Comnet CLLFE1POEU Media Converter 1ch 30W Poe

Product Description

The COMNET CLLFE1POEU is a single-channel enterprise media converter with a 30-watt Power over Ethernet output. It is designed to extend Ethernet connectivity over long distances using fiber or alternative cabling infrastructure, while simultaneously delivering power to connected PoE-compatible devices such as IP cameras, access control readers, and wireless access points. This unit is sold individually and is suited for installation by network technicians and low-voltage systems integrators working on structured cabling and surveillance infrastructure projects.

The CLLFE1POEU fits residential and commercial network installations where extending a single Ethernet channel beyond standard copper limits is required. It is commonly deployed in access control systems, IP video surveillance runs, and building automation networks where both data and device power must be delivered over a single extended link. The 30W PoE output supports a wide range of powered devices without requiring a separate power supply at the endpoint.

Key Features

• Single-channel Ethernet output with integrated 30W PoE delivery
• Enterprise-class media conversion for extended network runs
• Eliminates the need for a local power supply at the powered device
• Sold as an individual unit for flexible deployment
• Suited for IP camera, access control, and wireless access point installations

Compatibility

Designed as an OEM-style replacement or addition for enterprise media converter applications requiring single-channel Ethernet extension with PoE output capability.

Installation Notes

Installation should be performed by a qualified low-voltage technician or network systems integrator familiar with structured cabling standards. Power down connected devices before making or breaking Ethernet connections at the converter. Follow local electrical codes and TIA-568 cabling standards when running and terminating cable. Do not exceed the rated 30W PoE output by connecting devices with higher power draw requirements.