The mean diameter of a Pelton wheel is 2.6 m. The bucket outlet angle is 20°. The net head available at the nozzle is 500 m of water. Calculate (a) the speed of the rotor, (b) the theoretical...


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The mean diameter of a Pelton wheel is 2.6 m. The bucket outlet angle is 20°. The net head available at<br>the nozzle is 500 m of water. Calculate (a) the speed of the rotor, (b) the theoretical efficiency, (c) the<br>theoretical<br>power,<br>when the flow available is 3.5 m³ls, and (d) the specific speed.<br>

Extracted text: The mean diameter of a Pelton wheel is 2.6 m. The bucket outlet angle is 20°. The net head available at the nozzle is 500 m of water. Calculate (a) the speed of the rotor, (b) the theoretical efficiency, (c) the theoretical power, when the flow available is 3.5 m³ls, and (d) the specific speed.

Jun 11, 2022
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