Warner Electric CBC-550 - Manual (Page 5)

5 Warner Electric • 800-234-3369 P-239-24
1
2
3
4
5
6
7
8
12 VDC
CH2 Input
Ch1 Input
Ch2 Override
Out IN
+
+
−
CH2 Input
Ch1 Input
Ch2 Override
1
2
3
4
5
6
7
8
1
2
3
10
Clutch/Brake
Control
Out 1
Out 2
Out 3
GND
PLC
1
2
3
4
5
6
7
8
− +
20VDC
Power
Supply
No Connection
No Connection
CH2 Input
Ch1 Input
Ch2 Override
Clutch/Brake
Control
Clutch/Brake
Control
Switching Options
Option 1: External Power Supply
Option 2: Internal Power Supply
Option 3: PLC
Note 1: The minimum "on time" or "close time"
of each switch is 10m seconds.
Note 2: The switches in the above schematics
can be replaced with any kind of dry contact
switches; or any kind of relays. Examples:
mechanical relays, momentary contact switches,
toggle switches, transistors, mosfets, solid state
relays, PLC outputs, etc.
Note 3: The logic inputs of the clutch/brake
control are optically isolated.
Mode Options
Single Mode
Ch1 Ch2 Ch2 Ch1 output Ch2 output
Ove
0 0 0 No change No change
0 0 1 On at full torque Off
0 1 0 Off On at full torque
0 1 1 On at full torque Off
1 0 0 On at adjusted torque Off
1 0 1 Full torque Off
1 1 0 On at adjusted torque Off
1 1 1 Full torque Off
Dual Mode
Ch1 Ch2 Ch2 Ch1 output Ch2 output
Ove
0 0 0 No change No change
0 0 1 Off Off
0 1 0 On at adjusted torque On at adjusted torque
0 1 1 Off Off
1 0 0 Off Off
1 0 1 Off Off
1 1 0 Off Off
1 1 1 Off Off
Note 1: In single mode, when power is applied
to the control, Ch1 comes on at adjusted volt-
age until a logic input changes the output volt-
ages.
Note 2: In single mode the control can not “turn
off” both channels at the same time; or “turn
on” both channels at the same time.
Note 3: When voltage is applied to “Ch2 over-
ride”, Ch2 and Ch1 logic inputs are ignored and
the outputs are changed to:
Ch1 = full torque and Ch2 = off.
When power is removed from “Ch2 override”,
the control reads the logic inputs and changes
the voltage output accordingly. If no power is
applied to the logic inputs when power is
removed from Ch2 override, then the output
voltages remain at:
Ch 1 = full torque for Ch 1 and Ch2 = Off.
Example: