Skip to main content

New Organs

Default

Cover

Noack Organ Co., Inc., Georgetown, Massachusetts

Middlesex School, Concord, Massachusetts

From the Organ Builder

Trying to find the "right" style in designing a
new organ seems harder today than ever. Rather than just following an
established, clearly defined model, we must choose from a wealth of information
that today, more than ever before, is accessible to us. One solution would be
to seek comfort in the relative safety of copying some beloved historical
instrument. While there is some debate as to how far that can be achieved, our
own attempts at this have not been failures in that they seem to be as close to
the model as any restored original. This route would result in an organ that is
pleasant to look at and renders the music of its own period authentically and
beautifully. The opposite extreme, I suppose, would be to attempt the creation
of a new style, throwing overboard much of what has spelled success in years
past. Whenever that has been done, however, the results have usually been the
more disappointing in their paucity as less tried and proven features are
incorporated.

At Middlesex School we wanted to create an organ that
renders music from a large range of musical styles in a pleasant and reasonably
authentic manner. We also wanted it to accompany the school congregation well.
The pleasant, quite traditional architecture of the chapel, obviously, provided
valuable clues. Last but not least we let the many historic organs we have come
to love inspire us. More blessed by this wealth of information than burdened by
it, we did what we normally do and designed an organ that is somewhat unique,
that belongs to its environment such as this school and its chapel. Informed
and mindful of its setting, yet independent and strong in its task of making
our lives richer through great music of a powerful tradition, it truly is the
Middlesex School organ.

The layout of the new organ follows the classical pattern of
the Great and Pedal divisions being placed in the upper, wider portion of the
case. The large wooden pipes of the Stopped Bass 16' are actually hung from the
organ's ceiling in the center of the upper case, above the central wallboard.
These two divisions share a symmetrical pair of windchests, which also
facilitates transmission of some of the larger pipes as well as the Trumpet
stop. We find that the savings in space--making the organ rather compact and
therefore projecting better--seem even more significant than the savings in
cost. Such transmissions require check valves, which could adversely affect
pipe speech in smaller pipes and reeds, which is why no small pipes are
transmitted. The Trumpet utilizes channel dividers that actually make check
valves unnecessary for this stop. The Swell division occupies the upper half of
the lower case. Even the full-length 8' stop belonging to this division found
room in the lower case, albeit with some difficulty. The key action is all
mechanical, while the stop action is electrical, allowing an extensive
combination action. The wind system employs a small "static"
reservoir, located near the blower in a storage room under the organ, and a
wedge bellows in the lower part of the organ as well as wooden ducts. We
attempt to give the organ a breathing quality, which we prefer to the rather
stern sound of an overly stable wind system. It is essential, of course, that
there be no audible blower noise.

The tonal palette contains a Plenum, vaguely reminiscent of
those by J. S. Bach's contemporary Gottfried Silbermann, a set of three reed
stops that echo classical French reeds, and a Dulciana that traces its ancestry
to Old New England. The gentle and colorful flute stops have common roots in
many fine historic organs. The casework is made from solid maple, painted in
two shades of white, and decorated with turned black walnut spindles serving as
Swell and pipe screens. The keydesk area is also from black walnut. The manual
compass is 58 notes C-a''', the keys have bone naturals and solid ebony
sharps. The 30-note pedalboard is concave-parallel.

The entire crew at The Noack Organ Company has enjoyed
designing and building this organ. Having hosted it for a year at our workshop
pending completion of the chapel renovation we were almost sad to part with it.
We are very grateful for the trust in our work and the valuable assistance by a
large number of people connected with this project. Besides the entire organ committee,
we must mention Mary-Sue Willie, former organ instructor; Deidra Ling,
headmistress; Jim Saltonstall, business manager; and Sarah Megan, head of the
Music Department of Middlesex School. We particularly enjoyed the cooperation
with Peter Sugar and the great staff of the firm of Ann Beha, Architects, of
Boston. The advice of Carl Rosenberg of Acentech, acoustical consultant, was
helpful, indeed, to provide a pleasant acoustical setting for the new organ.

--Fritz Noack

From the Dedication Recitalist

It was a pleasure and honor to perform the dedication
recital on this new organ. Rarely is a new instrument so perfectly integrated
into an existing building; much sensitivity was shown by architects and
acousticians in planning the placement and design of this organ balcony, and
the organ perfectly ornaments the room both visually and acoustically. It is
also an educational bonus in a school setting for the organist's activities
(especially pedalwork) to be seen clearly by the student congregants. It's important
not to hide the organist!

Music for the dedication recital of an organ must be
carefully chosen; simple and complex, fast and slow, soft and loud, Baroque,
Romantic and modern works must balance in order to show the full range of the
instrument's capabilities. This recital program attempted to show the
considerable possibilities afforded by the new organ, but the instrument's full
versatility will only be revealed in the coming years. The recital included
works of Buxtehude, James Woodman, Mendelssohn, Pierre du Mage, Messiaen, and
Bach, and all fit the instrument splendidly.

The Great chorus is strong, well-balanced, and focused
without aggressiveness. The Trumpet can seem to have both a dark German or
bright French sound depending on what is added to it; alone, it can hold its
own either in solo or contrapuntal textures. The Chimney Flute is strongly
colored but without excessive chiff, making it very useful as an
accompanimental stop. The mutations are strong and of principal tone, resulting
in good blend with either the Trumpet or the chorus.

The Swell division is quite a bit more than its stoplist
might indicate. The full-compass Dulciana sounds as a gentle, small Principal
much like early nineteenth-century examples and blends with the full-bodied
Gedackt to provide a strong foundation for the upperwork. The Principal 4'
anchors the division, while the Mixture is not high-pitched; it is even a bit
lower than the Great mixture, thus producing a tightly-knit chorus sound that
complements the Great and adds intensity without extra brilliance. The Cremona,
rich in fundamental, can function both as a chorus and solo reed, while the
flutes are piquant and colorful.

The Pedal provides a useful palette of colors and strengths
to support the manual sound; the Posaune in particular blends in with the other
stops and adds both considerable fundamental and quick speech to the lowest
pitches.

The key action is crisp and light, just as sensitive to
nuances of release as attack. There seems to be a felicitous balance between
the heft of the key action and the spring of the pedal action, resulting in an
almost-miraculous ease of coordination between them for passages where all
parts move simultaneously. The electric stop action makes the organ seem bigger
as quick registration changes become possible, increasing the flexibility
considerably.

It has never been as important as now to provide the best
possible examples of the organ for young people to experience in formative ways
in school settings. This new organ sets an example that I hope will be emulated
over and over as Middlesex students go out into the world.

--Peter Sykes

GREAT (Manual I)

8'
style='mso-tab-count:1'>
Diapason
(70% tin, front)

8'
style='mso-tab-count:1'>
Chimney
Flute (30%)

4'
style='mso-tab-count:1'>
Octave
(70%)

22/3'
style='mso-tab-count:1'>
Twelfth
(30%)

2' Fifteenth
(70%)

13/5'
style='mso-tab-count:1'>
Seventeenth
(30%)

11/3'
style='mso-tab-count:1'>
Mixture
IV (70%)

8'
style='mso-tab-count:1'>
Trumpet
(20%)

SWELL (Manual II)

8'
style='mso-tab-count:1'>
Gedackt
(C-B maple, rest 30%)

8'
style='mso-tab-count:1'>
Dulciana
(70%)

4'
style='mso-tab-count:1'>
Principal
(70%)

4'
style='mso-tab-count:1'>
Recorder
(30%)

2'
style='mso-tab-count:1'>
Gemshorn
(30%)

2'
style='mso-tab-count:1'>
Mixture
III (70%)

8'
style='mso-tab-count:1'>
Cremona
(30%)

PEDAL

16'
style='mso-tab-count:1'>
Stopt
Bass (maple)

8'
style='mso-tab-count:1'>
Diapason
(30%, C-B Gt)

8'
style='mso-tab-count:1'>
Gedackt
(30%, C-fº Gt)

4'
style='mso-tab-count:1'>
Octave
(30%)

16'
style='mso-tab-count:1'>
Trombone
(30%, C-Fs 1/2 length)

8'
style='mso-tab-count:1'>
Trumpet
(Gt)

Related Content

New Organs (September, 2004)

Default

Cover Feature

Fenris Pipe
Organ, Kilkenny, Minnesota

Good Shepherd
Lutheran Church, Rochester, Minnesota

Project Scope

In the spring of 2002 we were contacted by Jeff Daehn, organ consultant for
Good Shepherd Lutheran Church in Rochester, Minnesota. The church was beginning
a project that encompassed doubling the size of the 1980s-era sanctuary, as
well as additional classroom and mechanical upgrades. Bids had come in somewhat
higher than anticipated, and consequently some project cutbacks were necessary.
Chief of these was all funding for the organ project.

For many years the church had been the home of Hinners Opus #537, I/9.
style="mso-spacerun: yes">
This had been somewhat undersized for
the room and certainly was not adequate for the remodeled space, which now
seats 350. The organ committee decided to part with their Hinners, which now
resides at Madonna Towers in Rochester, Minnesota. (For an account of Opus
#537's 100th birthday party see The Diapason, August 2003, page 3.)

We met with music director/organist Cynthia McLaren to discuss the
parameters of the project. The new instrument would be used primarily for
Sunday services, with some teaching also being done. This instrument would need
to be able to lead a congregation, be versatile, be reliable, aesthetically and
physically fit into a conceptualized space in the front of the sanctuary, and
be built on an erratic timeline determined by funding, or rather, lack thereof.

When we were awarded the contract in October 2002, the sanctuary addition
had just been completed. Load capacities had been accounted for, but the organ
chambers themselves remained unbuilt. The church requested that we segment the
project's construction to allow for fundraising on their part.

Phase I is complete and includes the Great and Pedal divisions, casework and
console. Phase II is the installation of the Swell division.

Leaving such a substantial part of the instrument incomplete is unusual. It
is common to find instruments still awaiting their prepared-for stops, even
though the instrument may have been installed generations ago. For this
scenario we felt a phased project was an option based upon two reasons. First,
the congregation was informed and educated enough to realize that without a
timely conclusion to the project, this would remain an acoustically incomplete
instrument. Second, Cynthia McLaren had been used to playing on a one-manual
instrument for years, and was comfortable continuing to do so in a temporary
capacity. The organ committee's demonstrated commitment to the project, along
with our willingness to work with a flexible construction timeline, allowed the
congregation to have a pipe organ. Without these mitigating factors, this
church would have been a likely candidate for a pipe organ simulator.

The Instrument

The instrument itself utilizes much of the pipework from a 1920s instrument,
including the wooden 16' Principal on façade. The 16' Principal is used
with the 16' Subbass for a 32' resultant. The Great Principal chorus is new,
and all pipework was either voiced or extensively revoiced. The 16' Principal
is on static wind, and the rest of the instrument is voiced on four inches of
wind pressure. Careful reuse of pipework resulted in a substantial savings in
total project dollars.

Windchests, bearers, racking, passageboards, reservoirs, casework and
console are all of new construction from our shop. Winding to 16' Principal in
the façade is supplied by a windtrunk designed and scaled to match note
B12. Notes B12-G32 are located on wind-chests placed in an "A"
arrangement on an elevated catwalk directly behind notes 1-11. Access to
catwalk and chambers is provided by means of a drop-down service ladder. Manual
keyboards are reused and of ivory, rebuilt and married to new keycheeks and keyslips.
Organ switching, blower and pedalboard are new. Casework and console are built
of red oak, stained to match church fixtures. Organ bench is overlength to
assist in teaching.

When designing the instrument, we felt it was important that some of the pipework
be visible to the congregation. We have found that instruments that are
entirely in chambers end up being considered as nothing more than giant
speakers by many parishioners. When the time comes to replace switching or
releather pneumatics, the instrument has not developed a visual identity within
the congregation. These instruments are more likely to be replaced by a pipe
organ simulator. Although important to be visible, it was equally important
that the organ's presence not overpower the space. No one is attending services
to worship the organ.

We painted the wooden 16' Principal to match the walls in the sanctuary.
They provide a textured, yet subordinate backdrop to the elevated cross. Mirror
image chromatic chests, elevated on either side of the chancel, draw the eyes
to the focal point of the space, again, the elevated cross.

Acoustic design is based upon historic tradition, with generous pipe
scaling. The instrument is not overloaded with screaming upperwork, but rather
provides a balanced pyramid of sound. Flute colors are available throughout the
instrument. Each manual division is also provided with mutations.

The room itself is a contemporary styled, geometrically interesting space.
It has a rather unusual shape, shallow and somewhat wide, with seating in
interlocking chairs radiating around the chancel area. Sound egress from the
chamber is via a massive expanse of grillecloth, directly behind the elevated
façade chests. Chambers are bright, with chests and pipework easily serviced.
Walls are taped and painted double 5/8? sheetrock to provide a reflective
surface.

