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A. E. Schlueter Pipe Organ Company celebrating 50th anniversary

A. E. Schlueter Pipe Organ Company celebrates its 50th anniversary.

On December 21, 2023, A. E. Schlueter Pipe Organ Company employees gathered to celebrate the company’s 50th anniversary. A beautiful engraved blue and clear glass “award” was presented to company founder Arthur E. Schlueter, Jr., to commemorate 50 years of business, 1973–2023. Arthur E. Schlueter, Jr., started the celebration with prayer and thanks for staff. Certificates of achievement were awarded to long term employees. Much appreciation and love was expressed to Marc Conley, as this event marked the beginning of his retirement and move to be close to grandbabies.

Music credits: from “Joy to the World” CD: Herb Buffington playing the A. E. Schlueter pipe organ at Immaculate Heart of Mary Catholic Church, Atlanta, Georgia; Improvisation on “Good King Wenceslas.”

The company's 50th anniversary is featured on the cover of the April 2024 issue of The Diapason
https://www.thediapason.com/content/cover-feature-e-schlueter-pipe-organ-company-50th-anniversary

For information: https://pipe-organ.com/

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Cover Feature: A. E. Schlueter Pipe Organ Company 50th anniversary

A. E. Schlueter Pipe Organ Company, Lithonia, Georgia; 50th Anniversary

A. E. Schlueter 50th anniversary

We are privileged to be celebrating our 50th anniversary and are thankful for the organ work that has been entrusted to the company. This past December we held our Christmas luncheon with many of our staff, supporters, and friends, and offered a prayer of thanksgiving for our success and all who have sustained us. It is humbling to be celebrating this milestone in work that supports worship.

The A. E. Schlueter Pipe Organ Company was founded by Arthur (“Art”) E. Schlueter, Jr. In his youth Art met an English organ builder who befriended him and introduced him to church organs, theatre organs, and taught him how to rebuild the bellows on a pump organ at his church. He later took Art on as a part-time employee during his high school years, where he continued learning pipe organ maintenance and tuning.

After his high school graduation Art pursued a college education by obtaining degrees in education and education administration. He later moved to Atlanta, Georgia, to work in accreditation for the Southern Association of Colleges and Schools (SACS). Art continued organ tuning and repairs on the side (once an organ man, always an organ man). Having recognized that pipe organs were his real passion and required his full attention, Art changed his role at SACS to part-time consulting and eventually left SACS to work in the pipe organ field full time.

Founding of the company

Our company history began in 1973 when Art applied for an official business license as an organbuilder. The motto of the company was established as “Soli Deo Gloria” and incorporated into the company logo. This admonition has continued to remind us of the importance of our work and is engraved on all of our consoles.

In the early years of the firm, in addition to our tuning and maintenance work, we provided representation and installation services for a major pipe organ manufacturer. Our company quickly grew to maintain organs for more than 100 clients. Pivotally, during this early period, the firm started to undertake rebuilding and expansion of extant instruments under its own name. Being a rebuilder and maintenance company had the importance of exposing the firm to organbuilding across a broad spectrum of styles­—tonally, mechanically, and temporally. It could truthfully be said that the greatest impact on who we became as an organbuilder was the foundation provided by those who came before us. With great pride we consider that such renowned firms as Skinner Organ Company, Aeolian-Skinner Organ Company, M. P. Möller, Hook & Hastings, Geo. Kilgen & Son, and Henry Pilcher’s Sons were, and are, our teachers.

The initial business location was in the basement of Art’s Atlanta home. From these humble beginnings, the business gradually outgrew successive temporary and rented buildings until 1988, when the current complex was begun. It has been expanded three times to its current 22,000 square feet of space. The facilities of our firm include a modern woodworking shop, a voicing room, a drafting and engineering room, and a spacious warehouse area that houses the computer numeric controlled (CNC) machine, storage, and erecting room.

As the company grew, all of Art’s five children had the opportunity to work in the business. From age five, the oldest of Art’s children, Arthur E. Schlueter III (“Arthur”), had been offered the opportunity to hold notes while tuning and go out on service calls. Arthur recalled: “As a family business, the pipe organ was part of our lives. Where most people had a formal dining room, this room housed a pipe organ. Where most people had a family room, we had a two-manual pipe organ console, and a basement with a pipe organ blower and relays.” Much as his father had worked on pipe organs during high school, so it was the same for Arthur. While Art’s other children went on to other vocations, Arthur considered this as his career, but it was important to him to leave the business for college and reinforce that it was the right decision. While pursuing a bachelor’s degree in marketing, he continued to keep a hand in music with organ and piano lessons and classes in music and music theory. As he states, after having been away from the company, “when I graduated in 1990 there was clarity that my place was at the family firm and that there was a very strong vocation not only to work on pipe organs but to build them under the family name.”

Building Schlueter pipe organs

This came to fruition when, not long after joining the firm, Art and Arthur made the decision to cease representation for others and to begin building pipe organs under the A. E. Schlueter name. It was important to decide who we were and how we would define our business. What developed was a philosophy 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.” This philosophy encapsulated our tonal vision while reminding us who we serve in our work.

In addition to building new pipe organs, our business builds custom replacement organ consoles and has provided additions for a large number of extant pipe organs. The consoles built by our firm have included traditional drawknob, terraced drawknob, tablet, and horseshoe styles. This custom work ranged from one manual to five manuals in size.

As a major rebuilder, our firm has rebuilt numerous instruments built by companies long since passed and many by firms currently in business. The same quality and ethics we use in organbuilding are employed in organ rebuilding. Traditional materials and methods assure that the intent of the original builder is maintained. When tasked by our clients, our firm can be sensitive to preserving instruments as originally installed without any alteration. With discernment, we are also willing to consult on changes that can expand the tonal capabilities of the organ.

Some of our historically sympathetic rebuilding projects have included restoration of nineteenth- and early twentieth-century mechanical-action instruments. The ongoing restoration of the four-manual, 74-rank Möller/Holtkamp and three-manual, 36-rank Möller/Holtkamp organs at the United States Air Force Academy Protestant and Catholic chapels is being carefully documented, and both organs are being restored without any major changes or alterations.

