the band size is 15mm. The teeth are straight. Now I'll explain the case better. I have a magnetic plate of 150kg (on which there are objects of 200kg) to whose center is connected, through a tree, the wheel of 114. to it is connected the wheel by 90.turning the wheel by 90 you have to tilt the plane by 50°. I wanted to know, when it is in the minimum and maximum angle position of the plate, the mechanical resistance between the two wheels. so I actually don't have a number of laps that can serve. As for tolerances, I don't know them.
I'm sorry, but I'm not so clear about your answer. If I can get a sketch of everything in the day.
I simply geared the two straight teeth wheels and applied the rotation of 1 rpm in the input and I tried to raise the torque and power so as long as the bending check was at the limit.
Unfortunately the data I have are only the weight of the plate with what goes on, the type of toothed wheels and the maximum angle to which you have to rotate the plate. I wanted to know if those wheels resist mechanically during rotation. As I would also need some calculations, could you give me some formula to use?
while for the wheel can not bear more than 104nm.
clearly it is necessary to calculate the primitive diameter as m•z and to determine the force divides the pair by half primitive diameter.
the 200 kg plate has the same size as the lower one, I designed them different to make you understand that they are two distinct things. However I do mechanical engineering, but let's say this is more of a personal project I'm working on
In truth I had already done the calculations only that I considered as a condition that the weight was applied at the end of the plate and were voltage values to the tooth really exaggerated (about 6000 mpa) against the admissible voltage values of 500 mpa. so the wheel, according to my calculations, would not have rectified which seemed strange to me. That's why I wanted advice from who knew more.