液力耦合器

  • 网络Fluid coupling;hydraulic coupling;Viscous Coupling;Westcar
液力耦合器液力耦合器
  1. 调速型液力耦合器在带式输送机上的应用研究

    Study of Variable Speed Fluid Coupling Using for Belt Conveyor

  2. 液力耦合器调速孔计算研究

    The Calculation and Study on Fluid Coupling Regulating Hole

  3. R(17K2)-E型调速液力耦合器改造

    Improvement of Type R_ ( 17k2 ) - E Speed Regulation Hydraulic Coupling

  4. VOITH液力耦合器在石油和天然气工业中的应用

    Application of VOITH Fluid Couplings in Oil and Gas Industry

  5. 液力耦合器在锤式破碎机上的应用研究

    The study on application of hydrodynamic fluid couplings on beating crusher

  6. 介绍了用变频器取代液力耦合器和传动皮带做风机出厂试验的实践。

    Inverters have replaced liquid coupler & driving belt is introduced .

  7. 安全型液力耦合器的使用及维护

    Use and Maintenance of Safe Type Hydraulic Force Coupling Machine

  8. 其主导产品液力耦合器市场占有率居全行业第一。

    Its leading products hydraulic coupler industry-wide market share of home first .

  9. 液力耦合器工程应用研究

    A Study of the Application of Hydraulic Couplers in Engineering

  10. 液体粘性调速离合器与液力耦合器调速优缺点的分析比较

    Comparison and Analysis of Hydro-Viscous Transmission and Hydrokinetic Coupling Equipment

  11. 含液力耦合器的带式输送机起动特性优化设计

    The dynamic optimum design of the driving system with coupling of belt conveyor

  12. 液力耦合器与电动机联合运行的特性及影响因素分析

    Analysis on Hydraulic Coupler and Electric Motor Union Movement Characteristic and Influencing Factors

  13. 调速型液力耦合器在电站锅炉风机的应用

    Application of Governor Hydraulic Coupler on Station Boiler Fans

  14. 调速型液力耦合器工作油温特性分析与应用

    Study and Practice of Characteristics of Working Oil Temperature in Variable Speed Turbo Coupling

  15. 液力耦合器的故障分析与处理

    Trouble Analysis and Treatment of Hydraulic Coupler

  16. 液力耦合器的选用及其与电动机共同工作的分析

    The selection of hydrodynamic coupling and the combined work analysis of it with electric motor

  17. 鼓风机液力耦合器的控制策略

    Control strategy for compressor hydraulic coupler

  18. 可控动态再生加载测量液力耦合器的外特性

    To measure the external characteristics of hydraulic coupler by the controlled dynamic regenerated loading up method

  19. 通过比较说明了液力耦合器调速在风机节能运行上存在的不足和变频调速在风机节能运行上具有的优点。

    The defects of liquid-coupling velocity adjustment were pointed while the advantages of frequency conversion velocity adjustment were presented .

  20. 介绍了液力耦合器的应用特点、特性参数,并对节能效益进行了分析;

    The application advantage and characteristics parameters of hydraulic coupling are introduced , and energy saving benefits are analyzed .

  21. 调速型液力耦合器,适用于各类电动机,但可靠性不如前者;

    Speed variable hydraulic coupling device could be used in every kind of motors , but is less safety than the former .

  22. 介绍了液力耦合器调速和变频器调速的原理、特点及其在风机节能方面的应用。

    The principle , characteristic and application of liquid-coupling velocity adjustment and frequency conversion velocity adjustment in energy conservation running of fan were introduced .

  23. 大型除尘系统风机通常采用串液力耦合器的方式来实现风机电机的轻载启动和调速。

    For Large dust removing fan system , fluid coupler is usually used to reduce the starting load and adjust the speed of the motor .

  24. 该方法应用于渣浆泵调速型液力耦合器调速液位控制系统,在干扰流量变化很大的情况下,均获得了满意的控制效果。

    This method is applied in the pump liquid control system by hydraulic coupling , the experimental results is satisfactory when the flow disturbance varies far .

  25. 液力耦合器是安装在电动机与负载之间的传动装置,它有其独特的工作原理。

    The liquid dint matches the machine is to installs at the electric motor with load its spread to move the device , it have its special work principle .

  26. 液力耦合器的泵轮和涡轮在旋转过程中,承受水的离心力、水流压力、空气压力等作用,应力情形较为复杂。

    In the process of rotating of pump impeller and turbine on hydraulic coupler , they bear the effects of liquid centrifugal force , liquid pressure and air pressure .

  27. 研究液力耦合器的应用特点、特性原理,掌握其选型理论,可以使液力耦合器的应用获取最佳技术经济指标匹配。

    The study of their application properties and particular principles and the mastery of their model selection can make hydraulic couplers get best technical and economic match in their applications .

  28. 作为液力耦合器传递动力的关键元件,涡轮和泵轮担任着液体动能与机械能转换的重要角色。

    As the key components to pass the power of hydraulic coupler , pump impeller and turbine play important parts in the converting of liquid kinetic energy and mechanical energy .

  29. 工作油系统是液力耦合器的关键环节,而工作油温问题时常影响液力耦合器的正常使用。

    Working oil system is the key part in variable speed turbo coupling , while the problem of working oil temperature does harm to running of variable speed turbo coupling sometimes .

  30. 提出解决此状况的方案,是用限矩型液力耦合器替代现用的安全离合器。

    Put forward the project that solves this condition , is safe clutch that uses to limit a liquid of dint to match the machine to act for accidentally to use now .