电子阀

  • 网络electronic valve;electrovalves;electrovalve
电子阀电子阀
  1. 再次扭转安装螺丝的换向电子阀,跟随手册中的扭力值转开。

    Retorque pilot valve mounting screws , following the torque values in this manual .

  2. 基于Matlab语言的电子膨胀阀模糊控制系统仿真

    The Simulation of Electronic Expansion Valve Fuzzy Control System Based on MATLAB

  3. 针对电子膨胀阀步进电机驱动方式和本文的仿真结果,应用增量式PID和模糊控制方法进行实验分析。

    PID and Fuzzy controllers are using in the experimentation based on the simulation results of the PID , fuzzy and fuzzy self-tuning PID controllers and the driven method for EEV .

  4. 介绍了一种开启式螺杆氨盐水机组,采用PID控制的电子膨胀阀直接供液,蒸发器和冷凝器均采用半焊式板式换热器。

    A new type ammonia brine unit was introduced in this paper , which use electronic expansion valves to supply liquid and use semi-laser welding plate-and-frame heat exchangers as condenser and evaporator .

  5. VRV系统采用自带的以计量电子膨胀阀开度为主的计费方式;

    For VRV systems , commonly attached electrical expansion valves based on turn down ratio are adopted .

  6. 建立了蒸发器&电子膨胀阀过热度模糊控制仿真系统,通过仿真分析了量化因子、比例因子及不同的采样时间,对控制效果及参数设置的影响、模糊控制与PID的控制效果比较;

    A dynamic simulation model for the control of superheat by the electrical expansion valve has been established . Base on this model , parameter setting , sampling time and Comparison of Fuzzy control with PID control are discussed .

  7. 设计了具有过载保护与短路保护的步进电机驱动电路,采用PLC直接驱动步进电机驱动方式与四相八拍控制方式,实现对电子膨胀阀开度的精确控制。

    The driving circuit of stepping-motor with the function of over-load protection and short-circuit protection is established ; the accurate control characteristic of open degree of EEV is realized by the way of driving stepping motor directly and four-phase-eight-pat controlling pattern .

  8. 本文根据室内温度的变化趋势,提出电子膨胀阀对蒸发器供液量的控制分为两个过程,即细化参数的PID控制和自适应控制。

    Based on the variation of the indoor temperature , it is brought forward that the control on refrigerant supply by Electronic Expansion Valve to the evaporator be divided into two processes , PID control with detailed parameters and self-adaptive control .

  9. 在此基础上,完成了控制算法子程序、温度采样滤波子程序、电子膨胀阀驱动子程序及SIM卡通信子程序的嵌入式软件开发。

    On this basis , completed embedded software development such as the control algorithm subroutine , temperature sampling filtering subroutine , electronic expansion valve driver and SIM card communication subroutine and so on .

  10. 采用BP-PID控制器对系统电子膨胀阀开度进行控制,并设计了BP-PID控制器。

    The paper presented a BP-PID method to control electronic swell valve of system , then BP-PID controller was designed .

  11. 结合帕萨特B5轿车空调系统,采用电子膨胀阀代替热力膨胀阀作为节流机构,开发研制了基于单片机的轿车空调全自动控制器。

    Based on the air condition system of PASSAT B5 , the SCM-based full automatic controller of car air condition systems are developed with the electronic expansion valve substituted for the thermostatic expansion valve .

  12. 电子膨胀阀(EEV)是制冷系统中的节流元件,它在系统中的主要作用是调节系统制冷剂流量、节流降压及控制过热度。

    Electronic expansion valves ( EEV ) are throttling components in refrigeration system . It can adjust the flow of refrigerants , throttle step-down , and control superheat in system .

  13. 小型VRV中央空调由单台压缩机和冷凝器,与多个室内蒸发器与电子膨胀阀联接而成,构成一个复杂的多变量、强耦合、非线性的系统。

    VRV mini central air condition system is connected by single compressor and condenser , and a number of evaporators and electronic expansion valves , forming a complex , multi-variable , strong coupling , and nonlinear system .

  14. 利用所建立的数学模型,通过仿真的方法,研究VRV系统在调节作用及拢动作用下,系统的各热力参数变化规律。本文着重于对系统中电子膨胀阀开度、压缩机转速与吸气压力;

    Based on the model , simulation is conducted to study the laws of the VRV system by varying its working parameter such as speed of compressor , openness of EEV , air volume of indoor units and indoor room temperature .

  15. 结果表明:采用电子膨胀阀的除霜时间比热力膨胀阀的短12s,即减少11%。

    The result shows that the defrosting period of machine with electronic expansion valve is 12 seconds or 11 % shorter than that with thermal expansion electronic valve , so suggests integrating both two methods by using the electronic expansion valve and defrosting by reversing four-way valve with compressor off .

  16. 蒸发器电子膨胀阀过热度模糊控制仿真及分析

    Simulation and analysis of evaporator superheat electronic expansion valve fuzzy control

  17. 电子膨胀阀在低温装置上降温特性的试验研究

    Study on Temperature Characteristic of Electronic Expansion Valve on Low-temperature Devices

  18. 阻塞流对电子膨胀阀控制的影响研究

    Research on blocking flow effect on control of electronic expansion valve

  19. 基于神经网络的多联变频空调电子膨胀阀控制系统研究

    BP-PID control for electronic swell valve of multi-interrelated frequency conversion air-condition

  20. 电子膨胀阀调节规律的确定方法

    The Method for Determing the Regulation of Electronic Expansion Valve

  21. 空调用电子膨胀阀流量特性研究

    Research on the Flow Character of EEV in Air Conditioner

  22. 电子膨胀阀及智能控制在制冷空调中的应用

    Application of Electronic Expansion Valve & Intellectual Control in HVAC

  23. HM&1型电子膨胀阀的设计和研究

    A Research and Design of Electronic Expansion Valve Type HM-1

  24. 电子膨胀阀在船舶冷藏集装箱中的应用研究

    Researches of Electronic Expansion Valves Applied in Marine Refrigerated Containers

  25. 电子膨胀阀在冷水机组中的试验研究

    Experiment Research on the Electronic Expansion Valve in Water Chiller

  26. 电子膨胀阀壅塞特性与冷凝压力的关系

    Relationship between choking flow characteristics and condensing pressure in electronic expansion valve

  27. 电子膨胀阀在变频一拖多空调系统中的应用

    Application of Electronic Expansion Valve on Inverter Multi-split air Conditioner

  28. 电子膨胀阀调节蒸发器过热度的控制算法

    Control Algorithm of Electronic Expansion Valve in Evaporator Superheat Regulation

  29. 冷柜启动过程中电子膨胀阀的控制

    Electronic Expansion Valve Control during the Start-up of Refrigeration System

  30. 电子膨胀阀节流机构流量特性的实验研究

    Experimental Research on the Flow Characteristic of Electronic Expansion Valve