Cover feature

Juget-Sinclair Organbuilders,
Montreal, Québec, Canada
Second Presbyterian Church, Nashville, Tennessee

From the organbuilder
We were first contacted by Second Presbyterian music director Nancy Turner in early 2004. A visit to Nashville to meet the committee revealed a fine group of people with good ideas, but no church as yet. Building a new organ for a structure that doesn’t yet exist is quite different from the usual. We’ve developed a routine when we visit a church where we will be building: we make a pipe (a 2′ C Principal) that we bring with us to voice on site—on whatever is left of the outgoing organ—noting the wind pressure on the pipe itself. We then use the pipe as a starting point in prevoicing in the shop. This habit allows us the security of knowing we won’t be too far off.
Of course at Second Presbyterian we didn’t have that luxury, let alone the usual walk-through to get a feel for the acoustics. It is quite a different thing to base your efforts entirely on architectural plans and acoustician’s predictions. But we have a hidden ace: our shop is a reinforced concrete structure built in 1919, with 30-foot vaulted ceilings, so the acoustics are flattering. We pre-voice a little loud, leaving the cut-ups low. It sounds good enough for a little concert in the shop before the organ is packed up. We’re often surprised when we set up an organ in the church for the first time, and we hear how the voicing was left—That sounded OK in the shop?! This is our assurance that we’ve left enough room for on-site voicing.
Denis Juget started his shop in a former chicken coop in his back yard in Saint-Basile-le-Grand, Québec in 1994. It was a fairly large chicken coop, which allowed him to build seven practice organs, each one a little different, and a continuo organ. I joined him in 1998, and we moved the shop to Montreal, first in a 2500-square-foot space, then expanding to our present 5000 square feet. The team has slowly built up to eight. We take great pleasure in building very nearly everything ourselves from raw materials—from casting pipe metal to pipe making, from action parts to casework. We cast our own reed blocks and make our own shallots. We make pallet springs and roller arms. We are continually confronted with doubt about whether this practice is reasonable, but have never bothered with the calculation—confident, I suppose, that the costs are far outweighed by the hidden benefits. The first is complete freedom in design—an existing part doesn’t fit the bill? Imagine a new one! The second is the inestimable value of having a small team capable of this varied work. These eight people can do anything.
The Second Presbyterian organ is set in the choir loft and speaks down the central axis of the octagonal nave. The console is built in, but elevated three feet from floor level; risers for the choir butt against the front frame, and the pedalboard sits on the top riser. Down on floor level are the bellows and blower-box, with the Pedal division behind. The manual divisions are above, with the Grand-Orgue in front and the Récit expressif behind. There is no back to the Grand-Orgue case and only a partial roof above it to allow sound egress. The pedal Trombone 16′ resonators are full length and extend up behind the Récit swell box. A ceiling truss passes inches above the Récit roof, and the central tower of the Grand-Orgue pokes up between two trusses. Key action is mechanical, and stop action electric.
The wind system starts with a single-fold cuneiform bellows. Wind trunks are in quarter-sawn white oak. There are concussion bellows on each division, and the wind is quite solid. The tremulant is a vent perdu style—a departure from our usual “Dom Bedos” style. Offset pipes are winded by wooden channels. We avoid using flexible tubing, only for the fun of it, whenever we can, which is almost always.
The elevated console posed a design problem: the organ case tended to look squashed. We found that incorporating mirrored pipe flats had the effect of visually lengthening the case. Mirrored façades are usually made by joining two identical pipes at the foot and winding them secretly from behind so that they speak in unison. We didn’t need the extra power and space was not over-abundant, so this led to a façade arrangement that is possibly novel: we made the twinned pipes each play a different note. This gives an arrangement where the 12 notes of the octave are divided into eight groups! The interval between adjacent pipes is an augmented fifth. The Montre 8′ has five interior pipes: three full-length wooden basses (C, C#, D) and two interior pipes at the top (g#′′′, a′′′). The rest of the stop is in the façade, made up entirely of speaking pipes.
Key action is suspended, with floating square rails to compensate for dimensional changes. Trackers are kept taut by tensioner bellows to avoid bounciness. The pedal coupler does not play through—with I/P and II/I couplers both on, a note played in the pedal will play manual I but not II. Consequently, we have to lighten the manual I keys with springs so that, with I/P and II/I couplers both on and a note held down in the pedal, that same note played on Manual II doesn’t stay down or repeat slowly. Key action is designed and built to be responsive and reliable, and to have a weight appropriate to the instrument without being overly heavy when coupled. Pedal action uses our parallel motion pedal pallets, which provide copious wind.
The combination action is by Laukhuff, with general and divisional pistons as well as a simple sequencer. Drawknobs and thumb and toe pistons are by Harris, slider solenoids by Heuss, and control cards by Laukhuff. Rather than a tutti, there are two toe pistons, which are settable reversibles and could be used for anything one would want to come and go with a push of a piston, such as appels d’anches.
Swell action is mechanical, with a simple and direct linkage. It uses ball-bearings wherever possible, including at both ends of each swell shade. We use the most common source of high quality bearing we can find: rollerblade bearings. We go to great lengths to make the swell box as airtight as possible. The swell box sits on top of the Récit wind chests, and all the basses are inside the box. The shades are very closely fit in their opening, and carefully adjusted to ensure good dynamic range. The geometry of the action is designed so that much more subtlety of swell shade movement is given at the ppp end to compensate for mechanical swell action’s natural tendency to have half the dynamic range in the first 1/4 of swell pedal motion. This geometry would normally feel strange underfoot as it would become suddenly light at the closed end. We install a brake that again compensates for this effect. It all ends up being worthwhile; the feeling and precision of a carefully regulated mechanical swell action is unmatched.
Pipe scales in this instrument are not variable, but mathematical, and often with a constant added, which has the effect of narrowing the scale in the middle of the keyboard or fattening it at the ends. Scales are based on our own experience, but informed by historical examples. Samples of any new reed scales are built and voiced in the shop before the stop goes into production. The Viole de gambe 8′ and Voix céleste 8′ are slotted. The céleste is placed just behind the Basson-Hautbois 8′ on the chest to avoid acoustical conflict. The Flûte douce 4′ is in cherry. Principals and manual reeds are in hammered tin, and flutes are in hammered lead. We order our lead ingots with the necessary impurities already added, which gives stability to the high lead pipes (11⁄2% tin). We also use that same lead in all our alloys, so they all have some trace amounts of copper, antimony, and bismuth. The façade is also hammered, in 75% tin. Our pipes are made so that the metal at the top of the pipe is considerably thinner than around the mouth and at the foot. We feel that this is crucial to the long term stability of the pipework, as it takes a lot of weight off of the top and adds thickness to the bottom, where it is needed. Open pipes are cone tuned (except the slotted strings), and stopped flutes are tuned at the ears as they have soldered caps so that they will never slip. The Trombone 16′ is full length, with pine resonators, wooden boots, and leathered brass shallots.
John Brock recorded the instrument for the Raven label, exploring a wide range of repertoire. The CD is entitled Second Wind—a reference to the fire and rebuilding—and we hope it aptly demonstrates the success of the rebuilding program.
Working on this instrument with Denis Juget and me in the shop were Robin Côté, François Couture, Céline Richard, Jean-Dominique Felx, and Jerome Veenendaal. Turned stop knobs and all engravings were by recorder maker Jean-Luc Boudreau. Raymonde Champagne designed the pipe shades. The celtic cross was gilded by Jean-Claude Vonesch.
A special thank-you is in order to John Brock, Nancy Turner, Allen Townsend, and everyone at Second Presbyterian for all their assistance and understanding during the whole project. It’s impossible to overestimate the value of providing “conditions favorable to organbuilding.”
—Stephen Sinclair

