Gas detector | Instruments

Low-power oxygen detector, factory hypoxia and oxygen-enriched low-cost monitoring solution - SKA/NE-301

This composite gas detector, with its core advantages of multi-principle compatible detection, explosion-proof and dust-proof design, ultra-low power consumption, multi-signal compatibility, strong environmental adaptability, and long service life, solves the problems of poor adaptability, easy damage, frequent maintenance, and limited scenarios of traditional single gas detectors, covering core monitoring scenarios across multiple industries. Petrochemical/coal chemical scenarios: it can monitor leaks of flammable gases such as crude oil, natural gas, and coal chemical raw materials, as well as toxic gases like hydrogen sulfide and carbon monoxide, adapting to high-risk working conditions in device areas, reaction workshops, storage tank areas, and loading/unloading stations; Coating/lithium battery new energy scenarios: precisely monitors paint volatile gases, organic solvents, and lithium battery

Which workshops need hydrogen detectors? Full coverage of industrial combustible gas monitoring - SKA/NE-301

The device is capable of operating over an ultra-wide temperature range, with dedicated working temperature zones for flammable and toxic gases: the flammable gas detection is suitable for temperatures from -40℃ to 70℃, while the toxic gas detection is suitable for -10℃ to 55℃, adapting to harsh industrial environments such as extreme cold and high heat. The working humidity is ≤95%RH without condensation interference, allowing stable operation in humid and dusty conditions for long periods. It adapts to an atmospheric pressure range of 86KPa to 106KPa, meeting the needs of different altitudes and working conditions. The device has flexible storage conditions, with a storage temperature range of -50℃ to 80℃ and storage humidity of ≤95%RH, suitable for warehouse storage and equipment standby.

Ammonia Concentration Exceeding Warning Device Intelligent Composite Gas Detector - SKA/NE-301

The device is equipped with multi-standard universal signal output, compatible with DC24V power supply, supporting four output modes: 4-20mA analog, RS485 digital signal, two-bus, and wireless transmission. It can seamlessly interface with industrial PLC, DCS control systems, gas alarm hosts, upper-level monitoring platforms, and IoT cloud platforms. It supports real-time on-site concentration display, over-limit alarm, remote data upload, historical data recording, and other functions, enabling local early warning, remote monitoring, linked ventilation, linked shutdown, and other automated security linkage functions, helping factories achieve intelligent gas monitoring, digital management and control, and automated security protection.

VOC organic waste gas detector Industrial multi-gas monitoring equipment source manufacturer - SKA/NE-301

The device adopts standardized industrial structural design, with a total power consumption as low as 1.2W, energy-saving and stable, suitable for long-term uninterrupted duty operation. It uses a diffusion sampling method, requiring no external air pump, relying on natural gas diffusion for detection, making installation simple, maintenance convenient, and not prone to clogging. The whole unit features an explosion-proof design with reliable performance, fully meeting explosion-proof installation standards for hazardous locations. The device supports continuous online operation mode, capable of collecting gas concentration data 24 hours a day, monitoring environmental gas changes in real time, and eliminating blind spots in safety monitoring. Additionally, the device has excellent insulation performance, with insulation resistance ≥100MΩ in normal environments, and high...

Factory essential carbon monoxide detector 24-hour online gas security equipment - SKA/NE-301

This device is compatible with four mainstream detection principles: catalytic combustion, electrochemical, semiconductor, and infrared, covering the full range of industrial gas detection needs. It adapts to different gas detection scenarios, with comprehensive upgrades in accuracy and applicability. The catalytic combustion principle is mainly used for detecting various combustible gases, utilizing the temperature and resistance changes caused by flameless combustion of gas on the catalytic element surface to accurately convert gas concentration, offering good linearity and high stability. The electrochemical principle targets toxic trace gases such as carbon monoxide and hydrogen sulfide, generating corresponding current signals through electrode oxidation-reduction reactions, with strong specificity and high sensitivity at low concentrations. The semiconductor principle is suitable for

Hydrogen sulfide leak monitoring equipment Industrial explosion-proof toxic gas detector - SKA/NE-301

The industrial composite gas detector is a multi-principle compatible, high-stability, explosion-proof online gas concentration monitoring device. The equipment integrates multiple mainstream detection sensing technologies and can automatically match the optimal detection method based on the type of gas being detected, adapting to various industrial gas leak monitoring scenarios such as combustible gases, toxic and harmful gases, and volatile gases. The entire unit features an industrial explosion-proof structure, diffusion sampling, and 24-hour continuous online monitoring design, with characteristics including strong adaptability, low power consumption, rich output methods, and long service life. It is widely suitable for petrochemical, coal chemical, fine chemical, painting and spraying, sewage treatment, pharmaceutical workshops,

How much does a methane gas detector cost? Industrial explosion-proof combustible gas monitoring manufacturer - SKA/NE-301

This composite gas detector, with its core advantages of multi-principle compatible detection, explosion-proof and dust-proof design, ultra-low power consumption, multi-signal compatibility, strong environmental adaptability, and long service life, solves the problems of poor adaptability, easy damage, frequent maintenance, and limited scenarios of traditional single gas detectors, covering core monitoring scenarios across multiple industries. Petrochemical/coal chemical scenarios: it can monitor leaks of flammable gases such as crude oil, natural gas, and coal chemical raw materials, as well as toxic gases like hydrogen sulfide and carbon monoxide, adapting to high-risk working conditions in device areas, reaction workshops, storage tank areas, and loading/unloading stations; Coating/lithium battery new energy scenarios: precisely monitors paint volatile gases, organic solvents, and lithium battery

Light industry workshop xylene detector Coating organic waste gas safety monitoring equipment - SKA/NE-301

The device is capable of operating over an ultra-wide temperature range, with dedicated working temperature zones for flammable and toxic gases: the flammable gas detection is suitable for temperatures from -40℃ to 70℃, while the toxic gas detection is suitable for -10℃ to 55℃, adapting to harsh industrial environments such as extreme cold and high heat. The working humidity is ≤95%RH without condensation interference, allowing stable operation in humid and dusty conditions for long periods. It adapts to an atmospheric pressure range of 86KPa to 106KPa, meeting the needs of different altitudes and working conditions. The device has flexible storage conditions, with a storage temperature range of -50℃ to 80℃ and storage humidity of ≤95%RH, suitable for warehouse storage and equipment standby.

