Schneider Electric TSXPSY5500M Power Supply Module

The Schneider Electric TSXPSY5500M Power Supply Module is engineered for high-demand industrial applications, serving as a critical component within Schneider's Modicon automation platform. This robust power supply module is designed to deliver a reliable and consistent voltage source essential for the seamless operation of various control system elements in automation environments. Its performance characteristics make it an ideal choice for engineers and technicians tasked with maintaining operational continuity in complex industrial systems.

Versatile Voltage Input and Frequency Compatibility

One of the key advantages of the TSXPSY5500M is its dual-range input voltage capability, accommodating primary voltages from 100 to 120 V AC and 200 to 240 V AC, with operational limits extending from 85 to 140 V and 190 to 264 V, respectively. This flexibility allows for easy integration into global installations, ensuring compatibility with varying power conditions without the need for additional voltage conditioning equipment. Furthermore, the module supports both 50 Hz and 60 Hz network frequencies, making it suitable for diverse geographical regions and operational environments.

Power and Current Specifications

The TSXPSY5500M provides a total secondary power output of 50 watts, efficiently distributed across multiple voltage rails. It delivers 35 watts at 5 V DC and 19 watts at 24 V DC, making it well-suited for powering sensors and relays in control systems. With output currents of 7 A at 5 V DC and 0.8 A at each 24 V DC output, this module can support multiple loads simultaneously, enhancing operational efficiency. Its design includes the capability to manage high inrush currents, rated at 38 A for both 100 V and 240 V inputs, ensuring stable performance during power-up and reducing the risk of system disruptions.

Safety and Protection Features

Safety is paramount in industrial applications, and the TSXPSY5500M is equipped with comprehensive protection mechanisms. It features short-circuit, overvoltage, and overload protection for its secondary circuits, along with a time-delayed 4 A internal fuse for the primary input. This ensures safe disconnection during electrical faults, safeguarding downstream devices and enhancing overall system reliability. Additionally, the insulation resistance exceeds 100 MΩ between primary-to-secondary and primary-to-ground circuits, promoting high electrical isolation and operational safety in critical control environments.

Diagnostic and Signaling Indicators

To facilitate efficient troubleshooting and monitoring, the TS