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Spencer Organ Company selected to restore the last large organ built by Kimball

Spencer Organ Company

Spencer Organ Company has been selected to restore the 1938 Kimball organ at Saint John's Episcopal Cathedral, Denver, Colorado, the last large organ built by the famous Chicago organbuilders, W.W. Kimball.  


The four-manual, 96-rank 1938 instrument comprises Great, Enclosed Great, Swell, Choir, Solo and Pedal divisions, 32ft metal Diapason, an independent battery of Pedal reeds 32-16-8-4, and an impressive array of softer and orchestral voices. SOC staff removed the organ in June 2009 with the assistance of the Organ Clearing House; completion is anticipated by the fall of 2011.



For information, visit: www.spencerorgan.com

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W. W. Kimball Op. 7231 Restoration, St. John’s Cathedral, Denver

Michael Friesen

Michael Friesen, of Denver, Colorado, is an organ historian who specializes in the history of organbuilding in America in the 18th and 19th centuries. He was President of the Organ Historical Society from 2003 to 2007.

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St. John’s Episcopal Cathedral, Denver, Colorado, has announced that Spencer Organ Company, Inc. of Waltham, Massachusetts will restore the cathedral’s historic 5,949-pipe organ built by W. W. Kimball of Chicago. The four-manual, 96-rank Kimball organ, Op. 7231 of the firm, was dedicated on May 18, 1938, and was the last major instrument constructed before Kimball ceased organ-building operations in 1942 after the outbreak of World War II.
Founded in 1857, Kimball was a major manufacturer and supplier of musical instruments, primarily pianos and reed organs. Pipe organ manufacture began in 1891. Altogether, the company built and installed 7,326 organs throughout the United States and abroad. Most of the firm’s large instruments have been replaced, neglected, or substantially rebuilt. The Denver Kimball is now prized because of its completely original condition (not a pipe has been changed), preserving a rich English Cathedral aesthetic popular between the wars.
Although the instrument has been well maintained during its 71 years, it has developed the mechanical problems that come to all pipe organs with age and wear through heavy use. To preserve the instrument and keep it in optimal condition, the cathedral has committed to a comprehensive restoration process. Much of the organ was removed in June 2009, not only for restoration, but also to allow repairs and improvements to the organ’s chamber (built in a part of the cathedral intended as a temporary brick structure that has since become permanent). The organ restoration will include replacement of leather components, repair and renewal of mechanisms, and a thorough cleaning and re-regulation of all pipes.
The Spencer Organ Company, Inc., founded in 1995 by Joseph Rotella, specializes in the restoration of electro-pneumatic pipe organs. The Spencer firm, with eleven employees, has been entrusted with the restoration and maintenance of numerous Skinner, Aeolian-Skinner, and Kimball organs. The Denver project is a two-year program of staged work, beginning with the June removal and scheduled for completion in fall 2011.
The Kimball restoration is part of an effort at St. John’s to improve several aspects of the building in commemoration of its 150th anniversary in 2010–11, which includes the 100th anniversary of the cathedral building itself. (The parish was founded in 1860; the current cathedral building was dedicated in 1911.) Fund-raising for those projects and anniversary programs is underway. The cathedral is considering the commission of new organs for the rear gallery and St. Martin’s Chapel, details of which will be announced later. Throughout this process, St. John’s will continue its extensive music program without interruption.
St. John’s has purchased an instrument built in 1869 by the Boston, Massachusetts firm of E. & G. G. Hook, its Op. 476, for use as a temporary instrument while the 1938 Kimball organ undergoes restoration. The Hook was formerly in the First Methodist Church of Lawrence, Massachusetts, its original home. The congregation currently using that building did not need the Hook for their worship and offered it for sale through the Organ Clearing House.
The Hook is a two-manual, 17-stop, tracker-action instrument, contained in a free-standing walnut case with Victorian-stencilled façade pipes. Co-restorers are Richard C. Hamar of Norwich, Connecticut and Susan Tattershall of Denver, with additional materials and/or labor furnished by Norman Lane and Rick Morel of Denver, Rubin Frels of Victoria, Texas, Barbara Owen of Newburyport, Massachusetts, and Michael Quimby of Warrensburg, Missouri. In addition, over 1,400 hours have been contributed to the project by many parish volunteers and non-parishioner friends, from youth to adult, who have helped with various tasks, ranging from making new trackers, cleaning all parts of the organ, sanding the old varnish off the case, and re-stencilling the decorative components.
The restoration project follows the Organ Historical Society’s Guidelines for Conservation and Restoration for pipe organs. The pedal action, which was converted to tubular-pneumatic action in 1911 by the Hutchings Organ Company of Waltham, Massachusetts, has been returned to mechanical action in Hook style. Subsequent tonal alterations had included substituting a 22⁄3′ mutation stop and a 2′ flute for the 8′ Keraulophon and 4′ Violina ranks in the Swell, respectively, and a 4′ Flute d’Amour displaced the 16′ Bourdon on the Great, which was moved to a jump slide. The Keraulophon pipes were found in the organ, and have been repaired and restored to their original place; the jump slide and the Flute d’Amour were removed, with the Bourdon being returned to its original location, which required a redesign of the toeboard. The 2′ principal rank will remain in the organ for the time being until suitable replacement Violina pipes are found. The case has been given a new traditional shellac finish, and the façade pipes are being restored to their original color scheme. Thus the original musical aesthetic, mechanical functioning, and appearance of the Hook is being restored to the greatest extent possible.
Coincidentally, St. John’s had previous relationships with the Hook firm, purchasing two organs from them in succession: first, a small organ in 1875, which was used in its original church building in downtown Denver, and then a second, large three-manual organ in 1881 for the first cathedral located at 20th and Welton Streets, which burned in 1903.
The Hook organ has been placed on the floor of the nave in the back of the cathedral while repairs and refurbishing of elements of the cathedral chancel are undertaken. St. John’s began offering a recital series on the Hook in January 2010. Further concert dates will be announced. For additional information, contact the Cathedral Music Office at 303/577-7717. 

St. John’s Episcopal Cathedral
Denver, Colorado
W. W. Kimball Company
Chicago, Illinois
Op. 7231, 1938

4 manuals, 96 speaking stops, 96 ranks, 5,949 pipes

Great (61 notes, Manual II, unenclosed, except as noted *)
16′ Double Diapason
16′ Quintaton*
8′ First Diapason
8′ Second Diapason
8′ Third Diapason*
8′ Harmonic Flute*
8′ Bourdon*
8’ Gemshorn*
4′ First Octave
4′ Second Octave*
4′ Flute Harmonique*
22⁄3′ Octave Quint
2′ Super Octave
IV Fourniture
III–V Full Mixture
16′ Contra Tromba*
8′ Tromba*
4′ Clarion*
Tremolo (for enclosed labial stops)
Chimes (Solo)

Swell (61 notes, enclosed, Manual III)
16′ Contra Salicional
16′ Echo Lieblich
8′ Geigen Principal
8′ Hohl Flöte
8′ Salicional
8′ Voix Celeste
8′ Rohrflöte
8′ Flauto Dolce
8′ Flute Celeste
8′ Aeoline
8′ Aeoline Celeste
4′ Octave Geigen
4′ Traverse Flute
22⁄3′ Twelfth
2′ Fifteenth
III Cornet
V Plein Jeu
16′ Waldhorn
8′ Trumpet
8′ Cornopean
8′ Oboe
8′ Vox Humana
4′ Clarion
Tremolo
Chimes (Solo)
Harp (Choir) 8′
Celesta (Choir) 4′

