Multilegged Slings

These slings are formed by two and more identical pieces of Webbing placed side by side terminated at each end of fittings common to all pieces. Hooks, master links and auxiliary links are manufactured from quenched and tempered steel alloy. It is available in a choice of two, three or four leg versions and is attached with a metal component for effective usage. These slings are directly stitched directly to the metal components. These attachments provide for the efficient handling of loads with permanent lifting points. Endless type bridle slings allow for the rotation of the fittings resulting in an infinite number of attachment and load contact point. Do not place the load carrying splice in a connection point to the load or in the lifting mechanism.


Working Load Limits For Multi- Legged Slings Are Based On The Following

• Even load weight distribution an all legs.
  
  
• The legs must be of the same length, if the load is to hang level. If the load is rigged and not all the legs are sharing the load, the assembly design factor is reduced.
  
  
• All bridle legs are used at the same horizontal angle. If the condition of the lift vary from those above, the work load limit must be re-calculated.

These slings are formed by two and more identical pieces of Webbing placed side by side terminated at each end of fittings common to all pieces. Hooks, master links and auxiliary links are manufactured from quenched and tempered steel alloy. It is available in a choice of two, three or four leg versions and is attached with a metal component for effective usage. These slings are directly stitched directly to the metal components. These attachments provide for the efficient handling of loads with permanent lifting points. Endless type bridle slings allow for the rotation of the fittings resulting in an infinite number of attachment and load contact point. Do not place the load carrying splice in a connection point to the load or in the lifting mechanism.


Working Load Limits For Multi- Legged Slings Are Based On The Following

• Even load weight distribution an all legs.
  
  
• The legs must be of the same length, if the load is to hang level. If the load is rigged and not all the legs are sharing the load, the assembly design factor is reduced.
  
  
• All bridle legs are used at the same horizontal angle. If the condition of the lift vary from those above, the work load limit must be re-calculated.

These slings are formed by two and more identical pieces of Webbing placed side by side terminated at each end of fittings common to all pieces. Hooks, master links and auxiliary links are manufactured from quenched and tempered steel alloy. It is available in a choice of two, three or four leg versions and is attached with a metal component for effective usage. These slings are directly stitched directly to the metal components. These attachments provide for the efficient handling of loads with permanent lifting points. Endless type bridle slings allow for the rotation of the fittings resulting in an infinite number of attachment and load contact point. Do not place the load carrying splice in a connection point to the load or in the lifting mechanism.


Working Load Limits For Multi- Legged Slings Are Based On The Following

• Even load weight distribution an all legs.
  
  
• The legs must be of the same length, if the load is to hang level. If the load is rigged and not all the legs are sharing the load, the assembly design factor is reduced.
  
  
• All bridle legs are used at the same horizontal angle. If the condition of the lift vary from those above, the work load limit must be re-calculated.

Widely used to transfer material from one floor to another with great safety. It is to be installed with wall support at the one side and rest 3 sides can be used for loading & unloading purpose.

Range: 

UDL Capacity available up to 500Kg-1000Kg.Platform size is maximum 1000x1000/1200x1200mm
and lift height is available up to 6 Mtr.