YGCH Type Rubber Fender - NSG Engenharia, Projetos e

YGCH Type Rubber Fender
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YGCH Super Cell Rubber Fender Features
1. High E/R.H(energy absorption/reaction force. product height) Value Compare with general cell rubber fenders,
YGCH super cell rubber fenders have 15% higher E/R.H value. The general cell rubber fender has 0.375~0.385
E/R.H, while the super one has 0.43~0.44 normally.
For Instance
E/R.H
Specifications
Rated Deflection%
Reaction Force
Energy absorption
YGCH1250
52.5
696
382
0.439
G1250
47.5
695.5
333.5
0.384
YGCH2000
52.5
1780
1564
0.439
G2000
47.5
1746.2
1334.2
0.382
2. More Reasonable Structure
Compare with normal rubber fender, YGCH super cell rubber is more reasonable in the structure design. A
smooth joint is adopted between the fender buffer and flange to reduce the stress concentration in fender bottom
during the deflection, which result in more reasonable force dispersion, furthermore the deflection value of the
fender is increased to 52.5% from the normal 47.5%
3. YGCH super cell rubber fender has the same installation bolt pitch and bolt holes with the general rubber
fender.
4. Minor affection in angular berthing.
NSG Engenharia, Projetos e Representação Comercial Ltda.
Rua Visconde de Inhaúma 134, Grupo 405
20091-007 Centro, Rio de Janeiro, Brasil
Tel: +55 21 22339169
email: [email protected]
website: www.nsg.eng.br
Page 1 of 176
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Specifications
Specifications
H
h
D1
D2
n- .. d
MD
h1
L
YGCH400
400
25
550
650
4- .. 30
22
10
270
YGCH500
500
25
550
650
4- .. 32
24
12
300
YGCH63
630
30
700
840
4- .. 39
30
14
330
YGCH800
800
30
900
1050
6- .. 40
32
14
360
YGCH1000
1000
35
1100
1300
6- .. 47
39
18
430
YGCH1150
1150
40
1300
1500
6- .. 50
42
22
500
YGCH1250
1250
45
1450
1650
6- .. 53
45
22
500
YGCH1450
1450
47
1650
1850
6- .. 61
52
26
570
YGCH1600
1600
50
1800
2000
8- .. 61
52
28
570
YGCH1700
1700
55
1900
2100
8- .. 66
56
30
620
YGCH2000
2000
55
2000
2200
8- .. 74
64
32
700
YGCH2250
2250
60
2300
2550
10- .. 74
64
36
700
YGCH2500
2500
70
2700
2950
10- .. 74
64
38
700
YGCH3000
3000
75
3150
3350
12- .. 90
76
40
800
(mm)
NSG Engenharia, Projetos e Representação Comercial Ltda.
Rua Visconde de Inhaúma 134, Grupo 405
20091-007 Centro, Rio de Janeiro, Brasil
Tel: +55 21 22339169
email: [email protected]
website: www.nsg.eng.br
Page 2 of 176
1. YGCH400 Rubber Fender
(1) Specifications
Reference Weight: 78kg
(2) Location of bolt holes
Unit: mm
NSG Engenharia, Projetos e Representação Comercial Ltda.
Rua Visconde de Inhaúma 134, Grupo 405
20091-007 Centro, Rio de Janeiro, Brasil
Tel: +55 21 22339169
email: [email protected]
website: www.nsg.eng.br
Page 3 of 176
(3) Performance
Rated Compression Deflection 52.5%
Type
Max. Compression Deflection 55%
Reaction Force
Energy Absorption
Reaction Force
Energy Absorption
Super high Reaction Force (RE)
110
19
125
21
Super high Reaction Force (RS)
96
17
112
18
High Reaction Force (RH)
83
14
97
15
Standard Reaction Force (RO)
64
11
75
12
Low Reaction Force (RL)
51
9
59
9.5
Note: 1. Fenders in different reaction force are available upon request.
2. Performance tolerance: ±10%
Reaction Force KN
Energy Absorption KN-M
(4) Performance Curve
Deflection %
NSG Engenharia, Projetos e Representação Comercial Ltda.
Rua Visconde de Inhaúma 134, Grupo 405
20091-007 Centro, Rio de Janeiro, Brasil
Tel: +55 21 22339169
email: [email protected]
website: www.nsg.eng.br
Page 4 of 176
1. YGCH 500 Rubber fender
(1) Specifications
Reference Weight: 110 kg
(2) Location of bolt holes
NSG Engenharia, Projetos e Representação Comercial Ltda.
Rua Visconde de Inhaúma 134, Grupo 405
20091-007 Centro, Rio de Janeiro, Brasil
Tel: +55 21 22339169
email: [email protected]
website: www.nsg.eng.br
Page 5 of 176
(3) Performance
Rated Compression Deflection 52.5%
Type
Max. Compression Deflection 55%
Reaction Force
Energy Absorption
Reaction Force
Energy Absorption
Super high Reaction Force (RE)
182
40
210
43
Super high Reaction Force (RS)
162
36
187
38
High Reaction Force (RH)
140
30
160
32
Standard Reaction Force (RO)
108
23
125
25
Low Reaction Force (RL)
86
18
99
19
Note: 1. Fenders in different reaction force are available upon request.
2. Performance tolerance: ±10%
Reaction Force KN
Energy Absorption KN-M
(4) Performance Curve
Deflection %
NSG Engenharia, Projetos e Representação Comercial Ltda.
Rua Visconde de Inhaúma 134, Grupo 405
20091-007 Centro, Rio de Janeiro, Brasil
Tel: +55 21 22339169
email: [email protected]
website: www.nsg.eng.br
Page 6 of 176
1. YGCH 630 Rubber fender
(1) Specifications
Reference Weight: 230kg
(2) Location of bolt holes
Unit: mm
NSG Engenharia, Projetos e Representação Comercial Ltda.
Rua Visconde de Inhaúma 134, Grupo 405
20091-007 Centro, Rio de Janeiro, Brasil
Tel: +55 21 22339169
email: [email protected]
website: www.nsg.eng.br
Page 7 of 176
(3) Performance
Rated Compression Deflection 52.5%
Type
Max. Compression Deflection 55%
Reaction Force
Energy Absorption
Reaction Force
Energy Absorption
Super high Reaction Force (RE)
290
80
309
85
Super high Reaction Force (RS)
258
72
274
76
High Reaction Force (RH)
224
62
237
67
Standard Reaction Force (RO)
172
47
182
50
Low Reaction Force (RL)
138
38
147
40
Note: 1. Fenders in different reaction force are available upon request.
