An intensive four-day course introducing the fundamental principles of Geometrical Product Specification (to BS 8888 and relevant ISO standards).

• Discover how the system of geometrical tolerancing works.

• Find out how to annotate drawings correctly

• Learn how different types of tolerance control different characteristics, and how to choose the right tolerance for your application.

• Start to benefit from a better standard of specification.

This incorporates in full the contents of our most popular course, Geometrical Tolerancing to BS 8888 & ISO Standards – Level 1, with the addition of modules to cover 'specification format and presentation', 'surface texture' and 'edge tolerances'.

The course uses examples of your own drawings or products, where available, to illustrate some elements of the course material, and as the basis of some worked examples.

Duration

4 days (available for classroom or on-line delivery).

Who is it for?

Mechanical, production and design engineers, drawing office and inspection personnel.

Some familiarity with engineering drawing practice and conventional dimensioning and tolerancing is required.

Geometrical Product Specification

What does it cover?

• What is Geometrical Product Specification?

• The benefits of Geometrical Product Specification

• Standards in context

• BS 8888 and the ISO system

• Specification format and presentation: Use of 2D & 3D data, Drawing types,

• Introducing Geometrical Tolerancing

• Benefits and advantages

• Features and features-of-size

• Size tolerances

• ISO 14405-1 and the Envelope Requirement

• Datums and datum systems

• What is a datum?

• Constructing a datum

• Datum targets

• Selection of datum features

• Controlling 6 degrees of freedom

• Annotation and symbology

• Tolerance frames

• Tolerance features & symbols

• Tolerance frame modifiers

• Tolerance frame placement

• Theoretically Exact Dimensions (TEDs)

• Tolerance characteristics – what they will and won’t control

• Location

• Orientation

• Form

• Profile

• Run-out

• How to choose which tolerance to use

• Tolerancing for parts that fit together

• Worst case boundaries

• Maximum Material Requirement and Bonus Tolerance (BS EN ISO 2692)

• Virtual Condition and Virtual Size

• Restricted application of tolerances

• Combining tolerances to control hole patterns

• Applying tolerances to non-rigid work-pieces (BS EN ISO 10579)

• Introducing surface texture (BS EN ISO 21920)

• How surface texture is measured

• Use of the machining symbol

• Surface characteristics

• Profile

• Roughness

• Waviness

• Common parameters

• Filtration and transmission bands

• Surface imperfection parameters (BS EN ISO 8785)

• Edge tolerances (BS EN ISO 13715)

• Implementation & compliance including checking
  

To book a course, discuss possible dates, or for further information:

A half day overview of Geometrical Product Specification (GPS) and the ISO system of standards that it is based on.

• Learn how ISO GPS can improve communications.

• Find out how ISO GPS can raise levels of quality.

• Discover how ISO GPS can improve productivity and reduce costs.

This course explains how GPS is defined in collection of interlinked ISO standards, and provides an overview of the different elements of the system, including geometrical tolerancing and surface texture specifications.

The Executive Overview is appropriate for managers, supervisors, and decision makers, who need a broad-brushstrokes understanding of the GPS methodology and its implementation.

Duration

3.5 hours.

Who is it for?

Managers, supervisors and decision-makers in manufacturing industry. This course can also be used as an introduction for designers, engineers and technical staff who will go on to take more detailed practitioner’s courses.

Executive Overview Course

What does it cover?

• What is Geometrical Product Specification?

• The ISO system

• Where BS 8888 fits in

• Why Geometrical Product Specification is necessary

• GPS in practice

• The seven step system

• Features and sizes

• Datums and datum systems

• Geometrical tolerancing

• Surface texture specification

• Surface imperfections

• Edge tolerances

• How to implement GPS

• How to benefit from GPS

• Future developments
  

To book a course, discuss possible dates, or for further information: