Thermal Runaway Gas Sensor for Electric Vehicle (EV), BEV, PHEV & Battery Energy Storage Station (BESS) | Cubic

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Li-battery Thermal Runaway Sensor

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Product	CO2: NDIR (No-Dispersive Infrared)	PM2.5: LSD (Light Scattering)	CO/HC/NO2: MEMS (Microelectronic Mechanical Systems)	H2：MEMS Thermal Conductivity	Temperature & Pressure	Target Measurement	Measurement Range
ATRS-1011	●		●		●	CO2, CO, Temperature, Pressure	CO2: 0ppm-10000ppm（can display to 60000ppm） CO:0-1000ppm（can display to 3000ppm） Temperature:-40℃~125℃ Pressure: 80kPa~120kPa（Measurable range: 40~180kPa)		Specifications Features CO2: NDIR (No-Dispersive Infrared) ● PM2.5: LSD (Light Scattering) CO/HC/NO2: MEMS (Microelectronic Mechanical Systems) ● H2：MEMS Thermal Conductivity Temperature & Pressure ● Target Measurement CO2, CO, Temperature, Pressure Measurement Range CO2: 0ppm-10000ppm（can display to 60000ppm） CO:0-1000ppm（can display to 3000ppm） Temperature:-40℃~125℃ Pressure: 80kPa~120kPa（Measurable range: 40~180kPa)
Li-battery Thermal Runaway Detection Integrated Sensor ATRS-1012 ATRS-1012	●			●		CO2 H2	CO2: 0ppm~50,000ppm H2: 0~10%vol(0~4%volaccuracyguaranteed)		Specifications Features CO2: NDIR (No-Dispersive Infrared) ● PM2.5: LSD (Light Scattering) CO/HC/NO2: MEMS (Microelectronic Mechanical Systems) H2：MEMS Thermal Conductivity ● Temperature & Pressure Target Measurement CO2 H2 Measurement Range CO2: 0ppm~50,000ppm H2: 0~10%vol(0~4%volaccuracyguaranteed)
ATRS-1021	●	●	●		●	CO2, PM, CO, Temperature, Pressure	CO2: 0ppm-10000ppm（can display to 60000ppm） PM: 0-5mg/m³ CO:0-1000ppm（can display to 3000ppm） Temperature:-40℃~125℃ Pressure: 80kPa~120kPa（Measurable range: 40~180kPa）		Specifications Features CO2: NDIR (No-Dispersive Infrared) ● PM2.5: LSD (Light Scattering) ● CO/HC/NO2: MEMS (Microelectronic Mechanical Systems) ● H2：MEMS Thermal Conductivity Temperature & Pressure ● Target Measurement CO2, PM, CO, Temperature, Pressure Measurement Range CO2: 0ppm-10000ppm（can display to 60000ppm） PM: 0-5mg/m³ CO:0-1000ppm（can display to 3000ppm） Temperature:-40℃~125℃ Pressure: 80kPa~120kPa（Measurable range: 40~180kPa）
Li-battery Thermal Runaway Detection Integrated Sensor ATRS-1032 ATRS-1032		●		●	●	PM, H2, Pressure, Temperature, Humidity	PM：0-10,000ug/m³ H2：0~4%vol Pressure：80kPa~120kPa Temperature：-40℃~85℃ Humidity：0%~99%RH		Specifications Features CO2: NDIR (No-Dispersive Infrared) PM2.5: LSD (Light Scattering) ● CO/HC/NO2: MEMS (Microelectronic Mechanical Systems) H2：MEMS Thermal Conductivity ● Temperature & Pressure ● Target Measurement PM, H2, Pressure, Temperature, Humidity Measurement Range PM：0-10,000ug/m³ H2：0~4%vol Pressure：80kPa~120kPa Temperature：-40℃~85℃ Humidity：0%~99%RH
Li-Battery Electrolyte Leakage Monitoring Sensor ATRS-1050 ATRS-1050	●			●		DMC/EMC	0~10000ppm		Specifications Features CO2: NDIR (No-Dispersive Infrared) ● PM2.5: LSD (Light Scattering) CO/HC/NO2: MEMS (Microelectronic Mechanical Systems) H2：MEMS Thermal Conductivity ● Temperature & Pressure Target Measurement DMC/EMC Measurement Range 0~10000ppm
Gas Leakage Detection MEMS Thermal Conductivity Hydrogen Sensor ATRS-1016-C ATRS-1016	●	●	●		●	H2	0~10%vol( 0~4%vol accuracy guaranteed)		Specifications Features CO2: NDIR (No-Dispersive Infrared) ● PM2.5: LSD (Light Scattering) ● CO/HC/NO2: MEMS (Microelectronic Mechanical Systems) ● H2：MEMS Thermal Conductivity Temperature & Pressure ● Target Measurement H2 Measurement Range 0~10%vol( 0~4%vol accuracy guaranteed)
Battery Safety Aerosol Sensor ATRS-1031 ATRS-1031		●		●	●	AEROSOL	PM：0-10,000ug/m³		Specifications Features CO2: NDIR (No-Dispersive Infrared) PM2.5: LSD (Light Scattering) ● CO/HC/NO2: MEMS (Microelectronic Mechanical Systems) H2：MEMS Thermal Conductivity ● Temperature & Pressure ● Target Measurement AEROSOL Measurement Range PM：0-10,000ug/m³

