Hes 71224D630 Electric Strike 24VDC Satin Stainless

Product Description

The HES 71224D630 is a 24-volt DC electric strike designed for electro-mechanical access control applications. It releases a door latch or lock bolt when energized, allowing controlled entry without requiring a physical key turn from the secured side. The unit ships in a satin stainless steel finish, making it suitable for interior and exterior hardware that demands a corrosion-resistant, professional appearance. Licensed locksmiths, access control technicians, and commercial door hardware installers are the primary trades that source and install this strike.

This electric strike is intended for commercial and light-industrial door installations where an access control system manages entry. Typical scenarios include office suite doors, stairwell exits, and secured interior partitions where a credential reader or push-button release triggers the strike. The 24-volt DC operating voltage aligns with standard low-voltage access control panels common in both new construction and retrofit projects.

Key Features

• 24-volt DC operation compatible with standard low-voltage access control power supplies
• Satin stainless steel finish provides corrosion resistance and a neutral, hardware-friendly appearance
• Compact form factor at 8 inches long, 6 inches wide, and 2.5 inches tall
• Electro-mechanical release mechanism integrates with credential readers, keypads, and control panels
• Sold as an individual unit with a minimum order quantity of one

Compatibility

Designed as an OEM-style replacement or new-installation electric strike for commercial access control door hardware applications operating on 24-volt DC systems.

Installation Notes

Installation should be performed by a licensed locksmith or credentialed access control technician in compliance with applicable local building codes and the National Electrical Code (NEC) for low-voltage wiring. Disconnect power to the access control panel before wiring the strike. Verify door frame prep dimensions against the strike footprint before mortising or surface mounting, and confirm the latch geometry of the existing hardware is compatible with the strike keeper before finalizing the installation.