In the construction and industrial sectors, safely lifting and moving heavy structural components like steel girders and girder beams is a critical task that requires specialised equipment and expertise. HES Cranes, a leading provider of lifting solutions in Australia, offers a comprehensive range of high-quality girder clamps and accessories designed to simplify these challenging operations while ensuring optimal safety and efficiency.
HES Cranes' girder clamps are engineered to provide secure and reliable attachment points for lifting and suspending steel girders, beams, and other structural members. Our clamps are designed with the following key features:
By incorporating these advanced features, HES Cranes' girder clamps provide a safe, efficient, and user-friendly solution for lifting and moving steel girders and beams in a wide range of construction and industrial applications.
When you choose HES Cranes for your girder lifting needs, you benefit from our extensive experience, technical expertise, and commitment to customer satisfaction. Here are just a few reasons why HES Cranes is the preferred supplier of girder clamps and lifting solutions in Australia:
When it comes to lifting and moving steel girders and beams, you need a supplier you can trust for quality products, expert advice, and outstanding service. That's exactly what you get when you partner with HES Cranes - Australia's leading provider of girder clamps and lifting solutions.
To learn more about how HES Cranes' girder clamps and lifting solutions can benefit your next construction or industrial project, reach out to our friendly and knowledgeable sales team today.
Don't leave the safety and efficiency of your structural lifting operations to chance. Choose HES Cranes for the best girder clamps and lifting solutions in Australia, and experience the difference of working with a true industry leader.
The terms "girder clamp" and "beam clamp" are often used interchangeably, as they both refer to devices used for lifting and suspending steel beams or girders. However, there can be some distinctions depending on the specific design and application:
Girder clamps are typically designed for use on large, heavy-duty structural members such as bridge girders, crane runway beams, or wide-flange I-beams. They often have a higher load capacity and a more robust construction to handle the increased forces and safety factors involved in these applications.
Beam clamps, on the other hand, may refer to a broader category of clamps used for lifting and suspending various types of beams, including smaller structural beams, rolled steel sections, or even timber beams. Beam clamps can encompass a wider range of designs, load capacities, and clamping mechanisms to suit different beam profiles and applications.
Despite these nuances, the terms are often used synonymously in practice, particularly when referring to clamps designed for lifting steel I-beams or H-beams. It's more important to focus on selecting a clamp with the appropriate load capacity, jaw opening, and gripping mechanism for your specific beam dimensions and lifting requirements.
HES Cranes' girder clamps are primarily designed for use on steel I-beams and H-beams with parallel flanges. The adjustable jaws of the clamp are shaped to securely grip the top and bottom flanges of these standard beam profiles. However, the versatility of girder clamps can be extended to other beam types with some considerations:
Wide-Flange Beams: Girder clamps can typically accommodate the broader flange dimensions of wide-flange I-beams, as long as the clamp's jaw opening and depth are sufficient to fully engage the flanges.
Universal Beams and Columns: Girder clamps can be used on universal beam (UB) and universal column (UC) profiles, which have similar parallel flange geometry to standard I-beams.
Tapered Flange Beams: Some girder clamps are designed with angled or swivelling jaws that can adapt to the tapered flanges of certain beam profiles. However, it's essential to consult with the clamp manufacturer or a lifting specialist to ensure compatibility and safe use.
Non-Standard Beam Profiles: For steel beams with unique or non-standard flange dimensions, such as custom fabricated girders or asymmetric profiles, specialised lifting clamps or custom-engineered solutions may be required. HES Cranes can work with you to develop tailored girder lifting solutions for these challenging applications.
It's crucial to always refer to the manufacturer's specifications and limitations for the specific girder clamp model you are using. Never exceed the clamp's rated load capacity or use it on beam profiles that are outside its designated range. If in doubt, consult with a qualified lifting engineer or the HES Cranes team for expert guidance.
To determine the Working Load Limit (WLL) of a girder clamp, consider the following factors:
Beam Dimensions: Check the clamp's specifications for the range of beam flange widths and thicknesses it can safely accommodate. Ensure your beam falls within this range, as using a clamp on an incompatible beam can compromise its load-bearing capacity and safety.
Clamp Configuration: Note whether you're using clamps individually or in pairs. The WLL for a single clamp may differ from the combined WLL of a pair used in tandem. Consult the manufacturer's guidelines for the specific configuration you're using.
Lifting Angle: The WLL is typically based on a vertical lift, with the load applied perpendicular to the beam. If lifting at an angle or in a non-vertical orientation, the effective WLL may be reduced due to increased stresses. Consult load charts or a lifting specialist to determine the appropriate WLL for angled or side-loading applications.
Safety Factor: Girder clamp WLLs incorporate a safety factor, usually 5:1 or higher, as per Australian Standard AS 4991. This accounts for variables like dynamic loading and wear.
Always select a clamp with a WLL exceeding your maximum anticipated load, including any dynamic factors. Consult with qualified professionals if unsure about WLL or clamp selection.
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