Fuente de alimentación MEAN WELL GST120A48-P1M

The MEAN WELL GST120A48-P1M is an AC-DC industrial desktop adapter that provides 48 V DC at 2.5 A with a maximum output power of 120 W. It accepts a wide input voltage range of 85–264 V AC and uses a 3-pole IEC320-C14 AC inlet. The unit features power factor correction (PFC), RoHS compliance and a compact housing measuring 67 mm (W) × 167 mm (D) × 35 mm (H), supplied in packs of 20 units for professional applications.

Advantages

The adapter delivers a stable 48 V output at up to 2.5 A with built-in PFC for improved mains compatibility and reduced harmonic distortion. Its wide input range allows operation in different regions without an external converter. The compact desktop form factor and IEC320-C14 inlet make installation straightforward in industrial and desktop environments. RoHS compliance ensures conformity with environmental restrictions.

Suitable for

• Industrial control equipment
• Networking devices and telecommunications
• Embedded systems and single-board computers
• Laboratory bench power for 48 V devices

Key specifications

• Output: 48 V DC, 2.5 A (120 W)
• Input voltage: 85–264 V AC
• AC inlet: 3-pole IEC320-C14
• Dimensions: 67 mm × 167 mm × 35 mm (W × D × H)
• Features: Power Factor Correction (PFC), RoHS compliant
• Brand / MPN / EAN: mean well / GST120A48-P1M / 4021087028967

How to use

Connect the adapter to the AC mains using a compatible IEC320-C13 power cord and plug the DC output into the target device designed for 48 V input. Ensure the connected load does not exceed 2.5 A. Place the adapter on a stable, ventilated surface and avoid obstructing airflow around the housing. Use only in environments within the manufacturer’s specified temperature and humidity ranges.

Recommendations

For reliable operation, verify device polarity and voltage compatibility before connection, allow adequate ventilation during continuous use, and replace the power cord or adapter if any damage is visible. When deploying multiple units, consider surge protection and circuit capacity to accommodate the combined load.