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Process SolutionsHoneywell’s C300 controller provides powerful and robust control for the PlantCruise by Experion® platform. With the C300 and the Control Execution Environment,customers can improve engineering productivity and maintenance, maximize process uptime, and reduce production costs.At the core of the C300 in PlantCruiseis Honeywell’s field-proven deterministic Control Execution Environment (CEE) core software. The CEE provides a superior control execution and scheduling environment. Control strategies are configured and loaded through Control Builder, an easy to use and intuitive engineering tool.The C300 controller hardware offers unique space saving, installation, and maintenance benefits consistent with its innovative Series 8 form factor.The C300 is optionally redundant, requiring no additional hardware other than an identical second hardware module.The ‘designed-vertical’ C300 controller provides a superior control execution and scheduling environment.With the C300 controller, customers can:• Improve engineering productivity with a rich set of function libraries and a seamless and intuitive user environment, • Maximize process uptime and minimize maintenance effort with robust diagnostics and full hardware redundancy, and, • Reduce production costs with flexible and efficient control strategies, on-process migration, and efficient hardware processing power.Easy Control Strategy Creation through Rich Function LibrariesThe Control Execution Environment function blockssupport:• Continuous Control • Logic Based Control • Sequential Control • Model Based ControlEach function block contains a rich set of predefined features, such as alarm limits and priorities, various control algorithms, and maintenance statistics, all of which are configurable parameters. Function blocks are linked together in Control Modules to perform specific control tasks, which provide a foundation for efficient control engineering.Embedded functionality guarantees consistent control strategyexecution and delivers consistent alarming and operations behavior. This consistency reduces operator errors and saves implementation time by eliminating the need to develop low-level basic functions.The CEE fully supports the ISA S88.01 batch standard and integrates sequences with devices. The devices will track the state of the sequences and perform pre-configured actions based on those sequences. This reduces the implementation and complexity of handling abnormal situations. The SCMs support abnormal handling, recipe parameters, and on-line monitoring of the execution through chart visualization.One Seamless Environment through Easy Data CommunicationParameters provide access to every imaginable piece of information in the controller. This data can be used throughout the Experion system, whether for other control strategies or for operator purposes. For example, in custom displays, parameters such as setpoints or outputs can be historized and used in trend views. The engineer does not need to know where the information resides. Instead, he can just reference it, and the system manages the underlying logistics of that information. The system will notify the user based on the status information associated with the value and take appropriate action when required.Each parameter is also protected from accidental changes through a security access level, and certain parameters can only be changed off-line. Communication is based on report- by-exception and publish-subscribe, making efficient use of communication bandwidth by accessing data only when needed and avoiding duplication.Consistent and Predictive Behavior Makes Engineering and Maintenance EasierThe C300 CEE supports an execution period per control strategy, ranging from 50 msec to 2000 msec. The user can make changes to existing or add new control strategies without interrupting other control strategies executed by the controller. The user has full control over the function block execution order within the control strategy and the execution order of multiple control strategies. Control strategies can be easily moved between control environments by using the convenient drag-and-drop feature within Control Builder. Easy and Intuitive Engineering EnvironmentControl Builder is the control engineering and maintenance tool for the Control Execution Environment, and improves the control engineer’s productivity by simplifying configuration with a graphical user interface and