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Multisec Modular Spreader Frames

SKU MULTI F 13

Capacity: up to 250000Kg

Price on application.

MultiSec Modular Spreader Frames are the ideal solution for a four-point lift when a modular spreader beam arrangement is unsuitable. They combine the innovative design of MultiSec Modular Spreader Beams and Corner Units to form a robust, versatile lifting frame.

Each frame assembly consists of four corner units and interchangeable struts to achieve your required lifting width and length. If you already have MultiSec Spreader Beams, corner units can be ordered to convert your existing lifting system to a four-point MultiSec Modular Lifting Frame. 

MultiSec Modular Spreader Frames are manufactured in accordance with the relevant standards for onshore and offshore uses.

Standard Range: Lift up to 250 tonnes, spans up to 16 meters.
Any sizes outside this usual range (including frames as small as 0.5m x 0.5m) are also available upon request as a bespoke product.

Designed and. manufactured in accordance with:

  • BS EN 13155:2003+A2:2009 Cranes – Safety – Non-fixed load lifting attachments
  • BS EN 1993-1-1:2005 Eurocode 3
  • EC Machinery Directive 2006/42/EC
  • LOLER:1998 (Lifting Operations and Lifting Equipment Regulations
  • PUWER: 1998 (Provision and Use of Work Equipment Regulations)
  • DNV-GL approval can be arranged upon request.

Price on application.

If the options here don't meet your requirements, we can customise your order.

Please give us a call on (021) 4885 311 or complete the quote request form.

Features

Cost effective – Only a small number of components are required to make up a variety of spans and configurations.

Versatile – MultiSec can be configured into virtually any lifting rig to enable the most complicated of structures to be lifted.

Storage – MultiSec can be dismantled and stored in a relatively small area saving valuable space.

Handling – MultiSec are able to be handled more easily than conventional fixed spreader beams.

Transport – MultiSec can be shipped in component form, therefore a smaller, more cost effective vehicle can be used for transportation.