From the consultant
In 2004 I was engaged by the organ committee of Second Presbyterian Church, Nashville, to assist them in the search for an organ to replace the one they had lost when their church burned the previous year. They were interested in an organ of good quality that would have the flexibility to support congregational singing, accompany the church’s choirs, and perform a reasonably wide range of styles of organ music. The plans for the new church building included approximately 300 seats, with organ and choir in a fairly spacious rear gallery and the promise of better-than-average acoustics. It was obvious that a building like this didn’t need an extremely large organ, and we were confident that they could find the right organ within their prescribed budget.
Church organist Nancy Turner and I set about gathering information from and about organbuilders in whom we were interested. Early on the name of Juget-Sinclair surfaced. I had once had an opportunity to play one of their excellent 3-stop practice organs, but that was the extent of our knowledge of their work. However, the reports we got from people who knew their instruments were so promising that we decided to investigate further. After trips to see and play Juget-Sinclair organs in Birmingham, Alabama, and Hickory, North Carolina, the committee was convinced that this was what they wanted, and a contract was soon signed for the organ.
The result is an instrument of first-rate quality. The early reports that we got on Denis Juget and Stephen Sinclair’s work had been correct: they do whatever it takes to “get it right.” The organ is a real jewel in its setting, and it does all the things that the organ committee had hoped for, i.e., it supports congregational singing (the congregation sings enthusiastically), it offers flexibility in choir accompaniment, and it plays a wide range of organ literature very convincingly. It’s also a very responsive instrument, one that encourages the player in the best of ways.
It seems to me that the good organs of the world share several important characteristics, namely, a captivating, sometimes dramatic sound resulting from good pipe scaling and voicing, an attractive visual element, a reliable and responsive mechanism, and a cohesive sense of style. Juget-Sinclair has managed to achieve all of this in this modest organ. It was a pleasure working with them.
—John Brock

Grand-Orgue
8′ Montre
8′ Flûte à cheminée
4′ Prestant
4′ Flûte conique
2′ Doublette
11⁄3′ Fourniture IV
8′ Trompette

Récit expressif
8′ Bourdon
8′ Viole de gambe
8′ Voix céleste
4′ Principal
4′ Flûte douce
22⁄3′ Nazard
2′ Flûte
13⁄5′ Tierce
2′ Plein jeu IV
8′ Basson-Hautbois

Pédale
16′ Soubasse
8′ Flûte ouverte
4′ Octave
16′ Trombone

Couplers: II/I - I/P - II/P
Tremblant Récit

Juget-Sinclair Organbuilders
2250, rue Pitt, #307
Montreal, QC H4E 4H1

514/932-9898
www.juget-sinclair.com

Cover

Noack Organ Co., Inc., Georgetown, Massachusetts

Middlesex School, Concord, Massachusetts

From the Organ Builder

Trying to find the "right" style in designing a
new organ seems harder today than ever. Rather than just following an
established, clearly defined model, we must choose from a wealth of information
that today, more than ever before, is accessible to us. One solution would be
to seek comfort in the relative safety of copying some beloved historical
instrument. While there is some debate as to how far that can be achieved, our
own attempts at this have not been failures in that they seem to be as close to
the model as any restored original. This route would result in an organ that is
pleasant to look at and renders the music of its own period authentically and
beautifully. The opposite extreme, I suppose, would be to attempt the creation
of a new style, throwing overboard much of what has spelled success in years
past. Whenever that has been done, however, the results have usually been the
more disappointing in their paucity as less tried and proven features are
incorporated.

At Middlesex School we wanted to create an organ that
renders music from a large range of musical styles in a pleasant and reasonably
authentic manner. We also wanted it to accompany the school congregation well.
The pleasant, quite traditional architecture of the chapel, obviously, provided
valuable clues. Last but not least we let the many historic organs we have come
to love inspire us. More blessed by this wealth of information than burdened by
it, we did what we normally do and designed an organ that is somewhat unique,
that belongs to its environment such as this school and its chapel. Informed
and mindful of its setting, yet independent and strong in its task of making
our lives richer through great music of a powerful tradition, it truly is the
Middlesex School organ.

The layout of the new organ follows the classical pattern of
the Great and Pedal divisions being placed in the upper, wider portion of the
case. The large wooden pipes of the Stopped Bass 16' are actually hung from the
organ's ceiling in the center of the upper case, above the central wallboard.
These two divisions share a symmetrical pair of windchests, which also
facilitates transmission of some of the larger pipes as well as the Trumpet
stop. We find that the savings in space--making the organ rather compact and
therefore projecting better--seem even more significant than the savings in
cost. Such transmissions require check valves, which could adversely affect
pipe speech in smaller pipes and reeds, which is why no small pipes are
transmitted. The Trumpet utilizes channel dividers that actually make check
valves unnecessary for this stop. The Swell division occupies the upper half of
the lower case. Even the full-length 8' stop belonging to this division found
room in the lower case, albeit with some difficulty. The key action is all
mechanical, while the stop action is electrical, allowing an extensive
combination action. The wind system employs a small "static"
reservoir, located near the blower in a storage room under the organ, and a
wedge bellows in the lower part of the organ as well as wooden ducts. We
attempt to give the organ a breathing quality, which we prefer to the rather
stern sound of an overly stable wind system. It is essential, of course, that
there be no audible blower noise.

The tonal palette contains a Plenum, vaguely reminiscent of
those by J. S. Bach's contemporary Gottfried Silbermann, a set of three reed
stops that echo classical French reeds, and a Dulciana that traces its ancestry
to Old New England. The gentle and colorful flute stops have common roots in
many fine historic organs. The casework is made from solid maple, painted in
two shades of white, and decorated with turned black walnut spindles serving as
Swell and pipe screens. The keydesk area is also from black walnut. The manual
compass is 58 notes C-a''', the keys have bone naturals and solid ebony
sharps. The 30-note pedalboard is concave-parallel.

The entire crew at The Noack Organ Company has enjoyed
designing and building this organ. Having hosted it for a year at our workshop
pending completion of the chapel renovation we were almost sad to part with it.
We are very grateful for the trust in our work and the valuable assistance by a
large number of people connected with this project. Besides the entire organ committee,
we must mention Mary-Sue Willie, former organ instructor; Deidra Ling,
headmistress; Jim Saltonstall, business manager; and Sarah Megan, head of the
Music Department of Middlesex School. We particularly enjoyed the cooperation
with Peter Sugar and the great staff of the firm of Ann Beha, Architects, of
Boston. The advice of Carl Rosenberg of Acentech, acoustical consultant, was
helpful, indeed, to provide a pleasant acoustical setting for the new organ.

--Fritz Noack

From the Dedication Recitalist

It was a pleasure and honor to perform the dedication
recital on this new organ. Rarely is a new instrument so perfectly integrated
into an existing building; much sensitivity was shown by architects and
acousticians in planning the placement and design of this organ balcony, and
the organ perfectly ornaments the room both visually and acoustically. It is
also an educational bonus in a school setting for the organist's activities
(especially pedalwork) to be seen clearly by the student congregants. It's important
not to hide the organist!

Music for the dedication recital of an organ must be
carefully chosen; simple and complex, fast and slow, soft and loud, Baroque,
Romantic and modern works must balance in order to show the full range of the
instrument's capabilities. This recital program attempted to show the
considerable possibilities afforded by the new organ, but the instrument's full
versatility will only be revealed in the coming years. The recital included
works of Buxtehude, James Woodman, Mendelssohn, Pierre du Mage, Messiaen, and
Bach, and all fit the instrument splendidly.

The Great chorus is strong, well-balanced, and focused
without aggressiveness. The Trumpet can seem to have both a dark German or
bright French sound depending on what is added to it; alone, it can hold its
own either in solo or contrapuntal textures. The Chimney Flute is strongly
colored but without excessive chiff, making it very useful as an
accompanimental stop. The mutations are strong and of principal tone, resulting
in good blend with either the Trumpet or the chorus.

The Swell division is quite a bit more than its stoplist
might indicate. The full-compass Dulciana sounds as a gentle, small Principal
much like early nineteenth-century examples and blends with the full-bodied
Gedackt to provide a strong foundation for the upperwork. The Principal 4'
anchors the division, while the Mixture is not high-pitched; it is even a bit
lower than the Great mixture, thus producing a tightly-knit chorus sound that
complements the Great and adds intensity without extra brilliance. The Cremona,
rich in fundamental, can function both as a chorus and solo reed, while the
flutes are piquant and colorful.

