a.profile

The interior of the permanent magnet iron remover uses special permanent magnets such as NdFeB with high coercive force and high residual magnetism to form a composite magnetic system. It has the advantages of maintenance-free, strong magnetic force, long life, simple installation, easy use, reliable operation, etc. applicable tobelt conveyor、vibrating conveyor, electromagnetic vibration feeder, flat iron remover, and non-magnetic materials on the blanking chute. Remove 0.1 to 35 kilograms of ferromagnetic materials, and the internal permanent magnet system has a service life of more than 10 years. When the permanent magnet absorbs more ferromagnetic objects, manually remove them with a non-magnetic scraper or wear gloves to remove them. It is suitable for continuous work and occasions with less iron content.

second.advantages

1. High-performance NdFeB is used as a magnetic source, which is highly magnetic and is not easy to demagnetize.
2. No excitation coil, saving electricity and energy.
3. No rectification control device is required and high reliability.
4. There is no temperature rise problem, and there is no distinction between cold and hot magnetic field strength, and the magnetic field is constant.
5. When the power is cut off, the iron parts sucked on the iron remover will not fall back to the transported materials.
6. There are no insulation and withstand voltage problems.
 

III. installation method

The suspended permanent magnet iron remover can be used in conjunction with belt conveyors, vibration conveyors, electromagnetic vibration feeders, flat iron remover, and blanking chutes. The installation methods are divided into horizontal installation and inclined installation.

IV. technical parameters

v.Iron remover selection guide：

1. When selecting an iron remover, users must first consider whether it is transported by a conveyor belt, bandwidth, belt speed, inclination angle, nature, humidity, particle size, thickness of the material, how much iron content in the material, particle size and nature of the ferromagnetic material, iron removal requirements, operating environment (temperature, humidity, dust, corrosiveness, etc.), characteristics of the iron remover itself, installation location and space size, etc.
2. When the material contains a large amount of iron, RCDC, RCDD, and RCDF series self-dumping electromagnetic iron separators with continuous automatic iron removal should be used;RCYC series self-dumping permanent magnet iron separators; and RCT series permanent magnet rollers should be used.
3. When the iron content in the material is small, RCY series permanent magnet iron remover should be used;RCDB series manual iron unloading suspended electromagnetic iron remover should be used.
4. When there are particularly few ferromagnets in the material, select GJT series metal detectors to be used together with strong magnetic self-dumping electromagnetic and permanent magnet iron remover to automatically monitor and remove iron, which has power saving, energy saving, long life, and iron removal effect. Good characteristics.

vi.Notes:

1.& nbsp; It is strictly prohibited to remove the iron remover body

2.& nbsp; It is forbidden to carry ferromagnetic substances close to iron remover to avoid unnecessary danger.

3.& nbsp; It is forbidden to hit the iron remover body to avoid demagnetization.

4.& nbsp; Operators are prohibited from bringing mobile phones, watches, cameras and other electronic products close to iron remover to avoid magnetization.

5.& nbsp; People who install cardiac pacemakers are not allowed to approach them to avoid injury.

VII. equipment selection：