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The Fred and Ella Reddel Memorial Organ at Valparaiso University

Part 2

by Philip Gehring, Martin Jean, William F. Eifrig, and Dr. John
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The Reddel Memorial Organ at Valparaiso University: the first 30 years

As plans were being made in the middle 1950s for the
construction of a new chapel on the campus of Valparaiso University, the
administration was determined to provide an organ suitable to the size of the
building and of a  character to
carry forward the tradition of fine Lutheran church music already
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established at the university. Dr. 0.
P. Kretzmann, university president; Dr. 
Theodore Hoelty-Nickel, head of the music department; and Dr. Heinrich
Fleischer, university organist, conferred with Dr. Paul Bunjes. The chapel
building, modern in dress but traditional in its long nave, elevated chancel,
and high ceiling, was originally conceived with a bridge across the nave on
which the organ would be placed, but saner counsel prevailed and the organ was
placed in the rear gallery.

In the 1950s the tracker revival was still some years in the
future. Tonal designs in the 50s usually included independent principal
choruses in each division, with the addition of some Romantic stops; voicing
was clearer and more forthright than that of Romantic organs. But electric key
and stop action was still the norm, and free-standing pipework was advocated.
Valparaiso University turned first to one of the preeminent organ builders in
this so-called "American Classic" style, Walter Holtkamp. Disputes
about tonal design and architectural features resulted in awarding the contract
to another builder, also known for his own particular brand of American Classic
organs: Herman Schlicker, of Buffalo, New York. The organ, designed by Dr. Bunjes
in collaboration with Mr. Schlicker, was completed and installed in the summer
of 1959. The dedication of both chapel and organ occurred on September 27 of
that year; E. Power Biggs played the opening recital to an overflow audience.

The principal donor for the organ was the Reddel family, of
St. Joseph, Michigan, and the instrument has since been known as the Fred and
Ella Reddel Memorial Organ. Originally planned as an instrument of 4 manuals
and 101 ranks of pipes, including an antiphonal organ in the chancel, the organ
at its dedication consisted of only 67 ranks and no antiphonal division. Over
the ensuing years, other donors, notably Kenneth Merrill of South Bend,
Indiana, and the Gaertner family of Farmington, Michigan, enabled a few
additional ranks to be added. The organ did not reach its planned size,
however, until the major renovation of 1995. The idea of an antiphonal division
was abandoned. However, the Valparaiso organ is an instrument of luxurious
size, allowing the player a widely varied palette of tonal colors. And even
more important, the designer and builder achieved the unity of character and
blend of stops that are the hallmark of the best organs.

In its first thirty years, the Reddel organ was host to many
of the world's leading organists. And generations of students, their parents,
faculty, and visitors have experienced the dimension that the Reddel organ has
added to Sunday and daily worship.

--Philip Gehring

Professor Emeritus of Music

University Organist, 1958-88

Behind the scenes of the organ renovation

"The organ should have sounded better," we all
thought that balmy fall afternoon during our guest organist's recital. The
playing was superb, but in spite of the fact that the organ was freshly tuned,
it was becoming clear, especially to some of our alumni present in the audience
that day, that the organ's voice was showing signs of age. One particularly
devoted alumnus, Michael Friesen, 
was thoughtful enough to bring this to the attention of the president of
the University. Likewise, in his typically efficient manner, Dr. Harre asked
the organ faculty to look into the matter. Prof. Gehring, Eifrig, Bernthal and
myself recommended that two consultants be brought to campus to evaluate the
organ's condition. Jack Bethards, president of Schoenstein Organs in
California, and Lynn Dobson, who later was hired to do the work, both announced
that the organ was in need of serious attention. Because of heavy use during
the school year, mechanically speaking the organ had aged three to four times
faster than a normal church organ. Tonally, pipes had become dirty and had
fallen off speech. Visually, the organ was in need of a good cleaning. Finally,
with the development of technology in the last decade, it would improve the organ's
usefulness and flexibility to update its systems.

The latter issue was the easiest to deal with. Solid State
Logic was asked to design the new relay system and combination action and
provide MIDI and playback capabilities for the organ.

Mechanical issues were also relatively straightforward. The
swell boxes had never worked properly, so the very latest, state-of-the-art
Peterson motors were installed. An elegant new console was built, copied after
the old one. While the organ was disassembled, it seemed financially prudent to
restore all the leather.

The tonal nature of the organ was doubtless the most
delicate issue to deal with and the one which required the longest
deliberation. Extra funds had become available to complete the organ, but we
also needed to consider what voicing could be done on the Schlicker pipes. Our
first priority was to keep the original nature of the organ intact. Here was an
excellent example (and one of the largest) of Herman Schlicker's innovative
work. All of the original scales (save for slight modifications to the the 8';
and 4'; principals on the Great) remained untouched. Selective voicing was done
to the flue pipes, not to change the nature of their tone, but rather to give
it more bloom in the chapel. Reeds were cleaned thoroughly and new tongues were
inserted in many, thus improving speech and tonal production.

A related concern was the organ specification. In 1959, the
funds did not exist to build the fourth manual. A Brustwerk and selected stops
from the other three manuals and pedal were left off. The committee thought
that since the essence of the original Brustwerk stops existed elsewhere on the
organ, and that several other stops, such as a two-rank celeste at 4'; pitch,
and two 4'; regals would not be as useful, we recommended some modifications be
made. There seemed to be a need for more 8'; pitch and string tone on the
organ, which caused us to add two 8'; principals (Positiv and Solo) and a
Salicional in the Swell and strings in the Solo. The battery of reeds in the
Great were completed as planned, but new reed colors were added to the other
divisions--a French Chalumeau, Vox Humana, Clarinet and English-style Trumpet.
Since it was clear that the new fourth manual would not be a Brustwerk and, in
fact, would include a set of strings, the decision was made to enclose the
stops and include Harmonic Flutes 8'; and 4'; and 4'; Principal. A cornet was
mounted on top of the box. A Schreipfeife (13/5'; and 11/7';) which was on the
original Bunjes specification, was installed on the Swell. Electronic 32's
would prove much more economical than the 12 wood pipes called for in 1959.

The organ was re-dedicated in a liturgy on Sept. 15, 1996.
John Scott, Organist/Master of Choirs of St. Paul's Cathedral, London played
the afternoon recital.

--Martin Jean

Associate Professor of Organ

The School of Music and the Institute of Sacred Music, Yale
University

The process of restoration and enlargment

The approach of 1985, the Bach tricentennial, encouraged the
university organists to propose finishing the incomplete Schlicker organ. Not
only did the instrument lack almost one-third of the original stoplist, but
twenty-five years of constant use with only minimal repairs had left the organ
in need of major rehabilitation. The university, however, had other capital
projects underway; no large donor could be courted for the organ project. That
would wait for another decade.

The program for 1985, however, was the basis on which the
1995 project was conceived. By the mid-eighties the university organists had a
quarter-century of experiencing the Schlicker organ in the acoustics and
worship programs of the chapel.

The chests of most divisions were set up to receive the
prepared-for ranks, but there were neither chests for the Brustwerk division, nor
did Schlicker or Bunjes have any idea where such a division would be located.
There was also the need for larger sounds, not the miniatures of the specified
Brustwerk.

In 1985 Professors Gehring and Eifrig proposed an
alternative to the Brustwerk, a division that was not an independent chorus of
stops but rather a supplement to the Great. Not wanting to violate the
Bunjes/Schlicker concept, the university organists called this "the Cantus
Firmus Division," with additional horizontal trumpets and a set of
Principals to which the other divisions could be coupled. Such a plan would
enable the organist to lead the singing of 1500 voices in "packed
house" worship, soloing out hymn melodies above full organ accompaniment.
The 1985 plan waited for a later project, and the Bach year was celebrated on
the incomplete Schlicker organ.

By the 1990s Valparaiso University had attended to the
several building projects that had earlier taken precedence over the organ
rehabilitation and completion of the center for the arts. Now a new
administration was in a position to let an arts building represent its
accomplishments. Planning such a building for the music department of necessity
included plans for organ performance and instruction. At an early stage of
conceptual planning thought was given to a moderately large organ for a concert
hall. Budgetary restrictions as well as recognition that the Schlicker in the
chapel would always be the locus of organ performance left the concert hall and
its instrument out of the concepts for the Valparaiso University Center for the
Arts. In that center, dedicated in 1995, practice rooms for four organs were
provided and the Bauer Organ and Choral Room gave the Schlicker teaching organ
a happy environment for teaching, rehearsals, and small recitals or master
classes.

Martin Jean's appointment as University Organist coincided
with planning and construction of the arts center. The chair of the music
department and Jean reminded the university administration and the public that
the organ at the chapel is very much a component of the arts center as well as
a prominent voice for the musical arts in Lutheran worship. A turning point in
this campaign occurred when the Vice-President for Finance understood that the
Schlicker organ, suffering twenty-five years of neglect, was not serving
students well in their organ education. Her appreciation of this fact set in
motion the renovation, completion, and expansion of the Schlicker/Bunjes organ.

Funded by the Vice-President's office, the organists and chapel
staff of the university first drew up a list of builders from whom to solicit
interest in the project. Those interested were asked to state their
expectations for the renovation/completion, proposing a specification that
would modify the original Bunjes stoplist while respecting the Schlicker
character of the existing instrument. The organists and chapel staff
recommended that the Dobson Organ Company be contracted to refurbish and
complete the chapel organ. The University Office of Institutional Advancement,
while engaged already in a major capital funding drive, undertook to secure the
funds needed by the project. The Eickhoff family were generous supporters of
the almost half-million dollar capital investment.

--William F. Eifrig

Professor Emeritus of Music

Teaching organ students on the renovated Reddel Memorial Organ

It has indeed been a joy to teach organ students on the
Reddel Memorial Organ at the Chapel of the Resurrection. The clarity of the
ensemble, the presence in the room of individual stops, and the color and
balance afforded by the completion of the organ have been noticeable to members
of the campus community and visitors alike.

For students, the renovated organ offers a greater tonal
palette from which to choose registrations. The addition of the 16'; and 4';
chorus reeds on the Great increased the brightness and gravity of this
division; the extension of the 16'; Fagott from the Great into the Pedal and
the addition of an independent 8'; 
Trompette in the Pedal increased flexibility in this division. Various
divisions have been "filled out" by adding ranks "prepared
for" but not included in the original construction. Thanks to the addition
of a 13/5'; Großterz on the Great, II Schreipfeife on the Swell, and mounted
Cornet on the Solo we now have the luxury of Cornet combinations available on
all four manuals. The Pedal division now includes a 51/3'; Quinte (from the
16'; overtone series) and an 8'; Flötenbass for more versatility. The new
Solo division, which is enclosed, has greatly expanded the tonal possibilities
of the overall instrument. In addition to providing new colors available as
solo stops--8'; Harmonic Flute, large-scale Cornet, Clarinet, and Trumpet--the
Solo division augments the resources for playing 19th and 20th-century organ
literature. Other additions have made it possible to register organ music of
certain composers or schools more effectively. For instance, the addition of an
8'; Principal on the Positiv and 8'; Vox Humana on the Swell has greatly
enhanced the registration of Franck's organ music. The French 8'; Chalumeau on
the Positiv has likewise enhanced the playing of French Baroque music.

The sophisticated technology now available has made it more
convenient to store and retrieve registrations used by a variety of students.
Solid State Logic offers the capability of storing 40 general registration
combinations on each of 256 memory levels. The MIDI technology allows students
to record music which they are studying for playback in "real time."
Also, the Positiv, Great, Solo, and Pedal have two MIDI channels available
which can play sounds from a MIDI synthesizer, thus adding to the tonal
resources of the organ.

Organ students at Valparaiso University study church music,
particularly service-playing, which includes the playing of hymns,
congregational songs, liturgical service music, and accompaniment of choral
music. All of these areas have been positively impacted by the availability of
new tonal resources on the chapel organ. For instance, the accompaniment of
hymns at worship would formerly require the use of the Great principal chorus
including the mixture. This was due to the large acoustic space of the chapel
which needed to be filled with sound even when the chapel was not filled with
worshipers. After the renovation, the situation is much improved as the Great
Principals 8';, 4'; and 2'; provide sufficient clarity and strength to support
congregational singing. The tenor range of the ensemble is also more audible
and distinct in speech. The addition of the 8'; and 4'; Harmonic Flute (Solo)
and 8'; Holzflöte (Great) have proven very useful for choral
accompaniment.

