Test rig of OJSC «Turboatom» for physical simulation of hydrodynamic process in water passages of model Kaplan hydroturbines
The description of the main and auxiliary equipment of the ЭКС-100 Power-cavitation test rig of OJSC Turboatom’s hydraulic turbine laboratory is given. The test rig is an installation with a closed circuit of water circulation. The selective tests as well as acceptance tests of hydraulic turbines, p...
Збережено в:
| Дата: | 2014 |
|---|---|
| Автори: | , |
| Формат: | Стаття |
| Мова: | Russian |
| Опубліковано: |
Journal of Mechanical Engineering
2014
|
| Теми: | |
| Онлайн доступ: | https://journals.uran.ua/jme/article/view/31401 |
| Теги: |
Додати тег
Немає тегів, Будьте першим, хто поставить тег для цього запису!
|
| Назва журналу: | Journal of Mechanical Engineering |
Репозитарії
Journal of Mechanical Engineering| id |
journalsuranuajme-article-31401 |
|---|---|
| record_format |
ojs |
| spelling |
journalsuranuajme-article-314012015-04-01T15:47:18Z Test rig of OJSC «Turboatom» for physical simulation of hydrodynamic process in water passages of model Kaplan hydroturbines Экспериментальный стенд ОАО «Турбоатом» для физического моделирования гидродинамических процессов в проточных частях моделей поворотно-лопастных гидротурбин Линник, А. В. Рябов, А. В. power-cavitation test rig hydraulic turbine model testing measurement error УДК 621.224 энергокавитационный стенд гидротурбина модельные испытания погрешность измерения УДК 621.224 енергокавітаційний стенд гідротурбіна модельні дослідження похибка вимірювання УДК 621.224 The description of the main and auxiliary equipment of the ЭКС-100 Power-cavitation test rig of OJSC Turboatom’s hydraulic turbine laboratory is given. The test rig is an installation with a closed circuit of water circulation. The selective tests as well as acceptance tests of hydraulic turbines, pumps and reversible hydraulic machines are performed at the test rig. During the testing the energy, cavitation, pulsation, power, erosion characteristics of water passages of model hydraulic machines are registered as well as the whole work package in the scope specified by the IEC 60193 Code of the model acceptance test of hydraulic turbines and reversible hydraulic machines. The broad operational capabilities of the test rig, steady operation, equipment with miscellaneous devices and means of their calibration, automated measuring system and mathematical treatment of results allow to obtain the hydraulic machine models’ characteristics with a high degree of reliability, provide adherence to the modeling criteria stipulated by the international IEC60193 Code and other requirements applicable to acceptance tests. It is demonstrated that the hydraulic characteristics of the test rig and applicable measuring equipment as well as used graduation procedures of primary detectors provide a precision of measurements corresponding to the requirements of IEC 60193 Code of the model acceptance test of hydraulic turbines and reversible hydraulic machines. The test rig has a calibration certificate and is officially accepted by means of comparison tests of the same hydraulic model turbines at the laboratories of NEL (Great Britain) and СКD Blansko (Czech Republic), during those tests a fine precision is obtained. Приведено описание основного и вспомогательного оборудования энергокавитационного стенда ЭКС-100 гидротурбинной лаборатории ОАО «Турбоатом». Показано, что гидравлические характеристики стенда и применяемых средств измерения, а также используемые процедуры градуировок первичных датчиков обеспечивают точность измерений, отвечающих требованиям кода модельных приемо-сдаточных испытаний гидротурбин и обратимых гидромашин IEC 60193. Наведено опис основного та допоміжного обладнання енергокавітаційного стенду ЭКС-100 гідротурбінної лабораторії ВАТ «Турбоатом». Показано, що гідравлічні стенди і засоби вимірювання, що застосовуються, а також застосовані процедури градуювання первинних датчиків забезпечують точність вимірювань, які відповідають вимогам коду модельних прийомо-здавальних випробувань гідротурбін та оборотних гідромашин IEC 60193. Journal of Mechanical Engineering Проблемы машиностроения Проблеми машинобудування 2014-11-28 Article Article application/pdf https://journals.uran.ua/jme/article/view/31401 Journal of Mechanical Engineering; Vol. 17 No. 3 (2014); 3-11 Проблемы машиностроения; Том 17 № 3 (2014); 3-11 Проблеми машинобудування; Том 17 № 3 (2014); 3-11 2709-2992 2709-2984 ru https://journals.uran.ua/jme/article/view/31401/36447 Copyright (c) 2015 А. В. Линник, А. В. Рябов https://creativecommons.org/licenses/by-nd/4.0 |
| institution |
Journal of Mechanical Engineering |
| collection |
OJS |
| language |
Russian |
