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The Turbomeca Palouste is a French gas turbine engine, first run in 1952.[1] Designed purely as a compressed air generator, the Palouste was mainly used as a ground-based aircraft engine starter unit. Other uses included rotor tip propulsion for helicopters.

Palouste
Rolls-Royce license-built Palouste
Type Gas turbine
National origin France
Manufacturer Turbomeca
Major applications Sud-Ouest Djinn

Design and development


Designed and built by Turbomeca, the Palouste was also built under license in Britain by Blackburn and Rolls-Royce. Originally conceived as an aircraft ground support equipment starter gas generator, it was used also as propulsion for the Sud-Ouest Djinn and other tip-jet powered helicopters.

The Palouste was a very simple unit, its primary purpose being to supply a high flow rate of compressed air to start larger jet engines such as the Rolls-Royce Spey as installed in the Blackburn Buccaneer (this aircraft having no onboard starting system).[2] Air from the centrifugal compressor was divided between external supply (known as bleed air) and its own combustion chamber.

Sea Vixen on the  USS Forrestal in 1962. A Palouste air starter pod is in front.
Sea Vixen on the USS Forrestal in 1962. A Palouste air starter pod is in front.

Several British naval aircraft were adapted to carry a Palouste in a wing-mounted air starter pod installation to facilitate engine starting when away from base.[3]

A novel use of a surplus Palouste engine was its installation in a custom-built motorcycle known as the Boost Palouste. In 1986 this motorcycle broke an official ACU 1/4 mile speed record at 296 km/h (184 mph). The builder modified the engine to include a primitive afterburner device and noted that pitch changes which occurred during braking and acceleration caused gyroscopic precession handling effects due to the rotating mass of the engine.[4]


Variants


Palouste IV
The gas generator used to power the Sud-Ouest S.O.1221 Djinn and other tip-jet helicopters.
Palouste IVB
[5]
Palouste IVC
[5]
Palouste IVD
[5]
Palouste IVE
[5]
Palouste IVF
[5]
Palouste 502
(P.102 and P.104) Blackburn / Bristol Siddeley / Rolls-Royce production for air-starter units.
Autan
A development of the Palouste delivering a higher mass flow of compressed air.[6]
Autan 2
1 x axial + 1 x centrifugal compressor stages

Applications



Specifications (Palouste 4)


Palouste engine fitted to a Sud-Ouest Djinn helicopter
Palouste engine fitted to a Sud-Ouest Djinn helicopter

Data from Flight :BRITISH POWER UNITS 1953,[7][8]

General characteristics

Components

Performance


See also


Related development

Comparable engines

Related lists


References


  1. Gunston 1989, p.170.
  2. "PROVING THE BUCCANEER". Flight International. 81 (2760): 168. 1 February 1962. Retrieved 12 March 2019.
  3. "Aircraft Ground Power Units.. ". Flight International. 87 (2924): 456. 25 March 1965. Retrieved 12 March 2019.
  4. The Boost Palouste - jet-pack.co.uk Retrieved: 24 July 2009
  5. Wilkinson, Paul H. (1964). Aircraft engines of the World 1964-65 (20th ed.). Washington D.C.: Paul H. Wilkinson. p. 168.
  6. Bridgman, Leonard (1955). Jane's all the World's Aircraft 1955-56. London: Jane's all the World's Aircraft Publishing Co. Ltd.
  7. "BRITISH POWER UNITS 1953". Flight. LXIV (2328). 3 September 1953. Retrieved 12 March 2019.
  8. Wilkinson, Paul H. (1957). Aircraft engines of the World 1957 (13th ed.). London: Sir Isaac Pitman & Sons Ltd. p. 62.

Further reading





На других языках


[de] Turbomeca Palouste

Das Turbomeca Palouste war ein Turbo-Luftlieferer des französischen Herstellers Turbomeca. Es wurde Anfang der 1950er Jahre entwickelt und blieb bis Mitte der 1960er Jahre in der Fertigung.
- [en] Turbomeca Palouste

[fr] Turbomeca Palouste

La Palouste est une turbine à gaz française, conçue et développée par le constructeur Turbomeca et démarrée pour la première fois en 1952[2]. Purement conçue comme un turbogénérateur d'air sous pression, la Palouste fut essentiellement utilisée comme unité de démarrage de turbomoteurs à terre. D'autres utilisations concernent par exemple un système de rotor propulsé par réaction pour hélicoptères, mettant en rotation le rotor principal de ceux-ci par jets d'air comprimé en bout de pales pour hélicoptères.



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