CSWP Seg.2

______________________________________

Let`s Go…CSWP

Q.No.2: Existing configurations Unit system: MMGS Decimal places: 2 How many existing configurations are there in this part?

Q.No.3: Switch to configuration “C” What is the mass of the part (Grams)?

Q.No.4: Create new configuration named “Z” base on configuration “A”. Create a through hole as indicated in the image that will be suppressed in all other configurations except for “Z” and “B”. Remaining in configuration “Z” measure the mass of the part. What is the mass of the part (Grams)?  2086.27  1902.59  2327.08  1079.47

Q.No.5: Switch back to configuration “B”. What is the mass of the part (Gram)?

______________________________________

Let`s Go…CSWP

Q.No.6: Remain in configuration “B”. Create a design table using the “auto-create” option. Create a new configuration “E” by copying the row of configuration “B” in the design table and pasting a new row. Change the following parameters in the design table for configuration”E” to the following specified values: Diameter@keysketch = 25 $HW-SIZE@ (9) Diameter Hole1 =9.5 D1@Sketch11 =9 $HW-SIZE (20.5) Diameter Hole1 =21 D1@Sketch 14 =34 What is the mass of the part (Grams)? Q.No.8: Modify the starting part by changing the height of the cylindrical end from 35 mm to 25 mm. the resultant part is labeled as part 2 in the images. What is the mass of the part (Grams)?

Q.No.9: Change the wall thickness of the main handle area. What is the mass of the part (Grams)?

______________________________________

Let`s Go…CSWP

Q.No.10: Modify wall thickness of the handle area of the part from 3 mm to 5.5 mm. Modify the height of the cylindrical portion of the part. What is the mass of the part (Grams)?

______________________________________

Let`s Go…CSWP

Q.No.11: Modify the handle as shown in the images. What is the mass of the part?