Aircraft Designing and Manufacturing

DOI.org/10.5281/zenodo.808890

Petrov E., Egorov A., Sobennikov A.

EVGENY PETROV, Engineer
PJSC AAC PROGRESS
5, Lenina Square, Arsenev, Primorsky Krai, Russia, 692335
ANATOLY EGOROV, ANDREY SOBENNIKOV, Students, Arsenyev Branch, FEFU
Far Eastern Federal University
5, Lenina Square, Arsenev, Primorsky Krai, Russia, 692335 

Scientific advisers: Vladimir Gaselnik, Candidate of Engineering Sciences, Associate Professor, Department of Physics, Mechanics and Instrumentation, Irkutsk State University of Railway Transport, Yury Denisenko, Managing Director, JSC AAC Progress, Oleg Berdiev, SRW Deputy Director, FEFU in Arsenyev Branch, е-mail: berdiev553@mail.ru

The improvement of the testing process in the chamber SST-20MS

Abstract: The article deals with two methods to determine water content in salty fog carried out in the test chamber SST-20MS: the first one, using the collectors that are parts of the chamber and, the second one, applying Zaitsev’s device. The authors propose that that their own development should be implemented in production: the equipment to determine water content, which takes into account the disadvantages of previous methods.
Key words: salt fog, water content, corrosion resistance.

 REFERENCES

1.      GOST RV 20.57.307-98 Test methods for the effect of special media.
2.      GOST R 52763-2007 Tests on the effect of salt fog.
3.      GOST R 55001-2012 Requirements for the characteristics of the chambers for testing technical products for resistance to external factors.
4.      GOST 28234-89. Basic methods of testing for external factors. Part 2. Test Kb. Salt fog, cyclic (sodium chloride solution).
5.      Salt spray chamber SST-20MS. Technical instruction. OOO Suntec 2. M., 2012.
6.      Rationalization proposal Automation of the climate chamber KTK-800. N. 134/138 of 11/11/2016 / Progress, 2016.