Electromagnetic Overhead Crane
The electromagnetic bridge crane is a specialized lifting device based on electromagnetic attraction. It primarily uses electromagnetic chucks to attract ferromagnetic materials for lifting operations. It is characterized by high efficiency, safety, and reliability. Customizable to specific work requirements, it is suitable for heavy-duty handling in specific scenarios and is commonly used in factories, warehouses, docks, etc., with significant advantages, especially in scrap steel recycling and steelmaking workshops. However, its operation relies on electric current, making it only suitable for handling ferromagnetic materials, giving it irreplaceable advantages in specific applications.
Product Description
The electromagnetic bridge crane is a lifting device specifically designed for lifting ferromagnetic materials. Based on its core features and applications, the specific details are as follows:
Core Principle
It attracts and moves ferromagnetic materials using electromagnetic attraction, relying on the attraction of the electromagnetic chucks to achieve material lifting, transfer, and stable and reliable operation.
Structural Composition
It consists of a bridge frame, electromagnetic chucks, and a control system. All components work together to ensure orderly lifting operations.
Structural Details
The cable tray is typically constructed of steel, providing sufficient strength and stability. The electromagnetic chuck utilizes electromagnetic principles to attract ferromagnetic materials, exhibiting strong adsorption force. The control system manages the working status of the electromagnetic chuck and the movement trajectory of the goods, ensuring convenient operation.
Customization Features
Customization is available to suit different working environments and specific needs. For example, suitable cable tray structures, electromagnetic chuck specifications, and control methods can be selected to adapt to diverse operational requirements.
Maintenance Requirements
Regular maintenance and upkeep are required, with a focus on checking the adsorption force of the electromagnetic chuck, the integrity of the cable tray structure, and the working status of the control system to ensure normal equipment operation.
Applicable Scenarios
Particularly suitable for lifting and handling magnetic ferrous metal products and materials, such as steel ingots, structural steel, and pig iron blocks. It is also suitable for harsh working environments with high temperatures, high dust levels, and high humidity.
Application Areas
Commonly used in factories, warehouses, docks, and other locations for lifting and handling heavy objects. It is particularly suitable for scrap metal recycling departments and steelmaking workshops, where there is a high demand for the transfer of ferromagnetic materials.
Usage Limitations
The operation relies on electric current; without a current supply, suction and lifting cannot be achieved. It is only suitable for handling ferromagnetic materials and cannot lift non-ferromagnetic materials.
Product Feature
High Efficiency, Safe, and Reliable
It uses electromagnetic attraction to attract and move ferromagnetic materials, possessing higher attraction force and stability, enabling efficient lifting of ferromagnetic materials. The operation process is safe and reliable.
Clear Structural Composition
It consists of a cable tray, electromagnetic chuck, and control system. The cable tray is typically made of steel. The electromagnetic chuck operates based on electromagnetic principles, and the control system provides precise control of equipment operation.
High Customization
It can be customized to different working environments and needs, such as selecting appropriate cable tray structures, electromagnetic chuck specifications, and control methods to adapt to diverse operating scenarios.
Requires Regular Maintenance
To ensure normal operation and safety, regular maintenance and upkeep are required, including checking the attraction force of the electromagnetic chuck, the cable tray structure, and the working status of the control system.
Wheel Assembly Materials
Main Materials of the Product
1. Cable Tray: The core is made of high-quality carbon structural steel (mostly Q235B or Q355B), welded into shape, possessing high strength, high rigidity, and good stability. It can support the weight of the electromagnetic chuck and ferromagnetic materials, and is suitable for harsh environments such as high temperature and high dust.
2. Electromagnetic Chuck: The chuck body is made of high-strength steel, the internal coil uses high-temperature resistant and wear-resistant high-quality copper core wire, and the outer shell uses corrosion-resistant and impact-resistant alloy materials to ensure stable adsorption force and suitability for harsh working environments.
3. Control System: The controller, contactors, cables, and other electrical components are made of high-temperature resistant, dustproof, and moisture-proof high-quality electrical materials to ensure stable operation in high-temperature, high-dust, and high-humidity environments, and to accurately control the equipment's working status.
4. Auxiliary components: Hooks, connectors, etc. are made of high-strength alloy materials, which have good load-bearing capacity and wear resistance; rails and wheel sets are made of forged steel (commonly forged 65Mn and forged 42CrMo), which are heat-treated to improve hardness and wear resistance, ensuring stable operation of the equipment.
