Ditek DTK-VM45POE Single Channel Poe Surge Module

Product Description

The DITEK DTK-VM45POE is a single-channel Power over Ethernet (PoE) surge protection module designed to safeguard network equipment and PoE-powered devices from transient voltage events and electrical surges. This module installs inline on a single PoE data line, providing surge suppression without interrupting data transmission or power delivery to connected devices. It is suited for use in commercial and light industrial installations where Ethernet infrastructure requires protection from lightning-induced surges or electrical transients. Licensed low-voltage technicians and network infrastructure installers are the primary trades handling this device.

The DTK-VM45POE is intended for single-channel PoE applications where a dedicated surge protection point is needed at the device end or distribution point of an Ethernet run. Typical installation scenarios include IP cameras, wireless access points, VoIP phones, and other PoE endpoint devices exposed to surge risk. It is sold as a single unit and fits within structured cabling systems in both new construction and retrofit environments.

Key Features

• Single-channel inline PoE surge protection for Ethernet data lines
• Protects PoE-powered endpoints from transient voltage and lightning-induced surges
• Passes PoE power and data simultaneously without signal degradation
• Compact module form factor suited for device-level or panel-level installation
• Sold as individual unit for targeted protection of single Ethernet drops

Compatibility

Designed as an OEM-style protection module for single-channel PoE Ethernet installations supporting IP cameras, access points, and other PoE endpoint devices on standard structured cabling systems.

Installation Notes

Installation should be performed by a qualified low-voltage technician familiar with structured cabling and PoE system requirements. De-energize the PoE source or switch port before making inline connections to avoid unintended power exposure during installation. Follow local low-voltage wiring codes and manufacturer documentation for proper placement within the Ethernet run. Do not exceed the rated surge and data specifications of the module when integrating into active network infrastructure.