Potter Electric Signal Co. Us PSN-4 Nac Replacement Board

Product Description

The POTTER ELECTRIC SIGNAL CO. US PSN-4 NAC is a replacement board designed for fire alarm notification appliance circuit (NAC) surge protection applications. This board serves as a direct replacement component within fire alarm control panel systems, protecting NAC wiring and connected devices from voltage transients and electrical surges. Licensed fire alarm technicians and system integrators install this board during routine maintenance, post-surge repair, or panel upgrades. It is sold as an individual unit and is categorized under fire surge protection equipment.

This replacement board is suited for commercial and light-industrial fire alarm installations where NAC circuit surge protection is required. It is typically installed inside or alongside a fire alarm control panel to safeguard notification appliance circuits from damaging electrical events. Facilities that require code-compliant surge suppression on fire alarm systems are the primary application environment for this component.

Key Features

• Direct replacement board for NAC surge protection in fire alarm systems
• Protects notification appliance circuits from voltage transients and surges
• Sold as a single unit for precise, one-for-one replacement
• Categorized under fire surge protection for code-conscious installations

Compatibility

Designed as an OEM-style replacement board for fire alarm notification appliance circuit surge protection assemblies. Consult the original equipment documentation to confirm fitment with your specific panel configuration.

Installation Notes

Installation should be performed by a licensed fire alarm technician in accordance with NFPA 72 and applicable local codes. De-energize the fire alarm control panel and follow lockout/tagout procedures before removing or installing any internal board. Inspect all NAC wiring connections before reinstalling the panel cover. Do not restore power until all connections are verified and the panel has been functionally tested.