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HENGKO Stainless steel flame arrestors sensing element gas monitor explosion proof prot...
HENGKO explosion-proof sensor housing is made of 316L stainless steel and aluminum for maximum corrosion protection. A sinter-bonded flame arrestor provides ...
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Industrial explosion-proof gas sensor housing
HENGKO introduces a new range of stainless steel flameproof enclosures housing gas sensors, dedicated to fixed gas detectors in industrial applications. G...
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Industry gas sensor housing for flameproof fixed, gas sensor
Stainless Steel Explosion-proof filter is mainly used in aviation maintenance enterprises, used to filter gasoline, kerosene, oil, and hydraulic oil. It is a...
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Sintered Stainless Steel Porous Metal Powder Filter Ued For Gas Sensor Sampling Probe
Products Description A pneumatic component for a sampling of gas sensors, which is used to reduce pressure fluctuations The gas sampling head is a special g...
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Industry Stainless Steel Powder Sintered Metal Filter Media For Fire Protection
Experience Unparalleled Safety and Efficiency with HENGKO's Gas Sensor Housings! When it comes to protecting your gas sensors and ensuring a secure environm...
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Channel Catalytic Type LPG Gas Explosion Proof Housing for Alarm Used for Security Equi...
Explosion-proof sensor assemblies are made of 316 stainless steel for maximum corrosion protection. A sinter-bonded flame arrestor provides the gas diffusion...
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Explosion Proof Sintered Filter – Gas Sensor Housing for Process and Analytical G...
Gas sensor housing are safety devices that allow flow of combustible gases while preventing ignition. The (sintered metal filter media) gas sensor housing pr...
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flameproof gas sensor housing, IP 65 stainless steel gas explosion proof housing to pro...
Introducing HENGKO's Cutting-Edge Stainless Steel Flameproof Enclosures for Industrial Gas Sensors! We are proud to unveil our latest range of ...
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Toxic 0~100% LEL indoor gas detector sensor housing protect gas sensor module
HENGKO gas sensor module is a universal gas module designed and manufactured by combining sophisticated electrochemical detection technology with sophisticat...
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4-20mA Infrared CH4 CO2 gas sensor ( carbon dioxide sensor ) detector aluminum alloy ho...
Stainless steel housing with tamperproof protection. For use with separately certified, industry-standard junction boxes or OEM gas detector enclosures. ...
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Industrial grade explosion-proof combustible gas detector sensor housing for high preci...
These flameproof gas sensor heads that can be fitted with a range of different sensor technologies (infrared, pellistor, electrochemical) for detection of Hy...
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Flame and explosion proof sintered metal assembly poisonous gas analyzer protection shell
Explosion-proof sensor assemblies are made of 316 stainless steel for maximum corrosion protection. A sinter-bonded flame arrestor provides the gas diffusion...
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Fireproofing and anti-explosion sintered housing with sintered filter disc for fixed ga...
Explosion-proof sensor assemblies are made of 316 stainless steel for maximum corrosion protection. A sinter-bonded flame arrestor provides the gas diffusion...
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Industrial toxic gas warning fixed device for chlorine gas detector housing
HENGKO digital temperature and humidity module adopt high precision RHT series sensor equipped with a sintered metal filter shell for large air permeability,...
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industrial fixed wallmounted gas leak detector carbon monoxide gas alarm housing
A full range of ready–to–use detector heads or gas sensor housings, already certified as a component or a complete device to be mounted on a gas detector in ...
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Explosion proof sintered stainless steel probe carbon dioxide co2 gas sensor housing fo...
HENGKO explosion-proof sensor housing is made of 316L stainless steel and aluminum for maximum corrosion protection. A sinter-bonded flame arrestor provides ...
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ROSH sintered porous metal stainless steel gas sensor housing for a broad range of moni...
HENGKO GAS SENSOR HOUSING are completely sealed devices that can house a pellistor, electrochemical cell, or NDIR sensor. Connection with the gas detector wi...
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Outdoor sintered stainless Steel Filter Porous Probe Housing protection Industrial Ammo...
HENGKO explosion-proof sensor housing is made of 316L stainless steel and aluminum for maximum corrosion protection. A sinter-bonded flame arrestor provides ...
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Handhold Combustible gas detection alarm sensor filter protective housing
Features: High sensitivity to combustible gas in a wide range Fast response Wide detection range Stable performance, long life, low cost Stainless steel ...
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Industrial flameproof single toxic gas leak detector sintered metal housing with porous...
Gas sensor housing for use in high-temperature gas environments An apparatus and method for packaging and operating a gas sensor for use in high-temperature ...
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Main Features of Gas Detector Probe or Protector Cover Accessories
1. Compact, low-cost design.
2. No field gas calibration is required.
3. Intrinsically safe & explosion-proof.
4. Standalone gas detector with 4-20 mA output.
5. Universal control board.
6. Long-life electrochemical sensors
Advantage:
1. High sensitivity to combustible gas in a wide range
2. Fast response
3. Wide detection range
4. Stable performance, long life, low cost
FAQ for Gas Detector Assembly
1. What is a gas detector assembly?
A gas detector assembly is a device that is used to detect and measure the concentration of gases in an environment. It typically consists of a sensor or sensors, a control unit, and an alarm or warning system. This device is particularly useful in applications where the presence of certain gases can pose a safety hazard.
