WOODWARD 8200-1300伺服调速器

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型号：WOODWARD 8200-1300
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产品广泛应用于冶金、石油天然气、玻璃制造业、铝业、石油化工、煤矿、造纸印刷、纺织印染、机械、电子制造、汽车制造、塑胶机械、电力、水利、水处理/环保、锅炉供暖、能源、输配电等等。
主营DCS控制系统备件，PLC系统备件及机器人系统备件，
优势品牌：Allen Bradley、BentlyNevada、ABB、Emerson Ovation、Honeywell DCS、Rockwell ICS Triplex、FOXBORO、Schneider PLC、GE Fanuc、Motorola、HIMA、TRICONEX、Prosoft等各种进口工业零部件
WOODWARD 8200-1300伺服调速器

控制系统装备水平的确定阶段
主要包括:
3.1.1确定自动控制系统的设计原则
一般地, 设计应本着技术成熟, 装备先进, 适用性强,可靠性高的原则进行。
3.1.2 确定分布式控制系统的基本组成
分布式控制系统主要由控制站单元、操作显示站单元以及数据通信总线组成。各站点单元由数据通信总线联结在一起组成控制系统, 并通过数据通信总线进行相互间的通信,实现系统内部的数据共享。
3.1.3 确定自动控制系统的应用功能层次, 并提出各个应用功能层次上对系统硬件和软件的基本要求
在进行应用功能层次划分时,现场检测、传动级和基础自动化级是必需的;至于过程监控级和信息管理级,则应根据工程项目的资金情况及用户的生产管理水平决定取舍。
3.1.4提出自动控制系统的合理控制范围及主要控制和管理功能
一般地, 高炉生产主体工艺系统宜纳入控制范围。
3.1.5 推荐几种典型的分布式控制系统构成方案
高炉自动控制上所应用的分布式控制系统, 一般按对电气逻辑顺序控制功能与仪表连续调节控制功能的不同侧重分为两类: 一类是电气逻辑顺序控制功能与仪表连续调节控制功能均由同一类型控制器进行控制的全DCS 控制系统,如美国西屋(Westinghouse) 公司的OVATION 控制系统, 德国西门子公司的PCS7 控制系统等; 另一类是电气逻辑顺序控制功能与仪表连续调节控制功能分别由不同类型控制器进行控制的“PLC + DCS”控制系统, 如由美国霍尼韦尔公司的仪表连续调节控制器HPM 与美国GE 公司的电气逻辑顺序控制PLC 共同组成的Total Plant 控制系统,由日本横河公司的仪表连续调节控制器FCS 与日本安川公司的电气逻辑顺序控制器CP23500H 共同组成的控制系统等。
3.1.6提出国内外设备分交意见。
3.1.7进行自动控制系统投资估算。
3. 2 分布式控制系统综合评估阶段
主要从以下几个方面对用户认可的几种系统构成方案进行综合评估和比较,选出在技术性能、使用性能、可靠性等方面均比较出色的控制系统。
(1) 对控制系统控制站单元的技术性能进行评估。包括现场数据采集能力及信号隔离措施;输入及输出信号处理精度; 内存容量及存储数据掉电保持时间;模件能否带电插拔及容错能力;应用软件的组态方式。
(2) 对控制系统操作站单元的技术性能进行评估。包括内存容量及CRT 分辨率;实时多任务操作系统的可靠性; 是否具备多种应用支持软件(如图形组态软件, 数据库管理软件, 报表生成软件, 历史趋势软件, 故障报警软件, 以及系统维护软件等) ;图形软件的组态方式。
(3) 对控制系统通信单元的技术性能进行评估。包括通信网络结构及网络控制方式; 通信网络容量及数据传输速率;通信网络容错能力。
(4) 对控制系统综合性能进行评估。包括控制系统的开放性和可扩展性; 是否兼容其它自动化软、硬件产品;是否很容易地对系统硬件和软件进行升级;控制系统的可靠性;系统的容错能力和平均无故障时间是否满足要求等; 控制系统的经济性,着重考察系统的性能价格比;控制系统在高炉控制上的的应用业绩; 控制系统供应商的售后服务能力。
3. 3 控制系统初步设计阶段
主要是以控制系统装备水平阶段确定的原则为依据, 以对分布式控制系统综合评估后得出的结论为基础, 并结合工艺实际情况进行控制系统的初步配置。其主要工作内容包括:
(1) 结合工艺及用户意见确定控制系统控制范围,分布式控制系统基本构成方案和主要控制、管理功能。
(2) 明确三电专业分工,对三电专业各自应完成的控制及管理功能进行划分。Determination stage of control system equipment level
It mainly includes:
3.1.1 Determine the design principle of automatic control system
Generally, the design shall be carried out based on the principles of mature technology, advanced equipment, strong applicability and high reliability.
3.1.2 Determine the basic composition of the distributed control system
The distributed control system is mainly composed of control station unit, operation display station unit and data communication bus. Each station unit is connected by the data communication bus to form the control system, and communicates with each other through the data communication bus to realize the data sharing within the system.
3.1.3 Determine the application function level of the automatic control system, and propose the basic requirements for system hardware and software at each application function level
Field detection, transmission level and basic automation level are necessary when dividing application function levels; As for the process monitoring level and information management level, the choice should be made according to the capital situation of the project and the production management level of users.
3.1.4 Propose the reasonable control range and main control and management functions of the automatic control system
Generally, the main process system of blast furnace production should be included in the control scope.
3.1.5 Recommend several typical distributed control system composition schemes
