Schneider TM3RDM16R | Discrete I/O module, Modicon TM3, 16 IO (8 digital inputs, 8 digital outputs, screw)

Description

Schneider TM3RDM16R | Discrete I/O module, Modicon TM3, 16 IO (8 digital inputs, 8 digital outputs, screw)

The Schneider Electric TM3RDM16R is a compact and reliable discrete I/O expansion module designed for Modicon TM3 systems. It offers a combination of digital inputs and outputs, making it suitable for various industrial automation applications.

General Specifications

• Product name: TM3RDM16R

• Product type: Discrete I/O module

• Series: Modicon TM3

• Mounting type: DIN rail

• Connection type: Screw terminals

Digital Input Details

• Number of digital inputs: 8

• Input voltage: 24V DC

• Typical input current: 3 mA

• Input impedance: Approximately 7.6 kΩ

• Input type: Sink or source compatible

• Isolation between inputs and internal logic

Digital Output Details

• Number of digital outputs: 8

• Output type: Relay (dry contact)

• Rated output voltage: 24V DC / 250V AC

• Rated output current per channel: 2 A

• Maximum total current for the module: 8 A

• Relay outputs are isolated from logic circuits

Physical Characteristics

• Width: 39 mm

• Height: 90 mm

• Depth: 70 mm

• Weight: Around 200 grams

• Terminal type: Screw terminals

• Operating temperature range: -10°C to +55°C

Key Features

• Combination of 8 digital inputs and 8 digital outputs in one module

• Supports both AC and DC loads via relay outputs

• Easy installation using DIN rail mounting

• Secure connections through screw terminals

• LED indicators for input/output status

• Full compatibility with Modicon TM3 system

• Designed for durability in industrial environments

Typical Applications

• Machine automation

• Industrial control systems

• Packaging and assembly lines

• Building automation

• Process monitoring and control

Advantages

• Space-efficient design by integrating inputs and outputs

• Flexible control of different types of loads

• Simplifies wiring and system expansion

• Enhances system reliability and diagnostics