Boardwalk Hall Auditorium Organ

The Boardwalk Hall Auditorium Organ is the pipe organ in the Main Auditorium of the Boardwalk Hall (formerly known as the Atlantic City Convention Hall) in Atlantic City, New Jersey, built by the Midmer-Losh Organ Company. It is the largest organ in the world, as measured by the number of pipes (officially 33,112, but the exact number is unknown).[1]

Boardwalk Hall Auditorium Organ
OrgueAtlanticCityConventionAll.jpg
Classification Pipe organ
Builders
Midmer-Losh Organ Company
More articles or information
List of pipe organs

The main auditorium is 487×288×137 feet (148×88×42 m)[2] with a floor area of 140,000 square feet (13,000 m2), giving a volume of 5,500,000 cubic feet (160,000 m3).[3] Consequently, the organ runs on much higher wind pressures than most organs in order to achieve a volume loud enough to fill the hall.

The organ has four entries in Guinness World Records, including "Largest pipe organ ever constructed", "Largest musical instrument ever constructed" and "Loudest musical instrument ever constructed", and holds several records in the organ world. It is one of only two organs in the world to have an open 64-foot rank,[4] and the only organ to have stops voiced on 100 inches of wind pressure (about 3.6 psi).[4] Its console features seven manuals.[5]

Construction and layoutEdit

Construction of the organ took place between May 1929 and December 1932. The organ was designed by state senator Emerson Lewis Richards and was built by the Midmer-Losh Organ Company of Merrick, New York. Most of the pipes were built by Midmer-Losh. Anton Gottfried made some of the reed pipes, including the Brass Trumpet, Egyptian Horn, Euphone and Musette Mirabilis. The German firm Welte-Mignon provided[citation needed] the Bassoon with papier-mâché resonators[6] and wooden Tuba d'Amour for the Echo division.

The organ is built around the Main Auditorium of the Boardwalk Hall. The organ's divisions are divided across 8 organ chambers, as follows:

Left Stage
Pedal Left,
Unenclosed Choir
Swell, String I
Swell-Choir
Stage Right Stage
Pedal Right, Perc-
ussion, Great, Solo
Great-Solo (Flues)
Great-Solo (Reeds)
Left Forward
Choir

Right Forward
Brass Chorus
String II
   
Left Center
Gallery III (Diap's)
Gallery IV (Orch)
Left Upper
Fanfare
String III
The Upper chambers are located above the Center chambers Right Upper
Echo
Right Center
Gallery I (Reeds)
Gallery II (Flutes)

The current layout of the organ was Emerson Richards' third design. The first design was to house 43,000 pipes in six chambers (all mentioned above without the two Forward chambers), but the quoted cost greatly exceeded the allocated $300,000,[2] and there wasn't enough space to house all the pipes. The number of pipes was then reduced to 29,000. Later, when the Forward Chambers were also used, some stops from the original plan were reinstated, raising the numbers of pipes to the present official number of 33,114 (see also below). The contract price was $347,200[2] (equivalent to $5,233,000 in 2020[7]).

ConsoleEdit

The organ's main console is the biggest in the world. It has 1,235 stop tabs controlling 587 flue stops, 265 reed stops, 35 melodic percussions, 46 non-melodic percussions, 164 couplers, 18 tremolos, 120 swell pedal selectors for the 6 swell pedals controlling 15 swell boxes,[4] and a stop crescendo pedal. The console is also the only one in the world with 7 manuals. The lowest two (Choir and Great) have a range of seven octaves, and the next lowest (Swell) has a range of six octaves, while the rest have a normal five octave range.[8] The bottom five keys on the Swell manual (GGG to BBB) are in place mainly for cosmetic reasons, as there are no pipes, in most ranks, for those notes; however, these keys would sound if couplers were activated.[8] The manuals from top to bottom are:[4]

VII Bombard 5 Octaves, 61 Keys, CC to c4
VI Echo 5 Octaves, 61 Keys, CC to c4
V Fanfare 5 Octaves, 61 Keys, CC to c4
IV Solo 5 Octaves, 61 Keys, CC to c4
III Swell 6 Octaves, 73 Keys, GGG to g4
II Great 7 Octaves, 85 Keys, CCC to c5
I Choir 7 Octaves, 85 Keys, CCC to c5

The Great and Choir manuals have been enlarged to seven octaves so that specially extended stops in the pedal can be played throughout the 85 note compass of both manuals. These stops can be selected by stop-keys in two divisions in the right stop jamb. The Grand Great (for the Great Manual) controls stops from the Pedal Right and the Grand Choir (for the Choir Manual) controls stops from the Pedal Left.[8] For example, the Grand Ophicleide can be played from the pedalboard, but also from the Great manual by means of the Grand Great.

