Dsc AC-102 Glass Break Detector

Product Description

The DSC AC-102 is an acoustic glass break detector designed for use in security alarm systems. It senses the specific sound frequency produced when glass fractures, triggering an alarm signal to the connected control panel. The AC-102 is sold as a single unit and is installed by licensed alarm technicians and security system integrators in residential and light commercial applications. It provides reliable perimeter protection without requiring contact-mounted sensors on each individual pane.

The AC-102 is suited for interior wall or ceiling mounting in rooms where glazed windows or glass doors represent a potential intrusion point. Typical installations include offices, retail spaces, and residential rooms with large window areas. The detector monitors a coverage zone for the acoustic signature of breaking glass, making it an efficient alternative to window foil or individual contact sensors on multiple panes.

Key Features

• Acoustic detection technology responds to the sound frequency of shattering glass
• Single-unit packaging for straightforward inventory and installation
• Designed for integration with compatible security alarm control panels
• Suitable for residential and light commercial perimeter protection
• Eliminates the need for contact sensors on each individual glass pane

Compatibility

Designed as an OEM-style acoustic glass break detector for use with compatible security alarm control panels and zones that accept supervised detector inputs.

Installation Notes

Installation should be performed by a licensed alarm or low-voltage technician in accordance with local codes and the control panel manufacturer guidelines. Power down or place the alarm system in test mode before wiring the detector to the zone input. Mount the unit on a wall or ceiling within the manufacturer-specified coverage range of the glass surface being protected. Verify detector placement and sensitivity with a glass break simulator tool before returning the system to armed status.