HES 10560007 Cabinet Lock: 660-12D-Preload-L BSM
Securing equipment cabinets, server racks, and electrical enclosures requires failsafe locking that won't compromise when vandals try forced entry or when power fails during unauthorized access attempts. The HES 660-12D-Preload-L BSM addresses this challenge with a preloaded electric lock designed specifically for cabinet and enclosure applications where mechanical strength and fail-secure operation are non-negotiable.
Key Features
- Fail-secure (fail-locked) operation keeps cabinets secured during power loss or system failures
- Preloaded configuration arrives ready for installation with minimal field adjustment required
- 12VDC operation integrates seamlessly with standard access control power supplies and panels
- Left-hand (L) orientation accommodates specific cabinet door configurations and swing directions
- Backset mount (BSM) design provides flexibility for various cabinet door thicknesses and frame types
- Solid construction resists prying, drilling, and impact attempts common in unsupervised areas
- Compact footprint fits within tight cabinet door profiles without interference
- Direct wire terminations simplify integration with magnetic card readers, keypads, or biometric devices
The 660 series solves a persistent problem in network closets, telecom rooms, and equipment areas: standard cam locks and mechanical padlocks offer inadequate audit trails and create key control headaches. By integrating this electric lock with your access control system, you gain real-time monitoring of who accessed which cabinet and when, while maintaining positive locking even if someone cuts power to the closet. The preloaded configuration eliminates the trial-and-error of field adjustments that plague generic electric strikes adapted for cabinet use.
Installation teams will appreciate that the backset mount accommodates variations in door construction without requiring custom machining. The 12VDC specification means you're drawing from the same regulated supply feeding your access panels and readers, eliminating the need for separate power infrastructure. For integrators managing hundreds of cabinet access points across a facility, the fail-secure operation provides the assurance that a power event won't leave server rooms and network cores vulnerable. This lock delivers the mechanical strength of a dedicated cabinet lock with the intelligence and control of a networked access system.
