POU: CheckPointer Monitoring function for pointers (CheckPointer) Use this function to monitor the memory access of pointers in runtime mode.  As opposed to other monitoring functions , a standard sug

Object: POU Locations This object is available only for specific controllers. It is displayed automatically in the device tree. The object cannot be added or removed manually. The object can be used f

Object: Project Settings Symbol: Function : The object contains the configuration of the project. . Call Project → Project Settings menu Double-click the object in the device tree CODESYS saves the pr

Object: Task Configuration Symbol: The object is used to define and display the basic settings for the task configuration. Tabs of the Task Configuration and their functions: Properties : Display of t

Object: Action Symbol: Implement more program code in an action. You can implement this program code as the base implementation in another language. The base implementation is a function block or a pr

Object: Transition Symbol: The object can be used as a transition element in a program block implemented in SFC. For more information, see: SFC Elements: Step and Transition Input support when generat

Object: POUs for Implicit Checks You can add these special POUs to an application to provide them with implicit monitoring functions. At runtime, these functions check the limits of arrays or subrange

Tab: Properties Object: Task Configuration On this tab, you define the basic settings of the task configuration as predefined by the target system, such as the maximum values for tasks and watchdog pa

Tab: Variable Usage Object: Task Configuration In the tab variable usage you get an overview of all variables and their use. You see in which tasks the variables are accessed. When using multicore , w

Tab: CPU Load Object: Task Configuration The CPU Load tab is available in online mode for multicore devices only. The load of the individual CPUs is presented in the trace editor. For more information