birillomx
Guest
I'm new and you have to apologize, but I have little memory of the studies done in its time.
I'm designing a test bench and I'd need to understand how many electric motors can serve to compress a suspension.
the reaction force is about 300 kgf.
upstream I have an electric motor of 1300 turns and downstream , 330 turns approx., using a gearbox ( dentata-crown -pignone strap) from 1/4 ratio.
the circular motion must transform it into alternation, with the use of the classic connecting rod (the intersection center biella center motor axis of 5 cm).
Is an electric motor of 2.2 kw (triphase), 15 nm of torque or must use one with superior characteristics?
I thank you immediately, those who could help me.... : )
I'm designing a test bench and I'd need to understand how many electric motors can serve to compress a suspension.
the reaction force is about 300 kgf.
upstream I have an electric motor of 1300 turns and downstream , 330 turns approx., using a gearbox ( dentata-crown -pignone strap) from 1/4 ratio.
the circular motion must transform it into alternation, with the use of the classic connecting rod (the intersection center biella center motor axis of 5 cm).
Is an electric motor of 2.2 kw (triphase), 15 nm of torque or must use one with superior characteristics?
I thank you immediately, those who could help me.... : )