Choir (61 notes, enclosed, Manual I)
16′ Contra Dulciana
8′ Diapason
8′ Concert Flute
8′ Viola
8′ Dulciana
8′ Unda Maris
4′ Prestant
4′ Lieblich Flöte
4′ Viola
22⁄3′ Nazard
2′ Piccolo
13⁄5′ Tierce
16′ Bassoon
8′ Trompette
8′ Clarinet
8′ Orchestral Oboe
Tremolo
Harp (8′, 61 bars)
Celesta (4′, from Harp)
Chimes (Solo)

Solo (61 notes, enclosed, Manual IV)
16′ Contra Gamba
8′ Flauto Mirabilis
8′ Gamba
8′ Gamba Celeste
4′ Orchestral Flute
4′ Gambette
2′ Piccolo Harmonique
8′ Tuba Mirabilis
8′ French Horn
8′ Cor Anglais
4′ Clarion
Tremolo
Chimes (25 tubular bells)
Harp (Choir) 8′
Celesta (Choir) 4′

Pedal (32 notes, unenclosed [except for enclosed borrows])
32′ Open Diapason (ext.)
16′ Open Diapason
16′ Principal
16′ Double Diapason (Great)
16′ Geigen
16′ Violone
16′ Bourdon
16′ Contra Gamba (Solo)
16′ Contra Salicional (Swell)
16′ Echo Lieblich (Swell)
16′ Contra Dulciana (Choir)
8′ First Octave (ext. Op. Diap.)
8′ Second Octave
8′ Geigen (ext.)
8′ Cello (ext. Violone)
8′ Flute (ext. Bourdon)
8′ Stillgedeckt (Swell 16′ Echo Lieblich)
8′ Dulciana (Choir 16′ Contra Dulciana)
4′ Super Octave
4′ Flute (ext. Bourdon)
IV Mixture
32′ Contra Waldhorn (ext.)
16′ Trombone
16′ Waldhorn
16′ Tromba (Great)
16′ Bassoon (Choir)
8′ Trumpet
4′ Clarion
Chimes (Solo)

Antiphonal (Manual IV; prepared for, 21 blank drawknobs)

Antiphonal Pedal (prepared for, 7 blank drawknobs)

Summary
Division Stops Ranks Pipes
Great 18 25 1,489
Swell 23 29 1,973
Choir 16 16 1,132
Solo 11 11 791
Pedal 28 15+7 ext. 564

Total 96 96 5,949

Couplers and Accessories
# = indicator light provided

Couplers (by tabs on coupler rail):
Great Sub 16′
Great Super 4′
Swell Sub 16′
Swell Unison Off
Swell Super 4′
Choir Sub 16′
Choir Unison Off
Choir Super 4′
Solo Sub 16′
Solo Unison Off
Solo Super 4′
Great to Pedal 8′
Great to Pedal 4′
Swell to Pedal 8′
Swell to Pedal 4′
Choir to Pedal 8′
Choir to Pedal 4′
Solo to Pedal 8′
Solo to Pedal 4′
2 blanks [intended for Antiphonal to Pedal 8′, 4′]
Swell to Great 16′
Swell to Great 8′
Swell to Great 4′
Choir to Great 16′
Choir to Great 8′
Choir to Great 4′
Solo to Great 16′
Solo to Great 8′
Solo to Great 4′
Choir to Swell 8′
Solo to Swell 8′
Swell to Choir 16′
Swell to Choir 8′
Swell to Choir 4′
Solo to Choir 8′
Great to Solo 16′
Great to Solo 8′
Great to Solo 4′
5 blanks [intended for Antiphonal division coupling to be determined]

Reversibles (by thumb piston and toe stud):
Great to Pedal
Swell to Pedal
Choir to Pedal
Solo to Pedal
Antiphonal to Pedal
Swell to Great
Choir to Great
Solo to Great
#Mezzo Sforzando (settable)
#Sforzando (settable)
#32′ stops off
#16′ stops off

Combinations (by thumb piston):
General 1–10
Great 1–8
Swell 1–8
Choir 1–8
Solo 1–8
Antiphonal 1–6
General Set
Cancel

Combinations (by toe stud):
General 1–10
Pedal 1–8
Pedal to Combinations On/Off (all manual divisions)
Pedal to Combinations 1st/2nd Touch
Pedal Movements:
balanced Enclosed Great expression pedal
balanced Choir expression pedal
balanced Swell & Master expression pedal
balanced Solo expression pedal
#balanced Crescendo pedal
#Chimes Soft (hitchdown)
#Chimes Sustain (hitchdown)
#Harp Sustain (hitchdown)

Accessories:
Expression Pedal Adjuster
#Signal Light
#Current Light

____________________________

St. John’s Episcopal Cathedral
Denver, Colorado
E. & G. G. Hook
Boston, Massachusetts
Op. 476, 1869

2 manuals, 17 speaking stops, 15 ranks, 772 pipes

Great (58 notes, CC–a3)
16′ Bourdon [TC]
8′ Open Diapason
8′ Stopped Diapason Bass
8′ Melodia [TC]
8′ Gamba [TC]
4′ Octave
2′ Fifteenth
II Mixture [11⁄3′ + 1′]

Swell (58 notes, CC–a3,
enclosed)
8′ Stopped Diapason Bass
8′ Stopped Diapason Treble [TC]
8′ Keraulophon [TC]
4′ Flute Harmonique
2′ Principal [originally 4′ Violina]
8′ Bassoon
8′ Oboe [TC]

Pedal (27 notes, CC–d1)
16′ Sub Bass
8′ Flöte

Couplers and Mechanicals
Swell to Great
Great to Pedal
Swell to Pedal
Swell Tremulant
Bellows Signal
Four Composition Pedals:
Great Forte
Great Piano
Swell Forte
Swell Piano

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 organ at St. James United Church, Montréal

The genealogy of a restored instrument

Andrew Forrest

Andrew Forrest began with Orgues Létourneau Limitée in February 1999 and in his current position as Artistic Director, oversees all of the company’s projects. He travels regularly to meet with clients, architects, and acousticians, as well as to supervise the company’s on-site tonal finishing. Mr. Forrest has a keen interest in the art of pipe scaling and has completed studies of the String division of Philadelphia’s Wanamaker Organ and the 1955 Aeolian-Skinner pipe organ at Winthrop University among others. He served on the local organizing committee for the joint AIO-ISO 2010 convention held in Montréal, and in October 2011, Forrest was elected to the American Institute of Organbuilders’ Board of Directors for a three-year term. He holds a bachelor of arts degree in political science and economics from Carleton University in Ottawa, Ontario. An organist himself, Andrew Forrest has two children and lives in Mont-Saint-Hilaire, Québec.

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The present pipe organ at St. James United Church is unique among Montréal’s many interesting organs because much of the organ’s pipework dates back to an 1889 instrument by E.D. Wadsworth & Brothers, Organ Builders. Edward Wadsworth opened his own organbuilding company in Manchester, England, in 1861 after apprenticing with Kirtland & Jardine; his family subsequently continued in the organbuilding trade under various forms of the Wadsworth name until 1946, when the company was absorbed by Jardine & Company of Manchester. Present-day British organbuilding colleagues have suggested that earlier Wadsworth organs with mechanical actions are superior to the later pneumatic examples, but it remains clear that the Wadsworth name never achieved the status of other British builders during the latter half of the 19th century, such as William Hill, “Father” Henry Willis, or T.C. Lewis.

