Voeding MEAN WELL HDR-150-48

The MEAN WELL HDR-150-48 is an ultra-slim AC-DC DIN-rail power supply designed for industrial and control applications. It accepts a wide input range of 85–264 VAC and delivers a regulated 48 V DC output with a maximum output current of 3.2 A and total output power of 150 W. The compact housing (105 × 54.5 × 90 mm) and DIN-rail mounting simplify installation in electrical cabinets and control panels. The unit is RoHS compliant and suited for projects requiring a stable 48 V supply in a small footprint.

Advantages

The HDR-150-48 provides a stable regulated 48 V output with built-in protections typical of MEAN WELL DIN-rail models, a compact ultra-slim form factor to save panel space, and a wide AC input range that accommodates global mains voltages. Its 150 W rating supports mid-power loads while the standardized DIN-rail mounting enables straightforward integration into distribution and control systems.

Suitable for

• Industrial control cabinets and automation systems
• Door access and security equipment
• Network and telecommunications devices requiring 48 V DC
• Small to medium sized embedded systems and controllers

Key specifications

• Model: MEAN WELL HDR-150-48 (HDR-150-48)
• Input voltage: 85–264 VAC
• Output voltage: 48 V DC
• Output current: 3.2 A
• Output power: 150 W
• Mounting: DIN-rail
• Dimensions: 105 × 54.5 × 90 mm
• RoHS compliant
• Pack quantity: 32 units per pack

How to use

Mount the power supply on a standard DIN rail inside the equipment cabinet and secure the unit according to the manufacturer's mounting instructions. Connect the AC mains input within the 85–264 VAC range to the input terminals, observing correct live, neutral and earth connections. Connect the 48 V DC output to the load, ensuring the current does not exceed 3.2 A. Verify polarities and use appropriate wiring and fuses or circuit protection as required by your installation standards.

Recommendations

Install in a well-ventilated enclosure and maintain adequate clearance around the unit for convection cooling. Avoid exposure to excessive dust, moisture, or temperatures beyond the manufacturer's specified limits. For critical applications, consider using fusing on the DC output and an input surge protector where mains quality is uncertain.