2. How does a gas detector assembly work?
A gas detector assembly works by utilizing sensors that are designed to detect specific gases in an environment. These sensors then convert the measurements into an electrical signal that can be transmitted to a control unit. The control unit then processes the data and activates an alarm or warning system if the concentration of gases exceeds a certain threshold.
3. What gases can a gas detector assembly detect?
The specific gases that a gas detector assembly can detect will depend on the type of sensors that are used. Some gas detector assemblies are designed to detect a wide range of gases, while others are designed to detect only specific gases, such as carbon monoxide or methane.
4. What is the operating temperature range for a gas detector assembly?
The operating temperature range for a gas detector assembly varies depending on the specific model and manufacturer. It is important to carefully review the specifications of the device before use to ensure it is suitable for the intended environment. Some models may be designed for use in extreme temperatures or harsh environments.
5. How accurate are gas detector assemblies?
The accuracy of gas detector assemblies can also vary depending on the model and manufacturer. It is important to review the accuracy specifications of the device before use. Factors such as sensor quality, calibration, and environmental conditions can all affect the accuracy of the measurements.
6. What is the typical response time for a gas detector assembly?
The response time for a gas detector assembly also varies depending on the specific model and manufacturer. This can range from a few seconds to several minutes. The response time is a critical factor in some applications where rapid changes in gas concentration need to be detected and acted upon quickly.
7. Can gas detector assemblies be calibrated?
Yes, gas detector assemblies can be calibrated. It is recommended to calibrate the device periodically to ensure accurate measurements. Calibration involves adjusting the device to match a known standard, which can be done either manually or automatically depending on the device.
8. How are gas detector assemblies powered?
Gas detector assemblies can be powered by batteries or an external power source. The choice of power source will depend on the specific model of the device and the application for which it is being used. In some cases, a device may have the ability to use both battery and external power sources.
9. Can gas detector assemblies be used in outdoor environments?
Yes, gas detector assemblies can be used in outdoor environments. However, it is important to choose a model that is specifically designed for outdoor use and can withstand the environmental conditions. Outdoor environments can be harsh, and the device may be exposed to factors such as temperature extremes, moisture, and UV radiation.
10. What is the lifespan of a gas detector assembly?
The lifespan of a gas detector assembly can vary depending on the specific model and manufacturer, as well as the frequency and conditions of use. It is important to review the device specifications to determine the expected lifespan, and to follow proper maintenance and calibration procedures to prolong the lifespan of the device.
11. Which sensor is used in gas detection?
The specific sensor used in gas detection will depend on the type of gas being detected. Some common types of sensors include electrochemical sensors, infrared sensors, and catalytic sensors. Each type of sensor has its own strengths and weaknesses, and the choice of sensor will depend on the specific application and the properties of the gas being detected.
12. Which gas detector is best?
The best gas detector for a specific application will depend on a variety of factors, including the type of gas being detected, the environment in which the detector will be used, and the required sensitivity and accuracy of the measurements. It is important to carefully review the specifications of different gas detectors before selecting one for use in a specific application.
13. How accurate are gas detectors?
The accuracy of gas detectors can vary depending on the specific model and manufacturer. It is important to review the accuracy specifications of the device before use. Factors such as sensor quality, calibration, and environmental conditions can all affect the accuracy of the measurements. In general, gas detectors are designed to provide accurate and reliable measurements of gas concentrations.
14. Where should I place my natural gas detector?
Natural gas detectors should be placed in areas where natural gas is likely to accumulate, such as near gas appliances, gas lines, or gas meters. It is also recommended to place detectors in areas where gas leaks are likely to occur, such as near windows, doors, or other openings. It is important to follow the manufacturer's recommendations for placement and to regularly test and maintain the detector to ensure proper functionality.
15. How many gas detectors do I need?
The number of gas detectors needed will depend on the size and layout of the area being monitored, as well as the potential sources of gas leaks. In general, it is recommended to have at least one detector installed on each level of a building, and to place additional detectors near potential sources of gas leaks. It is important to follow the manufacturer's recommendations for placement and to regularly test and maintain the detectors to ensure proper functionality.
16. Does natural gas fall or rise?
Natural gas is lighter than air and will tend to rise when released into the environment. This is an important factor to consider when placing gas detectors, as they should be installed at a height where gas is likely to accumulate.
17. At what height should a natural gas detector be placed?
Natural gas detectors should be placed at a height where gas is likely to accumulate. This will vary depending on the specific location and potential sources of gas leaks. In general, it is recommended to place detectors at a height of around six inches from the ceiling, as natural gas tends to rise and accumulate near the ceiling.
18. Should natural gas detectors be high or low?
Natural gas detectors should be placed at a height where gas is likely to accumulate. In general, it is recommended to place detectors at a height of around six inches from the ceiling, as natural gas tends to rise and accumulate near the ceiling. However, it is important to follow the manufacturer's recommendations for placement and to consider the specific location and potential sources of gas leaks.
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