Performance comparison of Belt Magnetic separators with different heat dissipation methods- RCYD
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Performance comparison of Belt Magnetic separators with different heat dissipation methods

Belt Magnetic iron remover has a variety of heat dissipation methods. According to these different methods, the Belt Magnetic separator can be divided into air cooling, oil cooling, heat pipe cooling and self cooling.
The advantage of the air-cooled Belt Magnetic separator is that the cooling effect is ideal. The temperature rise is slower and the cost is not high. The shortcoming is that the sealing is not good, it is very susceptible to corrosion, and it is easy to eject a lot of dust and droplets. This type of Belt Magnetic separator is not suitable for use in removing iron from coastal or powdery materials.
The main advantage of the oil-cooled Belt Magnetic separator is that it has strong sealing and excellent cooling effect. Similarly, the cost is low. The problem is that the oil pipe needs to be replaced frequently, and the equipment is usually very bulky, and the insulation surface is occasionally damaged by hot oil.
The highlight of heat pipe cooling is thermal conductivity and high heat exchange efficiency. The problem with this kind of Belt Magnetic separator is that the coil and the heat pipe are inevitably contacted sometimes, thereby accelerating the aging speed of the insulation layer of the coil, and the leakage core component of the heat pipe is easily damaged. At present, the Belt Magnetic separator is a self-cooling type, which has the advantages of strong sealing and insulation, stable working performance and less failure. The disadvantage is that it is bulky and costly.
Therefore, when selecting the Belt Magnetic separator, you should refer to your own conditions and working environment to select the applicable equipment.

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