gefran 1650 User Manual

80209C_MHW_850-1650-1850_02-2020_ENG_pag. 101
4.11.3. REFE - Selecting the alarm reference
Acronym Scrolling message Submenu Attributes
REFE ALARM.1 (o ALARM.2…ALARM.4) SELECTING REFERENCE SIGNAL ALARM R W
The parameter shows and sets the reference of alarm number “x” selected with the previous parameter ALARM, where
the reference can be an input or value to be monitored.
Unit of measurement: -
Options: PV1 = Process variable for PID.1
if model with auxiliary input:
IN2 = Auxiliary input
SSP1 = Active Setpoint for PID.1
if model with CT1+CT2:
CURR1 = Current of current transformer CT1
CURR2 = Current of current transformer CT2
if energy count function is enabled in MODE.1:
OU.KW1 = Power transferred to the load ENERG.1
O.KWH1 = Energy transferred to load ENERG.1
E.KWH1 = Totalizer of energy transferred to load ENERG.1
T.INT = Temperatura interna
IN1 = Main input
P.DAYS = Partial working days
if PID2.E function is enabled in EN.FUN:
PV2 = Process variable PID.2
SSP2 = Active Setpoint for PID.2
if energy count function is enabled in MODE.2:
OU.KW2 = Power transferred to load ENERG.2
O.KWH2 = Energy transferred to load ENERG.2
E.KWH2 = Totalizer of energy transferred to load ENERG.2
if model with auxiliary input 2:
IN3 = Auxiliary input 2
if model with Master Modbus serial and Master parameter configured::
MAS.01 = Master Value 1
MAS.02 = Master Value 2
MAS.03 = Master Value 3
MAS.04 = Master Value 4
MAS.05 = Master Value 5
MAS.06 = Master Value 6
MAS.07 = Master Value 7
MAS.08 = Master Value 8
MAS.09 = Master Value 9
MAS.10 = Master Value 10
MAS.11 = Master Value 11
MAS.12 = Master Value 12
MAS.13 = Master Value 13
MAS.14 = Master Value 14
MAS.15 = Master Value 15
MAS.16 = Master Value 16
MAS.17 = Master Value 17
MAS.18 = Master Value 18
MAS.19 = Master Value 19
MAS.20 = Master Value 20

gefran 1650 Specifications

General

Brand	gefran
Model	1650
Category	Temperature Controller
Language	English