Elektromagnetické zdvíhacie magnety

Odrody produktov & Špecifikácie

Electromagnetic Lifting Magnets are primarily categorized into two main types based on their design and the type of load they handle. Each is engineered for specific applications and offers distinct advantages.

1. Kruhové elektromagnetické zdvíhacie magnety

Circular magnets are the most common type, featuring a robust, circular housing that contains a single large coil. They are ideal for handling a wide range of scrap metal, from small turnings to large pieces, and are excellent for lifting multiple items at once.

Basic Parameters (Typical Range)：

Typical Applications

1.1 Process scrap steel

Kruhové elektromagnetické zdvíhacie magnety

1.2 Process scrap steel

Kruhové elektromagnetické zdvíhacie magnety

1.3 Process scrap steel

Kruhové elektromagnetické zdvíhacie magnety

2. Rectangular Electromagnetic Lifting Magnets (Bi-Polar Magnets)

Rectangular magnets, often called bi-polar magnets, have two magnetic poles separated by a gap. This design creates a deep magnetic field ideal for handling long, structural materials like steel plates, beams, potrubia, and sheets with a secure, balanced hold.

Basic Parameters (Typical Range)：

Typical Applications

2.1 Handling Steel Coils

Handling Steel Coils

Handling Steel Coils

3. Beam-Mounted Electromagnetic Lifting Magnets

Beam-Mounted Electromagnetic Lifting Magnets lift and transport billets, ingots, billets and more.

Typical Applications

3.1 Processing billets

Processing billets

Processing billets

Processing billets

Kľúčové komponenty & System Requirements

A complete electromagnetic lifting system consists of more than just the magnet:

• 1. The Magnet: The core lifting device.
• 2. Control Panel / Rectifier: A crucial component that converts AC power from the plant supply into DC power for the magnet. It also houses safety systems like:
  • Back-Up Power (Battery Backup): Provides power to the magnet in case of a main power failure, preventing dropped loads and ensuring safety.
  • Discharge Modules: Safely dissipate the magnetic energy when the magnet is turned off.
• 3. Káblový navijak: Manages the power cable between the control panel and the magnet, especially on cranes with long travel distances.

Advantages of Electromagnetic Lifting Systems

• 1. Deep Magnetic Penetration: Can lift multiple layers or piles of material.
• 2. Exceptional Efficiency: Faster cycle times compared to mechanical attachments.
• 3. Secure Grip: Provides a full 360-degree hold on the load.
• 4. Minimal Maintenance: No moving parts within the magnet itself.
• 5. Trvanlivosť: Built with heavy-duty steel casings and impact-resistant coils to withstand harsh industrial environments.

Important Safety Considerations

Safety is paramount when using electromagnetic lifters. Key features and protocols include:

• 1. Automatic Backup Systems: Essential for preventing catastrophic load drops during power outages.
• 2. Regular Inspection: Coil resistance and insulation should be checked regularly.
• 3. Load Weight Awareness: The operator must always know the weight of the load and ensure it does not exceed the magnet’s rated capacity for that specific material.
• 4. Surface Contact: The magnet must make full contact with the material for a secure hold.

Electromagnetic Lifting Magnets are a proven, mocný, and efficient solution for material handling in the ferrous metals industry. By choosing the correct type—circular for versatile scrap handling or rectangular for long structural items—businesses can dramatically improve their operational efficiency and safety.

Contact our technical sales team today to discuss your specific application and find the perfect electromagnetic lifting solution for your needs.