Perhaps sensing new business opportunities, Edward Wadsworth moved to Montréal in 1887 to establish a branch office of the family company at 298 Craig Street (which today is called rue St-Antoine). The company built two instruments in Canada, the first being a small tracker organ of ten stops for Trivett Memorial Church in Exeter, Ontario, in 1888. The second project for St. James Methodist Church (as the church was originally known) was on a grander scale; the handwritten contract dated June of 1888 was for a grand pipe organ of 49 stops with “tractile” key action. The price for the new organ was established at $11,550, less $2,375 for the church’s old pipe organ. For reference, the signing of the Wadsworth contract took place at the same time as construction was ongoing in the workshops of Samuel and Claver Casavant of a 73-stop instrument for Montréal’s Basilique Notre-Dame; the price for the Casavant organ was some $24,800.

With a 32 flue stop in the pedal division and two divisions on each of the three manuals, the Wadsworth organ was a novel and complex instrument. The two divisions per manual could be played separately, or coupled together by the touch of a thumb piston under each manual. In addition, each manual had its own drawknobs for appropriate pedal stops and a dedicated “pedalier” thumb piston to bring the selected registration into play as one moved from manual to manual. The middle manual controlled the Great and Back Great divisions, while the Solo—in its own swell box—was partnered on the lowest manual with the unenclosed Choir. The Swell and Echo divisions, playable from the third manual, were enclosed together.

A comparison of the 1888 contract to the instrument’s final specification shows that two optional stops—a 16 Lieblich Gedackt for the Choir and a 16 Contra Fagotto for the Solo—were added as the organ was being built. Stops were equally rearranged within the specification, presumably for a better musical result: The 16 Contra Fagotto was moved to the Back Great division with the Great 8and 4 reeds, permitting the reeds to be brought in or retired collectively in a ventil-like fashion via the thumb pistons under the Great manual. The 8 Vox Humana likewise migrated from the Solo division to the Echo, while the 8Gamba and 8 Voix Celeste stops came together in the Solo from their separated locations in the Swell and Echo divisions respectively.

Lynnwood Farnam served as organist for St. James Methodist Church from 1904 to 1905, and was well acquainted with the Wadsworth instrument. His notebook entry on the organ provides many details on the as-built stoplist and forms the basis for our understanding of the completed 1889–91 Wadsworth instrument. Though Farnham’s pages on the St. James organ are typically meticulous, it is unclear what kind of key action or key actions Wadsworth employed in his instrument; but it seems highly unlikely that the organ had purely mechanical key action. At the least, some form of pneumatic action would have been employed to manage the complexity of two divisions per manual. Farnam does list all couplers as operating pneumatically, with the console having the six usual unison couplers along with sub and octave couplers for the Swell manual, and a Swell to Great Sub coupler.

Unfortunately, the luster literally wore off the Wadsworth instrument at St. James Church within two years of its completion in 1889. The new organ was frequently crippled by problems arising from humidity and heating within the new church building. The church acknowledged this in an indenture document signed with Wadsworth in June  1891, wherein the complaint was also lodged that the organ’s “exterior has not preserved its absolutely fresh appearance.” The agreement offered Wadsworth an additional $1,000 to repair and otherwise complete his instrument, which, according to the document, had already been in place for two years.

The results of this remedial work were proclaimed satisfactory in a letter dated September 23, 1891, from the agreed-upon arbiter, Frederick Archer, to John Torrance, Secretary to the Trustees of St. James Methodist Church:

 

My dear Sir,

I have this day examined in detail the organ erected by Mr. E. Wadsworth in St. James Church, Montreal with the following results.

I find the wind supply is now ample for every possible purpose, its transmission to every junction of the instrument with uninterrupted “steadiness”. The wind trunks, sound boards, etc. are perfectly air tight and the whole of the mechanism is in thoroughly satisfactory condition.

The repairs have been carefully and substantially done in full accordance with the agreement entered into with him in June last, and with ordinary care and attention, the instrument will, to the best of my knowledge and belief, be now found entirely adequate to all legitimate demands made on it.

. . . I am pleased to be able to report so favourably, but as Mr. Wadsworth has evidently done his work of renovation in so conscientious and thorough a manner, it is but one to him that I could bear witness of the fact. 

 

Archer was a renowned English organist and choral conductor living in the United States, with a reputation as an expert on pipe organs that extended as far as Montréal; he played three dedicatory concerts on the Casavant organ at la Basilique Notre-Dame in May of 1891.

If the Wadsworth instrument was indeed playing as early as 1889, this raises questions about how such a large pipe organ was built within a year by an organ builder who had only arrived in Montréal a few years earlier. For example, from where did Wadsworth obtain his pipework for the new St. James organ? One distinct possibility is that he purchased pipes from another builder such as S.R. Warren & Sons or from a supply house. Similarly, Wadsworth may have ordered pipes from the family workshops in Manchester, England, and had them shipped to Canada. Having said that, Wadsworth was accused of using old pipework in the new organ for St. James Church, including the Pedal 16 Trombone and the Echo 8 Hautbois. Our survey of the organ’s present pipework suggests that some ranks pre-date 1889: the f#19 pipe of the Great 16 Double Diapason, for example, is clearly scribed “1881”, some seven years before the organ’s contract was signed.

Considering the spatial volume of the sanctuary at St. James’ Church and the organ’s recessed location within the chancel, the scaling of the Wadsworth pipework is surprisingly modest in comparison with the large organs of, say, William Hill. The original Great 8 Open Diapason approaches the Normalmensur (NM) standard around 4 C and again in the 1 octave but never exceeds it. The Great 4 Principal is consistently two to three pipes smaller than the 8′, and it is only in their uppermost octaves that the Great 223 Twelfth (a tapered rank) and 2Fifteenth ranks exceed NM. These statements are slightly complicated by Warren’s re-scaling and re-pitching of the original pipework in their later reconstruction, but it remains that the scalings of Wadsworth’s principals and choruses were unexpectedly reticent. The quality of the Wadsworth pipes is unremarkable when compared with the later Warren and Casavant pipes, and while most of Wadsworth’s metal pipes were made from spotted metal, the metal itself is quite thin. The Swell 8 Viola Ætheria is an extreme example: the spotted metal in the bass octaves is so thin that lifting the pipe carelessly from the top can easily deform the pipe’s body. The effect produced by these moderately scaled pipes sounding on generous wind pressures and having been voiced to fill a large room is one of surprising brilliance and great clarity.

Wadsworth’s wooden stops throughout the organ were unvarying, with stopped bass and tenor octaves that transition to open pipes with inverted mouths at c25, similar to a Melodia. The Solo 8Concert Flute and the Choir 8 Lieblich Flute are traditional in the sense that the open pipe bodies are deeper than they are wide, but the proportions for the Great 8 and 4 flutes are notably wide and shallow. The present Choir 8 Flute Celeste originally served as Wadsworth’s 8 Echo Flute and also features this type of wide mouth construction. Like the metal pipes, the quality of construction is adequate but unexceptional; the thickness of the wood is consistently thinner than the later Warren pipes, and the quality of the joinery is slightly coarse and uneven.

Though E.D. Wadsworth & Bros. was still advertising in the Montréal area as late as 1902, it is unclear what happened to Edward Wadsworth after the completion of the St. James organ in 1891. Wadsworth did not achieve fame or fortune with the St. James’ organ: within days of Frederick Archer’s note pronouncing the organ complete in September 1891, Wadsworth sent the church trustees a handwritten note requesting an advance of $30 as he found himself “rather short.”

The Wadsworth organ served the church for eighteen years, a period that included Lynnwood Farnam’s tenure as organist. It was replaced in 1909 with a pipe organ by the Warren Church Organ Company, reusing a majority of the Wadsworth pipes, at a cost of $6,000. The Warren Church Organ Company was established in Woodstock, Ontario, in 1907 by Frank, Mansfield, and Russell Warren, and can be considered the last vestige of the once-proud Warren name in Canadian organbuilding.

