UNLV re-inauguration

Rudolf von Beckerath Orgelbau, Hamburg, Germany
Maurine Jackson Smith Memorial Organ, University of Nevada, Las Vegas, Doc Rando Recital Hall

The public perception of Las Vegas is hardly one that conjures up visions of fine pipe organs. Some people who visit Las Vegas for the first time are amazed to find schools, lovely houses, and churches. At one time, Las Vegas boasted more churches per capita than any other city in the country. A recent survey counted a total of 33 pipe organs currently in Las Vegas churches, LDS chapels, and residences. Most of the church instruments tend to be relatively small. The big boom in the growth of the city (now approaching two million residents) paralleled the arrival of the mega-church, improved electronic organs, and more informal styles of worship that do not usually include the installation of organs of any kind.
It may come as a surprise that the Maurine Jackson Smith Memorial Organ, installed at the University of Nevada, Las Vegas (UNLV) in the Beam Music Center’s new Dr. Arturo Rando-Grillot Recital Hall, though modest in size (38 stops, 53 ranks, three manuals and pedal), is the largest pipe organ in Nevada. The hall seats 300 and is acoustically supportive of the organ.
Maurine Jackson Smith was an accomplished organist in Las Vegas and conscientiously served as a long-time church musician in several local wards of the Church of Jesus Christ of Latter-Day Saints. After raising her family, Mrs. Smith entered the University of Nevada, Las Vegas to obtain her bachelor’s degree with a major in history, graduating magna cum laude. Mrs. Smith died on October 1, 1999, after a protracted and valiant fight against cancer. The UNLV organ was given in her memory to the university and the community by her family, the Edward D. Smith family. Through this magnificent gift, her lovely spirit and devotion to excellence continue to perpetuate her memory and to inspire.
When the promise of funding for the building of an organ at UNLV was made, the choice of an organbuilder was begun by a search committee, appointed by then chair of the music department, Dr. Paul Kreider. The committee included Dr. Isabelle Emerson, Ethelyn Petersen, and Dr. Paul S. Hesselink. Dr. Kreider served in an ex-officio capacity. At its first meeting in March 2000, the committee decided that the organ must be a quality mechanical-action instrument of three manuals and pedal. Subsequently, the committee considered 18 organbuilders from Germany, Italy, England, Denmark, Canada and the United States. After visiting instruments by many of these builders, the committee chose Rudolf von Beckerath Orgelbau of Hamburg, Germany to be the builder. Two members of the committee were invited to visit the workshop in Hamburg and to see and play several instruments nearby, recently completed by the company. The Beckerath instrument initially visited by the committee had been designed and voiced by Herr von Beckerath (died 1976), so there were concerns that the qualities admired in that instrument be evident in the current work of the firm.
The project was expedited by the willingness of the donor to assume responsibility for contracting and its attendant technical logistics for the building and installation of the instrument. All aspects of the contract were turned over to his business manager, who was fluent in German. Procedural red tape, which is often part of the baggage of working with a state-supported university system, was avoided. In effect, Mr. Smith contracted for the organ to be built, was granted permission to have it installed at the university, and after installation, donated the instrument to the university. The committee stayed in close contact with the von Beckerath company throughout the process; all business arrangements were conducted with Holger Redlich, manager of the firm.
The building of the organ, from the time of signing the contract to completion, took about four and a half years. The case, pipes, windchests, and mechanism were constructed piece by piece in the Hamburg factory by 14 artisans over a period of about ten months and then securely packed into three semi-trailer-sized waterproof, sealed containers. These containers were loaded on a ship in the Hamburg harbor and made the five-week sea voyage to Los Angeles. After a customs inspection, the containers were loaded on flatbed trucks and driven to Las Vegas. They arrived in Las Vegas mid-June 2004. Voicing of the instrument was done by Rolf Miehl, tonal director of the company.
The organ is approximately 25 feet high, 20 feet wide and 8 feet deep. The organ case is constructed from blond ash wood and has color accents of deep red that contrast with the silver color of the façade pipes; the university colors are red and gray. The rather plain lines of the modern hall immediately focus on the imposing organ case. People visiting for the first time are routinely heard to exclaim, “Wow!”
