1. Select the Folder Browser , and select the ProE_models folder.
   • Select the AC‑40.ASM in the browser to view its preview.
   • Click Open in Pro/E .
   • Expand the BLOWER.ASM in the model tree and select the IMPELLER.PRT to reveal its location in the model.
2. Click Drag Component from the main toolbar.
   • Select any blade on the impeller and drag the mechanism.
   • Middle-click when finished dragging, and click Close from the Drag dialog.
3. Run the mechanism and view any interference, as shown in the following figure:
   • Click Applications > Mechanism from the main menu.
   • Expand the ANALYSES branch of the mechanism tree (lower left of the screen) by clicking the '+'.
   • Select the existing RUN_ENGINE analysis, then right-click and select Run.
4. Click Play Results from the Mechanism Toolbar.
   • Click Collison Detection Settings, select Global Collision Detection and click OK.
   • Cclick Play Results  from the Playbacks dialog box. (The interference will take a few seconds to calculate).
   • Drag the Speed slider to the far right, and click Play from the Animate dialog box.
   • Notice no interference is present.

No Interference Detected

5. Click Stop when finished viewing the animation, and then click Close > Close.
6. Click Applications > Standard from the main menu.
   • Click Yes from the message window.
7. Click Save and then click OK.

	Saving the top level assembly saves all the components in that assembly.

This completes the fifth exercise.