MC-PDIX02  TPS进程管理器I/O

过程管理器(PM)，高级过程管理器(APM)和高性能过程管理器(HPM)是霍尼韦尔领先的totalplant解决方案(TPS)系统控制和数据采集设备，用于工业过程应用。它们代表了具有成本效益的霍尼韦尔控制器的强大组合，可用于解决国外范围的工业过程控制问题。
PM, APM和HPM提供高度灵活的输入/输出(输入/输出)功能，用于数据监控和控制。该系列控制器的独特功能之一是其通用的输入/输出处理器(OPs)和现场终止组件(fta)。所有lop和fta都可以被所有三个控制器使用(只有少数例外)。
本规范和技术数据表提供了PM, APM和HPM IOPs和FTAS的信息。有关各控制器的信息，请参阅以下规格和技术数据表:
pm03 -400工艺管理器
ap03 -500高级工艺管理器规格和技术资料
HP03-500 -高性能过程经理规格和技术资料

I/O处理器与现场终止组件(FTAs)一起，对所有现场PM/APM/HPM I/O执行输入和输出扫描和处理(图2)。

冗余I/O链路是最大安全性的标准配置。可选的，高电平模拟输入，智能发射机接口，模拟输出，数字输入和数字输出处理器可以冗余。I/O处理与控制处理功能分开执行，因此I/O扫描速率完全独立于I/O数量、控制器负载、处理和告警。这种功能分区允许更有效地使用先进的控制处理器功能，并提供未来的I/O扩展。

MC-PHAI01

The Process Manager (PM), Advanced ProcessManager (APM) and High Performance ProcessManager (HPM) are Honeywell’s leading TotalPlantSolution (TPS) system control and data acquisitiondevices for industrial process applications. Theyrepresent a powerful combination of cost-effectiveHoneywell controllers which can be applied to solve abroad range ofindustrial process control problems.
The PM, APM, and HPM offer highly flexible l/O(input/output) functions for both data monitoring andcontrol. One of the unique features of this family ofcontrollers is its common set ofInput/OutputProcessors (OPs) and Field Termination Assemblies(FTAs). All lOPs and FTAs are usable by all threecontrollers (with only minor exceptions).
This specification and technical data sheet providesinformation on PM, APM, and HPM IOPs and FTAS.Please refer to the following specification andtechnical data sheets for information about eachcontroller:
PM03-400-Process Manager Specification andTechnical Data
AP03-500-Advanced Process ManagerSpecification and Technical Data
HP03-500 -High Performance Process ManagerSpecification and Technical Data

I/O Processors, along with Field Termination Assemblies (FTAs), perform input and output scanning and processing on all field PM/APM/HPM I/O (Figure 2).

A redundant I/O Link is standard for maximum security. Optionally, High Level Analog Input, Smart Transmitter Interface, Analog Output, Digital Input and Digital Output processors can be redundant. I/O processing is performed separately from control processing functions so that I/O scan rates are completely independent of I/O quantity, controller loading, processing, and alarming. This partitioning of functions allows more efficient use of advanced Control Processor capability and provides for future I/O expansion.