Geometrical Tolerancing to BS 8888 & ISO Standards – Level 2
GD&T ISO Level 2 Course Aim
The course covers more advanced aspects of geometrical tolerancing and its application and interpretation. Completion of the Level 1 course is a prerequisite for anyone wishing to attend the Level 2 course.
The course is based on BS 8888 and ISO standards (a version is also available based on the American ASME Y14.5 standard). Delegates are provided with comprehensive course notes, and a workbook with questions and exercises to accompany the training material.
Course Description
Modules:- Review of Level 1 material
- Geometrical specifications (additional indications and modifiers)
- Grouping features together (CZ, SZ and SIM)
- Advanced datum systems
- Maximum Material Requirement applied to datum features.
- Least Material Requirement
- Multiple tolerances applied to groups of features
Who the course is for
- Designers
- Engineers
- Inspectors
- Technicians
- Engineering Management
Funding is available for qualifying companies. Find out if you qualify by registering your interest below.
Details
This is a 2-day instructor-led classroom training course
Date: 18th - 19th of November, 2024 (2-day course)
Location: Irish Manufacturing Research, Mullingar, Co Westmeath
Certification / Awarding Body: Engineers Ireland CPD approved for 14 Hours
Course Fees: Supported under the SOLAS skills to Advance programme subject to eligibility criteria. Register your interest to find out more
Learning Outcomes
- Tolerance zone definitions (fixed, variable, limited, etc)
- Tolerance feature definitions (filters, associations, etc)
- Plane and feature indicators (intersection plane indicators, etc)
- Adjacent indications (UF, ‘between’, ‘all around’ etc)
- Grouping features (nX, ‘all over’, etc)
- Grouping tolerance zones (CZ, SZ, CZR, and SIM)
- Multiple tolerances applied to groups of features (e.g. hole patterns)
- Datums and ‘situation features’
- Common datums based on aligned and non-aligned features
- Datums based on groups of features
- Datums based on complex surfaces
- How location and orientation tolerances control form
- Maximum Material Requirement and Virtual Condition
- Datums based on Virtual Condition Boundaries
- Least Material Requirement
- Tolerances applied to non-rigid parts (ISO 10579 and Freestate condition)