Ditek DTK-DR48FM Replacement Spd Module

Product Description

The DITEK DTK-DR48FM is a replacement surge protective device (SPD) module designed for use in electrical surge protection and relay systems. SPD modules serve as the sacrificial protection element within a surge protection assembly, diverting transient voltage surges away from sensitive downstream equipment. When the module reaches end of life after a surge event, it can be swapped out without replacing the entire surge protector housing. Licensed electricians and electrical contractors handle installation and module replacement as part of routine electrical system maintenance.

The DTK-DR48FM is suited for commercial and industrial electrical applications where surge protection is installed on power distribution panels, control panels, or equipment circuits. It is categorized under surge protection and relay products and is sold as a single unit replacement module. Facilities managers and electrical contractors servicing existing DITEK surge protection installations rely on direct module replacements to restore full surge protection without full-assembly changeout.

Key Features

• Replacement SPD module for restoring surge protection after a transient event
• Allows module-level swap without replacing the full surge protector housing
• Designed for use in surge protection and relay system applications
• Sold as a single unit (each) for straightforward inventory and procurement

Compatibility

Designed as a replacement SPD module for DITEK surge protective device assemblies that accept the DTK-DR48FM module format. Consult the existing surge protector housing documentation to confirm module compatibility before installation.

Installation Notes

Installation and module replacement should be performed by a licensed electrician in accordance with NEC requirements for surge protective devices. De-energize and lock out the circuit before removing or installing any SPD module. Confirm the replacement module part number matches the original before installation. Do not attempt to service SPD components while the circuit is energized.