Completed
in 1887, the pipe organ
company A.B. Felgemaker of Erie, Pennsylvania installed a
large
pipe organ in the young church building. It was thought to be one of
the
largest pipe organs in the area at the time, and one of the largest
instruments ever built by Felgemaker. The original instrument consisted
of three manuals (keyboards), 62 stops, 43 ranks and 2563 pipes.
Conflicting historical accounts cite the organ's cost at either $8,000
or $10,000. The organ was dedicated on October 6, 1887. The organ's debut made quite an impression in the local community, and was covered by the local newspapers which was commonly done during this time. (articles provided by Gary Geisel, Director of Music, Emmanuel Catholic Church) : 1. Dedicating the Great Organ - Dayton Journal - October 7, 1887 2. The New Organ - Dayton Daily Democrat - October 7, 1887 3. Orgel-Einweihung und Kirchen-Concert in der Emanuels Kirche (Organ dedication and Church concert in Emanuel Church) - Daytoner Volks-Zeitung - October 7, 1887 Though it was once believed the organ was shipped via canal barge from the factory to the church, a more plausible scenario is for the organ to have moved via the railroads between the two locations. Water, however, did play an important part in this instrument as it provided the "power" to pump the organ bellows, providing a steady stream of wind for the organ (see sidebar). The organ's "action" was tubular pneumatic, a common form of action in the days before electrical action, and an alternative to the more widely used tracker action which used a series of rods and levers to control keys and stops. |
In
another illustration of the importance of water during this time
period, the
organ's bellows were originally pumped with water power. Pressurized
water was fed from the Dayton city water supply to a water engine which
moved a drive rod up and down to pump the bellows to provide wind for
the organ. Click on the image at the bottom to see an illustration of
how this system worked. A hand lever may have also been available as a back up to manually pump the bellows. This organ was built at a time that predated the wide spread use of electrical power, therefore the use of water power to pump organ bellows was not all that uncommon at the time. |