The instruments built by our company will have a lifespan beyond our own, and this guides our emphasis on quality and long-term durability of our components and methods. In addition to the visual and aural beauty of the pipe organ, we maintain that there is beauty in the choices of joinery and the materials such as wood, metal, glues, screws, springs, and leather. Because we started as a service company, we have extensive experience in rebuilding and maintaining instruments from differing builders, periods, and building styles. This has given us the distinct advantage of knowing what materials and engineering used in organbuilding have worked well and what to avoid in our own organbuilding and rebuilding, which allows us to choose the best materials and methods.

To provide the highest quality, all of the major components and assemblies used in the building of instruments, organ additions, consoles, and organ cases are built in our facility. Our firm has invested in the future with the implementation of computer assisted design (CAD) and CNC machines. This technology allows the visualization of the instrument and its components prior to building, with accuracy measured in thousandths of an inch. The ability to maintain these tolerances is unparalleled in organbuilding history.

What is a Schlueter pipe organ?

First, we would say that each organ has its own identity. If you hear one of our instruments, it will be unique; we strongly believe it should be designed to serve the worship needs and the acoustic that it lives in. Every instrument needs not to be a rote expansion of the last instrument built, but an informed design based upon dialogue with our clients and personal experience of their worship. There are threads that are common to our work—while not a definitive blueprint, a good study example would be the three-manual, 51-rank instrument built for Bethel United Methodist Church in Charleston, South Carolina. This organ was very formative to all of the organs that have come after it and included the building blocks of the instruments that came before it. (The organ was featured on the cover of the April 2005 issue of The Diapason. To view the stoplist: https://pipe-organ.com/wp-content/uploads/2020/08/Bethel-UMC-reprint-web.pdf)

As we started this commission, it began with multiple site visits and, importantly, attendance in their worship services. There are and always will be the subtle and not-so-subtle differences in churches’ worship styles and acoustics with buildings full of congregants. As a builder we feel that it is incumbent upon us to experience the worship with our own eyes and ears and then really listen to how our client will use the organ and its role in their worship. This is the only way to refine a stoplist and scale sheets into a cogent amalgam that will allow us to design, voice, and tonally finish an instrument that truly serves the vision of the church we are working for. We have always tried to remember that the ears we are given aren’t only for listening to pipes but also the needs, aspirations, and wishes of those who commission our work.

With shared worship and dialogue with the client, we developed an eclectic specification with roots in American Classicism and Romanticism. Of utmost concern in our tonal design was support for the choir and congregation. To this end, all divisions of the organ were designed around an 8-foot chorus structure. There are independent principal and flute choruses in each division that, while separate, are relatable and act as a foil one to another. The upperwork in the organ is designed to fold within and reinforce the chorus and not to sit above it. We very much wanted the chorus registration to be a hand-in-glove fit. This would be an instrument that would fully support the choral and congregational worship needs and also have the resources to support music from a wide breadth of periods and national styles.

The pipework makes use of varied scales, a mix of shapes (open, slotted, tapered, harmonic, stoppered, chimneyed), and materials to influence the color and weight differences in the organ flue stops. We were also careful in the placement of ranks in the chamber so that they had the best advantage for speech. The wind pressures on this instrument vary in range from four to eighteen inches.

As with most of the instruments we have built, we consider the strings and their companion celestes important for their sheer beauty and emotive quotient. (And yes, there should be more than one set!) This organ has sets of string ranks divided between the Swell and Choir divisions that can be compounded via couplers to build a string organ. Along with the color reeds, these stops support the romantic sound qualities that were designed into this instrument.

Along with the independent Pedal registers necessary to support a contrapuntal inner voice, we included a number of manual-to-pedal duplexes to bolster and weight the Pedal division.

In addition to the ensemble and woodwind class reeds in the Swell and Choir, there are a number of high-pressure solo reeds (8′ French Horn, 16′/8′ Tromba Heroique, and 8′ English Tuba). They are located in the Choir expression box to allow control of these powerful sounds. As it relates to the pipework, the expression fronts are carried the full width and height of the expression boxes and can fully open to ninety degrees. Our expression boxes are built extra thick and feature overlapping felted edges with forty stages of expression. This treatment allows a minimum of tonal occlusion of a division’s resources when fully open and full containment and taming of the resources when closed. Even the commanding solo reeds can be used as ensemble voices when the box is closed.

In studying the previous instrument, we found that through divisional shifting of resources, along with revoicing, repitching, and/or rescaling, some of the pipework could and should be retained. This is an important consideration that we give gravity to in all of our work. We considered the gifts that were required to build an instrument in this church in the first place. The generous people who gave these gifts should have every hope and wish that their gifts continue to be honored. We cannot say it enough, a consideration for stewardship is important in instrument building.

We have long believed that our work truly is a partnership between our company and the churches we work with. Over the years we have been gifted hundreds of ranks of pipework from churches that have merged, closed, or that have had changes in worship style. To attempt to exemplify “Soli Deo Gloria,” the Schlueter family has always added additional stops to every organ we have built, and many that we have rebuilt. As a way of thanks and in the form of a tithe, these additions have allowed the resources of our clients to be amplified and the organs to have a richer and more replete stoplist. We pray that in future years our gifts act as an endorsement of the importance of the organ in worship, and we hope that our instruments will plant the seeds of worship through music. In the case of the Bethel organ, these gifted additions included the 8′ French Horn, 16′ Double Diapason, 8′ Vox Humana, 4′ Orchestral Flute, and a secondary set of strings and celestes.

We build many different styles of consoles dependent upon our clients’ preferences and needs. The pipe organ at Bethel is controlled with a three-manual, English-style drawknob console with a full coupler and piston complement that adheres to American Guild of Organists standards. We are sensitive to the ergonomics in design to make the console comfortable for the performer.

As believers in the use of technology in the modern pipe organ, we designed this console with features such as multiple-level memory, transposer, Great/Choir manual transfer, piston sequencer, programmable crescendo and sforzando, record/playback capability, and MIDI.

