Bilyalı tip santrifüj kavramanın matematiksel ve deneysel incelenmesi

Bu çalışmada bilyalı tip santrifüj kavrama matematiksel ve deneysel olarak incelenmiştir. Deneylerde bilya çapı değişimine bağlı olarak; boşluk faktörü ve devir sayısı değişimlerinde iletilen momentler ölçülmüştür. Bilyalı tip santrifüj kavramanın ilettiği moment iç yüzey ile iki yan yüzeyin ilettiği momentlerin toplamına eşittir. Küçük çaplı bilyaların daha fazla moment ilettiği görülmüştür. Bilyalı tip santrifüj kavrama elektrik motorunun yük altında harekete başlaması istenilen yerlerde kullanılmaktadır. İlk harekete başlama esnasında enerji tasarrufu sağlanmakta ve aşırı yüklemelerde kayarak bir emniyet kavraması gibi görev yapmaktadır. İletebileceği maksimum moment muhafaza içindeki bilya kütlesi değiştirilerek ayarlanabilir.

Mathematical and experimental investigation of the ball type centrifugal clutch

In this study, the ball type centrifugal clutch was examined mathematically and experimentally. In the experiments, depending on the ball diameter variations; the transmitted torques were measured for various gap factor and spindle speed levels. The torque transmitted by the ball type centrifugal clutch is equal to the total of torques transmitted at the inner and two side surfaces. The smaller the ball diameter, the greater torque was transmitted. The ball type centrifugal clutch is used the areas where the running operation of the electric motor is required under the load. The clutch saves energy during the initial operation, and it behaves like a safety clutch at the over loading levels by sliding. The maximum transmittable torque can be adjusted by changing the mass of the ball in the housing.

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