Table of Contents
MAX-POWER
™
Spiral Bevel Reducers & Parallel Shafts
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
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MAX-POWER
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Spiral Bevel Reducers & Parallel Shafts
Parallel Shaft Reducer Design Advantages
I2
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.
Phone: (605) 225-0360
Fax: (605) 225-0567
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Spiral Bevel Reducers & Parallel Shafts
Parallel Shaft Reducer Application Data STARTING AND PEAK LOADS FOOTE-JONES reducers are designed in accordance with AGMA Standards for helical, herringbone and spiral bevel reducers. The catalog ratings are satisfactory for infrequent starting (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 starts per hour), the actual maximum momentary or starting load shall not exceed 200% of rated load (100% load). Rated load is defined as the unit rating with a service factor of 1.0. If the maximum starting or momentary load exceeds the above, the application should be referred to your FOOTE-JONES Sales Representative with complete details on the duty cycle. All components are designed to permit loads of 285% of the catalog rating without stressing any component beyond 75% of the material yield point. Brake Applications – Where the torque rating of the brake exceeds the rating of the motor, the rating of the brake dictates the selection of the gear drive. Oversize Prime Movers are discouraged. Published Service Factors do not cover applications that require oversize prime movers for higher inertia or peak loads. Refer such applications to your FOOTE-JONES Sales Representative for selection of suitable drives. CAUTION Where service factors are low (i.e. 1.0 or less),
often strength rather than durability ratings are limiting based on starting or peak loads, so particular care should be taken to consider all load factors. SERVICE FACTORS Mechanical horsepower and output torque capacities shown in rating tables are calculated on a 1.0 service factor, with an electric motor or turbine drive. When selecting a reducer for operation in a specific application, multiply the actual required input 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 tables to select the reducer. The service factors are based on electric, pneumatic, hydraulic motors or turbine drivers. For internal combustion engine drivers, see Table B for service factor conversions. Note: The service factors are based on field experience by the gear 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 his experience, and to specify different service factors where there is sufficient experience, and all load factors as known. THERMAL RATINGS Thermal horsepower ratings represent the maximum horsepower that can be transmitted without overheating when a reducer is operated continuously for more than three hours.
E-mail:
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I3
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 catalog rating tables. Only transmitted horsepower is subject to thermal horsepower limitations, service factors do not apply. For intermittent service or unusual ambient temperatures, consult your FOOTEJONES Sales Representative RATING TABLES Horsepower ratings have been calculated on a 1.0 service factor in accordance with current AGMA recommended practice. The tabulations are compiled for easy unit size selection. The tables are organized by input speed and columns headed with ratio and nominal output rpm designations. HP values are at input, torque figures are at output and allow for efficiency losses. When the required speed falls between two cataloged speeds of a unit for a cataloged ratio, interpolate to determine unit rating. 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 horsepower allowing for efficiency. OVERHUNG LOADS Overhung 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 is particularly true in the higher output speed ranges where the bearings limit the overhung load capacity. For applications involving high overhung loads, Style 4 reducers are usually required and these applications should be carefully reviewed. When greater capacity is desired, contact your FOOTE-JONES Sales Representative with complete application data including direction of rotation and side load. Calculated overhung load for shafts must not exceed the permissible overhung load capacity listed in the rating tables for the reducer size, type, ratio and rpm selected. The permissible overhung loads shown in the ratings tables are 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.
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MAX-POWER
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I4
Spiral Bevel Reducers & Parallel Shafts
Parallel Shaft Reducer Application Data
OPERATING SPEEDS Operate 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. Also specify reducer operating speeds on orders to insure proper lubrication. Variable or Multi-Speed Applications It is essential that all orders indicate maximum and minimum speeds 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, consult your FOOTE-JONES Sales Representative. RATIOS Both nominal AGMA and actual ratios (accurate to three decimal places) are shown. Where exact ratios for precise synchronization are required, consult your FOOTE-JONES Sales Representative for actual tooth combinations. Optional intermediate ratios are available. MOUNTING POSITION All gear reducers are designed to operate with the base mounted horizontally unless specified otherwise. Refer all other special mountings to your FOOTE-JONES Sales Representative. Modifications to the lubrication system and seals may be required. EFFICIENCIES The approximate full load efficiencies for normal operating conditions are listed below. Where efficiency is critical, consult your FOOTE-JONES Sales Representative with complete application data for a more precise figure. Single Reduction Double Reduction Triple Reduction
Modifications such as special seals, heaters, heat exchangers, etc., could be required for these unusual conditions. Consult your FOOTE-JONES Sales Representative. SAFETY The purchaser should determine the applicable local and national safety codes related to speed reducers for the specific installation involved. Shaft guarding and noise level requirements particularly should be checked, and any requirements involving the reducer clearly specified. STORAGE All units are coated with a rust-inhibiting oil during the shop test, and shaft extensions are coated with a dry-film preservative. This treatment will provide adequate protection for normal periods during installation. This period could range from 2-3 months in severe, unprotected outside storage, up to a year in temperature-controlled indoor storage. It is recommended the units be protected during storage, and periodic inspection is recommended 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 mechanical and rating requirements, and shall govern when there is a conflict between them and the inquiry, order, quotation or specifications. FORMULAS 1. Torque HP x 63025 T= N 2. Horsepower TxN HP = 63025
98% 97% 96%
3. Overhung Load HP x 63025 x K TxK P= or NxR R
For units with built-in pumps, allow an additional 0.5%. WARRANTY FOOTE-JONES warrants that the equipment manufactured will perform satisfactorily for the rating specified on the certified print and nameplate provided it is properly installed and operated within the speed and torque limits and other load and environmental conditions for which it was sold, and maintained in accordance with the Maintenance Manuals. The warranty is applicable providing the drive system is free from critical speeds, torsional or lateral vibratory loads within the operating speed range, no matter how induced. Responsibility for the system analysis rests with the purchaser. ENVIRONMENT The standard reducer is designed to operate in a protected location with reasonable ventilation, free from temperature extremes (below -10°F or above 100°F for significant periods) or severe dust, toxic, explosive, or other unusual environments.
Phone: (605) 225-0360
FACTORS All factors must be determined at shaft under study. HP T P N R
= = = = =
Transmitted horsepower Torque in inch pounds Equivalent overhung load in pounds RPM of shaft Pitch radius in inches of sprocket, pinion, sheave, or pulley K = Overhung load factors Sprocket (single or multiple strand) . . . .1.00 Spur Pinion . . . . . . . . . . . . . . . . . . . . . .1.25 V-Belt sheave . . . . . . . . . . . . . . . . . . . . .1.50 Flat belt pulley . . . . . . . . . . . . . . . . . . . .2.50
Fax: (605) 225-0567
MAX-POWER
™
Spiral Bevel Reducers & Parallel Shafts
Parallel Shaft Reducer Application Data
I5
SELECTION PROCEDURE Step 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. 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 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
HLE CODE
1
2
3
(R-L)
(L-R)
(R-R)
4
5
(L-L) (R-LR)
6 (L-LR)
7
8
(LR-L) (LR-R)
9 (LR-R)
VHLE CODE
1 (U-D)
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2 (U-U)
3 (U-UD)
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MAX-POWER
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I6
Spiral Bevel Reducers & Parallel Shafts
Parallel Shaft Reducer Ratings
1750 RPM INPUT (@ 1.0 S.F.) 0701
0801
0901
1001
1101
1201
1301
Nom. Ratio
Output RPM
MHp
THp
Tq
MHp
THp
Tq
MHp
THp
MHp
THp
MHp
THp
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
Nom. Ratio
Output 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
0702
0802
Tq
0902
Tq
1002
Tq
1102
1202
1302
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
Nom. Ratio
Output RPM
MHp
THp
Tq
MHp
THp
Tq
MHp
THp
Tq
MHp
THp
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
0703
0803
0903
1003
1103 Tq
MHp
THp
1203 Tq
MHp
THp
1303 Tq
MHp
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.)
Phone: (605) 225-0360
Fax: (605) 225-0567
MAX-POWER
™
Spiral Bevel Reducers & Parallel Shafts
Parallel Shaft Reducer Ratings
I7
1750 RPM INPUT (@ 1.0 S.F.) 1401
1501
1601
1701
1801
1901
2001
Nom. Ratio
Output 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
Nom. Ratio
Output 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
1402
1502
1602
1702
1802
1902
2002
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
Nom. Ratio
Output RPM
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
1403 MHp
THp
1503 Tq
MHp
1603
1703
1803
1903
2003
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.)
E-mail:
[email protected]
Web: www.footejones.com
I
MAX-POWER
™
I8
Spiral Bevel Reducers & Parallel Shafts
Parallel Shaft Reducer Ratings
1750 RPM INPUT (@ 1.0 S.F.) 2101 Nom. Ratio
Output RPM
MHp
THp
2251 Tq
MHp
THp
2401 Tq
MHp
THp
2501 Tq
MHp
THp
2651 Tq
MHp
THp
2801 Tq
MHp
THp
2981 Tq
MHp
THp
Tq
1.837 2.250 2.756 3.375
CONSULT FACTORY
4.134 5.062 6.200 7.594
2102
2252
2402
2502
2652
Nom. Ratio
Output RPM
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
Nom. Ratio
Output RPM
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
2103
2253
2403
MHp
THp
2802 Tq
MHp
THp
2982 Tq
MHp
THp
Tq
CONSULT FACTORY
2503
2653 MHp
THp
2803 Tq
MHp
THp
2983 Tq
MHp
THp
Tq
CONSULT FACTORY
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.)
Phone: (605) 225-0360
Fax: (605) 225-0567
MAX-POWER
™
Spiral Bevel Reducers & Parallel Shafts
Parallel Shaft Reducer Ratings
I9
1170 RPM INPUT (@ 1.0 S.F.) 0701
0801
0901
1001
1101
1201
1301
Nom. Ratio
Output 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
Nom. Ratio
Output 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
0702
0802
0902
1002
1102
1202
1302
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
Nom. Ratio
Output 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
0703
0803
0903
1003
1103
1203
1303
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
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.)
E-mail:
[email protected]
Web: www.footejones.com
I
MAX-POWER
™
Spiral Bevel Reducers & Parallel Shafts
I10 Parallel Shaft Reducer Ratings 1170 RPM INPUT (@ 1.0 S.F.) 1401
1501
1601
1701
1801
1901
2001
Nom. Ratio
Output 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
Nom. Ratio
Output 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
1402
1502
1602
1702
1802
1902
2002
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
Nom. Ratio
Output 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
1403
1503
1603
1703
1803
1903
2003
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.)
Phone: (605) 225-0360
Fax: (605) 225-0567
MAX-POWER
™
Spiral Bevel Reducers & Parallel Shafts
Parallel Shaft Reducer Ratings I11 1170 RPM INPUT (@ 1.0 S.F.) 2101 Nom. Ratio
Output RPM
MHp
THp
2251 Tq
MHp
THp
2401 Tq
MHp
THp
2501 Tq
MHp
THp
2651 Tq
MHp
THp
2801 Tq
MHp
THp
2981 Tq
MHp
THp
Tq
1.837 2.250 2.756 3.375
CONSULT FACTORY
4.134 5.062 6.200 7.594
2102
2252
2402
2502
2652
Nom. Ratio
Output RPM
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
Nom. Ratio
Output RPM
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
2103
2253
2403
MHp
THp
2802 Tq
MHp
THp
2982 Tq
MHp
THp
Tq
CONSULT FACTORY
I
2503
2653 MHp
THp
2803 Tq
MHp
THp
2983 Tq
MHp
THp
Tq
CONSULT FACTORY
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.)
E-mail:
[email protected]
Web: www.footejones.com
MAX-POWER
™
Spiral Bevel Reducers & Parallel Shafts
I12 Parallel Shaft Reducer Ratings 870 RPM INPUT (@ 1.0 S.F.) 0701
0801
0901
1001
1101
1201
1301
Nom. Ratio
Output 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
Nom. Ratio
Output 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
0702
0802
0902
1002
1102
1202
1302
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
Nom. Ratio
Output 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
0703
0803
0903
1003
1103
1203
1303
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.)
Phone: (605) 225-0360
Fax: (605) 225-0567
MAX-POWER
™
Spiral Bevel Reducers & Parallel Shafts
Parallel Shaft Reducer Ratings I13 870 RPM INPUT (@ 1.0 S.F.) 1401
1501
1601
1701
1801
1901
2001
Nom. Ratio
Output 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
Nom. Ratio
Output 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
1402
1502
1602
1702
1802
1902
2002
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
Nom. Ratio
Output 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
1403
1503
1603
1701
1803
1903
2003
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.)
E-mail:
[email protected]
Web: www.footejones.com
I
MAX-POWER
™
Spiral Bevel Reducers & Parallel Shafts
I14 Parallel Shaft Reducer Ratings 870 RPM INPUT (@ 1.0 S.F.) 2101 Nom. Ratio
Output RPM
MHp
THp
2251 Tq
MHp
THp
2401 Tq
MHp
THp
2501 Tq
MHp
THp
2651 Tq
MHp
THp
2801 Tq
MHp
THp
2981 Tq
MHp
THp
Tq
1.837 2.250 2.756 3.375
CONSULT FACTORY
4.134 5.062 6.200 7.594
2102
2252
2402
2502
2652
Nom. Ratio
Output RPM
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
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
Nom. Ratio
Output RPM
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
2103
2253
909
2403
MHp
THp
2802 Tq
MHp
THp
2982 Tq
MHp
THp
Tq
CONSULT FACTORY
2503
2653 MHp
THp
2803 Tq
MHp
THp
2983 Tq
MHp
THp
Tq
CONSULT FACTORY
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.)