The Warren organ added a number of new stops and redistributed most of the Wadsworth ranks throughout the instrument. A massively scaled 8 Open Diapason was added to the Great, displacing Wadsworth’s original to secondary status. The Choir division was enhanced by a new 8 Cor anglais with free reeds; this stop was likely purchased from a supplier, as its construction details are unlike anything else in the organ. A new Solo division was also provided on some 10′′ of wind and included new Stentorphone, Doppelflöte, German Gamba, and Tuba stops.

It appears Warren provided all-new wind chests rather than reusing the Wadsworth chests; this conclusion is based on Farnam’s description of the operation of the sub octave (G) and octave (A) couplers for the Great division and the general increase in the number of stops per division. The rearranging of the Choir to reside within the same expressive enclosure as the Swell, and likewise the Echo with the Solo, is further confirmation that the 1909 instrument represented substantial change behind the original Wadsworth façade.

The new Warren console of four manuals provided a new level of flexibility for organists, with each piston being adjustable by drawing the desired stop combination and then pulling the piston head out by a fraction of an inch. There were a total of four pistons operating on the entire organ and between three and five pistons operating on each division. The console also featured a pédale à bascule (a balanced pedal) providing a general crescendo and diminuendo effect.

Our examination of the pipework suggests that the pitch of the Wadsworth pipes was sharp of modern concert pitch (A=440Hz). To lower the pitch, Warren moved all of the Wadsworth stops up by one note and provided a new low C pipe for each stop; this served to increase the scale of each stop by one pipe in the process. The Warren company also filled out the gaps in Wadsworth’s numerous short-compass stops, such as the Great 16 Contra Fagotto, Choir 8 Clarionet, Echo 8 Echo Flute, Choir 8Dulciana, and the Choir 8 Voix Celeste.

Warren went beyond re-pitching the organ in some cases and rescaled several ranks, likely to achieve a fuller sound. It is equally possible that Wadsworth himself may have engaged in some re-scaling to suit his purposes, if one allows he recycled older pipework in his 1889 instrument. For instance, the Choir 4Flûte Octaviante and Great 4 Principal ranks both have many pipes marked with three successive pitches, suggesting that the original scale was too small. In the same way, the Swell 8 Open Diapason and 4 Octave stops have been rescaled no less than three times by their fourth octave. As with adjusting the scales of various stops, there is no reason to think Warren would have hesitated to increase wind pressures and/or revoice the Wadsworth pipework as needed.

The Warren company was equally revisionist with the organ’s reed stops. The scales for Wadsworth’s original Great reed chorus were surprisingly thin—notably smaller than the Swell chorus—so Warren replaced the Great 8Trumpet with a new stop of larger scale. The original 8 Trumpet was reworked into a 16 Bassoon for the Swell division, with Warren providing twelve new half-length pipes for the bottom octave. Warren also added eighteen new full-length pipes to complete the missing bass of the Great 16 Contra Fagotto. In fact, the only Wadsworth reed stops to emerge from the Warren workshops relatively untouched—beyond being shifted up one pipe as part of re-pitching the organ—were the Swell 8 Cornopean, the Great and Swell 4 Clarions and possibly the Swell 8 Vox Humana (which disappeared in 1956). Most of Wadsworth’s color stops were replaced outright, though the 8 Clarionet was rebuilt with new shallots, blocks, and boots, as well as equipped with new adjustable bells for tonal regulation. The 1889 organ had two oboe stops—the Solo 8 Orchestral Oboe and the Echo 8 Hautbois—though Farnam’s notes state that the Orchestral Oboe’s pipes had been “taken out” by the time of his visit. Neither stop survived; the pipes for both the present Swell 8Oboe and the Solo 8 Orchestral Oboe are consistent in terms of construction and materials with Warren’s other work.

Farnam returned to St. James Methodist Church on February 15, 1910, to play the new Warren organ, and his notes again provide useful details about the changes that were wrought. Farnam did not seem entirely pleased with all of the changes made to the instrument, noting that the “32-foot has been quite ruined…” and all of the 2 stops seemed very “spiky,” especially the 2 Fifteenth in the Great. He praised the new electric key action, though went on to mention the Swell action was very noisy from inside the instrument.

After nearly thirty years of service from the Warren organ, St. James United Church—note the change in name—signed a contract with Casavant Frères in July 1938 for an organ that reused almost all of the old pipework on new windchests. As stipulated in the purchase agreement, the organ would be installed by December 18, 1938—some five months later—at a cost of $16,000. Wadsworth’s 16 façade was to be preserved, though Casavant successfully lobbied to have the façade moved two feet towards the nave to accommodate the enlarged instrument. The short amount of time between the contract signing and the project’s anticipated completion may reflect the lingering effects of the Great Depression; it is likewise indicative that Casavant agreed to finance nearly half of the contract amount over a three-year period after the organ had been completed!

Casavant’s Opus 1608 incorporated their state-of-the-art electro-pneumatic windchests with pitman-type stop actions built into the pouchboards for instantaneous registration changes. The compasses of the manual divisions were increased from 61 notes to 68 notes, and the number of pedals increased from 30 to 32 notes. The organ’s wind system was comprehensively redesigned, reusing old wind reservoirs and their cone-valve regulators where practical. A new four-manual console was also provided, incorporating Casavant’s pneumatic combination action and trademark furnishings. Like Warren, Casavant consolidated the instrument’s specification from five manual divisions to four—eliminating the Echo division—and transferred several stops between divisions in the process. The Swell, Choir, and Solo divisions were furnished with independent expressive enclosures, each operated by Casavant’s 8-stage pneumatic motors.

A new Nazard 223 made up of stopped pipes was added to the Choir, while a 4Violina—made up largely from repurposed pipework—was added to the Solo division. The Pedal division was augmented through new extensions to the existing stops, though the Wadsworth 16–8 Violone rank appears to have been entirely replaced in 1938 with new pipes. The original Pedal 16 Trombone with its wooden shallots was extended downward by twelve full-length pipes to create the 32 Bombarde stop, with the entire rank sounding on 7′′ wind pressure. The Carillon (or Chimes) tubes were maintained from the 1909 instrument but provided with a new striker rail, and a new 61-note Harp was added. Finally, whatever was left of Wadsworth’s “ruined” 32 Open Diapason was eliminated, and a new 32Acoustic Bass stop was provided with twelve independent pipes sounding at the fifth to create the 32 effect.

The Wadsworth-Warren instrument would have been a comfortable fit with the tonal inclinations of Stephen Stoot, Casavant’s technical director in 1938. An Englishman, many of Stoot’s instruments drew from this heritage, and in this sense the Wadsworth and Warren materials would not have seemed particularly foreign—though there may have been some disappointment with their quality. As one example, the placement of reed choruses on separate windchests was a trend in English organbuilding during the late Victorian and Edwardian eras, enabling higher wind pressures for the reed stops for a smoother tone. At St. James, the Great and Swell reed choruses were indeed separated in this manner, but the similar wind pressures between flues and reeds ultimately made this something of a hollow gesture.

After 1938, the organ saw a few changes prior to the restoration undertaken in 2011–12. The 8 Vox Humana in the Swell division was replaced during the mid-1950s with a stopped 223Nazard rank. In the 1980s, the original Great mixtures were replaced with two new stops that were poorly suited to the instrument’s aesthetic. Likewise, the Great and Swell reed choruses were modified to give a brighter tone, with the resonators being cut to length after the original regulating slots had been soldered shut. One other significant change relates to the instrument’s appearance: church photos show a heavy drape hung above and to the sides of the Wadsworth façade, serving to hide the windchests and pipes from the Great and Pedal divisions. This drape was in place until possibly the early 1980s but it is unclear when exactly it disappeared; Philip Crozier, Director of Music at St. James, relates the drape had been removed by the time he was hired in 1986. The drape’s disappearance would have surely had some effect on the sound of the organ, tilting the organ’s tonal balance towards an even more present and brilliant sound—though to what degree can only be guessed.

