Technical documentation for this alloy steel mount indicates a specialized mechanical housing designed for non-destructive installation. It utilizes a clamping mechanism compatible with door thicknesses ranging from 0.59 inches to 2.36 inches. The full-wrap metal cage is engineered to provide physical resistance against device tampering by making the release pin inaccessible when the door is in the closed position.
From an engineering perspective, the five-sided alloy steel enclosure can result in a partial Faraday cage effect. Performance metrics suggest a potential signal strength reduction of 3-5 dBm and a latency increase of 100-200ms for internal 2.4GHz Wi-Fi radios. Alloy steel provides superior thermal dissipation characteristics compared to polymer-based mounts, though its weight and bulk may interfere with tight weather stripping.
- Material: Alloy steel with protective coating.
- Security Method: Full-wrap anti-theft geometry.
- Mounting Profile: Non-permanent, inward-opening door clamp.
Optimal performance requires the door to be in proximity to a wireless access point to mitigate the signal loss inherent in metal shielding.
Users concerned about Wi-Fi interference should consider an RF-transparent polymer mount as an alternative that prioritizes wireless throughput over metal shielding.
This hardware provides a secure physical layer for video doorbells in high-security rental environments.
