CODESYS Safety for EtherCAT Safety Module
FB_DIV Description Function Block The FB_DIV function block is used to divide the AnalogIn1 input by the AnalogIn2 input and pass the result to the AnalogOut output. If the input AnalogIn2 = 0 , then
CODESYS Safety for EtherCAT Safety Module
FB_ENVELOPE Description Function Block The FB_ENVELOPE is used to create an envelope curve from the value of InValue plus uiOffset and to check whether or not InValue violates this envelope curve each
CODESYS Safety for EtherCAT Safety Module
FB_LIMIT Description Function Block The FB_LIMIT function block is used to check whether the value at the AnalogIn input is within the predefined limits. If the value at AnalogIn is within the limits
CODESYS Safety for EtherCAT Safety Module
FB_LOADSENSING Description Function Block The FB_LOADSENSING function block is used to check the AnalogInX and AnalogInY inputs to find out whether the AnalogInY values at the AnalogInX position are w
Safety Safety SIL2 Safety Extension Safety for EtherCAT Safety Module
Object: Data Source Symbol: In the editor (object type Data Source ), the access to the data of a remote device is managed on the Variables , Type Mappings , Communication Settings , and General and D
Tab: Variables The variables for the data coming from a remote source are declared in the global variable list <name of data source> . The global variable list acts as a data interface to the remote P
Tab: Type Mappings The tab lists the non-scalar data types as they are currently available in the DataSources_Objects folder. You can edit the data type declaration by selecting a data type and then m
Tab: Communication, via CODESYS Symbolic The tab includes the communication settings via CODESYS Symbolic for the remote data source. When initially Adding a data source, you have selected the CODESYS
Tab: Communication, via CODESYS ApplicationV3 The tab includes the communication settings for a remote data source. When initially adding a data source, you have selected the CODESYS ApplicationV3 d