 15 MOTOR (Cont d) SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP MOTOR 5 800SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP RPM Reducer Minimum Sheave P.D. 0 MOTOR (Cont d) SMTP SMTP MOTOR SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP MOTOR SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP RPM Reducer Minimum Sheave P.D. 0 MOTOR (Cont d) 90 07SMTP SMTP SMTP SMTP SMTP SMTP SMTP MOTOR SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP MOTOR SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP Notes: Requires fan kit. Requires pump and cooler kit. Contact Application Engineering ( ) for the selection of an enclosed gear drive.

20 SMTP SMTP/SMFP Selection Chart Class III Service (.0 S.F.) RPM Reducer Minimum Sheave P.D. 50 MOTOR (Cont d) SMTP SMTP SMTP SMTP MOTOR SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP MOTOR SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP SMTP MOTOR SMTP SMTP SMTP SMTP SMTP SMTP SMTP RPM Reducer Minimum Sheave P.D. 0 MOTOR (Cont d) SMTP SMTP MOTOR SMTP SMTP SMTP SMTP SMTP SMTP MOTOR SMTP SMTP SMTP SMTP SMTP SMTP MOTOR SMTP SMTP MOTOR SMTP MOTOR SMTP MOTOR Notes: Requires fan kit. Requires pump and cooler kit. Contact Application Engineering ( ) for the selection of an enclosed gear drive.

21 Shaft Mount Reducers SMTP TorqTaper Plus Unit s 715 C A O L K J P M R P1 D Ø Ø1 F E MC Key U1 T S W N G Y 90 AA Reversible single bushing system mounted on the back side. PF Q WF RF SF TF olt size M L O P P1 Reversible single bushing system mounted on the front side. MC Part Number Explanation bore in 1/16" increments (15 = 15/16" output bore) Shaft mount TorqTaper Plus Nominal ratio (5:1) 4 15 SM TP 5

22 SMTP Shaft Mount Reducers SMTP TorqTaper Plus Unit s 715 PART DIMENSIONS IN INCES NO. A C D E F G 1 J 7SMTP SMTP SMTP SMTP SMTP SMTP SMTP PART DIMENSIONS IN INCES NO. K L M M MC N O O P P1 7SMTP SMTP SMTP SMTP SMTP SMTP SMTP PART NO. DIMENSIONS IN INCES PF Q R RF S SF T TF U1 7SMTP SMTP SMTP SMTP SMTP SMTP SMTP W PART NO. DIMENSIONS IN INCES M. OUTPUT ORE WF Y AA OLT WT. LS KEY SIZE MIN. M. 7SMTP /8.188 x.188 x / SMTP /8.50 x.50 x / SMTP /8.50 x.50 x.88 / SMTP /16.75 x.75 x.75 7/ SMTP / x.500 x.75 15/ SMTP /.500 x.500 x / SMTP /8.500 x.500 x / Complete part number by adding ratio symbol, for example, 7SMTP05. Note 05 is symbol for 5:1 nominal ratio: see page 9 for exact ratios and ratio symbols. Dimension MC is minimum clearance for bushing removal. Order bushings from pages 64 thru 66 for shaft size required. 5

23 Shaft Mount Reducers SMTP TorqTaper Plus Unit s C A O L K J M P P1 R D F E Ø MC Ø1 N Key ØU1 T S W G 90 PF Q WF RF SF TF AA Y olt size Part Dimensions in Inches No. A C D E F G 1 J K L M N O P P1 PF Q R RF 407SMTP SMTP SMTP SMTP SMTP Part No. Part Number Explanation Dimensions in Inches AA olt S SF T TF U1 W WF Y Min. Max. Key Max. ore 407SMTP /8 1/ Sq. x 6.00 Key 4 7/ SMTP /4 5/8 Sq. x 8.8 Key 4 15/ SMTP /4 5/8 Sq. x 8.8 Key 57/ SMTP /4 5/8 Sq. x 8.75 Key 6 1/ SMTP /8 /4 Sq. x 1.00 Key MC Wt. Lbs. 407 SM TP 5 bore in 1/16" increments (407 = 4 7/16" output bore) Shaft mount TorqTaper Plus bushing Nominal ratio (5:1) arrier Seal Complete part number by adding ratio symbol, for example, 407SMTP05. 6

24 SMTP Shaft Mount Reducers SMFP Finished ore s 715 L M A K C O P R D F E N Key U1 T S W G Y 90 PF RF WF Q SF TF olt AA Part Number Explanation bore in 1/16" increments (15 = 15/16" output bore) Shaft mount Finished bore Nominal ratio (15:1) Note: SMFP units are madetoorder. Contact Emerson for delivery. 15 SM FP 15 PART NO. DIMENSIONS IN INCES OUTPUT ORE* A C D E F G J K L M N O DIA. KEYWAY 7SMFP x SMFP x.15 0SMFP x SMFP x SMFP x.50 07SMFP x.50 15SMFP x.50 PART DIMENSIONS IN INCES NO. OLT AA INPUT WT. P PF a R RF S SF T TF U1 W WF Y SIZE MIN. M. KEY LS. 7SMFP / x.188 x SMFP / x.50 x SMFP / x.50 x SMFP / x.75 x SMFP / x.500 x SMFP / x.500 x SMFP / x.500 x Complete part number by adding ratio symbol, for example, 7SMFP05. Note 05 is symbol for 5:1 nominal ratio: see page 9 for exact ratios and ratio symbols. * If smaller shaft than the output bore is used, order bushing from page Accessories Section. 7

25 Application Inspired... ydraulically 8

26 MTP rowning ydraulic TorqTaper Plus Shaft Mount Reducers With over 5 years in developing innovative solutions for industries, Emerson engineers designed the newest member of the TorqTaper Plus family. The hydraulic TorqTaper Plus is appropriate for applications where fluid power is required. For applications where electric motors are not available, such as portable equipment Compatible with many hydraulic motors currently used in similar applications standard SAE mounting patterns Can be configured with screw conveyor components or as a shaft mounted reducer Patented mounting system, barrier seal system and increased ratings Replaces all popular hydraulic shaft mounted reducers Available with involute or straight sided input splines 9

27 Selection and Ordering Information Example No. 1 Units 7 15 ydraulic Shaft Mounts A hydraulic shaft mount reducer is required for a portable aggregate conveyor which can be loaded and operated 16 to 4 hours per day at 0. The conveyor requires hp. The reducer will be mounted on the conveyor drive pulley shaft, which is /16" diameter. 1. Determine the Load Classification From the AGMA Application Classification Numbers section, note the AGMA Class Number is II for a uniformly loaded or fed conveyor operating over hours per day.. Determine the Speed Reducer Required From the ydraulic Reducer Selection Chart section, there are four tables for selecting hydraulic shaft mounts for Class II Service. Locate the 0 row, if available, in each table. Read across the row to find a column with a rating of hp or greater. Read up the column to determine the basic reducer size that corresponds to the design hp. For this application, a 0MTP15 1T SAE, 0MTP5 9T SAEA, 0MTP05 6 SAEA or a 0MTP5 6 SAEA may be used. Select the reducer based upon hydraulic motor characteristics, such as spline dimensions and flow rates. (Note: ydraulic motors are not included with the reducer.) For this example, select 0MTP15 1T SAE. A 0TP0 bushing is required to mount any of the three reducers to the /16" driven shaft. A 0TAP torque arm kit is required to restrain the gearbox in operation.. List Components 1, 0MTP15 1T SAE reducer 1, 0TP0 bushing 1, 0TAP torque arm kit 1, ydraulic motor (separate) Note: See Application Considerations on back cover. 0

28 Selection and Ordering Information MTP Example No. Units 7 15 ydraulic Screw Conveyor A hydraulic shaft mount reducer is required to convey dry cement powder. The conveyor will be uniformly fed and operated 1 to 16 hours per day. The screw is 14" diameter and has a 7/16" bore with two holes. The conveyor requires 4 1/ hp and will operate at 60. The application requires a waste pack. 1. Determine the Load Classification From the AGMA Application Classification Numbers section, note the AGMA Class Number is II for a uniformly loaded or fed screw conveyor, operating over hours per day.. Determine the Speed Reducer Required From the ydraulic Reducer Selection Chart section, there are four tables for selecting hydraulic shaft mounts for Class II Service. Locate the 60 row, if available, in each table. Read across the row to find a column with a rating of 4 1/ hp or greater. Read up the column to determine the basic reducer size that corresponds to the design hp. For this application, a 115MTP15 9T SAEA, 115MTP5 9T SAEA, 0MTP5 6 SAEA or a 0MTP05 6 SAE A may be used. Generally, the smaller case size is more economical, but the total system should be considered. Select the reducer based upon hydraulic motor characteristics such as spline dimensions and flow rates. (Note: ydraulic motors are not included with the reducer.) For this example, select a 115MTP15 9T SAEA.. Establish Sealing Required for Screw Conveyor The waste pack cartridge is well suited for dry, abrasive materials such as cement powder. Specify the optional waste pack cartridge for the 115 shaft mount selected. From the Accessories section, select part 1150WPP. 4. Select the Screw Conveyor Adapter and Screw Conveyor Shaft Using the basic reducer size, required drive shaft and screw diameter for the selection; refer to Screw Conveyor Drives in the Accessories section. Note the specification was for a 7/16" drive shaft with a two hole arrangement for the 14" diameter screw. From the table select the 115SCAP and the 115DSP Select the Trough End From the Screw Conveyor Trough Ends s 7407 table, select the SCTE14 X 7/16 trough end. 6. List of Components: 1, 115MTP15 9T SAEA reducer 1, 115SCAP screw conveyor adapter 1, 115DSP07 screw conveyor drive shaft kit 1, 1150WPP waste pack cartridge 1, SCTE14X 7/16 trough end 1, ydraulic motor (separate) Reducer MTP Exact Ratios Ratio Symbols Note: See Application Considerations on back cover. 1

29 Application Classification Numbers AGMA Class Numbers Up to ours Per Day ours Per Day Over ours Per Day AGITATORS (Mixers) Pure Liquids I I II Liquids and Solids I II II Liquids Variable Density I II II LOWERS Centrifugal & Vane I I II Lobe I II II Vane I II II REWING AND DISTILLING ottling Machinery I I II rew Kettles Continuous Duty II II II Cookers Continuous Duty II II II Mash Tubs Continuous Duty II II II Scale opper Frequent Starts II II II CAN FILLING MACINES I I II CAR DUMPERS II III III CAR PULLERS I II II CLARIFIERS I I II CLASSIFIERS I II II CLAY WORKING MACINERY rick Presses II III III riquette Machines II III III Pug Mills I II II COMPACTORS COMPRESSORS Centrifugal I I II Lobe I II II Reciprocating, MultiCylinder II II III Reciprocating, SingleCylinder III III III CONVEYORS GENERAL PURPOSE Includes Apron, Assembly, elt, ucket Chain, Flight, Oven, and Screw Uniformly Loaded or Fed I I II eavy Duty Not Uniformly Fed I II II Severe Duty Reciprocating or Shaker II III III CRANES Dry Dock Main oist Auxiliary oist oom oist Slewing Drive Traction Drive Container Main oist oom oist Trolley Drive Gantry Drive Traction Drive Mill Duty Main oist Auxiliary ridge Travel Trolley Travel Industrial Duty Main Auxiliary ridge Travel Trolley Travel CRUSERS Stone or Ore III III III DREDGES Cable Reels II II II Conveyors II II II Cutter ead Drives III III III Pumps III III III Screen Drives III III III Stackers II II II Winches II II II ELEVATORS ucket I II II Centrifugal Discharge I I II Escalators I I II Freight I II II Gravity Discharge I I II EXTRUDERS General II II II Plastics Variable Speed Drive III III III Speed Drive III III III Rubber Continuous Screw Operation III III III Intermittent Screw Operation III III III FANS Centrifugal I I II AGMA Application Application AGMA Class Numbers Up to ours Per Day ours Per Day Over ours Per Day FANS (Cont d) Cooling Towers III III III Forced Draft II II II Induced Draft II II II Industrial & Mine II II II FEEDERS Apron I II II elt I II II Disc I I II Reciprocating II III III Screw I II II FOOD INDUSTRY Cereal Cooker I I II Dough Mixer II II II Meat Grinders II II II Slicers I II II GENERATORS AND EXCITERS II II II AMMER MILLS III III III OISTS eavy Duty Medium Duty Skip oist LAUNDRY TUMLERS II II II LAUNDRY WASERS II II III LUMER INDUSTRY arkers Spindle Feed II II II Main Drive III III III Conveyors urner II II II Main or eavy Duty II II II Main Log III III III Resaw, MerryGoRound II II II Slab III III III Transfer II II II Chains Floor II II II Green II II III CutOffSaws Chain II II III Drag II II III Debarking Drums III III III Feeds Edger II II II Gang II III III Trimmer II II II Log Deck III III III Log auls Incline Well Type III III III Log Turning Devices III III III Planer Feed II II II Planer Tilting oists II II II Rolls LiveOff rg Roll Cases III III III Sorting Table II II II Tipple oist II II II Transfer Chain II II III Craneway II II III Tray Drives II II II Veneer Lathe Drives II II II METAL MILLS Draw ench Carriage and Main Drive II II II Runout Table NonReversing Group Drives II II II Individual Drives III III III Reversing III III III Slab Pushers II II II Shears III III III Wire Drawing II II II Wire Winding Machine II II II METAL STRIP PROCESSING MACINERY ridges II II II Collers & Uncoilers I I II Edge Trimmers I II II Flatteners II II II Loopers (Accumulators) I I I Pinch Rolls II II II Scrap Choppers II II II Shears III III III Slitters I II II MILLS, ROTARY TYPE all & Rod Spur Ring Gear III III III elical Ring Gear II II II Direct Connected III III III

30 Application AGMA Application Classification Numbers AGMA Class Numbers Up to ours Per Day ours Per Day Over ours Per Day MILLS, ROTARY TYPE (Cont d) Cement Kilns II II II Dryers & Coolers II II II PAPER MILLS 1) Agitator (Mixer) II II II Agitator For Pure Liquors II II II arking Drums III III III arkers Mechanical III III III eater II II II reaker Stack II II II Calendar ) II II II Chipper III III III Chip Feeder II II II Coating Rolls II II II Conveyors Chip, ark, Chemical II II II Log (Including Slab) III III III Couch Rolls II II II Cutter III III III Cylinder Molds II II II Dryers ) Paper Machine II II II Conveyor Type II II II Embosser II II II Extruder II II II Fourdrinier Rolls (Includes Lump reaker, Dandy Roll, Wire Turning, and Return Rolls) II II II Jordan II II II Kiln Drive II II II Mt. ope Roll II II II Paper Rolls II II II Platter II II II Presses Felt Suction II II II Pulper III III III Pumps Vacuum II II II Reel (Surface Type) II II II Screens Chip II II II R otary II II II Vibrating III III III Press II II II Supercalendar II II II Thickener (AC Motor) II II II Thickener (DC Motor) II II II Washer (AC Motor) II II II Washer (DC Motor) II II II Wind and Unwind Stand I I I Winders (Surface Type) II II II Yankee Dryers ) II II II PLASTICS INDUSTRY PRIMARY PROCESSING Intensive Internal Mixers atch Mixers III III III Continuous Mixers II II II atch Drop Mill Smooth Rolls II II II Continuous Feed, olding & lend Mill II II II Calendars II II II PLASTICS INDUSTRY SECONDARY PROCESSING low Molders II II II Coating II II II Film II II II Pipe II II II PrePlasticizers II II II Rods II II II Sheet II II II Tubing II II II PULLERS ARGE AUL II II II PUMPS Centrifugal I I II Proportioning II II II Reciprocating Single Acting, or more Cylinders II II II Double Acting, or more Cylinders II II II Rotary Gear Type I I II Lobe I I II Vane I I II RUER INDUSTRY Intensive Internal Mixers atch Mixers III III III Continuous Mixers II II II Mixing Mill Smooth Rolls II II II 1 or Corrugated Rolls III III III Application AGMA Class Numbers Up to Over ours Per Day ours Per Day ours Per Day RUER INDUSTRY (Cont d) atch Drop Mill Smooth Rolls II II II Cracker Warmer Roll, 1 Corrugated Roll III III III Cracker Corrugated Rolls III III III olding, Feed & lend Mill Rolls II II II Refiner Rolls II II II Calendars II II II SAND MULLER II II II SEWAGE DISPOSAL EQUIPMENT ar Screens II II II Chemical Feeder II II II Dewatering Screens II II II Scum reakers II II II Slow or Rapid Mixers II II II Sludge Collectors II II II Thickener II II II Vacuum Filters II II II SCREENS Air Washing I I II Rotary Stone or Gravel II II II Traveling Water Intake I I I SCREW CONVEYORS Uniformly Loaded or Fed I I II eavy Duty I II II SUGAR INDUSTRY eet Slicer III III III Cane Knives II II II Crushers II II II Mills (Low Speed End) III III III TEXTILE INDUSTRY atchers II II II Calendars II II II Cards II II II Dry Cans II II II Dyeing Machinery II II II Looms II II II Mangles II II II Nappers II II II Pads II II II Slashers II II II Soapers II II II Spinners II II II Tenter Frames II II II Washers II II II Winders II II II Notes: 1) The Class numbers listed in the table for paper mill applications are consistent with those shown in TAPPI (Technical Association of Pulp and Paper Industry) Technical information sheet , Service Factors for Gears on Major Equipment in the Pulp and Paper Industry. ) Antifriction bearings only. Contact Application Engineering ( ) for the selection of an AGMA Class Numbers in these applications. MTP

31 MTP Selection Chart Class I Service (1.0 S.F.) Involute Spline RPM Single Reduction 7MTP05 1T SAE 115MTP05 1T SAE 0MTP05 14T SAEC4 07MTP05 14T SAEC4 15MTP05 14T SAEC4 (lbins) (lbins) (lbins) (lbins) (lbins) , , , , , , , , , ,7 1 5., , , , , , , , ,.99 17, , , ,914.1, , , , ,71 4.,587 15, , ,111 8, ,65 14, , ,111 7, ,164 1, , ,00 7, ,975 1, , ,94 6, ,804 1, , ,675 6, ,64 11, , ,441 6, ,490, , ,0 5, ,19, , ,08 5, ,7 9, , ,86 5, ,44 9, , ,701 5, ,996 9, , ,55 4, ,676 8, , ,416 4, ,81 8, , ,90 4, ,8 8, , ,17 4, ,854 7,8 90.1, ,06 4, ,618 7, , ,961 4, ,97 7,11.60, ,865, ,191 7, , ,776, ,997 6, , ,69, ,815 6, , ,61, ,644 6, , ,58, ,48 6, , ,467, ,1 6, , ,401, ,187 5, , ,8, ,050 5, , ,78, ,91 5, , ,1, ,798 5,48 4

32 MTP Selection Chart Class I Service (1.0 S.F.) MTP Involute Spline RPM Double Reduction 7MTP15 9T SAEA 7MTP5 9T SAEA 115MTP15 9T SAEA 115MTP5 9T SAEA 0MTP15 1T SAE 0MTP5 9T SAEA 07MTP15 1T SAE (lbins) (lbins) (lbins) (lbins) (lbins) (lbins) (lbins) 0.9 5, , , , ,60.1 1, , , , , , , , , , , ,4.57 7, , , , ,04.4 5, , , , , , , , , ,7.06 1, , , , , , , ,498.68, , , , , , , , , , , , , , , , ,9.4 6, , , , , , , , , , , , , , ,76. 4, , , ,87 RPM Double Reduction 07MTP5 1T SAE 15MTP15 14T SAEC4 15MTP5 1T SAE 07MTP15 14T SAEC4 07MTP5 14T SAEC4 15MTP15 14T SAEC4 15MTP5 14T SAEC4 (lbins) (lbins) (lbins) (lbins) (lbins) (lbins) (lbins).44 0, , , , , , , ,059.65, , , , ,5.67 7, , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , 4. 5, , , , , ,8 90 4, , , , , , , , ,908 18, , ,416 16, , ,07 5

33 MTP Selection Chart Class I Service (1.0 S.F.) Straight Sided Spline RPM Single Reduction 7MTP05 6 SAEA 115MTP05 6 SAEA 0MTP05 6 SAEA 07MTP05 6 SAEA 15MTP05 6 SAEA (lbins) (lbins) (lbins) (lbins) (lbins) , , , , , , ,66 0.8, , ,7 0.5, ,5 1.65,06.0 1, , , ,154.9, , , ,1.0 6,11 4.9, , ,7 40.0, , , , ,7 50.5, , , , , , , , , , , , , , , , , , , , , , , , , , , , , ,7 1 5., , , , ,7 5.54, , , , ,7 5.85, , ,914.1, , , , ,71 4.,587 15, , ,118 8, ,65 14, , ,798 7, ,164 1, , ,516 7, ,975 1, , ,65 6, ,804 1, , ,040 6, ,64 11, , ,88 6, ,490, , ,655 5, ,19, , 1.60,489 5, ,7 9, , ,8 5, ,44 9, , ,199 5, ,996 9, ,0 1.60,071 4, ,676 8, ,0 1.60,95 4, ,81 8, , ,84 4, ,8 8, , ,74 4, ,854 7,8 90.1, ,647 4, ,618 7, ,4 1.60,559 4, ,97 7,11.60, ,476, ,191 7, , ,99, ,997 6, , ,6, ,815 6, , ,58, ,644 6, , ,19, ,48 6, , ,1, ,1 6, , ,075, ,187 5, , ,00, ,050 5, , ,968, ,91 5, , ,919, ,798 5,48 6

34 MTP Selection Chart Class I Service (1.0 S.F.) MTP Straight Sided Spline RPM Double Reduction 0MTP5 6 SAEA 07MTP15 6 SAEA 07MTP5 6 SAEA 15MTP5 6 SAEA 07MTP5 6 SAEA 15MTP5 6 SAEA (lbins) (lbins) (lbins) (lbins) (lbins) (lbins) , , , , , , , , , , , ,4.18 1, , , , , , , , ,059.65, , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , 9.70, , , , , , , ,87 7

35 Involute Spline RPM MTP Selection Chart Class II Service (1.4 S.F.) Single Reduction 7MTP05 1T SAE 115MTP05 1T SAE 0MTP05 14T SAEC4 07MTP05 14T SAEC4 15MTP05 14T SAEC4 (lbins) (lbins) (lbins) (lbins) (lbins) 90.5, , , , , , , , , , , , , , ,687.96, , , , , , , , , , , , , , , , , , , , , , , , , ,800.01, , ,15 0.6, ,768.41, , , , ,78.81, , ,887.97, ,7 11.0, , , , , , , ,676 5., , , , ,581 9, ,66 1.4,68 5, ,494 9, , ,5 5, ,407 9, , ,186 4, ,7 8, ,57 1.4,147 4, ,5 8, , ,111 4, ,180 8, , ,076 4, ,11 7, , ,04 4, ,046 7, , ,961 4, ,98 7, , ,865, ,94 7, , ,776, ,866 6, , ,69, ,807 6, , ,61, ,644 6, , ,58, ,48 6, , ,467, ,1 6, , ,401, ,187 5, , ,8, ,050 5, , ,78, ,91 5, , ,1, ,798 5,48 8

36 MTP Selection Chart Class II Service (1.4 S.F.) MTP Involute Spline RPM Double Reduction 7MTP15 9T SAEA 7MTP5 9T SAEA 115MTP15 9T SAEA 115MTP5 9T SAEA 0MTP15 1T SAE 0MTP5 9T SAEA 07MTP15 1T SAE (lbins) (lbins) (lbins) (lbins) (lbins) (lbins) (lbins) , , , , , , , ,88 1.7, , , , , , , , , , , , , ,717.44, ,.6 5, , , , ,66.01, , , , , , ,618.56, , , , , , , , , , , , , , , , , , , , , ,95.6 7, , , , , , , , , , , , ,7 0.7,56 7.0,40.8 4, , ,76 RPM Double Reduction 07MTP5 1T SAE 15MTP15 14T SAEC4 15MTP5 1T SAE 07MTP15 14T SAEC4 07MTP5 14T SAEC4 15MTP15 14T SAEC4 15MTP5 14T SAEC4 (lbins) (lbins) (lbins) (lbins) (lbins) (lbins) (lbins).46 14, ,.17 19, , , , , ,8 7.61, , , , , , , , , , , , , , , , , , ,0.4 49, , , , , , , , , , ,0.5,0 1.95, , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , ,07 9

