IEC/PAS 62453-1-2006
现场设备工具界面规范.第1部分:概念和详细描述已作废

Field Device Tool (FDT) interface specification - Part 1: Concepts and detailed description

IEC/PAS 62453-1-2006 发布历史

1.1 Performance This part of IEC 62453 includes the engineering and commissioning of field devices. Functionality for documentation and audit trail support is also considered. Examples and use cases are mainly given for actors, sensors and remote I/Os. Of course, FDT is prepared to be used for devices like drives, analyzers, recorders, etc. as well. The FDT interfaces are designed in such a way as to support all significant fieldbus protocols. The main focus of this version of FDT does not lie on any specific fieldbus protocol. Due to the scalable structure of FDT it will be easy to add new schemas in order to extend the scope to new protocols. The FDT concept allows a device manufacturer to provide his device specific functionality within an engineering system. So the main capacity of FDT depends on the functionality of the devices and the according applications. This PAS is intended for developers who want to implement FDT components. The FDT concept does not claim to provide a solution for all engineering tasks and the associated tools. Therefore, the engineering subjects "electrical wiring planning, mechanical planning, etc." or the plant management subjects such as "maintenance, optimization, archiving, etc." do not form part of the current performance range of FDT. Some of these aspects may be included with future versions of FDT. 1.2 Audience This PAS is intended as reference material for developers of FDT compliant Frame Applications and DTMs. It is assumed that the reader is familiar with Microsoft ActiveX1 technology and the needs of the Process Control industry or of the field devices. This PAS is intended to facilitate development of DTMs and Frame Applications in the language of choice that supports Microsoft ActiveX. Therefore, the developer of the respective component is expected to be familiar with the technology required for the specific component. Remember, FDT is a client/server architecture implemented in a first step with Microsoft COM.2

IEC/PAS 62453-1-2006由国际电工委员会 IX-IEC 发布于 2006-05-01，于 2009-06-01 废止。

IEC/PAS 62453-1-2006 在中国标准分类中归属于: L60 计算机综合，在国际标准分类中归属于: 35.160 微处理机系统。

IEC/PAS 62453-1-2006的历代版本如下：

• 2006年05月01日 IEC/PAS 62453-1-2006 现场设备工具界面规范.第1部分:概念和详细描述

IEC/PAS 62453-1-2006 现场设备工具界面规范.第1部分:概念和详细描述 于 2009-06 变更为 IEC 62453-303-2-2009 IEC 62453-303-2,第1版:现场设备工具(FDT)界面规范.第303-2部分: 通讯剖面综合.IEC 61784 CP 3/4, CP 3/5和CP 3/6。

IEC/PAS 62453-1-2006 现场设备工具界面规范.第1部分:概念和详细描述 于 2009-06 变更为 IEC 62453-303-1-2009 IEC 62453-303-1,第1版:现场设备工具(FDT)接口规范.第303-1部分:通信文件集成.IEC 61784 CP 3/1和CP 3/2。

IEC/PAS 62453-1-2006 现场设备工具界面规范.第1部分:概念和详细描述 于 2009-06 变更为 IEC 62453-306-2009 IEC 62453-306,第1版:现场设备工具(FDT)界面规范.第306部分:通讯剖面综合-IEC 61784 CPF 6。

IEC/PAS 62453-1-2006 现场设备工具界面规范.第1部分:概念和详细描述 于 2009-07 变更为 IEC 62453-309-2009 现场设备工具(FDT)接口规范.第309部分:通信文件集成.IEC 61784 CPF 9。

IEC/PAS 62453-1-2006 现场设备工具界面规范.第1部分:概念和详细描述 于 2009-06 变更为 IEC 62453-301-2009 现场设备工具(FDT)界面规范.第301部分:通讯剖面综合-IEC 61784 CPF 1。

IEC/PAS 62453-1-2006 现场设备工具界面规范.第1部分:概念和详细描述 于 2009-06 变更为 IEC 62453-1-2009 现场设备工具(FDT)界面规范.第1部分:概述和指南。

