G 80 ALLOY CHAIN SLINGS Next: (continued)  
CHAIN
ALLOY GRADE 80
GRADE 80 ALLOY 
SINGLE 
DOUBLE LEG
TRIPLE AND QUAD LEG
CHAIN
LEG
90 
60 
45 
30 
60 
45 
30 
(in.)
(mm)
DEGREES    DEGREES    DEGREES    DEGREES    DEGREES    DEGREES    DEGREES
7/32
6
2100
3600
3000
2100
5450
4450
3150
9/32
7
3500
6100
4900
3500
9100
7400
5200
5/16
8
4500
7800
6400
4500
11700
9500
6800
3/8
10
7100
12300
10000
7100
18400
15100
10600
1/2
13
12000
20800
17000
12000
31200
25500
18000
5/8
16
18100
31300
25600
18100
47000
38400
27100
3/4
20
28300
49000
40000
28300
73500
60000
42400
7/8
22
34200
59200
48400
34200
88900
72500
51300
1
26
47700
82600
67400
47700
123900
101200
71500
1 1/4
32
72300
125200
102200
72300
187800
153400
108400
7
TO MAKE YOUR ALLOY GRADE 80 CHAIN SLING
Follow these simple steps in making a sling assembly.
Select components, assemble chain and components.
Affix sling identification tag to sling. The tag is available
Determine the maximum load to be lifted by the sling.
from West Coast Wire Rope.   The tag should be stamped
with size chain, reach, type sling.  Working Load Limit at a
Choose the type of sling assembly suited for the shape of
a specific angle of lift, and identifying number for record
the load and the size of the sling assembly for the load to
keeping.
be lifted.  The decision must take into account the angle of
the sling legs in multileg slings.
If measurement comes in the link, cut the following link.
For two leg type count the links and use an even number
Determine the overall reach for bearing point of master link
for clevis hooks and an odd number for eye hooks.  This
to bearing point on hook.
will position hooks in the same plane,  In multileg slings
always use the same number of links in each leg.
133