Gas storage station ethane detector, long-lasting explosion-proof combustible gas monitoring equipment

Gas reserve station ethane detector Long-lasting explosion-proof combustible gas monitoring equipment - SKA/NE-301

The device is capable of operating over an ultra-wide temperature range, with dedicated working temperature zones for flammable and toxic gases: the flammable gas detection is suitable for temperatures from -40℃ to 70℃, while the toxic gas detection is suitable for -10℃ to 55℃, adapting to harsh industrial environments such as extreme cold and high heat. The working humidity is ≤95%RH without condensation interference, allowing stable operation in humid and dusty conditions for long periods. It adapts to an atmospheric pressure range of 86KPa to 106KPa, meeting the needs of different altitudes and working conditions. The device has flexible storage conditions, with a storage temperature range of -50℃ to 80℃ and storage humidity of ≤95%RH, suitable for warehouse storage and equipment standby.

Nitric oxide detector for smelting workshop, industrial smelting exhaust gas concentration monitoring

Smelting workshop nitric oxide detector Industrial smelting waste gas concentration monitoring - SKA/NE-301

The device is equipped with multi-standard universal signal output, compatible with DC24V power supply, supporting four output modes: 4-20mA analog, RS485 digital signal, two-bus, and wireless transmission. It can seamlessly interface with industrial PLC, DCS control systems, gas alarm hosts, upper-level monitoring platforms, and IoT cloud platforms. It supports real-time on-site concentration display, over-limit alarm, remote data upload, historical data recording, and other functions, enabling local early warning, remote monitoring, linked ventilation, linked shutdown, and other automated security linkage functions, helping factories achieve intelligent gas monitoring, digital management and control, and automated security protection.

Sewage pipe network phosphine detector Underground anaerobic harmful gas warning equipment - SKA/NE-301

The device adopts standardized industrial structural design, with a total power consumption as low as 1.2W, energy-saving and stable, suitable for long-term uninterrupted duty operation. It uses a diffusion sampling method, requiring no external air pump, relying on natural gas diffusion for detection, making installation simple, maintenance convenient, and not prone to clogging. The whole unit features an explosion-proof design with reliable performance, fully meeting explosion-proof installation standards for hazardous locations. The device supports continuous online operation mode, capable of collecting gas concentration data 24 hours a day, monitoring environmental gas changes in real time, and eliminating blind spots in safety monitoring. Additionally, the device has excellent insulation performance, with insulation resistance ≥100MΩ in normal environments, and high...

Battery workshop hydrogen fluoride detector, toxic gas monitoring for new energy production - SKA/NE-301

The device adopts standardized industrial structural design, with a total power consumption as low as 1.2W, energy-saving and stable, suitable for long-term uninterrupted duty operation. It uses a diffusion sampling method, requiring no external air pump, relying on natural gas diffusion for detection, making installation simple, maintenance convenient, and not prone to clogging. The whole unit features an explosion-proof design with reliable performance, fully meeting explosion-proof installation standards for hazardous locations. The device supports continuous online operation mode, capable of collecting gas concentration data 24 hours a day, monitoring environmental gas changes in real time, and eliminating blind spots in safety monitoring. Additionally, the device has excellent insulation performance, with insulation resistance ≥100MΩ in normal environments, and high...

Hydrogen sulfide detector for chemical storage areas, all-weather prevention of toxic gas leakage accidents - SKA/NE-301

The equipment is compatible with four mainstream detection principles: catalytic combustion, electrochemical, semiconductor, and infrared, covering all categories of industrial gas detection needs, adapting to different gas detection scenarios, with comprehensive upgrades in accuracy and applicability. The catalytic combustion principle is mainly used for detecting various combustible gases, utilizing the temperature and resistance changes generated by flameless combustion of gas on the catalytic element surface to accurately convert gas concentration, with good linearity and high stability; the electrochemical principle targets toxic trace gases such as carbon monoxide and hydrogen sulfide, generating corresponding current signals through electrode oxidation-reduction reactions, with strong specificity and high sensitivity at low concentrations; the semiconductor principle is suitable for a wide range of

Confined factory VOC detector Eliminate organic gas accumulation explosion risk - SKA/NE-301

The industrial composite gas detector is a multi-principle compatible, high-stability, explosion-proof online gas concentration monitoring device. The equipment integrates multiple mainstream detection sensing technologies and can automatically match the optimal detection method based on the type of gas being detected, adapting to various industrial gas leak monitoring scenarios such as combustible gases, toxic and harmful gases, and volatile gases. The entire unit features an industrial explosion-proof structure, diffusion sampling, and 24-hour continuous online monitoring design, with characteristics including strong adaptability, low power consumption, rich output methods, and long service life. It is widely suitable for petrochemical, coal chemical, fine chemical, painting and spraying, sewage treatment, pharmaceutical workshops,

Natural gas detector for dust workshops in lithium battery plants, anti-interference combustible gas concentration monitoring

Dust workshop natural gas detector Anti-interference combustible gas concentration monitoring - SKA/NE-301

