IPC refreshes Lead-free labeling standard - Connector Specifier

IPC refreshes Lead-free labeling standard


May 17, 2010

 Bannockburn, IL -- IPC - Association Connecting Electronics Industries has released the "A" revision of IPC J-STD-609, Marking and Labeling of Components, PCBs and PCBAs to Identify Lead (Pb), Lead-Free (Pb-Free) and Other Attributes. This standard presents a marking and labeling system that aids in electronics assembly, rework, repair and recycling, and now provides additional codes for the more precise specification of certain lead-free solders.

IPC recognizes Endicott engineer

Since the original release of J-STD-609 in July 2007, many new solder alloys have entered the market as lead-free technology matures. According to IPC, companies including HP were witnessing how different component suppliers using the same (new) BGA ball alloy were selecting two different "e-codes" to mark their components.

To address the confusion in categorizing the new alloys, Dr. Gregory Henshall, environmental program manager for HP's Enterprise Servers, Storage and Networking Division, took an active role on the combined working group of IPC and JEDEC to pursue the "A" revision of J-STD-609.

"Confusion adds time and cost to the manufacture of printed circuit assemblies and also increases the chance for errors in material usage," says Henshall. "The revisions made to the standard resolve this confusion, and include examples for many common alloys."

J-STD-609A provides explicit guidance on the marking and labeling of components and printed circuit boards using the wide range of solder alloys now available in the market. Specifically, the standard enables clear identification of: assemblies with lead-containing or lead-free solder; components that have lead-containing or lead-free second level interconnect terminal finishes and materials; base materials used in PCB construction, including halogen-free resin; surface finishes; and conformal coatings.

RELATED ARTICLE:  Integrated preforms streamline soldering

In addition, the standard prescribes the maximum component temperature that should not be exceeded during assembly or rework processing.

CONTACT:
IPC, 3000 Lakeside Drive, Suite 309S, Bannockburn, IL 60015 847-615-7100 E-mail: FernAbrams@ipc.org or 703-522-0225 Web: http://www.ipc.org/609A


Editor's Picks

Incapable connectors shut down Large Hadron Collider

Amphenol: Bulking up via buyout

NASA unveils deep space MPCV exploration craft; Lockheed Martin responds

As UAV market surges, connectors adapt

NHTSA pressures Ford into mass F-150 truck recall on airbag wiring danger

Esterline acquiring Souriau for $715 million

Report: Single trader holds half of world's copper


Top Blog Posts

Inside Foxconn's deadly iPad factory after the blast

Fireproof electronic connectors: design challenges

Connector industry giants saw banner 2010 sales growth

Tearing down Apple's Thunderbolt cable

Massive solar tower will rank among world's tallest buildings


Most Popular Articles
Top Articles for 2011

Boeing exec admits 787 outsourcing strategy backfired

Foxconn staggering after full year net loss of $200M+

The Motley Fool' pits Amphenol vs. Molex

ITT issues military-aerospace connector sourcebook

SATA-IO unveils portable consumer storage specification

Raytheon locks in LaBarge for cruise missiles' wiring harnesses post-Libya bombing

Union group denies Verizon fiber lines vandalized

Northrop Grumman seeks to replace copper-based aircraft wire, cabling

Driving wiring harness design data toward manufacturing


Latest Community Discussions

Video: Fire breaks out at Foxconn's Shandong plant
Bystander video shows the scene of a fire breaking out on September 27 at Foxconn's Yantai Shandong plant where Sony consumer electronics products are reportedly assembled.

Testing the Boeing 787 Dreamliner's in-flight entertainment systems
Boeing video shows what was involved in testing (i.e. "trying to break") the in-flight entertainment, connectivity, and power systems on board the new 787 Dreamliner.

Belden FiberExpress Brilliance LC Connector Installation
Video details installation of a 900-micron OM3/OM4 prepped fiber into an LC connector.

Visit the Community >


Receive Free E-mail Newsletters from Interconnection World


You may select more than one newsletter  
Interconnection World
Connector Specifier
Wire & Harness Specifier

 
Name  
 
Email  
 
Country  
 
 
 

 
Sponsor Information

Interconnection World Content Categories:

Wire & Harness
 Data & Telecom
Standards Distributors
Design & Test Applications
Business Wire News
Video