Description
ABB AO2000-LS25 is a high performance gas analysis equipment, the following is its parameters, specifications, size, weight, series, characteristics and role of the specific introduction:
Parameters and specifications:
Measurement range: It has a wide measurement range, which can measure a variety of gas components, including but not limited to carbon dioxide, methane, carbon monoxide, etc. The specific measurement range varies according to the gas type and conditions, such as the measurement range of ammonia escape is 0-15PPM.
Measurement accuracy: up to 0.2, to ensure the accuracy and reliability of the measurement results.
Detection limit: For ammonia, the detection limit is 0.15PPM, depending on gas conditions, pressure, temperature, gas composition, and measuring tank length.
Size and weight:
Size: The net length of the product is 1263mm, the net height of the product is 216mm, and the net width of the product is 70mm.
Weight: There are two different weight descriptions, one for 4.3kg and the other for 20kg. This could be a difference in weight between different configurations or modules.
Series:
This product belongs to ABB’s AO2000 series.
Features:
Advanced technology: Using advanced infrared or laser technology, it can measure the gas composition with high precision.
Wide measurement range: Suitable for a variety of application scenarios, can measure from low concentration to high concentration gas.
Automatic calibration: With automatic calibration function, to ensure the accuracy and stability of the measurement.
Easy to operate: the design has a friendly user interface, the operation is intuitive and simple.
Rugged: Robust design for stable operation in harsh environmental conditions.
Functions:
Environmental monitoring: Used to monitor the concentration of pollution gases in the atmosphere, assess air quality, and provide data support for environmental protection.
Industrial process control: In chemical, petrochemical, electric power and other industrial fields, used to monitor the composition of gases in the production process to ensure production safety and product quality.
Emission monitoring: Used to monitor the concentration of pollutants in flue gas emissions, such as sulfur dioxide, nitrogen oxides, etc., to help enterprises achieve environmental protection emission standards.
Scientific research experiments: In the laboratory environment, to provide accurate gas analysis data for researchers to support scientific research and experimental work.
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