Phone: (605) 225-0360
Fax: (605) 225-0567
MAX-POWER
™
Spiral Bevel Reducers & Parallel Shafts
Parallel Shaft Reducer Ratings I15 720 RPM INPUT (@ 1.0 S.F.) 0701
0801
0901
1001
1101
1201
1301
Nom. Ratio
Output 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
Nom. Ratio
Output 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
0702
0802
0902
1002
1102
1202
1302
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
Nom. Ratio
Output RPM
MHp
THp
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
0703
0803 Tq
MHp
THp
0903 Tq
MHp
1003
1103
1203
1303
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
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.)
E-mail:
[email protected]
Web: www.footejones.com
I
MAX-POWER
™
Spiral Bevel Reducers & Parallel Shafts
I16 Parallel Shaft Reducer Ratings 720 RPM INPUT (@ 1.0 S.F.) 1401
1501
1601
1701
1801
1901
2001
Nom. Ratio
Output 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
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
Nom. Ratio
Output 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
1402
1502
1602
1702
1802
2190
1902
2002
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
Nom. Ratio
Output RPM
MHp
THp
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
1403
1503 Tq
MHp
THp
1603 Tq
MHp
THp
1703 Tq
MHp
THp
1803 Tq
MHp
THp
1903 Tq
MHp
THp
2003 Tq
MHp
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.)
Phone: (605) 225-0360
Fax: (605) 225-0567
MAX-POWER
™
Spiral Bevel Reducers & Parallel Shafts
Parallel Shaft Reducer Ratings I17 720 RPM INPUT (@ 1.0 S.F.) 2101 Nom. Ratio
Output RPM
MHp
THp
2251 Tq
MHp
THp
2401 Tq
MHp
THp
2501 Tq
MHp
THp
2651 Tq
MHp
THp
2801 Tq
MHp
THp
2981 Tq
MHp
THp
Tq
1.837 2.250 2.756 3.375
CONSULT FACTORY
4.134 5.062 6.200 7.594
2102
2252
2402
2502
2652
Nom. Ratio
Output RPM
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
Nom. Ratio
Output RPM
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
2103
2253
2403
MHp
THp
2802 Tq
MHp
THp
2982 Tq
MHp
THp
Tq
CONSULT FACTORY
I
2503
2653 MHp
THp
2803 Tq
MHp
THp
2983 Tq
MHp
THp
Tq
CONSULT FACTORY
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.)
E-mail:
[email protected]
Web: www.footejones.com
MAX-POWER
™
Spiral Bevel Reducers & Parallel Shafts
I18 Parallel Shaft Reducer Ratings 580 RPM INPUT (@ 1.0 S.F.) 0701
0801
0901
1001
1101
1201
1301
Nom. Ratio
Output 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
Nom. Ratio
Output 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
0702
0802
0902
1002
1102
1202
1302
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
Nom. Ratio
Output 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
0703
0803
0903
1003
1103
1203
1303
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.)
Phone: (605) 225-0360
Fax: (605) 225-0567
MAX-POWER
™
Spiral Bevel Reducers & Parallel Shafts
Parallel Shaft Reducer Ratings I19 580 RPM INPUT (@ 1.0 S.F.) 1401
1501
1601
1701
1801
1901
2001
Nom. Ratio
Output 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
Nom. Ratio
Output 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
1402
1502
1602
1702
1802
1902
2002
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
Nom. Ratio
Output 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
1403
1503
1603
1703
1803
1903
2003
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.)
E-mail:
[email protected]
Web: www.footejones.com
I
MAX-POWER
™
Spiral Bevel Reducers & Parallel Shafts
I20 Parallel Shaft Reducer Ratings 580 RPM INPUT (@ 1.0 S.F.) 2101 Nom. Ratio
Output RPM
MHp
THp
2251 Tq
MHp
THp
2401 Tq
MHp
THp
2501 Tq
MHp
THp
2651 Tq
MHp
THp
2801 Tq
MHp
THp
2981 Tq
MHp
THp
Tq
1.837 2.250 2.756 3.375
CONSULT FACTORY
4.134 5.062 6.200 7.594
2102
2252
2402
2502
2652
Nom. Ratio
Output RPM
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
Nom. Ratio
Output RPM
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
2103
2253
2403
MHp
THp
2802 Tq
MHp
THp
2982 Tq
MHp
THp
Tq
CONSULT FACTORY
2503
2653 MHp
THp
2803 Tq
MHp
THp
2983 Tq
MHp
THp
Tq
CONSULT FACTORY
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.)
Phone: (605) 225-0360
Fax: (605) 225-0567
MAX-POWER
™
Spiral Bevel Reducers & Parallel Shafts
Parallel Shaft Reducer Ratings I21 100 RPM INPUT (@ 1.0 S.F.) 0702
0802
0902
1002
1102
1202
1302
Nom. Ratio
Output 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
Nom. Ratio
Output RPM
MHp
THp
Tq
MHp
THp
Tq
MHp
THp
Tq
MHp
THp
Tq
MHp
THp
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
0703
0803
0903
1003
1103
1203 Tq
MHp
THp
1303 Tq
MHp
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
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.)
E-mail:
[email protected]
Web: www.footejones.com
I
MAX-POWER
™
Spiral Bevel Reducers & Parallel Shafts
I22 Parallel Shaft Reducer Ratings 100 RPM INPUT (@ 1.0 S.F.) 1402
1502
1602
1702
1802
Nom. Ratio
Output RPM
MHp
THp
Tq
MHp
THp
Tq
MHp
THp
7.59
13
56.5
–
262
70.0
–
326
80.0
–
374 105.0
–
483 120.0
Tq
MHp
THp
Tq
MHp
THp –
1902 Tq
MHp
557 141.0
THp –
2002 Tq
MHp
651 161.0
THp
Tq
–
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
Nom. Ratio
Output RPM
MHp
THp
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
1403
1503 Tq
MHp
1603
1703
1803
1903
2003
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.)
Phone: (605) 225-0360
Fax: (605) 225-0567
MAX-POWER
™
Spiral Bevel Reducers & Parallel Shafts
Parallel Shaft Reducer Ratings I23 100 RPM INPUT (@ 1.0 S.F.) 2102
2252
2402
2502
2652
Nom. Ratio
Output RPM
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
Nom. Ratio
Output RPM
MHp
THp
31.39
3.2
55.0
–
1040 60.0
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
–
1020
–
1130
2103
2253 Tq
MHp
THp –
2403 Tq
MHp
1134 70.0
7.1
THp –
MHp
Tq
MHp
7.8
Tq
MHp
2653
THp
Tq
–
1490
THp
2982 Tq
MHp
THp
Tq
CONSULT FACTORY
2503
1290 80.0
THp
2802
MHp
THp
2803 Tq
MHp
THp
2983 Tq
MHp
THp
Tq
CONSULT FACTORY
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.)
E-mail:
[email protected]
Web: www.footejones.com
I
MAX-POWER
™
Spiral Bevel Reducers & Parallel Shafts
I24 Parallel Shaft Reducer Table Of Actual Ratios SINGLE Nominal Ratio
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 Nominal Ratio
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 Nominal Ratio
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
Phone: (605) 225-0360
Fax: (605) 225-0567
MAX-POWER
™
Spiral Bevel Reducers & Parallel Shafts
Parallel Shaft Reducer Table Of Actual Ratios I25 SINGLE Nominal Ratio
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 Nominal Ratio
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 Nominal Ratio
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
E-mail:
[email protected]
Web: www.footejones.com
I
MAX-POWER
™
Spiral Bevel Reducers & Parallel Shafts
I26 Parallel Shaft Reducer WK 2 Values SINGLE REDUCTION Unit Size Nominal Ratio
0701
0801
0901
1001
1101 1201
1301 1401
1501 1601
1701 1801
1901 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
1302 1402
1502 1602
1702 1802
1902 2002
2102 2252
2402 2502
26.00
58.80
88.00
–
–
DOUBLE REDUCTION Unit Size Nominal Ratio
0702
0802
0902
1002
1102 1202
7.59
0.50
1.10
1.80
2.80
7.30
14.75
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
1303 1403
1503 1603
1703 1803
1903 2003
2103 2253
2403 2503
TRIPLE REDUCTION Unit Size Nominal Ratio
0703
0803
0903
1003
1103 1203
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 INERTIA APPROXIMATE WK2 REFERRED TO INPUT SHAFT LB. FT.2 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
Phone: (605) 225-0360
Fax: (605) 225-0567
MAX-POWER
™
Spiral Bevel Reducers & Parallel Shafts
Parallel Shaft Reducer Overhung Load Capacity I27 OUTPUT SHAFT Overhung Load Capacity at Nominal Output RPM ◆ Output RPM
0700
0800
0900
1000
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
Output RPM
1200
1300 ➀
1400
1500 ➀
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
1100 ➀
56
20600
9650
29700
11700
35200
45 & Lower
20600
10400
29700
13900
35200
Output RPM
1700 ➀
1800
1900 ➀
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
C O N S U L T
F A C T O R Y
◆ 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.
E-mail:
[email protected]
Web: www.footejones.com
I
MAX-POWER
™
Spiral Bevel Reducers & Parallel Shafts
I28 Parallel Shaft Reducer Overhung Load Capacity SINGLE REDUCTION Input Shaft at 1750 RPM ◆ Nominal Ratio
0701
0801
0901
1001
1101 1201
1301 1401
1501 1601
1701 1801
1901 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
0902
1002
1102 1202
1302 1402
1502 1602
1702 1802
1902 2002
DOUBLE REDUCTION Nominal Ratio
0702
0802
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
TRIPLE REDUCTION Nominal Ratio
0703
0803
0903
1003
1103 1203
1303 1403
1503 1603
1703 1803
1903 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
◆ 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
Phone: (605) 225-0360
Fax: (605) 225-0567
MAX-POWER
™
Spiral Bevel Reducers & Parallel Shafts
Parallel Shaft Reducer Overhung Load Capacity I29 SINGLE REDUCTION Input Shaft at 1170 RPM ◆ Nominal Ratio
0701
0801
0901
1001
1101 1201
1301 1401
1501 1601
1701 1801
1901 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
DOUBLE REDUCTION Nominal Ratio
0702
0802
0902
1002
1102 1202
1302 1402
1502 1602
1702 1802
1902 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
TRIPLE REDUCTION Nominal Ratio
0703
0803
0903
1003
1103 1203
1303 1403
1503 1603
1703 1803
1903 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
◆ 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
E-mail:
[email protected]
Web: www.footejones.com
I
MAX-POWER
™
Spiral Bevel Reducers & Parallel Shafts
I30 Parallel Shaft Reducer Overhung Load Capacity SINGLE REDUCTION Input Shaft at 870 RPM ◆ Nominal Ratio
0701
0801
0901
1001
1101 1201
1301 1401
1501 1601
1701 1801
1901 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
0902
1002
1102 1202
1302 1402
1502 1602
1702 1802
1902 2002
DOUBLE REDUCTION Nominal Ratio
0702
0802
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
TRIPLE REDUCTION Nominal Ratio
0703
0803
0903
1003
1103 1203
1303 1403
1503 1603
1703 1803
1903 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
◆ 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.
Phone: (605) 225-0360
Fax: (605) 225-0567
MAX-POWER
™
Spiral Bevel Reducers & Parallel Shafts
Parallel Shaft Reducer Overhung Load Capacity I31 SINGLE REDUCTION Input Shaft at 580 RPM ◆ Nominal Ratio
0701
0801
0901
1001
1101 1201
1301 1401
1501 1601
1701 1801
1901 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
DOUBLE REDUCTION Nominal Ratio
0702
0802
0902
1002
1102 1202
1302 1402
1502 1602
1702 1802
1902 2002
7.59
660
750
1730
2600
1700
9.30
770
840
1900
2800
1900
✤
✤
2310
7970
✤
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
TRIPLE REDUCTION Nominal Ratio
0703
0803
0903
1003
1103 1203
1303 1403
1503 1603
1703 1803
1903 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
◆ 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.
E-mail:
[email protected]
Web: www.footejones.com
I
MAX-POWER
™
Spiral Bevel Reducers & Parallel Shafts
I32 Parallel Shaft Reducer Dimensions SINGLE REDUCTION (HLE)
For Reference Only. Use certified prints for construction purposes. All dimensions given are in inches.
