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IAEI News>Issue Listing>May/June 2002 >The Effects of Globalization of Trade on Conformity Assessment
The objective of this article is to provide IAEI members information on the changing scene of conformity assessment resulting from the effects of globalization of trade. It offers the reader a snapshot of the driving forces in the business environment, the important elements of product compliance, the various levels of activities involved in the conformity assessment process, and the developing trends resulting from to the changing environment. The Overall
Business Environment These new economic realities have created new marketplace pressures on all industry sectors. They constitute very powerful forces that are re-shaping every business and every sector, including regulations, standardization, and conformity assessment. In such a changing world, many are wondering about the role of the regulators as well as the value and future of testing and compliance verification by third party organizations. The Product
Compliance Chain The major components of the product compliance chain include:
Standards/Regulations
and How They Are Impacted In the compliance chain, standards are at the core of conformity assessment. Together with codes and regulations, they form the reference documents against which a product, system, or installation is evaluated to determine compliance. They benefit industry by providing common and uniform solutions that are used as a recognized unit of comparison. They also benefit consumers by enabling them to buy products that conform to minimum safety and performance standards. In trade, it is recognized that by their very nature, standards can either facilitate trade or they can frustrate and impede it. While standards in general, and product safety standards in specific, will continue to be developed by different levels of private sector and government, they are influenced by trade and mutual recognition agreements, and are moving in the following direction:
Conformity
Assessment--What It Entails and How It Will Change Conformity assessment is a general term that encompasses many different and sometimes separate, albeit related, activities. In North America, the specific terms used for such activities when applied to products are: testing, evaluation, certification, and follow-up inspections. While such terms may also be used globally, IAEI members should be interested to know that the international ISO/IEC guides and related documentation provide a more comprehensive grouping of conformity assessment activities and classify them into four types. Relative to product compliance, the four types of activities can be summarized as follows: Level 1. Activities performed at this level consist in the determination of the characteristics of the product in question, without rendering an opinion or making a judgment. A test laboratory engaged in level 1 activities would present the results, without making a determination on conformity. Level 2. This level entails actual "Evaluation for Conformity" of the product against a specified standard and involves a judgment on the part of the assessor. However, depending on the type of evaluation, the assessor could be either a person with authority to make decisions; or someone who can comment on and report the results observed, but is not authorized to make decisions. There are four types of evaluation for conformity as follows:
Level 3. This level is referred to as "Assurance of Conformity." The aim of the activities carried out under this level is to arrive at a declaration which gives assurance of conformity not only of the product tested, but also of future products that will be manufactured. This assurance of conformity can be given by an independent third party testing and certification organization, or by the supplier of the product. In the first case we speak of "Certification" or "Listing," and in the later, we speak of a "Supplier Declaration." Level 4. This level involves decision-making by "the body" which will recognize the adequacy (i.e. capability and qualifications) of a certification entity. It is also the case of the official authority who, within the scope of the implementation of a regulation, can authorize the placing on the market of a product on the basis of a certification of conformity with statutory technical requirements. Activities carried out in Level 4 are, therefore, associated with "Accreditation" and "Recognition" respectively. NRTLs operate conformity assessment services within Levels 1, 2 and 3. However, it is the "Assurance of Conformity" conferred by an NRTL in the form of a "Certificate of Compliance" and the use of a "Certification Mark" on the product which gives all stakeholders (manufacturers, consumers, and regulators alike) the highest value and confidence in the process and the product. The above classification also shows clearly how, together with third party certification organizations, regulators and accreditation bodies form an integral and critical part of the conformity assessment pyramid of hierarchy, in which they occupy the top spot. In the present environment of ever-shorter product life cycles, and where technical barriers are disappearing, here are but a few major trends that will influence conformity assessment and the attitude of the regulatory and inspection authorities:
Conclusion Perhaps not all the changes mentioned above will happen in the lifetime of some of us, but one thing is certain: the forces that are driving these new concepts are very powerful, and the train has already left the station. Entela is an NRTL accredited in the US and Canada, with head office in Grand Rapids, MI, and with several branches in the US, Canada and abroad. Nick Maloouf, P.Eng., is the vice president of Entela, Incorporated, responsible for new business development and leadership of Entelas Product Safety Group worldwide. He is currently the chairman of the Canadian Conformity Assessment Committee of the Canadian Accredited Certification Bodies (CCAC/CB). He has a Masters degree in Electrical Engineering and is a member of the Professional Engineers of Ontario (PEO). He is a member of the Advisory Committee on Conformity Assessment, set up by the Standards Council of Canada (SCC), and a member of the Canadian subcommittee of Conformity Assessment Committee (CASCO). He is also a member of the IEC Advisory Committee on Electrical Safety (ACOS). He is also a member of the Canadian Advisory Committee on Electrical Safety (CACES). He is a past vice president of the certification and testing division of the Canadian Standards Association (CSA), and has over twenty-two years of various technical and management positions with CSA.
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