Gas Detector Sensor

Technical Parameters of KIFFM - E Flow Injection Chemiluminescence Analyzer Product Introduction The KIFFM - E flow injection chemiluminescence analyzer is the earliest fully - automatic chemiluminescence detection and analysis system launched in China. The instrument integrates a high - precision dual - peristaltic pump numerically - controlled wide - speed - regulation flow injection sampling system, an IFFS - A multi - functional ultra - weak chemiluminescence detector,

Three-band point infrared flame detector Introduction Multiple infrared flame detection equipment uses high-performance infrared sensors and three-band infrared signal processing technology to sample external signals in real time, and detect and alarm flames based on multiple intelligent criteria. It has high reliability and stability, and can also achieve early judgment of flames under complex environmental conditions. It has good immunity to radiation sources such as

KMK - 600M Hazardous Site Gas Scout Introduction The Hazardous Site Gas Scout: KMK - 600M is designed for use in hazardous sites. Using an imported miniature vacuum suction pump with stable flow, it quickly and accurately detects six key gases. It features automatic alarm in case of pump failure and supports mode switching between real - time data and curve display. With GPS positioning, it’s easy to track the device’s location. It also supports external TF card storage and

CO2 H2 Battery Thermal Runaway Monitoring Sensor KGD-ATRS-201 with Wide Measurement Range

PureShield H2S Sensor - A Reliable Alternative to Alphasense 1. Overview The PureShield H2S Sensor by KACISE is a professional-grade hydrogen sulfide detection solution, offering a reliable alternative to Alphasense. Built with advanced electrochemical technology, it provides high precision, fast response times, and exceptional stability for H₂S monitoring in industrial and environmental applications. With a detection range of 0-100ppm and a resolution of 1ppm, the PureShield

EcoMonox Electrochemical CO Detector 1. Overview KACISE’s EcoMonox Electrochemical CO Detector is an eco-friendly, high-precision sensor designed for carbon monoxide detection in environmental and industrial settings. Featuring a robust three-electrode electrochemical system, it offers excellent repeatability, long-term stability, and a wide detection range of 0-1000ppm. The EcoMonox is perfect for applications such as air quality monitoring, vehicle exhaust systems, and fire

TDLAS200B Series Laser Methane Sensor Introduction The TDLAS201 laser gas telemetry module utilizes laser absorption spectroscopy technology. It emits a specific wavelength laser beam to detect target gas presence within the optical path range, accurately measuring gas concentration. Key Features High sensitivity with exclusive response to target gas Built-in reference cell for automatic calibration Easy integration with digital interface providing direct status and

UV Flue Gas Analyzer (Ultra - Low Range) KGD - YQ - 514 meets the market demand for ultra - low emission monitoring. Product Introduction The KGD - YQ - 514 UV Flue Gas Analyzer (Ultra - Low Range) is an online gas analyzer independently developed based on high - precision ultraviolet differential absorption spectroscopy gas analysis technology. It adopts a unique algorithm and long - optical - path multiple - return gas cell technology, endowing the product with characterist

TDLAS200A Auto-Calibrating Laser Methane Sensor Introduction The KACISE TDLAS200A Auto-Calibrating Laser Methane Sensor is designed for hassle-free and accurate methane detection. It features a built-in reference cell for automatic calibration, ensuring consistent performance over time. With a detection range of 0~5000ppm and a response time of 0.1 seconds, it provides reliable data for safety and environmental monitoring. The sensor is compact and easy to integrate, with an

TDLAS200 Wide-Temperature Range Methane Gas Detection Module 1.Introduction The KACISE TDLAS200 Wide-Temperature Range Methane Gas Detection Module is designed for reliable performance in extreme conditions, with an operating temperature range of -20~50℃. It offers a detection range of 0~5000ppm and a fast response time of 0.1 seconds, ensuring accurate methane monitoring. The module features a compact design and a digital interface for easy integration. KACISE combines

