Schneider TMCR2AM3 | cartridge M200 – 2 Analog inputs / 1 Analog output

Schneider TMCR2AM3 | cartridge M200 – 2 Analog inputs / 1 Analog output

Technical Specifications

• Model: TMCR2AM3

• Device Type: Analog expansion module for M200 series

• Number of Inputs: 2 analog inputs (can process voltage or current signals)

• Number of Outputs: 1 analog output (for control applications)

• Input Signal Type: Supports standard industrial analog signals (e.g., 0-10V, 4-20mA)

• Output Signal Type: Analog output (configurable voltage/current)

• Compatibility: Designed specifically for Schneider Zelio Logic M200 smart relays

• Installation: Cartridge-type module, easy to integrate into existing systems

• Protection Rating: IP20 (suitable for indoor industrial environments)

• Operating Temperature Range: -20°C to 55°C

Key Features

1. Enhanced Analog Processing Capabilities

   • Expands the functionality of Zelio Logic M200 controllers by adding 2 analog inputs and 1 analog output.

   • Allows for precise monitoring and control of analog signals, making it ideal for sensor-based applications.

2. Flexible Input and Output Signal Support

   • Compatible with 0-10V and 4-20mA analog signals, widely used in industrial automation.

   • Provides scalable output control, enabling smooth operation of actuators and other output devices.

3. Easy Integration & Compact Design

   • Cartridge-type module that seamlessly integrates with M200 smart relays.

   • Compact form factor ensures minimal space usage in control panels.

4. Reliable Performance & Industrial-Grade Build

   • Designed to operate in harsh industrial environments with high reliability.

   • Ensures stable signal processing, reducing errors in automation control systems.

Applications & Use Cases

The Schneider TMCR2AM3 analog expansion cartridge is widely used in various industrial applications, including:

• Sensor Data Acquisition:

  • Processing temperature, pressure, flow, and level sensor signals for real-time monitoring.

• Motor Speed Control:

  • Adjusting motor speeds based on analog input signals for precision control.

• Process Automation:

  • Controlling pumps, valves, and actuators based on real-time analog inputs.

• HVAC & Environmental Monitoring:

  • Regulating ventilation systems and climate control using sensor feedback.

• Energy Management:

  • Monitoring voltage and current signals to optimize energy consumption.