Phone: (605) 225-0360
Fax: (605) 225-0567
MAX-POWER
™
Spiral Bevel Reducers & Parallel Shafts
Parallel Shaft Reducer Dimensions I33 SINGLE REDUCTION (HLE) Reducer Size
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 1201
36.88
14.56
12
27.25
13.75
30.25
3.00
10.00
6.00
8.25
5.50
4.75
1301 1401
42.62
17.06
14
31.25
15.75
36.00
3.25
11.50
7.50
10.50
6.00
5.75
1501 1601
47.75
19.12
16
36.62
18.00
41.50
3.75
13.62
8.25
12.12
7.00
6.88
1701 1801
55.00
21.88
18
39.62
20.00
46.25
5.25
15.00
9.25
13.50
8.00
7.25
1901 2001
59.50
23.50
20
44.38
23.00
49.00
5.25
15.75
9.75
13.00
8.25
8.62
Reducer Size
H
J
K
L
M
N
O
P
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 1201
9.00
2.00
15.50
6.38
1.38
8.50
5.50
1.25
5.00
1.25 x .62
8.50
8.75
1301 1401
12.25
2.25
17.50
7.38
1.38
9.50
5.50
1.25
6.00
1.50 x .75
9.75
10.00
1501 1601
13.62
2.50
19.25
8.00
1.62
10.25
5.75
1.50
6.50
1.50 x .75
10.50
10.75
1701 1801
15.00
2.75
22.00
9.12
1.88
12.50
6.75
1.75
7.25
1.75 x .62
11.38
11.62
1901 2001
15.62
3.00
23.50
9.62
2.12
13.50
7.88
2.00
7.75
2.00 x .75
11.75
12.12
Low Speed Shaft Q➀ Key Seat
H.S. Shafts For Ratios 1.837 - 3.375 4.134 - 7.594 Z➀ Key Seat Z➀ Key Seat
Reducer Size
T
U
V
W
X
Y
Approximate 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 1201
17.50
8.75
8.88
17.25
8.50
8.25
3.38
.88 x .44
2.50
.62 x .31
1700
1301 1401
19.75
10.00
10.00
19.00
9.25
9.00
3.75
1.00 x .50
3.00
.75 x .38
2200
1501 1601
21.50
10.88
10.88
21.50
10.75
10.50
4.50
1.25 x .62
3.25
.75 x .38
3600
1701 1801
24.25
12.50
12.38
24.00
11.38
11.00
5.00
1.25 x .62
4.00
1.00 x .50
4900
1901 2001
25.50
13.50
13.25
25.00
11.62
11.25
5.62
1.50 x .75
4.00
1.00 x .50
6550
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”
E-mail:
[email protected]
Web: www.footejones.com
I
MAX-POWER
™
Spiral Bevel Reducers & Parallel Shafts
I34 Parallel Shaft Reducer Dimensions DOUBLE & TRIPLE REDUCTION (HLE)
For Reference Only. Use certified prints for construction purposes. All dimensions given are in inches.
Phone: (605) 225-0360
Fax: (605) 225-0567
MAX-POWER
™
Spiral Bevel Reducers & Parallel Shafts
Parallel Shaft Reducer Dimensions I35 DOUBLE & TRIPLE REDUCTION (HLE) Reducer Size Double 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 1202
1103 1203
42.25
14.00
20.00
26.56
13.75
33.25
1.62
15.00
7.12
7.88
5.75
8.00
8.00
1302 1402
1303 1403
48.50
16.25
23.00
30.88
15.75
38.00
2.00
17.00
8.00
9.00
6.75
9.25
8.50
1502 1602
1503 1603
54.50
18.50
26.00
35.38
18.00
43.50
2.25
19.50
8.75
10.75
8.00
9.50
10.00
1702 1802
1703 1803
62.50
20.62
30.00
38.88
20.00
50.25
2.25
23.50
10.00
12.25
9.00
12.25
11.00
1902 2002
1903 2003
70.25
23.25
34.00
43.88
23.00
56.75
2.50
26.25
11.50
14.00
10.00
13.75
13.00
DOUBLE & TRIPLE REDUCTION Reducer Size Double Triple
Low Speed Shaft Q➀ Keyseat
J
K
L
M
N
O
P
R
S
T
U
8.62
1.00
3.00
.75 x .38
4.62
5.19
12.12
6.88
0702
0703
1.38
13.25
5.38
1.25
6.50
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 1202
1103 1203
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
10.06
1302 1402
1303 1403
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
11.44
1502 1602
1503 1603
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
12.69
1702 1802
1703 1803
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
14.62
1902 2002
1903 2003
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
16.19
Reducer Size Double Triple
Double Triple V
W
Double Reduction High Speed Shaft X Y Z➀ Keyseat
Triple Reduction High Speed Shaft Y Z➀ Keyseat
Approx. Wt/Lbs Double Triple Red. (02) Red. (03)
W
X
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
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 1202
1103 1203
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
2050
1302 1402
1303 1403
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
2970
1502 1602
1503 1603
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
4100
1702 1802
1703 1803
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
5850
1902 2002
1903 2003
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
8150
550
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”
E-mail:
[email protected]
Web: www.footejones.com
I
MAX-POWER
™
Spiral Bevel Reducers & Parallel Shafts
I36 Parallel Shaft Reducer Dimensions DOUBLE & TRIPLE REDUCTION (HLE)
DOUBLE & TRIPLE REDUCTION Unit Size Double Triple
AB
AD
AE
B
C
D
E
F
G
J
K
2102 2252
2103 2253
26.50
47.25
23.50
5.12
21.50
10.00
13.00
8.00
4.00
3.00
33.25
2402 2502
2403 2503
28.50
54.75
27.25
5.00
24.25
10.75
13.50
6.00
3.00
3.25
36.50
R
S
T
U
V
DOUBLE & TRIPLE REDUCTION Unit Size Double Triple
L
M
N
O
P
Low Speed Shaft Q Keyseat
2102 2252
2103 2253
14.12
2.50
20.62
9.50
2.25
9.00
2.50 x .88
16.50
16.75
35.00
17.50
17.00
2402 2502
2403 2503
15.75
2.50
25.00
10.00
2.25
9.75
2.50 x .88
16.75
17.50
38.00
20.50
19.62
Double Reduction Reducer Size Double Triple
AA
AC
A
H
W
X
Y
Triple Reduction High Speed Shaft Z Keyseat
AA
AC
A
H
W
X
Y
Approx. Wt. High Speed Double Triple Shaft Red. Red. Z Keyseat (02) (03)
2102 2252
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 2253
11550 13200
2402 2502
2403 2503
14850 15400
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
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.
Phone: (605) 225-0360
Fax: (605) 225-0567
MAX-POWER
™
Spiral Bevel Reducers & Parallel Shafts
Parallel Shaft Reducer Dimensions I37 COOLING FAN Fan Cooling Multipliers Fan cooling increases the thermal capacity of non-ventilated units. Use multipliers to determine capacities attainable with one or two fans. Heat exchangers are to be used where thermal capacity exceeds the fan cooling range.
Input RPM
1750
1170
One fan on power input extension
1.50
1.30
One fan opposite to power input extension
1.75
1.45
Two fans
2.50
2.00
I
Reducer Size 0701
AA 23.12
Single Reduction AF AG AH AK 8.75
3.00
3.31
1.88
T 11.75
Reducer Size
AA
AF
Double Reduction AG AH AK
T
Reducer Size
AA
0702
26.00
9.12
1.75
2.81
0802
29.50
9.88
2.50
32.00 36.50
11.12 12.38
Triple Reduction AF AG AH AK
6.88
12.12
0703
–
–
–
–
–
–
2.81
8.88
13.75
0803
–
–
–
–
–
–
2.62 2.53
3.00 3.88
9.00 9.50
15.00 17.00
0903 1003
–
–
–
–
–
–
–
–
–
–
–
T
0801
25.88
3.38
3.94
2.00
13.25
0902 1002
0901
28.38 10.69 3.56
3.94
3.00
14.50
1102 1202
42.25
13.25
3.50
3.88
12.50 18.81
1103 1203
–
1001
31.38 11.12 4.38
4.75
2.50
15.50
1302 1402
48.50
15.00
3.75
4.50
14.50 21.38
1303 1403
48.50
14.12 3.38
3.75 17.00 21.38
1101 1201
36.88 12.56 4.69
5.12
3.25
17.50
1502 1602
54.50
16.25
4.12
4.50
17.50 23.62
1503 1603
54.50
15.38 3.38
3.75 20.00 23.62
1301 1401
42.62 14.31 4.69
6.44
3.50
19.75
1702 1802
62.50
18.81
4.81
5.38
19.50 27.25
1703 1803
62.50
17.50 3.88
5.12 22.50 27.25
1501 1601
47.75 15.44 6.06
6.44
5.50
21.50
1902 2002
70.25
20.19
4.94
5.38
23.50 29.38
1903 2003
70.25
18.88 4.75
5.12 26.50 29.38
1701 1801
55.00 17.50 6.50
7.00
6.00
24.25
2102 2252
83.00
24.69
5.69
6.88
23.12 35.00
2103 2253
90.25
23.38 3.38
7.00 36.38 35.00
1901 2001
58.00 18.38 6.62
7.00
8.00
25.50
2402 2502
90.50
25.75
6.12
6.88
27.62 38.00
2403 2503
100.25 24.50 4.50
7.00 42.88 38.00
9.88
For Reference Only. Use certified prints for construction purposes. All dimensions given are in inches.
E-mail:
[email protected]
Web: www.footejones.com
MAX-POWER
™
Spiral Bevel Reducers & Parallel Shafts
I38 Parallel Shaft Reducer Vertical Style
SELECTION These reducers may be selected using the Parallel Horsepower Rating Tables.
BEARINGS Longer bearing life/oversize heavy-duty tapered roller bearings exceed industry standards.
COMPACT DESIGN Space-saving, compact design allows reducer to be installed into right areas, yet permits easy accessibility for service.
LUBRICATION A rotary, positive displacement, self-priming pump delivers oil to the proper upper bearings. For VERTICAL SHAFT DOWN applications, the low speed bearing is grease lubricated.
DRY WELL CONSTRUCTION Prevents leakage of oil at low speed shaft of the reducer. ACCEPTS STANDARD MOTOR Motor is mounted to reducer by means of an adapter. Reducer accepts a standard NEMA “C” Flange motor coupled to the reducer by using a standard flexible coupling.
Phone: (605) 225-0360
OIL FLOW INDICATOR A prominently mounted indicator gives instant assurance of adequate lubricant circulation. As an optional feature, an electrical switch can be incorporated to actuate an alarm in the event of low oil flow.
Fax: (605) 225-0567
MAX-POWER
™
Spiral Bevel Reducers & Parallel Shafts
Parallel Shaft Reducer Dimensions I39 VERTICAL DOUBLE & TRIPLE REDUCTION (VHLE)
I DOUBLE & TRIPLE REDUCTION Reducer Size
AA
AB
AC
A
B
C
D
E
F
G
H
J
K
L
M
N
P
Low Speed Shaft Q Keyseat
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 1202-1203
R
S
8.25
8.69
T
U
AK
18.75 23.00 10.75
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 12.00 1402-1403 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 13.25 1602-1603 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 15.75 1802-1803
Reducer Size
AD
AE AF
AG
AH
Double Reduction High Speed Shaft AJ X Y Z Keyseat
Triple Reduction
AH
AJ
X
Y
25.56
SPECIFY MOTOR
25.38
5.75
4.81
4.25
1.50
.38 x .19
2500
.75 x .38
29.50
SPECIFY MOTOR
28.06
5.75
6.25
6.00
2.00
.50 x .25
3500
7.31 3.00
.75 x .38
32.00
SPECIFY MOTOR
30.56
7.62
6.25
5.75
2.00
.50 x .25
4600
8.88 3.50
.88 x .44
37.12
SPECIFY MOTOR
34.75
8.75
7.12
6.62
2.25
.50 x .25
6300
1102-1103 27.50 1202-1203
SPECIFY MOTOR
25.88 5.75 6.75
6.25 2.50
.62 x .31
1302-1303 30.75 1402-1403
SPECIFY MOTOR
28.00 5.75 7.50
7.25 3.00
1502-1503 33.62 1602-1603
SPECIFY MOTOR
31.25 7.62 7.88
1702-1703 39.38 1802-1803
SPECIFY MOTOR
35.12 8.25 9.38
AD
AE
AF
AG
High Speed Shaft Z Keyseat
Weights
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”
E-mail:
[email protected]
Web: www.footejones.com
MAX-POWER
™
Spiral Bevel Reducers & Parallel Shafts
I40 Parallel Shaft Reducer MEDIUM SPEED SINGLE REDUCTION (HLEM) The HLEM reducer is designed for increased thermal horsepower capacity for pitch line velocities above 2800 FPM. HLEM Units are defined as those having a Pitch Line Velocity from 2800 to 4000 FPM. For pitch line velocities over 2800 FPM or speeds above 1750 RPM, refer to Foote-Jones for selection information.
H.S. Shaft RPM
1750
The dimensions shown below illustrate the shaft driven pump located opposite the low speed shaft extension. This location is the most common and typical for HLEM units. However, dependent on shaft speeds, the pump may be located opposite the H.S. shaft extension.
0801
Unit Size 1101 0901 1001 1201
1301 1501 1701 1901 1401 1601 1 8 0 1 2 0 0 1
123
135
160
183
224
261
–
–
125
136
163
185
229
267
299
–
–
127
138
166
189
234
275
310
352
369
Nominal Ratio
0701
1.837 2.250 2.756 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
223
268
317
387
461
551
656
705
2.756 1170
–
236
271
321
394
386
554
662
747
4.134
3.375 –
–
–
–
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. 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 RPM 1 + Ratio PLV . . . . . . . . . . . . . . . . . . . .FPM “AC” . . . . . . . . . . . . . . . . . . . .Dimensions RPM . . . . . . . . . . . . . . . . . . . .Speed of Highest Input or Output
For Reference Only. Use certified prints for construction purposes. All dimensions given are in inches.
