Wiring harness design in CATIA V5 - 3D modeling Week 2 Challenge

AIM: To create ribs and screw boss for the gievn part (Drill handle). STEPS: 1. First we need to create a tooling axis with reference to class A surface using Point and Axis system. 2. Now offset the Class A to inside directioon with distance 2.5mm and this will become B surafce. 3. Now we need extract the boundary of…

AIM: To create a Closed surface of SWITCH BEZIL with the reference to Class A(Esthetic) surface using which we create B surface(Engineering surface) and C surface using Catia V5.   STEP 1: Imporoting Class A surface First we need to create a main geometrical set under which frst we create an other geometrical…

 AIM: To create a component using class A surface and also to perform the draft analysis on class A surface and as well as final part.   Class A Surface: Design Tree:   Tooling Axis: NOTE: Before creating tooling axis we need to decide the core and cavity direction such the the pricing to prepare the…

AIM: TO create the following assembly using Part and assembly work bench and also drawing using drafting. SKETCH workbench: POSITION SKETCH Point definition:   Plane definition:   Select "POSITIONED SKETCH" select the reference plane for sketch positioning select the point in reference after selecting orgin type…

AIM: To route the Wiring harness on the Engine provided in the below link and prepare flatten view drawing in CATIA V5. By following the packing rules, INTRODUCTION: We are using some practical routing and packing laws by understanding the thermal zones, wet zones etc.. by using clips and clamps we are designing the wiring…

AIM: To route the Wiring harness on the Engine provided in the below link and prepare flatten view drawing in CATIA V5. By following the packing rules, INTRODUCTION: We are using some practical routing and packing laws by understanding the thermal zones, wet zones etc.. by using clips and clamps we are designing the wiring…

AIM: To Flatten the harness assembly completed in “ week 4 challenge” and to place the flattened view on drawing sheet. INTRODUCTION: Electrical flatness assembly is the workbench used to flatten the geometrical bundle in order to flat the harness from perticular plane. So now we are using the the harness from challenge…

AIM: To route the following harness layout given in the link below in Electrical workbench by using the connectors provided. Check the bundle Continuity. Add snap of result in submission Add annotation to all connectors. Make an assumptions for annotations like connect 1 , 2 etc Check for the bundle warning. Add snap.…

AIM:  To Route the harness layout which defined below by using Electrical workbench. By making assumption for harness bundle diameters by using the following connectors. Also add protective covering on all branches connected to DT06-2S & DT06-4S connectors. Keep end extremity at 30mm (from connectors end)  …

AIM: To download the P clamp and Back shell cad data from provided links and define them as electrical them as electrical support and electrical back shell using electrical part design workbench and define all necessary properties to them and add the components to the catalog.             To create Corrugated tubes with…

AIM: To download the connector and connector clip from te.com website and define them as electrical connector using electrical part design workbench and define all necessary properties to connectors and clips and add the components to the catalog INTRODUCTION: Connectors are part of the harness assembly. These are the…