A compressor running at 350 rpm is driven by a 120 kW motor running at 1400...

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A compressor running at 350 rpm is driven by a 120 kW motor running at 1400 rpm. The center distance is 400 mm (Approx.) and helix angle is 25°. The motor pinion is made of forged steel 0.30% C (untreated) and driven gear is cast steel 0.20%C (untreated) design. The gear pair is subjected to medium shocks and 8 to 10 hours per day of service and continuously lubricated. Design the gear using 20° involute profile. A compressor running at 350 rpm is driven by a 120 kW motor running at 1400 rpm. The center distance is 400 mm (Approx.) and helix angle is 25°. The motor pinion is made of forged steel 0.30% C (untreated) and driven gear is cast steel 0.20%C (untreated) design. The gear pair is subjected to medium shocks and 8 to 10 hours per day of service and continuously lubricated. Design the gear using 20° involute profile.

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To design the gear pair using a 20 involute profile we need to determine the gear specifications such as the module number of teeth pressure angle and ... View the full answer