This instrument is the result of sustained effort by music director/organist
Cynthia McLaren, chairman Bob Enger and the organ committee. Fenris
specification and voicing are by Bob Rayburn; design and cabinetwork by Wes
Remmey. Special thanks must be given to Roger Driessen, Barry Lund and Stuart
Ness for all of their efforts in the project.

--Wes Remmey

GREAT

16' Violone
style='mso-tab-count:1'>
49 pipes

8' Flauten
Principal 61
pipes

8' Principal
style='mso-tab-count:1'>
61
pipes

8' Viola
style='mso-tab-count:1'>
12
pipes

8' Rohr
Gedackt 61 pipes

8' Holtzgedackt
style='mso-tab-count:1'>
(Swell)

4' Octave
style='mso-tab-count:1'>
61 pipes

4' Hohl
Flute 61
pipes

Sesquialtera
II (Swell)

2' Fifteenth
style='mso-tab-count:1'>
(from
Great Mixture)

2' Flautino
style='mso-tab-count:1'>
12
pipes

2' Fourniture
IV 244
pipes

8' Trumpet
style='mso-tab-count:1'>
(prepared
for)

Gt/Gt
4

Sw/Gt
16-8-4

Auto
Pedal

MIDI

SWELL

16' Lieblich
Gedackt 61
pipes

8' Holtzgedackt
style='mso-tab-count:1'>
12
pipes

8' Harmonic
Flute 49 pipes

8' Salicional
style='mso-tab-count:1'>
61
pipes

8' Vox
Celeste TC 49
pipes

4' Principal
style='mso-tab-count:1'>
61
pipes

4' Harmonic
Flute 12 pipes

22/3' Nazard
style='mso-tab-count:1'>
61 pipes

2' Octave
style='mso-tab-count:1'>
(ext 4' Principal)

2' Flageolet
style='mso-tab-count:1'>
61
pipes

13/5' Tierce
TC 37
pipes

11/3' Larigot
style='mso-tab-count:1'>
(ext Nazard)

16' Fagott
style='mso-tab-count:1'>
(prepared for)

8' Oboe
style='mso-tab-count:1'>
61 pipes

4' Schalmei
style='mso-tab-count:1'>
12
pipes

Sw/Sw
16

Sw/Sw
4

Tremolo

MIDI

PEDAL

32' Acoustic
Bass (resultant)

16' Principal
style='mso-tab-count:1'>
32
pipes (open wood)

16' Subbass
style='mso-tab-count:1'>
12
pipes

16' Lieblich
Gedackt (Swell)

8' Octave
style='mso-tab-count:1'>
(Great)

8' Viola
style='mso-tab-count:1'>
(Great)

8' Gedackt
style='mso-tab-count:1'>
(Swell)

4' Choral
Bass (Great)

4' Gedackt
style='mso-tab-count:1'>
(Swell)

2' Octave
style='mso-tab-count:1'>
(Great)

16' Fagott
style='mso-tab-count:1'>
(prepared for)

8' Tromba
style='mso-tab-count:1'>
32
pipes

4' Clarion
style='mso-tab-count:1'>
12 pipes

4' Schalmei
style='mso-tab-count:1'>
(Swell)

Gt/Ped

Sw/Ped

MIDI

Multi-level Memory

8 Generals Thumb
- Toe Piston

4 Great Divisionals Thumb
Piston

4 Swell Divisionals Thumb
Piston

Gt/Ped Reversible Thumb
Piston

Sw/Ped Reversible Thumb
Piston

Sforzando Thumb
Piston

Set Thumb Piston

CancelThumb Piston

Swell Shoe

Crescendo Shoe

Photo credit: T. C. Stanley Photography

Martin Ott Pipe Organ Company, St. Louis, Missouri, Opus 100

The Behrend
College, Penn State University-Erie

Opus 100 is a wonderful milestone for an organ builder to reach. We had
hoped that our commission for Opus 100 would be a special instrument. When The
Behrend College at Penn State University-Erie contacted us for a bid, we
immediately realized this would be a special situation. Larry and Kathryn Smith
had provided funding for a chapel. The chapel already housed a 48-bell
carillon, a gift of Mr. Smith's parents, the late Floyd and Juanita Smith. Now
the Smiths wanted to commission an organ in honor of their children, Colleen
and Kevin. The picturesque setting of the brick chapel and carillon would be an
excellent location for organ and choral music. This chapel would be a place of
spiritual retreat and renewal for the university community. The organ would
have an important role in this purpose.

To complement the clean, traditional architecture of the chapel, we chose a
simple yet dramatic organ design. The oak case and location of the organ
suggests intimacy and warmth. Visually the organ soars to the rafters,
suggesting transcendence. Time-tested methods of construction, such as mortise
and tenon joinery, were used so that the instrument will last for many
generations. Current technologies, such as solid-state combination action, give
the organ versatility. The suspended mechanical action of the instrument allows
the organist careful control of pipe speech. This also places responsibility on
the organist to be precise in articulation. A good organ should inspire the
organist to reach for new musical heights.

The organ stands twenty-five feet high. It comprises 23 ranks, 21 stops, and
more than 1,200 pipes. Manual key compass is 56 notes. The natural keys are
made of grenadil wood, and the sharp keys are of grenadil covered by cow bone.
The pedal keyboards have 30 notes and are made of oak.

Over more than three decades, Martin Ott and his company have been
developing their own style of tonal eclecticism. The tonal design for Opus 100
is an excellent example of the Ott style. The size of the chapel dictated an
instrument of modest size. In this situation, there is no room for waste in the
stoplist. Plenums are possible on both Schwellwerk and Hauptwerk. The IV-rank
mixture on the Hauptwerk is a full, robust addition to the principal chorus.
The clarity and beauty of the 8' stops allows them to be used as solo voices in
chorale and hymn preludes. The organ also includes a simple Krummhorn. This
reed stop is more versatile than an Oboe. When used alone, it is appropriate
for Baroque music or a solo voice in a 20th-century work. When paired with the
8' Viola, its character will sound more Romantic. The pedal's Posaune is robust
but can still be used in lighter textures without overpowering the manuals.

In the signature Ott style, the organ is voiced to be clear and strong
without overpowering the listener. The clear, cohesive tonal design supports
congregational singing, service playing, chamber music, and solo organ
literature. The vast majority of organ literature can be played on this 21-stop
instrument.

The finished organ was first played for donors Larry and Kathryn Smith and
the Behrend College Council of Fellows. For this private demonstration, Karen
Keene, lecturer in organ at Penn State-Behrend, ably assisted us as the
organist. In Mr. Ott's absence, Dennis Unks, a long-time friend and colleague,
explained the construction and tonal layout of the organ. The community had the
opportunity to experience the versatility and beauty of this organ at the
dedication recital by Larry Smith, Organ Department Chair at Indiana
University-Bloomington. Dr. Smith played works by J. S. Bach, Gardner Read,
Gaston Litaize, Paul Hindemith, Darius Milhaud, and Joseph Jongen. The varied
program testifies to the instrument's capabilities.

We are pleased and honored to have our Opus 100 in such a beautiful
environment. Opus 100 is a
summation of the Ott style and a continuation of our artistic growth.

The following craftsmen participated in the building of opus 100:

Alexander I. Bronitsky

James Cullen

William Dunnaway

Eileen M. Gay

Marya J. Fancey

Donna Hodges

Alex D. Leshchenko

Earl C. Naylor

Martin Ott

Sascha Ott

Jeffrey Spitler

--Marya Orlowska-Fancey

.

HAUPTWERK

8' Prinzipal
75%
tin

8' Rohrflöte
40%
tin

4' Oktave
style='mso-tab-count:1'>
75% tin

II Sesquialter
style='mso-tab-count:1'>
40%
tin

2' Nachthorn
style='mso-tab-count:1'>
40%
tin

IV Mixtur
style='mso-tab-count:1'>
75% tin

8' Trompete
style='mso-tab-count:1'>
75%
tin

Tremulant

SCHWELLWERK

8' Viola
style='mso-tab-count:1'>
75%
tin

8' Viola
Celeste (TC)75% tin

8' Bordun
style='mso-tab-count:1'>
30% tin

4' Prinzipal
style='mso-tab-count:1'>
60%
tin

4' Blockflöte
style='mso-tab-count:1'>
40%
tin

2' Oktave
style='mso-tab-count:1'>
75% tin

11/3' Quinte
style='mso-tab-count:1'>
40% tin

8' Krummhorn
style='mso-tab-count:1'>
75%
tin

PEDAL

16' Subbass
style='mso-tab-count:1'>
oak

8' Oktavbass
style='mso-tab-count:1'>
75%
tin

8' Pommer
(18 pipes) 40%
tin

4' About the Author

New Organs

Default

Cover Feature

A. David Moore, North Pomfret, Vermont, Opus 27

The home of George Becker and Christo Bresnahan,

San Francisco, California

From the builder

Opus 27 is a compact two-manual organ designed to give the player the
greatest number of stop combinations and colors from a small stoplist. The
lower keyboard controls the Great, the upper the Positive. The manual compass
is 56 notes, and the straight pedalboard has 30 notes. Couplers include
Positive to Great, Positive to Pedal, Great to Pedal. The tremulant affects the
entire organ.

The Great has an 8' Clarabella, a 4' Principal in the display, Twelfth,
Fifteenth and Seventeenth. The Clarabella is scaled after examples found on
early Hook organs. The bass octave is stopped. Pipes from tenor C are of open
wood and of English style construction with the windway carved into the cap.
They are similar to early New England-style Stopped Diapason pipes without the
stopper. The blocks have a little step down after the front edge next to the
windway, which helps a great deal with the speech of the pipes. Provision of an
8' open stop on the Great allows for a rich plenum with a strong fundamental.
The Clarabella, drawn alone, serves as a distinctive foil to the 8' Stopped
Diapason. The Clarabella must not be confused with the Melodia, also an open 8'
stop. (The Melodia typically has an inverted mouth, a cap that protrudes over
the front of the pipe, more nicks, and a block, the top of which is curved
forward in various degrees depending on the builder.) Twenty-one Principal
pipes are in the display above the keyboards. The treble pipes are in the case,
followed, front to back, by Fifteenth, Twelfth and Seventeenth. Initially
conceived as a double draw Sesquialtera, it was thought better to separate the
two ranks to allow greater freedom of registration.

The Positive has an 8' Stopped Diapason of wood, a 4' Flute and an 8'
Trumpet. The Stopped Diapason is quite literally an open wood diapason which is
stopped, in the manner of early Hook and English examples. The speech has a
hint of quint and a subtle chiff. The Flute is of open wood pipes. The bass of
the Trumpet has wooden resonators, wooden blocks and shallots.
style="mso-spacerun: yes">
The blocks and shallots are turned (on
a South Bend lathe) from a single piece of wood. The inside bore of the shallot
is tapered. The tongue is held in place with a hardwood cleat and two small
wood screws. The opening in the shallot is tapered and milled into the wooden
face. The dimensions of shallot opening, bore, taper and resonator inside
diameters are close to eighteenth-century North European practice. The use of
wood for the shallot avoids the need for lead-faced shallots or leathered
shallot faces. The wood face, in terms of hardness, is somewhere between lead
or brass and a leathered surface. The brass tongues are fairly wide, thick, and
tapered. The lowest octave has wooden resonators which impart a strong
fundamental and circumvent concerns about collapse. Metal resonators are used
from 4' C with wood shallot-blocks; at middle C the resonators are metal, the
blocks lead and the shallots brass, much like an old North European Trumpet.
The Trumpet has a brightness of speech as well as a distinct and prominent
fundamental throughout. The Trumpet can be played either from the upper manual
or from the pedal, or on both manuals and pedal simultaneously. It is useful
for a cantus firmus, or for an independent pedal line when used with the 8' and
4' Positive stops against the lower manual plenum, and is satisfying as a solo
register.

The Pedal contains the 16' Subbass of butternut wood; the lowest six pipes
flank the manuals. The butternut, like most of the wood in the organ, was
felled on the North Pomfret Moore property. The logs were sawed into boards of
various thicknesses on a WoodMizer thin-kerf band sawmill. Much of the wood is
quarter sawn.

Metal in the Principal is lead with 28% tin. Smaller amounts of antimony,
bismuth and copper are added to the metal alloy. The melting pot holds 700 lbs
of metal. To this is added 1.25 lbs of antimony, .25 lbs of bismuth and 2.5 lbs
of copper. Copper seems to give the alloy a nice ringing sound. Antimony is
added to prevent metal collapse. Pipe metal was poured, hammered and fashioned
into pipes all in the Moore workshop. (A Dom Bédos-type hammering
machine, made by Dave Moore, graces the workshop and is used "once in a
while.") A new hammering machine that can automatically hammer a full
sheet of metal as it is taken from the casting table is now used. This machine
has 17 metal hammers that are raised and dropped onto the metal all at once,
covering the whole width of the sheet. The sheet is then advanced a fraction of
an inch and the hammers move over slightly. Metal hammered with this machine
prevents the "bacon effect" (caused by sheets of metal being hammered
on the edges more than in the middle, thus the sheet starts to get wavy like a
piece of cooked bacon). Hammering pipe metal is an old practice that hardens
the metal, optimizes pipe resonance and imparts a richness of timbre not
otherwise obtainable.

