Table of Contents - IPCD-Inc. · I2 Parallel Shaft Reducer Design Advantages Phone: ... FOOTE-JONES...

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Table of Contents I Web: www.footejones.com E-mail: [email protected] PARALLEL SHAFT DESIGN ADVANTAGES . . . . . . . . . . . . . . . . . . . . . . .I2 PARALLEL SHAFT APPLICATION DATA . . . . . . . . . . . . . . . . . . . . . . .I3-I5 PARALLEL SHAFT RATING TABLES . . . . . . . . . . . . . . . . . . . . . . . . .I6-I23 PARALLEL SHAFT TABLE OF ACTUAL RATIOS . . . . . . . . . . . . . . .I24-I25 PARALLEL SHAFT WK 2 VALUES . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .I26 PARALLEL SHAFT OVERHUNG LOAD CAPACITY . . . . . . . . . . . . .I27-I31 PARALLEL SHAFT DIMENSIONS – HLE STYLE . . . . . . . . . . . . . . .I32-I36 PARALLEL SHAFT DIMENSIONS – COOLING FAN . . . . . . . . . . . . . . .I37 PARALLEL SHAFT VERTICAL STYLE. . . . . . . . . . . . . . . . . . . . . . . . . . .I38 PARALLEL SHAFT DIMENSIONS – VLHE STYLE. . . . . . . . . . . . . . . . .I39 PARALLEL SHAFT DIMENSIONS – HLEM STYLE. . . . . . . . . . . . . .I40-I41 PARALLEL SHAFT DIMENSIONS – BACKSTOP CLUTCH. . . . . . .I42-I43 SPIRAL BEVEL DESIGN ADVANTAGES . . . . . . . . . . . . . . . . . . . . . . . .I44 SPIRAL BEVEL APPLICATION DATA . . . . . . . . . . . . . . . . . . . . . . . .I45-I46 SPIRAL BEVEL RATING TABLES . . . . . . . . . . . . . . . . . . . . . . . . . . .I47-I58 SPIRAL BEVEL TABLE OF ACTUAL RATIOS . . . . . . . . . . . . . . . . . . . . .I59 SPIRAL BEVEL WK 2 VALUES . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .I59 SPIRAL BEVEL OVERHUNG LOAD & THRUST CAPACITY . . . . . .I60-I63 SPIRAL BEVEL DIMENSIONS – BHE STYLE . . . . . . . . . . . . . . . . .I64-I66 SPIRAL BEVEL VERTICAL UNITS . . . . . . . . . . . . . . . . . . . . . . . . . . . . .I67 SPIRAL BEVEL DIMENSIONS – VBHE STYLE . . . . . . . . . . . . . . . .I68-I70 SPIRAL BEVEL DIMENSIONS – COOLING FAN . . . . . . . . . . . . . . . . . .I71 BACKSTOP CLUTCH SELECTIONS . . . . . . . . . . . . . . . . . . . . . . . . . . . .I72 DIRECT MOUNT CONVEYOR DRIVE . . . . . . . . . . . . . . . . . . . . . . .I73-I74 MOTOR MOUNTS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .I75 BASE PLATES . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .I75 HEAT EXCHANGERS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .I76 PUMP LUBRICATION SYSTEMS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .I77 IMMERSION HEATERS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .I78 OPTIONAL RATIOS & OIL SEALS . . . . . . . . . . . . . . . . . . . . . . . . . . . . .I79 MAX- POWER Spiral Bevel Reducers & Parallel Shafts

Transcript of Table of Contents - IPCD-Inc. · I2 Parallel Shaft Reducer Design Advantages Phone: ... FOOTE-JONES...

Page 1: Table of Contents - IPCD-Inc. · I2 Parallel Shaft Reducer Design Advantages Phone: ... FOOTE-JONES reducers are designed in accordance with ... the selection of the gear drive.

Table of Contents

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PARALLEL SHAFT DESIGN ADVANTAGES . . . . . . . . . . . . . . . . . . . . . . .I2

PARALLEL SHAFT APPLICATION DATA . . . . . . . . . . . . . . . . . . . . . . .I3-I5

PARALLEL SHAFT RATING TABLES . . . . . . . . . . . . . . . . . . . . . . . . .I6-I23

PARALLEL SHAFT TABLE OF ACTUAL RATIOS . . . . . . . . . . . . . . .I24-I25

PARALLEL SHAFT WK2 VALUES . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .I26

PARALLEL SHAFT OVERHUNG LOAD CAPACITY . . . . . . . . . . . . .I27-I31

PARALLEL SHAFT DIMENSIONS – HLE STYLE . . . . . . . . . . . . . . .I32-I36

PARALLEL SHAFT DIMENSIONS – COOLING FAN . . . . . . . . . . . . . . .I37

PARALLEL SHAFT VERTICAL STYLE. . . . . . . . . . . . . . . . . . . . . . . . . . .I38

PARALLEL SHAFT DIMENSIONS – VLHE STYLE. . . . . . . . . . . . . . . . .I39

PARALLEL SHAFT DIMENSIONS – HLEM STYLE. . . . . . . . . . . . . .I40-I41

PARALLEL SHAFT DIMENSIONS – BACKSTOP CLUTCH. . . . . . .I42-I43

SPIRAL BEVEL DESIGN ADVANTAGES . . . . . . . . . . . . . . . . . . . . . . . .I44

SPIRAL BEVEL APPLICATION DATA . . . . . . . . . . . . . . . . . . . . . . . .I45-I46

SPIRAL BEVEL RATING TABLES . . . . . . . . . . . . . . . . . . . . . . . . . . .I47-I58

SPIRAL BEVEL TABLE OF ACTUAL RATIOS . . . . . . . . . . . . . . . . . . . . .I59

SPIRAL BEVEL WK2 VALUES . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .I59

SPIRAL BEVEL OVERHUNG LOAD & THRUST CAPACITY . . . . . .I60-I63

SPIRAL BEVEL DIMENSIONS – BHE STYLE . . . . . . . . . . . . . . . . .I64-I66

SPIRAL BEVEL VERTICAL UNITS . . . . . . . . . . . . . . . . . . . . . . . . . . . . .I67

SPIRAL BEVEL DIMENSIONS – VBHE STYLE . . . . . . . . . . . . . . . .I68-I70

SPIRAL BEVEL DIMENSIONS – COOLING FAN . . . . . . . . . . . . . . . . . .I71

BACKSTOP CLUTCH SELECTIONS . . . . . . . . . . . . . . . . . . . . . . . . . . . .I72

DIRECT MOUNT CONVEYOR DRIVE . . . . . . . . . . . . . . . . . . . . . . .I73-I74

MOTOR MOUNTS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .I75

BASE PLATES . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .I75

HEAT EXCHANGERS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .I76

PUMP LUBRICATION SYSTEMS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .I77

IMMERSION HEATERS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .I78

OPTIONAL RATIOS & OIL SEALS . . . . . . . . . . . . . . . . . . . . . . . . . . . . .I79

MAX-POWER™Spiral Bevel Reducers & Parallel Shafts

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Parallel Shaft Reducer Design AdvantagesI2

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MAX-POWER™Spiral Bevel Reducers & Parallel Shafts

GEARING• Heavy Duty Through Hardened Gearing – Produces a uniform gradient from surface

through core for optimum combination of wear resistance and strength.

• Precision Tolerances – Gears are hobbed after heat treating for maximum accuracy and finish.

• Higher Break Loads – 25° pressure angle tooth profile provides higher strength-to-wear ratio.

• Higher Continuous Loads – Pinions are crown-hobbed for equal tooth load distribution.

SHAFTS• Higher Strength – Through-hardened steel provides for greater overload protection.

• Higher Loads – Generous shaft lengths and diameters provide increased overhung load capacity.

BEARINGS• Longer Life – Oversize heavy-duty tapered roller bearings exceed industry standards.

• Easily Maintained – Adjustable without removing housing cover.

SEALS• Premium Performance – Spring loaded dual-lip wave type cartridge seals provided on

all shaft extensions.

• Taconite Duty – Grease purged seals available for unusually abrasive dust conditions.

HOUSING• Cast-Iron or Steel Construction – Alignment of shafts, gears and bearings is

maintained with ruggedly constructed and reinforced housing.

• Higher Capacity – Large surface areas provide increased thermal capacity.

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Parallel Shaft Reducer Application Data I3

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STARTING AND PEAK LOADSFOOTE-JONES reducers are designed in accordance withAGMA Standards for helical, herringbone and spiral bevelreducers. The catalog ratings are satisfactory for infrequentstarting (five starts per hour or less) and for maximum momentary or starting loads not exceeding 275% of rated load(175% overload). For more frequent starting (up to ten startsper hour), the actual maximum momentary or starting loadshall not exceed 200% of rated load (100% load). Rated loadis defined as the unit rating with a service factor of 1.0.

If the maximum starting or momentary load exceeds theabove, the application should be referred to your FOOTE-JONES Sales Representative with complete detailson the duty cycle.

All components are designed to permit loads of 285% of thecatalog rating without stressing any component beyond 75% ofthe material yield point.

Brake Applications – Where the torque rating of the brakeexceeds the rating of the motor, the rating of the brake dictatesthe selection of the gear drive.

Oversize Prime Movers are discouraged. Published ServiceFactors do not cover applications that require oversize primemovers for higher inertia or peak loads. Refer such applications to your FOOTE-JONES Sales Representative forselection of suitable drives.

Where service factors are low (i.e. 1.0 or less),often strength rather than durability ratings are limiting basedon starting or peak loads, so particular care should be taken toconsider all load factors.

SERVICE FACTORSMechanical horsepower and output torque capacities shown inrating tables are calculated on a 1.0 service factor, with anelectric motor or turbine drive. When selecting a reducer foroperation in a specific application, multiply the actual requiredinput horsepower or output torque by the proper service factor(Table A) to obtain the equivalent horsepower or torque rating.This equivalent value may then be used with the rating tablesto select the reducer.

The service factors are based on electric, pneumatic, hydraulicmotors or turbine drivers. For internal combustion enginedrivers, see Table B for service factor conversions.

Note: The service factors are based on field experience by thegear industry with average installations, and may not be applicable in all instances. They are recommended minimums.The purchaser is to evaluate the service factors against hisexperience, and to specify different service factors where thereis sufficient experience, and all load factors as known.

THERMAL RATINGSThermal horsepower ratings represent the maximum horsepower that can be transmitted without overheating whena reducer is operated continuously for more than three hours.

AGMA Standards permit oil (sump) temperatures up to 200°F.When the thermal rating is less than the transmitted load, a larger size unit with sufficient thermal capacity must be selected or an external cooling system must be added. Thermal horsepower ratings are shown in the catalograting tables.

Only transmitted horsepower is subject to thermal horsepowerlimitations, service factors do not apply. For intermittent serviceor unusual ambient temperatures, consult your FOOTE-JONES Sales Representative

RATING TABLESHorsepower ratings have been calculated on a 1.0 servicefactor in accordance with current AGMA recommended practice.The tabulations are compiled for easy unit size selection. Thetables are organized by input speed and columns headed withratio and nominal output rpm designations.

HP values are at input, torque figures are at output and allowfor efficiency losses.

When the required speed falls between two cataloged speedsof a unit for a cataloged ratio, interpolate to determine unitrating. When a special intermediate ratio is required, use the lowest output torque from either the next higher or lower standard ratio, and calculate the input horsepowerallowing for efficiency.

OVERHUNG LOADSOverhung loads are calculated at the most adverse combination of rating, speed, rotation and direction of load. Inmost applications where there is a reasonable service factor,appreciably greater overhung load may be available. This isparticularly true in the higher output speed ranges where thebearings limit the overhung load capacity.

For applications involving high overhung loads, Style 4reducers are usually required and these applications should becarefully reviewed. When greater capacity is desired, contactyour FOOTE-JONES Sales Representative with completeapplication data including direction of rotation and side load.

Calculated overhung load for shafts must not exceed thepermissible overhung load capacity listed in the rating tablesfor the reducer size, type, ratio and rpm selected.

The permissible overhung loads shown in the ratings tablesare calculated for loads applied perpendicular to the shaft at one diameter distance from the heads of the bearing cap screws.

Sprockets, pinions and gears should be mounted as close to the reducer as possible to minimize reactions on shafts and bearings. If the point of application of the overhung load is located beyond one diameter, the tabulated overhung load capacities no longer apply. Applications of this type should be referred to your FOOTE-JONES Sales Representative.

CAUTION

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Parallel Shaft Reducer Application DataI4

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OPERATING SPEEDSOperate units only at the speeds shown on the nameplate.Before changing speeds, refer complete application details andnameplate data to your FOOTE-JONES Sales Representativefor a review of the lubrication system. Also specify reduceroperating speeds on orders to insure proper lubrication.

Variable or Multi-Speed ApplicationsIt is essential that all orders indicate maximum and minimumspeeds as well as the duty cycle, as modifications to the lubrication system may be required. This is particularly important for units with a build-in oil pump.

For input speeds above 1750 rpm or below 100 rpm, consultyour FOOTE-JONES Sales Representative.

RATIOSBoth nominal AGMA and actual ratios (accurate to threedecimal places) are shown. Where exact ratios for precisesynchronization are required, consult your FOOTE-JONESSales Representative for actual tooth combinations. Optionalintermediate ratios are available.

MOUNTING POSITIONAll gear reducers are designed to operate with the basemounted horizontally unless specified otherwise. Refer allother special mountings to your FOOTE-JONES Sales Representative. Modifications to the lubrication system andseals may be required.

EFFICIENCIESThe approximate full load efficiencies for normal operatingconditions are listed below. Where efficiency is critical, consultyour FOOTE-JONES Sales Representative with completeapplication data for a more precise figure.

Single Reduction 98%Double Reduction 97%Triple Reduction 96%

For units with built-in pumps, allow an additional 0.5%.

WARRANTYFOOTE-JONES warrants that the equipment manufactured willperform satisfactorily for the rating specified on the certifiedprint and nameplate provided it is properly installed and operated within the speed and torque limits and other load andenvironmental conditions for which it was sold, and maintainedin accordance with the Maintenance Manuals.

The warranty is applicable providing the drive system is freefrom critical speeds, torsional or lateral vibratory loads withinthe operating speed range, no matter how induced.Responsibility for the system analysis rests with the purchaser.

ENVIRONMENTThe standard reducer is designed to operate in a protectedlocation with reasonable ventilation, free from temperatureextremes (below -10°F or above 100°F for significant periods)or severe dust, toxic, explosive, or other unusual environments.

Modifications such as special seals, heaters, heat exchangers,etc., could be required for these unusual conditions. Consultyour FOOTE-JONES Sales Representative.

SAFETYThe purchaser should determine the applicable local andnational safety codes related to speed reducers for the specificinstallation involved. Shaft guarding and noise level requirementsparticularly should be checked, and any requirements involvingthe reducer clearly specified.

STORAGEAll units are coated with a rust-inhibiting oil during the shoptest, and shaft extensions are coated with a dry-film preservative.This treatment will provide adequate protection for normalperiods during installation. This period could range from 2-3months in severe, unprotected outside storage, up to a year intemperature-controlled indoor storage. It is recommended theunits be protected during storage, and periodic inspection isrecommended and re-treatment applied, if necessary.

Long Term Storage – For more positive storage instructions,refer to the Maintenance Manual.

Certified Prints shall be contractually binding as to the understanding of FOOTE-JONES regarding the mechanicaland rating requirements, and shall govern when there is aconflict between them and the inquiry, order, quotation or specifications.

FORMULAS

1. TorqueHP x 63025T =

N

2. HorsepowerT x NHP =63025

3. Overhung LoadHP x 63025 x K or T x KP =

N x R R

FACTORS

All factors must be determined at shaft under study.

HP = Transmitted horsepowerT = Torque in inch poundsP = Equivalent overhung load in poundsN = RPM of shaftR = Pitch radius in inches of sprocket, pinion,

sheave, or pulleyK = Overhung load factors

Sprocket (single or multiple strand) . . . .1.00Spur Pinion . . . . . . . . . . . . . . . . . . . . . .1.25V-Belt sheave . . . . . . . . . . . . . . . . . . . . .1.50Flat belt pulley . . . . . . . . . . . . . . . . . . . .2.50

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Parallel Shaft Reducer Application Data I5

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SELECTION PROCEDUREStep 1 Determine service factor for your application depending on number of hours of

operation each day and the type of prime mover. Refer to Tables A and B.

Step 2 Multiply the service factor obtained in Step 1 by the actual input horsepower or output torque required to operate the driven equipment to determine an equivalent rating.

Step 3 Refer to rating tables to select the speed reducer size with the proper input and output speeds that also has the capacity to equal or exceed the required equivalent rating.

Step 4 If the drive is subject to starting or peak torque more than 200% to 275% of the catalog rating for reducer selected in Step 3, consult your FOOTE-JONES Sales Representative.

Step 5 The thermal capacity of the reducer you select must equal or exceed the actual input horsepower transmitted (not the equivalent horsepower). If the input horsepower is greater, consider fan cooling, heat exchanges or select a larger reducer size. Whenthe unit operates intermittently (less than three hours continuously), consult yourFOOTE-JONES Sales Representative.

Step 6 The overhung load on all shafts not connected with a flexible coupling must be calculated from the formula on page 4. The overhung load for a specific torque;however, can be reduced by increasing the diameter of the gear, sprocket or sheave that is mounted on the shaft.

Step 7 A backstop may be required to prevent reverse rotation for some applications. Other accessories, such as bases, are also available.

STANDARD ASSEMBLY DIAGRAMS

1 2 3 4 5 6 7 8 9

1 (U-D) 2 (U-U) 3 (U-UD)

HLE CODE

VHLE CODE

(R-L) (L-R) (R-R) (L-L) (R-LR) (L-LR) (LR-L) (LR-R) (LR-R)

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Parallel Shaft Reducer RatingsI6

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MAX-POWER™Spiral Bevel Reducers & Parallel Shafts

MHP – Mechanical Horsepower (Thermal HP listed when less than Mechanical HP)THP – Thermal Horsepower (Additional thermal capacity available with fan cooling or heat exchanger)Tq – Output Torque x 1000 (in. lbs.)

1750 RPM INPUT (@ 1.0 S.F.)

0701 0801 0901 1001 1101 1201 1301Nom. OutputRatio RPM MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq

1.837 950 400 87 26.1 567 100 37.0 800 113 52.1 1050 125 67.8 1400 161 91.1 1750 161 114 2190 188 143

2.250 780 330 87 26.2 466 105 37.8 675 120 53.5 900 132 71.5 1200 164 95.5 1430 164 114 1800 191 145

2.756 635 266 90 26.2 400 105 38.5 527 120 52.0 709 132 69.1 1000 175 97.1 1250 175 121 1500 200 148

3.375 520 219 90 25.7 313 113 37.3 415 125 49.6 564 135 66.7 788 175 93.2 937 175 111 1200 205 143

4.134 425 163 100 23.9 234 120 34.4 326 132 47.7 450 150 65.2 613 200 88.9 750 200 109 902 229 132

5.062 346 120 105 21.6 176 125 31.5 235 141 42.4 350 158 61.5 450 207 81.1 535 207 96.6 675 250 122

6.200 282 90 – 19.8 134 132 29.1 175 150 38.4 263 166 57.7 332 225 72.8 400 225 87.6 525 263 116

7.594 230 71 – 18.8 100 – 27.0 137 – 36.3 190 175 50.3 250 226 67.8 313 226 84.6 400 270 106

0702 0802 0902 1002 1102 1202 1302Nom. OutputRatio RPM MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq

7.59 230 125 30 32.5 188 45 49.2 228 53 60.4 330 70 86.5 438 95 115 500 95 132 638 125 169

9.30 188 105 31 33.6 150 45 48.6 200 55 64.0 266 75 85.3 350 100 114 438 100 143 563 125 174

11.39 154 82 31 31.9 125 45 49.9 160 57 63.7 225 75 88.5 313 105 121 375 102 145 450 132 179

13.95 125 66 32 32.2 105 50 50.7 132 60 64.9 188 80 89.3 250 105 120 313 105 151 375 134 177

17.09 102 56 33 32.8 80 50 47.8 105 62 62.3 157 80 92.3 200 113 119 234 113 138 279 138 168

20.93 84 47 35 33.4 66 52 48.5 80 63 58.7 120 82 87.4 157 113 116 189 113 138 231 143 170

25.63 68 38 35 33.2 55 53 49.4 66 65 59.6 100 87 87.6 132 120 118 157 120 141 191 150 173

31.39 56 27 – 29.6 41 – 44.6 55 – 60.6 81 – 86.7 106 – 116 132 120 144 157 – 170

38.44 45 20 – 26.6 31 – 41.6 40 – 53.8 60 – 80.3 80 – 106 95 – 126 125 – 164

0703 0803 0903 1003 1103 1203 1303Nom. OutputRatio RPM MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq

31.39 56 37.5 – 40.5 50.0 – 54.0 70.0 – 75.4 98.9 – 105 134.0 120 141 161.0 120 169 200.0 157 214

38.44 45 31.3 – 40.6 41.2 – 54.2 56.1 – 75.5 81.9 – 107 113.0 – 148 132.0 125 172 164.0 157 217

47.08 37 23.4 – 37.4 37.5 – 60.5 46.8 – 76.6 64.5 – 103 90.0 – 145 113.0 – 181 136.0 – 220

57.66 30 19.1 – 37.8 31.3 – 61.3 40.0 – 79.1 53.4 – 105 75.0 – 146 93.8 – 184 114.0 – 224

70.62 25 15.8 – 38.2 25.0 – 60.4 31.3 – 76.0 45.0 – 107 62.5 – 150 75.0 – 180 94.2 – 227

86.50 20 13.2 – 38.9 21.0 – 61.0 23.2 – 69.0 37.5 – 110 50.0 – 148 62.5 – 183 80.0 – 233

105.9 16.5 9.4 – 34.4 17.5 – 62.6 20.0 – 71.6 27.8 – 99.3 40.0 – 144 52.5 – 189 60.0 – 216

129.7 13.5 7.5 – 33.8 13.5 – 58.6 15.9 – 69.8 23.0 – 100 32.4 – 142 40.8 – 180 50.0 – 223

158.9 11.0 6.3 – 34.1 11.3 – 60.6 13.2 – 70.8 18.8 – 102 26.3 – 140 31.3 – 167 37.8 – 208

194.6 9.0 5.3 – 35.3 8.0 – 51.9 9.5 – 62.0 15.6 – 102 20.7 – 137 25.1 – 167 31.6 – 211

238.4 7.4 3.8 – 30.7 6.0 – 47.8 7.8 – 62.5 11.4 – 93.2 15.2 – 122 18.8 – 151 23.8 – 194

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Parallel Shaft Reducer Ratings I7

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1750 RPM INPUT (@ 1.0 S.F.)

MHP – Mechanical Horsepower (Thermal HP listed when less than Mechanical HP)THP – Thermal Horsepower (Additional thermal capacity available with fan cooling or heat exchanger)

Tq – Output Torque x 1000 (in. lbs.)

1402 1502 1602 1702 1802 1902 2002Nom. OutputRatio RPM MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq

7.59 230 700 125 185 905 157 241 927 157 246 1350 206 356 1500 206 397 1880 250 495 2080 250 545

9.30 188 600 125 195 788 160 257 800 160 260 1130 219 367 1270 219 412 1570 263 507 1750 263 561

11.39 154 525 132 209 625 164 250 701 164 279 913 225 360 1070 225 426 1250 263 496 1400 263 551

13.95 125 415 134 202 501 175 243 571 175 277 788 227 378 913 227 439 1060 272 511 1230 272 592

17.09 102 322 138 194 403 175 239 468 175 277 625 233 368 750 233 442 900 280 530 1000 280 590

20.93 84 270 143 198 350 188 254 400 188 291 500 250 364 600 250 436 700 300 510 800 300 579

25.63 68 225 150 203 285 188 251 330 188 291 405 250 366 478 250 430 563 313 497 625 313 548

31.39 56 177 157 194 225 200 247 263 200 290 334 263 366 400 263 441 467 313 503 525 313 563

38.44 45 150 – 202 188 – 250 205 201 273 263 – 315 300 267 402 338 320 466 375 320 498

1403 1503 1603 1703 1803 1903 2003Nom. OutputRatio RPM MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq

31.39 56 225.0 157 244 287.0 200 307 323 200 349 401 263 434 450 263 486 563 313 596 629 313 671

38.44 45 188.0 157 248 233.0 201 309 266 201 354 350 267 449 405 267 520 465 320 613 529 320 688

47.08 37 160.0 – 259 191.0 – 311 225 205 367 287 273 451 330 273 534 400 328 646 450 328 721

57.66 30 134.0 – 263 163.0 – 318 188 – 363 236 – 460 279 – 543 324 – 635 375 328 735

70.62 25 113.0 – 274 134.0 – 324 157 – 378 200 – 481 228 – 552 270 – 646 313 – 751

86.50 20 93.8 – 273 105.0 – 315 120 – 359 157 – 471 188 – 557 225 – 666 250 – 734

105.9 16.5 66.7 – 240 83.6 – 303 100 – 362 132 – 479 157 – 571 188 – 685 203 – 741

129.7 13.5 54.5 – 243 70.0 – 308 83 – 363 107 – 473 132 – 587 157 – 696 175 – 773

158.9 11.0 45.0 – 247 56.8 – 305 66 – 355 82 – 441 94 – 513 120 – 651 141 – 760

194.6 9.0 37.5 – 251 46.0 – 308 53 – 358 70 – 465 81 – 533 94 – 615 105 – 690

238.4 7.4 30.0 – 245 35.3 – 285 40 – 326 53 – 423 60 – 484 67 – 544 75 – 607

1401 1501 1601 1701 1801 1901 2001Nom. OutputRatio RPM MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq

1.837 950 250 188 163 – – – – – – – – – – – – – – – – – –

2.250 780 2080 191 167 2630 225 210 3000 225 240 – – – – – – – – – – – –

2.756 635 1750 200 173 2190 225 210 2500 225 240 3130 267 304 3590 267 348 4000 278 394 4500 278 443

3.375 520 1400 205 167 1750 235 208 2000 235 238 2360 280 282 2660 280 319 3140 300 371 3500 300 414

4.134 425 1050 229 154 1270 264 188 1500 264 222 1880 319 275 2190 319 321 2500 350 362 2820 350 409

5.062 346 800 250 145 953 283 172 1130 283 203 1400 350 253 1610 350 291 1800 375 331 2060 375 362

6.200 282 625 263 138 750 313 163 875 313 190 1050 375 230 1250 375 274 1400 400 305 1580 400 343

7.594 230 469 270 124 563 314 153 640 314 173 807 382 214 937 382 249 1130 415 300 1250 415 331

Page 8: Table of Contents - IPCD-Inc. · I2 Parallel Shaft Reducer Design Advantages Phone: ... FOOTE-JONES reducers are designed in accordance with ... the selection of the gear drive.

Parallel Shaft Reducer RatingsI8

Phone: (605) 225-0360 Fax: (605) 225-0567

MAX-POWER™Spiral Bevel Reducers & Parallel Shafts

MHP – Mechanical Horsepower (Thermal HP listed when less than Mechanical HP)THP – Thermal Horsepower (Additional thermal capacity available with fan cooling or heat exchanger)Tq – Output Torque x 1000 (in. lbs.)

1750 RPM INPUT (@ 1.0 S.F.)

2101 2251 2401 2501 2651 2801 2981Nom. OutputRatio RPM MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq

1.837

2.250

2.756

3.375

4.134

5.062

6.200

7.594

2102 2252 2402 2502 2652 2802 2982Nom. OutputRatio RPM MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq

7.59 154 – – – – – – – – – – – –

9.30 188 2050 300 651 2330 300 741 – – – – – –

11.39 154 1750 300 689 2000 300 791 2250 350 879 2500 350 978

13.95 125 1400 313 670 1580 313 761 1880 352 900 2080 352 999

17.09 102 1140 316 683 1270 316 760 1500 375 884 1610 375 947

20.93 84 938 328 680 1130 328 817 1250 375 896 1400 375 999

25.63 68 750 350 656 875 350 765 1050 400 919 1200 400 1040

31.39 56 625 351 670 700 351 750 800 401 878 875 401 964

38.44 45 450 375 607 500 375 674 573 414 774 630 414 852

CONSULT FACTORY

CONSULT FACTORY

CONSULT FACTORY

2103 2253 2403 2503 2653 2803 2983Nom. OutputRatio RPM MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq

31.39 56 800 351 860 900 351 967 934 401 986 1130 401 1200

38.44 45 632 375 827 709 375 938 832 414 1070 941 414 1214

47.08 37 502 375 815 568 375 921 700 438 1100 800 438 1260

57.66 30 438 375 855 473 375 926 600 438 1150 675 438 1300

70.62 25 353 – 843 400 375 958 471 438 1130 535 438 1280

86.50 20 300 – 868 330 – 957 400 – 1180 450 438 1310

105.9 16.5 250 – 883 275 – 972 323 – 1160 375 – 1340

129.7 13.5 200 – 884 225 – 990 264 – 1150 300 – 1320

158.9 11.0 167 – 887 188 – 999 225 – 1190 237 – 1270

194.6 9.0 125 – 815 140 – 915 157 – 1050 175 – 1160

238.4 7.4 90 – 730 100 – 820 120 – 984 132 – 1080

Page 9: Table of Contents - IPCD-Inc. · I2 Parallel Shaft Reducer Design Advantages Phone: ... FOOTE-JONES reducers are designed in accordance with ... the selection of the gear drive.

Parallel Shaft Reducer Ratings I9

I

Web: www.footejones.comE-mail: [email protected]

MAX-POWER™Spiral Bevel Reducers & Parallel Shafts

MHP – Mechanical Horsepower (Thermal HP listed when less than Mechanical HP)THP – Thermal Horsepower (Additional thermal capacity available with fan cooling or heat exchanger)

Tq – Output Torque x 1000 (in. lbs.)

