Wednesday 22 March 2017

Know All About Lifting Electromagnet

People who are not much aware of magnet, should know more about these lifting magnets. People who understand magnets are well aware of permanent and electromagnets are the two types of Lifting magnets. These can improve the overall productivity to lift a load of metals even by a single person. It is very important to have a person fulfill the equipment needs to be properly specified and applied.

Few Characteristics Of Lifting Electromagnets:

·         Electromagnet along with variable voltage control allows the operator to manage the magnetic strength and select only one piece from the stack.
·         Electromagnets creates magnetic field by using an energized electrical coil wrapped around a steel core to orient particles within ferrous materials in one direction.
·         Though it requires constant power source, it can even be looked at as an advantage depending on how the magnet is being used.
·         Generally built to run on DC current, it creates the need for a rectifier.
·         This type of lifting magnets is useful for applications where the strength varies or remote controlling is desired.
·         Electromagnets are the most cost-effective magnets per pound of lift. And even the capacities can be extended up to 10,500 pounds.
·         It reduces the costs of equipment and operation as these are self-contained magnets which operate on 115-volt AC power.

Both permanent magnets and electromagnets can be constructed to produce different types of magnetic fields. Lifting magnets can be used to move a variety of ferrous metals ranging from small bundles of rod or scrap to large and heavy blocks. Though the person must be skilled enough to move or replace the load safely.

Choosing the wrong type of magnet for specific application can be extremely dangerous and possibly even deadly. Magnets should only be used for which they were originally intended to. So keeping in mind the properties of the magnets, one should be careful to choose permanent magnets and electromagnets.