Wiring harness routing & packaging Rules Week 3 Challenge

HOOD DESIGN:   1)FIRSTtake assembly model and add the innner panel and outer panel 2)second given the mastersection u have the read and understand 3)first  take offset cuve in face 20 after trim sheet after ofset the 4 after take offset curve in face 22 after offset curvein face 35 after take trim sheet and remove…

purpose of under body coating:the main purpose of under coating is to check rust especially in the body component like frame rails along with other exposed metal parts. underbody coating can also reduce wear and tear. type of undre coating: rubberized underbody coating: This is generally thought of as the best underbody…

1a)pughazhyendhii is sutable they car is maruti suzuki s-cross $ 8.95 lakh.. fuel-type-petrol transmission-manual,automation. millage-18.6kmm/ltank capicity-48.0l sating-5seater airbags-yes 2a)benchmarking in the automible industry involves a structed comparison between similar products,services or process on some dimensions…

this is final project tail gate ,this is back door of car mainly to rout the tail lamp connection and and reverse lamp connection ,take to feamale connectors and furr tree clips and two pole connectors and three pole conectors first those things are define after to insert the rquired place after to take multi brachable…

this is engine file project 1  we crate the routing engine file first we take giving connectors and clamps furr tree clips and channel bottom ,take the assembly  design  work bench take l clamp   assembly the reqired place same clamps also assmlbe the requird place  and furr tree clips inserted…

already week 4 doing this model in this week question is doing that model flatening and drewing this model,take new product and goto flatening work bench and click flatening command and click window and click tile vertical it comes two windows and click extract command after click the flaten command an dclick the connector.finally…

use giving connector take that go to elctrical part design define all connectors after got to electrical harness assembly  take multibranchable command routing the all connectors finally complete the harnnes a routing. use giving connector take that go to elctrical part design define all connectors after got to electrical…

  we have to craete simlple layout i will take five connectors and define it and first se t the  connectors reqiured postions after we got wiring harness assembly use gometrical bundel,after we take multibranchable select the connectors give the reqired mm after we take add point which u required place and take…

three chalanges complete

DEUTSCH DT:it is female connector wire to wire this can be also used wire to device and this can be also used inter connection 4 position it means 4 terminations that means it can be fixed with four wires thin is sealed connections grayin color and application should be power & signal. 1744357.2:hybrid ,housing for…

take new clasa a and offset it 2.5 thickness and create the closed body taht is the lens to craete the reflectors tail and turn and reverse reflectors like this after we take the sketch 45 and 45mm  and exture it and trim it  after trim it like this coming create this giving thickness after we create three reflector…

TOOL TEST

1A)ASSEMBLY DRAWING COSIDERING DRWAING 2A)CHILD PART DRAWING FOR HOUSING

1A)in molding machine arrangment is given to open the mold along  a direction which is knwon  as  tooling  direction . tooling direction is known as primary direction. 2A) we have take 1o degree draft analyasis .the line will take tthe -12 degres.    3A)a parting line.in industrial casting…

first we create  perametric structure after one by one  and the take the changllage  to create class A to publications class A to copy and paste it and create publicatons   to create the tooling axis the class A take the  point move the coordinates to fornt  and take the axis system after…

this is door trim panal we  create  solid and create flanges and heat stakes  and dog house this the lower substitution   first we create class a to offset 2.5mm thicknes  this is class  c after we creaate class b use sweep comand swep it both sides class a classb classsc trim it after…

first  we create offset the 2.5 below the class a frist we create the sweep both left and right side after offset the 2.5 mm we get the patchs after we  use surface  use spline commands after use multi section  after we create multi section command we create the patch after we create solid the master…

first we create the sketch for heat  and extrude the sketch after the using draft the both sides  to crate  the heat stakes both sides and draft it  finally we create the hate stakes

  first we create the dog house frist we creat the sketch extrude the height   after we go to part work bench and use thickness comand   after we create edge fillet  bothe sides   to spilt it some portion to dog house after split the below the dog house 1.2 in side the dog huse   after we…

door arm rest also like switch bezel  first we tooling axis in y direction after we extract all sides and use untrm and offset the 2.5 mm after we create the  class b  use sweep comand crate the both sides to and trim it class c offset finally we door arm rest body  

to create first extract  forn side to create extract both sides and use union trim  after trim it both sides offset it 2.5 to  trim extra portion after to join both   finally we get this create class c finally class a and class b and classc trimed after we get solid body

first extract the bottom   take line give the correct dimensions and extrude 12.5 mm above ,1mm below  and goto part design use draft select both sides and give the 0.5 degree   give the intes ection part body   after goto the tools and options set this settings same another rib will be genarate the…

take class a and take base edge fillet take rectangle comand give this value  100x400   extrude the ractangular area   trim the below side weget this core part take y direction use extrude comand give up ward direction we get this extrude shape after again take base ede fillet in to this part trim up side…

first we create center tooling axis  next extract this side  and untrim this  extract the both sides we get this shape untrim the both sides we get this model trim is both sides we get this perfect shape   offset 3mm  extract this  shape      select the boundaries use sweep…

first we go to click the analyasis and click the feature draft analyasis and click the componenet and take the compass  and click the center line and click the runing point  extract this shapes we get this new component   extract this shape also we get this new component   total extract this and extrapolate…

take geometrical set crate point at the center and the create the axis system at the point and the click the zx plane and intersect tool ,select the  fan   and ,we get result the two lines take line tool select the point and click the z direction    to crate point to point line and hide the  tooling…