MEAN WELL HRPG-600-48 - 624W 48V 13A suljettu virtalähde PFC:llä

Industrial automation engineers and system integrators often need a reliable, high-power DC source that can handle a wide range of AC inputs without derating. The MEAN WELL HRPG-600-48 delivers a steady 48V at up to 13A (624W) from any mains voltage between 85 and 264VAC, making it a robust choice for machinery, test equipment, and LED lighting arrays. Its active power factor correction keeps the grid clean and reduces energy waste, while the fanless convection cooling ensures silent operation in noise-sensitive environments.

Key specifications

• Output: 48 VDC, 13 A, 624 W
• Input: 85~264 VAC (120~370 VDC), 47~63 Hz
• Active PFC with PF > 0.94 at full load
• High efficiency up to 90%
• Protections: short circuit, overload, over voltage, over temperature
• Remote ON/OFF and remote sense functions
• DC OK signal for system monitoring
• Isolation: I/P-O/P 3kVAC, I/P-FG 2kVAC, O/P-FG 0.5kVAC
• Operating temperature: -30°C to +70°C (free air convection)
• Safety: UL60950-1, TUV EN60950-1, CE marked

Why choose it

This power supply is built for continuous duty in demanding industrial settings. The wide input voltage range means it can be deployed globally without switches or adjustments, and the active PFC reduces harmonic distortion, helping you meet regulatory requirements. With a mean time between failures exceeding 100,000 hours, it offers long-term dependability. The built-in remote control and sense features simplify integration into automated systems, while the DC OK signal provides real-time status feedback.

Ideal use cases

• Industrial automation and control systems
• LED lighting and signage
• Test and measurement equipment
• Telecommunications infrastructure
• Charging systems and battery backup

Good to know

The HRPG-600-48 operates silently thanks to its convection cooling, so it’s suitable for offices and labs as well as factory floors. It meets major international safety standards and carries the CE mark. For installation, ensure adequate clearance around the unit for heat dissipation, and note that the output voltage can be trimmed via the built-in potentiometer if fine adjustment is needed.