• Ship Building Gantry Crane System 1
  • Ship Building Gantry Crane System 2
Ship Building Gantry Crane

Ship Building Gantry Crane

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Loading Port:
Shanghai
Payment Terms:
TT OR LC
Min Order Qty:
1 unit
Supply Capability:
30 unit/month

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Ship building gantry crane is a kind of great lifting capacity, large span, high lifting altitude, multi-function, high efficiency of gantry crane, is special for the fragmented transport, end-to-end joint and turning operation of large ship hulls. Ship building gantry crane is used in the place of manufacturing of ship and dock.
In the past ten years, with the development of large-scale ship building, Shipyard gantry crane for sale, ship building gantry crane is the rapid growth of demand. Compared with the traditional portal crane, large ship building gantry crane has the obvious advantage of the installation and transportation of hull sections. It spans the dock (berth), can provide on-site assembly service at the coverage plane in the dock, not only has the lifting, horizontal transport function, but also can implement hull air turnover, adjusting the fragment to the welding position of ship required.

 

 

Features:

1. It have multiple functions of single hanging, hoisting, turnover in the air, slight horizontal turnover in the air and so on;
2. The gantry falls into two categories: single girder and double girder. To rationally utilize materials, the girder adopts optimum design of variable section;
3. The gantry rigid legs with a single column and double column type for customer choice.
4. The upper trolley has two main hooks, which are separately fixed at both sides of the main beam, but the lateral movement can be individually or simultaneously 0 - 2m.
5. The lower trolley has a main hook and auxiliary hook, which fixed below at the center of the two girders;
6. Both the upper trolley and the lower trolley can cross each other for operation;
7. All the lifting mechanism and travelling mechanism adopts frequency conversion speed regulating;
8, On the top of the girder at the side of rigid leg is equipped a jib crane to accomplish maintenance of upper and lower trolley;
9. In order to prevent the storm attack, such safe and reliable anti-wind devices as rail clamp and ground anchor are equipped.

 

 

Technical Data:

