Name: Battery Thermal Runaway Monitoring Sensor with CAN Communication Fast Response Time and Ultra-low Power Consumption
Brand: Xi'an Kacise Optronics Co.,Ltd.
SKU: KGD-ATRS-202
Price: 72.00 USD
Availability: InStock

Home > Products > Gas Detector Sensor >

Battery Thermal Runaway Monitoring Sensor with CAN Communication Fast Response Time and Ultra-low Power Consumption

Battery Thermal Runaway Monitoring Sensor

KGD-ATRS-202 Runaway Monitoring Sensor

Place of Origin:

CHINA

Brand Name:

KACISE

Certification:

Model Number:

KGD-ATRS-202

Request A Quote

Battery Thermal Runaway Monitoring Sensor with CAN Communication Fast Response Time and Ultra-low Power Consumption

Product Details

Measurement Principle:

LSD+TCD

Measured Components:

PM+H2

Communication Method:

CAN

Communication Parameters:

CAN2.0A, Baud Rate 500k

Measurement Range:

PM: 0-5mg/m³ H2: 0~4%vol

Response Time:

T90<25s

Highlight:

Battery Thermal Runaway Monitoring Sensor

KGD-ATRS-202 Runaway Monitoring Sensor

Payment & Shipping Terms

Minimum Order Quantity

1PCS

Packaging Details

each unit has individual box and all boxes are packed in standard packages or customers requests available

Delivery Time

5-8 work days

Payment Terms

L/C,D/A,D/P,T/T,Western Union,MoneyGram

Supply Ability

1000 Piece/Pieces per Week negotiable

Highly Sensitive Electrochemical Three-Electrode CO Detection Module with 0-1000PPM Range and 80±20nA/PPM Sensitivity

Get Best Price

KGD PM 203 Laser Particle Counting Sensor with 0.3 - 10μm Detection Range and Six-Channel Particle Output Compliant with JJF 1190 - 2008

Get Best Price

KGD-PM-201 Laser Particle Counting Sensor with 1s Data Refresh Frequency 1000000 pcs/28.3L Maximum Allowable Concentration and 0.3μm Detection Size

Get Best Price

Single-channel Infrared CO₂ Sensor KGD-CM-103 with 400-5000ppm Detection Range ±(50ppm + 8%) Accuracy and 30s Power-on Stabilization

Get Best Price

Contact Now

Product Description

Battery Thermal Runaway Monitoring Sensor KGD-ATRS-202

Battery Thermal Runaway Monitoring Sensor with CAN Communication Fast Response Time and Ultra-low Power Consumption 0

Product Introduction

The KGD-ATRS-202 battery thermal runaway monitoring sensor can effectively monitor the indicators such as the concentration of particulate matter and hydrogen released before the battery thermal runaway is triggered, and transmit the measurement signals to the BMS through CAN communication. This solution 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
Long service life and high cost performance
High precision and fast response
Automotive-grade design, capable of adapting to harsh in-vehicle environments

Technical Parameters

Measurement Principle	TCD
Measured Components	PM+H2
Communication 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/m⁵+±159% reading@40°C-70°C H2: ±(10%+0.1%vol)
Resolution	PM: 1μg/m³ H2: 1ppm

Tags：

Battery Thermal Runaway Monitoring Sensor with CAN Communication Fast Response Time and Ultra-low Power Consumption

Battery Thermal Runaway Monitoring Sensor

KGD-ATRS-202 Runaway Monitoring Sensor

Battery Thermal Runaway Monitoring Sensor

KGD-ATRS-202 Runaway Monitoring Sensor

Highly Sensitive Electrochemical Three-Electrode CO Detection Module with 0-1000PPM Range and 80±20nA/PPM Sensitivity

KGD PM 203 Laser Particle Counting Sensor with 0.3 - 10μm Detection Range and Six-Channel Particle Output Compliant with JJF 1190 - 2008

KGD-PM-201 Laser Particle Counting Sensor with 1s Data Refresh Frequency 1000000 pcs/28.3L Maximum Allowable Concentration and 0.3μm Detection Size

Single-channel Infrared CO₂ Sensor KGD-CM-103 with 400-5000ppm Detection Range ±(50ppm + 8%) Accuracy and 30s Power-on Stabilization

Ir CO2 Gas Detector Sensor

90% Vol Infrared SF6 Purity Meter

100% Vol CO2 Gas Detector Sensor