The mark of quality for any pipe organ is found in the tonal finishing. With an organ project it is possible to be so close to your own work that you cannot judge it on its own merits. It becomes important to step back from your work before you can say it is time to “put down the brush.” This is particularly true of tonal finishing. The surety of vision and purpose that guides one’s work can also result in blinders preventing your best work from coming forward. To mitigate this, our firm completed the tonal finishing at Bethel over a period of time. Not only does it allow the ears to relax, but it also allows one to come back to a project more jaded and able to assess one’s work dispassionately. The tonal finishing on this organ occurred throughout the first year with multiple visits to the church as we traveled through the liturgical year and made different demands of the organ’s resources.

The completed organ has continued to serve the church well, as it has now reliably served in worship for several decades. Again, it is our measure of success that we have supported people’s faith as well as the outreach of the Piccolo Spoleto Music Festival.

The “fingerprints” of our commission to build the pipe organ at Bethel United Methodist Church are found in many of our recently completed projects as well as those currently under contract with our firm.

Recent projects

Southern Baptist Theological Seminary, Louisville, Kentucky: the Aeolian-Skinner instrument representing two disparate time periods was recast as a new cohesive 115-rank organ in the American Eclectic style with an homage to its American Classic beginning.

First Baptist Church, Hammond, Louisiana: new organ built after hurricane damage with some extant pipework.

Druid Hills Presbyterian Church, Atlanta, Georgia: rebuilding of G. Donald Harrison Aeolian-Skinner organ with vintage Aeolian-Skinner additions to complete the original specification designed for the organ.

First Baptist Church, Charleston, South Carolina: console rebuild with new relays, Positiv pipework, and other additions.

Lucas Theatre, Savannah, Georgia: restoration and enlargement of Wurlitzer theater organ.

Fox Theatre, Atlanta, Georgia: rebuild of four-manual “Mighty Mo” console and building of temporary console to be used during the rebuilding process.

Episcopal Church of the Nativity, Dothan, Alabama: releathering and rebuilding of two-manual, 28-rank pipe organ by Angell Organ Company.

Saint Jean Vianney Catholic Church, Baton Rouge, Louisiana: rebuilding and enlarging of Wicks organ.

Current projects

All Saints Episcopal Church, Thomasville, Georgia: new three-manual console.

First Baptist Church, Griffin, Georgia: new four-manual console.

Holy Spirit Lutheran Church, Charleston, South Carolina: new three-manual console.

United States Air Force Academy, Protestant Cadet Chapel, Colorado Springs, Colorado: rebuild of historic three-manual, 83-rank Möller/Holtkamp organ.

United States Air Force Academy, Catholic Cadet Chapel, Colorado Springs, Colorado: rebuild of historic three-manual, 36-rank Möller/Holtkamp organ.

North Point Methodist Church, Hong Kong: new organ division and façade.

Peachtree Christian Church, Atlanta, Georgia: complete rebuilding with a new chassis of 1930 Henry Pilcher’s Sons organ installed in sanctuary chancel.

Our Lady of the Assumption Catholic Church, Brookhaven, Georgia: new four-manual, 62-rank pipe organ.

Most Holy Trinity Catholic Chapel, West Point Military Academy, West Point, New York: new three-manual, 24-rank pipe organ.

Fox Theatre, Atlanta, Georgia: phased rebuilding of “Mighty Mo” Möller theater organ (console previously rebuilt).

Closing thoughts

Our work involves collaborating with people, their stewardship and faith. As a builder I have been privileged to attend many dedicatory concerts as well as morning church services. I must confess that as much as I have enjoyed the organ in recital, often I have taken far greater pleasure hearing the organ in a worship setting. This is not said to diminish the music brought forth by those who have played the organ in concerts, rather that hearing the organ taking its part in worship is a validation of the years of planning and work that go into such an instrument. Having been part of building an instrument that serves in worship is the greatest gift an organbuilder can have. It is a culmination of pride, passion, and a legacy that we are leaving behind to future generations.

The title “organbuilder” presumes long hours, travel, and a temporary suspension of personal lives. I am fortunate to have a skilled, dedicated staff who help sculpt the wood, zinc, lead, copper, and brass into poetry. Organbuilding is not the result of any single individual but of a team. A simple thank you is not enough for the colleagues I have the good fortune to work with.

We thank those congregations who have believed in us and treated us like extended family while we completed these instruments. They have buoyed us with their support and prayers and genuinely have become our friends and extended congregations.

I would be remiss if I did not single out my father and business partner, Art, for his work on behalf of the pipe organ industry and his role as mentor to me. In the late 1980s, there were changes in the governance and laws pertaining to National Electric Codes (NEC) and article 650, which regulates pipe organ wiring. Some of the existing code and many of the proposed changes would have been very problematic to American organbuilding. With support from the American Institute of Organ Building (AIO) and the American Pipe Organ Builders Association (APOBA), Art worked as a liaison between the NEC and the pipe organ industry for over twenty-seven years. He served on the code-making NEC panel for more than twenty-five years. This has resulted in a new set of appropriate electrical codes for the pipe organ industry that were accepted and adopted by the NEC and that we continue to work with to this current day.

I grew up in the firm and have watched it evolve and change over the years from a service company to a builder of instruments. The company has been dutifully led by my father. It is hard to imagine that post college, I have worked with Dad for over thirty-four years, during which time our roles have changed and evolved, with me moving toward a more forward management role over the last two decades. During our tenure together, I have been given a tremendous amount of freedom to grow the firm and to provide the artistic guidance to the visual and tonal direction of the firm. Without Art’s support (and patience), the company and my career may well have taken a very different trajectory. A very sincere debt of gratitude is owed to him, the founder of this firm.

We would welcome the opportunity to consult with you on your organ project; please let us know how we can help you. You are invited to visit our website www.pipe-organ.com to contact us and to view photos and information on the many instruments we have completed over the years.

