Permanent Magnetic Chuck Introduction
Permanent magnetic chuck is divided into hand control permanent magnetic chuck and electromagnetic permanent magnetic chuck. The Nd-Fe-B magnetic material with high performance is used to make it smaller, lighter, more attractive, unique magnetic circuit design and almost zero remanence. The maximum pull-out force is 2.8-4 times the rated lifting gravity.
Hand control permanent lifting magnet’s handle switch with safety button, can be operated by one hand, convenient and safe. V-shaped groove design for bottom of crane.
The electromagnetic permanent lifting magnet does not need to pull the handle manually. It can lift the corresponding round steel and steel plate by lifting the hook of overhead crane. It is safe to use and can be widely used for lifting and transporting of steel, installation and transporting of flat mechanical parts and various moulds.
Application of Permanent Lifting Magnet
The permanent lifting magnet is mainly used to connect the lifted workpiece in the hoisting process, and to move the iron plate, the iron block and the cylindrical magnetic conducting material. Easy to operate, safe and reliable, compact and lightweight results. It is suitable for lifting and handling of normal temperature steel plate in shipbuilding, construction machinery, automobile and other industries. It is widely used in factories, wharfs, warehouses and transportation industries. It can improve the working conditions and efficiency of handling operation.
Feature of Permanent Magnetic Lifter
■ Compact structure, compact shape and easy operation
■ High-performance permanent magnetic material, no demagnetization
■ There is no need for power or other power support when working
■ Advanced scientific magnetic circuit balancing design, strong absorptive force, almost zero remanence, safe and reliable
■ The maximum pull-out force is 3.5 times the rated lifting gravity and the safety factor is high
Maintenance of Permanent Magnetic Lifter
■ During the lifting and use of the permanent lifting magnet, the collision of the contact surface should be avoided as much as possible to avoid affecting the performance and life. When not in use, the bottom surface should be oiled and cleaned
■ Please read the instruction manual before use and clearly use the performance before use. If you have any questions, please contact the manufacturer to avoid accidents
■ The flexibility of each component should be checked frequently to keep it flexible