Chloride Publishes New White Paper Addressing Protection of Electronics in Industrial Settings

Today’s engineers are designing sophisticated control systems that bring higher productivity to meet ever increasing expectations of performance, all the while keeping system costs under control.

October 29th, 2008

LIBERTYVILLE, IL, October 29, 2008 – Today’s engineers are designing sophisticated control systems that bring higher productivity to meet ever increasing expectations of performance, all the while keeping system costs under control. In order to achieve these results, they are employing electronic equipment adopted from non-industrial applications that is highly sensitive to the inherently poor power environment of an industrial facility, producing a variety of costly power and electrical noise problems.

Chloride, a leading supplier of power protection solutions, is addressing this issue with its newest white paper “Protecting Mission Critical Electronics In The Industrial Environment.” Paul Haake, Vice President of Engineering for Chloride, authored the paper. Haake recommends that manufacturers use a Total Protection Solution to safeguard mission critical systems.

“The Total Protection Solution requires that each and every input and output line, whether power or data, be examined and appropriately protected against likely hazards,” explains Haake. “Achievement of this level of protection usually requires the use of industrial grade components, along with a combination of devices such as surge protectors, power conditioners, power conditioned uninterruptible power supplies (UPSs), as well as appropriate grounding techniques.”

For more information, please call 847 990-3623. Or visit www.chloridepower.com/usa

About Chloride

Headquartered in London, Chloride Group PLC is an international electronics manufacturer operating primarily in the power protection and safety system markets. Chloride North America manufactures and supplies a range of UPS, power conditioning and line protector products for critical applications primarily in the rapidly growing areas of data communications, retail, biomedical systems and industrial process controls.

Topics covered in this article

The new shape of industrial computing, networking, and sensing
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