Power adapter MEAN WELL MPM-65-24ST 65 W indoor 24 V black, input 80–264 V, 2xMOPP, EN/UL 60601

MPM-65-24ST is a 65 W AC/DC PCB-mount medical-grade power adapter that provides a 24 V output and accepts a wide input range of 80–264 VAC. The compact unit is designed for use in medical and related equipment where reinforced isolation and low leakage are required; it complies with EN/UL 60601 and offers 2 × MOPP protection in a small black housing.

Advantages

The MPM-65-24ST combines high efficiency (up to 93%) with very low no-load power consumption (less than 0.1 W). It features double insulation (class II, no FG), 4 kVAC isolation, outstanding thermal dissipation, high EMC performance and anti-vibration capability (2–5 G depending on model). The design provides ultra-low leakage current and meets IEC EN60601-1 and ANSI/AAMI ES60601-1 requirements, making it suitable for equipment that requires reinforced protection.

Suitable for

• BF (patient contact) type medical devices and accessories
• Clinical and diagnostic equipment requiring 2×MOPP isolation
• Compact or space-constrained medical and industrial systems
• Applications demanding low leakage current and high EMC immunity

Key specifications

• Output power: 65 W
• Output voltage: 24 V
• Input voltage: 80–264 VAC
• Isolation: 4 kVAC
• Safety: EN/UL 60601 compliant; 2 × MOPP
• Efficiency: up to 93%
• No-load power consumption: < 0.1 W
• Construction: PCB-mount, Class II (no FG), compact black housing

How to use

Integrate the MPM-65-24ST onto the equipment PCB following the manufacturer’s recommended footprint and mounting instructions. Connect the AC input (80–264 VAC) and route the 24 V output to the device power input, observing polarity and connector conventions. Ensure the unit is installed in compliance with relevant medical safety distances and creepage/clearance guidelines and that the enclosure provides adequate ventilation for thermal dissipation.

Recommendations

Install and test the adapter in accordance with EN/UL 60601 and local safety standards. Verify proper grounding and insulation for patient-contact applications, confirm leakage current limits, and maintain ambient temperature and airflow within the specified ranges to ensure long-term reliability.