MY CODE DEBUGGER

Welcome to my page and welcome to the fifth part of Omicron Import Filter tutorial series. In this tutorial, I will show you how to process the relay setting parameters that to be import in the Xrio converter. In this tutorial, we will focus on the Visual Studio program. We're going to modify the codes in our project called MyImportFilter that we've created in the previous tutorial.  Download the project in this link  MyImportFilter - Process Relay Setting Parameters . Extract and open the project. Once the project is loaded, add New Folder inside the project and set the name to SEStudio1. We need this to make organize our project class filter.  SE Studio 1 stands for Schneider Electric Studio 1 which is the software that used in communicating MiCOM relays particularly P12x series. And yes we're going to create a new import filter and user interface form MiCOM P12x series relay. I think this will applied to other MiCOM P series relay. Add a new Form inside the  SEStudio1 fo

In this tutorial, shown linking of the Phase Overcurrent Protection Element parameters created in the previous tutorial into Overcurrent RIO function, defining overcurrent element characteristic, writing formula to use in the overcurrent element characteristic and using this template during the testing of the GE SR750/760 relay. Welcome to the seventh part of GE SR750/760 Relay Tutorial series. If you haven't seen the previous tutorials, click the link below: Part 6: Creating Phase Overcurrent Protection Element Blocks and Parameters GE SR750/760 Relay Tutorials Open the test document that we used in the previous tutorial ( Part 6 ). Once the test document is loaded, open the  test object. Make sure that the advanced view mode is selected to enable to link the parameters. In the RIO block, open the Overcurrent block by double clicking on it then go to Elements tab. By default, there is one active element in the list. Click the button at the characteristic group to change the curve