LIFTING GUIDE

Spreader Beam Capacity Chart

Typical WLL and span guide for Multisec modular spreader beams.

Modular spreader beam diagram showing span, shackles and lifting points

A spreader beam capacity chart shows the typical Working Load Limit and maximum span for different spreader beam models.

It helps engineers and lifting professionals compare beam sizes, identify a suitable modular spreader beam configuration and understand how WLL, span and sling arrangement affect beam selection.

Final beam selection should always be confirmed against the approved configuration, sling arrangement and certified engineering calculations.

01 / Capacity Chart

Modular Spreader Beam Capacity Chart

Compare typical maximum WLL and maximum span across the Multisec modular spreader beam range.

ModelMax WLLMax SpanBest For
Multi-1313T7.75mCompact heavy lifts
Multi-2525T9.25mGeneral fabrication
Multi-5050T12mOffshore & industrial
Multi-7575T15mLarger structures
Multi-110110T18mOffshore wind
Multi-170170T19.5mCritical lifts
Multi-250250T22mHeavy lift projects
This chart is a guide only. Final beam selection must be confirmed against the approved configuration, sling arrangement and certified engineering calculations.
02 / How to Use

How to Use a Spreader Beam Capacity Chart

To use a spreader beam capacity chart, first identify the required Working Load Limit, then compare the available span for each model.

Start with the Load Weight

The required WLL should exceed the total load, including the lifted item and any rigging used in the lifting arrangement.

Check the Required Span

Span is the distance between lifting points. As span increases, the available capacity of many spreader beam systems can reduce.

Review Sling Angles

Sling angle directly affects the forces within the lifting system. Final selection should account for the approved sling arrangement.

03 / Selection Factors

Choosing the Right Spreader Beam Capacity

Capacity is only one part of beam selection. The final configuration should also consider load geometry, lifting points, headroom, environment and project requirements.

Spreader Beam vs Lifting Beam Capacity

Spreader beams work primarily in compression and are typically used where there is sufficient headroom. They help control sling angles and maintain load stability during lifting.

Lifting beams are more commonly used where headroom is restricted, with the load suspended from a central lifting point beneath the beam.

Read Spreader Beam vs Lifting Beam
Technical Support

Need Help Selecting a Spreader Beam?

Speak to the Multisec team for guidance on selecting the correct beam, span and configuration for your lifting project.

Speak to an Engineer
Multisec
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