Are you looking for the best electromagnetic crane manufacturers in China? With so many options available, choosing the right one can be overwhelming. Here’s a guide to help you compare the top electromagnetic crane factories in China, highlighting their specialties, product ranges, and what sets them apart. ### Why China? China is a hub for crane manufacturing, offering a blend of quality, innovation, and competitive pricing. Companies like Henan Mine Crane Co., Ltd, Nucleon Crane Group, and Shanghai Maxload Cr

Electromagnetic Crane Drawing China Manufacturer Guide

Product Details: Electromagnetic overhead cranes are designed for handling and lifting metal objects such as steel ingots, structural steel, iron, scrap iron, and steel plates. Key specifications include a lifting capacity of 5 to 32 tons, span lengths ranging from 10.5 to 31.5 meters, and lifting heights of 6 to 30 meters. These cranes operate under working classes A5 and A6 and can function in ambient temperatures between -20 to 40°C. They are equipped with detachable electromagnetic chucks and various control methods including cabin control, radio remote control, and pendent line control[2][3][4].

Pros:
– High work efficiency and safety
– Suitable for indoor and outdoor use
– Long service life and easy maintenance
– Customizable to fit specific workshop or steel mill needs
– Frequency conversion speed regulation and strong rigidity
– Can be equipped with various accessories such as lifting beam magnets or grabbin…

Cons:
– Limited lifting capacity compared to other types of cranes
– Magnetic retentive time is limited to 10 to 30 minutes
– Requires specific electrical and control systems
– May not be suitable for non-ferrous metals or materials without permeability

Magnet Crane Manufacturers and Suppliers

Product Details: The Magnetic Overhead Crane from Henan Kino Cranes Co., Ltd features a new style, compact structure, and delicate appearance. It has good usability and durable quality, with high loading capacity and working class. The crane is designed for high safety and reliability, with a light dead weight, lower wheel load, and low noise. It also has low power consumption and few faults, making it widely applicable and competitively priced. The crane is suitable for various industries including metallurgy, mining, machinery, and transportation.

Pros:
– Compact structure and delicate appearance
– Good usability and durable quality
– High loading capacity and working class
– High safety and reliability
– Light dead weight, lower wheel load, and low noise
– Low power consumption and few faults
– Wide application and competitive price

Cons:
– No specific cons mentioned in the provided source.

Electromagnetic Overhead Crane

Product Details: The Electromagnetic Overhead Crane is a type of double girder overhead crane equipped with a detachable electromagnetic chuck. It has a lifting capacity of 5 to 32 tons and a span length of 10.5 to 35.5 meters. The working class is A5 and A6, and it operates within an ambient temperature range of -20 to 40°C. The crane is used for lifting and moving metal products such as steel ingots, structural steel, and scrap metal. It can be controlled via cabin, radio remote, or pendent line control and is powered by a 380V, 50Hz, AC, 3-Phase power supply.

Pros:
– High lifting capacity and high work efficiency
– Suitable for special environments such as high temperature and explosion-proof a…
– Long service life
– Easy to install and maintain
– Reasonable structure and strong rigidity
– Frequency conversion speed regulation
– Supports cabin control and remote control

Cons:
– Limited to handling metal objects with permeability
– Requires specific maintenance for the electromagnetic system
– Higher cost compared to general overhead cranes due to specialized components

Sketch Drawing of Electromagnetic Crane

Product Details: The provided URL does not lead to a specific product page but rather a discovery page on TikTok related to ‘sketch drawing of electromagnetic crane.’ Therefore, it does not contain detailed product information. However, here is a general description based on what could be inferred: An electromagnetic crane is a type of crane that uses electromagnetic forces to lift and move metal objects. It typically consists of an electromagnet attached to a crane, which can be controlled to attract and release metal loads.

Pros:
– Efficient for handling metal objects
– Can be controlled precisely
– Reduces manual labor
– Suitable for various industrial applications

Cons:
– Limited to lifting metal objects
– Requires a power source
– Can be expensive to purchase and maintain
– May have safety risks if not used properly

Electromagnetic crane

Product Details: Electromagnetic overhead cranes are designed to handle metal objects such as steel ingots, scrap metals, and other metal products. Key specifications include a lifting capacity of 5-32 tons, a span of 7.5-35.5 meters, and a lifting height of 5-30 meters. These cranes operate under working classes A5-A7 and are powered by 380V, 50Hz, AC, 3-phase systems. They can be controlled via cabin, radio remote, or pendent line control. The main electric parts are often from brands like Schneider and ABB[2][3][4].

Pros:
– Improves working efficiency and safety by streamlining workflow and reducing man…
– Customizable to fit various workshop and steel mill sizes and needs
– Smooth starting and stopping, and easy load control and positioning
– Superior safety and reliability with features like lifting and travelling limit…
– Low noise and commodious cabin for operator comfort
– Easy maintenance for parts

Cons:
– Requires reliable power and automation cables due to constant current usage
– Magnetic retentive time can be limited (10-30 minutes)
– Dependent on electrical power, which can be a drawback in areas with frequent po…
– Higher initial cost compared to other types of cranes
– Specific environmental conditions (-20~50℃) must be met for optimal operation

How to Draw Electromagnetic Crane

Product Details: The content on the provided URL is related to tutorials or videos on how to draw an electromagnetic crane. It does not specify a particular product but rather a creative or educational resource.

Pros:
– Provides step-by-step instructions or visual guides for drawing.
– Can be a useful resource for art students or hobbyists.

Cons:
– May not be comprehensive or detailed enough for advanced artists.
– Quality of tutorials can vary depending on the creator.

