Locknetics RS21032D Rim Electric Strike Satin Stainless Steel

Product Description

The LOCKNETICS RS21032D is a rim electric strike designed for commercial and institutional door hardware applications. With a 0.5 inch depth profile and included spacers, it accommodates varied door frame conditions without requiring custom shimming. The satin stainless steel finish provides corrosion resistance in high-traffic environments. This strike is installed by licensed locksmiths, access control technicians, and commercial door hardware specialists as part of an electric access control system. It controls latch release via low-voltage signal, allowing remote or credential-based entry without mechanical key operation.

This rim electric strike is suited for commercial, multi-family, and institutional access control installations. Typical applications include office entryways, stairwell doors, and controlled corridors where an electric release is needed at a rim-mounted latch. The included spacers allow the installer to fine-tune the strike depth to match the door frame and latch projection, reducing the need for additional hardware on standard door assemblies.

Key Features

• 0.5 inch depth profile with spacers for flexible frame fitment
• Rim-mount configuration compatible with standard rim latch hardware
• Satin stainless steel finish for durability in high-traffic commercial environments
• Sold individually for single-door access control projects
• Compact form factor at 10 inches length by 2.8 inches width by 2.1 inches height

Compatibility

Designed as an OEM-style replacement or new-installation rim electric strike for commercial and institutional door access control systems using rim latch hardware.

Installation Notes

Installation is typically performed by a licensed locksmith or access control technician familiar with ANSI door hardware standards and low-voltage wiring practices per NEC guidelines. Disconnect all power to the access control circuit before wiring the strike. Verify latch projection and door frame depth before selecting spacer configuration. Do not force the strike keeper closed against a misaligned latch, as this can damage the release mechanism.