IEC/PAS 62453-1-2006 现场设备工具界面规范.第1部分:概念和详细描述 于 2009-07 变更为 IEC 62453-315-2009 场装置工具(FDT)接口规范.第315部分:通信文件集成.IEC 61784 CPF 15。

IEC/PAS 62453-1-2006 现场设备工具界面规范.第1部分:概念和详细描述 于 2009-06 变更为 IEC 62453-2-2009 现场设备工具(FDT)界面规范.第2部分:概念和详细说明。

IEC/PAS 62453-1-2006 现场设备工具界面规范.第1部分:概念和详细描述 于 2009-06 变更为 IEC 62453-302-2009 现场设备工具(FDT)界面规范.第302部分:通讯剖面综合.IEC 61784 CPF 2。

IEC/PAS 62453-1-2006 现场设备工具界面规范.第1部分:概念和详细描述 于 2009-08 变更为 IEC/TR 62453-509-2009 场装置工具(FDT)接口规范.第509部分:通用对象模式的通信实施.IEC 61784 CPF 9。

IEC/PAS 62453-1-2006 现场设备工具界面规范.第1部分:概念和详细描述 于 2009-08 变更为 IEC/TR 62453-501-2009 场装置工具(FDT)接口规范.第501部分:通用对象模式的通信实施.IEC 61784 CPF 1。

IEC/PAS 62453-1-2006 现场设备工具界面规范.第1部分:概念和详细描述 于 2009-08 变更为 IEC/TR 62453-503-2-2009 场装置工具(FDT)接口规范.第503-2部分:通用对象模式的通信实施.IEC 61784 CP 3/4和CP 3/5和CP 3/6。

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标准号

IEC/PAS 62453-1-2006

发布日期

2006年05月01日

实施日期

废止日期

2009-06-01

中国标准分类号

L60

国际标准分类号

35.160

发布单位

IX-IEC

代替标准

IEC 62453-303-2-2009 IEC 62453-303-1-2009 IEC 62453-306-2009 IEC 62453-309-2009 IEC 62453-301-2009 IEC 62453-1-2009 IEC 62453-315-2009 IEC 62453-2-2009 IEC 62453-302-2009 IEC/TR 62453-509-2009 IEC/TR 62453-501-2009 IEC/TR 62453-503-2-2009 IEC/TR 62453-61-

适用范围

1.1 Performance This part of IEC 62453 includes the engineering and commissioning of field devices. Functionality for documentation and audit trail support is also considered. Examples and use cases are mainly given for actors, sensors and remote I/Os. Of course, FDT is prepared to be used for devices like drives, analyzers, recorders, etc. as well. The FDT interfaces are designed in such a way as to support all significant fieldbus protocols. The main focus of this version of FDT does not lie on any specific fieldbus protocol. Due to the scalable structure of FDT it will be easy to add new schemas in order to extend the scope to new protocols. The FDT concept allows a device manufacturer to provide his device specific functionality within an engineering system. So the main capacity of FDT depends on the functionality of the devices and the according applications. This PAS is intended for developers who want to implement FDT components. The FDT concept does not claim to provide a solution for all engineering tasks and the associated tools. Therefore, the engineering subjects "electrical wiring planning, mechanical planning, etc." or the plant management subjects such as "maintenance, optimization, archiving, etc." do not form part of the current performance range of FDT. Some of these aspects may be included with future versions of FDT. 1.2 Audience This PAS is intended as reference material for developers of FDT compliant Frame Applications and DTMs. It is assumed that the reader is familiar with Microsoft ActiveX1 technology and the needs of the Process Control industry or of the field devices. This PAS is intended to facilitate development of DTMs and Frame Applications in the language of choice that supports Microsoft ActiveX. Therefore, the developer of the respective component is expected to be familiar with the technology required for the specific component. Remember, FDT is a client/server architecture implemented in a first step with Microsoft COM.2

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