Ditek DTK-110C6APOE Cat6a Poe Surge Protector

Product Description

The DITEK DTK-110C6APOE is a Cat6a Power over Ethernet surge protector designed to safeguard IP cameras, access control panels, VoIP phones, and other PoE-powered network devices from transient voltage events. It features 110-style punchdown terminations on both the input and output sides, allowing direct termination of solid-conductor Cat6a cable without additional connectors. Licensed low-voltage and security technicians install this unit as an in-line protector between the network switch or injector and the field device, keeping structured cabling systems protected at the edge.

This protector is suited for commercial and residential security and surveillance installations where Cat6a cabling delivers both data and power to endpoint devices. Typical applications include IP camera runs, door access readers, and networked intercom systems. The 110 punchdown interface makes it compatible with standard structured cabling practices and patch panels used in low-voltage installations. It is categorized as a CCTV power supply accessory and is sold individually.

Key Features

• Supports Cat6a cabling for high-bandwidth PoE applications
• 110-style punchdown terminations on input and output for tool-termination installation
• Protects both data pairs and PoE power pairs from transient surge events
• In-line form factor fits standard low-voltage enclosures and structured cabling pathways
• Sold as a single unit for individual run protection

Compatibility

Designed as an in-line surge protector for Cat6a PoE installations supporting IP cameras, access control devices, and other PoE-powered network endpoints. No specific compatible model numbers were provided in the product data.

Installation Notes

Installation should be performed by a licensed low-voltage technician in accordance with NEC Article 800 and applicable local codes. De-energize the PoE switch port or injector before making terminations. Use a 110 punchdown tool to seat conductors fully on both the input and output blocks. Verify polarity and pair alignment against the cable standard in use before restoring power to the circuit.