Also, some divisions are playable on two manuals. For example, the Choir-Swell division is usually played from the Choir manual, but it has been duplexed stop key for stop key to the Swell manual, so that all the stops can also be played from there as the Swell-Choir, no matter what stops are drawn on the Choir manual. The same is true for the Great-Solo, which is usually played from the Great manual, but can also be played as the Solo-Great from the Solo manual.[9]

Although the four Gallery divisions can be played from any manual, their "home" is the Bombard manual. Not only are they the only divisions playable from it, but its keyslip contains the pistons for the Gallery organ.[10]

StopsEdit

Stoplist Summary
Department Voices Ranks Pipes
Pedal Right 11 11 903
Pedal Left 10 16 955
Choir 29 37 2,792
Unenclosed Choir 6 9 657
Great 38 63 4,647
Great-Solo (Flues) 13 13 1,152
Great-Solo (Reeds) 12 12 972
Swell 36 55 4,456
Swell-Choir 17 17 1,542
Solo 22 33 2,085
Fanfare 21 36 2,364
Echo 22 27 1,896
Gallery I 4 10 754
Gallery II 7 9 621
Gallery III 6 9 681
Gallery IV 8 8 596
Brass Chorus 8 10 730
String I 11 20 1,436
String II 24 37 2,657
String III 9 17 1,217
Total 314 449 33,113

In addition to 852 stopkeys controlling the speaking stops summarised above, the organ console also has the following:[4]

  • 35 melodic percussion stopkeys
  • 46 non-melodic percussion stopkeys
  • 18 individual tremolo stopkeys, plus one "master tremolo" stopkey
  • 164 couplers
  • 120 swell pedal selectives

64-foot Diaphone-DulzianEdit

The organ possesses a unique stop in the organ world, the 64-foot Diaphone-Dulzian in the Right Stage chamber (Pedal Right division), one of only two true 64-foot stops in the world. (The other 64-foot stop is the Contra-Trombone reed stop in the Sydney Town Hall Grand Organ.[11]) The stop is unique, because it is a reed/diaphone hybrid.

When construction of the organ commenced, it was planned to have two 64-foot stops in the pedal, a Diaphone Profunda and a Dulzian.[11] Later, the design was revised, and the Diaphone was cut, because it was feared it would crowd the Right Stage chamber (due to the width of the pipes). Consequently, the Dulzian was moved to the Right Stage chamber.[11] However, the sound of the 64-foot Dulzian did not meet the criteria, requiring Diaphone pipes to be used for the lowest 22 notes. The remaining pipes in the rank are reeds. Because of the low frequencies involved, and because the diaphone is voiced to imitate a reed stop, the transition from reed to diaphone cannot be detected.

The Diaphone-Dulzian's low-C pipe stands 59 feet (18 m) tall, weighs 3,350 pounds (1,520 kg), and produces a frequency of 8 Hz,[11] a tone that is more felt than heard; the sound of the vibrating pallet is described as "a helicopter hovering over the building". The pipe stands upright for about 40 feet (12 m), the remainder is mitered (turned) towards the Right Stage chamber's grill, like an upside-down L. All pipes taller than 32 feet (9.8 m) are designed in this manner. The two lowest pipes (CCCCC and CCCCC#) are fed by a single, dedicated 8-inch diameter wind line, operating on 35 inches of pressure. A second identical wind line feeds the remaining pipes.

The Diaphone-Dulzian rank spans from C3 to g2; it is sufficiently extended so that the 64-, 32-, 16-, 8- and 4-foot unison stops, and the 42+23-foot, 21+13-foot and 10+23-foot mutation stops, may be drawn from the same rank. No other extension rank in the world spans that far. Also, when the 64-foot and 42+23-foot are combined, the resultant tone simulates a 128-foot stop, equivalent to a 4 Hz tone on low C.