This composite gas detector, with its core advantages of multi-principle compatible detection, explosion-proof and dust-proof design, ultra-low power consumption, multi-signal compatibility, strong environmental adaptability, and long service life, solves the problems of poor adaptability, easy damage, frequent maintenance, and limited scenarios of traditional single gas detectors, covering core monitoring scenarios across multiple industries. Petrochemical/coal chemical scenarios: it can monitor leaks of flammable gases such as crude oil, natural gas, and coal chemical raw materials, as well as toxic gases like hydrogen sulfide and carbon monoxide, adapting to high-risk working conditions in device areas, reaction workshops, storage tank areas, and loading/unloading stations; Coating/lithium battery new energy scenarios: precisely monitors paint volatile gases, organic solvents, and lithium battery

Carbon monoxide detector for high-altitude mining areas, gas monitoring in complex pressure environments

High-altitude mining area carbon monoxide detector Complex air pressure environment gas monitoring - SKA/NE-301

The device is capable of operating over an ultra-wide temperature range, with dedicated working temperature zones for flammable and toxic gases: the flammable gas detection is suitable for temperatures from -40℃ to 70℃, while the toxic gas detection is suitable for -10℃ to 55℃, adapting to harsh industrial environments such as extreme cold and high heat. The working humidity is ≤95%RH without condensation interference, allowing stable operation in humid and dusty conditions for long periods. It adapts to an atmospheric pressure range of 86KPa to 106KPa, meeting the needs of different altitudes and working conditions. The device has flexible storage conditions, with a storage temperature range of -50℃ to 80℃ and storage humidity of ≤95%RH, suitable for warehouse storage and equipment standby.

High-temperature workshop toluene detector, ultra-wide temperature range organic gas monitoring device

High-temperature workshop toluene detector Ultra-wide temperature range organic gas monitoring equipment - SKA/NE-301

The device is equipped with multi-standard universal signal output, compatible with DC24V power supply, supporting four output modes: 4-20mA analog, RS485 digital signal, two-bus, and wireless transmission. It can seamlessly interface with industrial PLC, DCS control systems, gas alarm hosts, upper-level monitoring platforms, and IoT cloud platforms. It supports real-time on-site concentration display, over-limit alarm, remote data upload, historical data recording, and other functions, enabling local early warning, remote monitoring, linked ventilation, linked shutdown, and other automated security linkage functions, helping factories achieve intelligent gas monitoring, digital management and control, and automated security protection.

General-purpose industrial oxygen detector for monitoring and warning of hypoxia and suffocation risks in factory areas

General industrial oxygen detector for monitoring and early warning of hypoxia and suffocation risks in factory areas - SKA/NE-301

The device adopts standardized industrial structural design, with a total power consumption as low as 1.2W, energy-saving and stable, suitable for long-term uninterrupted duty operation. It uses a diffusion sampling method, requiring no external air pump, relying on natural gas diffusion for detection, making installation simple, maintenance convenient, and not prone to clogging. The whole unit features an explosion-proof design with reliable performance, fully meeting explosion-proof installation standards for hazardous locations. The device supports continuous online operation mode, capable of collecting gas concentration data 24 hours a day, monitoring environmental gas changes in real time, and eliminating blind spots in safety monitoring. Additionally, the device has excellent insulation performance, with insulation resistance ≥100MΩ in normal environments, and high...

Chemical Laboratory Formaldehyde Detector - Precision Detection Equipment for Trace Harmful Gases - SKA/NE-301

This device is compatible with four mainstream detection principles: catalytic combustion, electrochemical, semiconductor, and infrared, covering the full range of industrial gas detection needs. It adapts to different gas detection scenarios, with comprehensive upgrades in accuracy and applicability. The catalytic combustion principle is mainly used for detecting various combustible gases, utilizing the temperature and resistance changes caused by flameless combustion of gas on the catalytic element surface to accurately convert gas concentration, offering good linearity and high stability. The electrochemical principle targets toxic trace gases such as carbon monoxide and hydrogen sulfide, generating corresponding current signals through electrode oxidation-reduction reactions, with strong specificity and high sensitivity at low concentrations. The semiconductor principle is suitable for

Oil and gas transmission acetylene detector Explosion-proof weather-resistant high-risk gas monitoring equipment - SKA/NE-301

The industrial composite gas detector is a multi-principle compatible, high-stability, explosion-proof online gas concentration monitoring device. The equipment integrates multiple mainstream detection sensing technologies and can automatically match the optimal detection method based on the type of gas being detected, adapting to various industrial gas leak monitoring scenarios such as combustible gases, toxic and harmful gases, and volatile gases. The entire unit features an industrial explosion-proof structure, diffusion sampling, and 24-hour continuous online monitoring design, with characteristics including strong adaptability, low power consumption, rich output methods, and long service life. It is widely suitable for petrochemical, coal chemical, fine chemical, painting and spraying, sewage treatment, pharmaceutical workshops,

Ammonia detector for food fermentation workshop, intelligent control of fermentation gas concentration

Food fermentation workshop ammonia detector Fermentation gas concentration intelligent control - SKA/NE-301

This device is compatible with four mainstream detection principles: catalytic combustion, electrochemical, semiconductor, and infrared, covering the full range of industrial gas detection needs. It adapts to different gas detection scenarios, with comprehensive upgrades in accuracy and applicability. The catalytic combustion principle is mainly used for detecting various combustible gases, utilizing the temperature and resistance changes caused by flameless combustion of gas on the catalytic element surface to accurately convert gas concentration, offering good linearity and high stability. The electrochemical principle targets toxic trace gases such as carbon monoxide and hydrogen sulfide, generating corresponding current signals through electrode oxidation-reduction reactions, with strong specificity and high sensitivity at low concentrations. The semiconductor principle is suitable for

Municipal environmental protection nitrogen dioxide detector Road exhaust harmful gas monitoring - SKA/NE-301

