TCP6013B Topless Tower Crane
- Loading Port:
- Shanghai
- Payment Terms:
- TT OR LC
- Min Order Qty:
- -
- Supply Capability:
- 30 unit/month
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· Customer can tell Masan the detailed specifications and Masan can make the suitable products for customers. This is topless tower crane, it can meet the different construction situatation.
· Manufacturing Year: 2014
· Jib Length: 60m
· Free Height Under Hook: 45m
· Max. Load: 6T
· Tip load: 1.3T
· Mast Section Dimension(m): 1.83x1.83x3
· Hoisting Speed(m/min) & power: 8.5/40/80 24Kw
· Slewing Speed (r/min) & power: 0~0.8 2x4Kw frequency
· Trolleying Speed (m/min) & power: 43.7/21.7 3.3/2.2kw
· Cable specification: 3x16+2x10
· Power Supply: 400V(+6% -10%)50HZ
- Q: I have a problem in discovering the breakdown in the tower crane control panel. If you can give me a procedure to follow the problem in the control panel.
- Generally tower cranes have their electrical panels at the ground floor. Troubleshooting in the tower crane is not different to any other electrical system. First check the power circuit healthiness--switches,fuses,contactors and then go for control circuit. The cranes have few additional interlocks for excessive forward movement, extra long travel etc. Just go through the drawing and u will get the problem solved
- Q: I have a vessel 40 feet off the ground in a platform, and the crane can get to within 30 feet of it (from the side). I'm more curious of the process for sizing them though.
- It okorder and view some of the product guides and review the performance data and load charts. It also depends on what type of support soil or foundation that is capable of supporting the crane.
- Q: In Scottsdale AZ I have never noticed them before this year. They are on the walls all around our doors.
- cranes leave their habitat because the first reason was the climate , second its mating season and lastly scarcity of food in their habitat during winter .
- Q: I need a web site for crane documentation. What I need, is a site, where from I can get, when needed, hydraulic and electric schematics for all kind of cranes (crane trucks, bridge cranes, etc)Thank you,
- Go to the manufacturer's websites for technical support. Go to the engineering magazine websites that engineers use to design the cranes. Identify the professional engineering organizations that deal with such equipment.
- Q: Cranes nowadays are MASSIVE! but something that has been bugging me for ages is how do they get the massive crane bit at the top down once they have finished constructing the skyscraper/building?
- After this the crew uses a mobile crane to assemble the jib and the machinery section, and places these horizontal members on an approximately 40 foot mast that consists of two mast sections. The mobile crane then adds the counter weights. The mast which is a large triangulated lattice structure typically 10 feet square then rises from this firm foundation. This triangulated structure gives the mast the strength to remain upright. The tower crane rises to its maximum height by using one mast section at a time, the crew uses a top climber that fits between the slewing unit and the top of the mast. This is done by hanging a weight on the jib to balance the counter weight. The crew then detaches the slewing unit from the top of the mast, this is done by using large hydraulic rams in the top climber to push the slewing unit up to 20 feet. The crane is then used to lift another 20 foot mast section into the gap opened by the climbing frame. Once bolted in place the crane gains a height of 20 feet. This process is reversed once the building is finished and its time to dismantle the crane and as stated earlier a smaller crane is used to dismantle the tower crane except the mast which is dismantled by the crane itself
- Q: My Sister gave me a Russian Lacquer box with two flying cranes on it. There is supposed to be a story behind the cranes, but I can't find it online. Does anyone know where I can find this, or happen to know what the story is?
- This is an old Russian tradition of painting cranes on laquered boxes like the icon paintings. Many different towns would make these type of boxes. Russian legend claims that the city was a home to icon-painters even before the Mongol invasions. At least since the 17th century, Kholui has been a producer of lacquer boxes, plates, and other painted items that this region of Russia is famous for. After the Bolshevik Revolution, icon painting became unpopular and even dangerous. However, Kholui painters kept painting, at this time in secrecy, giving the area a kind of legitimacy in the cultural/artistic world. The style of icon painting in Kholui is particular to this town, and distinctly different from the more widely-known Palekh style of painting. The icon-painters in Kholui use a large amount of green hues, as opposed to the style of using mostly red colors, as is traditional in Palekh. The Ivanovo Oblast is home to the cities of Putchezh and Kholui. It is found in the center of the Eastern European Plain, and is part of the Central Economic Area of Russia.
