FEM standard single girder overhead crane is a kind of lifting equipment for transporting materials across workshops, warehouses and material yards. The end beam of the single-beam bridge crane is on concrete or steel columns. Its shape is like a bridge, so it is also called a bridge crane. The space under the bridge can be used for the transportation of goods and materials. It can avoid the obstruction of ground equipment. Compared with the traditional single girder overhead crane, the FEM standard single girder overhead crane has a lower self-height, which means that the required clearance will be small. Under the same lifting height, the FEM standard single girder overhead crane has a lower height requirement for the factory building. Compared with the traditional single girder overhead crane, it has a lighter self-weight and requires a lower column capacity. In this way, the cost of the factory will be much lower.
Capacity |
ton |
2 |
3.2 |
5 |
8 |
10 |
16 |
20 |
25 |
32 |
Span |
m |
7.5-28.5 |
10.5-31.5 |
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Lifting Height |
m |
9 |
10 |
9 |
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Lifting Speed |
M/min |
5/0.83 |
4/0.67 |
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Working System |
A3-A5 |
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Working environment temperature |
-25~40 °C |
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Power supply |
380V/50Hz/3-phase (customizable) |
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Control method |
Pendant control, Remote control, Cabin control |
Single Girder: The primary horizontal beam spanning the crane’s width, supporting the hoist and trolley. Designed for optimal strength while minimizing weight, it distributes the load evenly, enhancing lifting capacity and stability.
End Trucks: Located at both ends of the girder, these house wheels that allow the crane to move along the runway rails. The end trucks ensure stable and smooth travel along the length of the workspace.
Electrcic Hoist: The lifting mechanism attached to the girder that raises and lowers the load. Commonly, electric wire rope or chain hoists are used for FEM standard cranes, providing dependable and controlled lifting action.
Control System: Allows the operator to control crane movements (lifting, lowering, trolley, and bridge travel). Controls can be through a pendant control, wireless remote, or cabin controls, depending on operational needs.