A crane is a device used to lift, suspend and carry heavy objects. It consists of support structure, lifting mechanism, moving mechanism and control system. It is widely used in construction sites, ports, factory production lines and other places. They can improve work efficiency, reduce human labor intensity, and achieve fast and safe handling of heavy objects.
European Cranes VS Traditional Cranes
European style cranes adopt a lightweight design and utilize high-strength materials and advanced manufacturing processes to have a smaller dead weight, reduce pressure on the support structure, and improve overall efficiency. The whole machine has low power, low power consumption, and good operating balance. It is suitable for large-span sites and can cover a larger operating range. Generally, the price is higher.
The structure of traditional cranes is relatively simple and their dead weight is usually heavy. When operating in the factory, the space utilization rate is relatively low. The noise is loud during operation and the subsequent maintenance costs are high. Generally used for simple lifting tasks, often found in construction sites, factory production lines and other places. The price is relatively low and more suitable for some small and medium-sized enterprises and construction sites.
European Hoists VS Traditional Hoists
The European-style hoist is electric driven and powered by an electric motor. It is light in weight, compact in structure and small in size. Usually has a larger lifting capacity.
Traditional Hoists:
The component configuration is small, the maintenance cost in the middle and later stages is increased, there are blind spots for hoisting, the noise is loud, and the overall weight is unsightly.
Conventional Electrical Control VS European Electronic Control
European Electronic Control:
It adopts imported brand components, large truck frequency conversion, high protection level, higher quality and performance reliability. The electronic control box adopts the form of aviation socket, which reduces the time and workload of on-site installation.
Conventional Electrical Control:
Domestic general electrical components are used, and the electrical control protection level is low, which may cause large start-stop shocks and easily cause certain damage to the crane body.
