Engineering, 06.05.2021 18:40 penajay

1. A V-belt drive with an included angle of 34° is to have a capacity of 15 kW based on a coefficient of friction of 0.2 and a belt weight of 2.5 N/m. Determine the required maximum belt tension at full load. Assumptions: The driver is a normal torque motor and the driven machine involves heavy shocks. Design Decision: Speed is to be reduced from 2700 to 1800 rpm using a 200 mm diameter small sheave: shafts are 500 mm apart.

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1. A V-belt drive with an included angle of 34° is to have a capacity of 15 kW based on a coefficien...