LevelOne gigabit PoE-splitter, 802.3at/af PoE, 5-12V DC-uitgang

The LevelOne PoE Splitter 552034 is a compact Gigabit PoE splitter that separates a Power over Ethernet (PoE) signal into distinct DC power output and Gigabit data. It supports IEEE 802.3at/af standards and provides selectable DC output voltages (5 V, 12 V or 18 V) with a maximum power delivery of 25 W. With dimensions of 92 × 60 × 27 mm and a lightweight black housing, the splitter is intended for integrating non‑PoE devices into PoE networks while maintaining Gigabit data speeds.

Advantages

The LevelOne 552034 allows administrators to run PoE over long Ethernet runs and then deliver separated power and data to devices that lack PoE input. It supports Gigabit data throughput while offering overcurrent/short‑circuit protection to safeguard connected equipment. The compact form factor and standard RJ‑45 connectivity simplify installation and reduce the need for local power outlets.

Suitable for

• Connecting non‑PoE IEEE 802.11n access points to a PoE network
• Powering PTZ or fixed IP cameras that require separate DC input
• Integrating other non‑PoE network devices in remote locations

Key specifications

• Standards: IEEE 802.3at / 802.3af
• Output voltages: selectable 5 V / 12 V / 18 V DC
• Maximum output power: 25 W
• Ethernet ports: 2 × RJ‑45
• Data speed: Gigabit
• Dimensions: 92 × 60 × 27 mm
• Weight: 0.085 kg
• Colour: Black
• Manufacturer part number (MPN): 552034
• EAN: 4015867158128

How to use

Connect a PoE‑enabled Ethernet cable from a PoE switch or injector to the splitter's PoE input. Select the required DC output voltage (5 V, 12 V or 18 V) according to the powered device's specification, then connect the DC power lead to the device and the Gigabit RJ‑45 data port to the device's network port. Ensure the PoE source can supply sufficient power (up to 25 W) and verify polarity and voltage before connecting the powered device.

Recommendations

Use the LevelOne 552034 in environments where centralized PoE power simplifies deployment. Confirm the target device's voltage and current requirements and choose the corresponding output voltage. Avoid exposing the splitter to moisture and operate within the specified ambient temperature range; use appropriate cable shielding and routing to maintain Gigabit performance.