predefined function blocks ready for wiring into a specific control strategy. The control engineer can enable and change standard function block features without the need to build these from the ground up. The control strategy can be documented with embedded objects such as text, documents or web-links.Online Monitoring Is Available to the Engineer and OperatorOnce control strategies are created and loaded to the C300 controller, the engineer can monitor the strategy on-line using the same graphical interface. This is helpful for verifying a control strategy or for troubleshooting a process problem. The control or maintenance engineer can directly modify parameters from the engineering environment without needing an operator interface. Controller Based Model Predictive Tuning with ProfitLoopProfit Loop is Honeywell’s patented algorithm that provides a single input / single output model-predictive function block that is included in the standard C300 controller function block library. It has the operating simplicity and computational efficiency of a standard PID function block, yet provides tight, robust control, increasing process stability by up to 30 percent. Profit Loop creates a simple model of the process to predict the effect of control moves on the process (controlled) variable. Because Profit Loop can anticipate future process behavior, the controller knows exactly how much to move the process to meet the desired control objectives. Profit Loop incorporates the best elements of both traditional PID algorithms and the model-based control and optimization technologies of Profit Controller at the regulatory level.For More InformationTo learn more about how Honeywell’sPlantCruise by Experion C300 Controller can improve plant performance, visit our website or contact your Honeywell account manager. Honeywell Process Solutions Honeywell1250 West Sam Houston Parkway South Houston, TX 77042Honeywell House, Arlington Business Park Bracknell, Berkshire, England RG12 1EB Shanghai City Centre, 100 Junyi Road Shanghai, China 20051 Custom Algorithm Blocks Custom Algorithm Blocks (CABs) are similar in purpose and structure to native function blocks included with Control Builder. These blocks have predefined algorithms and data structures. By contrast, Custom Algorithm Blocks have user defined algorithms and data structures. CABs are developed using Visual Basic integrated into Control Builder.The C300 controller supports the execution of CABs in Experion LX. CABs can greatly reduce the effort required to create complex control strategies that require the robust control environment offered by the C300.Investment ProtectionHoneywell is committed to protecting customer investments by supporting and integrating previous control products. Consistent with this philosophy, the Control Execution Environment, which holds the user application, is platform- independent. This allows the user to make use of new, more powerful hardware platforms when they become available, while retaining the specific user application.PN-13-16-ENG February 2014© 2014 Honeywell International Inc.。
PKS硬件配置说明书（1）PKS, 说明书, 硬件XXX DCS项目采用美国Honeywell公司的Experio TM KS分布式控制系统，实现对过程数据的高性能采集、控制和监视。
系统的结构采用冗余服务器、冗余控制网络以及冗余电源的模式，其中包括2台工程师站、4台操作员站、C200过程控制器和过程I/O接口。
工程师站主要用来实现对系统的配置与组态，同时作为系统的数据服务器实现对过程数据的保存以及存档。
操作员站是最重要的人机交互界面，主要用于对生产现场的监视和管理。
其中一台工程师站兼做操作员站使用。
C200控制器由机架、电源、控制器处理模件(CPM)、ControlNet接口，冗余模件和I/O连接模件所组成，完成对过程的控制、与过程I/O接口的通信，通过监控网络将数据传送到服务器等功能。
过程I/O接口主要包括接线端子、输入/输出(I/O)卡件和连接电缆等，主要实现对数据的采集、处理和工程单位的变换。
Experio TM KS系统的网络由上到下分为信息网络、监控网络和I/O网络三个层次。
信息网络用于操作员站与工程师站的通讯；监控网络实现C200控制器与服务器的互连；I/O网络实现C200控制器与PM I/O模件的通讯以及PMI/O模件与现场接线端子FTA的联系。
2 硬件配置说明2.1 工程师站本系统工程师站采用冗余服务器的配置，总体硬件配置情况如下：名称型号数量服务器DELL oweredgeSC1420 1GBRAM 73G CI HDD DVD-RW 2显示器DELL 19"Ultrashar am #8482;液晶显示器 2键盘 DELL /2 104－key 2鼠标 DELL U 2交换机 3COM 3C16974 1交换机华为S1008D 1网络适配卡 DCN-530TX 2PCIC卡 TC-PCIC01K 2服务器软件环境：操作系统 Window 2000 erver 英文版应用软件 Experio K R2012.2 操作员站本系统提供五台操作员站，其中一台工程师站兼做操作员站使用。
霍尼韦尔PKS常用特性块介绍
霍尼韦尔PKS（Process Knowledge System）是一种用于过程控制的先进解决方案。
下面是一些常用的特性块介绍：
1. 过程控制器（PC）
过程控制器是PKS的核心组件，用于监控和控制工业过程。
它具有高性能、可靠性和可扩展性，并支持广泛的控制策略和算法。
2. 监控界面（HM）
监控界面是PKS的用户界面，用于可视化显示和操作过程控
制系统。
它提供实时数据、趋势图、报警和事件记录等功能，帮助
操作员实时监控和管理工业过程。
3. 逻辑控制器（LC）
逻辑控制器用于执行复杂的逻辑控制算法。
它可以通过配置和
编程实现各种控制策略，如级联控制、比例-积分-微分控制和模糊
控制等。
4. 信号接口模块（SIM）
信号接口模块用于将传感器和执行器与PKS系统连接起来。
它提供多种接口类型，如模拟输入、模拟输出、数字输入和数字输
出等，以便与各种设备进行通信。
5. 数据历史存储（DHS）
数据历史存储用于记录和存储过程控制系统的历史数据。
它可
以存储大量的数据，并提供高速查询和分析功能，帮助用户进行数
据分析和故障诊断。
以上是霍尼韦尔PKS常用特性块的简要介绍。
PKS系统提供
了强大的功能和灵活的配置选项，可满足各种工业过程控制的需求。
