Hangzhou Chunlai Technology CO., Ltd. products

HM-100(IV) adopts advanced Solid State Zirconia Electrolyte Measurement Technology. The core sensor employs structure design of high-temperature resistance (max temperature of 900?) that can work stably in high-temperature environment for a term. The product owns features of high temperature resistance, high measuring accuracy, strong corrosion resistance, fast response and stable performance, etc.

HM-100(III) Heat Tracing Hygronom adopts advanced Dry & Wet Oxygen Technology. It is equipped with solid state electrolytic ceramic sensing system and the core sensor adopts high temperature resistance design (maximum temperature can reach 900?). It can work in high temperature for a long term. The product owns advantages of high temperature resistance, high measurement accuracy, strong corrosion resistance, fast response and stable performance, etc. It can be installed inside heating box of CMES (hot wet) or cabinet of CEMS (cold dry) for online continuous measurement of humidity and oxygen in different working conditions.

HM-100(?) Heat Tracing Hygronom takes microprocessor as the core and high-temperature resistance temperature & humidity sensor as measuring unit. It is equipped with multiple signal output method including 4-20mA, RS232, RS485, etc. The product can be integrated in CEMS, which is installed at outlet of sampling tracing pipeline to measure humidity of flue gas during sampling process and transmit data to IPC via RS232.

Hygronom is used to measure humidity of flue gas discharged by pollution source, based on which, converts wet flue gas concentration into dry flue gas concentration. In addition, it can also be used for industrial online humidity monitoring. HM-100(I) is installed on flue or stack via flange and output humidity as well as temperature signal by 4-20mA or RS232.