Finally, the completion of this major renovation has sparked
new interest in the organ and organ music both from students on campus and from
students in elementary schools in the area.

--Dr. John Bernthal

Associate Professor of Music

Associate University Organist

 

Related Content

Cover Feature

The Fred and Ella Reddel Memorial Organ at Valparaiso

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The Reddel Memorial Organ

Dobson Pipe Organ Builders, of Lake City, Iowa, has completed
rebuilding the Schlicker organ at Valparaiso University, Valparaiso, Indiana.
The organ's usefulness continues to increase as an essential facet of the
university's life. Church music majors in both bachelor's and master's degree
programs discover this instrument's flexibility both as a concert and a
service-playing instrument. Its state of the art technology gives students the
ability to practice in a variety of ways, and the wide spectrum of colors
offers an opportunity to learn about authentic registrations from many periods.

Students and faculty daily rotate on the organ bench,
keeping the organ in use over 12 hours a day. The organ leads worshippers in
song at five services per week, in addition to a weekly organ colloquium,
choral rehearsals, student lessons, practice time and recital preparations. The
organ also takes part in formal academic occasions, as well as choral vespers
services and other concerts during the year.

Since the organ's completion there have been faculty and
guest recitals by John Scott, Martin Jean, John Bernthal, Willim Eifrig, Philip
Gehring, Jeff Weiler, John Ferguson, Wolfgang Rübsam, Uwe-Karsten Gross,
and Lorraine Brugh. In addition, the organ is highlighted annually at the
Liturgical Institute, a conference for musicians and liturgists each spring.

The changes made to the organ will not merely meet the needs
of church musicians and their music today. The organ has been prepared with a
flexibility and variety that will also serve the coming generations of church
musicians and all those who continue to make music at Valparaiso University.

--Lorraine S. Brugh

Kruse Organ Fellow

University Organist

The Organ Builder's Perspective

The Chapel of the Resurrection at Valparaiso University was
designed by Chicago architect Charles Edward Stade. Ground-breaking took place
in 1956 and dedication in 1959, the University's centennial year. Prompted by a
spirit of liturgical renewal, and inspired by modern European religious
buildings and the later works of Frank Lloyd Wright, the chapel, its
furnishings and artwork represent a synthesis unique in American post-war
architectural history.

A significant part of this Gesamtkunstwerk is the Reddel
Memorial Organ. Designed by Paul Bunjes and constructed in 1959 by the
Schlicker Organ Company, the entire organ is placed on platforms cantilevered
from the chapel's west wall. The broad sweep of its façades suggests the
transitional visual designs of Organ Reform builders such as Kemper and Kuhn,
which depended on striking arrays of front pipes in lieu of casework. The
structural daring of the organ, evident in older photographs, has been
diminished by the installation of permanent balcony choir risers, which reduce
the visual impact of the cantilevers.

The original disposition of the organ and its windchests was
unusual. Bunjes described the layout in the January 1960 issue of The Diapason:
"Four of the organs [divisions] are physically and tonally divided, so
that there appear to be two greats, two positivs, two swells and two pedals."
Each division's halves symmetrically flanked the west end's stained glass
window. The left half was denoted on stop tablets as "I", the other
on the right as "II".

From today's perspective, the only department in which this
separation seems guided by a musical purpose is the Swell, which is divided
into a chorus half (principals and trumpets) and a color half (flutes, strings
and solo reeds). For the most part, the lowest-pitched stop in a given division
was placed on one side (I), the next stop in the specification on the other
(II) and so forth until every stop was distributed. This arrangement led to
illogical windchest juxtapositions, which thwarted proper blending. Further,
the great distance between the two halves of each division greatly complicated
tuning.

The organ's tonal design reflects Bunjes' concept of the
neo-Baroque organ. Had it been completed, the organ would have included 44
ranks of compound stops and mixtures and three regals. Bunjes' eccentric
nomenclature is already in evidence, with stops such as the Brustwerk
"Schnabelfloete" (described in The Diapason as "narrow scale,
cylindrical") and the Swell "Schwegelschwebung" (a two-rank
celeste at 4' pitch). Tellingly, this latter stop, together with the Swell
Gambe and Celeste, are described as "non-functional registers [which]
appear among the open flutes."

The technical details of the instrument mirror its
transitional visual design. Some forward-looking elements representative of
European trends are present, such as pipes of 85% tin, cone tuning and
"nickless" voicing; other features, such as closed toes, the 68-note
compass of the Swell and a plethora of couplers, reflect the influence of the
American Classic style.

Though the organ had served Valparaiso well for many years,
faults were appearing with increasing frequency. The original swell engines and
combination action had been replaced before our involvement. Windchest problems
signaled the need for releathering, and reinforcement was required to arrest
the settling of the façade pipes. Our work touched every major system
and component of the organ, and can be grouped into the following areas: Tonal,
Organizational and Structural, Windchest, Console and Electrical, and Wind
System.

Tonal Considerations

The organ faculty was eager to preserve the character of the
instrument, while desiring to make additions that would expand the versatility
of the instrument without resulting in a pastiche. As the major recital and
teaching instrument on campus, the organ is expected to accommodate every
practical need.

The Chapel of the Resurrection is a vast space, enclosing
over 1.5 million cubic feet. One sensed a distance in the original instrument,
a curious dullness uncharacteristic of Schlicker's later work (and even
contemporaneous works such as his 1960 instrument at St. Olaf College). Part of
this was undoubtedly a lack of experience working in immense spaces, which are
not always the panacea imagined. More likely, however, is a philosophical
viewpoint articulated by Jonathan Ambrosino as "anti-heroicism": a
reaction to overblown symphonic instruments and a desire to replicate the
intimacy (if not the technical details) found in historic instruments.

Though there were many stop preparations, the principal
choruses of every division, and, for the most part, the flute choruses, were
complete. While providing a not unpleasant sound, they struck the present-day
ear as restrained. It was agreed that the foundations were too light; on the
other end of the spectrum, the Great Mixture in particular seemed dull, thick
and unstable, a trait somewhat shared by the Positiv Scharfmixture. These
mixtures have double choruses, that is, two or more pipes playing the same
pitch. The duplicates were much larger in scale than the primary ranks and had
a fluty, quavering tone. We elected to replace these duplicates with pipes
smaller than the primary pipes. In addition, the Great Aequalprincipal 8' and
Octave 4' were increased in scale by two notes and one note, respectively.
These changes represent the only instances where rescaling or removal of
original pipework occurred. Interestingly, the Swell chorus required only
slight re-regulation; perhaps its encasement and position closer to the ceiling
give it a cohesiveness and point lacking in the other, essentially exposed,
divisions.

Many preparations were sensible and could be completed. Some
exceptions were made, however. In the Positiv, the planned-for Quintadena 8'
was supplanted by a Principal 8'; the Geigend-regal 4' was exchanged for a
large French Cromorne (named Chalumeau to avoid verbal confusion with the 1959
copper Krummhorn). In the Swell, the place for the Schwegelschwebung was given
to a small-scaled Salicional 8', while the prepared-for Dulzianregal 4' became
a Vox Humana 8'. The Pedal Floetenprincipal 8' was built as a firm but quiet
stopped wood Floetenbass 8', and the ambivalent Gemshorn 8' was revoiced to
emphasize its flute character. Because of weight and space restrictions, the
Grossuntersatz 32' had to be electronic if it was to be present at all; we took
the opportunity to supply an electronic Principal 32' as well.

All pipes were carefully cleaned and repaired. Those
originally cone tuned were fitted with slides, both to preserve the smallest
pipes, and because the general voicing treatment (some loudening and raising of
cutups) required slightly longer pipes. Each set of pipes was re-regulated;
some received more extensive work. Pressures were raised from 3 3/8" to 3
3/4" in the Great, Swell and Pedal; the Positiv was increased from 2
3/4" to 3". In addition, the Trompeta Real and the Bombarde 32' have
been voiced on the yet higher pressure of 4 5/16", made possible by a
slight revision to the wind system.

Because the prepared-for Brustwerk seemed almost an
irrelevancy in such a vast building, and since convincing Brustwerk-like
effects could be obtained from the Positiv, we decided to recast the fourth
manual as a Solo, voiced on 6" pressure. This division contains bold
principals, pairs of strings and harmonic flutes, two solo reeds, and a Cornet
mounted outside the Solo expression box. Like the Swell, this division has 68
notes.

Organizational and Structural Issues

The arrangement of the windchests was described earlier. For
architectural reasons, the Swell and Positiv retain their divided arrangement.
Because of the oddly diffuse sound of the Great and to promote tuning
stability, we consolidated the two Greats and two Pedals by moving Great II
into the place formerly occupied by Pedal I, and moving Pedal I into Great II's
former position. Despite these changes and the addition of the Solo, the
organ's visual appearance is unaltered.

The metal façade pipes of the Great and Pedal are
constructed of electrolytic zinc, a much softer material than the handmade zinc
used before WWII. Builders who constructed and supported pipes of new zinc with
the same methods used for old zinc have been embarrassed by collapsing pipes,
since the new zinc requires more robust construction and greater support. At
Valparaiso, some façade pipes have a great amount of overlength that was
not properly supported, causing the tops of the pipes to lean;
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also, the pipes were finished with a
clear lacquer that degraded over time, giving the façade an unattractive
mottled appearance. These pipes were straightened, stripped and repainted a metallic
silver color. We installed additional hooks and racks to hold these pipes
securely.

Console and Electrical Issues

In its original state, the organ's console was located in
the gallery somewhat to the right of center. When the permanent choir risers were
installed, the console was moved to its present central position. A new console
that honors Schlicker's original design was constructed. The heavily-worn
original keyboards were replaced by new keyboards of similar design. New stops
required new stop tablets; because Schlicker-style tablets are no longer
manufactured, we made new tablets of quartersawn maple. A Solid State Logic
combination action and MIDI equipment was discreetly added. A performance
recorder utilizing floppy disks has also been provided.

Wind System

The Schlicker reservoirs have floating-plate tops with
curtain valves; all were restored. Infiltration of untempered air into the
basement blower room from an adjacent mechanical room was eliminated by
extensive caulking, makeup air inlets were enlarged and a humidifier was
installed. The undersized curtain valve in the main static regulator was
enlarged.

Windchests

All the main windchests built by Schlicker employed that
builder's distinctive "Pitman Chest with Tonkanzelle" design. The pneumatic
pouchboards are mounted vertically on the chest siderails. This design is
similar to those invented by Fleming, Roosevelt and others at the end of the
19th century. Schlicker's goal was to give an individual valve chest something
of the "cushion" offered by the channel (Kanzelle) in a pallet and
slider windchest. All pouches and primaries were releathered. New windchests,
where needed, were built with electro-pneumatic action.

Conclusion

The thinking organ builder who is asked to work on an
existing organ faces many challenges, perhaps more than presented by an
entirely new organ. He must gather his facts and ask difficult questions.
Everything is historic from the moment it is made (time bestows its cachet
without regard), but not everything is historically significant. Can we
correctly judge the significance of our forebears' work? Is it right to alter
this organ, and if so, how far should one go? Will retention of the status quo
honor the past while depriving the organ of a future? We all know organs that
were damaged by thoughtless rebuilding; conversely, some of the world's most
revered organs are themselves rebuilds. Ultimately, it is the builder's
integrity, sense of proportion and good taste that determine the outcome.

Our road was greatly smoothed by the Valparaiso organ
faculty: John Bernthal, William Eifrig, Philip Gehring and especially Martin
Jean. Significant assistance also came from Fred Plant, Valparaiso's Director
of Buildings and Grounds, and Barbara Hoover, Chapel Secretary. The organ
itself is a legacy of these people and many others; succeeding generations of
players and listeners should be grateful for their good spirit and
selflessness.

--John A. Panning

Tonal Director

Dobson Pipe Organ Builders

Lake City, Iowa

A Brief History of the Organ

The history of the organ in the chapel at Valparaiso
University begins with plans that were laid for a new campus beginning in the
1940s to replace its original site. The new campus included plans for a chapel,
which were hastened when the original 1892 Auditorium-Chapel burned in 1956.
That $1.5 million structure was destined to be the largest collegiate chapel in
the world, seating some 3,000 people. The edifice was dedicated in 1959 on the
100th anniversary of the founding of the university. Originally called the
Memorial Chapel, it was renamed as the Chapel of the Resurrection in 1969.

