Page 35 - Fendercare Marine - The Book

33
Drawings and picture references are for illustration purposes only.
Fendering
Fixed Fender Systems
ØG
ØE ØD
ØF
T
H
ØG
N - ØC
ØE
Cone Fender
Cone fenders have the highest energy to reaction ratios
of any fender currently in use. The high efficiency of the
fender allows a smaller, less costly, rubber fender to be
installed. The durability of this fender is equal to the
popular cell fenders and exceeds the durability of most
unit or leg type fenders available.
Performance
Model
Rubber Grade
Weight
(
kg)
G4
G3
G2
G1
R
(
kN)
E
(
kN-m)
R
(
kN)
E
(
kN-m)
R
(
kN)
E
(
kN-m)
R
(
kN)
E
(
kN-m)
500
307
81.3
245
65
196
54.7
157
43.8
140
600
441
140
353
112
282
94.5
226
75.6
230
700
601
223
481
179
384
150
308
120
390
800
785
333
628
267
502
224
402
179
540
900
993
474
794
380
636
319
508
255
755
1000
1226
650
981
521
785
437
628
350
1020
1150
1621
989
1297
792
1038
665
830
532
1600
1200
1765
1124
1412
900
1130
756
904
605
1960
1300
2072
1428
1657
1144
1326
961
1061
769
2400
1400
2403
1784
1922
1429
1538
1200
1230
961
3060
1600
3139
2663
2511
2133
2009
1792
1607
1434
4600
Design deflection = 70%. Performance tolerance = ±10%.
All dimensions are in millimetres. Other sizes are available.
Model
H
øD
øE PCD
øF
øG PCD
T
N-øC
Bolt Size
500
500
750
675
425
325
25
4-30
M24
600
600
900
810
510
390
27
6-30
M24
700
700
1050
945
595
455
32
6-38
M30
800
800
1200
1080
680
520
36
6-44
M36
900
900
1350
1215
765
585
41
6-44
M36
1000
1000
1500
1350
850
650
45
6-50
M42
1150
1150
1725
1550
998
750
52
6-50
M42
1200
1200
1800
1620
1020
780
54
8-50
M42
1300
1300
1950
1755
1105
845
59
8-60
M48
1400
1400
2100
1890
1190
930
66
8-60
M48
1600
1600
2400
2160
1360
1060
72
8-70
M52
ØG ØF
H
ØG
N - ØC
ØE