基于SIMATIC SINEC网络的通信研究与设计
摘要
本文主要的工作是通过一个实际的项目，进行了基于西门子公司SIMATICSINEC工业现场通信网络的研究与设计。作者采用目前日益流行的现场总线技术，构建了新一代FCS(现场总线控制系统)的雏形，实现了现场设备和操作站之间的数据交换，为企业建设CIMS乃至企业全面的信息化打下了坚实的基础。
在项目开发过程中，全部的通信程序都是在STEP5语言环境下编制完成的，并且通过西门子公司功能强大的WinCC软件包对网络进行了组态，保证了整个系统的可靠性。本文提供了一种工业现场通信组网的方案，在提高国内企业生产力水平和与国际接轨程度方面，具有一定推广的价值。
By a practical engineering, this paper is about Research & Design job of Industrial Field LANs based on the SIAMTIC SINEC, SIEMENS Corp. The author constructed a rudiment of PCS, which was the abbreviation for fieldbus control system, by using Fieldbus Technology, and accomplished the data communication between operating stations and field equipments. This kind of job is the base of CIMS and enterprise information networks.
In the engineering, all of programs were written on the SIEMENS STEPS platform, and network configurations were done by WinCC software packet, which guaranteed the reliability of system. A scheme constructing industrial field communication network was provided here, which should be extended in order to promote the productivity of domestic enterprises.
在项目开发过程中，全部的通信程序都是在STEP5语言环境下编制完成的，并且通过西门子公司功能强大的WinCC软件包对网络进行了组态，保证了整个系统的可靠性。本文提供了一种工业现场通信组网的方案，在提高国内企业生产力水平和与国际接轨程度方面，具有一定推广的价值。
By a practical engineering, this paper is about Research & Design job of Industrial Field LANs based on the SIAMTIC SINEC, SIEMENS Corp. The author constructed a rudiment of PCS, which was the abbreviation for fieldbus control system, by using Fieldbus Technology, and accomplished the data communication between operating stations and field equipments. This kind of job is the base of CIMS and enterprise information networks.
In the engineering, all of programs were written on the SIEMENS STEPS platform, and network configurations were done by WinCC software packet, which guaranteed the reliability of system. A scheme constructing industrial field communication network was provided here, which should be extended in order to promote the productivity of domestic enterprises.
引文
1 盐城八菱化纤CIMS系统总体设计报告．内部资料．1996
2 邱公伟．可编程控制器网络通信及应用．第2版．北京：清华大学出版社．2000
3 阳宪惠，徐庆懋．现场总线技术及其应用．第3版．北京：清华大学出版社．2001
4 Gerald Schickhuber, Oliver McCarthy. Distributed fieldbus and control network systems. Computing & Control Engineering Journal. 1997.8
5 阳宪惠，徐庆懋．互联网技术对现场总线技术发展的影响．自动化博览．2001(10．8)：71-75
6 王锦标，方崇智．过程计算机控制．第1版．北京：清华大学出版社．1992
7 姚远，刘国良．工业局域网SINECL2的特点与应用．计算机自动测量与控制．1997(2)
8 王华强．工控组态软件的功能分析和应用实例．电气自动化．1998(4)
9 朱正伟．工控机中控制算法组态软件设计．自动化仪表．1998(5)
10 宁华，王志新．可编程序控制器网络通信技术及其应用研究．测控技术．1999(2)
11 郑宗汉．一个分散型控制系统中通信协议的实现．计算机应用．1999(5)