The organ has a sophisticated sequencer and combination action making possible 4,000 settings. This feature is especially helpful in teaching, as each student can be assigned 100 or more pistons; students can preserve the registrations chosen for the works they are studying, so that time is not wasted in resetting pistons during practice times or lessons. The stops are numbered for ease in writing down registrations.
The terraced French-style console has naturals covered in granadilla wood, and sharps covered in bone. The oversized music rack is adjustable both forward and vertically. An on/off foot piston prevents accidental use of the crescendo pedal when in the off mode. Other foot pistons provide for Plenum, Mixtures Off, Reeds Off, and Sforzando settings and the usual coupler reversibles. The sequencer can be accessed (forward and backward) from the middle (below the Positiv keyboard), from the left and right sides of the console, and a forward foot piston is conveniently located next to the crescendo pedal for forward motion through the sequencer. Ten lighted pistons (from 0–9) are located under the Positiv keyboard and function as normal general pistons within the set of ten in use. A digital read-out above the Swell manual indicates which one of the 4000 pistons is in play; a second digital read-out displays the position of the crescendo pedal (1–60), and a third digital display informs the performer of the position of the swell shades (1–9), since they cannot be seen from the organ console. Both the Swell and Positiv tremulants are adjustable from the console.
Even though the organ was to fill the role of a concert instrument for the community, it was to be above all a teaching instrument at the university. The committee felt that the instrument needed to be “eclectic” in the best sense of the word, so that it could handle a wide variety of styles of the organ literature. It was paramount that Baroque literature could be performed with success, but it was also important that French Classic, Romantic, and modern literature fare equally as well. To give added flexibility to the performance of the full gamut of the literature, several non-unison couplers were included in the disposition.
Fittingly, the new instrument was heard for the first time in a Smith family celebration on October 1, 2004, marking to the day the fifth anniversary of Mrs. Smith’s death. Two hundred invited guests heard tributes to Maurine Jackson Smith by members of her family; one of Mrs. Smith’s favorite hymns was sung by everyone; organ selections were performed by her daughter, a niece, and a great-niece who had studied with her, and by close friends. A 75-voice choir from the stake center where Mrs. Smith had played and accompanied for many years presented a favorite anthem with four-hand organ accompaniment. Rolf Miehl and Holger Redlich of the von Beckerath firm were present to honor the family by presenting a key to the console of the organ and an exquisitely embossed and mounted pipe, accepted on behalf of the family by Mrs. Smith’s daughter, Melanie Larkin. An elegant reception provided by the university followed. The formal public inauguration on October 4 and 5 featured Daniel Zaretsky, organist of the St. Petersburg (Russia) Philharmony, in two recitals. The first recital presented a variety of works from the standard organ repertoire, and the second presented relatively unknown organ works by Russian composers.
The Southern Nevada chapter of the American Guild of Organists and the Music Department of UNLV have brought guest artists to perform recitals in Doc Rando Hall. Students and local organists have also presented recitals, and the members of the AGO chapter have presented annual Advent-Christmas recitals in early December the past three years. In January 2006, the Region IX Convention was held in Las Vegas with the von Beckerath organ being the focal instrument. This “conclave” was an unqualified success, and the versatility of the organ was demonstrated—it successfully met the challenges of an all-Emma Lou Diemer program, played by the composer; an all-Langlais program, played by Ann Labounsky; a lecture-recital on the organ works of Mozart; a violin-organ recital presented by the Murray-Lohuis Duo; a “Pipedreams Live” program (“Around Bach: Music by Sons and Students, and in the Bach Spirit”) with host Michael Barone featuring eight guest organists from many areas of region IX; and a stunning recital presented by Chelsea Chen.
—Paul S. Hesselink
Adjunct Faculty, Organ
Department of Music
University of Nevada Las Vegas

