Heavy Duty Hydraulic Grab Bucket Electric Double Girder Overhead Crane

Heavy Duty Hydraulic Grab Bucket Electric Double Girder Overhead Crane

Specification:


  • Load capacity: 3t-500t
  • Crane span: 4.5m-31.5m or customized
  • Lifting height: 3m-30m or customized
  • Traveling speed: 2-20m/min, 3-30m/min
  • Power supply voltage: 380v/400v/415v/440v/460v, 50hz/60hz, 3phase
  • Control model: cabin control, remote control, pendent control

Product Details and Features

A Heavy Duty Hydraulic Grab Bucket Electric Double Girder Overhead Crane is a powerful lifting equipment that enables efficient and safe handling of loads. This kind of crane has a heavy-duty design that makes it ideal for industrial applications that require high-speed and high-capacity lifting.

The crane features two beams or girders that span across the crane’s width, with the hydraulic grab bucket suspended from the hoist that travels along the bridge. The electric double girder overhead crane operates using an electric motor that provides the necessary power to lift and move loads. The hydraulic grab bucket is designed to make the operations more efficient as it can grab and release materials with ease.

This type of crane is ideal for use in heavy industries such as steel mills and shipyards, where heavy loads are lifted and transported daily. With its high precision and capacity, this crane also ensures worker safety and keeps accidents at bay.

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Application

Heavy Duty Hydraulic Grab Bucket Electric Double Girder Overhead Crane is extensively used in various industries to lift and transport heavy loads. These cranes are designed to handle heavier loads as compared to single girder overhead cranes, making them suitable for applications where high volumes of materials need to be moved.

One area where they are commonly used is in construction sites for lifting and transporting building materials. These cranes can easily move large concrete blocks and steel beams, making them essential in the construction of high-rise buildings, bridges, and tunnels.

In the manufacturing industry, these cranes are used to transport raw materials such as steel, iron, and aluminum, between different stages of the production process. This helps to improve efficiency and reduce the time it takes to manufacture products.

Heavy Duty Hydraulic Grab Bucket Electric Double Girder Overhead Cranes are also used in shipyards to lift and move heavy ship components. They are designed to handle loads of up to 50 tonnes and can move materials across long distances, making them ideal for loading and unloading cargo ships.

In addition, these cranes are used in the mining industry for extracting minerals and transporting them to different processing sites. They are suitable for use in harsh environments where other types of cranes may not be able to operate.

Overall, it is an essential piece of equipment that can be used in various industries to enhance productivity, improve efficiency, and reduce the time and effort required to lift and transport heavy loads.

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Product Process

The first step involves designing the crane to meet specific customer requirements and functional specifications. Once the design is finalized, the fabrication process begins, which involves welding and assembly of the structural components of the crane.

The next step is to install the hoisting and traversing mechanisms, electrical systems, and hydraulic systems. The hydraulic system is responsible for operating the grab bucket, which is the customized attachment that is used to grasp the cargo.

The crane’s electrical systems include the complex control panel, which is used to control the crane’s movement and the grab bucket’s operation. Maintenance and safety features such as brakes, limit switches, and warning systems are also incorporated into the design.

Upon completion, the crane is thoroughly tested to ensure it meets all quality and safety requirements. The crane is then disassembled for shipment to the customer site, where it will be reassembled and installed according to the specific customer requirements.

Overall, the production process involves close attention to detail and strict adherence to safety and quality standards. The resulting product is a robust and reliable piece of equipment that can handle the heavy lifting demands of modern industrial applications.