2. Performance tolerance: ±10%
Reaction Force KN
Energy Absorption KN-M
(4) Performance Curve
Deflection %
NSG Engenharia, Projetos e Representação Comercial Ltda.
Rua Visconde de Inhaúma 134, Grupo 405
20091-007 Centro, Rio de Janeiro, Brasil
Tel: +55 21 22339169
email: [email protected]
website: www.nsg.eng.br
Page 8 of 176
1. YGCH 800 Rubber fender
(1) Specifications
Reference Weight: 410kg
(2) Location of bolt holes
Unit: mm
NSG Engenharia, Projetos e Representação Comercial Ltda.
Rua Visconde de Inhaúma 134, Grupo 405
20091-007 Centro, Rio de Janeiro, Brasil
Tel: +55 21 22339169
email: [email protected]
website: www.nsg.eng.br
Page 9 of 176
(3) Performance
Rated Compression Deflection 52.5%
Type
Max. Compression Deflection 55%
Reaction Force
Energy Absorption
Reaction Force
Energy Absorption
Super high Reaction Force (RE)
464
163
493
173
Super high Reaction Force (RS)
412
145
437
153
High Reaction Force (RH)
355
125
378
132
Standard Reaction Force (RO)
275
96
292
102
Low Reaction Force (RL)
211
75
225
78
Note: 1. Fenders in different reaction force are available upon request.
2. Performance tolerance: ±10%
Reaction Force KN
Energy Absorption KN-M
(4) Performance Curve
Deflection %
NSG Engenharia, Projetos e Representação Comercial Ltda.
Rua Visconde de Inhaúma 134, Grupo 405
20091-007 Centro, Rio de Janeiro, Brasil
Tel: +55 21 22339169
email: [email protected]
website: www.nsg.eng.br
Page 10 of 176
1. YGCH 1000 Rubber fender
(1) Specifications
Reference Weight: 820kg
(2) Location of bolt holes
Unit: mm
NSG Engenharia, Projetos e Representação Comercial Ltda.
Rua Visconde de Inhaúma 134, Grupo 405
20091-007 Centro, Rio de Janeiro, Brasil
Tel: +55 21 22339169
email: [email protected]
website: www.nsg.eng.br
Page 11 of 176
(3) Performance
Rated Compression Deflection 52.5%
Max. Compression Deflection 55%
Type
Reaction Force
Energy Absorption
Reaction Force
Energy Absorption
Super high Reaction Force (RE)
737
324
784
343
Super high Reaction Force (RS)
655
287
696
304
High Reaction Force (RH)
567
249
603
264
Standard Reaction Force (RO)
436
191
463
203
Low Reaction Force (RL)
349
153
372
163
Note: 1. Fenders in different reaction force are available upon request.
2. Performance tolerance: ±10%
Reaction Force KN
Energy Absorption KN-M
(4) Performance Curve
Deflection %
NSG Engenharia, Projetos e Representação Comercial Ltda.
Rua Visconde de Inhaúma 134, Grupo 405
20091-007 Centro, Rio de Janeiro, Brasil
Tel: +55 21 22339169
email: [email protected]
website: www.nsg.eng.br
Page 12 of 176
1. YGCH 1150 Rubber fender
(1) Specifications
Reference Weight: 1215kg
(2) Location of bolt holes
Unit: mm
NSG Engenharia, Projetos e Representação Comercial Ltda.
Rua Visconde de Inhaúma 134, Grupo 405
20091-007 Centro, Rio de Janeiro, Brasil
Tel: +55 21 22339169
email: [email protected]
website: www.nsg.eng.br
Page 13 of 176
(3) Performance
Rated Compression Deflection 52.5%
Type
Max. Compression Deflection 55%
Reaction Force
Energy Absorption
Reaction Force
Energy Absorption
Super high Reaction Force (RE)
975
492
1037
521
Super high Reaction Force (RS)
865
437
920
463
High Reaction Force (RH)
750
379
798
401
Standard Reaction Force (RO)
578
291
614
309
Low Reaction Force (RL)
462
233
491
247
Note: 1. Fenders in different reaction force are available upon request.
2. Performance tolerance: ±10%
Reaction Force KN
Energy Absorption KN-M
(4) Performance Curve
Deflection %
NSG Engenharia, Projetos e Representação Comercial Ltda.
Rua Visconde de Inhaúma 134, Grupo 405
20091-007 Centro, Rio de Janeiro, Brasil
Tel: +55 21 22339169
email: [email protected]
website: www.nsg.eng.br
Page 14 of 176
1. YGCH 1250 Rubber fender
(1) Specifications
Reference Weight: 1490 kg
(2) Location of bolt holes
Unit: mm
NSG Engenharia, Projetos e Representação Comercial Ltda.
Rua Visconde de Inhaúma 134, Grupo 405
20091-007 Centro, Rio de Janeiro, Brasil
Tel: +55 21 22339169
email: [email protected]
website: www.nsg.eng.br
Page 15 of 176
(3) Performance
Rated Compression Deflection 52.5%
Type
Max. Compression Deflection 55%
Reaction Force
Energy Absorption
Reaction Force
Energy Absorption
Super high Reaction Force (RE)
1153
632
1225
669
Super high Reaction Force (RS)
1022
561
1087
594
High Reaction Force (RH)
886
486
942
516
Standard Reaction Force (RO)
682
374
725
396
Low Reaction Force (RL)
546
299
581
316
Note: 1. Fenders in different reaction force are available upon request.
2. Performance tolerance: ±10%
Reaction Force KN
Energy Absorption KN-M
(4) Performance Curve
Deflection %
NSG Engenharia, Projetos e Representação Comercial Ltda.
Rua Visconde de Inhaúma 134, Grupo 405
20091-007 Centro, Rio de Janeiro, Brasil
Tel: +55 21 22339169
email: [email protected]
website: www.nsg.eng.br
Page 16 of 176
1. YGCH 1450 Rubber fender
(1) Specifications
Reference Weight: 2330kg
(2) Location of bolt holes
Unit: mm
NSG Engenharia, Projetos e Representação Comercial Ltda.
Rua Visconde de Inhaúma 134, Grupo 405
20091-007 Centro, Rio de Janeiro, Brasil
Tel: +55 21 22339169
email: [email protected]
website: www.nsg.eng.br
Page 17 of 176
(3) Performance
Rated Compression Deflection 52.5%
Type
Max. Compression Deflection 55%
Reaction Force
Energy Absorption
Reaction Force
Energy Absorption
Super high Reaction Force (RE)
1551
987
1649
1045
Super high Reaction Force (RS)
1376
876
1464
928
High Reaction Force (RH)
1193
760
1269
804
Standard Reaction Force (RO)
918
585
976
619
Low Reaction Force (RL)
735
468
781
495
Note: 1. Fenders in different reaction force are available upon request.
