Sdc 1091AIV Electric Bolt Lock 12 24VDC

Product Description

The SDC - SECURITY DOOR CONTROLS 1091AIV is an electric bolt lock designed for access control applications in commercial and institutional door hardware installations. Operating on dual voltage - 12 or 24 volts DC - this lock provides flexibility for integration into a wide range of access control panels and power supplies. The 1091AIV uses an electric bolt mechanism to secure a door in the locked state and retracts the bolt upon receiving a valid control signal. Licensed locksmiths, access control technicians, and low-voltage security installers are the primary trades that specify and install this hardware.

The 1091AIV is suited for commercial doors where an electric bolt lock provides a positive, mechanical locking point without relying solely on magnetic force. Typical installations include office entry doors, server rooms, utility access points, and institutional facilities where controlled ingress and egress are required. The dual-voltage input makes it compatible with both 12-volt and 24-volt access control systems commonly found in commercial buildings.

Key Features

• Dual-voltage operation at 12 or 24 volts DC for broad system compatibility
• Electric bolt mechanism delivers a positive mechanical lock point
• Designed for commercial and institutional access control applications
• Single-unit packaging suitable for individual door installations

Compatibility

Designed as an OEM-style electric bolt lock for commercial access control systems operating on 12-volt or 24-volt DC power supplies.

Installation Notes

Installation should be performed by a licensed locksmith or qualified low-voltage access control technician in accordance with local building and electrical codes. Disconnect power to the access control panel before wiring or mounting the lock. Verify that the door frame and door prep dimensions match the lock body and bolt projection before final mounting. Do not apply AC voltage to this device - confirm DC polarity and voltage at the terminals prior to energizing the circuit.