2300 Badger Drive
Waukesha, WI 53188-5951
Phone: 877-CPS-INFO (877-277-4636)
www.cooperpower.com
News Release
Contact:
Connie Smith
Cooper Power Systems
262-691-8227
Connie.Smith@cooperindustries.com
New Cooper Power Systems Transformer Design Optimizes Overload
Capacity and Reliability in a Smaller Footprint
Cooper Power Systems introduces PEAK™ advanced transformer technology for reliable electric
power voltage transformation with overload capacity to at least 112%.
.
WAUKESHA, WI, August 21, 2012—PEAK™ transformers from Cooper Power Systems are
uniquely designed to manage increased loads and temporary overload capacity with a four time
greater life expectancy when compared to mineral oil-filled transformer alternatives. Utilities are
able to operate PEAK transformers beyond full rated load to at least 112% to more precisely size
transformers based on unpredictable periods of peak demand.
Utilizing an advanced high-temperature insulation system—comprised of thermally upgraded kraft
paper, an optimized core and coil design, and Envirotemp™ FR3™ dielectric fluid—a 75-degree
Average Winding Rise (AWR) PEAK transformer results in a smaller footprint and lighter unit
capable of the same ratings as a physically larger 65 AWR rated unit. PEAK transformers are filled
with the biodegradable alternative to transformer oil, Envirotemp™ FR3™ dielectric fluid, a critical
enabling technology which extends transformer life and raises fire ignition resistance. In addition,
this soybean oil-based fluid creates a barrier against water at the surface of the insulation making
the thermal kraft paper in the coil windings stronger and longer lasting. All of these attributes
combine for a lower total cost of ownership verses comparable fluid-filled transformers.
“New technology has always driven changes in transformer design standards. In 1956, Cooper
Power Systems was the first to design and sell the 65 AWR transformer. It wasn’t until 1964 that
65 AWR became the standard,” said Mark Thurman, president, Cooper Power Systems, a division
of Cooper Industries plc (NYSE: CBE). “Today, our PEAK transformer is the next step in that
evolution, and is driving the adoption of new standards. The proposed IEEE Std C57.154™-2012,
covering the design, testing, and applications of transformers operating at elevated temperatures
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such as the PEAK transformer, is in its final approval process. It is expected to be released in the
autumn of 2012.”
The capacity to overload PEAK transformers contributes to system reliability during peak periods,
as they can be continuously operated at higher temperature and higher load without reducing the
life of the transformer. In addition, when compared to traditional transformer operation at the same
kVA rating, the PEAK transformer will be smaller and lighter. These units will use less material and
fewer gallons of dielectric fluid resulting in a better value as well as lower related costs of handling
and operating the larger transformers.
PEAK transformers are available in 75 AWR (Average Winding Rise), 55/75 AWR, and 65/75 AWR
in both 5-167 kVA single phase pole-mount transformers and 5-167 kVA single phase pad-mount
transformers in either ANSI 1 or ANSI 2 configurations.
For more information on PEAK transformers or any of the great products offered by Cooper Power
Systems visit, www.cooperpower.com.
Editor’s Note: For additional information, contact Mike Petrasek of Burson-Marsteller at
(412) 394-6611 or michael.petrasek@bm.com.
About Cooper Power Systems
Cooper Power Systems, a subsidiary of Cooper Industries plc (NYSE: CBE), and a global
manufacturer and provider of world-class power delivery apparatus and solutions for the utility,
commercial, and industrial markets. The company maintains a complete portfolio of products and
services required to transform, protect, connect, and build out an electric power system
backbone. Smart apparatus – voltage regulators, capacitors, reclosers, switchgear, smart sensors,
and controls – integrated with enterprise level software and secure communications enable
customers to increase productivity, optimize asset efficiency, improve system reliability, and reduce
costs. Reliability and grid-point solutions include: Integrated Volt/Var Control (IVVC), feeder, and
substation automation systems. End-point solutions include: Advanced Metering Infrastructure
(AMI) and Demand Response (DR). The company is a leading provider of engineering optimization
and modeling tools. For more information, please visit www.cooperpower.com.
About Cooper Industries
Cooper Industries plc (NYSE: CBE) is a global electrical products manufacturer with 2011
revenues of $5.4 billion. Founded in 1833 Cooper's sustained success is attributable to a
constant focus on innovation and evolving business practices, while maintaining the highest
ethical standards and meeting customer needs. The Company has seven operating divisions
with leading market positions and world-class products and brands, including Bussmann
electrical and electronic fuses; Crouse-Hinds and CEAG explosion-proof electrical equipment;
Halo and Metalux lighting fixtures; and Kyle and McGraw-Edison power systems products. With
this broad range of products, Cooper is uniquely positioned for several long-term growth trends
including the global infrastructure build-out, the need to improve the reliability and productivity of
Cooper Power Systems – Page 3
the electric grid, the demand for higher energy-efficient products and the need for improved
electrical safety. In 2011 sixty-two percent of total sales were to customers in the industrial and
utility end-markets and forty percent of total sales were to customers outside the United
States. Cooper has manufacturing facilities in 23 countries as of 2011. For more information,
visit the website at www.cooperindustries.com.
Envirotemp™ and FR3™ are licensed trademarks of Cargill, incorporated.
IEEE Std C57.154™-2012 is a trademark of the Institute of Electrical and Electronic Engineers, Inc. (IEEE) This
publication/product is not endorsed or approved by the IEEE.
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