CFBPG high temperature pressure transmitter

Author:Anonymous Update:2013-7-11 Hits:0

Features and Uses

The sensor is made ​​of imported high-precision, high stability pressure sensor core body temperature transmitter through internal capillary impulse delivered to the rear diaphragm, drum on the transmitter plus a plurality of fins, greatly improving the transmission The thermal performance, measured medium temperature up to 150 ℃. This product uses the stainless steel structure, with anti-corrosion, put radio frequency interference, lightning, high accuracy, high stability, high reliability, intrinsically safe explosion-proof characteristics. Widely used in metallurgy, thermal engineering, defense, scientific research, oil exploration and other departments of the hydraulic and starting equipment, industrial process measurement and control.

 

Dimensions

 
Technical Specifications

 

Parameters Units Technical parameters Parameters Units Technical parameters
Measurement Media 316 stainless steel is compatible with a variety of liquids, gases or vapors. Measuring range -0.1KPa ~ 0 ~ 0.01KPa ~ 100MPa
Overload 1.5 times full scale pressure or 110MPa (the minimum value) Pressure type Gauge pressure, absolute pressure, sealed reference pressure
Power supply 15 ~ 30VDC 15 ~ 25VDC 15 ~ 28VDC
Output Signal 4 ~ 20mADC 0 ~ 10/20mADC 0/1 ~ 5/10vdc
Transmission Wire Three-wire Three-wire
Accuracy Typical: ± 0.25% F · S Maximum: ± 0.25% F · S
  Including non-linearity, hysteresis and repeatability
Long-term stability Typical: ± 0.1% F · S Maximum: ± 0.2% F · S
Zero temperature coefficient 0.03% F · S / ℃ (≤ 100KPa) 0.02% F · S / ℃ (> 100KPa)
  0.03% F · S / ℃ (≤ 100KPa) 0.02% F · S / ℃ (> 100KPa)
Operating Temperature -30 ~ 150 ℃ Storage temperature -40 ~ 200 ℃
Load resistance ≤ (U-15) / 0.2Ω Electrical connection Cable, aviation plug, plug Hochman
Shell material Stainless steel 1Cr18Ni9Ti Process interface M12 × 1; M20 × 1.5 or G1 / 4 outer thread
Protection class IP65 Explosion-proof mark Exia Ⅱ CT6 (Intrinsically safe)