Use of the Diaphone-Dulzian is rare, being used primarily in registrations of moderate volume. "In very big combinations it is lost and in smaller ones it is too loud."[2][11]

Grand OphicleideEdit

The Grand Ophicleide in the organ's Pedal Right division, behind the Right Stage chamber grill, speaking on 100" wind pressure, is recognized by Guinness World Records as the loudest organ stop in the world. It is described as having "a pure trumpet note of ear-splitting volume, more than six times the volume of the loudest locomotive whistle." The Grand Ophicleide produces up to 130 decibels at a distance of 1 meter.[12]

Because of the high pressure on which the pipes stand, they must be tightly secured to the pipe chest, with individual parts secured to each other. If any wind leaks, a whistle, almost as loud as the tone of the pipes themselves, may be heard.[13] Completing the rank presented a problem; the highest 12 notes are produced by special flue pipes having a similar voice and timbre. All of the reed pipes use weighted tongues. The tuning wires are held firmly in place to maintain the correct tuning.

The Grand Ophicleide rank is extended one octave above the 16' unison rank, allowing an 8' register to be drawn from the rank; it is playable from the 85-key Great manual and from the 32-key pedalboard.[citation needed]

32-foot stopsEdit

To provide all the power needed in the pedal, the organ has ten 32-foot stops:

Stop Division
Tibia Clausa 32′ Pedal Right
Bombardon 32′ Pedal Right
Diaphone 32′ Pedal Left
Diapason 32′ Pedal Left
Bombard 32′ Pedal Left
Fagotto 32′ Pedal Left
Sub Principal 32′ Great
Trombone 32′ Fanfare
Violone 32′ Echo
Diaphone-Dulzian 32′, (extension of 64′) Pedal Right

RecordsEdit

The organ has been recognized by Guinness World Records as the largest musical instrument, the loudest musical instrument and the largest pipe organ ever constructed, although some debate still exists about the last. Guinness also recognizes the Grand Ophicleide 16′ in the Pedal Right division to be the loudest organ stop in the world.

The organ was recognized by the Organ Historical Society as an instrument "of historical value and worthy of preservation" as part of its Historic Organs Citations program. The Citation, No. 313, was presented to the New Jersey Sports and Exposition Authority by Paul Marchesano on October 26, 2004.[14]

Officially, the organ has 33,112 pipes, but the exact number of pipes is unknown.[1] A detailed survey conducted in 1999 concluded that the organ had 33,114 pipes,[15] recently revised it to 33,116 after the discovery that one rank went down two notes lower than specified in the organ builder's contract.[1] It is very hard to determine exactly how many pipes the organ has, also due to the condition the organ is in (see "Current state" below).

The organ is the only one in the world to have stops standing on 100 inches wind pressure.[4] It is also the only organ to have two 32-foot pedal stops on 50 inches wind pressure. There are two more organs in the world with stops on 50 inches, but these are 8-foot solo trumpet or tuba stops. 100 inches wind pressure (equivalent to 3.56 psi or 0.25 bars) is about 30 times more than a normal organ stop (even high-pressure stops usually only stand on 10 to 12 inches). The organ has four stops on 100 inches (also known as the Big Reeds) and ten stops on 50 inches wind pressure:[4]

Stop Division Wind pressure
Grand Ophicleide 16′ Pedal Right 100"
Tuba Imperial 8′ Solo 100"
Trumpet Mirabilis 16′ Gallery I 100"
Tuba Maxima 8′ Gallery I 100"
Diaphone 32′ Pedal Left 50"
Tuba Magna 16′ Solo 50"
Bugle 8′ Solo 50"
Bombard 32′ Pedal Left 50"
Major Posaune 16′ Pedal Left 50"
Diaphone Phonon 16′ Pedal Right 50"
Posaune 16′ Fanfare 50"
Harmonic Tuba 8′ Fanfare 50"
Ophicleide 8′ Fanfare 50"
Major Clarion 4′ Fanfare 50"

Apart from the aforementioned stops on record wind pressure, almost every division stands on at least 15 inches wind pressure, except for the Choir which stands on 10 inches, and the Unenclosed Choir stands on 3 3/4". Also, some individual stops stand on lower wind pressure, for example, the Diapason X of the Great division stands on only 4 inches.

The organ's wind supply is the most powerful ever used in a pipe organ. The DC motors for the original eight blowers had a total power of 394 horsepower (294 kW). These were replaced with AC motors in the early 1990s, which have a total of 600 horsepower (450 kW) and their seven blowers pump 36,400 cubic feet (1,030 m3) of wind per minute. The Right Stage chamber has two dedicated blowers, a high-pressure blower and a low-pressure blower. A step-up blower is fed from the low-pressure blower, and provides 100" pressure to the two 100" reeds in the Right Stage chamber and the two 100" reeds in the Right Center chamber. The Left Stage chamber is similar in having a high-pressure and a low-pressure blower, with the low-pressure blower originally also winding the Left Forward chamber. However renovations to the arena resulted in cut windlines going through walls that no longer exist. The Left Forward chamber will soon be winded from its own independent blower in a new location. The Left Center chamber and Left Upper chambers are winded from a common blower, and the Right Forward, Right Center, and Right Upper chambers are fed from a common blower, less the two 100" reeds in the Right Center chamber.

