private void CreatePT1()
{
TempPt1 = new PT1_Floating(UpperLimit);
TempPt1.FloatingChangeTime = 5000;
TempPt1.FloatingTempValue = 5;
TempPt1.TimeConstant = 30000;
}
private void _maxFlow_BeforeApplyChanges(object sender, EventArgs e)
{
FlowPt1 = new PT1_Floating(MaxFlow);
FlowPt1.FloatingChangeTime = 2500;
FlowPt1.FloatingTempValue = 0.4;
FlowPt1.TimeConstant = 10000;
_flow.InstrumentRange = new OpcValueRange(MaxFlow, 0);
_flow.EngineeringUnitRange = new OpcValueRange(MaxFlow, 0);
}
public Motor(IOpcNode parent, OpcName name, OpcContext context) : base(parent, name, context)
{
tempSensor = new TemperaturSensor(this, "Temperatur", context);
tempSensor.AlarmEventChanged += TempSensor_AlarmEventChanged;
tempSensor.UpperLimit = 70.0;
_speed = new OpcDataVariableNode <double>(this, "Speed");
_current = new OpcDataVariableNode <double>(this, "Current");
_power = new OpcDataVariableNode <double>(this, "Power");
_running = new OpcDataVariableNode <bool>(this, "Running");
_overcurrent = new OpcDataVariableNode <bool>(this, "AlarmÜberlast");
ManualControl = new ManualControl(this, "Handbetrieb", Context);
CreateSpeedPt1();
PowerPt1 = new PT1_Floating(5000);
CurrentPt1 = new PT1_Floating(12.5);
CurrentPt1.TimeConstant = 200;
}
private void CreateSpeedPt1()
{
SpeedPt1 = new PT1_Floating(MaxSpeed);
SpeedPt1.TimeConstant = 1000;
}