The metal pipework is voiced with fairly wide windways and regulation at the
toe hole for most stops. The toe holes are closed down until the volume of the
pipe is just right. In essence, an Open Diapason register would have pretty
much open toes in the mid range and then the treble pipes would be regulated a
bit at the top register. Toe regulation is important in stops above 4' pitch.
Thus with a 2' stop the windways are kept just right in the top octaves and the
volume is controlled at the toe. This keeps the top ranges of the stop from
being too loud and overpowering. This style of voicing, with moderate nicking,
is just about what the early New England organ builders practiced. One can
often find this type of voicing in various European styles. The pipes are cone
tuned.

The action is suspended, and is provided with easily accessible adjustment
nuts. Trackers are of wood with rolled threaded brass ends and wood or leather
nuts for adjustments. Some tracker ends have wires into the wooden trackers
that go through unbushed metal rollerboard arms. The pedal action has some felt
bushings and washers but the manual keyboards do not.

Winding for the organ is controlled by a small curtain valve. A small
single-fold reservoir is located at the bottom inside the case and feeds air to
three windchests through solid wood trunks in the manner of old instruments.
Pressure is 211/16 inches. Winding is flexible in that a sustained note in one
part of the keyboard is influenced by a moving passage in another part of the
register. The blower is a quiet operating Laukhuff. The tremulant is of the
tremblant doux type described by Dom Bédos and found on early French and
New England organs. A leather-covered door is poised at an angle in a horizontal
section of the main wind trunk. When the tremulant is engaged, the door
oscillates back and forth, creating fluctuation in the wind pressure and a
tremulant effect that varies depending on what is being played.

--A. David Moore

From the owner

I first met Dave Moore in 1970 when he was renting an apartment in the
Pigeon Cove house of Charlie and Ann Fisk. David apprenticed in the then small
Fisk shop before establishing his own workshop in North Pomfret, Vermont, where
he has been designing and building historically informed mechanical action
organs for over three decades. This unique builder has traveled extensively and
studied some of the finest old (and some new) organs of Germany, France, the
Netherlands, Denmark, Italy and England. He has a working knowledge of the
treatises of Clicquot and Dom Bédos. Living and working in New England,
he has acquired a knowledge, both intimate and scholarly, of the 18th- and
19th-century New England builders. His association with the likes of John Fesperman,
Barbara Owen, Fenner Douglass, Mark Brombaugh and Kevin Birch (to name but a
few) has contributed to his understanding of the organ and its music. (Indeed,
David himself is a quite respectable organist.)

Opus 27 was built almost entirely from trees harvested by David Moore on his
Vermont farm, from lead and tin melted, poured and hammered, and from cow
bones, fashioned into keys and stop labels, all in his workshop. When I visited
the shop in 2000 to see the progress of the instrument, boards for the Subbass
still had bark on them! Wood in the organ includes butternut, black cherry,
maple, ash, walnut, pine and oak. Basswood is used for the tableboards of the
windchests. Sliders are made of poplar. Pipe shades were designed by Tom Bowen
and carved by Dave Laro.

Working out the stoplist was an exciting process involving frequent e-mails,
conversations and a number of changes. The goal was to create an instrument of
character (Moore character) with a light, responsive suspended action, stops of
distinctive color, resilient winding, and a case which bespeaks its New England
roots.

Dave Moore and Thad Stamps drove the organ from North Pomfret to San
Francisco in 72 hours! Christo and I helped them unload pipetrays, blower and
organ parts into the modestly sized music room of our San Francisco Victorian.
Over the next three weeks the organ was erected and Dave completed tonal
finishing. The organ has an unmistakable character reflecting David's vision,
his New England craftsmanship and his musical genius. Opus 27 was celebrated
with a dedication recital played in January 2003 by Charles Krigbaum. At that
time Dave Moore gave a brief demonstration of the organ to an appreciative
audience.

Dave Moore prefers to avoid the term eclectic for his organs:

. . . the organs I've made have
a certain sound to them. Pretty full, quite a lot of fundamental, good solid
bass to most things, upperwork designed along the lines of early American
organs . . . I prefer not to have them labeled in any one way. If you say,
"This is an organ constructed after French principles," some people
think that all you can play on it is French music. I prefer to keep the stop
nomenclature in English, so that if someone comes along and says, "Aha!
This is very much like the old Dutch organs, it's perfect for that," they
play that music on it and they're very happy . . . You're much better off if
you can accept an instrument for what it is and play what you can on it.1

Although I have found the organ especially appropriate for playing Bach,
Sweelinck and their contemporaries (having myself played many old organs of
Holland and North and Central Germany), opus 27 does admirably well with the
likes of Franck, Hindemith, Pinkham and Hampton. David Moore and his co-workers
Tom Bowen and Thaddeus Stamps have created a cohesive, harmonious and
imminently musical organ in a little shop in rural Vermont. The sheer joy of
playing this splendid and modestly elegant instrument is, for me, as good as it
gets.

--George Becker, M.D.

Notes

1. Quoted from the essay "A. David Moore, Organ Builder: An Account of
His Work (1971-1994)" by Kevin Birch, music director of St. John's R.C.
Church, Bangor, Maine.

A. David Moore Opus 27 can be heard at the following website
. Dr. Becker, an orthopaedic surgeon, is assistant organist
at the Old First Presbyterian Church in San Francisco. Contact: George
Becker, M.D., 1375 Sutter St., Suite 304, San Francisco, CA 94109;
415/563-7383 . Cover photo: Sean Vallely

GREAT

8' Clarabella

4' Principal

22/3' Twelfth

2' Fifteenth

13/5' Seventeenth

Tremulant
(affects entire organ)

POSITIVE

8' Stopped
Diapason

4' Flute

8' Trumpet

PEDAL

16' Subbass

8' Trumpet

Couplers

Gt/Ped

Pos/Ped

Pos/Gt

30-note, straight pedalboard

Kellner temperament

A = 440

Fabry, Inc., Fox Lake, Illinois, has
completed the renovation of the organ at Zion Lutheran Church, Marengo,
Illinois, originally built in 1960 by Haase Pipe Organs of Chicago as three
manuals and 40 ranks. In 1986 the congregation demolished their old church and
built a new one on the same site. The organ was dismantled, stored, and then
installed in the new building. Over time, the organ deteriorated to the point
where some major work was necessary.

In February 2002, Fabry was engaged to repair, refurbish, and enlarge the
organ. Phase one, completed in October 2002, included a new three-manual
console with movable platform built by Fabry. The new console was fitted with a
Peterson MSP-1000 combination action, multiplex coupler relay and chamber
relay, and is prepared for MIDI. Phase two, completed in February 2003,
included the addition of six ranks of pipework, several additional windchests,
four new wind supply reservoirs, four electric tremolos, a Zimbelstern, and
complete revoicing and re-regulation of the entire instrument. Some of the
existing pipework was repaired and re-racked, and one rank was relocated. David
G. Fabry built all the chestwork, three-manual console, and movable platform.
Joseph Poland handled the installation.

GREAT

16' Quintadena

8' Principal

8' Bourdon

4' Octave

4' Gemshorn

2' Fifteenth

V Mixture

8' English
Trumpet (new)

Chimes

Tremolo

Gt/Gt
16-UO-4, Sw/Gt 16-8-4, Pos/Gt 16-8-4, MIDI/Gt

POSITIV

8' Quintadena

8' Wood
Flute (new)

8' Wood
Flute Celeste (new)

4' Rohrflote

2' Principal

11/3' Larigot

1' Sifflote

III Scharf

8' Trumpet
(Gt)

8' Cromorne

Zimbelstern
(new)

Tremolo

Pos/Pos
16-UO-4, Sw/Pos 16-8-4, MIDI/Pos

SWELL

8' Rohrgedeckt

8' Gamba

8' Gamba
Celeste (TC)

4' Principal

4' Spitzflote

22/3' Nazard

2' Koppelflote

13/5' Tierce
(new)

IV Mixture

16' Chalumeau
(new)

8' Trompete

4' Schalmei

Tremolo

Sw/Sw
16-UO-4, Pos/Sw, Gt/Sw,

MIDI/Sw

PEDAL

32' Acoustic
Bass (resultant)

16' Principal
(new)

16' Subbass

16' Quintadena
(Gt)

8' Principal

8' Nachthorn

4' Choral
Bass

II Rausch
Pfeife

32' Bombarde
(resultant)

16' Chalumeau
(Sw)

16' Posaune

4' Schalmei
(Sw)

Gt/Ped
8-4, Sw/Ped 8-4,

Pos/Ped
8-4, MIDI/Ped

Bedient Pipe Organ Company

Roca, Nebraska

First Presbyterian Church

Chippewa Falls, Wisconsin

The challenge to Bedient was to maintain the integral parts of an 1889
Steere and Turner, update and expand the organ, while at the same time make the
organ user-friendly and accessible. Opus 72 at First Presbyterian Church,
Chippewa Falls, Wisconsin (II/30) accomplished just that. In 2003, much of the
organ was dismantled and moved to our Lincoln, Nebraska shop where it was
reassembled, and old and new were interlaced.

New additions to the organ are 11 ranks of pipes (including a new speaking
façade drawn from the Principal 8' and Pedal Principal 8'), a new,
enlarged Swell windchest, electro-pneumatic stop action, solid-state
combination action, electro-pneumatic Pedal key action, wind system components,
both keyboards, the pedalboard and an adjustable height organ bench. Retained
and modified were the Great windchest and Pedal Bourdon wind-chest, some of the
façade casework (necessitating the stripping of old paint and careful
matching of cherry wood finish on both old and new parts), and structural parts
of the organ. The entire organ was revoiced to accommodate the newly renovated
sanctuary and blend the old and new pipes to be as one. The new stops are
indicated in italics.

--Gene Bedient

GREAT

16' Bourdon

8' Principal

8' Dulciana

8' Melodia

4' Octave

4' Flute
d'Amore

2' Fifteenth

Mixture
III-V

8' Clarinet

8' Trompete

SWELL

8' Open
Diapason

8' Salicional

8' Voix
céleste (tc)

8' Stopped
Diapason (new pipes 13-58)

4' Spitzflute

22/3' Nazard

2' Doublette

13/5' Tierce

Mixture
II (1980s addition)

8' Oboe

8' Trumpet
(1980s addition)

PEDAL

16' Bourdon

8' Principal

8' Bourdon
(ext)

4' Octave
(ext)

16' Fagott

Couplers

Great/Pedal

Swell/Pedal

Swell/Great

Tremulant

An Acoustic Basis for Organ Specificiation and Registration

by Robert Huestis
Default

Introduction

The modern "orgelbewegung" organ revival has cultivated as a norm the German neo-Baroque organ, using stopped or partly stopped flutes as foundations at 8' and 16' pitch in small instruments. This practice has been given such authority that many organists do not question it; but this type of organ is only one style among many. Neither it nor any other design ought to be raised to the level of dogmatic acceptance. The multiple foundation stops found in the best nineteenth-century organs  represent the continuation of a tradition which had been already established in the Baroque period. A perception of the history of the organ which does not ignore the nineteenth century should lead us to see that multiple foundation stops in the manuals are consistent with eighteenth-century practice and not the exception.

In this paper, the presence of such stops in important examples is noted and described. It is observed that some organs of the eighteenth- and nineteenth-century have an extraordinarily cohesive blend of stops in various combinations. An acoustic theory is put forward to explain the reason for this blend or its absence. This theory states that stops are able to blend when harmonics are present in the unison tone which duplicate the fundamentals of the upper pitches. It is also observed that stopped pipes used as foundations cannot provide these harmonics.

A most important application of this point of view is that the pedal of a small organ may be based upon a 16' open subbass, not the traditional stopped bourdon. Several organs are cited which demonstrate this practice, from the eighteenth, nineteenth, and twentieth centuries. It is noted that in the manual divisions the Italian organs used 8' open pipes as foundations through their entire history; however, the Italian organ has generally been ignored as a model for small instruments. It is concluded that the exclusive use of stopped pipes as fundamentals in small organs should be reconsidered. The extensive use of stopped flutes represents a restricted, national style which ought not assume the role of a universal model. Open pipes blend better and make the tone more cohesive. We should question accepted norms of "organ design" and revise them in favor of those traditions which include the use of open pipes to provide the fundamental tone. This will allow organs in churches to be most effective at their primary role, to provide a foundation for congregational singing.