2. Performance tolerance: ±10%
Reaction Force KN
Energy Absorption KN-M
(4) Performance Curve
Deflection %
NSG Engenharia, Projetos e Representação Comercial Ltda.
Rua Visconde de Inhaúma 134, Grupo 405
20091-007 Centro, Rio de Janeiro, Brasil
Tel: +55 21 22339169
email: [email protected]
website: www.nsg.eng.br
Page 18 of 176
1. YGCH 1600 Rubber fender
(1) Specifications
Reference Weight: 3020kg
(2) Location of bolt holes
Unit: mm
NSG Engenharia, Projetos e Representação Comercial Ltda.
Rua Visconde de Inhaúma 134, Grupo 405
20091-007 Centro, Rio de Janeiro, Brasil
Tel: +55 21 22339169
email: [email protected]
website: www.nsg.eng.br
Page 19 of 176
(3) Performance
Rated Compression Deflection 52.5%
Type
Max. Compression Deflection 55%
Reaction Force
Energy Absorption
Reaction Force
Energy Absorption
Super high Reaction Force (RE)
1888
1326
2007
1405
Super high Reaction Force (RS)
1676
1177
1781
1247
High Reaction Force (RH)
1453
1020
1544
1080
Standard Reaction Force (RO)
1117
786
1189
832
Low Reaction Force (RL)
894
628
950
665
Note: 1. Fenders in different reaction force are available upon request.
2. Performance tolerance: ±10%
Reaction Force KN
Energy Absorption KN-M
(4) Performance Curve
Deflection %
NSG Engenharia, Projetos e Representação Comercial Ltda.
Rua Visconde de Inhaúma 134, Grupo 405
20091-007 Centro, Rio de Janeiro, Brasil
Tel: +55 21 22339169
email: [email protected]
website: www.nsg.eng.br
Page 20 of 176
1. YGCH 1700 Rubber fender
(1) Specifications
Reference Weight: 3730kg
(2) Location of bolt holes
Unit: mm
NSG Engenharia, Projetos e Representação Comercial Ltda.
Rua Visconde de Inhaúma 134, Grupo 405
20091-007 Centro, Rio de Janeiro, Brasil
Tel: +55 21 22339169
email: [email protected]
website: www.nsg.eng.br
Page 21 of 176
(3) Performance
Rated Compression Deflection 52.5%
Type
Max. Compression Deflection 55%
Reaction Force
Energy Absorption
Reaction Force
Energy Absorption
Super high Reaction Force (RE)
2131
1591
2266
1685
Super high Reaction Force (RS)
1892
1413
2012
1495
High Reaction Force (RH)
1640
1224
1743
1300
Standard Reaction Force (RO)
1262
941
1342
997
Low Reaction Force (RL)
1009
753
1073
798
Note: 1. Fenders in different reaction force are available upon request.
2. Performance tolerance: ±10%
Reaction Force KN
Energy Absorption KN-M
(4) Performance Curve
Deflection %
NSG Engenharia, Projetos e Representação Comercial Ltda.
Rua Visconde de Inhaúma 134, Grupo 405
20091-007 Centro, Rio de Janeiro, Brasil
Tel: +55 21 22339169
email: [email protected]
website: www.nsg.eng.br
Page 22 of 176
1. YGCH 20000 Rubber fender
(1) Specifications
Reference Weight: 5260kg
(2) Location of bolt holes
Unit: mm
NSG Engenharia, Projetos e Representação Comercial Ltda.
Rua Visconde de Inhaúma 134, Grupo 405
20091-007 Centro, Rio de Janeiro, Brasil
Tel: +55 21 22339169
email: [email protected]
website: www.nsg.eng.br
Page 23 of 176
(3) Performance
Rated Compression Deflection 52.5%
Type
Max. Compression Deflection 55%
Reaction Force
Energy Absorption
Reaction Force
Energy Absorption
Super high Reaction Force (RE)
2941
2591
3136
2743
Super high Reaction Force (RS)
2619
2300
2783
2435
High Reaction Force (RH)
2270
1994
2413
2111
Standard Reaction Force (RO)
1746
1534
1856
1624
Low Reaction Force (RL)
1398
1227
1485
1299
Note: 1. Fenders in different reaction force are available upon request.
2. Performance tolerance: ±10%
Reaction Force KN
Energy Absorption KN-M
(4) Performance Curve
Deflection %
NSG Engenharia, Projetos e Representação Comercial Ltda.
Rua Visconde de Inhaúma 134, Grupo 405
20091-007 Centro, Rio de Janeiro, Brasil
Tel: +55 21 22339169
email: [email protected]
website: www.nsg.eng.br
Page 24 of 176
1. YGCH 2250 Rubber fender
(1) Specifications
Reference Weight: 7450kg
(2) Location of bolt holes
Unit: mm
NSG Engenharia, Projetos e Representação Comercial Ltda.
Rua Visconde de Inhaúma 134, Grupo 405
20091-007 Centro, Rio de Janeiro, Brasil
Tel: +55 21 22339169
email: [email protected]
website: www.nsg.eng.br
Page 25 of 176
(3) Performance
Rated Compression Deflection 52.5%
Type
Max. Compression Deflection 55%
Reaction Force
Energy Absorption
Reaction Force
Energy Absorption
Super high Reaction Force (RE)
4145
4095
4406
4337
Super high Reaction Force (RS)
3679
3628
3911
3848
High Reaction Force (RH)
3188
3150
3390
3336
Standard Reaction Force (RO)
2454
2424
2607
2566
Low Reaction Force (RL)
2085
2060
2216
2180
Note: 1. Fenders in different reaction force are available upon request.
2. Performance tolerance: ±10%
Reaction Force KN
Energy Absorption KN-M
(4) Performance Curve
Deflection %
NSG Engenharia, Projetos e Representação Comercial Ltda.
Rua Visconde de Inhaúma 134, Grupo 405
20091-007 Centro, Rio de Janeiro, Brasil
Tel: +55 21 22339169
email: [email protected]
website: www.nsg.eng.br
Page 26 of 176
1. YGCH 2500 Rubber fender
(1) Specifications
Reference Weight: 10750kg
(2) Location of bolt holes
Unit: mm
NSG Engenharia, Projetos e Representação Comercial Ltda.