From the builder
In August 2001, our firm received a short e-mail inquiry from Dr. Paul Hesselink, member of the UNLV organ search committee, asking whether our firm was still contracting for the building of organs in the United States. Since about 1986, our company had been very successful in contracting for organs in Japan, and our company had also been engaged in restoring several Arp Schnitger instruments in Germany, as well as restoring an organ in Brazil. Because of this work, several potential U.S. customers decided to contract with other organbuilders because the waiting and delivery time would have been too long.
Certainly, we were interested in building organs in the U.S. Upon receiving our response, the Las Vegas committee asked us to prepare a proposal and cost estimate for the UNLV project. Because we knew that the committee already had in hand several proposals from other builders, and that the committee was nearing the final stages of making a decision on a builder, we worked day and night, and in two days sent a proposal to the committee. [It was fortuitous that the Beckerath proposal and cost estimate were received the day before the committee was making a trip to Southern California to see and play several instruments by builders being considered; the committee made an impromptu visit to the von Beckerath organ in the recital hall at Pomona College.—Paul Hesselink] On September 13 we received a number of questions and concerns from the UNLV committee regarding our proposal, to which we responded immediately, and on September 21 they notified us that the committee was pleased with our proposal and had decided to choose Rudolf von Beckerath Orgelbau, GmbH as the builder of the new instrument.
We made our first visit to Las Vegas the end of September 2001. We had heard much about Las Vegas and were excited to be visiting. On this trip, we were pleased to meet the donor of the funds to build the organ, Mr. Edward Smith; we also met with the architect who designed the recital hall. We showed them our proposed façade drawing. When we began designing the organ we wanted to provide a special Hamburg façade, modified to fit into the hall. The “Hamburger façade,” typical for North German organs in the 17th and 18th centuries, is a timeless architectural design, and in our modern interpretation is successful and perfect for the hall.
During this first visit we gathered on the stage of the almost-completed hall and discussed placement of the instrument, its height, width and depth and how much space on the stage could be allowed for the instrument, considering the other uses of the recital hall. Temperature and humidity requirements were evaluated, and we had a long discussion about acoustical properties of the room. We were confident about the acoustical setting because of our long and varied experience with churches and concert halls. Concerns about weight were important because we estimated that the proposed organ would weigh around eight tons.
The tonal conception of the UNLV organ was generated from the need to provide both a teaching and concert instrument. The distribution of the 38 stops, 53 ranks and 2,802 pipes into Great, Positiv, Swell and Pedal divisions was planned to give each stop its own individual and beautiful sound. Each division has its own distinctive character. Beckerath, in building all of its instruments, employs thoroughly researched and established scaling practices, uses careful methods of construction, and takes meticulous care in the voicing of each stop. Thus, the company has established a world-renowned reputation for producing organs in which individual stops function and blend impeccably in ensemble but that also produce beautiful solo sounds. These qualities provide the player with an optimum number of varied and creative registration possibilities. This makes possible artistic performance of the historic organ literature and gives the organist many choices for effective interpretation of organ compositions from the Romantic and modern literature.
Between the signing of the contract for the UNLV project in January 2001 and beginning construction of the instrument in 2003, several additional visits were made to Las Vegas to clear up questions that arose. We needed to make sure that the power supply would be compatible with the electronic components in the stop, coupler, sequencer and memory level functions. The technical plans and drawings required three months of work.
By mid-2003, 14 team members of the firm began the actual construction of the organ in our Hamburg factory. More than 7,000 man-hours would be needed to build all the thousands of parts for the organ. The builders of the case, the mechanical tracker system, the windchests, the wind channels, and the pipe makers—all of them gave their best workmanship. After the June 2004 arrival of the organ in Las Vegas, three months were needed for assembly and technical installation, and after an intensive six-week period for the voicing, the instrument was completed.
The first public hearing of the instrument on October 1, 2004, was a very exciting moment for all of us. Our finished organ was a confirmation for us to continue our path in the future as our firm has done since its beginnings: maintain the traditions of the past but let that tradition be alive in a changed shape for today and for the future. We are proud that the sound of our Beckerath organ imparts pleasure and joy to students, to performers and to listeners from the community who will hear this organ for many years to come.
—Rolf Miehl
General Organbuilding Director
Rudolf von Beckerath Orgelbau