The Pedal provides a useful palette of colors and strengths
to support the manual sound; the Posaune in particular blends in with the other
stops and adds both considerable fundamental and quick speech to the lowest
pitches.

The key action is crisp and light, just as sensitive to
nuances of release as attack. There seems to be a felicitous balance between
the heft of the key action and the spring of the pedal action, resulting in an
almost-miraculous ease of coordination between them for passages where all
parts move simultaneously. The electric stop action makes the organ seem bigger
as quick registration changes become possible, increasing the flexibility
considerably.

It has never been as important as now to provide the best
possible examples of the organ for young people to experience in formative ways
in school settings. This new organ sets an example that I hope will be emulated
over and over as Middlesex students go out into the world.

--Peter Sykes

GREAT (Manual I)

8'
style='mso-tab-count:1'> Diapason
(70% tin, front)

8'
style='mso-tab-count:1'> Chimney
Flute (30%)

4'
style='mso-tab-count:1'> Octave
(70%)

22/3'
style='mso-tab-count:1'> Twelfth
(30%)

2' Fifteenth
(70%)

13/5'
style='mso-tab-count:1'> Seventeenth
(30%)

11/3'
style='mso-tab-count:1'> Mixture
IV (70%)

8'
style='mso-tab-count:1'> Trumpet
(20%)

SWELL (Manual II)

8'
style='mso-tab-count:1'> Gedackt
(C-B maple, rest 30%)

8'
style='mso-tab-count:1'> Dulciana
(70%)

4'
style='mso-tab-count:1'> Principal
(70%)

4'
style='mso-tab-count:1'> Recorder
(30%)

2'
style='mso-tab-count:1'> Gemshorn
(30%)

2'
style='mso-tab-count:1'> Mixture
III (70%)

8'
style='mso-tab-count:1'> Cremona
(30%)

PEDAL

16'
style='mso-tab-count:1'> Stopt
Bass (maple)

8'
style='mso-tab-count:1'> Diapason
(30%, C-B Gt)

8'
style='mso-tab-count:1'> Gedackt
(30%, C-fº Gt)

4'
style='mso-tab-count:1'> Octave
(30%)

16'
style='mso-tab-count:1'> Trombone
(30%, C-Fs 1/2 length)

8'
style='mso-tab-count:1'> Trumpet
(Gt)

J.H. & C.S. Odell,
East Hampton, Connecticut
Scarborough Presbyterian Church, Scarborough, New York
I remember receiving my first phone call from Scarborough Presbyterian Church in late January 2005. I was delighted to have the chance to become acquainted with this church and with its organ, my own family’s J.H. and C.S. Odell Opus 327, installed in 1894. Six years on, there is much to report.
One cannot help but be immediately taken in by the beauty of Scarborough Presbyterian, both interior and exterior. The church is set along old Route 9 in Briarcliff Manor. Approached from either north or south, the siting of the building (whose exterior is rich with classical elements) blends in gracefully with its setting.
Scarborough Church was a gift from Mrs. Elliott Shepard as a memorial to her husband in 1893. The architects of record for the church were Haydel and Shepard, a short-lived partnership of Stanford White’s nephew, Haydel, and a nephew of Mr. Shepard. Their only other significant building, the Fabbri Mansion on Manhattan’s 64th Street, echoes the neo-classical style of Scarborough Church—briefly called, “Shepard Memorial,” but organized later as Scarborough Presbyterian. A reprint of the dedication announcement from the May 12, 1895 edition of the New York Times includes copious detail of the building’s appointments, which in modern architectural parlance is properly classified as Beaux-Arts:

The main design of the ground plan is a cross, a porte cochere being one of the short arms of the cross, and the pastor’s study the other arm. The church is built of granite rubble, with trimmings of Indiana limestone. The granite is of a pink tinge, which harmonizes pleasantly with the grayish limestone, and the effect is very striking to the visitor.
The height of the tower from the steps to the top of the cross is about 120 feet. The architecture of the exterior is a distinctly American interpretation of the Renaissance idea as it was in the time of Louis XIV. The granite used in the body of the structure was quarried on the estate of Col. Shepard, which is a short distance south of the edifice.
In the three large windows of the main structure, each nineteen feet high, are stained glass designs. Strictly classical treatment has been used in the interior of the building. The main auditorium has a seating capacity of 350, and the Sunday-school room of 150 persons. The floors are of mosaic in the church, and the pews are of carved wood. The building is as near as possible fireproof, as little wood being employed in the construction as circumstances would permit.
The wood-paneled [coffered] ceiling is secured to the entablature by carved wooden corbels. This ceiling is one of the main features of the room. It is made of California redwood. Its side surfaces are enriched with twenty-eight panels, each six feet square, and with carved wooden rosettes in their centers. This design encloses, as in a large frame, a large panel, itself broken up and subdivided into a considerable number of smaller panels. In the center of the ceiling is a great carved redwood cross. The inner walls are of cement, tinted to harmonize with the ceiling.
The choir dome, under which the pulpit is placed, at the end of the church, is paneled with rosettes, and a large skylight admits light from above. The building is lighted at night with electric lights, and the heating is to be in the winter season by hot-air appliances from the basement. Perfect ventilation is secured by means of exhaust flues in the side walls from the floors to the roof. The organ is in the main tower, while the keyboard is under the choir dome.

