Poynting MBK-1 magneetmontageset voor MIMO-3-serie antennes

Mounting a MIMO-3 series antenna on a vehicle or metal surface often means drilling holes or using permanent brackets. The Poynting MBK-1 magnetic mounting kit eliminates that hassle. It lets you attach your Poynting MIMO-3-V2 or MIMO-3-15 antenna securely to any ferrous metal surface in seconds, without tools or damage.

Who is it for

This kit is ideal for installers, fleet managers, and field technicians who need a temporary or movable antenna setup. Whether you're testing signal coverage, deploying a vehicle antenna for a short-term project, or need to reposition an antenna frequently, the MBK-1 provides a reliable, non-permanent mounting solution. It's also great for industrial applications where drilling is not permitted or desired.

Main features

• Strong magnetic hold: three high-strength magnets keep the antenna firmly in place, even on vertical surfaces or at highway speeds.
• Easy screw-on attachment: uses the existing threaded holes on the antenna base—no modifications required.
• Non-permanent installation: remove or reposition the antenna in moments without leaving marks or holes.
• Durable construction: magnets and screws are corrosion-resistant, suitable for outdoor use.
• Versatile compatibility: designed for Poynting MIMO-3 series antennas, including MIMO-3-V2 and MIMO-3-15.

Specifications

• Product type: Magnetic mounting kit
• Compatible antennas: Poynting MIMO-3 series (e.g., MIMO-3-V2, MIMO-3-15)
• Number of magnets: 3
• Magnet type: High-strength
• Mounting surface: Ferrous metallic surfaces
• Attachment method: Screw-on (uses existing holes on antenna base)
• Material: Magnets, metal screws
• Colour: Black
• Corrosion resistance: Yes
• Included components: 3x magnetic bases, mounting screws
• Application: Temporary installations, vehicle mounting, industrial
• Environmental rating: Suitable for outdoor environments

Tips

Ensure the mounting surface is clean and free of debris before attaching the magnets for maximum hold. For best performance, position the antenna away from large metal obstructions that could interfere with signal reception.