Rua Visconde de Inhaúma 134, Grupo 405
20091-007 Centro, Rio de Janeiro, Brasil
Tel: +55 21 22339169
email: [email protected]
website: www.nsg.eng.br
Page 27 of 176
(3) Performance
Rated Compression Deflection 52.5%
Type
Max. Compression Deflection 55%
Reaction Force
Energy Absorption
Reaction Force
Energy Absorption
Super high Reaction Force (RE)
5118
5618
5441
5949
Super high Reaction Force (RS)
4543
4987
4829
5280
High Reaction Force (RH)
3937
4322
4182
4576
Standard Reaction Force (RO)
3028
3325
3220
3520
Low Reaction Force (RL)
2574
2826
2737
2992
Note: 1. Fenders in different reaction force are available upon request.
2. Performance tolerance: ±10%
Reaction Force KN
Energy Absorption KN-M
(4) Performance Curve
Deflection %
NSG Engenharia, Projetos e Representação Comercial Ltda.
Rua Visconde de Inhaúma 134, Grupo 405
20091-007 Centro, Rio de Janeiro, Brasil
Tel: +55 21 22339169
email: [email protected]
website: www.nsg.eng.br
Page 28 of 176
1. YGCH 3000 Rubber fender
(1) Specifications
Reference Weight: 18600kg
(2) Location of bolt holes
Unit: mm
NSG Engenharia, Projetos e Representação Comercial Ltda.
Rua Visconde de Inhaúma 134, Grupo 405
20091-007 Centro, Rio de Janeiro, Brasil
Tel: +55 21 22339169
email: [email protected]
website: www.nsg.eng.br
Page 29 of 176
(3) Performance
Rated Compression Deflection 52.5%
Type
Max. Compression Deflection 55%
Reaction Force
Energy Absorption
Reaction Force
Energy Absorption
High Reaction Force (RH)
5687
7456
6619
7521
Standard Reaction Force (RO)
4314
5676
5099
6028
Low Reaction Force (RL)
3677
4897
4217
5193
Note: 1. Fenders in different reaction force are available upon request.
2. Performance tolerance: ±10%
Reaction Force KN
Energy Absorption KN-M
(4) Performance Curve
Deflection %
NSG Engenharia, Projetos e Representação Comercial Ltda.
Rua Visconde de Inhaúma 134, Grupo 405
20091-007 Centro, Rio de Janeiro, Brasil
Tel: +55 21 22339169
email: [email protected]
website: www.nsg.eng.br
Page 30 of 176
Table of Angular compression performance
3°
Angle
Max Deflection %
52.5
Type
Specification
400
500
630
800
1000
1150
1250
1450
1600
1700
2000
2250
2500
Reaction Force
120
201
296
472
752
995
1175
1581
1926
2174
3010
4228
5220
Energy Absorption
19.2
40
80
162
321
488
627
979
1315
1578
2571
4063
5572
Reaction Force
107
179
263
420
667
883
1043
1404
1710
1929
2672
3753
4633
Energy Absorption
16.6
35.4
71
143
285
434
556
869
1167
1401
2281
3606
4945
93
154
227
362
578
766
904
1216
1482
1673
2315
3252
4015
6354
14.3
30
62.5
123
247
376
482
753
1013
1214
1978
3125
4287
7044
72
120
175
280
445
589
696
937
1140
1287
1781
2502
3089
4895
11.1
23.3
46.8
95
190
289
372
580
779
935
1521
2404
3298
5646
Reaction Force
57
95
141
215
356
471
557
749
912
1030
1425
2127
2626
4048
Energy Absorption
8.8
17.7
37.7
72
151
230
297
463
622
747
1217
2043
2803
4864
Performance
RE
RS
RH
RO
RL
YGCH YGCH YGCH YGCH YGCH YGCH YGCH YGCH YGCH YGCH YGCH YGCH YGCH YGCH
Reaction Force
Energy Absorption
Reaction Force
Energy Absorption
5°
Angle
Max Deflection %
Type
RS
RH
RO
RL
50.8
Specification
YGCH YGCH YGCH YGCH YGCH YGCH YGCH YGCH YGCH YGCH YGCH YGCH YGCH YGCH
400
500
630
800
1000
1150
1250
1450
1600
1700
2000
2250
2500
Reaction Force
117
196
288
459
731
976
1143
1538
1837
2115
2927
4112
5077
Energy Absorption
18.3
38.1
76
154
306
465
597
932
1253
1502
2446
3867
5305
Reaction Force
104
175
256
409
649
859
1014
1364
1663
1876
2598
3649
4506
Energy Absorption
15.8
33.7
67
137
270
413
530
827
1112
1333
2172
3433
4708
91
149
221
352
563
744
880
1183
1441
1627
2251
3163
3906
6175
13.6
28.5
59.5
118
235
358
460
718
963
1155
1882
2974
4080
6706
70
117
170
273
433
573
677
911
1109
1251
1732
2434
3005
4757
10.5
22.2
44.6
91
181
276
354
552
741
889
1448
2288
3139
5375
Reaction Force
55
92
137
209
346
458
541
729
887
1001
1386
2069
2553
3934
Energy Absorption
8.4
16.9
35.8
70
145
219
283
441
593
712
1158
1946
2668
4630
Performance
RE
3000
Reaction Force
Energy Absorption
Reaction Force
Energy Absorption
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Page 31 of 176
3000
Table of Angular compression performance
8°
Angle
Max Deflection %
48.3
Type
Specification
YGCH YGCH YGCH YGCH YGCH YGCH YGCH YGCH YGCH YGCH YGCH YGCH YGCH YGCH
400
500
630
800
1000
1150
1250
1450
1600
1700
2000
2250
2500
3000
Reaction Force
115
194
285
455
724
958
1131
1522
1854
2093
2897
4071
5026
Energy Absorption
17.1
35.7
71
144
286
436
560
874
1174
11409
2294
3627
4974
Reaction Force
103
173
253
404
643
856
1005
1352
1646
1858
2572
3613
4460
Energy Absorption
14.8
31.6
63
128
255
387
497
775
1043
1251
2036
3219
4415
90
148
219
349
557
737
871
1171
1426
1610
228
3132
3866
6092
12.8
26.8
55.8
110
221
335
430
672
904
1084
1765
2790
3827
6290
Reaction Force
69
115
168
270
428
567
670
901
1097
1239
1715
2409
2974
4693
Energy Absorption
9.9
20.8
41.8
85
170
259
331
517
695
835
1357
2147
2944
5041
Reaction Force
55
91
135
207
343
454
536
721
878
992
1372
2047
2528
3881
Energy Absorption
7.8
15.8
33.6
65
136
206
265
413
556
668
1087
1824
2503
4343
Performance
RE
RS
RH
RO
RL
Reaction Force
Energy Absorption
10°
Angle
Max Deflection %
Type
Specification
RS
RH
RO
RL
YGCH YGCH YGCH YGCH YGCH YGCH YGCH YGCH YGCH YGCH YGCH YGCH YGCH YGCH
400
500
630
800
1000
1150
1250
1450
1600
1700
2000
2250
2500
Reaction Force
113
189
297
445
708
935
1105
1487
1811
2044
2830
3975
4908
Energy Absorption
16.5
34.4
69
138
275
420
539
841
1130
1356
2208
3490
4787
Reaction Force
101
169
247
395
627
830
981
1319
1607
1815
2512
3529
4356
Energy Absorption
14.2
30.4
61
123
245
372
478
747
1004
1203
1959
3097
4253
88
144
214
340
544
720
850
1144
1393
1573
2177
3058
3776
5971
12.3
25.7
53.7
106
213
323
414
647
869
1043
1699
2685
3682
6053
Reaction Force
68
113
164
263
419
554
654
881
1072
1210
1667
2353
2905
4600
Energy Absorption
9.5
20
40.2
82
164
249
319
497
669
802
1307
2065
2832
4851
Reaction Force
53
89
133
202
335
443
524
704
857
968
1339
1999
2469
3805
Energy Absorption
7.6
15.2
32.3
63
130
199
255
398
535
642
1045
1755
2408
4179
Performance
RE
46.7
Reaction Force
Energy Absorption
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Page 32 of 176
3000
Installation Figure
Compound System
7. Cell Type buffer
7. Cell Type buffer
2. Pre-built-in Anchor Bolt & Nut
1. U ring
6. Connector
5. Face Pad
5. Face Pad
4. Front Panel
4. Front Panel
3. Rubber spring chain
Main Accessories and Applications
No.