37 MTP Selection Chart Class II Service (1.4 S.F.) Straight Sided Spline RPM Single Reduction 7MTP05 6 SAEA 115MTP05 6 SAEA 0MTP05 6 SAEA 07MTP05 6 SAEA 15MTP05 6 SAEA (lbins) (lbins) (lbins) (lbins) (lbins) , , , , , , , , , ,8 0.7, , , , , , ,96.5 7, , , , ,79.5 7, , , , , , , , , , , , , , , , , ,8 70.5, , , , , , , , , ,8 90.5, ,57.5 7, , ,8 0.49, , , , ,8 1.7, , , , ,8.96, , , , , , , , , , , , , , , , , , , , , , , , , ,800.01, , ,15 0.6, ,768.41, , , , ,78.81, , ,887.97, ,7 11.0, , , , , , , ,676 5., , , , ,581 9, ,66 1.4,68 5, ,494 9, , ,5 5, ,407 9, , ,186 4, ,7 8, ,57 1.4,147 4, ,5 8, , ,111 4, ,180 8, , ,076 4, ,11 7, , ,04 4, ,046 7, , ,961 4, ,98 7, , ,865, ,94 7, , ,776, ,866 6, , ,69, ,807 6, , ,61, ,644 6, , ,58, ,48 6, , ,467, ,1 6, , ,401, ,187 5, , ,8, ,050 5, , ,78, ,91 5, , ,1, ,798 5,48 40

38 MTP Selection Chart Class II Service (1.4 S.F.) MTP Straight Sided Spline RPM Double Reduction 0MTP5 6 SAEA 07MTP15 6 SAEA 07MTP5 6 SAEA 15MTP5 6 SAEA 07MTP5 6 SAEA 15MTP5 6 SAEA (lbins) (lbins) (lbins) (lbins) (lbins) (lbins) , , , , , , , , ,11.1 6, , , , , , , , , , , ,8 7.61, , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , ,56 1.9,76 41

39 MTP Selection Chart Class III Service (.0 S.F.) Involute Spline RPM Single Reduction 7MTP05 1T SAE 115MTP05 1T SAE 0MTP05 14T SAEC4 07MTP05 14T SAEC4 15MTP05 14T SAEC4 (lbins) (lbins) (lbins) (lbins) (lbins) ,59.78, , , , , , , , , , , ,69.9 5, , , , , , ,67.9 1, , , , , , , , , , ,11 6.9, , , , , , , , , , , , 1.9 4, , ,8 7.9, , ,90.6 7, , ,46 1.6, , , , , , , , , ,5 1.5, , , , , , , , , , , , , , , , , , , , , , , ,1 9.40,0 15.6, , , , , , , , , , , , , ,06.14, 16.56, , 0.5 6, ,05.8, , , , ,041.6, , , , ,01.85, , ,6.57 6, , , ,4.0 4,065. 6, , , , , , , , ,8.94, , ,99 19.,5.9, , , ,5.8, , , , ,89 5, ,944,18 4.7,86 5, ,99, ,81 5,48 4

40 MTP Selection Chart Class III Service (.0 S.F.) MTP Involute Spline RPM Double Reduction 7MTP15 9T SAEA 7MTP5 9T SAEA 115MTP15 9T SAEA 115MTP5 9T SAEA 0MTP15 1T SAE 0MTP5 9T SAEA 07MTP15 1T SAE (lbins) (lbins) (lbins) (lbins) (lbins) (lbins) (lbins) 0.46, ,89 0.6,87 0.6, , , , , , , , ,4.08 6,4.64 8, , , , , ,5.08 6,5.96 8, , ,60.5,584.5, , , , ,564.,564.9,55.9, , , , ,5.49,5.47,57.47, , , , ,506.88, , , , , 9.4 8, ,48.6, , , , ,8.56 8, , , , , , , , , ,45 6.0, , , , , , , ,94 7.7, , ,19 RPM Double Reduction 07MTP5 1T SAE 15MTP15 14T SAEC4 15MTP5 1T SAE 07MTP15 14T SAEC4 07MTP5 14T SAEC4 15MTP15 14T SAEC4 15MTP5 14T SAEC4 (lbins) (lbins) (lbins) (lbins) (lbins) (lbins) (lbins) 1.7, ,0. 1, , , , ,60 0.9, , , , , , , , , , , , , , , , , , , , , , , , , , ,8 7.75, , , ,51.77,1.6,708.5,09.58, , , ,51 5.7, , , , , , , , , , , , , , , , , , , , , , , , , ,07 4

41 MTP Selection Chart Class III Service (.0 S.F.) Straight Sided Spline RPM Single Reduction 7MTP05 6 SAEA 115MTP05 6 SAEA 0MTP05 6 SAEA 07MTP05 6 SAEA 15MTP05 6 SAEA (lbins) (lbins) (lbins) (lbins) (lbins) 1 0.0, , , , , ,66 0.6, , , , , , , , , , , , , , , , , ,0.87 7, ,546.01, , , , ,544.51, , , , ,54.01, , , , ,541.51, , , , , , , ,070. 7, , , , , , , , , , , , , ,69.9 5, , , , , , , , , , , , ,40 6.1, , , , ,11 6.4, , , , ,84 6.7, , , , , , , 1.9 4, , ,8 7.9, , ,90.6 7, , ,46 1.6, , , , , , , , , ,5 1.5, , , , , , , , , , , , , , , , , , , , , , , ,1 9.40,0 15.6, , , , , , , , , , , , , ,06.14, 16.56, , 0.5 6, ,05.8, , , , ,041.6, , , , ,01.85, , ,6.57 6, , , ,4.0 4,065. 6, , , , , , , , ,8.94, , ,99 19.,5.9, , , ,5.8, , , , ,89 5, ,944,18 4.7,86 5, ,99, ,81 5,48 44

42 MTP Selection Chart Class III Service (.0 S.F.) MTP Straight Sided Spline RPM Double Reduction 0MTP5 6 SAEA 07MTP15 6 SAEA 07MTP5 6 SAEA 15MTP5 6 SAEA 07MTP5 6 SAEA 15MTP5 6 SAEA (lbins) (lbins) (lbins) (lbins) (lbins) (lbins) , , , , , , , , , ,0.49 0, , ,60 1.7,48 1.7, , , , ,4.9,09.9, , , , , , , , , , , , , , , , , , , , , , , , , ,414.6,708.58, , , , , , , ,8.9 8,0.7 8, , 7.5 0, , , , , , ,19 45

43 Shaft Mount Reducers MTP TorqTaper Plus Unit s 715 C A O L K J M P P1 R D F E Ø MC Ø1 T S W N G Y 90 P1 P Reversible single bushing system mounted on the back side. L O M PF Q WF RF TF SF Reversible single bushing system mounted on the front side. olt AA MC A A4 A AC AD 46 UNIT NO. YDRAULIC MOTOR MOUNTING STYLES 6 9T 1T 14T A A A A

44 Shaft Mount Reducers MTP TorqTaper Plus Unit s 715 MTP PART NO. DIMENSIONS IN INCES A C D E F G 1 J K L MC O O P P1 7MTP MTP MTP MTP MTP MTP MTP PF PART NO. DIMENSIONS IN INCES Q R RF S SF T TF W WF Y AA M IN. M. OLT SIZE M. OUTPUT ORE 7MTP / 8 1 7/ MTP / / MTP / 8 /16 07MTP /16 7/ MTP /16 15/ MTP / 7/ MTP / 8 15/16 47 WT. LS. PART NO. DIMENSIONS IN INCES M M N A A4 AC AD NT SPLINE DATA 7MTP 6 SAEA MTP 9T SAEA /.609 7MTP 1T SAE / MTP 6 SAEA MTP 9T SAEA / MTP 1T SAE /.875 0MTP 6 SAEA MTP 9T SAEA /.609 0MTP 1T SAE /.875 0MTP 14T SAEC / MTP 6 SAEA MTP 1T SAE / MTP 14T SAEC / MTP 6 SAEA MTP 1T SAE / MTP 14T SAEC / MTP 6 SAEA MTP 14T SAEC / MTP 6 SAEA MTP 14T SAEC /4 1.4 NT Number of spline teeth. DP Involute spline diametral pitch. OD Internal spline major outside diameter. Part Number Explanation bore in 1/16 increments (7 = 1 7/16 output bore) ydraulic mount TorqTaper Plus Nominal ratio (5:1) ydraulic motor mounting styles DP OD 7 M TP 05 6 SAEA 47

45 Innovative CFace Motor Connections 48

46 rowning CFace TorqTaper Plus Shaft Mount Reducers Experience the latest in technology with the new CFace TorqTaper Plus shaft mounted reducers. Emerson engineers continue to create innovative new designs to solve industry needs. CMTP Eliminate belt guards, belt drives and motor mounts Combine with Intelligear for variable speed control Innovative Emerson CFace motor connections Patented mounting system, barrier seal system and increased ratings Rugged CFace adapters designed for standard NEMA frame sizes. Metal key provides positive torque transmission. Non metallic quill liner eliminates fretting and allows for easier motor removal 4. earing supported quill input minimizes shaft wobble and increases seal life 49

47 Selection and Ordering Information Example No. 1 Units 7 15 Cface Shaft Mounts A Cface shaft mount reducer is required for a grain bucket elevator, which will be uniformly loaded and operated 8 hours per day at 50. The elevator requires 0 hp. The reducer will be mounted on the elevator drive pulley shaft with a 7/16" diameter extension. 1. Determine the Load Classification From the AGMA Application Classification Numbers section, note the AGMA Class Number is II for a bucket elevator operating to hours per day.. Determine the Speed Reducer Required From the Cface Reducer Selection Chart section, there are two tables for Class II Service. Locate the 50 row in each table. Read across the row to find a column with a rating of 0 hp or greater. Read up the column to determine the basic reducer size that corresponds to the design hp. For this application, a 15CMTP05, 07CMTP09, 07CMTP15, 07CMTP5 or a 07CMTP5 may be used. Generally, the smaller case size is more economical, but the total system should be considered. For this example, select a 07CMTP5. When used with a 1750 Cface motor, the 5:1 ratio will provide an output speed closest to the desired 50 speed. Other ratios may be used, but to obtain the desired speed a variable frequency drive may be required. (Note: The motor and variable frequency drives are not included with the reducer.) From the CMTP Availability Table, locate the row with the basic reducer size. At the top of the table, locate the column with the Cface motor frame designation required. The complete reducer part number is at the intersection of the selected row and column. For this example, a 07CMTP5 Q50 is selected. A 07TP07 bushing is required to mount the reducer to a 7/16 shaft. The 07TAP kit is required to restrain the gearbox in operation.. List Components 1, 07CMTP5 Q50 reducer 1, 07TP07 bushing 1, 07TAP torque arm kit 1, Cface motor purchased separately Refer to CFace standard and stainless steel motors section for product information. Note: See Application Considerations on back cover. 50 CMTP Availability Table PART NO. RATIO Q Q Q50 7CMTP CMTP05 Q56 7CMTP CMTP CMTP09 Q56 7CMTP CMTP CMTP15 Q56 7CMTP CMTP CMTP5 Q56 7CMTP5 40 7CMTP CMTP5 Q56 7CMTP CMTP CMTP05 Q56 115CMTP CMTP CMTP CMTP09 Q56 115CMTP CMTP CMTP CMTP15 Q56 115CMTP CMTP CMTP CMTP5 Q56 115CMTP CMTP CMTP CMTP5 Q56 115CMTP CMTP5 80 0CMTP CMTP05 Q56 0CMTP CMTP CMTP05 Q 0CMTP CMTP09 Q56 0CMTP CMTP CMTP09 Q 0CMTP CMTP15 Q56 0CMTP CMTP CMTP15 Q 0CMTP CMTP5 Q56 0CMTP5 40 0CMTP5 80 0CMTP5 Q 0CMTP CMTP5 Q56 0CMTP5 40 0CMTP5 80 0CMTP5 Q 07CMTP CMTP05 Q56 07CMTP CMTP CMTP05 Q 07CMTP CMTP09 Q56 07CMTP CMTP CMTP09 Q 07CMTP CMTP15 Q56 07CMTP CMTP CMTP15 Q 07CMTP CMTP5 Q56 07CMTP CMTP CMTP5 Q 07CMTP CMTP5 Q56 07CMTP CMTP CMTP5 Q 15CMTP CMTP05 Q56 15CMTP CMTP CMTP05 Q 15CMTP05 Q50 15CMTP CMTP09 Q56 15CMTP CMTP CMTP09 Q 15CMTP09 Q50 15CMTP CMTP15 Q56 15CMTP CMTP CMTP15 Q 15CMTP15 Q50 15CMTP CMTP5 Q56 15CMTP CMTP CMTP5 Q 15CMTP5 Q50 15CMTP CMTP5 Q56 15CMTP CMTP CMTP5 Q 15CMTP5 Q50 07CMTP CMTP05 Q56 07CMTP CMTP CMTP05 Q 07CMTP05 Q50 07CMTP CMTP09 Q56 07CMTP CMTP CMTP09 Q 07CMTP09 Q50 07CMTP CMTP15 Q56 07CMTP CMTP CMTP15 Q 07CMTP15 Q50 07CMTP CMTP5 Q56 07CMTP CMTP CMTP5 Q 07CMTP5 Q50 07CMTP CMTP5 Q56 07CMTP CMTP CMTP5 Q 07CMTP5 Q50 15CMTP CMTP05 Q56 15CMTP CMTP CMTP05 Q 15CMTP05 Q50 15CMTP CMTP09 Q56 15CMTP CMTP CMTP09 Q 15CMTP09 Q50 15CMTP CMTP15 Q56 15CMTP CMTP CMTP15 Q 15CMTP15 Q50 15CMTP CMTP5 Q56 15CMTP CMTP CMTP5 Q 15CMTP5 Q50 15CMTP CMTP5 Q56 15CMTP CMTP CMTP5 Q 15CMTP5 Q50

48 Selection and Ordering Information Example No. Units 7 15 Cface Screw Conveyor Drive A Cface shaft mount reducer is required for a screw conveyor transporting rice. The conveyor will be uniformly loaded and operates 18 to 4 hours per day. The screw is 1" diameter and has a " bore with three holes. The conveyor requires 5 hp and will operate at 70. The application requires a waste pack. 1. Determine the Load Classification From the AGMA Application Classification Numbers section, note the AGMA Class Number is II for a uniformly loaded or fed screw conveyor operating over hours per day.. Determine the Speed Reducer Required From the Cface Reducer Selection Chart section, there are two tables for Class II Service. Locate the 70 row in each table. Read across the row to find a column with a rating of 5 hp or greater. Read up the column to determine the basic reducer size that corresponds to the design hp. For this application, a 115CMTP05, 115CMTP09, 115CMTP15 or a 115CMTP5 may be used. For this example, select a 115CMTP5. When used with a 1750 Cface motor, the 5:1 ratio will provide an output speed closest to the desired 70 speed. Other ratios may be used, but to obtain the desired speed a variable frequency drive may be required. (Note: The motor and variable frequency drives are not included with the reducer.) From the CMTP Availability Table, locate the row with the basic reducer size. At the top of the table, locate the column with the Cface motor frame designation required. The complete reducer part number is at the intersection of the selected row and column. For this example, a 115CMTP5 80 is selected.. Establish Sealing Required for Screw Conveyor The waste pack cartridge is well suited for dry materials, such as rice. Specify the optional waste pack cartridge for the 115 shaft mount selected. From the Accessories section, select part 1150WPP. 4. Select the Screw Conveyor Adapter and Screw Conveyor Shaft CMTP Exact Ratios Reducer Using the basic reducer size, required drive shaft and screw diameter for the selection; refer to Screw Conveyor Drives in the Accessories section. Note the specification was for a " drive shaft with a three hole arrangement for the 1" diameter screw. From the table select the 115SCAP and the 115DSP Select the Trough End From the Screw Conveyor Trough Ends s 7407 table, select the SCTE1 X trough end. 6. List of Components: 1, 115CMTP5 80 reducer 1, 115SCAP screw conveyor adapter 1, 115DSP00 screw conveyor drive shaft kit 1, 1150WPP waste pack cartridge 1, SCTE1X trough end 1, Cface motor (separate) Ratio Symbols Refer to CFace standard and stainless steel motors section for product information CMTP Note: See Application Considerations on back cover. 51

49 5 Application AGMA Class Numbers Up to ours Per Day ours Per Day Over ours Per Day AGITATORS (Mixers) Pure Liquids I I II Liquids and Solids I II II Liquids Variable Density I II II LOWERS Centrifugal & Vane I I II Lobe I II II Vane I II II REWING AND DISTILLING ottling Machinery I I II rew Kettles Continuous Duty II II II Cookers Continuous Duty II II II Mash Tubs Continuous Duty II II II Scale opper Frequent Starts II II II CAN FILLING MACINES I I II CAR DUMPERS II III III CAR PULLERS I II II CLARIFIERS I I II CLASSIFIERS I II II CLAY WORKING MACINERY rick Presses II III III riquette Machines II III III Pug Mills I II II COMPACTORS COMPRESSORS Centrifugal I I II Lobe I II II Reciprocating, MultiCylinder II II III Reciprocating, SingleCylinder III III III CONVEYORS GENERAL PURPOSE Includes Apron, Assembly, elt, ucket Chain, Flight, Oven, and Screw Uniformly Loaded or Fed I I II eavy Duty Not Uniformly Fed I II II Severe Duty Reciprocating or Shaker II III III CRANES Dry Dock Main oist Auxiliary oist oom oist Slewing Drive Traction Drive Container Main oist oom oist Trolley Drive Gantry Drive Traction Drive Mill Duty Main oist Auxiliary ridge Travel Trolley Travel Industrial Duty Main Auxiliary ridge Travel Trolley Travel CRUSERS Stone or Ore III III III DREDGES Cable Reels II II II Conveyors II II II Cutter ead Drives III III III Pumps III III III Screen Drives III III III Stackers II II II Winches II II II ELEVATORS ucket I II II Centrifugal Discharge I I II Escalators I I II Freight I II II Gravity Discharge I I II EXTRUDERS General II II II Plastics Variable Speed Drive III III III Speed Drive III III III Rubber Continuous Screw Operation III III III Intermittent Screw Operation III III III FANS Centrifugal I I II AGMA Application Classification Numbers Application AGMA Class Numbers Up to ours Per Day ours Per Day Over ours Per Day FANS (Cont d) Cooling Towers III III III Forced Draft II II II Induced Draft II II II Industrial & Mine II II II FEEDERS Apron I II II elt I II II Disc I I II Reciprocating II III III Screw I II II FOOD INDUSTRY Cereal Cooker I I II Dough Mixer II II II Meat Grinders II II II Slicers I II II GENERATORS AND EXCITERS II II II AMMER MILLS III III III OISTS eavy Duty Medium Duty Skip oist LAUNDRY TUMLERS II II II LAUNDRY WASERS II II III LUMER INDUSTRY arkers Spindle Feed II II II Main Drive III III III Conveyors urner II II II Main or eavy Duty II II II Main Log III III III Resaw, MerryGoRound II II II Slab III III III Transfer II II II Chains Floor II II II Green II II III CutOffSaws Chain II II III Drag II II III Debarking Drums III III III Feeds Edger II II II Gang II III III Trimmer II II II Log Deck III III III Log auls Incline Well Type III III III Log Turning Devices III III III Planer Feed II II II Planer Tilting oists II II II Rolls LiveOff rg Roll Cases III III III Sorting Table II II II Tipple oist II II II Transfer Chain II II III Craneway II II III Tray Drives II II II Veneer Lathe Drives II II II METAL MILLS Draw ench Carriage and Main Drive II II II Runout Table NonReversing Group Drives II II II Individual Drives III III III Reversing III III III Slab Pushers II II II Shears III III III Wire Drawing II II II Wire Winding Machine II II II METAL STRIP PROCESSING MACINERY ridges II II II Collers & Uncoilers I I II Edge Trimmers I II II Flatteners II II II Loopers (Accumulators) I I I Pinch Rolls II II II Scrap Choppers II II II Shears III III III Slitters I II II MILLS, ROTARY TYPE all & Rod Spur Ring Gear III III III elical Ring Gear II II II Direct Connected III III III

50 Application AGMA Application Classification Numbers AGMA Class Numbers Up to ours Per Day ours Per Day Over ours Per Day MILLS, ROTARY TYPE (Cont d) Cement Kilns II II II Dryers & Coolers II II II PAPER MILLS 1) Agitator (Mixer) II II II Agitator For Pure Liquors II II II arking Drums III III III arkers Mechanical III III III eater II II II reaker Stack II II II Calendar ) II II II Chipper III III III Chip Feeder II II II Coating Rolls II II II Conveyors Chip, ark, Chemical II II II Log (Including Slab) III III III Couch Rolls II II II Cutter III III III Cylinder Molds II II II Dryers ) Paper Machine II II II Conveyor Type II II II Embosser II II II Extruder II II II Fourdrinier Rolls (Includes Lump reaker, Dandy Roll, Wire Turning, and Return Rolls) II II II Jordan II II II Kiln Drive II II II Mt. ope Roll II II II Paper Rolls II II II Platter II II II Presses Felt Suction II II II Pulper III III III Pumps Vacuum II II II Reel (Surface Type) II II II Screens Chip II II II R otary II II II Vibrating III III III Press II II II Supercalendar II II II Thickener (AC Motor) II II II Thickener (DC Motor) II II II Washer (AC Motor) II II II Washer (DC Motor) II II II Wind and Unwind Stand I I I Winders (Surface Type) II II II Yankee Dryers ) II II II PLASTICS INDUSTRY PRIMARY PROCESSING Intensive Internal Mixers atch Mixers III III III Continuous Mixers II II II atch Drop Mill Smooth Rolls II II II Continuous Feed, olding & lend Mill II II II Calendars II II II PLASTICS INDUSTRY SECONDARY PROCESSING low Molders II II II Coating II II II Film II II II Pipe II II II PrePlasticizers II II II Rods II II II Sheet II II II Tubing II II II PULLERS ARGE AUL II II II PUMPS Centrifugal I I II Proportioning II II II Reciprocating Single Acting, or more Cylinders II II II Double Acting, or more Cylinders II II II Rotary Gear Type I I II Lobe I I II Vane I I II RUER INDUSTRY Intensive Internal Mixers atch Mixers III III III Continuous Mixers II II II Mixing Mill Smooth Rolls II II II 1 or Corrugated Rolls III III III Application AGMA Class Numbers Up to Over ours Per Day ours Per Day ours Per Day RUER INDUSTRY (Cont d) atch Drop Mill Smooth Rolls II II II Cracker Warmer Roll, 1 Corrugated Roll III III III Cracker Corrugated Rolls III III III olding, Feed & lend Mill Rolls II II II Refiner Rolls II II II Calendars II II II SAND MULLER II II II SEWAGE DISPOSAL EQUIPMENT ar Screens II II II Chemical Feeder II II II Dewatering Screens II II II Scum reakers II II II Slow or Rapid Mixers II II II Sludge Collectors II II II Thickener II II II Vacuum Filters II II II SCREENS Air Washing I I II Rotary Stone or Gravel II II II Traveling Water Intake I I I SCREW CONVEYORS Uniformly Loaded or Fed I I II eavy Duty I II II SUGAR INDUSTRY eet Slicer III III III Cane Knives II II II Crushers II II II Mills (Low Speed End) III III III TEXTILE INDUSTRY atchers II II II Calendars II II II Cards II II II Dry Cans II II II Dyeing Machinery II II II Looms II II II Mangles II II II Nappers II II II Pads II II II Slashers II II II Soapers II II II Spinners II II II Tenter Frames II II II Washers II II II Winders II II II Notes: 1) The Class numbers listed in the table for paper mill applications are consistent with those shown in TAPPI (Technical Association of Pulp and Paper Industry) Technical information sheet , Service Factors for Gears on Major Equipment in the Pulp and Paper Industry. ) Antifriction bearings only. Contact Application Engineering ( ) for the selection of an AGMA Class Numbers in these applications. 5 CMTP