The distributed control system applied to the automatic control of blast furnace is generally divided into two categories according to the different emphasis on the electrical logic sequence control function and the continuous regulation control function of the instrument: one is the full DCS control system whose electrical logic sequence control function and the continuous regulation control function of the instrument are controlled by the same type of controller, such as the OVATION control system of Westinghouse, PCS7 control system of Siemens, Germany; The other is the "PLC+DCS" control system where the electrical logic sequential control function and the instrument continuous regulation control function are controlled by different types of controllers, such as the Total Plant control system composed of the instrument continuous regulation controller HPM of Honeywell and the electrical logic sequential control PLC of GE, The control system consists of the instrument continuous regulation controller FCS of Yokogawa Corporation of Japan and the electrical logic sequence controller CP23500H of Yaskawa Corporation of Japan.
3.1.6 Put forward opinions on domestic and foreign equipment delivery.
3.1.7 Estimate the investment of automatic control system.
3.2 Integrated evaluation stage of distributed control system
The following aspects are mainly used to comprehensively evaluate and compare several system composition schemes recognized by users, and select the control systems that are excellent in technical performance, use performance, reliability, etc.
(1) Evaluate the technical performance of the control station unit of the control system. Including on-site data acquisition capability and signal isolation measures; Input and output signal processing accuracy; Memory capacity and storage data power-off retention time; Whether the module can be plugged and unplugged with power and has fault tolerance capability; Configuration mode of application software.
(2) Evaluate the technical performance of the control system operation station unit. Including memory capacity and CRT resolution; Reliability of real-time multitask operating system; Whether there are various application support software (such as graphic configuration software, database management software, report generation software, historical trend software, fault alarm software, and system maintenance software); Configuration mode of graphic software.
(3) Evaluate the technical performance of the control system communication unit. Including communication network structure and network control mode; Communication network capacity and data transmission rate; Fault tolerance of communication network.
(4) Evaluate the comprehensive performance of the control system. Including the openness and scalability of the control system; Whether it is compatible with other automation software and hardware products; Whether the system hardware and software can be easily upgraded; Reliability of control system; Whether the fault tolerance and MTBF of the system meet the requirements; The economy of the control system, focusing on the performance price ratio of the system; Application performance of control system in blast furnace control; After sales service capability of the control system supplier.
3.3 Preliminary design stage of control system
It is mainly based on the principle of determining the equipment level of the control system, based on the conclusion obtained after the comprehensive evaluation of the distributed control system, and combined with the actual process conditions to conduct the preliminary configuration of the control system. The main work contents include:
(1) The control scope of the control system, the basic composition scheme of the distributed control system and the main control and management functions are determined based on the process and user's opinions.
(2) Clarify the division of work of the three electricity disciplines, and divide the control and management functions that the three electricity disciplines should complete.

RELIANCE

ABB

GE

FOXBORO

EMERSON艾默生

A-B

MOTOROLA

TRICONEX

HONEYWELL霍尼韦尔

HIMA

140系列PLC

BENTLY本特利

其他

SST

EPRO

YOKOGAWA

MOOG

NI

WOODWARD伍德沃德

METSO

KOLLMORGEN科尔摩根

力士乐

ALSTOM阿尔斯通

YASKAWA安川

AMAT

ICS TRIPLEX

新能源系列

EATON

WOODWARD 8200-1300伺服调速器

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