Overhead Crane with Electro Suspension Magnets

The working principle of the overhead crane with electro suspension magnets is to use the electromagnetic adsorption force to carry steel objects. The main part of the electromagnetic overhead crane is the magnet block. After the current is turned on, the electromagnet firmly attracts the iron and steel objects and is hoisted to the designated place. After the current is cut off, the magnetism disappears and the iron and steel objects return to the ground. Electromagnetic cranes are generally used in scrap steel recycling departments or steelmaking workshops.

The overhead crane with electro suspension magnets is equipped with a detachable suspension magnet, which is especially suitable for metallurgical factories with fixed span indoors or outdoors to carry magnetic ferrous metal products and materials. Such as steel ingots, steel bars, pig iron blocks and so on. This type of overhead crane is generally a heavy-duty type of work, because the lifting weight of the crane includes the weight of the hanging magnet. It should be noted that rainproof equipment should be equipped when used the overhead crane with electro suspension magnets outdoors.

The biggest feature of the overhead crane with electro suspension magnets is that its lifting device is an electromagnetic sucker. So, in the process of operating the electromagnetic chuck, we should pay attention to these problems.

First of all, pay attention to balance. The electromagnetic chuck should be placed above the center of gravity of the product, and then energized to prevent light iron filings from splashing. And when lifting objects, the working current should reach the rated value before starting to lift. Secondly, when landing the electromagnetic chuck, pay attention to the surrounding conditions to prevent injury. In addition, when lifting, it should be noted that there should be no non-magnetic items between the metal product and the electromagnetic chuck. Such as wood chips, gravel, etc. Otherwise, it will affect the lifting capacity. Finally, carefully check the parts of each part regularly, and replace them in time if any damage is found. During the lifting process, special attention should be paid to safety, and it is not allowed to pass over the equipment or personnel.