51 CMTP Selection Chart Class I Service (1.0 S.F.) RPM Single Reduction 7CMTP05 115CMTP05 0CMTP05 07CMTP05 15CMTP05 07CMTP05 15CMTP05 (Inlbs) (Inlbs) (Inlbs) (Inlbs) (Inlbs) (Inlbs) (Inlbs) 5 0.6, , 0.85, , , , ,06 0.5, , 1.71,4.08 1, , , , , ,.41, , , , , , , 5.1,4 6. 1, , , , , , 6.8, , , , , , , 8.5,4.8 1, , , , , ,.4, , , , , , , 11.94, , , , , , , 1.65, , , , , , , 15.6, , , ,661 7, ,081. 6, , , ,959 8,61 4, , , , , ,74 5,78 0, , , , , ,850,64 8,61 6., , , , ,8 1,816 6, , , , , ,06 0,58 4, , , , , ,16 18,908, , , , , ,181 17,76 1, , , , , ,46 16,68 0, , , , , ,605 15,756 18, , , , , ,94 14,97 17, , , ,0.45 9, ,45 14,181 17, , , , , ,804 1,505 16, , , , , ,1 1,891 15, , , , , ,865 1,1 14, , , , , ,454 11,817 14, , , , , ,076 11,45 1, , , , , ,77,908 1, , , , , ,40,504 1, , , ,5.81 7, ,,19 1, , , , , ,84 9,780 11, , , ,0.81 6, ,56 9,454 11, , , , , ,19 9,149, , ,87 0.9, , ,090 8,86, , , , , ,875 8,594, , ,70 0.9, , ,67 8,4, , ,65 0.9, , ,48 8, 9, , ,55 0.9, , ,0 7,878 9, , , ,4.81 5, ,1 7,665 9, , , ,.81 5, ,971 7,46 8, , ,56 0.9, , ,818 7,7 8, , ,97 0.9, , ,67 7,090 8,508 54

52 CMTP Selection Chart Class I Service (1.0 S.F.) RPM 7CMTP09 7CMTP15 7CMTP5 7CMTP5 (Inlbs) 115CMTP09 115CMTP15 115CMTP5 115CMTP5 (Inlbs) 0CMTP09 0CMTP15 0CMTP5 0CMTP5 (Inlbs) Double Reduction 07CMTP09 07CMTP15 07CMTP5 07CMTP5 (Inlbs) 15CMTP09 15CMTP15 15CMTP5 15CMTP5 (Inlbs) 07CMTP09 07CMTP15 07CMTP5 07CMTP5 (Inlbs) 15CMTP09 15CMTP15 15CMTP5 15CMTP5 (Inlbs) , , , , , , , , , , , , , , ,6.51 7, , , , , , , , , , , , , , , , , 1.60, , , , ,5.48 1, , , ,49 68, , , , ,5 1.77,08 47,69 56, , , , , ,588 40,516 48, , , , , ,61 5,45 4, , , , , , 1,51 7, , , , , ,689 8,61 4, , ,4 18.0, , ,66 5,78 0, , , , , ,908,64 8, , , , , ,45 1,816 6, , , , , ,06 0,58 4, , , , , ,16 18,908, , , , , ,181 17,76 1, , , , , ,46 16,68 0, , , , , ,605 15,756 18, , , ,66.81, ,94 14,97 17, , , ,0.81 9, ,45 14,181 17,017 CMTP 55

53 CMTP Selection Chart Class II Service (1.4 S.F.) RPM Single Reduction 7CMTP05 115CMTP05 0CMTP05 07CMTP05 15CMTP05 07CMTP05 15CMTP05 (Inlbs) (Inlbs) (Inlbs) (Inlbs) (Inlbs) (Inlbs) (Inlbs) , , , , , , ,16 0.8, , , , , , , , , , , , , , ,74. 4, , , , , , , , , , , , , ,74.7 4, , , , , , , , , , , , , , , ,74.8 8, , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , ,4 54.9, , , , , , ,81, , , , , , ,441 1, ,86.4, , , ,51 16,68 0, ,89.85, , , ,16 15,756 18, , , , ,15 4.4,97 14,97 17, , , , ,01 5.5,748 14,181 17, , , , , ,57 1,505 16, , , , , ,1 1,891 15, , , , , ,865 1,1 14, ,669 1., , , ,454 11,817 14, , , , , ,076 11,45 1, , , , , ,77,908 1, , , , , ,40,504 1, , , , , ,,19 1, , , , , ,84 9,780 11, , , , , ,56 9,454 11, , , , , ,19 9,149, , ,87 0.9, , ,090 8,86, , , , , ,875 8,594, , ,70 0.9, , ,67 8,4, , ,65 0.9, , ,48 8, 9, , ,55 0.9, , ,0 7,878 9, , , ,4.81 5, ,1 7,665 9, , , ,.81 5, ,971 7,46 8, , ,56 0.9, , ,818 7,7 8, , ,97 0.9, , ,67 7,090 8,508 56

54 CMTP Selection Chart Class II Service (1.4 S.F.) RPM 7CMTP09 7CMTP15 7CMTP5 7CMTP5 (Inlbs) 115CMTP09 115CMTP15 115CMTP5 115CMTP5 (Inlbs) 0CMTP09 0CMTP15 0CMTP5 0CMTP5 (Inlbs) Double Reduction 07CMTP09 07CMTP15 07CMTP5 07CMTP5 (Inlbs) 15CMTP09 15CMTP15 15CMTP5 15CMTP5 (Inlbs) 07CMTP09 07CMTP15 07CMTP5 07CMTP5 (Inlbs) 15CMTP09 15CMTP15 15CMTP5 15CMTP5 (Inlbs) , , , ,677. 6, , , , , , , , , , , ,45. 9, ,8 7.9, , , , , , , , , , , , , , , , , , , , ,1 19., , , , , , ,8.69, , , , , , , , ,156 48, , , , , , ,855 4, , , , , , ,747 7, , , , , ,6 8,61 4, , , , , ,078 5,78 0, , , , , ,588,64 8, , , ,801.55, ,45 1,816 6, , , , , ,06 0,58 4, , , ,48 6.0, ,16 18,908, , , ,44 7.4, ,181 17,76 1, , , ,15 8.4, ,46 16,68 0, , , , , ,605 15,756 18, , , , , ,94 14,97 17,91 00., , , , ,45 14,181 17,017 CMTP 57

55 CMTP Selection Chart Class III Service (.0 S.F.) RPM Single Reduction 7CMTP05 115CMTP05 0CMTP05 07CMTP05 15CMTP05 07CMTP05 15CMTP05 (Inlbs) (Inlbs) (Inlbs) (Inlbs) (Inlbs) (Inlbs) (Inlbs) ,59 0.6, , , , , , ,59 0.5, , , , , , , , , ,78.6 9, , , , , , , , , , ,59.09, , , , , , ,59.61, , , , , , ,59.1, , , , , , ,59.65, , , , , , , , , , , , , , , , , , , , , , , , , , , , , ,85.7 5, , , , , , , , , , , , , , , , , , ,86 6.8, , , , , , , , , , , , , ,9 7.00, , , ,9.9 1, , ,04 7.0, , ,159. 7, , , , , , , , , , , , , , , , , ,8 8.17, , , , , , , , , , , , , ,01 8.7, , , , , , , , , , , , , , , , , , , , ,15 9.5, , , , ,509 1, , , , , , ,68 1, ,16.05,5 16.4, , , ,8 1, ,11.1, , , , , 1, ,0.56,0 17.5, , ,6 9,780 11, ,088.81, , ,.51 6,558 9,454 11, , , , ,90.1 6,48 9,149, , , , ,47.9 6,414 8,86, , , , , ,46 8,594, , , , , ,8 8,4, ,06 1.0, , , ,18 8, 9, ,07 1.6, , , ,158 7,878 9, , , , , , 7,665 9, , , , , ,971 7,46 8, , , , , ,818 7,7 8, , , , ,67 7,090 8,508 58

56 CMTP Selection Chart Class III Service (.0 S.F.) RPM 7CMTP09 7CMTP15 7CMTP5 7CMTP5 (Inlbs) 115CMTP09 115CMTP15 115CMTP5 115CMTP5 (Inlbs) 0CMTP09 0CMTP15 0CMTP5 0CMTP5 (Inlbs) Double Reduction 07CMTP09 07CMTP15 07CMTP5 07CMTP5 (Inlbs) 15CMTP09 15CMTP15 15CMTP5 15CMTP5 (Inlbs) 07CMTP09 07CMTP15 07CMTP5 07CMTP5 (Inlbs) 15CMTP09 15CMTP15 15CMTP5 15CMTP5 (Inlbs) 5 0.5, , , , , , , , , , , , , , , , ,561.4, , , , , , , , , , , ,69.45, , , , , , ,65.04, ,4 8.8, , , , ,60.6, , , , , , , , , , , , , , , , , , , , ,546 5., , , , ,5 47.6, , , , , , , , , , , , , , , ,49 7.0, , , , ,744 8,61 5., ,5. 4, , , ,74 6, ,46 8.1,5.75 4, , , ,85 4, , , , , , ,466, ,9 9.0, , , ,96 17,76 1, ,91 9.4, , , ,71 16,68 0, , , , , ,5 15,756 18, ,04.18, , , ,5 14,97 17, ,166.55, , , ,16 14,181 17,017 CMTP 59

57 Shaft Mount Reducers CMTP TorqTaper Plus Unit s 715 R S T W Reversible single bushing system mounted on the back side. Y 90 Reversible single bushing system mounted on the front side. 60

58 Shaft Mount Reducers CMTP TorqTaper Plus Unit s 715 PART NO. DIMENSIONS IN INCES A C D E F G 1 J K L M M MC N O P P1 7CMTP CMTP CMTP , CMTP CMTP CMTP CMTP PF CMTP PART NO. DIMENSIONS IN INCES Q R RF S SF T TF U1 W WF Y AA M IN. M. OLT SIZE KEY M. OUTPUT ORE 7CMTP / x.188 x / CMTP / x.50 x /16 9 0CMTP / x.50 x.75 /16 07CMTP / x.75 x.75 7/ CMTP / x.500 x.75 15/ CMTP /. 500 x.500 x / CMTP / x.500 x / PART NO. DIMENSIONS IN INCES M M N O U1 KEY A AC AD 7CMTP Q CMTP CMTP Q CMTP CMTP CMTP Q CMTP CMTP CMTP Q CMTP Q CMTP CMTP CMTP Q CMTP Q CMTP CMTP CMTP Q CMTP Q CMTP Q CMTP CMTP CMTP Q CMTP Q CMTP Q CMTP CMTP CMTP Q CMTP Q WT. LS. Part Number Explanation bore in 1/16" increments (7 = 1 7/16" output bore) CFace mount TorqTaper Plus Nominal ratio (5:1) Quill motor mounting styles ushing system cannot be mounted on the front side with this reducer and motor combination. 7 CM TP 05 Q56 61

59

60 6 Check Out These Options for TorqTaper Plus Reducers 1. Modular screw conveyor standard shaft mount converts to a screw conveyor drive using stock components.. ackstop kits. Patented bushing kits 4. elt guard kits 5. ushing guard kits 6. Motor mount kits Shaft Mount Accessories 6

61 Accessories Type SMTP, MTP, CMTP TorqTaper Plus ushing Kits Unit s 7115 Width Stabilizer Ring External Key Furnished Key Furnished Type 1 Type REDUCER SIZE 7SMTP USING NO. ORE SIZE SAFT KEYSEAT REQUIRED TYPE 7TP01 / 4 /16 x / x 7/ 8 1 STAILIZER RING WIDT OLT TORQUE OLT SIZE FT.LS. WEIGT 7TP014 7/ 8 /16 x / x 7/ TP015 15/16 1/4 x 1/8 x 7/ TP0 1 1/4 x 1/8 x 7/ 8. 7TP1 1 1/16 1/4 x 1/8 x 7/ /1618 x 1 1/ TP 1 1/ 8 1/4 x 1/8 x 7/ TP 1 /16 1/4 x 1/8 x 7/ TP4 1 1/ 4 1/4 x 1/8 x 7/ TP5 1 5/16 5/16 x 5/ x 7/ TP6 1 / 8 5/16 x 5/ x 7/ TP7 1 7/16 /8 x /16 x 7/ TP015 15/16 1/4 x 1/8 x 4 1/ TP0 1 1/4 x 1/8 x 4 1/ TP1 1 1/16 1/4 x 1/8 x 4 1/ TP 1 1/ 8 1/4 x 1/8 x 4 1/ SMTP 115TP 1 /16 1/4 x 1/8 x 4 1/ TP4 1 1/ 4 1/4 x 1/8 x 4 1/ TP5 1 5/16 5/16 x 5/ x 4 1/ /816 x 1 1/ TP6 1 / 8 5/16 x 5/ x 4 1/ TP7 1 7/16 /8 x /16 x 4 1/ TP8 1 1/ /8 x /16 x 4 1/ TP1 1 5/ 8 /8 x /16 x 4 1/ TP /16 /8 x /16 x 4 1/ TP11 1 / 4 /8 x /16 x 4 1/ TP /16 1/ x 1/4 x 4 1/ 8. 7 Note: When using shafts smaller than the largest bushing bore shown for a specific reducer, shaft stress based on the transmitted load must always be checked. 64

62 Accessories SMTP, MTP, CMTP TorqTaper Plus ushing Kits Unit s 015 REDUCER SIZE USING NO. ORE SIZE SAFT KEYSEAT REQUIRED TYPE 0TP 1 /16 1/4 x 1/8 x 4 5/ 8 1 STAILIZER RING WIDT OLT TORQUE OLT SIZE FT.LS. WEIGT 0TP4 1 1/ 4 1/4 x 1/8 x 4 5/ TP5 1 5/16 5/16 x 5/ x 4 5/ TP6 1 / 8 5/16 x 5/ x 4 5/ Shaft Mount Accessories 0SMTP 0TP7 1 7/16 /8 x /16 x 4 5/ TP8 1 1/ /8 x /16 x 4 5/ TP1 1 5/ 8 /8 x /16 x 4 5/ /816 x 1 1/ TP /16 /8 x /16 x 4 5/ TP11 1 / 4 /8 x /16 x 4 5/ TP / 8 1/ x 1/4 x 4 5/ TP /16 1/ x 1/4 x 4 5/ TP00 1/ x 1/4 x 4 5/ TP0 /16 1/ x 1/4 x 4 5/ TP6 1 / 8 5/16 x 5/ x 5 1/ TP7 1 7/16 /8 x /16 x 5 1/ TP8 1 1/ /8 x /16 x 5 1/ TP1 1 5/ 8 /8 x /16 x 5 1/ SMTP 07TP /16 /8 x /16 x 5 1/ TP11 1 / 4 /8 x /16 x 5 1/ TP / 8 1/ x 1/4 x 5 1/ /816 x 1 1/ TP /16 1/ x 1/4 x 5 1/ TP00 1/ x 1/4 x 5 1/ TP0 1/ 8 1/ x 1/4 x 5 1/ TP0 /16 1/ x 1/4 x 5 1/ TP04 1/ 4 1/ x 1/4 x 5 1/ TP07 7/16 5/8 x 5/16 x 5 1/ TP7 1 7/16 /8 x /16 x 5 5/ TP8 1 1/ /8 x /16 x 5 5/ TP /16 /8 x /16 x 5 5/ TP11 1 / 4 /8 x /16 x 5 5/ SMTP 15TP / 8 1/ x 1/4 x 5 5/ TP /16 1/ x 1/4 x 5 5/ TP00 1/ x 1/4 x 5 5/ /816 x 1 / TP0 /16 1/ x 1/4 x 5 5/ TP04 1/ 4 1/ x 1/4 x 5 5/ TP07 7/16 5/8 x 5/16 x 5 5/ TP08 1/ 5/8 x 5/16 x 5 5/ TP11 11/16 5/8 x 5/16 x 5 5/ TP15 15/16 /4 x /8 x 5 5/ Note: When using shafts smaller than the largest bushing bore shown for a specific reducer, shaft stress based on the transmitted load must always be checked. 65

63 Accessories SMTP, MTP, CMTP TorqTaper Plus ushing Kits Unit s 0715 Width Stabilizer Ring External Key Furnished Key Furnished Type 1 Type REDUCER SIZE 07SMTP USING NO. ORE SIZE SAFT KEYSEAT REQUIRED TYPE 07TP /16 1/ x 1/4 x 6 / 4 1 STAILIZER RING WIDT OLT TORQUE OLT SIZE FT.LS. WEIGT 07TP00 1/ x 1/4 x 6 / TP0 /16 1/ x 1/4 x 6 / TP04 1/ 4 1/ x 1/4 x 6 / TP06 / 8 5/8 x 5/16 x 6 / TP07 7/16 5/8 x 5/16 x 6 / TP08 1/ 5/8 x 5/16 x 6 / /1 x 1 5/ TP11 11/16 5/8 x 5/16 x 6 / TP14 7/ 8 /4 x /8 x 6 / TP15 15/16 /4 x /8 x 6 / TP00 /4 x /8 x 6 / TP06 / 8 7/8 x 7/16 x 6 / TP07 7/16 7/8 x 7/16 x 6 / REDUCER SIZE 15SMTP USING NO. ORE SIZE SAFT KEYSEAT REQUIRED TYPE 15TP07 7/16 5/8 x 5/16 x 7 15/16 1 STAILIZER RING WIDT OLT TORQUE OLT SIZE FT.LS. WEIGT 15TP08 1/ 5/8 x 5/16 x 7 15/ TP11 11/16 5/8 x 5/16 x 7 15/ TP1 1/16 /4 x /8 x 7 15/ TP14 7/ 8 /4 x /8 x 7 15/ /1 x 1 / TP15 15/16 /4 x /8 x 7 15/ TP00 /4 x /8 x 7 15/ TP0 /16 /4 x /8 x 7 15/ TP07 7/16 7/8 x 7/16 x 7 15/ TP15 15/16 1 x 1/ x 7 15/ Note: When using shafts smaller than the largest bushing bore shown for a specific reducer, shaft stress based on the transmitted load must always be checked. 66

64 Accessories SMTP TorqTaper Plus ushing Kits Unit s Width Shaft Mount Accessories Stabilizer Ring External Key Furnished Key Furnished Type 1 Type Reducer 407SMTP Reducer 415SMTP Reducer 507SMTP Reducer 608SMTP ushing No. ore Shaft Keyseat Required Type Stabilizer Ring Width olt olt Ft. Lbs. 407TP15 15/16 /4 x /8 x 7 1/ TP0 /16 /4 x /8 x 7 1/ TP07 7/16 7/8 x 7/16 x 7 1/ /1 x 1 / TP15 15/16 1 x 1/ x 7 1/ TP40 4 /16 1 x 1/ x 7 1/ TP /16 1 x 1/ x 7 1/ 1. 6 Weight ushing ore Shaft Keyseat Stabilizer Ring olt Type No. Required Width olt Ft. Lbs. Weight 415TP07 7/16 7/8 x 7/16 x 9 1/ TP15 15/16 1 x 1/ x 9 1/ TP40 4 /16 1 x 1/ x 9 1/ /811 x TP /16 1 x 1/ x 9 1/ TP / 1 x 1/ x 9 1/ TP /16 1 1/4 x 5/8 x 9 1/ ushing ore Shaft Keyseat Stabilizer Ring olt Type No. Required Width olt Ft. Lbs. Weight 507TP15 15/16 1 x 1/ x / TP40 4 /16 1 x 1/ x / TP /16 1 x 1/ x / /4 x 1/ TP /16 1 1/4 x 5/8 x / TP /16 1 1/4 x 5/8 x / ushing ore Shaft Keyseat Stabilizer Ring olt Type No. Required Width olt Ft. Lbs. Weight 608TP /16 1 1/4 x 5/8 x TP /16 1 1/ x /4 x TP / x /4 x /4 x / TP /16 1 1/ x /4 x TP / 1 1/ x /4 x R educer ushing No. ore Shaft Keyseat Stabilizer Ring olt Type Required Width olt Ft.Lbs. Weight 800TP /16 1 1/ x /4 x TP / x /4 x SMTP 800TP / 1 1/ x /4 x /89 x / TP /4 x 7/8 x TP800 8 x 1 x Notes: When using shafts smaller than the largest bushing bore shown for a specific reducer, shaft stress based on the transmitted load must always be checked. 67

65 Accessories SMFP Finished ore ushings Unit s 707 rowning shaft mount reducers may be mounted on shafts smaller than the output bore of the reducer by using the wide selection of bushings offered. These stock bushing kits contain one keyed bushing, one plain bushing, keys and setscrews necessary to fit the smaller shaft. Figure 1 Thick wall bushing internal key Figure Thin wall bushing offset key Figure Thin wall bushing rectangular or square key Figure 4 No bushing Reducer 7SMFP 115SMFP 0SMFP 07SMFP Shaft Shaft ushing Wt. Fig. Dia. Keyseat Kit No Lbs. /4" /16 x / x " 7U /8 /16 x / x 7U /16 1/4 x 1/8 x 7U /4 x 1/8 x 7U /16 1/4 x 1/8 x 7U /8 1/4 x 1/8 x 7U. 8 1 /16 1/4 x 1/8 x 7U /4 1/4 x 1/8 x 7U /16 5/16 x 5/ x 7U /16 /8 x /16 x NONE 4 15/16 1/4 x 1/8 x 1/ 115U /4 x 1/8 x 1/ 115U /16 1/4 x 1/8 x 1/ 115U /8 1/4 x 1/8 x 1/ 115U /16 1/4 x 1/8 x 1/ 115U /4 1/4 x 1/8 x 1/ 115U /16 5/16 x 5/ x 1/ 115U5. 1 /8 5/16 x 5/ x 1/ 115U /16 /8 x /16 x 1/ 115U / /8 x /16 x 1/ 115U /8 /8 x /16 x 1/ 115U /16 /8 x /16 x 1/ 115U /4 /8 x /16 x 1/ 115U /16 1/ x 1/4 x 1/ NONE 4 1 /16 1/4 x 1/8 x 1/ 0U /4 1/4 x 1/8 x 1/ 0U /16 5/16 x 5/ x 1/ 0U /8 5/16 x 5/ x 1/ 0U /16 /8 x /16 x 1/ 0U / /8 x /16 x 1/ 0U /8 /8 x /16 x 1/ 0U /16 /8 x /16 x 1/ 0U /4 /8 x /16 x 1/ 0U /8 1/ x 1/4 x 1/ 0U /16 1/ x 1/4 x 1/ 0U / x 1/4 x 1/ 0U00. 9 /16 1/ x 1/4 x 1/ NONE 4 1 /8 5/16 x 5/ x 1/ 07U /16 /8 x /16 x 1/ 07U / /8 x /16 x 1/ 07U /8 /8 x /16 x 1/ 07U /16 /8 x /16 x 1/ 07U /4 /8 x /16 x 1/ 07U /8 1/ x 1/4 x 1/ 07U /16 1/ x 1/4 x 1/ 07U / x 1/4 x 1/ 07U /8 1/ x 1/4 x 1/ 07U0. /16 1/ x 1/4 x 1/ 07U /4 1/ x 1/4 x 1/ 07U /16 5/8 x 5/16 x 1/ NONE 4 Note: When using bushings to adapt a SMFP shaft mount reducer to a smaller shaft, the shaft stress based on the transmitted load must always be checked. 68

