compressor surge control
英 [kəmˈpresə(r) sɜːdʒ kənˈtrəʊl]
美 [kəmˈpresər sɜːrdʒ kənˈtroʊl]
压气机喘振控制
双语例句
- It also discusses the theory of compressor anti surge control, the function of anti surge controller and the application of anti surge control in cracking gas compressor of SECCO ethylene plant.
主要论述了压缩机的防喘振控制理论，防喘振控制器的功能及防喘振控制在赛科乙烯装置裂解气压缩机的应用。 - Air compressor Surge proof control is key in compress section in ASU, Surge proof control affect the air compressor itself safety, therefor air compressor configuration is important.
空分装置中空压机的防喘振控制是压缩工段的关键，防喘振控制的好坏直接关系到空压机设备的安全，因此空压机控制组态十分重要。 - Design and Application of Air Compressor Surge Proof Three-line Control in DCS
空压机防喘振三线控制在DCS中的设计及应用 - The reason, phenomenon and endanger of the centrifugal compressor 'surge are analyzed; the principle of anti-surge control system and typical anti-surge control system is introduced and design means for anti-surge control system refer to design and configuration of a project is presented.
分析了离心式压缩机喘振的原因、现象及危害，介绍了防喘振控制的原理及典型的防喘振控制系统，并结合具体的工程设计、组态，给出防喘振控制的工程设计方法。 - The reason of surging for axial compressor and its effect on safe operation are introduced, and the characteristics, function of TS-3000 system, the determination of surge line and the anti-surge control method are introduced too.
介绍了轴流压缩机喘振产生的原因及对安全生产的影响以及TS-3000系统的特点、功能、喘振线的确定及防喘振控制的方法。 - Active control technology is a simple novel control method in the compressor rotating stall and surge control. By real time, active control method, it enable the whole unit work at highest efficiency at design and off-design points.
主动控制技术在压气机防喘控制中作为一种简单高效、新颖的控制方法，它采用实时、主动的思路最大限度地保证在工况点下机组能以最佳效率进行工作。 - Based on the simulation and analysis, the active control of compressor surge with fuzzy control technology was proposed, and a fuzzy controller was designed and simulated.
在此基础上，提出采用模糊控制技术对压气机喘振现象实施主动控制，设计了基于模糊控制集合理论的防喘控制器，并进行了计算机仿真。 - According to the control feature of large compressor set, how to utilize control configuration software of TDC 3000 DCS to make interlock and anti surge control for air compressor in the air separation unit is introduced as an example.
根据大型机组控制特点，以空分装置空气压缩机的控制为例，重点介绍了如何应用TDC3000系统的控制组态软件，实施大型机组的联锁控制和防喘振控制。 - The successful application of new anti surge control in compressor control system revamp and new anti surge control algorithm is introduced. According to this algorithm the normal compressor performance map is established.
通过新型压缩机防喘振控制在机组改造中的成功应用，介绍了新型防喘振控制算法，并以该控制算法精确建立了压缩机通用防喘振性能图。 - Centrifugal compressor surge is the inherent characteristics, it will bring very serious harm to whole control system, even follow-up system and mechanical systems.
喘振是离心式压缩机固有的特性，它对整个控制系统乃至后续系统和机械系统会带来极其严重的危害。 - This article also analyses characteristics of the compressor surge and description of these features in practical work on the compressor anti-surge control role.
本文还对压缩机喘振特性进行了分析并说明了这些特性在实际工作中对压缩机在防喘振控制中的作用。 - Compressor surge is a major issue, and anti-surge control is the puzzle of industrial automation, and also is main content of this paper.
喘振是压缩机运行的主要问题，防喘振控制是工业自动控制的难题，也是本文研究的主要内容。