double door magnetic lock

Description

Double door magnetic lock include Manual, Armature Plate & Mounting Hardware For Basic Out-swing Applications
In-Swing applications of this maglock require brackets available above

Components:

• Electromagnet: Mounted on the door frame, it generates the magnetic field when energized.
• Armature Plate: Attached to the door, it is attracted to the electromagnet when the lock is engaged.
• Access Control System: This provides the electrical signal to activate or deactivate the electromagnet, often through a keypad, card reader, or remote release.

How it works:

1. 1. Locking:

   When the access control system authorizes access, it sends a signal to the electromagnet, which creates a magnetic field.

2. 2. Attraction:

   This magnetic field attracts the armature plate, holding the door securely closed.

3. 3. Unlocking:

   To open the door, the access control system deactivates the electromagnet, releasing the magnetic field and allowing the door to swing open.

Benefits:

• High Security:

  Maglocks are known for their strong holding force, making them difficult to bypass.

• Fail-Safe Design:

  Many maglocks are designed to fail open (unlock) in the event of a power failure, allowing for emergency egress.

• Durability:

  They have few moving parts, making them reliable and less prone to mechanical failure.

• Versatility:

  Maglocks can be used on various door types, including wooden, glass, metal, and fireproof doors.

Key Features:

• Holding Force:

  Measured in pounds (lbs) or kilograms (kg), indicating the strength of the magnetic bond.

• Dual Voltage:

  Some models can operate on either 12VDC or 24VDC, providing flexibility in installation.

• Signal Output:

  Some maglocks offer signal output (NO/NC/COM) for monitoring and integration with security systems.

• Built-in Features: Some include features like anti-residual magnetism and adjustable locking time