The restoration work undertaken by Orgues Létourneau Limitée over a twelve-month period included re-leathering all of the electro-pneumatic windchest actions; restoring all of the wind reservoirs and other wind system components; and documenting in detail the instrument’s pipework. Forty ranks from the original Wadsworth instrument have survived, though many ranks have been subsequently rescaled or rearranged as described above.

As part of the restoration effort, two new mixtures were built for the Great division to replace the unsuitable examples added in the 1980s. In the absence of information regarding their original compositions, the new mixtures’ breaks follow English examples contemporary to the Wadsworth instrument, while the scalings follow progressions established by the Great 2 Fifteenth and the original Swell mixture. The mild Swell mixture (containing a tierce rank) was restored to its original specification, with the two breaks returning to their original places at c25 and f#31. Finally, a new slotted 8 Vox Humana in the style of Father Willis was developed and installed in the Swell division.

After nearly 75 years of service, the four-manual console was thoroughly rebuilt to discreetly incorporate modern playing conveniences, including multiple memory levels, additional thumb pistons, and a general piston sequencer. The organ’s switching system and wiring—much of it dating back to 1938—was entirely replaced with a new state-of-the-art system. Beyond the Wadsworth pipework from 1889, some of the instrument’s more intriguing tonal features include the full-length 32 Bombarde, the Solo 8 Stentorphone with its leathered upper lips, the free-reed 8 Cor Anglais, and the 61-note Harp stop in the Choir division.

The organ was tonally regulated within the church by a team of Létourneau voicers over the course of several weeks in early 2012. Shortly thereafter, the church’s offices and meeting spaces were heavily damaged in a fire, though the sanctuary and the organ were spared. The restored organ was first heard in concert during the church’s annual noon-hour series throughout the following summer, and as autumn approached, the organ served as the “home” instrument for the annual Orgues et Couleurs festival, with two major solo concerts performed by Johann Vexo and Philip Crozier. Since Mr. Crozier’s appointment as Director of Music, the organ has been heard in a continuous series of summer recitals over the past 26 years, with the single exception being the summer of 2011, when the instrument was being restored in the Létourneau workshops.

An instrument in the English Town Hall tradition, the pipe organ at St. James United Church has played an important role in Montréal’s organ scene and has hosted concerts by renowned organists such as Lynnwood Farnam, Fernando Germani, Raymond Daveluy, André Marchal, Bernard Lagacé, E. Power Biggs, Francis Jackson, and Simon Preston. More recently, the instrument has been heard in performances by Joseph Nolan and Sietze de Vries. All of us at Létourneau Pipe Organs remain honored to have been entrusted with this significant restoration project and are pleased to see this pipe organ reclaiming its rightful place as one of Montréal’s most noteworthy instruments.

The author would like to thank the following individuals for their assistance in preparing this article: John Mander, Mark Venning, David Wood, Karl Raudsepp, Bill Vineer (The Vineer Organ Library), Allen Fuller, Philip Crozier, Fernand Létourneau, and Dany Nault.

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.

 

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Russell & Co. Organ Builders,
Chester, Vermont
First Presbyterian Church, Ithaca, New York