Under the direction of Heinrich Fleischer and Theodore
Hoelty-Nickel, planning for an organ began, and Paul Bunjes of Concordia
Teachers College (now Concordia University) of River Forest, Illinois was
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engaged as consultant. The contract was
awarded to the Schlicker Organ Company of Buffalo, New York, and the tonal
design was a collaboration between Bunjes and Herman Schlicker. As originally
envisioned by its designers, the organ was to comprise four manuals, 77
speaking stops, and 101 ranks, not counting two 12-note pedal 32' stop
extensions. It was also largely to have been a straight design, consisting of
69 independent stops, with six borrows and the aforementioned two extensions.
Furthermore, the console provided for a future two-manual and pedal antiphonal
division, the stoplist of which was not determined at the time. (Schlicker was
also subsequently engaged to construct three other pipe organs on campus--a small
two-manual tracker in Gloria Christi Chapel dedicated in 1962, a small
two-manual teaching studio instrument, and a small two-manual practice organ.
Other firms later provided additional practice instruments.)

A gift by Fred and Mazie Reddel of St. Joseph, Michigan in
honor of their parents Fred and Ella Reddel made it possible to initially
construct about two-thirds of the organ. At the time of its dedication on
September 27, 1959 by E. Power Biggs, the organ had only 47 stops and 64 ranks
installed, and was valued at $65,000. In 1962, five additional stops and six
ranks were added--the Great IV Scharf, the Great 8' Trompete, and the Swell 16'
Gedacktpommer, which thus also provided two stops in the Pedal division. These
were made possible by a donation from the E. R. Morris Foundation through the
auspices of Kenneth Merrill of South Bend, Indiana. In 1972, two further stops
and ranks were added--the Swell 8' Schalmei and the Pedal 4' Querfloete. These
were made possible by a gift of Mrs. Walter Gaertner of Farmington, Michigan,
in memory of her husband, and were first used in a recital by Richard Heschke
on April 20, 1972. At that point the organ stood at 54 stops and 72 ranks in
size.

It is also interesting to note that the copper 8' Trompeta
Real, the horizontal reed rank, is not the original pipework in the instrument.
The first set proved to be underscaled, and was taken out and subsequently
installed in the new Schlicker organ of 1962 in St. Luke's Lutheran Church,
Chicago, Illinois. The new set, installed in May 1963, of larger scale,
required more room, so the trebles were "double-decked," whereas the
original pipework had been all on one level.

The physical and tonal design of the instrument was
pathbreaking at the time, since its creation came during the revival of the
neo-classical organ in America. Combined with the striking architecture of the
chapel, the result was a unique visual and aural accomplishment that gave
Schlicker and the university an instrument that drew attention from all over the
world. The organ was illustrated as the only American representation of the
craft of organbuilding as part of the "organ" article in several
editions of the Encyclopedia Britannica over the space of two decades in the
1960s and 1970s, for example.

Split into two large mirrored parts on the rear gallery wall
of the chapel, the design called for the pipework to be placed on numerous
platforms extending out from the wall, divided into tonal groups, but with a
symmetrical facade. Most stops were given "I" (left, or south) and
"II" (right, or north) designations, which could be played and
coupled independently from division to division. The Swell division thus has
two separate expression boxes, which can be independently controlled. The tonal
design of the divisions was to be almost pure "Werkprinzip," with the
Pedal based on a 32' Grossuntersatz (a stopped 16' pipe-based rank, not
installed), the Great on a 16' Principal, the Swell on 8', the Positiv on 4',
and the proposed Brustwerk on 2'. Functionally, however, the facade displayed
only the 16' and 8' ranges of principals. The organ and building design
ultimately dictated that a full 32' open flue rank would never be possible in
the space available.

The organ specifications had been drawn up while the
architectural plans for the chapel were still evolving, and thus the
positioning of the Brustwerk division was also left nebulous. The central
full-length gallery window precluded the installation of that division in
traditional center position, and no chests were constructed. Later ideas that
never came to fruition ranged from creating a "Rückpositiv"
instead on the gallery rail to installing the Brustwerk
style="mso-spacerun: yes"> 
on one of the original platforms. In
addition, various efforts had been made to try to have the organ completed, but
the university deferred such funding to concentrate on other priorities.
Although there were these incomplete features, they did not detract from the
fact that the organ was still capable of having a wide range of literature
played upon it very successfully.

By the 1990s it was clear that the organ needed mechanical
work from the considerable wear-and-tear it received from almost constant use
as a performance and worship instrument, and finally it was possible to
coalesce repair needs, fundraising, and the faculty's desire to finish the
instrument in an appropriate manner into a major impetus that led to the
signing of a contract in 1995 with Dobson Pipe Organ Builders, Ltd., of Lake
City, Iowa, for refurbishing and additions to the Schlicker.

The organ was the first large instrument by the Schlicker
firm, and is one of the largest organs ever built by them. It has long been
considered Schlicker's "magnum opus," and is a vehicle of great
integrity in the synthesis of music, art, architecture, and theology in that
worship space. This account, written on the occasion of the 40th anniversary of
the completion of the instrument, is presented as a contribution to documenting
that it is worthy to be designated as both a masterpiece of American
organbuilding and as a truly historically significant pipe organ.

--Michael D. Friesen

Organ Historian

Crystal Lake, Illinois

 

Chapel of the Resurrection

Schlicker Organ Company, 1959

Paul G. Bunjes, Consultant

Dobson Pipe Organ Builders, 1996

GREAT

                  16'
style='mso-tab-count:1'>         
Principal

                  8'
style='mso-tab-count:1'>            
Aequalprincipal

                  8'
style='mso-tab-count:1'>            
Holzfloete*

                  8'
style='mso-tab-count:1'>            
Gedacktfloete

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

                  4'
style='mso-tab-count:1'>            
Hohlfloete
style='mso-tab-count:1'>          

                  22/3'
style='mso-tab-count:1'>     
Quinte
style='mso-tab-count:1'> 

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

                  13/5'
style='mso-tab-count:1'>     
Großterz*

                  V-VII
style='mso-tab-count:1'>  
Mixture 2'          

                  IV
style='mso-tab-count:1'>           
Scharf
style="mso-spacerun: yes"> 
1'            

                  16'
style='mso-tab-count:1'>         
Fagott*

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

                  4'
style='mso-tab-count:1'>            
Klarine*
style='mso-tab-count:1'>              

                  8'
style='mso-tab-count:1'>            
Trompeta
Real (horizontal)      

                                    MIDI
A

                                    MIDI
B

                                    Swell
I to Great

                                    Swell
I to Great 4'

                                    Swell
II to Great 16'

                                    Swell
II to Great 8'

                                    Swell
II to Great 4'

                                    Positiv
I to Great 8'

                                    Positiv
II to Great 8'

                                    Solo
to Great 16'

                                    Solo
to Great 8'

                                    Solo
to Great 4'

SWELL (I and II separately expressive)

                  16'
style='mso-tab-count:1'>         
Gedacktpommer
I

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

                  8'
style='mso-tab-count:1'>            
Rohrfloete
II

                  8'
style='mso-tab-count:1'>            
Salicional*
II

                  8'
style='mso-tab-count:1'>            
Gamba
II

                  8'
style='mso-tab-count:1'>            
Celeste
FF II

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

                  4'
style='mso-tab-count:1'>            
Spitzfloete
II

                  22/3'
style='mso-tab-count:1'>     
Nasat

                  2'
style='mso-tab-count:1'>            
Waldfloete
II    

                  II
style='mso-tab-count:1'>             
Schreipfeife*
13/5' TC II

                  IV-V
style='mso-tab-count:1'>    
Plein Jeu 11/3' I

                  16'
style='mso-tab-count:1'>         
Fagott
I

                  8'
style='mso-tab-count:1'>            
Helle
Trompete I

                  8'
style='mso-tab-count:1'>            
Schalmei
II

                  8'
style='mso-tab-count:1'>            
Vox
Humana* II

                  4'
style='mso-tab-count:1'>            
Helle
Klarine I

                                    Tremolo
I

                                    Tremolo
II

                                    Swell
I to Swell I 4'

                                    Swell
I Unison Off

                                    Swell
II to Swell II 16'

                                    Swell
II to Swell II 4'

                                    Swell
II Unison Off

                                    Positiv
I to Swell

                                    Positiv
II to Swell

                                    Solo
to Positiv

POSITIV

                  8'
style='mso-tab-count:1'>            
Principal*
II

                  8'
style='mso-tab-count:1'>            
Holzgedackt
I

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

                  4'
style='mso-tab-count:1'>            
Rohrfloete
II

                  2'
style='mso-tab-count:1'>            
Klein
Octave II

                  2'
style='mso-tab-count:1'>            
Blockfloete
I

                  11/3'
style='mso-tab-count:1'>     
Klein Nasat II

                  II
style='mso-tab-count:1'>             
Sesquialtera
22/3' I

                  IV-V
style='mso-tab-count:1'>    
Scharfmixture 1' I

                  III
style='mso-tab-count:1'>           
Klingende
Zimbel 1/5' II

                  16'
style='mso-tab-count:1'>         
Holzdulzian
I

                  8'
style='mso-tab-count:1'>            
Chalumeau*
I

                  8'
style='mso-tab-count:1'>            
Krummhorn
II

                                    Tremolo
I

                                    Tremolo
II

                                    Positiv
I Unison Off

                                    Positiv
II Unison Off

                                    MIDI
A

                                    MIDI
B

SOLO (expressive)

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

                  8'
style='mso-tab-count:1'>            
Harmonic
Flute*

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

                  8'
style='mso-tab-count:1'>            
Celeste*
FF

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

                  4'
style='mso-tab-count:1'>            
Traverse
Flute*

                  V
style='mso-tab-count:1'>             
Cornet*
8' (unenclosed)

                  8'
style='mso-tab-count:1'>            
Trumpet*

                  8'
style='mso-tab-count:1'>            
Clarinet*

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

                                    Solo
to Solo 16'

                                    Solo
to Solo 4'

                                    Solo
Unison Off

                                    Tremolo

                                    Great
to Solo

                                    Swell
to Solo

                                    Positiv
to Solo

                                    MIDI
A

                                    MIDI
B

PEDAL

                  32'
style='mso-tab-count:1'>         
Principal
(electronic)

                  32'
style='mso-tab-count:1'>         
Bourdon
(electronic)

                  16'
style='mso-tab-count:1'>         
Holzprincipal

                  16'
style='mso-tab-count:1'>         
Principal
(Great)

                  16'
style='mso-tab-count:1'>         
Kontrabass

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

                  16'
style='mso-tab-count:1'>         
Gedacktpommer
(Swell)

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

                  8'
style='mso-tab-count:1'>            
Gemshorn

                  8'
style='mso-tab-count:1'>            
Floetenbass*

                  51/3'
style='mso-tab-count:1'>     
Quinte*

                  4'
style='mso-tab-count:1'>            
Choralbass

                  4'
style='mso-tab-count:1'>            
Querfloete

                  2'
style='mso-tab-count:1'>            
Nachthorn*

                  III
style='mso-tab-count:1'>           
Rauschpfeife*
22/3'

                  V
style='mso-tab-count:1'>             
Mixture
2'

                  32'
style='mso-tab-count:1'>         
Bombarde
(Posaunenbass)

                  16'
style='mso-tab-count:1'>         
Posaunenbass

                  16'
style='mso-tab-count:1'>         
Trombone

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

                  16'
style='mso-tab-count:1'>         
Dulzian
(Positiv)

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

                  4'
style='mso-tab-count:1'>            
Kornett

                  2'
style='mso-tab-count:1'>            
Zink

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

                                    MIDI
A

                                    MIDI
B

                                    Great
to Pedal

                                    Swell
I to Pedal

                                    Swell
II to Pedal

                                    Positiv
I to Pedal

                                    Positiv
II to Pedal

                                    Solo
to Pedal

 

* indicates stops added by Dobson in 1996

 

Accessories

All Swells to Swell

Great/Positiv Manual Transfer

Zimbelstern

Pedal Divide

256 levels of memory

8 Great divisional thumb pistons

8 Swell divisional thumb pistons

8 Positiv divisional thumb pistons

8 Solo divisional thumb pistons

8 Pedal divisional thumb & toe pistons

Great to Pedal Reversible thumb & toe piston

Swell I to Pedal Reversible thumb & toe piston

Swell II to Pedal Reversible thumb & toe piston

Positiv I to Pedal Reversible thumb & toe piston

Positiv II to Pedal Reversible thumb & toe piston

Solo to Pedal Reversible thumb & toe piston

Tutti Reversible thumb & toe piston

4 Crescendo settings (one fixed, three programmable) with
crescendo bar graph indicator

Solid State Logic List System (40 generals, 99 steps)

Solid State Logic MIDI system and performance recorder

MIDI stops not affected by couplers

 

New Organs

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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

New Organs

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Goulding & Wood, Inc.,
Indianapolis, Indiana,

Preston Hollow Presbyterian
Church, Dallas, Texas

From the organ builder

From our first contact with the committee of Preston Hollow
Presbyterian Church, we were excited about the possibility of working in
Dallas, with its rich pipe organ culture and many significant instruments. At
the same time, our focus throughout the project has been the same as with all
of our instruments, namely to provide a worshiping community with a versatile
resource that supports their music ministry. Creating a liturgically sensitive
design within the larger context of the Dallas organ community posed challenges
as well as many exciting opportunities.

