Product Type:Positioning (Encoder) I/O Module

Brand:BACHMANN

Model:ISI202

Counter Resolution:32 bit

Output Voltage Range:+5 V to +15 V, Selectable with Jumper

Output Voltage:±10 V

Output Current:Max. ±2 mA

Interface:RS422 level

Connection:INC A, A/B/N

Positioning Parameters:Gate Time, Period, Velocity

Encoder Supply:5V / 15V / 24V

DI Connections:2x 24V, Trigger, Homing

Operating Voltage:5 V / 15 V / 24 V

Operating Frequency:1 MHz

Resolution Accuracy:0.025%

Response Time:40µs

Sync Mode:PreSYNC

Number of Channels:2x

Support for Different Interfaces:INC/SSI

    The BACHMANN ISI202 Positioning (Encoder) I/O Module is a high-performance component engineered for seamless integration into complex industrial automation systems. Its robust design ensures reliable operation under demanding conditions, making it ideal for applications requiring precise control over motors and machinery.

    Equipped with advanced signal processing capabilities, this module excels in interpreting encoder data, providing accurate feedback on position, velocity, and direction. This precision is critical for achieving optimal performance in robotics, manufacturing lines, and other precision-driven environments.

    Featuring versatile input and output configurations, the ISI202 supports a wide range of encoder types, ensuring compatibility across different systems and equipment. Whether interfacing with incremental or absolute encoders, this module facilitates efficient data transmission and control, enhancing system reliability and efficiency.

    With its ability to handle multiple encoder signals simultaneously, the BACHMANN ISI202 streamlines data processing, reducing the complexity of integrating multiple devices. This streamlined approach minimizes errors and downtime, contributing to smoother operations and higher productivity.

    In addition to its core functionality, the ISI202 boasts an ergonomic design, ensuring ease of installation and maintenance. Its compact size and modular architecture allow for flexible integration within existing systems, making it a valuable upgrade or replacement option for engineers and automation specialists.