AUTOMATION OF ENGINE ALIGNMENT IN PUMPING FACILITY
Authors:
1.
Siberian Federal University
(magistrant)
Krasnoyarsk, Russian Federation
Krasnoyarsk, Russian Federation
2.
Siberian Federal University
(bakalavr)
Krasnoyarsk, Russian Federation
Krasnoyarsk, Russian Federation
3.
Siberian Federal University
(professor)
Krasnoyarsk, Russian Federation
Krasnoyarsk, Russian Federation
Type:
Article
Pages:
from 44
to 48
Status:
Published
Received:
26.05.2017
Accepted:
01.06.2017
Published:
01.06.2017
Subject area:
UDK 62 Инженерное дело. Техника в целом. Транспорт
Language:
Russian, English
Keywords:
contactless bearings; rotor systems; theoretical methods; experimental methods; technological device for alignment; hydro-static bearing; hydraulic cylinders of lifting; rotating hydraulic actuator.
Abstract (English):
The existing ways and devices for the fulfillment of shaft alignment processes in rotor machines are considered. A principle of the operation of three-flow hydraulic system control of the device for alignment is described. A circuit diagram of the operation of hydro-static bearings, hydraulic cylinders of lifting and a rotating hydraulic actuator is shown. A system for automatic control on a signal of mismatch is described.
The existing ways and devices for the fulfillment of shaft alignment processes in rotor machines are considered. A principle of the operation of three-flow hydraulic system control of the device for alignment is described. A circuit diagram of the operation of hydro-static bearings, hydraulic cylinders of lifting and a rotating hydraulic actuator is shown. A system for automatic control on a signal of mismatch is described.
Keywords:
contactless bearings; rotor systems; theoretical methods; experimental methods; technological device for alignment; hydro-static bearing; hydraulic cylinders of lifting; rotating hydraulic actuator.
contactless bearings; rotor systems; theoretical methods; experimental methods; technological device for alignment; hydro-static bearing; hydraulic cylinders of lifting; rotating hydraulic actuator.
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3. Averiyanov, G.S. Hydrostatic bearing with increased rigidity and membrane regulator of liquid consumption // Omsk Scientific Bulletin. - 2007. -№ 3 (60). - pp. 53 - 54.
4. Hartman, T.N. CAD of Simple Hydraulic Systems. - M.: Mendeleev RCTU, 2002. - pp. 240.
