This content is not included in
your SAE MOBILUS subscription, or you are not logged in.
The Mark V STAM - A Microcomputer for Acquiring Field Data
Annotation ability available
Sector:
Language:
English
Abstract
The Statistical Analog Monitor (STAM) was developed by the Fluid Power Research Center to gather information about the operational severity of hydraulic systems operating in the field. A new device, the Mark V STAM, has been designed using a single-chip microcomputer. This device promises to provide more accurate data and new flexibilities in configuring tests.
This paper discusses the STAM concept and the theory of operation of the Mark V STAM hardware. The application of the STAM is illustrated with actual results from a vehicle operated in three different conditions.
Authors
Citation
Decker, R., "The Mark V STAM - A Microcomputer for Acquiring Field Data," SAE Technical Paper 790521, 1979, https://doi.org/10.4271/790521.Also In
References
- Branstetter R. L. “Cumulative Versus Real Time Performance Data Correlation,” Basic Fluid Power Research Program Annual Report No. 7 Fluid Power Research Center, Oklahoma State University Stillwater, Oklahoma 1973
- Decker R. L. “Deriving Equivalent Duty Cycles from STAM Data,” The BFPR Journal 1979 12 169 172
- Fitch E. C. “Pressure Duty Cycle Influences on Hydraulic Pump Contaminant Service Life,” Basic Fluid Power Research Program, Annual Report No. 10, Paper 76-1 Fluid Power Research Center, Oklahoma State University Stillwater, Oklahoma 1976
- Brown R. D. “Application of STAM to Failure Prediction,” Basic Fluid Power Research Program, Annual Report No. 9, Paper 75-42 Fluid Power Research Center, Oklahoma State University Stillwater, Oklahoma 1975
- King R. K. “Endurance Testing the Right Way By Knowing the Application,” The BFPR Journal 1979 12