High Temperature Lifting Electromagnet

Description

Super-high temperature lifting electromagnet type can be supplied with cooling equipment, that is : after several times of lifting hot billet, the attraction force would reduce obviously, then you should place the electromagnet into cold water pool for some seconds, after that put it into operation again, we call it as high temperature diving electromagnet. Owing to some special process technics and smart heat dispersion structure, welding will never get split and the coil will always be waterproof.

Choose normal or high or super-high temperature type according to the material’s temperature. If below 150℃ choose normal type, between 150℃ and 600℃ high type；above 600℃but with a limit under 700℃, super-high type.

Features

1. The magnetic material of the electromagnet is made of low-carbon steel, which allows the working air gap to reach the maximum magnetic field. The magnetic force distribution on the entire magnetic pole surface of the electromagnet is very uniform. Therefore, it can achieve a large suction to weight ratio.
2. Electromagnetic iron is more scientifically and reasonably designed through computer optimization of magnetic circuits.
3. The electromagnetic coil adopts a low-temperature rise design, with small changes in suction force between cold and hot states. The coil wire is made of high-quality oxide film flat aluminum strip, with an insulation grade of C, ensuring the service life of the coil.

Technical Data

Options And Components

Lifting Magnet

A device with an iron core inside and using a coil with current to make it magnetic like a magnet is called an electromagnet. The iron core should be made of soft iron or silicon steel that is easy to magnetize and easy to lose magnetism. This type of electromagnet has magnetism when powered on, but disappears when powered off. Electromagnets have extremely wide applications in daily life. The invention of electromagnets also greatly increased the power of generators.

Electrical control cabinet

The Electrical control cabinet adopts a three wire two phase half wave rectification method, and uses the energy storage of the electromagnet to control reverse demagnetization during discharge. This product has the characteristics of simple circuit, compact structure, small volume, and light weight. DKP-A is a three wire two half wave rectifier control equipment. When the grid voltage is too high or too low, adjusting the potentiometer can adjust the output voltage within 170-240V, so that the output voltage is basically close to 220V

Cable drum

Cable reel is a cable winding device that provides power, control power, or control signals for large mobile devices. It is applied to heavy machinery equipment such as port gantry cranes, container cranes, ship loaders, tower cranes, and other similar working conditions.

Lifting beam

Transport and stack various long materials, such as wood, steel pipes, bars, profiles, steel plates, etc., using the balance beam hooks on two hooks or the electromagnetic disc on the balance beam. The suspension beam is refined from low-carbon alloy steel. The load capacity range is 1T to 100T. There are various styles such as single beam, double beam, H-beam, T-beam, cross beam, fixed rotor crossbeam, etc

Applications

Lifting electromagnets are widely used in various occasions. In industries such as steel, rail transit, and automobiles, lifting electromagnets can be used to automatically pick up and place various metal materials such as steel, alloy materials, steel plates, hollow shafts, etc. It can also be used for automatic collection of garbage, disposal of hazardous materials such as air and chemical media, or for rescue work in harsh environments such as high altitude. It can also be used in fields such as mechanical processing, loading and unloading, and handling.

Service