AVR10D-Q22020
May 14, 2026

AVR10D-Q22020

AVR10D-Q22020.jpg AVR10D-Q22020(2.jpg AVR10D-Q22020 is a Yokogawa High-speed Analog Input Module, applied for CENTUM VP DCS and FIO system. It is used to collect standard analog signals from field instruments, with high precision conversion, electrical isolation and strong anti-interference performance, widely used in power, chemical, petroleum and metallurgy process industries.

Description

AVR10D-Q22020.jpg

AVR10D-Q22020(2.jpg

AVR10D-Q22020 is a Yokogawa High-speed Analog Input Module, applied for CENTUM VP DCS and FIO system. It is used to collect standard analog signals from field instruments, with high precision conversion, electrical isolation and strong anti-interference performance, widely used in power, chemical, petroleum and metallurgy process industries.

Basic Specifications

Model: AVR10D-Q22020
Module Type: High-speed Analog Input Module
Input Signal: Voltage and current signal
Sampling Speed: High-speed cycle acquisition
Isolation Structure: Channel to system isolated
Installation Mode: FIO rack mounting
Power Supply: Backplane power supply
Operating Temperature: 0 °C to +55 °C
Storage Temperature: -20 °C to +60 °C
Relative Humidity: 10% to 90% RH, non-condensing
Feature Support: Hot swappable, online replacement without system shutdown
Diagnostic Function: Built-in module self-diagnosis and channel fault detection

Main Features

High precision analog signal acquisition, stable measurement accuracy under industrial environment.
Adopt isolation design to effectively prevent field interference from affecting DCS system.
Support high-speed data sampling to meet fast loop control requirements.
Hot swappable design, convenient for maintenance and module replacement.
Integrated self-diagnosis function, easy fault judgment and troubleshooting.
Compact structure, compatible with standard Yokogawa FIO installation rack.

Model Suffix Explanation

AVR10D: High-speed analog input module series
Q22020: Standard configuration code for channel type, isolation grade and version definition

Typical Application

Field analog signal acquisition for temperature, pressure, flow and liquid level instruments.
Used in chemical, power, oil & gas, metallurgy and pharmaceutical automation control system.
Suitable for high precision and fast response process monitoring and closed-loop control occasions.


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