Winsen Electronics Technology
Zhengzhou Winsen Electronics Technology Co., Ltd. is one of the professional manufacturers specialized in the R&D and mass production of gas sensor and module, and other sensors as PIR sensor, flow sensor, humidity sensor, instrument and equipment for gas sensors.
- Gas sensor and module
- PIR sensor
- Flow sensor
- Humidity sensor
Annually supplying over 15,000,000pcs gas sensor & modules worldwide
CHINESE STOCK MARKET LISTED COMPANY SINCE 2009
Chinese Stock market listed company since 2009
The most complete gas sensing solution supplier in China.Gas sensors with 12 types of technology and 80 types of sensors.
Latest blog Posts
Winsen Electronics, as a professional gas sensor manufacturer, produce H2S/ hydrogen sulfide sensor, using fuel cell / electrochemical working principle.
ZE03 is a general-purpose and high-performance electrochemical module. It uses three electrodes, electrochemical gas sensor and high-performance micro-processor. By installing different gas sensor, the module could detect relevant gas. It is with built-in temperature sensor to make temperature compensation, which makes it could detect the gas concentration accurately. It has the digital output and analog voltage output at the same time which facilities the usage and calibration and shorten the development period. It is a combination of mature electrochemical detection principle and sophisticated circuit design, to meet customers’ different detection needs.
Winsen Electronics, MC113 adopts catalytic combustion principle, and detects natural gas CH4, LPG C3H8, CO and alkanes.
Winsen Electronics, as a professional gas sensor manufacturer, produce NO2 gas sensor, Nitrogen Dioxide sensor for industrial use, using electrochemical working principle.
MP801 gas sensor is for air quality,It adopts multilayer thick film manufacturing technolgy. The heater and metal oxide semiconductor material on the ceramic substrate of subminiature Al2O3 are fetched out by electrode down-lead, encapsulated in metalsocket and cap. Conductivity of the sensor is affected by theconcentration of target gas. The higher the concentration is, the higher conductivity of sensor gets. Users can adopt simple circuit to convert to convert variation of conductivity into output signal corresponding to gas concentration.