Ubiquiti EP-54V-72W Edgepower 54V 72W Power Supply

Product Description

The UBIQUITI EP-54V-72W is a dedicated power supply unit designed to deliver stable 54-volt, 72-watt output to compatible network switching and routing equipment. This unit is built for installations where consistent, clean DC power is critical to maintaining network uptime. Network technicians and low-voltage installers typically deploy this power supply in conjunction with edge switching or routing hardware in commercial and light industrial environments. The 54-volt output at up to 72 watts of capacity makes it well matched to equipment with higher voltage bus requirements common in managed network deployments.

The EP-54V-72W is intended for use in network infrastructure installations, particularly in commercial buildings, campus environments, and distributed network closets where edge switching hardware requires a dedicated, regulated power source. It fits into rack or wall-mount deployment scenarios typical of structured cabling and network distribution work. Installers working with UBIQUITI EdgeMax or similar edge networking product families will find this power supply applicable to those environments based on the product designation.

Key Features

• 54-volt DC output matched to edge networking equipment power bus requirements
• 72-watt maximum power capacity supports full-load switching and routing hardware
• Dedicated power supply design provides regulated, stable voltage delivery
• Compact unit suited for network closet and rack-adjacent installation

Compatibility

Designed as an OEM-style power supply for use with UBIQUITI edge networking equipment requiring a 54-volt, 72-watt power input.

Installation Notes

Installation should be performed by a qualified low-voltage technician or licensed electrician familiar with network power infrastructure. Disconnect and de-energize all connected equipment before replacing or installing this power supply. Follow NEC guidelines for low-voltage wiring and ensure the power supply is mounted in a location with adequate ventilation to prevent heat buildup. Do not attempt to modify the output voltage or bypass overcurrent protection.