Hager 3410 26D Arc Grade 1 Passage Cylindrical Lock

Product Description

The HAGER 3410 26D ARC is a Grade 1 passage cylindrical lock designed for non-keyed, free-passage applications in commercial and residential settings. It features the Archer lever style mounted on a rose trim and is finished in Satin Chrome (26D). Grade 1 is the highest ANSI/BHMA durability classification for cylindrical locks, making this hardware appropriate for high-traffic doors where reliability and cycle-count performance matter. Licensed contractors and commercial finish carpenters are the typical installers for this hardware type.

This lock is suited for interior passage doors that require no locking function - corridors, conference rooms, storage rooms, and similar applications where the door must latch but remain freely operable from both sides at all times. The Archer lever provides an ADA-compliant lever profile compatible with standard commercial door prep. The Satin Chrome finish coordinates with common commercial hardware schedules calling for a 26D specification finish.

Key Features

• ANSI/BHMA Grade 1 rating for heavy commercial duty and high-cycle performance
• Passage function - non-keyed, no locking mechanism, free egress from both sides
• Archer lever design on rose trim for a clean, low-profile appearance
• Satin Chrome (26D) finish for corrosion resistance and finish-schedule compatibility
• Cylindrical lock body fits standard door prep without special machining

Compatibility

Designed as an OEM-style replacement or new-installation cylindrical passage lock for standard commercial and residential door preparations consistent with ANSI A115 cylindrical lock boring specifications.

Installation Notes

Installation is performed by a licensed locksmith, commercial door hardware installer, or qualified finish carpenter. Verify door thickness and backset measurement before installation to confirm compatibility with the lock body. Follow ANSI A115 door prep standards for cylindrical lock boring and latch faceplate mortise dimensions. Do not force the lever or spindle during assembly, as this can damage the internal mechanism.