GREAT (C to a''') 58 notes
16' Bordon
8' Principal
8' Rohrflöte
4' Octave
4' Spitzflöte
22⁄3' Quinte
2' Offenflöte
11⁄3' Mixtur V
8' Trompete
Positiv to Great
Swell to Great
Swell to Great 4'
Swell to Great 16'

POSITIV (C to a''') 58 notes
8' Holzgedackt
4' Rohrflöte
4' Principal
22⁄3'-13⁄5' Sesquialtera II
2' Waldflöte
11⁄3' Larigot
1' Scharf IV
8' Dulcian
Tremulant
Swell to Positiv

SWELL (C to a''') 58 notes
16' Flûte allemande
8' Violprincipal
8' Salicional
8' Bordon
8' Voix célèste
4' Fugara
4' Flûte octaviante
22⁄3' Nasard
2' Octavin
13⁄5' Tierce
2' Plein jeu V
16' Basson
8' Trompette harmonique
8' Hautbois
Tremulant
Swell to Swell 4'
Swell to Swell 16'

PEDAL (C to g) 32 notes
16' Principal
16' Subbass
8' Octavbass
8' Spielflöte
4' Choralbass
22⁄3' Hintersatz IV
16' Posaune
Positiv to Pedal
Great to Pedal
Swell to Pedal
Swell to Pedal 4'

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

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

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

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

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

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

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

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

Standard couplers and MIDI

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

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

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

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

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

Standard couplers and MIDI

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

Charles F. Swisher is a senior audio and acoustical consultant with wide experience in the design of systems for speech and music reinforcement, electronic architecture, video, recordings, and multi-media productions. He holds a bachelor of science degree in electrical engineering from the University of Illinois. Prior to joining Jaffe Holden Acoustics of Norwalk, Connecticut, in 1968, he worked for Ampex Corporation and Vega Electronics Corporation. He is a Fellow of the Audio Engineering Society and an audio consultant specializing in church sound system design and recording projects. Since 1994 he has been executive director of the American Pipe Organ Museum, Inc., a non-profit foundation to establish a national home to showcase the history of American pipe organ design. He became vice-president of the Atlantic City Convention Hall Organ Society, Inc. in 1997. Carl Loeser is curator of the Boardwalk Hall pipe organs in Atlantic City, New Jersey. A New Jersey native, he has worked in the pipe organ field for 30 years. Following college, he pursued a career in electrical engineering and concurrently started a side business doing organ maintenance and tuning. In 1988, he switched to pipe organ work on a full time basis. He has assisted in the installation of new organs and provided service for Schantz, Casavant, Reuter, and Austin. He has also done extensive rebuilding and restoration work. Among these projects was the complete restoration of the Ethereal Division of the John Wanamaker organ.

Eleven years have passed since the Midmer-Losh organ in Atlantic City’s Boardwalk Hall was last heard, when the ACCHOS CD/01 was recorded on November 3–4, 1998. The Atlantic City Convention Hall was renamed Boardwalk Hall and was closed for four years (1999–2002) to undergo a $90 million renovation, which, sadly, did not include work on the organ. The hall is now considered one of the finest performing arts facilities of its kind in America.

Background
In the early 1920s, Atlantic City decided to build a massive Convention Hall; 30,000 people gathered for its dedication in June 1929. New Jersey State Senator Emerson L. Richards designed both the Midmer-Losh organ and the ballroom’s Kimball organ. The Midmer-Losh Organ Company of Merrick, Long Island, installed the organ from 1929–1932. The organ is housed in eight chambers in a surround-sound configuration in the hall. Two ceiling chambers house the Fanfare and Echo organs, and two gallery chambers are located in the left and right forward and center areas of the hall.
The main console has seven manuals (located in a kiosk at stage level), and a movable console is available with five manuals. The organ has some 33,112 pipes and was listed for decades in the Guinness Book of World Records as the largest pipe organ in the world.
In the 1980s and ’90s, both organs fell into disuse and were neglected by management. In 1997, following an e-mail plea by Stephen D. Smith in London, the Atlantic City Convention Hall Organ Society, Inc. was formed to foster the preservation and restoration of both organs in the hall.
As it was, a lot of damage to both organs occurred during hall renovation. The architect at the time had the Kimball relay removed to make way for a stairway, and the left stage chamber relay of the Midmer-Losh was removed as the old balconies were demolished.
The Society has published two books, Atlantic City’s Musical Masterpiece and The Atlantic City Convention Hall Organ—A Pictorial Essay about the World’s Largest Pipe Organ. Two CD recordings and a DVD have also been released. The ACCHOS website
(www.acchos.org) continues to attract countless thousands of visitors from 41 countries around the world.
Worldwide interest in the Midmer-Losh organ is greater than ever. On April 20, 2008, the entire organ class from the Royal Academy of Music in Denmark flew over to get a firsthand look at the organ, and they were delighted. Board member and tour leader Harry Bellangy said they were all like Charlie in the Chocolate Factory!

