George Risk Industries 410WG-G Surface Contact Wood Gray

Product Description

The George Risk Industries 410WG-G is a commercial-grade surface contact designed for wood door and window frame applications. Surface contacts are magnetic reed switch assemblies used in security and alarm systems to detect open or closed states on doors and windows. This unit ships as a single component and is installed by alarm technicians and low-voltage security contractors. The gray finish provides a low-profile match on painted or primed wood surfaces, keeping the installation clean and professional without requiring recessed mounting.

The 410WG-G is suited for commercial security installations where surface-mount contacts are preferred over recessed styles. It is appropriate for wood doors, wood-framed windows, and similar entry points in light commercial and institutional buildings. The screw-mount design allows for secure attachment directly to the door or frame surface, making it a straightforward swap-in during new installations or service calls on existing alarm systems.

Key Features

• Surface-mount design eliminates the need for routing or recessing into the door or frame
• Screw-terminal wiring connection for reliable, field-serviceable installation
• Gray finish suited for wood surfaces in commercial environments
• Commercial-grade construction for durability in high-cycle door applications
• Single-unit packaging for targeted replacement or small-quantity installs

Compatibility

Designed as an OEM-style surface contact for commercial alarm and security systems installed on wood doors and window frames.

Installation Notes

Installation is typically performed by licensed low-voltage or alarm technicians in accordance with local security system codes and NFPA 72 where applicable. De-energize the alarm panel circuit before wiring the contact leads. Mount the contact and magnet sections to the door and frame so they align properly in the closed position, and verify gap tolerance per the manufacturer data sheet before commissioning.