Phone: (605) 225-0360
Fax: (605) 225-0567
MAX-POWER
™
Spiral Bevel Reducers & Parallel Shafts
Parallel Shaft Reducer I41 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 1201
35.00
14.00
12.00
31.88
19.00
30.00
2.00
16.50
9.50
1.25
1301 1401
41.00
16.00
14.00
34.88
20.50
35.50
2.75
19.50
10.50
1.25
1501 1601
45.75
17.75
16.00
37.88
22.00
39.75
2.75
22.25
12.00
1.50
1701 1801
52.00
20.50
18.00
42.38
24.00
45.00
3.50
24.50
13.50
1.75
1901 2001
56.50
22.00
20.00
45.88
26.00
49.50
4.00
27.00
14.50
2.00
Reducer Size
K
L
M
N
P
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 1201
20.00
8.75
1.25
12.00
1.25
5.00
1.25 x .62
8.50
8.75
17.50
13.25
1301 1401
22.00
9.75
1.25
14.00
1.25
6.00
1.5 x .75
9.75
10.00
19.75
13.75
1501 1601
24.75
10.88
1.50
14.75
1.50
6.50
1.5 x .75
10.50
10.75
21.50
15.00
1701 1801
28.50
12.50
1.75
17.50
1.75
7.25
1.75 x .62
11.38
11.62
24.25
16.50
1901 2001
31.50
13.75
2.00
19.50
2.00
7.75
2.0 x .75
11.75
12.12
25.50
17.50
Approx. Weight
Sump Cap. Gallons
Low Speed Shaft Q Keyseat
High Speed Shaft For Ratios 1.837 - 3.375 4.134 - 7.594 Z Keyseat Z Keyseat
Reducer Size
V
W
X
Y
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 1201
8.88
17.25
8.50
8.25
3.38
.88 x .44
2.50
.62 x .31
1850
11.5
1301 1401
10.00
19.00
9.25
9.00
3.75
1.0 x .50
3.00
.75 x .38
2450
14.5
1501 1601
10.88
21.50
10.75
10.50
4.50
1.25 x .62
3.25
.75 x .38
3850
18.0
1701 1801
12.38
24.00
11.38
11.00
5.00
1.25 x .62
4.00
1.0 x .50
5400
22.0
1901 2001
13.25
25.00
11.62
11.25
5.62
1.5 x .75
4.00
1.0 x .50
7100
25.0
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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Spiral Bevel Reducers & Parallel Shafts
I42 Parallel Shaft Reducer BACKSTOP CLUTCH Sprag-type backstops are available for all sizes of parallel shaft speed reducers. They grip positively to prevent reverse rotation with minimum backlash. The backstop is mounted on an extension of the high speed shaft, and is enclosed in its 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 dotted lines on the input shaft extension. When two cooling fans are required in addition to a backstop, refer to your FOOTE-JONES Sales Representative.
Notes: “X” dimension must be checked to determine if there will be any interference between the backstop and a coupling or sprocket mounted on the low speed shaft extension. “L” dimensions shown do not include fan on backstop shaft extension. Refer to your FOOTE-JONES Representative for this option.
BACKSTOP CLEARANCE DIMENSIONS HLE SINGLE REDUCTION Reducer Size
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
HLE DOUBLE & TRIPLE REDUCTION Reducer Size
0702 0703
0802 0803
0902 0903
1002 1003
1102 1103
1202 1203
1302 1303
1402 1403
1502 1503
1602 1603
1702 1703
1802 1803
1902 1903
2002 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
BACKSTOP DIMENSIONS Backstop 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
For Reference Only. Use certified prints for construction purposes. All dimensions given are in inches.
Phone: (605) 225-0360
Fax: (605) 225-0567
MAX-POWER
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Spiral Bevel Reducers & Parallel Shafts
Parallel Shaft Reducer I43 BACKSTOP CLUTCH
CLEARANCE DIMENSIONS Reducer Size
A
B
C 8.88
0702 & 0703
9.62
9.00
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
The housing dimensions shown above are for reference in detailing applications such as KILN drives where the clearance at the low speed end of the reducer is critical.
For Reference Only. Use certified prints for construction purposes. All dimensions given are in inches.
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Spiral Bevel Reducers & Parallel Shafts
I44 Spiral Bevel Reducer Design Advantages 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 several gear 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.
Phone: (605) 225-0360
Fax: (605) 225-0567
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Spiral Bevel Reducers & Parallel Shafts
Spiral Bevel Reducer Application Data I45 RATING TABLES Horsepower ratings have been calculated on a 1.0 service factor in accordance with current AGMA recommended practice. The tabulations are compiled for easy unit size selection. The tables are organized by input speed and columns headed with ratio and nominal output rpm designation. HP values are at input, torque figures are at output, and allow for efficiency losses. When the required speed falls between two cataloged speeds of a unit for a cataloged ratio, interpolate to determine unit rating. 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 horsepower allowing for efficiency. THERMAL RATINGS Thermal horsepower ratings represent the maximum horsepower that can be transmitted without overheating when a 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, a larger size unit with sufficient thermal capacity must be selected or an external cooling system added. Thermal horsepower ratings are shown in the catalog rating tables. Only transmitted horsepower is subject to thermal horsepower limitations, service factors do not apply. For intermittent service or unusual ambient temperatures, consult your FOOTE-JONES Sales Representative. OVERHUNG LOADS Overhung 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 is particularly true in the higher output speed ranges where the bearings limit the overhung load capacity. STYLE 1 reducers are generally intended for applications where the connected load is direct-coupled to the reducer output shaft. For applications involving overhung loads, STYLE 4 reducers are usually required, and these applications should be carefully reviewed. When greater capacity is desired, contact your FOOTE-JONES Sales Representative with complete application data including direction of rotation and side load.
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 SPEEDS Operate 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. Also specify reducer operating speeds on orders to insure proper lubrication. Variable or Multi-Speed Applications It is essential that all orders indicate maximum and minimum speeds as well as the duty cycle, as modifications to the lubrication system may be required. This is particularly important for units with a built-in oil pump. For input speeds above 1750 rpm or below 100 rpm, consult your FOOTE-JONES Sales Representative. FORMULAS 1. Torque HP x 63025 T= N 2. Horsepower TxN HP = 63025 3. Overhung Load HP x 63025 x K TxK P= or NxR R FACTORS All factors must be determined at shaft under study. HP T P N R
= = = = =
Transmitted horsepower Torque in inch pounds Equivalent overhung load in pounds RPM of shaft Pitch radius in inches of sprocket, pinion, sheave, or pulley K = Overhung load factors Sprocket (single or multiple strand) . . . .1.00 Spur Pinion . . . . . . . . . . . . . . . . . . . . . .1.25 V-Belt sheave . . . . . . . . . . . . . . . . . . . . .1.50 Flat belt pulley . . . . . . . . . . . . . . . . . . . .2.50
Calculated overhung load for shafts must not exceed the permissible overhung load capacity listed in the ratings tables for the reducer size, type, ratio and rpm selected. The permissible overhung loads shown in the rating tables are 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
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I46 Spiral Bevel Reducer Application Data SELECTION PROCEDURE Step 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 FOOTEJONES Sales Representative for backstop selection. Other accessories, such as bases, are also available.
STANDARD ASSEMBLY DIAGRAMS
BHE CODE
1 (LC)
2 (RC)
3 (LCC)
4 (RCC)
5 (LC-RCC)
6 (RC-LCC)
VBHE CODE
1 (UCC)
Phone: (605) 225-0360
2 (DC)
3 (UCC-DC)
Fax: (605) 225-0567
MAX-POWER
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Spiral Bevel Reducers & Parallel Shafts
Spiral Bevel Reducer Ratings I47 1750 RPM INPUT DOUBLE REDUCTION (@ 1.0 S.F.) 0702 Nom. Ratio
Output RPM
7.59 9.30 11.39 13.95
0802
0902
1002
1102
MHp
THp
Tq
MHp
THp
Tq
MHp
THp
Tq
MHp
THp
Tq
230
120
30
31.4
164
45
43.5
228
53
60.4
313
70
82.2
400
95
105
500
95
131
188
81.8
31
26.5
125
45
40.6
166
55
53.5
239
75
76
313
100
102
376
100
120
154
80
31
31.7
120
46
47.7
157
57
62.6
225
75
88.6
278
105
109
350
105
137
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
Nom. Ratio
Output RPM
MHp
THp
Tq
MHp
THp
Tq
MHp
THp
Tq
MHp
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
Nom. Ratio
Output RPM
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
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
38.44
45
350
320
463
375
320
498
450
375
606
500
375
681
600
414
1302
1402
1902
1502
2002
1602
2102 MHp
THp
MHp
THp
MHp
THp
Tq
MHp
1702 Tq
MHp
2252 Tq
THp
1202
THp
MHp
THp
Tq
1802 Tq
MHp
2402 Tq
THp
THp
Tq
2502 Tq
MHp
THp
Tq
875
875
401
964
813
630
414
852
CONSULT FACTORY 313
668
1630
313
778
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.)
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Spiral Bevel Reducers & Parallel Shafts
I48 Spiral Bevel Reducer Ratings 1750 RPM INPUT TRIPLE REDUCTION (@ 1.0 S.F.) 0703
0803
0903
1003
1103
1203
Nom. Ratio
Output RPM
MHp
THp
Tq
MHp
31.39
56
33.5
–
34.6
53.6
–
57.4
70
38.44
45
31.3
–
41
45
–
58.4
53.2
47.08
37
23.8
–
37.4
37.5
–
60.5
50
57.66
30
20
–
38.4
31.3
–
60.7
37.9
70.62
25
16.2
–
38.2
26.3
–
62.8
33
–
86.50
20
13.2
–
38.6
20
–
58.3
26.3
–
105.9
16.5
9.4
–
33.9
16.2
–
58.7
20
–
129.7
13.5
7.8
–
33.8
13.4
–
58.6
15.8
–
158.9
11
6.4
–
34
10.7
–
57.9
13.2
194.6
9
5.3
–
34.3
7.9
–
51.9
9.4
238.4
7.4
4
–
31.7
6
–
48
7.7
Nom. Ratio
Output RPM
MHp
THp
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
Nom. Ratio
Output RPM
MHp
THp
Tq
MHp
THp
Tq
MHp
THp
Tq
MHp
THp
Tq
MHp
THp
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
1303
THp
Tq
MHp
1403 Tq
MHp
1903
THp
THp
Tq
MHp
THp
–
75.4
93.9
90
–
71.3
80
–
–
79.6
64.5
–
–
74.7
53.4
–
79
45
77.1
37.5
71.2 69.8
– – –
MHp
THp
100
132
119
104
105
–
103
90
–
105
71.2
–
–
106
60
–
109
50
27.8
–
99.3
37.5
–
135
45
–
162
23.5
–
100
31.3
–
135
38
–
164
71.9
19.1
–
101
26.3
–
138
31.5
–
165
62.6
15.9
–
102
21
–
137
26.3
–
172
62.5
11.6
–
93.2
15.4
–
122
18.8
–
149
1503 Tq
MHp
2003
THp
Tq
1603 Tq
MHp
2103
THp
Tq
MHp
THp
141
159
120
169
137
125
–
165
144
113
–
181
139
87.5
–
172
–
145
71.2
–
171
–
147
60
–
176
1703 Tq
MHp
2253
THp
Tq
1803 Tq
MHp
2403
THp
Tq
2503 Tq
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.)
Phone: (605) 225-0360
Fax: (605) 225-0567
MAX-POWER
™
Spiral Bevel Reducers & Parallel Shafts
Spiral Bevel Reducer Ratings I49 1170 RPM INPUT DOUBLE REDUCTION (@ 1.0 S.F.) 0702
0802
0902
1002
1102
1202
Nom. Ratio
Output RPM
MHp
THp
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
Nom. Ratio
Output 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
Tq
MHp
1302
THp
Tq
MHp
1402
THp
Tq
MHp
1502
THp
Tq
MHp
1602
THp
Tq
MHp
1702
THp
Tq
1802
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
Nom. Ratio
Output RPM
MHp
THp
Tq
MHp
THp
Tq
7.59
154
1260
476
495
1400
476
550
9.30
125
1050
500
503
1130
500
11.39
102
900
500
529
993
13.95
84
700
525
499
750
17.09
68
637
525
553
708
525
615
834
600
730
910
20.93
56
477
–
503
525
–
553
626
613
669
700
25.63
45
350
–
457
378
–
493
503
–
653
600
31.39
37
316
–
505
350
–
561
438
–
705
500
38.44
30
237
–
468
263
–
523
313
–
631
350
1902
2002
2102
2252
2402
MHp
THp
Tq
MHp
THp
Tq
MHp
543
1410
563
680
1640
563
791
500
584
1230
563
721
1290
563
759
525
536
1000
573
724
1200
573
874
1250
600
801
1070
613
756
800
–
776
634
–
809
563
–
712
404
THp
2502 Tq
MHp
THp
Tq
CONSULT FACTORY 675
896
1250
675
885
675
934
700
873
1200
675
1040
875
700
961
– –
838
631
–
852
908
613
–
986
–
819
450
–
911
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.)
