Electromagnetic Overhead Crane

The electromagnetic overhead crane combines the characteristics of electromagnetic cranes and double beam bridge cranes, with strong load-bearing capacity and flexibility, suitable for various industrial scenarios. The following are its main application scenarios:

• Scrap steel recycling department and steel making workshop: using electromagnetic principles to transport steel items, generating magnetic force to attract steel after electricity is applied, and the magnetic force disappears after cutting off the current, achieving the release of items.
• Manufacturing industry: used in automobile manufacturing plants and other places to move components from one workstation to another, for tasks such as material handling, assembly and disassembly on production lines.
• Port and logistics industry: used for cargo loading, unloading, and stacking, efficiently transferring containers from ships to ports, or sorting and storing goods in warehouses.
• Construction site: used for hoisting and installing building materials such as steel beams, concrete, etc.
• Mines and quarries: used for transporting and loading heavy ore or stone materials, capable of working in harsh environmental conditions, and meeting high-intensity material handling requirements.
• Metallurgical, chemical, mechanical manufacturing and other industrial fields: suitable for lifting and transporting raw materials and finished products in steel plants, non-ferrous metal smelters, mines and other places; Lifting and assembling large ship components in shipbuilding factories, docks, and other places; Mechanical manufacturing plants, automobile manufacturing plants, engineering machinery manufacturing plants, and other places carry out the handling and hoisting of mechanical equipment and components; Installation and hoisting of large equipment and components in thermal power plants, hydropower stations, nuclear power plants, and other places; Heavy equipment and pipelines are transported and lifted in chemical and petrochemical plants.

In summary, the electromagnetic overhead crane is widely used in various industrial scenarios due to its strong load-bearing capacity, flexibility, and adaptability, which improves production efficiency and reduces labor costs. It should be noted that electromagnetic cranes are only suitable for transporting steel items and are not suitable for other non-magnetic materials.

The technical characteristics of electromagnetic overhead crane include:

• Configure electromagnetic suction cup: suitable for grabbing bulk materials, such as magnetic black metal products and materials, widely used in metallurgy, machinery factories, warehouses and other places.
• Wide field of view for operation: All action controls are completed in the driver's cab, with a wide field of view and easy operation.
• Small in size and light in weight: easy to install, use, and maintain, with strong overall rigidity.
• Variable frequency speed control: The host can be designed with satisfactory variable frequency speed control according to requirements, with fast and stable lifting, excellent operational performance, and high safety factor.
• Structural composition: It mainly consists of five parts: bridge frame, trolley (equipped with lifting mechanism and operating mechanism), operating mechanism, electrical equipment, electromagnetic suction cup system (electromagnetic double beam), and rotating mechanism. Each institution is equipped with a separate electric motor for its own drive.
• Working mechanism: The lifting mechanism, trolley running mechanism, rotating mechanism, and crane running mechanism are the various working mechanisms of the crane, each equipped with a separate electric motor for their own driving.
• Working duty and environmental adaptability: The working duty are A6 and A7, and the working environment temperature range is -40 ° C to+40 ° C. It has strong adaptability and can operate effectively in different operating environments.

The main structure of the electromagnetic overhead crane includes the mechanical part, electrical part, and metal structure part.

• Mechanical part: divided into three mechanisms, namely lifting mechanism, small car running mechanism, and large car running mechanism. The lifting mechanism is used to vertically lift and lower objects, while the small car operating mechanism moves laterally with a load. The large car operating mechanism moves the lifting car and objects longitudinally, achieving three-dimensional space handling and loading and unloading of goods.
• Electrical part: composed of electrical equipment and electrical circuits.
• Metal structure part: composed of bridge and trolley frame. The bridge frame includes a main beam, end beams, and support legs. The main beam is a load-bearing component, which can be single or double; Connect the end beam to the main beam to transfer the load; Support the weight of the crane with legs. The trolley frame includes the frame, lifting mechanism, and trolley running mechanism.

In addition, the electromagnetic overhead crane can also be equipped with lifting devices such as electromagnetic suction cups to meet different lifting needs

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