1170 RPM INPUT (@ 1.0 S.F.)

0701 0801 0901 1001 1101 1201 1301Nom. OutputRatio RPM MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq

1.837 635 283 135 27.6 409 160 39.9 564 188 54.9 750 205 728 1050 273 102 1250 273 121 1600 326 156

2.250 520 237 135 28.1 334 160 40.6 472 188 56.0 631 207 74.9 838 273 100 1050 273 125 1290 329 155

2.756 425 189 139 27.9 282 165 40.6 378 188 55.9 525 219 76.6 716 278 104 900 278 131 1070 332 158

3.375 346 157 140 27.8 225 175 40.1 300 191 53.6 405 219 71.5 563 283 99.5 700 283 124 830 350 148

4.134 282 120 – 26.2 167 – 36.6 232 200 50.8 314 219 68.0 438 300 95.0 525 300 114 675 351 148

5.062 230 82.5 – 22.3 125 – 33.4 167 – 45.0 250 227 65.7 314 300 84.7 383 300 103 473 375 128

6.200 190 62.5 – 20.4 94.3 – 30.7 125 – 41.1 188 – 61.6 236 – 77.3 283 – 92.8 375 – 124

7.594 154 50.2 – 19.8 70 – 28.2 100 – 39.4 134 – 53.1 177 – 71.8 225 – 91.1 284 – 112

0702 0802 0902 1002 1102 1202 1302Nom. OutputRatio RPM MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq

7.59 154 90 57 35.2 132 87 51.4 161 105 63.6 236 136 92.6 313 188 123 375 188 147 452 234 179

9.30 125 75 60 35.9 105 90 51.0 136 106 65.1 189 138 91.0 250 188 122 313 188 153 382 238 184

11.39 102 60 – 35.1 88 – 52.4 113 – 67.1 157 142 92.3 209 191 121 263 191 152 313 250 188

13.95 84 46 – 33.4 75 – 54.2 94 – 69.0 132 – 93.3 175 – 125 219 200 158 263 250 192

17.09 68 40 – 35.0 55 – 49.4 75 – 66.8 105 – 93.0 138 – 122 166 – 147 200 – 180

20.93 56 32 – 34.5 46 – 50.2 55 – 60.6 82 – 89.1 106 – 117 132 – 145 161 – 177

25.63 45 26 – 34.8 38 – 50.9 46 – 61.5 70 – 91.8 90 – 121 107 – 144 133 – 180

31.39 37 19 – 30.7 28 – 45.9 38 – 62.4 56 – 89.4 75 – 122 90 – 146 106 – 176

38.44 30 14 – 27.2 21 – 41.7 28 – 55.3 41 – 82.2 56 – 108 65 – 130 88 – 176

0703 0803 0903 1003 1103 1203 1303Nom. OutputRatio RPM MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq

31.39 37 26.3 – 41.8 35.3 – 57.7 47.5 – 76.5 68 – 109 93.8 – 148 113 – 178 138 – 220

38.44 30 21 – 40.8 30 – 59.1 40 – 80.5 56.3 – 110 75.7 – 148 93.8 – 184 113 – 224

47.08 25 15.9 – 38.2 25 – 60.3 32 – 78.4 45 – 108 62.5 – 151 75.2 – 180 94 – 227

57.66 20 13.2 – 39.2 20.8 – 60.9 26.8 – 79.3 37.5 – 110 52.5 – 153 62.5 – 183 80 – 234

70.62 16.5 10.7 – 38.9 17.5 – 63.8 21.1 – 76.6 31.3 – 111 41.2 – 148 52.5 – 188 64.4 – 232

86.50 13.5 8.9 – 39.2 14.2 – 62.0 16 – 71.0 25 – 109 35 – 155 43.8 – 193 54 – 235

105.9 11 6.3 – 34.3 11.7 – 62.5 13.2 – 70.3 19 – 101 27.3 – 147 35 – 189 40.9 – 220

129.7 9 5.3 – 35.3 9.4 – 61.0 11.3 – 73.7 15.6 – 102 22.6 – 148 28.1 – 186 33.3 – 222

158.9 7.4 4.2 – 34.4 7.5 – 60.1 8.9 – 71.4 13.2 – 110 17.5 – 140 21.3 – 170 26.3 – 216

194.6 6 3.5 – 35.3 5.4 – 52.5 6.5 – 62.9 10.6 – 103 14 – 139 17.5 – 174 21.4 – 214

238.4 4.9 2.6 – 32.0 4 – 47.5 5.3 – 63.2 7.7 – 94.4 10.3 – 124 12.5 – 150 16.2 – 197

Page 10: Table of Contents - IPCD-Inc. · I2 Parallel Shaft Reducer Design Advantages Phone: ... FOOTE-JONES reducers are designed in accordance with ... the selection of the gear drive.

Parallel Shaft Reducer RatingsI10

Phone: (605) 225-0360 Fax: (605) 225-0567

MAX-POWER™Spiral Bevel Reducers & Parallel Shafts

MHP – Mechanical Horsepower (Thermal HP listed when less than Mechanical HP)THP – Thermal Horsepower (Additional thermal capacity available with fan cooling or heat exchanger)Tq – Output Torque x 1000 (in. lbs.)

1170 RPM INPUT (@ 1.0 S.F.)

1401 1501 1601 1701 1801 1901 2001Nom. OutputRatio RPM MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq

1.837 635 1880 326 183 2250 381 220 2630 381 257 3130 464 305 3750 464 366 4380 525 425 4640 525 450

2.250 520 1580 329 190 1880 400 226 2190 400 262 2820 469 334 3220 469 381 3580 525 430 4000 525 480

2.756 425 1250 332 184 1600 400 230 1800 400 259 2250 500 326 2630 500 381 3000 531 442 3160 531 465

3.375 346 1000 350 178 1250 400 223 1500 400 266 1750 500 313 2000 500 358 2280 563 404 2630 563 464

4.134 282 788 351 173 914 410 202 1060 410 233 1350 525 295 1580 525 345 1800 563 390 2000 563 433

5.062 230 563 375 152 700 438 189 800 438 215 1000 527 270 1200 527 325 1400 670 369 1500 600 395

6.200 190 450 375 149 534 450 174 625 450 203 750 563 246 900 563 294 1000 613 326 1130 613 367

7.594 154 334 – 132 400 – 162 456 450 185 600 563 238 675 563 268 800 625 317 900 625 356

1402 1502 1602 1702 1802 1902 2002Nom. OutputRatio RPM MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq

7.59 154 525 234 208 645 300 257 700 300 277 928 400 366 1130 400 445 1350 476 533 1580 476 620

9.30 125 450 238 218 563 313 274 613 313 298 800 403 388 904 403 438 1050 500 508 1250 500 571

11.39 102 375 250 225 450 313 269 525 313 315 675 414 398 788 414 468 900 500 534 1000 500 588

13.95 84 300 250 219 358 318 260 409 318 297 537 438 386 644 438 463 751 525 539 833 525 600

17.09 68 225 – 203 283 – 251 328 324 291 450 438 396 530 438 476 625 525 551 700 525 618

20.93 56 188 – 207 236 – 256 273 – 297 350 – 381 405 – 439 500 – 544 563 529 609

25.63 45 157 – 212 200 – 264 230 – 303 282 – 382 333 – 449 400 – 528 438 – 574

31.39 37 125 – 206 157 – 259 188 – 310 234 – 384 278 – 457 326 – 525 359 – 577

38.44 30 105 – 210 125 – 249 142 – 282 176 – 351 204 – 409 235 – 468 263 – 523

1403 1503 1603 1703 1803 1903 2003Nom. OutputRatio RPM MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq

31.39 37 161 – 259 200 – 321 231 – 369 283 – 458 331 – 534 400 – 632 450 – 718

38.44 30 133 – 263 163 – 324 188 – 375 250 – 480 283 – 543 328 – 646 375 – 734

47.08 25 113 – 274 133 – 324 157 – 384 200 – 470 228 – 552 267 – 646 313 – 749

57.66 20 93.8 – 275 113 – 330 132 – 385 164 – 477 200 – 583 225 – 657 250 – 734

70.62 16.5 75.5 – 274 93.8 – 339 107 – 386 135 – 484 157 – 570 188 – 674 206 – 741

86.50 13.5 63.7 – 277 75 – 335 83 – 370 107 – 477 132 – 587 157 – 697 175 – 768

105.9 11 45.6 – 245 57.5 – 312 70 – 379 90 – 490 107 – 580 125 – 680 139 – 760

129.7 9 37.5 – 250 50 – 326 57 – 375 75 – 498 90 – 600 105 – 695 120 – 795

158.9 7.4 31.3 – 250 40 – 310 45 – 362 56 – 452 65 – 529 81 – 662 96 – 775

194.6 6 26.3 – 258 31.3 – 321 38 – 377 46 – 460 55 – 543 64 – 626 70 – 690

238.4 4.9 20 – 244 23.9 – 289 27 – 331 35 – 422 40 – 482 46 – 553 50 – 608

Page 11: Table of Contents - IPCD-Inc. · I2 Parallel Shaft Reducer Design Advantages Phone: ... FOOTE-JONES reducers are designed in accordance with ... the selection of the gear drive.

CONSULT FACTORY

Parallel Shaft Reducer Ratings I11

I

Web: www.footejones.comE-mail: [email protected]

MAX-POWER™Spiral Bevel Reducers & Parallel Shafts

MHP – Mechanical Horsepower (Thermal HP listed when less than Mechanical HP)THP – Thermal Horsepower (Additional thermal capacity available with fan cooling or heat exchanger)

Tq – Output Torque x 1000 (in. lbs.)

1170 RPM INPUT (@ 1.0 S.F.)

2101 2251 2401 2501 2651 2801 2981Nom. OutputRatio RPM MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq

1.837

2.250

2.756

3.375

4.134

5.062

6.200

7.594

2102 2252 2402 2502 2652 2802 2982Nom. OutputRatio RPM MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq

7.59 154 – – – – – – – – – – – –

9.30 125 1500 563 716 1660 563 791 1910 626 908 2040 626 975

11.39 102 1250 563 740 1400 563 827 1600 642 936 1800 642 1050

13.95 84 1000 573 716 1130 573 810 1350 675 970 1500 675 1070

17.09 68 802 600 719 900 600 806 1050 675 924 1200 675 1060

20.93 56 675 613 732 788 613 850 900 700 967 1000 700 1070

25.63 45 532 – 695 625 – 817 750 – 980 811 700 1060

31.39 37 438 – 703 500 – 801 563 – 924 613 – 1010

38.44 30 313 – 630 350 – 706 400 – 808 450 – 911

CONSULT FACTORY

CONSULT FACTORY

2103 2253 2403 2503 2653 2803 2983Nom. OutputRatio RPM MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq

31.39 37 563 – 905 625 – 1005 675 – 1070 800 714 1280

38.44 30 453 – 893 503 – 991 600 – 1150 675 – 1300

47.08 25 350 – 851 400 – 971 500 – 1170 563 – 1320

57.66 20 300 – 875 327 – 957 400 – 1150 453 – 1300

70.62 16.5 250 – 895 270 – 971 323 – 1160 375 – 1340

86.50 13.5 203 – 879 227 – 982 267 – 1180 313 – 1370

105.9 11.0 175 – 925 188 – 994 225 – 1210 263 – 1410

129.7 9.0 135 – 894 157 – 1030 188 – 1220 204 – 1340

158.9 7.4 113 – 900 132 – 1040 150 – 1190 162 – 1300

194.6 6.0 88 – 854 96 – 934 107 – 1070 120 – 1190

238.4 4.9 60 – 735 70 – 859 80 – 981 88 – 1080

Page 12: Table of Contents - IPCD-Inc. · I2 Parallel Shaft Reducer Design Advantages Phone: ... FOOTE-JONES reducers are designed in accordance with ... the selection of the gear drive.

Parallel Shaft Reducer RatingsI12

Phone: (605) 225-0360 Fax: (605) 225-0567

MAX-POWER™Spiral Bevel Reducers & Parallel Shafts

MHP – Mechanical Horsepower (Thermal HP listed when less than Mechanical HP)THP – Thermal Horsepower (Additional thermal capacity available with fan cooling or heat exchanger)Tq – Output Torque x 1000 (in. lbs.)

870 RPM INPUT (@ 1.0 S.F.)

0701 0801 0901 1001 1101 1201 1301Nom. OutputRatio RPM MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq

1.837 470 225 188 29.4 319 225 41.9 450 250 59.0 613 276 80.0 800 375 104 1000 375 131 1250 450 164

2.250 386 188 – 30.0 263 225 43.0 375 250 59.8 500 276 79.8 675 375 108 812 375 130 1050 450 169

2.756 315 150 – 29.7 225 – 43.6 300 250 59.5 400 282 78.4 563 375 110 700 375 136 832 452 165

3.375 258 120 – 28.5 175 – 41.8 230 – 55.5 315 287 74.9 438 381 104 527 381 125 675 460 162

4.134 210 90 – 26.4 132 – 39.0 188 – 55.2 250 – 72.7 331 – 96.4 408 388 119 525 469 154

5.062 172 63.6 – 23.1 100 – 35.9 132 – 47.9 188 – 66.6 250 – 90.8 300 – 109 375 – 137

6.200 140 47.3 – 20.9 75 – 32.8 95 – 41.9 140 – 61.9 188 – 82.7 225 – 98.9 284 – 126

7.594 115 40 – 21.2 52.5 – 28.5 75 – 40.0 105 – 56.2 137 – 74.6 175 – 98.4 225 – 119

0702 0802 0902 1002 1102 1202 1302Nom. OutputRatio RPM MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq

7.59 115 66.9 – 35.1 100 – 52.5 125 – 66.3 188 – 99 234 – 124 282 – 149 350 – 187

9.30 94 55.6 – 35.8 80 – 52.1 105 – 67.7 150 – 96.7 190 – 125 231 – 152 300 – 194

11.39 76 45 – 35.4 65.6 – 52.9 87.5 – 69.8 120 – 96.4 161 – 125 200 – 156 250 – 201

13.95 62 35 – 34.2 55.1 – 53.8 70.3 – 69.6 100 – 95.3 133 – 128 163 – 158 200 – 196

17.09 51 30 – 35.4 43.8 – 52.7 55.9 – 67 80.3 – 95.4 106 – 126 132 – 157 157 – 190

20.93 42 25 – 35.8 35 – 51.5 41.9 – 62 63.1 – 92.4 81 – 120 100 – 148 125 – 185

25.63 34 20 – 35.6 30 – 54.1 35 – 63.3 52.5 – 92.5 66.5 – 120 81.2 – 147 105 – 191

31.39 28 14.1 – 30.9 21.3 – 46.7 28.7 – 63.6 43.8 – 94.7 55.6 – 122 70 – 154 81 – 180

38.44 23 10.4 – 27.7 15.9 – 42.4 20.9 – 56.3 31.3 – 84.2 40.9 – 109 50 – 133 64 – 173

0703 0803 0903 1003 1103 1203 1303Nom. OutputRatio RPM MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq

31.39 28 20 – 42.7 27.2 – 59.8 37.5 – 81.2 52.6 – 114 70.4 – 149 87.5 – 185 105 – 225

38.44 23 15.8 – 41.5 22.5 – 59.5 30 – 81.3 45 – 118 57.1 – 150 70 – 184 87.5 – 232

47.08 18 12.5 – 40.4 18.9 – 61.2 25 – 82.3 33.4 – 108 45.6 – 148 56.9 – 183 71.1 – 231

57.66 15 10 – 39.9 15.7 – 61.8 20.2 – 80.4 27.6 – 109 38 – 149 47 – 185 60 – 236

70.62 12.3 8.1 – 39.4 13.2 – 64.2 15.9 – 77.3 23 – 110 31.3 – 151 40 – 193 50 – 242

86.50 10 6.7 – 39.7 10.7 – 62.7 12.5 – 74.8 18.8 – 112 26.3 – 156 31.9 – 189 40.8 – 239

105.9 8.2 4.6 – 34.3 8.8 – 63.1 10 – 71.9 14.3 – 102 20.5 – 148 26.3 – 190 31.3 – 226

129.7 6.7 3.8 – 34.5 7 – 60.9 8.1 – 71.6 11.7 – 103 17.5 – 154 21.3 – 189 25 – 224

158.9 5.5 3.2 – 34.7 5.5 – 59.1 6.7 – 72 9.5 – 104 13.2 – 141 16 – 172 20 – 222

194.6 4.5 2.6 – 35.6 4 – 52.9 5 – 65.6 7.9 – 104 10.5 – 140 13.2 – 176 16.1 – 216

238.4 3.7 1.9 – 31 3 – 47.9 4 – 64.7 6 – 98.7 7.7 – 125 9.4 – 152 12.5 – 205

Page 13: Table of Contents - IPCD-Inc. · I2 Parallel Shaft Reducer Design Advantages Phone: ... FOOTE-JONES reducers are designed in accordance with ... the selection of the gear drive.

Parallel Shaft Reducer Ratings I13

I

Web: www.footejones.comE-mail: [email protected]

MAX-POWER™Spiral Bevel Reducers & Parallel Shafts

MHP – Mechanical Horsepower (Thermal HP listed when less than Mechanical HP)THP – Thermal Horsepower (Additional thermal capacity available with fan cooling or heat exchanger)

Tq – Output Torque x 1000 (in. lbs.)

870 RPM INPUT (@ 1.0 S.F.)

1401 1501 1601 1701 1801 1901 2001Nom. OutputRatio RPM MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq

1.837 470 1430 450 187 1800 530 237 2010 530 264 2500 639 328 2870 639 375 3380 714 441 3750 714 490

2.250 386 1230 450 198 1500 530 241 1750 530 282 2250 639 357 2630 639 417 2830 714 457 3130 714 505

2.756 315 1000 452 198 1250 563 242 1400 563 270 1800 675 352 2060 675 403 2300 750 455 2500 750 496

3.375 258 788 460 189 955 563 229 1130 563 270 1400 675 337 1580 675 381 1880 750 447 2010 750 477

4.134 210 613 469 180 716 565 213 825 565 245 1050 700 309 1250 700 367 1400 788 409 1600 788 467

5.062 170 450 – 164 532 – 193 625 600 227 788 700 286 909 700 330 1070 800 377 1200 777 424

6.200 140 350 – 155 416 – 182 474 – 207 600 – 265 700 – 309 800 – 350 875 800 383

7.594 115 263 – 139 313 – 171 354 – 193 450 – 240 525 – 280 625 – 334 700 – 374

1402 1502 1602 1702 1802 1902 2002Nom. OutputRatio RPM MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq

7.59 115 410 375 218 500 471 268 574 471 309 750 626 398 834 626 444 1050 751 559 1230 751 646

9.30 94 350 – 229 438 – 287 500 – 330 625 – 408 700 645 456 875 800 569 1000 800 646

11.39 76 284 – 229 350 – 282 400 – 323 525 – 417 600 – 479 700 – 559 788 – 624

13.95 62 230 – 226 280 – 273 319 – 311 415 – 401 500 – 484 600 – 579 642 – 622

17.09 51 175 – 211 225 – 269 251 – 300 350 – 414 413 – 489 500 – 592 536 – 636

20.93 42 143 – 213 188 – 275 209 – 305 264 – 385 313 – 457 375 – 549 450 – 653

25.63 34 120 – 218 157 – 278 175 – 311 225 – 408 263 – 475 300 – 533 330 – 582

31.39 28 94 – 208 120 – 264 140 – 311 179 – 396 219 – 484 250 – 542 274 – 592

38.44 23 80 – 217 95 – 253 113 – 302 134 – 359 157 – 423 179 – 479 200 – 533

1403 1503 1603 1701 1803 1903 2003Nom. OutputRatio RPM MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq

31.39 28 125 – 272 157 – 336 175 – 377 219 – 477 263 – 569 313 – 666 350 – 751

38.44 23 105 – 280 125 – 334 143 – 383 188 – 485 219 – 567 251 – 664 287 – 753

47.08 18 83.7 – 272 105 – 345 120 – 395 157 – 495 175 – 570 203 – 659 228 – 736

57.66 15 70 – 276 87.5 – 342 100 – 392 125 – 490 150 – 591 175 – 688 189 – 746

70.62 12.3 57 – 278 70.3 – 342 81 – 396 105 – 508 120 – 587 140 – 676 157 – 760

86.50 10 50 – 293 56 – 337 64 – 384 82 – 491 100 – 598 120 – 713 132 – 782

105.9 8.2 35 – 253 45 – 328 53 – 383 67 – 490 81 – 589 94 – 690 105 – 771

129.7 6.7 28 – 251 37.5 – 332 45 – 398 56 – 496 66 – 595 80 – 713 90 – 800

158.9 5.5 23 – 252 30 – 324 35 – 378 44 – 475 50 – 548 61 – 672 75 – 815

194.6 4.5 18.9 – 254 23 – 316 27 – 368 35 – 466 41 – 549 50 – 660 53 – 698

238.4 3.7 15 – 246 17.9 – 291 21 – 334 26 – 427 31 – 507 35 – 562 38 – 614

Page 14: Table of Contents - IPCD-Inc. · I2 Parallel Shaft Reducer Design Advantages Phone: ... FOOTE-JONES reducers are designed in accordance with ... the selection of the gear drive.

Parallel Shaft Reducer RatingsI14

Phone: (605) 225-0360 Fax: (605) 225-0567

MAX-POWER™Spiral Bevel Reducers & Parallel Shafts

MHP – Mechanical Horsepower (Thermal HP listed when less than Mechanical HP)THP – Thermal Horsepower (Additional thermal capacity available with fan cooling or heat exchanger)Tq – Output Torque x 1000 (in. lbs.)

870 RPM INPUT (@ 1.0 S.F.)

2101 2251 2401 2501 2651 2801 2981Nom. OutputRatio RPM MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq

1.837

2.250

2.756

3.375

4.134

5.062

6.200

7.594

CONSULT FACTORY

CONSULT FACTORY

CONSULT FACTORY

2102 2252 2402 2502 2652 2802 2982Nom. OutputRatio RPM MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq

7.59 – – – – – – – – – – – – –

9.30 94 1200 645 766 1290 645 825 1500 800 959 1630 800 1040

11.39 76 930 675 738 1060 675 848 1250 800 981 1400 800 1100

13.95 62 755 700 727 838 700 811 1050 806 1010 1140 806 1100

17.09 51 625 – 754 700 – 844 812 – 964 909 824 1070

20.93 42 525 – 765 600 – 870 700 – 1010 750 – 1080

25.63 34 411 – 722 479 – 841 563 – 989 625 – 1100

31.39 28 327 – 705 375 – 810 416 – 918 455 – 1010

38.44 23 233 – 631 265 – 718 313 – 850 335 – 913

2103 2253 2403 2503 2653 2803 2983Nom. OutputRatio RPM MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq

31.39 28 404 – 874 462 – 999 525 – 1110 613 – 1310

38.44 23 350 – 928 383 – 1015 450 – 1160 500 – 1290

47.08 18 264 – 863 300 – 980 375 – 1180 415 – 1310

57.66 15 225 – 883 250 – 986 313 – 1210 350 – 1350

70.62 12.3 188 – 902 201 – 985 250 – 1200 281 – 1350

86.50 10 157 – 915 175 – 1020 202 – 1200 232 – 1370

105.9 8.2 132 – 940 140 – 996 175 – 1260 200 – 1440

129.7 6.7 105 – 930 113 – 1000 137 – 1200 157 – 1390

158.9 5.5 88 – 936 94 – 1010 113 – 1210 125 – 1350

194.6 4.4 64 – 834 75 – 986 81 – 1090 94 – 1250

238.4 3.7 45 – 742 53 – 865 60 – 991 65 – 1080

Page 15: Table of Contents - IPCD-Inc. · I2 Parallel Shaft Reducer Design Advantages Phone: ... FOOTE-JONES reducers are designed in accordance with ... the selection of the gear drive.

Parallel Shaft Reducer Ratings I15

I

Web: www.footejones.comE-mail: [email protected]

MAX-POWER™Spiral Bevel Reducers & Parallel Shafts

MHP – Mechanical Horsepower (Thermal HP listed when less than Mechanical HP)THP – Thermal Horsepower (Additional thermal capacity available with fan cooling or heat exchanger)

Tq – Output Torque x 1000 (in. lbs.)

720 RPM INPUT (@ 1.0 S.F.)

0701 0801 0901 1001 1101 1201 1301Nom. OutputRatio RPM MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq

1.837 390 188 – 29.7 272 263 43.1 376 300 59.5 502 327 79.2 700 450 110 838 450 132 1050 527 167

2.250 320 151 – 30.3 225 – 44.3 314 300 60.5 438 327 84.5 567 450 110 700 450 136 900 527 175

2.756 260 125 – 29.9 188 – 44.0 251 – 60.1 350 334 83.2 475 453 112 613 453 145 718 537 172

3.375 212 100 – 28.6 142 – 41.1 200 – 58.1 268 – 76.9 375 – 108 450 – 130 563 – 163

4.134 174 75.7 – 26.9 113 – 40.4 157 – 55.7 207 – 72.8 281 – 98.9 350 – 123 438 – 156

5.062 142 53.7 – 23.6 81.4 – 35.4 113 – 49.7 160 – 68.3 207 – 91.0 263 – 116 314 – 138

6.200 116 40.0 – 21.4 62.5 – 33.1 80 – 42.8 120 – 63.9 157 – 83.5 188 – 100 250 – 134

7.594 95 32.4 – 20.8 45.0 – 29.5 63 – 40.4 90 – 58.0 120 – 78.8 143 – 93.8 188 – 120

0702 0802 0902 1002 1102 1202 1302Nom. OutputRatio RPM MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq

7.59 95 56 – 35.7 82 – 51.9 105 – 67.7 157 – 100 200 – 128 238 – 152 300 – 193

9.30 77 47 – 36.3 70 – 55.0 88 – 68.3 125 – 97.3 161 – 128 200 – 159 250 – 196

11.39 63 38 – 35.7 55 – 53.8 75 – 72.4 100 – 95.6 136 – 128 175 – 165 203 – 198

13.95 51 30 – 35.4 46 – 54.6 60 – 71.8 83 – 95.3 113 – 132 138 – 161 175 – 207

17.09 42 25 – 35.7 35 – 51.2 47 – 68.3 70 – 100 90 – 129 113 – 163 132 – 193

20.93 34 21 – 35.5 30 – 53.4 35 – 62.7 53 – 94.3 70 – 125 82 – 147 105 – 188

25.63 28 17 – 35.9 25 – 54.5 30 – 65.5 44 – 93.2 56 – 122 70 – 153 88 – 193

31.39 23 12 – 31.2 18 – 47.2 25 – 67.0 35 – 92.2 46 – 123 57 – 151 70 – 188

38.44 19 9 – 28.2 13 – 42.8 18 – 58.8 26 – 85.6 35 – 113 42 – 134 54 – 175

0703 0803 0903 1003 1103 1203 1303Nom. OutputRatio RPM MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq

31.39 23 16.10 – 41.4 22.80 – 60.6 31.30 – 82.0 45.0 – 115 60.0 – 153 70.8 – 181 90.0 – 234

38.44 19 13.20 – 41.8 18.80 – 60.2 25.00 – 82.0 37.5 – 118 47.9 – 152 60.0 – 190 71.9 – 231

47.08 15 10.10 – 39.1 15.70 – 61.7 20.20 – 80.4 27.9 – 109 38.0 – 149 47.6 – 185 60.0 – 236

57.66 12.5 8.18 – 39.4 13.20 – 62.7 17.50 – 84.5 23.0 – 110 31.9 – 151 40.0 – 191 – – 238

70.62 10.2 6.73 – 39.6 10.70 – 62.7 13.20 – 77.8 20.0 – 115 26.3 – 154 32.3 – 189 40.8 – 239

86.50 8.3 5.58 – 39.9 8.92 – 63.1 10.10 – 73.2 15.6 – 112 21.3 – 153 26.6 – 190 35.0 – 248

105.9 6.8 4.00 – 35.6 7.50 – 65.2 8.23 – 71.5 11.9 – 103 17.5 – 153 22.5 – 197 26.3 – 230

129.7 5.5 3.18 – 34.7 6.00 – 63.4 6.73 – 72.0 10.0 – 107 14.1 – 150 17.8 – 191 20.8 – 225

158.9 4.5 2.64 – 34.4 4.55 – 59.4 5.56 – 72.4 7.9 – 104 11.3 – 146 13.4 – 174 16.2 – 217

194.6 3.7 2.14 – 35.5 3.35 – 53.2 4.03 – 63.7 6.6 – 105 8.8 – 141 10.7 – 172 13.4 – 217

238.4 3.0 1.57 – 31.1 2.50 – 48.2 3.28 – 64.0 5.0 – 99.4 6.4 – 126 7.8 – 152 10.0 – 199

Page 16: Table of Contents - IPCD-Inc. · I2 Parallel Shaft Reducer Design Advantages Phone: ... FOOTE-JONES reducers are designed in accordance with ... the selection of the gear drive.

Parallel Shaft Reducer RatingsI16

Phone: (605) 225-0360 Fax: (605) 225-0567

MAX-POWER™Spiral Bevel Reducers & Parallel Shafts

MHP – Mechanical Horsepower (Thermal HP listed when less than Mechanical HP)THP – Thermal Horsepower (Additional thermal capacity available with fan cooling or heat exchanger)Tq – Output Torque x 1000 (in. lbs.)

720 RPM INPUT (@ 1.0 S.F.)

1401 1501 1601 1701 1801 1901 2001Nom. OutputRatio RPM MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq

1.837 390 1250 527 199 1500 632 239 1750 632 278 2190 800 347 2500 800 396 2870 875 452 3170 875 500

2.250 320 1050 527 205 1250 632 243 1500 632 291 1880 800 361 2190 800 427 2500 875 4188 2640 875 516

2.756 260 821 537 197 1050 644 244 1230 644 288 1570 800 369 1800 800 424 2000 875 478 2190 875 524

3.375 212 675 563 195 815 675 236 1000 675 289 1140 800 333 1350 800 394 1600 900 460 1750 900 502

4.134 174 525 – 186 625 – 224 704 675 253 900 814 320 1050 814 374 1250 908 441 1350 908 477

5.062 142 375 – 165 451 – 198 525 – 230 675 – 296 800 – 351 908 – 388 1000 934 427

6.200 116 300 – 160 353 – 187 403 – 213 500 – 267 575 – 307 675 – 357 750 – 396

7.594 95 225 – 145 263 – 173 313 – 206 380 – 245 450 – 290 525 – 338 573 – 369

1402 1502 1602 1702 1802 1902 2002Nom. OutputRatio RPM MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq

7.59 95 350 – 225 438 – 284 500 – 325 625 – 401 708 – 455 900 – 576 1050 – 666

9.30 77 300 – 236 354 – 280 407 – 324 525 – 414 613 – 483 705 – 554 822 – 624

11.39 63 239 – 233 300 – 292 350 – 341 438 – 420 500 – 483 600 – 578 675 – 645

13.95 51 200 – 236 237 – 280 271 – 320 351 – 410 418 – 488 500 – 583 563 – 660

17.09 42 150 – 219 188 – 271 219 – 315 285 – 408 350 – 501 406 – 582 452 – 648

20.93 34 125 – 223 157 – 278 176 – 310 225 – 398 263 – 464 316 – 560 375 – 658

25.63 28 100 – 219 132 – 282 150 – 321 188 – 412 219 – 479 251 – 538 278 – 592

31.39 23 80 – 213 100 – 267 120 – 321 157 – 419 178 – 476 209 – 547 230 – 601

38.44 19 65 – 211 80 – 258 94 – 303 113 – 367 132 – 431 157 – 508 165 – 533

1403 1503 1603 1703 1803 1903 2003Nom. OutputRatio RPM MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq

31.39 23 105.0 – 273 132.0 – 343 150.0 – 390 188.0 – 495 219.0 – 573 263.0 – 677 300.0 – 776

38.44 19 87.5 – 280 105.0 – 338 125.0 – 404 157.0 – 490 188.0 – 585 219.0 – 701 250.0 – 792

47.08 15 70.0 – 275 87.5 – 346 100.0 – 397 132.0 – 505 150.0 – 590 175.0 – 687 191.0 – 745

57.66 12.5 60.0 – 286 75.0 – 355 83.6 – 395 105.0 – 498 125.0 – 591 142.0 – 675 158.0 – 754

70.62 10.2 47.6 – 281 60.0 – 353 70.0 – 411 87.5 – 511 100.0 – 510 120.0 – 701 132.0 – 769

86.50 8.3 40.0 – 283 47.2 – 343 53.7 – 392 70.0 – 509 81.6 – 589 95.9 – 690 113.0 – 806

105.9 6.8 28.6 – 250 37.5 – 331 45.0 – 396 55.9 – 495 70.0 – 619 80.0 – 709 90.0 – 798

129.7 5.5 23.2 – 252 31.3 – 334 37.5 – 401 46.4 – 500 55.3 – 599 65.1 – 702 75.0 – 804

158.9 4.5 19.0 – 254 25.0 – 326 28.2 – 368 35.5 – 464 41.1 – 546 52.5 – 695 62.5 – 821

194.6 3.7 15.8 – 256 20.0 – 326 22.6 – 370 30.0 – 484 35.0 – 565 40.0 – 637 45.0 – 717

238.4 3.0 12.5 – 248 15.0 – 294 17.5 – 344 21.4 – 419 25.0 – 490 28.5 – 562 31.3 – 618

Page 17: Table of Contents - IPCD-Inc. · I2 Parallel Shaft Reducer Design Advantages Phone: ... FOOTE-JONES reducers are designed in accordance with ... the selection of the gear drive.

