![]() ![]() ![]() Now we know that the blocks "MOV" will transform in this case our signal ON-OFF in Analogic Values, Let's analyze a simple program how create a Output in 0 Volts => 0 y 10 Volts => 32767 SCP: The important blocks to Transform and Scale Analog Values from other Numeric Values these are one of the most important blocks to Scale Analog Inputs and Outputs.MOVE-MOV VERY IMPORTANT in this example, here in the MOV We transform the Signal 0-1 (ON-OFF) in a new output value in a Numeric Value Software.B3:Retention: Remember to use a Start-Stop we need a "Retention", a Binary or flag is an excellent way to create infinite logic control instructions. ![]() Start-Stop: A simple program using Partir-Parar, always choosing right contacts.Let's review the blocks and the important details to consider Remember always is important Configure and Verify if the Analog Outputs will work in 0 10 Voltsįor this example and understand how it works, will create a simple Start and Stop and go to create a program for work with Analog Outputs values becoming in a Voltaje Output (Volts) RSLinx Classic: The RS Linx is where we LINK devices and other Softwares between devices Allen Bradley and Rockwell, in this example will link Emulator and RSLogix sometimes is like a OPC Serverįirst gonna to configure a "Analog Outputs Module" go to side in I/O configuration and select one of the Hardware of AQ, in this example will choose 1762-IF2of2 that include 2 Channels Inputs and Analog Outputs.Proportional Actuators: These are Electromechanical devices that are part of the process and can regule flow in %, Valves or Actuators open or closed in % depending Value of Volts or mA from the Analog Outputs Module of the PLC, it means less or more flow depending % that you regule by Analog Outputs.Output AQ in (Volts): are Analog Outputs that work with Voltages ranges, mainly 0-10V, sometimes the Voltage 0 10V Output is most used, It's easy to measure and you can find more compatible devices.Output AQ in (mA): are the Analog Outputs that work with current ranges, these are 4-20mA and 0-20mA, Actuator must to be compatible with these Current Output.Simulating Analog Outputs 5 Volts 0-32767/0-10 Volts ![]()
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