From the builder
The term magnum opus is often used in the organbuilding trade to denote the apotheosis of an organbuilder’s career. It is an impressive expression, and the organs that receive such an accolade are usually equally impressive. It is interesting to note, however, that the distinction of magnum opus can be an ephemeral one. What a builder thinks of as his ‘biggest and best’ may be eclipsed just a few years later with an opus magnum novum. In any event, at the outset of a project an organbuilder has termed his magnum opus, he inevitably approaches the creation of the instrument with great reverence and dedication. When we received the contract to build our opus 47 for First Presbyterian Church in Ithaca, New York, we knew this would be our magnum opus and, regardless of whether a grander organ would leave our shop in years to come, took on the project in this way, making no little plans to design and build a pipe organ worthy of this special moniker.
First Presbyterian is a grand Romanesque stone structure built in 1894 and located in the heart of downtown Ithaca. The sanctuary seats 500 under a high barrel vault, coffered and richly ornamented with plaster florets. The church enjoys a large, vibrant congregation and an equally active music program, including a sizable adult choir, children’s choir, and handbell choir. In conjunction with the organ project, the sanctuary was renovated to remedy the less-than-desirable acoustics. Previously, the entire floor of the room was carpeted, and the pews were cushioned in heavy velvet. A completely new ceramic tile floor, new and less-absorbent seat cushions, hardened wall surfaces, and a new rear wall designed to reflect sound randomly all contribute to a lively and supportive acoustic, approaching three seconds of reverberation.
The preceding instrument began its life in 1901 as Austin’s opus 39—a three-manual instrument of 47 ranks, including a five-rank Echo organ added in 1930. The organ was installed in the front of the church behind a handsome white oak case crowned with a magnificent central tower rising nearly the full height of the sanctuary. Designed in traditional early 20th-century style, the organ contained the typical myriad of foundation stops, with sparse trimmings of upperwork, undergirded by an ample and satisfying pedal department. Sixty-five years later, Austin was called to rebuild the organ in keeping with the tonal thinking of the day. The result was completely new pipework typical of late 1960s construction and voicing; the Echo organ, thanks to the organist, Dorothy Arnold, was retained and unchanged. With many manual stops sharing common basses, and the pedal division largely borrowed from the manuals, there was little foundation tone. The scaling of the new pipework exacerbated this condition, with halving ratios that resulted in a thin bass and a treble ascendancy unwelcome in so dry a room. The impressive 16¢ and 8¢ 1901 façade was completely replaced by much narrower-scaled pipes with English bay mouths, leaving large, odd-looking gaps between the pipes.
By the 1990s, the organ proved to be inadequate for the many demands the church’s music program placed upon it. Mounting mechanical problems toward the end of the decade that rendered the instrument increasingly unreliable led the church’s organist, George Damp, and the director of music, Larry Doebler, to realize that a completely new instrument was needed to correct the tonal inadequacies of the existing instrument and to fill the needs of the extensive music program. The church named John Schwandt as consultant on the project. Dr. Schwandt recommended requesting proposals from lesser-known builders of high quality. After a national search, Russell & Co. of Chester, Vermont was selected in late 2002 to build the new organ.
A profusion of new romantic organs in recent years, as well as a renewed reverence and interest in the work of early 20th-century American builders, specifically Skinner, was the milieu for the design and construction of this instrument. While Russell & Co. have built several large instruments along French romantic lines, an American romantic/ symphonic organ presented a new challenge: how to take all the lessons learned from our previous instruments, combine them with a century of progress in American organbuilding, and produce an organ capable of accompanying congregational song, playing choral and orchestral literature, and still be able to play the solo organ repertoire, all the while staying true to a ‘symphonic’ ideal.
This challenge was met valiantly with an effective partnership between our firm and George Damp. Having spent all his professional life as an organist, teacher, and church musician, George brought years of experience and a clear idea of what he wanted to the drawing board—a grand, large-scale organ that would make Ernest Skinner proud, but would also not disappoint the likes of G. Donald Harrison. While orchestral voices and ensembles were of great importance, so too was the presence of well-developed and blended choruses in each division.
Our initial proposal was for a three-manual organ with a separately enclosed Solo and Choir sharing one manual. However, during our early discussions with the church music staff, it became clear that to fill all the demands placed upon it, a significantly larger, four-manual instrument would be better suited and would eliminate several reluctant compromises in the original design. Having completed the rebuild of a four-manual Æolian-Skinner, opus 1433, for First Unitarian Church in Worcester, Massachusetts, and the building of a new, large three-manual French romantic organ for the Cathedral of St. Paul, also in Worcester, we felt ready to tackle our first new four-manual organ. During the selection process, George visited Worcester’s First Baptist Church, home to a rebuilt Reuter for which we constructed a new, large four-manual Skinner-style console. Skinner consoles have long been renowned for their visual elegance, impeccable craftsmanship, and intuitive and comfortable ergonomics. It was agreed First Presbyterian should possess such a console to complement the new organ.
First Presbyterian has long been host to performances of choral and chamber music by numerous local ensembles, and the acoustical renovation that preceded the organ installation only made the space more attractive for outside groups’ use. Knowing this, we included in the initial proposal a small division designed for use as a continuo organ at chancel level. George was hesitant at first—it seemed like a water and oil situation to have such a division included in a grand romantic organ. However, with a large, higher-pressure instrument as the main organ, George and Larry Doebler agreed that it would be futile to attempt to use it in continuo playing, and not only agreed to the division’s inclusion, but encouraged its enlargement. What started out as a small five-stop division grew into a full-fledged low-pressure Positiv, complete with a Sesquialtera and a very gently voiced four-rank Scharff. Its elegant case makes use of the crown and columns of the large throne chair that used to sit in the middle of the chancel, blending the case with the rest of the chancel decoration.
While spacious, the two front organ chambers had previously housed 47 ranks of pipes, including a very small pedal division. One of the project’s greatest challenges was to make 79 ranks of pipes fit in these same chambers—including a large-scale independent pedal division with three 32' stops—while maintaining easy access to each pipe and mechanism. After much experimenting in the forgiving world of computer-aided design, a layout that achieved both of these goals was reached. Aside from the Antiphonal and Positiv, the entire instrument is installed behind the organ case, with the Great, Solo and Choir divisions to the congregation’s left, and the Swell and Pedal on the right. There is no ceiling over these chambers, allowing for a great deal of sound to ascend into the barrel vault over the chancel, creating a wonderful blending chamber of sorts, which then projects the sound well into the room. Even from the center of the chancel, it is difficult to tell from which side sounds are coming.
The Antiphonal organ is located high up in the right rear corner of the sanctuary. The Antiphonal Swell division, consisting of the original Echo organ with two additions, is housed in the former Echo organ chamber. The two stops of the Antiphonal Great sit on a newly constructed ledge in front of the chamber, with the pipes from the 8' Prestant forming a simple and elegant façade.
The console constructed for opus 47 models the console at First Baptist in Worcester. Built of quarter-sawn red oak and walnut with a hand-rubbed oil and stain finish, it complements the elegance of the renovated sanctuary and restored organ case. With manual keys of 10th-cut ivory and ebony, and pedals of maple and ebony, the console immediately has a luxurious tactile feel. Through many consultations with George as well as with the organists working in our own shop, the selection and layout of controls were designed to be as intuitive to the player as possible. The stopjamb layout takes its cue from the tall consoles of English cathedrals; this provides the vertical space to lay out the complete choruses of each division in one line, making drawing every plenum quick and straightforward. Though a complete list of playing aids and mechanicals accompanies the specification, several are worth noting here. With the choral accompanist in mind, the Swell is provided with ten divisional pistons, and pedal-to-manual combination couplers with discrete memories are available on each division. A 99-level combination action is included with 16 general pistons and a sequencer; additionally, each piston can be easily modified as to which stops it affects, releasing the player from the distinction and restraints of divisional and general pistons. Divisional cancels are also provided by pushing the division nameplate on the stopjamb.
The key and stop action throughout the instrument is electro-pneumatic, a departure from our usual practice of employing slider and pallet chests. The chests are modeled on late 1960s Aeolian-Skinner pitman chests, with several of our own modifications. Even the Positiv, speaking on 23⁄4" pressure, plays on a pitman chest and works beautifully, resulting in quick and desirable pipe speech, ideal for its anticipated continuo use.
A design goal from the outset of the project was to make the organ large enough to have four complete manual divisions (seven, including the Positiv and Antiphonal Great and Swell), but to keep costs manageable, all the while not sacrificing quality. To this end, we looked to the existing Austin pipework, all having been new (with the exception of the Echo) in 1969, to see what might be reused in the new organ. While hard to believe this neo-baroque pipework could blend its way into an American romantic organ, we found much of the pipework was well constructed and cut up low enough to permit its successful rescaling and revoicing in a very different style.
Of the 40 completely new ranks of pipes added to the organ, all new choruses and flutes are constructed of 94% lead alloy, a practice we have long employed, allowing our voicers to achieve a degree of tonal superiority unattainable with the use of lighter, higher tin content alloys. In general, this allows the 8¢ line to be weighty and warm, progressing through a velvety chorus to light and silvery upperwork—all mixtures in the organ are also of the same high-lead content. The epitome of this construction and voicing style is the 8¢ Montre on the Great, a 42-scale Diapason more English than French, despite its name. Being placed outside the Great expression box, the Montre’s tone is commanding, warm and strong, and is paired with the enclosed 44-scale 8' Principal for lighter choruses. True to the design objective, choruses through at least 4¢ were provided in the three main manual divisions (Great, Swell, Choir), resulting in three very independent divisions that terrace and blend successfully for the performance of French literature. With the old Great 8' Principal revoiced as the Swell Diapason, and the 45-scale English Diapason in the Choir of special variable scale, the five combined 8' Diapasons create a rich, singing tone that serves as a lush solo color, as well as the basis for the aforementioned well-blended choruses.
One of the hallmarks of an American symphonic organ is the abundance of orchestral reeds, so carefully developed by the likes of Skinner a century ago. Fittingly, opus 47 has a delicious array of imitative stops spread out amid the manual divisions. The demand for these stops allowed us to use several ranks we had been storing in our stockroom for many years while the popular organ style called for very different reed stops. In the Choir division, the Clarinet finds its traditional home, and comes to Ithaca as a restored Johnson Bell Clarinet. In our study of early 20th-century American organs, a common finding was that the Choir division, while potentially having enough foundation tone, nearly always lacked the trumpet-class reed timbre to assert itself against the Swell organ. In this light, the second Choir reed deserves special note as an unusual stop, even in this age of rediscovered orchestral sounds. The 8' Waldhorn uses restored Aeolian pipes from the Higgins estate in Worcester, Massachusetts. This medium-scaled, capped trumpet is not quite a French Horn, and not quite a Trumpet, but something in between. It has a chameleon-like quality in that it is a beautiful and haunting solo voice, but when drawn with the full Choir, it acts as a chorus reed, giving the Choir a definite presence amidst full organ.
Two new reeds, the English Horn in the Solo, and the Orchestral Oboe in the Antiphonal Swell, were beautifully voiced by Chris Broome, turning out exactly as we had wanted them, and possessing striking imitative qualities.
For climactic moments in both repertoire and accompaniments, two solo chorus reeds are provided in the Solo division. The enclosed Tuba Mirabilis has harmonic resonators from tenor F# and is voiced on 15" pressure, providing the traditional dark, smooth and powerful tone suggested by its name. The 8' Silver Trumpet, played on 10" pressure, serves to contrast with the Tuba for a different effect. Envisioned in the same manner as the Solo Trumpet Harmonique at Yale’s Woolsey Hall, the pipes are constructed with French shallots and placed outside the Solo enclosure, yielding a brighter and brassier tone. While neither stop is oppressively loud, when combined they yield a tone of refined power that can top full organ with single notes.
Another criterion from early on in the project was to have a profusion of string stops of varying power and brightness to enable a truly orchestral string crescendo from pp to ff. While there are the usual strings sprinkled throughout the Choir and Swell, the Solo strings truly cap the string chorus, possessing incredible intensity and brilliance. Although the Solo was originally designed with one pair, the discovery of two ranks of Skinner orchestral strings in our stockroom led to the addition of a second set to be the pinnacle of the string chorus. Voicer Ted Gilbert worked wonders with these two pairs—the Gamba is the quieter of the two, possessing an almost woody quality, whereas the Cello represents the extreme limit of bright, powerful, shimmering string voicing. Twelve ranks of string or undulating tone in the organ, from the Swell Flauto Dolce through the Solo Cello, provide a seamless powerful crescendo, made even more effective with the use of double expression in the Solo.
No symphonic organ is complete without an expression system that can fully restrain the power of the instrument and instantly change the dynamic of the stops drawn. To this end, no fewer than six Skinner-replica whiffletree expression motors are used in this organ. While the Swell, Choir, and Antiphonal Swell are enclosed and expressive as expected, the Solo and Great warrant description of their expressive capabilities. From the outset, we had designed the Great to be partially enclosed, mainly the reeds and upperwork. Additionally, the Solo was to speak through its own shades into the Great box, providing the division with the aforementioned double expression.
The Great organ’s expressive capabilities were expanded early on with the decision to enclose the entire division with the exception of the 8' Montre and 16' Principal. Through careful scaling and voicing, the division doesn’t suffer its enclosure with the shades open, and contains the tonal resources necessary to lead enthusiastic congregational singing with all 500 seats filled, as well as serving its traditional role in the performance of organ literature. However, with the added benefit of 16-stage expression, these same tonal resources can be manipulated to match any congregation size, as well as provide another enclosed division of power for choral accompaniment.
At the same time, to give the Solo and Great more independence from each other, we added a second set of shades to the Solo, allowing the division to speak directly into the chancel. This provides the Solo division with a third expressive option. As installed, the Solo swell box is behind the Great box and four feet higher. The primary Solo shades open into the Great, with the Solo chancel shades being at the very top of the Solo box, four feet high, and opening directly into the room. While giving an acceptable dynamic range, these smaller shades provide an enormous timbral range, noticed especially with the strings. With the full Solo string chorus playing and the main Solo shades open, the full weight of the 8' stops comes through—one can almost hear bows drawn across the strings. However, when the upper shades open, the full range of upper harmonics from these stops erupts from the box, filling out the sound just when you thought it couldn’t be any brighter and more sonorous.
The control of all these expression options is met with four swell shoes, including the crescendo shoe. The Solo shoe normally controls the chancel shades. However, when the “Solo Double Expression” drawknob is drawn, the Solo shoe operates both sets of Solo shades, as well as the Great shades, in a set sequence to give the maximum crescendo possible. Additionally, a second drawknob closes the Solo chancel shades should that be desired, and sets the Solo shoe to control only the main Solo shades. The Great and Antiphonal Swell expression functions are independently assignable to any shoe, including crescendo. When not assigned, the shades default to a position settable by the organist. Harris Precision Products retrofitted two of their standard drawknob units with potentiometers to set these defaults, and thus these controls are seamlessly integrated into the console via rotating drawknobs. All Swells to Swell is provided to afford simple control over the entire dynamic range of the organ, and indicators are provided below the coupler rail to show the position of each set of shades.
The use of such sophisticated expression functions allows the organist to present the full dynamic range of the orchestra, and the use of the smaller Solo chancel shades allows for the ultimate in dynamic and timbral expression, a feature unique to this organ, and one we hope to further develop and use in subsequent installations.
To complement the varied and colorful manual divisions, a large, independent Pedal division affords the appropriate bass sonority for whatever registration is drawn on the manuals. Consisting of eleven independent ranks and 29 stops, the Pedal organ is augmented by judicious borrowing from the manuals. Four 32' stops are provided to underpin the instrument and provide a true feeling of gravitas. From the initial planning phases of the project, it was made clear that no digital voices were to be used in the organ; thus, all 32' stops play real pipes, or are derived. The Bourdon, of generous scale, is voiced gently for use with the softest registrations, but with enough quint in its tone to be made stronger as more pedal stops are added. The 32' Principal, an extension of the 16¢, uses Haskell pipes to GGGG#, the rest of the 32' octave being a resultant. The full-length 32' Contra Posaune, also masterfully voiced by Chris Broome, gives plenty of weight and power to full organ, but without being brash or rattling. For a ‘second’ 32' reed, the Harmonics is a 102⁄3' cornet, derived from the Great 16' Double Trumpet and 16' Gemshorn, giving the semblance of 32' reed tone underneath smaller tutti registrations.
With the added features of sophisticated expression, as well as the inclusion of more fully developed choruses, First Presbyterian’s instrument represents a logical and successful extension and merging of the two dominant styles of 20th-century American organbuilding: the symphonic and American classic schools. The instrument serves as a platform for the successful performance of a wide body of organ literature, as well as fulfilling its accompanimental roles. In its design, construction, voicing and tonal finishing, we feel truly proud to call this instrument our magnum opus, regardless of what instruments leave our shop in years to come, and thank First Presbyterian for the opportunity to set our sights high and build an organ we have so long dreamed of creating. We therefore commend this instrument to the glory of God and the people of First Presbyterian Church as a product of our finest craftsmanship. May it long bring joy and inspiration to those who hear and play it, just as it has inspired us as organbuilders in its creation.
Those working on the project included: Stephen Russell, David Gordon, Gail Grandmont, Carole Russell, Theodore Gilbert, Jonathan Ortloff, Larry Chace, Frank Thompson, Matthew Russell, Peter Walker, Allan Taylor, Eric Johansson, and Andrew Lawrence.
—Jonathan Ortloff