E-mail:
[email protected]
Web: www.footejones.com
I
MAX-POWER
™
Spiral Bevel Reducers & Parallel Shafts
I50 Spiral Bevel Reducer Ratings 1170 RPM INPUT TRIPLE REDUCTION (@ 1.0 S.F.) 0703
0803
0903
1003
1103
1203
Nom. Ratio
Output RPM
MHp
THp
Tq
MHp
THp
Tq
MHp
THp
Tq
MHp
THp
Tq
MHp
THp
31.39
37
25.0
–
41.2
37.5
–
60.3
47.5
–
76.5
64.7
–
103
90.0
–
38.44
30
20.6
–
40.8
31.3
–
61.6
37.5
–
75.1
55.4
–
108
71.8
–
47.08
25
16.2
–
38.2
25.0
–
60.3
32.9
–
78.4
45.0
–
108
62.5
57.66
20
13.5
–
38.6
21.0
–
60.9
26.3
–
77.8
37.5
–
110
50.0
70.62
16.5
11.3
–
40.0
17.5
–
62.6
22.5
–
80.1
31.3
–
110
86.50
13.5
9.0
–
39.2
13.5
–
58.6
17.6
–
77.1
25.0
–
109
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
Nom. Ratio
Output RPM
MHp
THp
31.39
37
139.0
–
220 163.0
–
259 200.0
–
320 225.0
–
361 280.0
–
38.44
30
113.0
–
221 120.0
–
239 157.0
–
311 167.0
–
332 225.0
–
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
4.9
16.4
–
197
20.0
–
240
25.0
–
296
27.9
–
331
35.0
–
418
40.0
–
482
1303
238.4
1403 Tq
MHp
1903
THp
1503 Tq
MHp
2003
THp
THp
Tq
143 113.0
–
180
140
87.5
–
170
–
150
75.2
–
180
–
146
60.0
–
176
40.0
–
145
50.0
–
179
33.4
–
147
40.9
–
180
1603 Tq
MHp
2103
THp
Tq
MHp
1703 Tq
MHp
2253
THp
1803 Tq
MHp
THp
Tq
451 331.0
–
534
446 264.0
–
523
2403
2503
Nom. Ratio
Output RPM
MHp
THp
Tq
MHp
THp
Tq
MHp
THp
Tq
MHp
THp
Tq
31.39
37
400
–
642
450
–
718
537
–
860
625
–
1005
712
–
38.44
30
316
–
622
375
–
733
450
–
884
503
–
991
613
–
47.08
25
265
–
646
300
–
732
355
–
857
400
–
956
500
–
57.66
20
219
–
661
250
–
755
313
–
930
350
–
1030
409
–
70.62
16.5
188
–
675
206
–
741
250
–
896
271
–
971
330
86.50
13.5
157
–
698
175
–
769
202
–
893
225
–
1000
263
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
MHp
THp
Tq
MHp
THp
Tq
1138
800
714
1271
1199
647
–
1260
1200
538
–
1280
1200
450
–
1310
–
1180
375
–
1340
–
1110
279
–
1200
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.)
Phone: (605) 225-0360
Fax: (605) 225-0567
MAX-POWER
™
Spiral Bevel Reducers & Parallel Shafts
Spiral Bevel Reducer Ratings I51 870 RPM INPUT DOUBLE REDUCTION (@ 1.0 S.F.) 0702
0802
0902
1002
1102
1202
Nom. Ratio
Output RPM
MHp
THp
Tq
7.59
115
62.5
–
9.30
94
45
–
11.39
76
43.8
–
35.1
62.5
–
13.95
62
30
–
29.6
45.3
–
17.09
51
27.3
–
32.2
37.5
–
20.93
42
20.7
–
30.2
31.3
–
25.63
34
15.3
–
27.1
23.3
–
41.5
31.3
31.39
28
13.2
–
28.8
20
–
43.1
26.3
38.44
23
10.5
–
27.7
16.2
–
42.4
21.3
–
Nom. Ratio
Output RPM
MHp
THp
Tq
MHp
THp
7.59
115
350
–
183
407
375
9.30
94
263
–
170
300
–
11.39
76
233
–
190
273
–
13.95
62
175
–
176
203
–
17.09
51
159
–
191
188
20.93
42
125
–
185
143
25.63
34
94
–
169
31.39
28
82
–
178
38.44
23
65
–
173
Nom. Ratio
Output 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
–
–
–
–
–
–
–
–
–
–
–
–
MHp
THp
Tq
MHp
THp
Tq
MHp
THp
Tq
MHp
THp
Tq
MHp
THp
Tq
32.9
90
–
48.1
125
–
66.3
167
–
88.3
228
–
120
282
–
149
29.3
65.6
–
42.7
90
–
58.5
132
–
84.5
165
–
108
204
–
134
50.1
81
–
64.6
114
–
90
157
–
124
200
–
158
44.2
62.5
–
61.6
90
–
86.4
117
–
115
142
–
140
45.1
50
–
59
75
–
87.6
107
–
125
138
–
161
45.9
43.8
–
63.7
62.6
–
88.7
81.7
–
119
100
–
146
–
55.4
46.1
–
81.6
62.5
–
109
75
–
133
–
57.1
35
–
74.2
52.5
–
114
66
–
144
56.3
31.7
–
83.7
41.3
–
109
50
–
132
1302
1402
1502 MHp
THp
218
500
471
199
359
–
229
350
–
205
263
–
–
224
232
–
213
178
113
–
205
95
–
207
80
–
213
1902
Tq
1602 MHp
THp
270
574
471
237
438
–
286
400
–
257
300
–
–
281
279
–
263
207
138
–
245
125
–
272
100
–
262
2002
Tq
1702 MHp
THp
309
750
626
289
532
–
326
502
–
293
375
–
–
338
356
–
305
265
157
–
280
150
–
325
113
–
297
2102
Tq
1802 MHp
THp
393
875
626
459
344
625
–
404
402
586
–
468
371
450
–
443
–
420
415
–
489
–
385
313
–
454
200
–
353
229
–
405
188
–
409
225
–
489
136
–
359
158
–
418
2252
Tq
2402
Tq
2502
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
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.)
E-mail:
[email protected]
Web: www.footejones.com
I
MAX-POWER
™
Spiral Bevel Reducers & Parallel Shafts
I52 Spiral Bevel Reducer Ratings 870 RPM INPUT TRIPLE REDUCTION (@ 1.0 S.F.) 0703
0803
0903
1003
1103
1203
Nom. Ratio
Output RPM
MHp
THp
31.39
28
18.8
38.44
23
15.6
47.08
18
57.66
15
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
Nom. Ratio
Output 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
Nom. Ratio
Output 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
Tq
MHp
THp
Tq
MHp
THp
Tq
–
39
27.7
–
41.5
22.9
12.5
–
39.4
10.2
–
39.1
–
60
35.9
–
–
60.6
27.6
–
18.9
–
61.2
25
–
79.7
33.4
–
108
45.3
–
148
56.9
–
183
15.8
–
61.8
20
–
80
27.4
–
109
37.5
–
147
45.3
–
178
1303
1403
1903
MHp
THp
Tq
77.9
50
–
74.5
43.8
–
1503
2003
MHp
THp
Tq
MHp
THp
Tq
107
70
–
150
83.3
–
179
114
54.9
–
144
65.9
–
172
1603
2103
1703
2253
1803
2403
2503
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.)
Phone: (605) 225-0360
Fax: (605) 225-0567
MAX-POWER
™
Spiral Bevel Reducers & Parallel Shafts
Spiral Bevel Reducer Ratings I53 720 RPM INPUT DOUBLE REDUCTION (@ 1.0 S.F.) 0702
0802
0902
1002
1102
1202
Nom. Ratio
Output RPM
MHp
THp
Tq
7.59
95
52.5
–
9.30
77
37.5
–
11.39
63
35.4
13.95
51
25
17.09
42
22.8
20.93
34
17.5
25.63
28
31.39
23
38.44
19
Nom. Ratio
Output 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
Nom. Ratio
Output RPM
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
11.39
63
600
–
572
675
–
645
800
–
769
875
–
835
1000
13.95
51
450
–
521
500
–
580
636
–
745
753
–
888
800
17.09
42
409
–
578
454
–
641
539
–
767
613
–
877
700
20.93
34
313
–
537
350
–
598
405
–
703
450
–
790
525
25.63
28
225
–
476
250
–
529
323
–
680
382
–
804
31.39
23
202
–
525
219
–
571
269
–
706
313
–
824
38.44
19
157
–
505
165
–
533
200
–
658
225
–
746
MHp
THp
Tq
MHp
THp
Tq
MHp
THp
Tq
MHp
THp
Tq
MHp
THp
Tq
33.4
75
–
48.5
105
–
67.7
141
–
90.1
200
–
127
238
–
152
29.5
55.2
–
43.4
75
–
58.9
113
–
87.2
140
–
111
175
–
139
–
34.1
52.5
–
50.9
70
–
67.6
95.3
–
91.1
132
–
126
165
–
158
–
29.8
38
–
44.9
52.5
–
62.5
75.2
–
87.2
100
–
119
120
–
143
–
32.5
31.3
–
45.6
40.9
–
58.3
62.5
–
88.3
90
–
127
120
–
169
–
30.8
26.3
–
46.5
35.7
–
62.7
52.5
–
89.9
70
–
123
84
–
147
13.2
–
28.3
20
–
43
26.3
–
56.2
40
–
85.5
52.5
–
111
63
–
133
10.7
–
28.2
16.3
–
42.6
21.3
–
56.1
30
–
76.7
43.8
–
115
56
–
146
8.8
–
28
13.5
–
42.8
17.8
–
56.8
26.5
–
84.6
35
–
112
44
–
139
1302
1402
1902
1502
2002
1602
2102 MHp
THp
1702
2252 Tq
MHp
THp
1802
2402 Tq
MHp
THp
–
–
2502 Tq –
MHp
THp
Tq
–
–
–
962
1400 1130 1070
–
950
1130
–
1070
–
931
800
–
917
–
998
755
–
1070
–
930
563
–
1000
407
–
876
408
–
896
354
–
930
379
–
994
263
–
867
282
–
927
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.)
E-mail:
[email protected]
Web: www.footejones.com
I
MAX-POWER
™
Spiral Bevel Reducers & Parallel Shafts
I54 Spiral Bevel Reducer Ratings 720 RPM INPUT TRIPLE REDUCTION (@ 1.0 S.F.) 0703
0803
0903
1003
1103
1203
Nom. Ratio
Output RPM
MHp
THp
Tq
MHp
THp
Tq
MHp
THp
Tq
31.39
23
15.7
–
39.4
23.2
–
60.6
31.3
–
38.44
19
13.2
–
42.4
19.1
–
61.2
23.1
–
47.08
15
10.2
–
39.1
15.7
–
61.7
20.8
57.66
12.5
8.8
–
40.8
13.2
–
62.2
16.3
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
Nom. Ratio
Output 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
Nom. Ratio
Output 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
1303
1403
1903
MHp
THp
Tq
MHp
THp
Tq
81.9
41
–
106
56.3
–
75.2
35.5
–
112
46.2
–
–
80.4
27.9
–
109
38.3
–
78.6
23
–
110
31.3
1503
2003
1603
2103
MHp
THp
Tq
146
70
–
182
146
55.5
–
176
–
149
47.6
–
185
–
148
38
–
181
1703
2253
1803
2403
2503
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.)
Phone: (605) 225-0360
Fax: (605) 225-0567
MAX-POWER
™
Spiral Bevel Reducers & Parallel Shafts
Spiral Bevel Reducer Ratings I55 580 RPM INPUT DOUBLE REDUCTION (@ 1.0 S.F.) 0702
0802
0902
1002
1102
1202
Nom. Ratio
Output RPM
MHp
THp
Tq
MHp
THp
Tq
MHp
THp
Tq
MHp
7.59
76
43.8
–
34.6
62.5
–
50.1
87.5
–
69.8
120
–
9.30
62
31.3
–
30.6
45.3
–
44.2
62.5
–
60.9
90
–
11.39
51
30
–
35.9
43.8
–
52.6
55.4
–
66.4
80
–
13.95
42
20.4
–
30.2
31.3
–
45.9
41.9
–
62
62.5
–
17.09
34
18.8
–
33.3
26.3
–
47.5
33.3
–
59
50
–
20.93
28
14.1
–
30.9
21.3
–
46.7
30
–
65.6
43.8
–
25.63
23
10.4
–
27.7
15.9
–
42.4
21.2
–
56.3
31.6
31.39
18
8.8
–
28.6
13.3
–
43
17.5
–
57
23.8
38.44
15
7.1
–
28.2
11.3
–
44.5
15
–
59.4
22.5
–
Nom. Ratio
Output 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
Nom. Ratio
Output 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
–
–
–
–
–
–
–
–
–
–
–
–
1302
1402
1902
1502
2002
THp
Tq
MHp
THp
Tq
MHp
THp
Tq
95.3
158
–
125
200
–
158
86.3
120
–
118
142
–
140
95
113
–
134
136
–
161
90
80.7
–
119
100
–
148
87.7
75
–
132
95
–
166
93.1
55.9
–
122
70
–
153
–
83.7
41.6
–
109
50
–
133
–
75.6
35
–
114
45
–
147
89.1
28.3
–
112
35
–
139
1602
2102
1702
2252
1802
2402
2502
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
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.)
