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Reuter renovation of Moller

 

The Reuter Organ Company has just finished a comprehensive tonal renovation of the Andrew Anderson Memorial Organ at the University of Florida. Located in University Hall, this five-manual, 99-rank Moller instrument includes vintage pipework from earlier Skinner and Aeolian-Skinner installations. Twenty-four new ranks of pipes were built to revise and enhance the Great, Swell, Positiv, and Choir choruses. Reed pipes in all divisions were rebuilt or replaced. Other stops were rescaled and wind pressures adjusted. Finally, the entire instrument was revoiced to achieve a new tonal balance, characterized by abundant fundamental tone and greater clarity.

For information: www.reuterorgan.com

Caption: University of Florida Professor Laura Ellis (left) and Reuter President JR Neutel (center) with organ students and voicing staff

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1932 Kimball Restoration by Reuter Organ Company—Minot State University

David Engen

David Engen holds a Bachelor of Music degree in Church Music, Magna cum Laude, from St. Olaf College (1971), Master of Arts in Organ Performance and Pedagogy from the University of Iowa (1973), and Master of Science in Software Design and Development from the University of St. Thomas (1988). He is a Senior Manager in Sales and Marketing IT at Seagate Technology in Bloomington, Minnesota, and owns David Engen & Associates, Inc., maintainers of pipe organs in the Twin Cities area and western Wisconsin since 1983. He is a member of the Kimball Organ Steering Committee for the City of Minneapolis, contributes occasionally to various music journals, consults on organ design, and is webmaster for the Twin Cities Chapter of the American Guild of Organists ().

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Introduction
W. W. Kimball of Chicago emerged in the 1920s and 1930s as a major builder of quality pipe organs, both “classic” and “theatre” in style. [See R. E. Coleberd, “Three Kimball Pipe Organs in Missouri,” The Diapason, September 2000.] In 1932, Minot Teachers College (now Minot State University, <www.minotstateu.edu>) in Minot, North Dakota, installed a 22-rank Kimball designed by William H. Barnes in the college auditorium. A recent restoration by the Reuter Organ Company of Lawrence, Kansas, has given the organ a second life, and for the first time in over a decade the public can again hear this organ. It now serves as a practice and teaching organ for a new generation of students.

Minot in the 1920s
In the 1880s and 1890s, Minot hosted many gambling houses and saloons. By the 1920s, the city had built new churches, a hospital, established the college as a degree-granting institution, and formed many cultural organizations. By 1928 Minot ranked as one of the most prosperous cities in the country, based on business volume. The Great Northern “Empire Builder” began its Seattle-to-Chicago route in 1929, passing through Minot, and the Soo Line began its “Mountaineer” service between Vancouver and Chicago.
Between 1920 and 1930, Minot’s population increased from 10,476 to 16,099. Music and cultural organizations flourished. As early as 1909, the community presented a December performance of Handel’s Messiah. The Teachers College, known first as the Normal School, offered a music curriculum in 1919. In 1921, the community started a Schumann Club and a 40-member community band. Students from the college performed Gilbert and Sullivan’s Mikado in 1925. In the summer of 1926 a 150-voice community chorus inspired creation of a permanent Minot Community Chorus, directed by the college’s music department chair. The 60-voice chorus first performed in January 1927. The college orchestra of 52 members first performed in 1929.
The Normal School opened in 1913. Dr. George A. McFarland became president in 1922 at the age of 64 and ran the school until his death in 1938 at the age of 80. By 1924 the Normal School had become Minot State Teachers College and offered a BA degree in education. Old Main had been expanded with a new west wing just before Dr. McFarland began his tenure. By 1925, Old Main had a new north wing housing an auditorium and a gymnasium. The auditorium would later house the Kimball organ and be named for Dr. McFarland.

Purchase
In such a fertile cultural environment, the college and the community of Minot came together to fund the organ project. A $5 gift by Mrs. Emma Cotton in 1925, earmarked specifically for an organ in the new building, started the fund drive. In 1926 the faculty pledged $1300, followed by pledges from students and college organizations, but the total fell far short of the contract amount. The college realized they alone could not fund the $12,500 needed for an acceptable instrument for the auditorium, so they extended the campaign to the business community. As a railroad town, Minot had grown quickly and the business community was active and strong. Pledges reached $10,000, still short of the goal. A final push by the business community a few years after the 1929 stock market crash allowed the college to sign a contract with Kimball at the beginning of 1932. Harry Iverson, well known for organ service and installation in Minneapolis, installed the Kimball in May of that year. Designer William H. Barnes of Evanston, Illinois, dedicated it on June 9. Total project duration, from contract to dedication, was only five months!
At the dedication concert by Dr. Barnes, the following inscription appeared on the front of the dedication brochure:

The Gift Organ . . . is presented to The State Teachers College of Minot, by the Faculty, Alumni and Students of the college and their organizations, generously and appreciatively aided by and supported by citizens of the City of Minot.
In his program, Barnes commented about the tonal design of the organ. His program was as follows:

Grand Choeur Dialogué, Gigout
Reverie, Bonnet
Caprice Héroïque, Bonnet
Choral Improvisation, Karg-Elert
The Legend of the Mountain, Karg-Elert
Andante (Sixth Symphony), Tchaikovsky
Scherzo (First Sonata), James H. Rogers
Pantomime, de Falla
Toccata and Fugue in D Minor, J. S. Bach
Prelude to Lohengrin, Wagner

No other news about the organ is readily available until the departure of the last college organist in 1995. Sixty years after installation, the organ was almost silent. It was rarely used until disassembly in preparation for the building restoration.
One wonders about a possible connection between this Kimball and its much larger cousin 500 miles closer to Chicago, the great Kimball installed in the Minneapolis Auditorium in 1928. Separated by only four years, the Minneapolis Kimball has 121 ranks—120 of them playable by the 5-manual “concert” console, and 26 of the unit ranks plus a Kinura playable by the 4-manual “theatre” console. That organ is in storage in the Minneapolis Convention Center, which replaced the old Auditorium, awaiting city funding for restoration. The tonal design of the Minneapolis organ is incredibly complete for an organ designed in the 1920s, with principal, reed, flute and string choruses throughout. Three full-length 32′ stops (Open Diapason, Contra Violone, Contra Bombarde) give the organ majestic weight. Flutes and strings provide a broad range of colors and volumes. Complete principal choruses form a sturdy backbone. Reeds cover the gamut, from soft and imitative to stupendous. Was this design influenced by the local church musicians who had formed the Minot chapter of the American Guild of Organists about a decade earlier, and most of whom had studied in Europe? Did Kimball learn anything while building this huge organ that they applied to the Minot project? We will never know, but the possible connections are intriguing.

Physical layout
The Minot auditorium is much like other theaters built during this era. The main floor and balcony seats face a stage with a proscenium arch and orchestra pit. The backstage area is small. Restrained décor frames the two pipe chambers that face the auditorium from the side walls, just outside the proscenium. One story above the stage floor, the triangular chambers speak directly into the hall. The large shutter openings hold a double height shutter front. Acoustics are typical of a modest-sized theater, having a “ring” but no distinct reverberation.
This layout is problematic for performances with a chorus on the stage due to the closeness of the chambers to the listeners, which make balance and coordination with the singers a challenge. Discussions to correct this problem included the possibility of sound openings added to the rear of the chambers, and/or possibly a positive organ, able to be controlled from the main console. Funds did not allow this issue to be resolved at the time of restoration.
The left chamber houses the Great/Choir pipes on two levels, with the Pedal 16′ Open Wood on offset chests around the perimeter. The Great, mostly on the lower chest, plays many of the Choir stops as well. The Choir stops and the Harp occupy the upper level.
The right chamber houses the Swell, again on two levels. The upper chest holds the unit stops—the trebles of the Bourdon/Chimney Flute and the Trumpet. Offsets of the 16′ Bourdon, the 16′ Trumpet and other 8′ basses line the perimeter. Below the 16′ Bourdon basses is the “Vox in a box,” with its own tremulant.
Both chambers are full of pipes. Reservoirs on the floor under the chests make access for servicing a challenge. There are many ladders and walk boards, so the pipes are easy to reach for tuning. Lighting is good.

The need for restoration
After 1995 when the last college organist left the university, visitors played the organ occasionally. When dismantled before the building restoration in 2002, it barely played since the damaged basement wind line restricted airflow. Windchest leather was still intact, although the exposed leather of the high-pressure reservoirs was not in good condition and failed shortly after arrival in Lawrence. Bear in mind the upper Midwest experiences huge temperature and humidity swings each season. Humidity ranges from as low as 5% in the winter to more than 90% in August. This exposed the wood and leather parts to a great deal of stress every year of their life. It is amazing to consider that after 60 years the organ still worked as well as it did. This is a testament to the quality of materials and workmanship of the Kimball Company.
Before his retirement, President Erik Shaar spearheaded a building restoration project, which included the organ. The organ committee selected several regional and national organ building and service companies as possible contractors. Five firms submitted bids, and the committee awarded the contract to the Reuter Organ Company of Lawrence, Kansas. A community and college organ committee, chaired by Dr. Doris Slaaten, Professor Emeritus of Business, undertook the fund-raising. A single pledge of $100,000 helped kick off the campaign—far more than the original $5 gift from Mrs. Cotton in 1925! The college renamed McFarland Hall to Ann Nicole Nelson Hall after a victim of the World Trade Center attack of 9/11.
With a decline in the rail industry, Minot has been reasonably successful in finding its fortune in other industries, including hosting a nearby Air Force base and persisting as a major regional shopping destination. While Minot remains a prosperous community of some 35,000, its once large and active churches, many of Scandinavian heritage, are today a shadow of their 1920s glory years. As found in many communities, large buildings built for large congregations with big choirs and active music programs are no longer filled for worship. In an attempt to recapture the crowds, many clergy have resorted to “modern ensembles” and “blended worship,” aiming at a new common denominator that theoretically attracts the young. The organ is often not part of the equation.
Interest in the pipe organ is thus waning in Minot as it is in many communities. The small community of organists, all of whom have made their primary living in other occupations, heroically came to the aid of the university’s Kimball and helped in the fund-raising.

Reuter today
In its 90-year history the Reuter Organ Company of Lawrence, Kansas (<www.reuterorgan.com&gt;) has grown from a regional firm to an industry-leading builder with a national presence. Like most of the major organ builders in the country, the Reuter shop, found less than an hour from Kansas City, is now managed by a new generation. Since the life cycle of a pipe organ is so long, changes in administration and philosophy of the builder do not show quickly on the national stage. This is true of Reuter, where Albert Neutel Jr. (“JR”) has recently taken over management from his father Albert Sr., who in turn had run the company following the long tenure of Franklin Mitchell. Reuter recently moved out of their downtown Lawrence building into a new shop at the north edge of Lawrence, home of the University of Kansas. The building was designed specifically for organ building. Raw materials arrive at the north end, all manner of manufacturing occurs in the middle, and assembly, testing and shipment occur at the south end. Some of the special features of the building are visible in the high assembly room near the shipping dock. There is a wood floor that allows the workers to screw organ parts in place. A gantry crane at the ceiling positions heavy parts anywhere in the room. Windows admit natural light. A balcony on two sides allows workers to move about without the need to assemble scaffolding. This room is large enough that several instruments could be undergoing assembly simultaneously.
There are many other features of the building worth noting. The large central shop includes space for making both wood and metal pipes, wind chests, casework, consoles, keyboards, and other small parts, as well as a large area devoted to pouch board assembly. Other rooms include the computer-controlled CNC router, metal casting, a large spray booth, drafting rooms, several voicing rooms isolated from shop noise, and executive offices and meeting rooms.
The Reuter crew makes almost all of their own parts. Through engineering and experimentation, the staff incorporates reliability and longevity into all of their components. Extensive testing of parts results in improvements based on scientific evidence and experiment. Rebuilds of older Reuters bring naturally aged parts through the shop. Where they find deficiencies of design in areas such as console construction, the staff can design in changes so future parts will be better and last longer.
Reuter is a small company with its roots in the heartland, and its people exhibit the common Midwestern traits of honesty and hard work. Their philosophy is inspired by the musical possibilities that present themselves with each project. They seek to build a solid and reliable product based on their own experiences with electro-pneumatic actions, yet informed by the benefits of computerized drafting and scientific inquiry. Some examples of this are:
• Adapting the Blackinton-style slider chest where suitable.
• Exclusive use of welded copper pipes (not soldered) rather than zinc where there is a possibility of pipe collapse during aging.
• A cleverly engineered solution for mounting horizontal trumpet pipes that encourages tuning stability.
• A method of “preplaying” keyboards during construction so keyboards will not need depth adjustment after installation.
• A redundant key contact that almost eliminates the possibility of dead notes caused by contact failure.
Over the decades, Reuter has built hundreds of organs in a wide range of acoustic settings. This experience has defined the pipe materials and scaling schemes. Most clients choosing to go the route of an electro-pneumatic instrument want the flexibility of a movable console, sub- and super-couplers, extensions and duplexing. Today, Reuter is creating both new instruments and rebuilding old ones.

