WPSFN
Frame size
Go to Tec Data FinderUse our Tec Data Finder (TDF) to configure your gearbox and request a quote if necessary
Our WPSFN is particularly easy and quick to integrate thanks to its standardized flange interface and offers high torsional rigidity. With its hypoid gearing, as well as the helical-toothed planetary stage, it achieves optimal synchronization for best surface qualities. The shortest right-angle precision gearbox, in a single-stage design with integrated hollow shaft, offers you new design solutions.
Features
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Precision Line
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Right angle gearbox
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Helical gear (2-stage)
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Hypoid gear right angle stage
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Preloaded angular contact roller bearings
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Rotary shaft seal
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Extra large round type output flange
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Counterdirectional rotation
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Planet carrier in cage design (2-stage)
Further Information
| WPSFN 064 | WPSFN 090 | WPSFN 110 | WPSFN 140 | Stage | |||
|---|---|---|---|---|---|---|---|
| Ratios | 4, 5, 7, 8, 10 4, 5, 7, 8, 10 | 1 | |||||
| 16, 20, 25, 28, 32, 35, 40, 50, 70, 100 16, 20, 25, 28, 32, 35, 40, 50, 70, 100 | 2 | ||||||
| Efficiency | η | % % | 93 - 94 93 - 94 | ||||
| Min. operating temperature / Max. operating temperature | Tmin / Tmax | °C °F | -25 / 90 -13 / 194 | ||||
| Protection class | IP65 IP65 | ||||||
| Standard backlash | φ | arcmin arcmin | <5 <5 | <5 <5 | <5 <5 | <5 <5 | |
| Reduced backlash | φ | arcmin arcmin | <3 <3 | <3 <3 | <3 <3 | <3 <3 | 2 |
| Torsional stiffness | C2t | Nm /arcmin lbf.in/arcmin | 1.9 - 6.9 17 - 61 | 4.0 - 20.5 35 - 181 | 10.1 - 44.0 89 - 389 | 26.0 - 111.0 230 - 982 | |
| Gearbox weight | m | kg lbm | 3.4 - 3.9 7.6 - 8.7 | 5.4 - 6.9 12.0 - 15.3 | 8.7 - 11.5 19.1 - 25.3 | 18.3 - 25.3 40.3 - 55.9 | |
| Running noise | LpA | dB(A) dB(A) | 66 66 | 67 67 | 68 68 | 70 70 | |
| WPSFN 064 | WPSFN 090 | WPSFN 110 | WPSFN 140 | |||
|---|---|---|---|---|---|---|
| Maximum radial force | Fr max | N lbf | 2150 - 2400 483 - 540 | 3950 - 4400 888 - 989 | 4900 - 5500 1102 - 1236 | 12000 2698 |
| Maximum axial force | Fa max | N lbf | 2850 641 | 5450 1225 | 6450 1450 | 7500 1686 |
| Maximum tilting moment | MK max | Nm lbf.in | 132 - 200 1170 - 1767 | 326 - 484 2888 - 4283 | 475 - 689 4207 - 6096 | 1030 - 1989 9113 - 17602 |
| WPSFN 064 | WPSFN 090 | WPSFN 110 | WPSFN 140 | |||
|---|---|---|---|---|---|---|
| Mass moment of inertia input | J1 | kgcm2 lbf.in.s210-4 | 0.497 - 0.672 4.399 - 5.948 | 0.497 - 1.591 4.399 - 14.082 | 1.015 - 6.435 8.984 - 56.955 | 4.810 - 21.693 42.572 - 191.999 |
| Average idle torque | T0 | Nm lbf.in | 0.80 - 1.55 7 - 14 | 0.80 - 2.60 7 - 23 | 1.20 - 7.40 11 - 65 | 4.00 - 16.00 35 - 142 |
| WPSFN 064 | WPSFN 090 | WPSFN 110 | WPSFN 140 | Stage | |||
|---|---|---|---|---|---|---|---|
| Cyclic torque | T2Z | Nm lbf.in | 22 - 45 195 - 398 | 40 - 90 354 - 797 | 75 - 160 664 - 1416 | 160 - 320 1416 - 2832 | 1 |
| 27 - 62 239 - 549 | 57 - 130 504 - 1151 | 140 - 310 1239 - 2744 | 305 - 620 2699 - 5487 | 2 | |||
| Maximum torque | T2max | Nm lbf.in | 35 - 67 310 - 593 | 64 - 140 566 - 1239 | 120 - 255 1062 - 2257 | 255 - 510 2257 - 4514 | 1 |
| 43 - 83 381 - 735 | 91 - 205 805 - 1814 | 220 - 495 1947 - 4381 | 485 - 1000 4293 - 8851 | 2 | |||
| Continuous torque | T2D | Nm lbf.in | 19 - 31 164 - 274 | 34 - 41 301 - 363 | 63 - 105 558 - 929 | 136 - 230 1204 - 2036 | 1 |
| 23 - 52 204 - 460 | 50 - 110 443 - 974 | 119 - 210 1053 - 1859 | 255 - 475 2257 - 4204 | 2 | |||
| Emergency stop torque | T2Stop | Nm lbf.in | 75 - 100 664 - 885 | 150 - 200 1328 - 1770 | 300 - 400 2655 - 3540 | 700 - 800 6196 - 7081 | 1 |
