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Compressible bench flow adaptations to the experimental characterization of pneumatic fluid power components. Application to the determination of flow-rate characteristics of a Festo MPYE-5-3/8-010-B proportional valve

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URI: http://hdl.handle.net/10317/8639
ISBN: 84-609-1354-6
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Author
Pérez García, José; Murcia Murcia, Ignacio; Fernández Jiménez, A.; Viedma Robles, Antonio
Knowledge Area
Mecánica de Fluidos
Sponsors
The authors are graeful to the Seneca Foundation of Region of Murcia by support throughresearch project PB/19/FS/97 and to the Technical University of Cartagena for their continuing support of this research work.
Publication date
2004
Publisher
Labson - Department of Fluid Mechanics
Bibliographic Citation
PÉREZ GARCÍA, José et al. Compressible bench flow adaptations to the experimental characterization of pneumatic fluid power components. Application to the determination of flow-rate characteristics of a Festo MPYE-5-3/8-010-B proportional valve. En: 3rd FPNI-PhD Symposium on Fluid Power, 30 june-2 july, Terrassa, 2004.
Keywords
Pneumtic proportional valve
Sonic conductante
Flow bench
Comprensible steady flow
Experimental characterization
Abstract
This paper describes the operating and basic characteristics of a general purpose compressible flow bench facility developed to accomplish experimental test in fluid dynamics, as well as the required adaptations according to ISO 6358 for pneumatic fluid power components characterization such as, valves, regulators, filters, filter-regulators, cylinders, ... etc, are described. The experimental characterization of pneumatic fluid power components, espccially proportional valves and servo-valves are required when their performance must be modelled. The technical characteristics from suppliers are, in general, insufficient. The sonic conductance, critica! pressure ratio, coefficient of compressibility effect, and effective area, must be specified according to ISO 6358. In additíon, the corrected mass flow rate as function of the absolute inlet pressure and pressure ratio must be calculated. In this work, the experimental flow-rate characteristics of a Festo MPYE-5-3/8-010-B pnewnatic fluid ...
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