As the article states, the console was originally placed in the chancel area, leading me to speculate that this organ was likely the first all-electric adaptation of the patented Odell tubular-pneumatic action. In comparison, there are appreciable, if minor, design differences in the primary mechanism employed in the manual chest action used in our Op. 313 at St. Michael’s Church on West 34th Street in Manhattan. That organ, which is presently under our care and slated for major restoration work in 2012, was originally all tubular-pneumatic when it was built only one year prior in 1893. It has been interesting to note the nuance in mechanisms, scaling, and voicing practices of two Odell instruments that were built at nearly the same time.
As one can easily imagine the unwieldiness of playing the gallery organ from the chancel, it is not surprising that the console was later relocated to the gallery. Apart from this, the organ remained largely intact until the first major campaign of rebuilding and revisions began in the late 1980s through the 1990s.
At one time, there had been ambitious plans for the instrument, evidenced in the documentation of the Peterson switching system installed by a prior technician. Most of these plans went unrealized, though the addition of an anachronistic and stylistically questionable “Positiv” division had been carried out. Other changes included additional reed stops in the Swell, as well as evidence of attempts at rescaling, mostly in the principal stops of the Great.
In the meantime, problems of the winding system and mechanism were largely ignored. It was in this state that I first examined the organ at Scarborough in 2005. The Swell chest was then largely non-functional, owing mostly to issues with stuck sliders and pallet actions in need of rebuilding. I quickly realized that not only would a program of full mechanical restoration be needed, but also a careful reversal of many of the tonal changes, if the final result were to resemble anything that would make sense to a properly trained organist.
In addition to the difficulties with the organ, Scarborough was managing a leadership transition, something that is always trying in the life of any parish. The congregation faced this while contemporaneously entertaining bids for the organ project from us and other local firms, as well as considering wholesale replacement of the organ with a new electronic substitute. It was not until I made a detailed presentation to the congregation that we were able to at least keep the latter option off the table.
While we eventually prevailed as selectee for the organ project, there was no appreciable progress in going to contract until the appointment of Kenneth Potter as organist and director of music in 2007. Potter took the position on the condition of the organ’s restoration. This was agreeable to the Session and we were at last able to proceed.
No sooner had Mr. Potter taken the position than he reached out to me, and a lively discussion ensued on how best to revise and restore the organ. Plans at one point had even branched out into an entirely new case design, for which I excitedly prepared several conceptual sketches, but these were later set aside for both practical and aesthetic reasons. With our limited budget, the majority of our work would have to focus on restoration of the pipes, console, and mechanism. Moreover, with limited gallery space and an already richly appointed interior, it was difficult to realize a case design that would match the level of ornamentation or allow for a proper sense of proportion without getting into models that we knew would be far too elaborate. We officially went to contract in late 2007 and set to commence work in early 2008.
Eventually we settled on the design one sees today, which in many respects closely resembles the organ’s 1894 specification. The floating “Positiv” is gone, its Oboe restored and returned to its proper place in the Swell. The Swell Vox Humana was likewise deleted in favor of the Bassoon 16′, though not without some regret. The addition of the Clarion 4′ was kept, though the stop was revoiced in order to be more in scale (in terms of power) with the rest of the division’s reed chorus. Apart from careful tonal finishing and some adjustments to the power of some of the stops, the rest of the division remains as original but for the replacement of the Aeoline with a matched Voix Céleste for the Salicional.
I approached the Great with similar care. In sorting through the pipework in the shop I was able to review (and correct) prior attempts in rescaling and revoicing. Thankfully, the critical backbone stops of the division (the Open Diapason 8′, Gross Flute 8′, Gamba 8′, and Harmonic Flute 4′) had been left mostly untouched. Efforts had been made to re-scale the principal chorus from 4′ upward with limited success: rather than inserting new pipes in the bass and shifting the entire rank upward, pipes from various sources were randomly inserted in the compass of the Principal, Twelfth, and Fifteenth. To the uninitiated this probably seemed a harmless practice, but I was determined to restore some sense of order. Thus we maintained (and in some cases increased) the rescaling, as my experience with Odell scaling practices from this era (as well as my review of this instrument in particular) called for a significant increase in order to balance the power of the stops of the chorus without attempting to “voice around the scale.” Thus I reoriented the prior attempts at rescaling by fabricating new pipes with properly matching 2/7 mouths, using matched common metal (roughly 70% lead) as opposed to the uncharacteristic spotted metal used before. This allowed better control in the adjustment of the power of these ranks as I worked on them in the voicing room.
The other changes to the Great included the addition of the original Swell Bourdon on new unit windchests, so as to be available at 16′ and 8′ pitch. The Dulciana was deleted in favor of a new, matching principal-scaled Seventeenth. This exchange was part of an overall plan to keep a third-sounding rank available in the division, since the original Great Cornet mixture (17-19-22) was to be rescaled and recomposed into a suitable chorus mixture based on 2′ pitch (15-19-22). The original Cornet Mixture in the Swell had been retained, and Ken and I were in agreement that one tierce mixture per organ was more than sufficient.
Apart from these changes, pipe restoration was straightforward. Along with the windchests and console, everything was brought back to our facility and carefully cleaned. Metal ranks went through our pipe shop for repair. Wooden pipes were repaired and pipe stoppers were repacked. But for the Bassoon 16′ in the Swell and the Trumpet in the Great (which I kept for myself to work on), the Swell reeds went to Trivo in Hagerstown for restoration. Broken reed pipes were properly reblocked, tuning inserts were replaced, and shallots, tongues, and wedges were carefully cleaned and refitted as required.
The rebuilding of the mechanism presented several challenges. The manual windchests were essentially Odell slider chests with electro-pneumatic pulldown motors and slider motors. Both chests were completely stripped down to their tables at our facility so they could be evaluated and repaired. Thankfully, re-tabling was not needed, though damage to some of the sliders was so severe that some of them had to be replaced. Unlike modern slider chests (where engineered plywood is used), the bottoms of the Odell chest grids are covered with motor cloth, and the pallet openings are formed by blocking in the channels inside the pallet box and covering the area with a layer of packing leather. All this was restored to match the original configuration, whereafter the grid channels were carefully sized with thinned shellac, as is the custom. It was an arduous, not to say messy process, but the result was the total elimination of the numerous runs and bleeds encountered prior to removal. Finally, the chest pallets were all re-dressed with new felt and leather, and the motor and primary systems rebuilt.
With the slider motor system we faced a particular difficulty: Odell pneumatic slider motors were an innovative design in their day, but they can be fickle. When they work, they work well, but they often grow slow and unresponsive. Knowing this, in the planning stages of the project I seriously considered conversion to an electric slider motor system, but instead held this out as a last resort. The original pneumatic motors were dutifully rebuilt, and after some experimentation I eventually realized a solution: by placing the slider motor assemblies on their own separate wind reservoir and increasing the pressure moderately, I realized two immediate benefits: the slider motion was now swift and sure, and the action of the sliders no longer had any effect on the divisional wind pressure as they were actuated. I owe the inspiration for this concept to my colleague Timothy Fink, who several years ago used a similar approach when he designed his own pneumatically powered slider system (based in part on the Odell design) for the new organ he built for Grace Lutheran Church in Naples, Florida.
As the Pedal division had recently had its action rebuilt, we were free to leave this section alone and concentrate our remaining efforts on the console, winding system, and façade.
Dealing with the winding system was simple. The original massive single-rise reservoir was replaced with four new properly sized Odell reservoirs, one for each division, and the fourth for the aforementioned slider motor assemblies.
The console carcass was gutted and fitted with new, rear-fulcrum keyboards with basswood levers, and the manual compass restored to the original 58 notes. The newer pedalboard was kept. The stop-action rail and stop-action magnets were replaced with a much more reliable Harris tilting-tablet assembly, whose appearance is more characteristic of a traditional Odell console. The interior of the console was fitted with new panels made of sapele. We installed a new, integrated control system with the customary modern feature set.
The façade, which contains the bottom seventeen notes of the Great Open Diapason, was carefully stripped, repaired, and restored. The original zinc tuning flaps were replaced with spotted metal tuning scrolls. I personally handled the preparation and finishing process. A catalyzed base primer that bonds directly to the metal was used as the undercoat, over which I applied specialized metal lacquer mixed with gold flake powder. The result is a richer, deeper gold color that was accented by the application of silver flake lacquer on the pipe mouth inserts.
Our final step was to replace the 1950s-era wall panels below the impost of the façade. The layout was sketched by my wife Susan, who is a classically trained architect. With no cues from me, she intuitively established a rail and stile pattern that picked up on the center point placements of the pipes in the façade, while maintaining symmetry throughout. The panel molding, which required a custom-made set of molder knives, is a duplication of the custom panel moldings used throughout the church. The panels themselves are made from the same sapele used in the console, and are stained to match the existing appointments. Though it is minor, this was a welcome embellishment to the appearance of the organ.
Members of the Odell staff who contributed to this project include: John Williams (chest restoration, new chest, panel, and reservoir fabrication), Stewart Skates (pipe repair, fabrication, and restoration), Scotty Giffen (site, restoration, and assembly work), David Wason (wiring, site, restoration, and assembly work), Douglas Keilitz (site work, tuning, and tonal finishing), and myself (design, planning, wood and metal pipe finishing, voicing, and tonal finishing). Rigging for the removal and reinstallation was handled by our friends at Auer’s of New York City, long known for their skill in handling this sort of work.
We are grateful to the staff and congregation of Scarborough Presbyterian Church for being given the opportunity to restore this instrument and return it to service. I am particularly grateful to Kenneth and Christine Potter (who have become great friends as well as champions of our work), and also the Reverends Chris Iosso, Dae Jung, and Tim Ives, worship and music committee chair Lindsay Farrell, and most especially the late Florence Fletcher, to whose memory the new organ façade is dedicated.
—Edward Odell
East Hampton, Connecticut

