www.ecmag.com/index.cfm?fa=article&articleID=9167 -
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Published on: 7/1/2008
Last Visited: 7/28/2008
"The most significant innovation to hit the electrical identification industry in years is the long-awaited introduction of smart chip technology to the benchtop thermal transfer printer category," said Matt Luger, senior marketing manager for Brady Worldwide Inc."This new technology allows the printer and label creation software to automatically identify the material installed in the printer and automatically calibrate and set the heat settings.This significantly reduces changeover time and effort, reduces label waste and offers a hassle-free process.It is as easy as load, click, print."
The second major innovation in electrical ID, Luger said, is a new alternative to engraved plates for pushbutton labels and general panel labels.
"These flexible raised-profile labels," he said, "are quicker to produce, up to 80 percent less expensive than engraved plates and will run through bench-top printers."
Label-creation software, Luger said, has not changed dramatically but works more efficiently than older versions.
"The big changes," he said, "have taken place in the area of new software programs that increase productivity in other areas and that work in concert with label--creation software to make it work better."
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Luger said for electrical work, four types of labels are used for the majority of wire and panel identification: self-laminating labels with a clear "tail" that wraps around the printed area to protect printed text; repositionable cloth markers often used when both ends of a wire are labeled without the final length of the wire known until final installation and termination; heat-shrink sleeving, a fast-growing type of marker providing durability and quality of appearance; and flexible raised-profile pushbutton labels as a quicker, more flexible and far less expensive alternative to engraved plates.
"For VDV," Luger said, "The self-laminating cable marker reigns supreme and is particularly effective for cable labeling because cables are frequently moved around after installation, and the protective overlaminate prevents abrasion and handling damage to the text."