EnGenius PoE adapter 1 port GbE 110~240VAC-in 802.af/at, 54V/0.6A-out

The EnGenius EPA5006GAT PoE Adapter supplies data and power over a single Ethernet cable to 802.3at/af-compatible devices. This single-port Gigabit PoE injector delivers up to 54 V and a maximum of 30 W output, supporting IEEE 802.3af and 802.3at standards. The adapter accepts an input voltage range of 100–240 V, fits standard Ethernet deployments with a maximum cabling distance of 100 m, and is presented in a compact black housing with one RJ-45 port.

Advantages

The EPA5006GAT reduces installation complexity and cost by combining power and data delivery into one cable, enabling flexible placement of wireless access points, IP cameras and other networked devices where a power outlet is unavailable. It includes protection features for disconnect, short-circuit and overload to help ensure secure and reliable operation with compatible PoE devices.

Suitable for

• Powering 802.3at/af wireless access points
• Supplying PoE to IP cameras and media devices
• Low port-density or outdoor-facing network locations
• Extending network devices up to 100 m from the switch or power source

Key specifications

• PoE standard: IEEE 802.3af / IEEE 802.3at compliant
• Output voltage: 54 V
• Maximum power output: 30 W
• Ports: 1 x Gigabit Ethernet (RJ-45)
• Input voltage: 100–240 V AC
• Maximum cabling distance: 100 m
• Colour: Black

How to use

Connect the adapter to an AC power source in the 100–240 V range, then link its Ethernet port to a non-PoE switch or upstream network device. Use a single Cat5e/Cat6 Ethernet cable from the adapter to the target 802.3at/af-compatible device; the adapter will deliver both data and up to 30 W of power over that cable. Ensure cable runs do not exceed 100 m for reliable operation.

Recommendations

Install the EPA5006GAT in a dry, ventilated location and verify connected devices are 802.3af/at compatible. Use quality shielded or unshielded Cat5e/Cat6 cabling and avoid running Ethernet alongside high-voltage power lines to reduce interference and power loss.