Throughout the process, we were grateful for the support and
assistance of the Organ Selection Committee, chaired by Jim Watkins, and the
church music staff, including Terry Price, director of music, and Annette
Albrecht, organist. In the many conversations, visits and meals we shared, the
people of Preston Hollow Presbyterian Church became close friends, and we
continue to value their input and camaraderie.

Tonally, the organ is structured around a carefully balanced
plan of principal choruses. Each division relates to and complements the other
divisions in a terraced scheme. The Great plenum is based at 16' pitch with a
divided six-rank mixture allowing for an 8' chorus when desired. The Swell acts
in relief to the Great in a traditional Positiv-Hauptwerk manner. The higher
pitched Cymbale mixture is effective in plenum literature as well as in
coloristic effects. In contrast, the Choir principal chorus is specifically
oriented toward the needs of choral accompaniment, and the mixture clearly
delineates tone without becoming oppressive or over-stated. The Pedal plenum is
built along lines similar to the Great and has a complete, independent chorus
of principals beginning at 16' pitch.

Each manual division contains a third-sounding rank,
increasing the flexibility in playing Cornet-based literature, particularly
French grands jeux and dialogues. Both Great and Choir Cornets are
decomposée, while the light, diapason Sesquialtera of the Swell effectively
colors flutes or principals.

Flute choruses in the instrument display a maximum of
variety in color, ranging from the solid Great 8' Bourdon and 4' Flûte
conique to the Swell's crisp, articulate wooden flutes at 8' and 4' with a
crowning 2' Recorder in 70% lead. The Choir's flute ensemble is the largest of
the divisions and includes a luxurious 16' Conical Flute. Among the largest yet
softest pipes in the organ, this stop features a clarity of pitch created by
the open taper that lays a solid foundation for quieter combinations. Pedal
flutes include the 32' Contre Bourdon, the wooden 16-8' Contrebasse, an 8'
stopped wood Flûte bouchée and the 4' Cantus Flute. The
Contrebasse/Flûte is useful as the foundation of plenum literature,
particularly works in the style of earlier German composers such as Buxtehude,
while the 8' range works well as the chant line in French classic organ masses.
We have recently been exploring solo stops for the Pedal's alto line, and the
4' Cantus Flute in this instrument is our first open wood with inverted mouths
and raised caps. The prominent, commanding flute timbre is designed especially
for works such as the fourth movement of Widor's Fifth Symphony
style='font-style:normal'>.

Reed stops in the organ span a similarly wide spectrum of dynamic
and style. The Choir solo stops of Cremona, English Horn and Tuba contrast with
the dramatic fire of the Swell reed chorus with independent trumpets at 16', 8'
and 4'. The Pedal chorus is built on the 32' Posaune with wooden resonators
that encourage a generous amount of fundamental pitch. All reeds in the organ,
with the exception of the resonators of the Posaune, are from A. R. Schopp's
Sons, who also made the strings, Great Harmonic Flute and display pipes. We are
grateful to the people of A. R. Schopp's for their excellent work in all of our
projects.

The casework of the façade incorporates the main
architectural ornament details in the room. Hand-carved Corinthian capitals
based on the Temple of the Winds design support a substantial architrave with
dental molding and carved egg-and-dart detail molding. The console features
panels with crotch mahogany and styles and rails with quarter-sawn ribbon
mahogany. Console controls include 128 levels of memory, simple sequence memory
with advance thumb pistons in each key slip and an internal MIDI interface with
data filer for record and playback.

Mechanically, the organ uses Goulding & Wood's unique
design of electro-pneumatic slider and pallet windchests. This design offers a
tightness of ensemble and attractive speech characteristics which typify common
key channel instruments while allowing for remote, moveable key control. This
marriage of recognized mechanical design and up-to-date technology produces a
musical instrument of great expression and versatility. Adding to the reliable
chest mechanics, the layout and engineering of the instrument allows
accessibility for maintenance and tuning as well as maximizing tonal egress.
Great and Swell divisions are located near the barrel-vault ceiling, allowing their
voice to emanate freely through the room, and the Choir box is located near the
choir stalls of the chancel for effective accompaniment.

It is our hope and expectation that our Opus 41 will serve
the people of Preston Hollow Presbyterian Church well in their worship for
generations to come. Similarly, we look forward to contributing to the vibrant
cultural life of Dallas.

--Jason Overall

From the organist

My first days as organist at Preston Hollow Presbyterian
Church in March of 2000 were filled with excitement. The congregation had
recently approved a capital building expansion campaign that included new
facilities for music rehearsal, an enlarged and acoustically improved
sanctuary, and a new pipe organ. Becoming part of the music ministry team, forming
new relationships with congregation, choir and staff, and jumping right into
the process of selecting a builder for the new instrument was a challenge.
Working with Dr. Jim Watkins, chair of the selection committee, Terry Price,
music director and former classmate, and the rest of the committee was a joy.
The enormity and challenge of embarking on a project of this scope became very
real, and it was with a sense of certainty and good fortune that we decided to
entrust the planning and building of this new instrument to Goulding &
Wood, Inc. of Indianapolis.

While the organ committee was busy planning the
specification for this instrument with Jason Overall and Brandon Woods of
Goulding & Wood, others at the shop consulted with the architects for the
sanctuary expansion. To have the organ builder involved in this process was a
luxury that many don't experience. After the sanctuary renovation was complete,
we still had to wait another year for the organ. We finalized the stoplist,
enjoyed frequent digital photos of building progress e-mailed from the
workshop, and tried to imagine the sounds of the new instrument. Frequent
communication from the folks at Goulding & Wood helped us plan and prepare
for the installation, which occurred in the fall of 2003. Because of this, very
few problems were encountered, and the organ was ready several weeks earlier
than forecast.

It's very difficult to describe the pleasure of musical
sound. Most music lovers can recall the experience of sound lifting and
transporting the soul, of losing oneself in the beauty and holiness of the
moment. I and many others expected this instrument to provide the instrumental
voices for this kind of experience. The visual impact is simple, elegant, and
stunningly beautiful. The sound is rich and resonant, not muddy, but
full-bodied, with mixtures providing clarity and brilliance without a hint of
shrillness. Since the installation, my days have been filled with the wonder of
discovery. Instead of trying yet another trick to find a registration that
works, I have the delightful challenge of choosing from among several beautiful
possibilities. Preparing hymn accompaniments is a joy; the sanctuary's
acoustical improvements support the organ and congregation's song.
Possibilities for anthem accompaniments for our 120-voice choir are nearly
limitless. Repertoire that was filed away is brought out, registered, and
played, with the exclamation, "Aha! That's how it should sound!" The
powerful voice of Opus 41 fills the 900-seat space without becoming strident;
the Tuba 8' provides a crowning touch. The softest manual voice, the Choir
Conical Flute 8', almost disappears, while the 32' Contre Bourdon purrs quietly
underneath.

I believe I may speak for the selection committee, the
Preston Hollow Sanctuary Choir, the music ministry, and the congregation when I
say that we are truly blessed. We had a dream that was recognized by this
congregation to have great value, that merited considerable financial
commitment. This dream was nurtured, shaped and strengthened by our
collaboration with the Goulding & Wood organ builders. Our desire for a
pipe organ that could lead us as we lift our hearts, souls and voices together
in praise of our Creator God has been realized.  Our journey of stewardship of this great gift is now just
beginning.

--Annette Albrecht

From the senior minister

I have always said that sacred music in worship is "my
sermon," allowing me to hear the Word proclaimed beyond mere words,
interpreted by the great composers of all ages. Music lifts the soul beyond the
merely rational, and inspires God's people to sing the songs of faith.

Our new Goulding & Wood pipe organ has become the
centerpiece of our chancel; more importantly, it is our cantus firmus,
grounding our worship, raising the eye upward and tuning our praises. Already
we sense a new energy, depth and vitality in our services of worship. Whether
it is a Thanksgiving service, Christmas candlelight, a memorial service, a
wedding or an Easter Sunday, our 69-rank Goulding & Wood is capable of all
the nuances of color and meaning needed for the church's many moods.

I cannot express sufficient gratitude to all the artists
from Goulding & Wood who took great interest in our church, befriended our
staff and members and were supremely committed to the building of an instrument
to be used in the worship of God. They will be remembered by generations to
come--every time Goulding & Wood's Opus 41 fills its great bellows and
sings again.

--The Rev. Dr. Blair Monie

Great

16' Præstant

16' Bourdon (ext)

8' Principal

8' Gamba

8' Flûte harmonique

8' Bourdon

4' Octave

4' Flûte conique

2 2/3' Quint

2' Super Octave

1 3/5' Terz

2 2/3' Gross Fourniture II

1 1/3' Fourniture IV

16' Fagot

8' Trumpet

8' Tuba (Choir)

Tremolo

Gt/Gt 16-Unison Off-4

Swell

16' Gedeckt (ext)

8' Geigen Diapason

8' Gedeckt

8' Viole de gambe

8' Voix céleste (GG)

4' Principal

4' Clear Flute

2' Octave

2' Recorder

1 1/3' Quint

2 2/3' Sesquialtera II (TC)

2' Plein Jeu III-IV

1' Cymbale III

16' Contre trompette

8' Trompette

8' Hautbois

8' Voix humaine

4' Clairon

Tremolo

Sw/Sw 16-Unison Off-4

Choir

16' Conical Flute

8' Narrow Diapason

8' Chimney Flute

8' Conical Flute (ext)

8' Flute Celeste

4' Fugara

4' Spindle Flute

2 2/3' Nazard

2' Block Flute

1 3/5' Tierce

1 1/3' Larigot

2' Mixture III

8' Cremona

8' English Horn

8' Tuba

Tremolo

Cymbelstern

Rossignol

Ch/Ch 16-Unison Off-4

Pedal

32' Contre Bourdon

16' Principal

16' Contrebasse

16' Soubasse

16' Bourdon (Great)

16' Gedeckt (Swell)

16' Conical Flute (Choir)

8' Octave

8' Flûte (ext Contrebasse)

8' Flûte bouchée

8' Gedeckt (Swell)

4' Choral Bass

4' Cantus Flute

2' Mixture III

32' Contre Posaune

16' Posaune (ext)

16' Fagot (Great)

8' Trompete

8' Fagot (Great)

8' Tuba (Choir)

4' Schalmei

Tremolo

Cover photo by Robert Duffy

The 1911 Murray M. Harris Organ at St. James' Episcopal Church, Los Angeles, California

by Manuel Rosales

<p class=MsoNormal>Notes</p>

<p class=MsoNormal><span style='mso-tab-count:1'>&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp; </span>1.<span
style='mso-tab-count:1'>&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp; </span>Some
of the historical material has been extracted from the late Dr. David Lennox
Smith's 1979 dissertation &quot;Murray M. Harris and Organ Building in Los
Angeles: 1894-1913&quot; (The University of Rochester, Eastman School of Music,
D.M.A. 1979, available from University Microfilms International, Ann Arbor,
MI).</p>

<p class=MsoNormal><span style='mso-tab-count:1'>&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp; </span>2.<span
style='mso-tab-count:1'>&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp; </span>
The most significant partnership was with Henry C. Fletcher.<span
style="mso-spacerun: yes">&nbsp; </span>They installed two new Hutchings organs
in Pasadena churches as well as constructing their Opus 1 for Church of the
Ascension (Episcopal) in Sierra Madre, CA.</p>

<p class=MsoNormal><span style='mso-tab-count:1'>&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp; </span>3.<span
style='mso-tab-count:1'>&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp; </span>The
tonal style of Murray M. Harris organs is a reflection of traditional
19th-century classicism while simultaneously appealing to the trends in
stop-ists of the time. The flue choruses possess great clarity and richness
which preserve the integrity of the ensemble. Even a modest chorus, without a
mixture, is not muddy.</p>

