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Features:
As part of the range of products for the monitoring of tool wear and breakage, a monitoring programme is available for the supervision of WattPilote devices. Developed for PCs running under a Windows environment, WP_VISU_C is an invaluable aid for the visualization and graphical interpretation of machining cycles.
Very simple to use, this machining analysis software makes it possible not only to visualize and optimize the adjustments of your WattPilote, but also to save details of the machining curves in order to compare them later.
The user-friendly Windows environment is used
to carry out all adjustments of the devices. Each
device is given a name and then recognized
automatically with every new connection. The
software automatically creates all the files and
directories necessary to the devices at the initial connection. You therefore do not
need to be fully familiar with the Windows operating
system to use WP_VISU_C.
A configuration screen accessible from the main menu makes it possible to choose the language of the software without needing to restart neither Windows nor WP_VISU_C.
The machining curves are read on WattPilote in real
time on the acquisition screen. The user selects the
machining numbers to be recorded. He can also
select only the fault curves.
The parameters of a system can be read or
downloaded. These operations are carried out either
for machining individually or for machining series. A
definition file for each machining can be printed
on request.
The so-called “work screen” is used for carrying out the graphical
adjustment of tolerances and to interpret the machining curves.
The "settings screen" is directly accessible from the work screen. It
is therefore a simple matter to modify a parameter and to see the
direct influence on the tolerance ranges. Part of the screen is set
aside for displaying the adjustment parameters, while another
area is intended for the machining details (including the device
reference and the machining reference and number, with the possibility
of commentary on a fault curve, for example).
It is important to detect tool breakage on a machine, but even more to detect wear, since this makes it possible to avoid breakage. The wear curve can be displayed on request. The analysis is decisive both for the selection of wear adjustments and the choice of tools and sharpening methods.