Implement and test various functionalities of the F4/S
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035475bbd0
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@ -1,88 +1,206 @@
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using Modbus.Device; // NModbus namespace
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using System.Net.Sockets;
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internal class Program
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{
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// Configuration
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private const string hostname = "127.0.0.1"; // Replace with your Watlow F4 IP
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private const int port = 502;
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private const byte slaveId = 0;
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// Register 100 should be the first read-only input on the F4
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// Value 99 or 100 should work depending on zero indexing
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private const ushort loadRegister = 99;
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private static void Main(string[] args)
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{
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TcpClient tcpClient = null;
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ModbusIpMaster master = null;
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try
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{
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// Initialize connection
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tcpClient = new TcpClient(hostname, port);
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master = ModbusIpMaster.CreateIp(tcpClient);
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// Monitor continuously
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while (true)
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{
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// Check for Escape key press
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if (Console.KeyAvailable)
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{
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ConsoleKeyInfo key = Console.ReadKey(true);
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if (key.Key == ConsoleKey.Escape)
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{
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Console.WriteLine("Escape pressed. Exiting...");
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break;
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}
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}
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try
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{
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// Read load value (holding register)
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ushort[] registers = master.ReadHoldingRegisters(slaveId, loadRegister, 1);
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int load = registers[0];
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// Display load info
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DisplayLoadInfo(load);
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// Pause before next read
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Thread.Sleep(1000);
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}
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catch (Exception ex)
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{
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Console.WriteLine($"Error: {ex.Message}");
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break;
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}
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}
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}
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catch (Exception ex)
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{
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Console.WriteLine($"Initialization error: {ex.Message}");
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}
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finally
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{
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// Clean up
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master?.Dispose();
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tcpClient?.Close();
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}
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}
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private static void DisplayLoadInfo(int load)
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{
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Console.Clear(); // Clears the console
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// Assume load is 0-65535 for 0.00-100.00% (16-bit range)
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int percent = (int)load / 65535 * 100;
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int barLength = (int)(percent / 2); // Scale to 50 chars for console
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Console.WriteLine($"Load Value: {load}");
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Console.WriteLine($"Load Percentage: {percent:F2}%");
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Console.Write("Bar Graph: [");
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Console.Write(new string('=', barLength));
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Console.Write(new string(' ', 50 - barLength));
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Console.WriteLine("]");
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Console.WriteLine("\nHold ESC to exit.");
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}
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using Modbus.Device; // NModbus namespace
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using System.IO.Ports;
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using static System.Console;
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internal class Program
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{
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// Registers
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private const ushort READINPUT1 = 100;
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private const ushort INPUT1ERROR = 101;
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private const ushort ALARM1STATUS = 102;
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private const ushort ALARM2STATUS = 106;
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private const ushort ANALOGINPUT1DECIMAL = 606;
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private const ushort POWEROUTPUT1A = 103;
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private const ushort SETPOINT1 = 300;
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private const ushort CURRENTDAY = 1920;
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private const ushort CURRENTMONTH = 1919;
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private const ushort CURRENTYEAR = 1921;
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private const ushort CURRENTHOUR = 1916;
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private const ushort CURRENTMINUTE = 1917;
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private const ushort CURRENTSECOND = 1918;
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private const ushort OUTPUT1AFUNCTION = 700;
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private const ushort OUTPUT1ACYCLETIMETYPE = 509;
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private const ushort OUTPUT1ACYCLETIME = 506;
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private const ushort DIGITALINPUT1FUNCTION = 1060;
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private const ushort DIGITALINPUT1CONDITION = 1061;
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private const ushort DIGITALINPUT1STATUS = 201;
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private const ushort POWEROUTACTION = 1206;
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private const ushort POWEROUTTIME = 1213;
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private const ushort ANALOGINPUTUNITS = 608;
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private const ushort CONTROLOUTPUTTYPE = 701;
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private const ushort ANALOGINPUT1SENSORTYPE = 601;
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private const ushort ANALOGINPUT1SENSOR = 600;
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private const ushort ANALOGINPUT1SETPOINTHIGHLIMIT = 603;
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private const ushort ANALOGINPUT1SETPOINTLOWLIMIT = 602;
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private const ushort TEMPSCALEDISPLAY = 1923;
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private const ushort TEMPSCALE = 901;
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private const ushort ANALOGOUTPUT1ATYPE = 701;
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private const ushort PROPORTIONALBAND = 500;
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// Configuration
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private const byte slaveID = 1;
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private static void Main(string[] args)
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{
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ushort[] registers;
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// Initialize the F4
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SerialPort serialPort = (SerialPort)InitializeModbusSerialPort();
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ModbusSerialMaster master = (ModbusSerialMaster)InitializeModbusMaster(serialPort);
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// Then, run it
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try
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{
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// Monitor continuously
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while (true)
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{
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// Check for escape key press
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if (KeyAvailable)
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{
