Xi'an Kacise Optronics Co.,Ltd.

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PM2.5 CO₂ H₂ Measured KGD-ATRS-203 Battery Thermal Runaway Monitoring Sensor with Dual-channel NDIR MOX Light Scattering

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Xi'an Kacise Optronics Co.,Ltd.
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Province/State:Shaanxi
Country/Region:china
Contact Person:MsEvelyn Wang
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PM2.5 CO₂ H₂ Measured KGD-ATRS-203 Battery Thermal Runaway Monitoring Sensor with Dual-channel NDIR MOX Light Scattering

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Brand Name :KACISE
Model Number :KGD-ATRS-203
Certification :CE
Place of Origin :CHINA
MOQ :1PCS
Payment Terms :L/C, D/A, D/P, T/T, Western Union, MoneyGram
Supply Ability :1000 Piece/Pieces per Week negotiable
Delivery Time :5-8 work days
Packaging Details :each unit has individual box and all boxes are packed in standard packages or customers requests available
Measurement Principle :Dual-channel NDIR + MOX + Light Scattering
Measured Components :PM2.5 + CO₂ + H₂
Communication Method :CAN
Communication Parameters :500k
Measurement Range :CO₂: 0~10000ppm H₂: 0~4%vol PM: 0~5mg/m³
Response Time :T90≤15s
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Battery Thermal Runaway Monitoring Sensor KGD-ATRS-203

PM2.5 CO₂ H₂ Measured KGD-ATRS-203 Battery Thermal Runaway Monitoring Sensor with Dual-channel NDIR MOX Light Scattering

Product Introduction

The KGD-ATRS-203 battery thermal runaway monitoring sensor can effectively monitor the indicators such as the concentration of CO₂, H₂, and particulate matter released before the battery thermal runaway is triggered, and transmit the measurement signals to the BMS through CAN or LIN communication (customizable). It has remarkable features such as accurate measurement, fast response time, low cross-interference, low power consumption, long service life and high reliability.

Product Features

  • Ultra-low power consumption
  • No gas cross-interference, preventing false alarms and missed alarms
  • High precision and fast response time
  • Automotive-grade design, capable of adapting to harsh in-vehicle environments

Technical Parameters

Measurement Principle Dual-channel NDIR + MOX + Light Scattering
Measured Components PM2.5 + CO₂ + H₂
Communication Method CAN
Communication Parameters 500k
Measurement Range CO₂: 0~10000ppm H₂: 0~4%vol PM: 0~5mg/m³
Response Time T90≤15s
Measurement Accuracy CO₂: ±200ppm or ±20% of the reading @0~5000ppm & -20°C~60°C H₂: ±(0.1%vol + 10%) PM: ≤100ug/m³: ±15ug/m³; 100ug/m³: ±15% of the reading @-40℃~70℃
Resolution CO₂/H₂: 1ppm PM: 1μg/m³

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