Li-battery thermal runaway sensor

Model	Detection Range	Communication Method	Product Size	Product Features
FS02213	CH4：0~25000ppm H2：0~20000ppm	UART (3.3V_TTL level)	36.5×44.0x17.0 mm	High sensitivity High resolution Low power consumption Long service life
FS02209	PM：1-10000ug/m³ T：-40℃~85℃	CAN2.0	/	Fast warm-up time Long lifespan. Short start-up time
FS02208	CO2： 0ppm-10000ppm CO/HC/H2：1-1000ppm PM：0-5mg/m³ Air Pressure：80kPa~120kPa Temperature：-40℃~125℃	CAN/LIN/UART	/	High accuracy and repeatability Fast response time
FS02203	CO2： 0ppm-10000ppm CO：1-1000ppm Pressure：80kPa~120kPa Temperature：-40℃~125℃	CAN/LIN/UART/analog voltage	/	This solution is capable of effectively monitoring various metrics, such as CO2+CO emissions, temperature, and pressure, that indicate thermal instability in batteries before it triggers.
FS02202	0~10000μg/m³	CAN	/	Automotive-grade circuit design Wide detection range High accuracy, rapid response 10 years service life low crosstalk and low power consumption Reliable service for sustainable cooperation

Model Number

Model

Detection Range

Communication Method

Product Size

Product Features

FS02213

CH4：0~25000ppm
H2：0~20000ppm

UART (3.3V_TTL level)

36.5×44.0x17.0 mm

FS02209

PM：1-10000ug/m³
T：-40℃~85℃

CAN2.0

FS02208

CO2： 0ppm-10000ppm
CO/HC/H2：1-1000ppm
PM：0-5mg/m³
Air Pressure：80kPa~120kPa
Temperature：-40℃~125℃

CAN/LIN/UART

FS02203

CO2： 0ppm-10000ppm
CO：1-1000ppm
Pressure：80kPa~120kPa
Temperature：-40℃~125℃

CAN/LIN/UART/analog voltage

This solution is capable of effectively monitoring various metrics, such as CO2+CO emissions, temperature, and pressure, that indicate thermal instability in batteries before it triggers.

FS02202

0~10000μg/m³

CAN

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