Home > Automation>Sensors and transducers for pressure>Transmitter pressure transducer 0~1.6 bar in the current 4~20 mA

Transmitter pressure transducer 0~1.6 bar in the current 4~20 mA

PSQ is the relative pressure transducer 0...1.6 bar  in standard linear current signal 4 ... 20 mA

More details

PSQ-(0...1.6).Q23

5 Items in stock

154,80 лв

19 Other products in the same category

PSQ is a low-cost gauge pressure transducer.
It is based on thin-film resistive sensor elements and an electronic block
providing temperature compensation and generating a 2-wire current
output signal. When operating at process temperatures between 10 °С
and 40 °С, the transmitter achieves an accuracy better than 1%.
All the wetted parts are made of stainless steel and the robust design
guarantees good vibration and shock resistance as well as normal
operation at medium temperatures up to 135 °С. All of the above make
the PSQ pressure transmitter well suitable in all applications where
robustness, compact sizes, and low budget are of higher importance.
Ranges to EN [bar] : 0...1.6 bar
Accuracy 10...40 °C: 1.0%;       0...80 °C: 2.0%;        -40...135 °C: 4.0%
Response time :   <10 ms (0...99% of span)
Pressure sensor type:  thin-film resistance bridge
Overload : 1.5x full span
Wetted parts:  stainless steel 1Cr18Ni9Ti
Process connection:  G1/4"
Electrical connection 4-pin detachable mini connector DIN 43650 C
Output : 2-wire 4...20 mA
Power supply:  12…28 VDC
Medium temperature:  -40...135 °C
EM compatibility:  EN50081-1, EN50081-2, EN50082-2
Electrical insulation:  >10 MΩ at 250 VAC
Vibration / Shock:  vibrations: 5...2000 Hz, 10 G, x/y/z; shocks: 20 G, 11 ms
Weight 50 g
 
Technical drawing:

  • External thread G1/4
  • Type temperature sensor Signal analog 4~20 mA and-or 0~10 V
  • Working pressure range: 0...1.6 bar

Write your review

Transmitter pressure transducer 0~1.6 bar in the current 4~20 mA

Transmitter pressure transducer 0~1.6 bar in the current 4~20 mA

PSQ is the relative pressure transducer 0...1.6 bar  in standard linear current signal 4 ... 20 mA

Write your review