Bachmann Electronic AIO288 M1 Control System Analog Input/Output Module

Description

The Bachmann Electronic AIO288 is a high-precision analog input/output module developed for the M1 controller system. This hardware module provides 8 analog input channels and 8 analog output channels within a single space-saving layout. Configurable to support single-ended or differential interface pathways, the module handles accurate signal interfacing for complex mechanical operations. It also features built-in power provisioning capability for up to 4 potentiometers and direct temperature measurement links for up to 4 Pt100/Pt1000 sensors, making it highly versatile for demanding industrial applications.

Features

• Interface versatility allowing single-ended or differential signal path choices
• Power supply capacity to drive up to 4 external industrial potentiometers
• Integrated temperature sensing capability for up to 4 Pt100/Pt1000 sensors
• Flexible sensor wiring infrastructure accommodating 2-wire or 4-wire configurations
• Secure wire break detection logic across voltage and temperature input channels
• Reliable short circuit proof protections on all operational output loops
• Embedded overload monitoring for integrated potentiometer power lines
• Constant real-time monitoring of external operational supply voltage status

Applications

• High-density analog signal logging in industrial factory sites
• Temperature regulation and monitoring using Pt100/Pt1000 resistance thermometers
• Feedback tracking networks integrating industrial potentiometer sensors
• Multi-channel analog device networks inside M1 control architectures

Ordering Information

Technical Specifications

Input/Output Capacity

Mechanical & Environmental

Electrical & Isolation

Installation Guidelines

• Cabinet Mounting: Fix the hardware unit securely into its assigned spot inside the M1 controller chassis environment.
• Sensor Cabling: Implement standard 2-wire or 4-wire shielding setups when connecting sensitive Pt100 or Pt1000 thermal sensors to reduce electrical interference.
• Environmental Mitigation: Maintain operating ambient temperatures between -30 degC and +60 degC for standard applications to guarantee full measurement stability.