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Pathway: Engineering Graphics & Design Course: 3D Modeling and Analysis Unit 6: ENGR-MA-6 Mechanisms: Belt and

Pathway: Engineering Graphics & Design Course: 3D Modeling and Analysis Unit 6: ENGR-MA-6 Mechanisms: Belt and Chain Drive Drawings. Fasteners, Belt & Chain Drive Drawings. EENGR-MA-1 Students will draw fasteners using American National Standards Institute symbols.

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Pathway: Engineering Graphics & Design Course: 3D Modeling and Analysis Unit 6: ENGR-MA-6 Mechanisms: Belt and

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  1. Pathway: Engineering Graphics & DesignCourse: 3D Modeling and AnalysisUnit 6: ENGR-MA-6 Mechanisms: Belt and Chain Drive Drawings

  2. Fasteners, Belt & Chain Drive Drawings EENGR-MA-1 Students will draw fasteners using American National Standards Institute symbols. a) Identify and describe various types of fasteners b) Specify threads and fasteners on a technical drawing c) Draw various types of threaded fasteners ENGR-MA-2 Students will create production-ready drawings of parts. a) Describe the various types of working drawings b) Produce detail drawings

  3. Enduring Understandings: Fasteners Knowledge and understanding of how to construct CAD models which include fasteners and related information defined by ANSI standards Working & Detail Drawings Knowledge and understanding of how to create working, assembly and detail drawings including notations such as Bill of Materials, Title Blocks and Revision Blocks Belt & Chain Drive Systems Knowledge and understanding of why belt and chain drive systems are used and how they are defined and illustrated utilizing industry standard CAD modeling techniques Fasteners, Belt & Chain Drive Drawings

  4. Essential Questions: Why is it necessary to know how to define fasteners when using CAD drawings? How are industry standards used to organize fastener specifications and convey fastener design concepts? What is the purpose of working drawings, what are the essential components, and how are working drawings used by industry professionals? Why are belt and chain drive systems used, what are the advantages of each and how are these systems defined using CAD drawings? Fasteners, Belt & Chain Drive Drawings

  5. Knowledge from this Unit Students should be able to do the following: Explain how to fully define a variety of fasteners using ANSI standards Show how parts, assemblies, and drawing files are used together to create a complete set of working drawings, assembly and detail drawings Describe how belt and chain drive systems are useful and how these systems are conveyed when using CAD drawings Fasteners, Belt & Chain Drive Drawings

  6. Skills from this Unit Students will be able to perform the following: Define fasteners using ANSI standards Create production-ready drawings using 2D drawings and 3D geometry representing parts and assemblies Make CAD models of belt and chain drive systems Fasteners, Belt & Chain Drive Drawings

  7. Fasteners, Belt & Chain Drive Drawings • Five Daily Lesson Plans • Day 1: Fasteners Review • → Creating fasteners & threaded holes • → Libraries of parts • → ANSI Standards • → Drawings & annotations

  8. Fasteners, Belt & Chain Drive Drawings • Five Daily Lesson Plans • Day 1: Motor Assembly • → Creating parts then model the sub assembly: • MOTOR MOUNT • MOTOR • MOTOR SPROCKET (simplified)

  9. Fasteners, Belt & Chain Drive Drawings • Five Daily Lesson Plans • Day 2: Main Gear Assembly • → Creating parts then modeling the sub assembly: • MAIN DRIVE GEAR • TAIL DRIVE GEAR • TAIL SHAFT • MAIN SHAFT BLOCK

  10. Fasteners, Belt & Chain Drive Drawings Five Daily Lesson Plans Day 3: Tail Pulley Assembly & Drive System Table → Creating parts then modeling the assembly: → Pulley blocks, pulley & shaft → Table top, table side

  11. Fasteners, Belt & Chain Drive Drawings • Five Daily Lesson Plans • Day 4 & 5: Culminating Performance Activity • Working Drawings • Detail Drawings • Chain assembly defined • Belt assembly defined • Fasteners selected from library, added to assembly and ANSI notations shown in drawings

  12. Fasteners, Belt & Chain Drive Drawings • Unit Vocabulary • Fasteners • American National Standards Institute (ANSI) • Types of fasteners • Machine screws, tapping screws, sheet metal screws, bolts, nuts, threaded studs • Screw thread • Pitch • Thread specifications • Representations • Simplified • Schematic • Detailed

  13. Fasteners, Belt & Chain Drive Drawings • Unit Vocabulary • The Elements of Working Drawings • Section View • Auxiliary View • Pictorial View • Geometric Dimensioning & Tolerancing (GD&T) • Units of measure • English, metric

  14. Fasteners, Belt & Chain Drive Drawings • Unit Vocabulary • Chain & Belt Drive Systems • Driving wheel or gear • Driven wheel or gear • Gear/Drive ratio • Idler wheel/pulley • Belt drive types • Toothed, grooved, smooth • Chain drive types • Single, double

  15. Belt and Chain Drive Design Generally a complex process involving many factors In Summary: Fasteners, Belt & Chain Drive Drawings

  16. Belt Drive Design → Examples: Fasteners, Belt & Chain Drive Drawings Automotive Engine Belt Radio Controlled Helicopter Tail Rotor Pulley

  17. Chain Drive Design → Examples: Fasteners, Belt & Chain Drive Drawings Bicycle: Chain Rings Bicycle: Cassette

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