Sdc - Security Door Controls 1091AIWDY Electric Strike Lock

Product Description

The SDC - SECURITY DOOR CONTROLS 1091AIWDY is an electric strike lock rated for operation at 12 or 24 volts DC. It delivers a 335-pound withdrawal force, making it a robust access control hardware component for door frame installations. Licensed locksmiths, access control technicians, and commercial door hardware installers work with this unit in new construction and retrofit applications. The dual-voltage design allows compatibility with a range of access control panels and power supplies without requiring a dedicated single-voltage supply.

This electric strike is suited for commercial and light industrial door applications where controlled entry and exit are required. It is typically installed in hollow metal or aluminum door frames paired with access control systems, keypads, card readers, or intercoms. The 335-pound withdrawal force rating positions it for medium-duty door hardware environments where reliable electric release is a priority.

Key Features

• Dual-voltage operation at 12 volts DC or 24 volts DC for flexible integration with existing access control panels
• 335-pound withdrawal force for medium-duty commercial door security
• Electric strike design allows fail-secure or fail-safe access control configurations depending on system setup
• Sold as a single unit, suitable for individual door installations

Compatibility

Designed as an OEM-style replacement or new-installation electric strike for commercial door access control systems operating on 12 or 24 volts DC.

Installation Notes

Installation should be performed by a licensed locksmith or certified access control technician in accordance with applicable local building codes. Disconnect and de-energize the access control power supply before beginning any wiring or mechanical work. Verify that the door frame dimensions and latchbolt geometry match the strike before finalizing the rough opening preparation. Consult the manufacturer wiring diagram to confirm fail-safe or fail-secure configuration before energizing the system.