Single girder overhead crane is a kind of lifting equipment widely used in industrial, warehousing and material yards. Its main function is to drive the main beam through the electric end beam and use the electric hoist to move the goods on the track, so as to realize the lifting and transportation of goods. The design of this crane usually includes bridge, trolley, trolley moving mechanism, lifting mechanism, control room and conductive device.
The basic structure of single girder overhead crane includes:
Bridge: It is composed of end beams and main beams. The main beam span is located above the span. The end beams are set at both ends of the main beam. The platform is designed on the outside and surrounded by safety railings.
Trolley: It is installed on the track to carry and move goods.
Lifting mechanism: It is installed on the trolley and lifts and lowers the goods through a winch or wire rope.
Control system: It includes a flashlight or remote control, which can be connected to the trolley or operated freely on the main beam alone.
The working principle of single girder eot crane is mainly driven by electricity, the motor drags the drum, pulls the wire rope or chain, and moves the hook or trolley to complete the lifting and transportation of goods. This design enables the crane to efficiently carry out material handling in a narrow space, improving work efficiency and safety. High-reliability components have excellent operating performance. According to different needs, the lifting capacity of single girder eot crane can range from 1 ton to 50 tons, the span is generally 7.5 meters to 30 meters, and the lifting height can reach more than 6 meters.
5 ton single girder eot crane is widely used in shipbuilding, port terminals, factory workshops, warehouses and material yards for handling and moving large objects. For example, the use of single-beam bridge cranes in coal mines can effectively improve the efficiency of material transportation in mines.
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