SARGENT 10XG70 LL 26D LH Cylindrical Lever Locks, Electromechanical Fail Safe, Satin Chrome

Built for high-traffic, high-security openings, the SARGENT by ASSA ABLOY 10XG70 LL 26D LH electromechanical cylindrical lever lock combines uncompromising durability with energy-efficient electrified operation. This cylindrical lock exceeds ANSI/BHMA Grade 1 performance—by as much as 20x in some tests—and has completed UL verification at 20 million cycles, giving facility managers confidence in long service life and reduced maintenance for busy corridors, entryways, and secure rooms. The fail-safe electromechanical mechanism supports safe egress while integrating seamlessly with access control, surveillance and monitoring systems; EcoFlex technology delivers up to 92% energy savings for electrified functions, lowering ongoing operating costs. Finished in satin chrome for a clean commercial look and available in multiple mechanical and electromechanical functions, the 10XG70 is ideal for schools, hospitals, government buildings and commercial properties needing rugged, code-compliant security. Specify the 10XG70 when you need proven performance, energy-efficient electrification and reliable integration with your access control architecture—contact us to order or request a spec sheet for your next project.

• Deliver reliable, long-term security for high-traffic openings with durability that outperforms Grade 1 standards, reducing downtime and replacement costs
• Cut electrified-door energy use up to 92% with EcoFlex technology, lowering operational costs for access control systems
• Electromechanical fail-safe design ensures safe egress while providing dependable integration with access control, monitoring and surveillance systems
• Engineered for abuse resistance—20 million cycle UL verification and extreme torsion/impact resistance—so locks remain secure under heavy use
• Satin chrome finish and multiple lever options provide a professional aesthetic and flexible specification for commercial, institutional, and healthcare projects