Sdc 1562ITC Concealed Lock Door Hardware

Product Description

The SDC 1562ITC is a concealed lock designed for door hardware applications in commercial and institutional settings. Concealed locks integrate within the door or frame, keeping the locking mechanism hidden from view while providing secure latching and release functionality. This type of hardware is typically specified on aluminum-frame glass doors, storefront entries, and interior access control doors. Licensed locksmiths, door hardware installers, and commercial finish carpenters are the trades most commonly involved in supply and installation of this hardware category.

The 1562ITC is suited for use in commercial door assemblies where a clean, unobtrusive appearance is required. Concealed locks of this type are common on single and paired aluminum doors in office buildings, retail storefronts, and institutional facilities. Specific compatible door frames or system families should be confirmed against SDC product documentation prior to procurement.

Key Features

• Concealed lock design keeps the mechanism hidden within the door or frame
• Suitable for commercial and institutional door hardware applications
• Single-unit package for straightforward procurement and installation
• ITC designation indicates integrated trim configuration for coordinated hardware sets

Compatibility

Designed as an OEM-style concealed lock for commercial door assemblies. Verify door preparation dimensions and frame specifications against SDC technical documentation to confirm fitment before installation.

Installation Notes

Installation should be performed by a licensed locksmith or qualified door hardware technician familiar with commercial lockset requirements. Disengage all power to any electrified door hardware and confirm the door is secured in a safe position before beginning work. Refer to local building codes and the applicable provisions of ANSI and BHMA standards for door hardware installation requirements. Do not force components during installation, as improper seating can compromise locking function and security performance.