12 Jonas Beige. Fieldbus Enables Innovative Measurements. Advances in Instrumentation and Control. 1996:Vol.51
13 SIEMENS Corporation. SIMATIC S5-135U/155U System Manual. Release 06. 1993
14 SIEMENS Corporation. SIMATIC S5 S5-135U CPU928B Programming Guide. Release 01. 1994
15 SIEMENS Corporation. SIMATIC S5 STEP 5 Version 6.6 Manual. Release 01. 1996
16 PROFIBUS International Support Center. PROFIBUS Technical Description. Germany. 1999
17 SIEMENS Corporation. SIMATIC S5 308 Expansion Unit Interface Module Manual. Edition04. 1998
18 SIEMENS Corporation. SIMATIC S5 318 Central Controller Interface Module Manual. Edition04. 1998
19 SIEMENS Corporation. SIMATIC S5 SINEC L2 Interface of the S5 Programmable Controller Manual. Edition 02. 1993
20 景林．可编程序控制器网络在纤维板生产中应用研究．福建林学院学报．2000(20)
21 朱汝辉，张念祖，顾战松．微机系统与可编程控制器之间的通信．电气自动化．1994(6)
22 赵永才．浅议工业控制技术的发展趋势．计算机应用．1998(10)
23 瞿坦．数据通信及网络基础．第3版．武汉：华中理工大学出版社．1996
24 胡道元．信息网络系统集成技术．第2版．北京：清华大学出版社．1996
25 阳宪惠．CIMS网络系统的组成．化工自动化及仪表．1998(25)
26 吴功宜．计算机网络基础．第1版．天津：南开大学出版社．1996
2 邱公伟．可编程控制器网络通信及应用．第2版．北京：清华大学出版社．2000
3 阳宪惠，徐庆懋．现场总线技术及其应用．第3版．北京：清华大学出版社．2001
4 Gerald Schickhuber, Oliver McCarthy. Distributed fieldbus and control network systems. Computing & Control Engineering Journal. 1997.8
5 阳宪惠，徐庆懋．互联网技术对现场总线技术发展的影响．自动化博览．2001(10．8)：71-75
6 王锦标，方崇智．过程计算机控制．第1版．北京：清华大学出版社．1992
7 姚远，刘国良．工业局域网SINECL2的特点与应用．计算机自动测量与控制．1997(2)
8 王华强．工控组态软件的功能分析和应用实例．电气自动化．1998(4)
9 朱正伟．工控机中控制算法组态软件设计．自动化仪表．1998(5)
10 宁华，王志新．可编程序控制器网络通信技术及其应用研究．测控技术．1999(2)
11 郑宗汉．一个分散型控制系统中通信协议的实现．计算机应用．1999(5)
12 Jonas Beige. Fieldbus Enables Innovative Measurements. Advances in Instrumentation and Control. 1996:Vol.51
13 SIEMENS Corporation. SIMATIC S5-135U/155U System Manual. Release 06. 1993
14 SIEMENS Corporation. SIMATIC S5 S5-135U CPU928B Programming Guide. Release 01. 1994
15 SIEMENS Corporation. SIMATIC S5 STEP 5 Version 6.6 Manual. Release 01. 1996
16 PROFIBUS International Support Center. PROFIBUS Technical Description. Germany. 1999
17 SIEMENS Corporation. SIMATIC S5 308 Expansion Unit Interface Module Manual. Edition04. 1998
18 SIEMENS Corporation. SIMATIC S5 318 Central Controller Interface Module Manual. Edition04. 1998
19 SIEMENS Corporation. SIMATIC S5 SINEC L2 Interface of the S5 Programmable Controller Manual. Edition 02. 1993
20 景林．可编程序控制器网络在纤维板生产中应用研究．福建林学院学报．2000(20)
21 朱汝辉，张念祖，顾战松．微机系统与可编程控制器之间的通信．电气自动化．1994(6)
22 赵永才．浅议工业控制技术的发展趋势．计算机应用．1998(10)
23 瞿坦．数据通信及网络基础．第3版．武汉：华中理工大学出版社．1996
24 胡道元．信息网络系统集成技术．第2版．北京：清华大学出版社．1996
25 阳宪惠．CIMS网络系统的组成．化工自动化及仪表．1998(25)
26 吴功宜．计算机网络基础．第1版．天津：南开大学出版社．1996