<p class=MsoNormal><span style='mso-tab-count:1'>&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp; </span>4.<span
style='mso-tab-count:1'>&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp; </span>The
Stanford Memorial Church organ was restored from 1981-1995 by Newton Pipe
Organs, Rosales Organ Builders and Curators John DeCamp and Mark C. Austin. The
completed work was featured at the 1995 Convention of the American Institute of
Organ Builders.</p>

<p class=MsoNormal><span style='mso-tab-count:1'>&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp; </span>5.<span
style='mso-tab-count:1'>&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp; </span>Actually
this was not the first 32' reed in the City of Los Angeles. The no longer
extant 1906 Austin in Philharmonic Hall possessed a 32' Magnaton which
technically was a reed but sounded like a very refined Open Wood.</p>

<p class=MsoNormal><span style='mso-tab-count:1'>&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp; </span>6.<span
style='mso-tab-count:1'>&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp; </span>The
Echo 8' Vox Humana and the Swell 8' Concert Flute were missing. In the current
installation the Vox Humana from the 1926 Kimball at St. James' was retained but
the 8' Concert Flute was not restored.</p>

<p class=MsoNormal><span style='mso-tab-count:1'>&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp; </span>7.<span
style='mso-tab-count:1'>&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp; </span>Special
electric pull-downs were developed for the slider chests in order to avoid the
use of<span style="mso-spacerun: yes">&nbsp; </span>leather. All of the slider
chest's pallets are augmented with electric relief valves. This allows the
windchest to operate on pressures in excess of 4&quot;without any hesitation on
the initial attack or quick repetition. These windchests will never require
re-leathering!</p>

<p class=MsoNormal><span style='mso-tab-count:1'>&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp; </span>8.<span
style='mso-tab-count:1'>&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp; </span>The
property remained vacant for ten years and is now the site of the Sanwa Bank.</p>

<p class=MsoNormal><span style='mso-tab-count:1'>&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp; </span>9.<span
style='mso-tab-count:1'>&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp; </span>Most
regrettable was the loss of this impressive and dramatic sacred space; a
beautiful and welcome refuge from the noise and chaos of downtown Los Angeles.
To get some sense of the Cathedral and its acoustics, one can visit All Souls'
Chapel at Good Samaritan Hospital, a 1/3rd scale replica of the Cathedral which
was designed by the same architect.</p>

<p class=MsoNormal><span style='mso-tab-count:1'>&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp; </span>10.<span
style='mso-tab-count:1'>&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp; </span>The
distribution of the stored material from St. Paul's Cathedral was as follows:
to St. James' went the Murray Harris organ, some stained-glass windows,
carvings and paneling. The pulpit and Cathedra were designated for eventual use
in the as yet un-built Diocesan Center. St. Athanasius Church (on the site of
the new Diocesan Center) received the chapel organ and a mixture wind chest
which had been added to the Murray Harris. The parts were installed in such a
poor manner that the organ was eventually sold for parts.</p>

<p class=MsoNormal><span style='mso-tab-count:2'>&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp; </span>St.
John's Church in West Adams District of Los Angeles was the recipient of the
antiphonal organ, the Aeolian-Skinner console and the lowest twelve notes of
the Murray Harris 32' Bombard (since the St. John's E. M. Skinner organ had
lost its lowest Bombarde octave some years prior). However, St. John's opted
not to install these large pipes, and eventually they found their way to St.
James'. The Antiphonal organ was installed and is in use, but the
Aeolian-Skinner console was eventually sold.</p>

<p class=MsoNormal><span style='mso-tab-count:1'>&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp; </span>11.<span
style='mso-tab-count:1'>&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp; </span>Actually
the organ was stored for 6 years by the Diocese and after the transfer of
ownership for 4 years by St. James' Church. </p>

<p class=MsoNormal><span style='mso-tab-count:1'>&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp; </span>12.<span
style='mso-tab-count:1'>&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp; </span>St.
James' was the only Episcopal Church in the Diocese which could have
accommodated an organ of that size without major alterations to the building.</p>

<p class=MsoNormal><span style='mso-tab-count:1'>&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp; </span>13.<span
style='mso-tab-count:1'>&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp; </span>See
The American Organist, August, 1994, p. 37.</p>

<p class=MsoNormal><span style='mso-tab-count:1'>&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp; </span>14.<span
style='mso-tab-count:1'>&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp; </span>In
places the walls were as thin as 1/2&quot;. In the chancel the walls have been
increased to a thickness of 2&quot;.</p>

<p class=MsoNormal><![if !supportEmptyParas]>&nbsp;<![endif]><o:p></o:p></p>

<p class=MsoNormal>The David John Falconer Memorial Organ is a gift of The
Ahmanson Foundation and from the Estate of Helen Parker</p>

Default

A brief history of the project

The Murray M. Harris Company

Murray M. Harris (1866-1922) is generally regarded as the
Father of Organ Building in the West. Born in Illinois, Murray Harris moved with
his family to Los Angeles in 1884. In 1889, Murray Harris relocated to Boston
to receive his training in organbuilding with George S. Hutchings, at that time
one of the nation's premier organ builders. Harris returned to Los Angeles in
1894 both to represent and install Hutchings organs and to establish his own
organbuilding business. After a few short-lived partnerships, he formed his own
firm Murray M. Harris Organ Company in 1898.2

Fame and business soon came Murray Harris' way, and in 1900
he was able to attract a talented band of craftsmen from the East coast to help
him build better organs. This group included several famous organbuilders,
among them William Boone Fleming. Together these gentlemen revolutionized the
mechanism of the Murray Harris organ; the craftsmanship exhibited extraordinary
attention to detail, and the voicing produced an ensemble in step with the
orchestrally-inspired tastes of the day, but with an energy and drama all too
rarely encountered.3 Murray M. Harris himself imparted a coveted tonal
signature. His stature as the builder of some of the finest organs available in
North America brought the company many contracts, among them the organ of
three-manuals and thirty-five speaking stops for the First Methodist Episcopal
Church, Los Angeles. In 1901 he was awarded a contract for an instrument of
forty-six speaking stops for Stanford University's Memorial Church.4

From this prestigious beginning, the company grew rapidly,
securing the contract for the Louisiana Exposition organ (St. Louis World's
Fair) of 1904. At the time, this was the largest organ in the world, with one
hundred and forty stops (it would later become the nucleus of the organ in the
John Wanamaker Store, Philadelphia). Due to cost overruns and litigation, the project spiraled out of control, and the board of directors deposed Murray Harris as president of his own company. He severed all ties with the company, and for the next three years worked as an investment broker. The Board of Directors changed the company name to Los Angeles Art Organ Company.

In 1906, Harris re-entered organ-building with the help of
one of his former workmen, Edwin Spencer, under the name Murray M. Harris
Company. Based upon a different type of wind-chest (sometimes built of pine, at
other times redwood), the instruments from this era continued to exhibit the
same marvelous tonal qualities of the earlier work, and in some cases exceeded
them.

The new firm continued to build organs until 1912. In that
year Murray Harris returned to the investment world; he died in 1922 while on a
business trip to Arizona. However, the former Murray Harris craftsmen continued
to work through 1930, first as Johnston Organ Company, then as the California
Organ Company, and finally as the Robert-Morton Organ Company, becoming
prominent in both church and theater organs. The company continued to employ
many of the Harris concepts, scales and voicing techniques. The Robert-Morton
Organ Company's magnum opus was the four-manual organ for Bovard Auditorium at
the University of Southern California.

The organ for St. Paul's pro-Cathedral

One of the last large organs Murray Harris built was for St.
Paul's pro-Cathedral in Los Angeles. This edifice was built in 1889 as St.
Paul's Church, the largest Episcopal church in the city, located on Pershing
Square in downtown Los Angeles (the current site of the Biltmore Hotel). With
the 1895 election of Joseph Horsfall Johnson as the first bishop of the
Episcopal Diocese of Los Angeles, St. Paul's was elevated to pro-Cathedral.

In 1906 Ernest Douglas, Mus.D., F.A.G.O., was appointed
organist and choirmaster of St. Paul's. Douglas was a Bostonian, a fine
musician and a product of distinguished organ education, having studied with Samuel B. Whitney in Boston, Sir Frederick Bridge at Westminster Abbey London and with Franz Xavier Scharwenka in Berlin. His arrival at St. Paul's marked a distinct improvement in the music program, making the lack of a suitable organ all the more glaring.

At long last, a contract was signed with Murray M. Harris
& Company in July 1910 for a new three-manual organ of forty-one speaking
stops; the price was $12,500. Several features would distinguish the new
instrument: concrete swell boxes and a movable console (both trademarks of the
notorious English organbuilder Robert Hope-Jones); the doubly-enclosed Echo,
playable on the Choir but enclosed within the Swell box; the duplexing of the
Swell reeds to the Choir manual for added flexibility; harp and chimes; and the
provision of a 32' Bombarde, the first such stop to be installed in Los
Angeles.5 The organ was scheduled for delivery before Christmas 1910, but
appears not to have been ready until the following spring.

Los Angeles was growing at an unprecedented rate with
churches and organbuilding prospering as a result. The Cathedral was no
exception, and by 1920 the congregation had grown sufficiently to warrant a new
edifice. On January 31, 1922, Douglas played a final recital on the Murray
Harris in its first home; the program was entirely of his own works. The organ
was then  placed in storage with
the intention that it would be installed in the new Cathedral. Old St. Paul's
was razed later that year, and the new St. Paul's simple, elegant building in
Spanish style was consecrated as the Cathedral in 1924, like its predecessor
one of the largest Episcopal churches in the region.

Fortunately, the new building possessed superb acoustics;
unfortunately, the architects had not provided adequate space or tonal egress
for the existing instrument. In charge of the organ installation was Stanley
Williams, who had worked with Harris in 1911 and had voiced the organ
originally. Williams was now representing the Chicago organbuilding firm of W.
W. Kimball, and thus the Harris organ was provided with a new Kimball console
which contained a number of stop preparations. Williams' only change to the
instrument was to move the Swell Concert Flute into the Echo organ. Otherwise,
the organ remained intact and the Kimball preparations never materialized.
(Also interesting to note, Stanley Williams sold the 1926 Kimball organ to St.
James' Church, Wilshire Boulevard.)

During the years when Frank K. Owen was Organist/Choirmaster
(1953-1974), the organ was well cared for. His admiration and fondness for the
instrument assured the preservation and enhancement of the character of the
original work. He facilitated the replacement of the Kimball console with an
Æolian-Skinner console, the installation of an antiphonal organ, the addition of two mixtures, as well as some other minor tonal changes. However, under another organist in 1975-76, a series of changes were made in an attempt to keep the organ abreast of current tastes in organ tone including the
transposition of ranks to higher pitches and the swapping of stops with the
Estey organ in the chapel. Fortunately, all except two original ranks of pipes
were to be found stored in the chambers.6

When in 1976 Mrs. Carol Foster was appointed organist and
choirmaster, she became determined to see the organ restored as its condition
was dismal; only the Great 32' Tuba unit, the added mixtures on their own
chests and the Antiphonal functioned with reasonable reliability. From 1977 to
1979 the organ was in the care of Manuel Rosales and the late David Dickson;
they could do no more than to keep the reeds in tune and chase after the
incessant ciphers. A meeting with Bishop Robert C. Rusack yielded a promise to
form a committee which would investigate the possibility either of significant
repairs or a revamping of the instrument on new slider chests (the plan
ultimately followed at St. James')7. Unfortunately, the committee took no real
interest nor further action.

In late 1979 the Bishop announced, to the great dismay of
the Cathedral community, that the building would be razed, apparently due to
structural and safety considerations. The Cathedral property was quickly sold,
and an urgency developed to evacuate the premises as quickly as possible.8 The
organ played its final service on Christmas Eve, 1979.

When no plans were announced to save the organ, the
furnishings or any of the Cathedral's architectural treasures, Mrs. Foster,
Dickson and Rosales once again submitted a proposal to the Bishop to find
suitable storage for the organ and to remove it and whatever else could be
salvaged of the building's interior appointments. Bishop Rusack accepted this
proposal. Of the organ, all the pipes, the chest for the Tuba unit, the
bellows, the console, the antiphonal section and its casework, and the chapel organ were removed.  Since the main
windchests were of redwood with ventil stop action, and had suffered from
alteration and poor maintenance, it was decided not to save them.9 & 10

For the decade-long period in which the Murray Harris organ
was in storage, some members of the Cathedral corporation searched for ways to
dispose of the instrument.11 Several suggestions were considered, including
donating it to a theater, a stadium, even the Hollywood Bowl. Eventually, the
Cathedral corporation consulted Manuel Rosales, who suggested that another
church in Los Angeles should be the first choice.

