Kidde Edwards EBPS10A Power Supply Booster

Product Description

The KIDDE EDWARDS EBPS10A is a power supply booster designed for fire alarm and life safety systems. It provides supplemental power to extend the capacity of a fire alarm control panel, supporting notification appliance circuits and other powered devices within the system. This unit is intended for installation by licensed fire alarm technicians and system integrators working on commercial or industrial fire protection installations. The booster helps maintain reliable power distribution across large or complex fire alarm networks where the primary panel power output is insufficient for the full device load.

The EBPS10A is used in fire alarm system installations where additional power capacity is required to drive notification appliances such as horns, strobes, and speaker circuits. It is suited for commercial buildings, industrial facilities, and other occupancies requiring expanded fire alarm panel output. Installation typically occurs in conjunction with compatible KIDDE EDWARDS fire alarm control panels as part of a coordinated system design reviewed by the authority having jurisdiction.

Key Features

• Boosts available power for fire alarm notification appliance circuits
• Designed for integration into fire alarm and life safety system architectures
• Supports expanded device loads beyond primary panel output capacity
• Intended for commercial and industrial fire alarm applications
• Supplied as a single unit (sold individually)

Compatibility

Designed as an OEM-style power booster for use within compatible KIDDE EDWARDS fire alarm system installations. Consult system documentation and the authority having jurisdiction to confirm fitment with a specific panel configuration.

Installation Notes

Installation must be performed by a licensed fire alarm technician in accordance with NFPA 72 and all applicable local codes. Disconnect and lock out all power sources, including battery backup, before servicing any fire alarm system component. Wiring and circuit loading must be verified against the system design drawings prior to energizing. Do not energize the unit without confirming full system compatibility and completing all required inspections.