Accession Number : ADA313454
Title : Phase Signature Antenna Drive Diagnostics System.
Descriptive Note : Final rept.,
Corporate Author : AI SIGNAL RESEARCH INC HUNTSVILLE AL
Personal Author(s) : Jen-Yi, Jong
PDF Url : ADA313454
Report Date : 01 SEP 1996
Pagination or Media Count : 66
Abstract : ASRI proposes to design and demonstrate a Phase Signature Antenna Drive Diagnostics System (PSADDS) for incipient fault detection and diagnostics of drive system bearing/gear train components. The PSADDS utilizes ASRIs innovative Phase Signature Analysis (PSA) techniques developed for the Space Shuttle Main Engine failure detection. During Phase I, ASRI successfully conducted a Proof Of Concept study through a field test of MISA antenna drive-train system. The results demonstrated that the PSADDS can successfully monitor and identify critical bearing/gearbox signatures along with their underlying causes. In addition, several unique requirements and considerations such as interference of air blower noise have been identified, which would be critical to the development of the ALTAIR: drive health monitoring system. The Phase I study demonstrated that PSADDS can overcome these inherent problems, reduce misinterpretation rates and greatly improve system reliability. Phase I identified the best format to represent monitoring signatures for the drive train components. Phase I used real-world data from the MISA antenna to establish feasibility of PSADDS as a reliable ALTAIR health monitoring system. The Phase II SBIR objective is to build PSADDS for demonstration and implementation on the ALTAIR antenna. A commercial system for industrial application will be developed in Phase III.
Descriptors : *SPACE SHUTTLES, *DRIVES, *SIGNATURES, *DIAGNOSTIC EQUIPMENT, *GEARS, INDUSTRIES, COMMERCE, DETECTION, MONITORING, AIR, FIELD TESTS, RELIABILITY, BEARINGS, NOISE, RADAR ANTENNAS, SPECTRUM ANALYSIS, FAULTS, TRANSMISSIONS(MECHANICAL), BLOWERS.
Subject Categories : Electrical and Electronic Equipment
Machinery and Tools
Distribution Statement : APPROVED FOR PUBLIC RELEASE