—Arthur E. Schlueter III

Visual and Tonal Direction

A. E. Schlueter Pipe Organ Company

Cover Feature: Schantz Organ Company 150th anniversary

Schantz Organ Company, Orrville, Ohio; 150 years of Schantz organs

Martin Luther College
Schantz organ, Martin Luther College, New Ulm, MN

This year, the Schantz Organ Company is proud to celebrate its 150th anniversary. Since our 1873 founding, five generations of Schantz family members have led our staff of artisans and musicians. More than 3,000 pipe organs have been built and installed across the United States as well as Australia. They have been installed in churches of every denomination, as well as concert halls, hospital chapels, Masonic temples, sanatoriums, synagogues, orphanages, residences, and even a penitentiary chapel. 

This article will examine some of the details of how different mechanisms were developed and used, how tonal designs changed over the years, and the wide range of visual designs that can be found in our instruments. 

Evolution of Schantz action

Abraham John Tschantz1 (1849–1921) started his company in 1873 to build “Ohio Beauty” reed organs. An unknown number of instruments were built, starting on the family farm and moving quickly to a shop in Orrville. We know of seven surviving “Ohio Beauty” reed organs, ranging from fully restored to unusable. 

After assisting with the installation of a Votteler pipe organ in 1872 (which we still care for), Abraham decided to grow his company to build pipe organs. Early records are unclear, but Schantz was building tracker pipe organs by 1891. By 1903, we began the transition to tubular-pneumatic action. In this style of mechanism, a lead tube runs from every key, pedal, and drawknob back to the chests. Pressing a key will de-pressurize the tube, which causes the chest to play a note. Most remaining contracts from this time refer to an “individual compartment for each stop” in the chest, i.e., ventil chests. Initially this was used only for pedal stops, while the manual key action remained tracker. A fine example of this is the 1904 instrument still standing in Second United Church of Christ in Tiffin, Ohio. By 1906, tubular-pneumatic key action with ventil windchests had become our standard. Trackers continued to be built until at least 1908; tubular-pneumatic actions were built until at least 1926. We built approximately 100 organs using this mechanism, and we still care for several of these instruments.

Victor A. Schantz (1885–1973) was part of the second generation, and he spent eighteen months working for Wurlitzer in North Tonawanda, New York. There he learned about building dependable electro-pneumatic chest action. In 1918, we built our first electro-pneumatic action for First Baptist Church in nearby Seville, Ohio. This was followed by electrifying two organs during the process of relocating them. By 1923, electro-pneumatic chests were our standard mechanism. This style of chest offers fast and reliable key action. It also allowed us to offer moveable consoles—quite an exciting development at the time. We continue to build pitman chests today, with subtle improvements since 1923. One important development was the Schantz cross-top pitman chest, built of laminated yellow poplar toeboards running perpendicular to the ranks of pipes. Leather gasketing between the toeboards allowed for plenty of expansion in the summer and contraction in the winter in the northern climates where most pre-World War II Schantz organs were installed.

Albert Imhoff (1898–1994) was a long-time employee who made several important mechanical developments during his time at Schantz. Indeed, we still regularly use several tools that he designed to ease production of pipes and chests. His most enduring contribution might be the tremolo device that he patented in 1959, which we still use today.

In 1980, Schantz rebuilt the 1892 Roosevelt organ at the Cathedral of the Immaculate Conception in Syracuse, New York, using slider chests purchased from Organ Supply Industries.2 In the mid-1980s Schantz went further, and experimented with building tracker-action instruments again. However, we decided to continue our focus on electro-pneumatic instruments.

When Burton K. Tidwell took on the role of tonal director in 1988, he encouraged the company to explore building slider chests with electro-pneumatic key action. And so in 1993, Schantz built its first “Blackinton-style” slider chest for the Great division at the United Methodist Church in Painesville, Ohio. To maximize space efficiency and tuning stability, these chests often have pipes laid out in an M-M (or tierce) configuration. Speech is also subtly affected by the single valve and common tone channels, which operate just like a tracker. We are proud to continue to build both pitman and slider chests for clients today. 

In addition to building our own instruments from raw lumber, our team has also successfully restored historic instruments from many builders throughout the country. Major restorations include the four-manual, 94-rank Skinner built in 1929 for Severance Hall in Cleveland, Ohio.3 More recently, six months ago we completed a restoration of the two-manual, 22-rank Aeolian-Skinner that was built in 1963 for the Metropolitan Opera in New York City.

Tonal designs

As musical tastes have changed over the course of history, the tonal design of instruments has also changed. Comparing stoplists of organs built in the 1920s and 1960s by any company in the country would show a change in musical design. While some companies made dramatic shifts, Schantz was more subtle. 

Looking at stoplists from our first and second generation, an abundance of 8′ flue ranks will be seen. Upper work usually begins with a 4′ Octave and a 4′ Flute d’Amour. If the organ included a reed, it was most often a Vox Humana. The Swell would include two strings: an 8′ Aeoline and an 8′ Salicional—but no celeste to pair with them. The language used for stop names reflected an English influence with names like Open Diapason and Melodia. Often these instruments would also have a “hidden octave” to allow the effective use of super-couplers.

John Schantz (1920–2013) studied organ under Arthur Poister at Oberlin Conservatory (interrupted by military service in World War II), and visited instruments in Europe in 1950. When he took on the role of tonal director, his stoplists reflected these experiences and the Orgelbewegung (Organ Reform movement). Chorus structures included more upper work, and nomenclature reflected various national schools. Scale sizes (diameters) of principal pipes decreased slightly to increase the brightness of the sound, and wind pressures were lowered as far as 2.5 inches in a water column. All of this allowed the cut-up of the pipe mouth to be kept slightly lower. Languids and lower lips were nicked less, yielding some subtle initial “chiff” in pipe speech not found in earlier—or current—Schantz organs. Reed pipes also tended to be smaller scale, with chorus reeds primarily using parallel shallots.