A new home at St. James' on Wilshire Boulevard

Concurrently with the Diocese's decision to dispose of the
Murray Harris, St. James' Episcopal Church in the mid-Wilshire section of Los
Angeles was beginning to realize that their 1926 Kimball was beyond reasonable
restoration. By 1980 it had undergone the kind of tonal changes that the
Cathedral organ had, but with so much of the original pipework discarded that
the original character could not be recaptured. At that point the Diocese then
approached St. James' and offered the Murray Harris at no cost.12

Realizing that this instrument could meet the needs of St.
James' parish, David John Falconer, organist and choirmaster, became keenly
interested in the project and obtained approval to seek funding. He had been
exploring a variety of options when he approached the Ahmanson Foundation,
whose grants director Lee Walcott invited him to submit a proposal. Sadly, Dr.
Falconer was killed in an attempted robbery April 22, 1994.13

The Ahmanson Foundation chose to fund the project, and the
Schlicker Organ Company of Buffalo, New York, was selected to perform the work.
David Dickson, who knew and loved the Murray Harris organ, was at that time
Schlicker's artistic director.

Concurrent with the developing plans for the organ, St.
James' decided to improve the Church's acoustics. Eventually, all
asbestos-laden fiberglass was removed from the clerestory, and the plaster on
the walls was increased in thickness, with particular attention paid to the
chancel surfaces.14

A plan was developed which involved incorporating all of the
existing Murray Harris pipework, its bellows and the 1926 Kimball Echo organ,
blower, and two ranks of pipes. To increase the tonal palette, the plan
included adding sixteen stops in the Murray Harris style. The instrument would
also require new slider wind chests, expression boxes and a state-of-the-art
console. Although this would result in essentially a new working mechanism for
the organ, the tonal character of the Murray M. Harris organ would be retained
and enhanced.

The rear gallery, as a place of installation, was ruled out
due to lack of space. It was decided to enlarge the front organ chambers by
adding cantilevered decorative cases, thus creating additional space and
improved egress of sound.

During the organ's re-construction phase, the project has
seen several changes. The Schlicker Organ Company began by designing new slider
wind-chests and a console; eventually, they would accomplish all of the
mechanical work. Some delays occurred, including the untimely early death of
David Dickson in 1991. The project was revived in 1993 when Austin Organs, Inc.
became principal contractor. Under the revised plan, Austin would oversee the
project and take charge of all voicing and pipework, while Schlicker, under the
direction of J. Stanton Peters, would remain in charge of the mechanical
aspects, console and installation. David A.J. Broome, Tonal Director of Austin
Organs, collaborated with Manuel Rosales on the scaling and voicing of the
added pipework, with Broome taking charge of artistic direction at the Austin
factory. The Austin Organ Company pipe shop and voicers are to be commended for
their excellent workmanship and care in the restoration and tonal finishing of
the pipework.

The organ arrived at St. James' in April of 1995, with
on-site installation performed by Schlicker personnel. Tonal finishing began in
August, under Austin's Assistant Tonal Director Daniel Kingman assisted by
Christopher Smith of Schlicker. In the final weeks of the finishing, reed
voicer Zoltan Zsitvay of Austin joined Mr. Kingman. Manuel Rosales and Rosales
Organ Builders supported and assisted throughout the installation and tonal
finishing.

In its present home, the revised and enlarged Murray M.
Harris organ displays its original character as well as an enhanced presence in
St. James' pleasant acoustics. The organ possesses clear and unforced Diapason
tone with a bountiful collection of unison colors.  The Great chorus is bold and well defined. The Swell and
Choir chorus are each appropriately softer and make excellent accompaniment
divisions.  The chorus reeds are
likewise varied in strength also making beautiful solo stops. The stops created
by Austin Organs were designed and voiced using examples and scales from other
Harris instruments, except for the Cornet V which is appropriately patterned
after a stop in the Metropolitan Cathedral, Mexico City. The entire ensemble is
underpinned by the original 32' Contra Bombarde whose low CCCC pipe is two feet
across!

The completed instrument was dedicated to the memory of
David John Falconer on November 5th, All Saints' Day, at a festival service
with The Right Reverend Frederick H. Borsch, Bishop of Los Angeles, presiding,
and The Reverend Kirk Stevan Smith, Ph.D., Rector assisting.
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Organist & Choirmaster James P.
Buonemani was assisted by Associate Organist David McVey.

Australian David Drury of the University of Sidney performed
the opening concert. His program featured works of Saint-Saëns, Mozart,
Widor, Jongen, Jackson, Hakim and an improvisation on two submitted themes. Mr.
Drury's artistry and imagination well exhibited the varied resources of the
instrument.

Eighty-four years since the organ's construction, and
sixteen years since its removal from St. Paul's Cathedral, the cultural
community of Los Angeles celebrates a voice from the past which was created in
our city and now sounds forth again with restored majesty.
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A. E. Schlueter Pipe Organ Company, Lithonia, Georgia
Hendricks Avenue Baptist Church, Jacksonville, Florida

The early morning hours of December 23, 2007 were of significance and great loss for the Hendricks Avenue Baptist Church. Due to contract negotiations with the symphony, the then-locked-out musicians of the Jacksonville Symphony Orchestra performed at Hendricks Avenue Baptist Church with a “Messiah Sing” on the evening of December 22. The proceeds of this performance were to benefit the Health and Welfare fund of the members of this institution. This was the last performance ever held in the sanctuary. Sometime in the morning hours of the 23rd a fire started and in a matter of hours consumed the church to the foundation. On the brink of Christmas, the stunned members and staff assembled on the church grounds in front of the still-smoldering pyre of their sanctuary, to console, pray, and plan. From this immeasurable loss they resolved to bolster their presence in the Jacksonville community with a new church and renewed dedication to their ministry.
Reverend Dr. Kyle Reese assembled a team to plan and oversee the rebuilding of the sanctuary. They vowed to have the church open no later than December 23, 2009, when they would again open the church to the public with a performance of Handel’s Messiah. In addition to Pastor Reese, key members who were to play a role in our building an instrument were O’Neal Douglas, chairman of the Sanctuary Renovation Task Force; Bill Mason, organ committee chairman; Reverend Tommy Shapard, Minister of Music and Worship; and Brenda Scott, organist. A constant presence on this construction project was O’Neal Douglas, who served as a living Gantt chart. He invested untold hours to assure the clear communications and coordination between all the different trades involved to build this church by the required completion date.
Lost in the fire was a three-manual, 48-rank Möller that had been installed in 1989. As one of the last instruments from Möller, it was a very good example of their building style and had been well loved by the congregation. Prior to working with our firm as a sales representative, Herbert Ridgeley Jr. represented the Möller firm. He had worked with then minister of music Reverend Kendall Smith on the installation of this Möller instrument. Marc Conley of our staff had worked on this instrument when he was employed by Möller. With these past affiliations, we began the initial discussions with the church as they considered a replacement pipe organ and evaluated firms that might build this instrument. In the words of Tommy Shapard, the charge of the organ committee was “to design an instrument with a variety of colors and levels of expression available in the new instrument to give our congregation and choir the opportunity to sing together more vitally and creatively as a worshipping body.”
I will always recall an exchange that took place early in our meeting with the organ committee. As we talked about a proposed stoplist, we were five minutes into the discussion when Chairman Mason raised a finger and jokingly said, “Arthur . . . from this point forward whenever we say Baptist, we want you to think Presbyterian.” He was referring to the landmark III/62 instrument our firm was building at that time for New York Avenue Presbyterian in Washington and its ties to President Lincoln and theologian Peter Marshall. (See cover feature, The Diapason, July 2010.) I came to find a much deeper meaning in his offhand quip. In public and private discussions, I have heard other builders refer to a “type” of organ they design by denomination. Personally, I do not believe one serves any church well by imprinting their view of any particular denomination—a generic “this is it” approach to stoplist and tonal design of an instrument. This is true regardless of whether it be Baptist, Methodist, Presbyterian, Catholic, Episcopal, or any other denomination. There are and always will be the subtle and not so subtle differences in a church’s worship style. Often in my professional career I have had a church explain their “traditional” worship only to find a worship style that I might personally find to be contemporary, or often a church that describes itself as “contemporary” to be traditional. The euphemism “blended” often used by many churches to describe their music in worship does not solve any identity issues either. As a builder, it is incumbent upon you to experience a church’s worship with your own eyes and ears and then really listen to how your client will use the organ in their worship. This is the only surefire way to refine a stoplist and scale sheets into a cogent amalgam that will allow you to design, voice, and tonally finish an instrument that truly serves the vision of the church you are working for.
A very real challenge in the design of this instrument was that the church moved very fast in the design of a building to assure their December 23, 2009 first service. By the time a contract was signed with our firm, the basic design of the building was locked in place and key building materials had been ordered. We had to work with the architect to design space for an instrument in a building that was already well defined. To allow for an instrument, space would have to be created. As a design team, we found that if we changed the width of the hallway access to the baptistery on the right and left and had a concrete lentil poured above the hallway and above the baptistery, room could be provided for a 43-foot-wide chamber of varying depth and elevations. Taking into account the sloping ceilings in the chambers, we planned a left-to-right division orientation of Swell, Great/Pedal, and Choir. The enclosed divisions of the organ have tone openings on their front and also on the side openings into the center Great and Pedal division. These side openings provide a coalescence and focus for the enclosed resources into the central axis of the instrument.
The chancel façade is designed to frame the baptistery. The façade is silver with polished mouths and features pipework from the 16′ Principal, 16′ Violone, 8′ Octave, and 8′ Diapason. The casework has a maple finish to match the church furnishings. To support the needs of audio-visual functions in their ministry, a projection screen was incorporated into the center section of the upper organ case.
The completed organ is 60 ranks, divided among three manual divisions in the chancel and a floating Antiphonal division in the rear of the church. My specification and scaling for this instrument has its roots in American Classicism, with an emphasis on the English elements found within this stylistic construct. All of the organ divisions are weighted around 8′ chorus structure. The Great is designed around a diapason chorus that has richness and warmth but that still maintains clarity in its phrasing. The Swell features an independent 8′ Principal, which allows the 8′ Swell string scales to be narrower, since these stops do not need to provide the core 8′ flue foundation. The Gemshorn in the Choir is generously scaled, with a wide mouth to support a function in this division analogous to a foundational Spitz Principal. The mixtures in the enclosed divisions are pitched at 2′ and provide a logical completion to the enclosed division principal choruses. This allows completion of the 8/4/2 chorus ladder without breaks in pitch or the need for independent 2′ principals as single stop draws. In addition to avoiding the stridency sometimes found in mixtures with pitches above 1′, this treatment of the mixtures also frees up the 2′ pitch registers for independent manual flutes.
While individually differing in color, the two enclosed divisions have parallel flue pitch registers for support of choral accompaniment. With a large, effective shade front, these divisions provide ample resources of weight and color against the human voice.
The organ reeds were designed with English shallots, which prove much more favorable in a dryer American acoustic. As is our common practice, the organ reeds are placed on separate reservoirs, separate tremolos, and individual unit electro-pneumatic windchests. This treatment allows the reeds to be freed from the strictures of the manual flue wind pressures. This allows complete freedom in scale, shallot design and treatments, and tongue thickness. With a separate tremolo, achieving the correct depth and speed on the reed stops does not become as elusive as it can sometimes be when flues and reeds share a common plenum.
For a large festive solo voice, the chancel organ features a high-pressure English Tuba. This stop is located in the Choir division, and under expressive control it can be used as a darker ensemble reed when it is dynamically caged. It is carried down to the 16′ register to effectively ground the Pedal division.
A very complete Pedal division was desired, with multiple pitches represented from 32′ through 4′. Just the 16′ registers alone represent nine of the 24 stops in the Pedal division. In addition to independent Pedal registers, full advantage was taken of manual-to-pedal duplexes. The result is a plethora of stops under the organist’s control, with a full range of colors and dynamics.
Early on in the design of this instrument, we prepared for a 10-rank Antiphonal. Due to the beneficence of several members, the church was able to contract for this “prepared for” item and have it installed with the chancel instrument. Visually, the rear organ takes its design from the chancel façade. Positioned between the two cases is an 8′ Trompette En Chamade with brass bells. Cognizant of its position in the church and the presence of the high-pressure English Tuba in the chancel organ, the stop was voiced on a moderate 7½ inches pressure. By its position, it has presence and lacks the offensiveness that is sometimes associated with this stop. The core of the Antiphonal organ includes a complete 8′ principal chorus, a lyrical 8′ Gedeckt, and an ethereal pair of 8′ Erzahler Celestes.
Foundational support for the Antiphonal division is provided by a Pedal 16′ Stille Gedeckt and 8′ Stille Principal in the Antiphonal Pedal division. In addition to providing foundation for the rear division, these stops are also very useful in larger organ registrations by adding definition and dimension to the chancel bass presence.
Never to be forgotten in an instrument of this size is the need for quiet contemplative moments. Early in our meetings we talked about the need for the organ to have the resources for what we began to refer to as “the whisper.” In the Choir division, we added a Ludwigtone stop. This is a wooden set of pipes with a dividing wall in the center of the pipe that has two separate mouths. Its unique construction allows each pipe to produce two notes, one of which can be tuned off-beating. In our stoplist as the Flute Celeste II, when it is drawn with a closed box, full couplers, and the Antiphonal Klein Erzahlers added to it, with a light 16′ Pedal stop, there is a moment of being surrounded by an ethereal magic that is at once all enveloping and yet without any weight.
Mechanically this organ uses our electro-pneumatic slider chests, with the organ reeds placed on electro-pneumatic unit chests. Conventional ribbed box regulators are used for the winding system.
The resources of the organ are controlled by a three-manual drawknob console. Built in the English style, the console sits on a rolling platform to allow mobility. The console exterior is built of maple, with an ebonized interior. The console features modern conveniences for the organist, such as multiple memory levels, programmable crescendo and sforzando, transposer, MIDI, and the ability to record and play back organ performances.
To allow full control in the tonal finishing of this instrument, we set sample pipes on the windchests in the organ chambers and then removed the pipes from the chambers to continue work with a portable voicing machine located in the chancel. This allowed us to work unimpeded and be more accurate with cutups and initial nicking, feathering, and flue regulation than could have possible within the confines of the organ chambers and the sea of pipework on each chest. After “roughing in” the pipework voicing, the stops were reinstalled in the organ chamber for final voicing and tonal finishing. In a process that lasted months, the tonal finishing was completed by a team including Daniel Angerstein, Peter Duys, John Tanner, Marc Conley, and Bud Taylor. In addition to our tonal finishers, our installation team included Marshall Foxworthy, Rob Black, Patrick Hodges, Jeremiah Hodges, Kelvin Cheatham, Joe Sedlacek, and Wilson Luna. I am thankful for their dedication and the long hours they put into this project to make sure that our tonal ideals for this instrument were not only achieved but exceeded.
The new sanctuary was finally at a point of completion by November 16 that we were able to begin the installation. The organ was brought up divisionally to allow autonomous work by our staff in multiple divisions. This allowed 40 ranks of the organ to be brought online when first heard in public on December 23, 2009. On this day, our staff was able to return home to be with their families during Christmas, and two family members, Art Schlueter Jr. and Arthur Schlueter III, were able to begin their Christmas together at the public opening of this church with Handel’s Messiah. Forever in my memory will be standing tall as father and son during the Hallelujah Chorus. As with all organ projects, there was still work to be done to complete and finish the organ, but it was a satisfying conclusion to a year that saw the installation of multiple new instruments by our firm and the fulfillment of a promise to this congregation and community.
A final chapter to this story must be told. To assist their search for an organbuilder and evaluate plans for a new instrument, the organ committee engaged local Jacksonville organbuilder, Jim Garvin, as part of their working group. As I developed my proposal for the church, he was a ready translator to discuss the minutiae of the organ proposal—from chest design, stop type, material construction, winding systems, etc. As a builder, I found it a great pleasure to work with Jim, who ably served as a liaison between the organbuilder and the church. Sadly, during the building of this instrument Jim began a battle with cancer. Even as he was weakened by his fight with the cancer, he never wavered in his role as consultant through the organ installation and dedication. I am happy to say that he lived to sing and worship with this instrument. One of our collective proudest moments was at the inaugural organ dedication with Dr. Al Travis. With a solid look in the eye and a firm stance, we exchanged handshakes as equals who had both worked to the best of our abilities on behalf of Hendricks Avenue Baptist Church. Earlier this year Jim lost his fight with cancer. His funeral was held at Hendricks Avenue Baptist Church, where I again returned to hear organ and choir, but this time to say goodbye. I will forever be grateful for my consultant and colleague I worked with in the completion of this project. Reminiscent of the way the project started, I once again heard Handel, as Jim’s final request for his service had been the Hallelujah Chorus.
Additional information on our firm and projects can be viewed at www.pipe-organ.com or by writing A. E. Schlueter Pipe Organ Company, P.O. Box 838, Lithonia, GA 30058.
—Arthur E. Schlueter III, tonal and artistic direction

