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Cornet, B-flat
Maker: Francois Sudre
Date: 1890 ca.
Place Made:Paris, France, Europe
Model: Arban compensateur (Système E. Daniel)
Serial No: 2049
SignedStamped on bell: F.S [trademark within post horn] / 83 MEDAILLES & BREVETS / Halari / DIPLOME D’HONNEUR / F. SUDRE / SEUL FOURNR DE LA MARINE / FACTEUR DU CONSERVATOIRE / ET DE L’ARMÉE / 6 et 8 rue des Pointevins / A PARIS
MarkingsStamped on first-valve casing: 2049 / AJUSTEUR / DANIE[L] / BREVETÉ / FS [trademark within post horn]
Stamped on applied label at bell-side compensating loop: COMPENSATEUR
Stamped on applied label at shorter first-valve compensating loop: ACCORD DE / [e-flat1 and a-flat1 in stave with treble clef]
Stamped on applied label at longer first-valve compensating loop: ACCORDE DE / [d1 and c-sharp1 in stave with treble clef]
Stamped on valve caps, respectively: 4, 5, 6
Stamped on applied label at bell-side compensating loop: COMPENSATEUR
Stamped on applied label at shorter first-valve compensating loop: ACCORD DE / [e-flat1 and a-flat1 in stave with treble clef]
Stamped on applied label at longer first-valve compensating loop: ACCORDE DE / [d1 and c-sharp1 in stave with treble clef]
Stamped on valve caps, respectively: 4, 5, 6
DescriptionNickel-plated brass, double loop, main tuning slide at second bow, removable leadpipe (B-flat shank), three Périnet valves (1, ½, compensating), bottom-sprung, alignment by one key on brass pistons, single water key at first bow, windway 3-2-1, third valve master (no valve loops), two extra loops of different lengths at first valve.
Nickel-plated brass tuning shank for B-flat
In 1884 Edmond Daniel in Marseille developed a three-valve compensating system in collaboration with his former apprentice François Sudre; the system was named "Arban Compensateur" after the famous cornetist.
As specified on this cornet, the purpose of this compensating system was to improve intonation of c-sharp, d, e-flat, a-flat. The main windway enters the third valve and, if no valve is actuated, transits through the second and first valves into the bell. Using the first and second valves on their own or together engages the normal valve loops. Actuating the third valve (master through which the windway passes twice) adds extra tubing. Using the third valve alone or together with the second valve engages the shorter of two extra loops on the first valve (for e-flat1 and a-flat1); using first and third valves or all three valves engages the longer of the two extra loops (for d1 and c-sharp1). The extra loops are reached via either a shorter compensating tube on the bell side or a longer one on the leadpipe side, both bypassing the second valve.
Nickel-plated brass tuning shank for B-flat
In 1884 Edmond Daniel in Marseille developed a three-valve compensating system in collaboration with his former apprentice François Sudre; the system was named "Arban Compensateur" after the famous cornetist.
As specified on this cornet, the purpose of this compensating system was to improve intonation of c-sharp, d, e-flat, a-flat. The main windway enters the third valve and, if no valve is actuated, transits through the second and first valves into the bell. Using the first and second valves on their own or together engages the normal valve loops. Actuating the third valve (master through which the windway passes twice) adds extra tubing. Using the third valve alone or together with the second valve engages the shorter of two extra loops on the first valve (for e-flat1 and a-flat1); using first and third valves or all three valves engages the longer of the two extra loops (for d1 and c-sharp1). The extra loops are reached via either a shorter compensating tube on the bell side or a longer one on the leadpipe side, both bypassing the second valve.
DimensionsHeight: 314 mm
Tube length: 1209 mm, 1275 mm
Bore diameter (initial, minimum, tuning slide, valve slides): 11.9 mm, 10.1 mm, 11.4 mm, 11.9 mm
Bore diameter (shank, initial, minimum): 9.4 mm, 8.2 mm
Bell diameter: 115 mm
Tube length: 1209 mm, 1275 mm
Bore diameter (initial, minimum, tuning slide, valve slides): 11.9 mm, 10.1 mm, 11.4 mm, 11.9 mm
Bore diameter (shank, initial, minimum): 9.4 mm, 8.2 mm
Bell diameter: 115 mm
ProvenancePurchased from Tony Bingham, London, 1996.
Terms
Credit Line: Joe R. and Joella F. Utley Collection, 1999
Not on view
Published ReferencesSabine Katharina Klaus, Trumpets and Other High Brass: A History Inspired by the Joe R. and Joella F. Utley Collection. Volume 4: The Heydey of the Cornet (Vermillion, SD: National Music Museum, 2022), pp. 207-8, 293.
Klaus, Sabine..The Sudorphone and other inventions by Francois Sudre in Paris." _National Music Museum Newsletter_ 44, no. 3 (Fall 2020): 6-7 and 11.,
Klaus, Sabine..The Sudorphone and other inventions by Francois Sudre in Paris." _National Music Museum Newsletter_ 44, no. 3 (Fall 2020): 6-7 and 11.,
Object number: 07143