Marine Crane
Marine Crane Introduction
A marine crane is a type of crane that is used in marine and offshore environments, such as on ships, oil platforms, and other offshore structures. Marine cranes are used for a variety of tasks, including loading and unloading cargo, transferring materials and equipment, and performing maintenance and repair tasks. According to the structure, the marine crane can be divided into the fixed boom, knuckle boom, telescopic boom and telescopic knuckle boom.
Marine cranes can be powered by a variety of sources, including electric, hydraulic, and diesel engines. They are typically designed to be compact and durable, with features that make them suitable for use in harsh marine environments, such as corrosion-resistant materials and special coatings to protect against saltwater damage.Marine cranes can vary in size and capacity, from small cranes used on fishing boats to large cranes used on offshore drilling platforms. They may also have special features such as telescoping booms, multiple hoisting lines, and automated controls to improve efficiency and safety.
From the design, stage to dispatch, our internal quality assurance systems fully comply with the marine class standards. In addition, third-party surveyors will check the process of design and fabrication to ensure the marine crane complies with all relevant specifications.
For more marine cranes specifications,please click here.
Features
1. Electric drive, hydraulic drive.
2. Working load from 0.5KN to 300KN.
3. Easy for maintenance, lubrication and inspection.
4. High strength construction, high performance.
5. Can be designed and manufacture to suit customers applications and special operating requirements.
6. Local control or remote control.
7. General motor or explosion-proof motor.
8. Automatic & manual overload protection system.
9. 360° continuous rotation with limits available
10. Certificate: IRS, BV, LR, RINA...
Structure of Marine Crane
Marine Crane Classification
Marine Crane Classification |
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Marine Crane in Factory
S.W.L
Working Radius
Hoisting Speed
Hoisting Height
Slewing Speed
Luffing Time
Power
KN
m
m/min
m
r/min
s
KW
10
1.3~12
15
30
1
60
7.5
15
1.7~14
15
30
1
60
11
20
1.1~15
15
30
1
60
15
30
1.7~18
15
30
0.9
70
22
50
2.5~20
15
30
0.75
80
37
80
2.5~20
15
30
0.75
100
55
100
2.5~20
15
30
0.75
110
75
150
2.5~20
15
30
0.6
110
90
200
3.2~25
15
35
0.6
120
75*2
250
3.2~30
15
40
0.5
130
90*2
300
3.2~30
15
40
0.4
140
90*2
350
4.2~35
15
45
0.5
150
110*2
400
4.2~35
15
45
0.5
150
140*2
450
5.3~40
15
50
0.45
160
140*2
500
5.3~40
15
50
0.45
170
165*2
Above specifications only for reference, We can supply various marine cranes according to your requirements.
Images of Marine Crane
Application
Marine cranes can be used in a variety of applications on ships and offshore platforms. Some common uses of marine cranes include:
1) Cargo handling: Marine cranes are commonly used to load and unload cargo onto ships or offshore platforms. They can be used to lift containers, bulk goods, and other heavy items.
2) Oil and gas industry: Marine cranes are used extensively in the oil and gas industry for various tasks, such as lifting and lowering drilling equipment, subsea pipeline installation, and maintenance of offshore platforms.
3) Fishing industry: Marine cranes are used in the fishing industry to lift and move fishing nets, catch, and other equipment.
4) Salvage operations: Marine cranes are used in salvage operations to lift and move damaged ships and other objects in the water.
5) Ship maintenance: Marine cranes can be used to lift and move heavy equipment during ship maintenance and repair operations.
6) Construction: Marine cranes can be used for various construction tasks on offshore platforms, such as installing and removing equipment and materials.
Overall, marine cranes are versatile and valuable tools for any application that requires heavy lifting or cargo handling on ships and offshore platforms.
How to Select a Crane?
1. Are you looking for a fixed boom, telescopic boom, knuckle boom or telescopic knuckle boom?
2. What is the safe working load of the crane?
3. At what radius must this lift take place?
4. What is the maximum boom length?
5. At what speed do you want the load to be raised or lowered?
6. How is the unit to be powered: electric, hydraulic, customer provided?
7. What certificate do you need?