YLI MBK-280U U-Bracket for 280kg Magnetic Lock

YLI MBK-280U Mounting Bracket

The YLI MBK-280U U-Bracket provides a specialized mounting solution for frameless glass doors within professional access control environments. This hardware component facilitates the secure installation of 280kg electromagnetic locks on glass panels where traditional drilling is not feasible. The architecture of the unit utilizes a high-strength aluminum alloy. It ensures long-term structural integrity and resistance to mechanical fatigue. Consequently, this bracket serves as a critical interface between the magnetic lock armature and the glass substrate.

Key Features

• Structural Composition
  The unit consists of high-strength aluminum with a sandblast finish for enhanced corrosion resistance and durability.

• Glass Thickness Compatibility

  • Supports glass panels with a thickness between 10mm and 15mm.
  • Includes internal rubber gaskets to prevent direct metal-to-glass contact.

• Simplified Installation
  The U-shape design allows for a clamp-on installation that requires no specialized glass cutting or drilling.

• Load Rating Specifications

  • Static holding force capacity of 280kg.
  • Compatible with YM-280 series magnetic locks.

Specifications

What’s in the Box

• 1 x MBK-280U U-Bracket
• Rubber Mounting Gaskets
• Installation Hex Screws
• Technical Installation Guide

Why Choose This Hardware

• The anodized aluminum finish provides a non-reflective surface that resists environmental oxidation in humid conditions.
• Internal clamping mechanisms include protective layers to mitigate stress fractures during the tightening process.
• Additionally, the low-profile design ensures minimal visual impact on modern glass office partitions.
• The assembly maintains a clean profile while meeting the rigorous demands of commercial security infrastructure.
• Therefore, it provides a stable platform that resists the torque generated by the electromagnetic field.
• This component ensures the alignment between the armature plate and the lock body remains within technical tolerances.