Sdc 1511SNCKV Single Door Nfpa Oshpd Electromagnetic Lock

Product Description

The SDC Security Door Controls 1511SNCKV is a single-door electromagnetic locking device engineered to meet NFPA and OSHPD requirements. It is designed for access control applications in life-safety and healthcare environments where code-compliant door hardware is mandatory. The 628 finish designation indicates an anodized aluminum surface treatment standard in commercial and institutional installations. Licensed locksmiths, security integrators, and credentialed door hardware specialists are the primary installers of this device.

The 1511SNCKV is suited for single-door configurations in healthcare facilities, hospitals, and commercial buildings subject to OSHPD jurisdiction or NFPA life-safety code compliance. Its design addresses the stringent hardware requirements of operating rooms, patient corridors, and secured access points where fail-safe electromagnetic locking is required by the authority having jurisdiction.

Key Features

• Meets NFPA life-safety code requirements for electromagnetic door locking
• OSHPD-compliant construction for use in California healthcare facilities
• Single-door configuration for straightforward access control integration
• 628 anodized aluminum finish for corrosion resistance and institutional aesthetics
• Sold as a single unit for individual door installations

Compatibility

Designed as an OEM-style electromagnetic lock for single-door access control applications in NFPA and OSHPD-regulated commercial and healthcare environments.

Installation Notes

Installation should be performed by a licensed locksmith or certified security systems integrator familiar with NFPA 101 life-safety and OSHPD hardware requirements. Disconnect all power to the access control circuit before mounting or wiring the device. Verify door frame alignment and armature plate seating prior to final electrical connection. Coordinate with the authority having jurisdiction to confirm compliance before placing the system in service.