Monitoring System Design of Fuse Automatic Assembly Machine Based on WinCC

Zhi Gang Jiao; Han Cui; Qiu Ping Guo

doi:10.4028/www.scientific.net/AMR.299-300.1182

Paper Titles

FEA of Solid Stream Coupling Field Formed by Automobile Engine Cylinder Head and Cylinder Head Gasket
p.1161

A Regression Model for Force and Surface Roughness Estimation during Hard Turning
p.1167

Study on Identification Method of Geometric Parameter Errors of 6-DOF Parallel Machine Tool
p.1171

Research on Seamless INS/GPS Integrated Navigation Algorithm
p.1178

Monitoring System Design of Fuse Automatic Assembly Machine Based on WinCC
p.1182

Vehicle Engineering Application Study on TSF Var Compensation Method for Electric Locomotive of Electrified Railway
p.1186

Study on the Speed Control of Diesel Engine Based on Neural Sliding Mode Control
p.1190

Design of Measurement and Control System for the Rail Fastening Spring Clip Type A and B
p.1194

Experimental Determination of Aircraft Structural Material Life Envelope
p.1198

HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 299-300Monitoring System Design of Fuse Automatic...

Monitoring System Design of Fuse Automatic Assembly Machine Based on WinCC

Abstract:

Structure and function of assembly machine were introduced on the background of engineering project-“research and development of fuse automatic assembly machine”. The control system was realized by protocol communication between S7-300 PLC as on-site control unit and industrial personal computer(IPC). The IPC monitoring system was developed by WinCC V6.0 configuration software and the work process of assembly machine,which includes real monitoring, voice alarm, operation permission setting, data archiving,etc.,was implemented by combining VB and C script. The assembly machine met production requirements by testing.