Dynalock 2511TJ-DSM Mini-Mag Electromagnetic Lock, 650lbs, Single Inswinging Door, Single Coil, Satin Aluminum
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MPN: 2511TJ DSM
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JMAC ID: 200316627
The DYNALOCK-2511TJ-DSM is an electromagnetic lock for a single, in-swinging door with a Door Status Switch that alerts users when a door is open or closed.
The 2511TJ-DSM has a single, plated coil that protects against corrosion and ensures optimal, long-lasting performance. The DYNALOCK-2511TJ-DSM is field selectable at 12 or 24 VDC/VAC, has a 650-pound holding force, and mounts directly to the face of the frame header. When energized, the maglock releases without any delay.
Also known as: 2511TJDSM
For more information about the Dynalock 2511TJ DSM, please contact us.
The 2511TJ-DSM has a single, plated coil that protects against corrosion and ensures optimal, long-lasting performance. The DYNALOCK-2511TJ-DSM is field selectable at 12 or 24 VDC/VAC, has a 650-pound holding force, and mounts directly to the face of the frame header. When energized, the maglock releases without any delay.
Also known as: 2511TJDSM
Technical Specifications:
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For more information about the Dynalock 2511TJ DSM, please contact us.
- A Totally Plated Coil and armature provides protection against corrosion.
- Low Power Consumption conserves energy, reduces operating cost, and extends battery backup time.
- Built-In Spike Suppression protects other solid state components within the system from damage when the lock is de-energized.
- Single inswinging door
- Single coil
- Mounts to the face of the frame header
- Door status switch - signals if a door is closed or ajar
- Satin aluminum 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.
- Narrow Backset - A thin lock section (1-1/4”) may mean the elimination of additional mounting brackets.
- No Residual Magnetism - The lock releases without delay when de-energized.