The primary function of the Oil Circuit Over Belt Electromagnetic Separator RCDE is to remove ferrous materials from the conveyor system, thereby purifying the materials, improving quality, and protecting downstream equipment.
The Oil Circuit Over Belt Electromagnetic Separator RCDE offers various cooling methods, including air-cooling, fan cooling, and oil-cooling.
The coil features anti-oxidation and well-insulated construction with effective heat dissipation, anti-corrosion properties, a larger heat dissipation area, stable temperature rise design, and a high gradient magnetic field to efficiently remove tramp iron.
The effective belt width for the RCDE model is 1200 mm.
The rated suspension height of the RCDE model is 250 mm.
This separator is widely used in various industries, including power plants, coal plants, metallurgical plants, cement plants, glass plants, grain plants, chemical engineering, and the port industry.
By effectively removing large and small tramp metal from the conveyor system, the separator purifies the materials, which leads to improved quality and efficiency in subsequent processing.
Yes, the separator is designed for ease of maintenance, with options for self-cleaning and manual cleaning methods.
The magnetic intensity at the rated suspension height for the RCDE model is 70 mT.
Yes, the Oil Circuit Over Belt Electromagnetic Separator is designed to efficiently remove both large and small tramp metal from the conveyor system.
The high gradient magnetic field design enhances the separator's ability to remove tramp iron more efficiently, thereby improving the overall effectiveness of the separation process.
Consider the specific operational conditions, such as ambient temperature and material flow rate, as well as the available infrastructure for air, fan, or oil cooling when selecting a cooling style.
The separator is suitable for processing various materials, including metals, coal, cement, grains, and other materials that may contain tramp metal.
Yes, the installation process is designed to be straightforward, but it is recommended to follow the manufacturer's guidelines and, if necessary, consult a professional for optimal setup.
By removing ferrous materials before they reach downstream equipment, the separator prevents potential damage and wear, thereby extending the lifespan of the equipment and maintaining operational efficiency.
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