• Model TC5010-4 tower crane ,With PLC Control System 1
  • Model TC5010-4 tower crane ,With PLC Control System 2
Model TC5010-4 tower crane ,With PLC Control

Model TC5010-4 tower crane ,With PLC Control

Ref Price:
$20,000.00 - 150,000.00 / unit get latest price
Loading Port:
Shanghai
Payment Terms:
TT or LC
Min Order Qty:
1 unit
Supply Capability:
10 unit/month

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1. Performance parameters of TC5010-4: performance parameters and technical indexes reach both domestic and international advanced level.
• Max. jib length: 50m; Jib length under different assembling modes can decrease progressively by 5 meters and the Min. jib length is 30 meters.
• Max. lifting capacity 4t;
• Max. hoisting capacity at jib tip: 2.43t;
• Max. lifting moment 630 t.m;
• Max. free-standing height: 29.3m; Max. working height of anchored crane: 135.7m;
• Hoisting mechanism: QS465; rope capacity: 280m;
• Slewing mechanism: HR37C.100; power: 3.7 kW
• Trolleying mechanism: BE24 ; power: 2.4/1.5 kW
• Types of tower crane: stationary crane with embedded outriggers, stationary crane with embedded bolts, stationary crane with under-frame and mobile tower crane.

2. Electrical control system
With PLC control, the electrical control system enjoys better reliability and safety. Produced by professional manufacturers with advanced foreign technology, the electrical elements feature service lives that are 3 or 4 times longer than that of domestic products, less faults, easy maintenance and repair as well as reliable operation.

3. Technical features
• The crane boasts of multiple operation modes and wide application. The crane can work in different forms: stationary crane with embedded outriggers, stationary crane with under-frame, stationary crane with embedded bolts and crane anchored to wall, thus being applicable to various construction projects.
• The complete machine adopts internationally well-received beautiful shape;
• The crane features high working speed and excellent speed regulation performance. Stepless speed regulation by frequency control, the world's most advanced solution, is adopted for the trolleying mechanism and slewing mechanism, thus ensuring more stable and reliable operation ;
• The cab is independently installed externally with good vision and large inner space, thus offering a good working environment for operators;
• A variety of safety devices are equipped, which are all mechanical or mechatronic products that are applicable to severe working conditions, so as to ensure the tower crane's reliable operation.

4 Parameters

Rated lifting moment (kN.m)

630

Lifting height (m)

Rope fall

Free-standing stationary crane

Anchored crane

α=2

29.3

135.7

α=4

29.3

67.85

Working  radius (m)

Max. working radius

50

Min. working radius

2.5

Max. lifting capacity (t)

4

Hoisting mechanism

Rope fall

α=2

α=4

Speed (m/min)

65

32.5

9.7

32.5

16.25

4.85

Lifting weight (t)

1

2

2

2

4

4

Power
(kW)

15/15/4

Traction mechanism

Speed (m/min)

40/20

Power (kW)

2.4/1.5

Slewing mechanism

Speed (r/min)

  0 ~0.6

Power (kW)

3.7

 5 Images

Model TC5010-4 tower crane ,With PLC Control

Model TC5010-4 tower crane ,With PLC Control

6 FAQ :Installation of trolleying mechanism

Trolleying mechanism is the power device of trolley. The mechanism adopts double speeds motor with features as smooth work. The trolleying speed is 40/20m/min.When installing, put the trolleying motor on right side (from root of jib to head) to prevent the motor interfering with maintenance cage of trolley.

 

Q:MP: Do you do any origami?MP: How bored are you at the moment?MP: What do you think of this She Wolf song by Shakira?I can't really form an opinion on it.
With one of your magical teardrop? ;) MP: Hm, I used to make tons of paper cranes when I was five. And nowadays, I make paper stars. But usually, I make them as birthday presents so I only do it once in a while. :) MP: Not very. I have y!a, my AP homework, music, and my emails to read. :) MP: I only saw the first thirty seconds of it about two weeks ago, and I just exit the page afterwards because it wasn't all that intriguing to me.
Q:would 2 500 ton crawler cranes be able to lift a 854 ton bridge section 80 feet in the air?
Sorry, okorder /... The farther from the center of rotation of the House, the less a crane can lift. That same crane can only lift 57.5 tons at 22 meters from the center of rotation of the House. Ben
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:What is the allowable range of vertical deviation for tower cranes?
Independent height 4/1000, attachment height 2/1000 under top wall!
Q:Can someone find me a map that shows the geographic location of the white naped crane?
it's not a map but it tells where theyre habitat range is.
Q:How to choose tower crane in engineering, such as arm length and lifting weight?
How to choose tower crane in engineering:1, according to the general layout plan on the mechanical layout requirements to determine. The tower crane's arm length should be swept to the required area, otherwise the worker's formwork and materials can not be transported vertically. (tower crane is the main tool to solve vertical transportation, and auxiliary tools are derricks and double cage elevators)2. After a project has been obtained, it is important to design the layout plan of the field machinery at first. It determines the position of the tower crane and uses several tower cranes, etc. it also conforms to the requirements of economic rationality.3, we should take into account the location of the tower crane, but also take into account the length of the tower crane, but also to meet the requirements of the site construction schedule.
Q:Where are gears used on a crane?
It's more a matter of where gears MIGHT be used. 1. Gear reduction to lifting cable drum. 2. Gears to rotate the crane, or driving cable drum to extend jib. 3. If a mobile crane, gears to transmit drive to wheels/ tracks etc.
Q:im doing a project and i need to know what eats sandhill cranes asap.
They are omnivorous, eating insects, aquatic plants and animals, rodents, seeds and berries.
Q:What are the main parameters of a tower crane?
For car luffing tower cranes, the maximum lifting height is only related to the height of the tower, and when the height of the tower is determined, the maximum height of the ceiling is a certain value.In addition to the 4 major performance parameters. And the working speed (including lifting speed, rotary speed and walking speed of car, traction speed), an important parameter gauge, wheelbase, total power, motor structure weight, balance and gross weight, etc.. These important parameters often determine the tower crane selection, such as speed of operation often determines the number of selected cranes, motor power requirements of power supply load, gauge, wheelbase of the site, and the structure weight, balance weight, weight of the foundation treatment of heavy machine requirement.Tower crane (tower crane) is called tower crane, also known as tower crane. A revolving crane mounted on top of a tall tower. The working space is large, mainly used for the vertical and horizontal transportation of materials and the installation of building components during the building construction. The tower crane consists of three parts: metal structure, working mechanism and electrical system. The metal structure includes the tower, the boom and the base. The working mechanism has four parts, lifting, luffing, turning and walking. The electrical system consists of motors, controllers, power distribution cabinets, connecting lines, signals and lighting devices, etc..
Q:I want to win a watch from a skill crane at Dave and Buster's and I need some tips.
Be the crane, be the crane. Seriously, just aim at the biggest item with three openings and try to move the crane to get it. They should let people rotate the crane, but then it would be easy for them to lose money.

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