| 50 - 150 443 - 1328 | 120 - 300 1062 - 2655 | 240 - 650 2124 - 5753 | 600 - 1650 5310 - 14604 | 2 |
| WPSFN 064 | WPSFN 090 | WPSFN 110 | WPSFN 140 | Stage | |||
|---|---|---|---|---|---|---|---|
| Continuous input speed | n1D | min-1 rpm | 1700 - 2450 1700 - 2450 | 1650 - 2350 1650 - 2350 | 1000 - 1400 1000 - 1400 | 930 - 1250 930 - 1250 | 1 |
| 2150 - 3000 2150 - 3000 | 1850 - 3500 1850 - 3500 | 1700 - 3200 1700 - 3200 | 1150 - 2050 1150 - 2050 | 2 | |||
| Max. mechanical input speed | n1max | min-1 rpm | 16000 16000 | 14000 - 16000 14000 - 16000 | 9500 - 14000 9500 - 14000 | 8000 - 9500 8000 - 9500 |
Wide diversity of output shafts
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Flange output shaft (ISO 9409-1)
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Hollow shaft (1-stage)
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Output shaft with mounted pinion
Backlash
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Standard backlash
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Reduced backlash (2-stage)
Lubrication
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Standard lubrication
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Food grade lubrication
Surface
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Standard surface
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Painted surface
Optimized clamping systems
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Inertia-optimized clamping system
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Clamping system for motor shaft diameter
Input
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Motor adaptation
Mounted pinion
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PM1 - Pinion with helical teeth
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PM2 - Pinion with helical teeth
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PM2 - Pinion with straight teeth
| WPSFN 064 | WPSFN 090 | WPSFN 110 | WPSFN 140 | Stage | |||
|---|---|---|---|---|---|---|---|
| Pitch circle diameter output shaft | D11 | mm in | 31.5 1.240 | 50 1.969 | 63 2.480 | 80 3.150 | |
| Centering diameter output flange | D13 | mm in | 64 2.520 | 90 3.543 | 110 4.331 | 140 5.512 | |
| Flange diameter output | D14 | mm in | 86 3.386 | 118 4.646 | 145 5.709 | 179 7.047 | |
| Hollow shaft diameter | D24 | mm in | 17 0.669 | 25 0.984 | 35 1.378 | 50 1.969 | 1 |
| Total length | L1 | mm in | 104.5 4.114 | 132.0 5.197 | 153.5 6.043 | 201.5 7.933 | 1 |
| 122.5 4.823 | 139.5 5.492 | 154.0 6.063 | 224.0 8.819 | 2 | |||
| Output flange length | L13 | mm in | 19.5 0.768 | 30.0 1.181 | 29.0 1.142 | 38.0 1.496 |
Mounted pinion
The Neugart pinion is pre-mounted on the gearbox and secured with screws. This means that the compact unit consisting of the gearbox and the pinion can be quickly installed in the application, and less installation work is required.
MOUNTED PINION
Downloads
Configure your WPSFN gearbox here
We have developed the Tec Data Finder (TDF) so that you can configure a WPSFN planetary gearbox for your needs with just a few clicks. The TDF will provide you with all relevant data, technical information and CAD models. Matched to your motor's flange, of course.
Haven't found what you are looking for?
Then use our intuitive tools! The right gearbox and the associated CAD data are just a few clicks away.
Find your gearbox with the Product Filter!
The Product Filter is brilliantly simple. Moreover, it leads you directly to the right solution. Try it out!
Tec Data Finder – Configure a gearbox easily
We have developed the Tec Data Finder (TDF) so that you can configure a planetary gearbox for your needs with just a few clicks. The TDF will provide you with all relevant data, technical information and CAD models. Matched to your motor's flange, of course.
For professionals: the NCP
The Neugart Calculation Program, abbreviated NCP, is our calculation software for gearbox configuration. With it, you can put together the perfect gearbox-motor configuration. Directly, based on your application data.
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