ENG1101-Technical Engineering Drawings In Solidworks

In this assignment you are required to produce technical engineering drawings in Solidworks. Drawings are based on supplied Solidworks part files. Submit your drawings as a single PDFdocument and ensure the rotation of all pages is correct.Drawings should follow all appropriate engineering conventions, please refer to lecture slides,
Drawing Basics Handbook and Standards as needed. Ensure you check the Handbook and rubricprior to submitting your drawings.
You are strongly encouraged to begin working on this assessment well in advance of the deadline so that you may ask questions and get support from facilitators during the workshop sessions.
In this assignment you are required to produce two sets of drawings for (1) a safety valve assembly and (2) a shaft-pulley assembly. See details below for further instruction. Note you may need to modify the Solidworks Part files to achieve the stated requirements.

Safety valve assembly

You should provide:
1. Assembly drawing with one full outline view and one section view. Be sure to include a partslist.
2. An exploded view drawing.
3. Fully dimensioned and detailed part drawings of all components in the assembly (asnecessary, do not provide drawings for bolts, nuts etc).

The assembly should include:
I. M12 bolts and nuts attaching the valve body and bottom blank.
II. A spring (38 OD, 32 ID, 12 pitch) acting on the valve.
III. Tolerances on the valve seat and location it sits in the valve body. The maximum possibleclearance should be 0.5 mm between the two parts and there should be no possibility of aninterference fit.
IV. External thread on the cap to mate with the valve body. Minimum thread length 13 mm.
V. Diamond knurling on the cap (optional).

Shaft-pulley assembly
You should provide:
1. Assembly drawing with an appropriate section view.
2. Fully dimensioned and detailed part drawings of all components in the assembly (as
necessary, do not include drawings of the bearings).

The assembly should include:
I. 6 x M10 threaded holes on 76 PCD on the pulley (closest face in front view).
II. SKF bearings 6305 and 6204
III. Tolerances on the shaft and pulley where bearings are located. Fit class H7/h6
IV. External thread on each end of the shaft, M20x1.5 and M10x1.25 respectively. 2 mm
clearance to the next shaft section.
V. Thread relief (AKA undercut) to the shaft (optional). This does not need to be dimensioned.

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