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ABB DCS 400 - Page 97

ABB DCS 400
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II K 4-73
Overview of Software
ParNo. Parameter name and significance Min Max Default Unit
(1)
custom.
setting
Grp 9 Macro Adaptation (continued)
9.05 User Fault
Fault function will be controlled from a binary signal
which is assigned in this parameter:
0=Macro depend
1=Disable
2=DI1
3=DI2
4=DI3
5=DI4
6=MCW Bit 11
7=MCW Bit 12
8=MCW Bit 13 effective independent of Cmd
9=MCW Bit 14 Location (2.02)
10=MCW Bit 15
State of binary signal:
0=no Fault
1=Fault Triggers an External Fault (F22) and
trips the drive
0 10 0 Text x
9.06 User Fault Inv
Fault (inv) function will be controlled from binary signal
which is assigned in this parameter:
Assignment identical with 9.02
State of binary signal:
0=Fault Triggers an External Fault (F22) and
trips the drive
1=no fault Closed-circuit principle, must be
closed for operation
0 5 0 Text x
9.07 User Alarm
Alarm function will be controlled from binary signal
which is assigned in this parameter:
Assignment identical with 9.05
State of binary signal:
0=no Alarm
1=Alarm Triggers an External Alarm (A12) in
DCS400
0 10 0 Text x
9.08 User Alarm Inv
Alarm (inv) function will be controlled from binary
signal which is assigned in this parameter:
Assignment identical with 9.02
State of binary signal:
0=Alarm Triggers an External Alarm (A12) in
DCS400
1=no Alarm Closed-circuit principle, must be
closed for operation
0 5 0 Text x
9.09 Dir of Rotation
Direction of rotation will be controlled from binary
signal which is assigned in this parameter:
Assignment identical with 9.05
State of binary signal:
0=forward
1=reverse
Effective only when the drive is speed controlled.
0 10 0 Text x
(1) no changes possible if the drive is in ON-status

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