Schantz has built wooden pipes in-house since we started building pipe organs. But initially, metal pipes were sourced from suppliers (Gottfried, Durst, and Schopp), as many builders do today. Shortly after World War II, Jack Cook joined the staff. A former Skinner/Aeolian-Skinner employee, Cook helped us design a pipe shop addition that was built in 1966 to allow us to efficiently make our own metal pipes, a practice that continues today. 

Following John Schantz’s retirement, Burton K. Tidwell served as tonal director from 1988–1996. Under his leadership, Schantz organs started to retreat from neo-Baroque narrow scaling and over-use of upperwork.5 Tidwell, an accomplished organist and church musician, insisted on spending significant time onsite doing tonal finishing. This allowed our voicers to carefully maximize the musicality of each instrument by addressing pipe speech and balance. 

It should be noted that Tidwell also designed clever unit organs for clients with limited space and budgets. These small instruments have some ranks that share bottom and top octaves to maximize budget and space, but their middle range is independent to maximize musicality. Nearly twenty of these instruments have been built.

Jeffrey Dexter joined Schantz in 1993, and quickly followed Tidwell as our tonal director. He is also a practicing church musician who continues to move us toward even more broadly voiced instruments that play a wide range of repertoire effectively. 

Visual designs

In the company’s early years, Abraham Tschantz was responsible for all design aspects of his organs, including visual design. By 1893 there were at least nine instruments by other builders within a short buggy ride of the shop that could potentially inspire his case designs. Contracts from this early time period can be subtly amusing to read:

Case of Oak or other native woods, varnished and polished, all front pipes richly decorated in gold and colors. Width about 12 feet 00 inches; depth about 6 feet 00 inches; height about 13 feet 00 inches. Style of case in harmony with the interior architecture of the Church.6  

Abraham’s son Edison was interested in both architectural and tonal design, and the case designs between the World Wars are likely his. 

After World War II, as Schantz became a truly national builder, Bruce Schantz (1913–2007) took on the role of foreman. One of his many developments was to establish an engineering department of three men: Chester Gable, Wilbur Herr, and Bob Romey. In addition to producing the hundreds of engineering drawings required during the post-war boom years of the 1950s and 1960s, each man developed his skills as a visual designer. 

Many instruments were installed in chambers of churches during this time, with little or nothing to be seen. But late in the engineers’ long careers, Schantz clients became more interested in seeing as well as hearing the organs they were commissioning. Bruce Schantz responded to the demand by seeking the advice of Reverend Arnold Klukas, an art historian who had taught at Oberlin College and Smith College. Klukas provided guidance for the Schantz engineers as they designed their cases. The Schantz cabinet shop began building the sort of cabinetry that had not been a mainstay at the company for decades. Our 1989 instrument at Trinity Episcopal Church in Ambler, Pennsylvania (III/49), was our first modern, free-standing case.7 

In 1991 Romey, Gable, and Herr were nearing retirement.8 For the first time Schantz looked outside the company for one of its engineers and hired Eric Gastier, a registered architect and organist. He was mentored by Wilbur Herr and quickly designed his first case for Painesville (Ohio) United Methodist Church.9 With Gastier, Schantz made the transition from drafting boards and tracing paper to AutoCAD. That move was soon followed by the installation of the company’s first CNC router, a machine that allows the efficient production of casework, pipe shades, console cabinet carvings, mechanical parts, and even metal pieces to solder into new pipes. 

Anniversary celebrations

We are looking forward to celebrating our 150th anniversary over the course of the entire year. You can follow our Facebook page for some historic photos. A highlight will be our open house on Saturday, April 29, from 10:00 a.m. until 3:00 p.m. Our team will also be present at other local events—including sending a reed organ on a float through Orrville’s Independence Day parade! And we are proud to look to the future by sponsoring scholarships with both the Akron and Cleveland chapters of the American Guild of Organists. 

Notes

1. The spelling of the family name was officially changed in 1899 to ease pronunciation as the business was growing. Other branches of the family retained the original spelling.

2. It should be noted that Schantz provides chests, consoles, and pipes, as well as Zephyr organ blowers to almost every organbuilder in North America.

3. Featured as the cover instrument for The American Organist, January 2001, page 52.

4. For more information, see “New life for the Metropolitan Opera’s organ,” by Craig Whitney, The Diapason, November 2022, page 12.

5. For more information about his tonal design, see his article, “The Small Church Organ: A Rationale Towards Integrity,” The American Organist, April 1990, pages 95–98. 

6. From the contract for the 1903 instrument built for Grace Reformed Church in Tiffin, Ohio.

7. Featured as the cover instrument for The American Organist, October 1990, page 66. 

8. It should be noted—with deep appreciation—that many long-term employees at Schantz would “retire” to become part-time employees.

9. Featured as the cover instrument for The American Organist, October 1994, page 44. 

—Luke D. Tegtmeier, Jeffrey D. Dexter, Eric J. Gastier

www.schantzorgan.com

Schlueter Organ, Saint Andrew’s Episcopal Church, Fort Pierce, Florida

A. E. Schlueter Pipe Organ Company, Lithonia, Georgia, has built a new organ for Saint Andrew’s Episcopal Church, Fort Pierce, Florida: 3 manuals, 38 ranks.

The new stoplist was envisioned first and foremost to support the musical needs of this church and its English choral tradition. The stoplist is purposely eclectic in design, allowing it to support many different schools of organ and choral music.

The windchests on the organ are electro-pneumatic slider and electro-pneumatic unit action. The winding system features a combination of spring and weighted reservoirs with independent concussion bellows on the windchests. This church’s generous acoustic allowed the use of moderate wind pressures, ranging from 2½ to 4 inches.

The three-manual console feeatures terraced drawknobs. It was constructed of sapele mahogany with drawknobs custom turned from African blackwood. With its low profile, it allows excellent sightlines to the choristers, and the inbuilt castors permit it to be moved as needed. For a control system, the console features the Syndyne 8400 system, which supports a large number of functions.

The new organ is featured on the cover of the May 2022 issue of The Diapason: https://www.thediapason.com/content/cover-feature-schlueter-st-andrews-episcopal-ft-pierce-fl.

