1) deaerator water level
除氧器水位
1.
This paper analyzed the control scheme of condensate frequency conversion transformation of deaerator water level and switch principal between constant speed pump and variable frequency pump.
通过实例分析简要介绍了凝结水泵变频改造除氧器水位控制方案及定速泵与变频泵之间的切换逻辑,从而证明变频调速具有节能、调节特性好、精度高、控制灵活及运行安全可靠等一系列优点,有效地降低了厂用电,使除氧器水位得到稳定的控制。
2.
Performance comparison of the condensed water system before and after revolution is analyzed,The papers also introduces the different control methods for Automatic control of deaerator water level and condenser water level.
文章研究对比改造前后的凝结水系统特点,介绍除氧器水位自动控制和凝结器水位自动控制不同方案,并对各方案进行分析对比,介绍了方案的参数调整方法。
2) deaerator level
除氧器水位，除氧器标高
4) water level control system for deoxidization device
除氧器水位调节
1.
The actualities of water level control system for deoxidization device of ship steam power plant were reviewed and some important features of the system safety problem were considered.
通过分析船舶蒸汽动力装置除氧器水位调节系统现状,指出其水位调节系统的关键问题,提出改进建议,并对改进前后的除氧器水位调节系统进行仿真比较分析。
5) deaerator level control valve
除氧器水位调节阀
6) deaerator feedwater storage vessel
除氧器水箱
1.
The paper analyze the mechanics of deaerator feedwater storage vessel structure on the base of concluding the basic theories and the implement methods, some factors affecting to accurate results is discussed .
本文对除氧器水箱结构进行了系统的力学分析,总结了水箱结构有限元模拟分析的基本理论和实施方法,对影响计算结果准确程度的一些因素作了初步分析和讨论。
补充资料：地下水水位观测(见水位观测)
地下水水位观测(见水位观测)
d ixiashui shuiwei guanee地下水水位观测见水位观测。
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