It isn’t often that an organist takes a job with the congregation already understanding that the organ needs to be rebuilt, and he gets a significant say in how it gets done. My first decision was to commit what one might call a heresy among organists. I agreed that the organ needed to be reduced in size; we went from 37 ranks to 30. The results speak for themselves, as much of that reduction involved removing redundant ranks, ranks that served no useful purpose.
Prior to the rebuild, the Swell had become almost completely unplayable and been more or less abandoned. We realized the removal of the entire instrument to the Odell shop would be needed. Now rebuilt, the Swell is a wonderful division of great subtlety and color.
It made sense to keep certain additions, but we wanted these additions to form a real ensemble, and for the organ to speak into the room naturally. A fine Clarion 4′ had been added to the Swell. The Bassoon 16′, Cornopean 8′, Oboe 8′, and Clarion 4′ formed a reed battery that we were loath to break up. In order to keep it, the old Vox Humana 8′ had to go. I deeply regretted this loss, but I love the full reed chorus as it is now. The Aeoline 8′ went the same way to make room for the Voix Céleste. There was more than enough pipework left for quiet music, with the very gentle strings, a Stopped Diapason 8′, and a lovely Rohr Flute 4′ of surpassing beauty.
In the Great division, the previous Tierce had been derived from a split slider on the Mixture. It never worked very well, but I felt it was important to have a full Cornet on the Great, so we sacrificed the Dulciana. The Seventeenth that took its place is the only wholly new rank in the rebuild. The Dulciana’s place in the tonal scheme was taken by an 8′ extension of the 16′ Bourdon. I felt that with the three other strong 8′ stops (Open Diapason 8′, Gross Flute 8′, and Gamba 8′) we needed a quiet 8′ flute. This Bourdon 8′ can be coupled with the Gamba 8′ and form a fonds doux, but it also works beautifully alone, or with the Principal 4′ or Harmonic Flute 4′. With all 8′ flue stops on the Great drawn, one has a close approximation of the classic fonds de huit. After rescaling and restoration, the Great chorus is powerful and intense. With the coupling of the Swell reeds, it becomes immense.
In the process of this rebuild, I learned a lot about what stops are truly necessary. As someone who cut his teeth on the Organ Reform movement, I had difficulty understanding a tonal scheme built on generously scaled 8′ stops, with smaller upperwork, or a second manual division without a Principal 4′. In time, I have come to understand this instrument on its own terms. The Violina 4′ really does serve a purpose, and I have come to love the very modest 4′ Rohr Flute in the Swell; it is delicate and very non-intrusive, and I never seem to stop finding uses for it. The Flute 2′ with the Cornet III makes a wonderful sparkle in that division without adding weight. The Oboe 8′, now returned to the Swell, is an excellent addition to the division’s chorus, adding just enough weight to balance the flues. So much for the Swell organs I was previously accustomed to, with their 8′ Gedeckt foundation and blazing upperwork!
It thrills me endlessly to have other organists come in and play. I love to wander around downstairs and listen, often asking what stops they have on. This organ, which sounds immensely powerful in the gallery, is gentle and convincing downstairs—the fullest registration is not overpowering, but rather full, blended, and satisfying.
There isn’t an ugly stop on the entire instrument. Every rank is distinct, beautiful, and makes the listener sit up and notice, whether quiet, mezzo forte, or loud. Nothing is overbearing and the range of color is amazing. Edward Odell has demonstrated great skill as a voicer, taking stops that had been poorly regulated, and restoring, focusing, and adjusting them to create a satisfying, integrated ensemble. He was ably assisted by Doug Keilitz on the tonal finishing.
Let me conclude by saying we are blessed with some of the finest acoustics I have ever experienced in a church, both for organ and choral music. The instrument is now inspiring our choir to new heights. As I had hoped, the wonderful sounds coming from the loft are enhancing our worship and attracting new members.
—Kenneth Potter
Organist and Director of Music

J.H. & C.S. Odell Opus 327
Scarborough Presbyterian Church, Scarborough, New York

GREAT
16′ Bourdon 70 pipes
8′ Open Diapason 58 pipes
8′ Gamba 58 pipes
8′ Gross Flute 58 pipes
8′ Bourdon (from 16′ Bourdon)
4′ Principal 58 pipes
4′ Harmonic Flute 58 pipes
22⁄3 Twelfth 58 pipes
2′ Fifteenth 58 pipes
13⁄5′ Seventeenth (new) 58 pipes
III Mixture 174 pipes
8′ Trumpet 58 pipes

SWELL – Expressive –
in reconfigured expression chamber
16′ Bourdon 58 pipes
8′ Open Diapason 58 pipes
8′ Stopped Diapason 58 pipes
8′ Salicional 58 pipes
8′ Voix Céleste 58 pipes
4′ Violina 58 pipes
4′ Rohr Flute 58 pipes
2′ Flute 58 pipes
III Cornet 174 pipes
16′ Bassoon 58 pipes
8′ Cornopean 58 pipes
8′ Oboe 58 pipes
4′ Clarion 58 pipes
Tremulant

PEDAL
32′ Resultant (special configuration,
from Open Wood and Bourdon)
16′ Open Wood 30 pipes
16′ Bourdon 54 pipes
8′ Gedeckt (ext 16′ Bourdon)
8′ Violoncello 30 pipes
4′ Flute (ext 16′ Bourdon)
16′ Bassoon (from Swell)

Mixture Compositions
Great
1 to 25 15-19-22
26 to 37 12-15-19
38 to 58 8-12-15

Swell
1 to 25 17-19-22
26 to 37 15-17-19
38 to 58 8-15-17

Couplers
Great to Pedal 8′ (reversible)
Great to Pedal 4′
Swell to Pedal 8′ (reversible)
Swell to Pedal 4′

Great to Great 16′
Great Unison Off
Great to Great 4′

Swell to Great 16′
Swell to Great 8′ (reversible)
Swell to Great 4′

Swell to Swell 16′
Swell Unison Off
Swell to Swell 4′

Pistons
12 generals (duplicated on toe pistons)
6 divisionals per division
4 reversibles (3 coupler, 1 Sforzando)

Accessories
32 levels of capture memory
12-step transposer
Programmable Sforzando
Memory controls in keyslip
Programmable Crescendo
MIDI for record/playback

J. F. Nordlie Company, Sioux Falls, South Dakota
Ida Roberts Memorial Chapel Organ,
Kernersville Moravian Church, Kernersville, North Carolina
Dedicated on May 6, 2007, Moravian Music Sunday

