Container straddle crane plays an important role in the material handling industry. The container straddle crane is highly mobile and flexible, able to move freely in narrow spaces, in addition, the container straddle crane has this high load capacity and fast lifting function, which makes it easy to handle the container. The article shared today is about the details of the technical parameters of the container straddle crane:
Carrying Capacity
Carrying capacity refers to the maximum weight that container straddle cranes can safely carry. Its carrying capacity is usually 30-60 tons, and the carrying capacity of the container straddle crane depends on the design and application scenario of the equipment.
Span
The span refers to the transverse span distance of the container straddle crane, generally between 6-10 meters, and the specific span needs to be based on the actual needs of the user and the application site.
Lifting Height
The lifting height of the container straddle crane refers to the maximum height of the goods, which can generally stack 2-3 layers of containers. The specific height design needs to be adjusted according to the layout requirements of the customer’s container yard.
Lifting Speed
The lifting speed of the container straddle crane refers to the speed at which the goods are lifted. Fast lift time can reduce loading and unloading time and improve work efficiency.
Travel Speed
This refers to the maximum speed of the container straddle crane. No-load speed and full load speed are not the same, the no-load speed can ensure that the container straddle crane can quickly reach the working area, and the full load speed can ensure the stability and safety of the container straddle crane.
Turning Radius
The turning radius of the container straddle crane refers to the minimum radius that can complete the turning, and the small turning radius design can make the container straddle crane operate flexibly in a narrow space.
Tyre
Container straddle crane tires are available in both solid and inflatable types. Solid tire wear resistance is relatively strong, suitable for high-intensity working environment, inflatable tires can provide better cushioning performance, suitable for uneven ground.
Degree of Automation
The degree of automation of container straddle cranes includes GPS positioning, remote monitoring, automatic collision avoidance, path planning, etc. Advanced automation improves operational accuracy and safety, reduces manual intervention, and improves overall operational efficiency.
Dynamic System
The container straddle crane’s power system includes diesel, electric and hybrid power. The electric system can provide long battery life and fast charging capability. Diesel powertrains offer high power output, while hybrid powertrains offer both high performance and low carbon emissions.
Structural Design
The frame of the container straddle crane is a strong steel structure, and the key parts have been strengthened to achieve good compressive and seismic performance.
Automated System
Advanced automatic collision avoidance system can detect obstacles in real time and automatically adjust the driving path through technology, so as to avoid collision accidents.
Monitoring System
The monitoring system can monitor the carrying weight of the container straddle crane and provide an early warning function to ensure that the container straddle crane is operating within a safe range.
Emergency Braking System
The container straddle crane is equipped with an emergency braking system, which can quickly stop the vehicle in the event of an emergency and protect the safety of related personnel and equipment.
Through the design of these safety features, the safety of personnel in the operation process is effectively guaranteed, and the work efficiency is also improved. If you have other questions about the container straddle crane, please feel free to contact us.
