ABB AO2020

The ABB AO2020 module is part of ABB’s Advance Optima series of gas analyzers. It is a device for continuously monitoring the composition of industrial processes and emissions. This series of analyzers has a modular design and can be flexibly configured to meet different gas analysis requirements.

The AO2020 module is typically mounted on a 19-inch rack and is part of the AO2000 series analyzer. This series of analyzers has the following features:

Modular design: Different analysis modules (such as infrared, ultraviolet, thermal conductivity, etc.) and accessories can be selected according to the needs to meet the specific gas analysis needs.

A variety of measurement technologies: support a variety of measurement technologies, including photometry, electrochemical method, thermal conductivity method, etc., can be used to analyze various gas components.
High accuracy and reliability: Advanced sensors and algorithms are used to provide accurate measurement results with high accuracy and reliability.
Easy maintenance: Modular design and user-friendly interface make maintenance and maintenance simple and convenient.
A variety of communication interfaces: support a variety of communication interfaces, such as Ethernet, Modbus, Profibus, etc., easy to connect with DCS and other control systems.

Product parameters:

Because the specific parameters of the ABB Advance Optima AO2020 module may vary by configuration and application, it is difficult to provide a detailed list of parameters here. However, its parameters can usually be understood from the following aspects:

Measurement range: For different gas components, there are different measurement ranges, you need to consult the official documentation.
Accuracy: How accurate a measurement is, usually expressed as a percentage or ppm.
Response time: The time required from the change of gas composition to the change of output signal.
Operating temperature: The temperature range required for the normal operation of the module.
Power requirements: Operating voltage and power consumption of the module.
Communication interface: indicates the supported communication protocol and interface type.