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  • Universal Beam Clamp
  • Universal Beam Clamp
  • Universal Beam Clamp
  • Universal Beam Clamp
  • Universal Beam Clamp
  • Universal Beam Clamp

Universal Beam Clamp

No.1504

The H-Lift Universal Beam Clamp (BCU Type) is a premium, no-drill anchor designed for lifting, pulling, or suspending loads from overhead I-beams. It functions as a versatile semi-permanent anchor point that handles angled loading, eliminating the need for spreader beams.

  • Multi-Angle Lifting: Designed to be loaded at any angle, retaining 100% capacity within 15 degrees from the centerline.
  • Wide Compatibility: Threaded spindle mechanism quickly adjusts to securely fit a wide range of I-beam and H-beam flanges.
  • Low-Headroom Design: Integrated suspension bar allows close-coupled installation of hoists in restricted spaces.
  • No-Drill Installation: Provides a highly secure, repositionable anchor without welding or beam modification.
  • Technical Data

  • Safe Use of Beam Clamp

Universal Beam Clamp
*Multi-Directional: Designed to accept loads at any angle, unlike standard vertical clamps.

Product Features

  • Multi-Directional Loading: Unlike standard beam clamps that are limited to vertical lifting only, this Universal Beam Clamp is designed to accept loads at any angle (side loading), making it versatile for complex rigging plans.
  • Hinged Suspension Eye: Features a uniquely designed hinged suspension eye that automatically aligns with the load direction, reducing stress on the clamp jaws and ensuring stability.
  • Low Headroom Design: The integrated suspension point is positioned close to the beam flange, providing maximum headroom for lifting in confined spaces.
  • Wide Adjustable Range: The threaded spindle mechanism allows for quick adjustments to fit a broad range of I-beam and H-beam flange widths (up to 405mm on the wide model).
  • Secure Grip: Equipped with a screw-locking mechanism that ensures the clamp stays firmly attached to the beam, even when subjected to side loads or vibration.
Why Choose BCU?
Versatility: One clamp handles both vertical lifting and side pulling.
Safety at Angles: Specifically engineered to handle side forces safely where standard clamps would slip.
Cost Effective: Eliminates the need for spreader beams in many angled pull applications.

Technical Specifications

*Refer to the diagram above to identify dimensions A through G in the table below.
Item No. Capacity Proof Load Beam Width Range Dimensions (mm) Net Weight Product Code
A B C D E F G
(t) (kN) (mm) - - - - - - - (kg)
BCU020S 2 39.2 125-204 450 203 22.5 Ø58 32.5 118 16 8.3 150402000
BCU032S 3.2 62.7 125-204 550 237 30 Ø60 32 133 20 14.5 150403200
BCU050S 5 98.0 125-305 615 270 37.5 Ø75 32 157 24 26.4 150405000
BCU100S 10 196.0 125-305 615 270 35 Ø80 32 225 44 38.0 150410001
BCU100W 10 196.0 225-405 700 298 38 Ø80 70 230 44 46.3 150410002

What is a Beam Clamp?

A beam clamp is a lifting accessory designed to attach to the flange of a steel beam (I-beam or H-beam) to create a semi-permanent lifting point. It serves as an anchor for hoists, pulleys, or other lifting devices. Proper selection and use are critical to ensure the safety of the load and the integrity of the beam structure.

Safety Guidelines

Always

  • Store and handle beam clamps correctly in a clean, dry place.
  • Inspect beam clamps and accessories before every use.
  • Ensure the supporting structure (beam) is adequate for the full load imposed.
  • Check the clamp is the correct profile and size for the beam width and seats correctly on the flange.
  • Ensure the clamp is rated strong enough for the load.
  • Position the clamp directly over the center of gravity of the load.

Never

  • Use unidentified or uncertified clamps for lifting applications.
  • Replace bolts, shackles, or pins without consulting the supplier.
  • Throw or drop beam clamps.
  • Use clamps on damaged or distorted beams.
  • Force or wedge lifting hooks into the attachment eye/shackle.
  • Obliquely load beam clamps without authorization (side loading can cause slippage).

Selection & Operation Guide

Selecting the Correct Clamp

Beam clamps vary in capacity and design (adjustable/non-adjustable, scissor, screw, or bolt action). Consider:

  • Type of clamp mechanism.
  • Capacity relative to the load.
  • Beam flange width range.
  • Suitability for temporary vs. permanent application.

NOTE: Most beam clamps are intended for overhead suspension. Consult the supplier if attaching to the load itself.

Using Beam Clamps Safely

Ensure the lifting appliance (hoist) is compatible with the clamp. The load must not swing, as this imposes dangerous oblique loading. If using two clamps in tandem (e.g., with a spreader beam), ensure neither clamp exceeds its Safe Working Load (SWL).

In-service Inspection

Regularly clean and lubricate moving parts. Inspect for wear, distortion, cracks, insecure bolts, corrosion, or illegible markings. If defects are found, refer the clamp to a Competent Person immediately.

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