AUTOMATION OF ENGINE ALIGNMENT IN PUMPING FACILITY
Authors:
1.
Siberian Federal University
( magistrant)
2.
Siberian Federal University
( bakalavr)
3.
Siberian Federal University
( professor)
Type:
Article
Pages:
from 44
to 48
Status:
Published
Received:
26.05.2017
Accepted:
08.01.2023
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.
1. Kiselyova, E.N. Assurance of shaft surfaces alignment // Educatio. ‒ 2015. ‒ №7(14). ‒ pp. 34 ‒ 36.
2. Zhiltsov, A.P., Bocharov, A.V., Nedomolkin, D.V. Analysis of fundamentals in rotor machine shaft alignment using special training bench // Successes in Modern Natural Science. ‒ 2014. ‒ №12. ‒ pp. 123 ‒ 125.
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.
