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Name:	OXME-G online oxygen analyzer
Measuring range:	0~10/100/1000ppm/1%/5%/25%/100% (optional)
Resolution:	0.01ppm/0.1ppm/1ppm/0.01%/0.1%
Accuracy:	≤±2%F.S.
Signal output:	4~20mA or 0~5V
Communication interface:	Rs-232 or Rs-485 Modbus RTU
Power supply:	100~240VAC 50/60Hz

Measuring range	0-10/100/1000ppm/1%/5%/25%/100% (optional)
Resolution	0.01ppm/0.1ppm/1ppm/0.01%/0.1%
Accuracy	≤±2%F.S
Repeatability	≤±1%F.S
Stability	Zero drift：≤±1%F.S/7d Range drift：≤±1%F.S/7d
Response time	T90≤30s
Flow rate of sample gas	400±50mL/min
Intake pressure	0.10MPa≤inlet pressure≤0.20MPa
Power supply	100～240VAC 50/60Hz 1A
Ambient temperature	-5℃～＋45℃
Ambient humidity	≤90%RH
Signal output	4～20mA or 0～5VDC
Cummunication interface	RS232 or RS485（Protocol: Modbus RTU）
Built-in precision pump	Optional
Overall dimensions	3U standard 484 (W) x134 (H) x310 (D) (mm) 4U standard 484 (W) x177 (H) x390 (D) (mm)
Hole dimensions	3U standard 446 (W) x135 (mm) 4U standard 446 (W) x179 (mm)
Weight	5Kg

320*240 LCD monitors, desktop or panel mounted, easy to install

Imported oxygen sensor, long service life, high sensitivity and fast response

Built in precision filter, greatly improving the sensor life
The upper and lower limit control points can be set arbitrarily within the full range
Data backup, data recovery function
Standard 4-20mA or 0-5V output
Standard RS232 / RS485 communication
All English operating menu
Built-in precision pump (optional)

The OXME-G oxygen analyzer is a new intelligent industrial gas analysis developed by using electrochemical, ion current or magnetic oxygen sensors combined with new single-chip technology.

Air separation for nitrogen, chemical processes, high temperature sintering furnace shielding gas, electronic industry protective gas and rapid analysis of oxygen content in glass, building materials industry and various mixed gases.

In the process control equipment of thermal power plants, cement plants, metallurgy, etc., the optimal ratio between combustion and ventilation is controlled to improve combustion efficiency.

Chemical, fertilizer, and hydrogen industries analyze oxygen concentrations to ensure product quality.

Study the respiratory processes and medical biology of plants and animals.

The gas content of the laboratory combustion test.

Monitoring of oxygen content in hyperbaric oxygen chambers.