1) guide bearing
导轴承
1.
Improvement on guide bearing and seal set of propeller turbine of Huangxi Hydropower Station
黄西水电站水轮机导轴承和密封的改进
2.
On the basis of studying the attribute of guide bearing which is the important component of hydraulic equipment,it is indicated that the guide bearing of hydroelectric equipment is a kind of live load guide bearing.
从水电机组主要部件导轴承的根本属性分析入手,明确指出水电机组导轴承是一类动负荷轴承,提出了通过测试导轴承处轴颈的振动摆度,计算分析水电机组导轴承系统动负荷的方法。
3.
Common malfunction forms of large pump guide bearing were pointed out through investigation,whose causes were analyzed.
通过调查,指出了大型水泵导轴承常见的故障形式,分析了故障发生的原因,提出了导轴承的选用原则和提高其可靠性和耐久性的途径和方法。
2) guide spindle bearing
导轴轴承
3) guide bearing
导向轴承
1.
The new device has the following advantages: (1) improving the working conditions of the displacement transfer rod and increasing the observation accuracy because the guide bearing that decreases the fric.
TSD型杆式水平位移计的创新点在于:将减小位移传递杆摩阻力的导向轴承安装在系统保护管内,改善了位移传递杆工作状态,从而提高了系统观测精度;通过调整导向轴承的间距,可以改变仪器的有效测量范围;改变了位移计传感器的安装方法。
4) turbine guide bearing
水导轴承
1.
In this paper,the advantages for construction of thrust bearings,turbine guide bearings,main shaft seal,runner seal are analyzed.
通过运行实践 ,本文对该水轮发电机组的推力轴承、水导轴承、主轴密封、转轮密封等主要结构进行了分析 ,仅供参考。
5) upper guide bearing
上导轴承
1.
Analysis on failure of upper guide bearing of Gabazhou hydro-generators
高坝洲电厂机组上导轴承故障分析
2.
The causes which led to the increase of the clearances of the upper guide bearing pads and the breakage of the shear pins of oil distributors are analysed, and the treatment measures for them are described.
分析了高坝洲水电站水轮发电机组上导轴承轴瓦松动、间隙增大、受油器损伤的原因 ,提出处理措施。
3.
The article presents structural characteristics of upper guide bearing as well as structure and working principles of upper guide cooler of 700MW turbine generator at Longtan Hydropower Station.
介绍龙滩水电站700 MW水轮发电机上导轴承的结构特点,上导冷却器的结构及其工作原理,以及上导冷却器在运行过程中出现的缺陷,重点分析了产生该缺陷的原因,提出了改造的方法和工艺,消除了冷却器设计上的缺陷及安全隐患。
6) lower guide bearing
下导轴承
1.
Treatment on oil throw fault in lower guide bearing of generator of Shuibuya Hydropower Plant
水布垭水电站发电机下导轴承甩油问题处置
2.
The report briefly presents structure characteristics of lower guide bearing and thrust bearing for turbine-generator unit , problems existed during operation and treatment process and suggestions at Ertan hydropower station .
简要介绍了二滩水电站水轮发电机组下导轴承及推力轴承结构特点、运行中出现的问题及处理过程和建
补充资料：水轮发电机导轴承
水轮发电机导轴承
guide bearing of hydro-generator
shu一Iun fod一onJ一daozhoueheng水轮发电机导轴承(guide bearing of hy-drogenerator)水轮发电机导轴承主要承受转子机械不平衡力和由于转子偏心所引起的单边磁拉力。其主要作用是防止轴的摆动。导轴承由导轴承瓦、支柱螺栓、套筒、座圈、滑转子和油冷却器等主要部件组成.根据水轮发电机的总体结构布t，导轴承的结构型式分为:①具有单独油槽的导轴承。它一般都有滑转子(热套于轴上并与轴一起加工)，导轴承瓦直径较小，瓦块数也较少.在滑转子下缘开径向供油孔.在离心力作用下向轴瓦供油，并使油路经油冷却器形成循环.这种结构适用于大、中容量悬式水轮发电机或半伞式水轮发电机的上导轴承.②与推力轴承合用一个油柑的导轴承。它常将推力头兼作滑转子，具有结构紧凑的特点，但导轴承直径较大，瓦块数也较多.为了加强导轴承瓦的润滑冷却，通常在镜板或推力头上开若干个径向孔.此种结构适用全伞式水轮发电机的下导轴承和中小容量悬式水轮发电机的上导轴承。 通常导轴承用支柱螺钉进行调整轴瓦间隙。目前采用楔子板代替支柱螺钉，简化了结构和制造工艺。调节螺帽和锁定零件装设在轴承油面上部靠近轴承盖处、便于调节轴承瓦面与滑转子的间晾。 当水轮发电机磁路不对称，励磁绕组发生两点接地，轴附近存在漏磁等情况时，轴两端间将出现感应交变电动势。如果轴承油膜被击穿，井形成电流通路时，镜板和轴瓦将因流过轴电流而受损.为此需采取轴绝缘措施，通常是对上导轴承和推力轴承均用绝缘垫与轴承座相绝缘。在不充油的情况下，导轴承对地绝缘电阻值应不低于IM口.
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条