Description
Applications
Material
1
Pre-built in U ring
holding chains
Q235Painted, Q235 Hot-galv.
2
Pre-built-in Bolt & Nut
Fasten fenders onto dock
Stainless steel, Q235 Hot-galv.
Chains (Including
1. Limit fender deflection while fender local part under strain
tensile chain, weight
2. Support the front panel in avoid of sagging
chain & shear chain
3. Prevent fender system from shear deflection
3
Reduce surface pressure in avoid of damage of the fender &
Q235 hot-galv.
15Mn or 20Mn hot-galv. Rubber
4
Front Panel
5
Face Pad
Reduce friction coefficient to protect hull
UHMW-PE
6
Connector
Connect the fender & Front panel and Face Pad
Stainless steel, Q235 Hot-galv.
7
Buffer
Absorb ship impact energy to protect dock and vessels
Rubber, Q235
vessels
Q235 painted
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Page 33 of 176
Pre-built-in Parts
No.
Name
1
Bolt
2
Pre-built nut
3
4
5
Material
Qty
Foot rod
Foot board
Q235 Hot-galv.
1Cr13(2Cr13)1Cr18Ni9Ti,
0Cr17Ni12MO2
1Cr13(2Cr13)
1Cr18Ni9Ti
0Cr17Ni12MO2
Q235
Q235
1
1
Washer
Q235 Hot-galv.
1
1
1
Specifications
Pre-built
nut
Bolt
Specifications
D
H
Foot
board
Foot rod
Washer
J
S
a
b
e
T
L
ØG
m
N
n
P
Q
U
V
R
YGCH400
M22 15
65
55
70
95
32
6~10
270
75
50
22
81
24
52
5
25
15
YGCH500
M24 17
70
55
75
100
36
6~10
300
75
60
22
83
25
53
5
28
15
YGCH630
M30 19
75
60
75
105
38
8~12
330
85
65
20
110
33
72
5
34
15
YGCH800
M33 23
85
70
85
120
42
8~12
360
85
70
25
117
35
77
5
36
15
YGCH1000
M39 26
95
75
85
125
49
8~12
430
95
80
26
148
40
102
6
43
25
YGCH1150
M42 26
100
80
85
125
55
12~16
500
105
85
28
151
43
102
6
46
25
YGCH1250
M45 30
110
90
95
140
59
12~16
500
125
90
31
153
45
102
6
49
30
YGCH1450
M52 35
120
95
100
150
69
12~16
570
135
100
31
158
50
102
6
56
30
YGCH1600
M52 35
120
95
100
150
69
12~16
570
140
100
34
158
50
102
6
56
30
YGCH1700
M56 35
135
110
105
165
75
16~20
620
140
110
40
165
55
102
8
63
30
YGCH2000
M64 40
150
125
125
190
79
16~20
700
150
116
38
165
58
102
8
70
40
YGCH2250
M64 40
150
125
125
190
79
16~20
700
150
120
43
195
60
127
8
70
40
YGCH2500
M64 40
170
125
125
190
79
16~20
700
175
125
50
202
65
127
10
70
50
YGCH3000
M76 50
190
145
135
210
95
20~24
800
175
140
55
207
70
102
10
84
50
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Page 34 of 176
Fastening Bolt for Front Panel
No.
Parts
Material
Q235 Hot-galv.
1
1Cr13(2Cr13)1Cr18Ni9Ti,
Bolt
0Cr17Ni12MO2
1Cr13(2Cr13)
2
Nut
1Cr18Ni9Ti
0Cr17Ni12MO2
3
Specifications
 Bolt
 nut
Washer
Q235 Hot-galv.
 Washer
D
J
S
H
T
Ød
E
t
A
B
R
r
h
YGCH400
M22
75
55
15
20
25
24
18
76
50
15
2.5
5
YGCH500
M24
80
55
17
22
28
25
18
78
60
15
2.5
5
YGCH630
M30
90
55
19
24
34
33
20
105
65
15
2.5
5
YGCH800
M33
100
60
23
28
37
35
25
112
70
15
2.5
5
YGCH1000
M39
115
65
26
32
43
40
26
142
80
25
3.0
6
YGCH1150
M42
125
70
26
32
46
43
28
145
85
25
3.0
6
YGCH1250
M45
130
75
30
38
49
45
31
147
90
30
3.0
6
YGCH1450
M52
145
85
35
45
56
50
31
152
100
30
3.0
6
YGCH1600
M52
145
85
35
45
56
50
31
152
100
30
3.0
6
YGCH1700
M56
160
90
35
45
63
55
38
157
110
30
4.0
8
YGCH2000
M64
170
95
40
51
70
58
40
160
116
40
4.0
8
YGCH2250
M64
170
95
40
51
70
60
43
187
120
40
4.0
8
YGCH2500
M64
190
95
40
51
70
65
50
192
125
50
5.0
10
YGCH3000
M76
215
110
50
64
84
70
55
172
140
50
5.0
10
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Page 35 of 176
Connection Accessories between Front Panel and Face Pad
No.
Parts
Material
Q235 Hot-galv.
