Brief introduction Range: 0-100% (based on order) GXH-1052E carbon dioxide gas analyzer adopts advanced non dispersive infrared absorption method which is designed according to the change of the concentration of carbon dioxide in the detection environment, laboratory, flue gas, exhaust, waste gas, chemical, oil and other on-line process gas analysis instrument, conform to the specified in a number of national standard test method. This instrument has a wide range of application value in the field of gas measurement. The instrument is an on-line process analysis instrument, which uses a case embedded with a built-in gas sampling pump. It has the advantages of high measuring precision, good repeatability, rapid response, high reliability, small interference of other components, long life, internal constant temperature and so on. Technical parameters Measurement component: CO2 Linear error: no more than ±2%FS Repeatability error: no more than ±1% Stability: zero drift, drift limit ± 1%FS/7days End drift, drift limit ± 1%FS/7days Preheat time: no more than 60min. Response time: no more than 60s Relative humidity: no more than 90% Power supply: AC 220V ± 10%, frequency 50Hz ± 5% Output signal: 4-20mA
Brief introduction Range: 0-100% (based on order) GXH-1052E carbon dioxide gas analyzer adopts advanced non dispersive infrared absorption method which is designed according to the change of the concentration of carbon dioxide in the detection environment, laboratory, flue gas, exhaust, waste gas, chemical, oil and other on-line process gas analysis instrument, conform to the specified in a number of national standard test method. This instrument has a wide range of application value in the field of gas measurement. The instrument is an on-line process analysis instrument, which uses a case embedded with a built-in gas sampling pump. It has the advantages of high measuring precision, good repeatability, rapid response, high reliability, small interference of other components, long life, internal constant temperature and so on.
