The Maxx Beam Clamp provides a solid fixing to steel construction without the need for welding or drilling. It is recommended to always use 2 beam clamps per fixing.
Steel S235JR
| Part No. | A (mm) | Type | G | L (mm) | B (mm) | B2 (mm) | H (mm) | s (mm) | Lm1 (mm) | Fa,z (N) | Pack 1 |
|---|---|---|---|---|---|---|---|---|---|---|---|
| DMC6589109 | 10-25 | IP80 | M12 | 107 | 135 | 82 | 162 | 10.0 | 74 | 8,100* | - |
| DMC6589100 | 10-25 | IP100/120 | M12 | 117 | 173 | 101 | 190 | 10.0 | 70 | 8,100* | - |
The Maxx Beam Clamp provides a solid fixing to steel construction, allowing for the secure attachment of support profiles to I-beams and girders without the need for welding or drilling.
It preserves the structural integrity of the primary steelwork and avoids the need for costly hot-works permits or on-site drilling, significantly speeding up the installation of rail fixing systems.
For a safe and balanced installation, it is mandatory to always use 2 beam clamps per fixing, ensuring the load is distributed evenly across both sides of the beam flange.
The clamp is manufactured from high-grade Steel S235JR, providing the high tensile strength and durability required for heavy-duty industrial applications.
Yes, it is hot dip galvanized, offering a thick protective zinc layer that meets the rigorous demands of steel construction and outdoor industrial exposure.
It is primarily used in industrial construction and rail fixing, specifically for suspending heavy-duty Maxx profiles and secondary structural frames from existing steel beams.
Absolutely. Because it is a mechanical clamping solution, it allows for easy repositioning and adjustment of the support system along the beam before final tightening.
Yes, it is purpose-built to interface with Maxx heavy-duty profiles, creating a modular connection that bridges the gap between primary steel and MEP supports.
Yes, Hira Walraven provides BIM objects for the Maxx range. We can share material-based models that engineers and draftsmen can use to build their own assemblies, or fully assembled models that can be directly placed into project files.
Safe working loads are established through standardized Testing methods, ensuring the connection meets the highest global benchmarks for safety in heavy-duty structural applications.
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