Parallel Shaft Reducer Ratings I17

I

Web: www.footejones.comE-mail: [email protected]

MAX-POWER™Spiral Bevel Reducers & Parallel Shafts

MHP – Mechanical Horsepower (Thermal HP listed when less than Mechanical HP)THP – Thermal Horsepower (Additional thermal capacity available with fan cooling or heat exchanger)

Tq – Output Torque x 1000 (in. lbs.)

720 RPM INPUT (@ 1.0 S.F.)

2101 2251 2401 2501 2651 2801 2981Nom. OutputRatio RPM MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq

1.837

2.250

2.756

3.375

4.134

5.062

6.200

7.594

2103 2253 2403 2503 2653 2803 2983Nom. OutputRatio RPM MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq

31.39 23 350.0 – 911 400 – 1041 438 – 1120 500 – 1290

38.44 19 284.0 – 908 322 – 1030 375 – 1170 438 – 1370

47.08 15 225.0 – 890 250 – 989 313 – 1200 350 – 1330

57.66 12.5 188.0 – 892 204 – 985 263 – 1230 300 – 1410

70.62 10.2 157.0 – 913 175 – 1030 206 – 1200 235 – 1370

86.50 8.3 132.0 – 932 141 – 996 175 – 1260 200 – 1420

105.9 6.8 105.0 – 902 120 – 1030 140 – 1220 160 – 1400

129.7 5.5 87.5 – 939 94 – 1010 120 – 1270 132 – 1410

158.9 4.5 70.6 – 914 80 – 1030 94 – 1210 105 – 1370

194.6 3.7 52.9 – 840 63 – 992 70 – 1140 75 – 1210

238.4 3.0 37.5 – 748 44 – 874 50 – 998 54 – 1080

CONSULT FACTORY

CONSULT FACTORY

CONSULT FACTORY

2102 2252 2402 2502 2652 2802 2982Nom. OutputRatio RPM MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq

7.59 – – – – – – – – – – – – –

9.30 77 1000 900 773 1130 900 869 1260 1130 972 1400 1130 1090

11.39 63 800 – 768 901 – 868 1050 – 999 1200 1130 1140

13.95 54 638 – 742 709 – 828 875 – 1020 1000 – 1170

17.09 42 525 – 765 600 – 874 700 – 1000 800 – 1150

20.93 34 450 – 793 500 – 876 568 – 992 630 – 1090

25.63 28 350 – 743 407 – 864 471 – 1000 525 – 1110

31.39 23 275 – 717 313 – 816 350 – 934 383 – 1020

38.44 19 200 – 656 225 – 736 263 – 863 282 – 927

Page 18: Table of Contents - IPCD-Inc. · I2 Parallel Shaft Reducer Design Advantages Phone: ... FOOTE-JONES reducers are designed in accordance with ... the selection of the gear drive.

Parallel Shaft Reducer RatingsI18

Phone: (605) 225-0360 Fax: (605) 225-0567

MAX-POWER™Spiral Bevel Reducers & Parallel Shafts

MHP – Mechanical Horsepower (Thermal HP listed when less than Mechanical HP)THP – Thermal Horsepower (Additional thermal capacity available with fan cooling or heat exchanger)Tq – Output Torque x 1000 (in. lbs.)

580 RPM INPUT (@ 1.0 S.F.)

0701 0801 0901 1001 1101 1201 1301Nom. OutputRatio RPM MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq

1.837 315 157 – 30.8 225 – 45 313 – 61.5 418 383 81.8 567 525 111 700 525 137 900 625 177

2.250 258 132 – 31.7 188 – 466 363 – 63 350 – 85 469 – 113 600 525 144 750 625 182

2.756 210 105 – 31.3 157 – 45.7 208 – 61.9 281 – 82.7 400 – 117 500 – 146 613 – 182

3.375 172 82.1 – 29.2 120 – 43 162 – 58.5 225 – 80.2 313 – 112 375 – 134 462 – 166

4.134 140 62.5 – 27.5 93.8 – 41.5 132 – 58.3 175 – 76.5 233 – 102 287 – 126 358 – 158

5.062 115 45 – 24.5 70 – 37.7 94 – 51 132 – 70 175 – 95 209 – 114 263 – 144

6.200 94 32.8 – 21.7 52.5 – 34.5 66 – 43.8 100 – 66.2 132 – 87.3 157 – 104 200 – 133

7.594 76 26.6 – 21.2 37.5 – 30.5 53 – 41.9 72 – 57.5 95 – 78 120 – 97.7 157 – 125

0702 0802 0902 1002 1102 1202 1302Nom. OutputRatio RPM MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq

7.59 76 46.2 – 36.4 67.1 – 52.9 87.5 – 69.8 132 – 104 163 – 129 200 – 158 250 – 200

9.30 62 38.3 – 37 55.1 – 53.8 71.9 – 69.6 105 – 102 133 – 131 160 – 158 205 – 199

11.39 51 31.3 – 36.9 45.2 – 54.6 60 – 71.9 80.3 – 95.4 113 – 132 138 – 161 167 – 202

13.95 42 25 – 36.6 37.8 – 55.4 50 – 74.2 70 – 100 93.8 – 136 113 – 164 138 – 203

17.09 34 20.1 – 35.6 28.7 – 51.9 40 – 71.9 55.2 – 98.2 75 – 134 93.8 – 167 105 – 191

20.93 28 16.7 – 36 23.8 – 52.5 28.7 – 63.6 45 – 98.9 56.3 – 125 70 – 155 87.5 – 194

25.63 23 13.6 – 36.3 20 – 54.2 23.7 – 64.3 35 – 92.6 45.5 – 123 55.6 – 151 70 – 191

31.39 18 9.6 – 31.5 15 – 49.6 20 – 66.3 30 – 97.2 38 – 125 46.5 – 153 55.5 – 185

38.44 15 7.1 – 28.2 11.3 – 45.3 14.2 – 57.4 21.2 – 85.5 28 – 112 35 – 140 45 – 182

0703 0803 0903 1003 1103 1203 1303Nom. OutputRatio RPM MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq

31.39 18 13.2 – 42.1 18.8 – 61.9 25 – 81.3 37.5 – 120 47.9 – 152 60 – 190 71.6 – 231

38.44 15 10.7 – 42.2 15.5 – 61.8 20 – 81.2 30 – 119 40 – 158 47 – 185 60 – 239

47.08 12.3 8.15 – 39.4 13.2 – 64.1 16.4 – 81.1 22.7 – 110 31.3 – 152 40 – 193 50 – 244

57.66 10 6.64 – 39.7 10.6 – 62.7 13.7 – 81.7 18.8 – 112 26.3 – 154 31.9 – 189 40.5 – 239

70.62 8.2 5.45 – 39.9 8.75 – 63.8 10.7 – 78.3 15.6 – 112 21.1 – 153 26.3 – 190 33 – 240

86.50 6.7 4.52 – 40.1 7.5 – 65.9 8.26 – 74 13.2 – 116 17.5 – 156 22.5 – 200 27.6 – 242

105.9 5.5 3.13 – 34.7 6 – 64.8 6.67 – 72 10 – 108 13.9 – 151 17.8 – 193 20.8 – 226

129.7 4.5 2.62 – 35.6 4.73 – 62.1 5.45 – 72.4 7.9 – 104 11.4 – 150 15 – 199 17.5 – 235

158.9 3.7 2.13 – 35 3.75 – 60.8 4.5 – 72.7 6.4 – 105 8.9 – 143 11.3 – 182 13.2 – 219

194.6 3.0 1.75 – 35.6 2.71 – 53.4 3.25 – 64 5.3 – 105 7.1 – 141 8.8 – 175 11.3 – 228

238.4 2.4 1.27 – 31.3 2.01 – 48.3 2.65 – 64.3 4 – 98.7 5.3 – 127 6.3 – 153 8.1 – 199

Page 19: Table of Contents - IPCD-Inc. · I2 Parallel Shaft Reducer Design Advantages Phone: ... FOOTE-JONES reducers are designed in accordance with ... the selection of the gear drive.

Parallel Shaft Reducer Ratings I19

I

Web: www.footejones.comE-mail: [email protected]

MAX-POWER™Spiral Bevel Reducers & Parallel Shafts

MHP – Mechanical Horsepower (Thermal HP listed when less than Mechanical HP)THP – Thermal Horsepower (Additional thermal capacity available with fan cooling or heat exchanger)

Tq – Output Torque x 1000 (in. lbs.)

580 RPM INPUT (@ 1.0 S.F.)

1401 1501 1601 1701 1801 1901 2001Nom. OutputRatio RPM MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq

1.837 315 1050 625 207 1250 752 246 1500 752 296 1800 914 354 2060 914 406 2500 1050 490 2660 1050 521

2.250 258 875 625 212 1050 752 254 1230 752 301 1580 914 376 1800 914 435 2010 1050 487 2250 1050 544

2.756 210 700 633 208 875 788 254 1000 767 290 1250 932 366 1500 932 439 1650 1050 490 1800 1050 535

3.375 172 539 – 194 700 – 252 801 800 288 955 950 345 1130 950 406 1290 1067 459 1430 1067 512

4.134 140 418 – 185 525 – 234 600 – 268 750 – 331 875 – 387 1000 – 437 1113 – 495

5.062 115 313 – 171 377 – 205 450 – 245 563 – 307 644 – 350 754 – 400 829 – 439

6.200 94 250 – 165 300 – 197 334 – 219 411 – 272 477 – 316 563 – 370 625 – 410

7.594 76 188 – 150 219 – 179 250 – 205 315 – 252 375 – 299 438 – 351 475 – 380

1402 1502 1602 1702 1802 1902 2002Nom. OutputRatio RPM MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq

7.59 76 287 – 229 350 – 281 402 – 324 525 – 418 600 – 479 719 – 572 833 – 659

9.30 62 239 – 234 300 – 295 335 – 331 438 – 429 500 – 490 613 – 599 700 – 679

11.39 51 200 – 242 250 – 302 279 – 338 353 – 420 408 – 489 477 – 571 536 – 636

13.95 42 162 – 237 200 – 293 225 – 329 300 – 434 350 – 508 403 – 583 450 – 653

17.09 34 120 – 218 150 – 269 175 – 313 234 – 416 286 – 508 334 – 594 375 – 667

20.93 28 100 – 222 125 – 274 150 – 329 188 – 411 219 – 480 263 – 578 313 – 683

25.63 23 82 – 222 105 – 280 125 – 331 150 – 409 175 – 476 205 – 547 228 – 602

31.39 18 64 – 211 82 – 272 100 – 333 125 – 413 150 – 500 175 – 568 189 – 611

38.44 15 53 – 214 65 – 259 75 – 301 94 – 377 107 – 430 125 – 501 135 – 541

1403 1503 1603 1703 1803 1903 2003Nom. OutputRatio RPM MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq

31.39 18 83.7 – 272 105 – 338 125 – 404 150 – 490 175 – 571 219 – 698 239 – 770

38.44 15 70 – 279 87.5 – 351 100 – 403 132 – 512 150 – 579 175 – 695 200 – 787

47.08 12.3 57 – 278 70 – 344 80.3 – 396 105 – 499 120 – 587 139 – 676 157 – 760

57.66 10 47.6 – 281 60 – 352 70 – 411 87.5 – 515 100 – 589 120 – 708 132 – 782

70.62 8.2 40 – 293 47.8 – 349 55.5 – 405 70 – 508 80.6 – 589 95.5 – 690 106 – 771

86.50 6.7 32.5 – 285 40 – 361 45 – 407 55.9 – 505 66.4 – 595 80 – 714 90 – 799

105.9 5.5 23.2 – 252 30 – 328 35.4 – 387 45.5 – 500 54.6 – 599 63.8 – 702 71.3 – 785

129.7 4.5 18.9 – 254 25 – 332 30 – 398 37.8 – 505 45 – 605 52.9 – 708 60 – 800

158.9 3.7 15.4 – 256 20 – 324 22.8 – 370 30 – 487 33.5 – 552 41.7 – 685 50 – 815

194.6 3.0 13.2 – 267 15.8 – 230 18.8 – 381 23.5 – 471 27.8 – 556 32.4 – 641 35.8 – 707

238.4 2.4 10 – 246 12.5 – 305 13.8 – 338 17.5 – 424 20.3 – 493 23.1 – 566 26.3 – 644

Page 20: Table of Contents - IPCD-Inc. · I2 Parallel Shaft Reducer Design Advantages Phone: ... FOOTE-JONES reducers are designed in accordance with ... the selection of the gear drive.

CONSULT FACTORY

CONSULT FACTORY

Parallel Shaft Reducer RatingsI20

Phone: (605) 225-0360 Fax: (605) 225-0567

MAX-POWER™Spiral Bevel Reducers & Parallel Shafts

MHP – Mechanical Horsepower (Thermal HP listed when less than Mechanical HP)THP – Thermal Horsepower (Additional thermal capacity available with fan cooling or heat exchanger)Tq – Output Torque x 1000 (in. lbs.)

580 RPM INPUT (@ 1.0 S.F.)

2101 2251 2401 2501 2651 2801 2981Nom. OutputRatio RPM MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq

1.837

2.250

2.756

3.375

4.134

5.062

6.200

7.594

2102 2252 2402 2502 2652 2802 2982Nom. OutputRatio RPM MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq

7.59 – – – – – – – – – – – – –

9.30 62 809 – 777 905 – 869 1050 – 1010 1140 – 1100

11.39 51 675 – 804 750 – 895 875 – 1030 955 – 1130

13.95 42 526 – 760 600 – 870 700 – 1010 800 – 1150

17.09 34 438 – 793 478 – 865 573 – 1020 644 – 1140

20.93 28 359 – 784 405 – 881 471 – 1020 525 – 1140

25.63 23 287 – 757 350 – 923 400 – 1050 438 – 1160

31.39 18 225 – 729 263 – 851 286 – 946 314 – 1040

38.44 15 160 – 650 188 – 764 219 – 891 231 – 942

2103 2253 2403 2503 2653 2803 2983Nom. OutputRatio RPM MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq

31.39 18 287 – 931 318 – 1030 355 – 1130 410 – 1310

38.44 15 238 – 946 263 – 1045 313 – 1210 350 – 1360

47.08 12.3 188 – 922 201 – 985 251 – 1190 285 – 1350

57.66 10 157 – 920 165 – 991 206 – 1200 235 – 1370

70.62 8.2 125 – 904 136 – 996 167 – 1210 200 – 1440

86.50 6.7 105 – 921 120 – 1040 137 – 1220 158 – 1400

105.9 5.5 87.5 – 934 94 – 1010 114 – 1230 132 – 1430

129.7 4.5 70 – 932 76 – 1010 87 – 1150 107 – 1410

158.9 3.7 57.1 – 917 63 – 1010 75 – 1200 83 – 1340

194.6 3 43.8 – 862 50 – 986 55 – 1110 63 – 1250

238.4 2.4 31.3 – 776 35 – 886 40 – 992 45 – 1120

CONSULT FACTORY

Page 21: Table of Contents - IPCD-Inc. · I2 Parallel Shaft Reducer Design Advantages Phone: ... FOOTE-JONES reducers are designed in accordance with ... the selection of the gear drive.

I

Web: www.footejones.comE-mail: [email protected]

MAX-POWER™Spiral Bevel Reducers & Parallel Shafts

Parallel Shaft Reducer Ratings I21

MHP – Mechanical Horsepower (Thermal HP listed when less than Mechanical HP)THP – Thermal Horsepower (Additional thermal capacity available with fan cooling or heat exchanger)

Tq – Output Torque x 1000 (in. lbs.)

100 RPM INPUT (@ 1.0 S.F.)

0702 0802 0902 1002 1102 1202 1302Nom. OutputRatio RPM MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq

7.59 13 8.8 – 40.1 13.2 – 60.5 16.5 – 76.4 25.0 – 115 31.7 – 146 40.0 – 183 47.9 – 222

9.30 11 7.5 – 42.0 10.5 – 59.1 13.7 – 77.1 20.0 – 112 26.3 – 150 31.3 – 179 40.0 – 226

11.39 8.8 6.0 – 41.1 8.8 – 61.4 11.3 – 78.3 15.3 – 105 21.3 – 144 26.4 – 179 32.2 – 226

13.95 7.2 4.5 – 38.3 7.1 – 59.9 9.4 – 80.8 13.2 – 109 17.5 – 147 21.4 – 181 26.8 – 228

17.09 5.9 3.8 – 38.5 5.3 – 55.8 7.5 – 78.6 10.3 – 106 14.1 – 146 17.6 – 182 10.2 – 213

20.93 4.8 3.1 – 38.3 4.5 – 57.6 5.3 – 68.3 8.8 – 111 10.6 – 137 13.2 – 170 15.9 – 204

25.63 3.9 2.5 – 38.7 3.6 – 56.4 4.5 – 70.8 6.5 – 98.9 8.8 – 137 10.3 – 163 13.2 – 210

31.39 3.2 1.8 – 33.4 2.6 – 50.4 3.6 – 69.0 5.3 – 99.4 7.0 – 133 8.8 – 167 10.0 – 194

38.44 2.6 1.3 – 29.6 2.0 – 46.5 2.6 – 64.4 4.0 – 93.6 5.3 – 122 6.3 – 149 8.0 – 189

0703 0803 0903 1003 1103 1203 1303Nom. OutputRatio RPM MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq

31.39 3.2 2.37 – 44.0 3.50 – 66.9 4.50 – 84.8 6.49 – 120 8.75 – 161 10.70 – 196 13.30 – 248

38.44 2.6 2.00 – 45.6 2.82 – 64.9 3.75 – 88.3 5.25 – 122 7.04 – 161 8.75 – 200 11.30 – 260

47.08 2.1 1.50 – 42.2 2.31 – 65.1 3.00 – 86.0 4.12 – 116 5.36 – 159 7.06 – 198 8.85 – 250

57.66 1.7 1.19 – 41.2 1.91 – 65.3 2.50 – 86.8 3.50 – 120 4.70 – 160 6.00 – 207 7.50 – 257

70.62 1.4 1.00 – 42.6 1.55 – 65.5 1.91 – 81.0 2.79 – 116 3.81 – 160 4.74 – 199 6.00 – 253

86.50 1.16 .80 – 41.4 1.29 – 65.7 1.51 – 78.6 22.7 – 117 3.11 – 161 4.00 – 206 5.00 – 255

105.9 .95 .56 – 35.8 1.05 – 65.8 1.19 – 74.4 1.75 – 109 2.50 – 157 3.18 – 201 3.75 – 236

129.7 .77 .46 – 35.8 .85 – 64.4 1.00 – 76.9 1.41 – 108 2.05 – 157 2.62 – 203 3.02 – 236

158.9 .63 .38 – 35.9 .65 – 61.2 .80 – 74.8 1.13 – 108 1.60 – 149 2.00 – 187 2.37 – 228

194.6 .51 .30 – 36.0 .48 – 54.7 .58 – 65.6 .94 – 108 1.25 – 145 1.53 – 178 2.00 – 234

238.4 .41 .22 – 31.9 .35 – 49.3 .47 – 65.7 .69 – 98.4 .92 – 129 1.10 – 155 1.42 – 202

Page 22: Table of Contents - IPCD-Inc. · I2 Parallel Shaft Reducer Design Advantages Phone: ... FOOTE-JONES reducers are designed in accordance with ... the selection of the gear drive.

Parallel Shaft Reducer RatingsI22

Phone: (605) 225-0360 Fax: (605) 225-0567

MAX-POWER™Spiral Bevel Reducers & Parallel Shafts

MHP – Mechanical Horsepower (Thermal HP listed when less than Mechanical HP)THP – Thermal Horsepower (Additional thermal capacity available with fan cooling or heat exchanger)Tq – Output Torque x 1000 (in. lbs.)

100 RPM INPUT (@ 1.0 S.F.)

1402 1502 1602 1702 1802 1902 2002Nom. OutputRatio RPM MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq

7.59 13 56.5 – 262 70.0 – 326 80.0 – 374 105.0 – 483 120.0 – 557 141.0 – 651 161.0 – 739

9.30 11 46.6 – 264 56.3 – 321 64.5 – 369 82.1 – 466 100.0 – 568 120.0 – 678 138.0 – 776

11.39 8.8 38.0 – 267 47.0 – 329 54.3 – 381 70.0 – 483 80.0 – 555 93.8 – 651 105.0 – 725

13.95 7.2 31.6 – 269 40.0 – 339 45.2 – 384 57.0 – 479 66.6 – 559 80.0 – 672 90.0 – 758

17.09 5.9 22.6 – 238 28.5 – 295 33.2 – 344 45.0 – 464 54.7 – 564 64.1 – 661 71.6 – 739

20.93 4.8 18.8 – 242 23.4 – 297 27.3 – 346 35.0 – 444 40.7 – 517 50.2 – 640 60.0 – 759

25.63 3.9 15.3 – 241 20.0 – 308 22.6 – 349 27.9 – 441 33.1 – 520 40.0 – 618 43.8 – 672

31.39 3.2 11.8 – 228 15.3 – 294 18.8 – 363 23.1 – 444 27.2 – 524 32.1 – 604 35.5 – 666

38.44 2.6 10.0 – 236 12.5 – 290 13.7 – 319 17.5 – 409 20.0 – 469 22.8 – 533 26.3 – 612

1403 1503 1603 1703 1803 1903 2003Nom. OutputRatio RPM MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq

31.39 3.2 15.50 – 292 20.00 – 375 22.5 – 402 27.5 – 522 32.4 – 610 40.0 – 742 45.0 – 853

38.44 2.6 13.20 – 306 15.60 – 363 18.8 – 440 23.4 – 525 27.4 – 614 32.2 – 742 37.5 – 871

47.08 2.1 10.40 – 295 13.20 – 375 15.0 – 429 20.0 – 560 22.5 – 637 26.3 – 744 30.0 – 841

57.66 1.7 8.75 – 306 10.70 – 366 12.5 – 425 15.5 – 530 18.8 – 640 21.2 – 728 23.7 – 814

70.62 1.4 7.01 – 298 8.75 – 370 10.1 – 426 13.2 – 557 15.0 – 636 17.5 – 731 20.0 – 839

86.50 1.16 6.00 – 306 7.05 – 369 8.2 – 428 10.2 – 534 12.5 – 651 14.2 – 734 16.0 – 821

105.9 .95 4.18 – 263 5.42 – 344 6.5 – 415 8.3 – 529 10.0 – 637 11.5 – 737 13.2 – 843

129.7 .77 3.50 – 271 4.50 – 347 5.4 – 417 6.9 – 531 8.1 – 630 9.5 – 739 10.7 – 827

158.9 .63 2.74 – 264 3.50 – 329 4.1 – 384 5.3 – 494 6.3 – 596 7.6 – 720 8.8 – 830

194.6 .51 2.27 – 265 2.81 – 330 3.3 – 385 4.2 – 488 5.0 – 579 6.0 – 688 6.4 – 734

238.4 .41 1.75 – 250 2.13 – 301 2.5 – 355 3.1 – 435 3.8 – 526 4.1 – 585 4.5 – 643

Page 23: Table of Contents - IPCD-Inc. · I2 Parallel Shaft Reducer Design Advantages Phone: ... FOOTE-JONES reducers are designed in accordance with ... the selection of the gear drive.

CONSULT FACTORY

Parallel Shaft Reducer Ratings I23

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Web: www.footejones.comE-mail: [email protected]

MAX-POWER™Spiral Bevel Reducers & Parallel Shafts

MHP – Mechanical Horsepower (Thermal HP listed when less than Mechanical HP)THP – Thermal Horsepower (Additional thermal capacity available with fan cooling or heat exchanger)

Tq – Output Torque x 1000 (in. lbs.)

100 RPM INPUT (@ 1.0 S.F.)

2103 2253 2403 2503 2653 2803 2983Nom. OutputRatio RPM MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq

31.39 3.2 55.0 – 1040 60.0 – 1134 70.0 – 1290 80.0 – 1490

38.44 2.6 45.7 – 1060 50.0 – 1152 55.6 – 1250 64.4 – 1450

47.08 2.1 32.7 – 929 37.5 – 1060 45.8 – 1260 53.0 – 1460

57.66 1.7 27.4 – 936 30.0 – 1050 37.7 – 1270 45.0 – 1520

70.62 1.4 22.5 – 942 25.0 – 1070 31.3 – 1310 35.2 – 1470

86.50 1.16 18.8 – 954 20.3 – 1030 25.0 – 1300 30.0 – 1540

105.9 .95 15.2 – 941 16.7 – 1030 20.4 – 1280 23.7 – 1490

129.7 .77 12.5 – 965 13.4 – 1030 17.5 – 1330 20.0 – 1540

158.9 .63 10.2 – 949 11.3 – 1060 13.3 – 1240 15.0 – 1410

194.6 .51 7.7 – 879 8.8 – 1000 10.0 – 1170 10.6 – 1250

238.4 .42 5.4 – 775 6.3 – 898 7.1 – 1020 7.8 – 1130

CONSULT FACTORY

2102 2252 2402 2502 2652 2802 2982Nom. OutputRatio RPM MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq

7.59 – – – – – – – – – – – – –

9.30 11.0 163 – 906 188 – 1050 219 – 1210 230 – 1290

11.39 8.8 132 – 914 150 – 1040 175 – 1200 190 – 1300

13.95 7.2 105 – 885 114 – 962 137 – 1150 157 – 1320

17.09 5.9 83 – 868 94 – 984 113 – 1170 132 – 1360

20.93 4.8 70 – 888 80 – 1010 90 – 1130 100 – 1250

25.63 3.9 55 – 836 65 – 987 75 – 1150 82 – 1260

31.39 3.2 44 – 822 50 – 937 54 – 1040 60 – 1150

38.44 2.6 30 – 707 35 – 825 40 – 945 45 – 1070

Page 24: Table of Contents - IPCD-Inc. · I2 Parallel Shaft Reducer Design Advantages Phone: ... FOOTE-JONES reducers are designed in accordance with ... the selection of the gear drive.

Parallel Shaft Reducer Table Of Actual RatiosI24

Phone: (605) 225-0360 Fax: (605) 225-0567

MAX-POWER™Spiral Bevel Reducers & Parallel Shafts

SINGLE

NominalRatio 0701 0801 0901 1001 1101 1201 1301

1.837 1.837 1.841 1.837 1.829 1.829 1.829 1.837

2.250 2.237 2.289 2.237 2.238 2.250 2.250 2.262

2.756 2.778 2.711 2.784 2.750 2.737 2.737 2.778

3.375 3.320 3.360 3.75 3.333 3.333 3.333 3.360

4.134 4.125 4.143 4.125 4.087 4.087 4.087 4.125

5.062 5.100 5.043 5.087 4.957 5.087 5.087 5.100

6.200 6.190 6.136 6.182 6.182 6.174 6.174 6.217

7.594 7.435 7.600 7.476 7.476 7.636 7.636 7.435

DOUBLE

NominalRatio 0702 0802 0902 1002 1102 1202 1302

7.59 7.445 7.476 7.546 7.456 7.524 7.524 7.578

9.30 9.222 9.289 9.178 9.259 9.357 9.357 9.227

11.39 11.205 11.470 11.404 11.353 11.078 11.078 11.483

13.95 13.922 13.843 14.082 13.569 13.732 13.732 13.922

17.09 16.806 17.069 16.995 16.859 16.932 16.932 17.213

20.93 20.446 21.021 20.958 20.843 21.075 21.075 21.038

25.63 25.245 25.578 25.812 25.278 25.656 25.656 25.943

31.39 31.212 31.138 31.406 30.683 31.215 31.215 31.628

38.44 37.886 37.885 38.166 38.268 37.885 37.885 38.435

TRIPLE

NominalRatio 0703 0803 0903 1003 1103 1203 1303

31.39 30.889 31.735 31.578 30.710 30.554 30.554 31.056

38.44 37.467 38.459 39.116 38.082 37.965 37.965 38.379

47.08 46.551 46.415 47.526 46.692 46.879 46.879 46.908

57.66 57.750 56.805 57.358 57.082 56.577 56.577 56.896

70.62 70.820 69.959 70.641 69.116 69.759 69.759 70.007

86.50 85.489 84.562 85.952 85.874 85.912 85.912 85.511

105.90 105.696 103.917 103.880 103.000 104.535 104.535 104.486

129.70 130.135 126.442 127.936 127.975 127.260 127.260 129.591

158.90 158.322 155.902 155.667 158.223 154.836 154.836 159.812

194.60 195.486 189.794 191.966 192.054 192.721 192.721 194.208

238.40 237.284 230.920 233.576 239.532 233.901 233.901 236.758

Page 25: Table of Contents - IPCD-Inc. · I2 Parallel Shaft Reducer Design Advantages Phone: ... FOOTE-JONES reducers are designed in accordance with ... the selection of the gear drive.

