About Over Band Electro Magnetic Separators
We have a large repertoire of magnetic devices which are among the best in the market. The Over Band Electro Magnetic Separator machine is a permanent magnet and requires no power. We manufacture the separator according to the customers specification. It can be easily installed and has low maintenance. It finds application in foundries, coal mines, cement work etc. We offer these machines at market leading prices and they are good value for money. They are good value for money and are available in outlets across the country.
Technical Specification
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Phase
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Three Phase
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Material
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Cast Iron
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Power Source
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Electric
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Surface Treatment
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Powder Coated
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Power
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2.2 kW
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Voltage
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220 V
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Motor Power
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3 HP
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Frequency
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50 to 60 Hz
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Efficient Ferrous Separation for Industrial ApplicationsOur Over Band Electro Magnetic Separators offer robust and continuous removal of ferrous contaminants from conveyor-transported materials. Equipped with high-grade electromagnets and precision-wound copper or aluminum coils, these units ensure operational safety and improved product purity in demanding sectors such as mining, recycling, and cement production.
Customizable Solutions for Diverse Conveyor SystemsAvailable in a wide size range from 400 mm to 2000 mm in belt width, these separators can be tailored to fit any conveyor system. Industrial-grade construction and optional color finishesblue, yellow, or as specifiedallow seamless integration with existing processing lines. Custom capacities address specific throughput requirements, delivering optimal separation performance.
Reliable Performance and Easy InstallationDesigned for ease of installation above conveyor belts and powered by 220 V/415 V AC mains, these separators utilize a durable powder coated or painted surface finish for corrosion resistance. Their robust construction simplifies maintenance, boosts operational efficiency, and ensures long-term reliability in harsh industrial environments.
FAQs of Over Band Electro Magnetic Separators:
Q: How does the Over Band Electro Magnetic Separator function in removing ferrous impurities?
A: The separator uses a powerful electromagnet placed above conveyor belts to attract and lift ferrous materials from conveyed products. As materials pass underneath, the magnet captures metal contaminants, ensuring they are effectively separated and collected for removal.
Q: What specifications are available for accommodating different conveyor sizes and applications?
A: This separator comes in belt widths ranging from 400 mm to 2000 mm and can be customized according to the conveyer size and processing requirements. Its capacity and design parameters are tailored to match specific throughput and material handling needs.
Q: When is it recommended to use this Electro Magnetic Separator in an industrial setting?
A: It is best utilized when continuous and automatic removal of ferrous impurities is needed, particularly in high-volume environments like mining, steel plants, cement factories, and recycling operations, ensuring product integrity and equipment protection.
Q: Where can this separator be installed within the material handling process?
A: This unit is typically mounted overhead and perpendicular to conveyor belts at points where maximum ferrous contamination is likely, such as feed conveyors or discharge ends, to maximize separation efficiency before further material processing.
Q: What is the installation and power supply process for this separator?
A: Installation involves securing the rectangular separator above the conveyor belt using the provided mounting fixtures. It operates on a standard electric (AC mains) power supply, compatible with both 220 V and 415 V at 50 Hz, making it suitable for most industrial facilities.
Q: What are the main benefits of using an Over Band Electro Magnetic Separator in industrial applications?
A: Benefits include uninterrupted removal of ferrous debris, protection against equipment damage, enhanced product purity, and reduced manual labor. It also ensures compliance with quality standards, increases operational safety, and improves overall process efficiency.