From the organist
Now in my fifth decade of deep affection for the pipe organ, its music, and its role in worship, I am brought to this point of extraordinary magnificence in the creation of the opus 47 Russell & Co. organ. During these five decades, I have witnessed many trends and fads in organbuilding. The commitment of this church to the pipe organ as its primary medium for the leading of congregational song is all the more inspiring to me.
This instrument transcends the fads of recent decades. The organ/sanctuary committee, formed by this church in the fall of 2000 and guided by our organ consultant, John Schwandt, selected several organbuilders to consider for the project. This committee authorized my colleague Larry Doebler and me to travel far and wide to experience the work of the builders we had selected as finalists, each of whom subsequently visited the church to inspect the sanctuary space and existing organ. In the end, we all had no doubt that Russell & Co. was the appropriate choice for us.
While we were confident that our new organ would be very fine indeed, we could not have anticipated the level of magnificence that has been achieved here by Stephen Russell and his colleagues. In my 50 years of playing pipe organs, I have never been privileged to play an organ so elegant, expressive and versatile as this one. The word synergy is one that I have never before been comfortable using. This powerful word, meaning “combined or cooperative action or force,” is the perfect term to describe the wondrous emergence and continuing presence of this organ. Beginning with the collective sharing of the original committee, the guidance of Anita Cummings, pastor of this church at the outset of the project, the beneficence of Mrs. Dorothy Park, church member and donor of funds for this organ, the courage and vision of church members to undertake and fund the acoustical transformation of the sanctuary from sonically “dead” to vibrant and moderately reverberant, and the mutual respect and creative sharing of organbuilder, consultant and resident organist, have resulted in the ultimate synergy: the harmonious blending of thought, craft, sound and space that is far greater than the sum of its parts.
I offer gratitude and the highest of commendations to master organbuilder/voicer, Stephen Russell, his dedicated staff, and the many others who have had a hand in the three-year process of the emergence of opus 47!
—George Edward Damp