Parallel Shaft Reducer Table Of Actual Ratios I25

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Web: www.footejones.comE-mail: [email protected]

MAX-POWER™Spiral Bevel Reducers & Parallel Shafts

SINGLE

NominalRatio 1401 1501 1601 1701 1801 1901 2001

1.837 1.837 – – – – – –

2.250 2.262 2.256 2.256 – – – –

2.756 2.778 2.711 2.711 2.737 2.737 2.778 2.778

3.375 3.360 3.360 3.360 3.375 3.375 3.333 3.333

4.134 4.125 4.167 4.167 4.125 4.125 4.087 4.087

5.062 5.100 5.087 5.087 5.087 5.087 4.957 4.957

6.200 6.217 6.136 6.136 6.182 6.182 6.136 6.136

7.594 7.435 7.636 7.636 7.476 7.476 7.476 7.476

DOUBLE

NominalRatio 1402 1502 1602 1702 1802 1902 2002

7.59 7.578 7.622 7.622 7.546 7.546 7.540 7.540

9.30 9.227 9.325 9.325 9.281 9.281 9.259 9.259

11.39 11.483 11.458 11.458 11.289 11.289 11.353 11.353

13.95 13.922 13.889 13.889 13.750 13.750 13.732 13.732

17.09 17.213 16.957 16.957 16.859 16.859 16.859 16.859

20.93 21.038 20.790 20.790 20.790 20.790 20.843 20.843

25.63 25.943 25.214 25.214 25.877 25.877 25.278 25.278

31.39 31.628 31.447 31.447 31.406 31.406 30.817 30.817

38.44 38.435 37.934 37.934 38.166 38.166 38.152 38.152

TRIPLE

NominalRatio 1403 1503 1603 1703 1803 1903 2003

31.39 31.056 31.067 31.067 31.480 31.480 30.757 30.757

38.44 38.379 38.580 38.580 37.270 37.270 38.277 38.277

47.08 46.908 47.303 47.303 45.696 45.696 46.931 46.931

57.66 56.896 56.536 56.536 56.645 56.645 56.898 56.898

70.62 70.007 70.244 70.244 69.843 69.843 69.542 69.542

86.50 84.511 86.848 86.848 86.932 86.932 85.979 85.979

105.90 104.486 105.326 105.326 105.831 105.831 106.030 106.030

129.70 129.591 127.847 127.847 128.764 128.764 128.852 128.852

158.90 159.812 156.084 156.084 156.277 156.277 158.236 158.236

194.60 194.208 194.670 194.670 192.721 192.721 190.503 190.503

238.40 236.758 234.829 234.829 234.200 234.200 235.850 235.850

Page 26: Table of Contents - IPCD-Inc. · I2 Parallel Shaft Reducer Design Advantages Phone: ... FOOTE-JONES reducers are designed in accordance with ... the selection of the gear drive.

Parallel Shaft Reducer WK2 ValuesI26

Phone: (605) 225-0360 Fax: (605) 225-0567

MAX-POWER™Spiral Bevel Reducers & Parallel Shafts

Above values are approximate within ± 15%.Refer to factory for exact values.WK2 referred to output shaft equal to WK2

Referred to input shaft x (actual overall ratio)2

SINGLE REDUCTION

Unit Size

Nominal 1101 1301 1501 1701 1901Ratio 0701 0801 0901 1001 1201 1401 1601 1801 2001

1.837 2.10 3.80 6.40 11.45 28.00 59.50 109.00 215.00 560.00

2.250 1.55 3.10 5.40 9.20 23.00 47.50 77.50 168.00 390.00

2.756 1.20 2.45 4.35 7.30 18.00 25.00 71.00 137.00 277.00

3.375 1.00 2.00 3.40 5.80 14.25 21.00 56.00 109.00 127.00

4.134 0.80 1.15 1.50 2.45 7.80 15.50 42.50 53.50 89.50

5.062 0.60 0.70 1.30 2.20 4.50 11.00 32.00 37.00 60.50

6.200 0.45 0.60 1.00 1.75 3.70 7.90 24.00 27.50 44.00

7.594 0.30 0.45 0.75 1.45 3.00 5.20 16.50 17.00 29.00

DOUBLE REDUCTION

Unit Size

Nominal 1102 1302 1502 1702 1902 2102 2402Ratio 0702 0802 0902 1002 1202 1402 1602 1802 2002 2252 2502

7.59 0.50 1.10 1.80 2.80 7.30 14.75 26.00 58.80 88.00 – –

9.30 0.35 0.80 1.30 2.00 5.30 10.65 19.00 42.00 63.50 115.00 197.00

11.39 0.25 0.60 0.90 1.85 3.80 7.70 13.55 31.00 58.50 83.40 148.00

13.95 0.25 0.45 0.70 1.40 2.95 5.60 9.45 22.50 42.50 79.00 111.00

17.09 0.20 0.40 0.50 1.10 2.20 5.10 8.50 16.50 31.50 59.00 83.00

20.93 0.15 0.30 0.45 0.80 2.05 3.90 6.50 15.50 23.00 43.00 77.00

25.63 0.10 0.25 0.35 0.75 1.50 2.85 4.85 11.40 21.50 32.00 57.50

31.39 0.10 0.25 0.25 0.55 1.15 2.70 3.65 8.45 16.00 30.00 55.50

38.44 0.10 0.25 0.25 0.55 1.10 2.05 3.65 8.00 15.50 29.00 53.50

TRIPLE REDUCTION

Unit Size

Nominal 1103 1303 1503 1703 1903 2103 2403Ratio 0703 0803 0903 1003 1203 1403 1603 1803 2003 2253 2503

31.39 0.10 0.15 0.45 0.58 1.40 2.30 3.90 7.90 13.50 24.00 41.00

38.44 0.08 0.13 0.30 0.42 1.00 1.60 2.70 5.50 9.50 17.00 29.00

47.08 0.07 0.10 0.25 0.40 0.75 1.50 2.40 5.00 9.20 16.00 26.50

57.66 0.06 0.10 0.20 0.30 0.55 1.00 1.70 3.40 6.50 11.50 18.00

70.62 0.05 0.08 0.20 0.25 0.53 0.80 1.30 2.50 5.00 8.50 14.00

86.50 0.04 0.07 0.20 0.24 0.40 0.65 1.00 2.30 4.50 6.20 12.30

105.90 0.04 0.06 0.13 0.17 0.25 0.65 0.93 1.70 3.50 5.60 8.80

129.70 0.03 0.05 0.13 0.16 0.24 0.50 0.70 1.40 2.60 4.30 8.20

158.90 0.03 0.05 0.13 0.16 0.23 0.45 0.65 1.30 2.40 4.20 8.15

194.60 0.03 0.05 0.13 0.15 0.23 0.45 0.65 1.30 2.40 4.20 8.10

238.40 0.03 0.05 0.09 0.15 0.22 0.40 0.65 1.25 2.40 4.15 8.10

EQUIVALENT MASS MOMENT OF INERTIAAPPROXIMATE WK2 REFERRED TO INPUT SHAFT LB. FT.2

Page 27: Table of Contents - IPCD-Inc. · I2 Parallel Shaft Reducer Design Advantages Phone: ... FOOTE-JONES reducers are designed in accordance with ... the selection of the gear drive.

Parallel Shaft Reducer Overhung Load Capacity I27

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Web: www.footejones.comE-mail: [email protected]

MAX-POWER™Spiral Bevel Reducers & Parallel Shafts

OUTPUT SHAFT

OutputRPM 0700 0800 0900 1000 1100➀

230 5100 7700 11400 11500 –

188 5600 8400 12200 12500 1500

154 6100 9000 12600 13500 2760

125 6800 9400 12800 14400 4960

102 6800 9400 12800 15300 6140

84 6800 9400 12800 15300 6760

68 6800 9400 12800 15300 7370

56 6800 9400 12800 15300 8020

45 & Lower 6800 9400 12800 15300 9370

OutputRPM 1200 1300➀ 1400 1500➀ 1600

230 13000 720 16600 500 20600

188 14000 1450 17900 500 22100

154 15000 2750 19400 2100 23900

125 16400 4850 21000 4600 25900

102 18000 6030 22500 5900 27700

84 20600 7080 24200 7600 29700

68 20600 7790 29700 9300 35200

56 20600 9650 29700 11700 35200

45 & Lower 20600 10400 29700 13900 35200

CONSULT

FACTORY

OutputRPM 1700➀ 1800 1900➀ 2000 Above 20”

230 10300 25100 21000 42900

188 12300 27000 22900 45500

154 13700 29000 24600 45500

125 15000 31000 26500 45500

102 16800 34000 28600 45500

84 18300 37000 31400 45500

68 19900 39200 34400 45500

56 21500 39200 36900 45500

45 & Lower 24100 39200 41000 45500

◆ Capacities are in pounds and are for radial loads only. Load location at one shaft diameter distance from shaft seal. If combination radial and thrust loads are applied, please consult factory.

➀ Style 1 units

Sizes 2100 thru 4100, consult factory with required L10 Lifes.

Overhung Load Capacity at Nominal Output RPM◆

Page 28: Table of Contents - IPCD-Inc. · I2 Parallel Shaft Reducer Design Advantages Phone: ... FOOTE-JONES reducers are designed in accordance with ... the selection of the gear drive.

Parallel Shaft Reducer Overhung Load CapacityI28

Phone: (605) 225-0360 Fax: (605) 225-0567

MAX-POWER™Spiral Bevel Reducers & Parallel Shafts

SINGLE REDUCTIONInput Shaft at 1750 RPM◆

Nominal 1101 1301 1501 1701 1901Ratio 0701 0801 0901 1001 1201 1401 1601 1801 2001

1.837 1410 2730 1570 2870 4680 2920 – – –

2.250 1550 2880 2370 3070 5030 3340 4380 – –

2.756 1680 3010 2560 3280 5190 3660 4880 4120 9620

3.375 1840 3230 2840 3610 5710 4160 5170 5060 10500

4.134 1160 1930 ❉ 2470 4200 2090 3610 4880 4900

5.062 1320 2120 960 2740 4620 2840 4160 5530 5600

6.200 1480 2340 1330 3060 5030 4050 4700 6190 6490

7.594 1640 2560 1700 3330 5430 4800 5240 6840 7250

Nominal 1102 1302 1502 1702 1902Ratio 0702 0802 0902 1002 1202 1402 1602 1802 2002

7.59 ❉ ❉ ❉ 1180 ❉ ❉ ❉ ❉ 4225

9.30 ❉ ❉ 810 1380 ❉ ❉ ❉ 540 3960

11.39 ❉ ❉ 920 1800 ❉ ❉ ❉ 950 7870

13.95 570 ❉ 1100 1900 930 530 1030 1620 7970

17.09 630 690 1280 2000 1230 1250 1700 2950 7970

20.93 660 730 1580 2100 1790 1370 1850 3100 7970

25.63 730 760 1630 2600 1860 1450 1970 3230 7970

31.39 970 1000 1670 2660 1940 2260 2440 4550 7970

38.44 1170 1200 2030 3100 2500 2320 2880 5600 7970

◆ Capacities are in pounds and are for radial loads only. Load location at one shaft diameter distance from shaft seal.If combination radial and thrust loads are applied, please consult factory.

❉ Style 1 units

DOUBLE REDUCTION

Nominal 1103 1303 1503 1703 1903Ratio 0703 0803 0903 1003 1203 1403 1603 1803 2003

31.39 250 400 640 610 1080 480 1280 210 1060

38.44 290 500 680 680 1080 660 1500 420 1390

47.08 440 550 680 1030 1080 1040 2000 850 1950

57.66 470 590 680 1070 1080 1130 2090 1010 2170

70.62 490 670 680 1100 1080 1220 2200 1150 2370

86.50 490 670 680 1100 1080 1300 2330 1800 3170

105.90 490 670 680 1100 1080 1800 2350 1880 3300

129.70 490 670 680 1100 1080 1850 2350 1960 3310

158.90 490 670 680 1100 1080 2100 2350 2580 3310

194.60 490 670 680 1100 1080 2200 2350 2740 3310

238.40 490 670 680 1100 1080 2200 2350 2740 3310

TRIPLE REDUCTION

Page 29: Table of Contents - IPCD-Inc. · I2 Parallel Shaft Reducer Design Advantages Phone: ... FOOTE-JONES reducers are designed in accordance with ... the selection of the gear drive.

Parallel Shaft Reducer Overhung Load Capacity I29

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Web: www.footejones.comE-mail: [email protected]

MAX-POWER™Spiral Bevel Reducers & Parallel Shafts

SINGLE REDUCTIONInput Shaft at 1170 RPM◆

Nominal 1101 1301 1501 1701 1901Ratio 0701 0801 0901 1001 1201 1401 1601 1801 2001

1.837 1790 3310 2740 3560 5720 3800 5220 4360 10200

2.250 1940 3470 2950 3770 6100 4250 5500 4730 11100

2.756 2080 3610 3160 3990 6270 4590 6040 5320 11700

3.375 2250 3850 3450 4340 6820 5120 6360 6330 12600

4.134 1460 2370 1190 3060 5120 3880 4560 6110 6230

5.062 1630 2580 1440 3340 5560 4380 5140 6800 7040

6.200 1800 2810 1700 3670 5980 4930 5710 7490 7910

7.594 1970 3040 2250 3950 6400 5430 6280 8180 8720

Nominal 1102 1302 1502 1702 1902Ratio 0702 0802 0902 1002 1202 1402 1602 1802 2002

7.59 ❉ ❉ 1000 1600 ❉ ❉ ❉ ❉ 7280

9.30 ❉ ❉ 1160 1800 ❉ ❉ ❉ ❉ 7060

11.39 510 ❉ 1270 2300 1100 ❉ ❉ ❉ 7970

13.95 770 580 1440 2400 1400 1000 1650 1760 7970

17.09 830 900 1630 2500 1700 1770 2400 2470 7970

20.93 870 950 1960 2600 2300 1900 2550 3920 7970

25.63 930 980 2010 3100 2400 2000 2680 4080 7970

31.39 1180 1240 2050 3200 2500 2800 3100 4230 7970

38.44 1270 1450 2370 3500 3100 2900 3600 5570 7970

◆ Capacities are in pounds and are for radial loads only. Load location at one shaft diameter distance from shaft seal.If combination radial and thrust loads are applied, please consult factory.

❉ Style 1 units

DOUBLE REDUCTION

Nominal 1103 1303 1503 1703 1903Ratio 0703 0803 0903 1003 1203 1403 1603 1803 2003

31.39 370 560 680 860 1080 800 1770 640 1910

38.44 400 670 680 930 1080 1000 2000 870 2230

47.08 490 670 680 1110 1080 1430 2350 1380 2790

57.66 490 670 680 1110 1080 1530 2350 1550 3020

70.62 490 670 680 1110 1080 1620 2350 1680 3210

86.50 490 670 680 1110 1080 1680 2350 2350 3310

105.90 490 670 680 1110 1080 2200 2350 2440 3310

129.70 490 670 680 1110 1080 2200 2350 2530 3310

158.90 490 670 680 1110 1080 2200 2350 2740 3310

194.60 490 670 680 1110 1080 2200 2350 2740 3310

238.40 490 670 680 1110 1080 2200 2350 2740 3310

TRIPLE REDUCTION

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Parallel Shaft Reducer Overhung Load CapacityI30

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MAX-POWER™Spiral Bevel Reducers & Parallel Shafts

SINGLE REDUCTIONInput Shaft at 870 RPM◆

Nominal 1101 1301 1501 1701 1901Ratio 0701 0801 0901 1001 1201 1401 1601 1801 2001

1.837 2120 3800 3220 4140 6610 4550 6160 5340 11900

2.250 2270 3970 3450 4360 7000 5020 6470 5730 12800

2.756 2420 4120 3660 4590 7180 5380 7030 6360 13400

3.375 2600 4360 3960 4590 7750 5930 7360 7400 14300

4.134 1720 2750 1480 3540 5890 4580 5360 7150 7360

5.062 1890 2960 1750 3840 6340 5100 5970 7870 8200

6.200 2060 3120 2010 4180 6780 5670 6560 8590 9100

7.594 2230 3120 2270 4480 6810 6190 7150 9310 9920

Nominal 1102 1302 1502 1702 1902Ratio 0702 0802 0902 1002 1202 1402 1602 1802 2002

7.59 ✤ ✤ 1280 2000 ✤ ✤ ✤ ✤ 7970

9.30 530 ✤ 1450 2200 1300 ✤ ✤ 1770 7970

11.39 680 660 1560 2700 1500 ✤ 1600 2180 7970

13.95 940 750 1730 2800 1800 1400 2200 2520 7970

17.09 1000 1090 1920 3000 2100 2200 3000 3200 7970

20.93 1040 1130 2270 3100 2700 2350 3100 4730 7970

25.63 1100 1160 2320 3500 2800 2450 3300 4910 7970

31.39 1270 1430 2360 3500 2900 3300 3700 5060 7970

38.44 1270 1640 2370 3500 3500 3350 4300 6430 7970

◆ Capacities are in pounds and are for radial loads only. Load location at one shaft diameter distance from shaft seal.If combination radial and thrust loads are applied, please consult factory.

✤ Consult factory for more information.

DOUBLE REDUCTION

Nominal 1103 1303 1503 1703 1903Ratio 0703 0803 0903 1003 1203 1403 1603 1803 2003

31.39 470 670 680 1110 1080 1100 2200 1020 2600

38.44 490 670 680 1110 1080 1290 2350 1250 2930

47.08 490 670 680 1110 1080 1750 2350 1820 3310

57.66 490 670 680 1110 1080 1850 2350 2000 3310

70.62 490 670 680 1110 1080 1950 2350 2130 3310

86.50 490 670 680 1110 1080 2010 2350 2740 3310

105.90 490 670 680 1110 1080 2200 2350 2740 3310

129.70 490 670 680 1110 1080 2200 2350 2740 3310

158.90 490 670 680 1110 1080 2200 2350 2740 3310

194.60 490 670 680 1110 1080 2200 2350 2740 3310

238.40 490 670 680 1110 1080 2200 2350 2740 3310

TRIPLE REDUCTION

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Parallel Shaft Reducer Overhung Load Capacity I31

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SINGLE REDUCTIONInput Shaft at 580 RPM◆

Nominal 1101 1301 1501 1701 1901Ratio 0701 0801 0901 1001 1201 1401 1601 1801 2001

1.837 2630 4570 3980 5050 7990 5740 7650 6910 14500

2.250 2790 4740 4220 5280 8400 6240 7980 7330 15400

2.756 2940 4900 4400 5530 8600 6620 8580 8000 16100

3.375 3120 5150 4760 5900 9190 7200 8930 9090 17100

4.134 2110 3120 1940 4310 6810 5690 6630 8790 9140

5.062 2300 3120 2220 4610 6810 6230 7260 9540 10000

6.200 2430 3120 2490 4970 6810 6820 7880 10300 11000

7.594 2430 3120 2760 5270 6810 7000 8500 11100 11860

Nominal 1102 1302 1502 1702 1902Ratio 0702 0802 0902 1002 1202 1402 1602 1802 2002

7.59 660 750 1730 2600 1700 ✤ ✤ 2310 7970

9.30 770 840 1900 2800 1900 ✤ 2000 2930 7970

11.39 920 930 2020 3400 2100 1500 2400 3370 7970

13.95 1200 1010 2180 3500 2400 2000 3000 3720 7970

17.09 1270 1370 2370 3500 2700 2900 3900 4360 7970

20.93 1270 1410 2370 3500 3400 3000 4100 6000 7970

25.63 1270 1450 2370 3500 3500 3150 4200 6180 7970

31.39 1270 1720 2370 3500 3600 4000 4600 6350 7970

38.44 1270 1720 2370 3500 4200 4100 5000 7740 7970

◆ Capacities are in pounds and are for radial loads only. Load location at one shaft diameter distance from shaft seal.If combination radial and thrust loads are applied, please consult factory.

✤ Consult factory for more information.

DOUBLE REDUCTION

Nominal 1103 1303 1503 1703 1903Ratio 0703 0803 0903 1003 1203 1403 1603 1803 2003

31.39 490 670 680 1110 1080 1600 2350 1620 3310

38.44 490 670 680 1110 1080 1750 2350 1870 3310

47.08 490 670 680 1110 1080 2200 2350 2500 3310

57.66 490 670 680 1110 1080 2200 2350 2690 3310

70.62 490 670 680 1110 1080 2200 2350 2740 3310

86.50 490 670 680 1110 1080 2200 2350 2740 3310

105.90 490 670 680 1110 1080 2200 2350 2740 3310

129.70 490 670 680 1110 1080 2200 2350 2740 3310

158.90 490 670 680 1110 1080 2200 2350 2740 3310

194.60 490 670 680 1110 1080 2200 2350 2740 3310

238.40 490 670 680 1110 1080 2200 2350 2740 3310

TRIPLE REDUCTION

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Parallel Shaft Reducer DimensionsI32

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MAX-POWER™Spiral Bevel Reducers & Parallel Shafts

SINGLE REDUCTION (HLE)

For Reference Only. Use certified prints for construction purposes. All dimensions given are in inches.

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MAX-POWER™Spiral Bevel Reducers & Parallel Shafts

SINGLE REDUCTION (HLE)

For Reference Only. Use certified prints for construction purposes. All dimensions given are in inches.

➀ Shaft diameters of 2 inches and under are held to limits of +.000” -.0005”Shaft diameters of over 2 inches are held to limits of +.000” -.001”

ReducerSize AA AB AC AD AE A B C D E F G

0701 23.12 9.06 7 16.38 8.25 18.75 2.38 5.75 3.75 4.50 4.00 2.12

0801 25.88 10.06 8 18.62 9.50 20.75 2.50 6.75 3.88 5.12 4.25 2.75

0901 28.38 11.06 9 20.88 10.50 23.25 2.50 7.50 4.75 6.00 4.50 3.25

1001 31.38 12.31 10 22.88 11.50 26.50 2.75 8.50 5.38 7.12 5.00 3.75

1101 36.88 14.56 12 27.25 13.75 30.25 3.00 10.00 6.00 8.25 5.50 4.751201

1301 42.62 17.06 14 31.25 15.75 36.00 3.25 11.50 7.50 10.50 6.00 5.751401

1501 47.75 19.12 16 36.62 18.00 41.50 3.75 13.62 8.25 12.12 7.00 6.881601

1701 55.00 21.88 18 39.62 20.00 46.25 5.25 15.00 9.25 13.50 8.00 7.251801

1901 59.50 23.50 20 44.38 23.00 49.00 5.25 15.75 9.75 13.00 8.25 8.622001

Reducer Low Speed Shaft Size H J K L M N O P Q➀ Key Seat R S

0701 4.62 1.38 11.50 4.75 1.00 6.00 4.25 .88 2.88 .75 x .38 5.00 5.25

0801 5.25 1.50 12.50 5.12 1.12 6.50 4.50 1.00 3.38 1.00 x .50 5.94 6.19

0901 6.50 1.62 13.50 5.62 1.12 7.00 4.62 1.00 3.88 1.00 x .50 6.62 6.88

1001 7.75 1.75 14.00 5.75 1.25 7.00 4.62 1.12 4.50 1.25 x .62 7.38 7.62

1101 9.00 2.00 15.50 6.38 1.38 8.50 5.50 1.25 5.00 1.25 x .62 8.50 8.751201

1301 12.25 2.25 17.50 7.38 1.38 9.50 5.50 1.25 6.00 1.50 x .75 9.75 10.001401

1501 13.62 2.50 19.25 8.00 1.62 10.25 5.75 1.50 6.50 1.50 x .75 10.50 10.751601

1701 15.00 2.75 22.00 9.12 1.88 12.50 6.75 1.75 7.25 1.75 x .62 11.38 11.621801

1901 15.62 3.00 23.50 9.62 2.12 13.50 7.88 2.00 7.75 2.00 x .75 11.75 12.122001

H.S. Shafts For RatiosReducer 1.837 - 3.375 4.134 - 7.594 Approximate

Size T U V W X Y Z➀ Key Seat Z➀ Key Seat Wt /Lbs

0701 11.75 6.50 6.50 11.75 5.25 5.00 2.12 .50 x .25 1.75 .38 x .19 550

0801 13.25 7.25 7.12 13.25 6.19 5.94 2.38 .62 x .31 1.88 .50 x .25 715

0901 14.50 7.75 7.62 14.25 6.69 6.44 2.62 .62 x .31 2.00 .50 x .25 860

1001 15.50 8.00 8.00 15.50 7.62 7.38 3.00 .75 x .38 2.25 .50 x .25 1300

1101 17.50 8.75 8.88 17.25 8.50 8.25 3.38 .88 x .44 2.50 .62 x .31 17001201

1301 19.75 10.00 10.00 19.00 9.25 9.00 3.75 1.00 x .50 3.00 .75 x .38 22001401

1501 21.50 10.88 10.88 21.50 10.75 10.50 4.50 1.25 x .62 3.25 .75 x .38 36001601

1701 24.25 12.50 12.38 24.00 11.38 11.00 5.00 1.25 x .62 4.00 1.00 x .50 49001801

1901 25.50 13.50 13.25 25.00 11.62 11.25 5.62 1.50 x .75 4.00 1.00 x .50 65502001

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Parallel Shaft Reducer DimensionsI34

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MAX-POWER™Spiral Bevel Reducers & Parallel Shafts

DOUBLE & TRIPLE REDUCTION (HLE)

For Reference Only. Use certified prints for construction purposes. All dimensions given are in inches.

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Parallel Shaft Reducer Dimensions I35

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DOUBLE & TRIPLE REDUCTION (HLE)

For Reference Only. Use certified prints for construction purposes. All dimensions given are in inches.

➀ Shaft diameters of 2 inches and under are held to limits of +.000” -.0005”Shaft diameters of over 2 inches are held to limits of +.000” -.001”

Reducer SizeDouble Triple AA AB AC AD AE A B C D E F G H

0702 0703 26.00 8.75 12.00 16.00 8.25 20.50 1.25 8.75 4.50 4.75 3.75 4.38 4.88

0802 0803 29.50 9.75 14.00 18.44 9.50 23.00 1.50 10.38 4.62 5.00 4.25 5.25 5.00

0902 0903 32.00 10.75 15.00 20.31 10.50 25.00 1.50 11.00 5.25 5.75 5.00 5.00 5.00

1002 1003 36.50 11.88 17.00 22.31 11.50 29.00 1.50 13.00 6.38 6.62 5.50 6.25 6.25

1102 1103 42.25 14.00 20.00 26.56 13.75 33.25 1.62 15.00 7.12 7.88 5.75 8.00 8.001202 1203

1302 1303 48.50 16.25 23.00 30.88 15.75 38.00 2.00 17.00 8.00 9.00 6.75 9.25 8.501402 1403

1502 1503 54.50 18.50 26.00 35.38 18.00 43.50 2.25 19.50 8.75 10.75 8.00 9.50 10.001602 1603

1702 1703 62.50 20.62 30.00 38.88 20.00 50.25 2.25 23.50 10.00 12.25 9.00 12.25 11.001802 1803

1902 1903 70.25 23.25 34.00 43.88 23.00 56.75 2.50 26.25 11.50 14.00 10.00 13.75 13.002002 2003

DOUBLE & TRIPLE REDUCTION Reducer Size Low Speed Shaft

Double Triple J K L M N O P Q➀ Keyseat R S T U

0702 0703 1.38 13.25 5.38 1.25 6.50 8.62 1.00 3.00 .75 x .38 4.62 5.19 12.12 6.88

0802 0803 1.50 15.00 6.25 1.25 7.75 9.88 1.12 3.50 1.00 x .50 5.50 6.06 13.75 7.81

0902 0903 1.62 16.00 6.75 1.25 8.00 10.38 1.12 4.00 1.00 x .50 6.25 6.75 15.00 8.31

1002 1003 1.75 18.00 7.50 1.50 9.50 11.38 1.25 4.50 1.25 x .62 7.25 7.88 17.00 9.19

1102 1103 2.00 20.00 8.38 1.62 10.00 12.38 1.25 5.00 1.25 x .62 8.25 8.69 18.81 10.061202 1203

1302 1303 2.25 22.00 9.25 1.75 12.00 13.56 1.50 6.00 1.50 x .75 9.25 10.12 21.38 11.441402 1403

1502 1503 2.50 25.00 10.50 2.00 13.50 15.06 1.75 6.50 1.50 x .75 10.50 11.00 23.62 12.691602 1603

1702 1703 2.75 28.50 12.38 1.88 16.50 16.81 1.75 7.25 1.75 x .62 11.88 12.38 27.25 14.621802 1803

1902 1903 3.00 31.50 13.50 2.25 17.50 18.31 2.00 7.75 2.00 x .75 12.75 13.25 29.38 16.192002 2003

Reducer Double Double Reduction Triple Reduction Approx. Wt/LbsSize Triple High Speed Shaft High Speed Shaft Double Triple

Double Triple V W X Y Z➀ Keyseat W X Y Z➀ Keyseat Red. (02) Red. (03)

0702 0703 6.75 10.88 4.00 3.50 1.50 .38 x .19 10.44 3.56 3.06 1.12 .25 x .12 575 550

0802 0803 7.56 12.38 4.75 4.25 1.75 .38 x .19 11.62 4.00 3.50 1.25 .25 x .12 800 850

0902 0903 8.12 13.75 5.50 5.00 2.00 .50 x .25 12.25 4.12 3.50 1.25 .25 x .12 990 1100

1002 1003 9.12 15.12 6.00 5.50 2.25 .50 x .25 13.88 4.88 4.38 1.50 .38 x .19 1265 1375

1102 1103 10.00 16.75 6.75 6.25 2.50 .62 x .31 14.81 4.81 4.25 1.50 .38 x.19 1925 20501202 1203

1302 1303 11.25 18.75 7.50 7.25 3.00 .75 x .38 17.50 6.25 6.00 2.00 .50 x .25 2750 29701402 1403

1502 1503 12.50 20.38 7.88 7.31 3.00 .75 x .38 18.75 6.25 5.75 2.00 .50 x .25 3850 41001602 1603

1702 1703 14.31 23.62 9.38 8.88 3.50 .88 x .44 21.38 7.12 6.62 2.25 .50 x .25 5500 58501802 1803

1902 1903 15.62 25.12 9.50 9.00 3.50 .88 x .44 23.62 8.00 7.50 2.50 .62 x .31 7950 81502002 2003

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Parallel Shaft Reducer DimensionsI36

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MAX-POWER™Spiral Bevel Reducers & Parallel Shafts

DOUBLE & TRIPLE REDUCTION (HLE)

Shaft diameters are held to limits of +.000” -.001”❖ For welded steel housing: AA = 83.00 H = 12.00

For Reference Only. Use certified prints for construction purposes. All dimensions given are in inches.

