George Risk Industries 20RS-T-W Recessed Contact Press Fit

Product Description

The George Risk Industries 20RS-T-W is a recessed contact designed with a press fit terminal for use in security and access control wiring applications. This component features a 3/8-inch diameter form factor and accepts a 1/2-inch press fit terminal connection, making it suitable for flush-mount installation into door and window frames. The white finish integrates cleanly with painted or light-colored surfaces. Electricians and low-voltage security installers work with this type of component during new construction and retrofit projects where a concealed contact point is required.

This recessed contact is used in residential and light commercial security system installations. It is typically set into drilled cavities in door frames, window sashes, or cabinet enclosures where a flush, low-profile contact is needed. The press fit terminal design allows for quick, tool-reduced wire termination, which helps reduce labor time during rough-in and trim-out phases of security system work.

Key Features

• 3/8-inch diameter body for standard recessed cavity installations
• 1/2-inch press fit terminal for fast, reliable wire termination
• White finish for clean integration with light-colored frames and surfaces
• Sold individually, one contact per unit
• Designed for flush-mount, concealed contact point applications

Compatibility

Designed as an OEM-style recessed contact for residential and light commercial security and access control systems requiring a 3/8-inch diameter press fit terminal configuration.

Installation Notes

Installation is typically performed by licensed low-voltage or alarm system technicians in accordance with applicable local codes. Power down the associated security panel or control circuit before making any wiring connections. Drill the mounting cavity to the correct diameter to ensure a secure press fit and proper contact alignment. Avoid forcing the contact into an undersized hole, as this can damage the terminal or affect sensor performance.