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 meets the expected number of cycles for your
application, consider alternate means. |
| Max
Cycles SB |
|
mil.
cycles |
| Single
Cycle Energy |
|
joules |
If
single cycle energy exceed 850 Joules for the SA or 300 Joules for the
SB, consider alternate means. |
| Average Power |
|
watts |
If
average wattage exceeds 2 watts for the SA or 1.25 watts for the SB, consider
alternate means. |
| Continuous
Duty Power |
|
watts |
If
continuous wattage exceeds 2 watts for the SA or 1.25 watts for the SB,
the device will overheat if slipped continuously. |
(c) Copyright 2003-2014 Reell Precision Manufacturing.
All Rights Reserved. |