Bridge Crane for Coil

The design of bridge cranes for coil typically includes a heavy-duty crane frame, a large hoist or trolley, and a specially designed coil lifting device. The coil lifting device is typically designed to lift and transport large coils of steel or other materials that can weigh several tons.

 

Bridge cranes for coil are often used in conjunction with other equipment such as coil cars, coil handlers, and coil transfer cars to load and unload coils from trucks, trains, or barges for delivery to manufacturing plants. The cranes are typically operated by a trained operator who can control the movement of the crane, hoist, and coil lifting device from a central control panel.

 

Overall, bridge cranes for coil are an essential tool for heavy industry, allowing for the safe and efficient handling of large coils of steel and other materials.

• Capacity: 5-1200ton
• Span length: 4-35m
• Lifting height: 6m, 9m, 12m, 18m, 24m, 30m
• Work duty: A4, A5, A6,A7 A8
• Raged voltage: 380V,50Hz,3Phase or as your demands
• Work environment temperature: -28℃～+55℃,
• Crane control mode: Floor control / Remote control / Cabin control

 

 

1. Whole set crane

A Bridge Crane for Coil is a specialized type of overhead crane used to handle and transport coils of steel or other materials. It typically consists of a double-girder bridge with two end trucks equipped with traverse motion and hoists for lifting and moving the heavy coils. The crane can be operated by a worker in a control room or from a pendant or remote control. The Bridge Crane for Coil is designed to safely and efficiently handle heavy loads, minimize downtime, and reduce labor costs in the steel and metalworking industries.

 

2. Main girder

1) A bridge crane for coil main girder is a type of overhead crane that is specifically designed and built for handling coils of steel or other materials in main girders or other similar structures. These cranes are typically used in industries such as steel manufacturing, metalworking, and construction.

2) The main features of a bridge crane for coil main girder include a heavy-duty design, high load capacity, and precise controls for accurate positioning of the coils. The crane is typically mounted on a rail system that runs along the length of the main girder, allowing it to move back and forth to access different areas of the structure.

3) The crane is also equipped with advanced safety features, such as overload protection, emergency stop buttons, and limit switches to prevent collisions with the main girder or other obstacles. Additionally, the operator's cab is designed to provide a clear view of the working area and the load being lifted, ensuring safe and efficient operation.

4) Overall, a bridge crane for coil main girder is a versatile and reliable piece of equipment that can significantly improve productivity and safety in industrial environments.

 

3. Lifting System

1) A Bridge Crane for Coil Lifting System is an overhead crane that is designed to handle heavy-duty loads such as coils of steel, aluminum, or other materials. It is commonly used in manufacturing, steel production, and automotive industries for handling and transporting large and heavy loads.

2) The Bridge Crane for Coil Lifting System typically consists of a bridge that moves along two parallel runways, a hoist mechanism, and a lifting device. The crane is operated by an electric or pneumatic system that enables smooth and precise movement of the crane.

3) The lifting device can be customized according to the specific needs of the application, such as a C-hook, a magnet, or a vacuum lifter. The lifting device is designed to securely hold the coil and safely transport it to its destination.

4) The Bridge Crane for Coil Lifting System is a critical component for providing safe and efficient handling of large and heavy loads in manufacturing and production processes. With its ability to handle heavy loads, this system reduces the risk of accidents and injury while increasing productivity and efficiency.

 

4. End Carriages

1) Bridge cranes for coil end carriages are an essential piece of equipment in the steel and aluminum manufacturing industry. These cranes are specifically designed to handle the movement and storage of coil end carriages, which are the large components that hold the steel or aluminum coils during production.

2) The bridge crane for coil end carriages is typically a single girder crane system that runs on rails installed on the building's ceiling. It features a hoist system and a trolley that can move the coil end carriage horizontally along the length of the crane. The crane's controls are located in the operator's cab, which provides a clear view of the work area and the load.

3) The coil end carriage is attached to the crane's hoist, which allows it to be lifted and moved to different locations. The crane's trolley system can also move the carriage along the crane's length, providing maximum flexibility for material handling requirements. The crane can be designed with various lifting capacities, depending on the specific application.

4) Safety is a crucial consideration in the design of bridge cranes for coil end carriages. The crane will typically feature safety features such as anti-collision devices, limit switches, and emergency stop buttons to ensure safe and reliable operations.

5) In summary, bridge cranes for coil end carriages are essential equipment in the steel and aluminum manufacturing industry. These cranes provide safe and reliable material handling capabilities for coil end carriages, ensuring that manufacturing operations run smoothly and efficiently.

