Key points of the fundamentals and standards of geometric tolerancing that accurately express design intent.
★Drawings are important technical documents in manufacturing and also serve as contracts. ★Maximum material condition! Datum!
Instructor Tadatoshi Inoue, Representative of Inoue Design Drafting Consultant Target Audience: Engineers, design departments, quality departments, etc. interested in geometric tolerancing methods Venue: Kawasaki City Educational and Cultural Center, Room 5 [Kanagawa, Kawasaki] 15-minute walk from JR and Keikyu Line Kawasaki Station Date and Time: June 23, 2011 (Thursday) 9:30 AM - 4:30 PM Capacity: 30 people *Registration will close once full. Please apply early. Attendance Fee: 52,500 yen (including tax, lunch, and text costs) for up to 2 people from one company ⇒ ◆ Invoice can be split into 2 for 2 people (please indicate "request for invoice split" in the remarks section) *New members registering for the first time by June 9 will receive an early bird discount price of 47,250 yen ◆ If 3 people from the same corporation apply, the fee is 67,200 yen.
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basic information
Drawings are important technical documents and contracts in manufacturing. Improving the quality of drawings, which is a significant factor that influences a company's profitability, is a major and important challenge. To achieve this challenge, it is essential to utilize geometric tolerancing methods (including maximum material condition tolerancing) as tools to accurately express design intent. This seminar will introduce the basics and practical points of these methods.
Price information
S10607
Price range
P2
Delivery Time
P2
Applications/Examples of results
1. Basic Principles of Tolerance Representation 1-1. Principle of Independence of Dimensional Tolerances and Geometric Tolerances 1-2. Interdependence of Dimensional Tolerances and Geometric Tolerances 2. Datum 2-1. Datum (Theoretically Accurate Datum) 2-2. Three-Plane Datum System 3. Geometric Characteristics 3-1. Types of Geometric Tolerances 3-2. General Geometric Tolerances 4. Position Tolerance Method 4-1. Rules and Features of Representation 4-2. Calculation Method for Tolerance Amount 4-3. Composite Position Tolerance Method 5. Principles of Maximum Material Condition Tolerance Method 5-1. Principles and Additional Tolerances 5-2. Effective Dimensions 5-3. Floating of Datum System 5-4. Zero Geometric Tolerance Method 6. Verification of Maximum Material Condition Tolerance Method 7. Key Points of the American Society of Mechanical Engineers Standard (ASME Y14.5-2009)
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