TDLAS200 Methane Sensor with Multi-Reflection Detection Cell 1.Introduction The KACISE TDLAS200 Methane Sensor with Multi-Reflection Detection Cell enhances sensitivity by allowing the laser to pass through the gas multiple times. It offers a detection range of 0~5000ppm and a response time of 0.1 seconds, ensuring accurate and reliable measurements. The sensor features a compact design and a digital interface for easy integration. With an operating temperature range of -20

TDLAS200B High-Precision Methane Gas Monitor Introduction The KACISE TDLAS200 High-Precision Methane Gas Monitor delivers exceptional accuracy with a detection range of 0~5000ppm and a static detection limit of 0.5ppm. It utilizes TDLAS technology for reliable and selective methane detection, with a fast response time of 0.1 seconds. The monitor features a digital interface and automatic calibration for seamless operation. Built to withstand harsh environments, it operates in

TDLAS200 Fast-Response Methane Gas Detector 1.Introduction The KACISE TDLAS200 Fast-Response Methane Gas Detector is engineered for rapid and accurate methane detection, with a response time of just 0.1 seconds. It offers a detection range of 0~5000ppm and a static detection limit of 0.5ppm, ensuring reliable performance in critical applications. The detector features a compact design and a digital interface for easy integration. Built to operate in temperatures ranging from

TDLAS200 Methane Sensor with Digital Interface 1.Introduction The KACISE TDLAS200 Methane Sensor with Digital Interface is designed for easy integration into modern monitoring systems. It provides accurate methane detection with a range of 0~5000ppm and a response time of 0.1 seconds. The digital interface allows for seamless data transmission, while the built-in reference cell ensures automatic calibration. With an operating temperature range of -20~50℃, it is suitable for

TDLAS200 Industrial Methane Concentration Analyzer 1.Introduction The KACISE TDLAS200 Industrial Methane Concentration Analyzer is a robust and reliable device for precise methane measurement in industrial settings. It offers a detection range of 0~5000ppm with an accuracy of ±2ppm (0-200ppm) and a fast response time of 0.1 seconds. The analyzer features automatic temperature compensation and a digital interface for seamless integration. Built to operate in temperatures

TDLAS200 Laser Methane Detection Module 1.Introduction The KACISE TDLAS200 Laser Methane Detection Module is a compact and efficient solution for continuous methane monitoring. Based on TDLAS technology, it provides high sensitivity and selectivity, with a detection range of 0~5000ppm and a response time of 0.1 seconds. The module is designed for easy integration into existing systems, featuring a digital interface and a small footprint of 115×59×38mm. KACISE ensures reliable

TDLAS200 Portable Methane Gas Detector 1.Introduction The KACISE TDLAS200 Portable Methane Gas Detector is a lightweight and user-friendly device for on-site methane detection. With a fast response time of 0.1 seconds and a detection range of 0~5000ppm, it ensures accurate and reliable measurements. Its compact design and digital interface make it easy to operate in the field. The detector is built to withstand harsh conditions, with an operating temperature range of -20~50℃.

TDLAS200 Laser Methane Sensor 1.Introduction The laser gas telemetry module is manufactured based on laser absorption spectroscopy technology. It emits a laser beam of a specific wavelength to detect whether there is a target gas in the optical path range of the laser, thereby obtaining the concentration of the target gas. 2.Features High sensitivity, only responds to the target gas Built-in reference cell, can be automatically calibrated Easy to integrate, digital interface

TDLAS200 Laser Methane Sensor Introduction The laser gas telemetry module is manufactured based on laser absorption spectroscopy technology. It emits a laser beam of a specific wavelength to detect whether there is a target gas in the optical path range of the laser, thereby obtaining the concentration of the target gas. Features High sensitivity, only responds to the target gas Built-in reference cell, can be automatically calibrated Easy to integrate, digital interface

TDLAS301 Methane (CH₄) Laser Sensing and Measurement Module Overview This module employs Tunable Diode Laser Absorption Spectroscopy (TDLAS301) technology, utilizing a narrow-linewidth single longitudinal mode tunable laser integrated with cross-interference elimination algorithms to prevent background gas interference. It delivers exceptional anti-interference capability, high measurement accuracy, broad application range, rapid response, strong stability, and extended