Vicon VA-BDGP Double Gang Plate; for Mounting the Reader to a Do

Vicon ABDGP2 VA-BDGP Double Gang Plate is a structural mounting adapter designed to facilitate the secure installation of access control readers onto standard double gang electrical boxes.

A security professional installs this adapter plate by surfacing it over a recessed or surface-mounted double gang box, providing a stable and oversized footprint for the reader assembly. The plate is manufactured from durable mild steel and finished in white to ensure a clean, professional appearance that covers the gaps or rough edges often found in larger masonry or drywall openings. During daily operation, the rigid steel construction prevents the reader from flexing or loosening due to repeated card taps or environmental vibrations. This installation is ideally suited for commercial office lobbies, hospital corridors, and educational facilities where standard electrical infrastructure requires a specialized interface for narrow-profile access readers.

Features

• Double gang compatibility allows for the seamless transition from high-volume electrical back boxes to specialized security reader hardware without additional construction work.
• Mild steel construction provides a high level of physical protection and structural rigidity, ensuring the reader remains flush and secure against the mounting surface.
• Oversized dimensions serve as a decorative beauty plate to hide oversized wall cutouts or mismatched paint lines around the electrical junction point.

Technical Specifications

• Material: High-strength Mild Steel; provides a robust foundation for high-traffic access control points.
• Application: Specifically designed for mounting Vicon series readers to standard US-style double gang boxes.
• Aesthetics: Clean White finish designed to complement modern interior wall finishes and neutral-coloured hardware.
• Weight: 0.32 kg (0.70 lb); offers a substantial feel and durable mounting interface for long-term reliability.

Dimensions
• 177.8 x 76.2 (h x w mm)