BS 6347-11:1997, ISO 789-11:1996

BS 6347-11:1997, with its ISO counterpart ISO 789-11:1996, is a pivotal British Standard that specifies essential parameters for the performance testing of agricultural machinery. This document is crucial for manufacturers, suppliers, and users, ensuring that agricultural equipment meets stringent safety and performance criteria.

Published on April 15, 1997, this standard is focused on the agricultural sector and aligns seamlessly with the global ISO 789-11:1996 standards, promoting international consistency in machinery testing and evaluation. It covers various aspects of equipment design and performance, establishing a benchmark that enhances operational reliability and safety in agricultural practices.

The BS 6347-11:1997 standard provides comprehensive guidelines for the testing methods suitable for different types of agricultural machines. By adhering to these protocols, stakeholders can ensure compliance with safety regulations, ultimately aiming to reduce accidents and improve efficiency within agricultural operations.

Investing in this standard is an essential step for organizations committed to advancing agricultural technology and machinery. The standard serves not only as a guideline for regulatory compliance but also as a framework for innovation. Manufacturers are encouraged to incorporate these specifications into their design and testing processes to improve their machinery's longevity and performance.

Additionally, this document is an invaluable resource for regulatory bodies and agricultural consultants, offering insights into the acceptable performance metrics and testing procedures. By leveraging the information within BS 6347-11:1997, stakeholders can facilitate better decision-making processes, promote best practices, and contribute positively towards sustainable agriculture.

The document is available in both PDF and hardcopy formats, priced at £134.00. By acquiring this standard, you ensure that your organization's machinery complies with recognized safety and performance indicators while contributing to a safer and more effective agricultural landscape.