Xjcsensor / X-100T / Pressure Sensor/Pressure Transmitter


Feature
  • The nozzle and the housing are made of stainless steel
  • Strong corrosion resistance and good long-term stability
  • Wide range of temperature compensation
  • A variety of pressure interface thread forms and the connection modes
  • With HART board or RS485 board
  • 316 stainless steel

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Technical Parameter
Measuring Range(Optional) -0.1~200MPa Operating Environment -20℃~75℃, ≤85%RH
Accuracy 0.1% FS; 0.25% FS; 0.5% FS Storage Environment -40℃~85℃, ≤95%RH
Power Supply Transducer: 5~ 10VDCTransmitter: 9~36VDC Safe Over Load 150%
Output Signal Transducer: 1.5mV/V, 2mV/V, Transmitter: 4-20mA, 0-20mA, 0-10V, 0-5V Ultimate overload 200%
Zero Error 0.5%FS Temperature Shift 0.03%FS/℃
Full Scale Error 1.0% FS Long Stability 0.2%FS/year
Compensate Temperature -10℃~60℃ Operating Environment -20℃~75℃, ≤85%RH
Process connection M20x1.5, M12x1, M10x1, 1/4NPT, G1/2, G1/4 or as custom Life Full scale more than 1 million times
Applications Process control system, liquid level measurement, gas compressors, lubrication systems, natural gasproduction, chemical processing, waste water treatment, pulp & paper processing, oil production,
Dimension & Capacity

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Application

Process control system, liquid level measurement, gas compressors, lubrication systems, natural gas production, chemical processing, waste water treatment, pulp & paper processing, oil production, recovery and others.

Ordering Guide

Model: X-100T-①②③④⑤⑥

Attention Range Process connection Output Electrical connection Radiator Accuracy
1. 4PIN Standardized 2m Cable Line

2. Direct lead with 1 m cable

3. Voltage output is not optional with 8L

4. Can only be selected with 2D8L

5. With”*”,please contact the technician

Range

K=kPa

B=barM=MPa

2G*=G1/4 *

4G=G1/2

6G=G3/4

8G=G1″”

20M=M20x1.5XX*=Other *

4A=4~20mA

4AX=4-20mA+LCDWith Display

10V=0~10V

2D=DIN43650

Hirschmann

4P=4pin

xE=Direct lead x meter

8L=2088

Aluminium shell

=135℃

No radiator

5S=150℃

5 radiators

10S=200℃

10 radiators

=±0.5%FS

2=±0.25%FS

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