The Role of the Suspension System
The crane's suspension system is a crucial component, bearing the weight of the load and providing support and balance. The quality and performance of the suspension system directly determine the crane's stability, accuracy, and safety.
Definition of Rigid Suspension
Rigid suspension refers to a stable, integrated structure formed by rigid links connecting the crane chassis and boom. Compared to other suspension types, such as spring suspension and air suspension, rigid suspension offers advantages such as high responsiveness, good stability, and strong load-bearing capacity.
The Functions of Rigid Suspension
1. High Stability
Rigid suspension tightly connects the crane chassis and boom through rigid links, effectively preventing vehicle swaying and vibration, thus improving crane stability and enabling stable operation at high speeds.
2. High Response
Rigid suspension transmits boom movements more accurately, providing a sensitive response and improving the crane's operational precision and work efficiency. When operating at heights or in confined spaces, rigid suspension provides better control over boom movement, ensuring operational safety.
3. High Load Capacity
The rigid suspension structure is compact and will not loosen or deform, possessing a strong load-bearing capacity. In heavy-duty operations, rigid suspension can more stably support cargo, ensuring operational safety.
