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The
large gothic church or Rotterdam was built in 15th century. The church was
completed in 1525. Four hundreds year later it was almost destroyed by a German
bombardment in May of the year 1940. The interior of the sanctuary was entirely
lost due to fire. There were left only the outer walls and a part of the tower.
The restoration of the church was done after the World War, between 1947-1968.
The original church had a large 3 manual organ of Hans Goltfuss from 1644, but a
new instrument was to replace it in 1790. The work on the new instrument was not
finished before 1828 while several organbuilders successively worked on it. In
1845 Bätz enlarged this instrument to arrive at 72 stops. Nevertheless, this
instrument was destroyed completely with the church during the war time. The
large organ which we can hear in the church today was built by Marcussen & Son
in 1973, the organ case was designed by the architect J. W. Besemer. The
instrument is based on 32-foott pedal, it consists of six divisions (Rugwerk,
Hoofdwerk, Bovenwerk, Borstwerk, Chamadewerk and Pedaal). It is completely
mechanical organ with 85 speaking stops and ca. 7600 pipes. It is said to be the
largest purely mechanical organ in Europe. There is, however, the Barker
mechanism to be switched on optionally by a foot lever to help the organist when
all the manuals are coupled together. However, the full instrument can be
operated without this device very well.
One striking feature of the instrument is its multi-rank Principal stops.
Practically all the Principals and Octaves 16', 8', 4' of all the divisions are
made of more than one unisono souding ranks. I have heard this special feature
in Spanish organs for the first time (Palma di Mallorca, Santanyi ...) and it
makes the sound of the Principal chorus considerably wide and deep. The timbre
gets characteristically rich what cannot be achieved easily if a conventional
single rank Principal stops are used. For Hauptwerk recording, this constitutes
a special challenge, since the "chorus effect" of the pipes which are often not
exactly in tune makes looping really difficult. Only very long samples (around
9-11 seconds) are usable for the virtual model of the organ. Another noteworthy
feature is the composition of the mixtures which have unusually high number of
ranks as well. The Cimbal of the Bovenwerk is remarkable for its neo-baroque
composition including a quart and a sext.
A beta tester comments: "This is a remarkably colorful and beautiful organ whose
sound is surprisingly gentle. None of the voicing feels harsh or pushed. Instead,
we get double-rank principal stops and large mixtures with many ranks of gently-voiced
pipework that result in a natural, unforced sound. In fuller ensembles, the
organ roars, but it never screams - even when the chamades are playing. The
sound remains beautiful and comfortable even when played for several hours in
headphones."
The organ was designed to allow the performance of all organ literature. Indeed,
the plenitude of stops, the complete set of horizontal reeds, the French type of
reeds, strings in a swell box, rich selection of wide scaled mutations, complete
Principal pyramid, full range of stops in pedal - it is all one can dream of.
First, I was puzzled by the absense of the French Oboe and I had even thought of
adding one virtually, but then, listening to the CDs recorded at the Rotterdam
organ by Mr. Hayo Boerema organist-titulaire, convinced me that that such an
addition is not needed. The swell trumpet with a nasard can be used as a
convincing substitute. Thus, wide range or organ literature from Renaissance,
Baroque, Romanticism up to the modern times can be performed adequately on the
instrument.
| Rugwerk - man I. | Hoofdwerk - man. II | Bovenwerk - man. III. | Borstwerk - man. IV. | Chamadewerk - III. man. | Pedaal |
| Quintadeen 16' | Praestant 16' | Gedekt 16' | Gedekt 8' | Trompeta magna 16' (desc.) | Praestant 32' |
| Praestant 8' | Octaaf 8' | Praestant 8' | Praestant 4' | Trompeta brillante 8' (bas/desc.) | Octaaf 16' |
| Holpijp 8' | Open fluit 8' | Baarpijp 8' | Blokfluit 4' | Trompeta de batalla 8' (bas/desc.) | Open Subbas 16' |
| Quintadeen 8' | Quint 5 1/3' | Roerfluit 8' | Nasard 2 2/3' | Clarin fuerte 4' (bas/desc.) | Gedekte Quint 10 2/3' |
| Octaaf 4' | Octaaf 4' | Viola di Gamba 8' | Octaaf 2' | Clarin 2' (bas) | Octaaf 8' |
| Roerfluit 4' | Spitsfluit 4' | Viola di Gamba 8' (beating) | Gedekte fluit 2' | Orlos 8' (bas/desc.) | Gemshoorn 8' |
| Quint 2 2/3' | Octaaf 2' | Octaaf 4' | Octaaf 1' | Roerquint 5 1/3' | |
| Octaaf 2' | Ruispijp 3-4 st. | Open fluit 4' | Tertiaan 2 st. | Octaaf 4' | |
| Woudfluit 2' | Mixtuur 8-10 st. | Terts 3 1/5' | Scherp 4-5 st. | Koppelfluit 4' | |
| Sifflet 1 1/3' | Scherp 6-8 st. | Roerquint 2 2/3' | Regaal 16' | Nachthoorn 2' | |
| Sesquialter 2-4 st. | Trompet 16' | Nachthoorn 2' | Kromhoorn 8' | Dwarsfluit 1' | |
| Mixtuur 6-8 st. | Trompet 8' | Terts 1 3/5' | Regaal 8' | Ruispijp 5 st. | |
| Scherp 4-6 st. | Cornet 5 st. | Mixtuur 5-7 st. | Cornet 3 st. | ||
| Dulciaan 16' | Cimbel 3 st. | Tremulant | Mixtuur 10 st. | ||
| Trompet 8' | Bombarde 16' | Bazuin 32' | |||
| Kromhoorn 8' | Trompette 8' | Bazuin 16' | |||
| Voix humaine 8' | Fagot 16' | ||||
| Tremulant | Clairon 4' | Trompet 8' | |||
| Tremulant | Trompet 4' | ||||
| Zink 2' | |||||
Normal intramanual couplers (I - II, III - II, IV - II) available, couplers
to the pedal (I - Ped, II - Ped, III - Ped) available. Bovenwerk can be muted by
drawing the Bovenwerk af drawstop.
The Chamadewerk is normally operated from the IIIrd manual by means of a
drawstop called Chamade aan. This is the operation as designed by the
manufacturer of the organ.
Our virtual model extends the use of the Chamade division by making it a solo
division which can be operated either from the IIIrd manual (as the original),
or alternatively from the IVth manual. This is achieved by adding one virtual
coupler (virtual and therefore semi-transparent on the screen): Chamada trumpets
can be coupled to IVth manual, thus increasing greatly the usability of the
Chamada division as a Solo division, accompanied by the symphonic IIIrd manual.
The original organ has also foot levers to operate the couplers. These were not
reproduced as all foot levers only duplicate an operation of a dedicated
drawstop. Only the drawstop were reproduced in our virtual model.
One special foot lever exists on the real instrument. It is called a "Barker".
This enables the barker machine on the IInd manual to help the player when the
instrument is under the full load and fully coupled. This was not reproduced as
on digital consoles such mechanism is not needed.
manuals C-g3, pedal C-f1.