Details of the restoration
This project was not a total historic restoration in the Organ Historical Society sense of the term. The OHS presents the following guidelines for restoration (last revised in 1986) on their website (<www.organsociety.org/html/historic/restore.html&gt;):
• In general, all extant original components should be preserved and properly repaired.
• Pipework should be carefully repaired by a professional pipemaker, replacements for missing pipes being made of the same material and construction details as the originals.
• Keyboards, stop controls, and other console components should be kept in, or restored to, their original condition.
• Pitman, ventil and other forms of tubular-pneumatic or electro-pneumatic wind chests should be restored using original techniques of design and construction and compatible materials and replacement parts.
• Original bellows, reservoirs, wind trunks, concussion bellows, and other components that determine the wind characteristics of any organ should always be retained and releathered.
• It is highly desirable that a restorer keep detailed records, measurements, photographs, etc. during the course of the restoration work.
Project organizers not only wanted to return the organ to like-new condition, but they also wanted a reliable instrument that will serve the current and future needs of the college. To that end, a genuine restoration was neither desirable nor practical. The console, for instance, was not salvageable. Reuter and the planners undertook the following, as detailed in the contract:

1. Releather all wind chests, including note pouches (1541), primaries (447), stop actions (15). (Reuter carefully reproduced leather thickness under OHS guidelines. All pouch springs were returned to their original notes. When winded there were no ciphers.)
2. Replace stop action connectors and all pitmans (903).
3. Releather Chime action.
4. Releather Harp action.
5. Releather expression motor power pneumatics (20) and primaries.
6. Releather tremolo motors (4).
7. Releather concussion bellows (4).
8. Replace all chest magnets (943).
9. Replace all tuning slides on metal flue stops with new stainless slides.
10. Repack all tuning stoppers on wood pipes.
11. Repair tuning scrolls on reed stops.
12. Make necessary repairs to any damaged pipes.
13. Provide miscellaneous replacements for missing pipes, made to match. (Only a few were missing.)
14. Clean and revoice all reed stops (5), with new tongues as needed. (In fact, the reeds were in such good condition after cleaning that they needed only minor changes.)
15. Clean all metal pipes.
16. Clean all wood pipes and parts and give all a new coat of lacquer.
17. Build a new 3-manual console with a movable platform and storage closet offstage.
18. New microprocessor solid-state switching and combination action.
19. New DC power supplies (organ, console).
20. At the suggestion of a consultant early in the project a digital 16′ extension for Choir Geigen Diapason notes 1–12 was proposed. (A new unit action replaced the straight action. Reuter retained the original action so it can be restored easily in the future if desired.)

A Reuter crew moved the many parts, already in storage, to the shop in Lawrence. There were no drawings of the layout, and none of the Reuter crew had ever seen the organ assembled in its Minot home. They undertook to reassemble everything and succeeded in figuring it out. The crew carefully measured everything, including the rise of the various bellows, before releathering. At the start of the work, plant manager Robert Vaughan told the crew that their charge was to restore all parts to like-new condition, in the style of the original Kimball work. It was not to be “Reuterized.” After cleaning, voicers checked the pipes and made only minor changes. Fortunately, the organ had suffered from “benign neglect” and was essentially as Kimball had left it.
The organ stands today in excellent condition. The clean pipes, with shiny tuning slides, look new. Even the wood pipes, with a new coat of lacquer, could be mistaken for new. New leather on all exposed reservoirs is clean and supple, and the key action is fast and crisp. The new console is beautiful and convenient to play. It has built-in wheels for movement to offstage storage, with just a few wires to connect to a convenient receptacle backstage. Reuter is justifiably proud of the result.
The restoration shows a few minor changes from the original tonal design. The biggest change was converting the 8′ Geigen Principal of the Choir from a straight stop into a unit stop, thus making it available at several pitches on both the Great and Choir. All parts from the original configuration are in storage, according to OHS guidelines, so it could be restored as a straight stop again in the future.

Rededication
Diane Bish played a dedication concert on October 19, 2004 to mark completion of the project. The well-received program adequately showcased the many colors in this small organ:

Now Thank We All Our God, Karg-Elert
Jesu, Joy of Man’s Desiring, Bach
Toccata and Fugue in D Minor, Bach
Bolero de Concert, Lefébure-Wély
Carillon de Westminster, Vierne
Jubilation Suite, Gordon Young
Three Hymn Improvisations, arr. Bish
Nimrod (“Enigma” Variations), Elgar
Toccata (Symphony V), Widor

In remarks and in the program text, the organ was presented to the community as complete.

Impressions
Kimball was one of the top builders of the era. Beautifully made pipes sit on a solid mechanism. It is no surprise, then, that this organ holds many lovely sounds.
The strings probably are the most satisfying to our ears today. The Salicional and its Celeste are gems, both of construction and of sound. The tapered Flute Dolce and its Celeste are ravishing in their beauty. Coming in third is the delicate Dulciana and its flat Unda Maris.
There are just a few flutes on this organ. Most interesting is the Choir Concert Flute, of Melodia form in the tenor range, but double length and over-blowing in the melodic range. It mimics the orchestral flute, yet its tone is mild. The round but delicate Swell Rohr Bourdon is the real workhorse, having to provide six pitches in the Swell. The true solo flute is the Doppel Flute of the Great.
There are eight diapasons of various pitches and scales. There is a principal chorus on the Great, with double 8′s, a 4′, and the original Grave Mixture now available as independent 2-2/3′ and 2′. There is no mixture in the organ. The Swell has its own 8′ as does the Choir. The Pedal has a 16′ Wood Diapason. Note in the original dedication program the scaling of some of the manual diapasons. Great Diapason I is scale 40, Swell Diapason is scale 42, and Great Diapason II is smaller at scale 44.
Five reeds occupy positions on all three manual divisions. The Swell Vox Humana and Choir Clarinet are soft and typical of the period. The Swell Corno d’Amour, in the shape of a trumpet, produces the sound of an oboe but with slightly more body. Perhaps because of its unification at three Swell pitches and three Pedal pitches, the large and dark Swell Trumpet dominates the organ.
Through no fault of Reuter, the organ is somewhat disappointing in the room. Reuter did, in fact, bring up the trebles of many ranks to even them out. This organ was designed to play period literature and transcriptions, but it simply isn’t big enough to move the volume of air in the room. A tubby Pedal Diapason, a refined but small Great Diapason chorus, and one dominating reed do not make much of an overwhelming impression in the room. At a recent performance of the Saint-Saëns Organ Symphony with the local orchestra, some listeners wondered when the organ was going to come in! This comment may have more to do with the Kimball orchestral voicing than with its effect in the room. A similar comment was heard following a performance of the same symphony by the Minnesota Orchestra with the 120-rank Minneapolis Auditorium Kimball, which had no problem making a big impression by itself!
Is it fair to criticize this organ from a 21st-century perspective for being something it was never intended to be? Probably not! It came out of the theatre organ era when the “classics” were largely transcriptions from the orchestral repertoire. Note the literature Barnes played at the first dedication, which included Tchaikovsky, de Falla and Wagner. Yet this is clearly not a theatre organ. Unlike its much larger brother in Minneapolis, there are no complete diapason and reed choruses, and unification provides most of the upperwork. It is a baby symphonic organ, not intended to be loud and not intended to perform what we now consider to be the classics of the organ literature. It came from a different philosophy—but it was built like a tank!
The rebirth of an organ department appears to be on the horizon (there are 3–4 beginners now), and the organ can serve admirably for teaching the basics of technique. Its lovely and subtle colors are appropriate for teaching and the fundamentals of trio playing, hymn playing and registration. Should the department grow, however, teaching the larger repertoire, organ history, and registration would be a challenge. The faculty would need to rely on the use of nearby (and larger) church organs. This idea is not new, and there are several large organs not far from the campus.

Conclusion
In spite of the Great Depression, the community leaders of Midwestern Minot made a major investment in their college in 1932. They could not see into the future where, just a few years later, teacher salaries would be cut by 40% and faculty would be required to live on campus. They had the foresight to acquire a top-quality organ, also built in the Midwest, which served for many decades before unavoidable wear required a restoration. The Reuter Organ Company we know today, founded just over a decade before the Kimball’s construction, is a company of individuals sharing a similar background. It seems fitting that time should bring the two together. Their meeting was mutually worthwhile: Reuter gained experience from one of the top organ builders of the early 20th century, and Minot got what is essentially a new organ. The community of Minot will be much richer for it.n

Thanks are due to Prof. Charles Dickson of Minot State University for his 1985 draft of “Minot History 1920–1940,” available on the Internet. Thanks also to Kari Files, Selmer Moen, and Gary Stenehjem for behind the scenes information about the project. Thanks also to the staff of Reuter, and especially to JR Neutel and Robert Vaughan who gave a detailed tour of the Reuter shop.

 

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

 

Cover feature

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A. E. Schlueter Pipe Organ Company, Lithonia, Georgia
New Orleans Baptist Theological Seminary
Monday, August 29, 2005, Hurricane Katrina made landfall. The levee system failed, and over 80% of New Orleans was flooded. For weeks, portions of the city remained under water, with heat and moisture completing the destructive cycle that Katrina began. While waiting for the water to dissipate, we knew that the damage to persons and property would be immense.
Our firm was called by the New Orleans Baptist Theological Seminary to evaluate and salvage the damaged instruments on the campus. Founded in 1917, the seminary sits on a 75-acre campus in the hardest-hit 9th Ward area of New Orleans. The Division of Church Music Ministries aims “to equip leaders for excellence in music ministry among Southern Baptists through performance, education, and technology.” Our charge was to assure that the musical resources were available for their mission.
What we found upon our arrival is perhaps best described by Seminary President Dr. Charles S. Kelly, Jr.:

Hurricane Katrina well and truly earned its designation as the worst natural disaster in the history of the United States. Our campus, like most of the city, was devastated. Our homes, many of our buildings, most of our grounds, and virtually all of our musical instruments were hit very, very, hard. The recovery process was long, difficult, and messy beyond anyone’s ability to describe. . . . What made our plight even more difficult was the massive damage to the rest of the campus and the severe losses sustained by our faculty, staff, and student families. The larger picture of what had to be done to reopen the campus and care for our families made allocation of the necessary dollars for the recovery of our lost and severely damaged instruments a very difficult thing to do.

Our work on the campus involved the protection and removal of many of the significant music instruments including multiple grand pianos, a harpsichord, and the 1954 Möller (III/27) and 1966 Aeolian-Skinner Opus 1468 (IV/38) pipe organs. Of prime concern was protecting the instruments to prevent further damage. In addition to water, the storm brought massive amounts of airborne contaminants into the instruments, and, with heat, mold.
The Möller organ, located in the Sellers Music Building Recital Hall, was damaged when the roof gave way, flooding the organ with thousands of gallons of water that passed through the two chambers and filled the pitman chests and winding system. When we arrived several weeks later and opened the chests, there was still a significant amount of water in the organ.
The Aeolian-Skinner was damaged when the 150-mile-per-hour winds blew out the window behind the organ. For hours on end, the outside became the inside as the storm vented its fury on the Skinner. As with the recital hall organ, we found water in the organ many weeks after the storm.
It was inevitable that there would be long and intense negotiations with insurance companies about the losses and rebuilding. The enormity of Katrina simply overwhelmed insurers. One could go on at length about the negotiations and the efforts and education that were required with the insurance companies. Suffice it to say that at one point the insurers appraised the older, smaller Möller at a greater amount than the larger, newer Aeolian-Skinner.
The Möller organ’s status was very clear cut because of the extreme damage to the chassis and its utilitarian design. The Aeolian-Skinner and its disposition was a thornier issue. The damage to the organ was severe, but with heroic measures it could have been restored. The problem was that a true restoration would involve tremendous expense that could exceed the organ’s replacement cost. The insurance company did not understand that if you replace the chests, swell box, some pipework, the winding system, and the console with new materials, the organ would cease to be Opus 1468. While we fought for funds for restoration, the client and our firm resolved that either the Skinner would be unaltered and restored without change, or if changes were required, that the resources would be folded into a new instrument. As negotiations concluded, funds available for the Skinner were not sufficient for a true restoration.
In addition to wide-ranging discussions about how the instruments would be used, we also traveled with Dr. Becky Lombard, professor of music theory and keyboard studies, to hear many of our recent instruments. We evaluated how these differing specifications might relate to the needs of the seminary and the church music program. From these visits it became apparent that we would build two distinctly different instruments.

Sellers Recital Hall (III/34)
The recital hall organ is used primarily for teaching and for literature performance. Space was limited, but we felt that the organ could be enlarged to provide additional resources not present in the 1954 instrument. With the performance of literature being the goal, choices had to be made about meeting the requirements of specific periods—yet the stoplist couldn’t be too era-specific.
The decision was made to design an instrument that could create the colors of all periods of music history. We also had to consider accompaniment of voice, both solo and choral. In this diminutive hall with seating for around 100, we had to create a rich, full palette without overwhelming the performer or listener. Tonally, the voicing is in a very clean, unforced style. There is crispness to registrations that will promote clean, articulate playing.
This organ had to be able to transform itself into any number of service instruments that the student might encounter in music ministry. The organ we designed is three manuals with 34 ranks of pipe resources. It is equally tempered to accommodate contemporary worship and use with piano accompaniment, and also offers full MIDI capability. This was the first instrument delivered to the campus.

