Hes 10560002 Cabinet Lock

Product Description

The HANCHETT ENTRY SYSTEMS / HES 10560002 is a cabinet lock designed for controlled-access enclosures in commercial and light industrial environments. This lock is sold as a single unit and is intended for installation by qualified locksmiths, security technicians, or electricians working on access control projects. The 10560002 is built for reliable, repeatable locking cycles in cabinet and enclosure applications where dependable latching is required. It suits installations where a standardized, OEM-style cabinet locking mechanism is needed to secure panels, utility enclosures, or equipment cabinets.

This cabinet lock is suited for commercial facilities, electrical rooms, server enclosures, utility cabinets, and similar applications where controlled physical access is a requirement. It is appropriate for both new installations and replacement of worn or failed existing cabinet lock hardware. Security integrators and facilities maintenance professionals are the typical installers for this product type.

Key Features

• Single-unit packaging for individual replacement or new installation
• Designed for cabinet and enclosure access control applications
• OEM-style form factor for straightforward replacement installs
• Suitable for commercial and light industrial enclosure environments

Compatibility

Designed as an OEM-style replacement or direct-install cabinet lock for commercial enclosures and access control cabinet applications. No specific model compatibility data was provided in the product input.

Installation Notes

Installation should be performed by a qualified locksmith, security technician, or licensed electrician familiar with access control hardware. Before servicing or replacing a cabinet lock, ensure the enclosure is de-energized if it houses electrical components, and follow all applicable local codes and safety procedures. Use appropriate hand tools for mounting hardware and verify proper latch engagement and smooth operation before returning the enclosure to service.