Active PoE Injector 4x 1Gb/s, Shielded, Terminal Block, 802.3af/at

Active PoE Injector 4x 1Gb/s, Shielded, Terminal Block, 802.3af/at (MPN: INJ-PAN4-GB-AF/AT) is a compact power injector that provides Power over Ethernet for up to four Gigabit ports. The unit features a shielded housing and a terminal block for DC power input and grounding, and supports IEEE 802.3af and 802.3at standards to deliver power to compatible devices such as wireless access points, IP cameras and VoIP phones.

Advantages

This PoE injector supplies power and data over existing Ethernet cabling to up to four devices simultaneously at 1 Gb/s per port. The shielded enclosure and terminal block connection allow secure grounding and reduced electromagnetic interference when used with shielded cables. Compatibility with both 802.3af and 802.3at ensures support for a wide range of low- and mid-power PoE devices without requiring separate power adapters at each device.

Suitable for

• Supplying power to wireless access points in small to medium networks
• Powering IP surveillance cameras where centralised power is preferred
• Providing PoE to VoIP phones and other network endpoints that require up to 802.3at power
• Installations that require shielded cabling and a reliable grounding connection

Key specifications

• Number of LAN ports: 4 x 1 Gb/s
• PoE standards: IEEE 802.3af and 802.3at
• Housing: Shielded
• Power connection: Terminal block (DC input and grounding)
• MPN: INJ-PAN4-GB-AF/AT

How to use

Connect the injector’s LAN data inputs to a network switch or router and connect up to four powered devices to the Gigabit PoE output ports. Provide DC power to the injector via the terminal block according to the manufacturer’s polarity and voltage requirements. Ensure shielded Ethernet cables are connected and properly grounded to the shielded housing or terminal block where required by installation standards.

Usage recommendations

Use with shielded Cat5e/Cat6 cabling for optimal performance and grounding. Verify the total power budget and individual port power requirements of connected devices before installation. Follow local electrical codes for grounding and DC power wiring.