E-mail:
[email protected]
Web: www.footejones.com
I
MAX-POWER
™
Spiral Bevel Reducers & Parallel Shafts
I56 Spiral Bevel Reducer Ratings 580 RPM INPUT TRIPLE REDUCTION (@ 1.0 S.F.) 0703
0803
0903
1003
1103
1203
Nom. Ratio
Output RPM
MHp
THp
Tq
MHp
THp
Tq
31.39
18
13.2
–
41.2
18.9
–
38.44
15
10.6
–
42.2
15.5
–
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
Nom. Ratio
Output 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
Nom. Ratio
Output 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
–
1120
1303
MHp
THp
Tq
MHp
61.2
25
–
81.2
33.5
–
108
45.9
–
148
56.9
–
183
61.8
18.8
–
76
30
–
118
38.1
–
150
45.5
–
179
1403
1903
1503
2003
THp
Tq
MHp
1603
2103
THp
Tq
MHp
1703
2253
THp
Tq
1803
2403
2503
45
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.)
Phone: (605) 225-0360
Fax: (605) 225-0567
MAX-POWER
™
Spiral Bevel Reducers & Parallel Shafts
Spiral Bevel Reducer Ratings I57 100 RPM INPUT DOUBLE REDUCTION (@ 1.0 S.F.) 0702 Nom. Ratio
Output RPM
MHp
THp
0802 Tq
MHp
THp
0902 Tq
MHp
THp
1002 Tq
MHp
THp
1102 Tq
MHp
THp
1202 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
Nom. Ratio
Output RPM
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
–
9.30
11
35
–
196
40
–
220
50
–
287
60
–
344
75
–
11.39
8.8
31.9
–
226
37.7
–
267
46.3
–
329
53.6
–
381
70
13.95
7.2
22.9
–
201
26.9
–
236
33.2
–
283
37.7
–
321
50
17.09
5.9
20.3
–
212
23
–
236
31.3
–
331
37.5
–
394
20.93
4.8
15.8
–
204
18.8
–
242
23
–
297
27
–
346
25.63
3.9
11.9
–
187
15
–
236
17.8
–
275
20.3
–
31.39
3.2
10.2
–
194
11.9
–
226
15.5
–
293
18.8
–
38.44
2.6
8.2
–
189
10
–
231
12.5
–
285
14
–
Nom. Ratio
Output RPM
MHp
THp
Tq
MHp
THp
Tq
7.59
13
139
–
636
157
–
9.30
11
105
–
587
113
–
11.39
8.8
94.4
–
649
105
13.95
7.2
70.3
–
586
80
17.09
5.9
63.8
–
648
70.1
–
712
87.5
–
897
94.3
–
20.93
4.8
50
–
616
53.3
–
657
63.8
–
797
70.4
–
25.63
3.9
35
–
534
37.9
–
578
50
–
760
60
–
31.39
3.2
31.3
–
585
32.5
–
610
41.3
–
780
47.7
–
38.44
2.6
23
–
533
26.3
–
611
31.3
–
737
35
–
1302
1402
1902
1502
2002
1602
2102 MHp
THp
719
–
–
636
150
–
–
725
132
–
–
668
105
–
1702 MHp
THp
Tq
479
120
–
548
428
87.5
–
492
–
488
80
–
555
–
430
60
–
515
47.1
–
483
55
–
564
35
–
443
40.9
–
517
315
26.3
–
404
30
–
461
355
23.5
–
444
27.7
–
524
319
17.5
–
402
20.2
–
464
2252 Tq
MHp
THp
–
–
–
849
179
–
905
139
–
875
120
–
1802
2402 Tq
MHp
THp
–
–
–
1010
202
–
953
163
–
1000
125
–
971
113
890
81.5
909
63.2
903
54.6
832
40
2502 Tq
MHp
THp
Tq
–
–
–
–
1120
219
–
1210
1110
178
–
1210
1040
125
–
1030
–
1160
125
–
1280
–
1040
90
–
1160
–
977
64.2
–
1010
–
1030
60
–
1130
–
950
45
–
1060
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.)
E-mail:
[email protected]
Web: www.footejones.com
I
MAX-POWER
™
Spiral Bevel Reducers & Parallel Shafts
I58 Spiral Bevel Reducer Ratings 100 RPM INPUT TRIPLE REDUCTION (@ 1.0 S.F.) 0703 Nom. Ratio
Output RPM
31.39 38.44 47.08 57.66
0803
MHp
THp
Tq
3.2
2.5
–
2.6
1.91
–
2.1
1.5
1.7
1.25
0903
1003 MHp
THp
1103 Tq
MHp
THp
1203
MHp
THp
Tq
MHp
THp
Tq
Tq
MHp
THp
Tq
45.1
3.5
–
65.9
4.5
–
84.8
6.25
–
117
8.75
–
164
10.5
–
192
44.2
2.82
–
64.9
3.5
–
82
5.25
–
122
7.03
–
161
8.75
–
199
–
41.4
2.31
–
65.1
3.05
–
85.1
4.12
–
116
5.67
–
159
7.06
–
198
–
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
Nom. Ratio
Output 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
Nom. Ratio
Output RPM
31.39 38.44
1303
1403
1903
1503
2003
1603
2103
MHp
THp
Tq
MHp
THp
Tq
MHp
THp
3.2
38
–
713
43.8
–
818
52.9
2.6
31.1
–
717
35.2
–
806
45
47.08
2.1
26.3
–
750
28.4
–
810
33.2
57.66
1.7
20.6
–
728
23.1
–
814
30
70.62
1.4
17.5
–
735
20
–
839
86.50
1.16
14.1
–
734
16
–
821
105.9
.95
11.3
–
714
13.2
–
129.7
.77
9.7
–
739
11.3
–
158.9
.63
7.7
–
720
8.9
194.6
.51
6
–
677
6.5
238.4
.41
4.2
–
585
4.6
–
1703
2253
1803
2403 Tq
MHp
2503
Tq
MHp
THp
THp
Tq
MHp
THp
Tq
–
993
60
–
–
1033
50
–
1129 70.7
–
1322
80
–
1487
1152
–
1374 63.6
–
1449
–
943
37.5
–
–
1010 33.1
–
1060 45.5
–
1280 52.5
–
1460
1140
–
1380 43.8
–
1500
22.5
–
953
25
–
1070 31.3
–
1320 35.2
–
1470
18.8
–
954
20
–
1040
–
1280 26.9
–
1350
830
15.1
–
956
16.2
–
1030 20.6
–
1300 23.7
–
1490
865
12.5
–
957
13.2
–
1030 17.5
–
1350
20
–
1540
–
830
10.4
–
964
11.3
–
1030 13.5
–
1260
15
–
1410
–
734
7.9
–
893
8.9
–
998
10.1
–
1160 11.3
–
1300
643
5.6
–
788
6.3
–
885
7.5
–
1070
–
1130
60
40
25
7.8
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.)
Phone: (605) 225-0360
Fax: (605) 225-0567
MAX-POWER
™
Spiral Bevel Reducers & Parallel Shafts
Spiral Bevel Reducer Table Of Actual Ratios I59 DOUBLE REDUCTION Nominal Ratio 7.59 9.30 11.39 13.95 17.09 20.93 25.63 31.39 38.44
0702 7.500 9.273 11.344 14.025 16.795 20.764 25.204 30.992 37.619
0802 7.595 9.246 11.393 13.870 12.209 20.950 25.490 30.681 37.330
0902 7.500 9.249 11.344 13.989 16.795 20.711 25.169 30.946 37.606
1002 7.493 9.087 11.239 13.630 16.640 20.180 25.169 30.120 37.566
1102 1202 7.493 9.326 11.239 13.989 16.640 20.711 25.137 30.913 37.518
1302 1402 7.425 9.180 11.602 14.344 17.050 21.080 25.699 31.025 37.822
1502 1602 7.692 9.391 11.623 14.190 17.262 21.075 25.422 30.913 37.290
1702 1802 7.457 9.196 11.404 14.064 16.775 20.687 25.094 30.946 37.606
1902 2002 7.493 9.167 11.239 13.630 16.620 20.157 24.955 30.565 37.841
TRIPLE REDUCTION Nominal Ratio 31.39 38.44 47.08 57.66 70.62 86.50 105.90 129.70 158.90 194.60 238.40
0703 30.049 38.443 45.748 55.658 68.723 84.928 105.002 126.398 153.776 189.873 230.471
0803 31.133 37.684 46.411 56.362 69.413 84.459 104.729 127.430 157.120 191.276 232.724
0903 31.034 38.334 46.264 57.333 69.194 85.217 103.689 128.744 158.557 192.683 234.448
1003 30.652 37.813 46.361 57.320 68.639 84.863 102.919 124.247 153.614 186.460 232.554
1103 1203 31.041 37.790 46.562 56.684 70.332 85.621 104.175 125.393 152.564 189.894 230.469
1303 1403 30.938 38.250 46.793 57.705 69.278 85.434 105.627 128.361 157.823 191.791 233.812
1503 1603 31.220 38.115 46.830 56.793 69.332 84.084 104.870 128.033 153.221 191.099 230.531
1703 1803 30.908 38.470 46.361 57.705 68.639 85.434 103.689 127.516 154.763 190.854 231.932
1903 2003 30.346 37.518 47.415 58.622 69.683 86.153 105.029 126.798 154.579 187.468 232.092
For actual ratios over 20” C.D., consult factory.
Spiral Bevel Reducer WK 2 Values DOUBLE REDUCTION Unit Size Nominal Ratio 7.59 9.30 11.39 13.95 17.09 20.93 25.63 31.39 38.44
0702 0.40 0.30 0.20 0.02 0.15 0.10 0.10 0.10 0.10
0802 .095 0.65 0.50 0.35 0.35 0.25 0.20 0.20 0.20
0902 1.50 1.10 0.80 0.60 0.45 0.40 0.30 0.25 0.25
1002 2.40 1.70 1.55 1.20 0.90 0.65 0.65 0.45 0.45
1102 1202 6.20 4.50 3.20 2.50 1.90 1.75 1.30 1.00 0.95
1302 1402 12.50 9.05 6.55 4.75 4.35 3.30 2.40 1.70 1.70
1502 1602 22.00 16.00 11.50 8.05 7.20 5.55 4.15 3.10 3.10
1702 1802 50.00 36.00 26.00 19.00 14.00 13.00 9.70 7.15 6.80
1902 2002 74.50 54.00 49.50 36.50 27.00 19.50 18.50 13.50 13.00
2102 2252 – 97.50 70.50 67.00 50.00 36.50 27.00 26.00 25.00
2402 2502 – 168.00 126.00 94.50 70.50 65.50 49.00 47.00 45.50
TRIPLE REDUCTION Unit Size Nominal Ratio 31.39 38.44 47.08 57.66 70.62 86.50 105.90 129.70 158.90 194.60 238.40
0703 0.09 0.07 0.06 0.05 0.04 0.04 0.04 0.03 0.03 0.02 0.02
0803 0.15 0.10 0.10 0.07 0.07 0.06 0.05 0.05 0.05 0.05 0.05
0903 0.35 0.25 0.20 0.20 0.19 0.15 0.10 0.10 0.10 0.10 0.08
1003 0.45 0.35 0.35 0.25 0.20 0.20 0.14 0.14 0.13 0.13 0.13
1103 1203 1.20 0.85 0.60 0.45 0.45 0.35 0.20 0.20 0.19 0.19 0.19
1303 1403 1.93 1.40 1.25 0.90 0.70 0.55 0.55 0.40 0.40 0.35 0.35
1503 1603 3.30 2.30 2.00 1.45 1.10 0.85 0.75 0.55 0.55 0.55 0.55
1703 1803 6.70 4.90 4.20 2.90 2.15 1.95 1.50 1.15 1.10 1.10 1.10
1903 2003 11.50 8.10 7.85 5.55 4.25 3.85 3.00 2.20 2.10 2.10 2.05
2103 2253 20.50 14.40 13.50 9.75 7.25 5.25 4.75 3.70 3.60 3.55 3.50
2403 2503 34.50 24.50 22.50 15.50 11.50 10.50 7.45 7.00 6.90 6.85 6.80
EQUIVALENT MASS MOMENT OF INERTIA APPROXIMATE WK2 REFERRED TO INPUT SHAFT LB. FT.2
E-mail:
[email protected]
Web: www.footejones.com
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MAX-POWER
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Spiral Bevel Reducers & Parallel Shafts
I60 Spiral Bevel Reducer Overhung Load Capacity OUTPUT SHAFT Overhung Load Capacity at Nominal Output RPM ◆ Output RPM 230 188 154 125 102 84 68 56 45 & Lower
0700 5100 5600 6100 6800 6800 6800 6800 6800 6800
0800 7700 8400 9000 9400 9400 9400 9400 9400 9400
0900 11400 12200 12600 12800 12800 12800 12800 12800 12800
1000 11500 12500 13500 14400 15300 15300 15300 15300 15300
1100 ➀ – 1500 2760 4960 6140 6760 7370 8020 9370
Output RPM 230 188 154 125 102 84 68 56 45 & Lower
1200 13000 14000 15000 16400 18000 20600 20600 20600 20600
1300 ➀ 720 1450 2750 4850 6030 7080 7790 9650 10400
1400 16600 17900 19400 21000 22500 24200 29700 29700 29700
1500 ➀ 500 500 2100 4600 5900 7600 9300 11700 13900
1600 20600 22100 23900 25900 27700 29700 35200 35200 35200
Output RPM 230 188 154 125 102 84 68 56 45 & Lower
1700 ➀ 10300 12300 13700 15000 16800 18300 19900 21500 24100
1800 25100 27000 29000 31000 34000 37000 39200 39200 39200
1900 ➀ 21000 22900 24600 26500 28600 31400 34400 36900 41000
2000 42900 45500 45500 45500 45500 45500 45500 45500 45500
Above 20”
C O N S U L T
F A C T O R Y
◆ 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.
