Tower Crane Famous Chinese Factory Manufature
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- Supply Capability:
- 30 unit/month
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Structure of Tower Crane Description
Feature: Tower Crane Condition: New Application: Construction Max.Lifting Load: 10T Max Tip Load:1.6T Independent Height:50.5M
Max Lifting Height: 200M Span: 60m Certification: CE,ISO
Place of Origin: China(Mainland) Model Number: TC6016
Packaging & Delivery of Tower Crane
Packaging Detail: Nude package Delivery Detail: 25-30days
Main Feature of Tower Crane
● Max. working range 60m, tip lifting weight 1.6T and Max. lifting weight 10T.
● Slewing mechanism and trolleying mechanism equipped with VFD technical control, stable and reliable,can provide stepless speed regulation.
● Outstanding in working efficiency, operating speed and stability. Reduce future maintenance cost.
Tower Crane TC6016 Specifiction
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.
- Q: what is the common cause of crane accidents
- Although mechanical failure does occur, most crane accidents are caused due to human error. Here are some examples: 1) Operating a crane during adverse weather conditions, such as wind conditions 2) Overloading a crane/ improper load calculations 3) Inexperienced or untrained personnel 4) Improper rigging of the load 5) Bypassing safety devises 6) Improper selection of the crane for the environment (ground conditions, power lines etc.) based on the type of load 7) Shock-loading a crane 8) Failure to perform maintenance and inspections in accordance to manufacture specifications I hoped this helped Cheers
- Q: Probably my favorite of the jumping kicks I practice, and I'm curious what experiences you guys have had with it. I've caught people of guard with it after using a crescent or roundhouse kick in kickboxing, and I've done it with a knee to the chest then the kick to the head in Muay Thai. I've also practiced the ten foot kick (using the initial foot up to propel yourself forward instead of up) and crossed the ring to the opponent before they could move. What are your thoughts? What kind of variations do you practice? Ever had any good/bad results from it?
- Every technique has its purpose. If you have favorites, you are limiting yourself by putting more emphasis on one thing over the other.
- Q: was he a realist or naturalist
- Stephen Crane was a naturalist a lot like Jack London. His main themes were man vs. nature and man vs. himself in which nature is an abstract, omnipotent force that does not (and really cannot) care what becomes of the individual. In Crane's writings, man is often faced with strengths and weaknesses within himself when confronted by extremes of uncaring Nature (see the short story The Open Boat).
- Q: I know this is a longshot someone will know what I'm talking about... but I just got a flash memory of a poem where a bird with long legs (I believe cranes, but it could have been flamingos or some other bird) and kids threw stones at them and their legs just snapped.... that's all I can remember, but I remember whatever the line was describing the legs snapping really well because it was in such sharp contrast to the rest of the poem.... anyone have any clue what poem this is?
- The Crane and The Crow'-Aesop's fables The farmer threw the stone at the crane and broke both his legs. The injured crane said to the crow, What has become of your God-given prophecies? Why didn't you warn me that his was going to happen?
- Q: The really really tall ones you see next to skyscrapers. How do they assemble them? I thought that maybe they use another crane, but then how did they assemble that crane? Some of them are really, really tall. Try to remember what one looks like. They have long hollow necks with a top section where the driver sits that stretches long horizontally.
- Sorry the only information on Cranes here is of the Feathered variety, you have entered the wrong section sorry.
- Q: My science teacher wants to know why cranes make work easier rather than just lifting an object yourself. She refers to the formula of force x distance. So i have to compare (in a way) the work of a human lifting an object and a crane lifting an object. Grrrr.... I hate this project!
- The type of crane she is referring to ia a simple pole with a fulcrum placed between the person operating the crane, and the mass to be lifted. Imagine a weightless pole with a rope tied to one end attached to a mass of weight 224 lbs The pole is 9 feet long Let's say the human weighs 112 lbs, or half of what is to be lifted. Without a crane, it will be difficult to lift that much and swing it around. With the crane, though, let's look at the advantage when a fulcrum is placed under the pole and the person pushes down on the pole to lift the weight. First, note that gravity is in favor of the person to use their weight on the pole. Using physics, with the fulcrum place at x from the mass to be lifted, the downward force of the person is F*(9-x)=224*x or F=224*x/(9-x) now plug in some values for x and compute the force: x F 4.5 224 3.5 143 2.5 86 1.5 45 0.5 13 I started by placing the fulcrum exactly in the middle and then moving the fulcrum in increments of 1 foot closer to the weight to be lifted Notice that the more pole towards the person pressing down, the less force the person has to apply to lift the weight. Also, note that when the fulcrum is in the middle, the person must apply a downward force equal to the weight - which willl be difficult foir a person that weighs 112lbs. However, once the fulcrum is placed 2.5 ft from the weight, the person only need apply 86 lbs of downward pressure. Leverage. j
- Q: How do cranes get from one construction site to another without hitting streetlights, wires, car, buildings?
- They are disassembled and carried via a truck to the next job site. Also some cranes are built into a truck and so they retract into itself and make it easier to get around in a city. Also in order to be a crane operator you have to have special certification and training. For the larger cranes that are able to be on the road, some times police departments well shut down roads in order for it to move around in the city.
- Q: Two cranes can unload a ship together in 8 hours. The faster crane takes 12 hours less than the slower crane, if each were to unload the same ship alone. How long does it take for each crane to unload this ship?
- I'm surprised by how difficult and convoluted the other answers are. They're also wrong. If two cranes are working together and one crane can, in fact, do the job in two hours, then it cannot possibly take longer than two hours with the help of another crane. That makes no sense just by simple reasoning. So the answer of 2 and 14 hours is not correct. Not even close, really. Here's the simple, neat, and correct approach using basic algebra with no assumptions necessary or made: If crane 1 can unload at a rate1/x per hour, then crane 2 can unload at 1/(x+12) per hour since it takes 12 hours longer. The two cranes combined, unload at 1/8 per hour, which must be faster than either one alone. Example: If I can eat a pie in 3 hours and you can eat a pie in 6 hours: 1/3 + 1/6 = 3/6 = 1/2, so together we can eat a pie in just 2 hours... less time than either one alone. Makes sense. Back to the cranes, then: 1/x + 1/(x+12) = 1/8 (2x+12) / (x^2 + 12x) = 1/8 16x + 96 = x^2 + 12x x^2 - 4x - 96 = 0 (x - 12) (x + 8) = 0 - x = 12 or -8 Since the rate cannot be -8, the answer is x = 12 Crane A can unload all by itself in 12 hours. Crane B can do it in 24 hours, and together they can do it in just 8 hours. Check: 1/12 + 1/24 = 3/24 = 1/8 Their combined rate is, indeed, 1/8 per hour!
- Q: The story I'm writing that has Frank Crane in it is here. Is there a better name I could be using for the protagonist?
- Names are not important. If it's bothering you, chose another name (find a list online of current most popular boys name so you chose something modern, maybe). But if you start relying on a name to put across something of the charactor you are doing something very wrong.
- Q: What is the wall radius of a qtz50 tower crane?
- The working radius is usually 50 meters. There are also 48, 49 meters. For example, 4810, 4910, and 5010, belong to 50 tons of tower cranes.Qtz50 resolves to:Q: crane;T: Tower type;Z: Jack up;50: lifting torque of 50 tons meters.
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Tower Crane Famous Chinese Factory Manufature
- Ref Price:
-
- Loading Port:
- China main port
- Payment Terms:
- TT OR LC
- Min Order Qty:
- 1 unit
- Supply Capability:
- 30 unit/month
OKorder Service Pledge
OKorder Financial Service
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