Marine Floating 3.3x6.5m STS Operation Pneumatic Rubber Fender
Marine Floating 3.3x6.5m STS Operation Pneumatic Rubber Fender
Pneumatic Rubber Fender Introduction
(1) How does the pneumatic rubber fender work?
The pneumatic rubber fender compressed air is used as a buffer medium to absorb the impact energy of the ship, so that the ship has more flexibility and flexibility when docking, so as to prevent The impact of collisions and collisions.
(2)Type of pneumatic rubber fender
Pneumatic Rubber Fender Features
Built as per ISO 17357-1:2014
Low reaction and hull pressure
Maintains large clearances between hull and structure
Easy and fast to deploy
Protects from adverse external forces
Easily deflateable to be used in different location and to be stored
Pneumatic Rubber Fender Parameter
|
Pneumatic 50 fender size and performance requirements |
||||
|
Nominal size diameter x length mm |
Initial internal pressure kPa |
Guaranteed energy absorption (GEA) |
Reaction force at GEA deflection(R) |
Hull pressure (Internal pressure) at GEA deflection (P) |
|
Minimum value at deflection 60±5% kJ |
Tolerance±10 % kN |
Reference value kPa |
||
|
500 x 1000 |
50 |
6 |
64 |
132 |
|
600 x 1000 |
50 |
8 |
74 |
126 |
|
700 x 1500 |
50 |
17 |
137 |
135 |
|
1000 x 1500 |
50 |
32 |
182 |
122 |
|
1000 x 2000 |
50 |
45 |
257 |
132 |
|
1200 x2000 |
50 |
63 |
297 |
126 |
|
1350 x 2500 |
50 |
102 |
427 |
130 |
|
1500 x 3000 |
50 |
153 |
579 |
132 |
|
1700 x 3000 |
50 |
191 |
639 |
128 |
|
2000 x 3500 |
50 |
308 |
875 |
128 |
|
2500 x 4000 |
50 |
663 |
1381 |
137 |
|
2500 x5500 |
50 |
943 |
2019 |
148 |
|
3300 x 4500 |
50 |
1175 |
1884 |
130 |
|
3300 x 6500 |
50 |
1814 |
3015 |
146 |
|
3300 x 10600 |
50 |
3067 |
5257 |
158 |
|
4500 x 9000 |
50 |
4752 |
5747 |
146 |
|
4500 x 12000 |
50 |
6473 |
7984 |
154 |
|
Pneumatic 80 fender size and performance requirements |
||||
|
Nominal size diameter x length mm |
Initial internal pressure kPa |
Guaranteed energy absorption (GEA) |
Reaction force at GEA deflection (R) |
Hull pressure (Internal pressure) at GEA deflection (P) |
|
Minimum value at deflection 60±5% kJ |
Tolerance±10% kN |
Reference value kPa |
||
|
500 x 1000 |
80 |
8 |
85 |
174 |
|
600 x 1000 |
80 |
11 |
98 |
166 |
|
700 x 1500 |
80 |
24 |
180 |
177 |
|
1000 x 1500 |
80 |
45 |
239 |
160 |
|
1000 x2000 |
80 |
63 |
338 |
174 |
|
1200 x 2000 |
80 |
88 |
390 |
166 |
|
1350 x 2500 |
80 |
142 |
561 |
170 |
|
1500 x 3000 |
80 |
214 |
761 |
174 |
|
1700 x 3000 |
80 |
267 |
840 |
168 |
|
2000 x 3500 |
80 |
430 |
1150 |
168 |
|
2500 x 4000 |
80 |
925 |
1815 |
180 |
|
2500 x 5500 |
80 |
1317 |
2653 |
195 |
|
3300 x 4500 |
80 |
1640 |
2476 |
171 |
|
3300 x 6500 |
80 |
2532 |
3961 |
191 |
|
3300 x 10600 |
80 |
4281 |
6907 |
208 |
|
4500 x 9000 |
80 |
6633 |
7551 |
192 |
|
4500 x 12000 |
80 |
9037 |
10490 |
202 |
Pneumatic Rubber Fender Installation Methods
At both ends of the fender, first shackles, then swivel joints, followed by a further shackle
should be installed. A guy chain or guy rope is secured to the outer shackle. The swivel
joint prevents twisting of the guy chain or wire.
How does the D3.3*L6.5m pneumatic Rubber fender fit into the 0GP/40HQ container?
Step 1: Deflate
Step 2: Crane lifting
Step 3: Forklift assisted stacking and feeding into the container
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