Micromod MOD: 1800P - MOD 30ML Identity Module (Version 2) PID and Ramp/Soak Functions - Manual (Page 34)

Continuous Control Functions
PID CONTROL BLOCK
2-28
70 Setpoint Mode Restart Value (SPMRV) ........................................................................... CWR
The setpoint mode restart value is used when the instrument is initialized due to a cold of
frozen restart. Restart mode values must not conflict with the allowed modes value.
LOCAL 0 The setpoint mode restart value is LOCAL.
REMOTE 1 The setpoint mode restart value is REMOTE.
PREVIOUS 4 The setpoint mode restart value is PREVIOUS.
71 Output Mode Restart Value (OPMRV) ............................................................................. CWR
The output mode restart value is used when the instrument is initialized due to a cold or frozen
restart. Restart mode values must not conflict with the allowed modes value. The user cannot
set this value when mode model is CTRL MODE.
MANUAL 0 Manual value is used. Value is set to MANUAL when the configurator
is used to change mode model to CTRL MODE.
AUTO 1 Auto value is used.
PREVIOUS 4 Previous value is used.
72 Control Mode Restart Value (CMRV)............................................................................... CWR
The control mode restart value is used when the instrument is initialized due to a cold or
frozen restart. Restart mode values must not conflict with the allowed modes value. The user
cannot set this value when mode model is SP/OP.
MANUAL 0 The control mode restart value is MANUAL. Value is set to MANUAL
when the configurator is used to change mode model to CTRL
MODE.
AUTO 1 The control mode restart value is AUTO.
CASCADE 2 The control mode restart value is CASCADE.
PREVIOUS 4 The control mode restart value is PREVIOUS.
N/A 15 Configurator entry when setting mode model to SP/OP MODE only.
75 Process Variable Input (PVI) ............................................................................................ CWR
The process variable input is a floating-point value that is the process source of the control
loop.
value Fixed floating point value is Process Variable Input value.
LSP Any floating-point variable is Process Variable Input value.
76 Dead Time Compensation Input (DTCI) .......................................................................... CWR
The dead time compensation input adds a compensation signal to the process variable input.
This floating-point value is added before normalization.
NONE Attribute is not configured into the database.
value Fixed floating point value is Dead Time Compensation Input value.
LSP Any floating-point variable is Dead Time Compensation Input value.