DW68 micro differential pressure transmitter can quickly measure the pressure and differential pressure of air or non-corrosive gas, 2-wire 4-20MA signal output, minimum range 0 ~ 25Pa, maximum range 0 ~ 6KPa or ± 3KPa, standard 2-wire 4-20ma signal output, zero correction. And is a perfect combination of a high-precision differential pressure sensor and intelligent software technology. Applicable to clean rooms, dust collectors, HVAC, building automation and other micro-differential pressure measurement occasions.
The atmospheric pressure transmitter applies the ultra-stable micro-differential pressure sensing technology to solve the common problems of temperature drift and zero inaccuracy in the field of micro-differential pressure. The atmospheric pressure transmitter applies the ultra-stable micro-differential pressure sensing technology to solve the common problems of temperature drift and zero inaccuracy in the field of micro-differential pressure.
Duwei DW151 differential pressure transmitter is a customized special product for air conditioning units. It adopts the intelligent embedded software algorithm and unique temperature compensation technology developed by Dewey to solve the problems of zero drift of air pressure measurement, frequent pulsation of pressure change and nonlinear output.
DW300 differential pressure transmitter is made of imported sensor chip, the sensor and amplifier circuit are highly integrated and assembled with aluminum alloy and stress quarantine technique. It has high sensitivity, high precision and strong anti-overload capability. Standard signal two-wire system 4 ~ 20ma or 0 ~ 10v output
DW801/3 standard pressure transmitter measures the gauge pressure and absolute pressure of gas, steam and liquid. It can be used in all fields of process control. Two-wire 4 ~ 20ma signal output. The DW2008/18's advanced modular design and intelligent temperature compensation allow it to be used in a variety of industrial environments.
DW130 differential pressure transmitter inherits the characteristics of Dewey's traditional high precision, ultra-low range, and unique temperature compensation technology, while taking into account the requirements of special scenarios such as pharmaceutical factories and clean workshops for differential pressure transmitter, Dewey's self-developed intelligent embedded software helps customers solve various pain point problems such as zero drift, frequent pressure change jump, output nonlinearity and so on.