Parameter item Technical specification Detection principle Catalytic combustion, electrochemical, semiconductor, infrared Detection gas/range alarm point Measurement range, alarm point: see equipment nameplate Power supply/signal output DC24V; 4-20mA, RS485, two-bus, wireless Total power consumption 1.2W Operating temperature Combustible gas: -40℃～70℃; Toxic gas: -10℃～55℃ Operating humidity ≤95%RH (no condensation) Atmospheric pressure 86KPa～106KPa Insulation resistance Normal environment ≥100MΩ; 94%RH high humidity environment ≥

Chemical reactor hydrogen detector Process gas leakage real-time monitoring - SKA/NE-301

Parameter item Technical specification Detection principle Catalytic combustion, electrochemical, semiconductor, infrared Detection gas/range alarm point Measurement range, alarm point: see equipment nameplate Power supply/signal output DC24V; 4-20mA, RS485, two-bus, wireless Total power consumption 1.2W Operating temperature Combustible gas: -40℃～70℃; Toxic gas: -10℃～55℃ Operating humidity ≤95%RH (no condensation) Atmospheric pressure 86KPa～106KPa Insulation resistance Normal environment ≥100MΩ; 94%RH high humidity environment ≥

Traditional factory methane detector, retrofit of combustible gas safety for old factory areas

Traditional factory methane detector Old factory area combustible gas security renovation - SKA/NE-301

This device is compatible with four mainstream detection principles: catalytic combustion, electrochemical, semiconductor, and infrared, covering the full range of industrial gas detection needs. It adapts to different gas detection scenarios, with comprehensive upgrades in accuracy and applicability. The catalytic combustion principle is mainly used for detecting various combustible gases, utilizing the temperature and resistance changes caused by flameless combustion of gas on the catalytic element surface to accurately convert gas concentration, offering good linearity and high stability. The electrochemical principle targets toxic trace gases such as carbon monoxide and hydrogen sulfide, generating corresponding current signals through electrode oxidation-reduction reactions, with strong specificity and high sensitivity at low concentrations. The semiconductor principle is suitable for

New energy industrial park VOC detector Lithium battery organic waste gas monitoring equipment - SKA/NE-301

The industrial composite gas detector is a multi-principle compatible, high-stability, explosion-proof online gas concentration monitoring device. The equipment integrates multiple mainstream detection sensing technologies and can automatically match the optimal detection method based on the type of gas being detected, adapting to various industrial gas leak monitoring scenarios such as combustible gases, toxic and harmful gases, and volatile gases. The entire unit features an industrial explosion-proof structure, diffusion sampling, and 24-hour continuous online monitoring design, with characteristics including strong adaptability, low power consumption, rich output methods, and long service life. It is widely suitable for petrochemical, coal chemical, fine chemical, painting and spraying, sewage treatment, pharmaceutical workshops,

Sewage pump station biogas detector Confined humid environment gas超标 warning - SKA/NE-301

This device is compatible with four mainstream detection principles: catalytic combustion, electrochemical, semiconductor, and infrared, covering the full range of industrial gas detection needs. It adapts to different gas detection scenarios, with comprehensive upgrades in accuracy and applicability. The catalytic combustion principle is mainly used for detecting various combustible gases, utilizing the temperature and resistance changes caused by flameless combustion of gas on the catalytic element surface to accurately convert gas concentration, offering good linearity and high stability. The electrochemical principle targets toxic trace gases such as carbon monoxide and hydrogen sulfide, generating corresponding current signals through electrode oxidation-reduction reactions, with strong specificity and high sensitivity at low concentrations. The semiconductor principle is suitable for

Industrial park composite gas detector Methane ammonia VOC multi-gas monitoring - SKA/NE-301

Parameter item Technical specification Detection principle Catalytic combustion, electrochemical, semiconductor, infrared Detection gas/range alarm point Measurement range, alarm point: see equipment nameplate Power supply/signal output DC24V; 4-20mA, RS485, two-bus, wireless Total power consumption 1.2W Operating temperature Combustible gas: -40℃～70℃; Toxic gas: -10℃～55℃ Operating humidity ≤95%RH (no condensation) Atmospheric pressure 86KPa～106KPa Insulation resistance Normal environment ≥100MΩ; 94%RH high humidity environment ≥

Open-pit mining area sulfur dioxide detector, flue gas monitoring under harsh working conditions

Open-pit mining area sulfur dioxide detector Harsh working conditions flue gas monitoring - SKA/NE-301

Catalytic combustion, electrochemical, semiconductor, infrared

Pharmaceutical and chemical hydrogen chloride detector, high-precision monitoring of corrosive toxic gases - SKA/NE-301

Parameter item Technical specification Detection principle Catalytic combustion, electrochemical, semiconductor, infrared Detection gas/range alarm point Measurement range, alarm point: see equipment nameplate Power supply/signal output DC24V; 4-20mA, RS485, two-bus, wireless Total power consumption 1.2W Operating temperature Combustible gas: -40℃～70℃; Toxic gas: -10℃～55℃ Operating humidity ≤95%RH (no condensation) Atmospheric pressure 86KPa～106KPa Insulation resistance Normal environment ≥100MΩ; 94%RH high humidity environment ≥

Hazardous chemical warehouse butane detector Bottled combustible gas security monitoring and warning - SKA/NE-301

The device adopts standardized industrial structural design, with a total power consumption as low as 1.2W, energy-saving and stable, suitable for long-term uninterrupted duty operation. It uses a diffusion sampling method, requiring no external air pump, relying on natural gas diffusion for detection, making installation simple, maintenance convenient, and not prone to clogging. The whole unit features an explosion-proof design with reliable performance, fully meeting explosion-proof installation standards for hazardous locations. The device supports continuous online operation mode, capable of collecting gas concentration data 24 hours a day, monitoring environmental gas changes in real time, and eliminating blind spots in safety monitoring. Additionally, the device has excellent insulation performance, with insulation resistance ≥100MΩ in normal environments, and high...

