Functions of Spreader Beam

Given the regularity with which spreader beams are used on-site, many are familiar with the functional and structural distinctions between spreader beams and barely lifting beams. Here are few lesser-known facts about Spreader Beam.                                                                                                        

Modular spreader beams provide the very convenient portability –

While lifting beams need significant space for shipping and storage, a telescopic shaft may reach 40′ while requiring no more than 23′. In contrast to a modular beam constructed of four middle parts (struts), your optimum length requires just ten feet of space. This means that although a standard vehicle may carry your spreader, a large flatbed is necessary to convey the lifting beam and telescoping boom. The capacity of a beam is limited.

Spreader beams made of modular components are possibly being placed in any configuration. A square or rectangular pattern –

Specific projects need many pick-up locations spread across an extensive range, typically requiring two cranes or a series of spreader beams stacked one on top of the other, using massive amounts of headroom. Modular spreaders may be constructed in this configuration, dubbed a CMOD, which needs just one overhead heaving point and requires much less headroom.

On average, spreader beams are three to four times lighter and smaller than steel lifting beams–

Spreader beams constructed to withstand compressive pressures rather than bending forces need much less space to build, but are also more vulnerable to abuse. Attempting to increase the number of pick spots in the middle of the beam is a common abuse.

Spreader beams minimize the danger of the load being damaged –

Spreader beams may serve to protect a load from harm by allowing for accurate sling angle adjustment.

Modular spreader beams are designed for versatility-

Various struts lengths and configurations are available, and a single beam may be changed on-site to multiple sizes with simple equipment. For example, a 40′ shaft rated for 50 tonnes in its standard form may be converted into the following beam lengths: 3′, 4′, 5’… 38′, 39′, and 40′ bolts using just a wrench and a torque wrench. 

Conclusion 

Spreader bars and lifting beam have many similarities. Both types of rigging equipment are used in conjunction with overhead lifts to carry goods. Both are “below-the-hook” lifting mechanisms that stabilise and support loads, and both are used to maintain slings parallel to the horizon while in motion. Techmine Solutions is your next one-stop solution when you search for a spreader beam. You may reach them via: https://www.techmine.com.au/.