Current status
In 2007, Carl Loeser was appointed curator of organs, and in 2008, Stephen D. Smith, ACCHOS president and author, was named Honorary Curator of the Boardwalk Hall Organs in perpetuity. The restoration of the two instruments has begun, and the results thus far have been very promising. Here is a general summary of where things stand as of June 2009.
In 1930, the hall’s first general manager wanted a straightforward theatre organ for the ballroom, but Emerson Richards had in mind an orchestral instrument that included some proper organ choruses. The resulting scheme of 42 voices—19 straight and 23 extended—was heralded as a “pioneer” organ and included the first brass stop installed by Kimball. Three wind pressures are employed among the 55 ranks and 4,151 pipes.
The Kimball organ was intact and fully functional before the building renovation, and therefore its restoration is relatively straightforward. The original relay system and booster blower were removed during the renovation to accommodate a new stairway. The booster blower is being relocated and a new Peterson relay system is being installed in the organ to replace the original relay. Ken Crome is restoring the console at his shop in Reno, Nevada. The relay installation should be completed this summer, and the console returned by the end of the year. The main blower room and static reservoirs have been completely restored. The instrument should be playable once again by early next year.
Work on the Midmer-Losh organ will not be quite so straightforward. Most of the organ is in reasonable condition, with a few isolated areas of water damage and vandalism. It is a testimony to the diligence and concern of the staff at Boardwalk Hall that the organ survived the building renovation process relatively unscathed. Anyone who has worked in this trade, and been involved with protecting a pipe organ during construction work, will realize how difficult this must have been for an instrument of this size, spread out as it is throughout the building. In fact, the organ has suffered from benign neglect more than anything else.
Work has begun on the right stage chamber, since it was the only portion of the organ that was kept in operating condition for many years and will require the least amount of work to be put back into operation. As many will recall from the 1998 recording, there were many dead notes. Although much of the chestwork in this chamber had been releathered over the years, many of the chest magnets had failed. They are of a compound type that, in addition to an armature, have an internal pouch and primary valve. The leather had failed in many of the magnets, and the zinc castings had become brittle, making it difficult to rebuild them. They had not been produced in decades, and no spares remained. The original magnets were manufactured by Klann Organ Supply Co., and Klann has been assisting in developing a direct replacement. Several prototypes are currently being tested, and it is anticipated that production of new magnets will commence before the end of the summer.
Once on hand, the new magnets will be installed where needed in the right stage chamber, and that should bring a large number of pipes back to life and allow much of the Great, Solo, and Pedal divisions to be put back into playable condition. If all goes well, this should be completed by early next year.
As an interesting aside, several of the old magnets were sent to Klann for evaluation. Paul Klann, retired from the firm, was visiting the plant one day and was shown one of the magnets, with no explanation given about them. He recognized them immediately and then expressed interest as to who was presently taking care of the Convention Hall organ in Atlantic City.