Historical Background

With the neo-Baroque organ revival, organ scholarship blossomed and has resulted in the construction of new instruments re-creating stop lists that belong to specific national or regional styles of organ building. These instruments reflect earlier times and their respective literatures. These trends were transmitted remarkably quickly to North America. This was accomplished primarily by North American scholars studying abroad and by European specialists teaching in North America. Some years later these same trends appeared in other English-speaking countries such as Australia. This organ revival filled a particularly heartfelt need resulting from a discontinuity of the traditions of organ building which was most evident in the "orchestral" and theatre organs of the 1920s.

It is not a simple matter to establish exactly why traditional concepts of organ building were abandoned, but if any one cause is to singled out, it must be that certain types of electric action made possible the use of the same pipes at two or more pitches (unification) or on two or more keyboards (duplexing)1. These purely technical devices of organ design, made in the interests of a certain type of economy, made it impossible to voice the organ so that its stops could blend. This break with the traditional concepts of organ voicing set the stage for rediscovery of older traditions, rather than allowing a normal evolution of organ design. When it became obvious that something had been lost through neglect, there had to be a "revival" so that whatever it was that had been lost could be reinstated.

Unification and duplexing destroyed the blending ensemble so thoroughly that, despite the effects of the organ revival movement, we have not yet recovered the consciousness that the stops of an organ must truly blend together. The result is a genuine anachronism: the separate stops of many modern organs refuse to blend, while there still exist a few forgotten nineteenth-century instruments, the best from their time, which preserve the ability of every one of their stops to blend with every other. While the "revival" organs do not have unification or duplexing, often they show an indifference to blend that can be traced to the disastrous lapse of sensitivity in voicing that unification and duplexing have left as their aftermath.

New Organs in North American and Australia

One result of the organ revival has been the crystallization of the neo-Baroque stoplist into a norm for the construction of new organs. But because a "revival" resurrects an older stratum of the culture which has already passed away, the organ revival reflects the specific requirements of a style of organ playing which is no longer in an active phase of development. The "revival" organ often reflects the general requirements of eighteenth-century organ playing and the specific demands of German Lutheran organ literature. It is now customarily imposed upon English-speaking regions of the world, regions which possess traditions and literatures vastly different from those of an eighteenth-century culture. This neo-eighteenth-century norm presents itself virtually as a doctrinal system, often assuming a degree of authority that is insisted upon in the same way that a theological principle may be insisted upon.

The North American adoption of the neo-Baroque organ design was a "marriage of convenience" to aid the recovery from the theatre organ debacle and its after-effects. It has persisted quite a bit too long. Now we are being called to take up once again the historical evolution of the instrument.

The objective of the author is to develop a theory of organ registration and specification that does not reflect the demands of any national or regional style. Instead, it is a theory of organ specification which proceeds from an acoustic basis. It is intended to fulfill the needs which we find in English-speaking churches at the end of the twentieth century. Like the ancient eclectic philosopher, we have selected such doctrines as please us from every school. Our music borrows freely from many sources, and is not exclusive to any one tradition.

The Nineteenth-Century Contribution

In Australia, New Zealand, Canada, the United States and Europe, there still exist nineteenth-century organs virtually untouched or relatively intact, preserving a tradition of organ building which has largely been lost in the major population centers. A number of these organs are being rehabilitated and it is no longer fashionable to take away their original characteristics. Restorations, not rebuilds, are becoming more common. An example is the organ formerly of St. Stephen's Roman Catholic Cathedral, Brisbane, built about 1880.2 This old instrument survived the rebuilders because of the happy circumstances of benign neglect. Fortunately, there was not enough money available to replace or "modernize" it.

This organ features tracker action, low wind pressure, bright reeds, and clear but not loud upper work. Everything rests upon a foundation of several unison stops and all reasonable combinations of two or more stops can be depended upon to combine into a blend of great cohesion. These factors suggest that this organ represents an evolution of the traditions of organ building which had been current during the century before. Though the sound is quite different from a Baroque organ, there is no radical departure from the eighteenth-century traditions, but rather a continuity with them. The result is that the music of both Bach and Brahms sounds very comfortable on this instrument.

The Great manual of this organ corresponds almost exactly to the Baroque ideal in the plan of the stops and their assignment at various pitches. The character of the stops has changed according to the styles of the period, but the essential design of the ensemble is preserved. As a model for comparison the specification of the Great manual is given from the Löfsta Bruk organ of 1728 by the Swedish builder Cahman,3

It is apparent from nineteenth-century examples (for instance, by E.&G.G. Hook and others in Canada and the United States), that tracker action, low wind pressure, bright reeds, upper work and mixtures were all elements of organ building that had been carried over into the nineteenth century from the eighteenth century. What about the multiple unison stops? Do these represent a "Romantic" tradition only, or are they an element that was being carried over from the Baroque period into the Romantic era? In both organs cited above, there is an open 8' to serve as the foundation for the ensemble, a wide-scaled flute to give it depth, and a third 8' stop to contribute the harmonics necessary to bind the ensemble together. In the eighteenth century, these harmonics were provided by the Quintadena, meant to act together with the Principal 8'. In the nineteenth century the Diapason had a wider scale than the eighteenth-century Principal. Therefore the third 8' stop, which must contribute the binding harmonics to the ensemble, is the Gamba, a string-toned stop of such wide scale in this organ that it is very much like a narrow-scaled Violin Diapason.

If we emphasize the similarity of the two stop lists rather than their differences, we can obtain a better view looking back at the eighteenth century and also looking forward to the twentieth century. It is possible to theorize on specifications which can accommodate not only the music of Buxtehude and Bach, but also the other portions of the literature, such as that by Dupré or the French symphonists, which have grown out of the traditions of the nineteenth century.

The Difference between "Registration" and "Specification"

Organ specification is not the same thing as organ registration. A specification is a list of the various stops of which a particular instrument is composed. Registration is the setting down of certain combinations of stops in order to produce a desired effect. In a given organ, there is a specification of stops which should combine together to give the instrument a distinctive musical formulation, which we call "ensemble", all the parts of which match together and harmonize. From this specification, an indeterminate number of registrations may be drawn, which express various facets of that distinctive musical ensemble. The full organ registration should be equivalent to the specification of the instrument less certain stops intended for special effects.

The specification of an organ should be built up, not to make combinations, but rather to provide for maximum blending of stops. Blending stops may be pursued in two directions--vertically (8', 4,' 22/3', 2' etc.) and horizontally (8' + 8', 4' + 4'). The 8' and 4' accompaniment stops, which are flutes, should blend horizontally with the principal chorus. How often have students been admonished not to combine stops of the same pitch, because of tuning problems! In nineteenth-century organs, the 4' flute was usually open or harmonic and combined naturally with a 4' principal, rather than beating against it. Both the Brisbane organ and the Löfsta Bruk organ present an open 4' flute capable of combining with a 4' principal. This is not a new characteristic making its first appearance in the nineteenth century.

The reed stops should blend horizontally with both flutes and principals. There ought to be maximum harmonic reinforcement between the reeds and flues--that is, there should be no sour off-harmonics in the reeds. Therefore, full-length reeds are to be preferred to half-length reeds, which have a peculiar harmonic series with flat ninths and so on.

Finally, at least one mixture stop may contain a tierce, in order to assist in the blend with the reeds. This characteristic occurs in both the Brisbane and the Löfsta Bruk organs. We can see from the above, that specification is the organ builder's art. Specifications should not be made up to encompass the most possible registrations. Rather, the various registrations should be derived from each organ's individual specification. The specification of a particular instrument should be set up to secure the maximum possible blend, both in the horizontal and vertical directions. From a specification may be derived two contrasting types of classes of registrations: blending registrations and non-blending registrations. These are defined and discussed below.

The Harmonic Overtones of Open and Stopped Pipes

It is well known that all organ pipes produce composite tones consisting of various harmonic partials.4 The partials of 8' open pipes which concern the present theory of registration are these:

First partial = Fundamental

Second partial = Octave = Fundamental of 4' stops

Third partial = Quint = Fundamental of 22/3' stop

Fourth partial = Double octave = Fundamental of 2' stop

Fifth partial = Tierce = Fundamental of 13/5' stop

The fundamentals of the 4', 22/3', 2' and 13/5' stops all reinforce harmonics already present in tone of the open 8' stops. Therefore the 4', 22/3', 2' or 13/5' stops will blend acoustically with the open 8' stops.

The stopped pipes, in contrast, behave very differently. They emphasize only the odd partials. Those partials of stopped pipes which characterize their tone are these:

First partial = Fundamental

Third partial = Quint = Fundamental of 22/3'stop

Fifth partial = Tierce = Fundamental of 13/5' stop

These stopped pipes form strong blends with mutation stops, but not with the octave-sounding registers of the principal chorus.

"Blending "and "Non-Blending" Registrations

"Blending" registrations are defined here as those registrations which consist of stops arranged in such a manner that the harmonic overtones of the lower stops duplicate the fundamental tones of the higher stops.

Examples:          Open 8' (Principal)        +              open or stopped 4'

                  Open or stopped 8' (Principal or Quintadena)                  +             22/3' Quint

"Non-blending" registrations may be defined as combinations of stops arranged in such a manner that the harmonic overtones of the lower stops do not duplicate the fundamentals of the higher stops.

Examples:          Stopped 8'         +               stopped 2' or open 2'

                  Stopped 8'         +              stopped 4' or open 4'

Blending registrations are used for music which demands the full chorus attribute of the organ. Non-blending registrations should be used where the music is to stress the maximum independence of line, such as in the typical bicinium type of chorale prelude.5

Some compositions may feasibly use either a chorus type of registration or a contrasting non-blending registration which stresses independence of line. Hence the dividing line between the two types is not clear. To express this ambiguity of intention, hybrid registrations are useful. Some of the stops blend with each other, while some do not.

Examples:           Open 8'                +              stopped 4'          +              open 2'

                  Stopped 8'         +              open 4'                 +              open 2'

In the first example, the open 8' combines with both the stopped 4' and open 2,' but the open 2' cannot combine with the stopped 4' because there is no 2' partial in the stopped 4'. In the second example, the stopped 8' can combine with the open 4', but not with the open 2'; also the open 4' and open 2' can combine with each other. For both examples, the character is not clearly either "blending" or "non-blending." Registrations with this property might be best used in music which has three or four voices where both the cohesion of the lines and their independence are to be stressed simultaneously.

These observations lead to the conclusion that successively higher pitches in a registration should be more open acoustically.

Example: Stopped 8' + partially open 4' (Koppelflute or Rohrflute) + open 2.

Single stops can also exhibit this hybrid characteristic. For example, the bottom octave may be stopped, the next octave partially stopped, and the treble fully open.

Composite Solo Registrations

The foundation 8' flutes should contain the 4,' 22/3', 2' and 13/5' partials, so that the mutation stops can join with them acoustically. The 4' flutes should contain prominent quint partials, if there is a Larigot or quint at 11/3' above. A conclusion which follows from this type of design is that the stop which determines the musical quality of a Cornet V is the 8' flute that supports it, rather than the mutations of which the Cornet itself is composed.

Solo registrations involving reed stops may be either blending or non-blending. It is interesting to contrast the combination Oboe 8' + flute 4' with the combination Clarinet 8' + flute 4'. The action of the flute in each case is different. There is, however, a little of every harmonic to be found even in the hollow-sounding reeds such as the Clarinet and the Krummhorn, because the reed itself produces a full series of partials.

If we contrast the registration Oboe 8' + quint 22/3' with Clarinet 8' + quint 22/3' we find that the adhesion of the quint to the Clarinet is stronger than the cohesion of the quint with the Oboe. This happens because the quint harmonic (22/3') is much stronger in the Clarinet than it is in the Oboe. A composite solo registration may be used with either a blending or a non-blending accompaniment registration, depending upon the character of the accompanying voices.

Conclusive Statement of Theory

This present theory of registration is easy to apply. If a stop at a lower pitch contains a harmonic that can bind with the fundamental of a stop at a higher pitch, then those two stops are capable of a good blend. If not, they will be limited in their capability of blending, or prevented from it altogether. An ensemble composed from a "non-blending" specification (such as is found in small neo-Baroque "revival" organs) comes out in layers, rather than producing a blended, cohesive, and "blooming" sound.

Specification of Foundation Stops at 8' and 16' Pitches

A practice which flows from the acoustic analysis of specification is the placement of open and partially stopped flutes at the 8' pitch in the manuals and at the 16' pitch in the pedal organ. This is much in contrast to the idea of placing them exclusively at the 4' pitch and higher in the manuals and only from the 8' pitch upward in the pedal. In the manual divisions, the economy of the organ and the space it requires are not greatly affected, since in most cases the bottom octave of open flutes at the 8' pitch is stopped and made of wood to assure quickness of speech. The provision of a narrow-scale open subbass in the pedal requires room overhead and this stop is expensive; but this expense should be more than offset by the fact that such a pedal division is more versatile and blends so much better than the alternative. The organ can be made a stop or two smaller than might otherwise be planned. The expense of the open 16' stop is more than recovered because a smaller pedal organ will actually sound better and more compelling.