Gas pressure regulating station petroleum gas detector, precise pipeline network leak detection equipment

Gas pressure regulating station petroleum gas detector Pipeline leakage precise detection equipment - SKA/NE-301

The device is equipped with multi-standard universal signal output, compatible with DC24V power supply, supporting four output modes: 4-20mA analog, RS485 digital signal, two-bus, and wireless transmission. It can seamlessly interface with industrial PLC, DCS control systems, gas alarm hosts, upper-level monitoring platforms, and IoT cloud platforms. It supports real-time on-site concentration display, over-limit alarm, remote data upload, historical data recording, and other functions, enabling local early warning, remote monitoring, linked ventilation, linked shutdown, and other automated security linkage functions, helping factories achieve intelligent gas monitoring, digital management and control, and automated security protection.

Ethanol Detector for Drying Production Line, Flammable Volatile Gas Monitoring in High-Temperature Conditions - SKA/NE-301

The device is capable of operating over an ultra-wide temperature range, with dedicated working temperature zones for flammable and toxic gases: the flammable gas detection is suitable for temperatures from -40℃ to 70℃, while the toxic gas detection is suitable for -10℃ to 55℃, adapting to harsh industrial environments such as extreme cold and high heat. The working humidity is ≤95%RH without condensation interference, allowing stable operation in humid and dusty conditions for long periods. It adapts to an atmospheric pressure range of 86KPa to 106KPa, meeting the needs of different altitudes and working conditions. The device has flexible storage conditions, with a storage temperature range of -50℃ to 80℃ and storage humidity of ≤95%RH, suitable for warehouse storage and equipment standby.

Dust-free workshop formaldehyde detector, trace harmful gas monitoring in new energy workshops - SKA/NE-301

This composite gas detector, with its core advantages of multi-principle compatible detection, explosion-proof and dust-proof design, ultra-low power consumption, multi-signal compatibility, strong environmental adaptability, and long service life, solves the problems of poor adaptability, easy damage, frequent maintenance, and limited scenarios of traditional single gas detectors, covering core monitoring scenarios across multiple industries. Petrochemical/coal chemical scenarios: it can monitor leaks of flammable gases such as crude oil, natural gas, and coal chemical raw materials, as well as toxic gases like hydrogen sulfide and carbon monoxide, adapting to high-risk working conditions in device areas, reaction workshops, storage tank areas, and loading/unloading stations; Coating/lithium battery new energy scenarios: precisely monitors paint volatile gases, organic solvents, and lithium battery

Chemical loading/unloading dock VOC detector, explosion-proof monitoring for hazardous volatile gases - SKA/NE-301

The device is capable of operating over an ultra-wide temperature range, with dedicated working temperature zones for flammable and toxic gases: the flammable gas detection is suitable for temperatures from -40℃ to 70℃, while the toxic gas detection is suitable for -10℃ to 55℃, adapting to harsh industrial environments such as extreme cold and high heat. The working humidity is ≤95%RH without condensation interference, allowing stable operation in humid and dusty conditions for long periods. It adapts to an atmospheric pressure range of 86KPa to 106KPa, meeting the needs of different altitudes and working conditions. The device has flexible storage conditions, with a storage temperature range of -50℃ to 80℃ and storage humidity of ≤95%RH, suitable for warehouse storage and equipment standby.

Underground Pipe Gallery Hydrogen Sulfide Detector Real-time Investigation of Hazardous Gas Risks in Pipe Networks - SKA/NE-301

Parameter item Technical specification Detection principle Catalytic combustion, electrochemical, semiconductor, infrared Detection gas/range alarm point Measurement range, alarm point: see equipment nameplate Power supply/signal output DC24V; 4-20mA, RS485, two-bus, wireless Total power consumption 1.2W Operating temperature Combustible gas: -40℃～70℃; Toxic gas: -10℃～55℃ Operating humidity ≤95%RH (no condensation) Atmospheric pressure 86KPa～106KPa Insulation resistance Normal environment ≥100MΩ; 94%RH high humidity environment ≥

Municipal tunnel oxygen detector Confined space hypoxia and oxygen-rich state monitoring - SKA/NE-301

The device is equipped with multi-standard universal signal output, compatible with DC24V power supply, supporting four output modes: 4-20mA analog, RS485 digital signal, two-bus, and wireless transmission. It can seamlessly interface with industrial PLC, DCS control systems, gas alarm hosts, upper-level monitoring platforms, and IoT cloud platforms. It supports real-time on-site concentration display, over-limit alarm, remote data upload, historical data recording, and other functions, enabling local early warning, remote monitoring, linked ventilation, linked shutdown, and other automated security linkage functions, helping factories achieve intelligent gas monitoring, digital management and control, and automated security protection.

Food workshop ammonia detector and cold storage refrigerant leak safety early warning equipment - SKA/NE-301

The device is equipped with multi-standard universal signal output, compatible with DC24V power supply, supporting four output modes: 4-20mA analog, RS485 digital signal, two-bus, and wireless transmission. It can seamlessly interface with industrial PLC, DCS control systems, gas alarm hosts, upper-level monitoring platforms, and IoT cloud platforms. It supports real-time on-site concentration display, over-limit alarm, remote data upload, historical data recording, and other functions, enabling local early warning, remote monitoring, linked ventilation, linked shutdown, and other automated security linkage functions, helping factories achieve intelligent gas monitoring, digital management and control, and automated security protection.

