Dimensional Measurement Training: Level Two
Dimensional Measurement Training: Level Two
Course Description
A four day Dimensional Measurement training course building on the knowledge and measurement principles gained through the level one training course. The learning will be provided in the form of a presentation where discussion will be a primary focus. Question and answer sessions will take place during the course to ensure knowledge and understanding.
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Aims & Objectives
- To provide knowledge and expertise in the application of measurement
- To enable organizations to save time and money through the implementation of best measurement practice
- To encourage a planning culture
Benefits to the learner
- Application of the fundamental principles of geometrical product specification and measurement tools
- To understand the fundamental principles of calibration
- To apply fundamental measurement calculations
- Respond to measurement results and related uncertainty
- Communicate, question and plan the measurement process
Course Outline
Geometrical Product Specifications – B
- Geometrical Tolerancing Standards
- Principal Of Independency
- Envelope Tolerances
- Free State Condition
- Maximum Material Condition, Features and Datums
- Least Material Condition
- Virtual Condition
- Zero Tolerancing
- Tolerance Combinations
- Projected Tolerance Zone
- Limits and Fits
- Surface Texture
Measurement Principles and Methods -C
- Temperature Compensation
- Measurement Verification
- ISO 17025 Standard
- Calipers
- Micrometers
- Height Gage
- Dial Gage (Drop Gage)
- Measurement Uncertainty
Process Control A
- Overview
- Variables
- Attributes
- Attribute Chart
- Tally Chart/ Frequency Table
- Histogram
- Location and Variability
- Capability Study
- Control Charts
- Control Limits
- Capability Index
- Gage Repeatability and Reproducibility (Gage R&R)
Measurement Principles and Measurements – D (Exercises)
Coordinate Principles A
- Overview
- Coordinates
- Angles and Directional Cosines
- Coordinate Measurement Geometry
- Constructed and Calculated Geometry
- Sensor Types
Contact Sensors
- Probe Head
- Stylus Types
- General Measurement Strategies
- Work Holding
- Alignments
- Point Distribution
- Ownership and Verification
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