DPT-820 Portable Dew Point Meter Repeatability 0.8 ℃ With Nanopore Sensor

Nanopore Sensor , Portable Dew Point Meter , Repeatability 0.8 ℃

The nanopore sensor utilized in this analyzer measures the amount of water vapor molecules that have entered its pores.This amount is directly proportional to the partial water vapor pressure in the gas surrounding the sensor,and the partial water vapor pressure is dependant on the water vapor content of the gas and the total pressure of the gas,Thus to compute the water vapor content of the gas under measurement the analyzer has to “know”the total pressure of the gas.Since there is no built-in pressure sensor,the user should enter the total pressure into the analyzer,this can be easily done by entering atmospheric pressure(the analyzer default setting)and measuring at atmospheric pressure by allowing the sample cell outlet(exhaust)port to vent without restrictions.

The DPT-820 can be mounted directly Connections for inlet and outlet of the gas being measured are made through a variety of available options e.g.1/8”or 1/4”Swagelok tubing compression fittings

The DPT-820 is 4/20mA loop powered analyzers.The analyzer will operate from 12VDC to 30VDC power and will draw 4mA to 20mAdepending on the measurement and the analog output settings(factory default 4mA=-110 and 20mA=+20).

York Instruments signed a strategic cooperation agreement with PhyMetrix in China

York Instruments was founded in 1992 which is a high-tech company engaged in R&D, production, sales, service, and maintenance of various types of instrumentation. Phymetrix is the brand of York instrument main provide portable or online dew point meter/ trace O2 gas analyzer and humidity calibration instrument in the filed of petroleum, petrochemical, power, pharmaceutical, industrial gas, heat treatment, natural gas, drying equipment and medical treatment.

York instrument to provide perfect after-sales service and outstanding in the industry, excellent after-sales service to improve the quality of the products and save the cost for the users.