Music for the slideshow features the  A. E. Schlueter organ at First Presbyterian Church, Savannah, Georgia. Richard Morris plays Sketch in D-flat Major, op. 58, no. 3, by Robert Schumann. Photo credit: The Reverend Canon Ellis E. Brust.

For information: www.pipe-organ.com 
770/482-4845 
[email protected]

Cover Feature: Schlueter, St. Andrew's Episcopal, Ft. Pierce, FL

A. E. Schlueter Pipe Organ Company, Lithonia, Georgia; Saint Andrew’s Episcopal Church, Fort Pierce, Florida

Schlueter organ
St. Andrew's Episcopal Church, Ft. Pierce, FL

As I contemplated writing this article about the new pipe organ for Saint Andrew’s Episcopal Church in Fort Pierce, Florida, many things came to mind, several of them cathartic and all of them personally important. Fort Pierce is a location where, as they say, I have “roots.” I was born in the Fort Pierce area in 1967, and was baptized at the First United Methodist Church. In the ensuing years, my family would continue to come back to this community to visit, to rest, and for recreation. It was an important enough location to me that when I got married in the early 1990s, I brought my young wife to one of the barrier islands near Fort Pierce for our honeymoon. This area was special to me, and I wanted to share it.

Moving forward to 2022 and a country still in the grip of Covid, I am glad that, in light of the pandemic, the building of this instrument occurred at a time and place that is familiar, and that I was working for a congregation and clergy that are some of the finest people on this planet. One cannot have endured the last couple of years without considering the pandemic and its effects on the world, our houses of worship, and on many of us personally. This church and its people buoyed us. They have offered unyielding prayer, support, and an unbridled excitement for the completion of this project.

The commission to build this instrument started out in a world that was Covid-free. By the time we were taking out the old organ, we were in masks, with travel and work restrictions and navigating a brave new world. In the meantime, we continued our work with a myriad of social, business, and personal interaction changes.

Along with the personal challenges (and losses) that have been endured, we also have had to deal with supply chain and vendor issues. There have been several suppliers and major vendors that were not able to weather this disruptive period and ceased operations. We have been fortunate with our depth of resources, the excellence of our staff, and full order books, that we have been able to navigate this period in a way that not all have been able to do. This is and has been a very real blessing. As I write this, I am hoping that we are in the waning period of the pandemic, but we are still in masks, and there are still many in the hospital from this malady.

How it started

When we were approached to evaluate the original organ at Saint Andrew’s, we arrived to find an instrument that was in a failing condition. We made a detailed study of the entire instrument with its mechanical condition, scaling, and tonality, balanced with the church’s musical needs. We also looked at the organ layout, the chamber spaces, and the acoustics.

The former organ was an electric-action, open-toe instrument that was built in the late 1970s. The organ did have some nice moments and some good materials, but, as a whole, with its stoplist and tonal design, it was not well suited to support the choral and congregational needs of this Episcopal church. In its later years, the organ had been damaged in a hurricane and endured some unfortunate attempts by others to repair, augment, and change it. The organ had a number of older relay components along with a console that had been rebuilt by others with a used solid-state combination system of various ages of materials. Its condition had been further exacerbated by lightning strikes to its systems. The console and relays were not reliable and could not be made so without heroic work that simply could not be justified.

The layout of the original instrument caused multiple tuning and tonal issues. This was due to a Choir division that was double stacked with the main air return of the church in front of this division, the Great division located four feet above the choir loft floor, directly behind the choristers and below a stained-glass window, and the Swell division in a freestanding box in an organ chamber fronted with a fabric grille. All of this conspired to create major tuning issues inter- and intra-divisionally, as well as a lack of tonal focus.

Our plan

We proposed to work with a clean sheet in design that would fully support worship along with a new façade and case to provide visual enhancements to the chancel. With the proximity of the church to the coastline, we chose a façade design that was evocative of the billowed boat sails that one sees in the waters around the church. The center of the case includes quatrefoils and moulding details found in the stained-glass windows from the original church building. The center case features an open top to allow the central window to be seen with minimal occlusion. The façade pipes are built of polished aluminum and include 16′ and 8′ bass pipes of the Pedal and Great divisions.

The design of the new organ moved the divisions and the return ducts, placed a roof over the center division to mitigate the effects of the central stained-glass window, and generally has placed the pipework on a similar thermocline. There are openings behind the façade pipes to allow a free exchange of heat and air to the chamber spaces.

The church and its contractor must be commended for their revisioning of the chancel and renovation of the worship center of the church. Notably, this included the removal of carpet and the installation of marble in the altar area. The choir area was finished with custom tile and individual chairs replacing fixed pews. Not only is the area more functional, it is visually beautiful and aurally supportive to the organ and the choir. This church acoustic gives back to the listener, and it has gotten even better.

The new stoplist was envisioned first and foremost to support the musical needs of this church and its English choral tradition. There has always been a hope to use the music ministry for community outreach, so while focused on the choral and congregational worship needs of the organ, the stoplist is purposely eclectic in design, allowing it to support many different schools of organ and choral music.

As we designed the new organ, we did look at some of the existing pipes. The pipework contained in the old organ was generally of high quality with low cut-ups and an absence of nicks and other voicing techniques that were permanent to the pipes. It was, in a way, raw media waiting to be voiced. As a company, we have never shied away from evaluation of extant pipework for consideration. Equally important is that one should never—I emphasize, never—design an organ around the pipes that are present with this being the only consideration. It was clear to us that some of the pipework, for purposes of stewardship, could and should be considered for reuse as long as it did not compromise the overall tonal design. It was also clear that some pipework would not, and indeed should not, find a home in the new instrument. Our approach was to design the specification and scaling that should be at the church, and only then did we look afresh at the existing pipework to see if it could be recast. The pipes that were reused were revoiced, rescaled, and/or repitched for their new role. Many of these allowed the fiduciary luxury of additional pedal resources and mutations.

