gefran GTF User Manual

780961F_MSW_GTF/GTF-Xtra_07-2018_ENG
INPUTS
MAIN INPUT
The advanced Solid State Relays have 1 main input to control, to which you can connect, linear sensors in voltage or current
to acquire process variable (PV) values
To congure, you always have to dene the type of probe or sensor (tYP), the maximum and minimum scale limit (Hi.S – Lo.S)
for the process variable value,.
There is a parameter to correct the offset of the input signal (oF.S): the set value is algebraically added to the read of
the process variable.
If noise on the main input causes instability of the acquired value, you can reduce its effect by setting a low pass
digital lter (Flt). The default setting of 0.1sec is usually sufcient.
27
tYP.
R/W
Type main input
1
Table of probes and sensors
Probe type
0 Disable input
1 0...10V
2 0 ... 5V/Potentiometer
3 0...20mA
4 4...20mA
+16 Function ON/OFF Software (only when dIG=7 PWM input)
+32 Function ON/OFF Software (only when dIG=7 PWM input) inversed logic
Scale limits
29
Lo.S
R/W Minimum scale limit of main input
0,0
-100.0...200.0
scale points
30
xi.S
R/W Maximum scale limit of main input
100,0
-100.0...200.0
scale points
Probe type
Example 1:
VIN = 0…10V
tyP. = 1
Lo.S = 0.0
HI.S = 100.0
The default values (Lo.S = 0.0 and HI.S = 100.0) can be changed to obtain the required scale of the PV in engineering value
corresponding to the minimum and maximum of the physical input (V/mA).
In automatic mode, the engineering value (PV) is attributed to power Ou.P for values between 0.0 and 100.0.
Examples of Lo.S and HI.S parameter settings

gefran GTF Specifications

General

Brand	gefran
Model	GTF
Category	Controller
Language	English