MEAN WELL XTR Ultra Slim Industrial DIN Rail Power Supplies

Introduction

The MEAN WELL XTR Ultra Slim Industrial DIN Rail Power Supplies are designed for high-performance applications requiring reliable power solutions. With their compact design and advanced features, these power supplies are ideal for various industrial settings.

Part Description

The MEAN WELL XTR series consists of three-phase, ultra-slim power supplies that offer a maximum efficiency of 93%. They are engineered with a built-in DC OK relay contact and provide constant current with peak power capabilities of up to 150%. The power supplies feature a fanless design, ensuring quiet operation, and have a narrow casing of just 48mm, making them suitable for space-constrained environments. They are available in power ratings of 240W, 480W, and 960W, and include essential protections against short circuits, overloads, over-voltage, and over-temperature.

Applications

• Factory automation
• Industrial control systems
• Semiconductor fabrication equipment
• Electro-mechanical apparatus

Industries

• Manufacturing
• Automation
• Semiconductor
• Industrial Equipment

Usage Ideas

1. Factory Automation System: Integrate the XTR power supply into a factory automation setup to power sensors, actuators, and control systems, ensuring reliable operation in a demanding environment.

2. Industrial Control Panel: Use the XTR power supply to provide stable power to an industrial control panel, managing various machinery and processes with high efficiency and safety features.

3. Electro-Mechanical Device: Design an electro-mechanical device that requires a compact and efficient power source, utilizing the XTR power supply to ensure optimal performance and reliability.

Conclusion

The MEAN WELL XTR Ultra Slim Industrial DIN Rail Power Supplies are an excellent choice for various industrial applications, offering high efficiency, compact design, and robust protection features. Their versatility makes them suitable for a wide range of industries, ensuring reliable power delivery in critical systems.