Adams Rite 7140-510-626-00 Electric Strike 24V Dc

Product Description

The ADAMS RITE 7140-510-626-00 is an electric door strike designed for access control applications in commercial and light commercial entry systems. Operating at 24 volts DC, this strike provides electrically controlled latch release, allowing a door to be opened remotely without manual key operation. The 626 finish designation indicates a satin chrome surface treatment, offering corrosion resistance and a clean appearance suited to aluminum and hollow metal door frames. Installation is performed by licensed locksmiths, access control technicians, or commercial door hardware specialists.

This electric strike is appropriate for commercial access control installations where a door latch must be released by an electrical signal from a keypad, card reader, intercom, or similar low-voltage control device. It is suited for interior and entry door frames in office buildings, multitenant residential buildings, and similar applications where controlled egress and entry are required.

Key Features

• 24-volt DC operating voltage compatible with standard low-voltage access control power supplies
• 626 satin chrome finish for durability and a professional appearance
• OEM-style electric strike replacement for access control door hardware
• Sold as a single unit for individual door applications

Compatibility

Designed as an OEM-style replacement electric strike for commercial access control door hardware installations. Confirm frame dimensions, latch geometry, and voltage requirements before installation.

Installation Notes

Electric strikes should be installed by a qualified locksmith or licensed access control technician familiar with low-voltage wiring practices and local building codes. Disconnect power to the access control system before wiring or removing the existing strike. Verify that the power supply voltage and current capacity match the strike requirements before energizing. Consult applicable building and fire codes regarding egress requirements before specifying fail-secure or fail-safe configurations.