From the builder
My first encounter with Kernersville Moravian Church was a short visit in 1991. At the request of the newly appointed organist and choir director, Wayne Leupold, I made a visit to look at the new sanctuary under construction and talk about a new organ and placement in that room. It was a bit early to evaluate acoustics, with only a slab of concrete, half-completed masonry walls, and steel structure reaching to the open sky; however, the space, volume, and materials indicated by the architect’s prints showed much promise of an exciting room. Several more visits of introduction, planning, sales, and contract negotiations ensued, and in June 2003 we dedicated a new mechanical-action organ of three manuals with 40 ranks of pipes comprising its tonal resources. The promise of a new pipe organ that Wayne Leupold had envisioned when accepting the job at Kernersville Moravian Church, some 12 years earlier, was a reality.
It was first during the design of the new sanctuary organ that Wayne started to talk with me about what might be done with the organ in the now “Historic Chapel,” the original sanctuary of the Kernersville Moravian Church, built in 1867. Wayne had originally shown me the organ that he played in the chapel in 1991. It was an undistinguished four-rank unit organ tucked away in a makeshift organ chamber. The instrument was built in 1950 of supply-house parts, without builder identification. It was already suffering with reliability issues, but had a dedicated service technician to keep it functioning and a skillful organist to hide the problems. As I remember, we spent little time looking at it.
The “Historic Chapel” had seen many changes since its construction, originally built as a simple, yet elegant, rectangular room; the chancel and nave occupied the space with little architectural definition. Any music being made within these walls would have had a wonderful presence. The high plastered ceiling, wooden floor, and hard walls would have given the spoken word and music space in which to bloom. Throughout the years changes had been made to provide space for an ever-growing congregation and “modernize” the church. At one point a balcony was added to provide more seating, and at another, carpet and padded pews were deemed necessary. In 1950 a major building project was completed, adding a parish hall, kitchen, and yet further changes to the chapel. At this point, a room that had been a kitchen was opened in back of the chancel. This new space became the choir loft and home for the then new organ’s console, with the pipes speaking through a small tonal opening high and to the right. Unfortunately, the barrel-vaulted ceiling and low stage-like proscenium of this choir room did nothing to project the sound of the choir or enhance the acoustics of the room.
Our discussions regarding a new organ for the “Historic Chapel” started during our installation of the new sanctuary organ. Considered by many a “pipe dream,” the talk focused on design of the casework and—given the Moravian connection with David Tannenberg—the appropriateness of that style of cabinetry in the room. The “Historic Chapel” was now used for one weekly Sunday morning service and smaller weddings and funerals. Music was accompanied by piano, as the 1950 four-rank unit organ was unreliable and deemed no longer economically serviceable by the local technician.
In June 2004 Ida Roberts, whose initial gift started the organ fund for the sanctuary organ, died at the age of 104. One of Ida’s greatest worries was that she might not live long enough to see the new sanctuary organ complete. She lived long enough to hear the sanctuary organ in recital several times, and evidently she must have enjoyed her investment, for when her bequest was made public in September 2004, the church found that she had left a large amount of money to the organ fund. Since the debt on the sanctuary organ had been retired, it was decided that a portion of the money Ida had left would go to purchase an organ for the “Historic Chapel.”
It was at this point that I, my tonal designer and voicer Eric Grane, and Wayne started to have serious talks regarding budgetary restraints and what we needed to accomplish in the tonal design of the chapel organ. Of course, the visual and tonal design would have to reflect something of the Moravian heritage. This was even more emphasized by the recent awareness of the restoration of the 1800 Tannenberg organ in Old Salem. The instrument would have to serve the needs of the church in leading hymns and playing appropriate literature. The church had recently started identifying those interested in studying organ performance and providing lessons. It was realized that the new organ would be used as a practice instrument and must be similar in key compass and console configuration and contain similarities in tonal warmth and color with the sanctuary organ. Eric and I determined that with rescaling and careful voicing we might be able to use three of the four ranks of pipes in the existing chapel organ without detriment to the tonal quality of the new organ. This of course helped stretch our funds and pleased those that wanted a connection to the past and/or a more “green” instrument. A contract for the chapel organ was signed in July 2005.
There were those who wanted the organ to be placed in the choir loft area to preserve seating. The organ committee and I successfully argued that this placement would damage the sound and beauty of a new organ and continue to hamper the choir’s efforts. We compromised somewhat on the position of the new free-standing organ in order to preserve as much space as possible on the chancel floor. The Great and Pedal pipes stand within the casework projecting into the chapel, with the swell box at the very front of the “choir room” speaking through the façade of the Great. If anything, the position of the free-standing swell box helps the desired effect. The carpet and several rows of pews were removed from the chancel area, and hardwood floor installed. This helps project the organ’s sound and creates a marvelous space for musicians and the choir to perform.
The tireless beauty of but a few well-voiced stops in a small pipe organ never ceases to amaze me. Their limitations are only subject to the creativity of the artist playing the keys. I learned this from my wise teachers including Fritz Noack and Gene Doutt over 30 years ago, and strive to incorporate this tonal beauty into every instrument I build.
The greatest compliment I can receive is to be asked to build a second instrument for a church just having purchased one from me. I thank Kernersville Moravian Church for their trust and appreciation of my work.
—­John F. Nordlie

Those having contributed to the construction of this instrument include John F. Nordlie, design; Eric J. Grane, voicing; Paul E. Nordlie, construction; Dale Krause, construction; Arnie Bortnem, pipe shades; Betsy Oerter, installation; Neil Oerter, installation.
Suppliers include Gebruder Kaes, Bonn, Germany, flue pipes; Matters Inc., Haskell inserts; Aug. Laukhuff, blower; Klaus Knoeckel, console lighting; Eastern Organ Pipes, oboe.

From the consultant
This is an organ for a vibrant congregation of the Moravian Church in America. Moravians have a strong practice of not only preserving the best of their rich traditions and musical heritage but also being open to quality innovations from the present. The primary impetus in the design of this instrument is for this organ to assist the worship of God by being able to accompany with variety the many hymns that Moravians sing in every worship service. It is the result of a bequest by Ida Herman Roberts, a longtime active member of the church, who taught third grade for many years and died at age 104 without any children. Her will stipulated that half of her bequest be spent for a new pipe organ. It was decided to put the organ in the church’s chapel, an 1867 Victorian-style sanctuary that seats about 250 people. The organ is named in her honor.
The organ features mechanical action. This basic design has been essentially unchanged for many centuries, due to its simplicity, subtle musical expressiveness, and unrivaled durability. If well maintained, this organ should last for hundreds of years. The keydesk is attached to the case.
The tonal design, voicing, and façade is inspired by the 1800 David Tannenberg, two-manual, restored organ in the new auditorium of the Old Salem Moravian museum in Winston-Salem, North Carolina. Thus, the majority of the ranks are scaled and voiced in an early 19th-century American style and possess great refinement and gentleness. Of particular interest is the Gambe 8′ on the Great whose initial speech characteristics are subtly similar to the sound of a bow striking a string on a viola da gamba. To this basic framework a judicious addition of a string Céleste 8′ was made to incorporate a modicum of historical development from the late-19th and early-20th centuries.
Thanks to the artistic skill of builder John Nordlie and his voicer Eric Grane, a beautiful, integrated artistic ensemble has been created. Thus, variety, individuality, and flexibility are artistically combined to achieve great expressiveness and a wonderful unity of ensemble.
—Wayne Leupold
Organist emeritus and organ consultant, Kernersville Moravian Church

Kernersville Moravian Church
J. F. Nordlie Company – Pipe Organ Builders

GREAT
8′ Diapason (70% tin façade)
8′ Flûte Traversière (50% spotted metal)
8′ Gambe (70% tin, 1–8 common bass)
4′ Principal (50% spotted metal)
4′ Flûte d’Amour (50% spotted metal)
2′ Fifteenth (50% spotted metal)

SWELL (enclosed, balanced mechanical swell pedal)
8′ Stopped Diapason (white oak & 50%
spotted metal)
8′ Salicional (revoiced)
8′ Céleste EE (revoiced)
4′ Flûte Harmonique (50% spotted metal)
8′ Oboe (50% spotted metal)
Tremulant
Zimbelstern (hook-down toe lever; 5 bells under expression)

PEDAL
16′ Bourdon (wood, rescaled & revoiced)
8′ Flute (extension of Bourdon 16′)

Couplers (hook-down toe levers)
Great to Pedal
Swell to Pedal
Swell to Great

12 ranks, 13 stops, 703 pipes
Mechanical key and stop action with pneumatic pedal offset chests
32-note AGO concave-radiating pedalboard
Reverse color 61-note keyboards (ebony naturals with bone capped sharps)
Cone-tuned and soldered-fast metal pipework
Modified Bach WTC 1722/Bradley Lehman temperament
Single-rise sprung static reservoir
Double-rise weighted main reservoir
High-speed blower with VFD (variable frequency drive) speed control
Adjustable bench with backrest
Pencil storage drawer
Music desk and pedalboard light

