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7.- MODEL 20 .- RANGES, JUMPERS, CONNECTIONS
The CCT converter can be configured in order to adequate the input and output signal ranges to the final application. For
thermorresitance PT100 / RTD signals, according to DIN 43760, for 2 and 3 wires techniques.
RANGE
ME Jumpers Closed
Minimum Input Span
Current through Sensor
Sensor Break Detection Output signa goes lower than the minimum output signal (<4mA for example)
Minimum Input Span.- Minimum range at input in order to have a maximum output range in 0/10 Vdc or 4/20 mA.
In 2 wire technique connections
the automatic compensation of the
measure wire resistenace is not
activated.
8.- MODEL 90.- RANGES, JUMPERS, CONNECTIONS
The CCT converter can be configured in order to adequate the input and output signal ranges to the final application.Accepts
potentiometric type signals. Potentiometer values between 100 Ohms and 1 MOhm. By default, units are configured at 0/100%
of the potentiometer range,aAlthough it is possible to adjust only a part ot the potentiometer range.
RANGE
ME Jumpers Closed
Terminal Connections
9.- MODEL 95 .- RANGES, JUMPERS, CONNECTIONS
The CCT converter can be configured in order to adequate the input and output signal ranges to the final application.2 Wire
measuring technique. Does not apply automatic compensation of the measure wire resistances. Maximum admisible resistance
is 1 MOhm
RANGE
MP Jumpers Closed
ME Jumpers Closed
Minimum Input Span
Minimum Input Span.- Minimum range at input in order to have a maximum output range in 0/10 Vdc
or 4/20 mA.
0/100ºC
0/200 ºC
B
C
50ºC
50ºC
< 1mA
1
Hi
Lo
7
0/100%
A,B,C OPEN
3,4 and 5
0/200 Ohms
0/2KOhms
5
6
A,B,C OPEN
10% of Full Scale used
Personalizer Module
MP-90
0/300ºC
0/400ºC
C
Ninguno
50ºC
50ºC
PT-100
PT-100
2 wire
3 wire
1
3
4
5
6
3
4
Hi
INPUT / ENTRADA
INPUT / ENTRADA
OUTPUTS / SALIDAS
OUTPUTS / SALIDAS
mA
Vdc
mA
+
-
+
-
+
-
Lo
7
9 10 11 12
9 10 11 12
0/20 KOhms
7
7 6 5
0/500ºC
0/600ºC
Ninguno
Ninguno
50ºC
50ºC
5
6
Vdc
+
-
0/200 KOhms
None
Potentiometer
1
3
4
5
6
Hi
INPUT / ENTRADA
OUTPUTS / SALIDAS
mA
Vdc
+
-
+
-
Lo
7
9 10 11 12
Resistencia
1
3
4
5
6
Hi
INPUT / ENTRADA
OUTPUTS / SALIDAS
mA
Vdc
+
-
+
-
Lo
7
9 10 11 12
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