Spiral Bevel Reducer Thrust Capacity DOUBLE & TRIPLE REDUCTIONS Styles 1 & 4 Low Speed Shafts Output RPM Reducer Size
230
155
0702-0703
4500
5400
6650
0802-0803
7150
8500
10000
0902-0903
8800
1000
12000
1002-1003
9000
11000
1102-1103 1202-1203
10000
1302-1303 1402-1403 1502-1503 1602-1603
45
30
20
13.5
7.5 & Lower
7950
8800
10500
12500
15000
18500
12000
14000
16000
19000
22000
27000
14000
15000
18000
22000
26000
31000
13000
15000
16000
19000
23000
27000
31000
12500
15000
19000
20000
24000
28000
31000
31000
11000
13500
17000
20000
22000
27000
32500
37000
48000
100
68
11500
14000
17500
21000
24000
28000
32000
40500
52000
1702-1703 1802-1803
14000
17000
21500
26000
29000
35000
43000
50000
65000
1902-1903 2002-2003
15000
19000
24000
29000
32000
40500
49000
56000
74000
2102-2103 2252-2253
19000
23000
28500
36000
42000
46000
55000
60500
80000
2402-2403 2502-2503
20000
24000
30000
34500
43000
47500
56000
65000
85000
Note: Thrust capacities are listed in pounds and apply along axis of low speed shaft.
Phone: (605) 225-0360
Fax: (605) 225-0567
MAX-POWER
™
Spiral Bevel Reducers & Parallel Shafts
Spiral Bevel Reducer Overhung Load Capacity I61 DOUBLE REDUCTION Input Shaft at 1750 RPM ◆ Nominal Ratio
0702
0802
0902
1002
1102 1202
1302 1402
1502 1602
1702 1802
1902 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
TRIPLE REDUCTION Input Shaft at 1750 RPM ◆ Nominal Ratio
0703
0803
0903
1003
1103 1203
1303 1403
1503 1603
1703 1803
1903 2003
31.39
400
620
400
800
650
550
38.44
250
620
350
320
1550
2050
180
200
2700
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
DOUBLE REDUCTION Input Shaft at 1170 RPM ◆ Nominal Ratio
0702
0802
0902
1002
1102 1202
1302 1402
1502 1602
1702 1802
1902 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
◆ 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.
E-mail:
[email protected]
Web: www.footejones.com
I
MAX-POWER
™
Spiral Bevel Reducers & Parallel Shafts
I62 Spiral Bevel Reducer Overhung Load Capacity TRIPLE REDUCTION Input Shaft at 1170 RPM ◆ Nominal Ratio
0703
0803
0903
1003
1103 1203
1303 1403
1503 1603
1703 1803
1903 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
1702 1802
1902 2002
DOUBLE REDUCTION Input Shaft at 870 RPM ◆ Nominal Ratio
0702
0802
0902
1002
1102 1202
1302 1402
1502 1602
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
TRIPLE REDUCTION Input Shaft at 870 RPM ◆ Nominal Ratio
0703
0803
0903
1003
1103 1203
1303 1403
1503 1603
1703 1803
1903 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
◆ 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.
Phone: (605) 225-0360
Fax: (605) 225-0567
MAX-POWER
™
Spiral Bevel Reducers & Parallel Shafts
Spiral Bevel Reducer Overhung Load Capacity I63 DOUBLE REDUCTION Input Shaft at 580 RPM ◆ Nominal Ratio
0702
0802
0902
1002
1102 1202
1302 1402
1502 1602
1702 1802
1902 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
TRIPLE REDUCTION Input Shaft at 580 RPM ◆ Nominal Ratio
0703
0803
0903
1003
1103 1203
1303 1403
1503 1603
1703 1803
1903 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
◆ 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.
E-mail:
[email protected]
Web: www.footejones.com
I
MAX-POWER
™
Spiral Bevel Reducers & Parallel Shafts
I64 Spiral Bevel Reducer Dimensions DOUBLE & TRIPLE REDUCTION (BHE)
For Reference Only. Use certified prints for construction purposes. All dimensions given are in inches.
Phone: (605) 225-0360
Fax: (605) 225-0567
MAX-POWER
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Spiral Bevel Reducers & Parallel Shafts
Spiral Bevel Reducer Dimensions I65 DOUBLE & TRIPLE REDUCTION (BHE) Reducer Size Double Triple
AB
AD
AE
A
B
C
D
E
F
G
H
J
K
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
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
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 1202
1103 1203
14.12
26.56
13.75
33.25
1.62
15.00
7.12
7.88
5.75
8.00
8.00
2.00
20.00
1302 1402
1303 1403
16.50
30.88
15.75
38.00
2.00
17.00
8.00
9.00
6.75
9.25
8.50
2.25
22.00
1502 1602
1503 1603
18.62
35.38
18.00
43.50
2.25
19.50
8.75
10.75
8.00
9.50
10.00
2.50
25.00
1702 1802
1703 1803
20.62
38.88
20.00
50.25
2.25
23.50
10.00
12.25
9.00
12.25
11.00
2.75
28.50
1902 2002
1903 2003
23.25
43.88
23.00
56.75
2.50
26.25
11.50
14.00
10.00
14.00
13.25
2.75
32.25
0702
0703
0802 0902
DOUBLE & TRIPLE REDUCTION Reducer Size Double Triple
L
M
N
O
P
Q➀
Low Speed Shaft Keyseat
R
S
T
U
V
8.62
1.00
3.00
.75 x .38
4.62
5.19
12.12
6.88
6.75
0702
0703
5.38
1.25
6.50
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 1202
1103 1203
8.38
1.62
10.00
12.38
1.25
5.00
1.25 x .62
8.25
8.69
18.81
10.06
10.00
1302 1402
1303 1403
9.25
1.75
12.00
13.56
1.50
6.00
1.25 x .62
9.25
10.12
21.38
11.44
11.25
1502 1602
1503 1603
10.50
2.00
13.50
15.06
1.75
6.50
1.50 x .75
10.50
11.00
23.62
12.69
12.50
1702 1802
1703 1803
12.38
1.88
16.50
16.81
1.75
7.25
1.75 x .62
11.88
12.38
27.25
15.94
14.31
1902 2002
1903 2003
13.50
2.62
21.25
18.31
2.00
7.75
2.00 x .75
12.75
13.25
29.38
16.19
15.62
Reducer Size Double Triple
Double Reduction
Triple Reduction High Speed Shaft Z➀ Keyseat
Approx. Wt/Lbs High Speed Shaft Double Triple Z➀ Keyseat Red. (02) Red. (03)
AA
W
X
Y
AA
W
X
Y
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
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 1202
1103 1203
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
2250
1302 1402
1303 1403
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
3300
1502 1602
1503 1603
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
4510
1702 1802
1703 1803
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
6325
1902 2002
1903 2003
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
8965
670
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”
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Spiral Bevel Reducers & Parallel Shafts
I66 Spiral Bevel Reducer Dimensions DOUBLE & TRIPLE REDUCTION (BHE)
DOUBLE & TRIPLE REDUCTION Unit Size Double Triple
AB
AD
AE
B
C
D
E
F
G
J
K
2102 2252
2103 2253
26.50
47.25
23.50
4.00
21.50
10.00
13.00
5.50
2.75
3.00
33.25
2402 2502
2403 2503
28.50
54.75
27.25
5.00
24.25
10.75
13.50
6.00
3.00
3.25
36.50
R
S
T
U
V
DOUBLE & TRIPLE REDUCTION Unit Size Double Triple
L
M
N
O
P
Low Speed Shaft Q Keyseat
2102 2252
2103 2253
14.12
2.50
22.75
9.50
2.25
9.00
2.50 x .88
16.50
16.75
35.00
18.75
18.50
2402 2502
2403 2503
15.75
2.50
25.00
10.00
2.25
9.75
2.50 x .88
16.75
17.50
38.00
20.50
19.62
Double Reduction Reducer Size Double Triple
AA
A
H
W
X
Triple Reduction
Y
High Speed Shaft Z Keyseat
X
Y
68.50 16.00
72.25
7.88
7.31
3.00 .75 x .38
12650
14575
.88 x .44 102.00 79.25 20.75
82.75
9.38
8.88
3.50 .88 x .44
16225
17000
2103 2253
89.25
64.50 12.00
74.00 11.25
10.75
3.75
.88 x .44
2402 2502
2403 2503
95.75
70.50 12.00
78.50 11.25
10.75
3.75
90.88
A
H
Approx. Wt. Double Triple Red. Red. (02) (03)
W
2102 2252
AA
High Speed Shaft Z Keyseat
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.
Phone: (605) 225-0360
Fax: (605) 225-0567
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Spiral Bevel Reducers & Parallel Shafts
Spiral Bevel Reducer Vertical Units I67 SPECIAL FEATURES OF VERTICAL TYPES
I
DRY WELL CONSTRUCTION A specially constructed dry well prevents leakage at the low speed seal on vertical shaft-down reducers. The low speed shaft is surrounded by a vertical column that rises above the oil level and shields the lower low speed bearing and seal from the oil bath. The top of the column is covered by an umbrella-type labyrinth seal. The lower bearing is greased through a pressure fitting. Piping extends under the housing. A pressure relief fitting equalizes grease pressure to prevent damage to the low speed shaft seal from excessive lubrication. Grease through the pressure relief fitting alerts the maintenance man that lubrication is completed.
LUBRICATION A rotary, positive displacement, self-priming pump delivers oil to the high speed, upper low speed and upper intermediate speed bearings on all sizes and types of double and triple reduction vertical spiral bevel speed reducers. The pump is a standard industrial model positively connected to the spiral bevel gear shaft and operates with either direction of rotation. For applications where units operate at extremely slow speed or have long periods of idle time, a separate motor-driven pump will be provided at a nominal charge. Single reduction units are splash lubricated.
SELECTION VBHE reducers are available in double reduction sizes 0702 through 2502 and triple reduction sizes 0703 through 2503 (larger sizes are available on application) Refer to spiral Bevel rating tables for available ratios and horsepower ratings.
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Spiral Bevel Reducers & Parallel Shafts
I68 Spiral Bevel Reducer Dimensions DOUBLE & TRIPLE REDUCTION (VBHE)
For Reference Only. Use certified prints for construction purposes. All dimensions given are in inches.
Phone: (605) 225-0360
Fax: (605) 225-0567
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Spiral Bevel Reducers & Parallel Shafts
Spiral Bevel Reducer Dimensions I69 DOUBLE & TRIPLE REDUCTION (VBHE) Reducer Size Double Triple
AB
AE
A
B
C
D
E
F
G
H
J
K
8.75
7.25
22.62
2.25
9.06
4.06
5.00
3.75
5.69
5.69
1.38
21.00
0702
0703
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 1202
1103 1203
14.50
10.75
37.50
3.00
15.75
6.75
9.00
5.75
10.12
10.12
2.25
31.75
1302 1402
1303 1403
16.75
12.00
43.50
3.50
18.25
7.62
10.62
6.75
11.62
11.62
2.50
36.00
1502 1602
1503 1603
18.75
13.25
48.00
3.75
20.25
8.38
11.88
7.00
13.50
13.50
2.50
41.00
1702 1802
1703 1803
21.25
15.75
55.75
3.75
24.12
10.12
14.00
7.00
17.38
17.38
2.75
46.00
1902 2002
1903 2003
23.00
16.75
59.00
3.50
26.00
10.00
16.00
6.00
20.50
20.50
3.00
51.00
DOUBLE & TRIPLE REDUCTION Reducer Size Double Triple
M
N
P
Low Speed Shaft 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 1202
1103 1203
14.25
1.62
21.25
1.25
5.00
1.25 x .62
8.25
8.69
18.81
23.00
1302 1402
1303 1403
16.25
1.75
24.00
1.50
6.00
1.50 x .75
9.25
10.12
21.38
26.25
1502 1602
1503 1603
18.50
2.00
28.00
1.75
6.50
1.50 x .75
10.50
11.00
23.62
28.75
1702 1802
1703 1803
21.00
2.00
32.00
1.75
7.25
1.75 x .62
11.88
12.38
27.25
33.00
1902 2002
1903 2003
22.75
2.75
37.00
2.00
7.75
2.00 x .75
12.75
13.25
29.38
–
Reducer Size Double Triple
L
Double Reduction
Triple Reduction High Speed Shaft Z➀ Keyseat
Approx. Wt/Lbs High Speed Shaft Double Triple Z➀ Keyseat Red. (02) Red. (03)
AA
AD
W
X
Y
AA
AD
W
X
Y
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 1202
1103 1203
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
2500
1302 1402
1303 1403
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
3630
1502 1602
1503 1603
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
4950
1702 1802
1703 1803
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
6930
1902 2002
1903 2003
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
9900
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”
E-mail:
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Spiral Bevel Reducers & Parallel Shafts
I70 Spiral Bevel Reducer Dimensions DOUBLE & TRIPLE REDUCTION (VBHE)
DOUBLE & TRIPLE REDUCTION Unit Size Double Triple
AB
AD
AE
B
E
F
J
K
L
M
N
P
Low Speed Shaft Q Keyseat
2102 2252
2103 2253
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
2402 2502
2403 2503
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
Double Reduction Unit Size Double Triple AA
A
C
D
G
H
W
X
R
S
T
U
2.50 x .88
16.50
16.75
35.00
36.88
2.50 x .88
16.75
17.50
38.00
39.25
Triple Reduction
Y
High Speed Shaft Z Keyseat AA
A
C
D
G
H
W
X
Y
Approx. Wt. High Speed Double Triple Shaft Red. Red. Z Keyseat (02) (03)
2102 2252
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 2253
13900
16000
2402 2502
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 2503
17900
18700
Shaft diameters are held to limits of +.000” -.001” For Reference Only. Use certified prints for construction purposes. All dimensions given are in inches.