C. B. Fisk, Inc.,
Gloucester, Massachusetts
First Presbyterian Church,
Santa Fe, New Mexico

From the organbuilder
Since its incorporation in 1961, the Fisk workshop has been in Gloucester, Massachusetts, home of the oldest art colony in the United States. Just as artists have been drawn to the light and ocean-
scapes of Gloucester for decades, so have they been drawn to the desert light of Santa Fe. Thus, when C. B. Fisk received a letter in 1999 requesting a proposal for a pipe organ in the sanctuary of the First Presbyterian Church, we were especially excited by the opportunity to work in the Southwest, with its own quality of light and architectural styles so different from those surrounding us in our New England home.
From our first visits to John Gaw Meem’s serenely beautiful 1930s sanctuary, it was evident that there were wonderful opportunities and challenges inherent in the project. When plans were made to restructure the chancel as part of a larger building project, the church wisely included us along with acousticians Kirkegaard & Associates, and architects Lloyd & Associates. The excellent result literally speaks for itself. While maintaining the simple beauty of the space, a modern approach to acoustics was applied. The walls at the chancel sides are now hard-plastered and subtly angled, allowing choir and organ to speak boldly into the sanctuary. Other changes were made invisibly above the ceiling in the sanctuary, leaving the latillas undisturbed, but improving the acoustical response so important to congregational singing. This commitment to the excellence of both sound and silence will pay dividends for generations to come.
Our first step was to take careful measurements and photos of the new chancel in order to construct a scale model of the front of the sanctuary. Much research was done on the vernacular church architecture of the Santa Fe area, with special attention to the surrounding historic missions. Charles Nazarian then developed the visual design within the model in consultation with the Fisk design team and the organ committee, whose members visited Gloucester several times throughout the process. Designing in the model also gave us the opportunity to communicate with the organ committee and the congregation through digital photography sent via e-mail.
The organ façade serves as a liturgical reredos and is divided in three—the detailed central case flanked on each side by the Douglas fir pipes of the 16′ Contrebasse. The painted casework is constructed of solid poplar, and the console of cherry. Both feature joinery designed for a dry climate. The casework and the wooden front pipes were hand-planed, providing a texture consistent with the hammered lead pipes in the central tower and the hand-carved spiral posts that support it. Great care was taken to choose materials, decorative elements, shaping and colors to create an organ design unlike any other, yet appearing to have always been there.
The mechanical design of a tracker organ must be as simple and as direct as possible in order to increase an organ’s utility and reliability, and to allow an unfettered transmission of musical expression. The active musical life in Santa Fe all but guarantees that the organ will be played often, calling for the highest levels of care and attention to detail in its design and construction. Our experience with creating light, responsive actions and our increasing use of modern materials such as carbon fiber have made Opus 133 a new standard of key action touch.
Rooted firmly in historic principles, the tonal design is a unique blending of elements chosen specifically to meet the musical needs of the church. Dr. Larry Palmer of Southern Methodist University and Dr. Linda Raney, music director, consulted closely with us over a period of several years. The final stoplist is the result of careful research and thoughtful discussion in many areas of importance—the musical requirements of the Presbyterian liturgy, including leadership and accompaniment, the acoustics of the church, and the breadth and flexibility needed in a recital instrument.
The Great division is largely Germanic in nature, with most of its stops based upon our research trips to study the best 18th-century examples of organbuilding. The Great chorus, among its other duties, is designed to support congregational singing. The Swell division, by contrast, takes its character from 19th-century French examples, and is perfectly designed and balanced to accompany the choir and instrumentalists. The Solo division on the third manual can be used to enhance a hymn melody and creates the greater flexibility needed to play a wide selection of the entire organ literature.
The organ’s 2,065 pipes were pre-voiced at our Gloucester workshop and then each pipe was meticulously adjusted on site in Santa Fe. This tonal finishing process took place over the course of five months beginning in the spring of 2008, as the voicers refined the individual voices of the organ and balanced the overall sonority with the acoustics of the sanctuary. Because of the altitude and thinner air of Santa Fe, special voicing techniques and a larger blower were required to help the pipes speak with a full tone. The temperament is the mildly unequal Fisk II, which, while favoring the common keys, allows for music of all styles to be performed. Wind pressures are 3 inches water column for the manual divisions and 4¾ inches for the Pedal.
C. B. Fisk wishes to thank the staff and congregation of First Presbyterian Church for the opportunity and privilege of building an organ in their remarkable and inspiring church. Without the constant support and hospitality of Dr. Raney, the members of the choir, and the organ committee, the pursuit of our art and our sojourn in Santa Fe would not have been half so rewarding and enjoyable.
—Gregory Bover
Project Manager

C. B. Fisk, Inc., Opus 133
First Presbyterian Church,
Santa Fe, New Mexico
29 voices, 31 stops, 41 ranks,
2,065 pipes

GREAT (Manual I)
16′ Bourdon
8′ Prestant
8′ Salicional
8′ Spillpfeife
4′ Octave
4′ Rohrflöte
2′ Superoctave
Mixture IV–VI
8′ Trumpet

SWELL (Manual II, enclosed)
8′ Violin Diapason
8′ Voix céleste (from C0)
8′ Stopped Diapason
4′ Prestant
4′ Flûte octaviante
22⁄3′ Nasard
2′ Octavin
13⁄5′ Tierce
Plein jeu IV
16′ Basson
8′ Trompette
8′ Hautbois

SOLO (Manual III)
8′ Harmonic Flute
Cornet V (from c1)
8′ Trumpet (from Great)
8′ Cromorne

PEDAL
16′ Contrebasse
16′ Bourdon
8′ Octave
8′ Bourdon (from 16′)
4′ Octave
16′ Posaune

Couplers
Swell to Great
Solo to Great
Great to Pedal
Swell to Pedal
Swell Super to Pedal
Solo to Pedal
Solo Super to Pedal

Controls
Tremulant
Wind Stabilizer
Balanced Swell Pedal

Key action: direct mechanical (tracker), except for certain large bass pipes
Stop action: electric with a modern multi-level combination action
Keydesk: 61 keys CC–c4, grenadilla naturals, rosewood sharps capped with cowbone; pedalboard: 32 keys CC–g1
Casework: a single case with façade pipes of wood and metal, standing in the front of the sanctuary, designed to harmonize with and adorn the historic Mission church interior

Paul Fritts & Co., Tacoma,
Washington
St. Philip Presbyterian Church, Houston, Texas

From the organist
Nearly a decade ago, St. Philip Presbyterian Church began planning a major renovation of its facilities. In addition to a new educational building, plans were made to gut the sanctuary and make it a more vibrant and flexible space. By 2004 a new organ was on the horizon as well, thanks to an old electric-action instrument whose shortcomings had become obvious, an enthusiastic committee, and an expert consultant. In 2005 we bid good-bye to the old sanctuary and organ and signed a letter of intent with Paul Fritts for his Opus 29, a three-manual and pedal mechanical-action instrument of 48 stops, which was delivered and installed in the renovated sanctuary in early 2010.
And we couldn’t be happier! The new organ and sanctuary are a perfect match, with the instrument speaking directly into the room from its lofty position in a new gallery. Significant changes had to be made to the former choir loft to support the new organ, with the new gallery extending forward into the sanctuary to accommodate both choir and organ. Fortunately, we were blessed with a building whose basic shape—tall, long, and slender—presented a potentially ideal acoustical environment for organ and choral music. The transformation has been stark: a room that formerly had abundant absorptive and soft surfaces now has several seconds of reverberation. It’s also become a much more appealing visual space: the modernist light-filled sanctuary now boasts handsome millwork, beautiful stained glass, a tile mosaic front wall, and in the rear gallery, a stunning new organ.
Our selection of Paul Fritts & Co. as builders reflects St. Philip’s longstanding commitment to excellence in its music program and the amazing foresight and generosity of its members. Now just a little over a year old, the Fritts organ has generated a great deal of local and even international enthusiasm, and we’re delighted to be sharing it with a wide community of music lovers. I’m especially pleased that organ students from the University of Houston are able to use Fritts Opus 29 for weekly practice and degree recitals, since a splendid instrument like this has so much to teach us.
—Matthew Dirst
Organist
St. Philip Presbyterian Church

From the organ consultant
Long before I became the consultant for a new organ at St. Philip Presbyterian Church in 2004, Matthew Dirst set the groundwork for the project. For many years he had developed a solid relationship of trust, goodwill, and mutual respect between himself and the musicians, clergy, and congregants of St. Philip. It is certainly safe to say that without that special relationship, this project would never have happened. Soon before I came on board, an organ committee had been formed and fundraising had begun. I quickly learned that music was very important to the people of St. Philip. The committee made clear that they wanted an instrument that could lead in worship, accompany the choir, and make possible the performance of great organ music—especially music played by their world-famous organist! But something else came through from our initial meetings. The committee wanted an instrument of high quality that would stand the test of time, and of real beauty that would lead people to a fuller spiritual life.
The committee considered several builders. Committee members took their responsibilities seriously, and some of them made trips well outside the state of Texas to hear recent installations. As soon as they heard the Fritts organ at the University of Notre Dame, they knew what builder they wanted for St. Philip. The size of organ was never the driving force, and in fact the church initially contracted for a smaller (and less expensive) two-manual instrument. I know Matthew Dirst would have been content with it. But additional funds became available, and the size and scope of the instrument increased accordingly.
Besides the desire for a quality instrument that could lead in worship and be featured in concerts, the people of St. Philip Church wanted an instrument that could be used for educational purposes. The organ majors of the University of Houston now practice on this instrument almost every day, take weekly lessons at the church, and present degree recitals on it every semester. Last year, the church began an internship program, which lends support to one lucky UH graduate student in organ. In its role as music educator, the instrument will be featured in numerous conferences and workshops in the years to come, including a national conference sponsored by the Westfield Center for Early Keyboard Studies to be held April 12–15, 2012, and the AGO national convention, scheduled for the summer of 2016. We are most grateful!
My congratulations go first to Matthew Dirst, Associate Professor of Musicology at the University of Houston and organist of St. Philip Church, for his many years of strong leadership and impeccable musicianship. He really deserves such an instrument! I also want to thank the St. Philip Organ Committee—especially its remarkable chairperson, Elizabeth Duerr—for years of hard work and unwavering commitment to excellence. And, finally, thanks go to Paul Fritts and his entire team for the construction and installation of an instrument of real quality—one that I know will inspire the congregants of St. Philip and the citizens of Houston for many years to come.
—Robert Bates
Professor of Organ
University of Houston
Organ Consultant
St. Philip Presbyterian Church