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Li-battery Thermal Runaway Sensor

Li-battery Thermal Runaway Detection Integrated Sensor ATRS-1032

ATRS-1032

Cubic ATRS-1032 is a lithium-ion battery thermal runaway detection integrated sensor that leverages light scattering and MEMS Thermal Conductivity technologies to monitor H₂ and particulate matter. ATRS-1032 promptly transmits early warning signals to the Battery Management System (BMS), ensuring enhanced safety for Electric Vehicles (EV, including BEV/PHEV) and Battery Energy Storage Stations (BESS) while meeting regulatory standards(e.g. GB 38031:2020, UNECE R100 and UN GTR 20).

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Specifications Features

Detection Category

H2, Particular Matter

Operating Principle

H2: Thermal Conductivity;
Particular Matter: Light Scattering

Measurement Range

PM: 0-10,000μg/m³;
H2: 0~4%vol

Measurement Accuracy

PM: ≤ ±15%@5000μg/m³, 25℃;
H2: ± (10% of reading +0.1%vol)
- Fast response time(<1s)
- Less cross interference with other gases
- Low power consumption
- Innovated combined sensing components for more reliable monitoring
Li-Battery Electrolyte Leakage Monitoring Sensor
ATRS-1050

ATRS-1050

Cubic ATRS‑1050 is a lithium‑ion battery electrolyte leakage sensor based on non‑dispersive infrared (NDIR) technology, specifically designed for efficient detection of DMC, EMC, and EC vapor off‑gas. ATRS‑1050 can continuously monitors electrolyte leakage and promptly generates early warning signals to the Battery Management System (BMS) in Electric Vehicles (EV, including BEV/PHEV) and Battery Energy Storage Stations (BESS), ensuring effective safety management.

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Specifications Features

Detection Category

Electrolyte vapor: DMC, EMC, EC

Operating Principle

NDIR (Non-dispersive Infrared)

Measurement Range

0~10000ppm

Measurement Accuracy

0~2000ppm: ±200ppm;
2000ppm~10000ppm: ±10% of reading
- Early detection of thermal runaway event
- Fast response time(<1s)
- Less cross interference with other gases
- Low power consumption
Li-battery Thermal Runaway Detection Integrated Sensor ATRS-1012

ATRS-1012

Cubic ATRS‑1012 is an thermal runaway detection integrated sensor that combines NDIR CO₂ sensor and MEMS Thermal Conductivity H2 sensor for rapid (<1s) and accurate (±2%) off‑gas monitoring. ATRS‑1012 delivers early warning signals to the Battery Management System (BMS) in Electric Vehicles (EV, including BEV/PHEV) and Battery Energy Storage Stations (BESS), effectively reducing fire and explosion risks in lithium‑ion battery applications, meeting regulatory standards(e.g. GB 38031:2020, UNECE R...

