01. Dei max and Die min, ISO 4156, are calculated for Tolerance Class 7, regardless of Spline Tolerance Class.
Why is this and how is correct ?
In one of their Example, they have an Internal Spline Class 5H but Dei max is calculated for 7 class.
02. Involute(X) = 0.03565158
What Formula is used...
01. Dei max and Die min, ISO 4156, are calculated for Tolerance Class 7, regardless of Spline Tolerance Class.
Why is this and how is correct ?
In one of their Example, they have an Internal Spline Class 5H but Dei max is calculated for 7 class.
02. Involute(X) = 0.03565158
What Formula is used...
Having a Bearing like 35 x 62 x 14 with internal clearance about 0.012 how can I make a relation to Press Fit TOLERANCE on ID
How much press fit is too much ? to kill the internal clearance ...
That is not my goal at all but the press fit can be calculate with relation to internal clearance ?
What is the difference between installing a bearing on :
- Housing Steel shoulder (bearing outer ring touch the housing shoulder)
- Steel washer (between housing and bearing is a washer)
If Housing is aluminum, I may understand, to prevent the wearing, but if housing is steel, what would be the...
Yes.
Application is this : Electric Motor (Stator, Rotor)
Rotor RPM go to 18,000 .
Rotor RPM come from a Dyne.
I am using 2 bearings on rotor shaft like SKF 35 x 62 x 14, C3 internal clearance.
Problem is that at high RPM, over 14,000, application/fixture start to vibrate and vibration come...
My Rotor spin to 18,000 RPM max and Shaft is on 2 deep groove ball bearings, about this size, 30-35 x 62-72 x 12-17
The issue I have at high RPM is Vibration.
What is the best practice to prevent this ?
It is a pre NX5 hole !
Somewhere I lost an associativity, I believe.
Any feture an want to edit, blow the whoole model.
I am in process of hunting all the features but one hole can not be repositioned (or I can not update it)