Schneider Modicon Premium TSXDMY28RFKC Discrete I/O Module

Description

The TSXDMY28RFKC is a coated discrete I/O module for the Modicon Premium automation platform, designed to provide reliable signal interfacing in harsh industrial environments. This module features 16 inputs operating at 24 V DC and 12 solid-state outputs, offering a compact and durable solution for managing field devices. The protective coating ensures enhanced resistance to environmental contaminants, making it suitable for applications where electronic components require additional protection against moisture or dust. As part of the Modicon Premium family, the TSXDMY28RFKC integrates seamlessly into existing rack-based control architectures, providing high-speed data exchange and robust signal processing for demanding automation tasks.

Features

• Coated design for increased resistance to harsh environmental conditions.
• Configured with 16 discrete inputs (24 V DC).
• Equipped with 12 solid-state outputs for high-cycle reliability.
• Designed for standard integration with Modicon Premium PLC backplanes.
• Robust architecture ensures consistent I/O scan performance.

Applications

• Industrial process monitoring and control.
• Automated manufacturing and assembly lines.
• Material handling and logistics systems.
• Legacy system maintenance and I/O expansion for Modicon Premium installations.

Technical Specifications

Installation Guidelines

• Mounting: Install the module into a compatible Modicon Premium rack, ensuring the rear connector is properly aligned and locked to the backplane.
• Wiring: Utilize appropriate wire gauges for the 24 V DC circuits to minimize voltage drop and ensure proper signal levels.
• Coating Care: While the module is coated, avoid exposing the connector pins to solvents or abrasive cleaning agents during installation.
• Grounding: Ensure the rack is properly grounded to maintain signal integrity and adhere to electromagnetic compatibility (EMC) standards.
• Diagnostics: Use the module's status LEDs to verify input/output activity during commissioning and troubleshooting.