66 Accessories SMFP Finished ore ushings Unit s 1515 rowning shaft mount reducers may be mounted on shafts smaller than the output bore of the reducer by using the wide selection of bushings offered. These stock bushing kits contain one keyed bushing, one plain bushing, keys and setscrews necessary to fit the smaller shaft. Figure 1 Thick wall bushing internal key Figure Thin wall bushing offset key Shaft Mount Accessories Figure Thin wall bushing rectangular or square key Figure 4 No bushing Reducer 15SMFP 07SMFP 15SMFP Shaft Shaft ushing Wt. Fig. Dia. Keyseat Kit No. Lbs. 1 7/16 /8 x /16 x 4 15U / /8 x /16 x 4 15U /16 /8 x /16 x 4 15U /4 /8 x /16 x 4 15U /8 1/ x 1/4 x 4 15U /16 1/ x 1/4 x 4 15U / x 1/4 x 4 15U00 8. /16 1/ x 1/4 x 4 15U /4 1/ x 1/4 x 4 15U /16 5/8 x 5/16 x 4 15U / 5/8 x 5/16 x 4 15U /16 5/8 x 5/16 x 4 15U /16 /4 x /8 x 4 None /16 1/ x 1/4 x 4 1/ 07U / x 1/4 x 4 1/ 07U /16 1/ x 1/4 x 4 1/ 07U /4 1/ x 1/4 x 4 1/ 07U /16 5/8 x 5/16 x 4 1/ 07U / 5/8 x 5/16 x 4 1/ 07U /16 5/8 x 5/16 x 4 1/ 07U /8 /4 x /8 x 4 1/ 07U /16 /4 x /8 x 4 1/ 07U /16 7/8 x 7/16 x 4 1/ None 4 7/16 5/8 x 5/16 x 4 1/ 15U / 5/8 x 5/16 x 4 1/ 15U /16 5/8 x 5/16 x 4 1/ 15U /16 /4 x /8 x 4 1/ 15U /8 /4 x /8 x 4 1/ 15U /16 /4 x /8 x 4 1/ 15U /4 x /8 x 4 1/ 15U /16 /4 x /8 x 4 1/ 15U0. 7 7/16 7/8 x 7/16 x 4 1/ 15U /16 1 x 1/ x 4 1/ None 4 Note: SMFP units and bushings are madetoorder. Contact Emerson for delivery. Note: When using bushings to adapt a SMFP shaft mount reducer to a smaller shaft, the shaft stress based on the transmitted load must always be checked. 69

67 Accessories Shaft Mount Reducers Top Mount Motor Mounts W Motor Mount L D E V U D G M. M. CENTER DISTANCE Adapter 9.00 S G MIN. MIN. CENTER DISTANCE MIN. M. U1 C/ C N R Supports Motor ase Dimensions in Inches Motor U Frame D E V Dia. Keyseat /16 x / T, 145T /16 x /.5 18T, 184T /4 x 1/8.75 1T, 15T /16 x 5/.8 54T, 56T /8 x / T, 86T / x 1/ T, 6T / x 1/ T, 65T /8 x 5/ T, 405T /4 x / T, 447T /8 X 7/ * To determine usable input shaft length, see pages 46. Part Number Explanation Motor Mount components may be ordered individually or as a kit. To order the complete kit use the following format: Reducer Top or Side Mount igh or Low mount TOP IG MM KIT

68 Accessories Shaft Mount Reducers Top Mount Motor Mounts DIMENSIONS asic Motor Motor Reducer Mount Mount Motor Motor Support Adapter ase Mount Assy. G Shaft Wt. Lbs. C L N* R S W U1 Min. Max. Min. Max. Dia. Keyseat 7 IG MMS /16 x / 7 LOW MMS7L MMA7115 M IG MMS /4x1/8 115 LOW MMS115L IG MMS MMA /4 x 1/8 0 LOW MMS0L M IG MMS MMA /8x/16 07 LOW MMS07L IG MMS MMA15 M LOW MMS15L / x 1/4 07 IG MMS MMA07 M LOW MMS07L / x 1/4 15 IG MMS MMA15 M LOW MMS15L /x1/4 407 IG MMS407 MMA M / x 1/4 415 IG MMS /8 x 5/ IG MMS507 MMA M /8 x 5/ IG MMS /8 x 5/ IG MMS800 MMA800 M /4 x /8 Shaft Mount Accessories asic Reducer Motor Mount Support Motor Mount Adapter Motor ase Minimum and Maximum Center Distances (in inches) for Motor Frame s 56 14T, 145T 18T, 184T 1T, 15T 54T,56T 84T, 86T 4T, 6T 641, 65T 404T, 405T 444T, 447T Min. Max. Min. Max. Min. Max. Min. Max. Min. Max. Min. Max. Min. Max. Min. Max. Min. Max. Min. Max. 7 IG MMS LOW MMS7L MMA7115 M IG MMS LOW MMS115L IG MMS MMA0 0 LOW MMS0L M IG MMS MMA07 07 LOW MMS07L IG MMS MMA15 M LOW MMS15L IG MMS07 MMA07 M LOW MMS07L IG MMS15 MMA15 M LOW MMS15L IG MMS407 MMA M IG MMS IG MMS507 MMA M IG MMS IG MMS800 MMA800 M Screw Conveyor Trough Clearance Table When a motor mount is used on screw conveyor drives, the amount shown in the table below must be added to the minimum center distance shown above. Maximum center distance is unchanged. asic Reducer 7 IG 7 LOW 115 IG 115 LOW 0 IG 0 LOW 07 IG 07 LOW 15 IG 15 LOW 07 IG 07 LOW 15 IG 15 LOW 407 IG Conveyor Diameter N/ A N/ A / A N * 1.45 * Refer to Application Engineering ( ). 71

69 Accessories Shaft Mount Reducers Side Mount Motor Mounts Motor Mount W L D Adapter E U D G M. M. CENTER DISTANCE V 9.00 S U1 G MIN. MIN. CENTER DISTANCE MIN. M. N C/ C R Supports Motor ase Motor Frame * To determine usable input shaft length, see pages 46. D E Dimensions in Inches Dia. U Keyseat /16 x / T, 145T /16 x /.5 18T, 184T /4 x 1/ T, 15T /16 x 5/.8 54T, 56T /8 x / T, 86T / x 1/ T, 6T / x 1/ T, 65T /8 x 5/ V Part Number Explanation Motor Mount components may be ordered individually or as a kit. To order the complete kit use the following format: Reducer Top or Side Mount igh or Low mount 7 07 SIDE LOW MM KIT

70 Accessories Shaft Mount Reducers Side Mount Motor Mounts asic Reducer 7 IG 7 LOW 115 IG 115 LOW 0 IG 0 LOW 07 IG 07 LOW 15 IG 15 LOW 07 IG 07 LOW 15 IG 15 LOW Motor Mount Support MMS7 MMS7L MMS115 MMS115L MMS0 MMS0L MMS07 MMS07L MMS15 MMS15L MMS07 MMS07L MMS15 MMS15L Motor Mount Adapter MMA7115 MMA0 Motor ase M7115 MMA07 M007 MMA15 M1507 MMA07 M1507 MMA15 M15 MMA15S M15 Motor Mount Assy. Wt. Lbs Dimensions Shaft G C L N* R S W U1 M in. M ax. M in. M ax. Dia. Keyseat /16 x / /4 x 1/ /4 x 1/ /8 x / / x 1/ / x 1/ / x 1/ 4 Shaft Mount Accessories asic Reducer 7 IG 7 LOW 115 IG 115 LOW 0 IG 0 LOW 07 IG 07 LOW 15 IG 15 LOW 07 IG 07 LOW 15 IG 15 LOW Motor Motor Minimum and Maximum Center Distances (in inches )for Motor Frame s Motor Mount Mount 56 14T, 145T 18T, 184T 1T, 15T 54T, 56T 84T, 86T 4T, 6T 64T, 65T ase Support Adapter M in. M ax. M in. M ax. M in. M ax. M in. M ax. M in. M ax. M in. M ax. M ax. M in. M ax. Min. MMS MMA7115 MMS7L M7115 MMS MMA0 MMS115L MMS MMA07 M007 MMS0L MMS MMA15 M1507 MMS07L MMS MMA07 M1507 MMS15L MMS MMA15 M MMS07L MMS MMA15S M MMS15L Screw Conveyor Trough Clearance Table When a motor mount is used on screw conveyor drives, the amount shown in the table below must be added to the minimum center distance shown on page 71. Maximum center distance is unchanged. asic Reducer 7 IG 7 LOW 115 IG 115 LOW 0 IG 0 LOW 07 IG 07 LOW 15 IG 15 LOW 07 IG 07 LOW 15 IG 15 LOW Conveyor Diameter * Refer to Application Engineering ( ). 7

71 74

72 rowning elt Drives For over years rowning has been an innovator of quality belt drive solutions for varying equipment and demanding applications. Today, rowning offers the most extensive belt drive product line in the world. Our extensive offering has many patented and exclusive design features not found in any other sheave. Shaft Mount Accessories Key Product Offerings: Complete Line of F sheaves Complete Line of Multiple Sheaves in both QD and Split Taper designs rowning Split Taper ushings etter concentricity for easy assembly Keytokey drive /4" ft. selflocking taper Available in inch and metric bores rowning Patented 5V Sheaves (Not for use with anded elts) Interchanges with popular QD and Split Taper sheave designs Patented design provides the power of 5V belts in the economy of a section sheave. Serves 90% of all applications from 15 Increases by 40% (or reduces cost by 40%) rowning rand Vbelts Unique design enhances performance, provides increased horsepower capacity in short center drives Single fabric design reduces vibration (wrapped belt) Ground form edges reduce center distance variation and drive vibration (raw edge) rowning belts and sheaves provide 4X the product offering of any competitor rowning VP Vortex Variable Sheaves Increased wall thickness and hub design for increased horsepower capacity and shorter center drives Tighter tolerances for reduced vibration External rib design provides extra cooling for longer belt life rowning MVP Variable Sheaves Economical and infinite mechanical speed adjustment Offered up to grooves Serves applications up to 750 hp An excellent solution for dual drive applications 75

73 Accessories Shaft Mount Reducers Preselected elt Drives 7SMTP05 7SMTP05 Variable 7SMTP05 elt elts Variable ushing ushing ushing ushing elts VP50 X 90 9 AK9 5V VP AK41 AK AK K6 VP V1 5 1 T40 5V14 P VP4 5V V VP60 X K K VP K4 X VP60 16 K6 K K40 VP T40 5V90 P K VP71 X K T8 P1 5 7 VP K45 K80 X VP K47 K90 X VP6 5V V4 P VP65 X K VP K V K55 VP AK VP AK56 AK VP60 X 5 44 AK VP65 5V K VP K K K65 K V K K K6 K67 X 9 7 K K K6 K K K67 elt Notes: Preselected belt drives are based on the following guidelines: NEMA Recommendations for Sheave Diameter and Width Average Service at Reducer Rated Load elt Minimum For other conditions (including but not limited to; fire hazard, explosion hazard or choked input), contact Application Engineering ( ) for assistance in selecting a belt drive. It is recommended that 50 hp motors and larger the sheave diameters shown be checked with the motor manufacturer to be sure they meet their recommendations for minimum pitch diameter. 76

74 Accessories Shaft Mount Reducers Preselected elt Drives 7SMTP09 7SMTP09 Variable 7SMTP09 elt Variable elts elts ushing ushing ushing ushing 16 0 VP6 1 AK T00 1 VP4 1 AK5 T VP6 X 14 AK K VP4 7 5V00 X 16 K VP50 17 K K40 VP K VP60 AK184 1 K VP65 AK AK VP V16 4 K8 5V VP56 5 AK VP4 5V90 6 AK6 8 8 VP56 X 7 AK7 K VP AK AK0 VP65 TA X AK V1 4 AK4 VP K VP K4 X VP K K40 K190 X VP65 5V T8 P VP71 45 K VP60 46 K47 X VP65 5V K0 5V VP K VP65 5V AK AK AK46 AK AK AK AK9 AK AK AK9 AK AK AK56 AK AK AK AK AK56 AK AK K K K60 5V86 X 1 15 K AK74 AK V K57 5V K V K57 X K K K V V68 5V68 elt T80 Shaft Mount Accessories Notes: Preselected belt drives are based on the following guidelines: NEMA Recommendations for Sheave Diameter and Width Average Service at Reducer Rated Load elt Minimum For other conditions (including but not limited to; fire hazard, explosion hazard or choked input), contact Application Engineering ( ) for assistance in selecting a belt drive. It is recommended that 50 hp motors and larger the sheave diameters shown be checked with the motor manufacturer to be sure they meet their recommendations for minimum pitch diameter. 77

75 Accessories Shaft Mount Reducers Preselected elt Drives 7SMTP15 7SMTP15 Variable 7SMTP15 elt Variable elts ushing ushing ushing 1 VP6 7 AK VP4 5V78 8 AK5 17 VP50 9 AK1 18 AK154 AK 5V78 VP AK5 AK K5 8 AK114 1 AK VP AK94 14 AK 47 5 AK84 15 AK5 5V VP50 16 AK7 5V VP56 17 AK K AK74 18 AK VP50 5V AK AK61 1 AK AK VP60 AK4 X 94 5V68 AK VP AK K8 K VP60 5V AK VP65 9 AK7 K60 X 17 VP71 0 AK8 1 AK0 4 AK AK AK4 7 8 AK 9 40 AK AK AK AK4 50 AK AK AK49 AK AK AK AK AK49 AK AK AK AK44 8 AK46 AK AK AK AK59 AK AK AK AK AK46 AK AK K57 16 K60 17 K6 ushing T80 AK4 TA8 elts 5V5 X elt Notes: Preselected belt drives are based on the following guidelines: NEMA Recommendations for Sheave Diameter and Width Average Service at Reducer Rated Load elt Minimum For other conditions (including but not limited to; fire hazard, explosion hazard or choked input), contact Application Engineering ( ) for assistance in selecting a belt drive. It is recommended that 50 hp motors and larger the sheave diameters shown be checked with the motor manufacturer to be sure they meet their recommendations for minimum pitch diameter. 78

76 Accessories Shaft Mount Reducers Preselected elt Drives 7SMTP5 7SMTP5 Variable 7SMTP5 elt Variable elts ushing ushing ushing 6 7 5V78 5 AK0 8 5V00 6 AK VP6 AK154 7 AK AK114 8 AK AK K190 AK AK5 8 5V88 11 AK8 VP AK56 1 AK0 AK AK49 1 AK VP50 14 K5 AK VP56 15 AK K X 16 AK VP V4 P1 17 AK VP AK 0 K8 1 AK5 5V86 AK6 4 AK4 5 6 AK9 AK4 7 8 AK8 9 0 AK0 1 AK AK74 4 AK4 5 AK0 6 7 AK 8 40 AK4 AK AK AK AK44 AK AK AK AK AK AK AK51 AK AK AK56 ushing 5V78 elts elt Shaft Mount Accessories Notes: Preselected belt drives are based on the following guidelines: NEMA Recommendations for Sheave Diameter and Width Average Service at Reducer Rated Load elt Minimum For other conditions (including but not limited to; fire hazard, explosion hazard or choked input), contact Application Engineering ( ) for assistance in selecting a belt drive. It is recommended that 50 hp motors and larger the sheave diameters shown be checked with the motor manufacturer to be sure they meet their recommendations for minimum pitch diameter. 79

77 Accessories Shaft Mount Reducers Preselected elt Drives 7SMTP5 7SMTP5 Variable 7SMTP5 elt Variable elts ushing ushing ushing 5 6 VP6 5 AK0 7 VP4 TA45 6 AK 5V00 8 VP50 7 AK VP6 8 AK0 AK VP4 9 AK 14 VP6 AK5 AK VP4 11 AK6 5V VP6 1 AK5 AK74 5 VP4 1 AK 6 1 VP6 14 AK 5V86 AK AK VP4 5V4 16 AK6 P T8 17 AK 18 AK 5V68 19 AK5 0 AK 1 AK AK5 5V56 4 AK6 5 AK 6 7 AK5 8 AK6 9 AK7 0 1 AK AK4 AK AK 6 7 AK4 AK AK AK AK44 AK AK AK AK AK ushing K55 elts elt Notes: Preselected belt drives are based on the following guidelines: NEMA Recommendations for Sheave Diameter and Width Average Service at Reducer Rated Load elt Minimum For other conditions (including but not limited to; fire hazard, explosion hazard or choked input), contact Application Engineering ( ) for assistance in selecting a belt drive. It is recommended that 50 hp motors and larger the sheave diameters shown be checked with the motor manufacturer to be sure they meet their recommendations for minimum pitch diameter. 80

78 Accessories Shaft Mount Reducers Preselected elt Drives 115SMTP05 115SMTP05 Variable 115SMTP05 elt Variable elts elts ushing ushing ushing ushing VP T6 P 96 5 VP71 5V4 X 9 96 T8 P1 X 6 1 VP K45 5V VP K VP K5 5V VP K VP K VP K60 K190 X V K6 VP65 X K V4 VP V V44 P1 5V VP K55 09 VP K VP71 Q5V V5 5V16 X 0 4 VP K VP K6 5V VP V VP V VP71 5V V58 07 VP V60 5V VP V6 1 7 VP75 5V V V V66 X V6880 5V V MVP8094Q 5V86 X V V V64 5 5V V54 5V V V V V64 5V V V V80 K1 X V60 1 5V6 5V74 0 5V64 1 5V V94 K1 X V70 5V V V5V70 5V68 X V74 elt Shaft Mount Accessories Notes: Preselected belt drives are based on the following guidelines: NEMA Recommendations for Sheave Diameter and Width Average Service at Reducer Rated Load elt Minimum For other conditions (including but not limited to; fire hazard, explosion hazard or choked input), contact Application Engineering ( ) for assistance in selecting a belt drive. It is recommended that 50 hp motors and larger the sheave diameters shown be checked with the motor manufacturer to be sure they meet their recommendations for minimum pitch diameter. 81

79 Accessories Shaft Mount Reducers Preselected elt Drives 115SMTP SMTP09 Variable 115SMTP09 elt Variable elts elts ushing ushing ushing ushing 16 0 VP6 1 AK 1 5 VP4 1 AK5 T80 T VP50 14 AK6 0 VP56 15 AK 4 8 VP50 16 K8 T VP56 5V4 17 AK5 X VP60 18 AK VP4 5V16 19 AK VP56 0 AK VP60 1 AK6 5V V160 AK7 VP K VP V VP V QV50 VX VP71 5V V6 X 96 0 VP K 1 7 VP65 K4 5V VP K6 K VP K V90 X 9 40 T8 P1 VP K X VP K VP71 5V T8 K160 P VP T VP K45 5V6 X VP K4 5V T8 P K K V4 P1 X 5V K K V K K K57 5V K K K55 X 0 K57 K1 4 9 K K K55 K V5 5V V V V V66 5V V V64 X V66 K V68 Notes: Preselected belt drives are based on the following guidelines: NEMA Recommendations for Sheave Diameter and Width 168 5V70 Average Service at Reducer Rated Load V6 elt Minimum 5V V64 For other conditions (including but not limited to; fire hazard, explosion hazard or V80 choked input), contact Application Engineering ( ) for assistance in V6 5V66 selecting a belt drive V64 It is recommended that 50 hp motors and larger the sheave diameters shown be V86 K90 X checked with the motor manufacturer to be sure they meet their recommendations for minimum pitch diameter. elt

80 Accessories Shaft Mount Reducers Preselected elt Drives 115SMTP15 115SMTP15 Variable 115SMTP15 elt Variable elts elts ushing ushing ushing ushing 1 VP6 7 K VP4 V5V78 8 K VP50 9 K T80 0 VP6 K6 AK AK VP4 9 AK14 1 AK5 5V50 6 VP50 1 AK7 AK VP56 14 AK V86 15 AK VP4 X K80 16 AK6 K AK7 VP V1 AK X 19 0 VP K8 5V VP60 AK K0 VP V86 X 4 AK AK VP AK4 AK VP AK9 X 94 1 VP AK41 5V68 6 AK44 VP AK4 11 VP65 K6 5 7 AK9 X 11 VP71 5V AK41 AK AK AK AK K K6 X 5 5 T T40 P V K47 K V4 P K K K AK AK61 AK AK K K60 K K K55 0 K K60 K67 X K K57 K V5 5V V V68 5V6 X elt Shaft Mount Accessories Notes: Preselected belt drives are based on the following guidelines: NEMA Recommendations for Sheave Diameter and Width Average Service at Reducer Rated Load elt Minimum For other conditions (including but not limited to; fire hazard, explosion hazard or choked input), contact Application Engineering ( ) for assistance in selecting a belt drive. It is recommended that 50 hp motors and larger the sheave diameters shown be checked with the motor manufacturer to be sure they meet their recommendations for minimum pitch diameter. 8

81 Accessories Shaft Mount Reducers Preselected elt Drives 115SMTP5 115SMTP5 Variable 115SMTP5 elt Variable elts elts ushing ushing ushing ushing 6 7 VP6 5 AK0 8 9 VP4 5V78 6 AK 5V78 11 VP50 7 K VP6 8 AK 5V00 AK VP4 9 AK VP6 AK AK K8 K V86 1 AK6 1 5 K80 1 AK VP K8 5V6 5V AK V50 X 16 AK VP50 AK56 17 AK VP60 AK61 18 AK 6 67 P65 19 AK5 5V94 K AK6 VP60 X K50 1 AK7 AK6 4 K 5V86 5 AK AK44 AK114 8 AK AK49 1 AK 4 AK4 AK74 5 AK0 6 7 AK AK64 8 AK K 41 4 K K6 K K40 X K K4 K K6 58 K AK AK AK59 AK AK AK64 7 AK AK56 AK AK K6 K55 X elt Notes: Preselected belt drives are based on the following guidelines: NEMA Recommendations for Sheave Diameter and Width Average Service at Reducer Rated Load elt Minimum For other conditions (including but not limited to; fire hazard, explosion hazard or choked input), contact Application Engineering ( ) for assistance in selecting a belt drive. It is recommended that 50 hp motors and larger the sheave diameters shown be checked with the motor manufacturer to be sure they meet their recommendations for minimum pitch diameter. 84

82 Accessories Shaft Mount Reducers Preselected elt Drives 115SMTP5 115SMTP5 Variable 115SMTP5 elt Variable elts ushing ushing ushing 5 6 VP6 5 AK0 7 VP4 TA45 6 K8 5V00 8 VP50 7 AK VP6 8 K5 AK AK 5V VP4 AK4 AK AK84 11 AK6 1 VP6 1 K5 5V AK 7 VP4 K6 X 14 AK 5V86 8 AK49 15 AK5 9 4 VP50 16 AK7 AK VP56 17 AK VP50 AK44 18 AK 5V AK5 1 AK AK 4 AK4 5 6 AK9 7 AK41 8 AK4 9 0 AK9 1 AK41 AK64 AK AK9 6 7 AK AK AK46 AK AK AK AK54 50 AK44 AK44 ushing K60 AK74 elts elt Shaft Mount Accessories Notes: Preselected belt drives are based on the following guidelines: NEMA Recommendations for Sheave Diameter and Width Average Service at Reducer Rated Load elt Minimum For other conditions (including but not limited to; fire hazard, explosion hazard or choked input), contact Application Engineering ( ) for assistance in selecting a belt drive. It is recommended that 50 hp motors and larger the sheave diameters shown be checked with the motor manufacturer to be sure they meet their recommendations for minimum pitch diameter. 85

