The first place we will go is to I/O Configuration. I/O Configuration (When starting a new project in the SLC-500) Once the path is set up, and your processor is highlighted press OK. In this case, I’m going through a ControlLogix gateway to access a 5/04 on a Data Highway Plus network. This allows us to browse for the processor. This is located at the bottom center of the screen. Be sure to name your project, and select your processor from the list provided.Īfterwards, click the “Who Active” Button. Once RSLogix 500 is open, click on File | New.
This is under Start | Rockwell Software | RSLogix 500. If you do not have a shortcut on the desktop, you can open RSLogix 500 from the start menu. Next, let’s open RSLogix 500 (I’m assuming that you’ve installed that already). If the driver needs to know a COM port, you can find this under windows device manager. If you have a 5/04, and intend to communicate through a 1784-U2DHP, then that is the driver you need to configure, etc. Then, configure the Ethernet Devices driver. If you intend to communicate through Ethernet only, use the BootP server to assign an IP address to a 5/05. If you are connecting through serial (and using a null modem cable), configure the DF1 Driver. To begin, be sure you configured the necessary drivers in RSLinx. This is the software we will use in these examples. The most modern software to program the SLC is RSLogix 500. This document is for example only on a processor that is not connected to any prime movers. Another reason is just to check some logic changes before implementing them in a production processor. You might be setting up some new equipment. There are several reasons you might create a new project. FactoryTalk View SE Trends and Data Log.Beginning a FactoryTalk View SE Project.Derivative Settings for ControlLogix PID Enhanced.Integral Settings for ControlLogix PID Enhanced.Proportional Settings for ControlLogix PID Enhanced (PIDE).Proportional, Integral, Derivative (PID).
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