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Specifications Features

Operating Principle

NDIR(Non-dispersive Infrared)
TC (Thermal Conductivity)

Detection Category 1

CO2 (NDIR Technology)

Detection Category 1

H2 (Thermal Conductivity Technology)

Measurement of CO2

Measuring Range: 0ppm~50,000ppm
Accuracy: ±(0.1%vol + 10% of reading)
- Automotive grade components
- Fast response time(<1s)
- Non-dispersive infrared (NDIR) CO2 sensor (fast response and high accuracy)
- Thermal conductivity H2 gas sensor (high reliability technology)
- Less cross interference with other gases
- Innovated combined sensing components for more reliable monitoring
Gas Leakage Detection MEMS Thermal Conductivity Hydrogen Sensor ATRS-1016-C

ATRS-1016-C

Cubic ATRS‑1016‑C is a MEMS Thermal Conductivity Hydrogen sensor engineered for rapid (<1s) hydrogen (H₂) leakage detection with a wide detection range (0–10%). ATRS‑1016‑C delivers early warning for electric vehicles (EV, including BEV/PHEV), hydrogen energy storage stations, and hydrogen fuel cells by monitoring off‑gas parameters, ensuring safety and compliance with industry standards(e.g. GB 38031:2020, UNECE R100 and UN GTR 20).

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Specifications Features

Operating Principle

TC (Thermal Conductivity)

Detection Category

H2

Measurement Range

0~10%vol( 0~4%vol accuracy guaranteed)

Accuracy

H2 vol.% in air ≤4%: ±0.4vol.%
H2 vol.% in air＞4%: ±10%
@-40℃-85℃, 0%-95%RH
- Automotive grade components
- Fast response time(<1s)
- Thermal conductivity H2 gas sensor (high reliability technology)
- Wide H2 detection range from 0 up to 10%
- Low power consumption
- Less cross interference with other gases
Automotive Li-battery Thermal Runaway Sensor ATRS-1010

Cubic ATRS‑1010 is an advanced thermal runaway detection integrated sensor based on NDIR and MEMS MOX technology that monitors CO₂, CO/HC/H₂ (off‑gas), temperature, and pressure with fast response and high accuracy. Cubic ATRS‑1010 can deliver early warning signals to the Battery Management System (BMS) for Electric Vehicles (EV, including BEV/PHEV) and Battery Energy Storage Stations (BESS), ensuring safety in lithium‑ion battery manufacturing, thermal runaway propagation, and energy storage ap...

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Specifications Features

Operating principle

NDIR(dual channel non-dispersive Infrared) technology
MEMS (Microelectronic Mechanical Systems)
Measurement target: CO2,CO/HC/H2,Temperature

Measurement range

CO:0ppm~1000ppm(Display up to 3Kppm)
CO2:0ppm~10000ppm(Display up to 60Kppm)
Temperature:-40℃~120℃

Resolution

CO2/CO/HC/H2：1ppm
Temperature：0.1℃

Accuracy

CO2:±（50ppm+5%reading）
CO：±40ppm or ±30% max reading
Temperature：±2℃
- Non-dispersive infrared (NDIR) technology adopted for fast response and high accuracy CO2 concentration measurement.
- Microelectronic Mechanical Systems adopted for fast response and high selectivity on CO/HC/H2 measurement.
- Integrated automotive sensor measures both CO2, CO/HC/H2, and temperature
- Key components are self-made to ensure quality and long life span
- Target measurement and range customizable
- CAN real time communication and vehicle-level circuit design
- Effectively and accurately measurement for combustible gas
- Comprehensive assessment for li-ion battery thermal runaway
- Reliable early warning for EV battery leakage
Automotive Li-battery Thermal Runaway Sensor ATRS-1020

Cubic ATRS‑1020 is an Thermal Runaway Integrated Gas Sensor that monitors off‑gas including CO₂, CO/HC/H₂, PM2.5, temperature, and pressure for early thermal runaway detection in lithium‑ion batteries. By combining NDIR‑CO/CO₂, light scattering (LSD‑PM), and MEMS MOX‑PT technologies, ATRS‑1020 provides rapid and accurate early warning to the Battery Management System (BMS) for Electric Vehicles (EV, including BEV/PHEV) and Battery Energy Storage Stations (BESS), making it ideal for manufacturers...