1944 damageEdit

The instrument has not been fully functional since the 1944 Great Atlantic Hurricane, when the 4 subterranean floors of the Boardwalk Hall were flooded with seawater. This caused large amounts of damage to the blowers and especially the combination action mechanism.[16]

1998 restorationEdit

In September 1998, the New Jersey Sports and Exposition Authority provided a $1.17 million grant, which was used to return the Right Stage Chamber of the Main Auditorium organ and the entire Ballroom (Kimball) Organ to playable condition. Afterwards, a recording session took place, which captured the organ's record holders (the 64′ Diaphone-Dulzian, and the 100″ Tuba Imperial and Grand Ophicleide).[17]

2001 damageEdit

Further damage to the organ took place during a 2001 renovation of Boardwalk Hall due to lack of planning and oversight and the carelessness of workmen. Pipes were removed, bent, and stepped on. (Organ pipes are made from soft alloys based on lead, so it is very easy to dent or crush them.) Windlines to various pipe chambers were cut, with no effort to identify the lines, nor any plans to re-route or repair them. The relay for the left stage chamber was cut out without regard to its restoration, and various switching and control cables were cut. The 5-manual console connection was cut. Cement dust disrupted the switching contacts, magnets and the organ pipes. All this left the entire organ damaged and the Right Stage chamber, which was 98% operational in 1998, completely disabled. The relay of the Ballroom Organ was also removed in a careless way, which rendered that organ unplayable as well.[18]

Ongoing restorationEdit

In 2013, the organ once again began to be restored, with 15-20% of the organ operational. The organ was played in September 2013 during the Miss America pageant, its first public performance in 40 years.[19] Since May 2014, free half-hour noon concerts followed by free half-hour tours are offered Monday through Friday from May through October, excluding holidays. As of May 2015, in-depth "behind the scenes" tours are available weekly on Wednesdays at 10 a.m. throughout the year.

Both organs of the hall (the Ballroom features a 4/55 Kimball opus 7073) have begun to slowly return to the regular musical life of the building as their mechanical condition permits.

The current restoration project led by the Historic Organ Restoration Committee (HORC, a 501(c) organization) is a $16M project entirely funded by donations from the general public and charitable foundations.[20] Since the inception of the project, 2014 is the first year that the restoration effort has been fully funded. The restoration effort focuses on the re-leathering of the entire instrument as well as the correction of damage to pipework and mechanical systems sustained from construction and water in the intervening years.

Dr. Steven Ball was named titular organist on July 1, 2013. On September 1, 2015 Nathan Bryson became the fifth Curator of Organs at Boardwalk Hall.[21][22] Full restoration of the organ is estimated to cost up to $13 million.[23]

In 2016, the Left Stage chamber was brought online for the first time in decades, with a special recital in July. This chamber is now fully operational and restored and work was completed in 2019.

HORC reports that as of 2020, 95% of the Ballroom Organ is operational, and more than 50% of the Main Auditorium organ is operational.[20] Restoration work is ongoing and proceeding.

