New Electro Magnet for Lifting Steel Strips, Round Shape, 20 Tons

What is electro permanent magnetic technology?

       Electro permanent magnet technology offers a groundbreaking approach to magnetic control, utilizing electricity to manipulate the magnetic field lines of permanent magnet materials. This innovative application can independently attract or release materials by transitioning between magnetized and non-magnetized states.

    Magnetized State: With a burst of instantaneous excitation current, the electromagnetic coil manages the switching of the magnetic field state in reversible magnetic materials. This activates a powerful magnetic force on the surface of the magnetic poles, ensuring strong adsorption with no energy loss. The closed loop of the magnetic field guarantees no heat, noise, or energy consumption, epitomizing efficiency (refer to Figure 1.1).

    Demagnetized state: In this state, a subsequent burst of excitation current alters the internal magnetic field configuration, causing the field to retreat within the permanent magnet. Consequently, the magnetic pole surfaces lose their magnetic field, releasing the material with precision and reliability (refer to Figure 1.2).

About Electro Permanent Magnet

     The Electro Permanent Lifting Magnet System embodies safety and reliability, unaffected by power outages or circuit failures. With no need for auxiliary battery systems during operation, it harnesses the everlasting strength of permanent magnetic materials. This ensures that materials remain securely adsorbed, only to be released upon operator-activated demagnetization, providing users with unmatched safety assurance.

Advantages of Electro Permanent Magnet:

1. Economical, Energy-Saving, Environmentally Friendly
The Electric Permanent Magnet System is designed for optimal energy efficiency, consuming electricity solely during magnetic charging and demagnetization. Unlike traditional electromagnets, it requires no power during operation, significantly reducing electricity costs by over 95%, with no temperature increase, offering substantial cost savings.
Both the lifting permanent magnet and its control system are exceptionally lightweight, reducing the load on lifting equipment and enhancing lifting capacity.

2. High Security
Electro permanent lifting magnets derive their strength from a dual composition of permanent magnetic materials, achieving maximum magnetic force up to 16 kgf/cm². With no reliance on electricity during operation, the system eliminates the risk of magnetic power loss and material drops during power failures or cable issues. Its stable performance ensures long-lasting security.

3. Ease of Use
The iconic simplicity of the electronic control panel features just charge and demagnetization buttons, facilitating swift operation. Magnetization and demagnetization are accomplished in a mere 0.1-1 second, enhancing operational efficiency. With no wear-and-tear components, hydraulic oils, or compressed air, maintenance is minimal. Simply keep the surface clean for enduring reliability and practicality.
Post-demagnetization, the remaining surface magnetic force is virtually negligible. Even tiny magnetic particles do not adhere, ensuring no surface damage or residual contamination.

4. Unique, Flexible Product Design
Our lifting permanent magnets boast a distinctive modular design featuring dual magnetic source technology, a proprietary manufacturing process, and an unparalleled internal structure—culminating in a truly unique product.

5. Perfect Function
The Electro Permanent Lifting Magnet System stands out with its resistance to power loss and absence of UPS battery requirements. The powerful, permanent magnetic materials guarantee continuous suction, securing materials until safe landing. This system assures the highest security standards for the end-user.

                                            Electro Permanent Lifting Magnet   VS  Electromagnet

Product pictures:

Electro Permanent Magnet System Composition (Standard)

1. Electro Permanent Magnet
 The core component of magnetic force, designed for direct contact and adsorption of the work piece.

2. Control System (including sound and light indicating system)
  This system is responsible for managing magnetization/demagnetization processes, as well as the collection and processing of all operational signals.

2.1. Controller for Long Distance (optional)
  A compact mini control cabinet designed for use in Crane Cabs or other limited spaces.

2.2. Remote Controller (optional)
   A mini control cabinet engineered for installation in Crane Cabs or similarly confined locations.

3. Cable Retracting Device
A pull-in and pull-out reel system specifically engineered for the efficient release and collection of cable.

4. Beam
  Specially designed to collect and pass the tension of the permanent magnet effectively.

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