- #1
SevenToFive
- 56
- 3
If I have a 7.5HP motor running at 1750rpm with a pulley and v-belt and connect it to a gearbox, where the right angle worm gearbox sees an input speed of 580rpm, how would I go about sizing the gearbox?
Am I correct to say that I would size the gearbox for the lower input speed and more torque, and lower output rpm? So I would then calculate the torque generated with a 580rpm input speed, and verify that the gearing is capable of handling the increased torque.
I don't think the gearbox is going to be really seeing the 7.5HP, and if the gearbox becomes overloaded, the belt would probably slip on the pulleys connecting the motor and gearbox correct?
Just looking to confirm that I am on the correct path of thought here. Thanks to everyone who replies.
Am I correct to say that I would size the gearbox for the lower input speed and more torque, and lower output rpm? So I would then calculate the torque generated with a 580rpm input speed, and verify that the gearing is capable of handling the increased torque.
I don't think the gearbox is going to be really seeing the 7.5HP, and if the gearbox becomes overloaded, the belt would probably slip on the pulleys connecting the motor and gearbox correct?
Just looking to confirm that I am on the correct path of thought here. Thanks to everyone who replies.