Dynalock 2522-DSM2-US13 Mini-Mag Electromagnetic Lock, 650lbs, Double Outswinging Door, Double Coil, Dark Satin Bronze

  • MPN: 2522 DSM2 US13
  • JMAC ID: 200316645
Each Dynalock 2522-DSM2-US13 electromagnetic lock is comprised of 3 basic components: a lock housing, an electromagnetic coil, and an armature. The coil and housing assembly mounts rigidly to the door frame while the armature mounts to the door in a manner that allows it to pivot slightly to compensate for door irregularities. When the door is closed and the lock is energized the armature is magnetically bonded to the lock face, thus securing the door without utilizing any moving parts.

The 2522-DSM2-US13 is designed for use on double outswinging doors and features a dark satin bronze finish. The unit is equipped with a door status switch which signals if a door is closed or ajar.


Also known as: 2522DSM2US13

Technical Specifications:
  • Series: DynaLock 2000 Series Maglocks
  • Finish: 617/US13
  • Finish Description: Darkened Oxidized Satin Bronze Bright Relieved CC


For more information about the Dynalock 2522 DSM2 US13, please contact us.
  • Double coil
  • Double outswinging door
  • Mounts to the underside of the frame header
  • Door status switch - signals if a door is closed or ajar
  • Dark satin bronze finish
  • Holding Force - 650 lbs. holding force provides for effective traffic control. Examples include interior office doors, clean room interlocks, tool cribs, and x-ray areas.
  • 4 Operating Voltages - 12 or 24 VDC or VAC for installation flexibility and to reduce stock.
  • Low Power Consumption conserves energy, reduces operating cost, and extends battery backup time.
  • A Totally Plated Coil and armature provides protection against corrosion.
  • No Residual Magnetism - The lock releases without delay when de-energized.
  • Narrow Backset - A thin lock section (1-1/4”) may mean the elimination of additional mounting brackets.
  • Built-In Spike Suppression protects other solid state components within the system from damage when the lock is de-energized.
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