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《Теплоэнергетика》2013年10月刊报道,以加里宁核电站3号和4号Κ-1000-60/3000汽轮机为例,分析了配备微处理机系统的电动液压调节系统的建造和运行。加里宁核电站3号发电机组配备有电液调节系统,证明该系统具有广泛的效力。发电机组功率调节的当前要求是建造具有扩大功能的微处理器部分和电液传动装置单独控制的调节阀调节系统,该调节系统由“国际自动装置”有限股份公司和“动力机器-列宁格勒金属工厂”无限股份公司共同研制并已应用于加里宁核电站4号K-1000-60/3000汽轮机。
“Теплоэнергетика” The October 2013 issue reports the construction and operation of an electro-hydraulic control system equipped with a microprocessor system, taking the K-1000-60 / 3000 Turbines No.3 and 4 of the Kalinin Nuclear Power Station as an example. The Kalinin NPP Unit 3 is equipped with electro-hydraulic control system to prove that the system has a wide range of effectiveness. The current requirement for genset power regulation is the construction of a microprocessor-controlled part with expanded functionality and a separate regulator control system for electrohydraulic actuators controlled by the International Automechanika Corporation and the Power Machinery- Leningrad Metal Works “and” unlimited shares of joint-stock company jointly developed and applied to Kalinin nuclear power plant on the 4th K-1000-60 / 3000 turbine.