+ SIMATIC PCS 7 can be used in all process control areas. + Access management through user administration. + Reporting, recording, and archiving systems. + There is redundancy for all components. + Tactics for booting and rebooting the entire system or just the individual components. + Check operation and diagnose all components of the system. + SIMATIC PCS 7 provides the best possible support for system configuration for process automation tasks. + When components work in a combination, they work together in a unified manner, and match the features of the SIMATIC product line. SIMATIC PCS 7 is a combination of process control system functions and the SIMATIC product line, designed to work together as a homogeneous relationship of the system. PCS 7 was developed based on the products in the SIMATIC family. It is the result of system development and integration from the experience of previous systems such as TELEPERM M, SIMATIC S7, SIMATIC S5. SIMATIC PCS 7 is a process control system of SIEMENS. To be capable of making an (original) backup of the program and be able to load an new (or a backup copy of the program) into the PLC.PCS-7 is the overall integrated automation solution for process control systems.Programming a counter and time measurement is desirable. To make links or to develop connections that change the program conditions.To cross reference electrical drawings to a PLC program.To read the documentation, understand the structure of the PLC and be aware of the most commonly used PLC instructions.To make the internal I/O status of the signal visible: o to call the ‘suspected’ section in the program o to make timer and counter files visible.To determine that the signal of the ‘suspected’ unit will show at the correct PLC reference.To be able to identify if the PLC is still active and that there are no communication errors with the I/O or other coupled PLC’s, HMI panels or SCADA applications.This is necessary, because designers are not always able to design their programs to register every possible fault and the potential cause.Īs a result of the training, the engineer should be capable of executing the following actions:
These faults can be investigated via the programming terminal and the signal status can be presented dynamically. For instance a defective sensor, a badly working cylinder etc.
Problems are most likely to occur with the installation itself and this is reflected in the PLC. The engineers should be capable of making small changes to the program. Programming and documenting the program is of less importance. With regard to PLC’s and programming terminals, the engineer needs to be able to access specific parts of the program and to examine the I/O status. One needs to have sufficient knowledge of the equipment, coupled with knowledge of the installation to be able to diagnose the problem and then solve the problem. This course recognises that maintenance personnel cannot build up a profound technical knowledge of all the equipment to be maintained. Training Global Contents Maintenance/Engineering services are often confronted with equipment from several manufacturers.
#Siemens protool windows
(Pre) Knowledge To join this course, a pre-knowledge of digital technology and Windows is required. The actual selection of technologies covered in any class will be determined dependent upon your specific needs. The class will cover a selection of PLC technology across the Allen-Bradley (Rockwell Automation), Mitsubishi and Siemens platforms (other platforms on request). Target Group This course is designed for maintenance, plant engineering services personnel who have to identify and solve problems with PLC processors and commission machine changes using the functions of the programming software.