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Battery Thermal Runaway Monitoring Gas Sensor

Battery Thermal Runaway Monitoring Gas Sensor
ATRS-1000 Series

ATRS-1000 series sensors can effectively monitor a variety of combustible gases (CO, etc.) released before the thermal runaway trigger of lithium-ion batteries, and provide effective reference signals for new energy battery management system (BMS), so as to formulate safer early warning strategies. Cubic has mastered a variety of gas sensing and detection technologies. In view of the performance requirements of sensors for thermal runaway monitoring, such as fast response time, accurate measurement, less cross interference, long service life and low power consumption, Cubic innovatively combines non-dispersive infrared (NDIR) spectroscopy and MEMS metal oxide semiconductor technology (MOX), an integrated sensor solution integrating a variety of core sensor technologies is introduced, which can effectively and accurately measure combustible gas.
CO2 Sensor CM1106-C
Detecting Principle CO2: Non-dispersive infrared spectroscopy technology (Dual Beam NDIR)
CO: Metal oxide semiconductor technology(MOX)
Pressure: MEMS
Temperature: NTC
Measurement Gas CO2, CO
Measurement Range CO2: 0ppm-5000ppm
CO: 1-1000ppm
Pressure: 40kPa~180kPa
Temperature: -20 ~ 120℃
Resolution 1ppm
Accuracy CO2: ±(50ppm+3% reading)
CO: ±40ppm or ±30%reading, larger value as criteria
Pressure: ±1kPa
Temperature: ±2℃
Date Refresh ≤1s
Response Time T90≤25s
Communication Port CAN (LIN/UART/Analog Voltage optional)
Working Condition -40℃~+85℃, 0~99%RH(Non-condensing)
Storage Condition -40℃~+110℃, 0~99%RH(Non-condensing)
Working Pressure 40kPa~180kPa
Power Supply 9~16VDC, Standard Voltage +12VDC
Average Working Current ≤100mA, @+12VDC
Quiescent Current <100uA, Sleep Mode

You can contact Cubic by telephone, mail or email , or you can submit an online Request for Quotation Form.


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