In paper is given planetary gearbox condition monitoring that has a standstill ring. Planetary
gearboxes are first stages of the multi-motor drive of the bucked wheel drive of an excavator. In the paper
is proposed the planetary gearbox condition monitoring method which is developed from factors having
influence on the diagnostic signal. It is given the prove that for the diagnostic procedure choice should
taken design, operation and change of condition factors.
REFERENCES(15)
1.
SAMUEL P. D., PINES D. J., A review of vibration-based techniques for helicopter transmission diagnostics. Journal of Sound and Vibration 282/2005, 475–508.
BARTELMUS W., Mathematical Modelling and Computer Simulations as an Aid to Gearbox Diagnostics, Mechanical Systems and Signal Processing 15/2001, 855–871.
BARTELMUS W., Computer-aided multistage gearbox diagnostic inference by computer simulation, Scientific Papers of the Institute of Mining of Wroclaw University of Technology. No. 100, 2002.
BARTELMUS W., Gearbox vibration condition monitoring state of art. and new trends, International Conference on Condition Monitoring, Kings College, Cambridge, UK, 18–21 July 2005, 25–32.
BARTELMUS W., ZIMROZ.R., Influence of random varying load to vibration generated by planetary gearbox driving bucked wheel in excavators, International Conference on COMADEM, Lulea, Sweden June 2006.
BARTELMUS W., ZIMROZ.R., Bucket wheel variability identification on vibration analysis, Proceedings of the International Symposium Mine Planning and Equipment Selection, Torino, Italy, 20–22 September 2006, 71–76 .
BARTELMUS W., ZIMROZ R., HRYNISZYN S., Identyfikacja warunków eksploatacyjnych na potrzeby diagnostyki przekładni planetarnej do napędu koła czerpakowego, Referaty XXXIII Ogólnopolskiego Sympozjum Diagnostyka Maszyn, Węgierska Górka 6–11. 03. 2006.
BARTELMUS W., ZIMROZ.R., Planetary gearbox vibration signal analysis for conditio monitoring, Proceeding of 18th International Congress, 31 August–2 September 2005, Cranfield, UK, 499–507.
BAYDAR N., BALL A., Detection of gear deterioration under varying load conditions by using the instantaneous power spectrum, Mechanical Systems and Signal Processing 14/2000, 907–921.
ZHAN Y., MAKIS Y., JARDINE A.K.S., Adaptive State Detection Of Gearboxes Under Varying Load Conditions Based On Parametric Modelling, Mechanical Systems And Signal Processing 20/2004, 188–221.
STANDER C. J., HEYNS P. S., SCHOOMBIE W., Using Vibration Monitoring For Local Fault Detection on Gears Operating Under Fluctuating Load Conditions, Mechanical Systems And Signal Processing 16/2002, 1005–1024.
STANDER C.J., HEYNS P.S., Instantaneous Angular Speed Monitoring Of Gearboxes Under Non-Cyclic Stationary Load Conditions, Mechanical Systems And Signal Processing 19/2005, 817–835.
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