摘  要
本次设计的任务是某冷凝器侧板冲压模具设计及制造工艺分析，根据冲压件的结构特点及技术要求，围绕如何提高生产率、降低生产成本、简化模具结构，对工件进行工艺分析，并提出了各种可能的冲压工艺方案，最终确定采用一套由落料、冲孔复合和弯曲、翻边复合组成的冲压工艺方案。
在工艺分析的基础上，计算工艺参数，详细设计了落料冲孔、弯曲翻边两套复合模具结构。在设计过程中，计算出了零件展开尺寸，并对模具的排样做出了合理的布置，使材料得到充分利用。通过计算各种冲裁力，对压力机进行合理吨位的选择，并确定了模具压力中心。再根据确定的工艺方案，进行模具的校核，最终，设计模具制造与装配工艺。
采用此工艺方案和模具结构，提高了冷凝器侧板的生产效率和产品质量。
关键词：冷凝器侧板；工艺分析；模具设计；落料冲孔复合模；弯曲翻边复合模
Abstract
 
The task of this design is design of Stamping die and manufacturing process analysis for Condenser side plate stamping die design. according to the structure of stamping parts and technical requirements, focusing on how to improve work efficiency and reduce the production cost and simplify the die structure, Process analysis was carried out on the workpieces, and puts forward the stamping process scheme for all possible, and ultimately determine the stamping process program with a set of blanking, punching composite and bending, flanging composite.
On the basis of technology analysis and calculation parameters, and the detailed design for blanking punching, bending, flanging two sets of compound die structure. In the process of design, calculated developed dimension of parts, and the layout of the mold made reasonable decorate for make full use of the material. By calculating the various blanking force on the tonnage presses a reasonable choice, and to determine the center of pressure of the mold. According to determine the processing plan, mold check, in the end, the design of mold manufacturing and assembly process.
With this process program and die structure, improved production efficiency and product quality condenser side plate.
Keywords：condenser side plate; process analysis; die design; blanking punching composite die; bending flanging composite die;