The CD100 Model of Tension Clutch is capable of providing up to 600 in-lb of torque depending on the amount and style of friction pads used. The chart below displays the relative torque output based on the number of friction pads (2-4) and the friction pad coefficient.
Model |
Clutch Torque by Friction Pad Coefficient |
|
0.10 Coef |
0.30 Coef |
0.45 Coef ** |
|
Min Torque (in-lb) |
Max Torque (in-lb) |
Min Torque (in-lb) |
Max Torque (in-lb) |
Min Torque (in-lb) |
Max Torque (in-lb) |
CD-102 |
0.88 |
66 |
2.66 |
200 |
4.00 |
300 |
CD-103 |
1.32 |
100 |
3.99 |
300 |
6.00 |
450 |
CD-104 |
1.76 |
132 |
5.32 |
400 |
8.00 |
600 |
*Min. Torque is based on 1 psi to 1 pad. Max. Torque is based on 75 psi to all pads.
** 0.45 Coef Pads are the standard pads supplied with all brakes.
The CD130 Model of Tension Clutch is capable of providing up to 1,200 in-lb of torque depending on the amount and style of friction pads used. The chart below displays the relative torque output based on the number of friction pads (2-6) and the friction pad coefficient.
Model |
Clutch Torque by Friction Pad Coefficient |
|
0.10 Coef |
0.30 Coef |
0.45 Coef ** |
|
Min Torque (in-lb) |
Max Torque (in-lb) |
Min Torque (in-lb) |
Max Torque (in-lb) |
Min Torque (in-lb) |
Max Torque (in-lb) |
CD-132 |
1.16 |
88 |
3.40 |
266 |
5.20 |
400 |
CD-133 |
1.74 |
132 |
5.10 |
400 |
7.80 |
600 |
CD-134 |
2.32 |
176 |
6.80 |
533 |
10.4 |
800 |
CD-136 |
3.48 |
264 |
10.2 |
885 |
15.6 |
1,200 |
*Min. Torque is based on 1 psi to 1 pad. Max. Torque is based on 75 psi to all pads.
** 0.45 Coef Pads are the standard pads supplied with all brakes.