All photos taken by Tim Rucci (www.timrucci.com)

Hendricks Avenue Baptist Church
Three manuals, 60 ranks

GREAT—Manual II
(unenclosed) (16 ranks)
16′ Violone 61 pipes
8′ Diapason 61 pipes
8′ Violone 12 pipes
8′ Flute Harmonique 49 pipes
(1–12 Pedal Bourdon)
8′ Bourdon 61 pipes
4′ Octave 61 pipes
4′ Spire Flute 61 pipes
22⁄3′ Twelfth 61 pipes
2′ Super Octave 61 pipes
IV Mixture 11⁄3′ 244 pipes
III Klein Mixture 2⁄3′ 183 pipes
16′ Double Trumpet 61 pipes
(English shallots)
8′ Trumpet 12 pipes
16′ English Tuba (Choir) (non-coupling)
8′ English Tuba (Choir) (non-coupling)
4′ English Tuba (Choir) (non-coupling)
Chimes (Choir)
Zimbelstern 9 bells
Great to Great 4′
Tremulant

CHOIR—Manual I (enclosed)
(13 ranks)
16′ Gemshorn 12 pipes
8′ Hohl Flute 61 pipes
8′ Gemshorn 61 pipes
8′ Gemshorn Celeste 49 pipes
8′ Flute Celeste II 80 pipes
(Ludwigtone)
4′ Principal 61 pipes
4′ Spindle Flute 61 pipes
2′ Harmonic Piccolo 61 pipes
11⁄3′ Quint 61 pipes
III Choral Mixture 2′ 183 pipes
8′ Clarinet 61 pipes
(English shallots with lift caps)
8′ English Tuba 61 pipes
(non-coupling)
Tremulant
Choir to Choir 16′
Choir Unison Off
Choir to Choir 4′

SWELL—Manual III (enclosed) (14 ranks)
16′ Lieblich Gedeckt 61 pipes
8′ Geigen Principal 61 pipes
8′ Viole de Gamba 61 pipes
8′ Viole Celeste TC 49 pipes
8′ Rohr Flute 12 pipes
4′ Geigen Octave 61 pipes
4′ Nachthorn 61 pipes
22⁄3′ Nazard TC 49 pipes
2′ Flageolet (from 16′) 24 pipes
13⁄5′ Tierce TC 49 pipes
IV Mixture 2′ 244 pipes
16′ Bassoon 61 pipes
(English shallots with lift caps)
8′ Trumpet 61 pipes
(English shallots)
8′ Oboe 12 pipes
4′ Clarion 12 pipes
Tremulant
Swell to Swell 16′
Swell Unison Off
Swell to Swell 4′

ANTIPHONAL—floating division (10 ranks)
8′ Weit Principal 61 pipes
8′ Gedeckt 61 pipes
8′ Klein Erzahler 61 pipes
8′ Klein Erzahler Celeste 49 pipes
4′ Principal 61 pipes
III Mixture 2′ 183 pipes
8′ Trompette En Chamade 61 pipes

ANTIPHONAL PEDAL
16′ Stille Gedeckt 12 pipes
8′ Stille Principal 32 pipes

PEDAL (7 ranks)
32′ Violone (digital)
32′ Bourdon (digital)
16′ Principal 32 pipes
16′ Violone (Great)
16′ Gemshorn (Choir)
16′ Subbass 32 pipes
16′ Lieblich Gedeckt (Swell)
8′ Octave 32 pipes
8′ Violone (Great)
8′ Gemshorn (Choir)
8′ Bourdon 12 pipes
8′ Gedeckt (Swell)
4′ Choral Bass 12 pipes
4′ Bourdon 12 pipes
IV Mixture 22⁄3′ 128 pipes
32′ Posaune (digital)
32′ Harmonics (wired Cornet series)
16′ Trombone (ext Tuba) 12 pipes
16′ Double Trumpet (Great)
16′ Bassoon (Swell)
8′ English Tuba (Choir)
8′ Trumpet (Great)
4′ Clarion (Great)
4′ Oboe Clarion (Swell)

Inter-manual couplers
Great to Pedal 8′, 4′
Swell to Pedal 8′, 4′
Choir to Pedal 8′, 4′
Antiphonal on Pedal

Swell to Great 16′, 8′, 4′
Choir to Great 16′, 8′, 4′
Antiphonal on Great

Swell to Choir 16′, 8′, 4′
Antiphonal on Choir

Antiphonal on Swell

MIDI controls (programmable as preset stops) (with record/playback) (audio included)
MIDI on Pedal
MIDI on Great
MIDI on Swell
MIDI on Choir

Combination system with a minimum of 128 levels of memory

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Kegg Pipe Organ Builders, Hartville, Ohio

The Sharkey-Corrigan Organ, Texas A&M International University, Laredo, Texas

From the President of the University

Like a birth in the family, a new organ fills the community with expectation, optimism, and joy. Our experience of imagining an organ for Laredo very much mirrored a family’s strategy for acquiring progeny: plan and hope. In August 2003, at Texas A&M International University we opened and dedicated to the people of South Texas our new fine and performing arts center. Conceived to offer the best possible venues for music, dance, and drama, the university planners insisted upon including both a recital hall and a theater. From the very first discussions, the recital hall was to have generously live acoustics to ensure that music played in that room, regardless of dynamic, envelop both player and listener in that three-dimensional experience we all cherish in great halls. A large expanse behind and above the stage in the recital hall, conspicuously vacant at the completion of the building, was simply marked “organ” on the architect’s rendering.
A few days after the gala opening of the new center, E. H. Corrigan, native Laredoan and longtime patron of the arts in Santa Fe, New York, Washington, San Antonio, and Laredo, called and asked that we talk about how to fill that space. Mr. Corrigan’s generous determination to bring to Laredo and South Texas a world-class instrument led first to a national call for proposals, then a contract with Kegg Pipe Organ Builders to build the instrument.

Our vaunted expectations for the organ, both our needs and our wants, established clear indications for design. Since the organ is to inspire and undergird an academic program, we asked that it accommodate repertoire of all periods. Placement in a concert hall would allow for an intimate relationship between the organ and programs of great diversity—choral, band, orchestral. The instrument must be adequate to support a full range orchestral repertoire. While a tracker would be ideal for organ recitals, we asked for the flexibility of a movable console on the stage below the pipes. A plethora of reeds and solo stops, a solo division under expression, and a full positiv division in the forward position rück style provide a variety normally only found on a much larger instrument.
Today, like a family grateful for a trouble-free birth, we recognize that this project was from the first somehow marvelously blessed to be in the hands of Kegg Pipe Organ Builders. “I will be in Laredo on April 24, 2006. The organ will be done by late June,” Charles Kegg promised the anxious organ committee in the fall of 2003. And it was. Voicing is rich and full, a strategy to exploit the marvelous acoustics in the hall. Visually, the organ is nothing short of spectacular, the first instrument of its kind built in South Texas and on the Texas-Mexico border.

The dedication recital, by Dr. David Heller of Trinity University, San Antonio, did, in Dr. Heller’s words, “put the organ through its paces.” A capacity crowd listened attentively and roared to its feet on the last note of Craig Phillips’ Fantasy Toccata. In addition to numerous solo recitals and concerts with the Laredo Philharmonic Orchestra for this year, we are at present planning an organ symposium for the summer of 2007; the topic: “The Concert Organ: Its Music and Its Performers.”