Parameter

250t×60m

300t×108m

600t×60m

Duty 

A5

Lifting

weight

Normal lift

t

250

200

600

Rotate lift

t

200

200

400

Span 

m

60

108

60

Lifting height 

m

48

70

Above rail 40 Below rail 5

Top trolley

Lift weight

t

100×2

100×2

200×2

Lifting Speed 

m/min

0.5-5-10

0.5-5-10

0.4-4-8

Running speed

1~28.5

3~30

              1~25

Bottom trolley

Lifting weight

Main hook

t

100

150

300

Aux hook

20

20

32

Lifting

 speed

Main hook

m/min

0.5-5-10

0.5-5-10

0.4-4-8

Aux hook

10

10

10

Running speed 

1~26.5

3~30

1~25

Jib crane for maintenance

Lifting weight

t

5

5

5

Lifting speed

m/min

8

8

8

Running speed

20

20

20

Rotate speed

r/min

0.9

0.9

0.9

Crane travelling speed

m/min

1~26.5

3~30

1~25

Max. wheel presure

kN

200

450

430

Power supply

380V / 10kV; 50Hz; 3 Phase

Q: How does the construction lift fall without electricity
Pull the manual release (or pedal release) to loosen the electric motor to loosen the brake, the lift will fall, and the speed localizer will die. It's not that professionals don't try "very dangerous"
Q: This question asks for the method to determine the maximum weight a building hoist can safely lift.
<p>To calculate the load capacity of a building hoist, you must consider several factors. First, refer to the manufacturer's specifications for the hoist model in question, as they will provide the maximum load capacity. Check the hoist's mechanical components, such as the motor, cables, and pulleys, to ensure they are in good condition and can support the intended load. Factor in the weight of the materials to be lifted, including any containers or attachments. Consider the hoist's speed and lifting height, as these can affect stability and safety. Always adhere to safety regulations and never exceed the manufacturer's specified load capacity to prevent accidents and equipment damage.</p>
Q: Is the elevator detail a construction plan? Do you have a detailed picture of the elevator?
There is a detailed picture of the elevator. The structure of the elevator well and the layout of the embedded parts.
Q: This question asks for an identification of the various types of lifting equipment that are specifically utilized in the context of building hoists.
<p>Different types of lifting equipment used for building hoists include: 1. Electric Chain Hoists, which are versatile and suitable for various lifting tasks. 2. Manual Chain Hoists, that require manual operation and are used for lighter loads. 3. Electric Wire Rope Hoists, known for their high lifting capacity and durability. 4. Air Hoists, which are powered by compressed air and are ideal for environments where electricity is hazardous. 5. Geared Winches, used for pulling or lifting heavy loads with precision. 6. Jib Cranes, which provide a fixed or semi-fixed lifting solution in workshops. 7. Gantry Cranes, used for lifting heavy loads over a specific area. Each type serves specific purposes and is chosen based on the weight, environment, and specific requirements of the construction project.</p>
Q: This question asks for the proper steps to install a building hoist, a device used in construction to lift materials and workers.
<p>To install a building hoist correctly, follow these steps: 1) Ensure the site is suitable and inspect the hoist for any damages. 2) Assemble the hoist tower on a solid, level base. 3) Install the mast and guide rails according to the manufacturer's instructions. 4) Attach the hoist mechanism and cab, ensuring all connections are secure. 5) Conduct a thorough inspection and test the hoist's functionality. 6) Obtain necessary permits and inspections from local authorities. 7) Train operators on the safe use of the hoist. Always adhere to safety guidelines and manufacturer's specifications.</p>
Q: Is it possible to replace an electric control panel with a manual lever in a lifting system?
<p>While it is theoretically possible to use a manual lever as a substitute for an electric control panel in a lifting system, it is not advisable. Manual levers lack the precision, safety features, and control capabilities of electric control panels. They also cannot provide the same level of feedback or automation. Electric control panels are designed to ensure safe and efficient operation, with features like emergency stop buttons, overload protection, and remote monitoring. Manual levers can pose safety risks and may not meet the operational requirements of modern lifting systems.</p>
Q: Can a building hoist experience failure due to mechanical problems or the natural aging process?
<p>Yes, a building hoist can malfunction due to mechanical issues or wear and tear. Mechanical problems can arise from various factors such as poor maintenance, overloading, or manufacturing defects. Wear and tear, which is the gradual deterioration of a machine's parts over time, can also lead to malfunctions. Regular inspections and maintenance are crucial to identify and rectify these issues, ensuring the safety and efficiency of the hoist operation.</p>
Q: What specific regulations or conditions must be met when utilizing lifting equipment in construction or factory environments?
<p>Yes, there are special requirements for using lifting equipment in construction sites and factories. These include adherence to safety regulations, regular maintenance and inspection, proper operator training, and ensuring the equipment is suitable for the task. Compliance with local and national laws such as OSHA in the U.S. or CE marking in the EU is crucial. Equipment must be certified safe for use, and operators must be licensed and follow safety protocols. Additionally, load capacities must be respected, and lifting operations must be planned and supervised to prevent accidents.</p>
Q: What are the necessary steps and checks required to maintain a building hoist to ensure its safe and efficient operation?
<p>Building hoists require regular maintenance to ensure safety and efficiency. This includes daily inspections of the hoist's mechanical and electrical components for any signs of wear or damage. Monthly, a thorough inspection should be conducted by a qualified technician, including checking the hoist's cables, brakes, and safety devices. Lubrication of moving parts and replacement of worn components are also crucial. Annually, a comprehensive inspection and certification by a professional is necessary to comply with safety regulations. Adherence to the manufacturer's guidelines is essential, and any malfunctions should be addressed immediately to prevent accidents.</p>
Q: This question asks about the safety mechanisms or features that are included in a hydraulic building hoist to ensure its secure operation.
<p>Hydraulic building hoists are equipped with several safety features to ensure secure operation. These include overload protection to prevent the hoist from lifting more weight than it is designed for, emergency stop buttons for immediate cessation of operations, safety hooks or shackles to secure the load, and lower limit switches to prevent over-lowering. Additionally, they often have a fail-safe valve system that locks the hoist in place if pressure is lost, and a cage or gate to protect operators from falling objects. Regular maintenance and inspection are also crucial for maintaining the safety of these hoists.</p>

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