6320 102 LH MORT LOCK 2.5 BS LESS CYLINDER
Mortise Hinges featuring a 6320 102 LH MORT LOCK 2.5 BS LESS CYLINDER trim is ideal for the home or apartment door. With a Narrow stile design and an Oil Rubbed Bronze finish, this Baldwin hinges is sure to match any decor.
The Baldwin 6320 102 LH lock offers a timeless style to your home. An outside escutcheon adds a layer of security and is available in white, black, oil rubbed bronze and antique brass color finishes. The deadbolt is reversible for left or right handed applications. The body and faceplates are crafted from solid bronze for ultimate durability and beauty. This product comes with a lifetime mechanical warranty and one year finish warranty.
The Baldwin 6320102L Oil Rubbed Bronze Left Handed Entrance and Apartment Mortise Lock with 2-1/2" Backset is ideal for residential use and features a durable construction for added security. It has a backset of 2-1/2" and a strike length of 9-1/16". The bolt throw is 1-15/16".
For residential or commercial applications, the Baldwin 6320-102 LH is designed to provide durability and security in an elegant package. The lock body and face plate are zinc alloy with a captivated pin tumbler; the inside is solid brass.
Baldwin Single Cylinder Left Handed Lever Mortise Lock with 2-1/2 Backset, Allows the lock to be locked and unlocked from the left side of the door, Black PVD Finish
Baldwin combines technology and innovation to create the world's most versatile entrance and apartment devices, which are found in buildings all over the world. They make different versions of apartment locks. This particular one is an Oil Rubbed Bronze Left Handed Entrance and Apartment Mortise Lock with 2-1/2" Backset from their 63209 suite of latch locking devices.
This Baldwin 2-1/2" Mortise Lock with LH Lever in Oil Rubbed Bronze is ideal for replacement on commercial or residential wood doors. Each lock is complete with all of the components necessary for a do-it-yourself installation. The faceplate is designed to support a latch and deadbolt, eliminating the need for additional hardware.