控制算法和策略组态可选用以下IEC 61131-3标准组态方法中的一-种或几种:
FBD (功能方块图 )
JD (梯形图)
SFC (顺序功能图 )
IL (指令表)
sT (结构化文本)
CBF安装在Industrial "系统工程师站上，完成后的组态结果由工程师站通过系统网络下载至相应
的现场控制器PS及操作站0S中。组态既可在线也可离线。离线组态仅需-台装有CBF软件的计算机。
系统提供-一个含有220多种功能模块(标准算法程序)的功能块库，除了IEC 61131 _3 标准规定
的基本内容外，还扩充了许多功能强大并经过严格测试的功能块。用户还可自定义功能块和由若千功
能块组成的用户宏。CBF 还提供200 多个标准图形符号(静态和动态)及大量美观实用的立体图例可
供HIS组态选用。
CBF在执行组态编译时能自动查找定位错误源，交叉参考功能可帮助工程师迅速查找对应的变
量位号、功能块及操作画面，大大提高了组态效率。CBF可引入或导出ASCII 程序、显示画面、变
量位号和部分项目树。CONTROL BUILDER F还可输出包括全部组态结果的图形化工程文档。
CBF (Control Builder F)还具有如下特点: .
o使用同一工程软件完成控制策略组态和HMI组态。(即硬件配置组态、过程控制编程、操作
站组态- - 体化)
J 高性能图形化组态编辑工具，符合1EC61 131-3标准
功能库提 供220 多个功能(算法)模块，远超过IEC61131 3所规定 的基本内容
宏库提供200多个可扩展和定义的图形符号和大量三维图例供画面组态
o采用项目树使得程序生成灵活，程序组织清晰明了
J 采用统一的系统全局数据库
Windows 下的在线帮助功能
o项目文件备份
o口令保护
项目树
项目树是用于管理和调试整个用户程序(组态内容)的核心工具。所有的项目组态数据均以树结构
方式显示，在项目树中可访问系统组态的全部内容。项目树的结构非常直观，与Microsoft Windows
的文件管理器很类似。在项目树中:
o项目树中的组态数据呈结构化
口定义任务级别并分配到相应的硬件设备
的
J 为各任务级别分配所属程序
J程序、显示和记录可在项目树中调用、复制和移动
对程序编译检查，并显示相应的处理状态
o
引入和输出项目组态
o下载用户程序至相应的过程站PS
J‘ 下载用户程序至操作站或计算机接口站
项目数揭库
Industrial"系统的信号、变量和过程点均由- -个公共项目数据库管理。包括变量- -览表(如I/0
及内部变量)和回路(标签) - -览表(功能块用) .数据库是全局性的，故数据只需键入一次，从而
避免组态时可能发生的混乱和错误。- -次至数据键入还能大大减少系统调试时的时间耗费，缩短工期
并节省金钱。
建立用户程序时会自动生成变量和回路(标签)- -览表， 变量和过程点也可在FBD、LAD 或IL中
直接打开并修改。在- -览表中可对每条记录的名称、说明、数据或模件类型进行项目全局范围内的修
改，可进行指定条件查询。- -览表的另- -重要功能是交叉参考功能，它可帮助工程师在全系统范围内
迅速查找出并自动打开与指定变量或回路位号相关的程序及显示画面。
Glossary
Process station:
This term is used to describe AC800F controllers (field controllers) and rack-mounted controllers. A process station can be designed to be redundant
configuration and non-redundant configuration.
AC800F :
This term is used to describe the AC800F Field Controller type of process station. A redundant process station consists of 2
AC800F controller.
Rack mounted process station:
This term is used to describe a rack-mounted type of process station. A redundant process station contains 2 rack-mounted CPUs.
This term is used to describe a single, non-redundant process station.
In the investment of modern automation system, due to the hardware equipment department
It only takes up less cost in the whole system, then write engineering applications
The cost of software becomes increasingly important. Generally speaking, a self
The engineering application software cost of the automation project accounts for about the entire project.
About 50%, it is not difficult to see that the migration of cost structure creates a lot of innovation for users.
Create an opportunity to optimize project investment, therefore, it is necessary to start from engineering programming
Think about lowering costs in the first place!
This is what we developed the Freelance 800F system for:
Keeping hardware prices consistent with those of programmable logic controllers
In this way, cost efficiency can be improved by reducing user engineering costs.
How the Freelance 800F process control system helps users reduce
Low engineering cost?
By using a complete engineering tool (Control Builder
F) to configure the entire control system, including automation functions
function, operator interface display and logging, and configuration of the fieldbus.
equipment (PROFIBUS, FOUNDATION Fieldbus,
HART, etc.) and device parameter settings.
Automatic generation of global data between the process control station and the operator station
According to communication.
For field devices, process control stations and operator stations, a unified global database is used for the entire control system, thereby reducing
cost and time investment in establishing data communication and interactive access.
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