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Filter Selection Based on Component Sensitivity Analysis
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English
Abstract
As a result of the advancement of two significant test procedures - the Multi-Pass Test for Filters and the Contaminant Sensitivity Test for Components, a totally new filter selection method has evolved. This method considers the severity of the application, the sensitivity of the components, and the particle capture capability of a filter. The paper introduces for the first time a filter selection chart concept which reveals the influence of operating pressure, contaminant ingression, and desired service life on the selection process. Emphasis is placed on user-oriented information, and the type of charts which component manufacturers could supply the user as well as the type of charts the filter manufacturer could supply are illustrated.
Authors
Citation
Fitch, E., "Filter Selection Based on Component Sensitivity Analysis," SAE Technical Paper 750847, 1975, https://doi.org/10.4271/750847.Also In
References
- “Multi-Pass Method for Evaluating Performance of a Fine Hydraulic Fluid Power Filter Element,” American National Standards Institute New York 1973
- Fitch E. C. “The Multi-Pass Filter Test - Now a Viable Tool,” Eighth Annual Fluid Power Research Conference Oklahoma State University Stillwater, Oklahoma 1974
- Fitch E. C. “Component Contaminant Sensitivity - A Status Report on Pumps,” Proc. of National Conference on Fluid Power XXVIII Philadelphia, Pa. 1974
- Fitch E. C. “Measuring Contaminant Tolerances in Terms Compatible with Filtration Specifications - New Research Findings,” Sym. on Contamination Control to Benefit Man and Product Svenska Massan Gothenburg, Sweden April 1975
- Fitch E. C. Tessmann R. K. “Controlling Contaminant Wear Through Filtration,” Third International Tribology Conference (Tribology for the Eighties) Aberdeen, Scotland 22-25 September 1975 Paisley College of Technology