WAGO 765-4203/0100-0000, Руководство по эксплуатации продукта

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765-4203/0100-0000 Functions
30 Product manual | Version: 1.0.0
4PORT IOL-A FLD EC DC 24V 2.0A
Simulating Inputs
To simulate input data, you can set alternative values that are used for the input instead
of the actual process data values. This allows you to test how the system (i.e., the mod-
ule and a connected controller) responds to specific inputs.
With digital inputs, you can simulate pin 2 and pin 4.
For IO-Link, you can simulate port 16 data bytes.
Simultaneous Access
A device-internal mechanism prevents simultaneous access by multiple instances. This
ensures that only one single instance at a time ever has write access.
“Forcing” Operating Mode Must Be Enabled in the Parameterization
The “Forcing” operating mode can be switched off by the higher-level controller. This is
done with the “Force mode setting” parameter – see
8 Module Parameters [ } 45] . To
enable forcing, the “Force mode setting” parameter value must be set to 0 (“Enable force
mode”). This is the default setting in the device description file provided with the device.
5.3 Monitoring Functions
The 765 Series modules have extensive internal sensors for measuring:
• Temperatures
• Currents
• Voltages
The measurements are performed for the module and for pin 1, pin 2 and pin 4 of each
port. The measured values can be displayed in the WAGO I/O Field Webserver or the
WAGO I/O Field app. Alternatively, an OPC UA client can read out the measured values
and display them.
In the module, the measured values are compared to limiting values. An alarm or event is
generated if a value falls above or below a limiting value (e.g., a temperature limiting
value). The module can send this alarm/event
• EtherCAT
®
: Send emergency telegram to the controller, or the controller can read the
diagnostic history object (Index 0x10F3),
• to the OPC UA client upon: OPC UA: event.
The OPC UA client application can use the measured values, for example to implement
load management. You can find information on load management in
8 Design Power
Supply [
}
38] .
5.4 Overload protection
The module has built-in overload protection and periodically measures the current, volt-
age and temperature.
If the output current, supply voltage or temperature exceeds the maximum value, the
module switches off a pin/port