General Description of Functions
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7.23 Displaying the serial number
The serial number indicates the production period of the ejector.
ü
In the system menu, select the
5nr
parameter.
1. Confirm using the
button.
ð
The last three decimal places of the serial number are displayed (the digits x 10
0
). The decimal
point at the far right flashes. This corresponds to the least significant three digits.
2. You can press the
or
button to display the remaining decimal places in the serial number.
The decimal points show which three-digit block of the serial number is shown on the display.
The serial number consists of 3 number blocks:
Displayed section
10
6
10
3
10
0
Digit block
0.48
61.8
593.
The serial number in this example is 48 618 593.
4
To exit the function, press the
button.
7.24 Production Setup Profiles
The ejector can store up to four different production setup profiles (P-0 to P-3) via IO-Link. All the impor-
tant parameter data for handling the workpiece is stored in this case. The profiles are selected using the
PDO byte 0 process data byte. This gives users a quick and convenient option for adjusting the parameters
to different workpieces.
The data set that is currently selected is displayed in the parameter data under “Production Setup.” This
data is also the current parameters with which the ejector is working. They can be viewed using the
menu.
In IO-Link mode, display the parameter data set (P-0 to P-3) currently in use:
1. Select the main menu
2. Press the
button.
ð
The parameter data set (P-0 to P-3) currently in use is briefly shown on the display.
In the default setting and in SIO mode, the P-0 production setup profile is selected.
7.25 Error Display
If an error occurs, it appears on the display in the form of an error code (“E number”). The vacuum
switch’s response to an error depends on the type of error.
You can find a list of possible errors and the corresponding codes in the Warnings and Errors section.
Any operation being performed in the menu will be interrupted if an error occurs.
The error code can also be opened as a parameter using IO-Link.
7.26 Energy and Process Control (EPC)
In IO-Link mode, the energy and process control (EPC) function is available. It is subdivided into three
modules:
•
Condition monitoring (CM): Condition monitoring to increase system availability
•
Energy monitoring (EM): Energy monitoring to optimize the vacuum system’s energy consumption
•
Predictive maintenance (PM): Predictive maintenance to increase the performance and quality of the
gripping systems.
