Schneider Modicon Premium TSXPSY5520MC Power Supply Module

Description

The TSXPSY5520MC is a dedicated power supply module for the Modicon Premium automation platform, designed to convert DC input power into the stable voltage required for processor and I/O rack operation. Accepting an input voltage range of 24-48 V DC, this module provides a controlled current output of ≤ 1500 mA (at 24 V) / ≤ 3000 mA (at 48 V) to support demanding control system configurations. Housed in an IP20-rated enclosure, the TSXPSY5520MC is engineered for installation within standard industrial electrical cabinets, ensuring consistent power delivery and system stability for Modicon Premium architectures.

Features

• Compatible with the Modicon Premium rack-mounted PLC range.
• Input voltage compatibility: 24 V DC to 48 V DC.
• Current output capacity: up to 1500 mA (24 V) or 3000 mA (48 V).
• IP20 ingress protection rating for controlled environments.
• Optimized for reliable power distribution in modular automation systems.

Applications

• Powering Modicon Premium PLC backplanes and I/O modules.
• Industrial process control systems requiring DC voltage stabilization.
• Critical automation infrastructure maintenance and legacy system support.
• Control cabinet integration for machinery management.

Technical Specifications

Installation Guidelines

• Mounting: Secure the module into the power supply slot of the Modicon Premium rack, ensuring the connector is firmly seated to the backplane.
• Ventilation: Maintain adequate vertical clearance above and below the unit to facilitate heat dissipation, as power conversion generates thermal energy.
• Wiring: Connect the DC input voltage to the terminal block, ensuring that wire sizing is appropriate for the current draw to prevent overheating.
• Grounding: Verify that the rack and power supply module are connected to a common earth ground to ensure electrical safety and noise reduction.
• Protection: It is advised to install a suitable circuit breaker or fuse on the DC supply input side to protect the module from overcurrent conditions.