Dsc PGP9922 Wireless Powerg Glass Break Detector

Product Description

The DSC PGP9922 is a wireless glass break detector designed for use in professional security installations. It monitors for the acoustic signature of breaking glass and triggers an alarm signal when that pattern is detected. Operating on the PowerG wireless protocol, the PGP9922 integrates into compatible DSC alarm panels and control systems. Licensed security technicians typically specify this detector for perimeter protection in residential and light commercial environments where wired sensor runs are impractical or cost-prohibitive.

The PGP9922 suits installations where glass surfaces such as windows, sliding doors, and storefronts require acoustic monitoring. It is well suited for retrofit projects where running new wire is not feasible. Security integrators and alarm technicians deploy this detector as part of a broader PowerG wireless zone configuration, covering interior spaces with significant glass exposure.

Key Features

• Wireless PowerG protocol for reliable, long-range communication with compatible panels
• Acoustic glass break detection identifies the frequency pattern of breaking glass
• Wireless design eliminates the need for dedicated sensor wiring runs
• Sold as a single unit for individual zone deployment

Compatibility

Designed for use with DSC PowerG-compatible security panels and wireless receivers. Confirm panel firmware and wireless receiver support for the PGP9922 before installation.

Installation Notes

Installation should be performed by a licensed alarm or low-voltage technician in accordance with local codes and the manufacturer documentation. Disarm and power down the security panel before adding or enrolling new wireless devices. Position the detector according to the coverage radius specified in the product installation guide, taking into account room dimensions and glass surface locations. Do not install in areas with excessive HVAC noise or other acoustic interference that could affect detection performance.