NX
CAD Drafting Processes

Course Code
TRCT2420
Software
NX 1872
User Level
Intermediate
Pricing ID
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List Price
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Live In-Person Duration
3 Days
Live Online Duration
5 hours each day for 5 Days

Learn how to use the NX Drafting application to create standards-compliant detailed engineering drawings that are fully associated to your 3D model.

You will configure all drafting preferences using a preset standards file, create multi-sheet drawings with base and derived views, place associated dimensions and annotations on the drawing, and customize the drawing with view-dependent geometry and style changes.

You will also explore techniques for working with assemblies and Product and Manufacturing Information (PMI).

WHO SHOULD ATTEND
  • The Drafting Processes course is intended for design engineers, drafters, and CAD/CAM managers who need to manage and create drawings in NX.
PREREQUISITES

Required courses:

Other requirements:

  • Fundamental knowledge of modeling concepts, including the use of expressions, PMI, and part attributes.
  • Advanced knowledge of assembly concepts, including the master model concept, assembly load options, exploded views, and arrangements.
  • General drafting skills. Students do not need to be exposed to the Drafting environment prior to taking the DRF ILT course, since this course includes a comprehensive look at the NX drafting environment.

Other recommendations:

PROVIDED COURSE MATERIALS
  • Student Guide
  • Activity Material
ATTENDANCE REQUIREMENTS

For LIVE! classes, customers are required to have NX 1872 installed.

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PRIMARY COURSE TOPICS

Day 1

  • Create master model drawings
  • Define drawing sheets
  • Create, update, and align views
  • Add centerline symbols

Day 2

  • Add dimensions to drawing views
  • Build notes, labels, and other drawing annotations
  • Define GD & T symbols for a product
  • Create surface finish and weld symbols
  • Add section views to drawing sheets

Day 3

  • Define detail and broken views
  • Inherit PMI data in drawing views
  • Create a bill of materials using Parts Lists
  • Place assembly arrangements on drawing sheets
  • Build exploded views of assembly structures
  • Optional: Define ordinate dimensions and hole tables