Ring Llc B0FP6FV2XX Glass Break Sensor 2nd Gen

Product Description

The RING LLC B0FP6FV2XX is a second-generation glass break sensor designed for use in home and light commercial alarm systems. It detects the acoustic signature of breaking glass and triggers a connected alarm panel or smart security hub. The sensor is finished in white to blend with standard interior trim. Security installers and knowledgeable DIYers add this device to perimeter protection zones where window or glass-door breaches are a primary concern. It ships as a single unit and is intended for use within a compatible Ring Alarm ecosystem.

This sensor is suited for residential installations and light commercial spaces where window intrusion detection is required. Typical install scenarios include living rooms, offices, storefronts, and any room with large glass panes or sliding glass doors. The second-generation design reflects updated detection circuitry compared to the original model, making it a relevant upgrade or replacement choice for existing Ring Alarm deployments.

Key Features

• Second-generation glass break detection for improved acoustic sensing accuracy
• White finish blends with standard interior wall and trim colors
• Designed for perimeter zone integration within a compatible alarm system
• Sold as a single unit for targeted zone additions or replacements

Compatibility

Designed as an OEM-style replacement or expansion sensor for compatible Ring Alarm security systems. No additional specific model compatibility data was provided in the product input.

Installation Notes

Glass break sensors are typically installed by security system technicians or licensed alarm installers. Before installation or replacement, disarm the alarm system and follow the hub manufacturer's pairing procedure. Placement height and distance from glass surfaces affects detection range, so consult the manufacturer's installation guide for recommended mounting locations. Do not install near loud HVAC diffusers or other sources of high-frequency noise that could affect sensor performance.