Technical Data |
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The admissible radial load on output shaft |
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|
Normal ratio |
0.1Kw |
0.2Kw |
output
shaft |
Fr1(N) |
Fr2(N) |
output
shaft |
Fr1(N) |
Fr2(N) |
5 |
18 |
588 |
176 |
18 |
588 |
196 |
10 |
882 |
882 |
15 |
980 |
980 |
20 |
1180 |
1180 |
25 |
1270 |
1270 |
30 |
1370 |
22 |
1370 |
40 |
1470 |
1470 |
50 |
1570 |
1570 |
60 |
22 |
2160 |
2160 |
80 |
2450 |
2450 |
100 |
2450 |
2450 |
100 |
2450 |
28 |
2840 |
120 |
2450 |
3330 |
160 |
2450 |
3430 |
200 |
2450 |
3430 |
|
Normal ratio |
0.75Kw |
1.5Kw |
output
shaft |
Fr1(N) |
Fr2(N) |
output
shaft |
Fr1(N) |
Fr2(N) |
5 |
28 |
1270 |
294 |
32 |
1760 |
343 |
10 |
1760 |
2450 |
15 |
2160 |
2840 |
20 |
2350 |
3230 |
25 |
2450 |
3820 |
30 |
32 |
4020 |
|
40 |
4210 |
50 |
4610 |
60 |
5490 |
80 |
5880 |
100 |
5880 |
100 |
|
120 |
160 |
200 |
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1. The values in the table is the admissible radial load on the midpoint of the shaft.
2. when the resulting radial load is applied on the shoulder of the shaft, the admissible
radial load is times of the admissible radial load on the midpoint of the shaft.
3. when the resulting radial load is applied on the end of the shaft, the admissible
radial load is times of the admissible radial load on the midpoint of the shaft. |
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Check the radial load on the output shaft: |
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Fre:Resulting radial load (N)
Fr1:The admissible radial load on the shaft (N)
D:The diameter of action cincture by wheel、gear 、chain wheel (pitch circle diameter) (mm) M:torque on the shaft(Nm) |
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