{"id":1048,"date":"2019-01-31T02:20:17","date_gmt":"2019-01-31T02:20:17","guid":{"rendered":"http:\/\/gcornish.digitalscholar.rochester.edu\/mhs123_spring2019\/?p=1048"},"modified":"2019-01-31T07:15:20","modified_gmt":"2019-01-31T07:15:20","slug":"electrically-live-organs","status":"publish","type":"post","link":"https:\/\/gcornish.digitalscholar.rochester.edu\/mhs123_spring2019\/assignments\/everyday-technologies\/electrically-live-organs\/","title":{"rendered":"Electrically Live Organs!"},"content":{"rendered":"\n

Electricity in Organs is one of the most innovative technologies to ever happen to organists in the modern day. It allows the organist many opportunities for improvement in both the ability to practice and in the ability to perform.
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There are a few terms that the reader should know. An organ\u2019s \u201dbellows<\/a>\u201d are similar to that of a bellow with which you would fan a flame in a fireplace. These bellows produce wind to follow through the wind trunks, which are pipes for the air to go through, to arrive at the pipes to produce the sound we hear. The next term is \u201dstops<\/a>\u201d which are the individual sounds that can be combined to make the \u201dnormal\u201d sound of an organ. The keyboards of an organ have a \u201dpluck\u201d which is a slight resistance in the movement of the key from the normal position to the depressed position. This resistance is the opening of a passageway that the air follows to reach the intended pipe to make the harmony or melodic line desired.
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Diagram of organ bellow and its route to the pipes<\/figcaption><\/figure><\/div>\n\n\n\n

Before electricity\u2019s use in organs, an organist would practice by use of one of 2 methods. First is hiring a person or two (or as required) to pump the bellows<\/a> of the organ to supply wind for the pipes to speak\/make a sound. This method of practice was not the most desirable as you would have to pay<\/a> the so-called, bellow treader(s) to pump the bellows and also as a result of practicing in the Church during this time, the organist would have to work in a cold environment or pay for some system of heating in the building. The other style of practice was to use an instrument that did not require winding, such as a harpsichord or clavichord<\/a>, or could supply wind of its own, such as a harmonium. This style of practicing was better for two reasons; it did not require the hiring of bellow treaders and also would not require additional heating beyond what the home\u2019s normal livable temperature would have been.
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Pedal Clavichord<\/figcaption><\/figure><\/div>\n\n\n\n

While these two styles of practicing allowed for excellent music making during that time and a way for the organist to develop his\/her technique, both had their disadvantages: the cost of practice time or not hearing the intended instrument\u2019s sound. With the use of electricity in organs, Organists are now allowed to practice without the aid of bellow treaders by application of electric blowers\/heavy duty fans or missing out on the sounds of the organ on which they intend to play.
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Just as important is the use of electricity to recall combinations<\/a> of stops at any point in time to accomplish a specific sound to assist the expression of the music and the organist. The sounds can be anything the organist desires to hear in regards to pitch level and dynamics. Olivier Messiaen used this feature of organs to employ intriguing and distinct colors in his pieces that would have been near impossible to accomplish on an organ that did not have electricity to execute these drastic and pertinent sound changes.
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