Design loads
Tare mass
T
kg
Payload
P
kg
Load contingency
CO
0 %
3 %
10 %
Rating
R
kg
Working Load Limit
WLLmin
tonnes
Number of slings
n
1
2
4
Maximum sling angle
ß
45 °
40 °
35 °
30 °
25 °
to vertical
Length between lugs
LL
mm
Width between lugs
LW
mm
Minimum sling length
SL
mm
Container length
CL
mm
Container width
CW
mm
Container height
CH
mm
Master link
WLL masterlink required
WLL
rqd
tonnes
WLL masterlink chosen
1,12
2
3,15
5,3
8
10
12,5
15
21,2
25
31,5
40
50
63
80
100
tonnes
size
Usage Factor
UF
MBL master link chosen
MBL
tonnes
Actual Factor Against Failure
FAF
Quad assembly
WLL quad assembly required
WLL
rqd
tonnes
WLL quad assembly chosen
WLL
chs
2,1
4,2
6,7
10
17
21,2
26,5
32
40
50
63
80
100
125
160
200
tonnes
size
Usage Factor
UF
MBL master link chosen
MBL
tonnes
Actual Factor Against Failure
FAF
Fore runner
Diam fore runner required
Dfr;r
18
20
22
26
28
32
36
40
44
48
52
56
mm
Usage Factor
UF
MBL fore runner chosen
MBL
tonnes
Actual Factor Against Failure
FAF
Reach Down Height quad
RDHquad
mm
Sling legs
Diam sling legs required
Dsl;r
18
20
22
24
26
28
32
36
40
44
48
52
56
60
mm
Usage Factor
UF
MBL sling leg chosen
MBL
tonnes
Actual Factor Against Failure
FAF
Shackles
WLL shackle required
WLL
rqd
tonnes
WLL shackle chosen
WLL
chs
0,5
0,7
1
1,5
2
3,2
4,7
6,5
8,5
9,5
12
13,5
17
25
35
42,5
55
85
120
180
tonnes
Pin Diam
d
mm
Inside Width
a
mm
Inside Length
c
mm
Pad-eyes
Resulting Sling Load
RSL
kN
Material
S235
S275
S355
S420
AISI 304
AISI 316
R
e;pl
N/mm
2
With cheek plates
Without cheek plates
Hole Diam (<1,06*Pin Diam)
D
H
mm
Padeye radius
H
mm
Plate thickness
t
p
mm
Cheek plate thickness
t
c
mm
Outer diameter of cheek plate
D
cheek
mm
Total thickness
t
mm
Filling grade Eye
FGEye
Filling grade Pin
FGpin
Shackle clearance
CL
mm
Contact stress
σ
cont
N/mm
2
Tear out stress
σ
tear
N/mm
2
F
mm
E
mm
L
mm