VOCS detector original VOC organic gas detector

Description :

　　The application fields of VOC detectors include petroleum and petrochemical, chemical plants, industrial production, flue gas and exhaust environment monitoring, smelting plants, steel plants, coal plants, thermal power plants, pharmaceutical research, pharmaceutical production workshops, companies, environmental monitoring, school research, building construction, fire alarm, sewage treatment, industrial gas process control, boiler rooms, garbage treatment plants, tunnel construction, oil pipelines, gas stations, underground gas pipeline maintenance, indoor air quality testing, hazardous area safety protection, aerospace, equipment monitoring, biopharmaceuticals, home environmental protection, school laboratories, etc.

　　The VOC detector can detect the following gases:

　　Including: benzene, ethylene, styrene, vinyl chloride, nitric oxide, nitrogen dioxide, dichloroethylene, trichloroethylene, tetrachloroethylene, tetrachloroethylene, acetylene, carbon disulfide, methanol, ethanol, phosphine, acetone, gasoline, petroleum gas, bromomethane, ammonia, dichloromethane, ammonia, and other gases.

　　What gas is the VOC detector used to detect

　　The VOC detector can be used to detect thousands of gases, including conventional combustible gas detection, high-temperature combustible gas detection, methane detection, methanol detection, formaldehyde detection, hydrogen detection, carbon monoxide detection, ammonia detection, sulfur dioxide detection, carbon dioxide detection, and so on.

　　Characteristics of VOC detector:

　　1. Continuous sensitive measurement: PID can detect organic compounds in real-time at concentrations as low as PPb (parts per billion). Specially suitable for the health and safety needs of modern petrochemical, labor hygiene, environmental monitoring and other departments;

　　2. Fast: PID has a fast response time, usually less than 3 seconds, suitable for quick emergency needs;

　　3. Portable measurement: The instrument is small in size and light in weight, and can be carried to any location that needs to be tested. The built-in powerful suction pump can suck up the gas to be tested that is difficult for personnel to reach;

　　4. High safety: The instrument is inherently safe and does not require hazardous carrier gases such as hydrogen;

　　5. Wide adaptability: capable of detecting the vast majority of organic substances within the concentration range of 1 ppb to 10000 ppb;

　　6. Non destructive measurement: Since PID only ionizes organic matter, it will recombine after the organic components leave the detector. Therefore, users can use the powerful suction pump of PID for sampling operations and further laboratory analysis of the tested samples;

　　7. Sensors will not be poisoned: Unlike most other principle based detectors or sensors, PID detectors that use optical principles will not be damaged by high concentrations of the tested substance.

AfterSalesService :

• VOCS detector