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Showing posts with the label top running overhead crane

Learning The Top Running Overhead Crane Options

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 When it comes to buying an overhead crane, one of the many questions individuals have is usually whether an under running or top running overhead crane system would be the best choice for operations. There are overhead crane systems in also types of different configurations available, but deciding if they should choose a top running or under running design is really a key decision. Some of the questions you must answer to determine which overhead crane system would be best include: • Will the present support structure on your facility be applied or will a fresh support structure need to be constructed? • Just what is the maximum capacity of loads your organization deals with? • Does your facility possess existing runways which can be repurposed for any new crane system installation? • Exactly how much overhead room do you have available? Is headroom limited due to lighting fixtures, water pipes, ductwork, existing cranes, etc.? • How high up to you need to lift loads? • Is clear ...

An Introduction to Top Running Overhead Crane

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Exactly what is a top running overhead crane? It is actually a crane which has two runway beam and a fixed track or rail method is installed in addition to each runway beam. They have an end truck that carries the hoist and bridge in addition to the runway system. Additionally it is configured in a double girder or single girder bridge design. These cranes can handle both small capacity and enormous capacity loads. Therefore, they do not possess a limiting capacity.  They can be designed to capacities from ¼ ton to around 100 tons. There is a strong structure that supports them. And they also have runway support columns for transporting heavy loads. These cranes are ideal for buildings with limited headroom . The reason being they give an added lift height and they also ride on rails about the runway beam. As an example, a high running double girder bridge allows the greatest lifting height. Why? Due to trolley and hoist on the top of the 2 girders or bridges that add extra 3 ...