Single Girder Electric Overhead Travelling Crane

Single girder overhead cranes operate on some very simple yet effective principles. The main mechanism consists of an electric motor and the main hoist, which is connected to the bottom of the crane’s mast. The beam is connected to the motor and the hoist through its movable trolley. Depending on the type of single girder overhead crane, it can be equipped with a wire rope hoist rope or a chain hoist. When the motor is triggered, the hoist is moved using the trolley, and the motor rotates, allowing the operator to control the crane precise movements accurately and safely.

Single girder electric overhead travelling cranes are one of the most commonly used crane types for industrial operations due to their high maneuverability and affordability. They are typically found in many factories, warehouses and other production sites for material movement operations. Depending on the individual needs of the users and the lifting requirements, they can offer greater cost savings in several scenarios. The main benefits of single girder overhead cranes include:

Lower Cost: This is because they require less steel and components to assemble and operate. Plus, their simple mechanism and low center of gravity makes their motor and control system components simpler and thus leads to overall lower cost.
High Maneuverability: Single girder cranes offer a high degree of maneuverability, thanks to their efficient and light-weight design. They can be operated and maneuvered much easier than their double girder counterparts, thus requiring less operation time.
Wide Range of Applications: Single girder overhead cranes can be a great choice for many applications, from simple material transport to more complex operations like precision welding. Their versatility makes them suitable for wide range of operations that require efficient solutions.

For quick quotation, please provide the following information :

1. The lifting capacity of the crane
2. The lifting height (from floor to the hook center)
3. The span (the distance between the two rails)
4. The power source in your country. Is 380V/50Hz/3P or 415V/50Hz/3P?
5. Your nearest port