 

5. Crane traveling mechanism

1) The Bridge crane is a type of overhead crane that is commonly used in factories, warehouses, and other industrial settings. It is designed to move heavy loads horizontally along a bridge that spans across two parallel runways. The traveling mechanism of a bridge crane consists of a trolley and hoist system that moves along the bridge, allowing it to pick up and move loads from one end of the crane to the other.

2) Coil cranes are designed specifically for the handling of large coils of steel or other materials. They are often used in steel mills and other industrial settings where large coils need to be moved from one location to another. The traveling mechanism of a coil crane is typically similar to that of a bridge crane, but is designed specifically to handle the weight and size of large coils.

3) In order to combine the functionality of a coil crane with the versatility of a bridge crane, some manufacturers offer bridge cranes that are specifically designed for handling coils. These cranes typically feature a heavy-duty trolley and hoist system that is capable of handling the weight and size of large coils, as well as specialized coil lifting attachments that are designed to grip and hold the coils securely during transport.

4) Overall, the combination of a bridge crane with a coil crane traveling mechanism can provide a highly versatile and efficient solution for handling heavy loads in industrial settings. Whether you are moving large coils of steel or other materials, a bridge crane with a coil crane traveling mechanism can provide the strength, durability, and precision you need to get the job done safely and efficiently.

 

6. Trolley traversing mechanism

1) The Bridge crane is a type of overhead crane that is commonly used in factories, warehouses, and other industrial settings. It is designed to move heavy loads horizontally along a bridge that spans across two parallel runways. The traveling mechanism of a bridge crane consists of a trolley and hoist system that moves along the bridge, allowing it to pick up and move loads from one end of the crane to the other.

2) Coil cranes are designed specifically for the handling of large coils of steel or other materials. They are often used in steel mills and other industrial settings where large coils need to be moved from one location to another. The traveling mechanism of a coil crane is typically similar to that of a bridge crane, but is designed specifically to handle the weight and size of large coils.

3) In order to combine the functionality of a coil crane with the versatility of a bridge crane, some manufacturers offer bridge cranes that are specifically designed for handling coils. These cranes typically feature a heavy-duty trolley and hoist system that is capable of handling the weight and size of large coils, as well as specialized coil lifting attachments that are designed to grip and hold the coils securely during transport.

4) Overall, the combination of a bridge crane with a coil crane traveling mechanism can provide a highly versatile and efficient solution for handling heavy loads in industrial settings. Whether you are moving large coils of steel or other materials, a bridge crane with a coil crane traveling mechanism can provide the strength, durability, and precision you need to get the job done safely and efficiently.

 

7. Crane wheel

1) Forged crane wheel refers to a type of crane wheel that is made using the forging process. The forging process involves heating a metal to a high temperature and then applying pressure to shape it into the desired form. In the case of a forged crane wheel, the metal is typically heated to temperatures between 1100-1250°C and then shaped into the wheel using a large hammer or press.

2) Forged crane wheels are known for their strength and durability, and are often used in heavy-duty applications where the wheel will be subjected to high loads and stresses. They are commonly made from materials such as carbon steel, alloy steel, or stainless steel, and can be machined or heat-treated as needed to improve their properties.

3) Overall, forged crane wheels are a reliable and long-lasting option for applications that require a high level of strength and durability.

 

8. Crane hook

1) A bridge crane with a coil crane hook is a heavy-duty lifting equipment used in the manufacturing and shipping industries. The bridge crane consists of a large overhead beam that runs along the length of the building, with two supporting end trucks that move along rails mounted on either side of the beam.

2) The coil crane hook is a specialized lifting device designed to safely and efficiently lift heavy coils of steel or other materials. It usually has a unique shape that allows it to securely grip the coil, preventing it from slipping during lifting operations.

3) When the bridge crane is equipped with a coil crane hook, it can be used to move heavy coils of steel or other materials around the facility or to load them onto trucks for shipping. The flexibility and versatility of this lifting equipment make it a valuable asset for any manufacturing or shipping operation that deals with large, heavy materials.

 

9. Motor

3) Double girder overhead crane motors are typically designed to be durable and reliable, with a high level of power and torque output. They are also designed to be energy-efficient, helping to reduce the overall operating costs of the crane.

4) Overall, the double girder overhead crane motor plays a critical role in the safe and efficient operation of the crane, providing the power and control needed to lift and move heavy loads with ease.

