Factors Which Influences Overhead Travelling Crane Working Speed
Overhead travelling cranes are essential tools used by various industries for moving heavy objects from one point to another. The efficiency of cranes depends on several factors such as the type of crane, the load being handled, and the work environment.
One significant factor that affects the working speed of an overhead travelling crane is the weight and size of the load being lifted. The heavier and bulkier the load, the slower the crane's movement due to the additional strain on the crane's motor and gears. Manufacturers of cranes specify their speed limits based on their load capacity, so exceeding this weight limit would negatively affect the crane's speed.
Another crucial factor is the type of crane being used. Different types of cranes include single girder cranes, double girder cranes all of which have different speed limits. In general, double girder cranes have a faster working speed than single girder cranes. The choice of crane type is often dependent on the nature of the work involved.
The work environment also plays a vital role in crane speed. The workplace should be free of obstacles that could hinder the crane's movement or cause accidents. A well-organized workspace provides ample room for maneuvering the crane, allowing for smoother and faster operations.
The effective maintenance of overhead travelling cranes is another determining factor for their speed. Proper care and maintenance of the crane's moving parts, such as the pulleys, cables, and gears, can significantly increase working speed and reduce downtime for repairs.
In conclusion, several factors can influence the working speed of overhead travelling crane. An understanding of these factors allows for proper planning and maintenance of cranes, leading to efficient and effective operations. A well-maintained overhead crane operating smoothly in an unobstructed environment can significantly increase the overall productivity of the industry.