Instruction manual
1070 072 163-101 (97.11) GB
Tesi Mod Software Installation 10-3
10.3 Directory Structure
Both the PLC data and the menu trees are project-specific, and are
stored in a directory structure, parts of which are predetermined and must
not be changed.
The installation of the PLC software generates a main directory (the PG
directory) in which the projects are stored as subdirectories. If the default
installation settings are accepted, the following will apply:
Main directory: C:\PG
For each new project that is started with the PLC software, the name of
the project directory is composed as follows:
anyname + .B00, .C00 or .500 filename extension for CL200, CL400 or
CL500 controller variants, plus PLC directories: ...\ZS0, etc.
Example 1: For the CL400 project named MACHINE1, these two directo-
ries are generated:
Project directory: C:\PG\MACHINE1.C00
PLC file directory: C:\PG\MACHINE1.C00\ZS0
Example 2: For a CL500 project named EXAMP1, these two directories
are generated:
Project directory: C:\PG\EXAMP1.500
PLC file directory: C:\PG\EXAMP1.500\ZS0
It is thus demonstrated that each project corresponds to one project di-
rectory and one subdirectory ...\ZS0. This directory stores the PLC
data that is thus clearly allocated to the respective project. As the menu
trees must also permit an unambiguous allocation to the respective proj-
ect, it is good practice to locate the menu tree directory ...\BT5 or
\BT20 also directly beneath the respective project directory. The required
directories must be generated by means of DOS commands. For Exam-
ples 1 and 2, above, the menu tree directories are set up with the follow-
ing DOS commands:
Example 1: MD C:\PG\MACHINE1.C00\BT5
Example 2: MD C:\PG\EXAMP1.500\BT20
(Caution: blank space between MD and C:\PG...)
Therefore, the directory structure for the above examples appears as fol-
lows:
C:\PG
C:\PG\MACHINE1.C00
C:\PG\MACHINE1.C00\BT5
C:\PG\MACHINE1.C00\ZS0
C:\PG\EXAMP1.500
C:\PG\EXAMP1.500\BT20
C:\PG\EXAMP1.500\ZS0
C:\PG\other projects ...
Fig. 10-2 Example of Directory Structure