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ConsoleKeyInfo key = ReadKey(true);
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if (key.Key == ConsoleKey.Escape)
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{
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WriteLine("<ESC> pressed. Exiting...");
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break;
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}
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}
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// Display current process values
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try
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{
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registers = master.ReadInputRegisters(slaveID, INPUT1ERROR, 1);
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if (registers[0] != 0)
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{
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WriteLine("Failure in the temperature input channel; program ends here...\n");
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return;
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};
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registers = master.ReadInputRegisters(slaveID, READINPUT1, 1);
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Write("temperature is {0:F1}; ", registers[0] / 10.0);
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registers = master.ReadInputRegisters(slaveID, POWEROUTPUT1A, 1);
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Write("power output is {0:F2}%\n", registers[0] / 100.0);
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// Pause before next read
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Thread.Sleep(750);
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}
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catch (Exception ex)
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{
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WriteLine($"Error: {ex.Message}");
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break;
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}
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}
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}
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catch (Exception ex)
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{
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WriteLine($"Initialization error: {ex.Message}");
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}
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finally
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{
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// Shut off the output
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master?.WriteSingleRegister(slaveID, SETPOINT1, 0);
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// Clean up
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master?.Dispose();
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serialPort?.Close();
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}
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static object InitializeModbusSerialPort()
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{
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SerialPort serialPort;
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serialPort = new SerialPort
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{
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PortName = "COM1",
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BaudRate = 19200,
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DataBits = 8,
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Parity = Parity.None,
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StopBits = StopBits.One,
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ReadTimeout = 1000
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};
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serialPort.Open();
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return serialPort;
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}
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static object InitializeModbusMaster(SerialPort serialPort)
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{
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ushort[] registers;
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ushort setPoint = 1000;
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ModbusSerialMaster master;
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DateTime dateTime;
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master = ModbusSerialMaster.CreateRtu(serialPort);
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// Set sensor type
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WriteLine("Set sensor type to 100 Ω DIN platinum RTD");
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master.WriteSingleRegister(slaveID, ANALOGINPUT1SENSOR, 1);
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master.WriteSingleRegister(slaveID, ANALOGINPUT1SENSORTYPE, 11);
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// Set to one decimal place (this cannot be the first initialization instruction)
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WriteLine("Set to one decimal place on display");
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master.WriteSingleRegister(slaveID, ANALOGINPUT1DECIMAL, 1);
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// Display current setpoint high and low limits
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registers = master.ReadInputRegisters(slaveID, ANALOGINPUT1SETPOINTLOWLIMIT, 1);
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WriteLine("Setpoint low limit is {0}", registers[0]);
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registers = master.ReadInputRegisters(slaveID, ANALOGINPUT1SETPOINTHIGHLIMIT, 1);
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WriteLine("Setpoint high limit is {0}", registers[0]);
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// Set to proportional mode
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WriteLine("Make proportional band 5°F");
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master.WriteSingleRegister(slaveID, PROPORTIONALBAND, 5);
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// Set output function to heating
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WriteLine("Output function is heating");
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master.WriteSingleRegister(slaveID, OUTPUT1AFUNCTION, 1);
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// Set analog output1 to 4-20 ma
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WriteLine("Set the analog output to 4-20 MA");
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master.WriteSingleRegister(slaveID, ANALOGOUTPUT1ATYPE, 0);
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// Set analog input parameter to temperature
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master.WriteSingleRegister(slaveID, ANALOGINPUTUNITS, 0);
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// Set temperature SCALE to ON
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master.WriteSingleRegister(slaveID, TEMPSCALEDISPLAY, 1);
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// Set temperature scale type to Fahrenheit
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master.WriteSingleRegister(slaveID, TEMPSCALE, 0);
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// Set power failure response
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master.WriteSingleRegister(slaveID, POWEROUTACTION, 2);
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// Set output1 cycle time type to variable burst
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master.WriteSingleRegister(slaveID, OUTPUT1ACYCLETIMETYPE, 0);
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// Read current output1 cycle time
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registers = master.ReadInputRegisters(slaveID, OUTPUT1ACYCLETIME, 1);
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WriteLine("Output cycle time is {0}", registers[0]);
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// Set output1 cycle time to new value
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master.WriteSingleRegister(slaveID, OUTPUT1ACYCLETIME, 500);
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// Check new value
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registers = master.ReadInputRegisters(slaveID, OUTPUT1ACYCLETIME, 1);
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WriteLine("Output cycle time is now {0}", registers[0]);
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// Write setpoint to F4
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WriteLine("Setting the process variable setpoint");
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master.WriteSingleRegister(slaveID, SETPOINT1, setPoint);
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// Verify setpoint value
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WriteLine("Verifying the setpoint value");
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registers = master.ReadInputRegisters(slaveID, SETPOINT1, 1);
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WriteLine("Setpoint is {0:F1}", registers[0] / 10.0);
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// Set F4 clock to current date and time
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dateTime = DateTime.Now;
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master.WriteSingleRegister(slaveID, CURRENTDAY, (ushort)dateTime.Day);
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master.WriteSingleRegister(slaveID, CURRENTMONTH, (ushort)dateTime.Month);
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master.WriteSingleRegister(slaveID, CURRENTYEAR, (ushort)dateTime.Year);
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master.WriteSingleRegister(slaveID, CURRENTHOUR, (ushort)dateTime.Hour);
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master.WriteSingleRegister(slaveID, CURRENTMINUTE, (ushort)dateTime.Minute);
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master.WriteSingleRegister(slaveID, CURRENTSECOND, (ushort)dateTime.Second);
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WriteLine("Set F4 clock to {0} {1}", dateTime.ToLongTimeString(), dateTime.ToLongDateString());
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return master;
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}
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}
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}
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