Round Electromagnetic Chuck uses the magnetic effect of the current when it is used, so that the soft iron is also magnetic.
1 Add a spiral coil inside the soft iron. When there is current, the soft iron in the coil can make the soft iron become a temporary magnet, but when there is no current, their magnetic properties will disappear.
2 If the magnetic field after the magnetization of the soft iron rod is added to the magnetic field in the original coil, the strength of the magnetic field will be greatly enhanced, and its magnetic force will be much larger than that of the natural magnet.
3 If the number of turns of the coil is larger, the larger the current passing, the stronger the magnetic field of the round electromagnet.
Applications:
Electromagnetic chuck is suitable for metallurgy, mining, machinery, transportation and other industries lifting steel and other magnetic materials.
Used as an electromagnetic manipulator to hold magnetic materials such as iron and steel.
Main Features :
1, using a fully sealed structure, good moisture resistance.
2, optimized by computer design, reasonable structure, light weight, large suction, low energy consumption.
3. Excitation coils are treated by a special process to improve the electrical and mechanical properties of the coils. The heat-resistance grade of the insulation material is up to Class C, the overall insulation of the suction cups is H-class and the service life is long.
4. The rated electrification continuation rate of ordinary electromagnets has been increased from the previous 50% to 60%, which has increased the use efficiency of electromagnets.
5. The high-temperature type electromagnet adopts a unique heat insulation method. The temperature of the sucked object is increased from the previous 600°C to 700°C, which expands the adaptability of the electromagnet.
6, easy installation, operation and maintenance.
Please confirm the following for accurate offer :
1. Its usage ：for crane，forklift or excavator 2. Size : Circle square or other size and related size 3. Power supply
