MSH-P/HC/NC/5/V/P Carbon Dioxide Sensor Infrared Gas Sensor

Product Description:

MSH-P/HC/NC/5/V/P Carbon Dioxide Sensor Infrared Gas Sensor



Features:

Carbon dioxide (CO2) sensors include a series of miniature infrared sensors for the detection of carbon dioxide gas. Includes a series of tiny infrared sensors for detecting carbon dioxide gas.

This family today includes the revolutionary dual-gas Premier CO2 / high-resolution methane sensor. The dual-gas Premier sensor detects both carbon dioxide and methane with the power consumption of only one sensor. In addition, it includes a pre-processed 0-2% propane detection function.

The Dynament carbon dioxide sensor has the following types and non-types for dangerous areas:

Premier Series - provides linear and temperature compensated analog and digital outputs.

Dual Gas Premier Series - provides linear and temperature compensated digital output. Temperature compensation

- 20 to + 50 ℃

The sensor includes all necessary optical components, circuitry and firmware to provide linear and temperature compensated output. Sensors provide a means for designers of gas detection equipment to quickly apply infrared technology to detect carbon dioxide without special knowledge.

E consists of optical components, electronic circuits and external structure hardware, providing temperature compensation function, with superior linear output signal.

E According to the output signal can be selected: directly replace the catalytic combustion element model, industrial standard 0.4-2VDC or digital signal model.

E can transform your original catalytic detection principle instrument into infrared detection principle carbon dioxide detection instrument.

E Sensor parameters can be set in the factory to suit user requirements.

All parameters of E sensor can be set by Dynament according to user requirements.

E No technology - infrared sensor technology that can be quickly supplied to Oems.

E Sensors can be technologically updated through external devices.



Specifications:

resolution of the 1% 0.5%
Reach zero ±100ppm 1 minute
Reaction time T90 < 30 seconds Ambient temperature 20 ° C (68 ° F)
Zero repeatability ±500ppm ambient temperature 20℃(68℉)
Sensitivity repeatability ±500ppm ambient temperature 20℃(68℉)