Industrial PoE Splitter; PoE++; 24 VDC output voltage; 3 A; 10/100/1000 BASE

The device is a WAGO Industrial PoE Splitter featuring two Gigabit Ethernet ports and a 24 VDC output. It enables both power supply and data connection for decentralized control cabinets using a single Ethernet cable. The WAGO Industrial PoE Splitter provides a stable 24 VDC output with a nominal current of up to 3 A. Typical applications include supplying programmable logic controllers, industrial PCs, HMI panels, network switches, access points, and surveillance cameras. The 24 VDC output features electronic overload protection, enabling the device to deliver short-term peak currents of up to 7 A. This supports charging capacitive loads and enables, for example, the startup of compatible LCD displays. The WAGO Industrial PoE Splitter (Powered Device, PD) is connected to PoE power sourcing equipment (PSE) via an Ethernet port, in accordance with IEEE 802.3 af/at/bt (4PPoE). Suitable devices include the WAGO PoE Switch (Item No. 852-1813/000-001) or a WAGO PoE Injector (Item No. 852-1731, 852-1732). When supplied through a managed PoE port, the 24 VDC output can be switched on and off remotely. This enables targeted rebooting of decentralized control cabinets and increases system availability. The device operates as a transparent Layer-1 inline unit (Ethernet pass-through), forwarding the Ethernet signal from the 10/100/1000BASE-T input port to the output port without modification. Thanks to its robust design and extended temperature range of –40 to +60°C, the WAGO Industrial PoE Splitter delivers stable, reliable performance under harsh environmental conditions. Its compact housing with DIN-rail adapter enables easy installation in control cabinets. High resistance to temperature, vibration, and shock, informative status LEDs, a switch-activated output, and commissioning without additional software tools contribute to convenient and safe handling. Key Features: · Nominal current: up to 3 A with PoE++ or 1 A with PoE+ · Switchable output voltage · Compatible with Ethernet standards IEEE 802.3i, 802.3u, and 802.3ab · Compatible with PoE standards IEEE 802.3af, 802.3at, and IEEE 802.3bt · Overload and short-circuit protection