Phone: (605) 225-0360
Fax: (605) 225-0567
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Spiral Bevel Reducers & Parallel Shafts
Spiral Bevel Reducer Dimensions I71 COOLING FAN
I
Reducer Size
02
AF 03
02
AG 03
Reducer Size
02
AF 03
02
AG 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
–
Fan Cooling Multipliers Fan cooling increases the thermal capacity of non-ventilated units. Use multipliers to determine capacities attainable with one fan. Heat exchangers are to be used where thermal capacity exceeds the fan cooling range. Input RPM One fan on power input extension
1750
1170
1.75
1.45
For Reference Only. Use certified prints for construction purposes. All dimensions given are in inches.
E-mail:
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I72 Spiral Bevel Reducer Backstop Clutch Selections are based on the normal motor rating (250% maximum starting torque) with no overload for infrequent application of 6 times per 8 hours or less with at least one minute between applications. For selections at higher speeds, for more frequent applications 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 are particularly applicable in the larger sizes (700 and up) and at higher speeds. For ultimate reliability and reduced maintenance, a low 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 Sales Representative, 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. CAUTION : The backstop reservoir requires a separate fill of oil. Oils with EP or similar additives should not be used. Refer to 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 rotation without backlash. The backstop is mounted on an extension of the first intermediate shaft on the BHE reducers 0702-2003 and 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 Units Backstop 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 Units Backstop 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 between the backstop and a coupling or sprocket mounted on the low speed shaft extension.
BHE DOUBLE & TRIPLE REDUCTION BACKSTOP CLEARANCE DIMENSIONS Reducer Size
0702 0703
0802 0803
0902 0903
1002 1003
1102 1103
1202 1203
1302 1303
1402 1403
1502 1503
1602 1603
1702 1703
1802 1803
1902 1903
2002 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
BACKSTOP DIMENSIONS 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
For Reference Only. Use certified prints for construction purposes. All dimensions given are in inches.
Phone: (605) 225-0360
Fax: (605) 225-0567
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Spiral Bevel Reducers & Parallel Shafts
Spiral Bevel Reducer Direct Mount Conveyor Drive I73
SHAFT MOUNT STYLE The Direct Mount arrangement has been designed as a standard modification for all double and triple reduction Spiral Bevel Reducers, 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 be either by key, keyless compression connection or flanged hub. This feature eliminates the costly low speed coupling and structural 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 with Coupling. Refer to standard Spiral Bevel tables for ratios and horsepower/torque ratings.
FLANGE MOUNT STYLE
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™
Spiral Bevel Reducers & Parallel Shafts
I74 Spiral Bevel Reducer Dimensions DIRECT MOUNT CONVEYOR DRIVE (SMBHE)
DOUBLE & TRIPLE REDUCTION Reducer Size Double Triple
Approx. Wt/Lbs. Double Triple Red. Red.
AB
AD
A
B
D
G
H
K
“Q” Max.✝
1302 1402
1303 1403
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
4100
1502 1602
1503 1603
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
5600
1702 1802
1703 1803
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
7520
1902 2002
1903 2003
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
10600
2102 2252
2103 2253
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
17250
2402 2502
2403 2503
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
20900
AA
AC
Y
Z
Keyseat
AA
X
Y
Z
Keyseat
Reducer Size Double Triple
Double Reduction W X
R
S
U
Triple Reduction AC W
1302 1402
1303 1403
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 .25
1502 1602
1503 1603
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 .25
1702 1802
1703 1803
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 .31
1902 2002
1903 2003
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 .38
2102 2252
2103 2253
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 .38
2402 2502
2403 2503
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 .44
✝ Refer to FOOTE-JONES for low speed shaft bore for keyed connection. For Reference Only. Use certified prints for construction purposes. All dimensions given are in inches.
Phone: (605) 225-0360
Fax: (605) 225-0567
MAX-POWER
™
Spiral Bevel Reducers & Parallel Shafts
Accessories I75 MOTOR MOUNTS
TOP MOTOR MOUNT
SCOOP MOTOR MOUNT TOP MOUNTS
Motor mounts located on top of the reducer are available for Parallel Shaft and Spiral Bevel reducers. These drives are furnished with belt drive and guard.
SCOOP MOUNTS Scoop style motor mounts are available for Parallel Shaft and Spiral Bevel reducers through a 444T frame size. These drives are furnished with coupling and guard.
FLANGE MOUNTS Flange style mounts are available on vertical units through 326T frame size. These drives are furnished with coupling.
BASE PLATES
The welded steel, one-piece machined complete design of Max-Power™ base plates insure rigidity and stability even in the 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 and CAD technology, the optimum custom base plate can be designed and delivered in just weeks.
E-mail:
[email protected]
Web: www.footejones.com
I
MAX-POWER
™
Spiral Bevel Reducers & Parallel Shafts
I76 Accessories HEAT EXCHANGER SELECTION Required Service HP: 1150 @ 1750 RPM Input & 635 RPM Output Service Factor: 1.25 I. Reducer Selection Required Reducer Capacity = Service HP x Service Factor 1150 x 1.25 = 1440 @ 1750 RPM Select from rating table size 1301 HLE 2.756:1 Ratio II. Heat Exchanger System Selection 1301 HLE, 2.756:1 Ratio @ 1750 RPM Input Rates: 1475 HP Mechanical 193 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 Reducer 1150 – 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. Heat Exchanger System No.
Min. Water Flow GPM
Max. Water Flow GPM
1170
Input RPM 870
1750
1
3.3
23
157
720
580
154
150
147
141
2
3.3
12
515
480
440
360
250
3
10
4
10
30
1100
1020
940
780
650
30
1940
1810
1690
1610
1230
5
14.5
57
2800
2630
2460
2460
1720
Phone: (605) 225-0360
Notes: 1. Heat exchanger systems apply to single, double and triple reduction HLE and BHE reducers. Consult your FOOTE-JONES representative 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.
Fax: (605) 225-0567
MAX-POWER
™
Spiral Bevel Reducers & Parallel Shafts
Accessories I77 PUMP LUBRICATION The standard splash type lubrication on FOOTE-JONES HLE and BHE reducers provides oil to all parts continuously during operation, without mechanical devices. When pump lubrication is required, such as incline mounting, the table below provides the proper selection for mechanical driven pumps mounted on the reducer high speed shaft. For variable input speeds, the pump should be selected at the lowest input RPM. Optional accessories include oil filters and flow indicator with micr-switch for 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 for selection. The lube pump for BHE reducers is mounted on the intermediate shaft; therefore, the selection will be determined by the reducer input speed and the high speed gear ratio. Refer all selections to your FOOTE-JONES Sales Representative.
MOTORIZED LUBE PUMP
MECHANICAL DRIVEN PUMP Input Shaft RPM 1170 870
Input Shaft RPM 1170 870
580
Reducer Size
1750
#0
#0
1501 1601
#1
#2
#2
#3
#0
#0
#1
#3
#3
#4
#0
#0
#1
1502 1602
#2
#0
0802 0803
#0
#0
#1
#2
1503 1603
#2
#3
#3
#4
0901
#0
#0
#1
#2
#2
#3
#3
#4
0902 0903
1701 1801
#0
#1
#1
#2
#3
#4
#4
#5
1001
#0
#1
#1
#2
1703 1802
1002 1003
#1
#2
#2
#2
1703 1803
#3
#4
#4
#5
1101 1201
#1
#2
#2
#2
1901 2001
#3
#4
#4
#5
1102 1202
#2
#2
#2
#3
1902 2002
#3
#4
#4
#5
1103 1203
#2
#2
#2
#3
1903 2003
#3
#4
#4
#5
1301 1401
#2
#2
#2
#3
2102 2252
#3
#4
#4
#5
1302 1402
#2
#2
#3
#3
2103 2253
#4
#4
#5
–
1303 1403
#2
#2
#3
#3
2402 2502
#4
#4
#5
–
2403 2503
#4
#5
#5
–
Reducer Size
1750
0701
#0
#0
0702 0703
#0
0801
E-mail:
[email protected]
580
Web: www.footejones.com
I
MAX-POWER
™
Spiral Bevel Reducers & Parallel Shafts
I78 Accessories IMMERSION HEATERS Immersion heaters are available for all sizes of parallel shaft and spiral bevel speed reducers. Heater elements are rated at 11 watts density per square inch to prevent degradation of lubricating oil. A thermostat is furnished with the immersion heater and is pre-set at the factory for +40°F. The standard immersion heater is furnished with a general purpose, sheet metal enclosure. A combination moisture tight, explosion resistant 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 heater number 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.
Ambient 0701 0702 0703 0801 0802 0803 0901 0902 0903 1001 1002 1003 1201 1202 1203 1401 1402 1403 1601 1602 1603 1801 1802 1803 2001 2002 2003 2252 2253 2502 2503
High Speed +20°F (20° Rise In Oil Temp.)
0°F (40° Rise In Oil Temp.)
-20°F (60° Rise In Oil Temp.)
-40° (80° Rise In Oil Temp.)
+20°F (20° Rise In Oil Temp.)
0°F (40° Rise In Oil Temp.)
-20°F (60° Rise In Oil Temp.)
-40° (80° Rise In Oil Temp.)
(1) #211
(1) #311
(1) #212
(1) #213
(1) #218
(1) #218
(1) #218
(1) #218
(1) #211
(1) #211
(1) #212
(1) #213
(1) #218
(1) #218
(1) #218
(1) #218
(1) #211
(1) #211
(1) #213
(1) #214
(1) #218
(1) #218
(1) #218
(1) #218
(1) #211
(1) #212
(1) #213
(1) #215
(1) #218
(1) #218
(1) #218
(1) #218
(1) #211
(1) #212
(1) #213
(1) #215
(1) #218
(1) #218
(1) #218
(1) #218
(1) #211
(1) #213
(1) #215
(1) #216
(1) #218
(1) #218
(1) #218
(1) #218
(1) #211
(1) #213
(1) #214
(1) #214
(1) #218
(1) #218
(1) #218
(1) #218
(1) #211
(1) #214
(1) #216
(2) #214
(1) #218
(1) #218
(1) #219
(1) #220
(1) #211
(1) #214
(1) #216
(2) #214
(1) #218
(1) #218
(1) #219
(1) #220
(1) #212
(1) #215
(2) #214
(2) #215
(1) #218
(1) #218
(1) #220
(1) #220
(1) #212
(1) #215
(1) #216
(2) #215
(1) #218
(1) #218
(1) #219
(1) #221
(1) #213
(1) #216
(2) #215
(2) #216
(1) #218
(1) #219
(1) #221
(1) #222
(1) #212
(1) #216
(1) #217
(1) #217
(1) #218
(1) #219
(1) #220
(1) #221
(1) #214
(1) #217
(2) #216
(2) #217
(1) #218
(1) #220
(1) #222
(1) #220
(1) #213
(1) #216
(1) #217
(2) #216
(1) #218
(1) #219
(1) #221
(1) #222
(1) #215
(1) #217
(1) #659
(2) #217
(1) #218
(1) #221
(1) #222
(2) #221
(1) #215
(1) #217
(1) #659
(2) #217
(1) #218
(1) #220
(1) #222
(2) #220
(1) #216
(1) #659
(1) #660
(2) #659
(1) #219
(1) #222
(1) #661
(2) #222
(1) #217
(1) #660
(2) #659
(2) #660
(1) #220
(1) #661
(2) #222
(2) #661
(1) #217 (1) #217
(2) #217 (2) #659
(2) #659 (2) #660
(3) #659 (3) #660
(1) #221 (1) #222
(2) #221 (2) #222
(2) #222 (3) #222
(3) #222 (3) #661
OPTIONAL RATIOS HLE & BHE 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
Notes: 1. Nominal ratios may vary up to ±4%. 2. The output torque rating for a unit with an optional ratio is the same as that for the next higher or next lower AGMA ratio of the unit, whichever is the least.
OIL SEALS All HLE & BHE reducers are equipped with spring loaded double lip oil seals that effectively retain oil and resist the entry of dust. Grease Purged Seals are available for operation in taconite or similar dust laden atmospheres. The assembly below consists of the two standard oil seals.
Phone: (605) 225-0360
Fax: (605) 225-0567
