Edwards 1064-R5 Strap Flush Mount Buzzer 240V

Product Description

The EDWARDS 1064-R5 is a strap flush mount buzzer rated for 240 volts, designed for use in commercial and industrial signaling applications. This audible alerting device mounts flush to a surface using a strap-style mounting bracket, keeping the unit secure and low-profile in the installation area. The 240-volt rating suits it for line-voltage circuits commonly found in commercial buildings, light industrial facilities, and institutional settings. Licensed electricians and facility maintenance technicians typically install this type of signaling device as part of an alerting or notification system.

The 1064-R5 is suited for commercial and institutional environments where a 240-volt audible signal device is required. Typical applications include production floor alerts, entry notifications, process signaling, and general-purpose annunciation in facilities wired at 240 volts. The strap flush mount configuration allows it to be installed cleanly against a wall or panel surface without protruding hardware, making it a practical fit for areas where a low-profile installation is preferred.

Key Features

• Strap flush mount design for secure, low-profile surface installation
• Rated for 240-volt line-voltage circuits
• Audible buzzer output suitable for general-purpose signaling and alerting
• Designed for commercial and light industrial signaling applications

Compatibility

Designed as an OEM-style replacement or direct-install buzzer for commercial and industrial 240-volt signaling systems requiring a strap flush mount form factor.

Installation Notes

Installation should be performed by a licensed electrician in accordance with the National Electrical Code (NEC) and applicable local codes. Disconnect and lock out all power to the circuit before beginning any wiring work. Verify that the supply voltage matches the 240-volt rating of the device before energizing. Secure the strap mount firmly to the mounting surface to prevent vibration-induced loosening during operation.