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Name ID Label Description Type Access Class
PROPORTIONAL_GAIN 4066 Kp = PROPORTIONAL GAIN -The gain of the proportional contri- bution of the con- trol algorithm. R/W Float 16
INTEGRAL_TIME 4067 Tr = INTEGRAL TIME -The gain of the integral contribution of the control algorithm. R/W Float 16
DERIVATIVE_TIME 4068 Td = DERIVATIVE TIME -The gain of the deriva- tive contribution of the control algo- rithm. R/W Float 16
MV_HIGH_LIMIT 405F High limit MV HIGH LIMIT -The maximum value to which MV should be allowed to go. This range is physically limited: 0% (4 mA) to 106.25% (21 mA) R/W Float 16
MV_LOW_LIMIT 405E Low limit MV LOW LIMIT -The minimum value to which MV should be allowed to go. This range is physically limited: -0.625% (3.9 mA) to 100.00% (20 mA) R/W Float 16
MV_ROC_LIMIT 406D Out Chg/s MV RATE-OF-CHANGE LIMIT -the maximum (absolute) rate of change of the MV R/W Float 16
POWER_UP_SETPOINT_PERCENT_RANGE 4070 Power-up SP% POWER-UP SETPOINT -the value in per- cent which the set- point will assume when power once a- gain is applied af- ter a power inter- ruption R/W Float 16
POWER_UP_OUTPUT 4071 Safety out POWER-UP MV -the value in percent which the manipu- lated variable will assume when a device failure is detected or when power once again is applied af- ter a power inter- ruption R/W Float 16
cut_off 400B Cutoff= Cutoff point -used in flow applications with square-root transfer function to disable the square root extraction for values below this low flow cutoff point R/W Float 32
cut_off_mode 400C Cutoff mode Cutoff mode -The mode by which the flow between 0% and the cutoff point is calculated: Hard -flow is 0%, Bumpless -flow is linearily inter- polated R/W Enum 32
Name ID Label Description Type Access Class