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Enabling on (EN/ON)
When this input is a binary “1” the DCM is enabled to be turned on (ALE) either
manually or automatically.
Enabling off (EN/OFF)
When this input is a binary “1” the DCM is enabled to be turned off (ALA) either
manually or automatically.
Local controlling (VOS)
When this input is a binary “1” the DCM is put into the Local Control mode. The
controller then expects operation from a control unit at the switchgear, breaker,
starter or motor. Changes in feedback related to local operation will not cause
alarm or fault indication. When this input is a binary “0” the DCM will alarm or
fault with a change in feedback caused by a local operation.
Priority switch over man/auto (AUTO)
When this input is a binary “1” the operating mode of the DCM is switched to
automatic or semiautomatic similar to using the operator faceplate.
Priority switch over auto/man (MAN)
When this input is a binary “1” the operating mode of the DCM is switched to
manual or semiautomatic similar to using the operator faceplate.
Feedback Off (FB/OFF)
This binary input can be used to decouple the hardware from the software and
allow modification to the input signal by additional logic before the signal is
connected to the DCM FB 163. When this input is a binary “1” the DCM receives
feedback that the driven device (motor, solenoid, etc.) is in the off or closed
position. It can be used in place of the hardwired input RMA.
Switchgear Fault (SGF)
This binary input can be used to decouple the hardware from the software and
allow modification to the input signal by additional logic before the signal is
connected to the DCM FB 163. When this input is a binary “1” the DCM receives
feedback that the driven device (breaker, switchgear, etc.) is in a fault condition.
It can be used in place of the hardwired input SAG.
Feedback On (FB/ON)
This binary input can be used to decouple the hardware from the software and
allow modification to the input signal by additional logic before the signal is
connected to the DCM FB 163. When this input is a binary “1” the DCM receives
feedback that the driven device (motor, solenoid, etc.) is in the on or opened
position. It can be used in place of the hardwired input RME.
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Содержание TXP-CLC
Страница 5: ...TXP CLC Course 1 TXP Overview Training Center ...
Страница 11: ...TXP CLC Course 2 Automation System AS620 Training Center ...
Страница 19: ...TXP CLC Course 3 Industrial Ethernet Training Center ...
Страница 29: ...TXP CLC Course 4 Engineering system ES680 Training Center ...
Страница 45: ...TXP CLC Course 5 KKS Overview Training Center ...
Страница 81: ...TXP CLC Course 6 Training Project Exercise 1 2 Training Center ...
Страница 101: ...TXP CLC Course 7 BT Function Block Exercise 3 Training Center ...
Страница 121: ...TXP CLC Course 8 AT Function Block Exercise 4 Training Center ...
Страница 137: ...TXP CLC Course 9 CBO Function Block Exercise 5 Training Center ...
Страница 145: ...TXP CLC Course 10 CAO Function Block Exercise 6 Training Center ...
Страница 155: ...TXP CLC Course 11 DCM Function Block Exercise 7 Training Center ...
Страница 187: ...TXP CLC Course 12 Generation Transfer Exercise 8 Training Center ...