Chemical warehouse propane detector, 24-hour monitoring of flammable and explosive gases

Chemical warehouse propane detector Flammable and explosive gas 24-hour duty monitoring - SKA/NE-301

This device is compatible with four mainstream detection principles: catalytic combustion, electrochemical, semiconductor, and infrared, covering the full range of industrial gas detection needs. It adapts to different gas detection scenarios, with comprehensive upgrades in accuracy and applicability. The catalytic combustion principle is mainly used for detecting various combustible gases, utilizing the temperature and resistance changes caused by flameless combustion of gas on the catalytic element surface to accurately convert gas concentration, offering good linearity and high stability. The electrochemical principle targets toxic trace gases such as carbon monoxide and hydrogen sulfide, generating corresponding current signals through electrode oxidation-reduction reactions, with strong specificity and high sensitivity at low concentrations. The semiconductor principle is suitable for

Gas station natural gas detector Pipeline gas leakage real-time monitoring equipment - SKA/NE-301

Parameter item Technical specification Detection principle Catalytic combustion, electrochemical, semiconductor, infrared Detection gas/range alarm point Measurement range, alarm point: see equipment nameplate Power supply/signal output DC24V; 4-20mA, RS485, two-bus, wireless Total power consumption 1.2W Operating temperature Combustible gas: -40℃～70℃; Toxic gas: -10℃～55℃ Operating humidity ≤95%RH (no condensation) Atmospheric pressure 86KPa～106KPa Insulation resistance Normal environment ≥100MΩ; 94%RH high humidity environment ≥

Metallurgical mine carbon monoxide detector, underground toxic gas over-limit alarm - SKA/NE-301

This device is compatible with four mainstream detection principles: catalytic combustion, electrochemical, semiconductor, and infrared, covering the full range of industrial gas detection needs. It adapts to different gas detection scenarios, with comprehensive upgrades in accuracy and applicability. The catalytic combustion principle is mainly used for detecting various combustible gases, utilizing the temperature and resistance changes caused by flameless combustion of gas on the catalytic element surface to accurately convert gas concentration, offering good linearity and high stability. The electrochemical principle targets toxic trace gases such as carbon monoxide and hydrogen sulfide, generating corresponding current signals through electrode oxidation-reduction reactions, with strong specificity and high sensitivity at low concentrations. The semiconductor principle is suitable for

Pharmaceutical workshop alcohol detector Medical ethanol volatile gas concentration monitoring - SKA/NE-301

This device is compatible with four mainstream detection principles: catalytic combustion, electrochemical, semiconductor, and infrared, covering the full range of industrial gas detection needs. It adapts to different gas detection scenarios, with comprehensive upgrades in accuracy and applicability. The catalytic combustion principle is mainly used for detecting various combustible gases, utilizing the temperature and resistance changes caused by flameless combustion of gas on the catalytic element surface to accurately convert gas concentration, offering good linearity and high stability. The electrochemical principle targets toxic trace gases such as carbon monoxide and hydrogen sulfide, generating corresponding current signals through electrode oxidation-reduction reactions, with strong specificity and high sensitivity at low concentrations. The semiconductor principle is suitable for

Sewage Treatment Biogas Detector, Underground Hydrogen Sulfide and Methane Online Monitoring Equipment

Sewage treatment biogas detector, downhole hydrogen sulfide and methane online monitoring equipment - SKA/NE-301

This device is compatible with four mainstream detection principles: catalytic combustion, electrochemical, semiconductor, and infrared, covering the full range of industrial gas detection needs. It adapts to different gas detection scenarios, with comprehensive upgrades in accuracy and applicability. The catalytic combustion principle is mainly used for detecting various combustible gases, utilizing the temperature and resistance changes caused by flameless combustion of gas on the catalytic element surface to accurately convert gas concentration, offering good linearity and high stability. The electrochemical principle targets toxic trace gases such as carbon monoxide and hydrogen sulfide, generating corresponding current signals through electrode oxidation-reduction reactions, with strong specificity and high sensitivity at low concentrations. The semiconductor principle is suitable for

Lithium battery new energy hydrogen detector, battery workshop combustible gas safety monitoring - SKA/NE-301

The industrial composite gas detector is a multi-principle compatible, high-stability, explosion-proof online gas concentration monitoring device. The equipment integrates multiple mainstream detection sensing technologies and can automatically match the optimal detection method based on the type of gas being detected, adapting to various industrial gas leak monitoring scenarios such as combustible gases, toxic and harmful gases, and volatile gases. The entire unit features an industrial explosion-proof structure, diffusion sampling, and 24-hour continuous online monitoring design, with characteristics including strong adaptability, low power consumption, rich output methods, and long service life. It is widely suitable for petrochemical, coal chemical, fine chemical, painting and spraying, sewage treatment, pharmaceutical workshops,

Spray workshop toluene detector, precise early warning for harmful gases volatilized from paint

Spray workshop toluene detector Paint volatile harmful gas precise warning - SKA/NE-301

This device is compatible with four mainstream detection principles: catalytic combustion, electrochemical, semiconductor, and infrared, covering the full range of industrial gas detection needs. It adapts to different gas detection scenarios, with comprehensive upgrades in accuracy and applicability. The catalytic combustion principle is mainly used for detecting various combustible gases, utilizing the temperature and resistance changes caused by flameless combustion of gas on the catalytic element surface to accurately convert gas concentration, offering good linearity and high stability. The electrochemical principle targets toxic trace gases such as carbon monoxide and hydrogen sulfide, generating corresponding current signals through electrode oxidation-reduction reactions, with strong specificity and high sensitivity at low concentrations. The semiconductor principle is suitable for

Fine chemical VOC detector, real-time monitoring of volatile organic solvent gases

Fine chemical VOC detector Organic solvent volatile gas real-time monitoring - SKA/NE-301

The industrial composite gas detector is a multi-principle compatible, high-stability, explosion-proof online gas concentration monitoring device. The equipment integrates multiple mainstream detection sensing technologies and can automatically match the optimal detection method based on the type of gas being detected, adapting to various industrial gas leak monitoring scenarios such as combustible gases, toxic and harmful gases, and volatile gases. The entire unit features an industrial explosion-proof structure, diffusion sampling, and 24-hour continuous online monitoring design, with characteristics including strong adaptability, low power consumption, rich output methods, and long service life. It is widely suitable for petrochemical, coal chemical, fine chemical, painting and spraying, sewage treatment, pharmaceutical workshops,