See alsoEdit

ReferencesEdit

  1. ^ a b c "Your Questions... Answered: How many pipes does the Midmer-Losh organ have?". Atlantic City Convention Hall Organ Society. Archived from the original on June 15, 2011. Retrieved June 25, 2012.
  2. ^ a b c d Smith, Stephen D. (2002). Atlantic City's Musical Masterpiece. The Atlantic City Convention Hall Organ Society. ISBN 978-0-9708494-4-1.
  3. ^ "Midmer-Losh". Boardwalk Hall. 2014. Retrieved November 19, 2014.
  4. ^ a b c d e f g "Main Auditorium Organ". Atlantic City Convention Hall Organ Society. Archived from the original on July 24, 2011. Retrieved June 25, 2012.
  5. ^ "World's Largest Organ Has Seven Manuals' Popular Mechanics, March 1933
  6. ^ "Highlights: The Midmer-Losh Organ". Atlantic City Convention Hall Organ Society. Archived from the original on July 24, 2011. Retrieved November 18, 2014.
  7. ^ 1634–1699: McCusker, J. J. (1997). How Much Is That in Real Money? A Historical Price Index for Use as a Deflator of Money Values in the Economy of the United States: Addenda et Corrigenda (PDF). American Antiquarian Society. 1700–1799: McCusker, J. J. (1992). How Much Is That in Real Money? A Historical Price Index for Use as a Deflator of Money Values in the Economy of the United States (PDF). American Antiquarian Society. 1800–present: Federal Reserve Bank of Minneapolis. "Consumer Price Index (estimate) 1800–". Retrieved January 1, 2020.
  8. ^ a b c "Your Questions... Answered: On the Midmer-Losh Organ, why do some of the main console's manuals have more keys than others?". Atlantic City Convention Hall Organ Society. Archived from the original on June 15, 2011. Retrieved June 25, 2012.
  9. ^ "Main Auditorium Organ ~ Stop List". Atlantic City Convention Hall Organ Society. Archived from the original on July 24, 2011. Retrieved June 25, 2012. The Great-Solo department (on the Great manual) is duplexed, stop-key for stop-key, to the Solo keyboard from where it is playable as the Solo-Great. Similarly, the Swell-Choir is also available on the Choir manual as the Choir-Swell.
  10. ^ Smith, Stephen D. (Fall 2001). "The Gallery Organs" (PDF). The Grand Ophicleide. Atlantic City Convention Hall Organ Society (13): 7. Archived from the original (PDF) on July 24, 2011. Retrieved June 25, 2012. On the main console, the Bombard (seventh) manual has no speaking stops of its own and is, in effect, a coupler keyboard (from which only the four Gallery organs can be played). However, as its keyslip contains the pistons for the Gallery organs and because specially designated "Master" couplers are provided for coupling them to the Bombard, it is quite clear that this manual was intended to be a "boarding house", if not a "home", for these floating departments.
  11. ^ a b c d e Smith, Stephen D. (2001). "The World's Largest Organ Pipes" (PDF). The Grand Ophicleide. Atlantic City Convention Hall Organ Society (14): 5–9. Archived from the original (PDF) on July 24, 2011. Retrieved June 25, 2012.
  12. ^ Currie, Tom (August 16, 2012). "The 10 Largest Instruments Ever". AOL, Inc. Retrieved December 30, 2014.
  13. ^ Smith, Stephen D. (Summer 2002). "The Beginnings Of The World's Largest Pipe Organ" (PDF). The Grand Ophicleide. Atlantic City Convention Hall Organ Society (16): 8. Archived from the original (PDF) on July 24, 2011. Retrieved October 18, 2016.
  14. ^ "Historic Organ Citations". Organ Historical Society. Archived from the original on November 29, 2014. Retrieved November 19, 2014.
  15. ^ Smith, Stephen D. "Five Days In Six Chambers" (PDF). The Grand Ophicleide. Atlantic City Convention Hall Organ Society (4): 7–14. Archived from the original (PDF) on July 24, 2011. Retrieved June 25, 2012.
  16. ^ A Virtual Tour of the Largest Pipe Organ in the World!. Boardwalk Organs. July 8, 2020. Event occurs at 3:31. Retrieved July 11, 2020 – via YouTube.
  17. ^ "News: Update -- October 2008". Atlantic City Convention Hall Organ Society. Archived from the original on July 24, 2011. Retrieved November 18, 2014.
  18. ^ Smith, Stephen D. (2002). "New Problems" (PDF). The Grand Ophicleide. Atlantic City Convention Hall Organ Society (17): 8. Archived from the original (PDF) on July 24, 2011. Retrieved November 19, 2014.
  19. ^ Rosenberg, Amy (March 31, 2014). "Boardwalk Hall organ will again accompany a silent movie". Philly.com. The Philadelphia Inquirer. Retrieved January 1, 2015.
  20. ^ a b "The Restoration Project". Boardwalk Hall. 2019. Retrieved May 14, 2021.
  21. ^ Hess & Son, Fred (2001). Smith, Stephen D. (ed.). The Atlantic City Convention Hall Organ. Peter E. Randall Publisher. ISBN 978-0-9708494-1-0.
  22. ^ Smith, Stephen D. (1999). "The World's Largest Pipe Organ". American Theatre Organ Society. Archived from the original on December 12, 2010. Retrieved November 18, 2014.
  23. ^ Smith, Stephen D. (2000). "Atlantic City Update" (PDF). The Grand Ophicleide. Atlantic City Convention Hall Organ Society (10): 7. Archived from the original (PDF) on July 24, 2011. Retrieved November 19, 2014.

External linksEdit

Coordinates: 39°21′13″N 74°26′19″W / 39.35361°N 74.43861°W / 39.35361; -74.43861