QC Electromagnetic Overhead Crane

Product Details: The QC Electromagnetic Overhead Crane is a double girder crane designed for lifting and moving steel products such as steel plates, steel pipes, and steel scraps. It features a box-typed girder structure welded by robots, high-strength frame, and CNC-manufactured wheels, winding drums, gears, and couplings. The crane is equipped with an electromagnetic spreader that can be customized based on the shape of the materials to be lifted. It includes two types of electromagnet spreaders: electromagnetic chuck and electromagnetic beam, with options for non-rotating and rotating beams. The crane operates with a lifting capacity ranging from 5 to 32 tons, a

span of 10.5-31.5 meters, and a lifting height of up to 16 meters. It is controlled via wireless, pendant, or cab control systems and includes safety features such as lifting overload protection, polyurethane buffer, and emergency shutdown device[1][3][4].

Pros:
– High working efficiency and safe operation
– Flexible operating with customizable electromagnetic spreaders
– Long service life with durable components
– Suitable for various environments including high temperature and explosion-proof…
– Advanced control systems including wireless, pendant, and cab control
– Multiple safety features such as lifting overload protection and emergency shutd…

Cons:
– Higher cost compared to single girder cranes due to advanced features and materi…
– Complex installation and maintenance requirements due to the electromagnetic sys…
– Limited to handling ferromagnetic materials
– Potential for electromagnetic interference with other equipment

TeacherGeek Electromagnetic Crane

Product Details: The electromagnetic overhead crane is a type of double-girder bridge crane equipped with a detachable electromagnetic chuck. It has a lifting capacity of 5 to 32 tons, including the weight of the electromagnetic. The working classes of these cranes are A5 and A6, with a magnetic retentive time of 10 to 30 minutes. The span length ranges from 10.5 to 31.5 meters, and the ambient temperature can be between -20 to 40°C. The crane includes components such as the crane bridge, trolley, crane traveling mechanism, driver’s cabin, electrical system, and electromagnetic system.

Pros:
– High loading capacity and working class
– High safety and dependability
– Light dead weight, low wheel load, and low noise
– Low power consumption and few faults
– Wide application and low cost
– Good usability and durability
– Compact structure and delicate appearance

Cons:
– Requires specific environmental conditions
– Dependent on electrical power for operation
– Limited to handling ferromagnetic materials
– Potential for accidents if magnetic field fails
– Higher initial investment compared to other types of cranes

Electromagnetic Overhead Crane

Product Details: The Electromagnetic Overhead Crane by Kinocranes has a lifting capacity of 5t to 32t, a lift height of 5m-30m, and a span of 7.5m-35.5m. It is designed with an isolation grade of Class H and working classes of M5, M6, and M7. The crane is widely used in industries such as metallurgy, mining, machinery, and transportation. It features a robust design, high performance, and safety-first approach, incorporating foreign advanced technologies and humanized design elements. The crane can be controlled via cabin control, radio remote control, or pendent line control, with main electric parts from brands like Schneider and ABB[3].

Pros:
– High loading capacity and working class
– High safety and reliability
– Light dead weight, lower wheel load and low noise
– Low power consumption and few faults
– Wide application and competitive price
– Robust design and high performance
– Humanized and anti-corrosion design

Cons:
– No specific cons mentioned in the provided sources.

Electromagnetic Crane illustrations

Product Details: An electromagnetic crane is a type of lifting equipment that uses an electromagnet to lift and move ferromagnetic materials such as iron and steel. It is commonly used in scrap yards, warehouses, and construction sites. The crane consists of an electromagnet attached to a crane or hoist system, which can be controlled to turn the magnetic field on and off.

Pros:
– Efficient for lifting ferromagnetic materials
– Reduces manual labor and increases productivity
– Can handle heavy loads with precision
– Easy to operate with magnetic field control

Cons:
– Limited to lifting ferromagnetic materials
– Requires a power source to maintain the magnetic field
– Can be hazardous if not used properly
– May interfere with other electronic equipment

Comparison Table

Frequently Asked Questions (FAQs)

Frequently Asked Questions About Electromagnetic Crane Manufacturers in China

What is an electromagnetic crane and how does it work?

An electromagnetic crane is a type of lifting device that uses an electromagnetic mechanism to handle and lift metal objects. It works by generating a magnetic field when an electric current flows through the electromagnet coil, creating an electromagnetic force that attracts metal objects. As long as the current is maintained, the objects remain magnetized and do not fall.

What are the typical applications of electromagnetic cranes in factories?

Electromagnetic cranes are widely used in steel mills, scrap metal recycling departments, and steelmaking workshops. They are ideal for handling metal products such as steel ingots, structural steel, iron, scrap iron, and scrap steel. These cranes simplify the process of loading, unloading, and transporting metal materials, making them indispensable in metal processing industries.

What are the key components of an electromagnetic crane?

An electromagnetic crane typically consists of a bridge, a crab or trolley mechanism, an electric part, and a detachable electromagnetic chuck. The electromagnetic chuck is the core component that generates the magnetic field to lift metal objects. Other components include wheels, wire rope drums, gears, and couplings, all of which are often manufactured using high-quality CNC machines.

How safe and reliable are electromagnetic cranes?

Electromagnetic cranes are designed with safety and reliability in mind. They use a low-voltage and low-current control system to manage high-voltage and high-current operations, reducing the risk factor. Additionally, some cranes are equipped with steel claws that automatically engage if the power is cut off, preventing accidents. The magnetic force is also more reliable than a solid chain, ensuring stable lifting operations.

Can electromagnetic cranes be customized to meet specific factory needs?

Yes, electromagnetic cranes can be customized to fit the specific requirements of your factory. Manufacturers offer various configurations such as single girder, double girder, and gantry cranes. These cranes can also be adjusted for different span lengths, lifting heights, and working classes to suit the available space and operational needs of your facility. Customization options include pendant, wireless, or cabin control systems as well.