Federal Signal PR2 Double Projector Horn Gray

Product Description

The Federal Signal PR2 is a double projector horn designed for audible signaling applications in industrial and commercial environments. This unit projects sound in two directions simultaneously, making it effective in loud or expansive spaces where a single-direction horn may not provide adequate coverage. The PR2 ships in a gray finish, indicating a standard housing color suited for both indoor and outdoor installations depending on the mounting environment. Licensed electricians and industrial maintenance technicians are the primary trades that specify and install this type of audible signal device.

The PR2 is well suited for use in manufacturing facilities, warehouses, process plants, and other commercial or industrial settings where audible warnings, alarms, or signals are required. Its double projector configuration allows sound to travel in multiple directions from a single mounting point, reducing the number of devices needed to cover a given area. The gray housing integrates cleanly into standard electrical signal systems and enclosures.

Key Features

• Double projector horn configuration for multi-directional sound projection
• Gray housing finish suitable for industrial and commercial environments
• Compact form factor at 12.01 inches long by 4.49 inches wide by 4.49 inches deep
• Single mounting point replaces multiple single-direction horn installations

Compatibility

Designed as an OEM-style replacement or direct-install audible signaling horn for industrial and commercial signal and alarm systems requiring a double projector horn configuration.

Installation Notes

Installation of audible signaling devices should be performed by a licensed electrician in accordance with applicable NEC requirements. De-energize the circuit completely before making any wiring connections. Ensure the mounting surface and hardware are rated for the environment where the horn will be installed. Confirm system voltage compatibility before connecting the device.