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RCDG Series Permanent Magnet Iron Remover - Reliable China Suppliers & Factory Solutions for Efficient Iron Removal

Discover the RCDG Series Permanent Magnet Iron Remover Made in China

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Introducing the RCDG series permanent magnet iron remover, the ultimate solution from a leading factory in China. This advanced iron remover is engineered to efficiently eliminate iron contaminants from materials on conveyor belts, crushers, and mills. Our dry self-cooling electromagnetic design utilizes high-quality materials and cutting-edge technology, ensuring reliable and effective iron removal across various industrial applications. Trust our factory's expertise to enhance your production process with the RCDG series iron remover, a top choice among suppliers for effective iron separation.

    Main features

    Advanced Magnetic Circuit

    Designed using computer simulation, ensuring a large magnetic penetration depth and optimal iron removal efficiency. This innovative design sets it apart from traditional iron removers, making it a top choice for industries requiring precise and effective iron removal.

    Superior Construction

    The internal coil is made of yarn-covered wire with high insulation level and excellent heat resistance. This ensures the iron remover’s durability and reliability even in demanding industrial environments. The simple and reasonable structure makes it easy to maintain, saving time and effort for operators.

    Low Temperature Rise

    Engineered to have low temperature rise and minimal fluctuation of magnetic field intensity. This ensures stable and consistent operation, contributing to the overall efficiency of the iron removal process.

    Applications

    The RCDG series permanent magnet iron remover is suitable for removing iron from any material on the conveyor belt, as well as providing reliable protection for various types of crushers and mills. Its versatility and high-performance capabilities make it an essential tool for industries where iron removal is a critical part of the production process.

    In conclusion, the RCDG series permanent magnet iron remover is a game-changer in the field of iron removal technology. Its advanced features, durable construction, and versatile applications make it a valuable asset for industries seeking efficient and reliable iron removal solutions. Experience the difference with the RCDG series iron remover and elevate your industrial operations to new heights.

    Technical specification

    RCDG series permanent magnet iron remover
    Model No. Adaptive belt width (mm) Suspension height (h≤mm) Magnetic intensity (≥mT) Thickness of materials (≤mm) Excitation power (≤kw) Belt speed (≤m/s) Weight (kg)
    RCDG-4 400 100 50 70 0.6 4.5 600
    RCDG-5 500 150 60 90 1 730
    RCDG-6 600 175 60 120 1.6 880
    RCDG-6.5 600 200 70 150 2 980
    RCDG-8 650 250 70 200 3.6 1250
    RCDG-10 800 300 70 250 5 1820
    RCDG-12 1000 350 70 300 6.8 2550
    RCDG-14 1400 400 70 350 9 3250
    RCDG-16 1600 450 70 400 13 5100
    RCDG-18 1800 500 70 450 18 7200

    Note: 1 mT = 10 gauss

    Frequently Asked Questions

    What are the primary applications of the RCDG series permanent magnet iron remover?
    The RCDG series is designed to remove iron from any material transported on a conveyor belt. It also provides vital protection for various types of crushers and mills in different industrial production lines.
    How does the magnetic circuit design of the RCDG series improve efficiency?
    The magnetic circuit is developed using computer simulation. This advanced design ensures a large magnetic penetration depth and optimal iron removal efficiency compared to traditional iron removers.
    What materials are used in the construction of the internal coil?
    The internal coil is made of high-quality, yarn-covered wire that offers a high level of insulation and superior heat resistance, ensuring durability in harsh industrial environments.
    Does the magnetic field strength of the RCDG series remain stable during operation?
    Yes, the equipment is engineered for low temperature rise, which minimizes the fluctuation of the magnetic field intensity and guarantees stable and consistent performance.
    How do I convert the magnetic intensity values from mT to Gauss?
    The conversion rate is 1 mT (millitesla) = 10 Gauss. For example, a magnetic intensity of 70 mT is equal to 700 Gauss.

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