gefran 850 - TYPE - Defining the Type of Continuous Output; F.OU.C - Selecting the Function Assigned to Continuous Output

80209C_MHW_850-1650-1850_02-2020_ENG_pag. 136
4.18.5. TYPE - Defining the type of continuous output
Acronym Scrolling message Submenu Attributes
TYPE CONTINUE OUTPUT TYPE OUTPU R W
The parameter shows and sets the definition of continuous output.
The parameter applies only to Output 1 of CONT.A
Unit of measurement: -
Options: 20MA = 0...20 mA output
4-20M = 4...20 mA output
10V = 0...10 V output
2-10V = 2...10 V output
C.20MA = 0...20 mA custom output
C.4-20 = 4...20 mA custom output
C.10V = 0...10 V custom output
C.2-10 = 2...10 V custom output
4.18.6. F.OU.C - Selecting the function assigned to continuous output
Acronym Scrolling message Submenu Attributes
F.ou.C REFERENCE SIGNAL CONTINUE OUTPUT OUTPU R W
The parameter shows and sets the function assigned to continuous output 1, direct or inverse.
The parameter applies only to Output 1 of CONT.A. or CONT.C.
Unit of measurement: -
Options: NONE = No assigned function
HEAT1 = Heat control output of PID.1
COOL1 = Cool control output of PID.1
PV1 = Process variable 1
SSP1 = Active setpoint of PID.1
SETP1 = Local setpoint of PID.1
DEVI1 = Deviation |SSp-PV| of PID.1
SERIA = Value set from serial line
H+C1 = PID.1 heat/cool control output
if PID2.E function is enabled in EN.FUN in EN.FUNC e parametro FUNC=PV2 in INPUT.2:
HEAT2 = PID.2 heat control output
COOL2 = UPID.2 control output
H+C2 = PID.2 heat/cool control output
PV2 = Process variable 2
SSP2 = PID.2 active setpoint
SETP2 = PID.2 local setpoint
DEVI2 = PID.2 deviation |SSp-PV|
IN1 = Main input
if the model with auxiliary input:
IN2 = Auxiliary input
if the model with auxiliary input 2:
IN3 = Auxiliary input 2