83 Accessories Shaft Mount Reducers Preselected elt Drives 0SMTP05 0SMTP05 Variable 0SMTP05 elt Variable ushing elts elts ushing ushing ushing VP V VP71 R5V V5V V5V50 VP75 X 115 5V00 1 5V5 K VP65 5V V VP V56 5V VP V VP V5 5V154 5V V V MVP75C97Q V64 K190 X Q TC160 CX 0 04 MVP85C7Q V V5870 5V1 14 5V MVP75C97Q V60 C140R 9 9 MVP85C7Q V6 5V MVP75C97Q V64 Q TC CX 47 7 MVP85C7Q V MVP75C97Q V60 TC MVP85C7Q V6 5V16 X 9 05 MVP7084 MV90Q V66 X 06 4MVP6074 4MV74Q Q V68 7 V6880 5V V MVP95C117Q TC V74 5V MVP5C17Q V70 Q TC114 CX 5V MVP95C117Q V MVP5C17Q TC V V90 5V V V V V64 5V V V V V64 5V V V80 5V Q4V9 5 5V1 5V V1 K1 X V16 5V V1 5V94 X elt Notes: Preselected belt drives are based on the following guidelines: NEMA Recommendations for Sheave Diameter and Width Average Service at Reducer Rated Load elt Minimum For other conditions (including but not limited to; fire hazard, explosion hazard or choked input), contact Application Engineering ( ) for assistance in selecting a belt drive. It is recommended that 50 hp motors and larger the sheave diameters shown be checked with the motor manufacturer to be sure they meet their recommendations for minimum pitch diameter. 86

84 Accessories Shaft Mount Reducers Preselected elt Drives 0SMTP09 0SMTP09 Variable 0SMTP09 elt Variable ushing elts elts ushing ushing ushing 0 4 T00 1 AK T80 VP V50 1 K8 0 VP50 14 K0 7 9 VP60 15 K 5V VP65 16 K4 T VP71 17 K MVP K40 X 5 59 VP K VP65 K190 1 K VP71 K VP75 4 K6 T VP K VP71 R5V K 89 9 VP K VP71 1 K6 5V16 X 5V VP75 K VP65 K X 4 6 K45 VP71 5V K40 X VP K45 5V VP VP71 Q5V VP T4 P VP T6 K160 5V VP T8 P V5870 Q5V K MVP K50 4MV64Q Q X MVP K5 K V5870 5V K K V V V V54 5V V V V V V V V6 5V14 7 5V V66 X V V V V66 5V V V V V V64 5V V V V V V70 5V V V V74 8V V V74 5V74 elt Shaft Mount Accessories Notes: Preselected belt drives are based on the following guidelines: NEMA Recommendations for Sheave Diameter and Width Average Service at Reducer Rated Load elt Minimum For other conditions (including but not limited to; fire hazard, explosion hazard or choked input), contact Application Engineering ( ) for assistance in selecting a belt drive. It is recommended that 50 hp motors and larger the sheave diameters shown be checked with the motor manufacturer to be sure they meet their recommendations for minimum pitch diameter. 87

85 Accessories Shaft Mount Reducers Preselected elt Drives 0SMTP15 0SMTP15 Variable 0SMTP15 elt Variable ushing elts ushing ushing 1 VP6 7 AK 5V78 T AK5 VP AK 18 0 VP50 5V50 AK5 T VP56 11 AK7 5 8 VP50 1 K0 AK184 9 VP56 1 K 5 VP60 14 K4 6 8 VP65 15 K6 K VP71 16 K VP75 17 K VP65 18 K 5V VP71 X 19 K VP K VP65 5V1 K40 K VP71 T8 P VP60 4 K K47 VP65 5V V VP T8 P VP T40 5V VP71 5V4 11 VP65 4 K47 5V K50 VP V58 7 K5 K K K K K V K K K K K K K K K K60 5V K V V V66 5V V V V66 5V80 4 5V V V V V V66 5V V V66 5V6 19 5V64 5V58 ushing K190 5V14 K1 K80 elts X elt Notes: Preselected belt drives are based on the following guidelines: NEMA Recommendations for Sheave Diameter and Width Average Service at Reducer Rated Load elt Minimum For other conditions (including but not limited to; fire hazard, explosion hazard or choked input), contact Application Engineering ( ) for assistance in selecting a belt drive. It is recommended that 50 hp motors and larger the sheave diameters shown be checked with the motor manufacturer to be sure they meet their recommendations for minimum pitch diameter. 88

86 Accessories Shaft Mount Reducers Preselected elt Drives 0SMTP5 0SMTP5 Variable 0SMTP5 elt Variable ushing elts ushing ushing ushing 6 7 VP6 5 K5 8 9 VP4 5V78 6 AK 5V78 11 VP50 7 AK VP4 8 K VP50 AK184 9 AK K VP56 AK5 0 VP4 4V1 11 AK8 4 7 VP50 1 AK0 AK114 8 VP56 1 AK4 AK184 5 VP60 14 AK9 AK4 6 8 VP65 15 AK VP60 16 AK VP65 5V86 17 AK VP AK VP60 0 AK41 5V VP65 1 AK44 AK VP60 X AK46 5V VP65 4 AK VP60 5V AK9 7 AK41 AK4 8 9 AK9 0 AK41 AK94 1 T8 4 P1 5 6 T40 K90 7 5V4 8 9 K K K K K K57 K K K K K K60 K K K K60 5V K K60 K55 elts X elt Shaft Mount Accessories Notes: Preselected belt drives are based on the following guidelines: NEMA Recommendations for Sheave Diameter and Width Average Service at Reducer Rated Load elt Minimum For other conditions (including but not limited to; fire hazard, explosion hazard or choked input), contact Application Engineering ( ) for assistance in selecting a belt drive. It is recommended that 50 hp motors and larger the sheave diameters shown be checked with the motor manufacturer to be sure they meet their recommendations for minimum pitch diameter. 89

87 Accessories Shaft Mount Reducers Preselected elt Drives 0SMTP5 0SMTP5 Variable 0SMTP5 elt Variable ushing elts ushing 5 6 VP6 5 K5 7 VP4 TA45 6 AK 8 VP50 7 AK VP6 8 K6 5V AK VP4 AK114 K AK94 11 AK6 0 1 VP50 1 AK AK4 4 VP56 1 AK4 5 0 K67 14 AK9 1 6 VP4 K55 15 AK K47 16 AK VP60 17 AK46 5V VP65 18 AK VP60 5V5 19 AK51 0 AK9 1 AK41 AK44 4 AK K 7 8 K4 9 K6 0 1 K K4 4 5 K 6 7 K4 8 K6 9 K K K AK AK56 50 AK59 ushing 5V00 5V14 AK14 AK94 ushing 5V6 K57 5V46 5V5 elts X AK59 elt Notes: Preselected belt drives are based on the following guidelines: NEMA Recommendations for Sheave Diameter and Width Average Service at Reducer Rated Load elt Minimum For other conditions (including but not limited to; fire hazard, explosion hazard or choked input), contact Application Engineering ( ) for assistance in selecting a belt drive. It is recommended that 50 hp motors and larger the sheave diameters shown be checked with the motor manufacturer to be sure they meet their recommendations for minimum pitch diameter. 90

88 Accessories Shaft Mount Reducers Preselected elt Drives 07SMTP05 07SMTP05 Variable 07SMTP05 elt Variable ushing elts elts ushing ushing ushing VP V46 5V VP V VP V50 45V VP V5 5V VP V V V56 17 V6880 5V V58 X V5870 5V V V5870 R5V V V6880 5V V66 K V V68 V V V V V Q5V V v6880 Q5V V68 5V154 0 Q5V V V V MVP5C17Q TC V MVP95C117Q V60 C140R V6 MVP5C17Q 5V TC V TC V66 MVP95C117Q Q CX 40 TC V MVP85C7Q MVC96Q V MVP75C97Q V90 5V154 Q 6 81 MVP80CQ MV86Q 06 5V MVP85C7Q 11 5V86 5V90 5V16 4 5V Q5V V64 45V Q5V Q5V 86 0 Q5V9 5V14 0 5V Q5V 9 Q5V9 5V V V Q5V1 5V V V14 5V Q5V1 elt Shaft Mount Accessories Notes: Preselected belt drives are based on the following guidelines: NEMA Recommendations for Sheave Diameter and Width Average Service at Reducer Rated Load elt Minimum For other conditions (including but not limited to; fire hazard, explosion hazard or choked input), contact Application Engineering ( ) for assistance in selecting a belt drive. It is recommended that 50 hp motors and larger the sheave diameters shown be checked with the motor manufacturer to be sure they meet their recommendations for minimum pitch diameter. 91

89 Accessories Shaft Mount Reducers Preselected elt Drives 07SMTP09 07SMTP09 Variable 07SMTP09 elt Variable ushing elts elts ushing ushing ushing 5 MVP549 T80 15 K 6 9 MVP K4 MV00R 0 1 MVP K6 4 MVP K40 T VP K VP65 5V78 1 K VP71 X K VP75 K VP T6 P 5V VP K VP65 8 T6 P VP71 5V K45 5V78 X VP75 1 K VP65 K5 5V VP71 K MVP K MVP K55 5V78 X MV16R X MVP K MVP T MVP85C7Q C180R T MVP75C97Q Q CX T8 TC160 P MVP85C7Q T V6880 Q5V V V5870 Q5V V44 45V184 X MVP75C97Q V50 TC VMP85C7Q Q CX V MVP5C17Q C140R V44 P MV86Q V46 4MVP7084 Q X MV80Q V48 5V V V V V58 5V160 X V V V V70 5V V V54 5V V V V6 5V V64 1 5V V V V90 5V V V V6 5V V V86 5V1 Notes: Preselected belt drives are based on the following guidelines: Q5V97 NEMA Recommendations for Sheave Diameter and Width Q5V Average Service at Reducer Rated Load 5V Q5V9 elt Minimum V1 For other conditions (including but not limited to; fire hazard, explosion hazard or Q5V choked input), contact Application Engineering ( ) for assistance in Q5V9 selecting a belt drive V1 5V1 It is recommended that 50 hp motors and larger the sheave diameters shown be checked with the motor manufacturer to be sure they meet their recommendations for minimum pitch diameter. 9 elt

90 Accessories Shaft Mount Reducers Preselected elt Drives 07SMTP15 07SMTP15 Variable 07SMTP15 elt Variable ushing elts ushing ushing K7 VP4 T K VP50 9 K T80 0 VP60 K6 5V VP65 11 T8 P1 6 8 VP71 1 K45 9 VP6 1 K6 4 5 VP65 5V00 X 14 T8 6 9 VP71 15 T40 P VP V VP71 5V K VP75 18 K VP71 5V16 19 K VP65 0 K40 Q5V VP VP65 T8 P1 Q5V VP V K Q5V K50 K190 V Q5V80 9 K V K V80 K Q5V K57 V V K60 K V V K V V5 5V V V V V V8 5V V V V V68 5V V V V68 5V V V V V74 5V V V90 5V V V V94 5V86 ushing elts elt T00 5V00 X Shaft Mount Accessories Notes: Preselected belt drives are based on the following guidelines: NEMA Recommendations for Sheave Diameter and Width Average Service at Reducer Rated Load elt Minimum For other conditions (including but not limited to; fire hazard, explosion hazard or choked input), contact Application Engineering ( ) for assistance in selecting a belt drive. It is recommended that 50 hp motors and larger the sheave diameters shown be checked with the motor manufacturer to be sure they meet their recommendations for minimum pitch diameter. 9

91 Accessories Shaft Mount Reducers Preselected elt Drives 07SMTP5 07SMTP5 Variable 07SMTP5 elt Variable ushing elts ushing ushing 6 7 VP6 5 K0 8 9 VP4 6 K6 5V78 11 VP50 7 K8 1 1 VP56 8 K VP4 9 K VP50 K8 P1 1 VP60 5V T VP65 1 AK0 6 8 VP71 1 AK4 9 1 VP65 14 AK9 AK14 4 VP71 15 AK VP65 16 AK44 5V VP71 17 AK VP60 18 K VP65 5V90 19 K6 X VP71 0 K40 P VP65 1 T VP71 5V74 K VP75 K VP65 4 K50 5V VP71 5 K VP65 5V5 6 7 K50 8 K5 9 K V5 K6 4 5 K V K K V V V V V V V V V V V V V66 ushing T80 5V50 AK184 5V16 5V14 K1 5V86 K0 5V80 5V90 elts X X elt K65 Notes: Preselected belt drives are based on the following guidelines: NEMA Recommendations for Sheave Diameter and Width Average Service at Reducer Rated Load elt Minimum For other conditions (including but not limited to; fire hazard, explosion hazard or choked input), contact Application Engineering ( ) for assistance in selecting a belt drive. It is recommended that 50 hp motors and larger the sheave diameters shown be checked with the motor manufacturer to be sure they meet their recommendations for minimum pitch diameter. 94

92 Accessories Shaft Mount Reducers Preselected elt Drives 07SMTP5 07SMTP5 Variable 07SMTP5 elt Variable ushing elts ushing ushing ushing 5 VP6 5 AK5 5V50 6 VP4 6 K4 5V VP50 7 AK 9 VP56 8 K0 11 VP4 9 K 5V VP50 5V160 K6 15 VP56 11 K40 16 VP4 1 AK 17 0 VP50 AK114 1 AK4 1 VP60 14 AK9 4 7 VP65 15 AK41 5V1 8 0 VP71 16 AK44 AK VP65 17 AK VP65 5V80 18 AK VP71 X 19 AK VP60 0 AK46 5V VP65 1 AK VP71 K67 AK51 AK54 AK114 4 AK AK59 7 AK64 8 5V K55 1 K57 5V86 K60 4 K6 5 5V K55 5V K57 40 K K55 K V V68 K V64 5V66 elts X elt Shaft Mount Accessories Notes: Preselected belt drives are based on the following guidelines: NEMA Recommendations for Sheave Diameter and Width Average Service at Reducer Rated Load elt Minimum For other conditions (including but not limited to; fire hazard, explosion hazard or choked input), contact Application Engineering ( ) for assistance in selecting a belt drive. It is recommended that 50 hp motors and larger the sheave diameters shown be checked with the motor manufacturer to be sure they meet their recommendations for minimum pitch diameter. 95

93 Accessories Shaft Mount Reducers Preselected elt Drives 15SMTP05 15SMTP05 Variable 15SMTP05 elt Variable ushing elts ushing ushing V V50 5V V V V V54 V V V56 45V MVP5C17Q C00R V VMP95C117Q C70R V V64 MVP4C17Q TC V MVP95C117Q V70 TC V74 MVP5C17Q 1 0 C180R R5V MVP85C7Q Q CX V MVP90C11Q MVC140R Q5V MVP95C117Q V MVP85C7Q V MVC1Q V68 MVP90C11Q 5 7 Q V5V MVCQ V74 MVP115C17Q MVC1Q 5V86 5V V R5V R5V 5V R5V V R5V R5V R5V 5V1 1 8 R5V V V R5V1 5V V V14 R5V9 ushing elts elt 5V184 45V Notes: Preselected belt drives are based on the following guidelines: NEMA Recommendations for Sheave Diameter and Width Average Service at Reducer Rated Load elt Minimum For other conditions (including but not limited to; fire hazard, explosion hazard or choked input), contact Application Engineering ( ) for assistance in selecting a belt drive. It is recommended that 50 hp motors and larger the sheave diameters shown be checked with the motor manufacturer to be sure they meet their recommendations for minimum pitch diameter. 96

94 Accessories Shaft Mount Reducers Preselected elt Drives 15SMTP09 15SMTP09 Variable 15SMTP09 elt Variable ushing elts ushing ushing 0 4 MVP549 0 T6 P MV80R 5 9 MVP T8 P1 0 5 MVP4054 T MVP4599 K47 MV00R 9 41 MVP5064 X 4 K MVP K MVP V48 MV50R 5 57 MVP V MVP75C97Q 9 5V MVP85C7Q 0 5V54 C00R MVP95C117Q 1 5V MVP5C17Q 5V MVP85C7Q 4 5V44 TC MVP95C117Q 5 5V48 9 MVP75C97Q 6 7 5V50 Q CX 4 11 MVP85C7Q MVC180R 8 5V MVP95C117Q V MVP75C97Q V MVP90C11Q 4 5V MVP95C117Q MVCQ Q V MVP5C17Q V MVP115C17Q V V V V V V V V V V V V V R5V V Q5V V V R5V V V V R5V R5V R5V R5V R5V V R5V V V R5V V16 ushing T80 5V78 5V4 elts X elt 45V V184 X 45V14 4 5V154 5V16 5V14 5V16 Shaft Mount Accessories Notes: Preselected belt drives are based on the following guidelines: NEMA Recommendations for Sheave Diameter and Width Average Service at Reducer Rated Load elt Minimum For other conditions (including but not limited to; fire hazard, explosion hazard or choked input), contact Application Engineering ( ) for assistance in selecting a belt drive. It is recommended that 50 hp motors and larger the sheave diameters shown be checked with the motor manufacturer to be sure they meet their recommendations for minimum pitch diameter. 97

95 Accessories Shaft Mount Reducers Preselected elt Drives 15SMTP15 15SMTP15 Variable 15SMTP15 elt Variable ushing elts ushing ushing VP4 T80 9 K MVP549 T00 K T8 P1 VP K45 X 6 8 VP65 5V50 1 K50 9 VP71 14 K5 4 MVP6074P P 15 T6 P 5 9 VP71 16 T40 P VP75 5V V V K V5870 R5V K MVP75C97Q 0 K MVP85C7Q Q C180R CX 1 K MVP95C117Q K V5870 Q5V97 K MVP95C117Q 4 5 4T6 P C140R 95 MVP5C17Q 6 4T8 Q CX 118 MVP85C7Q TC T40 P1 119 MVP80C MVC86Q Q V V46 4 5V V V V V V V V Q5V V Q5V V V V V V Q5V Q5V Q5V Q5V 0 5 Q5V V Q5V Q5V V V Q5V1 16 5V16 ushing T80 5V78 5V78 elts elt X 45V V154 5V16 5V154 5V16 5V14 5V1 5V14 Notes: Preselected belt drives are based on the following guidelines: NEMA Recommendations for Sheave Diameter and Width Average Service at Reducer Rated Load elt Minimum For other conditions (including but not limited to; fire hazard, explosion hazard or choked input), contact Application Engineering ( ) for assistance in selecting a belt drive. It is recommended that 50 hp motors and larger the sheave diameters shown be checked with the motor manufacturer to be sure they meet their recommendations for minimum pitch diameter. 98

96 Accessories Shaft Mount Reducers Preselected elt Drives 15SMTP5 15SMTP5 Variable 15SMTP5 elt Variable ushing elts ushing ushing 7 8 VP4 5 K0 T K6 VP T40 P VP60 8 T50 TA VP65 9 T VP71 T VP65 11 K6 MVP K40 5V T8 VP75 P V4 9 VP65 15 T6 P R5V140 5 VP K VP V4 P1 5V1 9 4 VP71 19 K V K5 Q5V V T6 P V5870 5V74 T8 P V6870 Q5V K47 6 5V44 P V46 9 5V V58 5V V66 6 5V V V V V V V V V Q5V V V V V V Q5V9 ushing T80 P1 5V78 5V00 5V160 5V14 5V16 5V1 5V94 5V90 5V80 elts X elt Shaft Mount Accessories Notes: Preselected belt drives are based on the following guidelines: NEMA Recommendations for Sheave Diameter and Width Average Service at Reducer Rated Load elt Minimum For other conditions (including but not limited to; fire hazard, explosion hazard or choked input), contact Application Engineering ( ) for assistance in selecting a belt drive. It is recommended that 50 hp motors and larger the sheave diameters shown be checked with the motor manufacturer to be sure they meet their recommendations for minimum pitch diameter. 99

97 Accessories Shaft Mount Reducers Preselected elt Drives 15SMTP5 15SMTP5 Variable 15SMTP5 elt Variable ushing elts ushing ushing ushing 5 6 VP4 5 K 7 VP50 T00 6 K6 5V78 8 VP56 7 T40 9 VP4 8 5V4 P1 5V00 11 VP50 9 T8 1 VP56 5V VP65 11 K MVP K VP60 1 T6 P 5V16 1 MVP K45 5V L47 VP V1 16 K50 X 9 VP75 17 K5 6 VP65 18 K55 5V VP K VP65 1 K55 5V V5870 K57 4 K6 5 K65 5V V64 8 5V66 9 5V V50 5V54 5V V86 7 5V90 5V V V60 5V V V V90 5V V94 elts elt X Notes: Preselected belt drives are based on the following guidelines: NEMA Recommendations for Sheave Diameter and Width Average Service at Reducer Rated Load elt Minimum For other conditions (including but not limited to; fire hazard, explosion hazard or choked input), contact Application Engineering ( ) for assistance in selecting a belt drive. It is recommended that 50 hp motors and larger the sheave diameters shown be checked with the motor manufacturer to be sure they meet their recommendations for minimum pitch diameter. 0

98 Accessories Shaft Mount Reducers Preselected elt Drives 07SMTP05 07SMTP05 Variable 07SMTP05 elt Variable ushing ushing elts elts ushing ushing MVP85C7Q V60 MVC60R 0 8 MVP95C117Q R CX V MVP85C7Q MVC00R V MVP815V95Q 1 45V68 45V MVP915V5Q V70 MV5V40S S MVP15V115Q V74 Q MVP1115V15Q V MVP15V115Q V68 MV5V00R MVP15V15Q V MVP1115V15Q MV5V180R 16 45V MVP15V115Q V80 MV5V150R 6 80 MVP15V15Q V80 45V MV5V1R R5V85 4MVP15V V86 4MV5V118R V90 4MVP1115V MV59R V MVP15V115 5MV5V97R R V V R5V97 45V R5V R5V V V R5V R5V 45V V V94 45V R5V V V94 45V R5V R5V R5V R5V140 45V R5V R5V1 45V R5V R5V R5V140 45V R5V15 45V V14 5R5V9 5 elt Shaft Mount Accessories Notes: Preselected belt drives are based on the following guidelines: NEMA Recommendations for Sheave Diameter and Width Average Service at Reducer Rated Load elt Minimum For other conditions (including but not limited to; fire hazard, explosion hazard or choked input), contact Application Engineering ( ) for assistance in selecting a belt drive. It is recommended that 50 hp motors and larger the sheave diameters shown be checked with the motor manufacturer to be sure they meet their recommendations for minimum pitch diameter. 1

99 Accessories Shaft Mount Reducers Preselected elt Drives 07SMTP09 07SMTP09 Variable 07SMTP09 elt Variable ushing ushing elts elts ushing ushing 7 5MVP V4 P1 5MV80R 8 0 5MVP V46 4S5V75 S MVP V MVP V50 5MV00R X MVP V MVP T54 R MVP80CQ 1 5T MVP90C11Q 5T58 5T80 Q X MVP95C117Q 5T60 MVC60R CX MVP85C7Q 4 5T MVP95C117Q 5 5T MVP5C17Q V50 Q 8 94 MVP815V95Q 8 45V MVP915V5Q MV5V00R V MVP15V115Q 41 45V56 45V MV5V160R V MVP915V5Q MV5V140R V MV5V1R V MV5V1R V58 4MVP15V V6 4MV5V15R MVP1115V V V66 45V V V V R5V V V V94 5V R5V R5V R5V R5V V V V94 45V R5V R5V R5V V R5V R5V15 5V R5V V V94 45V R5V R5V1 45V R5V R5V R5V1 45V R5V140 elt Notes: Preselected belt drives are based on the following guidelines: NEMA Recommendations for Sheave Diameter and Width Average Service at Reducer Rated Load elt Minimum For other conditions (including but not limited to; fire hazard, explosion hazard or choked input), contact Application Engineering ( ) for assistance in selecting a belt drive. It is recommended that 50 hp motors and larger the sheave diameters shown be checked with the motor manufacturer to be sure they meet their recommendations for minimum pitch diameter.

