Gas Detector Sensor

Battery Thermal Runaway Monitoring Sensor KGD - ATRS - 312 Product Introduction The KGD - ATRS - 312 battery thermal runaway monitoring sensor effectively monitors indicators such as CO₂, H₂, and particulate matter concentrations released prior to battery thermal runaway triggering. It transmits measurement signals to the BMS via CAN or LIN communication (customizable). This sensor features accurate measurement, fast response time, low cross-interference, low power consumptio

KGD ATRS 316 Battery Thermal Runaway Monitoring Sensor with Measurement Principle NDIR Dual channel MOX Light Scattering Product Overview The KGD-ATRS-316 battery thermal runaway monitoring sensor effectively monitors CO₂, CO, and particulate matter concentrations released prior to battery thermal runaway events. It transmits measurement signals to the BMS via CAN or LIN communication (customizable), featuring precise measurement, rapid response, minimal cross-interference,

Battery Thermal Runaway Air Pressure Sensor KGD ATRS 318 for Fire Safety Response Time 1s Measuring Range 50kPa 150kPa Product Overview The Battery Thermal Runaway Pressure Sensor KGD-ATRS-318 provides critical monitoring of pressure changes during battery thermal runaway events. Designed for automotive power batteries and energy storage fire safety applications, this sensor delivers rapid warnings to enhance system safety with its precise measurements, fast response time,

Industrial Site Production Explosion Proof Gas Analyzer KGD-MQ-509 Optimal Flow Rate 0.7-1.2L/min Water-free Gas Requirements Key Specifications Measurement Principle Tunable Diode Laser Absorption Spectroscopy (TDLAS) Response Time

In-situ Laser Process Gas Analyzer Single-ended Type KGD-MQ-508 Measurement Principle: TDLAS Measurement Range: 0-2%VOL Measured Components O₂, CO₂, CO, CH₄ (Can be customized) Measurement Principle TDLAS Measurement Range 0 - 2%VOL (Can be customized) Accuracy ≤ ±1%F.S. Product Introduction The KGD-MQ-508 In-situ Laser Process Gas Analyzer is a high-performance optical analysis instrument based on Tunable Diode Laser Absorption Spectroscopy (TDLAS) technology. It does not

In-Situ Laser Process Gas Analyzer Transmissive Type KGD-MQ-507 For Measuring Gas Concentration Product Attributes Attribute Value Measured Components H₂S, O₂, CO, CO₂, CH₄ Measurement Principle TDLAS Installation Method In-situ Installation Accuracy ≤ ±1%F.S. Product Description In-situ Laser Process Gas Analyzer (Transmissive Type) KGD-MQ-507 for Measuring Gas Concentration Product Introduction The KGD-MQ-507 In-situ Laser Process Gas Analyzer is a high-performance optical

Laser Raman Spectroscopy Gas Analyzer KGD - MQ - 506 Product Overview The KGD-MQ-506 Laser Raman Spectroscopy Gas Analyzer features an optimized optical path and compact structure design, offering superior portability while maintaining high performance. Utilizing laser Raman scattering technology, this analyzer provides real-time, multi-component gas analysis with second-level response times. Key Features Real-time online detection for comprehensive industrial process gas

On-Line Gas Analysis System KGD-MQ-505 Product Overview The KGD-MQ-505 online gas analysis system is specifically engineered for high-dust sample gas environments. This comprehensive system integrates four key components: sampling probe, pretreatment unit, control unit, and gas analysis unit. Utilizing proprietary non-dispersive infrared (NDIR) technology, it provides continuous, simultaneous measurement of multiple gas components and calorific values in real-time. Key

On-line Gas Analysis System KGD-MQ-504 for Industrial Safety Product Introduction The KGD-MQ-504 on-line gas analysis system is specifically designed for challenging working conditions where sample gas contains dust, moisture, and tar. The system comprises three main components: a pretreatment unit, a control unit, and a gas analysis unit. Utilizing non-dispersive infrared (NDIR) gas analysis technology with independent intellectual property rights, this system can simultaneo

Battery Thermal Runaway Monitoring Sensor KGD - ATRS - 319 Product Introduction The battery thermal runaway monitoring sensor KGD - ATRS - 319 effectively monitors indicators such as CO₂+CO, temperature, and pressure released before battery thermal runaway is triggered, and transmits measurement signals to the BMS through CAN communication. This solution features accurate measurement, fast response time, minimal cross-interference, low power consumption, and long service life

Highly Sensitive Electrolyte Leak Detector KGD GAS 311 With Detection Limit 1ppm Product Overview The Electrolyte Leak Detector KGD-GAS-311 is a high-performance electrolyte leakage detection system developed by KACISE. Utilizing Non-Dispersive Infrared (NDIR) technology, this detector combines advanced components with specialized plating processes, constant-temperature control, and precision signal processing for exceptional accuracy, minimal drift, corrosion resistance, and