Leavell Chapel (IV/83)
The chapel organ was designed with a different focus. While literature will be performed regularly, the organ’s role in service playing determined the overriding design. Each week chapel services are held and the organ is called on to support congregational singing and to accompany soloists. Collaborative performances with the organ and piano are quite common. The organ is also used to play for services with small numbers in the congregation and, at the end of each semester, for a “packed house” during graduation ceremonies, so a wide dynamic range was needed. The chapel is a cavernous space with seating for over 2000.
When the Aeolian-Skinner was installed, it had 38 ranks with “prepared for” Choir and Positiv divisions and additional Pedal and Great registers that were never added. The room had been acoustically altered from its 1966 incarnation, and the gently voiced Great and Swell on the Skinner did not have the presence required for this hall. Because of other uses of the chapel, the room had been softened with acoustically absorbent material, and this was to remain in place.
The new organ was conceived as a four-manual with Great, Swell, Choir, and Solo divisions. It is located on the central axis of the room on a shelf. The dimensions of this space are 36 feet wide and 18 feet deep.
It was important to the school that the room remain visually unaltered; so, the old façade and casework were restored. The Skinner 16′ Sub Principal was revoiced into a 16′ Violone for the Great division. The college wanted to leave the window at the rear of the organ, which was a concern thermally and acoustically. To overcome this problem, the new windows were designed as insulated units rated to resist a storm stronger than Katrina. We placed the enclosed expression boxes across the rear span of the space with inward partitions to provide our own back chamber wall. With a height of over 16 feet, the expression boxes provide a forward focus for the organ in addition to the needed thermal barrier, while still allowing light through the windows above the organ.
In designing the specification and scaling, I wanted to provide the resources that would allow the performer a vast array of color and weight, suitable for any repertoire. The organ was built with the classical underpinnings of principal, flute, and reed chorus structure to support classical and sacred repertoire; in a bow to Romanticism, I included elements of the American romantic or symphonic organ. This blending provides an instrument that would be evocative of early American Classicism, albeit with cleaner and more articulate flue choruses.
In concert with this eclectic tonal design, an expressive, floating Solo division was included. Included in this division are some of the rarer high-pressure stops, including French Horn, English Tuba, Solo Gamba and companion Celeste, and the hauntingly beautiful 8′ Philomela and 4′ Flauto Major.
We were able to retain about half of the Skinner resources, which were revoiced and rescaled for the new instrument. Some stops were either too damaged, or the material suspect, to consider their reuse. The original Skinner reeds were French in design and small-scaled. We felt that the size and acoustic of the chapel, in conjunction with the stoplist design, would be better served with English shallots, thicker tongues, and higher wind pressures. In addition to chorus reeds, the organ has a full battery of high wind pressure solo reeds that were duplexed in a floating Trompeteria division at multiple pitches with separate couplers.
In keeping with the accompanimental nature of the organ, each division is designed around an independent 8′-weighted principal chorus. The divisional choruses, while differing in color, are designed to be compounded as a unified whole. The mixtures in this instrument are pitched lower than what might be found in many contemporary instruments. Where additional treble ascendency is required, secondary higher-pitched mixtures were also included in each division, scaled and voiced to serve as a functional foil to the divisional chorus without stridency.
The strings and flutes in the expressive divisions are designed to build weightless accompaniment for choral work, or massed in support of romantic or transcription repertoire. The organ features a divided string division located among the Swell, Choir, and Solo divisions, to be compounded by means of couplers. Ever present, to be blended with this string chorus, is the 8′ Vox Humana, which has its own enclosure and tremulant.
With the exception of some 32′ Pedal registers and percussions, the organ does not include digital augmentation. We wanted the organ to stand on wind-blown resources. In support of this decision, we added an additional register to the Pedal—the independent 16′ Wood Open. Installed to the right and left of the center organ core and on 7½ inches of wind pressure, it provides a solid fundamental that is truly felt in the room.
Our experience in servicing instruments in this region has made us aware of the need for stability in the materials and action choices, due to the temperature extremes and constant humidity. The organ chest action is electro-pneumatic slider, with all reeds on electro-pneumatic unit action. The flue pipes and the reed pipes are thus on actions that maximize the speech characteristics of each type of pipe. This also allows the flues and reeds to be placed on differing wind pressures and tremulants. The wind is regulated with dual-curtain valve, spring and weighted reservoirs.
The wind pressures on this instrument vary from 4 to 18 inches. To control these resources, the expression boxes are built 1½ inches thick, with interlocking shades. Multiple motors are used on the shade fronts to allow a full dynamic gradation. The four-manual, drawknob console, built of mahogany and ebony, includes features such as multiple-level memory, transposer, Great/Choir manual transfer, piston sequencer, programmable crescendo and sforzando, record/playback capability, and MIDI.

Installation and voicing
The removal, building, and installation of these instruments were herculean tasks. It is an understatement to say that the staff of the Schlueter firm took up residence in New Orleans. I simply cannot give enough credit to the leadership of our senior organ builders Marc Conley, John Tanner, Rob Black, and Bud Taylor for the untold hours of travel and work that they put into these projects. Organ building cannot be achieved as the result of any one individual, but requires a skilled team. These individuals continue to exceed expectations in the creation of art.
From the outset, we decided that these two instruments would be voiced in the rooms, with the pipes arriving to the installation only prevoiced to allow full latitude with cut-ups and any required nicking. All of the samples were set in the chambers on their windchests and then the pipes were removed from the chambers. We brought a portable voicing machine and layout tables into spaces adjacent to the organ chambers to voice the pipes prior to their reinstallation in the chambers for final voicing and tonal finishing. Because of the size of these two projects, it was necessary to work as a team in tonal finishing, led by Daniel Angerstein, with the able assistance of John Tanner, Marc Conley, Bud Taylor, Kevin Cartwright, Lee Hendricks, and Gerald Schultz. As with so much of our previous work, I want to single out Dan and his contributions. In the many weeks of tonal finishing, he patiently brought forth the organs as they had been envisioned by the client and the builder.

Final thoughts
As we designed the two organs, it became clear that the organs that were desired could not be afforded by the school with the balance of their settlements. Over the years, we have been privileged to gift resources to churches. As owners, my father and I looked inward and decided that the importance of a continuing role of the organ in worship was a worthy cause. This required us to consider a donation, and without revealing the dollar value of our gifts, suffice it to say that there is a four-manual, 83-rank instrument where there had been a 38-rank instrument, and a 34-rank instrument where there had been a 27-rank instrument.
We would like to thank Dr. Charles Kelly, Dr. Becky Lombard, and Dr. Kenneth Gabrielse for their contributions and support during this project. Thanks also to our dedicated staff, listed on our website (www.pipe-organ.com).
Our tonal philosophy is to “build instruments that have warmth not at the expense of clarity, and clarity not at the expense of warmth, and to serve God in our efforts.” We pray that in future years our gifts endorse the importance of the organ in worship, and we hope that our instruments will plant the seeds of worship through music, for future students who pass through this institution.
—Arthur Schlueter III

New Orleans Baptist Theological Seminary, Leavell Chapel, four manuals, 83 ranks
GREAT – Manual II (unenclosed)
16′ Violone (73 pipes) (1–24 façade)
8′ First Open Diapason (Pedal)
8′ Second Open Diapason
8′ Principal (1–12 façade)
8′ Stille Principal (from Cornet)
8′ Violone (ext, 12 pipes)
8′ Harmonic Flute (49 pipes)
(1–12 common bass)
8′ Bourdon
4′ Octave
4′ Diapason (Pedal ext, 12 pipes)
4′ Nachthorn
22⁄3′ Twelfth
2′ Super Octave
V Cornet TC
2′ Mixture VI
1′ Scharf IV
16′ Contre Trumpet (ext, 12 pipes)
8′ Trumpet
8′ Tromba Heroique (Choir)
8′ English Tuba (Solo)
Tremolo
Gt/Gt 16′–Unison Off–4′
SWELL – Manual III (enclosed)
16′ Lieblich Gedeckt (ext, 12 pipes)
8′ Geigen Principal
8′ Rohr Gedeckt
8′ Viola de Gamba
8′ Voix Celeste
8′ Dolce
8′ Dolce Celeste (54 pipes)
4′ Principal
4′ Harmonic Flute
22⁄3′ Nazard
2′ Flageolet
13⁄5′ Tierce
22⁄3′ Plein Jeu V
1′ Klein Fourniture IV
16′ Contra Bassoon (ext, 12 pipes)
8′ Trumpet
8′ Oboe
8′ Vox Humana
4′ Clairon
Tremolo
Sw/Sw 16′–Unison Off–4′
CHOIR – Manual I (enclosed)
16′ Gemshorn (ext, 12 notes)
8′ Principal
8′ Hohl Flute
8′ Gemshorn
8′ Gemshorn Celeste (49 pipes)
4′ Principal
4′ Koppel Flute
22⁄3′ Nasat
2′ Principal
13⁄5′ Terz
11⁄3′ Larigot
11⁄3′ Choral Mixture IV
8′ Clarinet
8′ Tromba Heroique (high pressure)
8′ English Tuba (Solo)
8′ Trompette En Chamade (Trompeteria)
Tremolo
Chimes (digital)
Harp (digital)
Zimbelstern (9 bells)
Ch/Ch 16′–Unison Off–4′
SOLO – Manual IV (enclosed)
8′ Philomela
8′ Gamba
8′ Gamba Celeste
4′ Flauto Major
8′ French Horn
8′ Tromba Heroique (Choir)
8′ English Tuba (high pressure)
Tremulant
Solo/Solo 16′–Unison Off–4′
TROMPETERIA – Manual IV
16′ Tromba Heroique (Choir)
8′ Tromba Heroique (Choir)
4′ Tromba Heroique (Choir)
16′ English Tuba (Solo)
8′ English Tuba (Solo)
4′ English Tuba (Solo)
8′ Trompette En Chamade (high pressure)
Trompeteria Unison Off
Trompeteria on Great
Trompeteria on Swell
Trompeteria on Choir
PEDAL
32′ Violone (digital)
32′ Bourdon (digital)
16′ Open Wood
16′ Principal (ext, 12 pipes)
16′ Violone (Great)
16′ Gemshorn (Choir)
16′ Subbass
16′ Lieblich Gedeckt (Swell)
8′ Octave Bass
8′ Violone (Great)
8′ Bass Flute (ext, 12 pipes)
8′ Spitz Flute
4′ Choral Bass
4′ Nachthorn
22⁄3′ Mixture V
32′ Harmonics (wired cornet series)
32′ Contra Trombone (digital)
16′ Trombone (ext, 12 pipes, enclosed in Ch)
16′ Contre Trumpet (Great)
16′ Contra Bassoon (Swell)
8′ Tuba (Solo)
8′ Tromba (Choir)
8′ Trumpet (Great)
4′ Tromba Clarion (Choir)

Standard couplers and MIDI

New Orleans Baptist Theological Seminary, Sellers Recital Hall, three manuals, 34 ranks

GREAT
16′ Pommer (Choir)
8′ Gedeckt Pommer (Choir)
8′ Principal
8′ Bourdon
4′ Octave
4′ Nachthorn
4′ Gedeckt (Choir)
2′ Super Octave
11⁄3′ Fourniture IV
16′ Contre Trompette (Swell)
8′ Trompette (Swell)
8′ Clarinet (Choir)
8′ Festival Trumpet (Pedal)
Tremolo
Chimes
Great 4′

SWELL (expressive)
16′ Contra Viola (ext, 12 pipes)
8′ Gedeckt
8′ Viola de Gambe
8′ Viola Celeste (49 pipes)
4′ Principal
4′ Spitzflute
22⁄3′ Nazard
2′ Blockflute
13⁄5′ Tierce
2′ Plein Jeu III–IV
16′ Basson-Hautbois (ext, 12 pipes)
8′ Trompette
8′ Festival Trumpet (Pedal)
8′ Hautbois
4′ Hautbois (ext, 12 pipes)
Tremolo
Swell 16′–Unison Off–4′

CHOIR (expressive)
16′ Pommer
8′ Koppel Flute
8′ Viola
8′ Viole Dolce
8′ Viole Dolce Celeste TC
4′ Principal
4′ Gedeckt (ext, 24 pipes, from 16′)
2′ Gemshorn
11⁄3′ Larigot
8′ Clarinet
8′ Festival Trumpet (Pedal)
Celesta (digital)
Harp (digital)
Tremolo
Choir 16′–Unison Off–4′

PEDAL
32′ Bourdon (digital)
16′ Principal (digital)
16′ Contra Viola (Swell)
16′ Sub Bass
16′ Pommer (Choir)
8′ Principal
8′ Viola (Swell)
8′ Bourdon (ext, 12 pipes)
8′ Gedeckt (Choir)
4′ Choral Bass (ext, 12 pipes)
4′ Bourdon (ext, 12 pipes)
4′ Viola (ext, 12 pipes)
32′ Posaune (digital)
16′ Contre Trompette (ext, 12 pipes)
16′ Hautbois (ext, 12 pipes)
8′ Trompette (Swell)
8′ Hautbois (Swell)
4′ Hautbois (Swell)
4′ Clarinet (Choir)