100 Accessories Shaft Mount Reducers Preselected elt Drives 07SMTP15 07SMTP15 Variable 07SMTP15 elt Variable ushing ushing elts ushing MV80R 1 T6 P MVP K V4 P MVP4559 4MV00R 15 5V46 X 5 4MVP V MVP V4 P1 8 0 MVP75C V44 C60R 1 5 MVP85C7Q 19 45V MVP75C97Q V MVP85C7Q 5V54 C70R MVP95C117Q 5V56 CX 50 5 MVP5C17Q 4 5V MVP75C97Q 5 6 5V54 Q 6 67 MVP85C7Q MVC180R 7 5V MVP95C117Q 8 9 4Q5V46 Q 74 8 MVP95C117Q MVC160R 0 45V MVP815V95Q 1 45V48 MV5V118R 9 4 MVP915V5Q 45V MVP915V5Q V54 MV5VR MVP15V115Q V V V64 4 Q5V V V74 49 R5V V V V V V V V V V V V V R5V R5V 99 4 R5V V R5V V14 16 R5V1 17 5V16 T80 ushing elts elt X 4T00 4 T00 5V50 45V V184 5V154 45V16 5V154 45V14 5V14 5V16 5V14 4 Shaft Mount Accessories Notes: Preselected belt drives are based on the following guidelines: NEMA Recommendations for Sheave Diameter and Width Average Service at Reducer Rated Load elt Minimum For other conditions (including but not limited to; fire hazard, explosion hazard or choked input), contact Application Engineering ( ) for assistance in selecting a belt drive. It is recommended that 50 hp motors and larger the sheave diameters shown be checked with the motor manufacturer to be sure they meet their recommendations for minimum pitch diameter.

101 Accessories Shaft Mount Reducers Preselected elt Drives 07SMTP5 07SMTP5 Variable 07SMTP5 elt Variable ushing ushing elts ushing 7 9 T80 6 K6 MVP K VP60 5V78 8 K VP71 X 9 T6 P 18 0 VP75 K47 1 MVP7084P P 5V50 11 K50 5V MVP8094Q 1 K50 8 MVP75C97Q 1 K MVP85C7Q 14 K60 5V78 TC MVP95C117Q 15 5V MVP5C17Q 16 5V60 Q 44 5 MVP95C117Q TC160 CX 17 5V4 P MVP95C117Q 18 5V44 C140R 5V MVP5C17Q 19 5V MVP80CQ 0 5V50 MVC96Q Q MVP95C117Q 1 5V46 5V48 4 5V5 5 5V54 5V V V V56 1 5V60 4 5V64 5V V V V V66 5V V V Q5V Q5V 55 Q5V V1 60 5V R5V85 65 R5V90 5V V V V90 5V V R5V9 5V94 ushing T80 elts elt X 5V16 Notes: Preselected belt drives are based on the following guidelines: NEMA Recommendations for Sheave Diameter and Width Average Service at Reducer Rated Load elt Minimum For other conditions (including but not limited to; fire hazard, explosion hazard or choked input), contact Application Engineering ( ) for assistance in selecting a belt drive. It is recommended that 50 hp motors and larger the sheave diameters shown be checked with the motor manufacturer to be sure they meet their recommendations for minimum pitch diameter. 4

102 Accessories Shaft Mount Reducers Preselected elt Drives 07SMTP5 07SMTP5 Variable 07SMTP5 elt Variable ushing ushing elts elts ushing ushing 5 6 VP4 5 K4 T MVP549 6 T0 T00 P P65 5V4 7 5V4 X VP75 5V V V V5 5V78 VP71 4 5V V5870 5V16 11 K55 X 8 0 V K57 5V4 1 4 V K6 Q5V9 5 8 V V44 P1 9 4 V V48 5V V V MVP85C7Q Q TC0 CX 17 5V5 18 5V56 5V V60 0 5V6 1 5V68 5V60 4 5V V V74 5V V80 1 5V86 4 5V90 5 5V V V86 5V1 41 5V V Q5V V80 5V V86 elt Shaft Mount Accessories Notes: Preselected belt drives are based on the following guidelines: NEMA Recommendations for Sheave Diameter and Width Average Service at Reducer Rated Load elt Minimum For other conditions (including but not limited to; fire hazard, explosion hazard or choked input), contact Application Engineering ( ) for assistance in selecting a belt drive. It is recommended that 50 hp motors and larger the sheave diameters shown be checked with the motor manufacturer to be sure they meet their recommendations for minimum pitch diameter. 5

103 Accessories Shaft Mount Reducers Preselected elt Drives 15SMTP05 15SMTP05 Variable 15SMTP05 elt Variable ushing ushing elts ushing MVP75C97Q MVC60R R CX V MVP815V95Q 95 0 R5V 11 1 MVP915V5Q MV5V00S 1 6 R5V MVP15V115Q Q V74 S MVP915V5Q R5V MVP15V115Q MV5V40S V MVP1115V15Q 16 45V MV5V00R V90 4MVP15V V94 4MV5V180R MVP1115V R5V MVP915V R5V 5MV5V140S R5V118 5MVP15V S V14 5MV5V15S R5V MVP1115V15 5MV5V118S R5V MV5V198R R5V V V R5V R5V R5V V1 1 4R5V R5V R5V R5V V R5V V R5V V R5V S5V15 S V S5V1 S V16 ushing S5V75 S1 45V50 elts elt 5V78 45V V V V160 55V16 65V Notes: Preselected belt drives are based on the following guidelines: NEMA Recommendations for Sheave Diameter and Width Average Service at Reducer Rated Load elt Minimum For other conditions (including but not limited to; fire hazard, explosion hazard or choked input), contact Application Engineering ( ) for assistance in selecting a belt drive. It is recommended that 50 hp motors and larger the sheave diameters shown be checked with the motor manufacturer to be sure they meet their recommendations for minimum pitch diameter. 6

104 Accessories Shaft Mount Reducers Preselected elt Drives 15SMTP09 15SMTP09 Variable 15SMTP09 elt Variable ushing ushing elts elts ushing ushing 4 9 6MVP C60Q Q 4C500R CX 6MV80R MVP V48 X 5 7 5MV80R 7 45V50 5MVP MV00R 8 45V5 R 46 5 MVP75C97Q 9 45V MVP85C7Q 0 45V56 MVC60R CX MVP5C17Q Q 1 45V MVP115C17Q 45V60 4 4S5V MVP915V5Q MV5V40S 4 45V MV5V40S S1 5 45V64 4MVP15V MV5V1S V MVP1115V15 4MV5V00R V70 S1 1 5MVP915V5 5MV5V180S V MV5V160S V80 5MVP15V S V86 5MV5V140S V90 5MVP1115V MV5V15S V R5V R5V9 S5V R5V R5V R5V V V94 45V R5V R5V V R5V15 45V R5V V R5V V R5V V14 55V R5V V V S5V1 S1 65V V V S5V1 65V16 S V16 elt Shaft Mount Accessories Notes: Preselected belt drives are based on the following guidelines: NEMA Recommendations for Sheave Diameter and Width Average Service at Reducer Rated Load elt Minimum For other conditions (including but not limited to; fire hazard, explosion hazard or choked input), contact Application Engineering ( ) for assistance in selecting a belt drive. It is recommended that 50 hp motors and larger the sheave diameters shown be checked with the motor manufacturer to be sure they meet their recommendations for minimum pitch diameter. 7

105 Accessories Shaft Mount Reducers Preselected elt Drives 15SMTP15 15SMTP15 Variable 15SMTP15 elt Variable ushing ushing elts ushing 17 5MVP V4 5MV00R 7 5MVP V46 P 8 1 5MVP5064 R X T50 5 5MVP6074 5MV50R 16 5T MVP T MVP75C97Q 18 45V4 P1 MVC40R MVP90C11Q CX 19 4Q5V46 Q 45V MVP85C7Q MVC00R 0 45V MVP915V5Q Q 1 45V48 M5V180R V46 MVP15V115Q 45V MV5V160R V MVP915V5Q MV5V1R 6 45V MVP15V V56 4MV5V1R MVP1115V V MVP915V5 5MV5V97R R 5 1 5V66 5 5V V V V V V V V R5V V86 45V V V R5V R5V R5V V V V R5V R5V V1 45V R5V R5V R5V R5V R5V R5V1 45V R5V R5V1 45V14 ushing 5T80 Q elts elt 5 5V Notes: Preselected belt drives are based on the following guidelines: NEMA Recommendations for Sheave Diameter and Width Average Service at Reducer Rated Load elt Minimum For other conditions (including but not limited to; fire hazard, explosion hazard or choked input), contact Application Engineering ( ) for assistance in selecting a belt drive. It is recommended that 50 hp motors and larger the sheave diameters shown be checked with the motor manufacturer to be sure they meet their recommendations for minimum pitch diameter. 8

106 Accessories Shaft Mount Reducers Preselected elt Drives 15SMTP5 15SMTP5 Variable 15SMTP5 elt Variable ushing ushing elts ushing MVP T4 P 11 1 MVP T8 1 MVP4559 MV00R 8 45V44 P MVP V MVP5569 T6 P X MVP K45 1 4MVP V44 P MVP6074 4MV00R 4 1 5V MVP V5 0 4MVP8094Q 15 5V MVP75C97Q 16 5V MVP95C117Q MVC180R CX 17 45V4 Q MVP5C17Q 18 45V44 P MV5V1R 19 45V48 MVP915V5Q V50 MV5V118R V5 MVP15V115Q MV5VR 45V V V6 6 45V V V V6 1 5V66 5V V R5V R5V R5V V V V V R5V V R5V V R5V V R5V V16 ushing 4T80 5V78 elts elt 4 X 45V V154 5V16 5V14 Shaft Mount Accessories Notes: Preselected belt drives are based on the following guidelines: NEMA Recommendations for Sheave Diameter and Width Average Service at Reducer Rated Load elt Minimum For other conditions (including but not limited to; fire hazard, explosion hazard or choked input), contact Application Engineering ( ) for assistance in selecting a belt drive. It is recommended that 50 hp motors and larger the sheave diameters shown be checked with the motor manufacturer to be sure they meet their recommendations for minimum pitch diameter. 9

107 Accessories Shaft Mount Reducers Preselected elt Drives 15SMTP5 15SMTP5 Variable 15SMTP5 elt Variable ushing ushing elts ushing 7 8 MVP549 MV00R 5 K 9 MVP549 6 T6 P 11 1 MVP V4 P VP71 5V50 X 8 K MVP7084P P 9 5V MVP8094Q Q T6 P 19 0 V V44 P1 5V184 1 V V MVP85C7Q 1 5V5 TC MVP95C117Q 14 5V MVP75C97Q Q CX 15 5V MVP90C11Q MVQ Q V MVP5C17Q 18 5V5 19 5V56 0 5V58 1 5V6 5V V58 6 5V6 7 5V64 8 5V66 9 5V V74 5V V90 6 5V94 7 R5V9 8 9 R5V V V V R5V R5V9 ushing T00 5V00 5V154 5V14 5V16 5V1 elts X elt Notes: Preselected belt drives are based on the following guidelines: NEMA Recommendations for Sheave Diameter and Width Average Service at Reducer Rated Load elt Minimum For other conditions (including but not limited to; fire hazard, explosion hazard or choked input), contact Application Engineering ( ) for assistance in selecting a belt drive. It is recommended that 50 hp motors and larger the sheave diameters shown be checked with the motor manufacturer to be sure they meet their recommendations for minimum pitch diameter. 1

108 Accessories Shaft Mount Reducers Preselected elt Drives 407SMTP05 407SMTP05 Variable 407SMTP05 elt Variable ushing ushing elts ushing ushing MVP915V5Q MV5V00S R5V MVP15V115 4MV5V00S R5V MVP1115V15 4MV5V80S R5V MVP15V115 4M5V140S 7 45V1 4S5V75 S MVP915V R5V MVP15V115 5MV5V00S S R5V V86 5MVP1115V MV5V180S 16 65V MV5V150S V94 65V50 6MVP15V M5V1S R5V MVP1115V15 6MV5V140S R5V R5V V R5V R5V R5V V R5V R5V9 65V S5V15 5 6S5V1 65V S5V S5V1 S S5V140 65V V R5V S5V S5V1 S1 65V S5V S5V140 8S5V S5V S1 8S5V S5V140 8S5V15 elts elt 55V S1 8 Shaft Mount Accessories Notes: Preselected belt drives are based on the following guidelines: NEMA Recommendations for Sheave Diameter and Width Average Service at Reducer Rated Load elt Minimum For other conditions (including but not limited to; fire hazard, explosion hazard or choked input), contact Application Engineering ( ) for assistance in selecting a belt drive. It is recommended that 50 hp motors and larger the sheave diameters shown be checked with the motor manufacturer to be sure they meet their recommendations for minimum pitch diameter. 111

109 Accessories Shaft Mount Reducers Preselected elt Drives 407SMTP15 407SMTP15 Variable 407SMTP15 elt Variable ushing ushing elts ushing 1 MVP75C97Q 15 4Q5V46 Q 4 7 MVP85C7Q 16 45V46 MVC60R R CX 8 40 MVP95C117Q 17 45V MVP5C17Q 18 45V MVP815V95Q Q 19 45V MVP915V5Q MV5V40S S1 0 45V MVP15V115Q 1 45V MVP915V5Q 45V6 MV5V00R 68 7 MVP15V115Q 45V MV5V00R V MVP1115V15 4MV5V180R V MV5V160R 7 45V MV5V15S S1 8 45V60 5MVP915V MV5V9R R V MVP1115V15 5MV5V118S S1 1 45V66 45V V V V R5V V80 4 4R5V V V V V V R5V R5V R5V V94 6 4R5V R5V R5V V R5V R5V R5V R5V R5V R5V R5V97 7 6R5V 8 1 6R5V V R5V R5V9 19 6R5V1 ushing 4S5V75 S1 45V78 45V50 45V4 45V00 45V184 65V14 65V1 elts elt 4 6 Notes: Preselected belt drives are based on the following guidelines: NEMA Recommendations for Sheave Diameter and Width Average Service at Reducer Rated Load elt Minimum For other conditions (including but not limited to; fire hazard, explosion hazard or choked input), contact Application Engineering ( ) for assistance in selecting a belt drive. It is recommended that 50 hp motors and larger the sheave diameters shown be checked with the motor manufacturer to be sure they meet their recommendations for minimum pitch diameter. 11

110 Accessories Shaft Mount Reducers Preselected elt Drives 407SMTP5 407SMTP5 Variable 407SMTP5 elt Variable ushing ushing elts elts ushing ushing 9 4MVP4559 4MV80R 7 4T40 P MVP V44 P1 4T MVP V50 4MV00R X MVP V MVP8094Q 11 5V4 P1 4 MVP75C97Q 1 5V MVP85C7Q C70R 1 5V5 5V CX 14 5V54 MVP95C117Q V58 TC MVP5C17Q 16 5V MVP915V5Q Q 17 5V MVP15V115Q MV5V180R 18 5V60 5V MVP1115V15Q 19 5V MVP915V5Q 0 5V MVP15V115Q MV5V140R 1 45V MVP1115V15Q 45V MVP15V115Q MV5V118R 45V MV5VR 4 45V54 4MVP15V MV5V97R V58 45V V V6 9 45V V80 5V86 4 R5V V R5V R5V9 5V V R5V V14 49 R5V R5V V14 57 R5V16 5V V R5V R5V1 5V V R5V R5V9 55V94 5 elt Shaft Mount Accessories Notes: Preselected belt drives are based on the following guidelines: NEMA Recommendations for Sheave Diameter and Width Average Service at Reducer Rated Load elt Minimum For other conditions (including but not limited to; fire hazard, explosion hazard or choked input), contact Application Engineering ( ) for assistance in selecting a belt drive. It is recommended that 50 hp motors and larger the sheave diameters shown be checked with the motor manufacturer to be sure they meet their recommendations for minimum pitch diameter. 11

111 Accessories Shaft Mount Reducers Preselected elt Drives 415SMTP05 415SMTP05 Variable 415SMTP05 Variable ushing ushing 9 4 5MVP15V115 5MV5V75 U MVP5C17 5MVC60S S MVP15V115 6MV5V40U U0 elt elts ushing ushing R5V1 5 CX V16 5U5V R5V9 5 65V R5V118 U V14 6U5V S5V15 S S5V V S5V140 S R5V V R5V118 6S5V80 S S5V15 S S5V V S5V S5V1 8U5V S5V S5V15 S S5V1 8U5V1 1 8S5V V150J VJ J 5V1870J J V1400J 6 75 U5V U5V1 U5V U1 U1 U5V150 U5V U5V U5V1 elts elt 5 6 U1 8 Notes: Preselected belt drives are based on the following guidelines: NEMA Recommendations for Sheave Diameter and Width Average Service at Reducer Rated Load elt Minimum For other conditions (including but not limited to; fire hazard, explosion hazard or choked input), contact Application Engineering ( ) for assistance in selecting a belt drive. It is recommended that 50 hp motors and larger the sheave diameters shown be checked with the motor manufacturer to be sure they meet their recommendations for minimum pitch diameter. 114

112 Accessories Shaft Mount Reducers Preselected elt Drives 415SMTP15 415SMTP15 Variable 415SMTP15 elt Variable ushing ushing elts ushing 4 8 5MVC440U U0 1 4Q5V49 5MVP75C V5 CX VMP85C7 5MVC60S S 14 45V MVP5C V MVP15V V6 4MV5V00S 49 5 S V66 4MVP1115V MV5V80S 18 45V MVP915V V MVP15V115 5MV5V1U U V MVP11115V R5V MV5V180S 4R5V MVP15V115 6MV5V160S S 6 45V MV5V140S 4 45V V74 7 4R5V80 8 4R5V R5V V94 4S5V75 4R5V R5V 6 4R5V9 7 45V1 8 65V R5V90 6S5V V V V V R5V R5V R5V V1 65V R5V V S5V1 S V S5V140 S R5V V S5V1 S1 65V V S5V140 S R5V S5V15 65V S5V1 6 8S5V1 8S5V S1 8S5V S5V S5V1 19 8S5V140 8S5V1 ushing 4U5V500 U0 S1 elts elt 4 6 S1 8 Shaft Mount Accessories Notes: Preselected belt drives are based on the following guidelines: NEMA Recommendations for Sheave Diameter and Width Average Service at Reducer Rated Load elt Minimum For other conditions (including but not limited to; fire hazard, explosion hazard or choked input), contact Application Engineering ( ) for assistance in selecting a belt drive. It is recommended that 50 hp motors and larger the sheave diameters shown be checked with the motor manufacturer to be sure they meet their recommendations for minimum pitch diameter. 115

113 Accessories Shaft Mount Reducers Preselected elt Drives 415SMTP5 415SMTP5 Variable 415SMTP5 elt Variable ushing ushing elts ushing MVP V4 P MVP5064 5MV00R X 5 7 V MVP V44 P MVP85C7Q 9 V550 Q MVC60R 0 1 MVP95C117Q R 5V54 4 4MVP75C97Q 11 5V60 CX 5 8 4MVP95C117Q 4MVC70R 1 5V66 Q 9 4MVP115C17Q 4 1 5V MVP95C117Q 4MVC00R 14 45V MVP15V115 4MV5V180R 15 45V MVP915V V MVP15V115 5MV5V140S 17 45V S V MV5V15S 19 45V68 5MVP1115V MV5V118S 0 45V MV4V9R R 1 5V86 5V90 R5V9 4 R5V97 5 R5V 6 R5V9 7 5V1 8 9 R5V V14 4R5V V V V R5V V94 4 5R5V R5V 45 5R5V V R5V R5V R5V R5V R5V V R5V V S5V1 S S5V140 ushing U5V500 U0 S5V75 S1 45V50 elts elt 5V78 45V V160 65V14 6R5V Notes: Preselected belt drives are based on the following guidelines: NEMA Recommendations for Sheave Diameter and Width Average Service at Reducer Rated Load elt Minimum For other conditions (including but not limited to; fire hazard, explosion hazard or choked input), contact Application Engineering ( ) for assistance in selecting a belt drive. It is recommended that 50 hp motors and larger the sheave diameters shown be checked with the motor manufacturer to be sure they meet their recommendations for minimum pitch diameter. 116

114 Accessories Shaft Mount Reducers Preselected elt Drives 507SMTP15 507SMTP15 Variable 507SMTP15 elt Variable ushing ushing elts ushing ushing 8 0 5MV5V440U 55V86 5MVP915V V90 5 5U5V MVP15V115 5MV5V75U 5 55V MVP1115V15 U0 6 5R5V MV5V00U V MVP15V115 6MV5V80U V5V M5V40U 1 65V90 U0 6R5V R5V 6 8 6R5V9 6U5V R5V V S5V1 S V R5V R5V118 6S5V80 S V R5V118 65V S5V S5V1 8U5V S5V S5V15 S S5V1 8U5V S5V VJ V1400J J 5V1870J J 98 U5V15 8 U5V1 U5V U1 U U5V140 U5V U5V140 elts elt 5 6 U1 8 Shaft Mount Accessories Notes: Preselected belt drives are based on the following guidelines: NEMA Recommendations for Sheave Diameter and Width Average Service at Reducer Rated Load elt Minimum For other conditions (including but not limited to; fire hazard, explosion hazard or choked input), contact Application Engineering ( ) for assistance in selecting a belt drive. It is recommended that 50 hp motors and larger the sheave diameters shown be checked with the motor manufacturer to be sure they meet their recommendations for minimum pitch diameter. 117

115 Accessories Shaft Mount Reducers Preselected elt Drives 507SMTP5 507SMTP5 Variable 507SMTP5 elt Variable ushing ushing elts ushing ushing MVP6074 6MV80R R X V MVP85C7Q 8 45V56 4U5V500 MVC440U U0 CX 18 0 MVP5C17Q Q 9 45V64 U0 1 4 MVP915V5Q MV5V00S 55V MVP15V V58 4MV5V80S 9 1 4MVP1115V V64 6 5MV5V00S 1 55V68 5MVP915V S V MVP15V115 5MV5V180S V80 5U5V MVP1115V R5V MVP15V115 5MV5V150S 17 55V MVP1115V15 5MV5V140S 18 55V R5V V1 55V80 5R5V V V V V97 55V50 8 5R5V 9 5R5V V1 5R5V V R5V V R5V V14 65V S5V S5V140 S R5V V S5V1 65V V S5V140 8S5V S5V1 S1 8S5V S5V140 8S5V15 elts elt S1 8 Notes: Preselected belt drives are based on the following guidelines: NEMA Recommendations for Sheave Diameter and Width Average Service at Reducer Rated Load elt Minimum For other conditions (including but not limited to; fire hazard, explosion hazard or choked input), contact Application Engineering ( ) for assistance in selecting a belt drive. It is recommended that 50 hp motors and larger the sheave diameters shown be checked with the motor manufacturer to be sure they meet their recommendations for minimum pitch diameter. 118

116 Accessories Shaft Mount Reducers Preselected elt Drives 608SMTP15 608SMTP15 Variable 608SMTP15 Variable elt ushing ushing elts ushing No Drives Available 0 8R5V80 1 8R5V85 R 8R5V90 4 8S5V S5V 7 8 8S5V9 8U5V S5V S5V15 4 8S5V1 S S5V S5V S5V S5V1 8U5V S5V U5V U5V U5V U5V1 U5V U5V140 U U5V1 U5V U5V140 U5V U5V U5V1 U5V U5V140 ushing U1 5V150M M U1 elts elt 8 Shaft Mount Accessories Notes: Preselected belt drives are based on the following guidelines: NEMA Recommendations for Sheave Diameter and Width Average Service at Reducer Rated Load elt Minimum For other conditions (including but not limited to; fire hazard, explosion hazard or choked input), contact Application Engineering ( ) for assistance in selecting a belt drive. It is recommended that 50 hp motors and larger the sheave diameters shown be checked with the motor manufacturer to be sure they meet their recommendations for minimum pitch diameter. 119

117 Accessories Shaft Mount Reducers Preselected elt Drives 608SMTP5 608SMTP5 Variable 608SMTP5 elt Variable ushing ushing elts elts ushing ushing MVP75C V66 5MVC440U CX MVP85C7 5Q5V75 Q MV5V75U 11 55V80 5U5V500 5MVP915V MV5V00U U0 1 55V MV5V80U 1 55V94 9 6MVP15V115 6MV5V40U R5V80 5 6MV5V1U 15 55V R5V V90 U R5V R5V 0 55V1 5U5V75 1 5R5V118 5R5V15 4 5R5V1 5 55V16 6 5R5V V R5V V14 6S5V80 S1 6 6S5V S5V S5V1 8U5V50 U S5V S1 85V60J J 4 4 8S5V1 8 8U5V1 U S5V S5V S5V140 85V1870J J 5 54 U5V U5V1 U5V U5V U5V U5V1 U1 U5V140 U U5V U5V140 U5V S5V118 elt Notes: Preselected belt drives are based on the following guidelines: NEMA Recommendations for Sheave Diameter and Width Average Service at Reducer Rated Load elt Minimum For other conditions (including but not limited to; fire hazard, explosion hazard or choked input), contact Application Engineering ( ) for assistance in selecting a belt drive. It is recommended that 50 hp motors and larger the sheave diameters shown be checked with the motor manufacturer to be sure they meet their recommendations for minimum pitch diameter.