DOUBLE & TRIPLE REDUCTIONUnit Size

Double Triple AB AD AE B C D E F G J K

2102 2103 26.50 47.25 23.50 5.12 21.50 10.00 13.00 8.00 4.00 3.00 33.252252 2253

2402 2403 28.50 54.75 27.25 5.00 24.25 10.75 13.50 6.00 3.00 3.25 36.502502 2503

DOUBLE & TRIPLE REDUCTIONUnit Size Low Speed Shaft

Double Triple L M N O P Q Keyseat R S T U V

2102 2103 14.12 2.50 20.62 9.50 2.25 9.00 2.50 x .88 16.50 16.75 35.00 17.50 17.002252 2253

2402 2403 15.75 2.50 25.00 10.00 2.25 9.75 2.50 x .88 16.75 17.50 38.00 20.50 19.622502 2503

Double Reduction Triple Reduction Approx. Wt.Reducer High Speed High Speed Double Triple

Size Shaft Shaft Red. Red.Double Triple AA AC A H W X Y Z Keyseat AA AC A H W X Y Z Keyseat (02) (03)

2102 2103 90.25❖ 38.50 73.50 19.00❖ 30.28 13.38 11.50 4.00 1.00 x .50 90.25 48.50 73.50 19.00 27.25 10.25 8.75 2.62 .62 x .31 11550 132002252 2253

2402 2403 90.50 43.00 70.50 12.00 31.88 12.38 12.00 4.25 1.00 x .50 100.25 55.00 80.25 21.75 29.00 9.50 9.25 2.87 .75 x .38 14850 154002502 2503

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Reducer Single Reduction Reducer Double Reduction Reducer Triple ReductionSize AA AF AG AH AK T Size AA AF AG AH AK T Size AA AF AG AH AK T

0701 23.12 8.75 3.00 3.31 1.88 11.75 0702 26.00 9.12 1.75 2.81 6.88 12.12 0703 – – – – – –

0802 29.50 9.88 2.50 2.81 8.88 13.75 0803 – – – – – –

0801 25.88 9.88 3.38 3.94 2.00 13.25 0902 32.00 11.12 2.62 3.00 9.00 15.00 0903 – – – – – –1002 36.50 12.38 2.53 3.88 9.50 17.00 1003

0901 28.38 10.69 3.56 3.94 3.00 14.50 1102 42.25 13.25 3.50 3.88 12.50 18.81 1103 – – – – – –1202 1203

1001 31.38 11.12 4.38 4.75 2.50 15.50 1302 48.50 15.00 3.75 4.50 14.50 21.38 1303 48.50 14.12 3.38 3.75 17.00 21.381402 1403

1101 36.88 12.56 4.69 5.12 3.25 17.50 1502 54.50 16.25 4.12 4.50 17.50 23.62 1503 54.50 15.38 3.38 3.75 20.00 23.621201 1602 1603

1301 42.62 14.31 4.69 6.44 3.50 19.75 1702 62.50 18.81 4.81 5.38 19.50 27.25 1703 62.50 17.50 3.88 5.12 22.50 27.251401 1802 1803

1501 47.75 15.44 6.06 6.44 5.50 21.50 1902 70.25 20.19 4.94 5.38 23.50 29.38 1903 70.25 18.88 4.75 5.12 26.50 29.381601 2002 2003

1701 55.00 17.50 6.50 7.00 6.00 24.25 2102 83.00 24.69 5.69 6.88 23.12 35.00 2103 90.25 23.38 3.38 7.00 36.38 35.001801 2252 2253

1901 58.00 18.38 6.62 7.00 8.00 25.50 2402 90.50 25.75 6.12 6.88 27.62 38.00 2403 100.25 24.50 4.50 7.00 42.88 38.002001 2502 2503

COOLING FAN

For Reference Only. Use certified prints for construction purposes. All dimensions given are in inches.

Fan Cooling MultipliersFan cooling increases the thermalcapacity of non-ventilated units. Usemultipliers to determine capacitiesattainable with one or two fans.

Heat exchangers are to be used wherethermal capacity exceeds the fancooling range.

Input RPM 1750 1170

One fan on power 1.50 1.30input extension

One fan opposite to 1.75 1.45power input extension

Two fans 2.50 2.00

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Parallel Shaft Reducer Vertical StyleI38

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MAX-POWER™Spiral Bevel Reducers & Parallel Shafts

SELECTIONThese reducers may be selected using the Parallel Horse-power Rating Tables.

COMPACT DESIGNSpace-saving, compact design allows reducer to be installedinto right areas, yet permits easy accessibility for service.

DRY WELL CONSTRUCTIONPrevents leakage of oil at low speed shaft of the reducer.

ACCEPTS STANDARD MOTORMotor is mounted to reducer by means of an adapter.Reducer accepts a standard NEMA “C” Flange motorcoupled to the reducer by using a standard flexible coupling.

BEARINGSLonger bearing life/oversize heavy-duty tapered roller bearings exceed industry standards.

LUBRICATIONA rotary, positive displacement, self-priming pump delivers oilto the proper upper bearings. For VERTICAL SHAFT DOWNapplications, the low speed bearing is grease lubricated.

OIL FLOW INDICATORA prominently mounted indicator gives instant assurance ofadequate lubricant circulation. As an optional feature, anelectrical switch can be incorporated to actuate an alarm inthe event of low oil flow.

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VERTICAL DOUBLE & TRIPLE REDUCTION (VHLE)

Reducer Low Speed ShaftSize AA AB AC A B C D E F G H J K L M N P Q Keyseat R S T U AK

1102-1103 42.50 14.50 20 37.50 3.00 15.75 6.75 9.00 5.75 10.12 10.12 2.25 31.75 14.25 1.62 21.25 1.25 5.00 1.25 x .62 8.25 8.69 18.75 23.00 10.751202-1203

1302-1303 48.75 16.75 23 43.50 3.50 18.25 7.62 10.62 6.75 11.62 11.62 2.50 36.00 16.25 1.75 24.00 1.50 6.00 1.50 x 3.75 9.25 10.12 21.38 26.25 12.001402-1403

1502-1503 54.25 18.75 26 48.00 3.75 20.25 8.38 11.88 7.00 13.5 13.50 2.50 41.00 18.5 2.00 28.00 1.75 6.50 1.50 x .75 10.50 11.00 24.12 28.75 13.251602-1603

1702-1703 62.75 21.25 30 55.75 3.75 24.12 10.12 14.00 7.00 17.38 17.38 2.75 46.00 21.00 2.00 32.00 1.75 7.25 1.75 x .62 11.88 12.38 27.25 33.00 15.751802-1803

DOUBLE & TRIPLE REDUCTION

Double Reduction Triple ReductionHigh Speed High Speed

Reducer Shaft ShaftSize AD AE AF AG AH AJ X Y Z Keyseat AD AE AF AG AH AJ X Y Z Keyseat Weights

1102-1103 27.50 25.88 5.75 6.75 6.25 2.50 .62 x .31 25.56 25.38 5.75 4.81 4.25 1.50 .38 x .19 25001202-1203

1302-1303 30.75 28.00 5.75 7.50 7.25 3.00 .75 x .38 29.50 28.06 5.75 6.25 6.00 2.00 .50 x .25 35001402-1403

1502-1503 33.62 31.25 7.62 7.88 7.31 3.00 .75 x .38 32.00 30.56 7.62 6.25 5.75 2.00 .50 x .25 46001602-1603

1702-1703 39.38 35.12 8.25 9.38 8.88 3.50 .88 x .44 37.12 34.75 8.75 7.12 6.62 2.25 .50 x .25 63001802-1803

For Reference Only. Use certified prints for construction purposes. All dimensions given are in inches.

Shaft diameters of 2 inches and under are held to limits of +.000” -.0005”Shaft diameters of over 2 inches are held to limits of +.000” -.001”

SPECIFYMOTOR

SPECIFYMOTOR

SPECIFYMOTOR

SPECIFYMOTOR

SPECIFYMOTOR

SPECIFYMOTOR

SPECIFYMOTOR

SPECIFYMOTOR

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Parallel Shaft ReducerI40

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The HLEM reducer is designed for increasedthermal horsepower capacity for pitch line velocities above 2800 FPM. HLEM Units aredefined as those having a Pitch Line Velocityfrom 2800 to 4000 FPM. For pitch line velocitiesover 2800 FPM or speeds above 1750 RPM,refer to Foote-Jones for selection information.

The dimensions shown below illustrate the shaftdriven pump located opposite the low speedshaft extension. This location is the mostcommon and typical for HLEM units. However,dependent on shaft speeds, the pump may belocated opposite the H.S. shaft extension.

MEDIUM SPEED SINGLE REDUCTION (HLEM)

Notes:1. The dimensions listed for HLEM Units furnished with FABRICATED

STEEL HOUSINGS.

The dimensions for HLEM Units with CAST IRON HOUSINGS are the same as Standard HLE Units.

2. Pitch Line Velocity (PLV) Formula:

PLV = 2 x “AC” x 0.262 x RPM1 + Ratio

PLV . . . . . . . . . . . . . . . . . . . .FPM“AC” . . . . . . . . . . . . . . . . . . . .DimensionsRPM . . . . . . . . . . . . . . . . . . . .Speed of Highest Input or Output

H.S. Unit SizeShaft Nominal 1101 1301 1501 1701 1901RPM Ratio 0701 0801 0901 1001 1201 1401 1601 1801 2001

1.837 123 135 160 183 224 261 – – –

2.250 125 136 163 185 229 267 299 – –

2.756 127 138 166 189 234 275 310 352 369

1750 3.375 130 140 169 195 244 188 326 373 396

4.134 140 152 184 206 270 323 268 424 452

5.062 – 161 198 229 289 345 393 454 485

6.200 – – 207 241 304 366 418 484 521

7.594 – – – 251 317 384 439 508 552

1.837 190 215 265 300 378 453 525 612 697

2.250 191 217 266 303 381 457 548 618 700

2.756 223 268 317 387 461 551 656 705

1170 3.375 236 271 321 394 386 554 662 747

4.134 – – – – 417 489 565 692 750

5.062 – – – – – – 603 695 796

6.200 – – – – – – – 742 814

7.594 – – – – – – – – –

Thermal HP listed only when it is less than Mechanical HP.

For Reference Only. Use certified prints for construction purposes. All dimensions given are in inches.

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MEDIUM SPEED SINGLE REDUCTION (HLEM)

Reducer Size AA AB AC AD AE A B C E J

0701 22.50 8.75 7.00 21.62 14.00 18.50 2.25 9.50 4.50 1.00

0801 24.50 9.50 8.00 23.62 15.00 20.50 2.38 10.62 5.12 1.00

0901 27.00 11.00 9.00 25.88 16.00 23.00 2.00 12.00 7.00 1.00

1001 30.00 11.75 10.00 27.88 17.00 25.50 2.00 14.00 7.50 1.12

1101 35.00 14.00 12.00 31.88 19.00 30.00 2.00 16.50 9.50 1.251201

1301 41.00 16.00 14.00 34.88 20.50 35.50 2.75 19.50 10.50 1.251401

1501 45.75 17.75 16.00 37.88 22.00 39.75 2.75 22.25 12.00 1.501601

1701 52.00 20.50 18.00 42.38 24.00 45.00 3.50 24.50 13.50 1.751801

1901 56.50 22.00 20.00 45.88 26.00 49.50 4.00 27.00 14.50 2.002001

Low Speed ShaftReducer Size K L M N P Q Keyseat R S T U

0701 15.25 6.62 1.00 9.25 1.00 2.88 .75 x .38 5.00 5.25 11.75 11.25

0801 16.00 7.00 1.00 10.00 1.00 3.38 1.0 x .50 5.94 6.19 13.25 11.75

0901 17.00 7.50 1.00 11.00 1.00 3.88 1.0 x .50 6.62 6.88 14.50 12.50

1001 18.00 7.88 1.12 11.00 1.12 4.50 1.0 x .50 7.38 7.62 15.50 12.75

1101 20.00 8.75 1.25 12.00 1.25 5.00 1.25 x .62 8.50 8.75 17.50 13.251201

1301 22.00 9.75 1.25 14.00 1.25 6.00 1.5 x .75 9.75 10.00 19.75 13.751401

1501 24.75 10.88 1.50 14.75 1.50 6.50 1.5 x .75 10.50 10.75 21.50 15.001601

1701 28.50 12.50 1.75 17.50 1.75 7.25 1.75 x .62 11.38 11.62 24.25 16.501801

1901 31.50 13.75 2.00 19.50 2.00 7.75 2.0 x .75 11.75 12.12 25.50 17.502001

High Speed Shaft For Ratios Sump1.837 - 3.375 4.134 - 7.594 Approx. Cap.

Reducer Size V W X Y Z Keyseat Z Keyseat Weight Gallons

0701 6.50 11.75 5.25 5.00 2.12 .50 x .25 1.75 .38 x .19 610 5.0

0801 7.12 13.25 6.19 5.94 2.38 .62 x .31 1.88 .50 x .25 830 6.5

0901 7.62 14.25 6.69 6.44 2.62 .62 x .31 2.00 .50 x .25 1080 8.0

1001 8.00 15.50 7.62 7.38 3.00 .75 x .38 2.25 .50 x .25 1400 9.5

1101 8.88 17.25 8.50 8.25 3.38 .88 x .44 2.50 .62 x .31 1850 11.51201

1301 10.00 19.00 9.25 9.00 3.75 1.0 x .50 3.00 .75 x .38 2450 14.51401

1501 10.88 21.50 10.75 10.50 4.50 1.25 x .62 3.25 .75 x .38 3850 18.01601

1701 12.38 24.00 11.38 11.00 5.00 1.25 x .62 4.00 1.0 x .50 5400 22.01801

1901 13.25 25.00 11.62 11.25 5.62 1.5 x .75 4.00 1.0 x .50 7100 25.02001

For Reference Only. Use certified prints for construction purposes. All dimensions given are in inches.

Shaft diameters of 2 inches and under are held to limits of +.000” -.0005”Shaft diameters of over 2 inches are held to limits of +.000” -.001”

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Sprag-type backstops are available for all sizes of parallel shaft speed reducers. They grip positively to prevent reverserotation with minimum backlash. The backstop is mounted on an extension of the high speed shaft, and is enclosed inits own housing with its own reservoir for oil.

When one cooling fan is required in addition to a backstop, location of the fan assembly will be as shown by the dottedlines on the input shaft extension.

When two cooling fans are required in addition to a backstop, refer to your FOOTE-JONES Sales Representative.

BACKSTOP CLUTCH

Notes:

“X” dimension must be checked to determine if there will be anyinterference between the backstop and a coupling or sprocketmounted on the low speed shaft extension.

“L” dimensions shown do not include fan on backstop shaftextension. Refer to your FOOTE-JONES Representative for this option.

For Reference Only. Use certified prints for construction purposes. All dimensions given are in inches.

BACKSTOP CLEARANCE DIMENSIONS HLE SINGLE REDUCTION

HLE DOUBLE & TRIPLE REDUCTION

BACKSTOP DIMENSIONS

ReducerSize 0701 0801 0901 1001 1101 1201 1301 1401 1501 1601 1701 1801 1901 2001

A 7.25 7.75 8.38 8.50 9.50 9.50 9.75 9.75 12.25 12.25 13.50 13.50 14.25 14.25

B 7.00 8.00 9.00 10.00 12.00 12.00 14.00 14.00 16.00 16.00 18.00 18.00 20.00 20.00

Reducer 0702 0802 0902 1002 1102 1202 1302 1402 1502 1602 1702 1802 1902 2002Size 0703 0803 0903 1003 1103 1203 1303 1403 1503 1603 1703 1803 1903 2003

A 7.38 8.12 8.75 9.62 10.62 10.62 11.88 11.88 13.12 13.12 15.00 15.00 16.50 16.50

B 12.00 14.00 15.00 17.00 20.00 20.00 23.00 23.00 26.00 26.00 30.00 30.00 34.00 34.00

BackstopSize 500 600 700 750 800 900 1000

L 7.00 7.25 9.75 11.75 12.25 13.00 14.00

B 4.25 5.38 7.12 8.75 10.00 12.00 15.00

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The housing dimensions shown above are forreference in detailing applications such asKILN drives where the clearance at the lowspeed end of the reducer is critical.

BACKSTOP CLUTCH

CLEARANCE DIMENSIONSReducer

Size A B C

0702 & 0703 9.62 9.00 8.88

0802 & 0803 10.62 10.12 9.88

0902 & 0903 11.50 11.50 10.75

1002 & 1003 12.62 12.75 12.00

1102-1202 & 1103-1203 15.00 15.00 14.00

1302-1402 & 1303-1403 17.38 17.62 16.38

1502-1602 & 1503-1603 19.62 19.75 18.75

1702-1802 & 1703-1803 21.62 22.62 20.62

1902-2002 & 1903-2003 24.25 25.50 23.50

2102-2252 & 2103-2253 26.75 28.75 26.50

2402-2502 & 2403-2503 28.88 32.25 28.50

For Reference Only. Use certified prints for construction purposes. All dimensions given are in inches.

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Spiral Bevel Reducer Design AdvantagesI44

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MAX-POWER™Spiral Bevel Reducers & Parallel Shafts

GEARING• Greater Strength and Durability – Constructed of allow steels for high core strength and heat treated for

maximum surface durability.

• Precise Alignment – Spiral bevel gearing in the high speed set does not allow external thrust loads to disturb alignment.

• Smoother Operation – Helical low speed gears are designed to divide the transmitted load over severalgear teeth for smoother, quieter operation.

• Better Load Distribution – Helical pinions are integrally cut with the shaft to distribute tooth load more effectively.

• Easily Adjusted – Spiral bevel gear set can be adjusted conveniently from the outside of the housing.

HOUSING• Long Service Life – Alignment of shafts, gears and bearings is maintained with ruggedly constructed

and reinforced high tensile alloy cast iron housing which is corrosion resistant and suitable for outdoor installation. Steel housings also available.

• Higher Thermal Capacity – Large surface areas of housing effectively radiate heat.

• Easy Inspection and Maintenance – Large inspection port provided above gearing.

• Mount Auxiliary Equipment – Broad level pads located on top of housing.

• Effective Dust Protection – Breather filter element traps particles as small as 40 microns. Easily removed for cleaning.

SHAFTS• Greater Overload Protection – Through-hardened steel

• Higher Overhung Loads – Generous shaft lengths and diameters

BEARINGS• Longer Bearing Life – Oversize heavy-duty tapered roller bearings exceed industry standards.

• Easily Maintained – Bearings may be adjusted without removing housing cover.

SEALS• Efficient Sealing – Spring loaded dual-lip wave type cartridge seals provided on all shaft extensions.

• Extra Seal Protection – Grease purged seals available for unusually abrasive dust conditions.

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RATING TABLESHorsepower ratings have been calculated on a 1.0 service factorin accordance with current AGMA recommended practice. Thetabulations are compiled for easy unit size selection.The tablesare organized by input speed and columns headed with ratioand nominal output rpm designation.

HP values are at input, torque figures are at output, and allowfor efficiency losses.

When the required speed falls between two cataloged speedsof a unit for a cataloged ratio, interpolate to determine unitrating. When a special intermediate ratio is required, use thelowest output torque from either the next higher or lower standard ratio, and calculate the input horsepower allowing for efficiency.

THERMAL RATINGSThermal horsepower ratings represent the maximum horsepower that can be transmitted without overheating whena reducer is operated continuously for more than three hours.AGMA Standards permits oil (sump) temperatures up to 200°F.When the thermal rating is less than the transmitted load, alarger size unit with sufficient thermal capacity must beselected or an external cooling system added. Thermal horsepower ratings are shown in the catalog rating tables. Onlytransmitted horsepower is subject to thermal horsepower limitations, service factors do not apply. For intermittent serviceor unusual ambient temperatures, consult your FOOTE-JONESSales Representative.

OVERHUNG LOADSOverhung loads are calculated at the most adverse combination of rating, speed, rotation and direction of load.In most applications where there is a reasonable service factor,appreciably greater overhung load may be available. This isparticularly true in the higher output speed ranges where the bearings limit the overhung load capacity.

STYLE 1 reducers are generally intended for applicationswhere the connected load is direct-coupled to the reduceroutput shaft. For applications involving overhung loads, STYLE4 reducers are usually required, and these applications should be carefully reviewed. When greater capacity is desired, contact your FOOTE-JONES Sales Representativewith complete application data including direction of rotationand side load.

Calculated overhung load for shafts must not exceed thepermissible overhung load capacity listed in the ratings tablesfor the reducer size, type, ratio and rpm selected.

The permissible overhung loads shown in the rating tables arecalculated for loads applied perpendicular to the shaft at onediameter distance from the heads of the bearing cap screws.

Sprockets, pinions and gears should be mounted as close tothe reducer as possible to minimize reactions on shafts andbearings. If the point of application of the overhung load is

located beyond one diameter, the tabulated overhung load capacities no longer apply. Applications of this type should be referred to your FOOTE-JONES Sales Representative.

OPERATING SPEEDSOperate units only at the speeds shown on the nameplate.Before changing speeds, refer complete application details and nameplate data to your FOOTE-JONES Sales Representative for a review of the lubrication system. Alsospecify reducer operating speeds on orders to insure properlubrication.

Variable or Multi-Speed ApplicationsIt is essential that all orders indicate maximum and minimumspeeds as well as the duty cycle, as modifications to the lubrication system may be required. This is particularlyimportant for units with a built-in oil pump.

For input speeds above 1750 rpm or below 100 rpm, consultyour FOOTE-JONES Sales Representative.

FORMULAS

1. TorqueHP x 63025T =

N

2. HorsepowerT x NHP =63025

3. Overhung LoadHP x 63025 x K or T x KP =

N x R R

FACTORS

All factors must be determined at shaft under study.

HP = Transmitted horsepowerT = Torque in inch poundsP = Equivalent overhung load in poundsN = RPM of shaftR = Pitch radius in inches of sprocket, pinion,

sheave, or pulleyK = Overhung load factors

Sprocket (single or multiple strand) . . . .1.00Spur Pinion . . . . . . . . . . . . . . . . . . . . . .1.25V-Belt sheave . . . . . . . . . . . . . . . . . . . . .1.50Flat belt pulley . . . . . . . . . . . . . . . . . . . .2.50

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Spiral Bevel Reducer Application DataI46

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MAX-POWER™Spiral Bevel Reducers & Parallel Shafts

SELECTION PROCEDUREStep 1 Determine service factor for your application depending on number of hours of operation each day and

the type of prime mover. Refer to Tables A and B on pages 6-9.

Step 2 Multiply the service factor obtained in Step 1 by the actual input horsepower or output torque required to operate the driven equipment to determine an equivalent rating.

Step 3 Refer to rating tables to select the speed reducer size with the proper input and output speeds that also has the capacity to equal or exceed the required equivalent rating.

Step 4 If the drive is subject to starting or peak torque more than 200% to 275% of the catalog rating for reducer selected in Step 3, consult your FOOTE-JONES Sales Representative.

Step 5 The thermal capacity of the reducer you select must equal or exceed the actual input horsepower transmitted (not the equivalent horsepower). If the input horsepower is greater, consider fan cooling, heat exchanges or select a larger reducer size. When the unit operates intermittently (less than three hours continuously), consult your FOOTE-JONES Sales Representative.

Step 6 The overhung load on all shafts not connected with a flexible coupling must be calculated from the Overhung Load Rating Table. If a Style 1 reducer does not have sufficient overhung load capacity, check a Style 4. The overhung load for a specific torque; however, can be reduced by increasing the diameter of the gear, sprocket, or sheave that is mounted on the shaft.

Step 7 A backstop may be required to prevent reverse rotation for some applications. Refer to your FOOTE-JONES Sales Representative for backstop selection. Other accessories, such as bases, are also available.

STANDARD ASSEMBLY DIAGRAMS

1 (LC) 2 (RC) 3 (LCC) 4 (RCC) 5 (LC-RCC) 6 (RC-LCC)

1 (UCC) 2 (DC) 3 (UCC-DC)

BHE CODE

VBHECODE

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1750 RPM INPUT DOUBLE REDUCTION (@ 1.0 S.F.)

0702 0802 0902 1002 1102 1202Nom. OutputRatio RPM MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq

7.59 230 120 30 31.4 164 45 43.5 228 53 60.4 313 70 82.2 400 95 105 500 95 131

9.30 188 81.8 31 26.5 125 45 40.6 166 55 53.5 239 75 76 313 100 102 376 100 120

11.39 154 80 31 31.7 120 46 47.7 157 57 62.6 225 75 88.6 278 105 109 350 105 137

13.95 125 56.3 32 27.6 87.5 50 42.5 120 60 58.5 175 80 83.3 225 105 110 266 105 130

17.09 102 52.6 33 30.9 71.2 50 42.5 94 62 55.1 139 80 80.5 188 113 109 239 113 139

20.93 84 40 34 29 60 52 43.7 81 63 58.5 120 82 84.9 157 112 114 188 113 136

25.63 68 30 – 26.4 45 – 39.8 60 – 52.7 90 87 79.1 120 – 104 138 120 121

31.39 56 25 – 27.1 37.9 – 40.6 50 – 54 70 – 73.6 100 – 108 132 120 142

38.44 45 20.2 – 26.6 31.3 – 40.8 41 – 53.8 63 – 82 80 – 105 100 – 131

MHP – Mechanical Horsepower (Thermal HP listed when less than Mechanical HP)THP – Thermal Horsepower (Additional thermal capacity available with fan cooling or heat exchanger)

Tq – Output Torque x 1000 (in. lbs.)

1302 1402 1502 1602 1702 1802Nom. OutputRatio RPM MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq

7.59 230 625 125 162 675 125 175 900 157 242 1050 157 281 1290 206 336 1500 206 391

9.30 188 479 125 154 563 125 181 700 160 230 800 160 262 1050 219 337 1140 219 366

11.39 154 408 132 165 450 132 182 633 164 257 750 164 305 900 219 359 1000 219 398

13.95 125 322 135 161 375 135 188 471 175 229 538 175 262 700 227 344 812 227 398

17.09 102 300 138 179 322 138 192 450 175 272 525 175 316 636 233 373 710 233 416

20.93 84 233 143 172 270 143 199 333 188 245 400 188 294 500 250 361 600 250 434

25.63 68 176 150 158 219 150 196 263 188 233 300 188 266 375 250 328 438 250 385

31.39 56 157 – 170 188 157 203 232 200 251 275 200 297 350 263 378 407 263 440

38.44 45 125 – 165 157 – 207 188 – 246 219 201 285 263 – 346 313 267 411

1902 2002 2102 2252 2402 2502Nom. OutputRatio RPM MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq

7.59 230 1800 250 471 2000 250 524

9.30 188 1430 263 458 1580 263 506

11.39 154 1260 263 496 1400 263 551

13.95 125 955 272 455 1050 272 503 1400 313 668 1630 313 778

17.09 102 906 280 526 1050 280 608 1230 316 716 1290 316 760

20.93 84 700 300 493 750 300 528 900 328 643 1000 238 722

25.63 68 500 313 436 563 313 491 750 350 650 875 350 757

31.39 56 457 313 488 500 313 536 625 351 673 700 351 758 800 401 875 875 401 964

38.44 45 350 320 463 375 320 498 450 375 606 500 375 681 600 414 813 630 414 852

CONSULT FACTORY

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1750 RPM INPUT TRIPLE REDUCTION (@ 1.0 S.F.)

1303 1403 1503 1603 1703 1803Nom. OutputRatio RPM MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq

31.39 56 200 157 213 231 157 246 276 200 295 313 200 337 401 263 431 477 263 513

38.44 45 157 – 206 167 157 223 219 201 290 250 210 332 313 267 415 375 267 496

47.08 37 133 – 215 157 – 253 190 – 306 225 205 363 282 273 450 335 273 534

57.66 30 105 – 208 120 – 237 150 – 293 175 – 343 225 – 446 267 – 524

70.62 25 83.9 – 200 94 – 224 120 – 285 140 – 334 190 – 450 234 – 552

86.50 20 71.1 – 209 80.6 – 237 105 – 304 125 – 362 157 – 462 188 – 551

105.9 16.5 60 – 218 65.4 – 240 80 – 289 90 – 325 120 – 430 138 – 494

129.7 13.5 46.9 – 207 55 – 243 70 – 308 80 – 352 105 – 460 132 – 578

158.9 11 38.3 – 208 45.1 – 245 60 – 317 70 – 370 82.8 – 441 100 – 533

194.6 9 32 – 211 37.6 – 248 46.8 – 308 54.4 – 358 70 – 460 80.5 – 533

238.4 7.4 25 – 201 30 – 241 35.9 – 285 41.1 – 326 52.5 – 419 60 – 483

MHP – Mechanical Horsepower (Thermal HP listed when less than Mechanical HP)THP – Thermal Horsepower (Additional thermal capacity available with fan cooling or heat exchanger)Tq – Output Torque x 1000 (in. lbs.)

1903 2003 2103 2253 2403 2503Nom. OutputRatio RPM MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq

31.39 56 563 313 602 626 313 668 800 351 857 900 351 968 1050 401 1121 1130 401 1200

38.44 45 453 320 595 525 320 687 642 375 843 750 375 988 875 414 1143 930 414 1210

47.08 37 382 328 624 438 328 716 525 375 846 569 375 908 700 438 1120 800 438 1280

57.66 30 313 – 631 351 328 708 450 375 896 502 375 991 613 438 1200 675 438 1300

70.62 25 269 – 646 313 – 751 357 – 857 400 375 958 479 438 1150 537 438 1280

86.50 20 225 – 667 248 – 737 300 – 882 326 – 957 377 – 1090 450 – 1310

105.9 16.5 175 – 634 206 – 741 250 – 901 270 – 972 329 – 1180 375 – 1380

129.7 13.5 157 – 685 175 – 764 202 – 893 225 – 1000 265 – 1160 300 – 1290

158.9 11.0 125 – 667 143 – 760 175 – 922 189 – 988 225 – 1190 237 – 1270

194.6 9.0 95 – 614 105 – 677 132 – 844 143 – 915 162 – 1070 175 – 1180

238.4 7.4 70 – 559 75 – 599 90 – 735 100 – 831 120 – 991 132 – 1090

0703 0803 0903 1003 1103 1203Nom. OutputRatio RPM MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq

31.39 56 33.5 – 34.6 53.6 – 57.4 70 – 75.4 93.9 90 100 132 119 141 159 120 169

38.44 45 31.3 – 41 45 – 58.4 53.2 – 71.3 80 – 104 105 – 137 125 – 165

47.08 37 23.8 – 37.4 37.5 – 60.5 50 – 79.6 64.5 – 103 90 – 144 113 – 181

57.66 30 20 – 38.4 31.3 – 60.7 37.9 – 74.7 53.4 – 105 71.2 – 139 87.5 – 172

70.62 25 16.2 – 38.2 26.3 – 62.8 33 – 79 45 – 106 60 – 145 71.2 – 171

86.50 20 13.2 – 38.6 20 – 58.3 26.3 – 77.1 37.5 – 109 50 – 147 60 – 176

105.9 16.5 9.4 – 33.9 16.2 – 58.7 20 – 71.2 27.8 – 99.3 37.5 – 135 45 – 162

129.7 13.5 7.8 – 33.8 13.4 – 58.6 15.8 – 69.8 23.5 – 100 31.3 – 135 38 – 164

158.9 11 6.4 – 34 10.7 – 57.9 13.2 – 71.9 19.1 – 101 26.3 – 138 31.5 – 165

194.6 9 5.3 – 34.3 7.9 – 51.9 9.4 – 62.6 15.9 – 102 21 – 137 26.3 – 172

238.4 7.4 4 – 31.7 6 – 48 7.7 – 62.5 11.6 – 93.2 15.4 – 122 18.8 – 149

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1170 RPM INPUT DOUBLE REDUCTION (@ 1.0 S.F.)