From the church
The history of our new Russell organ begins with the construction of our current sanctuary in 1894. In 1901, the Austin Company installed our first permanent organ (the oak façade that currently supports the visible organ pipes behind the choir is part of that original installation). In 1930, the Echo organ (above the southwest entrance to the sanctuary) was added. In 1969, Austin built a completely new organ in the chancel, one typical of that period—an instrument that, with its sheer power and rough voicing, overwhelmed our beautiful, but acoustically rather dead, sanctuary.
Problems with the Austin organ started to appear in the early 1990s. Minor problems continued to occur, and it was clear that something needed to be done. An organ/sanctuary committee was formed that, early in its existence, possessed the keen insight that the sanctuary itself was a part of the organ (the box that the organ’s voice is dispersed into), and that any renovations to the organ must be accomplished within the acoustical framework of the sanctuary.
As a result, the committee hired an organ consultant, John Schwandt, and an acoustical consultant, Scott Riedel, to guide them through the decision-making process of repairing our organ. Each made an initial, individual presentation to the committee, but most memorable was their joint participation in a lengthy “town meeting” with the committee and members of the congregation. The meeting ended with a focus for the project—to improve our worship experience by enhancing both music and the spoken word through renovations to both the organ and the sanctuary.
Early on in this process, then-pastor Anita Cummings and organist George Damp approached Mrs. Dorothy Park with the invitation to become a supporter of this exciting adventure for the church. After several subsequent discussions, Mrs. Park indicated that the church deserved the finest organ created by the finest builder, and that she would cover the cost of the organ if the congregation would pay for the acoustical renovations.
A clear consensus decided that Stephen Russell was the right person to build the new organ. At the same time, Schickel Architecture of Ithaca was selected to design the renovations to the sanctuary. Several significant changes to the sanctuary were implemented to improve the acoustical environment. Certainly the most outstanding component of the sanctuary renovations is the reconstruction of the rear wall of the sanctuary. Its subtle sunburst pattern surrounding a high circular window is both extremely pleasing to the eye as well as functional in randomly scattering sound.
Suffice it to say, every aspect of the organ, from its general layout to the voicing of each individual pipe (all 5,000 of them) was accomplished with the unique features of our sanctuary in mind. The outcome is truly a gift for the ages, something that First Presbyterian Church can share with Ithaca and the surrounding area for decades to come. One can only hope that the generosity of Mrs. Park and the efforts of those involved in this project will be more than repaid by the joy and exhilaration shared by all those who experience our wonderful new organ.
—Tom Owens,
Elder and member of session,
First Presbyterian Church

From the consultant
It is a privilege to offer a few words regarding Russell & Co. opus 47. In a world that so desperately hungers for and needs beauty, it is satisfying to have been a part of a long process that has ultimately yielded a thing of great beauty that will inspire the generations yet to come.
My primary involvement in this project occurred before contract-signing. It is my fervent belief that consultants should provide general education and thereby enable church committees to make an informed decision about what is best for their congregation’s worship and community life. However, before we could start to talk about organs, it was very important to have the bigger picture in perspective, namely the inferior acoustical properties of the room. The committee wisely considered the importance of good acoustics that benefit congregational prayer, singing, oratory, as well as but not limited to instrumental music. Scott Riedel provided acoustical consultation; the action taken on most of his recommendations yielded a vastly improved sacred space.
The pipe organ, while not the only possible instrument for worship, remains the best single instrument to lead corporate worship because of its ability to sustain tones from soft to loud and from every pitch level. A well-designed and constructed pipe organ should enable an organist to creatively and expressively accomplish this musical leadership, often interpreting music of many different styles. It was my recommendation that an organ of rich, warm tone and with ample variety of color from all pipe families (principal, flute, string, and reed) be considered. The great organbuilders of the past were not striving to build instruments after someone else’s style, but to create organs suited to the rooms in which they were installed and reflecting the cultural identity of their time and place. That Russell opus 47 resembles in some aspects organs of the early half of the 20th century is entirely irrelevant. The fact remains that it is not an E. M. Skinner organ, an Æolian-Skinner organ, a Kimball organ, or any other organ. Rather, I believe that this instrument transcends labeling of any kind. Opus 47 has richness of color, overall warmth, and clarity. In previous periods of organ building, rich fundamental tone and clarity were thought to be mutually exclusive attributes; one could not have both. The refined voicing and the mechanical perfection of the pitman windchest exemplify an organ that will allow for music of any style. Congratulations are due to the committee and congregation for investing in their future so well!
—John D. Schwandt

Russell & Co. Organ Builders, Opus 47
First Presbyterian Church, Ithaca, New York, May 2006

GREAT – II (Expressive)
16' Principal* 49 pipes, 1–12=Pedal
16' Gemshorn* 12
8' Montre* 61
8' Principal 61
8' Bourdon 61
8' Flûte Harmonique 49
8' Gemshorn 61
4' Octave 61
4' Rohrflöte 61
22⁄3' Nasard 61
2' Fifteenth 61
11⁄3' Fourniture IV–V 297
16' Double Trumpet 61
8' Trumpet 61
Chancel Great Off
MIDI on Great
*Unenclosed

SWELL – III (Expressive)
16' Lieblich Gedeckt 61
8' Diapason 61
8' Bourdon 61
8' Viola 61
8' Viola Celeste 61
8' Flauto Dolce 61
8' Flute Celeste 49
4' Octave 61
4' Nachthorn 61
2' Octave 61
2' Plein Jeu IV–V 296
16' Fagotto 61
8' French Trumpet 61
8' Oboe d’Amour 61
8' Vox Humana 61
4' Clarion 61
Tremulant
MIDI on Swell
Swell Sub
Chancel Swell Off
Swell Super

CHOIR – I (Expressive)
8' English Diapason 61
8' Hohlflöte 61
8' Quintadena 61
8' Erzahler 61
8' Erzahler Celeste 49
4' Octave 61
4' Koppelflöte 61
22⁄3' Nazard 61
2' Flute 61
13⁄5' Tierce 61
16' Corno di Bassetto 12
8' Waldhorn 61
8' Clarinet 61
Chimes Ant. Swell
Tremulant
Choir Sub
Choir Off
Choir Super
MIDI on Choir

POSITIV – I
8' Gedeckt 61
8' Spillflöete 61
4' Prestant 61
2' Principal 61
11⁄3' Quint 61
22⁄3' Sesquialtera II 122
1' Scharff III–IV 232
Tremulant
Zimbelstern
Positiv Off

SOLO – IV (Expressive)
16' Cello 12
8' Concert Flute 61
8' Cello 61
8' Cello Celeste 61
8' Gamba 61
8' Gamba Celeste 61
8' English Horn 61
8' Tuba Mirabilis 61
8' Silver Trumpet* 70, double trebles
Chimes Ant. Swell
Tremulant
Solo Sub
Solo Off
Solo Super
MIDI on Solo
*Unenclosed

ANTIPHONAL GREAT – II
8' Prestant 61
8' Stopped Flute 61
Antiphonal Great Off
Antiphonal Great Super

ANTIPHONAL SWELL – III
8' Gedeckt 61
8' Viole Aetheria 61
8' Vox Angelica 49
4' Flute d’Amour 61
8' Orchestral Oboe 61
8' Vox Humana 61
Chimes
Tremulant
Antiphonal Swell Sub
Antiphonal Swell Off
Antiphonal Swell Super

PEDAL
32' Principal (GGGG#) 4
32' Contra Bourdon 12
16' Open

Russell & Co. Organ Builders,
Chester, Vermont
First Presbyterian Church, Ithaca, New York

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