Gas Sensor
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Repeatable NDIR CO2 Gas Sensor with High Infrared Response Rate and Silver Technology
Repeatable NDIR CO2 Gas Sensor with High Infrared Response Rate and Silver Technology Product Overview The LT-SS-G3AD-CO2 is a high-precision NDIR CO2 gas sensor featuring aluminum housing and advanced infrared technology for reliable performance in demanding environments. Key Features Aluminum housing for durability High infrared response rate Wide operating temperature range (-20℃ to +100℃) Excellent repeatability and reliability TO-39 Twin window metal shell package
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Aluminum Gas Detection Made Easy with High Precision NDIR H2 Gas Sensor
Aluminum Gas Detection Made Easy with High Precision NDIR H2 Gas Sensor Key Features Aluminum housing for durability Low power consumption design High repeatability and sensitivity NDIR H2 detection technology Comprehensive gas detection capabilities CE, RoHS, REACH compliant 1 Year Warranty included Product Overview The LT-SS-H2 high precision gas sensor features thermal conductivity detection with excellent sensitivity and stability. Its aluminum construction ensures
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High Infrared Response Rate SF6 Gas Sensor with Silver Material and Temperature Range
High Infrared Response Rate SF6 Gas Sensor with Silver Material and Temperature Range Product Attributes Attribute Value Product name Gas Sensor Features High infrared responsiveness, repeatability and reliability Material Aluminum Operating Temperature -20~100℃ Application SF6 switchgear gas leak monitoring Color Silver Product Description 1.8*1.8MM LT-SS series high precision SF6 gas sensor Quick Detail Aluminum housing High infrared response rate -20℃~+100℃ operating
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NDIR CO Gas Sensor With High Infrared Response Rate
NDIR CO Gas Sensor With High Infrared Response Rate Product Overview The LT-SS-G3AD-CO is a high-precision NDIR CO gas sensor featuring exceptional infrared responsiveness, reliability, and repeatability. Designed for demanding applications in HVAC and indoor air quality monitoring systems. Key Features Aluminum housing for durability High infrared response rate for accurate detection Wide operating temperature range: -30℃ to +100℃ Excellent repeatability and reliability NDIR
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NDIR CH4 Gas Sensor With High Infrared Response Rate
NDIR CH4 Gas Sensor With High Infrared Response Rate Key Features Aluminum housing for durability High infrared response rate for accurate detection Wide operating temperature range: -20℃ to +100℃ Exceptional repeatability and reliability NDIR CH4 detection technology TO-39 Twin window metal shell package Compliance with CE, RoHS, and REACH standards Backed by 1-year warranty Product Description The LT-SS-G3AD-CH4 is a high-precision gas sensor featuring a 108° viewing angle,
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Laser Methane Sensor Element MGLD2170-G for Precise Measurement in Petroleum and Chemical Industries
Laser Methane Sensor Probe (MGLD2170-G) Product Overview The integrated point-type laser methane sensor probe utilizes Tunable Diode Laser Absorption Spectroscopy (TDLAS) technology for precise target gas measurement. It integrates advanced lasers and detectors for high-precision, high-density, and high-reliability miniaturized packaging. The sensor probe features an open gas exchange method and proprietary technology for optoelectronic isolation, ensuring intrinsic safety.
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Semiconductor Methane Sensor Element GMH2110-C07 for Accurate Natural Gas Leak Detection Systems
Product Overview The GMH2110-C07 is a high-performance semiconductor methane sensor designed for detecting methane and natural gas. Utilizing a highly active metal oxide semiconductor material processed with thick film technology and advanced automated manufacturing, it offers high sensitivity and selectivity towards methane. This sensor is particularly suitable for complex atmospheric conditions and demanding household environments, making it an ideal choice for domestic gas
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semiconductor methane detection with Sensor Element GMH2110-E12 featuring metal oxide technology and filter cover
Product Overview The GMH2110-E12 is a semiconductor-based methane sensor manufactured using advanced thick-film semiconductor technology and automated sealing and testing processes. It offers excellent consistency and high stability. This sensor is equipped with a filter cover to eliminate interference from gases like alcohol, providing strong anti-interference capabilities, high sensitivity, rapid response and recovery, and a long service life. It is particularly suitable
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Hydrogen detection sensor ProSense FC H2 5000 with poisoning resistance and excellent repeatability
Product OverviewThe FC-H2-5000 Long-Life Hydrogen Sensor utilizes a micro fuel cell principle for detection. Hydrogen gas molecules reach the core detection unit via natural diffusion and concentration polarization, undergoing oxidation at the positive electrode while oxygen is reduced at the negative electrode. This closed-loop reaction generates a current proportional to the hydrogen gas concentration, allowing for precise quantification. This passive sensor offers zero
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Metal Package Sensor Element GMH8310 Semiconductor VOC Gas Sensor for Monitoring Indoor Air and Harmful Gases
Product Overview The GMH8310 is a semiconductor VOC sensor designed for detecting harmful gases in household environments. It is suitable for use as a sensing element in automatic ventilation devices, air purifier detection instruments, and range hood monitoring equipment. This sensor is highly sensitive to trace amounts of reducing gases, including ammonia, hydrogen, alcohol, carbon monoxide, methane, propane, glycan, styrene, propylene glycol, phenol, toluene, ethylbenzene,
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ProSense FC CO 1000 Sensor Designed for Carbon Monoxide Detection Employing Micro Fuel Cell Principle
Product Overview The FC-CO-1000 Long-Life Carbon Monoxide Sensor utilizes micro fuel cell technology for detection. When carbon monoxide is present, it diffuses to the sensor's core detection unit and undergoes an oxidation reaction at the positive electrode, while oxygen undergoes a reduction reaction at the negative electrode, forming a closed-loop system. The generated current is directly proportional to the ambient carbon monoxide concentration, allowing for precise
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Flow sensor module Sencoch GF5200-A0545-A featuring thermodynamic measurement and robust construction
Product Overview The GF5000 Flow Sensor Module is a high-sensitivity, high-precision sensor designed for accurate measurement of non-corrosive gases like air, oxygen, and nitrogen. Utilizing the latest generation MEMS chip technology and a unique calibration scheme, it provides linear output and fast response times. Its robust design is resistant to condensation, making it ideal for demanding applications in medical devices, HVAC systems, and various industrial control and
