DynaLock 3000-RHR-LP-US28 Single Outswing Door, 1500 lb Capacity, Standard Size, Right Hand

Deliver reliable, code-compliant security where it matters most with the DynaLock 3000-RHR-LP-US28 magnetic lock. This DynaLock magnetic lock provides a 1500 lb holding force on a standard-size, right-hand single outswing door to secure commercial, industrial, and institutional openings without relying on moving parts. The low-power coil conserves energy and extends battery backup time—critical for access control and life-safety systems—while built-in spike suppression and no residual magnetism ensure clean, instant release during emergencies. Installers benefit from DynaLock’s FasTrak mounting system, narrow 1-0.5" backset, and field-reversible handing that speed deployment and reduce retrofit costs. Optional integrated door and lock status sensors allow remote monitoring and easy integration with surveillance and security monitoring platforms. Constructed with a plated, one-piece aluminum housing and backed by a lifetime warranty, the 3000-RHR-LP-US28 delivers long-term durability and performance. Ideal for high-security entrances, server rooms, and perimeter doors—order today or contact your integrator to specify this magnetic lock for your next access control project.

• Secures high-risk openings with 1500 lb holding force, giving facilities dependable protection for personnel and assets
• Low-power coil reduces energy costs and extends battery backup time for uninterrupted access control and life-safety systems
• FasTrak mounting and narrow backset speed installation and reduce need for additional brackets or filler plates, saving labor hours
• Optional integrated door and lock status sensors enable remote monitoring and seamless integration with security and surveillance systems
• One-piece, plated aluminum housing resists corrosion and tampering for durable performance in commercial, industrial, and institutional environments
• Field-reversible handing and universal design simplify on-site adjustments and reduce retrofit complexity