Schlage LV9456L-06L-626, Corridor With Deadbolt, Less Cylinder, 06 Lever, L Escutcheon, Vandlgard, Grade 1, Field Reversible, Satin Chrome Finish

The Schlage LV9456L-06L-626 is a Grade 1 corridor mortise lock with deadbolt designed for demanding commercial applications where security and durability matter most. Built with Vandlgard technology, the outside lever can be pushed down without retracting the latch, protecting the lock mechanism from abuse and vandalism. This configuration ships less cylinder, giving you the flexibility to key it into an existing system. It features the 06 lever paired with the L escutcheon trim and a field-reversible design for right- or left-hand doors. Finished in Satin Chrome (626), it offers a clean, professional look suited to schools, offices, hospitals, and other high-traffic corridors.

Features

• Corridor function with deadbolt for secure room control.
• Vandlgard design allows the outside lever to rotate freely under force, preventing mechanism damage.
• Ships less cylinder for easy integration into an existing keying system.
• 06 lever design with L escutcheon trim for a standard commercial appearance.
• Field-reversible handing accommodates both left- and right-hand door installations.
• Grade 1 certified for heavy-duty performance and long service life.
• Satin Chrome (626) finish provides a durable, corrosion-resistant surface.

Functional Details

The corridor with deadbolt function provides controlled access through a dedicated corridor door, combining latch and deadbolt operation for added security while maintaining convenient egress.

• Deadbolt thrown or retracted by key outside or thumbturn inside.
• Latchbolt retracted by lever either side when deadbolt is retracted.
• Outside lever is fixed. When outside lever is locked, latchbolt is retracted by key outside.
• Auxiliary latch deadlocks latchbolt when door is closed.

Arm Type Details

The Vandlgard feature protects the lock from abuse. When the outside lever is in the locked position, it rotates freely rather than binding the internal components, preventing damage from forced entry attempts while keeping the latch secure.