CN
Search for more information
CN

Menu

DPT2050 Differential Pressure Transmitter

Built around a silicon piezoresistive differential pressure sensor, this transmitter outputs standard industrial signals and is suitable for industrial process control, flow measurement, medical instruments, aerodynamic measurement, hydraulic equipment, a

Get a Quote Get a Quote
DPT2050差压变送器-正面_副本

Product Overview


For Differential Pressure Measurement and Industrial Signal Output

  • The DPT2050 differential pressure transmitter uses a silicon piezoresistive differential pressure sensor as the core element, with temperature compensation, digital circuit correction, and signal conditioning to output standard industrial signals.

  • Its full stainless steel housing provides strong corrosion resistance.

  • The compact design is easy to install, with high stability, low drift, and multiple structural options.

It provides stable differential pressure signals for industrial processes, flow measurement, and hydraulic and pneumatic equipment.

   



System Parameters

Section Note

This page shows key parameters only. Complete technical specifications, mounting dimensions, wiring instructions, and selection information are available in the downloadable product data.

Parameter

Details

Product Type

Differential pressure transmitter

Range

0-10kPa ... 3.5MPa

Overload Pressure

1.5 times rated pressure

Accuracy

±0.25% F.S. (100kPa...3.5MPa) / ±0.5% F.S. (0...100kPa)

Stability

<0.5% F.S./year

Operating Temperature

-10℃ to 60℃

Storage Temperature

-40℃ to 100℃

Measured Medium

Gases or liquids compatible with 304 and 316L stainless steel, fluororubber, or nitrile rubber

Output Signal

4-20mA / 0-10V / RS485

Power Supply

10-36VDC / 12-36VDC / 10-30VDC

Electrical Connection

DIN43650A / M12 waterproof cable outlet / GX12 aviation connector / M12 4-pin aviation connector

Enclosure Protection Rating

IP65

Pressure Type

D (differential pressure)

Certifications

CE / RoHS


For more information on DIPU's project experience across different application scenarios, please view our featured cases or contact us.