Standard couplers and MIDI

On a personal note
“New Orleans Spared”—Such was the erroneous headline of the newspaper in Savannah, Georgia, on the morning after Hurricane Katrina. At the time, the Schlueter firm was completing the organ at First Presbyterian Church in Savannah (featured in The Diapason, April 2006). My father, members of the installation crew, and I had stared anxiously at the news the previous evening and wondered about our friends in New Orleans and outlying areas. Our firm has worked in the aftermath of a number of major hurricanes and storms in recovery and restoration efforts. Unlike these other disasters, every day the situation in New Orleans grew steadily worse.
Almost exactly one year prior to Katrina, we had completed the rebuilding, relocation, and enlargement of the IV/74 instrument for the First Baptist Church in New Orleans. We made many acquaintances during this period, and through the Internet we were able to find many of our friends who had fled to other cities and states. We prepared for what would face us when the water receded and we could make our way into the city.
It was surreal as the shop vehicles were packed with our own stores of food, water, fuel and medicine for the trip. As we neared the Gulf Coast, the sheer enormity of the disaster began to unfold. We crossed Lake Pontchartrain’s 24-mile causeway on a road that had been reduced to a single lane, following the collapse of entire spans of the eastbound lanes. As we arrived in the evening, the scene before us was a macabre black hole that enveloped the city. From the elevated roadway, the marginally lit downtown of New Orleans was surrounded by a dark, lightless void for miles and miles, indicating the extent of the flooding. We arrived in the city under martial law, and had to learn the intricacies of identification and going through armed checkpoints.
With the daylight, the enormity of the flood was overwhelming. Driving into the 9th Ward, you could see watermarks that were many feet over one’s head. Homes, businesses, and structures sported the hieroglyphics of spray paint, with X’s, O’s and slashes to indicate that the structures had been searched and what had been found. Traveling around places once familiar, we found abandoned cars, collapsed buildings, and most distressingly, an absence of life. When we talked with people we knew and asked what we could do, the answer was always the same, “Pray for us.”
In the ensuing months that stretched out over two years for the three instruments we worked on, we became emotionally involved with the city and its people. We came to New Orleans to work on behalf of the First Baptist Church of New Orleans and the New Orleans Baptist Theological Seminary, and to restore part of their community. When we visit today, there are still signs of Katrina that only the passage of time will erase, but undeniable is the resilience of the people as they seek to rebuild their community. It is our hope that our response to Katrina on behalf of this community exemplifies “laborare est orare.”
—Arthur Schlueter III

 

 

The Masonic Lodge Pipe Organ: Another neglected chapter in the history of pipe organ building in America

R. E. Coleberd

R. E. Coleberd is a contributing editor of The Diapason.

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Introduction
This article is the second in a series exploring the role of the King of Instruments in American culture. The first article, “The Mortuary Pipe Organ: A Neglected Chapter in the History of Organbuilding in America,” was published in the July 2004 issue of The Diapason.1 (Others to follow will discuss organs in hospitals, hotels, soldiers’ homes and war memorials.) The era of the Masonic Lodge pipe organ, embracing close to 700 instruments, began in the 1860s, reached its zenith in the first three decades of the twentieth century, and with certain exceptions ended shortly after World War II.2 In the religious, ritualistic format of the Masonic movement, the pipe organ made a statement. It was deemed essential to crown the ambiance of the journey through the several chapters of the order (Blue Lodge, Royal Arch, Scottish Rite, Shrine and other “Rites”), and it complemented the majestic buildings, often architectural masterpieces, which contributed significantly to an attractive urban landscape. A closer look at the market, the instrument, and the builders reveals key features of this fascinating epoch, which surely belongs in the rich and colorful history of pipe organ building in America.

The Masonic Lodge
The Masonic Lodge was a broad-based, worldwide social and cultural movement with origins in antiquity, which counted the St. John’s Lodge in Boston, established in 1733, as its beginning in this country. George Washington and Benjamin Franklin were Masons.3 Encompassing immigration, urbanization, social solidarity and individual identity, it satisfied a desire to belong. Lodge membership was a mark of recognition and status in the community, and a transcending emotional experience in ritual and décor in the otherwise anonymous atmosphere of urban life. A noted German sociologist, Max Weber, visiting America in 1905, spoke of voluntary associations “as bridging the transition between the closed hierarchical society of the Old World and the fragmented individualism of the New World” and saw them performing a “crucial social function” in American life.4 The well-known social commentator and newspaper columnist, Max Lerner, in his epic work America as a Civilization, saw one of the motivations behind “joining” as “the integrative impulse of forming ties with like-minded people and thus finding status in the community.”5 Ray Willard, organist at the Scottish Rite Cathedral in Joplin, Missouri (M. P. Möller Opus 3441, 1922), observes that membership embraced all walks of life: from business and professional men, many of them community leaders and perhaps well-to-do, to everyday citizens.6 Masonic membership paralleled population growth and reached a peak in the first three decades of the twentieth century. New York State counted 872 lodges and 230,770 members in 1903.7 Pre-World War II Masonic membership in the United States totaled 3,295,872 in 1928.8
Of special interest is the long-recognized connection between the railroad industry and the Masonic Lodge. Railroad men were lodge men, and railroad towns were lodge towns. The railroad was the predominant conveyance in freight and passenger travel in the first decades of the last century. In 1916, railroad mileage in this country peaked at 254,000 miles, and in 1922, railroad employment reached over two million workers, the largest labor force in the American economy.9 These totals reflected the number of trains and crews, station, yard, and track workers, and the maintenance demands of the steam locomotive. The comparatively well-paid railroad workers were no doubt important in building Masonic temples. In 1920, average wages in the railroad industry were 33 percent above those in manufacturing.10 In one of what must have been numerous examples, Masonic employees of the Big Four Railroad in Indianapolis donated eight art-glass windows on the east wall of the second floor foyer of the Scottish Rite Cathedral there (q.v.).11

The market
The Masonic Lodge market differed significantly from other pipe organ markets. For the larger facilities in metropolitan locations, the Masonic building was typically a matrix of rooms, often on several stories, and each with a different décor, e.g., Corinthian Hall, Gothic Hall, Ionic Hall. Each chapter room required a pipe organ to support the ritual proceedings. The centerpiece of the building was the auditorium, manifestly different from a church sanctuary. Typically square in layout, it featured a large curtained stage in front, cushioned opera-chair seating on the main floor, and perhaps side and end balconies. The pipe chambers were quite often in the proscenium above the stage, with other divisions almost anywhere—in back of the stage, above a side balcony, in a rear balcony, etc. Occasionally, chambers with a pipe fence flanked either side of the stage. The organ console was on the floor in front of the stage.
It was especially important that the auditorium instrument look large. Just as an upright or spinet piano would have been out of place on the stage, so too would a two-manual organ console be inappropriate on the floor in front of the stage. It must be a concert grand piano on the stage and a three-manual, better yet a four-manual console on the auditorium floor, with lots of drawknobs or stop tabs for everyone to see. To achieve this image of “bigness” within the limitations of chamber space or perhaps budget, builders often resorted to extensive unification and duplexing.
The Masonic Lodge pipe organ era began in 1860 when E. & G. G. Hook built one-manual instruments for temples in Massachusetts: in Lawrence, 14 registers, Opus 275, and in New Bedford, 12 registers, Opus 281.12 In 1863, William A. Johnson built a one-manual instrument of nine registers, Opus 144, for the lodge in Geneva, New York.13 In 1867, Joseph Mayer, California’s first organbuilder, built an instrument for the “Free Masons” in San Francisco.14 The three organs built by Jardine in 1869 for New York City, in this case for the Odd Fellows Hall, marked the beginning of what would become a salient feature of the lodge market: multiple instruments for one building, often under one contract and several with identical stoplists.15 (See Table 1.) One particularly interesting example was the three instruments Hutchings built for the Masonic Lodge in Boston in 1899. The stoplists were identical (q.v.), but each one was in a different case to conform to the décor of the room. Wind from a single blower was directed to one instrument by a valve opened when the console lid was raised, turning on the blower.16
The pinnacle of the multiple contract practice came first in 1909, when Austin built twelve organs for the Masonic Lodge in New York City; in 1927, when Möller built nine for a temple in Cincinnati, Ohio. Eleven of the twelve Austins were identical two-manual instruments, eight of the nine Möllers.17 An Austin stock model that found its way into the Masonic market was the Chorophone, introduced in 1916. Austin sold nine of these instruments to Masonic Lodges. Opus 896 was exported to the lodge in Manila, the Philippine Islands, in 1920.18

The instrument
R. E. Wagner, vice-president of Organ Supply Industries, points out that the Masonic Lodge pipe organ followed closely—tonally and mechanically—the evolution of the King of Instruments in this country: from the one- and two- manual classic-style tracker organs of the nineteenth century to a brief sojourn with tubular-pneumatic action at the turn of the century, followed by the symphonic-orchestral tonal paradigm and sophisticated electro-pneumatic windchest and console action in the 1920s. It also followed a return to the American classic style beginning later in that decade.19 The liturgy-based nature of Masonic ritual would suggest a church-type instrument, one in which eight-foot pitch predominated. This was true in the beginning and in smaller instruments.
The three Hutchings instruments in Boston (q.v.), Opus 475–477, were each fourteen ranks.20 The eleven identical Austin instruments for New York City in 1909 had five ranks: an 8? Open Diapason on the Great with four ranks duplexed from the Swell (8? Stopped Diapason, 8? Dulciana, 8? Viol d’Orchestra, and 4? Harmonic Flute). There was no pedal. The twelfth organ on this contract was a 17-rank, three-manual organ with the Choir manual duplexed entirely from the ten-rank Swell manual. The seven stops of the Pedal organ were all extensions of manual stops.21 Austin’s two-manual Chorophone comprised four ranks—Bourdon, Dolce, Open Diapason and Viole—unified into 27 speaking stops from 16? to 2?.22
By the 1920s, the Golden Age of the Masonic Lodge pipe organ, the three- or four-manual organ in the lodge auditorium was frequently an eclectic instrument, embracing theatre stops and even toy counters in addition to traditional liturgical stops. Add to this a “quaint” stop now and then, i.e., a bugle call. Did you ever hear of Solomon’s Trumpet? (See 1926-2000 Kimball, Guthrie, Oklahoma q.v.) As Willard points out, these instruments were designed to play the marches, patriotic selections, and orchestral and opera transcriptions used in ritual work, as well as theatre organ and popular music of the day when the auditorium was used for entertainment.23
The mixing of liturgical and theatre stops reflected the fact that in the 1920s the concept of organ music was broadly defined, and with the introduction of the theatre organ, the distinction between liturgical and theatre voicing and sound was blurred. If anything, the eight-foot pitch tonal palette of the church organ, characterized then by wide-scale diapasons and flutes, narrow-scale strings, high-pressure reeds, and the absence of mutations and mixtures, served to further obscure this distinction.
Two stops particularly symbolic of this era and that disappeared until recently, the Stentorphone and the Ophicleide, were found in large lodge organs. Manuel Rosales, well-known California organbuilder, believes they can best be explained as items of fashion. “As the Hope-Jones ideas influenced the times with very large diapasons, the idea of the Stentorphone being a sort of superstar of the diapason family found its way into legitimate specifications. It was placed on the Solo manual rather than being put on the main divisions, and in that capacity wouldn’t destroy the balance between the stops on the Great. Couple the Solo to the Great and it works to beef things up.”24 With the tremolo on the Solo, the Stentorphone could also be used as a solo stop.
The ophicleide, a 19th-century brass orchestral instrument, was said to have been invented in Paris about 1817. It was popular in symphony and opera orchestras and in military bands of the 1830s and 1840s, being eventually replaced by the modern tuba. As a fashionable organ stop, the Ophicleide might appear on the Great manual as a powerful, high-pressure reed, a double tuba which, when coupled to the customary 8? Tuba on this manual, formed a chorus.25
The predominant characteristics of the three- and four-manual Masonic Lodge pipe organs, with the exception of those built by E. M. Skinner, seem obvious when viewed from the stoplists discussed below. They confirm our assumption that the Masonic Lodge instrument differed markedly from other pipe organs. Beginning with extensive unification and duplexing, the number of stops is double or more the number of ranks of pipes. Pedal divisions with only one or two independent ranks were typical, and duplicate consoles, the second perhaps a two-manual to control two divisions, were found. Sometimes second touch and a roll player were added to the console. The high-pressure reeds of the day, Ophicleide and Tuba, found on the Great division, required higher wind pressure than the flues to achieve their desired tone quality and power—ten inches versus six inchePs—and therefore were placed on a separate windchest. The Vox Humana was often placed in its own enclosure. Each manual division had a tremolo, and often individual stops such as the Diapason, Tibia and Vox Humana had separate tremolos. The entire instrument was often totally enclosed. Duplexing and unification were made possible by the complex and sophisticated switching in windchest and console innovations that marked the American builders during this period and that made their product by far the most technologically advanced in the world.
The three-manual Kimball organ, Opus 6781, in the Denver Scottish Rite Cathedral, now Consistory, with 19 ranks, 50 stops and 1,459 pipes, illustrates these features (see stoplist). On the Great division, five ranks comprise eleven speaking stops—four ranks with extensions—and only the 8? Tuba is an independent (one pitch) voice. The Diapason and Tuba each have their own tremolo. The Solo (second) division comprises 10 ranks and 20 stops, with the Gedeckt unified into six stops, from 16? to 13?5?. The third division, designated the Accompaniment manual, counts four ranks and seven unit stops duplexed from the Great. The organist, Charles Shaeffer, comments that the English Horn on the Accompaniment manual is unique to Kimball, voiced closer to the Oboe in contrast to an English Horn on theatre organs, which resembles an English Post Horn. He adds that the Marimba on the Solo is “reiterating,” meaning that it repeats rapidly and therefore contrasts with the single-stroke Harp on the Great.26 The String Mixture is wired from the Salicional, and the Orchestral Oboe from the Gedeckt and Viol d’Orchestra. The Tibia Clausa is independent and has its own tremolo. The nine-stop Pedal organ is entirely duplexed from the Great and Solo divisions. The bugle call is played by buttons above the keyboards. The manual compass is 73 pipes, adopted by many builders during this period to forgo upperwork and achieve brilliance through the 4? coupler, a primary registration aid.27 All divisions are enclosed, and each manual has at least one tremolo. The toy counter and pedal second touch complete the instrument.
The 8? Wald Horn on the Great, a departure from traditional pipework nomenclature, requires an explanation. A Wald Horn is customarily a chorus reed with English shallots, voiced somewhere between a Trumpet and an Oboe.28 In this example, unique to Kimball and employed briefly, 1922–1924, it is a spotted-metal tapered (one-half) open flue rank of medium scale. With more definition than a stopped flute, but with limited harmonics, it is horn-like and perhaps best described as a heavy spitzflute.29 Noteworthy in Kimball organs, and a lasting legacy of this builder, are the superb strings, the work of the legendary voicer George Michel. As the late David Junchen commented: “Michel’s strings set the standard by which all others were judged. Their richness, timbre and incredible promptness of speech, even in the 32? octave, have never been surpassed.”30