| topic |
power-cavitation test rig hydraulic turbine model testing measurement error УДК 621.224 энергокавитационный стенд гидротурбина модельные испытания погрешность измерения УДК 621.224 енергокавітаційний стенд гідротурбіна модельні дослідження похибка вимірювання УДК 621.224 |
| spellingShingle |
power-cavitation test rig hydraulic turbine model testing measurement error УДК 621.224 энергокавитационный стенд гидротурбина модельные испытания погрешность измерения УДК 621.224 енергокавітаційний стенд гідротурбіна модельні дослідження похибка вимірювання УДК 621.224 Линник, А. В. Рябов, А. В. Test rig of OJSC «Turboatom» for physical simulation of hydrodynamic process in water passages of model Kaplan hydroturbines |
| topic_facet |
power-cavitation test rig hydraulic turbine model testing measurement error УДК 621.224 энергокавитационный стенд гидротурбина модельные испытания погрешность измерения УДК 621.224 енергокавітаційний стенд гідротурбіна модельні дослідження похибка вимірювання УДК 621.224 |
| format |
Article |
| author |
Линник, А. В. Рябов, А. В. |
| author_facet |
Линник, А. В. Рябов, А. В. |
| author_sort |
Линник, А. В. |
| title |
Test rig of OJSC «Turboatom» for physical simulation of hydrodynamic process in water passages of model Kaplan hydroturbines |
| title_short |
Test rig of OJSC «Turboatom» for physical simulation of hydrodynamic process in water passages of model Kaplan hydroturbines |
| title_full |
Test rig of OJSC «Turboatom» for physical simulation of hydrodynamic process in water passages of model Kaplan hydroturbines |
| title_fullStr |
Test rig of OJSC «Turboatom» for physical simulation of hydrodynamic process in water passages of model Kaplan hydroturbines |
| title_full_unstemmed |
Test rig of OJSC «Turboatom» for physical simulation of hydrodynamic process in water passages of model Kaplan hydroturbines |
| title_sort |
test rig of ojsc «turboatom» for physical simulation of hydrodynamic process in water passages of model kaplan hydroturbines |
| title_alt |
Экспериментальный стенд ОАО «Турбоатом» для физического моделирования гидродинамических процессов в проточных частях моделей поворотно-лопастных гидротурбин |
| description |
The description of the main and auxiliary equipment of the ЭКС-100 Power-cavitation test rig of OJSC Turboatom’s hydraulic turbine laboratory is given. The test rig is an installation with a closed circuit of water circulation. The selective tests as well as acceptance tests of hydraulic turbines, pumps and reversible hydraulic machines are performed at the test rig. During the testing the energy, cavitation, pulsation, power, erosion characteristics of water passages of model hydraulic machines are registered as well as the whole work package in the scope specified by the IEC 60193 Code of the model acceptance test of hydraulic turbines and reversible hydraulic machines. The broad operational capabilities of the test rig, steady operation, equipment with miscellaneous devices and means of their calibration, automated measuring system and mathematical treatment of results allow to obtain the hydraulic machine models’ characteristics with a high degree of reliability, provide adherence to the modeling criteria stipulated by the international IEC60193 Code and other requirements applicable to acceptance tests. It is demonstrated that the hydraulic characteristics of the test rig and applicable measuring equipment as well as used graduation procedures of primary detectors provide a precision of measurements corresponding to the requirements of IEC 60193 Code of the model acceptance test of hydraulic turbines and reversible hydraulic machines. The test rig has a calibration certificate and is officially accepted by means of comparison tests of the same hydraulic model turbines at the laboratories of NEL (Great Britain) and СКD Blansko (Czech Republic), during those tests a fine precision is obtained. |
| publisher |
Journal of Mechanical Engineering |
| publishDate |
2014 |
| url |
https://journals.uran.ua/jme/article/view/31401 |
| work_keys_str_mv |
AT linnikav testrigofojscturboatomforphysicalsimulationofhydrodynamicprocessinwaterpassagesofmodelkaplanhydroturbines AT râbovav testrigofojscturboatomforphysicalsimulationofhydrodynamicprocessinwaterpassagesofmodelkaplanhydroturbines AT linnikav éksperimentalʹnyjstendoaoturboatomdlâfizičeskogomodelirovaniâgidrodinamičeskihprocessovvprotočnyhčastâhmodelejpovorotnolopastnyhgidroturbin AT râbovav éksperimentalʹnyjstendoaoturboatomdlâfizičeskogomodelirovaniâgidrodinamičeskihprocessovvprotočnyhčastâhmodelejpovorotnolopastnyhgidroturbin |
| first_indexed |
2024-06-01T14:42:33Z |
| last_indexed |
2024-06-01T14:42:33Z |
| _version_ |
1800670233540689920 |