0702 0802 0902 1002 1102 1202Nom. OutputRatio RPM MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq

7.59 154 80.4 57 31.5 120.0 88 47.7 161.0 105 63.6 225.0 136 88.0 300.0 188 117 375 188 147

9.30 125 57.0 – 27.6 87.5 – 42.3 120.0 106 58.0 175.0 138 83.2 219.0 188 107 265 188 129

11.39 102 55.2 – 32.8 80.0 – 47.7 107.0 – 63.3 150.0 142 88.6 206.0 191 121 263 191 154

13.95 84 40.0 – 29.4 60.0 – 43.5 80.0 – 58.6 120.0 – 85.6 175.0 – 115 188 – 138

17.09 68 37.5 – 32.8 50.0 – 44.8 64.6 – 56.7 95.4 – 83.0 140.0 – 122 188 – 163

20.93 56 27.3 – 29.6 41.0 – 44.6 56.0 – 60.6 82.2 – 86.7 107.0 – 116 132 – 143

25.63 45 20.2 – 26.6 31.3 – 41.5 40.9 – 53.8 62.5 – 82.1 80.1 – 104 96 – 126

31.39 37 17.5 – 28.4 26.3 – 42.2 35.0 – 56.6 46.3 – 72.9 70.0 – 113 90 – 145

38.44 30 13.8 – 27.2 21.4 – 41.7 28.1 – 55.3 41.9 – 82.2 55.1 – 108 66 – 130

MHP – Mechanical Horsepower (Thermal HP listed when less than Mechanical HP)THP – Thermal Horsepower (Additional thermal capacity available with fan cooling or heat exchanger)

Tq – Output Torque x 1000 (in. lbs.)

1302 1402 1502 1602 1702 1802Nom. OutputRatio RPM MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq

7.59 154 450 234 175 500 234 194 639 300 257 750 300 300 939 400 366 1130 400 442

9.30 125 335 238 161 400 238 192 464 313 227 563 313 276 700 403 336 801 403 385

11.39 102 300 250 182 334 250 202 450 313 273 525 313 319 651 414 388 788 414 468

13.95 84 227 – 170 264 250 198 334 318 243 400 318 290 500 438 367 573 438 419

17.09 68 219 – 195 238 – 211 313 – 282 375 324 337 460 438 403 536 438 470

20.93 56 161 – 177 188 – 207 232 – 256 270 – 297 350 – 378 406 – 439

25.63 45 125 – 168 150 – 202 188 – 248 206 – 273 263 – 346 313 – 411

31.39 37 113 – 183 125 – 203 160 – 259 191 – 308 250 – 404 283 – 457

38.44 30 88 – 173 105 – 208 132 – 257 150 – 293 179 – 351 208 – 409

1902 2002 2102 2252 2402 2502Nom. OutputRatio RPM MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq

7.59 154 1260 476 495 1400 476 550

9.30 125 1050 500 503 1130 500 543 1410 563 680 1640 563 791

11.39 102 900 500 529 993 500 584 1230 563 721 1290 563 759

13.95 84 700 525 499 750 525 536 1000 573 724 1200 573 874 1250 675 896 1250 675 885

17.09 68 637 525 553 708 525 615 834 600 730 910 600 801 1070 675 934 1200 675 1040

20.93 56 477 – 503 525 – 553 626 613 669 700 613 756 800 700 873 875 700 961

25.63 45 350 – 457 378 – 493 503 – 653 600 – 776 634 – 838 631 – 852

31.39 37 316 – 505 350 – 561 438 – 705 500 – 809 563 – 908 613 – 986

38.44 30 237 – 468 263 – 523 313 – 631 350 – 712 404 – 819 450 – 911

CONSULT FACTORY

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Spiral Bevel Reducer RatingsI50

Phone: (605) 225-0360 Fax: (605) 225-0567

MAX-POWER™Spiral Bevel Reducers & Parallel Shafts

1170 RPM INPUT TRIPLE REDUCTION (@ 1.0 S.F.)

1303 1403 1503 1603 1703 1803Nom. OutputRatio RPM MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq

31.39 37 139.0 – 220 163.0 – 259 200.0 – 320 225.0 – 361 280.0 – 451 331.0 – 534

38.44 30 113.0 – 221 120.0 – 239 157.0 – 311 167.0 – 332 225.0 – 446 264.0 – 523

47.08 25 93.8 – 226 107.0 – 258 125.0 – 301 136.0 – 328 200.0 – 477 231.0 – 522

57.66 20 70.4 – 209 80.0 – 237 105.0 – 307 125.0 – 365 157.0 – 465 188.0 – 557

70.62 16.5 60.0 – 214 64.7 – 231 81.8 – 292 100.0 – 356 132.0 – 466 161.0 – 567

86.50 13.5 50.0 – 220 55.7 – 245 71.4 – 309 83.9 – 363 113.0 – 496 132.0 – 580

105.9 11.0 38.3 – 208 45.0 – 247 53.9 – 291 62.5 – 338 80.0 – 427 95.9 – 512

129.7 9.0 31.9 – 211 37.5 – 248 46.7 – 308 54.3 – 358 71.7 – 471 90.0 – 591

158.9 7.4 26.3 – 214 31.3 – 254 40.0 – 316 45.8 – 361 56.7 – 452 66.4 – 529

194.6 6.0 22.5 – 222 26.3 – 260 31.8 – 313 37.5 – 369 46.8 – 460 54.8 – 543

238.4 4.9 16.4 – 197 20.0 – 240 25.0 – 296 27.9 – 331 35.0 – 418 40.0 – 482

MHP – Mechanical Horsepower (Thermal HP listed when less than Mechanical HP)THP – Thermal Horsepower (Additional thermal capacity available with fan cooling or heat exchanger)Tq – Output Torque x 1000 (in. lbs.)

1903 2003 2103 2253 2403 2503Nom. OutputRatio RPM MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq

31.39 37 400 – 642 450 – 718 537 – 860 625 – 1005 712 – 1138 800 714 1271

38.44 30 316 – 622 375 – 733 450 – 884 503 – 991 613 – 1199 647 – 1260

47.08 25 265 – 646 300 – 732 355 – 857 400 – 956 500 – 1200 538 – 1280

57.66 20 219 – 661 250 – 755 313 – 930 350 – 1030 409 – 1200 450 – 1310

70.62 16.5 188 – 675 206 – 741 250 – 896 271 – 971 330 – 1180 375 – 1340

86.50 13.5 157 – 698 175 – 769 202 – 893 225 – 1000 263 – 1110 279 – 1200

105.9 11.0 120 – 651 141 – 760 175 – 950 188 – 1030 225 – 1220 263 – 1410

129.7 9.0 105 – 687 120 – 781 138 – 908 150 – 1000 188 – 1230 204 – 1310

158.9 7.4 83 – 662 100 – 796 120 – 945 132 – 1030 149 – 1190 162 – 1300

194.6 6.0 65 – 626 71 – 690 88 – 856 94 – 934 113 – 1130 120 – 1200

238.4 4.9 46 – 553 53 – 627 63 – 764 67 – 833 80 – 990 88 – 1080

0703 0803 0903 1003 1103 1203Nom. OutputRatio RPM MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq

31.39 37 25.0 – 41.2 37.5 – 60.3 47.5 – 76.5 64.7 – 103 90.0 – 143 113.0 – 180

38.44 30 20.6 – 40.8 31.3 – 61.6 37.5 – 75.1 55.4 – 108 71.8 – 140 87.5 – 170

47.08 25 16.2 – 38.2 25.0 – 60.3 32.9 – 78.4 45.0 – 108 62.5 – 150 75.2 – 180

57.66 20 13.5 – 38.6 21.0 – 60.9 26.3 – 77.8 37.5 – 110 50.0 – 146 60.0 – 176

70.62 16.5 11.3 – 40.0 17.5 – 62.6 22.5 – 80.1 31.3 – 110 40.0 – 145 50.0 – 179

86.50 13.5 9.0 – 39.2 13.5 – 58.6 17.6 – 77.1 25.0 – 109 33.4 – 147 40.9 – 180

105.9 11.0 6.3 – 34.0 11.3 – 61.1 13.2 – 70.3 19.0 – 101 26.3 – 141 31.3 – 168

129.7 9.0 5.3 – 34.2 9.4 – 61.5 10.7 – 70.9 16.0 – 102 21.2 – 137 26.3 – 170

158.9 7.4 4.5 – 35.6 7.5 – 60.7 8.8 – 72.0 13.2 – 105 17.7 – 139 22.5 – 177

194.6 6.0 3.5 – 34.6 5.3 – 52.5 6.3 – 62.9 11.3 – 108 14.2 – 139 17.2 – 171

238.4 4.9 2.6 – 31.0 4.0 – 48.1 5.2 – 63.6 7.9 – 94 10.5 – 124 13.2 – 157

Page 51: Table of Contents - IPCD-Inc. · I2 Parallel Shaft Reducer Design Advantages Phone: ... FOOTE-JONES reducers are designed in accordance with ... the selection of the gear drive.

Spiral Bevel Reducer Ratings I51

I

Web: www.footejones.comE-mail: [email protected]

MAX-POWER™Spiral Bevel Reducers & Parallel Shafts

870 RPM INPUT DOUBLE REDUCTION (@ 1.0 S.F.)

0702 0802 0902 1002 1102 1202Nom. OutputRatio RPM MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq

7.59 115 62.5 – 32.9 90 – 48.1 125 – 66.3 167 – 88.3 228 – 120 282 – 149

9.30 94 45 – 29.3 65.6 – 42.7 90 – 58.5 132 – 84.5 165 – 108 204 – 134

11.39 76 43.8 – 35.1 62.5 – 50.1 81 – 64.6 114 – 90 157 – 124 200 – 158

13.95 62 30 – 29.6 45.3 – 44.2 62.5 – 61.6 90 – 86.4 117 – 115 142 – 140

17.09 51 27.3 – 32.2 37.5 – 45.1 50 – 59 75 – 87.6 107 – 125 138 – 161

20.93 42 20.7 – 30.2 31.3 – 45.9 43.8 – 63.7 62.6 – 88.7 81.7 – 119 100 – 146

25.63 34 15.3 – 27.1 23.3 – 41.5 31.3 – 55.4 46.1 – 81.6 62.5 – 109 75 – 133

31.39 28 13.2 – 28.8 20 – 43.1 26.3 – 57.1 35 – 74.2 52.5 – 114 66 – 144

38.44 23 10.5 – 27.7 16.2 – 42.4 21.3 – 56.3 31.7 – 83.7 41.3 – 109 50 – 132

MHP – Mechanical Horsepower (Thermal HP listed when less than Mechanical HP)THP – Thermal Horsepower (Additional thermal capacity available with fan cooling or heat exchanger)

Tq – Output Torque x 1000 (in. lbs.)

1302 1402 1502 1602 1702 1802Nom. OutputRatio RPM MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq

7.59 115 350 – 183 407 375 218 500 471 270 574 471 309 750 626 393 875 626 459

9.30 94 263 – 170 300 – 199 359 – 237 438 – 289 532 – 344 625 – 404

11.39 76 233 – 190 273 – 229 350 – 286 400 – 326 502 – 402 586 – 468

13.95 62 175 – 176 203 – 205 263 – 257 300 – 293 375 – 371 450 – 443

17.09 51 159 – 191 188 – 224 232 – 281 279 – 338 356 – 420 415 – 489

20.93 42 125 – 185 143 – 213 178 – 263 207 – 305 265 – 385 313 – 454

25.63 34 94 – 169 113 – 205 138 – 245 157 – 280 200 – 353 229 – 405

31.39 28 82 – 178 95 – 207 125 – 272 150 – 325 188 – 409 225 – 489

38.44 23 65 – 173 80 – 213 100 – 262 113 – 297 136 – 359 158 – 418

1902 2002 2102 2252 2402 2502Nom. OutputRatio RPM MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq

7.59 115 1000 751 526 1130 751 596 – – – – – – – – – – – –

9.30 94 800 – 515 875 800 565 1130 645 733 1270 645 826 1500 800 960 1600 800 1010

11.39 76 700 – 553 767 – 607 911 675 720 1000 675 790 1200 800 945 1270 800 997

13.95 62 525 – 503 569 – 546 752 700 729 900 700 879 945 806 910 944 806 896

17.09 51 500 – 584 563 – 658 640 – 754 701 700 830 822 – 969 900 824 1060

20.93 42 375 – 531 403 – 571 500 – 719 529 – 768 625 – 915 675 – 996

25.63 34 264 – 463 300 – 526 400 – 692 456 – 794 500 – 890 500 – 908

31.39 28 250 – 537 263 – 568 321 – 696 375 – 816 438 – 955 452 – 981

38.44 23 188 – 500 200 – 534 237 – 641 263 – 721 313 – 855 335 – 913

Page 52: Table of Contents - IPCD-Inc. · I2 Parallel Shaft Reducer Design Advantages Phone: ... FOOTE-JONES reducers are designed in accordance with ... the selection of the gear drive.

Spiral Bevel Reducer RatingsI52

Phone: (605) 225-0360 Fax: (605) 225-0567

MAX-POWER™Spiral Bevel Reducers & Parallel Shafts

870 RPM INPUT TRIPLE REDUCTION (@ 1.0 S.F.)

1303 1403 1503 1603 1703 1803Nom. OutputRatio RPM MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq

31.39 28 105 – 227 125 – 271 150 – 325 175 – 378 219 – 472 263 – 570

38.44 23 83 – 207 90 – 241 120 – 321 132 – 353 175 – 467 204 – 542

47.08 18 70 – 227 81 – 263 100 – 324 120 – 389 150 – 481 176 – 563

57.66 15 53.6 – 214 62.5 – 249 80 – 315 93.8 – 369 120 – 479 142 – 565

70.62 12.3 45 – 216 50 – 240 62.5 – 300 75 – 360 100 – 475 125 – 591

86.50 10 37.5 – 222 43.8 – 259 54.3 – 316 63.9 – 372 82 – 485 100 – 592

105.9 8.2 30 – 219 35 – 259 40.9 – 297 46.3 – 336 62.5 – 449 75 – 538

129.7 6.7 25 – 222 28.2 – 251 35.2 – 312 41 – 363 54.4 – 480 65.9 – 582

158.9 5.5 20 – 218 23.1 – 252 30 – 318 35 – 371 43.8 – 470 50.3 – 539

194.6 4.5 16.3 – 216 19.1 – 254 23.9 – 316 27.8 – 368 35.2 – 465 41.2 – 549

238.4 3.7 12.5 – 203 15 – 242 18.8 – 301 21 – 334 26.3 – 422 31.3 – 508

MHP – Mechanical Horsepower (Thermal HP listed when less than Mechanical HP)THP – Thermal Horsepower (Additional thermal capacity available with fan cooling or heat exchanger)Tq – Output Torque x 1000 (in. lbs.)

1903 2003 2103 2253 2403 2503Nom. OutputRatio RPM MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq

31.39 28 300 – 648 332 – 713 409 – 883 462 – 999 563 – 1211 613 – 1310

38.44 23 250 – 661 276 – 725 350 – 923 383 – 1015 452 – 1189 500 – 1309

47.08 18 201 – 659 225 – 739 270 – 876 313 – 1000 375 – 1120 410 – 1310

57.66 15 164 – 665 188 – 762 230 – 923 263 – 1040 313 – 1240 350 – 1370

70.62 12.3 140 – 676 157 – 760 188 – 916 201 – 985 250 – 1210 281 – 1350

86.50 10 120 – 714 132 – 782 157 – 935 165 – 991 200 – 1180 219 – 1260

105.9 8.2 94 – 682 106 – 771 125 – 911 136 – 996 175 – 1260 200 – 1440

129.7 6.7 80 – 702 90 – 790 105 – 935 113 – 1020 137 – 1210 157 – 1360

158.9 5.5 63 – 672 75 – 802 90 – 956 96 – 1010 113 – 1210 125 – 1350

194.6 4.5 50 – 649 54 – 698 64 – 847 71 – 950 81 – 1110 90 – 1240

238.4 3.7 35 – 562 38 – 614 46 – 751 52 – 878 60 – 991 65 – 1080

0703 0803 0903 1003 1103 1203Nom. OutputRatio RPM MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq

31.39 28 18.8 – 39 27.7 – 60 35.9 – 77.9 50 – 107 70 – 150 83.3 – 179

38.44 23 15.6 – 41.5 22.9 – 60.6 27.6 – 74.5 43.8 – 114 54.9 – 144 65.9 – 172

47.08 18 12.5 – 39.4 18.9 – 61.2 25 – 79.7 33.4 – 108 45.3 – 148 56.9 – 183

57.66 15 10.2 – 39.1 15.8 – 61.8 20 – 80 27.4 – 109 37.5 – 147 45.3 – 178

70.62 12.3 8.3 – 39.4 13.2 – 63.6 17.5 – 84 23.1 – 110 31.3 – 152 37.5 – 181

86.50 10 6.8 – 39.7 10.2 – 59.7 13.2 – 77.8 18.8 – 112 26.3 – 156 31.3 – 185

105.9 8.2 4.7 – 34.3 8.3 – 60.8 10 – 71.8 14.3 – 102 19 – 137 23.3 – 168

129.7 6.7 4 – 35 6.9 – 60.9 8 – 71.6 12.5 – 107 16 – 139 20 – 174

158.9 5.5 3.3 – 34.7 5.3 – 59.1 6.5 – 72 10 – 107 13.3 – 140 16.3 – 172

194.6 4.5 2.6 – 34.9 4 – 53 4.7 – 63.4 8.1 – 104 10.6 – 140 13.2 – 173

238.4 3.7 2 – 32 3 – 48.4 4 – 65.2 6 – 96.6 7.8 – 125 9.5 – 151

Page 53: Table of Contents - IPCD-Inc. · I2 Parallel Shaft Reducer Design Advantages Phone: ... FOOTE-JONES reducers are designed in accordance with ... the selection of the gear drive.

Spiral Bevel Reducer Ratings I53

I

Web: www.footejones.comE-mail: [email protected]

MAX-POWER™Spiral Bevel Reducers & Parallel Shafts

720 RPM INPUT DOUBLE REDUCTION (@ 1.0 S.F.)

0702 0802 0902 1002 1102 1202Nom. OutputRatio RPM MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq

7.59 95 52.5 – 33.4 75 – 48.5 105 – 67.7 141 – 90.1 200 – 127 238 – 152

9.30 77 37.5 – 29.5 55.2 – 43.4 75 – 58.9 113 – 87.2 140 – 111 175 – 139

11.39 63 35.4 – 34.1 52.5 – 50.9 70 – 67.6 95.3 – 91.1 132 – 126 165 – 158

13.95 51 25 – 29.8 38 – 44.9 52.5 – 62.5 75.2 – 87.2 100 – 119 120 – 143

17.09 42 22.8 – 32.5 31.3 – 45.6 40.9 – 58.3 62.5 – 88.3 90 – 127 120 – 169

20.93 34 17.5 – 30.8 26.3 – 46.5 35.7 – 62.7 52.5 – 89.9 70 – 123 84 – 147

25.63 28 13.2 – 28.3 20 – 43 26.3 – 56.2 40 – 85.5 52.5 – 111 63 – 133

31.39 23 10.7 – 28.2 16.3 – 42.6 21.3 – 56.1 30 – 76.7 43.8 – 115 56 – 146

38.44 19 8.8 – 28 13.5 – 42.8 17.8 – 56.8 26.5 – 84.6 35 – 112 44 – 139

MHP – Mechanical Horsepower (Thermal HP listed when less than Mechanical HP)THP – Thermal Horsepower (Additional thermal capacity available with fan cooling or heat exchanger)

Tq – Output Torque x 1000 (in. lbs.)

1302 1402 1502 1602 1702 1802Nom. OutputRatio RPM MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq

7.59 95 313 – 198 354 – 223 419 – 274 500 – 325 625 – 396 719 – 456

9.30 77 219 – 176 250 – 195 313 – 250 375 – 299 450 – 351 526 – 411

11.39 63 200 – 205 237 – 233 300 – 296 335 – 331 438 – 425 500 – 483

13.95 51 150 – 183 175 – 214 219 – 259 250 – 295 313 – 374 375 – 447

17.09 42 134 – 194 157 – 228 200 – 293 235 – 344 313 – 445 350 – 498

20.93 34 105 – 188 125 – 223 150 – 269 175 – 312 225 – 395 263 – 462

25.63 28 80 – 175 94 – 206 120 – 258 132 – 284 167 – 353 200 – 426

31.39 23 70 – 184 80 – 211 105 – 276 125 – 328 157 – 412 188 – 494

38.44 19 55 – 175 66 – 211 81 – 256 94 – 297 114 – 364 133 – 424

1902 2002 2102 2252 2402 2502Nom. OutputRatio RPM MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq

7.59 95 834 – 531 927 – 591 – – – – – – – – – – – –

9.30 77 675 – 525 710 – 554 923 900 722 1130 900 885 1250 1130 962 1400 1130 1070

11.39 63 600 – 572 675 – 645 800 – 769 875 – 835 1000 – 950 1130 – 1070

13.95 51 450 – 521 500 – 580 636 – 745 753 – 888 800 – 931 800 – 917

17.09 42 409 – 578 454 – 641 539 – 767 613 – 877 700 – 998 755 – 1070

20.93 34 313 – 537 350 – 598 405 – 703 450 – 790 525 – 930 563 – 1000

25.63 28 225 – 476 250 – 529 323 – 680 382 – 804 407 – 876 408 – 896

31.39 23 202 – 525 219 – 571 269 – 706 313 – 824 354 – 930 379 – 994

38.44 19 157 – 505 165 – 533 200 – 658 225 – 746 263 – 867 282 – 927

Page 54: Table of Contents - IPCD-Inc. · I2 Parallel Shaft Reducer Design Advantages Phone: ... FOOTE-JONES reducers are designed in accordance with ... the selection of the gear drive.

Spiral Bevel Reducer RatingsI54

Phone: (605) 225-0360 Fax: (605) 225-0567

MAX-POWER™Spiral Bevel Reducers & Parallel Shafts

720 RPM INPUT TRIPLE REDUCTION (@ 1.0 S.F.)

1303 1403 1503 1603 1703 1803Nom. OutputRatio RPM MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq

31.39 23 90 – 234 105 – 275 125 – 326 143 – 374 188 – 493 219 – 574

38.44 19 70 – 224 75 – 243 100 – 322 107 – 344 142 – 455 175 – 563

47.08 15 60 – 235 70 – 276 83.5 – 327 100 – 392 125 – 485 150 – 582

57.66 12.5 45 – 217 52.5 – 253 65.7 – 312 80 – 380 100 – 483 120 – 580

70.62 10.2 37.5 – 217 41 – 238 52.5 – 304 62.5 – 363 82.9 – 476 105 – 600

86.50 8.3 31.3 – 224 35.5 – 254 45.5 – 320 53.6 – 377 70 – 500 82.4 – 589

105.9 6.8 25 – 221 28.1 – 250 35 – 307 40 – 351 52.5 – 455 62.5 – 542

129.7 5.5 20 – 215 23.5 – 252 30 – 322 35 – 375 45.4 – 484 55.1 – 588

158.9 4.5 16.4 – 217 20 – 265 25 – 320 28.7 – 368 35.8 – 464 43.8 – 568

194.6 3.7 13.5 – 217 16 – 256 20 – 320 23.2 – 370 30 – 479 35 – 564

238.4 3 10.2 – 199 12.5 – 244 15.1 – 292 17.5 – 338 22.5 – 436 25 – 490

MHP – Mechanical Horsepower (Thermal HP listed when less than Mechanical HP)THP – Thermal Horsepower (Additional thermal capacity available with fan cooling or heat exchanger)Tq – Output Torque x 1000 (in. lbs.)

1903 2003 2103 2253 2403 2503Nom. OutputRatio RPM MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq

31.39 23 250 – 651 279 – 724 350 – 912 400 – 1045 458 – 1188 500 – 1291

38.44 19 204 – 651 231 – 735 285 – 910 322 – 1030 380 – 1207 415 – 1312

47.08 15 175 – 695 188 – 745 227 – 888 263 – 1020 313 – 1190 350 – 1350

57.66 12.5 137 – 674 157 – 769 200 – 969 225 – 1080 263 – 1240 284 – 1350

70.62 10.2 120 – 701 131 – 763 157 – 922 175 – 1030 208 – 1220 235 – 1370

86.50 8.3 96 – 690 113 – 807 132 – 942 138 – 996 163 – 1150 178 – 1240

105.9 6.8 76 – 665 90 – 788 105 – 925 113 – 1000 141 – 1240 160 – 1390

129.7 5.5 66 – 697 75 – 796 88 – 953 94 – 1020 120 – 1220 132 – 1380

158.9 4.5 53 – 679 62 – 808 75 – 960 80 – 1020 94 – 1210 105 – 1360

194.6 3.7 41 – 637 45 – 706 54 – 853 60 – 963 70 – 1110 75 – 1220

238.4 3 30 – 583 32 – 618 38 – 756 44 – 884 50 – 1000 54 – 1080

0703 0803 0903 1003 1103 1203Nom. OutputRatio RPM MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq

31.39 23 15.7 – 39.4 23.2 – 60.6 31.3 – 81.9 41 – 106 56.3 – 146 70 – 182

38.44 19 13.2 – 42.4 19.1 – 61.2 23.1 – 75.2 35.5 – 112 46.2 – 146 55.5 – 176

47.08 15 10.2 – 39.1 15.7 – 61.7 20.8 – 80.4 27.9 – 109 38.3 – 149 47.6 – 185

57.66 12.5 8.8 – 40.8 13.2 – 62.2 16.3 – 78.6 23 – 110 31.3 – 148 38 – 181

70.62 10.2 6.9 – 39.6 11.3 – 65.6 14.1 – 81.7 20 – 115 26.3 – 154 31.3 – 183

86.50 8.3 5.6 – 39.9 8.8 – 61.9 11.3 – 80.4 15.6 – 112 21.1 – 151 26.3 – 187

105.9 6.8 4 – 35.1 7 – 61.3 8.2 – 71.5 11.9 – 103 16 – 139 20 – 175

129.7 5.5 3.3 – 34.7 5.8 – 61.3 6.7 – 72 10 – 104 13.3 – 140 16.4 – 172

158.9 4.5 2.7 – 34.9 4.5 – 59.4 5.4 – 72 8.1 – 104 113 – 145 13.6 – 174

194.6 3.7 2.2 – 35.8 3.3 – 53.2 4 – 65 6.7 – 105 8.9 – 141 11.3 – 180

238.4 3 1.6 – 31.2 2.5 – 48.7 3.2 – 64 5 – 97.4 6.5 – 126 7.9 – 152

Page 55: Table of Contents - IPCD-Inc. · I2 Parallel Shaft Reducer Design Advantages Phone: ... FOOTE-JONES reducers are designed in accordance with ... the selection of the gear drive.

Spiral Bevel Reducer Ratings I55

I

Web: www.footejones.comE-mail: [email protected]

MAX-POWER™Spiral Bevel Reducers & Parallel Shafts

580 RPM INPUT DOUBLE REDUCTION (@ 1.0 S.F.)

0702 0802 0902 1002 1102 1202Nom. OutputRatio RPM MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq

7.59 76 43.8 – 34.6 62.5 – 50.1 87.5 – 69.8 120 – 95.3 158 – 125 200 – 158

9.30 62 31.3 – 30.6 45.3 – 44.2 62.5 – 60.9 90 – 86.3 120 – 118 142 – 140

11.39 51 30 – 35.9 43.8 – 52.6 55.4 – 66.4 80 – 95 113 – 134 136 – 161

13.95 42 20.4 – 30.2 31.3 – 45.9 41.9 – 62 62.5 – 90 80.7 – 119 100 – 148

17.09 34 18.8 – 33.3 26.3 – 47.5 33.3 – 59 50 – 87.7 75 – 132 95 – 166

20.93 28 14.1 – 30.9 21.3 – 46.7 30 – 65.6 43.8 – 93.1 55.9 – 122 70 – 153

25.63 23 10.4 – 27.7 15.9 – 42.4 21.2 – 56.3 31.6 – 83.7 41.6 – 109 50 – 133

31.39 18 8.8 – 28.6 13.3 – 43 17.5 – 57 23.8 – 75.6 35 – 114 45 – 147

38.44 15 7.1 – 28.2 11.3 – 44.5 15 – 59.4 22.5 – 89.1 28.3 – 112 35 – 139

MHP – Mechanical Horsepower (Thermal HP listed when less than Mechanical HP)THP – Thermal Horsepower (Additional thermal capacity available with fan cooling or heat exchanger)

Tq – Output Torque x 1000 (in. lbs.)

1302 1402 1502 1602 1702 1802Nom. OutputRatio RPM MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq

7.59 76 250 – 196 300 – 234 350 – 283 402 – 324 525 – 413 613 – 482

9.30 62 176 – 175 203 – 202 251 – 248 313 – 309 375 – 369 450 – 443

11.39 51 165 – 202 200 – 244 238 – 292 276 – 338 350 – 421 408 – 489

13.95 42 125 – 190 141 – 213 176 – 258 202 – 296 263 – 390 313 – 463

17.09 34 113 – 202 125 – 224 159 – 290 200 – 363 250 – 442 287 – 508

20.93 28 88 – 195 100 – 222 125 – 279 142 – 316 188 – 411 219 – 478

25.63 23 64 – 173 80 – 217 95 – 253 113 – 302 136 – 359 158 – 418

31.39 18 56 – 182 65 – 212 84 – 273 100 – 326 132 – 429 150 – 490

38.44 15 45 – 179 54 – 214 66 – 259 76 – 297 94 – 372 113 – 446

1902 2002 2102 2252 2402 2502Nom. OutputRatio RPM MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq

7.59 76 700 – 553 800 – 632 – – – – – – – – – – – –

9.30 62 533 – 515 600 – 581 788 – 767 900 – 879 1050 – 1010 1130 – 1070

11.39 51 500 – 592 536 – 636 638 – 756 701 – 830 822 – 969 900 – 1060

13.95 42 375 – 539 400 – 577 525 – 763 625 – 915 645 – 932 675 – 961

17.09 34 350 – 614 375 – 657 450 – 795 500 – 888 572 – 1010 625 – 1100

20.93 28 263 – 559 279 – 592 333 – 717 375 – 816 438 – 962 455 – 1010

25.63 23 188 – 495 200 – 526 264 – 691 313 – 818 328 – 877 335 – 913

31.39 18 165 – 532 175 – 566 225 – 730 263 – 858 300 – 979 313 – 1020

38.44 15 125 – 497 135 – 541 162 – 660 188 – 773 219 – 895 231 – 942

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Spiral Bevel Reducer RatingsI56

Phone: (605) 225-0360 Fax: (605) 225-0567

MAX-POWER™Spiral Bevel Reducers & Parallel Shafts

580 RPM INPUT TRIPLE REDUCTION (@ 1.0 S.F.)

1303 1403 1503 1603 1703 1803Nom. OutputRatio RPM MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq

31.39 18 71.4 – 231 83.7 – 272 105 – 342 120 – 389 150 – 486 175 – 569

38.44 15 56.6 – 225 62.5 – 251 81.1 – 325 90 – 361 120 – 479 141 – 565

47.08 12.3 47.7 – 232 55.4 – 270 70 – 340 80 – 389 105 – 506 125 – 601

57.66 10 37.5 – 225 41.9 – 251 53.6 – 316 62.9 – 371 80.9 – 485 100 – 598

70.62 8.2 30 – 216 33.3 – 240 43.8 – 316 50 – 360 70 – 499 82.7 – 589

86.50 6.7 26.3 – 233 30 – 267 37.5 – 327 45 – 392 55.9 – 496 67 – 595

105.9 5.5 20 – 219 22.8 – 252 27.8 – 303 31.6 – 345 41.7 – 449 50.1 – 539

129.7 4.5 16.3 – 217 19.1 – 254 23.8 – 316 27.7 – 368 37.5 – 496 45 – 595

158.9 3.7 13.4 – 219 15.6 – 256 20 – 318 23.3 – 370 30 – 482 35 – 562

194.6 3 11.3 – 226 13.2 – 263 16.1 – 320 18.8 – 373 23.8 – 471 27.8 – 556

238.4 2.4 8.2 – 199 10 – 243 12.5 – 300 14.1 – 338 17.5 – 422 20..3 – 493

MHP – Mechanical Horsepower (Thermal HP listed when less than Mechanical HP)THP – Thermal Horsepower (Additional thermal capacity available with fan cooling or heat exchanger)Tq – Output Torque x 1000 (in. lbs.)

