BorgWarner Broadens Variable Cam Timing Technologies For I4 Engines And Expands Manufacturing Footprint

AUBURN HILLS, Mich., Oct. 5, 2012 /PRNewswire/ -- BorgWarner (NYSE: BWA) will expand its variable cam timing (VCT) technology with a new family of cam phasers for I4 engines. The modular design supports a variety of cam phasing technologies, including cam torque actuated (CTA) and torsional assist (TA) phasers with optional mid position lock technology. Each phaser also features an integrated center bolt and spool valve for smaller package size and easier installation. The technology is planned to launch with a major global automaker on diesel and gasoline applications in 2015. Both will be supported by production at a new facility in Eastern Europe. The new facility complements a number of existing global facilities producing VCT technology and strengthens BorgWarner's ability to support global customers with local production.

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"I4 engines have captured about 75 percent of the global engine market and are forecast to power over 17 million additional vehicles in the next seven years. Our new cam phasing technology is engineered to offer automakers customized, fast-to-market VCT solutions to support increasing demand for efficient, downsized engines," said Joe Fadool, President and General Manager, BorgWarner Morse TEC. "BorgWarner's modular cam phaser technology gives automakers more flexibility in choosing the configuration that best meets their performance parameters with the added benefits of a compact package and simplified installation."

BorgWarner's new family of cam phasers showcases its broad expertise in VCT technology. Using the existing torsional energy in the valve train, CTA phasers actuate more quickly, use less engine oil and operate under a wider range of engine speeds and temperatures than conventional VCT systems. TA phasers, which use torsional energy and standard engine oil pressure to actuate the phaser, offer a wide range of authority, achieving 70 degrees of crank rotation or more. BorgWarner phasers can actuate rapidly, resulting in improved low-end engine performance in downsized, direct-injected boosted engines.

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