Restoration plans
The Swell division will be the first non-playable portion of the organ to be restored. This will include rebuilding the windchests, cleaning and repair of the pipes, and some repairs to the blowers and winding system. The pipes and windchests are being removed, and rebuilding work on them has begun. Again, if all goes well, the Swell division should be back in operation by the end of next year. Following the Swell restoration, the remaining parts of the left stage chamber will be restored, including the ranks of the Swell-Choir, Unenclosed Choir, String I, and Pedal Left.
As funding permits, the gallery and ceiling chambers will be restored, although the specific order for this has not yet been determined. These include:
Right Forward chamber (Brass Chorus and String II)
Right Center chamber (Gallery I and Gallery II)
Right Upper chamber (Echo including the 16′ Bassoon made of paper mâché!)
Left Forward (Choir)
Left Center (Gallery III, Gallery IV, and the Chickering concert grand piano)
Left Upper chamber (Fanfare and String III)
The Fanfare division is one of the real highlights of the Midmer-Losh. Stephen Smith wrote:

The Fanfare organ, with its blaze of mixtures and reeds, is intended to be a ‘super’ department. Its stentorian diapasons, 18 ranks of mixtures, and barrage of reeds (four of them voiced on 50 inches of wind) provide a stunning and formidable antiphonal opponent to the Main organ in the Stage chambers. It was reputed to have been Emerson Richards’ favorite department, and one can well imagine the majesty of its sound pouring into the center of the Hall, filling the room.1

A new control system for the entire Midmer-Losh organ will be designed, and the entire organ will be rewired. It is interesting to note that the entire coupling system for the seven-manual console was contained in the key contact trays for each keyboard, a very compact system. Not so with the original combination action, a portion of which is shown in the photo. It took up two entire rooms in the basement and, unfortunately, had a relatively short life, being ruined when the basement areas flooded during a hurricane in 1944.
Once the Midmer-Losh can be heard again, there will be a very pleasant surprise for everyone. Prior to the renovation the reverberation time in the main hall was over 7–9 seconds. Following removal of the asbestos-laden ceiling, a new more porous material was substituted. A small group of us were present in 2002 when the right stage chamber was fired up briefly in its new acoustic setting. The results were exciting. The reverberation time had been reduced to 5–6 seconds. All present agreed that the organ spoke with more precision, improved clarity and diffusion in the great space. This chamber alone with its 132 ranks well tuned, including the 64′ Dulzian, will provide an impressive experience next year.

The Unenclosed Choir
One of the very special parts of the organ is the Unenclosed Choir in the left stage chamber. Stephen Smith says:

It may come as a surprise to learn that the entire rationale behind the “core” of the Convention Hall organ can be summed up by looking at the stoplist of just one of the instrument’s departments. Even more surprisingly, it’s one of the smallest departments and its stops are voiced on the organ’s lowest wind pressure.
The department in question is the Unenclosed Choir (Quintaton 16, Diapason 8, Holz Flute 8, Octave 4, Fifteenth 2, Rausch Quint 12-15 & 19-22). It is this tiny department that encapsulates the message Emerson Richards was trying to put across to the American organ world at the time. That message was about the need for tonal cohesion and harmonic structure—in a phrase, “proper choruses.” Richards said this Unenclosed Choir was to be a “little Great organ . . . similar to the Silbermann organ familiar to Bach.” Of course “proper choruses” were nothing new; they had been included in organs for decades. However, that was in the past, and Richards and a growing number of other organists considered that the organ had “gone off” its tonal tracks since then. “Proper choruses” were out of favor; while an ever-increasing variety of flutes, strings, and diminutive reeds—usually at 8-foot pitch—were the vogue.
The Convention Hall instrument was to be the world’s largest organ and it would probably be the most publicized too. What better place could there be to make such a statement? The problem was that there were so many statements and so many attractions, that the Unenclosed Choir’s message was all but lost! Despite this, that message did, finally, get through. However, it wasn’t because of the Unenclosed Choir alone, nor was it due solely to the efforts of Richards—although he undoubtedly took the lead role in changing opinion and, thereby, preparing the way for a return to “proper choruses.”2
There are a number of videos that have been posted on YouTube.com. Some are from ACCHOS, but a wide variety of other posts are there as well.
Monthly tours are now available on a regular basis. The tours last about two hours. Detailed information is on the website at www.acchos.org and reservations can be made by sending an e-mail to [email protected].

Photos by Harry Bellangy, Fred Hess & Son, Antoni Scott