Zirconia oxygen analyzer (Chinese and Western equipment) warehouse number M411859

Zirconia oxygen analyzer (Chinese and Western equipment) warehouse number M411859 Zirconia oxygen analyzer (Chinese and Western equipment) warehouse number M411859

Basic Introduction
Zirconia oxygen analyzer is mainly used to measure the oxygen concentration in flue gas during combustion, and is also suitable for measuring the oxygen concentration in non combustion gases.
Zirconia oxygen analyzer is applied in various industries for combustion monitoring and control processes, which helps to control the combustion of equipment in a Hao state and reduce the emissions of CO, SOx, and NOx
Zirconia oxygen content analyzer is also applied to measure oxygen concentration in aerobic fermentation technology (such as agricultural composting). With the increasing demand for environmental BAO and GAO, aerobic fermentation technology has been introduced for the classification and treatment of kitchen waste, the treatment of by-product sludge in sewage purification processes, and the XUN recycling of biological manure. During aerobic fermentation, oxygen is a key factor affecting the composting process. The amount of oxygen content affects the activity of microorganisms in the compost, directly affecting the composting rate and quality.
A brief list of application areas for zirconia oxygen analyzer:
Improvement of combustion efficiency of coal/oil/gas/biomass boilers/furnaces
Continuous Emission Monitoring System (CEMS) for flue gas emissions
Environmental control for storage and transportation of perishable goods
Onboard inert gas manufacturing system and onboard oxygen production system
Agriculture, composting, and fruit storage
Controllable atmospheric monitoring
Medical and laboratory equipment
Vehicle exhaust emission monitoring

performance parameters

Characteristic parameters
Working voltage 24V DC ± 5%
Working current ≤ 450mA
Output voltage signal 0-10V (impedance 1000 Ω)
Output current signal 4-20mA (load ≤ 550 Ω)
Output RS485 signal at 9600 baud rate, 8 data bits, no checksum, 1 stop bit
Environmental temperature -10 to+50 ℃ (including solar radiation)
Working temperature 700 ℃ [1292 ° F]
Sensitivity 1.02m/s mbar
Measurement range (oxygen partial pressure) 1-250mbar/1-1000mbar
Measurement range (volume percentage concentration) 0.1-25 vol% O2/0.1-100 vol% O2
Accuracy<5mbar/2% FS
Response time<10s
Preheating time<100s
Allowable gas temperature
Pump current (recommended) 40 uA
Filament power supply 4.0 V (1.7 A)
Filament power supply (backup) 2.0 V
Pump resistance at 700 ° C [1292 ° F]:
direct current
communication
1 kOhm value
1 kHz 120 Ohm 值
Oxygen pressure range 2 mbar to 3 bar
Working temperature 700 ° C [1292 ° F]
Standby temperature value of 500 ° C [932 ° F]
Sensitivity of 1.05 ms/mbar
Accuracy<5 mbar
Response time<15 seconds
Preheating time<100 s
Preheating time from standby<20 s
Allowable gas temperature -100 ° C/250 ° C [-148 ° F/482 ° F]
Gas flow rate from 0 m/s to 10 m/s
Allowable repeated acceleration of 5 g
Allowable occasional acceleration of 30 g -100 ° C/250 ° C [-148 ° F/482 ° F]
Allowable gas flow rate 0m/s-10m/s
Repeated allowable acceleration of 5g
Occasional allowable acceleration of 30g
The shell material is cast aluminum
Rod probe material 304 stainless steel