Coal chemical hydrogen sulfide detector Toxic gas concentration monitoring in reaction workshops - SKA/NE-301

The device adopts standardized industrial structural design, with a total power consumption as low as 1.2W, energy-saving and stable, suitable for long-term uninterrupted duty operation. It uses a diffusion sampling method, requiring no external air pump, relying on natural gas diffusion for detection, making installation simple, maintenance convenient, and not prone to clogging. The whole unit features an explosion-proof design with reliable performance, fully meeting explosion-proof installation standards for hazardous locations. The device supports continuous online operation mode, capable of collecting gas concentration data 24 hours a day, monitoring environmental gas changes in real time, and eliminating blind spots in safety monitoring. Additionally, the device has excellent insulation performance, with insulation resistance ≥100MΩ in normal environments, and high...

Petrochemical Methane Detector Crude Oil Natural Gas Combustible Gas Leak Monitoring - SKA/NE-301

This composite gas detector, with its core advantages of multi-principle compatible detection, explosion-proof and dust-proof design, ultra-low power consumption, multi-signal compatibility, strong environmental adaptability, and long service life, solves the problems of poor adaptability, easy damage, frequent maintenance, and limited scenarios of traditional single gas detectors, covering core monitoring scenarios across multiple industries. Petrochemical/coal chemical scenarios: it can monitor leaks of flammable gases such as crude oil, natural gas, and coal chemical raw materials, as well as toxic gases like hydrogen sulfide and carbon monoxide, adapting to high-risk working conditions in device areas, reaction workshops, storage tank areas, and loading/unloading stations; Coating/lithium battery new energy scenarios: precisely monitors paint volatile gases, organic solvents, and lithium battery

Intelligent combustible gas detector with automatic linkage to exhaust and cut-off equipment - SKA/NE-301

The device is capable of operating over an ultra-wide temperature range, with dedicated working temperature zones for flammable and toxic gases: the flammable gas detection is suitable for temperatures from -40℃ to 70℃, while the toxic gas detection is suitable for -10℃ to 55℃, adapting to harsh industrial environments such as extreme cold and high heat. The working humidity is ≤95%RH without condensation interference, allowing stable operation in humid and dusty conditions for long periods. It adapts to an atmospheric pressure range of 86KPa to 106KPa, meeting the needs of different altitudes and working conditions. The device has flexible storage conditions, with a storage temperature range of -50℃ to 80℃ and storage humidity of ≤95%RH, suitable for warehouse storage and equipment standby.

Nitric oxide detector industrial flue gas and tail gas low concentration monitoring equipment - SKA/NE-301

The device is equipped with multi-standard universal signal output, compatible with DC24V power supply, supporting four output modes: 4-20mA analog, RS485 digital signal, two-bus, and wireless transmission. It can seamlessly interface with industrial PLC, DCS control systems, gas alarm hosts, upper-level monitoring platforms, and IoT cloud platforms. It supports real-time on-site concentration display, over-limit alarm, remote data upload, historical data recording, and other functions, enabling local early warning, remote monitoring, linked ventilation, linked shutdown, and other automated security linkage functions, helping factories achieve intelligent gas monitoring, digital management and control, and automated security protection.

Phosphine Gas Detector - Broad-Spectrum Screening of Harmful Gases in Warehouses and Grain Depots - SKA/NE-301

The device adopts standardized industrial structural design, with a total power consumption as low as 1.2W, energy-saving and stable, suitable for long-term uninterrupted duty operation. It uses a diffusion sampling method, requiring no external air pump, relying on natural gas diffusion for detection, making installation simple, maintenance convenient, and not prone to clogging. The whole unit features an explosion-proof design with reliable performance, fully meeting explosion-proof installation standards for hazardous locations. The device supports continuous online operation mode, capable of collecting gas concentration data 24 hours a day, monitoring environmental gas changes in real time, and eliminating blind spots in safety monitoring. Additionally, the device has excellent insulation performance, with insulation resistance ≥100MΩ in normal environments, and high...

High-sensitivity arsine detector Trace highly toxic gas precise capture equipment - SKA/NE-301

The device adopts standardized industrial structural design, with a total power consumption as low as 1.2W, energy-saving and stable, suitable for long-term uninterrupted duty operation. It uses a diffusion sampling method, requiring no external air pump, relying on natural gas diffusion for detection, making installation simple, maintenance convenient, and not prone to clogging. The whole unit features an explosion-proof design with reliable performance, fully meeting explosion-proof installation standards for hazardous locations. The device supports continuous online operation mode, capable of collecting gas concentration data 24 hours a day, monitoring environmental gas changes in real time, and eliminating blind spots in safety monitoring. Additionally, the device has excellent insulation performance, with insulation resistance ≥100MΩ in normal environments, and high...

Petroleum Gas Gas Detector | Blind-Zone-Free Online Monitoring to Eliminate Leak Hazards - SKA/NE-301

This device is compatible with four mainstream detection principles: catalytic combustion, electrochemical, semiconductor, and infrared, covering the full range of industrial gas detection needs. It adapts to different gas detection scenarios, with comprehensive upgrades in accuracy and applicability. The catalytic combustion principle is mainly used for detecting various combustible gases, utilizing the temperature and resistance changes caused by flameless combustion of gas on the catalytic element surface to accurately convert gas concentration, offering good linearity and high stability. The electrochemical principle targets toxic trace gases such as carbon monoxide and hydrogen sulfide, generating corresponding current signals through electrode oxidation-reduction reactions, with strong specificity and high sensitivity at low concentrations. The semiconductor principle is suitable for

Natural Gas Detector - Specialized Equipment for Compliance Monitoring at Industrial Stations - SKA/NE-301

