Bachmann AO202/SI Analog Output Module
The Bachmann AO202/SI Analog Output Module is a high-performance, versatile analog output device designed for integration into industrial control systems. It provides precise control signals to various actuators and sensors, enhancing operational efficiency and accuracy.
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Content details
Brand:Bachmann
Model:AO202/SI
Module Type:Analog Output
Operating Voltage:24 V DC
Current Consumption:Max. 100 mA
Output Range:+/- 10 V
Resolution:12-bit
Communication Interface:RS-485
Temperature Range:-20°C to +70°C
Humidity Range:0% to 95% non-condensing
Mounting Type:Panel Mount
Enclosure Type:IP20
Dimensions:72 mm x 48 mm x 25 mm
Weight:Approx. 75 g
The Bachmann AO202/SI Analog Output Module is engineered for critical industrial applications requiring precise control over analog signals. It offers exceptional performance and reliability, ensuring smooth operation in diverse automation environments.
Featuring a 32-bit counter resolution and configurable output voltages, this module provides unparalleled accuracy in position control systems. The ability to select between +5V, +15V, or 24V output voltage through a jumper makes it versatile for various applications.
With its robust design, the AO202/SI module ensures long-lasting performance even under challenging conditions. The inclusion of 2x INC/SSI inputs at 1MHz and a 32-bit position measurement system allows for precise synchronization with encoder signals, enhancing overall system accuracy.
The module supports up to 4 digital inputs (DI) for triggering and homing purposes, enabling integration with other system components. Its compatibility with CANopen and CiA DS 301 protocols ensures seamless communication with other devices in the network, making it ideal for complex industrial automation setups.
Designed with user convenience in mind, the AO202/SI Analog Output Module comes equipped with a material coding system that simplifies inventory management and maintenance procedures. This ensures easy identification and replacement, reducing downtime and enhancing operational efficiency.