Integrative flue oxygen analyzer

SKU: MND-134520

Integrative flue oxygen analyzer has a friendly communication menu that makes the operation visual and simple. The measured accuracy of the whole measurement range can be met by single-point calibration. it adopts imported new type zirconia sensor with relatively rare error.

 

Integrative flue oxygen analyzer can be widely applied in department of electronic power, metallurgy, heating, building material and electron, etc to analyze the oxygen content in flue gas from industrial boiler and furnace. It can also be used in monitoring and analyzing the oxygen concentration in the combustion gas from large or small-scale boiler, industrial boiler and combustion devices to achieve the purposes of reasonable combustion for low oxygen content, lowering the combustion consumption and loss, stabilizing techniques, improving the products quality and reducing environment pollution, etc.

 Product Description

The integrative flue oxygen analyzer stands as a technologically advanced solution, meticulously designed to meet specific criteria and deliver precise measurements. At its core, a microprocessor ensures exceptional stability, high reliability, and extended calibration cycles, making it an ideal choice across diverse applications. An auto-compensation system for temperature eliminates potential influences from ambient temperature variations, guaranteeing consistent and dependable measurements even in changing environmental conditions.

 

The analyzer's standard measurement range covers 0 to 20.00% O2, with the flexibility to automatically shift to 40.00% O2 for scenarios involving oxygen-enriched combustion. This adaptability proves invaluable in industrial settings where oxygen concentration may vary widely. Users can customize upper and lower limits for oxygen concentration, directly influencing the 4-20mA analog output, providing higher precision and control over the analyzer's output.

 

Equipped with communication capabilities, including one-way or two-way communication with a computer through a dedicated port, the analyzer enhances data transfer and integration with external systems. Advanced calibration functions, including online calibration, ensure users can maintain the accuracy and reliability of the device over time. In summary, the integrative flue oxygen analyzer's microprocessor core, temperature compensation, flexible measurement range, analog output customization, communication capabilities, and advanced calibration functions collectively make it a versatile and highly reliable tool for oxygen concentration analysis.

 

Operating on the zirconia test principle, the integrative flue oxygen analyzer features a 4-bit LED display for clear and concise data presentation. With a standard test range from 0 to 25.00% O2, expandable to 40.00% O2 for oxygen-enriched combustion applications, the analyzer offers remarkable measurement resolution at 0.01%, ensuring precision in results. Its accuracy level of less than ±1.5% FS, excellent repeatability (≤±1%), and swift response time (T90≤30 seconds) contribute to its reliability.

 

Multiple output options, including 4-20mA DC and 0-5V DC outputs, accommodate various applications. A programmable alarm output with dry contact functionality supports a maximum load of 220VAC/2A. Communication is facilitated through the RS485 port, enhancing connectivity. Supporting online calibration, the analyzer ensures ease in maintaining accuracy. Versatile power supply requirements (DC18 to 36V, 2A current rating), operational temperature range (-10 to +50°C), and probe variations (low-temperature type: 0-350°C, mid-temperature type: 0-700°C) add to its adaptability. Flexible installation options, a standard probe length of 1 meter, and a service life exceeding three years under normal conditions make the integrative flue oxygen analyzer a reliable and efficient choice for various applications.

 

 

 

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