The ATRS-1032 battery thermal runaway monitoring sensor can effectively monitor the concentration of particulate matter and hydrogen gas released before the battery thermal runaway is triggered, and transmit the measurement signal to the BMS through CAN communication. This scheme has significant characteristics such as accurate measurement, fast response time, minimal cross interference, low power consumption, long lifespan, and high reliability.
Battery thermal runaway monitoring sensor ATRS-1032It can effectively monitor the concentration of particulate matter and hydrogen gas released before the triggering of battery thermal runaway, and transmit the measurement signal to BMS through CAN communication. This scheme has significant characteristics such as accurate measurement, fast response time, minimal cross interference, low power consumption, long lifespan, and high reliability.
ultra-low power
Long lifespan, high cost-effectiveness
High precision, fast response
Vehicle grade design, adaptable to harsh onboard environments
Battery thermal runaway monitoring sensor ATRS-1032Technical Specifications
| model |
ATRS-1032 |
| Measuring principle |
LSD+TCD |
| Measure components |
PM+H2 |
| contact method |
CAN |
| communication parameters |
CAN2.0A, Baud rate 500k |
| measurement range |
PM:0-5mg/m³ H2:0~4%vol |
| response time |
T90<25s |
| measurement accuracy |
PM:≤100ug/m²±15μg/m² >100ug/m ⁵+ ±159% reading@40C-70C H2:±(10%+0.1%vol) |
| resolution |
PM:1μg/m³ H2:1ppm |
*Please refer to the specification sheet for specific parameters