Tower Crane China Construction Machinery

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China main port
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1 unit
Supply Capability:
30 unit/month

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Structure of Tower Crane Description


Feature: Tower Crane                          Condition: New                               Application: Construction           Max.Lifting Load: 12T                            Max Tip Load:3.4T                          Independent Height:50M

Max Lifting Height: 200M                       Span: 70m                                      Certification: CE,ISO

Place of Origin: China(Mainland)          Model Number: TC7034         

 

Packaging & Delivery of Tower Crane 


Packaging Detail: Nude package          Delivery Detail: 25-30days

 

Main Feature of Tower Crane 


● Max. working range 70m, tip lifting weight 3.4T and Max. lifting weight 12T.


● Slewing mechanism and trolleying mechanism all take VFD+PLC technical control.


● Outstanding in working efficiency, operating speed and stability. Reduce future maintenance cost.


Tower Crane Specifiction


 

Tower Crane China Construction Machinery

Tower Crane China Construction Machinery

Tower Crane China Construction Machinery

 

FAQ of Tower Crane

 

Q: What kinds of tower crane are available now? 

A: Four main categories: normal tower crane with cat head, internal climbing tower crane, top less tower crane and luffing tower crane. 


Q: What kind of steel used for tower crane?

 A: Normally, as for the main force bearing steel structure, Q345B is adopted; as for the assistance force bearing steel structure Q235B is adopted. All of the raw material is outsourced from qualified steel factory in China.


Q: Your tower crane is similar to Potain or Liebherr type? 

A: We could develop any type of tower crane as per clients’ requirements if the clear information is provided. Originally, our tower crane design is based on Liebherr; but now, we not only introduced Potain design; but also developed special tower crane according to the market needs such as TC5013A with panel mast section. In addition, we also produce some models same as Potain original model, such as F0/23B, H3/36B and etc. 

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Q:What is the name for a group of cranes?
A sedge (or seige) of cranes.
Q:How do u win the claw crane game?
Generally, you need to learn the secrets of the Yellow Box, which are the settings of the crane game. Those settings dictate how often those crane games will allow the player to win. When I say win is when the crane's claws have an increased grip strength so the prize makes it to the exit chute. In short, keep track how many games are played between wins (this can vary between 10 - 100 games, but it's generally set by the operator of the game) to help improve your odds at success by only playing on when the game is primed for a win. I will note that Japanese crane games (aka UFO catchers) are generally set to have a higher win ratio, but prizes are generally less expensive as well. Hope this helps!
Q:What are Cranes and Derricks used for?
Cranes are used for lifting heavy equipment. Derricks are used to drill for oil. They are two different things.
Q:What measures should be taken to make tower cranes stable?
Increase deadweight and weight.Crane wire rope is phosphate coated steel wire, galvanized steel wire, stainless steel wire rope or coated steel wire rope, the use of atmospheric environment, patented technology to produce manganese phosphating coating of steel wire rope has the longest lifespan, heavy corrosion environment optimization of hot galvanized wire rope - double coating phosphating, phosphating coating to improve the wear resistance and corrosion resistance of steel wire that is not easy to wear and corrosion resistance is to improve the working life of the plain steel wire rope will be completely eliminated.
Q:who invented cranes?
It is true that it is lost in the mists of time but I think I read it somewhere that it that Clarence A. Crane invented the crane.
Q:how can we minimize energy losses of a crane to reduce the impact on the environment?
No hint as to what type or size of crane, so I assume it is a large overhead traveling bridge crane inside an industrial building: Consult the manufacturer for recommendations. Change its power source to something cleaner (from diesel to propane or electric). Properly lubricate and adjust all moving parts. Turn power off when idle. Schedule heavy usage during hours of low demand of electric utility power. Replace motor with a more efficient new one. Replace entire crane with a new efficient one. Replace the large capacity one with one or more smaller units.
Q:Tower crane attached concrete pump can be? Are there any state regulations?
The state expressly states that it is not possible to have serious safety incidents in Hunan and Zhuzhou before
Q:how to calculate load capacity of crane?
must be sble to left one in half times weight
Q:How does a crane get down from a skyscraper once they're done using it? Like the crane on top of the skyscraper, do they get take it apart?
Can only be assumed that the jibs are first dismantled then the actual crane base lowered down by a second crane or even helicopter
Q:How does a climbing or tower crane work?
They add extra stages from the bottom. A tower crane is erected from a boom assembly, first and second tower sections of different cross section, and a base in a sequence of steps in which the boom assembly is mounted on a hollow climbing section dimensioned to be received in each of the larger second tower sections and defining a cavity dimensioned to receive each of the first tower sections. One of the latter is secured on a base in upright position, and the upright section is received in the cavity of the climbing section which is then raised relative to the first section and enveloped by one of the second sections. The enveloping section is secured to the base and the raised climbing section for supporting the climbing section whereupon the first tower section may be released from the base, raised, and secured to the second tower section. The climbing section may then be raised relative to the first tower section to permit the installation of another second section, and the procedure repeated, until all second or larger tower sections are superimposed on each other, the one first section being ultimately attached to the topmost second section. When the climbing section is raised relative to the attached first section, another first section may be superimposed on the one first section and the procedure repeated until the slimmer portion of the tower is assembled from superimposed first sections. Ultimately, the boom assembly is attached to the topmost first tower section, and the climbing section may be removed or stored for further use on the wider, lower tower portion.

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