Shenhai Explosion-Proof
I muri i te wehewehenga o nga huinga huinga i runga i nga mahere hanga, ka taea te whakatau i te raupapa o te huihuinga.
Ko tenei raupapa ka tiimata me nga waahanga takitahi me nga waahanga ka mutu ki te huihuinga whakamutunga. Te Tūtohi Pūnaha Huihuinga (Pikitia 7.6) he tohu kauwhata enei hononga me nga raupapa, providing a clear overview of the entire assembly journey from the initial stages to the final assembly.
Similar to the assembly process card, the Assembly System Chart serves as a documented format of the assembly process specifications.
When setting the assembly sequence, attention must be paid to potential challenges. Even after analyzing parts and components for structural assembly feasibility, an impractical sequence can complicate the process. Hei tauira, fitting one component in a deep casing first might hinder the installation of subsequent components, even if the structural assembly is technically feasible. ‘Interference’ occurs when a part or unit doesn’t physically interfere in the diagram but becomes unassembleable due to an inappropriate assembly sequence. This scenario is not uncommon in assemblies with complex structures.
The unit diagram, guided by the numbering on the equipment’s engineering drawings, should clearly label each unit with its name, drawing number, and quantity. This labeling aids in easily identifying the necessary parts, nga waahanga, nga huihuinga iti, and their quantities during assembly.
It’s also important to annotate purchased items used within parts, nga waahanga, and assemblies in the unit diagram, specifying their name, tauira, specification, and quantity.
The Assembly System Chart is generally employed for single or small batch productions. Heoi ano, in large-scale production scenarios, it should be used alongside the assembly process card for optimal efficiency.