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Reducing Variability in Multi-Pass Filter Test Results Among Laboratories
Technical Paper
2002-01-1489
ISSN: 0148-7191, e-ISSN: 2688-3627
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English
Abstract
In 1999, three new ground-breaking hydraulic filter test standards were adopted: ISO 11171 provides NIST (National Institute of Standards and Technology) traceable calibration of automatic particle counters (APCs); ISO 11943 establishes procedures for calibrating on-line particle counters; and ISO 16889 updates the multi-pass filter test method. Together, these standards ensure the generation of meaningful, reproducible multi-pass filter data and, for the first time, provide NIST traceability for particle size data obtained using APCs. In the global marketplace where data may be generated by different laboratories, personnel and/or equipment, companies face special challenges in obtaining consistent, quality filter test results. This paper addresses three questions: (1) what are significant differences in filter performance data, (2) what are the sources of inter-laboratory variability, and (3) what can be done to reduce variability.
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Authors
- Barry M. Verdegan - Fleetguard/Nelson, a Cummins Company
- Bryan Steffen - Fleetguard/Nelson, a Cummins Company
- Scott Phillips - Fleetguard/Nelson, a Cummins Company
- Eric Quillen - Fleetguard/Nelson, a Cummins Company
- Brian Palmer - Fleetguard/Nelson, a Cummins Company
- Kendall McBroom - Fleetguard/Nelson, a Cummins Company
- Jean Yves Picard - Fleetguard/Nelson, a Cummins Company
- Lionel Laléouse - Fleetguard/Nelson, a Cummins Company
Citation
Verdegan, B., Steffen, B., Phillips, S., Quillen, E. et al., "Reducing Variability in Multi-Pass Filter Test Results Among Laboratories," SAE Technical Paper 2002-01-1489, 2002, https://doi.org/10.4271/2002-01-1489.Also In
References
- Hydraulic fluid power - Calibration of liquid automatic particle counters
- Hydraulic fluid power - On-line liquid automatic particle-counting systems - Methods of calibration and validation
- Hydraulic fluid power filters - Multi-pass method - for evaluating filtration performance of a filter element
- Test dust for filter evaluation - Part 1: Arizona Test Dust
- Verdegan B.M. Schwandt B.W. Holm C.E. “A Systematic Approach for Particle Counting Petroleum Oils,” Liquid and Surface Borne Particle Measurement Handbook Knapp J.Z. Barber T. Lieberman A. Marcel Dekker, Inc. New York, New York 1996
- Impact of changes in ISO fluid power particle counting - Contamination control and filter test standards
- Hydraulic Filter Fine Element Multi-Pass Test
- Hydraulic Fluid Power - Calibration of Liquid Automatic Particle-Count Instruments - Method Using Air Cleaner Fine Test Dust Contaminant
- Verdegan B. McBroom K. Schwandt B. Holm C. Liebmann L. “Advances in Oil Filter Test Methods,” Proc. Int'l Fluid Power Applications Conf. Chicago, IL March 24-26 1992
- Verdegan Barry M. Holm Christopher E. Schwandt Brian W. “Reducing Variability in Particle Count Results for Oil Samples,” Proc. 47 th National Conf. On Fluid Power Chicago, IL April 23-25 1996