Dimensioning part 1 with Solid Works ENGR 1182

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Dimensioning part 1 with Solid. Works ENGR 1182 Solid. Works 08

Dimensioning part 1 with Solid. Works ENGR 1182 Solid. Works 08

Today’s Objectives § Formal Drawing Components: • Dimensioning with Solid. Works § SW 08

Today’s Objectives § Formal Drawing Components: • Dimensioning with Solid. Works § SW 08 In-Class Activity § SW 08 Out-of-Class Homework Assignment

Formal Drawings Definition: Detailed multiview representations of a finished part Formal Drawing Components: 1.

Formal Drawings Definition: Detailed multiview representations of a finished part Formal Drawing Components: 1. Extracted Drawings • Extracted Views • Detailed Features • Title Block 2. Dimensions • Size and Type of Features

Basic Dimensioning is used to define an object so that it could be manufactured

Basic Dimensioning is used to define an object so that it could be manufactured and must: § Define the overall size of the part in all 3 dimensions. § Define the size and location of the features of the part in all 3 dimensions.

Basic Dimensioning. 75 2 2 Features Size and Location Overall Size 2 . 25

Basic Dimensioning. 75 2 2 Features Size and Location Overall Size 2 . 25 1 2

Basic Dimensioning: Arcs and Circles. 5 Overall Size 1 . 5 R 1 Features

Basic Dimensioning: Arcs and Circles. 5 Overall Size 1 . 5 R 1 Features Size and Location 1 R 1 Ø 1

Baseline Vs. Chain Dimensioning • There are many ways to use dimensions to locate

Baseline Vs. Chain Dimensioning • There are many ways to use dimensions to locate features. • Chain • Baseline Chain Dimensioning (Both techniques are acceptable, however baseline dimensions are preferred. ) Baseline Dimensioning

Solid. Works: Dimensional Standards § There are multiple dimensioning standards used in manufacturing and

Solid. Works: Dimensional Standards § There are multiple dimensioning standards used in manufacturing and technical drawings. § ANSI – EEIC preferred Standard Open the Solid. Works options menu

Solid. Works: Dimensional Standards § ANSI – EEIC preferred Standard § Under Document Properties

Solid. Works: Dimensional Standards § ANSI – EEIC preferred Standard § Under Document Properties • ANSI is listed as the Overall drafting standard but usually needs reset • Reset System: ¡ Switch to ISO, then hit OK ¡ Then go back and switch it back to ANSI

Solid. Works: Adding Dimensions can be added using the “Smart Dimension” feature under Annotation

Solid. Works: Adding Dimensions can be added using the “Smart Dimension” feature under Annotation Note that sometimes the Isometric needs to be re-scaled to allow adequate drawing space which requires a NOTE. Notes can be added to reduce the number of dimensions by stating symmetry or identifying fillet radii

Dimensioning Wrap Up Basic Rules of Dimensioning Homework Assignment SW 08 - 1. Overall

Dimensioning Wrap Up Basic Rules of Dimensioning Homework Assignment SW 08 - 1. Overall size in all 3 dimensions 2. Size and location of all features in all 3 dimensions OUT: Model part and create 2 D Drawings with all necessary formatting (dimension in next class)

Solid. Works: Adding Dimensions (for In_Class Activity) Dimensions can be added using the “Smart

Solid. Works: Adding Dimensions (for In_Class Activity) Dimensions can be added using the “Smart Dimension” feature under “Annotation”

In-Class Activity Open the following document entitled “Dimensioning Part 1 – In. Class Activity.

In-Class Activity Open the following document entitled “Dimensioning Part 1 – In. Class Activity. slddrw” located in the Zip File under “In_Class Activity” on the EEIC website and add dimensions to the following 4 shapes. Un. Zip the folder using 7 Zip Extract Here

Important Takeaways § Extracted drawings are used to show 3 D parts as 2

Important Takeaways § Extracted drawings are used to show 3 D parts as 2 D drawings. § Titles blocks are used for identification and informative purposes. § Dimensioning is used to define an object, including the overall size with 3 dimensions and the location and size of part features.

What’s Next? § Due Next Class: SW 08 Out of Class HW § Before

What’s Next? § Due Next Class: SW 08 Out of Class HW § Before next class, you will read about dimensioning in detail. § Take Solid. Works 9 Quiz on readings

Welcome to ENGR 1182 03 Nano ENGR 1182Welcome to ENGR 1182 03 Nano ENGR 1182
Engineering 1182 Dimensioning with Solid Works Part 2Engineering 1182 Dimensioning with Solid Works Part 2
Engineering 1182 Dimensioning with Solid Works Part 2Engineering 1182 Dimensioning with Solid Works Part 2
Engineering 1182 Dimensioning with Solid Works Demo AlthoughEngineering 1182 Dimensioning with Solid Works Demo Although
Chapter 4 Dimensioning TOPICS Introduction Dimensioning components DimensioningChapter 4 Dimensioning TOPICS Introduction Dimensioning components Dimensioning
Chapter 7 Dimensioning TOPICS Introduction Dimensioning components DimensioningChapter 7 Dimensioning TOPICS Introduction Dimensioning components Dimensioning
Chapter 7 Dimensioning TOPICS Introduction Dimensioning components DimensioningChapter 7 Dimensioning TOPICS Introduction Dimensioning components Dimensioning
Precision Dimensioning Engineering II Dimensioning Rectangular Prisms DimensioningPrecision Dimensioning Engineering II Dimensioning Rectangular Prisms Dimensioning
Precision Dimensioning Engineering II Dimensioning Rectangular Prisms DimensioningPrecision Dimensioning Engineering II Dimensioning Rectangular Prisms Dimensioning
Design Intent ENGR 1182 Solid Works 4 TodaysDesign Intent ENGR 1182 Solid Works 4 Todays
Exploded View Extracting Drawings ENGR 1182 Solid WorksExploded View Extracting Drawings ENGR 1182 Solid Works
Assembly Modeling Constraints ENGR 1182 Solid Works 05Assembly Modeling Constraints ENGR 1182 Solid Works 05
Working Drawings Packet BOM ENGR 1182 Solid WorksWorking Drawings Packet BOM ENGR 1182 Solid Works
Extrusion Revolve ENGR 1182 Solid Works 02 TodaysExtrusion Revolve ENGR 1182 Solid Works 02 Todays