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Allen-Bradley LOGIX 5000

Allen-Bradley LOGIX 5000
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Chapter 1
Process Control Instructions
216 Rockwell Automation Publication 1756-RM006K-EN-P - November 2018
Input Parameters Data
Type
Description Values
CV1PV2ModelDT REAL The internal model deadtime for CV1 - PV2 in
seconds.
Valid = 0.0 to maximum
positive float
Default = 0.0
CV2PV2ModelDT REAL The internal model deadtime for CV2 - PV2 in
seconds.
Valid = 0.0 to maximum
positive float
Default = 0.0
CV3PV2ModelDT REAL The internal model deadtime for CV3 - PV2 in
seconds.
Valid = 0.0 to maximum
positive float
Default = 0.0
CV1PV1RespTC REAL The tuning parameter that determines the speed
of the control variable action for CV1 - PV1 in
seconds.
Valid = 0.0 to maximum
positive float
Default = 0.0
CV2PV1RespTC REAL The tuning parameter that determines the speed
of the control variable action for CV2 - PV1 in
seconds.
Valid = 0.0 to maximum
positive float
Default = 0.0
CV3PV1RespTC REAL The tuning parameter that determines the speed
of the control variable action for CV3 - PV1 in
seconds.
Valid = 0.0 to maximum
positive float
Default = 0.0
CV1PV2RespTC REAL The tuning parameter that determines the speed
of the control variable action for CV1 - PV2 in
seconds.
Valid = 0.0 to maximum
positive float
Default = 0.0
CV2PV2RespTC REAL The tuning parameter that determines the speed
of the control variable action for CV2 - PV2 in
seconds.
Valid = 0.0 to maximum
positive float
Default = 0.0
CV3PV2RespTC REAL The tuning parameter that determines the speed
of the control variable action for CV3 - PV2 in
seconds.
Valid = 0.0 to maximum
positive float
Default = 0.0
PV1Act1stCV DINT The first CV to act to compensate for PV1-SP1
deviation.
1=CV1, 2=CV2, 3=CV3
Valid = 1-3
Default = 1
PV1Act2ndCV DINT The second CV to act to compensate for PV1-SP1
deviation.
1=CV1, 2=CV2, 3=CV3
Valid = 1-3
Default = 2
PV1Act3rdCV DINT The third CV to act to compensate for PV1-SP1
deviation.
1=CV1, 2=CV2, 3=CV3
Valid = 1-3
Default = 3
PV2Act1stCV DINT The first CV to act to compensate for PV2-SP2
deviation.
1=CV1, 2=CV2, 3=CV3
Valid = 1-3
Default = 1
PV2Act2ndCV DINT The second CV to act to compensate for PV2-SP2
deviation.
1=CV1, 2=CV2, 3=CV3
Valid = 1-3
Default = 2
PV2Act3rdCV DINT The third CV to act to compensate for PV2-SP2
deviation.
1=CV1, 2=CV2, 3=CV3
Valid = 1-3
Default = 3
TargetCV DINT The CV to be driven to its target value.
1=CV1, 2=CV2, 3=CV3
Valid = 1-3
Default = 3

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