 

10. Sound and light alarm system and limit switch

1) Every crane will be equipped a sound and light alarm system and so that it is an effective way to keep people safe in emergency situations. It is important to ensure that the system is regularly tested and maintained to ensure that it is in good working order.

2) The limit switch can be widely used in three - dimensional control and travel limitation of hoisting machinery, and it can protect the crane.

 

11. Safety devices

There are several safety devices that can be used with bridge cranes to ensure the safety of the coil being transported. Some of these safety devices include:

1) Coil hook - This safety device is designed to securely latch onto the center of the coil, preventing it from slipping or rolling during transport.

2) Coil saddle - This safety device is designed to provide additional support to the coil during transport. The saddle cradles the coil and prevents it from shifting or tipping over.

3) Coil grabber - This safety device is designed to grip the outside diameter of the coil, preventing it from slipping or rolling during transport.

4) Load sensors - Load sensors are used to monitor the weight and balance of the coil during transport. If the weight or balance becomes unstable, the crane operator is alerted and can take corrective action.

5) Anti-sway devices - These devices are designed to reduce the swinging or swaying of the coil during transport, which can be dangerous if the coil comes into contact with other objects or people.

6) Overall, it is important to use a combination of safety devices when transporting coils with a bridge crane to ensure the safety of workers and prevent damage to equipment and materials.

 

12. Control Mode

 

13. Sketch

 

 

Capacity (t)	Coil width（mm）	Diameter of inner coil （mm）	Inner width （mm）	Inner height （mm）	Self weight（Kg）
3	≤300	≥400	300	432	130
	300-500	≥400	500	450	350
5	750-900	≥400	900	500	450
	900-1100	≥506	1100	600	650
	1100-1300	≥506	1300	600	800
10	750-900	≥506	900	650	600
	900-1120	≥506	1120	850	900
	1100-1300	≥506	1300	750	1000
	1300-1500	≥506	1500	850	1200
15	900-1100	≥506	1100	850	1200
	1100-1500	≥506	1500	850	1600
25	900-1100	≥506	1100	860	1800
	1100-1500	≥506	1500	860	2500
30	1400-1660	≥506	1660	850	3400

 

 

1. Versatility: Bridge cranes can handle different types of coils, regardless of their size or weight. This makes them a useful addition to any manufacturing or industrial facility.

2. Safety: Bridge cranes are designed to lift and move heavy loads in a safe and efficient manner. This reduces the risk of accidents and injuries in the workplace.

3. Increased productivity: Bridge cranes can move and position coils quickly and easily, which helps to improve production efficiency.

4. Cost-effective: Bridge cranes can help to reduce labor costs by eliminating the need for manual lifting and moving of coils.

5. Durability: Bridge cranes are built to last and require minimal maintenance. This makes them a reliable investment for any business.

6. Customized: Bridge cranes can be customized to fit the specific needs of the business, including the size and weight of the coils to be moved.

7. Improved workflow: Bridge cranes can be used to move coils from one location to another, which can help to improve workflow and reduce downtime in the production process.

 

 

1) A bridge crane for coil application is specifically designed for the handling of coils in industrial settings. Coils are usually large, heavy, and difficult to handle, so specialized equipment is needed to move them safely and efficiently. A bridge crane consists of a bridge supported by two end trucks that move along a runway beam. The bridge contains a hoist that can lift and lower the coil, and the crane can move the coil horizontally across the floor.

2) A coil handling crane can be customized to meet the specific needs of a particular application. For instance, it may have a custom-designed lifting device that is tailored to the size and weight of the coils being moved. Hoists may also be designed to handle coils of different shapes and sizes, and the crane may be equipped with specialized controls to allow for precise placement and positioning of the coils.

3) Other features that may be included in a coil handling crane include variable-speed controls, anti-sway devices, and collision avoidance systems. These features help to ensure that the crane moves smoothly and safely, and that the coil is transported without damage.

4) In summary, a bridge crane for coil application is a specialized piece of equipment that is designed to handle the unique challenges of moving and handling large, heavy, and often awkwardly shaped coils in an industrial setting. With the right design and features, a coil handling crane can help to improve efficiency, reduce labor costs, and enhance safety in coil-handling applications.

 

 

 

 

The company has installed an intelligent equipment management platform, and has installed 310 sets (sets) of handling and welding robots. After the completion of the plan, there will be more than 500 sets (sets), and the equipment networking rate will reach 95%. 32 welding lines have been put into use, 50 are planned to be installed, and the automation rate of the entire product line has reached 85%.

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