KACISE Gas Leak Alarm KGD - GAS - 312 For High-Temperature Industrial Environments Key Attributes Detection Principle: Non-Dispersive Infrared (NDIR) principle Detected Gas Object: NMP (n-methyl-2-pyrrolidone) Concentration Display: 7-segment LED (4-digit) Detection Range: 0-100%LEL Display Resolution: 0.5%LEL Sampling Method: Furnace differential pressure air intake Product Overview The KACISE Gas Leak Alarm KGD-GAS-312 is a high-performance gas detection system designed

Laser Oxygen Sensor KGD - GAS - 402 for Anesthesia Machines Product Overview The Laser Oxygen Sensor KGD - GAS - 402 is a precision oxygen sensor utilizing Tunable Diode Laser Absorption Spectroscopy (TDLAS) technology. Designed for medical applications, it provides real-time, accurate oxygen concentration measurements for anesthesia machines, ventilators, and cardiopulmonary exercise equipment. Key Features Advanced TDLAS technology with ±0.3%FS detection accuracy Ultra-fast

Ultrasonic Oxygen Sensor KGD GAS 421 Product Attributes Attribute Value Detection Principle Ultrasonic measurement principle Response Time O₂ concentration: ≤1.5s Operating Conditions 5 °C - 45 °C, 0 - 95%RH (non - condensing) Storage Conditions -20 °C - 60 °C, 0 - 95%RH (non - condensing) Operating Voltage DC 4.75V - 5.25V, ripple ≤50mV Average Operating Current ≤35mA Product Description Ultrasonic Oxygen Sensor KGD - GAS - 421 Product Introduction The Ultrasonic Oxygen

Ultrasonic Oxygen Flowmeter KGD - GAS - 423 For High-Flow Humidified Oxygen Therapy Devices Product Attributes Attribute Value Detection Principle Ultrasonic measurement principle Detection Range Oxygen concentration: 0 - 100%, Flow rate: 0 - 240L/min Detection Accuracy Oxygen concentration: ±3%F.S. @(5 - 45)°C, Flow rate: ±2% Resolution Oxygen concentration: 0.1%, Flow rate: 0.1L/min Operating Conditions -20 °C - 55 °C, 0 - 95%RH (non-condensing) Storage Conditions -20 °C -

Ultrasonic Oxygen Sensor KGD - GAS - 426 Product Overview The KGD - GAS - 426 ultrasonic oxygen sensor is an economical and practical sensor designed for measuring oxygen concentration in binary gases. This advanced product utilizes ultrasonic sensing technology and features a structure and interface that seamlessly replace traditional oxygen battery sensors. It offers exceptional service life, excellent stability, and full compliance with environmental protection regulations

Ultrasonic Oxygen Sensor KGD-GAS-427 for Oxygen Detection in Various Environments Key Specifications Attribute Value Response Time Concentration: ≤1.5s; Flow rate: ≤0.3s Operating Conditions -5 °C - 50 °C, 0 - 95%RH (non-condensing) Storage Conditions -20 °C - 60 °C, 0 - 95%RH (non-condensing) Operating Voltage DC 4.75V - 12.6V; Ripple

Ultrasonic Oxygen Sensor KGD GAS 428 Perfect For Operating Conditions 0-95%RH Non Condensing Key Specifications Attribute Value Response Time Concentration: ≤1.5s; Flow rate: ≤0.3s Operating Conditions -5°C - 50°C, 0 - 95%RH (non-condensing) Storage Conditions -20°C - 60°C, 0 - 95%RH (non-condensing) Operating Voltage DC 4.75V - 12.5V; Ripple

KGD GAS 431 Zirconia Oxygen Sensor Accurately Detect Oxygen (O₂) in Industrial Environments Product Overview The Oxygen Sensor KGD - GAS - 431 utilizes zirconia detection technology to measure oxygen concentration through natural diffusion, offering exceptional sensitivity and precision in industrial applications. Key Features Zirconia core component for reliable performance Immunity to cross-gas interference High stability with minimal drift (≤0.5%FS/7d) Precision measuremen

Household Ultrasonic Gas Meter KGD - USM - 442 - G1.6/2.5/G4 Product Overview The household ultrasonic gas meter KGD-USM-442-G1.6/2.5/G4 is an intelligent measuring instrument designed for natural gas flow measurement. Utilizing ultrasonic time-difference method and an innovative structure, it delivers precise flow velocity measurement for residential applications. Key Features Compact design with stable metering performance High sensitivity for accurate measurements Enhanced