![]() ![]() I don't know if that would meet super accurate gauge building requirements or not, but I don't know where you'd look for software to do exactly what you require. Retrim the crests and the roots together.Īt the pitch circle depth, the arc thickness of the space = the arc thickness through the tooth for a 100% fit (and to check your work after rotating half the tooth), so you'd probably need a bit of a backlash allowance modelled into the tooth space so that it will fit together with a mating member in its maximum condition. ![]() So if you have some sort of gear drawing module in your cad software that can draw the '32 DP' tooth (with the proper pressure angle), then you could rotate the back half of the tooth form such a distance as is required to give the proper circular pitch spacing. This might be a hack, and I could be wrong about it: I think the involute splines may be a dual pitch description, something like 16/32 which means it has the circular pitch spacing like a 16 DP gear tooth, but the depth data of a 32 DP tooth.
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