Four and five manuals
The four- and five-manual Masonic Lodge era began in 1912, when Hook & Hastings built a 53-rank, 62-stop, five-manual instrument for the Scottish Rite Cathedral in Dallas. Far less unified than later work and with a 61-pipe compass for manual stops, it reflected the church organ background of this eastern builder. But it did contain a Stentorphone and Ophicleide, two consoles, and a player mechanism.31 The next year, 1915, Austin built a five-manual, 74-rank, 89-stop, 4,860-pipe organ, Opus 558, for the Medinah Temple in Chicago. Now in storage, this instrument was for many years the largest Masonic Lodge pipe organ in America and was, perhaps, the best known among the organist fraternity.32
The four- and five-manual market was largely the province of the nationally known major builders Austin, Estey, Kimball, Möller and Skinner (see Table 2). They used large lodge installations in their sales pitch, and buyers were no doubt influenced by them in their choice of builder. Describing their four-manual Möller, Opus 3441, 1922, in Joplin, Missouri, the Scottish Rite Cathedral states: “There were five four-manual organs built by Möller in the early 1920s similar to the Joplin organ. They are in the United States Military Academy, West Point, N.Y., the Scottish Rite pipe organ in San Antonio, Texas, Temple Beth-El, New York City, and the Masonic Building, Memphis, Tennessee.”33 Michael Brooks, recent Sovereign Grand Inspector General of the St. Louis Scottish Rite Cathedral, points out that his temple is the proud owner of one of four Kimball four-manual lodge organs. The others are Guthrie, Oklahoma (q.v.), Minneapolis (now in storage), and Oklahoma City.34
The lodge market also reflected the work of John A. Bell (1864–1935), a prolific designer, who in 1927 was said to have drawn up specifications for over 500 pipe organs in the eastern United States. Bell, a Mason, was organist at the First Presbyterian Church in Pittsburgh for over 40 years.35 Allen Kinzey, Aeolian-Skinner veteran, says Bell’s stoplists typically included a large-scale, heavy-metal, leather-lipped, unenclosed 8? Diapason on the Great. Also, all manual stops of 16? and 8? pitch (excluding celestes) had 73 pipes, while stops of 4? pitch and above had 61.36 Bell designed instruments for Masonic temples in Cincinnati and Dayton and the Scottish Rite Cathedral in Indianapolis.37 (q.v.)
Indianapolis
The Skinner/Aeolian-Skinner five-manual, eight-division, 77-rank, 81-stop, 5,022-pipe organ in the Scottish Rite Cathedral in Indianapolis, Opus 696-696B, is the largest instrument in the Masonic movement in America today (see stoplist). The building’s title is appropriate because it is most likely the largest such edifice ever built in this country and is beyond doubt the most lavishly appointed, replete with Masonic symbolism at every turn: stone carvings and figurines, 70 art glass windows, and elevator door decoration. This architectural masterpiece is crowned by a 212-foot main tower, housing a 63-bell Taylor (Loughborough, England) carillon. The Medieval Gothic interior features imported Carpathian white oak, Russian curly oak, and Italian, Tennessee and Vermont marble.38
This signature instrument was built in 1929 by E. M. Skinner, with four manuals, 65 ranks, 68 stops, 4,365 pipes.39 Skinner had defined his instrument in building church organs and he stayed very close to this paradigm in his lodge installations. With comparatively limited unification and duplexing, this organ features a mixture, mutations and principal chorus on the Great. This organ reflects the influence of John Bell (q.v.). Manual compass is 73 notes for foundation stops, 8? and below, and 61 notes for 4? stops and above. The First Diapason on the Great is 38 scale, heavy metal and leather-lipped. The Second Diapason is 40 scale, a customary scale for the first diapason. These two stops plus the 16? Open Diapason and 8? Gross Flute are unenclosed. The tremolo on the Great is described as high and low wind, reflecting the difference in wind pressure between the flues and the reeds. The Great reeds are on 12-inch wind as is the entire Solo manual, the latter likely because of the Stentorphone there, also 38 scale, heavy metal, and leathered. The Solo Tuba Mirabilis is on 20 inches of wind and not affected by the tremolo. The Diapason on the Swell is also 40 scale and leathered. The 4? Celestial Harp on the Great is subject to sub and super (octave) couplers. The Cathedral Chimes on the Echo has 25 tubes, from tenor C. A description in The Diapason commented: “Couplers and pistons will increase the number of playing devices at the command of the performer to 158.”40 In 1949, Aeolian-Skinner enlarged this instrument with two new divisions of four ranks each.41 A new five-manual console by Reisner was installed in 1969.42

St. Louis
The four-manual Kimball in the Scottish Rite Cathedral in St. Louis, now awaiting restoration, illustrates other features of the lodge pipe organ (see stoplist). With 113 speaking stops from 54 ranks of pipes, a virtually complete toy counter plus piano, marimba, xylophone, harp, chimes and orchestral bells, it is perhaps the apex of the four-manual lodge instrument, a veritable music-making machine. In this organ, the basic manual stop compass is 61 notes and the 8? pitch dominates the tonal palette. Among the 24 stops from ten ranks on the Great, the Principal Diapason is wood and the Twelfth and Fifteenth are taken from the Waldhorn (q.v.). This instrument doesn’t have a mixture on the Great or pretend to have a principal chorus; it is a collection of orchestral colors, including the luxury of three 16? open flues on the Swell, all oriented to fundamental tone as illustrated by the Phonon Diapason there, which emphasizes the eight-foot tone.43 The unit Gedeckt on the Swell speaks as six stops, from 16? to 13?5?. The Swell has separate tremolos for the Tibia Clausa and the strings. The Vox Humana vibratos on the Swell and the Echo are a tremolo. The Pedal organ counts 25 stops derived from two ranks; a 32? Bourdon, and a 32? Bombarde with three extensions. The rest are borrowed from or extensions of manual stops.

The builders
The lodge market was important to American builders in new installations, repeat sales, replacing trackers with modern instruments, additions and upgrades. The bulk of these organs were, not surprisingly, two-manual instruments, and some were stock models, designed to accommodate what we have elsewhere called the commodity segment of the market.44 For small instruments, there was scarcely any brand preference or real or imagined product differentiation to the buyer. To these lodges an organ was an organ and the sooner the better. As in other markets, a second-hand trade emerged with instruments sold to Masonic Lodges from elsewhere.
Table 3 portrays the work of thirteen builders, names familiar today. The larger firms—Austin, Estey, Kimball and Möller, well known coast-to-coast through numerous installations and with aggressive sales representation—accounted for the majority of lodge instruments. Factory production dominated the industry during this period, and these builders could meet any requirement: budget, placement and timetable. Regional builders Hillgreen-Lane and Pilcher also enjoyed lodge business, as did many local firms. In 1917, Reuben Midmer & Sons counted six organs for the Masonic Temple in Brooklyn. Lewis & Hitchcock built instruments for Washington, D.C. and Baltimore.45 In California, an early last-century firm, the Murray M. Harris Company, built lodge organs for Fresno, Oakland, and San Francisco, California as well as for Santa Fe, New Mexico.46 In 1928, the Rochester Pipe Organ Company built two identical three-manual, 20-rank instruments for the Masonic Temple in Rochester, New York.47 In 1908, the Adrian Organ Company rebuilt a nine-rank, one-manual organ, from two prior locations, for the Masonic Temple in Adrian, Michigan.48
The lodge market also figured in the locational history of the American organ industry. In 1859, the Pilcher Brothers, then in St. Louis, built a one-manual organ for the Golden Rule Lodge there. In April 1863, perhaps in search of a market opportunity, they moved to Chicago where, in September, they contracted to build a one-manual organ for the Oriental Lodge there.49 In 1919, the Reuter-Schwartz Company of Trenton, Illinois built an instrument for the Masonic Temple in Lawrence, Kansas. This prompted their move to Lawrence, having found a source of capital in the Russell family who, in turn, found a business opportunity for their son Charlie, just graduated from the University of Kansas. Charlie Russell became the bookkeeper at Reuter, and the Russell family owned Reuter for many years.50
Many of the larger instruments, sources of pride for these lodges, are regularly serviced and updated as needed, perhaps with major funding from prominent members. When the signature 1926 Kimball in the Scottish Rite Masonic Center in Guthrie, Oklahoma (four manuals, 67 ranks, 72 speaking stops, 5,373 pipes)51 required renovation in 1990, Judge and Mrs. Frederick Daugherty financed the project. The work, by long-time curators McCrary Pipe Organ Company of Oklahoma City, included solid-state switching and relays, new keyboards, and new stop and combination action. A digital recording and playback unit was installed, so the instrument can be played for tours of the building—a common practice in large temples. Completing the project was installation of a full-length 32? Pedal Bombarde, built by F. J. Rogers in England, and a horizontal trumpet, dutifully called Solomon’s Trumpet, reflecting the role of King Solomon and his temple in Masonic ritual.52

Summary and conclusions
The Masonic Lodge pipe organ is another illustration of the role of the King of Instruments in American culture. The Masons, a culturally and socially prominent feature of American life, found the instrument an economic and efficient vehicle in meeting the musical needs of their ritual proceedings. The tonal resources of the larger instruments afforded almost unlimited capabilities in the full spectrum of instrumental music. This was made possible by technological advances in organbuilding, which mark a singular achievement of the American industry. In many locations, these magnificent instruments enjoy the respect and admiration of today’s Masonic membership, and in the larger organ world are recognized as a vital segment in the rich and colorful history of pipe organ building in America.

For research assistance and critical comments on earlier drafts of this paper, the author gratefully acknowledges: Jack Bethards, E. A. Boadway, Michael Brooks, Mark Caldwell, John Carnahan, Ronald Dean, Dave Fabry, Steuart Goodwin, Keith Gottschall, Allen Kinzey, Fred Kortepeter, Dennis Milnar, Rick Morel, George Nelson, Albert Neutel, Orpha Ochse, Don Olson, Louis Patterson, Michael Quimby, Michele Raeburn, Robert Reich, Gary Rickert, Manuel Rosales, Dorothy Schaake, Kurt Schakel, Alan Sciranko, Charles Shaeffer, Jack Sievert, Richard Taylor, R. E. Wagner, Martin Walsh and Ray Willard.

 

Organist and Organbuilder, Jerome Meachen and Charles McManis: A Meeting of the Minds

R. E. Coleberd

R. E. Coleberd, an economist and retired petroleum industry executive, is a contributing editor of The Diapason. He is a director of The Reuter Organ Company.

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Introduction

In the following narrative, the interaction of an organist and an organbuilder in the design of a new instrument and selection of a builder is described in some detail by each of them. The organist, Jerome Meachen, an Oberlin and Union graduate, was organist/choirmaster of St. John’s Episcopal Church in Waterbury, Connecticut. In 1957 St. John’s, upon the recommendation of Meachen, acquired a 70-rank, three-manual McManis organ. It was followed, when he changed positions, by a 67-rank, three-manual at Redeemer Episcopal Church in Sarasota, Florida (completed in 1966), and in 1973, by a 49-rank, three-manual for Manatee Community College, Bradenton, Florida. The builder, Charles McManis, a trained organist who had apprenticed briefly with Walter Holtkamp before World War II, operated a small shop in Kansas City, Kansas. His skill in flue voicing would become widely recognized and acclaimed in a sixty-year career, which counted more than 125 new instruments and rebuilds.

