What Is Bin Tolerance in Gearset Analysis?

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Bin tolerance in gearset analysis refers to the statistical method of dividing measurement data into intervals, or "bins," to analyze frequency distribution. This approach helps in understanding how measurements of gearsets vary and allows for the assessment of quality through channel frequency analysis. Each measurement falls into a specific bin, creating a distribution that indicates how often values occur within defined ranges. While the initial explanation provides a basic understanding, further inquiry in a statistics forum may yield more detailed insights. This method is essential for ensuring the accuracy and reliability of gearset testing results.
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Hi, I am not sure whether there is someone here that can help me but at this point I am kind of desperate :confused: I am an English legal translator and I am doing a translation about a machine that runs roll tests on gearsets. Within the Measurement system of the machine it talks about the channel frequency analysis to ckeck the quality of the gearset and about Bin Tolerance :confused: What is this? I have not found anything for Bin Tolerance or Bin Width which is the other term that appears. If anybody knows where I can find something related to this so I can at least know the explanation in English and I will try later to find a translation into Spanish. I hope someone can help me with this, thanks a lot. :smile: Analia.
 
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It may relate to a statistical analysis and frequency distribution. It sounds like one of your measurements is of a feature called a "channel." If you are measuring a certain thing many times, i.e. a bunch of gear sets, all of those measurements will vary somewhat. Those measurements are usually normally distributed. In a frequency analysis, you divide up your range (x-axis) into "bins", or intervals of a fixed width that will divide up all of your measurements.

So, say your measurement varries from 0-.50. You may arrange your bins to go from 0-.1, then .11-.2, then .21-.3 and so on. Each measurement will fall into one bin. Once all of the measurements are entered into their respective bins, you will have a distribution of how frequently a measurement falls within a certain range.

As far as bin tolerancing goes, that topic is a bit above my level. You should post this same question in the statistics forum and I am sure someone there can give a more in depth explanation.

Hope this helps.
 
Thanks

Thanks Fred, at least I know something else now. I will try the other forum too. Thanks a lot for your help. Analia. :smile:
 
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