Ray M. Keck, III, PhD



From the Consultant and Artist


Selecting a builder for a new organ in a new concert hall is a rare opportunity for any consultant—and it poses a different set of questions with regard to its tonal design. At the onset of the project, the following criteria were established for the new organ: 1) It should have the ability to perform a wide range of the solo repertoire for organ; 2) It should work effectively with an orchestra, both as soloist and as a member of the ensemble; 3) It should possess the capability for effective collaborative performances with soloists and vocal and instrumental ensembles; and 4) It should serve effectively as a teaching instrument.

Recognizing that this new installation was for a concert hall and not a church, the desire was expressed for a flexibility that would allow for the performance of non-traditional literature, such as transcriptions and literature from the “concert hall” era of the pipe organ in the earlier 20th century. After careful study and analysis of the proposals submitted, TAMIU awarded the contract to Kegg Pipe Organ Builders of Ohio because of the firm’s innovative tonal design, the manner in which the proposal met our criteria, and the potential impact that such an instrument would have on the public. The end result has surpassed our expectations!

Each division of the Sharkey-Corrigan organ has a highly distinctive character. The Great Principal chorus is an evenly-voiced plenum based on 16' pitch and crowned by the Sharp Mixture III. This main body of the division is enhanced with a full complement of 8' registers (in the manner of 19th-century French organ building) and completed with a reed chorus that blends richly into the ensemble. One of the most beautifully voiced stops in the organ is the Harmonic Flute 8', which soars in the upper octaves, making it one of the most effective solo stops in the entire organ.

The Positiv division, cantilevered out in front of the main case of the organ, is a perfect foil to the Great division with its Principal chorus based on 8' pitch (and of a different tonal character from the Great). Completing the Positiv are two marvelous Baroque style reeds—the Holz Regal 16' (with a darker character, perfect for running bass lines), and a brighter Krummhorn.

The Swell division has a complete array of tonal resources for both the solo literature as well as the accompaniment of vocal and instrumental ensembles, capped off by a powerful reed chorus at 16'-8'-4' pitches. Of special note here is the Vox Humana 8'that makes the performance of Franck’s organ works an absolute joy for both the performer as well as the listener.

The Solo division gives this new organ its truly distinctive character with its combination of solo and ensemble registers. The Diapason 8' is especially effective when all of the divisions are coupled together, by reinforcing that particular pitch line. The Tromba chorus at 16'-8'-4' works extremely well in a full-organ registration much like the Bombarde division of a 19th-century French organ. The dark and haunting Clarinet along with the piquant English Horn provide the performer with greater opportunities for solo voices, particularly in transcription literature. One of the unique features of this instrument is the Solo Tuba, which is housed in its own expression box, making it useful not only as a solo stop but as an ensemble register as well, particularly in building up a crescendo to imitate the brass section of an orchestra.

And finally, the Pedal division provides effective support for the entire instrument, featuring an independent Principal chorus, softer flue stops, string stops to support the orchestral strings of the Solo division, and a full reed chorus based on 32' pitch. Judicious duplexing of manual stops to the pedal provides even greater tonal flexibility for the performer.

As an artist, I can honestly state that this organ is one of the most flexible and musically satisfying instruments I have ever played. Each stop carries its weight, and each stop does what the drawknob tells you. The balance between the divisions is so finely honed that one can select registrations with complete ease. It was a joy to conceive and put together an inaugural recital that combined the works of Hancock, Bach, Franck, Duruflé, and Phillips with more non-traditional repertoire by Lefébure-Wely, Ramón Noble, and Edward Elgar. And if all of that were not enough, the design of the console and the operating system for the combination action (one of the most user-friendly systems I have seen to date) made the entire experience of recital preparation and performance a breeze.

Texas A&M International University and the city of Laredo have a musical instrument in which they can take great pride. It will serve them well in the years to come and help cultivate future generations of organists and organ aficionados.

Dr. David A. Heller

Trinity University

San Antonio, Texas



From the Builder


The new Texas A&M International University organ was at once a formidable challenge and a golden opportunity. The challenges were many: to build into a reasonable size instrument a tonal design that could play with conviction organ literature of all styles, accompany great choral works, and also crown the resident Laredo Philharmonic Orchestra in romantic splendor. Dr. Ray Keck, university president, organist, project lightning rod, and Bach aficionado, also made known his desire for accurate renderings of Bach. All this was to be done with an instrument that is not exceptionally large and with some significant space limitations. We are delighted to have been chosen for this landmark instrument.
Our tonal design was based on the simple fact that this was to be the only instrument on campus (indeed the only concert-size organ in a large geographical area), and needed to be used for teaching, practice, recital, and with orchestra. It needed to have a full spectrum of dynamic range from very delicate to confronting a full orchestra—and win. For practice and teaching, the majority of voices needed to speak at comfortable volume levels that would focus on color and deliberately counteract aural fatigue.

In addressing these needs, we started with four independent Principal choruses, each with its own character and purpose that provide proper polyphonic clarity. The articulation is not pronounced, but precise speech is always apparent. The Great chorus is full and noble. The Positiv is light and delightful, equal in impact to the Great. The Swell is richer than the Great with its slotted 8' and deeply textured Plein Jeu. The glory of these choruses is that Bach, Buxtehude and Bruhns are sheer delight, and it is not until six or seven preludes and fugues later that the organist realizes that not even a single unison coupler has been touched! When the couplers are engaged, the new organ at TAMIU begins a remarkable transformation. The same stops that gave such clear distinction to divisions in the Baroque literature now become contributors to a more global full organ sound. Beginning with the softest Flauto Dolce it is possible to build a seamless crescendo to full organ that is an intricate fabric of sound, at once cohesive and fabulously rich in texture and color.

Each stop in the organ does exactly what one would expect and need it to do, but there are several specific tonal features that will enjoy further exploration here. The Great has two reed choruses. The Trompetes are light and are intended for early works where the chorus reeds are subordinate to the flues. The Tromba chorus is intended for those works where the reeds must command the respect of the principals and dominate them. For those in-between works, the Tromba chorus is located in the Solo box such that they can be reined in as required.
There are three Cornets in the organ. The Great has a Principal Cornet that is commanding. Built décomposé, it can be tailored. The Positiv Cornet is of lighter principal character and has a flatted seventh added to the normal third and fifth, giving the stop a lovely edge that is very distinct. The Swell Cornet is of flutes and is serenely gentle.

The Solo Diapason IV 8¢ is a collection of unenclosed principal stops from the Great and Pedal, all playing at 8' pitch. This quartet of 8' principals gives the organ a velvet Diapason line. The stops are drawn from the Great Principal, Great Octave, Pedal Octave and Pedal Choralbass.

The Tuba is located in the very heart of the organ case, in its own swell box. On 18" wind, this stop can solo above the full ensemble or with shade control can be subtly brought into the full ensemble, blending easily with it and expanding it horizontally.

The case design here presented a particular challenge. The TAMIU organ is located in a low balcony above the hall stage. There is not a lot of height to allow the organ to visually soar. The solution was to build a Rückpositiv that is lowered into the back stage wall. This has the visual effect of anchoring the organ to the stage in addition to providing the classical forward position for the division. The main case is considerably wider than it is high. Organ cases are happiest when their proportions are as pipes: tall and slender. This was not possible here, and much care was taken to give the case as much verticality as possible. The lowered Positiv case helps with this. The center three towers of the main case stand forward of the side Pedal towers. The change of depth is accomplished as the outside pipe flats curve. The result is very satisfying in the room.

I approach every organ in a comprehensive manner. Placement of divisions within the room and in relation to each other is as important as scaling and voicing. The case design is a classic five tower design plus Positiv with a contemporary flair. The gilded pipe shades are a stylized interpretation of the university seal, which includes a globe showing the Western hemisphere. The internal layout has the Great high and in the center. The Swell is behind it. The Pedal upper work is below the Great. The Positiv is below and forward of the Great. Thus the main manual divisions are centered in the hall with their physical relationship matching their musical relationship. This enhances polyphonic music when the organ is played uncoupled and blends the divisions together when the divisions are combined. The Solo division is in the right side of the case and the Pedal basses are in the left side. For those that are interested in unusual pipe design, the 32' Trombone is large scale and is built with Haskell bass pipes, which are not common when used with reeds. They save considerable lateral space over mitering when height is severely restricted.

Working with the TAMIU staff could not have been easier or more delightful. We are indebted to Dr. Ray Keck, university president, who envisioned the instrument from the start and drove the project; Dr. David Heller, consultant and artist of the opening concert, for his thoughtful help and encouragement; physical plant manager Richard Gentry for his instant and complete help during installation; and of course to E. H. Corrigan for his generous funding of the entire project. The organ bears the name of Sharkey-Corrigan in memory of Mr. Corrigan’s mother.

My personal thanks also to the Kegg staff including Fred Bahr, Phil Brown, Joyce Harper, Mike Carden, Phil Laakso, Walt Schwabe, Rick Schwabe, and Tom McKnight. In addition to these people being the finest craftspeople I know, they are also the finest friends.

Charles Kegg

Kegg Pipe Organ Builders

Kegg Pipe Organ Builders

Texas A&M International University, Laredo, Texas

52 stops, 69 ranks, 4003 pipes

GREAT Manual II (3.5" wp)

16' Violone

8' Principal

8' Violone (ext)

8' Rohrflute

8' Harmonic Flute

4' Octave

4' Spitzflute

22⁄3' Twelfth

2' Fifteenth

13⁄5' Seventeenth

11⁄3' Full Mixture IV

2⁄3' Sharp Mixture III

16' Contra Trompete

8' Trompete (ext)

Tremulant

16' Tromba (Solo)

8' Tromba (Solo)

4' Clarion (Solo)

Zimbelstern (5 handbells, adjustable speed, volume and delay)


CONTINUO manual II

(duplexed from Positiv)

8' Gedeckt

4' Koppelflute

2' Flute

2' Principal

11⁄3' Quinte

This division also has its own small one-manual console including blower control and transposer switch that will lower the played pitch by one half-step for use with historical instruments. This console may be used in place of the large main console for chamber work.


SWELL Manual III (4" wp)

16' Bourdon (metal)

8' Principal

8' Bourdon (ext)

8' Salicional

8' Voix Celeste

8' Flauto Dolce (Solo)

8' Flute Celeste (Solo)

4' Octave

4' Flute

22⁄3' Nazard

2' Piccolo

13⁄5' Tierce

2' Plein Jeu V

16' Basson

8' Trompette

8' Hautbois (ext)

8' Vox Humana

4' Clairon

Tremulant

Swell 16-UO-4


POSITIV Manual I (2.75" wp)

8' Principal

8' Gedeckt (wood)

4' Octave

4' Koppelflute

22⁄3' Quinte TC (from 11⁄3¢)

2' Octave

11⁄3' Quinte

Sesquialtera II–III

1' Mixture IV

16' Holz Regal

8' Krummhorn

Tremulant

Positiv 16-UO-4


SOLO Manual IV (5" wp)

8' Solo Diapason IV*

8' Gamba

8' Gamba Celeste

8' Flauto Dolce

8' Flute Celeste TC

8' Clarinet

8' English Horn

Tremulant

16' Tuba TC (ext)

8' Tuba (18≤ wp, separate enclosure)

4' Tuba (ext)

16' Tromba

8' Tromba (ext)

4' Clarion

*From Great 8' Principal, 4' Octave, Pedal 8' Octave, 4' Choralbass


PEDAL (5" wp)

32' Subbass (56 pipes)

16' Open Diapason (wood)

16' Violone (Gt)

16' Subbass (ext)

16' Viole (44 pipes)

16' Bourdon (Sw)

8' Octave

8' Violone (Gt)

8' Subbass (ext)

8' Viole (ext)

8' Bourdon (Sw)

4' Choralbass

4' Cantus Flute (Gt Harm Fl)

22⁄3' Mixture IV

32' Trombone (full length, 68 pipes)

32' Harmonics (derived)

16' Trombone (ext)

16' Trompete (Gt)

16' Basson (Sw)

8' Trombone (ext)

8' Trompete (Gt)

4' Clarion (ext)

4' Clarinet (Solo)

4' Krummhorn (Pos)



Inter-manual couplers

Great to Pedal 8, 4

Swell to Pedal 8, 4

Positiv to Pedal 8, 4

Solo to Pedal 8, 4



Swell to Great 16, 8, 4

Positiv to Great 8

Solo to Great 16, 8, 4



Solo to Swell 8



Swell to Positiv 16, 8, 4

Solo to Positiv 8



Great / Positiv Transfer (including keys, pistons and couplers)

All Swells to Swell



Photos by Charles Kegg unless otherwise indicated.

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