When the pedal is based upon a 16' open flue, producing a relatively quiet tone--about the same intensity as a normally stopped Subbass 16'--there is an exquisite blend of harmonics. The upper partials of the soft open 16' are able to combine with the fundamental tone of the various members of the chorus above, particularly the 8' Principal.

This is the design of the pedal organ specification which is found in the Cahman organ of Löfsta Bruk.

Öppen Subbas 16'

Principal 8'

Gedackt 8'

Kvinta 51/3'

Oktava 4'

Rauschkvint II

Mixtur IV

Basun 16'

Trumpet 8'

Trumpet 4'

It is exceedingly rare. Cahman also did another interesting thing. The combination Gedackt 8' , Quintadena 8' and Quint 22/3' is repeated both in the Great and Positive organs. Are we to realize from this repetition that Cahman provided the Quintadena 8' in each case to secure an acoustical, harmonic "locking in" with the quint 22/3' above it? Most modern specifications would have omitted the Quintadena, probably on both manuals, and supplied a stopped 16' to the pedal, substituting for the Open Subbass 16' a louder Principal 16'. The particular quality which sets this Cahman organ apart as a gem among artistic instruments would be destroyed.

The Open Subbass of the Löfsta Bruk organ is made of wood and has a fairly narrow scale. In the published photographs of the organ, the end of the largest pipe can be seen behind the 8' Prestant of the pedal organ. The lowest pipe is approximately seven inches square. If this principle of specification and voicing is to be retained in an organ large enough to offer both an open and stopped 16' flue in the pedal, it is important that the open stop be of narrow scale and voiced quietly so as to support the chorus above. When 16' open flues are scaled and voiced loudly, so as to "add power", their harmonic development is much reduced and their ability to contribute to a unified chorus ensemble is lost. Therefore the 16' open flue stop should be planned to be no louder than any stopped 16' open flue which may accompany it in the pedal.

An Example of the 16' Open as the Only Pedal Foundation Stop in a Modern Organ

The Casavant organ at the Dordt College chapel at Sioux Center, IA, was built under the supervision of the late Gerhard Brunzema. It is a 37-stop instrument which contains only principals and reeds in the pedal according to this disposition.6

Praestant 16'

Octaaf 8'

Octaaf 4'

Mixtuur VI

Bazuin 32'

Bazuin 16'

Trompet 8'

Cornet 2'

Since there is only one 16' flue stop, this stop also has to be able to fulfill the role normally taken by a stopped 16'. Therefore it must not be loud. But if the 16' foundation cannot be loud, how is power to be built up? The Sioux Center organ relies on its reeds rather than its flue stops for power in the pedal organ. This also happens in the Löfsta Bruk organ.

The Use of Mutation Stops to Support a Pedal 16' Flue Stop

The Löfsta Bruk organ builds power for its 16' flue both through its reeds and through a 51/3' pedal quint. This method of building power and clarity without overvoicing the 16' flue stop was followed regularly by the late Nils Hammarberg, a modern Swedish organbuilder of Göteborg. A stopped 8' pipe acquires definition though the reinforcement of its third partial, the 22/3' Quint. The Quint's fundamental is the same as the third partial. Cahman specified a Quint 51/3' in the pedal organ to complete the same harmonic function that the 22/3' Quint fulfills in the manual divisions. The combination of a soft open 16' together with a quint supporting its third partial gives the pedal organ a firmer foundation than any loud, wide-scaled diapason could ever provide.

The mutation stop must be narrowly scaled and gently voiced, and a true principal rather than a flute. This is also a prominent characteristic of the 22/3' and 2' stops in the Great organ of the nineteenth-century Brisbane instrument in Australia. Blending tone is aided by conservative scaling and gentle voicing, both of the fundamental tone and its corroborating harmonic.

Hammarberg continued this tradition with the provision of a pedal stop called "Aliqvot," a name which simply means "harmonics." It can refer to any useful combination of supporting harmonic partials. In his most recent work it consisted of the following 16' partials:

51/3' quint = third partial

31/5' tierce = fifth partial

22/3' quint = sixth partial

2' fifteenth = eighth partial

Hammarberg developed this idea because in Sweden, organs are placed in the gallery at the western end of the church and there is no headroom for open 16' pipes. It substitutes for the open 16' sound a resultant:

                  Alikvot                  51/3' C                  96 Hz

                  Principal               8' C        64 Hz

                  difference                               32 Hz = 16' C

He also provided the 32' resultant in the same way:

                  Kvinta 102/3' C               48 Hz

                  Principal               16' C     32 Hz

                  difference                               16 Hz = 32' C

Sometimes the Alikvot mixture has less than four ranks and sometimes more; Hammarberg sometimes built it in the following way:

51/3' quint = third partial sounding G

31/5' tierce = fifth partial E

22/7' flat seventh = seventh partial flat A#

17/9' ninth = ninth partial D

A typical specification for such a pedal organ is:

1. Subbas (wood, stopped) 16'

2. Kvinta 102/3'

3. Principalbas 8'

4. Gedacktbas 8'

5. Alikvot 51/3' + 31/5' + 22/3' + 2'

6. Bombard 16'

7. Trumpet 8'

8. Rörskalmeja 4'

9. Koralbas 4'

Hammarberg built this plan in conditions where headroom was restricted, from about 1981, and used the Alikvot mixture as well as the 102/3' plus 16' resultant in various instruments dating from the 1960s and 1970s. Examples of this work may be found in Mora, Boras, Göteborg, Falkenberg and Grebbestad, all in Sweden. In all of these organs, the presence of the Alikvot stop relieves the 16' from any obligation to attempt to produce power through volume, with the attendant deterioration of its tone.

Hammarberg's plan of pedal specification works well with gently voiced open 16' flue pipes, to develop a pedal organ of considerable power, while allowing the open 16' flue to remain as the only 16' flue stop in the division. Hammarberg's ideas combine well with Brunzema's plan (above) to give the following:

1. Subbass 16' wood, open narrow scale, about 7≤ CCC as at Löfsta Bruk

2. Quint 102/3'

3. Principal 8'

4. Gedacktbass 8'

5. Quint 51/3'

6. Coralbass 4'

7. Alikvot, composition as appropriate

8. Basun 16'

9. Trumpet 8'

10. Rohrshalmey 4'

Summary

The modern organ reform movement has given strong support to the exclusive use of gedackts and other stopped pipes at 16' and 8' pitch in small organs. This type of specification is derived from a "Neo-Baroque" Germanic tradition of organ building. Although these stopped pipes sometimes have narrow chimneys as in the Rohrflute, they nevertheless act as stopped pipes in the ensemble. This practice of specification leads to a form of non-blending registrations.

It is curious that the Italian organ, in which one always finds open pipes for foundation tone, is hardly built today, while the typical "reform movement" type of instrument, with a high percentage of stopped pipes, is commonly built. This is not merely a result of economic considerations, but rather a question of style and fashion.

Derived from this background is the practice of specifying a stopped Subbass as the pedal foundation stop. It provides the fundamental pitch in an undefined sound that blends with difficulty; and when pushed to provide greater volume, its tone deteriorates very quickly. A stopped Subbass has little blending power because it has no harmonic at the octave. This defeats the purpose for which it is intended. A 16' pedal stop should do more than supply a fundamental pitch; it should provide a harmonic series to support the chorus above.

We have examined pedal organ designs by builders who have not frozen their thinking into traditionally accepted ideas. The contemporary organs of Brunzema and Hammarberg take much of their design from the organ reform ideals, but also demonstrate innovative ideas which reinforce the true acoustical nature of the instrument. Let us turn to models such as these, rather than the typical "organ reform" prototypes, in order to construct organs of moderate size that do not lose our public for want of a good foundation for singing.

If we emphasize gently voiced open pipes as the natural source of fundamental tone, and obtain the power of the organ by means of harmonic reinforcement, we will assure that its sound has that live-giving warmth which will appeal to the musical public.8                

Appendix

The Löfsta Bruk Organ

by John Hamilton7

The sumptuous Löfsta Bruk organ was built in 1728 by Johan Niclas Cahman, a North German builder who had emigrated to Sweden. Of twenty-eight registers (two manuals, pedal), it was conservatively conceived; it is today Scandinavia's finest example of the sort of instrument known to the Praetorius/Scheidemann/Scheidt/Buxtehude school. The lavishness of conception is indicated in, for instance, the pedal's two full-compass full-length sixteen-foot registers, a Principal and a Posaune--in a church seating barely three hundred. The organ has largely escaped the periodic "modernizations" which have plagued many important old instruments. When nineteenth-century tastes called for a different sort of churchly music-making, the Ryggpositiv windchest and pipes were carefully removed and stored in the church's attic; Romantic tastes were satisfied by the two-manual-and-pedal reed organ which replaced the Ryggpositiv. A restoration in the early 1960s, by a Danish firm, was in the tradition of the best obtaining taste of that decade; it was well carried out but, alas, today's wind-supply is the mercilessly steady nineteenth-century norm, today's temperament is nineteenth-century equal, today's reed tongues are modern (the restorer discarded the old tongues without making measurements or metal analysis), and today's key action possibly is overly spring-loaded. Plans are afoot to correct these modern intrusions.

Tone is big, noble, unforced, in the north European historic tradition. Plenums admirably support the ardent congregational singing known to have characterized the eighteenth century: today's listener readily envisions vigorous hymn singing from strong-lunged Walloon ironwrights, who sat together in the church's most prestigious area. Of particular interest are the organ's mixtures, all of which contain third-sounding pipes contributing strength and color to the plenums. Individual Principal registers are among the most gloriously singing known to this listener.

Today's organists at Löfsta Bruk are Birgitta Olsson, the excellent parish organist, and Göran Blomberg of Uppsala University, who with a background in musicology, organ performance, and classical archaeology, is a strong summer presence. Blomberg's personal involvement with the instrument coincides with the period of its modern international reputation starting around 1980; his tireless, knowledgeable commitment to its becoming known have resulted in the organ's having become widely recognized even earlier than was the village itself. He has recorded an excellent selection of material by Buxtehude and Bach on an LP released by Bluebell-of-Sweden and is preparing digital recordings. Birgitta Olsson and Blomberg have organized a succession of summer "Cahman Days" forming an annual framework for presentation of the instrument; these included an international festival in August 1987, during the Buxtehude anniversary. And Blomberg offers numerous demonstration recitals on the instrument for groups of both lay and professional visitors.

New Organs

Default

Cover Feature

Kegg Pipe
Organ Builders, Hartville, Ohio

First United
Methodist Church, Winnsboro, North Carolina

In an organ builder's life there come projects that for one reason or
another always remain close to one's heart. First United Methodist Church of
Winnsboro, South Carolina, is one such project. From the first contact by
consultant Stephen Williams of Allentown, Pennsylvania, to the final day of
tonal finishing, this project was and continues to be a delight to the eye, the
ear, and the heart of this builder.

The organ committee, headed by Jim Gladden, had one goal in mind: to have a
fine instrument that would serve the congregation in all its needs through the
21st century. The room is not large, seating about 300. The acoustic is on the
dry side, but sound travels well in the room. They knew that they did not need
or have room for a large instrument, but they desired an instrument that gave
them maximum musical versatility. Our design has provided them an instrument of
16 ranks and 13 independent stops. These ranks are used carefully to provide an
instrument that seems larger than it is. The previous Estey organ provided
three wood stops that fit well into the new design, namely the Gedeckt,
Hohlflute and Pedal Bourdon. There are no electronic imitation voices in the
organ.

There are several features of particular note in the design. The organ is
installed in a very compact space. I wanted to provide a 16' open flue stop,
and the Viole extension done in Haskell pipes has proven very valuable while
taking up little space. It provides the soft 16' line when used alone and also
adds point to the 16' Bourdon when used in combination. Its use as a double on
the Great adds just the amount of weight needed in a modest room. In order to
provide a strong leading voice in the organ, we have provided a Sesquialtera on
the Great; this is a 37-note stop running from C13 to C49. The pipes of the
22/3' pitch are taken from the bottom 37 pipes of the first rank of the
Mixture. Thus the Sesquialtera only requires the extra space for the small
pipes of the 13/5' rank. This stop can easily lead hymn singing when built
using the principal chorus. When built using flutes, it is a charming solo
voice.

Another feature that furthers the reputation of organ builders as innovators
is the air conditioning ducts. The previous organ had large A/C grilles
directly on the front of the case, blowing out over the heads of the choir
members. These had to stay and were not negotiable in the deep South, and being
a chorister myself, I could completely understand the request. But what to do?
I couldn't have grilles on the new case, or so I thought. Another look at the
case and you will find that there are indeed A/C grilles on the front in the
form of quatrefoils just below the impost.