1Cr13(2Cr13)1Cr18Ni9Ti,
1
Bolt
0Cr17Ni12MO2
1Cr13(2Cr13)
2
1Cr18Ni9Ti
Nut
0Cr17Ni12MO2
3
Item


Bolt
Washer
Q235 Hot-galv.

nut
Washer
D
J
S
H
h
a
e
D
G
d1
d
t
M16
16
45
40
10
20
11
28
16
36
32
17.5
2.5
M20
20
45
40
12
20
11
32
20
40
46
22
2.5
Name
U ring & Chains Specifications
1. Structure and Size of Pre-built-in U-Ring
Size
R
L
Ød
ØG
T
UA
R70
600
Ø40
100
30
UB
R80
650
Ø50
110
30
UC
R90
730
Ø55
120
30
Ud
R100
780
Ø60
140
30
Ue
R105
830
Ø65
150
36
Uf
R115
880
Ø70
160
36
Type
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Page 36 of 176
2. Structure and specifications of Rubber Spring chain
No.
1
2
4
5
6
Shackle
Ring
Spiral Button
Rubber spring block
Shackle
Q235Hot-galv.
Q235Hot-galv.
15Mn or 20Mn
15Mn or 20Mn
Q235 Hot-galv.
Q235 Hot-galv.
Rubber
Q235 Hot-galv.
Type
Hot-galv.
Hot-galv.
XHL1
M28
Ø28
Ø36
M36
100 × 100 × 150
Ø 36
XHL2
M36
Ø30
Ø36
M36
100 × 100 × 150
Ø 36
XHL3
M40
Ø32
Ø42
M42
100 × 100 × 150
Ø 42
XHL4
M42
Ø36
Ø48
M48
150 × 150 × 200
Ø 48
XHL5
M50
Ø38
Ø56
M64
150 × 150 × 200
Ø 64
XHL6
M50
Ø40
Ø56
M64
150 × 150 × 200
Ø 64
Name
Size
3
Rubber Spring
Frame
Note: The value specified in the above table is for reference only. The final drawing is subject to the data provided by the
customers.
Structure & Specifications of Front Panel and Selection of Rubber Spring Chain
1. One cell one Panel (1×1) form
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Page 37 of 176
Type
Super high Reaction
Force RE
Super high Reaction
Force RS
Front Panel
Super high Reaction
Force RH
Super high Reaction
Force RO
Super high Reaction
Force RL
Specifications
Standard Max. Surface Pressure
Min
300
250
200
Min
300
250
200
Min
300
250
200
Min
300
250
200
Min
300
250
200
YGCH1000
A×B
1390×1450
1730×1790
1750×2090
1980×2360
1390×1450
1960×1760
1690×2050
1980×2050
1390×1450
1390×1760
1690×1760
1730×2050
1390×450
(266)
1390×1760
1690×1760
1390×1450
(218)
YGCH1150
A×B
1690×1760
1980×2050
1980×2360
2360×2440
1690×1760
1730×2090
2030×2050
2280×2360
1690×1760
1750×1790
1750×2120
1980×2360
1690×760
(243)
1750×2000
1690×1760
(190)
1390×1760
YGCH1250
A×B
1690×1760
1980×2360
2320×2400
2590×2660
1690×1760
2030×2050
2060×2400
2280×2660
1690×1760
1750×2120
2060×2116
2280×2360
1690×1760
(275)
1670×2050
2030×2050
1690×1760
(220)
YGCH1450
A×B
2030×2050
2280×2260
2360×3045
2890×3070
2030×2050
2280×2360
2340×2720
2890×2970
2030×2050
2060×2360
2360×2360
2590×2660
2030×2050
(259)
2280×2050
2280×2360
2030×2050
(207)
1690×2060
2060×2110
Rubber Spring Chain
XHL2
XHL3
XHL3
XHL4
U-Ring
Ub
Uc
Uc
Ud
Continued table
2280×2660
YGCH2000
A×B
2280×2360
3200×3580
3500×3880
3950×4260
2280×2360
2990×3320
3290×3580
3620×4000
2280×2360
2890×2970
3200×3270
3560×3580
2280×2360
2590×2660
2990×2700
2930×3320
2280×2360
2320×2380
2360×2740
2640×3020
YGCH2250
A×B
3230×2660
3230×4800
3810×4800
4460×5100
3230×2660
3560×3880
3810×4260
4180×4880
3230×2660
3560×3370
3880×3640
4180×4190
3230×2660
3230×2970
3260×3370
3810×3580
3230×2660
(269)
3230×2970
3230×3580
YGCH2500
A×B
3590×2970
3950×4800
4540×4960
5030×5590
3590×2970
3950×4260
4110×4880
4540×5500
3590×2970
3620×4190
4180×4190
4800×4560
3590×2970
3620×3270
3500×3880
3940×4260
3590×2970
(265)
3590×3270
3620×3940
4350×3540
4350×4900
5260×4900
5720×5360
4350×3540
4400×3600
4350×4450
4810×4900
4350×3540
(258)
4350×3990
4450×4550
Rubber Spring Chain
XHL4
XHL5
XHL5
XHL6
XHL6
U-Ring
Ud
Ue
Ue
Uf
Uf
Type
Super high Reaction
Force RE
Super high Reaction
Force RS
Front Panel
Super high Reaction
Force RH
Super high Reaction
Force RO
Super high Reaction
Force RL
Specifications
Standard Max. Surface Pressure
Min
300
250
200
Min
300
250
200
Min
300
250
200
Min
300
250
200
Min
300
250
200
YGCH1700
A×B
2280×2360
2690×3020
2890×3370
3320×3580
2280×2360
3640×2740
2890×2970
3200×3320
2280×2360
2360×2700
2590×2970
2890×3270
2280×2360
(269)
2280×2660
2690×2700
2280×2360
(215)
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Page 38 of 176
YGCH3000
A×B
1. Two cells on Panel (2×1) in horizontal form
Specifications
YGCH1000
Type
Front Panel
Standard Max.
