Hes 10760002 Electric Strike

Product Description

The HANCHETT ENTRY SYSTEMS / HES 10760002 is an electric strike designed for access control applications in door hardware assemblies. Electric strikes replace the fixed strike plate on a door frame, allowing the latch or bolt to be released electrically without requiring the latch to be retracted by the user. This unit is sold individually and is installed by licensed locksmiths, access control technicians, or qualified electricians working on low-voltage door security systems. It is a core component in controlled-entry configurations for both new construction and retrofit projects.

Electric strikes of this type are commonly used in commercial and light commercial access control installations where remote or keypad-controlled door release is required. Typical applications include office entry doors, apartment building vestibules, and secured interior zones. The 10760002 is sold as a single unit, making it straightforward to source as a direct replacement or for single-door installations.

Key Features

• Electric strike design allows remote latch release without manual retraction
• Sold as an individual unit for single-door applications or direct replacement
• Suitable for access control integration in commercial and light commercial settings
• Replaces fixed strike plate in standard door frame cutouts

Compatibility

Designed as an OEM-style replacement electric strike for access control door assemblies. Confirm frame preparation, strike dimensions, and voltage requirements against the existing installation before ordering.

Installation Notes

Electric strikes are typically installed by licensed locksmiths or access control technicians familiar with low-voltage wiring practices. Disconnect all power to the access control system and door hardware before beginning installation. Verify that the door frame cutout dimensions match the strike body before mounting. Local electrical codes, including applicable NEC low-voltage provisions, should be followed during wiring.