IFM ecomatController Installation Instructions Manual page 40

ecomatController CR720S/CR721S
Control systems
7.2.4 Connectors A and B / output characteristics
CR721S
Connector A: Connector B:
OUT0006...0007 OUT0306...0307
OUT0106...0107 OUT0406...0407
OUT0206...0207 OUT0506...0507
Digital / PWM outputs
4.0 A, H-bridge
(OUT PMW-40-BRIDGE-A)
Digital output (B )
H
Digital output (B )
L
PWM output (PWM )
H
PWM output (PWM )
L
Current-controlled output (PWM
Connector A: Connector B:
OUT0008 OUT0308
OUT0108 OUT0408
OUT0208 OUT0508
Digital / PWM outputs 4.0 A
(OUT PMW-40-A)
Digital output (B )
H
ifm electronic gmbh ● Friedrichstraße 1 ● 45128 Essen
40
Switching current
Protective circuit for inductive
loads
Accuracy current feedback
Diagnostics current feedback
Diagnostics status feedback
Switching voltage
Range diagnostics min - max�
Functions
Output frequency
Pulse/pause ratio
Resolution
Range diagnostics min - max�
Output frequency
Pulse/pause ratio
Resolution
) Output frequency
I
Control range
Setting resolution
Control resolution
Load resistance
Accuracy
Range diagnostics min - max�
Switching voltage
Switching current
Protective circuit for inductive
loads
Accuracy current feedback
Diagnostics current feedback
Diagnostics status feedback
Range diagnostics min - max�
We reserve the right to make technical alterations without prior notice!
Connectors A and B / output characteristics
0�025���4 A
integrated
1 %
confi gurable minimum and maximum values
to detect short circuit and wire break
detection of short circuit to VBB and short
circuit to GND
8���32 V
0 A / 4 A (default)
as H-bridge
20���2000 Hz (per channel)
1���1000 ‰ (adjustable via software)
1 ‰ (at 20���250 Hz)
0 A / 4 A (default)
20���500 Hz (per channel)
1���1000 ‰ (adjustable via software)
1 ‰ (at 20���250 Hz)
20���2000 Hz (per channel)
0�05���4 A
1 mA
2 mA
≥ 3 Ω (at 12 V
≥ 6 Ω (at 24 V
± 1�5 % FS (for inductive loads)
0 A / 4 A (default)
8���32 V
0�025���4 A
integrated
1 %
confi gurable minimum and maximum values
to detect short circuit and wire break
detection of short circuit to VBB and short
circuit to GND
0 A / 4 A (default)
)
)
CR721S / page 8 22 Nov� 2017