118 Accessories Shaft Mount Reducers Preselected elt Drives 800SMTP5 Variable 800SMTP5 Variable 800SMTP5 elt ushing ushing elts elts ushing ushing No Drives Available 5 9 No Drives Available 85V7SF SF 8U5V500 U R5V V V R5V 15 6R5V9 5V 6U5V500 U V S5V15 S V V16 0 6S5V S8V1 5S8V140 58V4450N N 5S8V S8V140 S1 5U8V400 U0 8V 5 6 6S8V S8V140 68V550N N S5V1 1 8S5V140 85V150M M 8 U5V1 U5V U5V140 U1 6 8 U5V1 U1 U5V U5V V60M M S8V140 S 8U8V U8V1 U1 8V U8V140 U U8V No Drives Available elt Shaft Mount Accessories Notes: Preselected belt drives are based on the following guidelines: NEMA Recommendations for Sheave Diameter and Width Average Service at Reducer Rated Load elt Minimum For other conditions (including but not limited to; fire hazard, explosion hazard or choked input), contact Application Engineering ( ) for assistance in selecting a belt drive. It is recommended that 50 hp motors and larger the sheave diameters shown be checked with the motor manufacturer to be sure they meet their recommendations for minimum pitch diameter. 11

119 elt guard assemblies consist of a guard kit and a mounting bracket kit as shown in the tables. Mounting bracket kit must be purchased separately. These belt guards may also be used with screw conveyor drives. elt guard standard color is yellow. rackets supplied can accommodate fan kits when required. Plated fasteners providing protection in outdoor applications are supplied with the guard assembly. elt guards have a hinged, removable cover. Accessories Shaft Mount Reducers elt Guard elt guards may be assembled with the belt drive already installed. C C Max./Min. CD Max./Min. CD D D E Sheave Dia. A E Sheave Dia. A Dimensions in Inches Top Mount elt Guard Center distance E A C D Kit No. Min. Max. Max. GP GP GP GP GP GP Top Mount Mounting racket Kit No. Side Mount Reducer Side Mount Mounting racket Kit No. Reducer 7GMKPT 7 7GMKPS 7 115GMKPT GMKPS 115 0GMKPT 0 0GMKPS 0 07GMKPT 07 07GMKPS 07 15GMKPT 15 15GMKPS 15 07GMKPT 07 07GMKPS 07 15GMKPT 15 15GMKPS GMKPT GMKPT GMKPT GMKPT GMKPT 800 1

120 Accessories Shaft Mount Reducers ushing Guard ushing guard kits have the following features: One kit will cover the bushing and end cap Kit may be used with bushing on the front or rear of the reducer housing Guard may be installed after the reducer and bushing are mounted to the equipment Guard has the ability to mount on several different shaft sizes Shaft Mount Accessories A Typ. Typ. Reducer ushing Guard Kit ushing Guard Kit when used with optional Fan Kit A 7 7 ushing Guard Kit NA ushing Guard Kit NA ushing Guard Kit NA ushing Guard Kit NA ushing Guard Kit NA ushing Guard Kit 07 ushing Guard Fan Kit ushing Guard Kit 15 ushing Guard Fan Kit ushing Guard Kit 407 ushing Guard Fan Kit ushing Guard Kit 415 ushing Guard Fan Kit ushing Guard Kit 507 ushing Guard Fan Kit ushing Guard Kit 608 ushing Guard Fan Kit NA NA NA NA 1

121 Accessories Shaft Mount Reducers SMTP Screw Conveyor Drives E E/ G M L 4 Tapped oles and Slots for F Dia. Trough End Fasteners P J Dia. oles E/ E U D Key K U1 C A Trough End N G U K Optional ole Shaft ASIC UNIT SIZE DIMENSIONS IN INCES A C D L M N P U1 7SMTP x.188 x SMTP x.50 x.75 0SMTP x.50 x.88 07SMTP x.75 x.75 15SMTP x.500 x.75 07SMTP x.500 x SMTP x.500 x SMTP x.500 x 6.00 KEY 14 DRIVE SAFT DIA. "U" FOR SCREW DIA. DIMENSIONS IN INCES E F G G J K , ,

122 Accessories Shaft Mount Reducers SMTP Screw Conveyor Drives STOCK SMTP REDUCER (1) TYPE SMTP SCREW CONVEYOR ADAPTER TYPE SMTP SCREW CONVEYOR SAFT () 1 1/" DRIVE SAFT FOR SCREW DIAMETERS 6 " SMTP screw conveyor drives may be assembled in the field. Required components include: SMTP reducer SMTP screw conveyor adapter SMTP screw conveyor shaft OPTIONAL SEAL CARTRIDGES WASTE PACK KIT PACKING GLAND KIT FELT SEAL () " DRIVE SAFT FOR SCREW DIAMETERS 9 1" 7/16" DRIVE SAFT FOR SCREW DIAMETERS 1 and 14" " DRIVE SAFT FOR SCREW DIAMETERS 1 0" 7/16" DRIVE SAFT FOR SCREW DIAMETERS 18 4" 7SMTP 7SCAP 7DSP8 7WPP 7PGP FR00 115SMTP 115SCAP 115DSP8 1150WPP 1150PGP FR 0SMTP 0SCAP 0DSP8 7SMTP 7SCAP 7DSP00 7WPP 7PGP FR00 115SMTP 115SCAP 115DSP00 0SMTP 0SCAP 0DSP WPP 1150PGP FR 07SMTP 07SCAP 07DSP00 15SMTP 15SCAP 15DSP WPP 07407PGP FR08 7SMTP 7SCAP 7DSP07 7WPP 7PGP FR00 115SMTP 115SCAP 115DSP07 0SMTP 0SCAP 0DSP WPP 1150PGP FR 07SMTP 07SCAP 07DSP07 15SMTP 15SCAP 15DSP WPP 07407PGP FR08 7SMTP 7SCAP 7DSP00 7WPP 7PGP FR00 115SMTP 115SCAP 115DSP00 0SMTP 0SCAP 0DSP WPP 1150PGP FR 07SMTP 07SCAP 07DSP00 15SMTP 15SCAP 15DSP WPP 07407PGP FR08 07SMTP 07SCAP 07DSP00 15SMTP 15SCAP 15DSP WPP 07407PGP FR08 407SMTP 407SCAP 407DSP00 07SMTP 07SCAP 07DSP07 15SMTP 15SCAP 15DSP WPP 07407PGP FR08 07SMTP 07SCAP 07DSP07 15SMTP 15SCAP 15DSP WPP 07407PGP FR08 407SMTP 407SCAP 407DSP07 Shaft stress based on transmitted load must always be checked. Calculations must account for drilled holes on shaft. Shaft Mount Accessories Optional components include: Waste pack Packing gland Felt seal (1) Complete part number by adding ratio, ie: 05, 09, 15, 5 or 5 () Complete part number by adding shaft type Standard hole steel shaft = leave blank (example 7DSP8) Optional hole steel shaft = (example 7DSP8) hole stainless steel shaft = SS (example 7DSP8SS) hole stainless steel shaft = SS (example 7DSP8SS) () Felt seal can be added to the waste pack or packing gland seal cartridge. Screw Conveyor Adapter Kit Felt Seal Waste Pack Kit Packing Gland Kit Screw Conveyor Drive Shaft Kit 15

123 Accessories Shaft Mount Reducers MTP Screw Conveyor Drives E/ E G M L 4 Tapped oles and Slots for F Dia. Trough End Fasteners P J Dia. oles E/ E U D K C A G U Optional ole Shaft K Trough End For dimensions on hydraulic motor mounting styles, see the table on page 47 ASIC UNIT SIZE Trough End L Standard ole Shaft DIMENSIONS IN INCES 7MTP 6 SAEA MTP 9T SAEA MTP 1T SAE MTP 6 SAEA MTP 9T SAEA MTP 1T SAE MTP 6 SAEA MTP 9T SAEA MTP 1T SAE MTP 14T SAEC MTP 6 SAEA MTP 1T SAE MTP 14T SAEC MTP 6 SAEA MTP 1T SAE MTP 14T SAEC MTP 6 SAEA MTP 14T SAEC MTP 6 SAEA MTP 14T SAEC N N 16 ASIC UNIT SIZE DIMENSIONS IN INCES A C D M P 7MTP MTP MTP MTP MTP MTP MTP DRIVE SAFT DIA. U FOR SCREW DIA. DIMENSIONS IN INCES E F G G J K , ,

124 Accessories Shaft Mount Reducers MTP Screw Conveyor Drives STOCK MTP REDUCER (1) TYPE SMTP SCREW CONVEYOR ADAPTER TYPE SMTP SCREW CONVEYOR SAFT () 1 1/" DRIVE SAFT FOR SCREW DIAMETERS 6 " OPTIONAL SEAL CARTRIDGES WASTE PACK KIT PACKING GLAND KIT FELT SEAL () " DRIVE SAFT FOR SCREW DIAMETERS 9 1" 7/16" DRIVE SAFT FOR SCREW DIAMETERS 1 and 14" " DRIVE SAFT FOR SCREW DIAMETERS 1 0" 7/16" DRIVE SAFT FOR SCREW DIAMETERS 18 4" 7MTP 7SCAP 7DSP8 7WPP 7PGP FR00 115MTP 115SCAP 115DSP8 1150WPP 1150PGP FR 0MTP 0SCAP 0DSP8 7MTP 7SCAP 7DSP00 7WPP 7PGP FR00 115MTP 115SCAP 115DSP00 0MTP 0SCAP 0DSP WPP 1150PGP FR 07MTP 07SCAP 07DSP00 15MTP 15SCAP 15DSP WPP 07407PGP FR08 7MTP 7SCAP 7DSP07 7WPP 7PGP FR00 115MTP 115SCAP 115DSP07 0MTP 0SCAP 0DSP WPP 1150PGP FR 07MTP 07SCAP 07DSP07 15MTP 15SCAP 15DSP WPP 07407PGP FR08 7MTP 7SCAP 7DSP00 7WPP 7PGP FR00 115MTP 115SCAP 115DSP00 0MTP 0SCAP 0DSP WPP 1150PGP FR 07MTP 07SCAP 07DSP00 15MTP 15SCAP 15DSP WPP 07407PGP FR08 07MTP 07SCAP 07DSP00 15MTP 15SCAP 15DSP WPP 07407PGP FR08 07MTP 07SCAP 07DSP07 15MTP 15SCAP 15DSP07 07MTP 07SCAP 07DSP07 15MTP 15SCAP 15DSP WPP 07407PGP FR WPP 07407PGP FR08 Shaft stress based on transmitted load must always be checked. Calculations must account for drilled holes on shaft. Shaft Mount Accessories MTP screw conveyor drives may be assembled in the field. Required components include: MTP reducer SMTP screw conveyor adapter SMTP screw conveyor shaft Optional components include: Waste pack Packing gland Felt seal (1) Complete part number by adding ratio, ie: 05, 09, 15, 5 or 5 () Complete part number by adding shaft type Standard hole steel shaft = leave blank (example 7DSP8) hole steel shaft = (example 7DSP8) Optional hole stainless steel shaft = SS (example 7DSP8SS) hole stainless steel shaft = SS (example 7DSP8SS) () Felt seal can be added to the waste or packing gland pack seal cartridge. Screw Conveyor Adapter Kit Felt Seal Waste Pack Kit Packing Gland Kit Screw Conveyor Drive Shaft Kit 17

125 Accessories Shaft Mount Reducers CMTP Screw Conveyor Drives E E/ G M L 4 Tapped oles and Slots for F Dia. Trough End Fasteners P D J Dia. oles E/ E U K U C A G K Trough End Optional ole Shaft Trough End Standard ole Shaft N PART NO. DIMENSIONS IN INCES L N 7CMTP Q CMTP CMTP Q CMTP CMTP CMTP Q CMTP CMTP CMTP Q CMTP Q CMTP CMTP CMTP Q CMTP Q CMTP CMTP CMTP Q CMTP Q CMTP Q CMTP CMTP CMTP Q CMTP Q CMTP Q CMTP CMTP CMTP Q CMTP Q ASIC UNIT SIZE DIMENSIONS IN INCES A C D M P 7CMTP CMTP CMTP CMTP CMTP CMTP CMTP DRIVE SAFT DIA. U FOR SCREW DIA. DIMENSIONS IN INCES E F G G J K , ,

126 Accessories Shaft Mount Reducers CMTP Screw Conveyor Drives STOCK CMTP REDUCER (1) TYPE SMTP SCREW CONVEYOR ADAPTER TYPE SMTP SCREW CONVEYOR SAFT () 1 1/" DRIVE SAFT FOR SCREW DIAMETERS 6 " OPTIONAL SEAL CARTRIDGES WASTE PACK KIT PACKING GLAND KIT FELT SEAL () " DRIVE SAFT FOR SCREW DIAMETERS 9 1" 7/16" DRIVE SAFT FOR SCREW DIAMETERS 1 and 14" " DRIVE SAFT FOR SCREW DIAMETERS 1 0" 7/16" DRIVE SAFT FOR SCREW DIAMETERS 18 4" 7CMTP 7SCAP 7DSP8 7WPP 7PGP FR00 115CMTP 115SCAP 115DSP8 1150WPP 1150PGP FR 0CMTP 0SCAP 0DSP8 7CMTP 7SCAP 7DSP00 7WPP 7PGP FR00 115CMTP 115SCAP 115DSP00 0CMTP 0SCAP 0DSP WPP 1150PGP FR 07CMTP 07SCAP 07DSP00 15CMTP 15SCAP 15DSP WPP 07407PGP FR08 7CMTP 7SCAP 7DSP07 7WPP 7PGP FR00 115CMTP 115SCAP 115DSP07 0CMTP 0SCAP 0DSP WPP 1150PGP FR 07CMTP 07SCAP 07DSP07 15CMTP 15SCAP 15DSP WPP 07407PGP FR08 7CMTP 7SCAP 7DSP00 7WPP 7PGP FR00 115CMTP 115SCAP 115DSP00 0CMTP 0SCAP 0DSP WPP 1150PGP FR 07CMTP 07SCAP 07DSP00 15CMTP 15SCAP 15DSP WPP 07407PGP FR08 07CMTP 07SCAP 07DSP00 15CMTP 15SCAP 15DSP WPP 07407PGP FR08 07CMTP 07SCAP 07DSP07 15CMTP 15SCAP 15DSP07 07CMTP 07SCAP 07DSP07 15CMTP 15SCAP 15DSP WPP 07407PGP FR WPP 07407PGP FR08 Shaft stress based on transmitted load must always be checked. Calculations must account for drilled holes on shaft. Shaft Mount Accessories CMTP screw conveyor drives may be assembled in the field. Required components include: CMTP reducer SMTP screw conveyor adapter SMTP screw conveyor shaft Optional components include: Waste pack Packing gland Felt seal (1) Complete part number by adding ratio, ie: 05, 09, 15, 5 or 5 () Complete part number by adding shaft type Standard hole steel shaft = leave blank (example 7DSP8) hole steel shaft = (example 7DSP8) Optional hole stainless steel shaft = SS (example 7DSP8SS) hole stainless steel shaft = SS (example 7DSP8SS) () Felt seal can be added to the waste pack or packing gland seal cartridge. Screw Conveyor Adapter Kit Felt Seal Waste Pack Kit Packing Gland Kit Screw Conveyor Drive Shaft Kit 19

127 Accessories Shaft Mount Reducers Screw Conveyor Trough Ends s 7407 Formed ot Roll Plate Steel Specifications P art No. SCTE06 x 1 1/" SCTE09 x 1 1/ SCTE09 x SCTE x 1 1/ SCTE x SCTE1 x SCTE1 x 7/16 SCTE1 x SCTE14 x 7/16 SCTE14 x SCTE16 x SCTE18 x SCTE18 x 7/16 SCTE0 x SCTE0 x 7/16 SCTE4 x 7/16 Conveyor Screw Dia. 6" Drive S haft Fig D ia /" 1 1/ 1 1/ 7/16 7/16 7/16 7/16 7/16 4 Type 6ole 8ole 8ole 8ole 8ole 8ole 8ole 8ole 8ole 8ole 8ole ole ole ole ole 1ole Dimensions A C D E F G J K L 1/8" 4 1/" 1 1/" 1 /4" 1" 9 /4" 4 7/8" 1 /4" 9/16" " 8 1/8" /8 1 5/8 5/8 1 1/ 1 /4 6 7/8 1 /4 9/16 9 / /8 1 5/8 5/8 1 1/ 1 /4 6 7/8 1/4 11/16 9/16 9 /8 15 1/ 4 6 /8 /8 7/8 1 /4 14 /4 7 /8 1 / 4 9/16 9 1/ 15 1/4 6 /8 7/8 7/8 1 /4 14 /4 7 /8 1/ 4 11/16 9/16 9 1/ 17 /8 7 /4 /4 1 5/8 17 1/4 8 5/8 1/4 11/16 9/16 1 1/4 17 /8 7 /4 /4 1 5/8 17 1/4 8 5/8 11/16 11/16 1/16 1 1/4 17 /8 7 /4 /4 1 5/8 17 1/4 8 5/8 1/4 1/16 1 1/4 0 1/8 9 1/4 7/8 1 5/8 19 1/4 9 5/8 11/16 11/16 1/16 1 1/ 0 1/8 9 1/4 7/8 1 5/8 19 1/4 9 5/8 1/4 1/16 1 1/ 5/8 5/8 1/ 1/4 1 1/4 5/8 1/4 1/ /8 5 1/ 1 1/8 1/ 1/4 4 1/4 1 1/8 1/4 1/ / 1 1/8 1/ 1/4 4 1/4 1 1/8 11/16 1/16 / / 1 1/ 1/ /4 1/4 6 1/4 1 1/8 1/4 1/ / 4 8 1/ 1 1/ 1/ /4 1/4 6 1/4 1 1/8 11/16 1/16 /8 19 1/4 4 5/8 16 1/ 1/ 4 1/8 1/ 0 1/4 15 1/8 11/16 1/16 /8 0 Part No. SCTE06 x 1 1/" SCTE09 x 1 1/ SCTE09 x SCTE x 1 1/ SCTE x SCTE1 x SCTE1 x 7/16 SCTE1 x SCTE14 x 7/16 SCTE14 x SCTE16 x SCTE18 x SCTE18 x 7/16 SCTE0 x SCTE0 x 7/16 SCTE4 x 7/16 D imensions Wt. M N P Q R S T U V W X Y Z A Lbs. 4 1/16" 4 7/16" 15/" 5/8" 15/16" 1/" /16" 7/16" 4 5/64" 7/16" /16 6 1/4 4 15/16 1/16 1/ /64 1/ 4 7/16 5 /64 9/16" 9/ /16 6 1/4 4 15/16 1/16 1/ /64 1/ 4 7/16 5 /64 9/16 9/ /4 6 5/8 4 1/8 5/8 /8 6 1/8 1/ 4 7/ /64 17/ 9/ /4 6 5/8 4 1/8 5/ 8 /8 6 1/8 1/ 4 7/ /64 17/ 9/ /8 7 15/16 6 1/4 15/16 4 7/ /64 5/16 9/ /64 7/8 11/ /8 7 15/16 6 1/4 15/16 4 7/ /64 5/16 9/ /64 7/8 11/ /8 7 15/16 6 1/4 15/16 4 7/ /64 5/16 9/ /64 7/8 11/16. 6 /4 8 15/16 6 / 1 / 4 11/16 8 7/64 5/16 9/16 7 9/64 11/ /4 8 15/16 6 / 1 / 4 11/16 8 7/64 5/16 9/16 7 9/64 11/ / /8 4 57/ /64 5/16 11/16 8 / /4 11/ / 9/16 5/64 7 7/64 5/16 11/16 19/ 47/64 7 6/64" 15/16" 11/ / 9/16 5/64 7 7/64 5/16 11/16 19/ 47/64 7 6/64 15/16 11/ /8 1 /16 / 4 15/ 1/64 8 /16 / 8 11/16 11 / 11 6/64 9 1/ 11/ 1/ /8 1 /16 / 4 15/ 1/64 8 /16 / 8 11/16 11 / 11 6/64 9 1/ 11/ 1/ /4 1 / 7 19/ 1/ 5 /64 / 8 11/16 7/8 1 55/64 1 1/8 9 7/ 1/16 5/16" 1. 0 Notes: rowning trough ends are drilled to fit CEMA Standard Troughs. The center holes are drilled to fit rowning screw conveyor drives. Z holes in bottom flange only; no holes in top flange.

