Voeding MEAN WELL UHP-750-12 750W 12V 90-264V

The MEAN WELL UHP-750-12 is an AC-DC slim single-output enclosed power supply with active PFC, designed to deliver stable 12 V DC output at up to 60 A from a 90–264 V AC input. The unit provides a total output power of 750 W, includes a DC OK signal for system monitoring, and follows RoHS requirements. Its compact housing (100 mm × 237 mm × 41 mm) makes it suitable for installations where space is limited.

Advantages

The power adapter offers a high power density in a slim, enclosed form factor and includes power factor correction for improved efficiency and reduced input current distortion. The integrated DC OK signal enables simple supervisory connections, and RoHS compliance ensures restriction of hazardous substances. Its wide input voltage range supports use in different mains environments.

Suitable for

• Industrial control equipment
• Communication systems and network devices
• LED lighting drivers and signage
• Embedded systems and rack-mounted electronics

Key specifications

• Model: MEAN WELL UHP-750-12 (MPN: UHP-750-12)
• Output: 12 V DC, 60 A, 750 W
• Input voltage: 90–264 V AC
• Form factor: slim enclosed power supply
• Features: Active PFC, DC OK signal, RoHS compliant
• Dimensions: 100 mm (W) × 237 mm (D) × 41 mm (H)
• EAN: 4021087051798

How to use

Install the UHP-750-12 in a location with adequate ventilation and secure mounting to the intended chassis or bracket. Connect the AC input to a suitable 90–264 V AC supply following local electrical codes and verify proper grounding. Connect the 12 V DC output to the load, observing correct polarity and current limits. Use the DC OK signal for remote monitoring or supervision by wiring it to the system controller as specified in the manufacturer's documentation.

Recommendations

For reliable operation, maintain ambient temperature and airflow within the limits specified by MEAN WELL, avoid installing near heat sources, and ensure total connected load does not exceed 60 A at 12 V. Regularly check connections and mounting for looseness and follow the manufacturer's safety instructions for protection against short circuits and overcurrent.