The discussion highlights the steps in the evolution of their tonal philosophy. It was a process of listening, comparing and choosing sounds and stops in the quest for authenticity in the revolutionary epoch that characterized American organbuilding in the decades following World War II. Before their first meeting, Meachen had acquired a preference for non-legato playing while McManis had been taught the legato style. Despite this difference, the two men found common ground in their admiration and profound respect for the tonal work of William A. Johnson, a legendary nineteenth-century New England tracker builder, and his successors.

Background

The choice of a relatively unknown independent builder in 1956 was decidedly the exception for this era. In the 1950s, pipe organ building in America was the province of the integrated major builders who had controlled the market for new instruments since the turn of the century. M. P. Möller of Hagerstown, Maryland, the “General Motors” of the industry, with a force of more than 400 workers, delivered 365 instruments in 1928 and in the decade 1950-60, with perhaps 200 employees, built 125 organs per year.1 Other builders, those who had survived the drastic shakeout during the Great Depression of the 1930s, were likewise busy, with comparatively large work forces and lengthy backlogs.

In retrospect we might safely say the 1950s, though a vibrant decade, marked the beginning of the end of what could be termed the “commercial” era of organbuilding in America that extended back to the 1920s and perhaps even earlier. Builders, including such highly successful businessmen as Mathias Peter Möller, concentrated almost exclusively on production to meet the enormous market demand in all venues. Company executives, sons of the founder, not musicians, were largely unfamiliar with the great literature for the organ. Sadly, they scarcely comprehended the interface between Bach, Buxtehude and other composers and the subtleties and nuances of fine voicing and finishing in building the King of Instruments. Their instruments were often quite successful in the context of a “production organ,” with uniform and consistent voicing, thanks to the skills of talented shop voicers, but, in retrospect, they were perhaps lacking in artistic statement, which can come only from meticulous tonal finishing. On small organs there was virtually no concept of tonal finishing once the instrument was installed and tuned. Only with the large “signature” instruments was time scheduled for tonal finishing, for example by John Schleigh of Möller and Herb Pratt of Aeolian-Skinner.2

Yet the organ reform movement was underway and gaining momentum, beginning with the pathfinding efforts in the 1930s of E. Power Biggs, Melville Smith, King Covell and others. The major themes are well known: lower wind pressures, smaller scales and higher pitches in flue work and the introduction of chorus in place of solo reeds. A “vertical” tonal palette emerged, featuring a full range of pitches in place of the former “horizontal” palette, dominated by stops of 8-foot pitch. These elements combined in the cohesive blending of individual voices, and the emphasis on ensemble in the building of primary and secondary choruses as reflected in the work of Walter Holtkamp and G. Donald Harrison in the North German and American Classic paradigms.

Leaders in the organist profession, highly educated, widely traveled and well-read, people like Robert Noehren and Parvin Titus, were captivated by the new sounds and ensembles which awakened them to the instrument’s rich music from antiquity. They began paying close attention to European instruments, through travel and recordings, as well as 19th-century work of notable American builders (Hook, Erben, Johnson and others). They wisely looked beyond the stoplist and listened carefully to the sound. The reintroduction of the tracker instrument, first by European builders, followed by an emerging U.S. industry of small shops, reinforced the historic and intrinsic artistic value of the King of Instruments. Steady improvement in the tone quality of the electronic instruments soon spelled the end of the commodity segment of the pipe organ market rooted in the image of an organ as a utilitarian device in support of corporate worship.3

By the end of the century it was recognized that the heart and soul of a pipe organ, a work of art, is the tonal edifice, which begins with a vision and continues through design, voicing and tonal finishing of the instrument. These requirements were most often found in the combined talents of the tonal architect and skilled, dedicated artisans in his shop, seldom in one individual. Harrison, Holtkamp and Fisk, for example, were superb designers but were not voicers. Schopp, Pearson and Zajic were supremely talented reed voicers. But once in a while one individual comprised them all. George Michel of Kimball perhaps came close and, in the author’s judgment, Charles McManis fits this image.

In any revolutionary epoch, change in an established industry comes slowly and sometimes from the outside. American organbuilders, badly shaken by the lean years of the Great Depression and World War II, were to some degree insular, isolated and ingrown. On balance they were reluctant to abandon existing practices and slow to adopt new and untried techniques with unknown consequences. Voicers, trained in-house on high-pressure, wide-scale stops of 8-foot pitch, scarcely comprehended the new generation of flues and reeds. They and their superiors had been disinterested in historic instruments, American and European, which they viewed as antiquated and obsolete. But they could not ignore the revolutionary changes around them, and some firms wisely brought in outsiders--men like Richard Piper at Austin and Franklin Mitchell at Reuter--who were listening and eager to apply their ideas to new stoplists.

At the close of World War II, the demand for organ work far exceeded the supply of qualified people. Factories enjoyed lengthy backlogs and were hard pressed to meet production schedules. Service firms comprised primarily older men, former employees of firms who had failed in the Great Depression--for example, Syl Kohler in Louisville (Pilcher) and Ben Sperbeck and Milton Stannke in Rock Island (Bennett). Honest and hard working, they can best be described as mechanics; few had either voicing experience or any concept of a modern chorus or ensemble. This afforded an opportunity for a newcomer, a young man who had listened carefully, had a firm conviction of what pipe sound should be, and had acquired the voicing skills to bring the sound of a pipe to the tone quality he desired.

Jerome Meachen writes:

A native of Oklahoma City, I studied organ with Dana Lewis Griffin, a student of David McK. Williams at St. Bartholomew’s Episcopal Church on Park Avenue in New York City, and then enrolled at Oberlin College where my teachers were Leo Holden and Grigg Fountain. Holden was a 19th-century organ teacher--Rheinberger, romantic, and very happy with the E. M. Skinner organ in the chapel. His whole approach to organ playing was: “write down the fingering I give you and the registration I want you to use.” It was a very dry--and I felt antiquated--approach. In contrast, Fountain said: “select your own registration from what you hear, we will discuss it and you defend it.” This was essential to broadening my understanding of organ music and what I wanted to develop in my own touch on the instrument. While at Oberlin I practiced on the Johnson organ at Christ Episcopal Church in Oberlin courtesy of Arnold Blackburn, also on the Oberlin organ faculty. This awakened me to the beautiful voicing of this builder. Of course northeast Ohio was Holtkamp country. When I began studying with Fountain, my last two years, he had just obtained a Holtkamp at St. Paul’s Lutheran Church in Cleveland. While I was fascinated with the sounds of this instrument, I found it ear-shattering. I well remember one Saturday afternoon when I was practicing at St. Paul’s. Walter Holtkamp came in, climbed up on the Swell box and said play full organ. He just reveled in the volume, but I found that sort of sound excruciating.

A milestone in my career was a recital at Oberlin by Ernest White. I was fascinated by his approach, non-legato, in contrast to legato, which was the basic style at Oberlin. Legato evolved because of the acoustics organists had to deal with in American churches. Nothing happened after you took your finger off the note so you had to pull everything together.

After graduating from Oberlin I enrolled in the School of Sacred Music at Union Theological Seminary in New York City, where I arranged to study with Ernest White, then an adjunct faculty member. We shared a common interest in repertoire and liturgy. White had me listen to orchestral recordings of Mozart and commented: remember, “Bach was a violinist as well as an organist.” Bob Clark, another graduate student, and I found White way ahead of his time in non-legato sound, which broadens your understanding of the organ. This is the sound one finds in Europe and what we were striving for in America. Working with White was working with the literature and developing the capacity to do his particular style of non-legato in terms of liturgy, the Anglican approach and plainsong. This was very enlightening to me. I was fascinated by White’s approach to playing the studio organ at St. Mary the Virgin, the second studio instrument, this one by Möller. His technique was a detached sound, like the ringing of bells. Unfortunately, the voicing was so loud it was difficult to listen to. This alerted me to the distinction between intensity and decibels, a key distinction in my thinking. I was also intrigued by the design of the organ, which had a 32’ Cornet using individual stops and two Swell boxes providing two ensembles. This inspired the use of separate swell boxes and couplers for flues and reeds at St. John’s. My admiration for Johnson continued when I practiced on their instrument at the Mott Haven Dutch Reformed Church in the Bronx while at Union.4

Charles McManis writes:

As a pre-teenager in Kansas City in the 1920s, with my parents I often rode the streetcar to Independence Boulevard Christian Church to hear Sunday afternoon recitals by the legendary Hans Feil on the four-manual, 1910 Austin organ. In the 1930s while I was a student at the University of Kansas, I spent summers and holidays working with Peter E. Nielsen, a local serviceman, tuning and rebuilding pipe organs. Two of these instruments were Johnson trackers from the 1880s.5 They were especially impressive and were to influence fundamentally my concept of voicing.

Enrolling as a liberal arts major at the University of Kansas in Lawrence I became a student of University Organist Laurel Everette Anderson, an Oberlin master’s graduate who then studied for three years in Paris with Joseph Bonnet. He taught the legato method, and emphasized proper turning of phrases and making real music out of notes. He greatly expanded my knowledge of the pipe organ and emphasized nuances of color and singing quality in organ voices. Following graduation with an A.B. degree in 1936 and having already set my sights on becoming an organbuilder, I obtained a Mus.B. at KU in 1937, which required my playing an hour-long recital from memory. The thought occurred to me that I might be the first organbuilder who could play more than “Yankee Doodle” on what he had built.

I began my organbuilding career with a shop in the basement of my parents’ home. I rebuilt three organs and built one new instrument. My Opus 2, 1939--electrifying and adding nine ranks to a 1910 tubular-pneumatic Kilgen--is still playing in the Central Christian Church in Kansas City, Kansas. Then, having learned of his growing prominence in the organ reform movement, I apprenticed with Walter Holtkamp in Cleveland for a few months, eager to learn from him. I assisted with the installation of a three-manual Holtkamp organ at Olivet College in Michigan. It had Great and Positiv slider chests, but the Swell had ventil stop-action for want of sufficient space for a slider chest. When I compared the sounds of slider chest pipes and those on the ventil chest I was surprised to find that I could hear no difference. Walter’s instruments were visually well designed and beautiful to look at but, frankly, I was disappointed with his ensemble sound and tone quality. The voicing lacked a certain richness of tone. In checking Holtkamp pipes I noticed that he nicked only on the languids and not on the lower lips. As a result, pipes occasionally tended to emit an abnormal squeaking sound. He was not interested in building a truly classic organ as much as building a distinctive Holtkamp organ. In retrospect I find that I employed very few of Holtkamp’s ideas in my later work. Based on my background in music, I wasn’t hearing in his organs the sounds I wished to hear in my own instruments.

Following the attack on Pearl Harbor and the U.S. entry in World War II, I enlisted in the Army. Prior to shipment overseas my outfit was stationed at Camp Kilmer, New Jersey, for a few days. I went on pass to New York City to hear G. Donald Harrison’s new Aeolian-Skinner in the main sanctuary of St. Mary the Virgin Episcopal Church. This was my first acquaintance with mixtures and upperwork, which Laurel Anderson had talked about at KU, but which were conspicuously absent in the Austin organ in Hoch Auditorium there. Then, as a chaplain’s assistant, I was stationed in Europe where I took every opportunity to play and inspect European instruments. I remember, in particular, the famous Cavaillé-Coll instrument in the church of St. Ouen at Rouen, which inspired Guilmant’s Eighth Organ Symphony. This was the first time I had seen a five-rank mounted cornet and reeds with sunken blocks in the boots.6 After the war I returned to Kansas City, Kansas and set up shop again. On one occasion, being in New York City, I attended a recital given by Ernest White on his new Möller studio organ at the Church of St. Mary the Virgin. I left at intermission because the organ was painfully loud. In my voicing I try to make a rank of pipes only as loud as needed to ping the tone off the walls, blowing only hard enough to fill the room at the desired volume.7

Jerome: Following graduation from Union, I was appointed organist/choirmaster at St. John’s Episcopal Church in Waterbury, Connecticut. When we went looking for a new instrument to replace the 1869 Hook & Hastings, I wasn’t enamored with the sounds of Holtkamp, Möller, Schlicker and Austin, and mentioned my dilemma to my good friend Bob Clark, whose judgment I valued. He was organist at the Peddie Memorial Baptist Church in Newark, New Jersey, where my wife was soloist, having the best-paying solo position in the area, while I was at Union. He said, “Why don’t you check with Charles McManis, who builds organs that sing and don’t shout.” When I learned he was in Danbury, Connecticut, I went down to get acquainted, and we hit it off immediately.

Charles: In the early 1950s I became acquainted with Robert Noehren through our writings in The Diapason and The American Organist magazines. I worked for him on the Hill Auditorium Skinner in Ann Arbor, and built a new organ for Frankenmuth, Michigan, where he was the consultant. When he was named consultant on the Johnson at Emmanuel Lutheran Church in Danbury, Connecticut, whose organist had been his student at Michigan, I was called in. My strong feelings concerning Johnson flue pipe voicing began during my apprenticeship days in Kansas City. I discovered that diapason pipes mouth-blown very gently, then increased to full volume, had scarcely any change in pitch. Volume was regulated at the toe hole, not by opening the flue. In contrast, classical open toe voicing regulated volume at the mouth, which I found totally inadequate. I revoiced the 8-foot Principal, increasing its richness of tone, primarily by opening the toes and, to a lesser degree adjusting the mouths. Jerry and I connected as musicians, no doubt in part because I too had a degree in organ. We both agreed on what we didn’t like. I obtained the contract for the St. John’s, Waterbury, organ (see photo and stoplist) in part because Parvin Titus was the consultant. The St. John’s rector, Rev. John Youngblood, had been a curate in Cincinnati, knew Mr. Titus and trusted his judgment. Also, I had built the new instrument for the Second Church of Christ, Scientist in Dayton, where Titus also had been the consultant.

