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Increased Efficiency for Electric Motors

Increased Efficiency for Electric Motors
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Increased Efficiency for Electric Motors - 1

Increased Efficiency for Electric Motors FAG Generation C Deep Groove Ball Bearings SCHAEFFLER GROUP

Increased Efficiency for Electric Motors - 2

High Customer Benefit Generation C Deep Groove Ball Bearings ... Cut energy consumption with FAG Generation C deep groove ball bearings

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Increased Efficiency for Electric Motors - 3

... Prove Their Technical Superiority in Electric Motors Cut noise levels with FAG Generation C deep groove ball bearings

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Increased Efficiency for Electric Motors - 4

Significant Bearing Advantages Generation C Deep Groove Ball Bearings ... Optimized raceways • Reduced friction • Improved raceway surfaces • Optimized osculation New cage design • New riveted steel cage • Higher stability yet less noise • Suitable for higher speeds • Less sensitive to shocks • With polyamide cage on request Improved seal concept • New HRS lip seals made from nitrile butadiene rubber • Significantly reduced frictional torque and heat generation in particular at higher speeds • Improved sealing effect • Long bearing operating life • Higher speeds

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Increased Efficiency for Electric Motors - 5

... Have an Inside Construction That is Perfectly Matched to Use in Electric Motors Specially tested lubricating greases • Long grease operating life • Effective lifetime lubrication and anti-wear protection (verified in FE8 and FE9 tests) • Special greases matched to the application’s individual temperatures and speeds Also available as hybrid bearings • Steel rings with ceramic balls • Highly effective current insulation • Significantly higher limiting speed • Considerably longer grease operating life • Good dry-running characteristics, less wear in case of insufficient lubrication •...

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Increased Efficiency for Electric Motors - 6

Increasing Efficiency Frictional torque Generation C Deep Groove Ball Bearings are Extremely Low Friction ... Previous design The efficiency of small electric motors with a low capacity is for the most part determined by the power loss of the bearings. The new design and high-quality components considerably reduce the friction in the bearing. As a result, the efficiency increases significantly. This also reduces energy consumption, which in the end yields economical and ecological advantages for motor manufacturers, plant operators as well as for the environment. Cut energy consumption with...

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Increased Efficiency for Electric Motors - 7

... and Very Quiet and Cut the Energy Consumption of Electric Motors Previous design Noise behavior has always been the major quality feature in the electric motor industry. The deep groove ball bearing is the machine element that separates static components from rotating components and therefore inevitably causes vibration and noise. With our new design, we and our customers are on our way to meeting future environmental requirements. Cut noise levels with FAG Generation C deep groove ball bearings

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Increased Efficiency for Electric Motors - 8

MATNR 036232947-0000 / PEC / US-D / 2008033 / Printed in Germany by Hofmann Druck Interested? Then ask us for more information. You will find all technical data in the new publication TPI 165 “Generation C Single Row Deep Groove Ball Bearings”. Visit us online at www.FAG-GenerationC.com for detailed information. Schaeffler KG Georg-Schaefer-Strasse 30 97421 Schweinfurt (Germany) Internet www.fag.com E-Mail info@FAG-GenerationC.com In Germany: Phone 0180 5003872 Fax 0180 5003873 From Other Countries: Phone +49 9721 91-0 Fax +49 9721 91-3435

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