The wind pressure sensor is assembled using high-precision and high stability silicon pressure sensor chips, aluminum alloy, and stress isolation technology. The casing of the micro differential pressure transmitter is made of aluminum alloy structure. Two pressure interfaces are equipped with M10 threads The wind pressure transmitter can be directly installed on the instrument box or connected through a pressure pipe. The wind pressure transmitter has precision temperature compensation and amplification processing that can be converted into 4-20mA standard current signal, 0-20mA standard current signal, 1-5V standard voltage signal, 0-5V standard voltage signal output, and other options.

The characteristics of the wind pressure sensor D800 include zero point, sensitivity, temperature full range compensation, strong anti-interference, excellent long-term stability, and diverse external structures.

Applicable fields of wind pressure transmitter:

Wind pressure transmitters are used in conjunction with industrial computers, distributed systems, and secondary display instruments, and are easy to install and use. Micro differential pressure transmitters are widely used in chemical, petroleum, metallurgical, power plant air ducts, coal mine ventilation pressure, boiler air supply pressure or flow testing, and pressure process control fields.

Technical parameters of wind pressure transmitter:

Power supply: 12VDC~36VDC (15DVC, 24VDC)

Output signal: 4-20mA, 1-5V, 0-5V

Range: 0-0.06kPa-600kPa

Measurement medium: non-conductive, non corrosive or weakly corrosive gas

Compensation temperature: -10~70 ℃

Medium temperature: -20~85 ℃

Environmental temperature: -20~85 ℃

Working mode: differential pressure

Comprehensive accuracy: optional levels of 0.25, 0.5, 1.0, and 2.0

Zero temperature drift: ± 0.03FS/℃

Sensitivity temperature drift: ± 0.03FS/℃

Overload pressure: 300% FS