Jerome: The Johnson sound was already in my head, not only from Oberlin, but from the fine Johnson in Mott Haven Dutch Reformed Church in the Bronx, where I first practiced when I went to New York. I explained that we were looking for intensity not decibels in organ sound, colors and ensembles that sing. Charles showed me what he was doing. It was soon obvious this was just the ticket for us. These initial impressions were confirmed when my wife and I visited St. Paul’s Episcopal Church in Kansas City, Kansas, and heard for the first time a complete McManis instrument. All the voices were exquisite; the 8-foot principal was a well-supported, big baritone sound. Having worked in training choirs at an early age, striving to blend individual voices, I found in the lovely individual voices of this organ an exquisite ensemble and chorus.

Charles: When Jerry came to Kansas City, the mixtures and ensemble sounds on the Great and Swell at St. Paul’s were what really got to him. The voices together on each manual resulted in contrasting sounds but very much related. We talked at length about voicing and drew up a specification for a three-manual instrument for St. John’s. (See specification.) I also discussed what I had done in reworking old pipes and changing pitch. This was very important because in the 1869 Hook & Hastings at St. John’s a number of old ranks were reworked.

I first saw Waterbury after Meachen returned from Kansas City, and was dismayed to find dry acoustics and such terribly large scales in the Hook & Hastings. The only principal stop I could use was the 16-foot on the Great, which would work well in the Pedal division. We were able to cut down and revoice a number of 8-foot stops; for example, the 4-foot principal on the Swell had been an 8-foot violin diapason. If the scale and mouth treatment were correct, the desired sound would follow.

Let me quote from my forthcoming autobiography to explain the tonal philosophy of this instrument: “The classic Werkprinzip theory of terraced manual pitches had not yet hit the AGO cocktail hour conversation when Jerry and I drew up the design for Opus 35 (St. John’s Church Waterbury, CT) on that Sunday afternoon. Submitted to organ consultant Parvin Titus, he heartily approved of the design, but suggested inclusion of the rather outstanding Oboe from the 1869 H&H. But back to the Werkprinzip! While numerous other stops are needed in each division, the backbone is the Principal chorus, as shown below:

I:              Great     8’ Principal       11/3’      Mixture

II:            Swell    4’ Principal        2/3’       Scharf

III:          Brustwerk           2’ Principal        1/3’       Cymbel

Pedal     8’ Principal       11/3’     Mixture

For purposes of contrapuntal clarity, the Pedal chorus should be the same pitch as the Great, plus suitable 16’ underpinning. Polyphony does better without the growl of a sub-octave mixture cluster.”

After the tornado hit downtown Waterbury in July, 1989, heavily damaging the St. John’s organ, I replaced 35 ranks of pipes including replacement of the Brustwerk Singend Regal with a brass Krummhorn and substitution of a Swell 4’ Clarion for the earlier 4’ Krummhorn. Also, the 32’ extension of the Pedal reed was linked to the Posaune instead of the Contrafagotto.

Jerome: Another factor which impressed me about the McManis was its compatibility with what I call a theatre sound by which I mean, it had to dance. In the theatre organ you had a detached pedal and a strong emphasis on the melodic line when you are thinking bass line and melody. This is why I was very comfortable doing figured bases. It was non-legato; it was instrumental. When you were featuring the posthorn, you were quite willing to detach it. My father loved theatre organ, so from the time I started playing, I developed something of a theatre style. Searle Wright, the well-known organist at St. Paul’s Chapel, Columbia University, also did a great theatre style.

Charles inspired my definition of intensity because he viewed the entire instrument as a whole. In a three-manual you could draw the principal and mixture on each division, couple them together and you had a basic ensemble evoking a very intense, rich but not very loud sound because you didn’t have to fill in and thus did not have an awful lot of stops working. Thus the concept of full organ was very discriminating; the full organ piston didn’t bring on everything. You are dealing with colors and when you put everything on you end up with brown or gray. And with a tremolo on each division if you wanted to cantus firmus you could do it anywhere in the instrument.

This instrument fulfills my belief in the theological aspect of an organ. With my developing interest in liturgy I was very much aware of the person in the pew. I hold that the organ must be people-friendly, in support of congregational singing whether it be chant or hymnody. Surrounding rather than hitting the congregation with sound--making a joyful noise, not just a noise. Charles spoke of attending a recital on the Möller practice organ at St. Mary the Virgin in New York and finding it so loud he left after the first half of the program. I agree. White offered me a chance to practice on that organ but I told him I would be using only one or two stops so I might as well practice on the chapel organ. The sound was so high in decibels I couldn’t hear it.

Redeemer and Manatee

This paper has focused on the St. John’s organ. Those at Redeemer Episcopal Church and Manatee Community College continued the fundamental practices in the philosophy of McManis and Meachen. They also reflected modifications and forward thinking in their approach, as did the rebuilding and restoration of St. John’s in 1989.

At Redeemer in Florida, the former ten-rank Möller, with its subsequent addition of nineteen Aeolian-Skinner ranks, was skillfully integrated into the 67-rank new instrument. In place of the 16’ Quintaton on the Great, they chose a 16’ Gemshorn mounted on the chancel wall, extended to an 8’ Gemshorn and a 4’ tapered flute in a seamless tonal progression. The Great and Positiv exposed chests were equipped with toeboard expansion chambers to increase richness of tone.

The 49-rank Manatee Community College organ was installed in Neel Auditorium at the point of a pie-shaped building on a 35-foot shelf at the back of the stage. In an obviously “werkprinzip” layout (see photo, page 20), in a variety of shapes, it was enclosed in a mahogany case. The 16’ Pedal Principal exposed at the center hid the movement of Swell shutters behind. To its left were the lower notes of the 16’ Subbass and 16’ Posaune; to the right, the pipes of the Hooded Trumpet and more Subbass metal pipes. To the far left in the left façade was the Great 8’ Principal, and to the far right the 4’ Positiv Principal in the façade. Roofs of the façades differed but all were related to the focal point mentioned above.

The Manatee Great included a 16’ Gemshorn, all the usual 8’ and 4’ stops, plus a normal 11/3’ Mixture, a 2/3’ Acuta, and an 8’ Trumpet. The Swell mixture was a 1’ Scharf and the Positiv had a 1/3’ Cymbel. The thoroughly adequate Pedal division included a 32’ Dulzian and the usual 8’ and 4’ ranks. As would be expected, the Pedal mixture lowest pitch was 11/3’, but pipe scales were larger than those of the Great Mixture.

Summary

The above dialogue illustrates the way in which the concept of organ sound in the mind of an organist and soon-to-be builder begins with formal study of the instrument and is heavily influenced by the instructor and his experience. With this background, they are then prepared to compare and contrast a wide variety of sound in determining their own definition of it: for Meachen and McManis, a singing sound. It also argues that the ultimate test of the voicer’s art, be it Johnson or McManis, is the 8’ Diapason found on the Great, a belief shared by organists and builders for many years.

In an article in The Diapason, based upon his lecture to the AIO Convention in Pittsburgh in 1977, McManis explains the details of flue voicing and the practices of Tannenberg, Gratian, Kilgen, Hook & Hastings, Johnson, Wurlitzer, Estey (William E. Haskell), Cavaillé-Coll, and Kimball.8 This paper, now considered a classic, together with the recognition of his peers in his selection as instructor in flue voicing at a seminar of the American Institute of Organbuilders, established him, in the author’s judgment, as one of the finest flue voicers of the twentieth century.9

Charles passed away, at age 91, on December 3, 2004 in South Burlington, Vermont. Providentially, he and his wife Judith had just completed his autobiography. It contains vivid recollections of personalities and detailed descriptions of his instruments in a sixty-year career that spanned the arc of the postwar history of organbuilding in America. This priceless volume is scheduled to be published by the Organ Historical Society in 2005. It will find a prominent place on the shelf of every organist, organbuilder and organ enthusiast.

For research assistance and critical comments on drafts of this paper, the author gratefully acknowledges: Gene Bedient, Jerry Dawson, Charles Eames, Donald Gillette, Albert Neutel, Barbara Owen, Michael Quimby, Elizabeth Schmidt, Jack Sievert and R. E. Wagner.

D. B. Johnson Memorial Organ, Aeolian-Skinner Opus 1257, Winthrop University, Rock Hill, South Carolina: Restoration by Létourneau Pipe Organs

David Lowry and Andrew Forrest
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Winthrop University began in 1886 in Columbia, South Carolina as the Winthrop Training School, to train women teachers. Robert Winthrop, chair of the Peabody Foundation in Boston, was the philanthropist who made the effort possible, with a generous gift of $1,500, plus a personal check for $50 for books to David Bancroft Johnson, the Columbia Superintendent of Schools, who was the school’s mentor. The state legislature soon found reason to establish a Normal and Industrial School for Women, and in 1895, Rock Hill was the chosen city. Winthrop’s name was retained. Some decades later the name was changed to Winthrop State College for Women. Eventually it became Winthrop College. Men were admitted in 1974, and a few years later the name changed to Winthrop University. Some 6,500 students at bachelor and master degree levels populate the campus today. The Department of Music is in the College of Visual and Performing Arts.
The College Auditorium and Conservatory of Music (the wording engraved in stone high up on the outside façade) were built in 1938–39 with funds from the WPA (Work Projects Administration). For fourteen years the concept of an organ for the College Auditorium (later designated the James F. Byrnes Auditorium) was a dream of the music department head, Dr. Walter B. Roberts. Under Roberts’ guidance, alumni raised $15,000, and the State of South Carolina appropriated $35,000. Ultimately, the 1952 contract with the Aeolian-Skinner Organ Company of Boston, Massachusetts, was for $59,865. Some months later another $3,000 was applied to the contract for the 32′ Contre Basse. The Class of 1914 (which in that fateful year was so penniless that it was unable to leave a class gift) achieved its goal in 1955 by donating $1,400 for the Deagan chime stop. The total of the initial expenditure added up to $64,265.
A 1951 letter from G. Donald Harrison, president and tonal director of the Aeolian-Skinner Organ Company, thanks Dr. Roberts for the invitation to design an organ for Winthrop, but Harrison goes on to say:

. . . as the college is a state school, bids will be necessary. I feel that in view of this it would be useless for us to put in a bid as we are bound to be the highest bidder with absolutely no chance of landing the contract.
President Sims just a week later, July 17, responded that

. . . the determination of which organ offered the most for the price could not be made on a mere dollar basis . . . I cannot guarantee that the committee will eventually select the organ you submit, still I do want you to feel that any proposal you make will receive careful consideration . . .
A month later, Harrison sent a specification of the proposed instrument and a justification of the tonal design that reflects the philosophy now known as “American Classic.”

Fifteen or more years ago, I developed a type of organ which combined both Classical and Romantic material in one instrument, the sole idea being to produce an organ that was capable of giving authentic renditions of all types of worthwhile organ music and an instrument that would suit players such as Virgil Fox, on the one hand, and Professor Fritz Heitmann at the Berlin Dom, on the other.

