Don-jo CW26410B Wrap Around Double Lock Oil Rubbed Bronze

Product Description

The DON-JO CW26410B is a classic wrap around plate designed for double lock combination locksets on 1-3/4 inch doors. It accommodates a 2-1/8 inch bore and a 1-1/2 inch cross bore with a 4 inch center-to-center spacing and a 2-3/8 inch backset. Finished in oil rubbed bronze, this wrap around reinforces the door face around the lockset area, resisting forced entry attempts and protecting door material from wear. It is installed by locksmiths, door hardware technicians, and general contractors during new construction or hardware replacement work.

This wrap around plate fits residential and light commercial door applications where a double lock combination lockset is used. It is suited for wood and hollow metal doors measuring 1-3/4 inches thick. The oil rubbed bronze finish coordinates with matching door hardware in period-style or transitional interior and exterior applications. The plate dimensions of 9.7 inches in length and 4.3 inches in width provide adequate coverage around standard prep cutouts.

Key Features

• Fits double lock combination locksets with 2-1/8 inch and 1-1/2 inch bore holes
• 4 inch center-to-center hole spacing with 2-3/8 inch backset
• Designed for 1-3/4 inch door thickness
• Oil rubbed bronze finish for corrosion resistance and aesthetic coordination
• Reinforces door face to resist lockset pull-through and forced entry
• Sold individually as a single unit

Compatibility

Designed as an OEM-style replacement or new-installation wrap around for double lock combination locksets requiring a 4 inch center, 2-3/8 inch backset, and 1-3/4 inch door preparation.

Installation Notes

Installation is performed by a licensed locksmith or qualified door hardware technician. Remove all existing lockset hardware before fitting the wrap around plate to the door face. Confirm bore hole dimensions and backset measurement match the plate before fastening. Follow applicable building codes for door hardware reinforcement in commercial applications.