Pressure sensor 

Technical parameters   pressure sensor  :

1. Pressure range:   -0.1…0~0.01…100MPa
2. Overpressure:   1.5 times FS or 110MPa (min. value is valid)
3. Pressure type:   gauge/ absolute / sealed gauge
4. Process connection: M20×1.5 male (or on your demand)
5. Accuracy:   ±0.5%FS
6. Long term stability: max. ±0.3%FS/year
7. Zero thermal drift: 0.1%FS/°C(≤100kPa);0.05%FS/°C(>100kPa)
8. Span thermal drift: 0.1%FS/°C(≤100kPa);0.05%FS/°C(<100kPa)
9. Compensation temp.:   0~50°C
10. Application temp.:     -30~80°C, intrinsic safe version: -10~60°C , EXD: -20~60°C
11. Storage temp.:       -40~120°C
12. Power supply:       11~28VDC,intrinsic safe version supplied by safe barrier 
13. Output signal:     4~20mADC(2-wire),             0/1~5VDC(3-wire)
14. Load:                     ≤(U-11)/0.02Ω(2-wire),     ≥10kΩ(3-wire)
15. Housing protection:   IP65
16. Electric connection:   Plug connection or cable connection

 Features of   pressure sensor   :

·Reliable performance, easy application
·Short protection and reverse polarity protection
·Measure gauge, absolute and sealed gauge
·Intrinsic safe version, conforming to Standard ExiaⅡCT6 of GB3836.4
·Exd product conforms to Standard GB3836.2, and Exd certificate is approved. Exd sign is ExdⅡCT6
·Ship-use product conforming to CCS Rules of Classification of Sea-going Steel Ships (2006)
·CE and RoHS approved

About Us: water differential pressure sensor
Xi'an Yunyi Instrument Co., Ltd. is a professional manufacturer that engaged in the fields of pressure measurement instrument, the chief engineer Mr Tian has more than 30 years on this area, he is one of the engineers who introduced the Rosemount technology. We specializing in developing high precision pressure transmitter and pressure gauges. And we also develop temperature transmitter, level transmitter, densitometer etc. They are widely used in chemical, petroleum, paper, electricity, city gas, environmental protection, water treatment and other fields.

If you need this   Pressure sensor  , please visit the website

Katherina Wang  water differential pressure sensor