HES 10560001 Cabinet LOCK:660-12D-STD

When you're securing network equipment, server racks, or utility cabinets in commercial facilities, you need a lock that won't fail during a power event and can integrate cleanly with existing access control infrastructure. The HES 10560001 Cabinet LOCK:660-12D-STD delivers fail-secure electric locking for equipment cabinets where unauthorized access means downtime, data loss, or compromised building systems. This is a purpose-built solution for IT closets, telecom rooms, electrical panels, and any enclosure where you're managing credentialed access to critical infrastructure.

Key Features

• Fail-secure operation maintains locked state during power loss, protecting assets even during facility power events
• 12VDC operation integrates directly with standard access control panels and power supplies without voltage conversion
• Designed specifically for equipment cabinet installations with mounting hardware suited to thin-gauge metal enclosures
• Electric strike mechanism provides positive latching without mechanical override vulnerabilities
• Compact footprint fits constrained cabinet door frames without interfering with internal equipment
• Durable construction handles high-cycle environments like data centers and facilities with multiple daily accesses
• Standard HES quality and reliability expected in commercial security installations

Deploy this lock when you're controlling access to equipment that can't afford accidental release during power fluctuations. The fail-secure design means the lock defaults to locked position when power is removed—essential for protecting network gear, building automation controllers, or utility panels where physical access equals system control. The 12VDC specification simplifies wiring in typical access control deployments using standard power supplies already feeding card readers and REX devices in the same closet or equipment room.

Installation is straightforward on standard equipment cabinets and server racks. The lock body mounts to the cabinet frame while the strike accommodates the door, creating a secure latch point that releases only when the access control system provides power. Pair with card readers, keypads, or biometric devices depending on security requirements. This is the type of component that disappears into the infrastructure while doing its job reliably—keeping unauthorized hands out of critical systems without adding complexity to your access control design.