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Name ID Label Description Type Access Class
nLC_Kp 4064 P Proportional gain P is the ratio of proportional action of controller (output) to error.Value between 0 and 50. R/W Unsigned 8
nLC_Ti 4065 I Integal time or reset time, is the time constant of integral control.Value between 0 and 1000s. R/W Unsigned 8
nLC_Td 4066 D Derivative time or rate time. Value between 0 and 5000 ms. R/W Unsigned 8
nLC_Kd 4067 Kd Derivative gain is a parameter of derivative control. Value between 0 and 100. R/W Unsigned 8
nLC_Beta 4068 Beta Beta is nonlinear gain factor, ranging from -9 to 9. When beta is 0, the controller gain is linear. Otherwise the gain is a function of error. The larger the beta, the smaller the gain for small error. R/W Integer 8
fLSPLimit 4012 Low SP limit The setpoint is constrained to be between the low and high limits. Both local and remote setpoints are limited. The limits are entered in the same engineering units as the process variable.The low SP limit must be lower than high SP limit. R/W Float 8
fUSPLimit 4013 High SP limit The setpoint is constrained to be between the low and high limits. Both local and remote setpoints are limited. The limits are entered in the same engineering units as the process variable.The high SP limit must be upper than low SP limit. R/W Float 8
fLAlarm 40CB Low alarm limit Define the high alarm for the controller mode. Alarm are absolute or deviation. The alarm limits are entered in the same units as the process variable . R/W Float 8
fUAlarm 40CC High alarm limit Define the high alarm for the controller mode. Alarm are absolute or deviation. The alarm limits are entered in the same units as the process variable . R/W Float 8
nOutputRateLimit 4070 Controller output Limits how fast the output can change. It is expressed as the percent of full output range per second. Maximum value is 500.0%/s . R/W Unsigned 8
Name ID Label Description Type Access Class