The 24V to 12V PoE splitter adapter uses a Category 6 all-copper cable, no stuttering and no dropouts. This high quality outdoor PoE splitter is the perfect solution for easily and efficiently powering outdoor network equipment.

Specification

• Model: RDDLZ-POES-05AFS
• PoE Voltage: 24V
• Output Voltage: 12V
• Current Output: 2A (max)
• Power Supply: 4/5(+)/7/8(-)
• Compatible Protocol: IEEE802.3-AF/AT
• Transmission Rate: 10/100Mbps
• Cable Type: Category 5 and Super Category 5+ unshielded twisted pair
• Waterproof: Yes
• Dimension: 245*28*23 CM
• Operating Temperature: -20°C~+60°C
• Operating Humidity: 0-90% (non-condensing)

Features

• 24V to 12V PoE splitter adapter designed with a waterproof interface for use in harsh outdoor environments.
• The PoE splitter uses a Category 6 all-copper cable for smooth monitoring without lagging and a stable network without dropping cables.
• The industrial poe splitter has power failure protection, circuit protection, voltage protection, circuit isolation protection to ensure the quality and integrity of data transmission, thus achieving a reliable network connection.
• RDDLZ PoE splitters are designed to work with various PoE standards, such as IEEE 802.3af and IEEE 802.3at, ensuring compatibility with a wide range of PoE-enabled devices and network equipment.

Plug Options

Wiring Diagram

Applications

The application of PoE splitter is widespread in various industries. In security systems, PoE splitters are used to power IP cameras, enabling easy deployment and flexibility in camera placement without the need for electrical outlets. In networking environments, PoE splitters can power wireless access points, ensuring seamless connectivity in areas where power sources are limited.

Tips: How does a PoE splitter work?

A Power over Ethernet (PoE) splitter is a device that allows you to separate power and data signals from a single Ethernet cable and deliver them to separate devices. It is typically used in situations where power needs to be provided to a non-PoE enabled device that relies on a separate power source.

Here's how a PoE splitter generally works:

• Input: The PoE splitter is connected to an Ethernet cable that carries both power and data signals. The input side of the splitter is usually connected to a PoE-enabled switch or a PoE injector.
• Power separation: The splitter detects the PoE power on the input cable and separates it from the data signals. It isolates the power and routes it to a separate output.
• Data transmission: The splitter allows the data signals to pass through unaffected. It maintains the integrity of the Ethernet connection, ensuring that the device receiving power does not interfere with the data transmission.
• Output: The splitter provides two separate outputs: one for data and the other for power. The power output is usually in the form of a DC power jack or terminal connectors, which can be connected to a power adapter or power the non-PoE device directly.
• Power delivery: The separated power output is typically configured to match the power requirements of the non-PoE device. The splitter delivers the appropriate voltage and current needed to power the device reliably.

By using a PoE splitter, you can effectively utilize a single Ethernet cable to provide power and data to devices that do not support PoE. It enables the use of PoE infrastructure while still powering devices that would otherwise require a separate power source.