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Synchronous Technology Intorduction_en

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Synchronous Technology Intorduction_en

  1. 1. Solid Edge with Synchronous Technology <ul><li>Introduce yourself to synchronous modeling </li></ul>
  2. 2. Working sequence <ul><li>Orient part </li></ul>Display reference planes CTRL + J to align the view Hide reference planes
  3. 3. Working sequence <ul><li>Change auto-dimension settings </li></ul>
  4. 4. Working sequence <ul><li>Create part profile </li></ul>Select « Rectangle » Keying value for: Width Height Angle Use F3 to lock working plane
  5. 5. Working sequence <ul><li>Create part profile </li></ul>Place rectangle corner so Coordinate system fit inside Click to place rectangle
  6. 6. Working sequence <ul><li>Create part profile </li></ul>Select Horizontal/Vertical to help you center the rectangle Hover the mouse on the horizontal line then click « M » to lock midpoint Click on the origin point
  7. 7. Working sequence <ul><li>Create part profile </li></ul>Repeat for the vertical line
  8. 8. Working sequence <ul><li>Create initial part volume </li></ul>« ESC » Will cancel the active command Move mouse over the region then click Make sure Quickbar setting match
  9. 9. Working sequence <ul><li>Create initial part volume </li></ul>
  10. 10. Working sequence <ul><li>Hide unnecessary information </li></ul>
  11. 11. Working sequence <ul><li>Place hole </li></ul>Set key point filter on « QuickBar » so multiple points could be recognize
  12. 12. Working sequence <ul><li>Place hole </li></ul>Define hole options 20 mm 50mm
  13. 13. Working sequence <ul><li>Place hole </li></ul><ul><li>Move mouse on end surface </li></ul><ul><li>Use B or N key to orient the green line (x axis) </li></ul><ul><li>Use F3 to lock working plane </li></ul><ul><li>Localize midpoint by hover the mouse on vertical and horizontal line </li></ul><ul><li>Dash line indicate alignment is recognize </li></ul><ul><li>Click to position the hole </li></ul>
  14. 14. Working sequence Congratulation, you have complete the first step of our introduction to Solid Edge with Synchronous Technology Choose the select tool to end active command
  15. 15. Steering wheel <ul><li>Explorer the steering wheel </li></ul>Origin Principal axis Secondary axis Steering wheel Steering wheel plane Secondary knob Principal knob
  16. 16. Steering wheel <ul><li>Initiate translation </li></ul>To initiate a translation along the principal axis, click on it
  17. 17. Steering wheel <ul><li>Translation move </li></ul>Initiate a translation along the secondary axis, click on it To change the orientation of the secondary axis, click on the seconday knob.
  18. 18. Steering wheel <ul><li>Activate the steering wheel </li></ul>Select one face of our model using the select tool
  19. 19. Steering wheel <ul><li>Translation move </li></ul>Select Hole from the «Pathfinder»
  20. 20. Steering wheel <ul><li>Orient steering wheel </li></ul>Once you click the principal knob, glide the mouse cursor over an element to align the principal axist. On a surface On a edge On a vertex/point Click to lock orientation
  21. 21. Steering wheel <ul><li>Position the steering wheel </li></ul>Once you click the principal knob with the «SHIFT» key, glide the mouse over an element and click to lock position A point in space A vertex/point
  22. 22. Steering wheel <ul><li>Position the steering wheel </li></ul>Once you click on one of the axis with the «SHIFT» key. Keying the value of the offset.
  23. 23. Steering wheel <ul><li>Rotation move </li></ul>Rotation is around the principal axis by default once you click on the steering wheel.
  24. 24. Steering wheel <ul><li>Position steering wheel </li></ul>Once you click on the steering wheel with the «SHIFT» keying the offset angle value <180.
  25. 25. Visualization <ul><li>Visualization tool </li></ul>SHIFT + RMB drag = Dynamic rotation CTRL + RMB drag = Dynamic Zoom SHIFT + CTRL + RMB drag = Pan ALT + RMB click = Fit ALT + RMB drag = Zoom Window CTRL + T, F, L, R, K, B, = Orthogonal views CTL + I, J, M = Iso, Dimétrique, Trimétrique Rotation Look at
  26. 26. Sketches <ul><li>Add lines to the 3D model </li></ul>Select line tool Glide the mouse over the surface who will receive the line, adjust the orientation using N or B.
  27. 27. Sketches <ul><li>Add lines to the 3D model </li></ul>Click to set the first point of the line If need use the F3 or the lock icon to to lock plane and orientation Then the second point
  28. 28. Sketches <ul><li>Add lines to the 3D model </li></ul>Clikc «A» to switch from line to arc
  29. 29. Sketches <ul><li>Display the geometric constraint </li></ul>
  30. 30. Sketches <ul><li>Center elements </li></ul>Hover the mouse on the arc then press «C» » Hove the mouse on the edge then press «M»
  31. 31. Sketches <ul><li>Regions </li></ul>Region are delimited by a close boundary
  32. 32. Sketches <ul><li>Regions </li></ul>Region can serve to add or remove material
  33. 33. Sketches <ul><li>Regions </li></ul>Region can be extrude or revolve
  34. 34. Select tool <ul><li>Introduction </li></ul>
  35. 35. Select tool <ul><li>Select elements using the mouse </li></ul>Four selection mode are available Use space bar to change mode Top right corner Head up display is use to know witch one is active
  36. 36. Select tool <ul><li>Select elements using the mouse </li></ul>
  37. 37. Live rules <ul><li>Manage 3D relation (something I refer to geometric tolerance) </li></ul>One a face is select and a move is initiate, Live rules analyse the model to keep its integrity
  38. 38. Live rules <ul><li>Manage 3D relation (something I refer to geometric tolerance) </li></ul>Keep concentric while rotate Keep concentric while translate
  39. 39. Live rules <ul><li>Manage 3D relation (something I refer to geometric tolerance) </li></ul>Coplanar
  40. 40. Live rules <ul><li>Manage 3D relation (something I refer to geometric tolerance) </li></ul>Tangent + Keep radius Tangent
  41. 41. Live rules <ul><li>Manage 3D relation (something I refer to geometric tolerance) </li></ul>Tangence + Touching
  42. 42. Live rules <ul><li>Manage 3D relation (something I refer to geometric tolerance) </li></ul>Parallele
  43. 43. Live rules <ul><li>Manage 3D relation (something I refer to geometric tolerance) </li></ul>Perpendicular/Parallel
  44. 44. Live rules <ul><li>Manage 3D relation (something I refer to geometric tolerance) </li></ul>Coplanar Coplanar Symmetry
  45. 45. Selection manager <ul><li>Tool to help select faces with common relationship </li></ul>Connect
  46. 46. Selection manager <ul><li>Tool to help select faces with common relationship </li></ul>Tangent Faces
  47. 47. Selection manager <ul><li>Tool to help select faces with common relationship </li></ul>Tangent chain
  48. 48. Selection manager <ul><li>Tool to help select faces with common relationship </li></ul>Along X Along Y Custom
  49. 49. Solid Edge with Syncronous Technology <ul><li>Introduction trainning </li></ul>Thank you Stay tune more to come on the blog www.soliddna.wordpress.com

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