This organ is installed in the existing chamber that opens out through the
right of three arches. The space available was 6' deep, 13' wide at the front
and 16' wide at the back. The height of the chamber went above the opening creating
a tone pocket that would hinder sound egress. The solution was to build a swell
box in the chamber, eliminating the excess space above the tone opening and
with it the tone pocket. The entire organ is under one expression except the
Great Principal 8', the Pedal Bourdon 16' and the chimes. While the organ is
very dense in the space available, all parts and pipes are easily accessible
for tuning and maintenance. The largest pipes of the wood Pedal Bourdon are
laying on the floor under the main chest. The blower is in a dedicated space in
the basement under the organ.

The stepped terrace drawknob console is what we normally provide with our
two-manual organs. It is very compact and easy to see over, and is fitted with
bone and rosewood keys as is our custom. The combination system by Z-Tronics
provides piston range and copy functions along with archive of memory levels to
disk. There is also a performance sequencer.

The organ was dedicated in concert on November 10, 2002 by consultant
Stephen Williams. I would like to acknowledge the organ committee chaired by
Jim Gladden, organist Esther Baughman, and Al Williams, without whom this
project would not have been possible. The people of First United Methodist
Church embraced the new organ from beginning to end in a way that brought
uncommon joy to the Kegg company. We were indeed honored to have been chosen.
We would invite you to stop and see this instrument when you find yourself in
the Charlotte or Columbia area.

--Charles Kegg

GREAT

9
ranks, 6 stops, 549 pipes

16' Violone
style='mso-tab-count:1'>
73 pipes

8' Prestant*
style='mso-tab-count:2'>
61
pipes

8' Hohlflute
style='mso-tab-count:2'>
73
existing pipes

8' Viole
(ext 16' Violone)

8' Viole
Celeste TC (Sw)

4' Octave
61
pipes

4' Gedeckt
(Sw)

2' Flute
(ext Hohlflute)

II Sesquialtera
style='mso-tab-count:1'>
37
pipes & from Mixture

IV Mixture
style='mso-tab-count:1'>
244 pipes

8' Trumpet
(Sw)

Chimes
(existing)

Great
4

Swell
to Great 16

Swell
to Great 8

Swell
to Great 4

*Unenclosed

SWELL

6
ranks, 6 stops, 390 pipes

8' Gedeckt
style='mso-tab-count:2'>
73
existing pipes

8' Viole
(Gt Violone)

8' Viole
Celeste TC 49
pipes

4' Principal
style='mso-tab-count:2'>
73
pipes

4' Hohlflute
(Gt)

22/3' Nazard
TC (ext Quinte)

2' Octave
(ext 4')

11/3' Quinte
49
pipes

16' Contra
Trumpet 85
pipes

8' Trumpet
(ext)

8' Oboe
style='mso-tab-count:2'>
61
pipes

4' Clarion
(ext)

Tremulant

Swell
to Swell 16

Swell
Unison Off

Swell
to Swell 4

PEDAL

1
rank, 1 stop, 44 pipes

32' Resultant
(from Bourdon)

16' Bourdon
style='mso-tab-count:2'>
44
existing pipes

16' Violone
(Gt)

8' Prestant
(Gt)

8' Bourdon
(ext)

8' Viole
(Gt)

8' Gedeckt
(Sw)

4' Octave
(Gt 8')

16' Trumpet
(Sw)

8' Trumpet
(Sw)

4' Oboe
(Sw)

Great
to Pedal 8

Great
to Pedal 4

Swell
to Pedal 8

Swell
to Pedal 4

Tonal Resources

13
stops

16
ranks

983
pipes

Accessories

Expression
Pedal with indicator

Dual
level Crescendo Pedal with numeric ndicator

Concave
and radiating pedal clavier

Adjustable
Bench

Full
Organ indicator light

Combination
lock with indicator

Transposer

Performance
Sequencer

Photo credit: Charles Kegg

Kegg Pipe Organ Builders

1184 Woodland St. SW

Hartville, OH 44632

330/966-2499

www.keggorgan.com

Muller Pipe Organ Company, Croton, Ohio

First English
Lutheran Church, Mansfield, Ohio

Muller Pipe Organ Company has completed installation of the III/50 organ at
the First English Lutheran Church of Mansfield, Ohio. M. P. Möller
installed the original organ in 1950 (Opus 7997), and made tonal additions in
1961. In the 1980s, minor stopgap repairs were completed, and the Great 8'
Principal and 4' Octave ranks were replaced. In recent years, the condition of
the windchests and console had deteriorated nearly to the point of failure.

In addition to the new pipework, select ranks of the existing pipework were
restored, then revoiced and rebalanced to serve in new capacities within the
ensemble of the new instrument. The Great Organ now features a robust principal
chorus of new pipework, a full complement of flutes and strings, and a fiery
Trompette. The Swell Organ boasts a secondary principal chorus and a battery of
chorus reeds. The Choir Organ is both the most intimate and most colorful
division of the instrument, containing a flute-based Cornet and the sonorous
Clarinet from the original organ. The Antiphonal Organ (the Great principal
chorus in the original instrument) helps support congregational singing for
those seated in the rear of the nave. Due to its relatively poor placement,
this pipework was substantially revoiced and regulated to speak on much higher
wind pressure to insure adequate volume. The Pedal Organ, with its independent
principal chorus and powerful Posaune, provides an exciting foundation for the
instrument. From the softest stops to full organ, the instrument is versatile
and exciting, a wonderful example of the American Classic tradition.

The church completed significant renovations to the chancel area while work
was in progress at our facility. The new area is much more flexible, providing
a suitable space for orchestras or large choirs. Acoustics were improved by
replacing the plush carpeting in the chancel with hardwood flooring. In
addition, substantially improved tonal projection was achieved by removing the
original plaster wall that served as the front of the organ chamber and
replacing it with grille cloth.

The entire playing mechanism is new, with the exception of selected offset
windchests, replacing a problematic Möller mechanism. The beautiful
original console cabinet was refinished and fitted with wheels, and is playable
from three locations in the chancel. The ivory and ebony manual keyboards and
the pedal keyboard were restored. New solid-state operating systems were
installed, including MIDI with record/playback capability, as well as new
drawknob and tilting tablet assemblies. A custom music rack was built,
featuring walnut with bird's eye maple inlay, and a new adjustable bench with
backrest was provided.

For his invaluable contributions to the development of the specification, we
extend special thanks to Dr. Timothy E. Guenther, director of music and
organist of First English Lutheran Church (ELCA), and adjunct instructor in
organ and university organist, Ashland University of Ashland, Ohio.

--John Muller

Photo by Steven Elbert

GREAT

16' Violone

8' Principal

8' Bourdon

8' Viola

8' Erzähler

8' Erzähler
Celeste TC

4' Octave

4' Rohrflöte

2' Super
Octave

IV Mixture

8' Trompette

Chimes

Tremolo

SWELL (expressive)

16' Waldflöte

8' Geigen
Principal

8' Waldflöte

8' Salicional

8' Voix
Celeste TC

4' Geigen
Principal

4' Spillflöte

22/3' Nazard

2' Flageolet

III Plein
Jeu

16' Bassoon

8' Trumpet

8' Oboe

8' Vox
Humana

4' Clairon

Tremolo

CHOIR (expressive)

8' Rohrflöte

8' Dulciana

8' Unda
Maris TC

4' Principal

4' Koppelflöte

4' Dulciana

22/3' Nazard

2' Blockflöte

13/5' Tierce

11/3' Quint

8' Clarinet

Tremolo

ANTIPHONAL (expressive)

8' Principal

8' Spitzflöte

4' Octave

4' Spitzflöte

2' Fifteenth

III Mixture

PEDAL

16' Diapason

16' Bourdon

16' Waldflöte

16' Violone

102/3' Quint

8' Diapason

8' Bourdon

8' Waldflöte

8' Viola

4' Choral
Bass

4' Bourdon

II Mixture

16' Posaune

16' Bassoon

8' Posaune

8' Trumpet

4' Rohrschalmei

Chimes

Couplers

Gt/Gt
16-UO-4

Sw/Gt
16-8-4

Ch/Gt
16-8-4

Ant/Gt
8-4

MIDI/Gt

[if !supportEmptyParas] [endif]

Sw/Sw
16-UO-4

Ant/Sw
8

MIDI/Sw

Ch/Ch
16-UO-4

Sw/Ch
16-8-4

Ant/Ch
8

MIDI/Ch

Gt/Ped
8-4

Sw/Ped
8-4

Ch/Ped
8-4

Ant/Ped
8

MIDI/Ped

Carillon
I

Carillon
II

John-Paul Buzard Pipe Organ Builders
of Champaign, Illinois, has built a new organ for St. Bartholomew Episcopal
Church, Estes Park, Colorado. Our opus 30 was installed during March, 2004,
ready for Palm Sunday, about a month ahead of the contracted schedule.

The church is a simple log cabin structure about 7,500 feet up in the Rocky
Mountains. The view of snow-capped Long's Peak through the plate glass window
behind the altar (along with the thin air) literally takes one's breath away.
Folks who have made their lives in this rugged terrain are used to doing things
pretty much for themselves, and in their own time. Witness their former pipe
organ, fondly nicknamed "Little Toot." This homemade three-rank
instrument (Diapason, Dulciana, Flute) served the congregation for many, many
years, until its deteriorating mechanical condition begged for replacement. The
old organ had been located in a cramped balcony projecting over the last four
rows of pews. It was too small for a choir, or for a pipe organ of adequate
size. The ceiling under the balcony was covered with acoustic tile, which at
best discouraged anyone seated there from singing. We began our conversations
with the church four years ago.

Folks who have made this church their parish home were also used to things
just the way they were, and so it was remarkable that they ultimately agreed to
remove the balcony, locate the organ in the elevated area over the narthex, and
provide space for a choir on the main floor of the nave. The instrument and the
reconfiguration of the space looks natural and relaxed, as though it had always
been that way.

The organ is small, but beautiful things come in small packages! The
instrument has a complete Principal chorus on the Great, flute choruses, a
string and celeste, as well as independent manual and pedal reeds. It is
intended to lead hymn-singing, accompany singers and other musicians, and play
voluntaries before and after services. The altitude was taken into account in
the organ's scaling, voicing, and engineering. The result is that, even though
small in the number of stops, it fills the building with a rich, full sound,
even when playing softly. The visual design plays upon the earth-tone colors in
the room, and the roof line. The organ speaks unimpeded down the axis of the
building.

Thanks to The Rev. M. Paul Garrett, rector; Martha Sandford, organ consultant;
and to The Rev. Al Persons, who, with his late wife Marcia, guaranteed the
purchase of the organ. Thanks also to the dedicated members of my staff who
make every project a special and life's work undertaking: Charles Eames,
executive vice-president; Brian Davis, associate tonal director; Keith
Williams, director of service; Shayne Tippett, production manager; Jay Salmon,
office manager; Stuart Martin, cabinetmaker; C. Robert Leach, cabinetmaker;
Kenneth McCabe, cabinetmaker; Stephen Downes, tonal assistant; Evan Rench,
pipemaker, tonal assistant, tonal department scheduling; Ray Wiggs, consoles,
windchests, wiring; Bob Ference, service technician; Jonathan Borchardt,
service technician; Stuart Weber, service technician; JoAnne Hutchcraft Rench,
receptionist, administrative assistant.

