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TSUBAKI EMERSON CAM CLUTCH

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www.bergab.ru Берг АБ bergab@ya.ru Тел. (495)-228-06-21, факс (495) 223-3071<br />

■ BR SERIES CONSTRUCTION<br />

NON-CONTACT DESIGN EXTENDS SERVICE LIFE<br />

Greatly Increased Service Life<br />

Made possible by <strong>TSUBAKI</strong>’s extensive experience in mechanical<br />

power transmission, the cam used in the BR Cam Clutch offers a<br />

unique cross section that provides positive mechanical<br />

engagement only when needed. Otherwise, the Cam Clutch rotates<br />

freely with absolutely no mechanical contact in the clutch<br />

mechanism. The result is a greatly increased service life compared<br />

to conventional types.<br />

Backstop applications with high-speed overrunning<br />

When the Cam Clutch is stationary, the cam locks the<br />

inner and outer races together (figure 1). When the<br />

inner race (load side) overruns at a high speed, the<br />

cam disengages by releasing from the inner race<br />

(figure 2). When the inner race stops, the cam rotates<br />

back into an engaged position. If the inner race tries<br />

to rotate in the reverse direction, the cams then serve<br />

as a prop between the anchored outer race and inner<br />

race to prevent the reverse rotation and provide<br />

backstopping.<br />

High-speed and low-speed-engaged overrunning<br />

When the Cam Clutch is stationary, the cam locks the<br />

inner and outer races together (figure 1). When the<br />

inner race (load side) overruns at a high speed, the<br />

cam disengages by releasing from the inner race<br />

(figure 2). When the high-speed rotation of the inner<br />

race stops and the inner race begins to rotate slowly,<br />

the cam rotates back into an engaged position. Then<br />

when you start to drive the outer race at low speed of<br />

rotation, the cams serve as a prop and drive the inner<br />

race at the same low speed of rotation.<br />

A more economical design.<br />

The open-type BR series features a simple design in<br />

which the Cam Clutch mechanism is incorporated in a<br />

cage between standard dimension inner and outer<br />

bearing races. This allows the Cam Clutch to be easily<br />

and economically integrated into a wide variety of<br />

mechanical systems. A package-type Cam Clutch is<br />

also available to reduce maintenance demands.<br />

Figure 1: Entire Cam Clutch is stationary.<br />

Figure 2: Inner race only turning.<br />

Figure 3: Inner and outer race locked and turning.<br />

www.bergab.ru Берг АБ bergab@ya.ru Тел. 5 (495)-228-06-21, факс (495) 223-3071

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