Search engine for discovering works of Art, research articles, and books related to Art and Culture
ShareThis
Javascript must be enabled to continue!

RoHS – Changing Products to Conform to the New European Union RoHS Regulations

View through CrossRef
ABSTRACT In February 2009 the consultant for the European Union's Directorate General responsible for the environment recommended that over 30 RoHS (Reduction of Hazardous Substances) exemptions be phased out starting in December 2009 through July 31, 2014[1]. Some exemptions were for narrow applications used in special products, but most have been widely used throughout the electronics industry. Due to the critical nature of some of these exemptions and the varying dates for their phaseout, the logistics for compliance with the new requirements will be considerably more complex than it was for the original 2006 RoHS regulations. A strategy has been implemented within IBM to tackle the challenges associated with converting data systems, product design, and supply chains to meet the revised RoHS regulations. Considerable attention has been given to ensure that clear distinctions are made among parts/products that are compliant with differing expiration criteria. For example, a given part can be compliant to the 2006 regulation while another part may be compliant to an expiration date effective Dec 31st, 2009...and so on. Data management systems must mirror these differing part compliancies and ensure that product environmental compliancy data is current. Suppliers must be wellinformed and familiar with the new EU requirements and must agree to differentiate their products in step with the new regulations. This differentiation can be accomplished by either a part number change or some other agreed to method between the Original Equipment Manufacturer (OEM) and the Contract Manufacturer (CM) or raw material supplier. A product compliance approach will be outlined and presented here using the proposed EU RoHS exemption phase-out dates as stated in the February 2009 consultant report. Strategies must consider product life cycles so that unnecessary changes are not made to products that will be withdrawn from the market before the exemption phase out expiry dates are effective. In some cases, it will be necessary to withdraw products from the market because the costs necessary for compliance conversion are not practical based on the remaining product lifecyle. Particular attention must be given to those situations where new compliant parts and their “usage” applications are coupled with product performance and reliability. For example, timing circuitry signal integrity is susceptible to device parasitic impedance changes which may not be evident in the device specifications but which may become evident in the “usage” application. Finally, some 2013-2014 exemptions are not certain to be phased out and will be continued until the next exemption review period. It may not be possible or practical to eliminate these particular exemptions for a variety of reasons. For example, alternative material or part solutions are not available at all or alternative solutions are limited to prototype or beta level parts with very high reliability risks associated with implementation. Each exemption phase out approach and solution must be evaluated on its own merits.
Title: RoHS – Changing Products to Conform to the New European Union RoHS Regulations
Description:
ABSTRACT In February 2009 the consultant for the European Union's Directorate General responsible for the environment recommended that over 30 RoHS (Reduction of Hazardous Substances) exemptions be phased out starting in December 2009 through July 31, 2014[1].
Some exemptions were for narrow applications used in special products, but most have been widely used throughout the electronics industry.
Due to the critical nature of some of these exemptions and the varying dates for their phaseout, the logistics for compliance with the new requirements will be considerably more complex than it was for the original 2006 RoHS regulations.
A strategy has been implemented within IBM to tackle the challenges associated with converting data systems, product design, and supply chains to meet the revised RoHS regulations.
Considerable attention has been given to ensure that clear distinctions are made among parts/products that are compliant with differing expiration criteria.
For example, a given part can be compliant to the 2006 regulation while another part may be compliant to an expiration date effective Dec 31st, 2009.
and so on.
Data management systems must mirror these differing part compliancies and ensure that product environmental compliancy data is current.
Suppliers must be wellinformed and familiar with the new EU requirements and must agree to differentiate their products in step with the new regulations.
This differentiation can be accomplished by either a part number change or some other agreed to method between the Original Equipment Manufacturer (OEM) and the Contract Manufacturer (CM) or raw material supplier.
A product compliance approach will be outlined and presented here using the proposed EU RoHS exemption phase-out dates as stated in the February 2009 consultant report.
Strategies must consider product life cycles so that unnecessary changes are not made to products that will be withdrawn from the market before the exemption phase out expiry dates are effective.
In some cases, it will be necessary to withdraw products from the market because the costs necessary for compliance conversion are not practical based on the remaining product lifecyle.
Particular attention must be given to those situations where new compliant parts and their “usage” applications are coupled with product performance and reliability.
For example, timing circuitry signal integrity is susceptible to device parasitic impedance changes which may not be evident in the device specifications but which may become evident in the “usage” application.
Finally, some 2013-2014 exemptions are not certain to be phased out and will be continued until the next exemption review period.
It may not be possible or practical to eliminate these particular exemptions for a variety of reasons.
For example, alternative material or part solutions are not available at all or alternative solutions are limited to prototype or beta level parts with very high reliability risks associated with implementation.
Each exemption phase out approach and solution must be evaluated on its own merits.

Related Results

EU RoHS and Upcoming Legislation
EU RoHS and Upcoming Legislation
ABSTRACT The Restriction of Hazardous Substances (RoHS), European Directive 2002/95/EC became effective July 1, 2006 in the European Union (EU). The RoHS directiv...
ROHS – A Business Process Rejuvenation
ROHS – A Business Process Rejuvenation
ABSTRACT This paper discusses the business process rejuvenation with the ROHS legislation in terms of redesigns with the same footprints and reining in the entire...
China RoHS Update
China RoHS Update
ABSTRACT China RoHS has been enforced since March 1, 2007. This is a regulation governing “Management Methods for the Prevention and Control of Pollution from Pro...
Genomic Scan for Runs of Homozygosity and Identification of Candidate Genes Under Domestication in Fengjing Pigs
Genomic Scan for Runs of Homozygosity and Identification of Candidate Genes Under Domestication in Fengjing Pigs
Fengjing pigs are a Chinese native breed known for their high reproductive ability. Runs of homozygosity (ROHs) have emerged as an effective tool for evaluating inbreeding levels a...
Lead-Free (PbFree) Feasibility Program: Assembly and Testing of a Functional IPC Class 3 Avionics Data Unit
Lead-Free (PbFree) Feasibility Program: Assembly and Testing of a Functional IPC Class 3 Avionics Data Unit
ABSTRACT Rockwell Collins Inc. (RCI) has been fully aware of the European Unions Directive driving the electronics industry to Pbfree products. Even though the EU...
The Role of Union Leader-Member Relationship Capital within Trade Union for Mental Health
The Role of Union Leader-Member Relationship Capital within Trade Union for Mental Health
Objective – There are three main objectives of this study. First, this study is to examine the influence of union effectiveness and perceived union support on union relationship ca...
Proposal for Intelligent Model Product Definition to Meeting the RoHS Directive
Proposal for Intelligent Model Product Definition to Meeting the RoHS Directive
With increasing environmental awareness in society, manufacturing companies began to realize that they could benefit from the integration of environmental considerations into their...
Assessing Potential Impact of Tin Whiskers on Rail Transportation Safety
Assessing Potential Impact of Tin Whiskers on Rail Transportation Safety
This paper identifies and explores possible safety implications of RoHS (Restriction of Hazardous Substances) compliance on railway equipment, with the purpose of presenting this t...

Back to Top