What does "configuration control" refer to in terms of Geometric Dimensioning and Tolerancing?

• A. Managing the marketing of a product
• B. Ensuring the design attributes and changes of a part meet specified requirements
• C. Assessing the aesthetic value of a design
• D. Identifying manufacturing materials used

Answer: (B)

Configuration control in the context of Geometric Dimensioning and Tolerancing pertains to ensuring that the design attributes and any changes made to a part comply with specified requirements. This involves maintaining the integrity of the design throughout the production process, confirming that all geometric characteristics and tolerances are consistently followed. It ensures that any modifications to the design do not deviate from the intended specifications, which can affect the functionality, performance, and manufacturability of the part.

This process is crucial because it helps avoid discrepancies that can arise from design alterations, production variations, or different interpretations of tolerances. By controlling configurations, manufacturers can ensure that the final products meet quality standards and design intents, ultimately leading to reliability and customer satisfaction.

Attributes such as dimensional tolerances, form, orientation, and location are all part of what configuration control safeguards, as these factors critically influence how well a part fits and functions within its intended assembly or system.