Harrison himself was in the auditorium in August 1955 for the final voicing of the organ. It was ten months later that Harrison died in his apartment in New York City, while finishing the rebuilding of the E. M. Skinner organ (Opus 205A) in St. Thomas Church, Fifth Avenue.
Today the D. B. Johnson Memorial organ stands as one of the few Aeolian-Skinner organs with Harrison’s signature that is not a rebuild of a previous instrument. It reflects Harrison’s 1950s concept of what his American Classic sound should be, and he obviously took advantage of calculating his design for the 3,500-seat space, which boasts a two-second reverberation time. Virgil Fox played the inaugural recitals November 2 and 3, 1955.
For the first ten years after the installation, the college organists (a title no longer used) were Jeannette Roth, Wilbur Sheridan, Wilmer Hayden Welsh, and George Klump. David M. Lowry became college organist in 1965. Lowry became professor emeritus in 1996, and has remained the part-time organ professor since. Many undergraduate and graduate students have performed their degree recitals on the Byrnes Auditorium organ. Lowry has been heard in nearly 100 performances—solo recitals, lecture-recitals, ensemble concerts, symphony orchestra programs, and the annual Festival of Carols.
The roster of guest artists on the organ is remarkable, due greatly to the support of Dr. Roberts for its first few years, then with the continued support of Dr. Jess T. Casey for over thirty years. That list includes Marie-Claire Alain, Robert Anderson, Robert Baker, David Craighead, Catharine Crozier, Virgil Fox, Fernando Germani, Jerald Hamilton, Yuko Hayashi, Anton Heiller, Paul Jenkins, Wilma Jensen, Marilyn Keiser, Jean Langlais, Simon Preston, Alexander Schreiner, Larry Smith, Murray Somerville, John Chappell Stowe, and many others.
As with the purchase of the instrument, the search for a builder to restore the instrument fell into a category of specialized work where the low bid did not have to be the winner. A panel of judges read the proposals, and the voting for the winner was under the supervision of a state agent. Létourneau Pipe Organs of Saint-Hyacinthe, Québec won the contract. In 1967, Fernand Létourneau, at just 23 years of age, was present in Rock Hill installing an organ for another firm when Marie-Claire Alain played a recital in Byrnes Auditorium. Following the concert, he came to a private party for her and engaged her in conversation about Dom Bédos de Celles. It was a significant moment in his life that he has never forgotten, and he made it very clear to Winthrop authorities that he was in total agreement about not changing anything tonally on the organ. Andrew Forrest, artistic director of the firm, achieved total cooperation with all the artisans in the project.
Today the restored organ stands as one of the country’s prized historic instruments, in that the number of nearly pure G. Donald Harrison signature organs becomes ever more rare.
—David Lowry, DMA, HonRSCM
Professor of Music Emeritus
Curator for the Restoration

The Aeolian-Skinner Organ Company’s tumultuous history is well documented and the cast of characters still seems familiar nearly forty years after the company’s demise. The books The American Classic Organ and Aeolian-Skinner Remembered by Charles Callahan vividly illustrate the ideas, external pressures and internal tensions that shaped the company until 1972 and, indeed, there remain many parallels in the daily machinations of an organ shop over thirty-five years later. Specifically, The American Classic Organ provides helpful insights into the motivations of G. Donald Harrison, the company’s tonal director from 1933 through to his death in 1956. Jonathan Ambrosino has also done much to document Aeolian-Skinner and Harrison’s rise to prominence through his writings for numerous journals and his scholarly liner notes for JAV Recordings’ series of recordings on vintage Aeolian-Skinners.
Aeolian-Skinner’s Opus 1257 in Byrnes Auditorium at Winthrop University is a remarkably unaltered example of Aeolian-Skinner’s work in 1955. Harrison’s work in the 1950s was marked by a number of prestigious rebuilding projects, and against this backdrop, the Winthrop contract represented a real opportunity for Harrison to design a large instrument free from outside influences. All decisions regarding the organ’s tonal design, from its stoplist to scaling and winding details, were left to Harrison, and the console plate bearing his signature indicates a particular interest in the final result. Following the organ’s installation during the early summer of 1955, Harrison traveled to Rock Hill to personally supervise the tonal finishing for several days during the month of August. As such, the D. B. Johnson Memorial Organ is a landmark instrument: in addition to its celebrated status as a superbly effective pipe organ, it also represents one of the last significant Aeolian-Skinners supervised from beginning to end by Harrison.
Jumping ahead to the 21st century, the D. B. Johnson Memorial Organ was still in remarkably good form some 52 years after it was completed, thanks to Professor of Music Emeritus David Lowry’s efforts. Fundraising for the restoration was generously provided by Winthrop alumni plus local individuals and businesses, with the project being spearheaded by Shirley Fishburne and David White and the university’s Alumni Association and Development Offices. An in-house recording of the instrument’s au revoir bash on May 21, 2007 gives a good account of repertoire from Bach to Howells to Diemer, rendered with conviction and color. Nonetheless, the instrument was in growing need of attention by then: the console’s pistons were temperamental at best, one of the pneumatic swell engines had failed entirely, and with increasing regularity, individual notes or entire stops had become unreliable or outright inoperative. From the very beginning of the project, it was imperative that the instrument remain tonally unchanged, and our approach here was to treat Opus 1257 with great deference. Largely a mechanical restoration, the instrument is today ready to serve for additional decades as an acclaimed concert and teaching instrument.
The most obvious indicators of the recent work are the discrete changes to the instrument’s four-manual console, though the console had also undergone some earlier restorative efforts. The organ’s original remote combination machines had been replaced by a primitive Solid State Logic (now Solid State Organ Systems) capture system in the early 1980s—following repeated floods in the auditorium basement—and three of the console’s four manuals had also been recovered with new ivories. As part of the 2007–2009 restoration project, the console was upgraded with new solid-state equipment, including capture and coupling systems. The console now boasts 256 levels of memory, a USB-based system for storing and recalling memory levels, the usual complement of general and divisional pistons, and a new general piston sequencer. The new coupling system also permits a Great–Choir manual transfer and restores the console’s All Swells to Swell feature (now programmable on general pistons as desired). At the request of David Lowry, one new coupler was added for additional flexibility, the Positiv to Choir 16′.
The console’s original silver wire and bronze plate contact system was restored with new silver wire contacts, while the four manuals’ bushings were replaced and the ivory key coverings cleaned and polished. New thumb pistons and toe pistons—in the Aeolian-Skinner style—were provided, using the same contact mechanism as the originals, while the original pneumatic stopknob actions were replaced with new electro-repulsion solenoids from Harris Precision Products. The walnut console shell and elegant dog-leg bench were both stripped, repaired as needed and refinished.
The organ itself was dismantled in late May of 2007, and the console, reed stops, and other restorable components were packed and shipped to our workshops in Québec. All 8′ and smaller flue pipes were also removed from the chambers and packed carefully for storage in various locations within Byrnes Auditorium. Subsequent to the organ’s return, the chambers were cleaned and painted by John Dower and Company.
Once in our workshops, all of the organ’s various pneumatic actions were recovered with new leather, including wind reservoirs, concussion bellows, expression motors, pouchboards, note and stop primaries, and tremolo units. The organ’s reed stops were carefully dismantled, cleaned and measured; resonators were repaired as needed and then each stop was checked on a voicing jack. As much as possible, the existing reed tongues were reused, with new tongues being provided only where the existing tongue was damaged. The single exception to this was the bass octave of the Choir 16′ English Horn, which was revoiced to cure a chronic slow speech problem.
We returned to Winthrop University with the organ in October 2008 to begin reinstalling the organ’s many components. During this process, the two wind reservoirs that had proved impossible to remove were recovered with new leather, and all of the organ’s wind chests and wooden framing were wiped down. The organ’s flue pipes were also cleaned prior to reinstallation, with tuning scrolls being soldered closed and re-cut for the 16′ and 8′ octaves. The longest pipes of the 32′ Contre Basse extension had originally been mitered to fit under the chamber ceiling and were fitted with baling wire slings in the early 1960s for support, with the slings coming down through holes in the plaster ceiling above. To provide better access to the top of the chamber, we built a new access ladder and platform, and the mitered 32′ pipes were fitted with new twill tape slings. Again, the slings pass through the chamber ceiling to a sturdy metal frame in the attic above. The tuning scrolls on these large pipes had also, over time, succumbed to gravity and unrolled and ultimately proved impossible to salvage; these scrolls were cut off and custom-made tuning sleeves lined with felt were provided for tuning.
The organ’s wind system and electro-pneumatic windchests were then reassembled, with care taken to replace all wind trunk collars with new split leather gaskets. The organ was also entirely rewired within the chambers, joining the new SSOS coupling system to the new Reisner electro-magnets that were retrofitted in our workshops. Wind pressures throughout the organ were restored to those listed in the 1955 specification, as the Swell and Choir divisions had slipped slightly. The wind reservoir feeding the 8′–4′ Trompette en chamade rank and the Pedal 16′–8′–4′ Bombarde unit was, however, restored to the 87⁄8″ pressure as it was when we began our restoration.
Following the reassembly of the instrument and testing, a team of voicers began their work that continued into January 2009. All of the organ’s 3,820 pipes were thoroughly regulated for proper volume and speech, but few alterations were made in cases where there were obvious problems between adjacent pipes. New adjustable toe blocks were fitted for the bass octaves of the Great 16′ Contra Geigen and the Swell 16′ Flauto Dolce, allowing much finer regulation for these pipes. The relatively simple but time-consuming regulation process yielded some unexpected results, with particular improvements in the clarity and overall refinement of the 32′ and 16′ registers.
A detailed inventory was also taken on site of most flue stops in an effort to flesh out G. Donald Harrison’s scaling practices at the end of his career. Generally, the pipework confirms that Harrison favored narrow basses and broader trebles, coupled with a fine, refined style of voicing. Reed stops are generally small to average in scale—the 8′ Trompette en chamade and the Swell 8′ Trompette were built to the same scale!—but are on generally high wind pressures. A surprising variety of shallot types were also used to good effect.
Prior to our restoration, two tonal alterations had been made to Opus 1257. The first change was a revision of the Swell III-rank Plein jeu, as the original was felt to be insufficient against the powerful Swell reed chorus. Modified in 1965 by Arthur Birchall, the mixture was transposed up a fifth, going from 2′ pitch to 11⁄3′ pitch. From a detailed examination of the pipes, it appears that as many of the 1955 pipes were reused as was practical, requiring but 31 new pipes to complete the revised stop. Despite its non-original composition, our restoration of the organ left the III-rank Plein jeu in its 1965 form, as the mixture is a good fit with the rest of organ and in particular, addresses the Swell reeds in a telling fashion.
The 8′–4′ Trompette en chamade was also modified during the 1970s by moving up the break between natural and harmonic-length resonators, with the first harmonic pipe moving from c25 to f#31. This cured persistent tuning problems in this range and what David Lowry remembers as “an unfortunate tone akin to a New York City taxi cab.” At the same time, the unit chest for this stop was also moved to the very front of the Great-Pedal chamber from its original location beside the Pedal main chest for better projection. An angled plywood baffle was also added above the pipes, providing protection from dust contamination and directing sound out of the chamber.
In conclusion, our work on the D. B. Johnson Memorial Organ at Winthrop University is one of the most interesting and best-documented restorations we’ve been privileged to carry out in recent years. Opus 1257 is a persuasive, musical instrument through which Harrison’s tonal philosophy shines; it has much to offer today’s tonal discussions. We are grateful to have had this opportunity to restore and perhaps more importantly, learn from this magnificent pipe organ.
— Andrew Forrest, Artistic Director
Létourneau Pipe Organs

GREAT (3-3⁄4″ wind pressure)
16′ Contra Geigen
8′ Diapason
8′ Spitz Principal
8′ Holzflöte
4′ Principal
4′ Rohrflöte
2-2⁄3′ Quint
2′ Super Octave
1′ Fourniture IV
2′ Cornet III–VI
8′ Trompette en chamade (Pos)
4′ Clairon en chamade (Pos)
Chimes (Ch)

SWELL (expressive) (6″ w.p.)
16′ Flauto Dolce (ext)
8′ Geigen Principal
8′ Stopped Diapason
8′ Viole de Gambe
8′ Viole Celeste
8′ Flauto Dolce
8′ Flute Celeste (t.c.)
4′ Prestant
4′ Flauto Traverso
2′ Fifteenth
1-1⁄3′ Plein jeu III
16′ Fagot
8′ Trompette
8′ Hautbois
8′ Vox Humana
4′ Clairon
Tremulant

CHOIR (expressive) (5″ w.p.)
8′ Viola
8′ Viola Celeste
8′ Dulciana
8′ Concert Flute
4′ Prestant
4′ Flûte harmonique
2-2⁄3′ Sesquialtera II
16′ English Horn
8′ Cromorne
4′ Rohr Schalmei
Tremulant
8′ Trompette en chamade (Pos)
4′ Clairon en chamade (Pos)
Chimes

POSITIV (3″ w.p.)
8′ Nason Flute
4′ Koppelflöte
2′ Principal
1-3⁄5′ Tierce
1-1⁄3′ Larigot
1⁄4′ Cymbel III
8′ Trompette en chamade (8-7⁄8″ w.p.)
4′ Clairon en chamade (ext) (8-7⁄8″ w.p.)

PEDAL (5″ w.p.)
32′ Contre Basse (ext Gt 16′) (6-1⁄4″ w.p.)
16′ Contre Basse (6-1⁄4″ w.p.)
16′ Geigen (Gt)
16′ Bourdon
16′ Flauto Dolce (Sw)
8′ Principal
8′ Gedeckt Pommer
4′ Choral Bass
4′ Nachthorn
2′ Blockflöte
2-2⁄3′ Mixture IV
32′ Fagot (half-length ext Sw 16′)
16′ Bombarde (87⁄8″ w.p.)
16′ Fagot (Sw)
8′ Trompette (ext) (87⁄8″ w.p.)
4′ Clairon (ext) (87⁄8″ w.p.)
8′ Trompette en chamade (Pos)
Chimes (Ch)

Mixture Compositions (as of 2009):

Great IV Fourniture:
c1 to b12: 22-26-29-33
c13 to b24: 19-22-26-29
c25 to b36: 15-19-22-26
c37 to b48: 12-15-19-22
c49 to f#55: 8-12-15-19
g56 to c61: 5 - 8-12-15

Great III–VI Cornet:
c1 to f18: 15-17-19
f#19 to f42: 12-15-17-19
f#43 to f54: 8-12-15-17
f#55 to c61: 5-8-8-10-12-15

Swell III Plein jeu:
c1 to f18: 19-22-26
f#19 to f42: 15-19-22
f#43 to f54: 12-15-19
f#55 to c61: 8-12-15

Positiv III Cymbel:
c1 to f6: 36-40-43
f#7 to b12: 33-36-40
c13 to f18: 29-33-36
f#19 to b24: 26-29-33
c25 to f30: 22-26-29
f#31 to b36: 19-22-26
c37 to f42: 15-19-22
f#43 to b48: 12-15-19
c49 to c61: 8-12-15

Pedal IV Mixture:
c1 to g32: 19-22-26-29

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