Electromagnetic Overhead Crane Description
An electromagnetic crane is a kind of equipment that uses electromagnets to transport steel materials and generally adopts a double-girder design. The main part of the electromagnetic crane is the electromagnet. When the current is connected, the electromagnet will firmly attract the steel objects and lift them to the designated place. Cut off the current, the magnetism disappears, and the steel item is put down. The electromagnetic bridge crane is equipped with a detachable electromagnetic spreader and a corresponding operating system, which consists of the main beam, a traveling mechanism, a hoisting trolley, and an electrical system. The crane is mainly used in metallurgical plants or outdoor places with fixed spans and large workloads to transport and lift metal objects (such as steel, iron, etc.), and also use to handle scrap iron and scrap steel. The shape of the electromagnetic spreader can be customized according to the shape of the material to be lifted. The electromagnetic spreader can be a disc-type magnetic spreader, a square magnetic spreader, etc. Our electromagnetic cranes are equipped for cabin operation with rain protection outside the cabin. The electromagnetic suction of this bridge crane can last for 10 to 30 minutes after a power outage.
Electromagnetic Beam Components and Details
Components of an electromagnetic bridge crane:
An electromagnetic bridge crane is mainly composed of a crane bridge, trolley, crane traveling mechanism, cab, electrical system, electromagnetic system, etc.
- Lifting mechanism: reducer, drum, motor protection grade F, domestic or world top motor brands, such as Jiamusi, Nanjing Motor, ABM, etc.
- Wheels: Forged, compact structure, easy maintenance, high transmission efficiency, and long service life.
- Traveling mechanism: Adopt well-known crane motor and reducer suppliers at home and abroad, such as Nanjing motor, double brake SEW, etc.
- about the material. All compression structures of crane components are made of high-quality materials that comply with regulations and standards, and inspection reports are available upon request. Q235B/Q345B carbon structural steel adopts seamless one-step forming technology, which is more sturdy and beautiful. Suitable for different operating temperatures.
- About welding. The welding of steel structures will be strictly inspected and inspected by special personnel, and inspection reports can also be provided upon request.
- About the magnetic chuck. Magnetic chucks have a huge magnetic force and can be used to lift and transport a wide range of metal products, handling large quantities of metal at once.
- About the motor. Install top brand motors, good performance, insulation class F, protection class IP54.
- About the power system. PLC control for all mechanisms and any speed requirements can be realized.
- About the control system. Cabins with joystick panels, wireless controls, and pendant controls are your choice.
- About appearance. Coated with 3 paints to protect the steel from rusting.
- About safety. Take various protective measures to ensure the safety of the crane and its operation. Overload limit, height limit, and travel limit are used for mechanical system protection, short circuit protection, phase loss protection, low voltage protection, power failure protection, and overcurrent protection are used for electrical system protection.
Electromagnetic Bridge Crane Drawings Electromagnetic Bridge Crane Drawings
Features and Advantages of Electromagnetic Cranes
Electromagnetic girder bridge crane features:
- There are three types of access to the cab: end, side, and top access;
- The box beam structure adopts robot high-strength welding;
- Wheels, wire rope drums, gears, and couplings are all made of CNC with high quality;
- Independent control system: wireless control or cab control;
- Polyurethane buffer, crane travel limit switch
- Lifting overload protection device, decompression protection, emergency stop device, current overload protector
Advantages of electromagnetic bridge cranes:
- Novel style, compact structure, and exquisite appearance
- Good usability and durable quality
- High load capacity and working class
- High security and reliability
- Lightweight, low wheel load, low noise
- Low power consumption and fewer failures
- Wide range of applications and competitive prices
Application types of Electromagnetic Cranes
Electromagnetic bridge cranes are generally used in metallurgical plants or outdoor places, and some shops also use them to handle materials.
- Electromagnetic overhead cranes can be used for loading, unloading, and transporting indoor and outdoor ferrous products and materials, such as steel ingots, structural steel, iron, scrap iron, steel, etc.
- Overhead cranes are used in metallurgical plants or outdoor locations to load and transport electromagnetic ferrous materials such as steel ingots, commodity steel, and pig iron. The lifting capacity is 5-32 tons.
- The electromagnetic crane adopts a detachable electromagnetic chuck as the reclaiming device. It is widely used in the lifting and moving of magnetic black products and materials such as steel ingots, section steel, pig iron blocks, scrap iron, and scrap steel in metallurgy and machining workshops.
- An electromagnetic suspension girder bridge crane uses a beam that is evenly suspended by electromagnetic suction cups as a reclaiming device. It is mainly used for loading and unloading, and transporting steel plates, ingots, billets, and other long ferrous metal products in metallurgical plants or warehouses.