128 Accessories Shaft Mount Reducers Options and Accessories s 7800 Shaft Mount Accessories 7800 ackstop Kits REDUCER SIZE PART NO. USE ACKSTOP KIT RATIOS D L D IMENSIONS WT. 7 7SP SP SP SP ALL 15 15SP SP SP SP SP SP LS. Arm Kits R EDUCER SIZE PART NO. 7 7TAP TAP 0 0TAP 07 07TAP 15 15TAP 07 07TAP 15 15TAP TAP TAP TAP TAP TAP 11

129 Accessories Shaft Mount Reducers Options and Accessories s 7800 Fan Kits D L Reducer Fan Kit No. 07FKP 15FKP 407FKP 415FKP 507FKP 608FKP 800FKP D D imensions Wt. L Lbs

130 Accessories Shaft Mount Reducers Options and Accessories s SMTP VK Vertical reather Kit When a shaft mount speed reducer is mounted with the shaft vertical, a vertical breather kit is needed. Shaft Mount Accessories reather Kit reather Kit Oil Level Oil Level Drain Drain 7800 SMTP FK Filtered reather Kit A filtered breather is recommended in applications where abrasive particles may contaminate the gearbox lubricant SMTP PC Pump and Cooler Kit The pump and cooler kit is required for specific operating conditions noted in the Class I, II, and III selection tables. 1

131 14

132 Shaft Mount Engineering Section Shaft Overhung Load Capacity Thrust and Overhung Loads Minimum Shaft Requirements Face Mounting Lubrication Shaft Mount Engineering 15

133 SMTP Shaft Overhung Load Capacity (Lbs.) Unit 7608 RPM :1 Ratio Reducers Reducer RPM :1 Ratio Reducers Reducer OL = TKP D Overhung Loads Where: OL = Overhung load (pounds) T = Actual shaft torque (inchpounds) D = P.D. of sprocket, sheave, pulley or gear K = 1.0 for chain drives 1.5 for gear drives 1.5 for gearbelt drives 1.50 for Vbelt drives P = Load position factor Note: overhung loads shown are with center of load at one input shaft diameter from seal. For loads located at other distances, use input load position factor

134 RPM SMTP Shaft Overhung Load Capacity (Lbs.) Unit :1 Ratio Reducers Reducer Shaft Mount Engineering RPM :1 Ratio Reducers Reducer RPM :1 Ratio Reducers Reducer Reducer Load Position Factors (P) Distance in inches from face of the housing 1/ 1 1 1/ 1/ 1/ 4 4 1/ 5 5 1/ 6 6 1/ 7 7 1/ 8 8 1/ 9 9 1/ Note: overhung loads shown are with center of load at one input shaft diameter from seal. For loads located at other distances, use input load position factor. 17

135 SMTP, MTP, CMTP Thrust and Overhung Load Capacity (Lbs.) Unit 715 Single Reduction Reducers 7MTP05 OL at Inches from R.P.M. Thrust Machined ousing Surface Load MTP05 OL at Inches from R.P.M. Thrust Machined ousing Surface Load MTP05 OL at Inches from R.P.M. Thrust Machined ousing Surface Load MTP05 OL at Inches from R.P.M. Thrust Machined ousing Surface Load MTP05 OL at Inches from R.P.M. Thrust Machined ousing Surface Load Notes: Above thrust and overhung loads are not applicable for combined thrust and overhung loads; refer such applications to Application Engineering ( ). Interpolate for loads at other distances from the housing surface. Overhung load must be applied on the same side as the bushing. 18

136 SMTP, MTP, CMTP Thrust and Overhung Load Capacity (Lbs.) Unit Single Reduction Reducers 07MTP05 OL at Inches from R.P.M. Thrust Machined ousing Surface Load MTP05 OL at Inches from R.P.M. Thrust Machined ousing Surface Load Shaft Mount Engineering 407SMTP05 OL at Inches from R.P.M. Thrust Machined ousing Surface Load R.P.M. 415SMTP05 OL at Inches from Machined ousing Surface Notes: Above thrust and overhung loads are not applicable for combined thrust and overhung loads; refer such applications to Application Engineering ( ). Interpolate for loads at other distances from the housing surface. Overhung load must be applied on the same side as the bushing. Thrust Load

137 SMTP, MTP, CMTP Thrust and Overhung Load Capacity (Lbs.) Unit 715 Double Reduction Reducers Reducer R.P.M Thrust Load MTP09 7MTP15 7MTP5 7MTP5 OL at Inches from Machined ousing Surface Reducer R.P.M Thrust Load MTP09 115MTP15 115MTP5 115MTP5 OL at Inches from Machined ousing Surface Reducer R.P.M Thrust Load MTP09 0MTP15 0MTP5 0MTP5 OL at Inches from Machined ousing Surface Reducer R.P.M Thrust Load MTP09 07MTP15 07MTP5 07MTP5 OL at Inches from Machined ousing Surface Reducer R.P.M Thrust Load MTP09 15MTP15 15MTP5 15MTP5 OL at Inches from Machined ousing Surface Notes: Above thrust and overhung loads are not applicable for combined thrust and overhung loads; refer such applications to Application Engineering ( ). Interpolate for loads at other distances from the housing surface. Overhung load must be applied on the same side as the bushing. 140

138 SMTP, MTP, CMTP Thrust and Overhung Load Capacity (Lbs.) Unit Double Reduction Reducers Reducer R.P.M Thrust Load MTP09 07MTP15 07MTP5 07MTP5 OL at Inches from Machined ousing Surface Reducer R.P.M Thrust Load MTP09 15MTP15 15MTP5 15MTP5 OL at Inches from Machined ousing Surface Reducer R.P.M. Thrust Load 407SMTP15 407SMTP5 OL at Inches from Machined ousing Surface Shaft Mount Engineering Reducer 415SMTP15 415SMTP5 Reducer 507SMTP15 507SMTP5 Reducer 608SMTP15 608SMTP5 R.P.M Thrust Load OL at Inches from Machined ousing Surface R.P.M Thrust Load OL at Inches from Machined ousing Surface R.P.M Thrust Load OL at Inches from Machined ousing Surface Reducer 800SMTP5 R.P.M Thrust Load OL at Inches from Machined ousing Surface Notes: Above thrust and overhung loads are not applicable for combined thrust and overhung loads; refer such applications to Application Engineering ( ). Interpolate for loads at other distances from the housing surface. Overhung load must be applied on the same side as the bushing. 141

139 SMTP, MTP, CMTP Minimum Shaft Length Requirements Front Mounting Configuration with Stabilizer Ring Rear Mounting Configuration with Stabilizer Ring Rear Mounting Configuration without Stabilizer Ring MC MC MC K C K K MC MC MC Unit Endcap Clearance Fig. 1 Fig. Fig. Minimum Shaft Mounting Length Minimum Key Connection Length MC K* Minimum Minimum Remaining olt Shaft Key Shaft for Unit Clearance Mounting Connection Stabilizer Length Length Ring MC K* C Unit olt Clearance Minimum Shaft Mounting Length Minimum Key Connection Length MC K* *K Minimum key connection length is measured from the end of the driven shaft to the end of the usable keyseat. Note: mounting systems available in rear configuration only. Contact Application Engineering ( ) for front configuration mounting systems on these sizes. 14

140 Shaft Mount Engineering Don t Let An Ounce of Dirt Stop 1,000 Tons of Rock!! Performance is Our Pledge rowning Patented arrier Seal System Combines a vring face seal, grease filled labyrinth and rotating outer flinger to provide triple protection to reduce contamination and oil seal damage. Standard on all shafts. 14

141 SMTP, MTP, CMTP Face Mounting Drill and Tap Instructions Unit s 715 C A Tap (6 oles) "" Tap (4 oles) "A" C D E F Reducer 7 Reducer 7 oles Notes: No extra charge for drilled and tapped holes. Please specify at time of order. Full diameter of drill must not exceed specified drill depth because point of drill may break through housing and contaminate the oil with metal chips. 144 Tap Tap Depth Drill Depth 5/ / / / "A" PreMachined Face Mount oles (Machined at Factory) oles Tap Tap Depth "" Optional Face Mount oles (Not Machined) Drill Depth 5/ / / / / Reducer A C D E F / C

142 SMTP, MTP, CMTP Face Mounting Drill and Tap Instructions Unit s A C Tap (6 oles) Tap (4 oles) Shaft Mount Engineering C D F E "A" Face Mount oles (Machined at Factory) Reducer Tap Tap Drill oles Depth Depth C / / / "" Face Mount oles (Not Machined) Reducer A C D E F Reducer Tap Tap Drill oles Depth Depth / Notes: No extra charge for drilled and tapped holes. Please specify at time of order. Full diameter of drill must not exceed specified drill depth because point of drill may break through housing and contaminate the oil with metal chips. 145

143 SMTP, MTP, CMTP Lubrication s 7800 The drawing below shows the breather, magnetic drain and oil level plug locations for the standard mounting positions. The breather is installed in the fill hole in the top and the magnetic drain plug is installed in the bottom of the reducer in its relative position. Use oil level A for speeds slower than those shown in the table below. Use oil level for speeds faster than those shown in the table below. Refer to mounting positions and lubrication tables shown below for proper oil levels on 7608 sizes. Refer to mounting positions and lubrication tables shown below for proper oil levels on 800SMTP. Vertical shaft mounting positions OIL LEVEL OIL LEVEL 146

144 SMTP, MTP, CMTP Lubrication s 7800 Shaft mount reducers require different amounts of oil in the various mounting positions. For the convenience of having enough oil at the installation site, the table below shows the approximate amount of oil for each mounting position. Refer to mounting positions and lubrication tables shown below for proper oil levels. Use Oil Level For Speeds Faster Than Those Shown elow Reducer for Reducer Ratios 5:1 9:1 15:1 5:1 5: Approximate Oil Capacities in Quarts Orientation orizontal Ratio 5:1 9,15,5,5:1 Oil Level A A Mounting Position Shaft Mount Engineering Orientation Vertical Ratio 5:1 9,15,5,5:1 Mounting Position Shaft Up Shaft Down Shaft Up Shaft Down Notes: Contact Application Engineering ( ) for vertical shaft mounting lubrication instructions. SMTP, SMFP, MTP and CMTP reducers are shipped without oil. Gearboxes must be filled to the proper level before operation. Synthetic or mineral oil may be used in SMTP, SMFP, MTP and CMTP shaft mount reducers. For complete lubrication instructions, refer to the installation manual provided with the unit. Reference page 148 for additional lubrication specifications. 147

145 SMTP, MTP, CMTP Lubrication s 7800 NOTICE: Petroleumbased and synthetic lubricants which contain antiwear/extreme pressure additives must not be used in units with internal backstops. These additives decrease the backstop's ability to prevent reverse rotation and will result in backstop failure. Note: Reducers operating more than from standard position should have a stand pipe or sight glass installed and marked at proper oil level in order to monitor oil level while in operating position. Contact Application Engineering ( ) Department for assistance in selecting and installing required material. Relubrication The following are some general recommendations regarding relubrication. Your experience in your specific application is the best determination of relubrication intervals. Petroleumbased lubricants For normal operating conditions, oil should be changed every,500 hours or six months, whichever occurs first. If temperatures vary by season, the oil should be changed to suit the ambient operating temperature. Synthetic Lubricants Some type of synthetic lubricants can be used in shaft mount reducers. These lubricants can extend oil change intervals to as much as 8,000 to,000 hours based on operating temperatures and lubricant contamination. If temperatures vary by season, the oil should be changed to suit the ambient operating temperature. 148

146 SMTP, MTP, CMTP Lubrication s 7800 RPM AGMA Oil Viscosity Grades for Ambient Operating Temperature between 14 deg F and 50 deg F Reducer 7MTP 115MTP 0MTP 07MTP 15MTP 07MTP 15MTP 407SMTP 415SMTP 507SMTP 608SMTP 800SMTP Shaft Mount Engineering RPM AGMA Oil Viscosity Grades for Ambient Operating Temperature between 50 deg F and 95 deg F Reducer 7MTP 115MTP 0MTP 07MTP 15MTP 07MTP 15MTP 407SMTP 415SMTP 507SMTP 608SMTP 800SMTP

147 RC Drives Features and Ratings Water treatment maintenance superintendents, design engineers and consultants agree... rowning products meet all your needs for rotating biological contactor drives. Specify the rowning solution on your next RC installation or retrofit. Superior RC Drive Solutions uilt Rugged and Dependable for Minimal Maintenance and Downtime RC Split Power Path Shaft Conventional Shaft Mount Power Path ore Split Power Path Design Provides twice the tooth engagement when compared to conventional drives Leak Free Operation Plunge ground shafts with dual lip oil seals igh Quality earings 0,000 hour life at 5 hp Class II service Generous Shaft Diameters Support overhung loads generated by Vbelt drive assembly Compact design and dropin features allow for quick replacement of problem drives Universal housings allow for left or righthand installations Reducer, belt guard, torque arm, belt drive and motor are to be ordered separately 150

148 RC Drives Dimensions Standard Unit Drive Assembly ore & 1.50 WD x.8 DP Keyway 6.75 Level Gauge 1.65 Dia. &.8 x.8 x 4.50 Keyway x 1.1 Slot as Shown Fiberglass Velt Guard Arm Tapered ushed Unit P/N 415SMT148 includes 4 15/16" tapered bushing and standard motor mount. Straight ore Unit P/N 415SMF148 Includes Std. Motor Mount Motor mount will accept T, 1T & 54T* frame motors and a V belt drive CD of 14 to 0" Fiberglass Velt Guard P/N G415RC Arm P/N TA415RC/1 Shaft Mount Engineering 17.00* Center Line SG Sight Glass * 8.50 * If torque arm arrangement is longer than.75" in the horizontal, or smaller than in the vertical dimension, contact Application Engineering ( ). ostile duty totally enclosed fan cooled motors Designed for wastewater treatment plant operation igh efficiency EPAct 9 certified Cast iron frames ostileduty paint Stainless steel nameplates rowning RC Drive Ratings Motor hp/ Part Number 5/1150 5ED 7.5/1150 7ED Motor Frame AGMA Service Factor Velt Drive Ratio Gear Drive Ratio Final Speed Final Rating 15T Class II 5.: 1 148: RPM 199,600 in./lbs. 54T Class I 5.: 1 148: RPM 97,400 in./lbs. 151

149 All sales are made on our STANDARD TERMS AND CONDITIONS OF SALE in effect at the time a customer s order is accepted. The current Terms and Conditions are set forth below: STANDARD TERMS AND CONDITIONS OF SALE (September, 009) These Terms and Conditions, the attendant quotation or acknowledgment and all documents incorporated by specific reference therein, will be the complete and exclusive statement of the terms of the agreement governing the sale of goods ( Goods ) by Emerson Power Transmission Corporation and its divisions and subsidiaries ( Seller ) to Customer ( uyer ). uyer s acceptance of the Goods will manifest uyer s assent to these Terms and Conditions. If these Terms and Conditions differ in any way from the terms and conditions of uyer s order, or other documentation, this document will be construed as a counteroffer and will not be deemed an acceptance of uyer s terms and conditions which conflict herewith. 1. PRICES: Unless otherwise specified in writing by Seller, Seller s price for the goods shall remain in effect for thirty (0) days after the date of Seller s quotation or acknowledgment of uyer s order for the Goods, whichever occurs first, provided an unconditional, complete authorization for the immediate shipment of the Goods is received and accepted by Seller within such time period. If such authorization is not received by Seller within such thirty (0) day period, Seller shall have the right to change the price for the Good to Seller s price for the Goods at the time of shipment.. TES: Any tax or governmental charge or increase in same hereafter becoming effective increasing the cost to Seller of producing, selling or delivering the Goods or of procuring material used therein, and any tax now in effect or increase in same payable by the Seller because of the manufacture, sale or delivery of the Goods, may at Seller s option, be added to the price.. TERMS OF PAYMENT: Subject to the approval of Seller s Credit Department, terms are net thirty (0) days from date of Seller s invoice in U.S. currency. If any payment owed to Seller is not paid when due, it shall bear interest, at a rate to be determined by Seller, which shall not exceed the maximum rate permitted by law, from the date on which it is due until it is paid. Seller shall have the right, among other remedies, either to terminate the Agreement or to suspend further performance under this and/or other agreements with uyer in the event uyer fails to make any payment when due. uyer shall be liable for all expenses, including attorneys fees, relating to the collection of past due amounts. 4. SIPMENT AND DELIVERY: Shipments are made F.O.. Seller s shipping point. Any claims for shortages or damages suffered in transit shall be submitted by the uyer directly to the carrier. While Seller will use all reasonable commercial efforts to maintain the delivery date acknowledged or quoted by Seller, all shipping dates are approximate. Seller reserves the right to make partial shipments and to segregate specials and madetoorder Goods from normal stock Goods. Seller shall not be bound to tender delivery of any Goods for which uyer has not provided shipping instructions. 5. QUANTITY: uyer agrees to accept overruns of up to ten percent (%) of the order on madetoorder Goods, including parts. Any such additional items shall be priced at the price per item charged for the specific quantity ordered. 6. LIMITED WARRANTY: Subject to the limitations of Section 7, Seller warrants that the Goods will be free from defects in material and workmanship under normal use, service and maintenance for a period of one year (unless otherwise specified by Seller in writing) from the date of shipment of the Goods by Seller. TIS IS TE SOLE AND EXCLUSIVE WARRANTY GIVEN Y SELLER WIT RESPECT TO TE GOODS AND IS IN LIEU OF AND EXCLUDES ALL OTER WARRANTIES, EXPRESS OR IMPLIED, ARISING Y OPERATION OF LAW OR OTERWISE, INCLUDING WITOUT LIMITATION, MERCANTAILITY OR FITNESS FOR A PARTICULAR PURPOS WETER OR NOT TE PURPOSE OR USE AS EEN DISCLOSED TO SELLER IN SPECIFICATIONS, DRAWINGS OR OTERWISE, AND WETER OR NOT SELLER S PRODUCTS ARE SPECIFICALLY DESIGNED AND/OR MANUFACTURED Y SELLER FOR UYER S USE OR PURPOSE. This warranty does not extend to any losses or damages due to misuse, accident, abuse, neglect, normal wear and tear, unauthorized modification or alteration, use beyond rated capacity, or improper installation, maintenance or application. To the extent that uyer or its agents has supplied specifications, information, representation of operating conditions or other data to Seller in the selection or design of the Goods and the preparation of Seller s quotation, and in the event that actual operating conditions or other conditions differ from those represented by uyer, any warranties or other provisions contained herein which are affected by such conditions shall be null and void. If within thirty (0) days after uyer s discovery of any warranty defects within the warranty period, uyer notifies Seller thereof in writing, Seller shall, at its option, repair or replace F.O.. point of manufacture, or refund the purchase price for, that portion of the goods found by Seller to be defective. Failure by uyer to give such written notice within the applicable time period shall be deemed an absolute and unconditional waiver of uyer s claim for such defects. Goods repaired or replaced during the warranty period shall be covered by the foregoing warranty for the remainder of the original warranty period or ninety (90) days, whichever is longer. uyer assumes all other responsibility for any loss, damage, or injury to persons or property arising out of, connected with, or resulting from the use of Goods, either alone or in combination with other products/components. SECTIONS 6 AND 7 APPLY TO ANY ENTITY OR PERSON WO MAY UY, ACQUIRE OR USE SELLER S GOODS, INCLUDING ANY ENTITY OR PERSON WO UYS TE GOODS FROM SELLER S DISTRIUTOR AND SUC ENTITY OR PERSON SALL E OUND Y TE LIMITATIONS TEREIN. 7. LIMITATION OF REMEDY AND LIAILITY: TE SOLE AND EXCLUSIVE REMEDY FOR REAC OF ANY WARRANTY EREUNDER (OTER TAN TE WARRANTY PROVIDED UNDER SECTION 1) SALL E LIMITED TO REPAIR, REPLACEMENT OR REFUND OF TE PURCASE PRICE UNDER SECTION 6. SELLER SALL NOT E LIALE FOR DAMAGES CAUSED Y DELAY IN PERFORMANCE AND IN NO EVENT, REGARDLESS OF TE FORM OF TE CLAIM OR CAUSE OF ACTION (WETER ASED IN CONTRACT, INFRINGEMENT, NEGLIGENCE, STRICT LIAILITY, OTER TORT OR OTERWISE), SALL SELLER S LIAILITY TO UYER AND/OR ITS CUSTOMERS EXCEED TE PRICE TO UYER OF TE SPECIFIC GOODS PROVIDED Y SELLER GIVING RISE TO TE CLAIM OR CAUSE OF ACTION. UYER AGREES TAT IN NO EVENT SALL SELLER S LIAILITY TO UYER AND/OR ITS CUSTOMERS EXTEND TO INCLUDE INCIDENTAL, CONSEQUENTIAL OR PUNITIVE DAMAGES. TE TERM CONSEQUENTIAL DAMAGES SALL INCLUDE, UT NOT E LIMITED TO, LOSS OF ANTICIPATED PROFITS, LOSS OF USE, LOSS OF REVENUE, COST OF CAPITAL AND DAMAGE OR LOSS OF OTER PROPERTY OR EQUIPMENT. It is expressly understood that any technical advice furnished by Seller with respect to the use of the Goods is given without charge, and Seller assumes no obligation or liability for the advice given, or results obtained, all such advice being given and accepted at uyer s risk. GOODS AND/OR SERVICES SOLD EREUNDER ARE NOT FOR USE IN ANY NUCLEAR AND RELATED APPLICATIONS. uyer accepts goods and/or services with the foregoing understanding, agrees to communicate the same in writing to any subsequent purchaser or users and to defend, indemnify and hold harmless Seller from any claims, losses, suits, judgments and damages, including incidental and consequential damages, arising from such use, whether the cause of action be based in tort, contract or otherwise, including allegations that the Seller's liability is based on negligence or strict liability. 8. EXCUSE OF PERFORMANCE: Seller shall not be liable for delays in performance or for nonperformance due to acts of God, acts of uyer, war, riot, fire, flood, other severe weather, sabotage, or epidemics; strikes or labor disturbances; governmental requests, restrictions, laws, regulations, orders or actions; unavailability of or delays in transportation; default of suppliers; or unforeseen circumstances or any events or causes beyond Seller s reasonable control. Deliveries may be suspended for an appropriate period of time as a result of the foregoing. If Seller determines that its ability to supply the total demand for the Goods, or to obtain material used directly or indirectly in the manufacture of the Goods, is hindered, limited or made impracticable due to causes addressed in this Section 8, Seller may allocate its available supply of the Goods or such material (without obligation to acquire other supplies of any such Goods or material) among itself and its purchasers on such basis as Seller determines to be equitable without liability for any failure of performance which may result therefrom. Deliveries suspended or not made by reason of this section may be canceled by Seller upon notice to uyer without liability, but the balance of the agreement shall otherwise remain unaffected. 9. CANCELLATIONS AND DELAYS: The uyer may cancel orders only upon written notice and upon payment to Seller of cancellation charges which include, among other things, all costs and expenses incurred and commitments made by the Seller and a reasonable profit thereon. Any request by uyer to extend the delivery schedule must be agreed to in writing by the Seller. If agreement cannot be reached, Seller may deliver product to the last known ship to address and invoice the uyer upon completion of the product or prior delivery date, whichever is later.. CANGES: uyer may request changes or additions to the Goods consistent with Seller s specifications and criteria. In the event such changes or additions are accepted by Seller, Seller may revise the price and delivery schedule. Seller reserves the right to change designs and specifications for the Goods without prior notice to uyer, except with respect to Goods being madetoorder for uyer. 11. TOOLING: Tool, die, and pattern charges, if any, are in addition to the price of the Goods and are due and payable upon completion of the tooling. All such tools, dies and patterns shall be and remain the property of Seller. Charges for tools, dies, and patterns do not convey to uyer, title, ownership interests in, or rights to possession or removal, nor prevent their use by Seller for other purchasers, except as otherwise expressly provided by Seller and uyer in writing with reference to this provision. 1. ASSIGNMENT: uyer shall not assign its rights or delegate its duties hereunder or any interest therein or any rights hereunder without the prior written consent of the Seller, and any such assignment, without such consent, shall be void. 1. PATENTS AND COPYRIGTS: Subject to Section 7, Seller warrants that the Goods sold, except as are made specifically for uyer according to uyer s specifications, do not infringe any valid U.S. patent or copyright in existence as of the date of delivery. This warranty is given upon the condition that uyer promptly notify Seller of any claim or suit involving uyer in which such infringement is alleged, and, that uyer cooperate fully with Seller and permit Seller to control completely the defense or compromise of any such allegation of infringement. Seller s warranty as to use only applies to infringements arising solely out of the inherent operation (i) of such Goods, or (ii) of any combination of Goods in a system designed by Seller. In the event such Goods, singularly or in combination, are held to infringe a U.S. patent or copyright in such suit, and the use of such Goods is enjoined, or in the case of a compromise by Seller, Seller shall have the right, at its option and expense, to procure for uyer the right to continue using such Goods, or replace them with noninfringing Goods; or modify same to become noninfringing; or grant uyer a credit for the depreciated value of such Goods and accept return of them. 14. MISCELLANEOUS: These terms and conditions set forth the entire understanding and agreement between Seller and uyer, and supersede all other communications, negotiations and prior oral or written statements regarding the subject matter of these terms and conditions. No change, modification, rescission, discharge, abandonment, or waiver of these terms and conditions of Sale shall be binding upon the Seller unless made in writing and signed on its behalf by an officer of the Seller. No conditions, usage or trade, course of dealing or performance, understanding or agreement purporting to modify, vary, explain, or supplement these Terms and Conditions shall be binding unless hereafter made in writing and signed by the party to be bound, and no modification shall be affected by the acceptance of purchase orders or shipping instruction forms containing terms at variance with or in addition to those set forth herein. Any such modifications or additional terms are specifically rejected by Seller. No waiver by Seller with respect to any breach or default or any right or remedy and no course of dealing, shall be deemed to constitute a continuing waiver of any other breach or default or of any other right or remedy, unless such waiver be expressed in writing and signed by the party to be bound. Seller is not responsible for typographical or clerical errors made in any quotation, orders or publications. All such errors are subject to correction. The validity, performance, and all other matters relating to the interpretation and effect of this contract shall be governed by the law of the state of New York. The United Nations Convention on the International Sale of Goods shall not apply to any transaction hereunder. 495