From the organbuilder
Many decisions contribute to the building of an organ, and these decisions become more significant when virtually every part is designed and built in the builder’s workshop. This distinction, achieved by our firm in 1984 when the pipe shop was established, enables creativity to flourish—we can build anything we want.
Organbuilders have been practicing their art for centuries, often with extravagant support. Today we can visit existing organs from most periods and national styles and still experience them firsthand. These visits become more challenging since we must also account for things outside the original builder’s intention. We are experiencing instruments through the veil of rebuilds and restorations over the centuries, some not so sensitive. We must also develop a good understanding of the acoustical environment these organs are speaking in, often a far cry from the typical modern American space. We can both experience how these organs sound and behave today, and also imagine how they once were.
Over the course of many study trips, I have noticed things common to instruments I consider magical. Interestingly, these outstanding instruments are not limited to any national style or time period. When comparing the experiences, I find a substantial convergence in areas of sound. The sounds of the pipes are complex and yet they have an unusual combination of qualities often difficult to achieve but deliberately sought after: their harmonic content is both refined and colorful, and it is balanced with a generous amount of fundamental. The speech is quick and elegant. These qualities are especially challenging, since customary ways of refining speech generally kill the unique harmonic content we hear in the old pipes. Interestingly, we find these sonic qualities in other fine instruments: violins, harpsichords, pianos, and many others. There seems to be a connection to the human voice—richness is present, combined with clarity—and all of this is accomplished, in the case of the organs, without excessive intensity, through the use of relatively low wind pressure. The organs somehow function on a human scale in spite of being grand both in appearance and sound. The pipes have open feet and flueways and relatively high cutups, but are mostly controlled in their sound production by the organ’s wind pressure, the main determinant of the organ’s overall intensity. These things contribute to what has been aptly called a relaxed intensity—the pipes sing robustly without shouting. Many other aspects fall into place when stops are working this way. The blend between them is enhanced and many more stop combinations work together. The organs carry a space remarkably well without having to be loud. They lead rather than direct a congregation. This rather strict approach surprisingly enables an organ to be more eclectic or universal in its capabilities. And, most importantly, they are supremely musical.
These thoughts were on our minds as we considered the design and construction of the new St. Philip Presbyterian Church organ. Many ideas garnered from the study trips expand the design, construction, and voicing, along with the collective experience of our seven craftsmen. The case appearance, in keeping with the spare nature of the church architecture, is an original design and incorporates ideas found in revered cases to make it more interesting. The treble flats curve inward and alternate direction in ancient Dutch fashion, and the proportions of the bass and tenor flats follow well-established trends. Straightforward moldings properly adorn the case and each vertical stile is framed with decorative insets. The carvings are contemporary creations inspired by Renaissance-era Italian organ pipe shades. All is painted a glossy white with gold leaf highlights. The result in the church is both a striking appearance and a comfortable feeling that it belongs.
Tonally the organ is more strict and at its core Germanic. Arp Schnitger’s work forms the basis of our recipe, and for good reason. The level of sophistication in the pipe-making and voicing is a true inspiration. Congregational support is of paramount importance and was at the forefront of our thinking when envisioning the St. Philip tonal design.
There is an abundance of reed stops, and these pipes follow the same principles as the flue pipes. They are made to produce a strong fundamental tone combined with color and refinement. The resonators are cut long to facilitate this, and a welcome consequence is tuning stability.
Eclecticism within this structure can flourish. For the St. Philip instrument we have included many stops and features that broaden the scope. A Swell is present with shades on three sides, along with the required string stops plus the Hautbois (a strict Cavaillé-Coll copy) stop. A string stop is also present on the Great, and there is a wide variety of flutes throughout the organ.
We have also added an electric stop action piggybacked to the mechanical stop action. We do this since there is a vastly different life span between the two systems. Any electric computer system will fail within a relatively short time compared to a well-made mechanical system that can function for centuries. We can avoid this dilemma if the electronic components are included in a non-intrusive way and are easy to replace when it becomes necessary. In the meantime, the organ will not be seriously disabled by failures of these electrical components, since the mechanical system will continue to work. As is usual with modern electrical preset systems, there are the usual features, including hundreds of memory levels and a sequencer.
The wind system is substantial, with four large bellows fitted with all the levers and check valves necessary to foot-pump the organ. When this novelty is utilized and the audience is informed, the performance takes on new meaning. There is a connection to the organ’s legacy—the organ is functioning on a human scale.
All of the four divisions speak directly through the façade—that is, no divisions speak through other divisions, contributing to an easy balance among them. The manual divisions are positioned center case, with Positive at the bottom, Great above, and Swell at the top. The Pedal is divided on each side.
The people of St. Philip Presbyterian are to be much admired for their unyielding support throughout the process leading up to the dedication of the organ in the spring of 2010. I am also humbled by my talented staff who work skillfully and with dedication. We strive to build lasting instruments—instruments that are both durable and very much cherished by those who play them and those who listen. Projects like this have the added benefit of the involvement of a wide group of people, a group too numerous to individually name here. I thank the St. Philip family for their support on many levels throughout the process, and I thank my wonderful crew for their continued excellence and support.
—Paul Fritts
Paul Fritts & Co. Organ Builders

St. Philip Presbyterian Church
Paul Fritts & Co. Organ Builders
Opus 29, 2009

GREAT
16′ Principal*
8′ Octave
8′ Rohrflöte
8′ Salicional
4′ Octave
4′ Spitzflöte
22⁄3′ Quint
2′ Octave
13⁄5′ Terz
IV–VI Mixture
V Cornet (mounted)
16′ Trompet
8′ Trompet
4′ Trompet
8′ Baarpfeife

SWELL
8′ Principal
8′ Bourdon
8′ Violdigamba
8′ Voix celeste
4′ Octave
4′ Koppelflöte
22⁄3′ Nasat
2′ Blockflöte
13⁄5′ Tierce
IV–V Mixture
16′ Fagott
8′ Trompet
8′ Hautbois

POSITIVE
8′ Principal
8′ Gedackt
8′ Quintadena
4′ Octave
4′ Rohrflöte
2′ Octave
11⁄3′ Larigot
II Sesquialtera
IV–V Scharff
8′ Dulcian

PEDAL
16′ Principal
16′ Subbaß
8′ Octave
8′ Bourdon*
4′ Octave
VI–VIII Mixture
32′ Posaune*
16′ Posaune
8′ Trompet
4′ Trompet

*Some pipes transmitted from other stops

Couplers
Swell to Great
Positive to Great
Swell to Positive
Great to Pedal
Swell to Pedal
Positive to Pedal

Compass: Manual, 58 notes; Pedal, 30 notes

Other:
Polished tin front pipes
Solid wood casework with carved pipe shades
Suspended, direct mechanical key action
Mechanical stop action with electric pre-set system
Tremulant
Multiple wedge bellows with foot pumping levers
Wind Stabilizer

70 ranks, 48 stops, 3,488 pipes

Photo credit: Paul Fritts