Description
FOXBORO FCP270 P0917YZ产品详情
产品概述
Foxboro FCP270 P0917YZ是一个分布式的、可选容错的现场安装控制器，用于执行根据用户定义的控制策略进行的过程控制和报警功能。它属于Foxboro I/A系列的一部分，是过程控制系统中的重要组成部分。
主要功能
过程控制：执行调节、逻辑、定时和顺序控制，结合连接的现场总线模块（FBM）实现。
数据采集与报警：执行数据采集和报警检测及通知。
支持模块：支持最多32个200系列FBM。
扩展支持：使用现场总线扩展模块100（FEM100），最多支持128个200系列FBM。
产品特点
分布式控制：将控制逻辑分散到现场，提高系统可靠性。
灵活配置：可以根据不同的过程控制需求进行灵活配置。
高可靠性：采用冗余设计，提高系统可用性。
易于维护：模块化设计，方便维护。
应用领域
广泛应用于过程工业，如：
石油化工
电力
水处理
制药
食品饮料
技术参数（部分）
内存：16 MB SDRAM,32 MB flash memory
输入电压：24 V dc(典型值)
支持FBM：最多32个200系列FBM(可扩展至128个)
产品优势
高性能：处理能力强，能够实时处理大量数据。
可靠性高：采用冗余设计，保证系统稳定运行。
可扩展性强：可以根据系统需求灵活扩展。
易于维护：模块化设计，方便维护。
FOXBORO FCP270 P0917YZ Product Details
Product Overview
The Foxboro FCP270 P0917YZ is a distributed,optionally fault-tolerant,field-mounted controller that performs process control and alarm functions based on user-defined control strategies.It is part of the Foxboro I/A series and is an important component in process control systems.
Main Functions
Process Control:Performs regulation,logic,timing and sequence control in conjunction with connected fieldbus modules(FBMs).
Data Acquisition and Alarm:Performs data acquisition and alarm detection and notification.
Supported Modules:Supports up to 32 200 Series FBMs.
Expansion Support:Supports up to 128 200 Series FBMs using the Fieldbus Expansion Module 100(FEM100).
Product Features
Distributed Control:Distributes control logic to the field to improve system reliability.
Flexible Configuration:Can be flexibly configured according to different process control requirements.
High Reliability:Redundant design is used to improve system availability.
Easy Maintenance:Modular design for easy maintenance.
Application areas
Widely used in process industries,such as:
Petrochemical
Electric power
Water treatment
Pharmaceutical
Food and beverage
Technical parameters(partial)
Memory:16 MB SDRAM,32 MB flash memory
Input voltage:24 V dc(typical)
Support FBM:Up to 32 200 series FBMs(expandable to 128)
Product advantages
High performance:Strong processing power,capable of processing large amounts of data in real time.
High reliability:Redundant design is adopted to ensure stable operation of the system.
Strong scalability:Flexible expansion according to system requirements.
Easy maintenance:Modular design for easy maintenance.
