Performance metrics demonstrate that the Eva Logik unit utilizes a high-sensitivity piezo-vibration sensor for glass monitoring. The ultra-thin chassis, measuring approximately 7mm, is designed to ensure clearance within sliding window and door tracks. This analog mechanical device operates independently of network protocols, utilizing a direct piezoelectric circuit to trigger a 120dB siren upon sensing glass-resonant vibrations.
Material specifications confirm the use of high-bond 3M adhesive to maintain mechanical coupling between the sensor and the glass surface. Each unit is powered by three LR44 button cells, providing a standby duration of approximately 12 months. Because the device lacks digital processing, sensitivity is non-adjustable and performance is dictated by the proximity of the mounting location to the point of impact.
Hardware Specifications
- Siren Output: 120dB at source.
- Chassis Depth: 7mm ultra-thin profile.
- Power Source: 3x LR44 per unit (12 total for 4-pack).
Aggregated technical data suggests that while the device serves as a local acoustic deterrent, it provides zero remote telemetry. Relocation of the hardware requires the application of new VHB acrylic tape to ensure continued sensor accuracy.
If remote mobile notifications are required for your security protocol, the WiFi Glass Break Detector provides app-based alerting that this analog unit lacks.
This localized deterrent is categorized within the glass break sensors repository of comparative hardware.
