Crane lifting electromagnet

Lifting electromagnet is the use of electromagnetism to handle ferro magnetic materials. Lifting electromagnet matched with various cranes to provide ideal material handling solution for materials such as steel, iron, ship manufacturing, heavy machinery, steel warehouses, ports and railways field, etc.

Lifting electromagnet is the ideal choice to lift ferro magnetic materials. It will free people from dangerous, grim and heavy working environment, such as, extremely high or low temperature, highly toxic, underwater, dusty places, etc.

DQCRANES can provide you customized  eletormagnet to your  magnetic ovehread cranes to meet various requirements in various applications. As a professional material handling solution provider, DQCRANES promises to provide the optimal material handling equipment to your application with the most cost-effective price.

Factors influencing lifting capacity of electromagnet

The lifting capacity of electromagnet is influenced by the following factors:

• Surface conditions of electromagnet.
• Material to be lifted
• Thickness of load to be lifted
• Contact surface of electromagnet on lifted load
• Bending of the lifted load
• Temperature of the lifted load
• Stacking of the lifted load

Notice to use lifting electromagnet

Pay attention when using lifting electromagnet

• Check the welding joint on non-magnetic guard board and other welding joint regularly.
• Check the connecting box and cables regularly. Any problem detected should be repaired or the problematic item should be replaced in time.
• Check the electromagnet insulation resistance and coil dc resistance regularly and repair it when necessary.
• Check the situation of electric control equipment regularly.
• Attention to the electromagnet working current in thermal state. When the working current exceeds the normal current, the operations should be stopped and inspection is needed.
• Keep current voltage pressure stable, and diamagnetic link work normally and avoid the high and middle voltage impact the current coil.
• The use of electromagnet should obey the operation instruction, and please do not change the on-load factor.
• Electromagnet should be used in the allowable condition.

Bagikan di Facebook

Tweet di

Ikuti kami

Simpan