The specification is designed around a Great division with a well-developed, leading principal chorus. The design includes a second 8′ Geigen Principal to allow a differing root structure in the chorus or doubling of the 8′ pitch line. The flutes are designed to fold hand in glove with the chorus while maintaining an individual identity and voice for melodic solo lines. The reeds of the Choir-Positiv and Swell are duplexed to the Great.

The Great division is located at the cantilevered façade level of the organ case, which allows the sound to bloom forward of the choir. To help focus the Great division, the Bourdon chest and upper walkboard act as a canopy above the Great to project this division.

The Choir-Positiv division sits in the former central location of the old Great division, and was conceived as a diminutive, dual-natured division. Its design supports text painting under the choir while also supporting the literature bias of an unenclosed Positiv division. With a secondary principal chorus rooted with the 8′ Holzgedeckt and 8′ Erzahler, it acts as a counter chorus voice to the Great and Swell divisions. The 2′ Schweigel and 1-1⁄3′ Quint allow the chorus to have “mixture texture” that is unweighted and some of the first upperwork available in building the organ to its full voice.

The 8′ Erzahler was chosen because it allows a voice that is at one time a diminutive string while at another time a soft accompanimental voice that can be broadened with the 8′ flute line. It is given an 8′ celeste of similar scale and construction, and becomes one of the voices in the ether of the church acoustics.

The flutes of the Choir-Positiv include the 8′ Holzgedeckt and 4′ Gedeckt-Pommer that are voiced to retain a degree of chiff and puckishness while still folding in with their string and principal neighbors. The Choir-Positiv mutations and 2′ Schweigel are stops that walk the line between principal and flute. As hybrid voices, the 2-2⁄3′ Nasat, 2′ Schweigel, 1-3⁄5′ Terz, and 1-1⁄3′ Quint allow for a great deal of color, building of multiple solo stops, and upperwork support for chorus registers.

The color reed in the Choir-Positiv is an 8′ Cromorne with parallel shallots and lift lids. It supports a generous vowel cavity that allows it to be a chameleon stop: it can be a piquant solo voice that easily is broadened into the woodwind timbre of a Clarinet when compounded with the Holzgedeckt or drawn into the Great as a weightless ensemble reed to add color and complexity to the principal chorus.

The Swell division is designed with a secondary principal chorus that is harmonically rich and complements the leading voices of the Great. The Swell Mixture III is pitched at 2′ to allow for the logical completion of its principal chorus. As a lower-pitch enclosed mixture, it is the first mixture that can be drawn in building a seamless crescendo. As with the Choir-Positiv, the Swell was designed with a flute chorus of differing voices that allows color and a multiplicity of compound registers.

The Swell reeds have English shallots and are unified to develop the 16′-8′-8′-4′ reed chorus. For the desired color and tuning stability, all of the reeds are on an individual winding system to allow higher pressures and tremolos separate from the flue voices.

The Pedal division is grounded with an independent 16′-8′-4′ principal chorus and independent and duplex flute registers at multiple pitches. The Pedal reed is an independent 16′ Posaune that can be combined with the duplex registers of the Swell and Choir-Positiv reeds.

To provide 32′ weight in the Pedal we included the discrete use of some custom digital voices to allow for this pitch register where there was not space to accommodate the pipes. With the “genie out of the bottle” we opted to also include the color of several additional companion strings and celestes along with the ubiquitous 8′ Vox Humana to allow the building of a string organ within the Swell division. Please note that we have allowed the physical space in the Swell chamber for these pipe additions, minimizing the compromise.

The 8′ Festival Trumpet is one of several stops gifted from the Schlueter family to the church. This particular stop is given in honor of my wife, Stephanie Schlueter, whom I brought to Florida for our honeymoon so many years ago and who has personally supported me in the building of instruments for over thirty years. It is located in the Choir-Positiv expression box and includes console controls to allow it to independently float to all manual divisions and the Pedal. Being enclosed in the box provides for wide dynamic control that allows this reed to be used as an ensemble voice with the expression box closed. It is my hope that this signature stop is used often in the coming years to support weddings and festive occasions with church worship.

Much of the emotive quality of an instrument is not only the quality of the voices but also how they project from the organ chamber and their reaction to enclosure in an expression box. The expression boxes were carefully designed to be as sonically transparent as possible when open and to fully contain the divisions when closed. We also functionally use the expression shades to direct sound when they are open. In the Choir-Positiv we used horizontal expression shades on the front and on top of the expression box to direct the pipe speech up and forward of the choristers and, importantly, out to the congregation. In a like but disparate fashion, the Swell division with its off-axis location was designed with a very large two-story shade front that opens bi-directionally. This evenly focuses the voices of the Swell to the choir and congregation along the center core of the church.

The windchests on the organ are electro-pneumatic slider and electro-pneumatic unit action. The winding system is our normal combination of spring and weighted reservoirs with independent concussion bellows on the windchests. This church’s generous acoustic allowed us to use moderate wind pressures on the organ ranging from 2½ to 4 inches.

To control the instrument, we built a three-manual console with terraced drawknobs. It was constructed of sapele mahogany with drawknobs custom turned from African blackwood. With its low profile, it allows excellent sightlines to the choristers, and the inbuilt castors permit it to be moved as needed. For a control system, the console features the Syndyne 8400 system, which supports a large number of functions.

As I started this article, I mentioned that building this instrument was a cathartic exercise. One year prior to this, I was at Saint Simons Island Presbyterian Church finishing an instrument and received the imposition of ashes on my forehead for Ash Wednesday. At that time, I was still recovering from a bout of Covid that saw me hospitalized just prior to that installation. I was well reminded about my mortality. One year later, I was in Fort Pierce working on the completion of this instrument—again, on Ash Wednesday. When one is an organ builder, it is invariable that the church becomes the worksite. It was therefore my good fortune to have an opportunity for worship where I entered the church as a congregant. I was able to sit contemplatively in the church and see an image of Christ in the center window framed and focused by the new organ façade. I heard the music of the church. I heard the recitations of the members of the church mixed with my own voice. Again, I received the imposition of ashes on my forehead from a congregation that has adopted me as their own. This was followed by the communion and the bounty of grace it represents. On this day the instrument’s voice began to come alive to support the worship of this ministry. As pipe organ builders, the work that all of us do is to design and build instruments that will outlive us as they support worship and praise in the church. On this particular Ash Wednesday, it was personally brought home to me how welcome it is to see the sign of the Cross on my forehead and realize how truly fortunate I am as a father, husband, organ builder, and a Christian.

