Name: | OXME-Z zirconia oxygen analyzer |
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Measuring range: | 0~25% |
Resolution: | 0.01%/0.1% |
Accuracy: | ≤±2%F.S. |
Signal output: | 4~20mA or 0~5V |
Probe length: | 600, 800, 1000(mm) (length optional) |
Power supply: | 100~240VAC 50/60Hz |
Measuring range: 0~25%
Accuracy: ≤±2%F.S.
Repeatability: ≤±1%F.S.
Stability: Zero drift: ≤±1% F. S./7d
Range drift: ≤±1%F.S./7d
Response time: T90≤5s
Working power: 100~220VAC 50/60Hz 1A
Signal output: 4~20mA
Probe length: 600, 800, 1000(mm) (length optional)
Probe explosion-proof: Ex dII CT4
The OXME-Z zirconia oxygen analyzer consists of a zirconia probe (primary instrument) and a display instrument (secondary instrument).
The zirconia probe housing is made of high temperature, corrosion resistant stainless steel. It is not necessary to add an air pump, and the reference gas can convect itself. It also has a standard gas interface, which can be calibrated and calibrated with standard gas during field operation. The probe zirconium tube can be easily removed and replaced.
The OXME-Z type oxygen transmitter has simple structure, standard installation specifications, reasonable circuit design, advanced process quality, stable and reliable instrument performance and convenient debugging.
The zirconia oxygen analyzer can quickly and correctly detect and analyze the flue gas content generated by combustion equipment such as boilers, kiln furnaces and heating furnaces in order to achieve low-oxygen combustion control, achieve energy-saving purposes, and reduce environmental pollution.
The zirconia oxygen analyzer can quickly and correctly detect and analyze the flue gas content generated by combustion equipment such as boilers, kiln furnaces and heating furnaces in order to achieve low-oxygen combustion control, achieve energy-saving purposes, and reduce environmental pollution.