Falcon Lock MA851B DN 626 24VDC Grade 1 Electrified Mortise Lock

Falcon MA851B DN 626 24VDC Grade 1 Electrified Mortise Lock is engineered for high performance in commercial environments such as offices, hospitals, and educational institutions. This robust mortise lock operates on 24VDC and features a fail-safe mechanism, ensuring reliable security and ease of access during emergencies. The lock is prepared for SFIC (Small Format Interchangeable Core) systems, allowing for hassle-free re-keying and compatibility with various SFIC products from other manufacturers. The MA851B showcases the sleek Dane lever design paired with a Napa escutcheon, finished in satin chrome (626/US26D) for a polished look that complements any modern décor. As a Grade 1 lock, it stands up to rigorous use, making it a dependable choice for high-traffic areas. Its construction involves durable brass or bronze materials, ensuring longevity and resilience. Installation is straightforward, catering specifically to commercial applications. The lock is designed to provide maximum security without compromising on functionality. With Falcon’s reputation for quality backed by Allegion, this electrified mortise lock is a smart investment for those seeking both security and aesthetic appeal. Designed to ship via UPS, it's ready to be part of your next security solution.

Grade 1 Electrified Mortise Lo

Electrified Mortise Lock, 24VDC, Fail Safe, SFIC Prep, Less Core, Dane Lever, Napa Escutcheon, Satin Chrome

The Falcon MA Series lock delivers high performance at an affordable cost for your office, hospital, education, or other commercial projects. One of Falcon's toughest and most dependable locks, the MA Series, provides security and is built to stand up to constant use without fail. The MA Series also makes retrofit easy with an interchangeable core that can be removed for quick, easy re-keying and is compatible with SFIC products from other manufacturers. Plus they're backed by one of the best names in the business - Allegion.

Provides security and is built to stand up to constant use without fail.