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"gas detector"

- 40 Items Found
  • quality Combustible Gas Detector Elements Featuring Amphenol VQ25B for Detection in Industrial Applications factory

    Combustible Gas Detector Elements Featuring Amphenol VQ25B for Detection in Industrial Applications

    Product Overview The VQ25 Combustible Gas Detector Elements are designed for the detection of combustible gases in air, offering robust performance even in high concentration environments (up to 100%). These matched elements are particularly suitable for applications where exposure to flammable gases is likely. The VQ25 is also effective for detecting combustible vapors containing halogens and is generally unaffected by water vapor or carbon dioxide unless their concentration

  • quality Compact and Amphenol VQ10B combustible gas detector elements suitable for battery operated devices factory

    Compact and Amphenol VQ10B combustible gas detector elements suitable for battery operated devices

    Product Overview The VQ10 Combustible Gas Detector Elements are designed for the detection of combustible gases, particularly methane in air mixtures, with concentrations starting from 0.1%. These matched elements offer low power consumption, making them ideal for battery-operated systems. They are unaffected by water vapor or carbon dioxide and provide a minimum sensitivity of 15 mV/% methane when used with the recommended bridge circuit. The detector elements are suitable

  • quality Gas detector elements Amphenol VQ10SB with minimum sensitivity of 15 millivolts per percent methane factory

    Gas detector elements Amphenol VQ10SB with minimum sensitivity of 15 millivolts per percent methane

    VQ10 Combustible Gas Detector Elements The VQ10 is a pair of matched elements designed for the detection of combustible gases, with a particular focus on methane in air mixtures. It offers reliable detection from 0.1% concentration upwards and is unaffected by water vapor or carbon dioxide. Utilizing a recommended bridge circuit, the VQ10 achieves a minimum sensitivity of 15 mV/% methane. Its low power consumption makes it ideal for battery-operated systems and applications

  • quality oxygen sensing solution Amphenol SGX-4OX for portable gas detectors in critical safety applications factory

    oxygen sensing solution Amphenol SGX-4OX for portable gas detectors in critical safety applications

    Product Overview The SGX-4OX is an industrial oxygen sensor designed for use in portable gas detectors. It offers reliable performance for critical safety applications, ensuring accurate oxygen level monitoring. Product Attributes Brand: SGX Sensortech Model: SGX-4OX Technical Specifications Specification Details Application Portable Gas Detectors Dimensions All dimensions in mm, tolerances 0.15mm Pin Diameter 1.50 mm Datasheet Issue Issue 5, 11-Aug-2021 Important Safety

  • quality Gas Detector Sensor Amphenol EC4-2000-SO2 Industrial Sulfur Dioxide Sensor with Linear Response Range factory

    Gas Detector Sensor Amphenol EC4-2000-SO2 Industrial Sulfur Dioxide Sensor with Linear Response Range

    Product Overview The SGX EC4-2000-SO2 is an industrial Sulfur Dioxide sensor designed for portable gas detectors. It offers a measurement range of 0 to 2000 ppm SO2 with a maximum overload capacity of 4000 ppm. The sensor provides a sensitivity of 12 to 28 nA/ppm SO2 and a linear response across its range. It is designed for long-term use with an expected operating life of 2 years in air and a warranty of 1 year. The sensor operates within a temperature range of -20C to +50C

  • quality Extended Pin Gas Detector Element Amphenol VQ31MB for Accurate Thermal Conductivity Based Gas Sensing factory

    Extended Pin Gas Detector Element Amphenol VQ31MB for Accurate Thermal Conductivity Based Gas Sensing

    Product Overview The VQ31 series thermal conductivity gas detector elements are designed for detecting gases in 0-100% by volume concentrations. Utilizing the thermal conductivity principle, these elements feature a sensing element exposed to the atmosphere under test and a reference element sealed in reference air. The response is based on the difference in thermal conductivity between the test atmosphere and reference air, leading to a change in the sensing element's

  • quality combustible gas detection in industrial environments using Amphenol VQ22TB sensor element technology factory

    combustible gas detection in industrial environments using Amphenol VQ22TB sensor element technology

    Product Overview The VQ22 is an improved, poison-resistant combustible gas detector element designed for the detection of combustible gases, particularly methane in air mixtures, from 0.1% concentration upwards. It features two matched elements and offers no interference from water vapour or carbon dioxide. The VQ22 is engineered for use in atmospheres potentially containing traces of silicone and other poisoning agents, ensuring reliable performance. When used with the

  • quality Combustible gas detection elements Amphenol VQ2B offering stable performance in methane air mixtures factory

    Combustible gas detection elements Amphenol VQ2B offering stable performance in methane air mixtures

    Product Overview The VQ2 Combustible Gas Detector Elements are designed for the detection of combustible gases, particularly methane in air mixtures, with concentrations starting from 0.1%. These matched elements offer low power consumption, making them ideal for battery-operated systems. They are unaffected by water vapour or carbon dioxide and provide a minimum sensitivity of 15 mV/% methane when used with the recommended bridge circuit. The VQ2 elements are suitable for

  • quality High sensitivity methane gas detection element Amphenol VQ21B suitable for industrial safety systems factory

    High sensitivity methane gas detection element Amphenol VQ21B suitable for industrial safety systems

    Product Overview The VQ21 is an improved, poison-resistant combustible gas detector element designed for the detection of combustible gases, particularly methane in air mixtures from 0.1% upwards. It offers no interference from water vapour or carbon dioxide and is suitable for use in atmospheres where traces of silicone and other poisoning agents may be present. When used with the recommended bridge circuit and mounting arrangement, it achieves a minimum sensitivity of 10 mV

  • quality Thermal Conductivity Gas Sensor Element Amphenol VQ5MB Featuring Extended Pins for Secure PCB Mounting factory

    Thermal Conductivity Gas Sensor Element Amphenol VQ5MB Featuring Extended Pins for Secure PCB Mounting

    Product Overview The VQ5 Series Thermal Conductivity Gas Detector Elements are designed for the detection of gases in 0-100% by volume concentrations. Operating on the thermal conductivity principle, these elements feature a sensing element exposed to the atmosphere under test and a reference element sealed in reference air. The response is determined by the difference in thermal conductivity between the test atmosphere and the reference air. The VQ5 series is available in

  • quality Thermal Conductivity Gas Sensor Element Amphenol VQ35MB with Sealed Compensator Can and Extended Pins factory

    Thermal Conductivity Gas Sensor Element Amphenol VQ35MB with Sealed Compensator Can and Extended Pins

    Product Overview The VQ35 series thermal conductivity gas detector elements are designed for detecting gases in 0 100% by volume concentrations. Utilizing the thermal conductivity principle, these devices consist of two matched elements: a sensing element exposed to the atmosphere under test and a reference element sealed in reference air. The response is based on the difference in thermal conductivity between the test atmosphere and reference air. The VQ35M features braided

  • quality Thermal Conductivity Gas Sensor Amphenol VQ6MB Element Designed for Direct PCB Mounting Applications factory

    Thermal Conductivity Gas Sensor Amphenol VQ6MB Element Designed for Direct PCB Mounting Applications

    Product Overview The VQ6 Series Thermal Conductivity Gas Detector Elements are designed for detecting gases in 0 100% by volume concentrations. Utilizing the thermal conductivity principle, these elements feature a sensing element exposed to the atmosphere under test and a reference element sealed in reference air. The response is based on the difference in thermal conductivity between the test atmosphere and the reference air, leading to a change in resistance of the sensing

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