IO ConfigurationWith
this module the IO
modules are configured.GeneralTo do this, an interface is first added, and then the IO modules are attached to this interface. To add an interface, click the "+" symbol and select a corresponding interface from the menu. To add an IO module, right-click the interface and select an IO module from the menu. The interface R02 holds a special position. It is intended for the pluggable IO modules, by which the internal bus system is meant; here it is also possible to read these out automatically. To change the parameters of a module, right-click the module and select Parameter from the menu. The parameters are described in the documentation of the IO modules. InterfacesThe following interfaces can be added:
IO modules
After the interfaces and IO modules have been added, click "Create all variables" to create the corresponding variables. |
| Active |
Activate the interface.
If the interface is not active, neither the
interface is initialized nor are the attached IO
modules queried. |
| Telegram
spacing |
This
spacing is maintained at a minimum between the telegrams.
Normally the default settings entered when
adding the interface can be kept. |
| Timeout |
Maximum
time the system waits for a response from the IO module before an error
is detected and the next query begins. |
| ID |
Modbus ID. This is only specified
for bus couplers B01/02. |
| Serial
interface / TCP gateway |
For the
fieldbus interface and B01, either serial interface, if
the module is connected directly to the R02, or Modbus TCP gateway,
if a B02 is used as a gateway, can be set. |
| Interface |
With the setting serial
interface, the serial interface can be specified here
(for R02 only Onboard is possible). |
| Baud rate |
Baud rate for the serial
interface |
| IP address |
With the setting Modbus TCP
gateway, the IP address is set here. |
| Active |
Activate the IO module. If the IO
module is not active, it is skipped during communication. |
| Priority |
A priority can be set for each module. With this function, the communication speed can be influenced. The individual modules on an interface are read out one after another; with priority 0 every module is read out on every cycle, with priority 1 on every second cycle, etc. This is, for example, useful when there are analog inputs on the bus that change comparatively rarely, and digital modules that should be read out faster. In this case you can give the analog module, for example, the priority 100, and the digital module the priority 0. This way the digital module is read out 100 times and then the analog module once. |