
LED INDICATORS
Power
±15VDC supply operational
I
A
Output current to coil A
I
B
Output current to coil B
Stop
Both “A” & “B” coils disabled,
same as emergency stop.
POTENTIOMETER
ADJUSTMENTS
+ Ramp
Adjusts positive ramping time
– Ramp
Adjusts negative ramping time
I
A
Min
Adjusts coil A minimum current
I
B
Min
Adjusts coil B minimum current
I
A
Max
Adjusts coil A maximum current
I
B
Max
Adjusts coil B maximum current
TEST POINTS
In
Input command (±10VDC)
Ramp
Ramp output (±10VDC)
Out
Coil ouput current scaled to ±1mV per ±1mA
Coil A is a positive value,
Coil B is a negative value
Gnd
Signal ground reference
MECHANICAL
Dimensions, panel mounted
100 x 176 mm (3.94 x 6.90 in.)
Connector
32 screw-terminals, 2 piece construction
for quick disconnect
Weight
0.22 kg (0.484 Lbs.)
I /O CONNECTOR
PIN ASSIGNMENTS
A2:
+10V Ref. @ 2.5mA
C2:
Test Point Command In
S20-14087
A4:
–10V Ref. @ 2.5mA
C4:
Test Point Ramp First-Stage Ampl.
A6:
±5V Command
C6:
Test Point Ramp Out
A8:
±10V Command
C8:
Test Point Current Out Coil A/B
A10:
±10V AUX Command
C10: Coil A PWM Output
A12:
Signal Ground
C12: Coil A Return
A14:
Current-Loop In
C14: Ramp-at-Zero Open-Collector Unit
A16:
Current-Loop Ret
C16: Command Inverted
A18:
Major-Loop Feedback
C18: Coil B PWM Output
A20:
HP Limiting Command
C20: Coil B Return
A22:
Soft-Stop Input
C22: Soft-Stop Return / Rev. Comm. Ret.
A24:
Reverse Command Input
C24: E-Stop Return
A26:
Signal Ground
C26: Command Disable CMDDIS/
A28:
E-Stop Input
C28: +15V @ 250mA Power Out
A30:
DC Power Input
C30: –15V @ 100mA Power Out
A32:
Power Ground
C32: Power Ground
TECHNICAL SPECIFICATIONS
2
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Summary of Contents for Jupiter 900
Page 11: ...INSTALLATION DRAWINGS 7 Back to Content...
Page 12: ...INSTALLATION DRAWINGS 8 SWITCH AND JUMPER SETTINGS Back to Content...
Page 14: ...INPUT SIGNAL OPTIONS 10 85 264VAC 47 440HZ Back to Content...
Page 15: ...INPUT SIGNAL OPTIONS 11 85 264VAC 47 440HZ Back to Content...
Page 16: ...APPLICATION DIAGRAMS 12 Back to Content...
Page 18: ...APPLICATION DIAGRAMS 14 COMMAND OUT INVERT Back to Content...
Page 19: ...APPLICATION DIAGRAMS 15 COMMAND OUT INVERT Back to Content...
Page 20: ...APPLICATION DIAGRAMS 16 COMMAND OUT INVERT Back to Content...
Page 21: ...APPLICATION DIAGRAMS 17 COMMAND OUT INVERT Back to Content...
Page 22: ...APPLICATION DIAGRAMS 18 COMMAND OUT INVERT Back to Content...
Page 23: ...NOTES 19 Back to Content...