Harbor Mobile Cranes (MHC)
Mobile Harbor Cranes (MHC- Mobile Harbor Cranes)
Mobile Harbor Cranes (MHC) provide a versatile and efficient solution for handling goods in marine and river terminals and ports where different classes of vessels need to be handled. A mobile harbor crane (MHC) is ideal for moving various types of goods including containers, equipment, bulk and general cargo.
Selecting the right mobile harbor crane (MHC) in the right configuration can help optimise processes and improve efficiency in a port or terminal. Purchasing these cranes is an investment in your company’s future, enabling you to handle high volumes of work and ensure a steady flow of cargo. MHC cranes have many different characteristics. Let’s take a look at the main ones.
Mobile harbor cranes (MHC). Main characteristics.
- Boom outreach. On this parameter depends, including the vessel of what class can handle the mobile harbor crane (MHC) by increasing the operating radius.
- Lifting capacity. From it depends on what purposes and which attachments can be used by the mobile harbor crane (MHC).
- Number of winches. An additional second winch is used to efficiently drive the mechanical attachments of the MHC crane.
- Diesel or electric drive. Depending on the workplace equipment, different drive solutions for the mobile harbor crane (MHC) can be used.
Types of mobile harbor cranes
In general, mobile harbor cranes are of the same type. A significant modification is the portal crane, where the crane tower is attached to a gantry instead of a trolley. Also mobile harbor cranes (MHC) can have different types of drive – diesel-electric and electric. The current market dynamics have also made adjustments. Whereas earlier all the mechanisms were driven by hydraulics, now there are cranes with all-electric drive without the use of hydraulics.
Advantages of using mobile harbor cranes (MHC)
- Flexibility and manoeuvrability. A mobile harbor crane (MHC) can easily move around the site, which simplifies logistics and workflow organisation. No special preparation of the terminal surface is required for crane operation, as the mobile harbor crane has an extremely low surface load.
- High productivity. Mobile harbor cranes (MHC) ensure fast and efficient loading and unloading, which increases the total volume of goods handled.
- Stability and reliability. Modern mobile harbor cranes (MHC) are extremely robust and can operate under heavy loads.
- Versatility. With an extremely versatile hook and the ability to be powered by electricity or winch drive, the mobile harbor crane can be easily retrofitted with a wide variety of attachments to handle virtually any goods.
Transport of mobile harbor cranes (HMC)
Most mobile harbor cranes (HMC) are transported to their destination by water transport in assembled form by specialised vessels. However, multimodal transport or transport by truck or rail is also possible. These types of transport can be used, for example, if the destination location does not have sufficient draft for the vessel used for transport.
Cost of a mobile harbour crane (HMC)
The price of a mobile harbor crane (HMC) depends on a number of factors such as boom outreach, lifting capacity, trolley configuration, winch configuration and many other factors. Due to their size, transporting HMC cranes is extremely costly and accounts for a significant portion of the crane delivery budget.
Conclusion
Mobile harbor cranes (MHC) are a key element of modern cargo handling in seaports, river ports and terminals, providing flexibility, efficiency and reliability in logistics processes. Their ability to adapt to different working conditions and their high performance make them indispensable in a huge number of facilities around the world.
Mobile Harbor Cranes (MHC) FAQ
A mobile harbor crane (MHC) is a versatile lifting equipment used in ports and terminals to handle various types of goods including containers, equipment and bulk materials. It is highly mobile, allowing it to work efficiently on various fields of operations.
The main components of an MHC include slewing tower, boom, load hoist mechanism with one or two winches, operator's cabin and pneumatic wheeled trolley, and load handling device.
The main characteristics include the boom outreach, which determines the crane's operating radius, lifting capacity, number of winches and type of drive (diesel or electric). These parameters determine what tasks the crane can perform and which goods it can handle.
Advantages include high flexibility and manoeuvrability allowing the cranes to move around easily, high productivity, and versatility in handling different types of goods through a variety of attachment options.
Most MHC cranes are transported by water in assembled form on specialised vessels. In some cases, multimodal transport including truck and rail is possible, especially if the destination has draught restrictions or cannot be reached by direct water transport.
Cost depends on factors such as boom outreach, lifting capacity, type of drive and crane configuration. Logistics also have a significant impact on the price, given the large size of the crane and the difficulty of transporting it.
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