--John-Paul Buzard

[if !supportEmptyParas] [endif]

Buzard Opus 30: 14 stops, 17 ranks, across two manuals and
pedal; voiced on 4 inches wind pressure

GREAT

8' Open
Diapason (polished tin in façade)

8' Flûte
à Bibéron (metal chimney flute)

4' Principal

2' Recorder

11/3' Mixture
IV

Tremulant

Gt
16-UO-4

Sw/Gt
16-8-4

SWELL (expressive)

8' Stopped
Diapason

8' Salicional

8' Voix
Celeste

4' Spire
Flute

2' Principal

8' Minor
Trumpet

Tremulant

Sw
16-UO-4

PEDAL

16' Bourdon
(stoppered, wood)

8' Principal
(polished tin in façade)

8' Bass
Flute (ext)

4' Choral
Bass (ext)

16' Bassoon

Gt/Ped
8-4

Sw/Ped
8-4

Cover feature

Files
Default

Noack Organ Co., Inc.,
Georgetown, Massachusetts
Shrine of Our Lady of Guadalupe, La Crosse, Wisconsin

From the director of music
The Shrine of Our Lady of Guadalupe consists of several buildings and various outdoor devotional areas and religious sculptures located on 100 scenic acres just outside the city of La Crosse, Wisconsin. It is the vision of its founder, the Most Reverend Raymond L. Burke, who was the Bishop of La Crosse at the time the shrine complex was begun, then became Archbishop of St. Louis, and who recently was appointed Prefect for the Apostolic Signatura in Rome, but who has continued his leadership role at the shrine. Although the shrine facilities are still a work in progress, the heart of the shrine, the Shrine Church, was recently completed and was dedicated on July 31.
This magnificent church is built in a richly decorated traditional style, cruciform in shape with a large dome above the crossing. The architecture is the result of a collaboration of Michael Swinghamer of River Architects in La Crosse and Duncan G. Stroik, professor of architecture at the University of Notre Dame in South Bend, Indiana. The church seats approximately 450 persons and is a wonderfully reverberant space. It is a building of national significance.
A suitable instrument was needed for this inspired space, and we were very fortunate in securing the Noack Organ Company of Georgetown, Massachusetts as the builder. In addition to my duties at the shrine, my primary position is that of music director and organist at the Cathedral of St. Joseph the Workman in La Crosse. We had already arranged for Fritz Noack to build two new organs for the cathedral (to be completed in August of 2010) when it became apparent that the Shrine Church had progressed faster than anticipated and would need an organ by summer 2008. The Noack firm was selected to build a very substantial three-manual instrument for the shrine.
The organ is located in a high choir loft at the rear of the nave. It is first and foremost an organ for liturgical use, but it is also a fine recital instrument, and in fact our liturgical practice includes the performance of substantial solo organ repertoire, so these purposes are not clearly distinguished. The liturgical aspect demands that the organ also serve effectively as an accompanying instrument both for the great choral/organ literature and for congregational singing. This organ has already demonstrated that it does all of these things very well.
The beautiful organ case, based on a design by Duncan Stroik, is thoroughly integrated into the room, both visually and aurally. The placement of the Swell division at the lower level of the main case is ideal for working with the choir. The Great is at the top for optimal projection down the nave, the Pedal is in side towers, and the Chair organ is located in the traditional location on the rail of the loft. The instrument speaks with perfect clarity in the room. The well-designed stoplist provides a versatile assortment of beautiful timbres which, while lovely individually, work together to form a coherent and balanced ensemble. The console is detached to make working with choir and orchestra practical. The key action is mechanical and the stop action is electric, with an extensive combination action and multiple channels of memory, providing excellent control over the touch and easy management of registration.
This outstanding Noack organ, optimally designed and placed, will provide many years of exciting and profoundly spiritual music for the Church at the Shrine of Our Lady of Guadalupe.
Brian Luckner, DMA
Director of Music and Organist
Shrine of Our Lady of Guadalupe

From the organbuilder
We had already planned a large new organ for the Roman Catholic Cathedral in La Crosse, Wisconsin, with Dr. Brian Luckner, who directs a superb program of sacred music there. While funding for that instrument was still under way, I received a phone call from him asking simply if we would be interested in building first a three-manual organ for the new church under construction at the Shrine of Our Lady of Guadalupe near La Crosse. He would trust me completely with the tonal design, as we had already done much mutually beneficial brainstorming “inventing” the cathedral organ(s) and we knew quite well what sort of organ would be best for the Shrine Church. The case, however, was to be built according to the design by architect Duncan G. Stroik, of South Bend, Indiana, who was in charge of the interior design of the church.
We organ builders may have a reputation of dislike for cooperation with architects, a reputation that has its root in an outdated scenario where architects act as if they know everything about designing any visually important aspect of a building, including organ cases, and where organ builders consider themselves great architects.
Actually, I was delighted to accept this promising challenge. Several of my closest family are professional architects, and I have always respected and enjoyed close cooperation with members of that profession. Just to avoid discord, my firm’s contracts always state that we are ultimately responsible for the entire design of our organs, including the case. Duncan’s plan proved to be elegant, and respectful of the finest classical traditions, and we were happy to retain all of its décor and overall flair. We merely modified the shape to reflect the actual layout of divisions and the precise dimensions of the speaking front ranks (Diapason 16' on the main case and Dulciana 8' on the Chair). We were fortunate to engage James Lohmann, who has carved most of the beautiful pipe screens on our organs to date, for the pipe shades, tower consoles, and angel heads to float below the Chair case. Partially because of the relatively short time between contract and planned dedication of the church, we engaged the woodworking firm of Hawkes & Huberdeau (both partners having learned their trade in our shop!) of Amesbury, Massachusetts, to make the solid mahogany case. This unusually festive-looking organ bears testimony to a successful cooperation between all designers and craftspeople who poured the essence of their skill into this challenging project.
The technical design of the instrument, including the intricacies of balancing the Chair organ beyond the edge of the organ loft, and the electrical stop and combination action, were competently detailed by our Ted Brinduse. I myself enjoyed doing all the pre-voicing at the shop, while the on-site finishing was beautifully achieved by our David Rooney. Our team also included Aaron Tellers, Alan Meyers and Frank Thompson, with Eric Kenney (as he has for over thirty years) supervising. In moving the organ to La Crosse and the on-site erecting of the large parts on the instrument, we again had the capable help of the “A-Team” from the Organ Clearing House. Considering that at the time of the installation, the church was still a bustling construction site on a hillside surrounded first by several feet of frozen snow and later foot-deep mud (and no access for the big truck), their job was particularly appreciated.
I often have been asked what style we normally follow in the design of our instruments, and I usually try to avoid formulating a reply. The only honest answer would be: our own contemporary style, which, I might hasten to add, respects and is inspired by many historic styles that have given us a rich gift of organ music. The tonal architecture of North German Baroque organs is, of course, part of this gift. We also find that reeds that could have been made in France in 1800 actually work rather well in this context. I have made New England my home for almost half a century now, and so it may come as no surprise that stops such as our Bell Gamba (one of our favorites) and Oboe do not stray too far from those of the Hook brothers. To me the greatest achievement is to turn what could easily be a faceless collection of unrelated parts into one cohesive, musically attractive instrument. Our focus is on touching the listener’s heart, rather than to be completely governed by the goal of providing accurate media for the performance of a specific literature. If that appears as though we are avoiding an important task and opportunity for the organ, fear not. It often comes as a surprise that so much of idiomatic literature sounds, at least to our ears, so “right” on this instrument. Perhaps therein lies the secret: a truly beautiful sound will take precedence over a mediocre, but “correct” sound. As I noted above, I probably should avoid trying to define our style.
A few details may be of interest. Most of the Diapason chorus and strings are made of 70% tin, except for the Great Diapason 8', which is of almost pure hammered lead. Most flute chorus pipes, including the 5-rank mounted Cornet (after Dom Bedos, but all ranks open) are from “common metal,” an alloy of 70% lead and 30% tin. The wood pipes are from select, standing-grain pine. All stopped metal pipes are soldered shut after having been tonally finished in the church; the smaller open metal pipes are cone-tuned. Zinc is used only to provide strength on the lowest part of the Trombone resonators. All reed boots are made as solid wooden units, but the reed blocks are the conventional hard lead type. The lowest seven pipes of the Double Diapason are shared by Great and Pedal; all other ranks are independent.
The temperament is after Vallotti—a slightly unequal system in which the thirds over C, G, and F are rather pure and get coarser with more sharps and flats, and all fifths are either pure or twice as tempered as in equal temperament (which is still quite “nice”). Wind pressure is 80mm (31'8'), provided by a blower in a separate room with a small static reservoir and large parallel-opening bellows and solid wood ducts in the organ—to provide a complete noise- and turbulence-free, calmly “breathing,” quite stable wind system.
The organ has slider windchests and a self-adjusting mechanical key action without any assist devices, except for the largest front pipes, which are on pneumatic offset chests. Trackers are wooden, running in wooden guides. Rollerboards are solid aluminum (tubular often being unpleasantly audible). The sliders are moved by solenoids; there is an eight-level combination system from SSOS. The freestanding keydesk has bone-covered natural keys. The fancy stop knobs are moved by Harris propulsion magnets and are set in fiddleback maple stop terraces. The swell action is mechanical.
Before the shrine opened, I had the opportunity to bring a small group of attendees of the AGO national convention from Minneapolis for a preview visit to the shrine. When Brian Luckner played a multi-faceted program with elegant articulation and thoughtful registration for us, my style worries quickly evaporated. I was even more assured of this organ’s ability to fulfill its true role at the church’s four-hour dedication service with Brian, who also had composed a large amount of the music, again at the keydesk providing a wealth of wonderful music.
We owe much thanks to the founder and director of the shrine, the Most Reverend Raymond L. Burke, its music director Dr. Brian Luckner, the executive director of the shrine, Sister Christa Marie Halligan, and the architects Duncan G. Stroik, Michael Swinghamer, and Sherry Wall, all of whom supported us in the most sincere manner. Seldom have we undertaken a large job in which so much mutual trust and support carried us to a successful completion.
Fritz Noack, FAIO
President, The Noack Organ Co., Inc
.

AGO post-convention organ crawl
Fritz Noack led one of the most interesting organ crawls imaginable, following the Minneapolis AGO convention. The twenty of us, who were the lucky ones to take part in this, got to see and hear his latest opus in a church (a shrine, actually) that is not yet open to the public. A scenic two and a half hour bus ride alongside the Mississippi River took us to La Crosse, Wisconsin, where the new Shrine of Our Lady of Guadalupe was having the finishing touches applied to its extremely ornate Italian Renaissance structure, housing a three-manual, 40-stop mechanical action (electric stop action) Noack organ in the rear balcony. To say that this was a unique treat would be a gross understatement.
Brian Luckner ably demonstrated the organ, proving that it is comfortable in many styles of repertoire. Well winded, elegantly voiced, with comfortable action and beautiful casework (African mahogany, like the pews in the new building), the organ seemed to reveal an endless array of possible colors from old (Buxtehude) to Romantic (Vierne) to contemporary (Leighton). It handled it all with aplomb! The shrine was opened in July, and pilgrims can take the half-mile walk up the path to the church to witness a glorious building housing a spectacular organ. Our trip was capped with a lunch served at the Pilgrim Center and another scenic trip back to the Twin Cities, including seeing a bald eagle flying over the river!
Jonathan Dimmock
San Francisco

<www.jonathandimmock.com&gt;

GREAT — Manual II
16' Double Diapason 51 pipes 70% tin, front, C–F# = Ped Dbl Diap 16'
8' Diapason 58 pipes hammered lead
8' Chimney Flute 58 pipes 30% tin
8' Viola 58 pipes 70% tin
4' Octave 58 pipes 70% tin
4' Harmonic Flute 58 pipes 30% tin
22/3' Twelfth 58 pipes 70% tin
2' Fifteenth 58 pipes 70% tin
8' Cornet V c'–c''' 125 pipes 30% tin, mounted
11/3' Mixture IV–VI 318 pipes 70% tin
8' Trumpet 58 pipes 70% tin

SWELL (enclosed) — Manual III
8' Diapason 58 pipes 50% tin (C–F Haskells)
8' Gedackt 58 pipes 30% tin
8' Bell Gamba 52 pipes 70% tin (C–F = Diapason 8')
8' Celeste (from G) 51 pipes 70% tin
4' Octave 58 pipes 70% tin
4' Recorder 58 pipes 30% tin
2' Gemshorn 58 pipes 30% tin
2' Mixture IV 232 pipes 50% tin
8' Cornopean 58 pipes 30% tin
8' Oboe 58 pipes 70% tin

CHAIR — Manual I
8' Stopt Flute 58 pipes 30% tin
8' Dulciana 58 pipes 70% tin, front
4' Prestant 58 pipes 70% tin, front
4' Chimney Flute 58 pipes 30% tin
22/3' Nasard 58 pipes 30% tin
2' Octave 58 pipes 70% tin
13/5' Tierce 58 pipes 30% tin
1' Whistle 58 pipes 30% tin
1' Sharp III 174 pipes 70% tin
8' Cremona 58 pipes 30% tin

PEDAL (AGO pedalboard)
16' Double Diapason 32 pipes 70% tin, front
16' Stopt Bass 32 pipes wood
102/3' Quinte 32 pipes wood
8' Diapason 32 pipes 50% tin
8' Gedackt 32 pipes 30% tin
4' Octave 32 pipes 50% tin
16' Trombone 32 pipes zinc and 30% tin
8' Trumpet 32 pipes 30% tin
4' Clarion 32 pipes 30% tin

New Organs

Default

Cover

Lauck Pipe Organ Company, Otsego, Michigan

Trinity Christian College, Palos Heights,
Illinois

Trinity Christian College is a four-year liberal arts college founded in
1959 and located in Palos Heights, Illinois, a suburb 25 miles southwest of
Chicago. It is dedicated to providing students with a quality higher education
in the Reformed Christian tradition. The college has grown extensively in
recent years with many new buildings erected. In 2001, the college dedicated a
new 1,200-seat auditorium: The Martin and Janet Ozinga Chapel. The chapel is
also the home of the college's music department with faculty offices, rehearsal
rooms, a recital hall, a music computer lab, and practice rooms. An organ for
the auditorium was envisioned from the building's conception.

