Coil lifting magnet is specialized device designed to safely and efficiently lift and transport steel coils. From increased productivity to improved workplace safety, coil lifting magnet offer significant advantages in steel coil handling operations.
Working Principle
HVR MAG‘s HC range of steel coil lifting magnets are made of electro-permanent magnets. During magnetising and demagnetising operations, an electric current switches the direction of the magnetic field of the internal permanent magnet. During handling, no electricity is consumed to maintain the magnetism because the magnetic field comes from the internal permanent magnets. This is why electro-permanent magnet technology has two major advantages over electromagnets: energy saving and safety. Of course, the magnetic force of the electro permanent magnets is also very strong, up to 16 kg/cm².
Features of coil lifting magnet
Strong Magnetic Force:
Coil lifting magnets are designed to provide a strong magnetic force, ensuring a secure grip on steel coils of various sizes and weights. This feature enables safe and efficient lifting and transport, minimizing the risk of coil slippage or accidents.
Customizable Design:
These magnets can be customized to fit specific coil dimensions and requirements. They can be adjusted to accommodate different coil diameters, widths, and weights, providing flexibility in steel coil handling processes.
Remote Control Operation:
Coil lifting magnets are often equipped with remote control capabilities, allowing operators to conveniently control the magnet’s lifting and releasing functions from a safe distance. This feature enhances operator safety and ensures precise control during coil handling operations.
Load Monitoring and Safety Features:
Many coil lifting magnets are equipped with load monitoring systems and safety features to prevent overloading and ensure safe operations. These features provide real-time feedback on the weight and stability of the lifted coil, allowing operators to make informed decisions and avoid potential hazards.
Quick and Efficient Operation:
Coil lifting magnet enable quick and efficient coil handling. The magnetic force allows for fast and reliable lifting, reducing downtime and enhancing productivity. Additionally, the easy release mechanism enables swift and precise placement of the coil at the desired location.
Versatility and Adaptability:
Coil lifting magnet can handle a wide range of steel coil sizes and configurations. Their adjustable design allows for easy adaptation to different coil dimensions, making them suitable for various applications in steel processing, manufacturing, and logistics.
Enhanced Workplace Safety:
By securely holding steel coils, coil lifting magnet contribute to improved workplace safety. The strong magnetic grip minimizes the risk of coil slippage or accidents during lifting and transport. This feature enhances operator confidence and reduces the likelihood of injuries or property damage.
Reduced Material Damage:
The non-contact nature of coil lifting magnets eliminates the need for physical clamping or gripping mechanisms, reducing the risk of material damage or distortion. This is particularly beneficial when handling delicate or painted steel coils, preserving their integrity and quality.
Conclusion:
Coil lifting magnet is highly effective tool for safely and efficiently handling steel coils. Their strong magnetic force, customizable design, remote control operation, load monitoring and safety features, quick operation, versatility, enhanced workplace safety, and reduced material damage make them valuable assets in steel coil handling operations. By streamlining coil handling processes, coil lifting magnets contribute to increased productivity, improved efficiency, and enhanced safety in industries ranging from steel manufacturing to logistics.
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