Ditek DTK-DR24BM Din Rail Surge Protection Module 24V 5A

Product Description

The DITEK DTK-DR24BM is a DIN rail-mounted surge protection module rated for 24-volt, 5-amp low-voltage circuits. It is designed to protect sensitive electronic control equipment from transient voltage events such as lightning-induced surges and electrical switching transients. The module mounts directly to standard DIN rail hardware, making it a clean, space-efficient fit inside control panels and equipment enclosures. This type of device is commonly installed by licensed electricians, fire alarm technicians, and building automation technicians during panel builds or system upgrades.

The DTK-DR24BM is suited for low-voltage signaling and control circuits in fire alarm systems, access control panels, and building automation applications. Its DIN rail form factor integrates naturally into standard electrical enclosures and control cabinets found in commercial and light industrial installations. The 24-volt rating aligns with the typical operating voltage of fire alarm control panels and related peripheral circuits, making it a practical fit for fire system accessory applications.

Key Features

• DIN rail mounting for straightforward installation in standard control enclosures
• Rated for 24-volt low-voltage circuits common in fire alarm and building control systems
• 5-amp current rating suitable for signaling and control circuit loads
• Protects downstream electronics from transient voltage surges and switching spikes
• Single-unit packaging allows for targeted per-circuit protection

Compatibility

Designed as an OEM-style surge protection module for use on 24-volt low-voltage control and signaling circuits, typical of fire alarm system accessories and related control panel applications.

Installation Notes

Installation should be performed by a qualified electrician or licensed fire alarm technician in accordance with NFPA 72 and applicable local codes. De-energize the circuit and follow lockout/tagout procedures before mounting or wiring the module. Secure the module firmly to the DIN rail before making any wiring connections. Verify polarity and circuit voltage before restoring power to the panel.