Under the chairmanship of music department chair Helen Van Wyck, a committee
was formed to choose a builder for the organ. Paula Pugh Romanaux was selected
as the consultant to work with the committee. After visiting several of our organs,
Lauck Pipe Organ Company was chosen to build the organ. Working with the
builder, the committee decided that the instrument would be located at the back
of the stage and would occupy the central position. The committee felt that an
organ with a detached console would prove more flexible, especially when used
with orchestra and to accompany small ensembles.

Several designs for the organ case were prepared ranging from traditional to
contemporary, the latter being chosen. The proportions of the case are generous
in order to fill the expansive rear wall of the stage area. The façade
consists of the 16' Principal, 8' Pedal Octave and the 8' Great Diapason,
with  pipes of polished tin. The
casework is arranged so that the Pedal division occupies the center and two
outer towers. Between the left and center tower is the Great Principal chorus
with the Choir division above. Between the right and center towers are the
Great flutes and reed with the Swell division above. A shallow case with
expression shades capable of a full range of motion allow for excellent egress
of sound. The emblem at the top of the center tower is the college's logo done
in relief and gilded.

Over the past 30 years, we have built many French-terraced consoles with
curved terraces, but Marilyn Mulder, the school's organ instructor, suggested a
console based on a design she saw at Chicago's Orchestra Hall. From her
photograph, we designed and built a console with straight, oblique terraces.
The woodwork is of cherry to match other furnishings in the chapel. The
terraces, keycheeks, manual and pedal sharps, and drawknobs are all of
rosewood. The manual naturals are of bone. Peterson supplied the MIDI system
and combination action. Lauck manufactured the coupler and relay systems, as
well as the electric expression servos.

The room, alas, suffers from insufficient reflection of sound. As we worked
with the acoustician and architect, the organ committee and I realized we would
not be able to have all of our requests granted; the acoustician was more
interested in absorbing rather than reflecting sound. The architect and
building committee did agree that the expansive drywall ceiling would be well
supported and made up of a double layer glued together so as to not absorb the
lower frequencies. Preliminary acoustical tests of the room proved that we
needed a lot of sound to fill it. The organ had to be scaled very boldly, with
variable scales and higher cut-ups being freely employed. In addition, generous
wind pressures, especially in the reeds, would be used. Our tonal concept was
to establish well-developed Principal choruses in each division, colorful and
contrasting flute choruses, and chorus reeds that bind together well. This goal
was achieved and supplemented by colorful solo reeds and strings with character
and variety.

The Great is based on a 16' Principal. The 8' extension of the Principal can
be used as a second Diapason and creates a rich fond d'orgue with the open and
stopped flutes. Mutations provide for a Great Principal Cornet. To ensure a
bold, full pedal, the 16' Diapason is really a 16' open wood located in the
central tower of the case. The Great 16' Principal is also available in the
Pedal for use in lighter textures, while the 8' Octave and 4' Choralbass are
independent. The Trumpet-en-Chamade is made of tin and is voiced on 10 inches
of wind pressure using domed parallel shallots. The Pedal Trombone unit is also
voiced with domed parallel shallots on 8 inches of wind pressure. The Swell
reeds are on 6 inches of wind with the Bassoon/Oboe having tapered shallots and
the Trumpet/Clarion parallel shallots. The Swell Gamba and Gamba Celeste are
slotted with rollers throughout. It is a well-developed string tone with good
strength and carrying power; however, the expression boxes and shades are
heavily built and can make the strings evaporate when desired. The Swell also
has a Flute Celeste, which is built as a Ludwigtone; basically, two wood pipes
built with a common middle wall on one foot. The Choir Viola and Viola Celeste
are of about equal power to the Swell strings but are not slotted and are of a
broader tone quality. They are voiced to work together perfectly yet retain
their individual colors.

The Lauck employees that built Opus 55 include: Craig Manor, console design
and construction, wood pipes; Ken Reed, pipemaker, office manager; Ben Aldrich,
design, windchests, foreman; Bob Dykstra, windchests, wood pipes, casework;
Dick Slider, windchests, lower casework; Dan Staley, circuit board
manufacturing, wiring; Jim Lauck, design, voicing, tonal finishing; Jonathan
Tuuk; tonal finishing.

--Jim Lauck

Lauck Opus 55, 2002

3 manuals, 46 ranks, electric action

GREAT

16' Principal  (61 pipes)

8' Diapason (61 pipes)

8' Principal (12 pipes)

8' Rohrflute (61 pipes)

8' Flute Harmonique (61 pipes)

4' Octave (61 pipes)

4' Principal (12 pipes)

4' Flute Octaviante (12 pipes)

22/3' Quint (61 pipes)

2' Superoctave (61 pipes)

13/5' Tierce (61 pipes)

IV Fourniture (244 pipes)

8' Trumpet (61 pipes)

8' Trumpet-en-Chamade (61 pipes)

                        Great
to Great 4

                        Swell
to Great 16-8-4

                        Choir
to Great 16-8-4

                        Zimbelstern

SWELL

16'  Bourdon (12 pipes)

8' Bourdon (61 pipes)

8' Gamba (61 pipes)

8' Gamba Celeste (49 pipes)

8' Flute Celeste (49 pipes)

4' Principal (61 pipes)

4' Spitzflute (61 pipes)

2' Blockflute (12 pipes)

V Mixture (293 pipes)

16' Bassoon (61 pipes)

8' Trumpet (61 pipes)

8' Oboe (12 pipes)

4' Clarion (12 pipes)

Tremulant

Swell to Swell 16-UO-4

CHOIR

8' Gedeckt (61 pipes)

8' Viola  (61 pipes)

8' Viola Celeste (49 pipes)

4' Principal (61 pipes)

4' Koppelflute (61 pipes)

22/3' Nazard (61 pipes)

2' Octave (61 pipes)

2' Flautino (12 pipes)

13/5' Tierce (61 pipes)

11/3' Larigot (5 pipes)

III Scharff (183 pipes)

8' Cromorne (61 pipes)

8' Trumpet-en-Chamade (Gt)

Tremulant

Choir to Choir 16-UO-4

Swell to Choir 16-8-4       

PEDAL

32' Sub Bourdon (electronic ext)

16' Diapason (open wood) (32 pipes)

16' Principal (Great)

16' Subbass (32 pipes)

16' Bourdon (Swell)

8' Octave  (32 pipes)

8' Principal (Great)

8' Bass Flute (12 pipes)

4' Choralbass  (32 pipes)

II Rauschquint (64 pipes)

II Mixture  (24 pipes)

32' Contra Bassoon (electronic ext)

16' Trombone (32 pipes)

16' Bassoon (Swell)

8' Trumpet (12 pipes)

4' Clarion (12 pipes)

4' Cromorne (Choir)

Great to Pedal 8-4

Swell to Pedal 8-4

Choir to Pedal 8-4

Lauck Pipe Organ Company

92 - 24th Street

Otsego, MI 49078-9633

Telephone: 269/694-4500

Fax: 269/694-4401

<[email protected]>

Cover photo by Richard Lanenga

 

Paul Fritts and Co., Tacoma,
Washington, has built a new organ for Vassar College, Poughkeepsie, New York.
The mechanical-action pipe organ is installed in the 500-seat Mary Anna Fox
Martel Recital Hall of the Belle Skinner Music Building. It contains 34 stops
distributed over two manuals (Hauptwerk and Positiv) and Pedal.

The tonal design reflects both the North and Middle German schools of
organbuilding from the first half of the eighteenth century. North German
features include fully independent manual and pedal divisions with
well-developed upper work; a full spectrum of mutation stops (two on double
draws); and seven reed stops, 20% of the registers. Middle German building is
represented by a variety of six manual 8' flue stops; the “gravity”
of 16' stops in each manual division and four 16' pedal stops; a Tierce rank
which can be added to the Hauptwerk Mixture; and the inclusion of the Positiv
division in the main case, rather than positioned to the rear of the player.

The northern features pay homage to the seventeenth-century style of Arp
Schnitger and the middle German school points more to the pre-Romantic
eighteenth-century styles of Wender, Trost, Hildebrandt and others. The new
Vassar organ is well-suited for music of J. S. Bach with its cosmopolitan
mixture of northern, middle, and southern European traits. Other literature
from the sixteenth-century through the works of Mendelssohn will also sound to
advantage.

The new organ is placed centrally in a gallery nine feet above the stage
floor in the front of the hall. The case has a bright burgundy enamel finish.
Gold leaf highlights the gray painted pipe shades. The case and many internal
parts are crafted from popular. 
Many other woods were chosen for their various properties, including
mahogany, oak, maple, ebony, redwood and sugar pine.

Along with the new organ came alterations to the organ gallery and stage
area significantly improving acoustics, and a climate control system for the
recital hall. The Marian and Speros Martel Foundation Inc. donated funds
covering both the organ and hall improvements. Glenn D. White recommended
acoustical improvements, and Richard Turlington designed architectural plans
for the room. Frances D. Fergusson, President of Vassar College, initiated the
project. George B. Stauffer was consultant.

To inaugurate the new instrument, Merellyn Gallagher, James David Christie,
and Joan Lippincott played solo recitals in February and March 2003.

HAUPTWERK

16' Principal

8' Octava

8' Rohrflöte

8' Viol di Gamba

4' Octava

4' Spitzflöte

Nasat/Cornet II*

2' Superoctava

Mixture Tierce

Mixture IV–VI

16' Trompet

8' Trompet

POSITIVE

8' Geigenprincipal

8' Gedackt

8' Quintadena

4' Octava

4' Rohrflöte

2' Octava

2' Gemshorn

11/3' Quinte

Quint/Sesquialtara II*

Mixture IV–V

16' Fagotto

8' Dulcian

PEDAL

16' Principal**

16' Violon

16' Subbass

8' Octava***

8' Bourdon***

4' Octava

Mixture V–VII

16' Posaune

8' Trompet

4' Trompet

* Double draw

** Bottom octave transmission from Hauptwerk

*** Extension

Couplers

                        Positiv
to Hauptwerk

                        Hauptwerk
to Pedal          

                        Positiv
to Pedal

Manual/Pedal compass: 56/30, flat pedalboard

Burnished tin front pipes

Solid wood casework with pipe shades carved by Judy Fritts

Suspended key action

Mechanical stop action

Variable tremulant

Three bellows fitted with pedals for foot pumping

Wind stabilizer

Pitch: A 440

Temperament: Kellner

Wind pressure: 74 mm. (ca. 3≤)

Fabry Pipe Organs, Inc., of Fox
Lake, Illinois, has completed the 5-rank antiphonal division added to the
original Möller organ in Faith Evangelical Lutheran Church, Homewood,
Illinois.

Fabry Inc. installed the original M.P. Möller instrument (2 manuals, 19
ranks) in 1980 in the rear balcony of the sanctuary and has been maintaining
the organ since that time. The console was prepared for an antiphonal division.
On many occasions while tuning the instrument, the organist, Mrs. Phyllis
Silhan, would always say, “I hope I get to see this instrument completed
before I retire.” Twenty-two years later, the church elected to add the
antiphonal division.

The new antiphonal division was installed in October of 2002. The original
specification for this division--8' Gedeckt, 4' Gemshorn, 2' Flautino, II
Mixture--was changed to 8' Gedeckt, 4' Octave, 4' Harmonic Flute, 2' Fifteenth,
and 8' Oboe. A new solid-state relay was provided that is totally prepared for
the addition of a small antiphonal console.

Fabry Inc. would like to thank the organist, Mrs. Phyllis Silhan, and
Reverend Dr. Timothy Knaff, who coordinated the entire project. David G. Fabry
built all the chestwork and new casework. Crew leader Joseph Poland handled the
installation.

GREAT

8' Principal

8' Bourdon

4' Octave

2' Super Octave

IV Fourniture

8' Trompette (Sw)

SWELL

8' Rohrflote

8' Viola

8' Viola Celeste

4' Spitz Principal

4' Rohrflote (ext)

2' Hohlflote

III Scharf

8' Trompette

ANTIPHONAL (new division)

8' Gedeckt

4' Octave

4' Harmonic Flute

2' Fifteenth

8' Oboe

PEDAL

16' Contra Bass

16' Rohr Bourdon (ext)

8' Principal (Gt)

8' Rohrflote (Sw)

4' Nachthorn

16' Bombarde (ext)

4' Clarion (Sw)

COUPLERS

                        Gt
& Sw to Ped 8

                        Sw
to Gt 16-8-4

                        Gt
4

                        Sw
16-UO-4

                        Antiph
to Ped 8

                        Antiph
to Gt 8

                        Antiph
to Sw 8

Current Issue