Best 9K30L15DS3626 9K Series Privacy Lever Lockset

Product Description

The BEST 9K30L15DS3626 is a privacy lever lockset from the 9K Series, designed for interior door applications where one-sided locking is required without a keyed entry. It features a 2-3/4 inch backset, a 15-style lever handle, and a D-style rose trim, finished in Satin Chrome. The lockset ships with an ANSI-standard strike plate. Licensed locksmiths, door hardware specialists, and facilities maintenance technicians are the typical installers. This hardware suits commercial and institutional environments where access control integrity and consistent finish aesthetics are priorities.

The 9K Series privacy lockset is suited for interior doors in commercial, institutional, and light industrial settings. Typical applications include office privacy rooms, restrooms, and similar spaces where a simple push-button or turn-button privacy lock function is needed. The Satin Chrome finish integrates with standard commercial hardware finish programs. The D rose configuration provides a clean, low-profile trim appearance consistent with institutional door hardware specifications.

Key Features

• Privacy function lever lockset — locks from the interior without a key
• 2-3/4 inch backset fits standard commercial door preparations
• 15-style lever design with D rose trim plate
• Satin Chrome finish for consistent commercial hardware aesthetics
• Includes ANSI-standard strike plate
• Sold as a single unit (EA)

Compatibility

Designed as an OEM-style replacement or new-installation privacy lever lockset for standard commercial door preparations accepting a 2-3/4 inch backset and ANSI strike configuration.

Installation Notes

Installation is performed by licensed locksmiths or qualified door hardware technicians. Verify door thickness and bore preparation conform to ANSI/BHMA standards before mounting. Ensure the door is fully closed and latched correctly before finalizing strike plate alignment. Do not force the lever or latch mechanism during installation, as this may damage internal components.