Surface Pressure
Min
Super high Reaction
300
Force RE
250
200
Min
Super high Reaction
300
Force RS
250
200
Min
Super high Reaction
300
Force RH
250
200
Min
Super high Reaction
300
250
Force RO
200
Min
300
Super high Reaction
250
Force RL
200
Rubber Spring Chain
YGCH1150
YGCH1250
YGCH1450
A×B
P
A×B
P
A×B
P
A×B
P
2910×1450
3200×1780
3280×2090
3560×2360
2910×1450
2890×1760
2990×2050
3620×2080
2910×1450
3220×1450
2990×1780
3200×2050
2910×1450
(242)
1500
1500
1500
1500
1500
1500
1500
1500
1500
1500
1500
1500
1500
3280×1760
3620×2050
4215×2095
4110×2660
3280×1760
3830×1760
3845×2050
4110×2360
3280×1760
3340×1760
3840×2080
4110×2080
3280×1760
(228)
1750
1750
1750
1750
1750
1750
1750
1750
1750
1750
1750
1750
1750
1900
1900
1900
1900
1900
1900
1900
1900
1900
1900
1900
1900
1900
4110×2050
4800×2400
5075×2700
5690×3020
4110×2050
4250×2420
4580×2680
5120×2970
4110×2050
4250×2110
4500×2400
4880×2740
4110×2050
(241)
2200
2200
2200
2200
2200
2200
2200
2200
2200
2200
2200
2200
2200
2940×1750
2910×1450
(194)
1500
1500
3260×2050
3280×1760
(183)
1750
1750
3580×1760
4215×2095
4460×2360
4880×2680
3580×1760
3845×2050
4500×2080
4840×2400
3580×1760
3860×1760
3880×2110
4250×2360
3580×1760
(246)
3560×1780
3810×2080
3580×1760
(203)
1900
1900
4880×2110
4110×2050
(193)
2200
2200
XHL4
XHL4
Ud
Ud
U-Ring
3540×1760
XHL5
XHL5
Ue
Ue
2. Two cells one Panel (2×1) in horizontal form
Front Panel
Specifications
Standard Max.
Type
Surface Pressure
Min
300
Super high Reaction
250
Force RE
200
Min
Super high Reaction
300
250
Force RS
200
Min
300
Super high Reaction
250
Force RH
200
Min
300
Super high Reaction
250
Force RO
200
Min
Super high Reaction
300
250
Force RL
200
Rubber Spring Chain
U-Ring
YGCH1700
YGCH2000
A×B
C
P
A×B
C
P
2280×2360
2690×3020
2890×3370
3340×3590
2280×2360
2640×2740
2910×2980
3200×3320
2280×2360
2360×2700
2590×2970
2910×3280
2280×2360
(267)
2280×2660
2690×2700
2280×2360
(215)
4860
5680
6080
6940
4860
5580
6080
6700
4860
5020
5480
6080
4860
2580
2990
3190
3620
2580
2940
3190
3500
2580
2660
2890
3190
2580
4860
5680
4860
2580
2990
2580
5860
6700
7300
8200
5680
6282
6880
7540
5680
6080
6700
7420
5680
5680
6280
6280
5680
2900
3500
3800
4250
2990
3290
3590
3920
2990
3190
3500
3860
2990
2990
3290
3290
2990
2280×2660
4860
XHL6
2580
2690×2360
3200×3580
3500×3880
3950×4260
2690×2360
2990×3320
3290×3580
3620×4000
2690×2360
2890×2970
3200×3270
3560×3580
2690×2360
2690×2660
2990×2700
2990×3320
2690×2360
(260)
2690×2400
2690×2970
5680
5680
XHL6
2990
2990
Uf
NSG Engenharia, Projetos e Representação Comercial Ltda.
Rua Visconde de Inhaúma 134, Grupo 405
20091-007 Centro, Rio de Janeiro, Brasil
Tel: +55 21 22339169
email: [email protected]
website: www.nsg.eng.br
Page 39 of 176
Uf
Continued table
Front Panel
Specifications
Standard Max.
Type
Surface Pressure
Min
Super high Reaction
300
Force RE
250
200
Min
Super high Reaction
300
Force RS
250
200
Min
Super high Reaction
300
Force RH
250
200
Min
Super high Reaction
300
Force RO
250
200
Min
Super high Reaction
300
Force RL
250
200
Rubber Spring Chain
YGCH2250
A×B
C
3230×2660
6810
3230×4800
6810
3810×4800
7970
4460×5100
9270
3230×2660
6810
3560×3880
7470
3810×4260
7970
4180×4880
8710
3230×2660
6810
3560×3370
7470
3880×3640
8110
4810×4190
8710
3230×2660
6810
3230×2970
6810
3280×3380
6870
3810×3580
7970
3230×2660
6810
(267)
3230×2970
3810
3230×3610
6810
XHL6
U-Ring
YGCH2500
YGCH3000
P
A×B
C
P
3580
3580
4160
4810
3580
3910
4160
4530
3580
3910
4230
4530
3580
3580
3610
4160
3580
3620×2970
3950×4800
4540×4960
5030×5590
3620×2970
3950×4260
4110×4880
4540×5500
3620×2970
3620×4190
4180×4190
4800×4560
3620×2970
3620×3270
3620×3880
3950×4260
3620×2970
(262)
3620×3270
3620×3940
7590
8250
9430
10410
7590
8250
8570
9430
7590
7590
8710
9950
7590
7590
7590
8250
7590
3970
4300
4890
5380
3970
4300
4460
4890
3970
3970
4530
5150
3970
3970
3970
4300
3970
7590
7590
XHL6
3970
3970
3580
3580
Uf
A×B
C
P
4350×3540
4350×4900
5260×4900
5720×5360
4350×3540
4400×3600
4350×4450
4810×4900
4350×3540
(258)
4350×3990
4450×4550
9100
9100
10920
11840
9100
9200
9100
10020
9100
4750
4750
5660
6120
4750
4800
4650
5210
4750
9100
9300
XHL6
4750
4850
Uf
Uf
3. Two cells one Panel (1×2) in vertical form
Specifications
Standard Max.
Surface Pressure
Min
Super high Reaction
300
Force RE
250
200
Min
Super high Reaction
300
Force RS
250
200
Min
Super high Reaction
300
Force RH
250
200
Min
Super high Reaction
300
Force RO
250
200
Min
Super high Reaction
300
Force RL
250
200
Rubber Spring Chain
Type
Front Panel
U-Ring
YGCH1000
YGCH1150
YGCH1250
YGCH1450
A×B
P
A×B
P
A×B
P
A×B
P
1390×2980
1980×2970
2060×3345
2300×3700
1390×2980
1730×3045
1730×3640
2060×3700
1390×2980
1400×3320
1690×3280
2030×3320
1390×2980
(251)
1450×3060
1730×3080
1390×2980
(201)
1500
1500
1500
1500
1500
1500
1500
1500
1500
1500
1500
1500
1500
1690×3280
2060×3670
2300×3910
2615×4225
1690×3280
2000×3370
2040×3940
2320×4260
1690×3280
1690×3590
1980×3580
2060×4260
1690×3280
(243)
1750
1750
1750
1750
1750
1750
1750
1750
1750
1750
1750
1750
1750
1690×3580
2300×3910
2340×4595
2690×4920
1690×3580
2060×3910
2280×4190
2620×4520
1690×3580
1980×3580
2030×4190
2320×4490
1690×3580
(262)
1730×3940
2060×3940
1690×3580
(212)
1900
1900
1900
1900
1900
1900
1900
1900
1900
1900
1900
1900
1900
1980×4190
2300×5140
2665×5260
2965×5845
1980×4190
2300×4560
2690×4630
2910×5260
1980×4190
2030×4560
2360×4490
2940×4560
1980×4190
(252)
2030×4190
2320×4560
1980×4190
(202)
2200
2200
2200
2200
2200
2200
2200
2200
2200
2200
2200
2200
2200
1450×3060
XHL4
1500
1730×3910
XHL4
1900
2000×4260
XHL5
2200
1500
1500
1500
1750×4010
1690×3280
1750
1750
1750
1900
1900
1900
2200
2200
2200
(194)
1750
XHL5
Ud
Ue
Ud
NSG Engenharia, Projetos e Representação Comercial Ltda.