1903 2003 2103 2253 2403 2503Nom. OutputRatio RPM MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq

31.39 18 203 – 656 229 – 736 281 – 911 318 – 1031 375 – 1208 410 – 1313

38.44 15 167 – 662 189 – 746 233 – 923 263 – 1045 313 – 1237 350 – 1374

47.08 12.3 137 – 676 157 – 775 188 – 927 201 – 985 250 – 1210 281 – 1350

57.66 10 113 – 690 125 – 764 157 – 945 188 – 1120 219 – 1300 232 – 1370

70.62 8.2 95.4 – 690 106 – 771 125 – 911 136 – 996 175 – 1260 200 – 1440

86.50 6.7 80 – 716 90 – 799 105 – 945 113 – 1020 132 – 1160 150 – 1300

105.9 5.5 62.5 – 682 75 – 815 87.5 – 960 93.8 – 1030 114 – 1250 132 – 1430

129.7 4.5 53.4 – 703 62.5 – 824 70 – 934 75 – 1010 93.8 – 1240 106 – 1370

158.9 3.7 43.8 – 703 50 – 802 60 – 952 64.2 – 1010 75.8 – 1210 82.9 – 1340

194.6 3 32.9 – 641 37.5 – 730 45 – 888 50 – 997 55.7 – 1120 62.5 – 1270

238.4 2.4 23.5 – 566 26.3 – 634 31.4 – 761 35.1 – 854 40.7 – 1000 45 – 1120

0703 0803 0903 1003 1103 1203Nom. OutputRatio RPM MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq

31.39 18 13.2 – 41.2 18.9 – 61.2 25 – 81.2 33.5 – 108 45.9 – 148 56.9 – 183

38.44 15 10.6 – 42.2 15.5 – 61.8 18.8 – 76 30 – 118 38.1 – 150 45.5 – 179

47.08 12.3 8.3 – 39.4 13.2 – 64.1 17.5 – 84 22.7 – 110 31.3 – 151 40 – 193

57.66 10 6.9 – 39.7 10.7 – 62.7 13.3 – 79.4 18.8 – 112 26.3 – 155 31.3 – 185

70.62 8.2 5.6 – 39.9 8.7 – 63.1 11.5 – 82.3 15.6 – 112 20.4 – 149 26.3 – 190

86.50 6.7 4.5 – 40.1 6.9 – 60.9 8.9 – 78.7 13.2 – 116 17.5 – 156 21.3 – 189

105.9 5.5 3.2 – 34.7 5.6 – 61.7 6.7 – 72 9.6 – 104 13.2 – 143 15.9 – 173

129.7 4.5 2.7 – 34.9 4.7 – 62.1 5.4 – 72.4 8.1 – 104 11.3 – 148 13.3 – 173

158.9 3.7 2.2 – 36 3.7 – 62 4.5 – 74.5 6.6 – 105 9.4 – 149 11.3 – 179

194.6 3 1.8 – 35.2 2.7 – 53.4 3.2 – 64 5.4 – 105 7.2 – 141 8.8 – 173

238.4 2.4 1.3 – 31.3 2 – 48.3 2.6 – 64.3 4 – 96.5 5.3 – 126 6.4 – 153

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Spiral Bevel Reducer Ratings I57

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Web: www.footejones.comE-mail: [email protected]

MAX-POWER™Spiral Bevel Reducers & Parallel Shafts

100 RPM INPUT DOUBLE REDUCTION (@ 1.0 S.F.)

0702 0802 0902 1002 1102 1202Nom. OutputRatio RPM MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq

7.59 13 8.1 – 37.2 11.7 – 54.4 16.5 – 76.4 22.5 – 103 31.3 – 143 40 – 183

9.30 11 5.7 – 32.2 8.8 – 49.6 11.8 – 66.6 17.5 – 97.4 22.7 – 127 27.4 – 154

11.39 8.8 5.4 – 37.7 7.8 – 54.4 10.3 – 71.3 15 – 103 20.5 – 141 26.3 – 181

13.95 7.2 3.8 – 32.6 6 – 50.9 7.9 – 67.5 11.6 – 97.1 15.2 – 130 18.8 – 162

17.09 5.9 3.4 – 35.9 4.6 – 48.2 6.3 – 64.2 9.4 – 95.5 13.5 – 137 17.5 – 178

20.93 4.8 2.6 – 33.3 4 – 51 5.4 – 68.3 8 – 98.4 10.4 – 132 13.2 – 167

25.63 3.9 1.9 – 29.3 3 – 46.6 4 – 61.5 6 – 92.3 7.8 – 118 9.4 – 144

31.39 3.2 1.6 – 29.7 2.5 – 47 3.2 – 59.6 4.5 – 82.8 6.4 – 120 8.3 – 156

38.44 2.6 1.3 – 29.6 2 – 45.6 2.6 – 60.7 4 – 91.7 5.3 – 120 6.3 – 144

MHP – Mechanical Horsepower (Thermal HP listed when less than Mechanical HP)THP – Thermal Horsepower (Additional thermal capacity available with fan cooling or heat exchanger)

Tq – Output Torque x 1000 (in. lbs.)

1302 1402 1502 1602 1702 1802Nom. OutputRatio RPM MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq

7.59 13 50 – 227 60 – 272 70 – 329 80 – 374 105 – 479 120 – 548

9.30 11 35 – 196 40 – 220 50 – 287 60 – 344 75 – 428 87.5 – 492

11.39 8.8 31.9 – 226 37.7 – 267 46.3 – 329 53.6 – 381 70 – 488 80 – 555

13.95 7.2 22.9 – 201 26.9 – 236 33.2 – 283 37.7 – 321 50 – 430 60 – 515

17.09 5.9 20.3 – 212 23 – 236 31.3 – 331 37.5 – 394 47.1 – 483 55 – 564

20.93 4.8 15.8 – 204 18.8 – 242 23 – 297 27 – 346 35 – 443 40.9 – 517

25.63 3.9 11.9 – 187 15 – 236 17.8 – 275 20.3 – 315 26.3 – 404 30 – 461

31.39 3.2 10.2 – 194 11.9 – 226 15.5 – 293 18.8 – 355 23.5 – 444 27.7 – 524

38.44 2.6 8.2 – 189 10 – 231 12.5 – 285 14 – 319 17.5 – 402 20.2 – 464

1902 2002 2102 2252 2402 2502Nom. OutputRatio RPM MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq

7.59 13 139 – 636 157 – 719 – – – – – – – – – – – –

9.30 11 105 – 587 113 – 636 150 – 849 179 – 1010 202 – 1120 219 – 1210

11.39 8.8 94.4 – 649 105 – 725 132 – 905 139 – 953 163 – 1110 178 – 1210

13.95 7.2 70.3 – 586 80 – 668 105 – 875 120 – 1000 125 – 1040 125 – 1030

17.09 5.9 63.8 – 648 70.1 – 712 87.5 – 897 94.3 – 971 113 – 1160 125 – 1280

20.93 4.8 50 – 616 53.3 – 657 63.8 – 797 70.4 – 890 81.5 – 1040 90 – 1160

25.63 3.9 35 – 534 37.9 – 578 50 – 760 60 – 909 63.2 – 977 64.2 – 1010

31.39 3.2 31.3 – 585 32.5 – 610 41.3 – 780 47.7 – 903 54.6 – 1030 60 – 1130

38.44 2.6 23 – 533 26.3 – 611 31.3 – 737 35 – 832 40 – 950 45 – 1060

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Spiral Bevel Reducer RatingsI58

Phone: (605) 225-0360 Fax: (605) 225-0567

MAX-POWER™Spiral Bevel Reducers & Parallel Shafts

100 RPM INPUT TRIPLE REDUCTION (@ 1.0 S.F.)

1303 1403 1503 1603 1703 1803Nom. OutputRatio RPM MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq

31.39 3.2 11.3 – 256 15.5 – 292 19 – 360 22.5 – 428 27.6 – 522 32.4 – 610

38.44 2.6 10.6 – 231 11.3 – 263 15.1 – 352 16.1 – 374 22.5 – 521 26.5 – 614

47.08 2.1 8.8 – 248 10.3 – 290 13.2 – 371 15 – 422 18.8 – 526 22.5 – 628

57.66 1.7 6.91 – 240 7.88 – 273 10.1 – 345 11.9 – 407 15 – 521 17.9 – 620

70.62 1.4 5.44 – 227 6.25 – 260 7.76 – 324 9.38 – 392 12.5 – 515 15.1 – 623

86.50 1.16 4.7 – 242 5.38 – 277 6.91 – 350 8.14 – 412 10.2 – 526 12.5 – 640

105.9 .95 3.57 – 227 4.09 – 263 5.25 – 332 6 – 379 7.73 – 483 9.38 – 586

129.7 .77 2.92 – 226 3.5 – 270 4.25 – 328 5 – 385 6.69 – 514 8.2 – 630

158.9 .63 2.4 – 228 2.78 – 264 3.56 – 329 4.16 – 384 5.29 – 493 6.31 – 588

194.6 .51 1.95 – 225 2.29 – 265 2.87 – 330 3.34 – 385 4.25 – 488 5 – 579

238.4 .41 1.43 – 202 1.75 – 247 2.25 – 312 2.51 – 349 3.11 – 435 3.75 – 529

MHP – Mechanical Horsepower (Thermal HP listed when less than Mechanical HP)THP – Thermal Horsepower (Additional thermal capacity available with fan cooling or heat exchanger)Tq – Output Torque x 1000 (in. lbs.)

1903 2003 2103 2253 2403 2503Nom. OutputRatio RPM MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq

31.39 3.2 38 – 713 43.8 – 818 52.9 – 993 60 – 1129 70.7 – 1322 80 – 1487

38.44 2.6 31.1 – 717 35.2 – 806 45 – 1033 50 – 1152 60 – 1374 63.6 – 1449

47.08 2.1 26.3 – 750 28.4 – 810 33.2 – 943 37.5 – 1060 45.5 – 1280 52.5 – 1460

57.66 1.7 20.6 – 728 23.1 – 814 30 – 1010 33.1 – 1140 40 – 1380 43.8 – 1500

70.62 1.4 17.5 – 735 20 – 839 22.5 – 953 25 – 1070 31.3 – 1320 35.2 – 1470

86.50 1.16 14.1 – 734 16 – 821 18.8 – 954 20 – 1040 25 – 1280 26.9 – 1350

105.9 .95 11.3 – 714 13.2 – 830 15.1 – 956 16.2 – 1030 20.6 – 1300 23.7 – 1490

129.7 .77 9.7 – 739 11.3 – 865 12.5 – 957 13.2 – 1030 17.5 – 1350 20 – 1540

158.9 .63 7.7 – 720 8.9 – 830 10.4 – 964 11.3 – 1030 13.5 – 1260 15 – 1410

194.6 .51 6 – 677 6.5 – 734 7.9 – 893 8.9 – 998 10.1 – 1160 11.3 – 1300

238.4 .41 4.2 – 585 4.6 – 643 5.6 – 788 6.3 – 885 7.5 – 1070 7.8 – 1130

0703 0803 0903 1003 1103 1203Nom. OutputRatio RPM MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq MHp THp Tq

31.39 3.2 2.5 – 45.1 3.5 – 65.9 4.5 – 84.8 6.25 – 117 8.75 – 164 10.5 – 192

38.44 2.6 1.91 – 44.2 2.82 – 64.9 3.5 – 82 5.25 – 122 7.03 – 161 8.75 – 199

47.08 2.1 1.5 – 41.4 2.31 – 65.1 3.05 – 85.1 4.12 – 116 5.67 – 159 7.06 – 198

57.66 1.7 1.25 – 41.9 2 – 68 2.5 – 86.8 3.5 – 120 4.69 – 160 6 – 207

70.62 1.4 1 – 41.5 1.57 – 65.5 2.06 – 85.7 2.81 – 116 3.75 – 159 4.6 – 193

86.50 1.16 .81 – 41.4 1.26 – 64.1 1.58 – 81.2 2.27 – 117 3.12 – 161 4 – 206

105.9 .95 .57 – 35.8 1.02 – 64.5 1.19 – 74.4 1.75 – 109 2.34 – 147 3 – 190

129.7 .77 .47 – 35.8 .84 – 64.4 1 – 77.5 1.5 – 112 2 – 151 2.5 – 189

158.9 .63 .39 – 35.9 .65 – 61.2 .78 – 74.8 1.17 – 108 1.62 – 149 2.02 – 186

194.6 .51 .32 – 36 .48 – 54.7 .56 – 65.6 1 – 112 1.27 – 145 1.56 – 178

238.4 .41 .23 – 31.9 .35 – 49.3 .46 – 65.7 .7 – 98.4 .93 – 129 1.12 – 155

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Spiral Bevel Reducer Table Of Actual Ratios I59

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Web: www.footejones.comE-mail: [email protected]

MAX-POWER™Spiral Bevel Reducers & Parallel Shafts

Nominal 1102 1302 1502 1702 1902Ratio 0702 0802 0902 1002 1202 1402 1602 1802 20027.59 7.500 7.595 7.500 7.493 7.493 7.425 7.692 7.457 7.4939.30 9.273 9.246 9.249 9.087 9.326 9.180 9.391 9.196 9.16711.39 11.344 11.393 11.344 11.239 11.239 11.602 11.623 11.404 11.23913.95 14.025 13.870 13.989 13.630 13.989 14.344 14.190 14.064 13.63017.09 16.795 12.209 16.795 16.640 16.640 17.050 17.262 16.775 16.62020.93 20.764 20.950 20.711 20.180 20.711 21.080 21.075 20.687 20.15725.63 25.204 25.490 25.169 25.169 25.137 25.699 25.422 25.094 24.95531.39 30.992 30.681 30.946 30.120 30.913 31.025 30.913 30.946 30.56538.44 37.619 37.330 37.606 37.566 37.518 37.822 37.290 37.606 37.841

For actual ratios over 20” C.D., consult factory.

DOUBLE REDUCTION

Nominal 1103 1303 1503 1703 1903Ratio 0703 0803 0903 1003 1203 1403 1603 1803 200331.39 30.049 31.133 31.034 30.652 31.041 30.938 31.220 30.908 30.34638.44 38.443 37.684 38.334 37.813 37.790 38.250 38.115 38.470 37.51847.08 45.748 46.411 46.264 46.361 46.562 46.793 46.830 46.361 47.41557.66 55.658 56.362 57.333 57.320 56.684 57.705 56.793 57.705 58.62270.62 68.723 69.413 69.194 68.639 70.332 69.278 69.332 68.639 69.68386.50 84.928 84.459 85.217 84.863 85.621 85.434 84.084 85.434 86.153105.90 105.002 104.729 103.689 102.919 104.175 105.627 104.870 103.689 105.029129.70 126.398 127.430 128.744 124.247 125.393 128.361 128.033 127.516 126.798158.90 153.776 157.120 158.557 153.614 152.564 157.823 153.221 154.763 154.579194.60 189.873 191.276 192.683 186.460 189.894 191.791 191.099 190.854 187.468238.40 230.471 232.724 234.448 232.554 230.469 233.812 230.531 231.932 232.092

TRIPLE REDUCTION

Spiral Bevel Reducer WK2 Values

DOUBLE REDUCTIONUnit Size

Nominal 1102 1302 1502 1702 1902 2102 2402Ratio 0702 0802 0902 1002 1202 1402 1602 1802 2002 2252 25027.59 0.40 .095 1.50 2.40 6.20 12.50 22.00 50.00 74.50 – –9.30 0.30 0.65 1.10 1.70 4.50 9.05 16.00 36.00 54.00 97.50 168.0011.39 0.20 0.50 0.80 1.55 3.20 6.55 11.50 26.00 49.50 70.50 126.0013.95 0.02 0.35 0.60 1.20 2.50 4.75 8.05 19.00 36.50 67.00 94.5017.09 0.15 0.35 0.45 0.90 1.90 4.35 7.20 14.00 27.00 50.00 70.5020.93 0.10 0.25 0.40 0.65 1.75 3.30 5.55 13.00 19.50 36.50 65.5025.63 0.10 0.20 0.30 0.65 1.30 2.40 4.15 9.70 18.50 27.00 49.0031.39 0.10 0.20 0.25 0.45 1.00 1.70 3.10 7.15 13.50 26.00 47.0038.44 0.10 0.20 0.25 0.45 0.95 1.70 3.10 6.80 13.00 25.00 45.50

TRIPLE REDUCTIONUnit Size

Nominal 1103 1303 1503 1703 1903 2103 2403Ratio 0703 0803 0903 1003 1203 1403 1603 1803 2003 2253 250331.39 0.09 0.15 0.35 0.45 1.20 1.93 3.30 6.70 11.50 20.50 34.5038.44 0.07 0.10 0.25 0.35 0.85 1.40 2.30 4.90 8.10 14.40 24.5047.08 0.06 0.10 0.20 0.35 0.60 1.25 2.00 4.20 7.85 13.50 22.5057.66 0.05 0.07 0.20 0.25 0.45 0.90 1.45 2.90 5.55 9.75 15.5070.62 0.04 0.07 0.19 0.20 0.45 0.70 1.10 2.15 4.25 7.25 11.5086.50 0.04 0.06 0.15 0.20 0.35 0.55 0.85 1.95 3.85 5.25 10.50105.90 0.04 0.05 0.10 0.14 0.20 0.55 0.75 1.50 3.00 4.75 7.45129.70 0.03 0.05 0.10 0.14 0.20 0.40 0.55 1.15 2.20 3.70 7.00158.90 0.03 0.05 0.10 0.13 0.19 0.40 0.55 1.10 2.10 3.60 6.90194.60 0.02 0.05 0.10 0.13 0.19 0.35 0.55 1.10 2.10 3.55 6.85238.40 0.02 0.05 0.08 0.13 0.19 0.35 0.55 1.10 2.05 3.50 6.80

EQUIVALENT MASS MOMENT OF INERTIA APPROXIMATE WK2 REFERRED TO INPUT SHAFT LB. FT.2

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Spiral Bevel Reducer Overhung Load CapacityI60

Phone: (605) 225-0360 Fax: (605) 225-0567

MAX-POWER™Spiral Bevel Reducers & Parallel Shafts

OUTPUT SHAFT

OutputRPM 0700 0800 0900 1000 1100➀

230 5100 7700 11400 11500 –188 5600 8400 12200 12500 1500154 6100 9000 12600 13500 2760125 6800 9400 12800 14400 4960102 6800 9400 12800 15300 614084 6800 9400 12800 15300 676068 6800 9400 12800 15300 737056 6800 9400 12800 15300 8020

45 & Lower 6800 9400 12800 15300 9370

OutputRPM 1200 1300➀ 1400 1500➀ 1600230 13000 720 16600 500 20600188 14000 1450 17900 500 22100154 15000 2750 19400 2100 23900125 16400 4850 21000 4600 25900102 18000 6030 22500 5900 2770084 20600 7080 24200 7600 2970068 20600 7790 29700 9300 3520056 20600 9650 29700 11700 35200

45 & Lower 20600 10400 29700 13900 35200

CONSULT

FACTORY

OutputRPM 1700➀ 1800 1900➀ 2000 Above 20”230 10300 25100 21000 42900188 12300 27000 22900 45500154 13700 29000 24600 45500125 15000 31000 26500 45500102 16800 34000 28600 4550084 18300 37000 31400 4550068 19900 39200 34400 4550056 21500 39200 36900 45500

45 & Lower 24100 39200 41000 45500

◆ Capacities are in pounds and are for radial loadsonly. Load location at one shaft diameter distancefrom shaft seal. If combination radial and thrustloads are applied, please consult factory.

➀ Style 1 units

Sizes 2100 thru 4100, consult factory with required L10Lifes.

Overhung Load Capacity at Nominal Output RPM◆

Spiral Bevel Reducer Thrust CapacityDOUBLE & TRIPLE REDUCTIONSStyles 1 & 4 Low Speed Shafts

Output RPMReducer 7.5 &

Size 230 155 100 68 45 30 20 13.5 Lower

0702-0703 4500 5400 6650 7950 8800 10500 12500 15000 18500

0802-0803 7150 8500 10000 12000 14000 16000 19000 22000 27000

0902-0903 8800 1000 12000 14000 15000 18000 22000 26000 31000

1002-1003 9000 11000 13000 15000 16000 19000 23000 27000 31000

1102-1103 10000 12500 15000 19000 20000 24000 28000 31000 310001202-1203

1302-1303 11000 13500 17000 20000 22000 27000 32500 37000 480001402-14031502-1503 11500 14000 17500 21000 24000 28000 32000 40500 520001602-1603

1702-1703 14000 17000 21500 26000 29000 35000 43000 50000 650001802-1803

1902-1903 15000 19000 24000 29000 32000 40500 49000 56000 740002002-2003

2102-2103 19000 23000 28500 36000 42000 46000 55000 60500 800002252-2253

2402-2403 20000 24000 30000 34500 43000 47500 56000 65000 850002502-2503

Note: Thrust capacities are listed in pounds and apply along axis of low speed shaft.

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Input Shaft at 1750 RPM◆

Spiral Bevel Reducer Overhung Load Capacity I61

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DOUBLE REDUCTIONInput Shaft at 1750 RPM◆

Nominal 1102 1302 1502 1702 1902Ratio 0702 0802 0902 1002 1202 1402 1602 1802 2002

7.59 ❉ 650 550 ❉ 780 2430 ❉ ❉ 3500

9.30 1100 1550 2050 1840 1970 3340 3010 3280 ❉

11.39 ❉ 580 ❉ ❉ 810 2640 1000 1370 2730

13.95 1100 1550 1650 2600 2020 3370 3000 3150 6900

17.09 1100 1180 910 760 860 2510 ❉ 1380 2200

20.93 1100 1550 1620 1790 1920 3330 3190 3060 6900

25.63 1100 1550 2060 2600 3200 4280 2750 5310 6900

31.39 1100 1550 2060 2600 2040 3440 3120 2930 6900

38.44 1100 1550 2060 2600 3180 4210 4330 5230 6900

◆ Capacities are in pounds and are for radial loads only. Load location at one shaft diameter distance from shaft seal.If combination radial and thrust loads are applied, please consult factory.

❉ Consult factory for more information.

Nominal 1103 1303 1503 1703 1903Ratio 0703 0803 0903 1003 1203 1403 1603 1803 2003

31.39 400 620 400 800 650 550 180 200 2700

38.44 250 620 350 320 1550 2050 1600 1970 3500

47.08 490 620 400 1080 880 400 500 560 2800

57.66 540 620 120 1100 1550 1650 1710 1960 3670

70.62 540 620 480 1090 1180 900 710 620 2840

86.50 540 620 620 1100 1550 1640 1640 1950 3690

105.90 540 620 620 1100 1550 2060 2600 3200 4380

129.70 540 620 620 1100 1550 2060 2600 2040 3700

158.90 540 620 620 1100 1550 2060 2600 3180 4380

194.60 540 620 620 1100 1550 2060 2600 3400 5000

238.40 540 620 620 1100 1550 2060 2600 3400 5000

TRIPLE REDUCTION

MAX-POWER™Spiral Bevel Reducers & Parallel Shafts

DOUBLE REDUCTIONInput Shaft at 1170 RPM◆

Nominal 1102 1302 1502 1702 1902Ratio 0702 0802 0902 1002 1202 1402 1602 1802 2002

7.59 700 1180 1020 ❉ ❉ 2750 1840 ❉ 5720

9.30 1100 1550 2060 2520 2580 4070 3720 4380 ❉

11.39 720 1160 710 910 ❉ 2970 2180 1260 5130

13.95 1100 1550 2060 2550 2650 4160 1110 4180 6900

17.09 990 1550 1540 1550 810 2920 2170 1660 4940

20.93 1100 1550 2060 2520 2620 4140 4020 4170 6900

25.63 1100 1550 2060 2600 3400 5000 3560 6520 6900

31.39 1100 1550 2060 2600 2770 4340 3980 4080 6900

38.44 1100 1550 2060 2600 3400 5000 5270 6490 6900

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MAX-POWER™Spiral Bevel Reducers & Parallel Shafts

Input Shaft at 1170 RPM◆

◆ Capacities are in pounds and are for radial loads only. Load location at one shaft diameter distance from shaft seal.If combination radial and thrust loads are applied, please consult factory.

❉ Consult factory for more information.

Nominal 1103 1303 1503 1703 1903Ratio 0703 0803 0903 1003 1203 1403 1603 1803 2003

31.39 540 620 620 1100 1200 1000 720 810 3410

38.44 540 620 620 720 1550 2060 2550 2580 4400

47.08 540 620 620 1100 1500 1050 1470 1420 3620

57.66 540 620 620 1100 1500 2060 2400 2650 4540

70.62 540 620 620 1100 1500 1530 1470 1440 3700

86.50 540 620 620 1100 1500 2060 2390 2620 4560

105.90 540 620 620 1100 1500 2060 2600 3400 5290

129.70 540 620 620 1100 1500 2060 2600 2790 5290

158.90 540 620 620 1100 1500 2060 2600 3400 5290

194.60 540 620 620 1100 1500 2060 2600 3400 5290

238.40 540 620 620 1100 1500 2060 2600 3400 5290

TRIPLE REDUCTION

DOUBLE REDUCTIONInput Shaft at 870 RPM◆

Nominal 1102 1302 1502 1702 1902Ratio 0702 0802 0902 1002 1202 1402 1602 1802 2002

7.59 1020 1550 1440 1280 2080 3100 2400 ❉ 6900

9.30 1100 1550 2060 2600 3100 4800 4360 5230 4000

11.39 1070 1550 1230 1480 1260 3340 2790 2030 6900

13.95 1100 1550 2060 2600 3200 4810 2440 5080 6900

17.09 1100 1550 2060 2600 1210 3600 2830 2030 6900

20.93 1100 1550 2060 2600 3180 4850 4730 5090 6900

25.60 1100 1550 2060 2600 3400 5000 4290 7560 6900

31.39 1100 1550 2060 2600 3370 5000 4700 5060 6900

38.44 1100 1550 2060 2600 3400 5000 5500 7570 6900

Nominal 1103 1303 1503 1703 1903Ratio 0703 0803 0903 1003 1203 1403 1603 1803 2003

31.39 540 620 620 1100 1550 1440 1200 2100 4100

38.44 540 620 620 1070 1550 2060 2600 3100 5000

47.08 540 620 620 1100 1550 1230 1410 1980 4320

57.66 540 620 620 1100 1550 2060 2600 3200 5000

70.62 540 620 620 1100 1550 2060 2130 2030 4420

86.50 540 620 620 1100 1550 2060 2600 3230 5000

105.90 540 620 620 1100 1550 2060 2600 3400 5000

129.70 540 620 620 1100 1550 2060 2600 3400 5000

158.90 540 620 620 1100 1550 2060 2600 3400 5000

194.60 540 620 620 1100 1550 2060 2600 3400 5000

238.40 540 620 620 1100 1550 2060 2600 3400 5000

TRIPLE REDUCTION

Input Shaft at 870 RPM◆

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Spiral Bevel Reducer Overhung Load Capacity I63

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MAX-POWER™Spiral Bevel Reducers & Parallel Shafts

DOUBLE REDUCTIONInput Shaft at 580 RPM◆

Nominal 1102 1302 1502 1702 1902Ratio 0702 0802 0902 1002 1202 1402 1602 1802 2002

7.59 1100 1550 2060 2150 1890 3630 3320 ❉ 6900

9.30 1100 1550 2060 2600 3400 5000 5390 6630 6900

11.39 1100 1550 2060 2510 2050 3960 3790 3340 6900

13.95 1100 1550 2060 2600 3400 5000 3520 6570 6900

17.09 1100 1550 2060 2600 2090 4680 3870 3430 6900

20.93 1100 1550 2060 2600 3400 5000 5500 6640 6900

25.60 1100 1550 2060 2600 3400 5000 5420 7800 6900

31.39 1100 1550 2060 2600 3400 5000 5500 6670 6900

38.44 1100 1550 2060 2600 3400 5000 5500 7800 6900

◆ Capacities are in pounds and are for radial loads only. Load location at one shaft diameter distance from shaft seal.If combination radial and thrust loads are applied, please consult factory.

❉ Consult factory for more information.

Nominal 1103 1303 1503 1703 1903Ratio 0703 0803 0903 1003 1203 1403 1603 1803 2003

31.39 540 620 620 1100 1550 2060 2150 2000 4500

38.44 540 620 620 1100 1550 2060 2600 3400 5000

47.08 540 620 620 1100 1550 2060 2400 2910 5000

57.66 540 620 620 1100 1550 2060 2600 3400 5000

70.62 540 620 620 1100 1550 2060 2600 3000 5000

86.50 540 620 620 1100 1550 2060 2600 3400 5000

105.90 540 620 620 1100 1550 2060 2600 3400 5000

129.70 540 620 620 1100 1550 2060 2600 3400 5000

158.90 540 620 620 1100 1550 2060 2600 3400 5000

194.60 540 620 620 1100 1550 2060 2600 3400 5000

238.40 540 620 620 1100 1550 2060 2600 3400 5000

TRIPLE REDUCTIONInput Shaft at 580 RPM◆

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MAX-POWER™Spiral Bevel Reducers & Parallel Shafts

DOUBLE & TRIPLE REDUCTION (BHE)

For Reference Only. Use certified prints for construction purposes. All dimensions given are in inches.

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MAX-POWER™Spiral Bevel Reducers & Parallel Shafts

DOUBLE & TRIPLE REDUCTION (BHE)

For Reference Only. Use certified prints for construction purposes. All dimensions given are in inches.

