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| 1.) low mass of the spragelements Small masses permit high switching frequencies due to the small mass inertia (up to 60 cycles per second).  2.) small, space saving size of the clamping elements Thus extremely many clamping bodies at the extent can be arranged. GMN freewheelclutches transfer therefore high torques on minimum building area. 3.) optimised clampingcircle The special form and the high claims of quality to the clamping curve guarantee greatest possible switching security and reliability in the enterprise. |
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