- Q: any1??
- forces for cranes are dynamic , so u'll have repeated cycles of compression tension ( i assume it's a trussed crane). but generaly for a cantilever , the main forces are -ve Bending Moment +ve shear which changes the rft. bars position if dealing with R.Concrete for example
- Q: i am not trying to say all one has to do is read and never go to a class this is more or less a suplement to my training, by no means all of it so don't get mad at me for asking about a martial arts book pleasethanks in advance ansewers community
- White Crane, Whooping Crane*, Hsing/Xing Yi, Shaolin Monk Fist*, are all 'familiar' impacts of Okinawan martial arts. even though it may be noted that there are over a million,000 years of touch between the Ryukyu islands and China commencing in the previous due six hundred's*. So there are a number of, many conceivable impacts of Okinawan martial arts. Goju Ryu replace into heavily stimulated by way of White Crane, incredibly because of fact of Xie Zhongxiang (Ryuru Ko) who taught Higaonna Sensei his altered equipment of Whooping Crane Kung Fu. Goju Ryu replace into additionally stimulated by way of Shaolin Monk Fist, and Baguazhang, while Miyagi Sensei spent his time in China in the Fuzho Province (additionally Fujian). The linear form which you're searching for comes from the Shaolin impression. there's a great individual to invite any questions approximately Goju Ryu on right here. His sn is nwohioguy, and he's extremely knowledgeable. EDIT - to fulfill your starvation for the Tiger form and that's involvement in Karate's progression, i will furnish this. Tiger replace right into a form taught on the Shaolin Temple so it might desire to have some impression. even nevertheless many categories have had impression in the process the years, the main remarkable are the White Crane of Shaolin and Hsing Yi. Shotokan is of comparable origins as Goju Ryu with Sokon/Bushi Matsumura analyzing White Crane besides in China, and Ankoh Itosu analyzing below him. those 2 knowledgeable Gichin Funakoshi who formulated Shotokan from that whilst in Japan. EDIT - Yup, i might would desire to 2d Shihan J approximately Okinawan Karate being stimulated by way of extra suitable than merely China. (I left it in basic terms in the China realm because of fact modify into your concentration, yet there replace right into a lot taking place to impression the upward push of that section.)
- Q: A crane lifts a 425 kg steel beam vertically a distance of 117m. How much work does the crane do on the beam if the beam accelerates upward at 1.8 m/s^2? Neglect frictional forces.a.) 3.4 x 10^5 Jb.) 4.0 x 10^5 Jc.) 5.8 x 10^5 Jd.) 4.9 x 10^5 JSolved as W= mgh but obviously that is wrong. Where do I go wrong?
- You have the right idea, the answer is d. EDIT: Well I actually read the rest of the question (sometimes I get an itchy trigger finger!), and the net force should be found first, the net force includes the weight and the tension in the crane's cable (so you need to find the tension): ∑F = ma = T - mg T = m(a + g) = 425kg(1.80m/s? + 9.80m/s?) = 4930N So the net force is the sum of the tension in the cable and the weight of the beam, or: F = T - mg = 4930N - (425kg)(9.80m/s?) = 735N Then, the work done by the crane is: W = FΔy = 735N(117m) = 8.95 x 10^4J Does not match any of your choices, so I am perplexed! Maybe someone will straighten me out. Apologies if I failed to help.
- Q: Two cranes are lifting identical steel beams at the time.One crane is putting out twice as much power as the other assuming friction is neglible, what can you conclude is happening to explain this difference?
- You suggested they are lifting comparable metallic beams. we do no longer be responsive to if the cranes are comparable of their overall performance. Are they the two lifting the load in an analogous way? would be one is shifting it vertically against gravity and yet another one is shifting it horizontally. The motor performance and the operator studies would be diverse. using and coasting would reason substantial adjustments.
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TCP6013B Topless Tower Crane
- Loading Port:
- Shanghai
- Payment Terms:
- TT OR LC
- Min Order Qty:
- -
- Supply Capability:
- 30 unit/month
OKorder Service Pledge
OKorder Financial Service
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