SA and SB Slip Devices increase the life of electric clutch components

Slip Device Application Calculator

Inputs

Speed:

RPM

Speed change of driven system when clutch is engaged.

Inertia:

Kg-m^2

Total rotational inertia of your driven system.

Slip Device Torque:

N-m

Select a torque from the available options below:

SA: 0.2, 0.4, 0.8, 0.95 N-m
SB: 0.1, 0.2, 0.4, 0.7 N-m

System Friction Torque:

N-m

Total drag torque of your driven system.

Cycles/Second:

Outputs

Slip Time:

msec

Max Cycles, SA:

mil. cycles

If neither of these numbers is greater than the expected number of cycles for your application, consider alternate means.

SB:

mil. cycles

Single Cycle Energy:

joules

If this energy exceed 850 Joules for the SA configuration or 300 Joules for the SB configuration, consider alternate means.

Avg Wattage:

watts

If the average wattage exceeds 2 watts for the SA configuration or 1.25 watts for the SB configuration, consider other means.

Continuous Duty Wattage:

watts

If the continuous wattage exceeds 2 watts for the SA configuration or 1.25 watts for the SB configuration slip device will overheat if slipped continuously.