Rua Visconde de Inhaúma 134, Grupo 405
20091-007 Centro, Rio de Janeiro, Brasil
Tel: +55 21 22339169
email: [email protected]
website: www.nsg.eng.br
Page 40 of 176
Ue
3. Two cells against one board (1× 2) in vertical form
Continued table
Specifications
Standard Max.
Surface Pressure
Min
Super high Reaction
300
Force RE
250
200
Min
Super high Reaction
300
Force RS
250
200
Min
Super high Reaction
300
Force RH
250
200
Min
Super high Reaction
300
Force RO
250
200
Min
Super high Reaction
300
Force RL
250
200
Rubber Spring Chain
YGCH1700
Type
YGCH2000
Front Panel
A×B
P
2280×4800
2890×5500
3200×5890
3590×6520
2280×4800
2690×5260
2890×5845
3260×6420
2280×4800
2590×4800
2690×5500
3320×5500
2280×4800
(258)
2360×4880
2890×4880
2280×4800
(207)
2550
2550
2550
2550
2550
2550
2550
2550
2550
2550
2550
2550
2550
2340×4920
XHL6
2550
U-Ring
2550
2550
2550
A×B
2280×5100
3320×6520
3620×7150
3950×8110
2280×5100
2990×6520
3320×7040
3810×7480
2280×5100
2940×5800
3320×6120
3880×6420
2280×5100
2590×5100
2990×5260
3200×6020
2280×5100
(269)
2320×5500
2690×5845
XHL6
Uf
YGCH2250
YGCH2500
P
A×B
P
A×B
P
3000
3000
3000
3000
3000
3000
3000
3000
3000
3000
3000
3000
3000
3230×6420
3880×7780
4250×8460
4720×9520
3230×6420
3620×7420
3950×8110
4460×8900
3230×6420
3500×6740
3880×7240
4500×7660
3230×6420
(256)
3260×6740
3880×6930
3230×6420
(218)
3360
3360
3360
3360
3360
3360
3360
3360
3360
3360
3360
3360
3360
3590×6740
4250×8830
4720×9445
5420×10220
3590×6740
4110×8045
4420×8970
5030×9760
3590×6740
3810×7600
4180×8280
4720×9070
3590×6740
(269)
3620×7420
4180×7980
3590×6740
(228)
3730
3730
3730
3730
3730
3730
3730
3730
3730
3730
3730
3730
3730
3500×6630
XHL6
3360
3000
3000
3000
3000
Uf
3360
3360
3360
3730
3730
3730
3810×7360
XHL6
Uf
3730
Uf
Note: The Value specified in above table is for reference only. The final drawing is subject to the data provided by the
customers.
Min. spacing between fender installation & Min. spacing between fender and concrete structure
The fender buffer part will bulge under compression, therefore a
certain space must be left in fender installation in avoid of buffer
contacting each other. In addition, the pre-cast in bolt will generate
tensile strength and share strength upon the concrete structure due
to fender deflection which will damage the concrete structure.
Therefore a certain space between pre-cast in bolts and concrete
structure must be left.
Specifications
YGCH YGCH YGCH YGCH YGCH YGCH YGCH YGCH YGCH YGCH YGCH YGCH YGCH YGCH
400
500
630
800
1000
1150
1250
1450
1600
1700
2000
2250
2500
3000
H
180
185
210
230
255
280
290
350
350
380
430
430
450
510
P
700
700
880
1120
1500
1730
1870
2180
2400
2550
2880
3360
3730
4500
NSG Engenharia, Projetos e Representação Comercial Ltda.
Rua Visconde de Inhaúma 134, Grupo 405
20091-007 Centro, Rio de Janeiro, Brasil
Tel: +55 21 22339169
email: [email protected]
website: www.nsg.eng.br
Page 41 of 176
Installation Notice
When assembling fender system onto the dock wall, The following points should be noted.
1. The difference of front panel between upper and lower parts.
There are rings on the top or back of the front panel for the front panel to be hung with. The rings shall be kept upward
while installation, as shown in figure 1 and figure 2.
Ring
Front Panel
Ring
Cell fender buffer
Figure 1
Figure 2
2. Fender Suspending Methods
(1) The suspending way of single fender, as shown in
figure 3.
(2) The suspending way of compound fender with
front panel, as shown in figure 4.
Suspending bolt
Wire rope
Wire rope
Wire rope
Shackle
Standby Wire rope
Suspending bolt
Ring
Canvas
Canvas
Figure 3
Figure 4
Unit: mm
NSG Engenharia, Projetos e Representação Comercial Ltda.
Rua Visconde de Inhaúma 134, Grupo 405
20091-007 Centro, Rio de Janeiro, Brasil
Tel: +55 21 22339169
email: [email protected]
website: www.nsg.eng.br
Page 42 of 176
Installation for Notice
3. When install fender onto the pier wall
The fender buffer and the front panel should be tightened closely, when the bolt holes position of the buffer need
to be adjusted following the base angle, the factors specified below need to be considered.
(1) Dislocation on circumference
Wrap the wire rope double-stranded on the buffer (as shown in figure 5) for adjustment.
(2) Dislocations of high, low, left and right orientation.
Loose the fastening bolts at the sides of front panel.
Align to foot location and then fasten. The bolts should be tightened enough during fastening (Shown in figure
5).
Wire rope
Wrap the fend with thick canvas or rubber belt
Figure 5
NSG Engenharia, Projetos e Representação Comercial Ltda.
Rua Visconde de Inhaúma 134, Grupo 405
20091-007 Centro, Rio de Janeiro, Brasil
Tel: +55 21 22339169
email: [email protected]
website: www.nsg.eng.br
Page 43 of 176