Lifesafety Power FPO75/150-C8D8E4S FPO75/150-C8D8E4S

Lifesafety Power FPO75/150-C8D8E4S Power Supply Enclosure

The Lifesafety Power FPO75/150-C8D8E4S is a compact, wall-mountable power distribution enclosure designed for small to mid-scale surveillance deployments. It delivers 225W total capacity across dual 12V and 24V outputs, eliminating the need for separate power supplies per voltage class and reducing cabinet clutter on site.

Overview

This enclosure fits surveillance installations where you need to power multiple devices across mixed voltage standards — IP cameras on 12V, door controllers or access readers on 24V — from a single, space-efficient unit. The E4S form factor (24 inches high × 20 inches wide × 4.5 inches deep) mounts to standard 19-inch racks or wall surfaces, making it practical for small network operations centers, building entrance stations, or distributed surveillance nodes. The 225W maximum output handles typical loads: roughly 18–20 amps per output at rated voltage, sufficient for 8–12 cameras plus auxiliary devices on a single enclosure.

Compatibility

The FPO75/150-C8D8E4S is listed as compatible with Lifesafety Power's 8DR SWH Pro series control systems and similar enterprise surveillance platforms that require dual-voltage power distribution. Confirm specific module compatibility with your VMS or control hardware before ordering — this enclosure is a power distribution component and requires integration with a compatible master control unit.

Installation Notes

Mount the enclosure to a standard 19-inch vertical or horizontal rail using the provided brackets, or to a wall stud with appropriate fasteners. Ensure adequate ventilation around the unit — minimum 2 inches of clearance on sides and rear. Dual voltage outputs require segregation of wiring runs to comply with electrical code; do not bundle 12V and 24V conductors in the same conduit without barrier. Use appropriately gauged wire for your run distance: 18 AWG for short runs (under 50 feet) on either voltage, stepping up to 14 AWG or heavier for longer distances to minimize voltage drop at the load end.