Ditek DTK-2MHLP36FWB 36V 2 Pair Modular Surge Protector

Product Description

The DITEK DTK-2MHLP36FWB is a modular surge protector designed for fire alarm and life-safety signaling circuits operating at 36 volts. It provides two pairs of protected signal lines and includes a mounting base for clean, secure panel or DIN-rail installation. The load removal feature allows the protected load to be disconnected from the line during a surge event, helping to preserve circuit integrity. This unit is intended for use by licensed fire alarm technicians and low-voltage electricians working on supervised fire alarm systems.

This surge protector is suited for residential and commercial fire alarm installations where signaling circuits require transient voltage surge suppression. It is typically installed at the point where field wiring enters a fire alarm control panel or at remote signaling device locations. The modular design with integrated base simplifies replacement without disturbing field wiring connections, making it practical for ongoing service and maintenance of fire life-safety systems.

Key Features

• Rated for 36-volt signaling circuits common in fire alarm systems
• Protects two pairs of signal conductors in a single module
• Integrated base included for secure, tool-friendly mounting
• Load removal function disconnects the protected load during surge events to help protect downstream devices
• Modular construction allows field replacement without rewiring the base

Compatibility

Designed as an OEM-style surge protection solution for 36-volt two-pair fire alarm signaling circuits requiring transient voltage protection.

Installation Notes

Installation should be performed by a licensed fire alarm technician or low-voltage electrician in accordance with NFPA 72 and applicable local codes. De-energize and place the fire alarm control panel in a safe, supervised state before installing or replacing surge protection modules. Mount the base securely to the panel enclosure or DIN rail before seating the module. Verify all connections are fully seated and the system restores to normal supervisory condition before returning the system to service.