Selecting a hook
Simply select an option from each dropdown menu to proceed.
This configurator is designed to assist you in making an informed decision when selecting the appropriate
chain sling for your application.
Select Hook Type
A lower-end fitting is connected to the end of each leg of the chain
sling. Typically, these fittings are hooks, which allow the chain assembly
to lift objects. Common types of hooks and their corresponding letters
include:
-
S = Sling hook
-
G = Grab hook
-
F = Foundry hook
-
J = J-hook
Each hook type has a specific function. Grab hooks, with their narrow
throats, are used to shorten or secure a chain in tie-down applications
and load-rated lifting slings. Foundry hooks have a wide, deep
throat. As the name suggests, they are designed for foundry work, fitting
trunnions and handles on molds or castings. Sling hooks, are versatile lifting hooks designed for
general-purpose lifting applications.
Hook Choice 1
Hook Choice 2
Hook Choice 3
Hook Choice 4
Selecting the length
All chain slings are measured from the load-bearing point at the top,
where the crane hook sits on the master link, to the load-bearing point at
the bottom, where the load rests in the hook. This measurement, often
referred to as "from where the load sits in the bottom hook to the top
underside of the master link," defines the chain sling’s reach when it is
pulled taut.
Select Length
Length chart graphic
Selecting the Size (Link Diameter)
The link diameter in chain slings refers to the thickness of the
individual chain links. This diameter is crucial as it determines the
strength and load capacity of the sling. Larger diameters generally
indicate a higher load-bearing capacity, making the sling suitable for
heavier lifting applications.
Selecting the appropriate link diameter for a chain sling involves
considering the weight of the load, the type of lift, and the working
environment. The weight of the load dictates the required strength, with
heavier loads necessitating thicker diameters. Additionally, the type of
lift, whether it’s a straight lift or one requiring more flexibility, can
influence the choice. Environmental factors such as exposure to chemicals,
extreme temperatures, or abrasive conditions also play a role, as certain
diameters and materials are better suited to withstand these elements.
Consulting load charts and industry standards can help ensure the selected
link diameter provides the necessary strength and safety for the intended
application.
Select Size (Link Diameter)
Link Image 9/32"
Link Image 1/2"
Link Image 3/8"
