Products
Products
home
AO2020

1. Analysis of technical specifications Power supply and voltage adaptability Input range: support 100 – 240VAC (± 15% to + 10%), frequency of 50 – 60Hz (± 3Hz), ensure stable operation within a wide voltage range, and adapt to power grid fluctuations in different regions. Power consumption: The power consumption of the single-channel model is about 40 VA, and that of the dual-channel model is about 70 VA, which meets the requirements of energy saving. Environmental adaptability Operating temperature: -10 ℃ to + 45 ℃, suitable for a variety of industrial environments, including high or low temperature scenarios. Protection design: waterproof and anti-corrosion materials are used to measure acidic or corrosive mixed gases and prolong the service life of equipment.Measurement accuracy and range accuracy: The measurement accuracy is up to ± 1% FS (full scale), the repeatability is ± 0.05% FS, and the linearity is ± 1% FS to ensure data reliability. Component coverage: measurable gas components include SO2, O2, CO, CO2, NO, etc. Some models support simultaneous monitoring of multiple components. Range flexibility: Multi-range options are available, such as CO: 0-10 ppm, CO2: 0-5 ppm, to adapt to different concentration scenarios.Signal output and response analog output: Provide DC4-20mA analog output, load capacity up to 750Ω, compatible with most control systems. Response speed: dynamic response T90 time is less than 2 seconds to ensure rapid detection of gas concentration changes. Physical characteristics Dimensions and weight: The overall dimensions are 400 mm X 300 mm, and the weight is between 7-21 kg depending on the configuration, which is convenient for integration into the cabinet or field installation.

open
TEL:+86 13600179521
Mail:info@hongkongeasy.com
info@hongkongeasy.com
WhatsApp
Parameters
Request a Quote
Return to List
Core functional features High-precision measurement technology Infrared spectrum analysis: The advanced infrared spectrum technology is adopted, which can accurately detect the composition and concentration of various gases, especially for the analysis of complex mixed gases. Multi-component monitoring: support simultaneous monitoring of multiple gas components, such as SO2, O2, CO, CO2, etc to meet complex process requirements. Intelligent calibration and maintenance Automatic calibration: Support automatic calibration function, use air and inflatable calibration cell to calibrate zero point and end point, and reduce manual intervention.Self-diagnosis function: It has a detailed self-diagnosis mechanism, which can output error information to facilitate rapid fault location. Automatic cleaning: Some models are equipped with automatic cleaning function to reduce maintenance frequency and improve use efficiency. User-friendly and integrated operator interface: With intuitive user interface and simplified operation menu, it supports 19-inch embedded chassis and is easy to integrate into existing control system.Communication protocol: RS232 or RS485 communication interface is supported, which can be seamlessly connected with DCS, PLC and other systems to realize remote monitoring and data transmission. Modular design for expansibility and flexibility: support the addition or replacement of measurement modules according to the requirements, and adapt to the requirements of different gas components and measuring ranges. Multi-range switching: Multi-range selection is provided, and automatic range switching is supported to ensure wide coverage of measurement range.Typical application scenarios Industrial process control Chemical reaction monitoring: In petrochemical, chemical and other industries, monitor the gas composition in reactors, distillation towers and pipelines to ensure the safety and efficiency of the chemical reaction process. Gas concentration control: In the production of petrochemical products such as ethylene and propylene, the gas concentration is precisely controlled and the production process is optimized.Flue gas emission monitoring: monitor the concentration of oxygen, carbon dioxide and carbon monoxide in flue gas in coal-fired and gas-fired power plants to optimize combustion efficiency and reduce emissions. Harmful gas emission control: monitor harmful gas emissions in biomass power generation, waste incineration plants and other scenarios to ensure compliance with environmental regulations.Combustion process optimization in the field of energy and metallurgy: In blast furnaces, converters and coke ovens, gas composition is analyzed to optimize the combustion process and improve energy efficiency. Quality control of heat treatment: monitor the composition of protective gas during heat treatment to ensure stable product quality. Other areas of expertise Kiln flue gas analysis: monitoring the gas composition in the kiln flue gas to optimize the combustion process and reduce pollutant emissions. Limestone calcination control: In the process of limestone calcination, the concentration of carbon dioxide is precisely controlled to improve the product quality.Industrial waste gas emission monitoring: to ensure that industrial waste gas emission meets environmental protection standards and avoid environmental pollution. Urban air quality monitoring: In the urban air quality monitoring station, the concentration of harmful gases is detected to provide data support for environmental management. Fermentation process control: During the biological fermentation process, monitor the concentration of carbon dioxide and oxygen to ensure that the fermentation conditions are stable. Purity test of packaging gas: test the purity of protective gas (such as nitrogen) in the process of food and drug packaging to extend the shelf life of products.Bioreactor monitoring: Optimize the gas environment during cell culture and fermentation to improve production efficiency. Aseptic environment control: detect the concentration of oxygen and carbon dioxide in the pharmaceutical, medical and other sterile environments to ensure the stability of the environment. Cleanroom Gas Monitoring: Monitor trace gas composition in cleanroom and process gases to ensure high purity in the production environment.Natural gas pipeline monitoring: analyze the gas composition in the natural gas pipeline to ensure safe transportation and stable quality. Analysis of gas in oil and gas fields: in the exploitation of oil and gas fields, analyze the composition of associated gas and optimize the exploitation process.