H2 gas sensor module ATRS-1032

for leak detectionfor automotivefor automotive lithium battery

Cubic ATRS-1032 is a lithium-ion battery thermal runaway monitoring sensor based on light scattering and MEMS thermal conductivity (TC) technologies. The ATRS-1032 is specifically designed to effectively monitor the concentration of particulate matter and H2 released during the early stages of thermal runaway while transmitting warning signals to the battery management system (BMS).

ATRS-1032 features fast response time, less cross interference with other gases, low power consumption, and high reliability, widely used for applications of Li-battery electrical vehicle and energy storage system.

Features

• Fast response time
• Less cross interference with other gases
• Low power consumption
• Innovated combined sensing components for more reliable monitoring

Specifications

• Operating Principle: H2: Thermal Conductivity; Particular Matter: Infrared Scattering
• Detection Category: H2, Particular Matter
• 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)
• Average Working Current: Normal Working Mode: ≤ 60mA; Low Power Mode: ≤ 100μA
• Design Lifetime: >15 Years
• Working Condition: -40℃~+85℃; 0~95%RH (non-condensing)
• Storage Condition: -40℃~ +95℃; 0~95%RH (non-condensing)
• Power Supply: 9~32VDC (Rated voltage +12VDC/+24VDC)
• Communication: CAN