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Specifications Features

Operating principle

NDIR(dual channel non-dispersive Infrared) technology
MEMS (Microelectronic Mechanical Systems)
LSD(Laser scattering)

Measurement target

CO2,CO/HC/H2,PM2.5,Temperature

Measurement range

CO:0ppm~1000ppm(Display up to 3Kppm)
CO2:0ppm~10000ppm(Display up to 60Kppm)
PM2.5:0~5000ug/m³
Temperature: -40℃~120℃

Resolution

CO2/CO/HC/H2：1ppm
PM2.5：1ug/m³
Temperature：0.1℃
- Non-dispersive infrared (NDIR) technology adopted for fast response and high accuracy CO2 concentration measurement
- Laser scattering (LSD) technology adopted for high accuracy and large PM2.5 measurement range
- Microelectronic Mechanical Systems adopted for fast response and high selectivity on CO/HC/H2 measurement
- Integrated automotive sensor measures both CO2, CO/HC/H2, PM 2.5 and temperature
- Key components are self-made to ensure quality and long life span
- CAN real time communication and vehicle-level circuit design
- Target measurement and range customizable
- Effectively and accurately measurement for combustible gas
- Comprehensive assessment for li-ion battery thermal runaway
- Reliable early warning for EV battery leakage
Automotive Li-battery Thermal Runaway Sensor APMS-3002

APMS-3002

Cubic APMS‑3002 is an automotive-grade light scattering particle gas sensor module designed for both Electric Vehicles (EV, including BEV/PHEV) and Battery Energy Storage Stations (BESS). APMS‑3002 offers precise PM2.5 detection and transmits off‑gas signals via CAN communication for fast early warning, ensuring stable performance, low power consumption, and long service life in lithium‑ion battery safety applications.

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Specifications Features

Operating principle

LSD(Laser Scattering) technology

Measurement target

PM2.5 (particulate matters)

Measurement range

0~10000μg/m³

Measurement particle size

＞0.3μm
- Laser scattering (LSD) technology to achieve wide range measurement
- Reliable warning for li-ion battery thermal runaway
- Mature car-level circuit design no cross interference, stable perfomance
- High temperature laser module, constant power output
- CAN real-time communication
- Key components are self-made to ensure quality and long life span
- Low power consumption mode available
Battery Safety Aerosol Sensor ATRS-1031

ATRS-1031

Cubic ATRS‑1031 is an automotive‑grade aerosol gas sensor that employs light scattering technology for accurate dust concentration monitoring before lithium‑ion battery thermal runaway. With fast response and early warning capabilities via CAN communication, ATRS‑1031 ensures reliable safety for Battery Management Systems (BMS) in Electric Vehicles (EV, including BEV/PHEV) and Battery Energy Storage Stations (BESS), meeting regulatory standards(e.g. GB 38031:2020, UNECE R100 and UN GTR 20).

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Specifications Features

Operating Principle

PM (Particulate Matter): Infrared Scattering

Detection Category

PM (Particulate Matter)

Measurement Range

PM：0-10000ug/m³

Resolution

PM：1ug/m³
- Light scattering (LED) technology to report thermal runaway events in lithium-ion battery packs
- Aerosol threshold value of 5000 µg/m³ allows early detection of thermal runaway events
- Wake-up output and request input for high reliability system integration
- Mature vehicle level circuit design suitable for various automotive application
- Key components are self-made to ensure quality and long life span
- Low power consumption mode available
- CAN communication

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