➀ Shaft diameters of 2 inches and under are held to limits of +.000” -.0005”Shaft diameters of over 2 inches are held to limits of +.000” -.001”

Reducer SizeDouble Triple AB AD AE A B C D E F G H J K

0702 0703 8.88 16.00 8.25 20.50 1.25 8.75 4.50 4.75 3.75 4.38 4.88 1.38 13.25

0802 0803 9.88 18.44 9.50 23.00 1.50 10.38 4.62 5.00 4.25 5.25 5.00 1.50 15.00

0902 0903 10.88 20.31 10.50 25.00 1.50 11.00 5.25 5.75 5.00 5.00 5.00 1.62 16.00

1002 1003 12.00 22.31 11.50 29.00 1.50 13.00 6.38 6.62 5.50 6.25 6.25 1.75 18.00

1102 1103 14.12 26.56 13.75 33.25 1.62 15.00 7.12 7.88 5.75 8.00 8.00 2.00 20.001202 1203

1302 1303 16.50 30.88 15.75 38.00 2.00 17.00 8.00 9.00 6.75 9.25 8.50 2.25 22.001402 1403

1502 1503 18.62 35.38 18.00 43.50 2.25 19.50 8.75 10.75 8.00 9.50 10.00 2.50 25.001602 1603

1702 1703 20.62 38.88 20.00 50.25 2.25 23.50 10.00 12.25 9.00 12.25 11.00 2.75 28.501802 1803

1902 1903 23.25 43.88 23.00 56.75 2.50 26.25 11.50 14.00 10.00 14.00 13.25 2.75 32.252002 2003

DOUBLE & TRIPLE REDUCTION Reducer Size Low Speed Shaft

Double Triple L M N O P Q➀ Keyseat R S T U V

0702 0703 5.38 1.25 6.50 8.62 1.00 3.00 .75 x .38 4.62 5.19 12.12 6.88 6.75

0802 0803 6.25 1.25 7.75 9.88 1.12 3.50 1.00 x .50 5.50 6.06 13.75 7.81 7.56

0902 0903 6.75 1.25 8.00 10.38 1.12 4.00 1.00 x .50 6.25 6.75 15.00 8.31 8.12

1002 1003 7.50 1.50 9.50 11.38 1.25 4.50 1.25 x .62 7.25 7.88 17.00 9.19 9.12

1102 1103 8.38 1.62 10.00 12.38 1.25 5.00 1.25 x .62 8.25 8.69 18.81 10.06 10.001202 1203

1302 1303 9.25 1.75 12.00 13.56 1.50 6.00 1.25 x .62 9.25 10.12 21.38 11.44 11.251402 1403

1502 1503 10.50 2.00 13.50 15.06 1.75 6.50 1.50 x .75 10.50 11.00 23.62 12.69 12.501602 1603

1702 1703 12.38 1.88 16.50 16.81 1.75 7.25 1.75 x .62 11.88 12.38 27.25 15.94 14.311802 1803

1902 1903 13.50 2.62 21.25 18.31 2.00 7.75 2.00 x .75 12.75 13.25 29.38 16.19 15.622002 2003

Reducer Double Reduction Triple Reduction Approx. Wt/LbsSize High Speed Shaft High Speed Shaft Double Triple

Double Triple AA W X Y Z➀ Keyseat AA W X Y Z➀ Keyseat Red. (02) Red. (03)

0702 0703 28.38 23.50 4.00 3.50 1.50 .38 x .19 30.06 24.75 3.56 3.06 1.12 .25 x .12 650 670

0802 0803 32.75 27.62 4.75 4.25 1.75 .38 x .19 34.50 28.62 4.00 3.88 1.25 .25 x .12 880 920

0902 0903 35.31 29.90 5.50 5.00 2.00 .50 x .25 36.50 29.62 4.00 3.88 1.25 .25 x .12 1090 1200

1002 1003 39.38 33.38 6.00 5.50 2.25 .50 x .25 41.50 33.50 4.00 3.50 1.50 .38 x .19 1375 1520

1102 1103 46.25 38.88 6.75 6.25 2.50 .62 x .31 49.00 39.62 4.75 4.25 1.75 .38 x .19 2120 22501202 1203

1302 1303 54.31 45.31 7.50 7.25 3.00 .75 x .38 54.94 43.94 5.50 5.00 2.00 .50 x .25 3030 33001402 1403

1502 1503 60.50 49.75 7.88 7.31 3.00 .75 x .38 62.00 49.38 6.00 5.50 2.25 .50 x .25 4230 45101602 1603

1702 1703 69.12 57.88 9.38 8.88 3.50 .88 x .44 70.75 56.88 6.75 6.25 2.50 .62 x .31 6050 63251802 1803

1902 1903 76.25 62.50 9.50 9.00 3.50 .88 x .44 81.06 65.31 7.50 7.25 3.00 .75 x .38 8690 89652002 2003

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Spiral Bevel Reducer DimensionsI66

Phone: (605) 225-0360 Fax: (605) 225-0567

MAX-POWER™Spiral Bevel Reducers & Parallel Shafts

DOUBLE & TRIPLE REDUCTION (BHE)

Shaft diameters are held to limits of +.000” -.001”Refer to FOOTE-JONES for dimension and weights of larger reducers not shown.

For Reference Only. Use certified prints for construction purposes. All dimensions given are in inches.

DOUBLE & TRIPLE REDUCTIONUnit Size

Double Triple AB AD AE B C D E F G J K

2102 2103 26.50 47.25 23.50 4.00 21.50 10.00 13.00 5.50 2.75 3.00 33.252252 2253

2402 2403 28.50 54.75 27.25 5.00 24.25 10.75 13.50 6.00 3.00 3.25 36.502502 2503

DOUBLE & TRIPLE REDUCTIONUnit Size Low Speed Shaft

Double Triple L M N O P Q Keyseat R S T U V

2102 2103 14.12 2.50 22.75 9.50 2.25 9.00 2.50 x .88 16.50 16.75 35.00 18.75 18.502252 2253

2402 2403 15.75 2.50 25.00 10.00 2.25 9.75 2.50 x .88 16.75 17.50 38.00 20.50 19.622502 2503

Double Reduction Triple Reduction Approx. Wt.Reducer High Speed High Speed Double Triple

Size Shaft Shaft Red. Red.Double Triple AA A H W X Y Z Keyseat AA A H W X Y Z Keyseat (02) (03)

2102 2103 89.25 64.50 12.00 74.00 11.25 10.75 3.75 .88 x .44 90.88 68.50 16.00 72.25 7.88 7.31 3.00 .75 x .38 12650 145752252 2253

2402 2403 95.75 70.50 12.00 78.50 11.25 10.75 3.75 .88 x .44 102.00 79.25 20.75 82.75 9.38 8.88 3.50 .88 x .44 16225 170002502 2503

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Spiral Bevel Reducer Vertical Units I67

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DRY WELL CONSTRUCTIONA specially constructed dry well prevents leakage at the lowspeed seal on vertical shaft-down reducers. The low speedshaft is surrounded by a vertical column that rises above theoil level and shields the lower low speed bearing and sealfrom the oil bath. The top of the column is covered by anumbrella-type labyrinth seal. The lower bearing is greasedthrough a pressure fitting. Piping extends under the housing.A pressure relief fitting equalizes grease pressure to preventdamage to the low speed shaft seal from excessive lubrication. Grease through the pressure relief fitting alertsthe maintenance man that lubrication is completed.

SELECTIONVBHE reducers are available in double reduction sizes 0702through 2502 and triple reduction sizes 0703 through 2503(larger sizes are available on application) Refer to spiralBevel rating tables for available ratios and horsepowerratings.

LUBRICATIONA rotary, positive displacement, self-priming pump delivers oilto the high speed, upper low speed and upper intermediatespeed bearings on all sizes and types of double and triplereduction vertical spiral bevel speed reducers. The pump is astandard industrial model positively connected to the spiralbevel gear shaft and operates with either direction of rotation.For applications where units operate at extremely slow speedor have long periods of idle time, a separate motor-drivenpump will be provided at a nominal charge. Single reductionunits are splash lubricated.

SPECIAL FEATURES OF VERTICAL TYPES

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MAX-POWER™Spiral Bevel Reducers & Parallel Shafts

DOUBLE & TRIPLE REDUCTION (VBHE)

For Reference Only. Use certified prints for construction purposes. All dimensions given are in inches.

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MAX-POWER™Spiral Bevel Reducers & Parallel Shafts

DOUBLE & TRIPLE REDUCTION (VBHE)

For Reference Only. Use certified prints for construction purposes. All dimensions given are in inches.

➀ Shaft diameters of 2 inches and under are held to limits of +.000” -.0005”Shaft diameters of over 2 inches are held to limits of +.000” -.001”

Reducer SizeDouble Triple AB AE A B C D E F G H J K

0702 0703 8.75 7.25 22.62 2.25 9.06 4.06 5.00 3.75 5.69 5.69 1.38 21.00

0802 0803 9.88 8.00 26.00 2.50 10.50 5.00 5.50 4.50 6.25 6.25 1.50 22.75

0902 0903 11.50 8.75 28.25 2.50 11.62 4.88 6.75 4.50 7.38 7.38 1.75 25.75

1002 1003 12.25 9.62 31.75 2.75 13.12 5.75 7.38 5.50 7.62 7.62 1.75 28.25

1102 1103 14.50 10.75 37.50 3.00 15.75 6.75 9.00 5.75 10.12 10.12 2.25 31.751202 1203

1302 1303 16.75 12.00 43.50 3.50 18.25 7.62 10.62 6.75 11.62 11.62 2.50 36.001402 1403

1502 1503 18.75 13.25 48.00 3.75 20.25 8.38 11.88 7.00 13.50 13.50 2.50 41.001602 1603

1702 1703 21.25 15.75 55.75 3.75 24.12 10.12 14.00 7.00 17.38 17.38 2.75 46.001802 1803

1902 1903 23.00 16.75 59.00 3.50 26.00 10.00 16.00 6.00 20.50 20.50 3.00 51.002002 2003

DOUBLE & TRIPLE REDUCTION Reducer Size Low Speed Shaft

Double Triple L M N P Q➀ Keyseat R S T U

0702 0703 9.38 1.12 14.25 1.00 3.00 .75 x .38 4.62 5.19 12.12 15.75

0802 0803 10.12 1.25 15.25 1.12 3.50 1.00 x .50 5.50 6.06 13.75 17.25

0902 0903 11.62 1.25 16.75 1.12 4.00 1.00 x .50 6.25 6.75 15.00 19.25

1002 1003 12.75 1.38 19.25 1.25 4.50 1.25 x .62 7.25 7.88 17.00 21.00

1102 1103 14.25 1.62 21.25 1.25 5.00 1.25 x .62 8.25 8.69 18.81 23.001202 1203

1302 1303 16.25 1.75 24.00 1.50 6.00 1.50 x .75 9.25 10.12 21.38 26.251402 1403

1502 1503 18.50 2.00 28.00 1.75 6.50 1.50 x .75 10.50 11.00 23.62 28.751602 1603

1702 1703 21.00 2.00 32.00 1.75 7.25 1.75 x .62 11.88 12.38 27.25 33.001802 1803

1902 1903 22.75 2.75 37.00 2.00 7.75 2.00 x .75 12.75 13.25 29.38 –2002 2003

Reducer Double Reduction Triple Reduction Approx. Wt/LbsSize High Speed Shaft High Speed Shaft Double Triple

Double Triple AA AD W X Y Z➀ Keyseat AA AD W X Y Z➀ Keyseat Red. (02) Red. (03)

0702 0703 28.25 17.25 23.50 4.00 3.50 1.50 .38 x .19 29.94 16.00 24.75 3.56 3.06 1.12 .25 x .12 700 750

0802 0803 32.75 19.00 27.62 4.75 4.25 1.75 .38 x .19 34.50 18.62 28.62 4.00 3.88 1.25 .25 x .12 750 1000

0902 0903 35.94 20.25 29.94 5.50 5.00 2.00 .50 x .25 37.12 20.00 29.62 4.00 3.88 1.25 .25 x .12 1190 1330

1002 1003 39.62 21.88 33.38 6.00 5.50 2.25 .50 x .25 41.75 21.62 33.50 4.00 3.50 1.50 .38 x .19 1500 1660

1102 1103 46.62 23.25 38.88 6.75 6.25 2.50 .62 x .31 49.38 23.00 39.62 4.75 4.25 1.75 .38 x .19 2300 25001202 1203

1302 1303 54.56 25.75 45.31 7.50 7.25 3.00 .75 x .38 55.19 26.00 43.94 5.50 5.00 2.00 .50 x .25 3300 36301402 1403

1502 1503 60.50 29.00 49.75 8.00 7.31 3.00 .75 x .38 62.12 28.25 49.38 6.00 5.50 2.25 .50 x .25 4675 49501602 1603

1702 1703 69.62 32.75 57.75 9.38 8.88 3.50 .88 x .44 71.38 32.50 59.88 6.75 6.25 2.50 .62 x .31 6710 69301802 1803

1902 1903 76.00 34.75 62.50 9.50 9.00 3.50 .88 x .44 80.81 34.75 65.31 7.50 7.25 3.00 .75 x .38 9570 99002002 2003

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Phone: (605) 225-0360 Fax: (605) 225-0567

MAX-POWER™Spiral Bevel Reducers & Parallel Shafts

DOUBLE & TRIPLE REDUCTION (VBHE)

Shaft diameters are held to limits of +.000” -.001”For Reference Only. Use certified prints for construction purposes. All dimensions given are in inches.

DOUBLE & TRIPLE REDUCTIONUnit Size Low Speed Shaft

Double Triple AB AD AE B E F J K L M N P Q Keyseat R S T U

2102 2103 25.50 38.75 18.75 3.50 18.00 6.00 3.00 56.00 25.25 2.75 20.00 2.25 9.00 2.50 x .88 16.50 16.75 35.00 36.882252 2253

2402 2403 27.50 41.25 20.00 4.00 19.50 7.00 3.25 60.00 27.25 2.75 21.50 2.25 9.75 2.50 x .88 16.75 17.50 38.00 39.252502 2503

Double Reduction Triple Reduction Approx. Wt.Unit High Speed High Speed Double TripleSize Shaft Shaft Red. Red.

Double Triple AA A C D G H W X Y Z Keyseat AA A C D G H W X Y Z Keyseat (02) (03)

2102 2103 88.25 68.00 30.50 12.50 24.50 24.50 74.00 11.25 10.75 3.75 .88 x .44 93.12 75.50 34.25 16.25 28.25 28.25 72.25 7.88 7.31 3.00 .75 x .38 13900 160002252 2253

2402 2403 94.75 73.50 32.75 13.25 25.75 25.75 78.50 11.25 10.75 3.75 .88 x .44 101.75 84.50 38.25 18.75 31.25 31.25 82.75 9.38 8.88 3.50 .88 x .44 17900 187002502 2503

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Reducer AF AG Reducer AF AGSize 02 03 02 03 Size 02 03 02 03

07 21.62 – 1.88 – 16 45.50 46.50 4.25 2.88

08 25.25 – 2.38 – 17 52.88 52.38 4.88 3.50

09 27.19 – 2.75 – 18 52.88 53.38 4.88 3.50

10 30.50 – 2.88 – 19 57.50 61.06 5.00 4.25

11 35.38 37.25 3.50 2.38 20 57.50 61.06 5.00 4.25

12 35.38 37.25 3.50 2.38 21 69.00 – 5.00 –

13 41.50 41.25 3.81 2.75 22 69.00 – 5.00 –

14 41.50 41.25 3.81 2.75 24 73.50 – 5.00 –

15 45.50 46.50 4.25 2.88 25 73.50 – 5.00 –

COOLING FAN

For Reference Only. Use certified prints for construction purposes. All dimensions given are in inches.

Fan Cooling MultipliersFan cooling increases the thermalcapacity of non-ventilated units. Usemultipliers to determine capacitiesattainable with one fan.

Heat exchangers are to be used wherethermal capacity exceeds the fancooling range.

Input RPM 1750 1170

One fan on power 1.75 1.45input extension

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MAX-POWER™Spiral Bevel Reducers & Parallel Shafts

For Reference Only. Use certified prints for construction purposes. All dimensions given are in inches.

Selections are based on the normal motor rating (250% maximum starting torque) with no overload for infrequent application of6 times per 8 hours or less with at least one minute between applications. For selections at higher speeds, for more frequentapplications or overloading, refer to your FOOTE-JONES Sales Representative.

Backstops require regular inspection and maintenance as parts become worn to prevent a failure and conveyor roll back.Centrifugal Throw Out (CTO) type backstops are available at nominal additional cost and provide longer service life. They areparticularly applicable in the larger sizes (700 and up) and at higher speeds. For ultimate reliability and reduced maintenance, alow speed holdback on the head shaft should be considered.

For ambient temperatures exceeding 100°F or for severe dust or abrasive environments, refer to your FOOTE-JONES SalesRepresentative, as CTO type backstops or special seals and lubrication may be required.

Where there is more than one drive on a head shaft, refer to your FOOTE-JONES Sales Representative for backstop selections.

: The backstop reservoir requires a separate fill of oil. Oils with EP or similar additives should not be used. Referto the maintenance manual for detailed instructions before operation.

Sprag-type ball bearing backstops are available for all sizes of speed reducers. They grip instantaneously to prevent reverse rota-tion without backlash. The backstop is mounted on an extension of the first intermediate shaft on the BHE reducers 0702-2003and is enclosed in its own housing with its own reservoir for oil; therefore, the backstop does not run at the motor RPM indicated.

Refer backstop selections for reducers larger than 2003-2003 to your FOOTE-JONES representative.

Double Reduction UnitsBackstop locations as shown are correct for assemblies RC, RC-LCC and LCC.

On all other assemblies the backstop is on the opposite side.

Triple Reduction UnitsBackstop locations as shown are correct for assemblies LC, RCC,and LC-RCC.

On all other assemblies the backstops are on the opposite side.

NOTE: “X” dimensions must be checked to determine if there will be any interference betweenthe backstop and a coupling or sprocket mounted on the low speed shaft extension.

Reducer 0702 0802 0902 1002 1102 1202 1302 1402 1502 1602 1702 1802 1902 2002Size 0703 0803 0903 1003 1103 1203 1303 1403 1503 1603 1703 1803 1903 2003

A 7.25 8.12 8.75 9.63 10.63 10.63 11.88 11.88 13.13 13.13 15.00 15.00 16.50 16.50

C (02) 7.00 8.00 9.00 10.00 12.00 12.00 14.00 14.00 16.00 16.00 18.00 18.00 20.00 20.00

C (03) 12.00 14.00 15.00 17.00 20.00 20.00 23.00 23.00 26.00 26.00 30.00 30.00 34.00 34.00

Size 500 600 700 750 800 900 1000

L 7.00 7.25 9.75 11.75 12.25 13.00 14.00

B 4.25 5.38 7.12 8.75 10.00 12.00 15.00

BHE DOUBLE & TRIPLE REDUCTION BACKSTOP CLEARANCE DIMENSIONS

BACKSTOP DIMENSIONS

CAUTION

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Spiral Bevel Reducer Direct Mount Conveyor Drive I73

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MAX-POWER™Spiral Bevel Reducers & Parallel Shafts

The Direct Mount arrangement has been designed as a standard modification for all double and triple reduction Spiral BevelReducers, sizes 1302/3 to 2502/3. Capacities are from 625 to over 2000 horsepower.

A hollow or flanged hub Low Speed Shaft allows direct mounting on the conveyor head shaft and the drive connection can beeither by key, keyless compression connection or flanged hub. This feature eliminates the costly low speed coupling and struc-tural or foundation sub-base.

Drive alignment is maintained by a rigid fabricated steel bedplate with a torque arm or a NEMA Flange Style Motor Mount withCoupling.

Refer to standard Spiral Bevel tables for ratios and horsepower/torque ratings.

SHAFT MOUNT STYLE

FLANGE MOUNT STYLE

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MAX-POWER™Spiral Bevel Reducers & Parallel Shafts

For Reference Only. Use certified prints for construction purposes. All dimensions given are in inches.

✝ Refer to FOOTE-JONES for low speed shaft bore for keyed connection.

DOUBLE & TRIPLE REDUCTION Reducer Approx. Wt/Lbs.

Size “Q” Double TripleDouble Triple AB AD A B D G H K Max.✝ R S U Red. Red.

1302 1303 16.50 11.75 38.62 23.25 12.25 7.75 2.0 13.00 6.00 26.0 2.5 11.75 3850 41001402 1403

1502 1503 18.62 13.75 43.12 25.75 13.50 9.00 2.0 14.75 6.50 29.5 2.5 13.00 5350 56001602 1603

1702 1703 20.62 15.25 47.25 28.38 15.88 10.50 2.5 14.75 7.50 29.5 3.0 15.00 7320 75201802 1803

1902 1903 23.25 17.25 53.00 32.12 17.25 11.50 2.5 16.75 8.50 33.5 3.0 16.00 10300 106002002 2003

2102 2103 26.50 17.50 48.88 35.12 19.62 12.50 3.0 20.25 9.50 40.5 3.5 18.00 15500 172502252 2253

2402 2403 28.50 19.50 66.38 38.88 21.00 14.00 3.0 20.25 10.00 40.5 3.5 20.00 20150 209002502 2503

Reducer Size Double Reduction Triple ReductionDouble Triple AA AC W X Y Z Keyseat AA AC W X Y Z Keyseat

1302 1303 61.81 91.0 45.31 7.50 7.25 3.000 .75 x .38 60.44 91.0 43.94 5.50 5.00 2.000 .50 x .251402 1403

1502 1503 68.38 103.0 49.75 7.88 7.31 3.000 .75 x .38 68.00 103.0 49.38 6.00 5.50 2.250 .50 x .251602 1603

1702 1703 78.50 117.0 57.88 9.38 8.88 3.500 .88 x .44 77.50 117.0 56.88 6.75 6.25 2.500 .62 x .311802 1803

1902 1903 85.75 126.0 62.50 9.50 9.00 3.500 .88 x .44 88.56 126.0 65.31 7.50 7.25 3.000 .75 x .382002 2003

2102 2103 100.50 138.0 74.00 11.25 10.75 3.750 .88 x .44 98.76 138.0 72.25 7.88 7.31 3.000 .75 x .382252 2253

2402 2403 107.00 155.0 78.50 11.25 10.75 3.750 .88 x .44 111.38 155.0 82.88 9.38 8.88 3.500 .88 x .442502 2503

DIRECT MOUNT CONVEYOR DRIVE (SMBHE)

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Motor mounts located on top of the reducer are available for Parallel Shaft and Spiral Bevel reducers. These drives are furnishedwith belt drive and guard.

TOP MOUNTS

Scoop style motor mounts are available for Parallel Shaft and Spiral Bevel reducers through a 444T frame size. These drives arefurnished with coupling and guard.

SCOOP MOUNTS

Flange style mounts are available on vertical units through 326T frame size. These drives are furnished with coupling.

FLANGE MOUNTS

TOPMOTOR MOUNT

SCOOPMOTOR MOUNT

MOTOR MOUNTS

BASE PLATES

The welded steel, one-piece machined complete design of Max-Power™ base plates insure rigidity and stability even inthe roughest applications.

These base plates are available for all Parallel and Spiral Bevel reducer models. They may be designed to accommodate various types of drivers and couplings. With FOOTE-JONES’ standardized building block approach andCAD technology, the optimum custom base plate can be designed and delivered in just weeks.

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HEAT EXCHANGER SELECTION

Required Service HP: 1150 @ 1750 RPM Input & 635 RPM OutputService Factor: 1.25

I. Reducer SelectionRequired Reducer Capacity = Service HP x Service Factor1150 x 1.25 = 1440 @ 1750 RPMSelect from rating table size 1301 HLE 2.756:1 Ratio

II. Heat Exchanger System Selection1301 HLE, 2.756:1 Ratio @ 1750 RPM Input Rates:1475 HP Mechanical193 HP Thermal

Since thermal capacity is lower than service requirement a heat exchanger is required. HP shown in chart is additional HP obtained by the use of a heat exchanger. Add to reducer thermal rating for total thermal capacity.

1. Compute additional thermal capacity requirement Service HP – Thermal Capacity of Reducer1150 – 193 = 957

2. Select from chart heat exchanger system #3

3. Comput water requirement in GPM.= HP x .0077

GPM Water = 957 x .0077= 7.4

Since the answer is less than minimum flow shown in the table, use table value of 10 GPM.

Notes:1. Heat exchanger systems apply to single, double and triple

reduction HLE and BHE reducers. Consult your FOOTE-JONESrepresentative for dimensions of units not shown.

2. Oil circulates through heat exchanger shell, water circulates through tubes.

3. Selections are based on 80°F. For water temperature higher than 80°F, consult your FOOTE-JONES representative.

Heat InputExchanger Min. Water Max. Water RPMSystem No. Flow GPM Flow GPM 1750 1170 870 720 580

1 3.3 23 157 154 150 147 141

2 3.3 12 515 480 440 360 250

3 10 30 1100 1020 940 780 650

4 10 30 1940 1810 1690 1610 1230

5 14.5 57 2800 2630 2460 2460 1720

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PUMP LUBRICATION

The standard splash type lubrication on FOOTE-JONES HLE and BHE reducers provides oil to all parts continuously duringoperation, without mechanical devices. When pump lubrication is required, such as incline mounting, the table below providesthe proper selection for mechanical driven pumps mounted on the reducer high speed shaft. For variable input speeds, thepump should be selected at the lowest input RPM. Optional accessories include oil filters and flow indicator with micr-switchfor actuating an alarm in the event of low oil flow and oil thermometer.

The pump is a standard industrial rotary, positive displacement, self priming type connected to the reducer high speed shaft and operates in either direction of rotation. If the pump is located on an intermediate shaft extension, refer to FOOTE-JONES for the proper pump selection. A motorized pump is optional and should be referred to FOOTE-JONES forselection.

The lube pump for BHE reducers is mounted on the intermediateshaft; therefore, the selection will be determined by the reducerinput speed and the high speed gear ratio. Refer all selections toyour FOOTE-JONES Sales Representative.

Input Shaft RPMReducer Size 1750 1170 870 580

0701 #0 #0 #0 #0

0702#0 #0 #0 #10703

0801 #0 #0 #0 #1

0802#0 #0 #1 #20803

0901 #0 #0 #1 #2

0902#0 #1 #1 #20903

1001 #0 #1 #1 #2

1002#1 #2 #2 #21003

1101#1 #2 #2 #21201

1102#2 #2 #2 #31202

1103#2 #2 #2 #31203

1301#2 #2 #2 #31401

1302#2 #2 #3 #31402

1303#2 #2 #3 #31403

MOTORIZED LUBE PUMPMECHANICAL DRIVEN PUMPInput Shaft RPM

Reducer Size 1750 1170 870 580

1501#1 #2 #2 #31601

1502#2 #3 #3 #41602

1503#2 #3 #3 #41603

1701#2 #3 #3 #41801

1703#3 #4 #4 #51802

1703#3 #4 #4 #51803

1901#3 #4 #4 #52001

1902#3 #4 #4 #52002

1903#3 #4 #4 #52003

2102#3 #4 #4 #52252

2103#4 #4 #5 –2253

2402#4 #4 #5 –2502

2403#4 #5 #5 –2503

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IMMERSION HEATERSImmersion heaters are available for all sizes of parallel shaft and spiral bevel speed reducers. Heater elements are rated at 11 wattsdensity per square inch to prevent degradation of lubricating oil. A thermostat is furnished with the immersion heater and is pre-set atthe factory for +40°F.

The standard immersion heater is furnished with a general purpose, sheet metal enclosure. A combination moisture tight, explosionresistant enclosure is available for the immersion heater and controller. They are U.L. listed and meet Class I Groups C & D, Division 1& 2, Class II Groups, E, F, & G, Division 1 & 2 and Class III, Division 1 & 2 specifications. For explosion proof heaters, add “X” to heaternumber listed below. Assemblies are available in 1/60/120/240 volts AC only.

The selection tables below are for maintaining +40°F ambient and include heater part number and quantity required for reducer.

OPTIONAL RATIOS HLE & BHE

OIL SEALSAll HLE & BHE reducers are equipped with spring loaded doublelip oil seals that effectively retain oil and resist the entry of dust.

Grease Purged Seals are available for operation in taconite orsimilar dust laden atmospheres. The assembly below consists ofthe two standard oil seals.

High Speed+20°F (20° Rise 0°F (40° Rise -20°F (60° Rise -40° (80° Rise +20°F (20° Rise 0°F (40° Rise -20°F (60° Rise -40° (80° Rise

Ambient In Oil Temp.) In Oil Temp.) In Oil Temp.) In Oil Temp.) In Oil Temp.) In Oil Temp.) In Oil Temp.) In Oil Temp.)

0701 (1) #211 (1) #311 (1) #212 (1) #213 (1) #218 (1) #218 (1) #218 (1) #2180702 (1) #211 (1) #211 (1) #212 (1) #213 (1) #218 (1) #218 (1) #218 (1) #21807030801 (1) #211 (1) #211 (1) #213 (1) #214 (1) #218 (1) #218 (1) #218 (1) #2180802 (1) #211 (1) #212 (1) #213 (1) #215 (1) #218 (1) #218 (1) #218 (1) #21808030901 (1) #211 (1) #212 (1) #213 (1) #215 (1) #218 (1) #218 (1) #218 (1) #2180902 (1) #211 (1) #213 (1) #215 (1) #216 (1) #218 (1) #218 (1) #218 (1) #21809031001 (1) #211 (1) #213 (1) #214 (1) #214 (1) #218 (1) #218 (1) #218 (1) #2181002 (1) #211 (1) #214 (1) #216 (2) #214 (1) #218 (1) #218 (1) #219 (1) #22010031201 (1) #211 (1) #214 (1) #216 (2) #214 (1) #218 (1) #218 (1) #219 (1) #2201202 (1) #212 (1) #215 (2) #214 (2) #215 (1) #218 (1) #218 (1) #220 (1) #22012031401 (1) #212 (1) #215 (1) #216 (2) #215 (1) #218 (1) #218 (1) #219 (1) #2211402 (1) #213 (1) #216 (2) #215 (2) #216 (1) #218 (1) #219 (1) #221 (1) #22214031601 (1) #212 (1) #216 (1) #217 (1) #217 (1) #218 (1) #219 (1) #220 (1) #2211602 (1) #214 (1) #217 (2) #216 (2) #217 (1) #218 (1) #220 (1) #222 (1) #22016031801 (1) #213 (1) #216 (1) #217 (2) #216 (1) #218 (1) #219 (1) #221 (1) #2221802 (1) #215 (1) #217 (1) #659 (2) #217 (1) #218 (1) #221 (1) #222 (2) #22118032001 (1) #215 (1) #217 (1) #659 (2) #217 (1) #218 (1) #220 (1) #222 (2) #2202002 (1) #216 (1) #659 (1) #660 (2) #659 (1) #219 (1) #222 (1) #661 (2) #22220032252 (1) #217 (1) #660 (2) #659 (2) #660 (1) #220 (1) #661 (2) #222 (2) #66122532502 (1) #217 (2) #217 (2) #659 (3) #659 (1) #221 (2) #221 (2) #222 (3) #2222503 (1) #217 (2) #659 (2) #660 (3) #660 (1) #222 (2) #222 (3) #222 (3) #661

Notes:1. Nominal ratios may vary up to ±4%.

2. The output torque rating for a unit with anoptional ratio is the same as that for the nexthigher or next lower AGMA ratio of the unit,whichever is the least.

Reduction Nominal Optional Ratios

Single Reduction 1.00, 1.23, 1.50, 2.03, 2.49, 3.04, 3.73, 4.57, 5.59, 6.85

Double Reduction 8.39, 10.28, 12.59, 15.41, 18.88, 23.12, 28.32, 34.68

Triple Reduction 34.68, 42.48, 52.03, 63.72, 78.04, 95.58, 117.1, 143.4, 175.6, 215.0, 263.4