What is BS EN ISO 3587:2013?

BS EN ISO 3587:2013 is a professional technical standard that plays a crucial role in various industries. This standard, also known as "Geometrical Product Specification (GPS) - General Concepts," provides guidelines for the accurate measurement and specification of the geometrical features of products.

The Purpose of BS EN ISO 3587:2013

The main purpose of BS EN ISO 3587:2013 is to ensure uniformity and accuracy in the measurement and specification of product geometry. It sets out the principles and rules for defining the tolerances and deviations in the dimensions, shape, and surface texture of products. By adhering to this standard, manufacturers can communicate effectively with suppliers and customers regarding the required geometric specifications.

Key Components of BS EN ISO 3587:2013

BS EN ISO 3587:2013 covers various aspects of geometric product specification, including:

Definition of terms related to GPS

Basic principles of GPS

Specification of geometrical elements and their features

Tolerance zones for different geometrical characteristics

This standard provides clear guidelines on how to define and interpret geometric specifications using mathematical definitions, symbols, and coordinate systems. It ensures that measurements and tolerances are consistent and universally understood.

Benefits and Applications

Adopting BS EN ISO 3587:2013 offers several benefits across different industries:

Enhanced quality control: The standard helps manufacturers establish stringent quality control processes by accurately specifying the geometric features of products.

Improved communication: By using a standardized language and symbols, BS EN ISO 3587:2013 facilitates effective communication between manufacturers, suppliers, and customers, reducing misunderstandings and costly errors.

Interchangeability: With well-defined tolerances and specifications, products can be easily replaced or interchanged without compromising functionality or performance.

Industries such as automotive, aerospace, mechanical engineering, and electronics heavily rely on this standard to ensure precision, reliability, and compatibility of their products.