Schneider Electric TSXDMY28RFK Modicon Premium Discrete I/O Module

The TSXDMY28RFK is a Discrete I/O Module developed for the Modicon Premium automation platform, providing a combination of input and output signal processing in a single unit. This module features 16 digital inputs at 24 V DC and 12 solid-state outputs, offering reliable signal handling for industrial control applications.

Description

The TSXDMY28RFK functions as a versatile interface module within the Modicon Premium rack system. Its high-density configuration, featuring 16 inputs and 12 solid-state outputs, allows for efficient management of field devices such as sensors, switches, and actuators. As a phase-out product discontinued in 2018, this module is a critical spare for the ongoing maintenance, repair, and lifecycle extension of existing legacy automation systems. The module is fully testable, ensuring operational readiness for critical industrial processes.

Features

• Mixed I/O configuration: 16 digital inputs (24 V DC) and 12 solid-state outputs.
• Optimized for high-speed signal processing within the Modicon Premium architecture.
• Solid-state output technology ensures long-term operational durability and reduced mechanical wear.
• Robust build quality tailored for industrial control environments.
• Compact form factor for efficient rack slot utilization.

Applications

• Industrial machinery control and automation.
• Legacy system maintenance and field I/O expansion.
• Process manufacturing lines requiring mixed signal interfacing.
• Automated assembly and material handling systems.

Technical Specifications

Installation Guidelines

• Backplane Mounting: Secure the module into the designated slot on the Modicon Premium rack, ensuring all pins are properly aligned with the backplane connector.
• Wiring: Ensure field input and output wires are correctly connected to the terminal blocks, adhering to the 24 V DC specifications.
• Environment: Install in a controlled, clean environment to prevent dust accumulation and moisture ingress, which can impact performance.
• Grounding: Maintain proper chassis ground connections to mitigate electromagnetic interference (EMI) and ensure stable signal operation.
• Safety: Use appropriate ESD protection during handling and installation to prevent damage to the module's electronic components.