Bell attributes: Difference between revisions

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The tuning process generally involves a lathe. Horizontal shop lathes can be used for small bells, but large vertical engine lathes are used for large bells. This process always involves the removal of material and so it is an irreversible process. The risk of re-tuning valuable bells often does not justify the perceived benefits.

The goal of tuning is generally to bring the [[Bell Harmonic Partials|five main bell partials]] into conformity with the appropriate notes of a given scale. Modern carillon instruments are tuned to an equally ~~temperament~~ scale based on A=440 Hertz. Both the strike tone and other partials of bells in these instruments must conform to this scale in order to avoid beats and 'wolf tones' when playing bells together.

The goal of tuning is generally to bring the [[Bell Harmonic Partials|five main bell partials]] into conformity with the appropriate notes of a given scale. Modern carillon instruments are tuned to an equally tempered scale based on A=440 Hertz. Both the strike tone and other partials of bells in these instruments must conform to this scale in order to avoid beats and 'wolf tones' when playing bells together.

Tuning individual partials of a bell is not as simple as tuning individual strings on a guitar for example. When one removes material from one area of the bell's profile, it may raise some partials while it lowers others. The tuner must be familiar with how each partial will react to the locations of cuts for the profile of a given bell.

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 The tuning process generally involves a lathe. Horizontal shop lathes can be used for small bells, but large vertical engine lathes are used for large bells. This process always involves the removal of material and so it is an irreversible process. The risk of re-tuning valuable bells often does not justify the perceived benefits.
-The goal of tuning is generally to bring the [[Bell Harmonic Partials|five main bell partials]] into conformity with the appropriate notes of a given scale. Modern carillon instruments are tuned to an equally temperament scale based on A=440 Hertz. Both the strike tone and other partials of bells in these instruments must conform to this scale in order to avoid beats and 'wolf tones' when playing bells together.
+The goal of tuning is generally to bring the [[Bell Harmonic Partials|five main bell partials]] into conformity with the appropriate notes of a given scale. Modern carillon instruments are tuned to an equally tempered scale based on A=440 Hertz. Both the strike tone and other partials of bells in these instruments must conform to this scale in order to avoid beats and 'wolf tones' when playing bells together.
 Tuning individual partials of a bell is not as simple as tuning individual strings on a guitar for example. When one removes material from one area of the bell's profile, it may raise some partials while it lowers others. The tuner must be familiar with how each partial will react to the locations of cuts for the profile of a given bell.