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The Significance and Preparation of Classified Test Contaminants
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English
Abstract
The tolerance of hydraulic system components to contaminants can be evaluated by using standard Classified Test Contaminants (CTC). To perform this evaluation, particle size distributions with a top-size classification most accurately simulate hydraulic system contamination. A standard must be established for classified test contaminants to insure that the hydraulic industry is supplied with suitable test materials.
Authors
Citation
Gehrking, J., Nicholson, R., and Schaller, R., "The Significance and Preparation of Classified Test Contaminants," SAE Technical Paper 790871, 1979, https://doi.org/10.4271/790871.Also In
References
- “Method of Establishing the Flow Degradation of Hydraulic Fluid Power Pumps When Exposed to Particulate Contaminant,” NFPA Recommended Standard T3.9.18-1976 National Fluid Power Association Milwaukee, Wisconsin 1976
- “Method of Establishing the Speed Degradation of Hydraulic Fluid Power Motors When Exposed to Particulate Contaminant,” NFPA Recommended Standard T3.9.25-77 National Fluid Power Association Milwaukee, Wisconsin 1977
- Schaller R.E. Snow R.H. “A Proposed AIChE Particle Size Classifier Testing and Evaluation Procedure,” Proceedings of the International Powder and Bulk Handling and Processing Technical Program Rosemont, Ill. May 16 18 1978
- Bensch L.E. “Classified Dust Analysis Method,” The BFPR Journal 1978 11 287 289