Parameter item Technical specification Detection principle Catalytic combustion, electrochemical, semiconductor, infrared Detection gas/range alarm point Measurement range, alarm point: see equipment nameplate Power supply/signal output DC24V; 4-20mA, RS485, two-bus, wireless Total power consumption 1.2W Operating temperature Combustible gas: -40℃～70℃; Toxic gas: -10℃～55℃ Operating humidity ≤95%RH (no condensation) Atmospheric pressure 86KPa～106KPa Insulation resistance Normal environment ≥100MΩ; 94%RH high humidity environment ≥

Smart composite gas detector Automatically identifies and matches various detection gases - SKA/NE-301

This device is compatible with four mainstream detection principles: catalytic combustion, electrochemical, semiconductor, and infrared, covering the full range of industrial gas detection needs. It adapts to different gas detection scenarios, with comprehensive upgrades in accuracy and applicability. The catalytic combustion principle is mainly used for detecting various combustible gases, utilizing the temperature and resistance changes caused by flameless combustion of gas on the catalytic element surface to accurately convert gas concentration, offering good linearity and high stability. The electrochemical principle targets toxic trace gases such as carbon monoxide and hydrogen sulfide, generating corresponding current signals through electrode oxidation-reduction reactions, with strong specificity and high sensitivity at low concentrations. The semiconductor principle is suitable for

Xylene gas detector remotely monitors harmful gas concentration in the factory area in real time

Xylene gas detector for remote real-time monitoring of hazardous gas concentration in factory areas - SKA/NE-301

The industrial composite gas detector is a multi-principle compatible, high-stability, explosion-proof online gas concentration monitoring device. The equipment integrates multiple mainstream detection sensing technologies and can automatically match the optimal detection method based on the type of gas being detected, adapting to various industrial gas leak monitoring scenarios such as combustible gases, toxic and harmful gases, and volatile gases. The entire unit features an industrial explosion-proof structure, diffusion sampling, and 24-hour continuous online monitoring design, with characteristics including strong adaptability, low power consumption, rich output methods, and long service life. It is widely suitable for petrochemical, coal chemical, fine chemical, painting and spraying, sewage treatment, pharmaceutical workshops,

Industrial grade flameproof toluene detector High-risk workshop organic gas monitoring - SKA/NE-301

The device adopts standardized industrial structural design, with a total power consumption as low as 1.2W, energy-saving and stable, suitable for long-term uninterrupted duty operation. It uses a diffusion sampling method, requiring no external air pump, relying on natural gas diffusion for detection, making installation simple, maintenance convenient, and not prone to clogging. The whole unit features an explosion-proof design with reliable performance, fully meeting explosion-proof installation standards for hazardous locations. The device supports continuous online operation mode, capable of collecting gas concentration data 24 hours a day, monitoring environmental gas changes in real time, and eliminating blind spots in safety monitoring. Additionally, the device has excellent insulation performance, with insulation resistance ≥100MΩ in normal environments, and high...

Multi-gas compatible detector One device can measure methane ammonia VOC hydrogen - SKA/NE-301

The device is equipped with multi-standard universal signal output, compatible with DC24V power supply, supporting four output modes: 4-20mA analog, RS485 digital signal, two-bus, and wireless transmission. It can seamlessly interface with industrial PLC, DCS control systems, gas alarm hosts, upper-level monitoring platforms, and IoT cloud platforms. It supports real-time on-site concentration display, over-limit alarm, remote data upload, historical data recording, and other functions, enabling local early warning, remote monitoring, linked ventilation, linked shutdown, and other automated security linkage functions, helping factories achieve intelligent gas monitoring, digital management and control, and automated security protection.

Hydrogen chloride gas detector Industrial corrosive gas stable monitoring equipment - SKA/NE-301

The device adopts standardized industrial structural design, with a total power consumption as low as 1.2W, energy-saving and stable, suitable for long-term uninterrupted duty operation. It uses a diffusion sampling method, requiring no external air pump, relying on natural gas diffusion for detection, making installation simple, maintenance convenient, and not prone to clogging. The whole unit features an explosion-proof design with reliable performance, fully meeting explosion-proof installation standards for hazardous locations. The device supports continuous online operation mode, capable of collecting gas concentration data 24 hours a day, monitoring environmental gas changes in real time, and eliminating blind spots in safety monitoring. Additionally, the device has excellent insulation performance, with insulation resistance ≥100MΩ in normal environments, and high...

Hydrogen fluoride gas detector RS485 wireless multi-mode signal transmission - SKA/NE-301

Parameter item Technical specification Detection principle Catalytic combustion, electrochemical, semiconductor, infrared Detection gas/range alarm point Measurement range, alarm point: see equipment nameplate Power supply/signal output DC24V; 4-20mA, RS485, two-bus, wireless Total power consumption 1.2W Operating temperature Combustible gas: -40℃～70℃; Toxic gas: -10℃～55℃ Operating humidity ≤95%RH (no condensation) Atmospheric pressure 86KPa～106KPa Insulation resistance Normal environment ≥100MΩ; 94%RH high humidity environment ≥

Ultra-low power consumption acetylene detector 24/7 uninterrupted gas concentration monitoring - SKA/NE-301

The device adopts standardized industrial structural design, with a total power consumption as low as 1.2W, energy-saving and stable, suitable for long-term uninterrupted duty operation. It uses a diffusion sampling method, requiring no external air pump, relying on natural gas diffusion for detection, making installation simple, maintenance convenient, and not prone to clogging. The whole unit features an explosion-proof design with reliable performance, fully meeting explosion-proof installation standards for hazardous locations. The device supports continuous online operation mode, capable of collecting gas concentration data 24 hours a day, monitoring environmental gas changes in real time, and eliminating blind spots in safety monitoring. Additionally, the device has excellent insulation performance, with insulation resistance ≥100MΩ in normal environments, and high...