As always there are too many people to thank with a project like this one. First and foremost I would like to thank the Reverend Canon Ellis E. Brust, rector; Mr. Peter Charles and Mr. Andrew Hemmer, senior wardens; Mrs. Karen Kozac and Mr. Chris Kasten, organ committee chairs; Mr. Larry Clancey and Mr. Richard Stable, treasurers; Dr. Jerry Davidson, organist/choir director; and Kirk Carlson, general contractor.

I would also like to extend a thank you to our staff: Arthur E. Schlueter, Jr., Arthur E. Schlueter III, John Tanner, Marc Conley, Patrick Hodges, Jeremiah Hodges, Marshall Foxworthy, Peter Duys, Kerry Bunn, Shan Dalton-Bowen, Michael DeSimone, Al Schroer, Dallas Wood, Josse Davis, Bob Weaver, Preston Wilson, Clifton Frierson, Kelvin Cheatham, Ruth Lopez, Elio Lopez, Chad Sartin, Sara Cruz, Ruth Gomez, Yolanda Sandoval, Kymoni Colbourne, Juan Hardin, Demitrius Hardin, Rico Hardin, and Angie Lindsey.

Visit www.pipe-organ.com for more information or to contact A. E. Schlueter Pipe Organ Company.

—Arthur E. Schlueter III, Visual and Tonal Direction, A. E. Schlueter Pipe Organ Co.

 

GREAT (manual II)

16′ Sub Principal (1–12 Ped 16′ Sub Princ, 13–61 Gt 8′ Geigen Princ)

8′ Principal 61 pipes

8′ Geigen Principal 49 pipes (1–12 Ped 8′ Octave)

8′ Bourdon 61 pipes

4′ Octave 61 pipes

4′ Hohlflöte 61 pipes

2′ Super Octave 61 pipes

V Cornet TC*

1-1⁄3′ Mixture IV 244 pipes

16′ Contra Oboe (Sw)

8′ Trumpet (Sw)

8′ Oboe (Sw)

8′ Cromorne (Ch)

CHOIR-POSITIV (manual I, enclosed)

8′ Holzgedeckt 61 pipes

8′ Erzahler 61 pipes

8′ Erzahler Celeste (TC) 49 pipes

8′ Schwebung II*

4′ Prinzipal 61 pipes

4′ Gedeckt Pommer 61 pipes

2-2⁄3′ Nasat (from G1) 54 pipes

2′ Schweigel 61 pipes

1-3⁄5′ Terz (from G1) 54 pipes

1-1⁄3′ Quint 61 pipes

8′ Cromorne 61 pipes

Tremolo

Zimbelstern (multiple bells)

Chimes

SWELL (manual III, enclosed)

16′ Lieblich Gedeckt 12 pipes (ext 8′ Rohr Flute)

16′ Flauto Dolce*

8′ Viola Pomposa 61 pipes

8′ Viola Celeste II 49 pipes (draws Viola Pomposa)

8′ Muted Violes II*

8′ Aeoline Celeste II*

8′ Rohr Flute 61 pipes

4′ Principal 61 pipes

4′ Spindle Flute 61 pipes

4′ Unda Maris II*

2-2⁄3′ Nazard (TC) 49 pipes

2′ Flageolet (ext 8′ Rohr Fl) 24 pipes

1-3⁄5′ Tierce (TC) 49 pipes

2′ Mixture III 183 pipes

16′ Contra Oboe (TC, from 8′)

8′ Trumpet 61 pipes

8′ Oboe 61 pipes

4′ Oboe (ext 8′ Oboe) 12 pipes

8′ Vox Humana*

Tremolo (Vox)

Tremolo (Main)

FANFARE (floating division)

16′ Festival Trumpet (TC) 49 notes

8′ Festival Trumpet 61 pipes

4′ Festival Trumpet 49 notes

Fanfare On Pedal

Fanfare On Great

Fanfare On Swell

Fanfare Off Choir-Positiv

PEDAL

32′ Untersatz*

16′ Sub Principal 32 pipes

16′ Bourdon 32 pipes

16′ Lieblich Gedeckt (Sw)

8′ Octave 32 pipes

8′ Bourdon 32 pipes

8′ Gedeckt (Sw)

4′ Choral Bass (Gt)

4′ Gedeckt (Sw)

2′ Gedeckt (Sw)

32′ Bombarde*

16′ Posaune 32 pipes

8′ Trumpet (Sw)

4′ Oboe Clarion (Sw)

* Digital stop/prepared for pipe additions

Couplers

Great to Pedal 8

Great to Pedal 4

Swell to Pedal 8

Swell to Pedal 4

Choir-Positiv to Pedal 8

Choir-Positiv to Pedal 4

Swell to Great 16

Swell to Great 8

Swell to Great 4

Choir-Positiv to Great 16

Choir-Positiv to Great 8

Choir-Positiv to Great 4

Choir-Positiv to Choir-Positiv 16

Choir-Positiv Unison Off

Choir-Positiv to Choir-Positiv 4

Swell to Choir-Positiv 16

Swell to Choir-Positiv 8

Swell to Choir-Positiv 4

Swell to Swell 16

Swell Unison Off

Swell to Swell 4

MIDI (as preset stops)

MIDI on Pedal

MIDI on Great

MIDI on Swell

MIDI on Choir-Positiv

60 stops, 38 ranks, 2,147 pipes

Builder’s website: www.pipe-organ.com

Church’s website: www.mystandrews.org/

 

Cover photo: Arthur E. Schlueter III; article photos contributed by the Reverend Canon Ellis E. Brust and the staff of A. E. Schlueter Pipe Organ Company

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