The design of cantilever crane mainly includes the following aspects:
Determination of basic parameters: The basic parameters of cantilever crane include the structural scheme of the crane, the main target design parameters, etc. The selection of specific parameters and the selection of electric hoists are important links in the design process.
Design of key components: Including the determination of the size of cantilever I-beam, the selection and strength verification of buffers, the determination and verification of the structural dimensions of beams, the size and strength verification of columns, etc. These designs ensure the stability and safety of the crane.
Three-dimensional solid modeling and two-dimensional drawings: Including the modeling and assembly of major components such as beams, columns, bearing chambers, and detailed drawings of the overall structure diagram of the crane, beams, columns, etc.
Finite element analysis: Finite element analysis of key components, such as the stress, strain and displacement results of the main beam, to ensure the rationality and safety of the design.
Safety performance: Cantilever cranes must comply with relevant safety standards and regulations and have necessary safety devices, such as limiters and brakes, to prevent the occurrence of dangerous situations such as overweight and over-width.
Material selection: Use high-strength and durable materials to ensure the load-bearing capacity of the equipment, while considering the balance between cost and performance.
Structural stability: Focus on balance and structural rigidity during design to prevent the equipment from tipping over or being damaged, and ensure stable operation in various environments.
Installation method: There are various installation methods for cantilever cranes, including fixed column type, mobile type, wall type and folding arm type, each of which is suitable for different working environments and needs.
