Datasheet

MU-PT100-I420 Analog PT100 Temperature-Transmitter
TECHNICAL DATA
Input:
Sensor type:
Measuring range:
Output:
Supply voltage:
Transfer characteristic:
Direct current:
Wire resistance
:
Linearity error:
Accuracy:
Operating temperature range:
Output signal on se nsor failure:
Mounting:
Connection terminals:
Dimensions
Material:
:
Supply voltage min.
:
Housing:
Weight:
In the two-wire circuit, the resistance of the
cable in the measuring result. Therefore, this circuit can be
selected only for short lines or low accuracy requirements.
Between the terminals 1 and 2 at the transmitter
a bridge must be clamped.
Input connection diagram
the label:
PT100, 2 or 3-wire connection
PT100 (DIN EN 60751)
for example. 0..200°C or -50...+100°C
4 ... 20mA
12 ... 35VDC, reverse polarity protected
temperature linear
max. 25mA + Load current
max. 50
max. 0,05%
max. 0,1%
0... 50°C
< 3mA or > 24mA
35 mm-rail mounting
Screw terminals with wire protection, 0,2..2,5 mm²
75 x 15 x 53 mm (h x w x d)
Polycarbonate
EMG15
ca. 40g
Ω (supply voltage 8V)
min. 8V
4
5
6
1
2
3
PT100
2-/3-wire
3
2
1
PT100
The output current follows linear at the input
Temperature signal. The current tap of the output signal is in series
between the terminals 5 and 6. Between the sensor and the supply
and output current don`t be galvanic isolated connection.
Clamp 5: Current Loop
Clamp 6: +12...35Vdc
Current loop be tween the terminals 5 & 6
Supply voltage:
Current output 4...20mA:
up to date: 01022014, modification reserved and can be change any time previous notice !
GND
4...20mA
mA
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