//-------------------------------------------------------------------------------------------------
public void fn_GetAlarm()
{
m_bIsAlarmUnitLeakDown = _ReadData[(int)EN_ATSUPPLY_READ_AREA._049_UNIT_LEAK_DOWN] == 1 ? true : false;
m_bIsAlarmUnitLeakRoomBottom = _ReadData[(int)EN_ATSUPPLY_READ_AREA._056_UNIT_LEAK__ROOM_BOTTOM] == 1 ? true : false;
m_bIsAlarmUnitLeakTankRoom = _ReadData[(int)EN_ATSUPPLY_READ_AREA._057_UNIT_LEAK__TANK_ROOM] == 1 ? true : false;
m_bIsAlarmUnitLeakLeakBox = _ReadData[(int)EN_ATSUPPLY_READ_AREA._058_UNIT_LEAK__VALVE_BOX] == 1 ? true : false;
m_bIsAlarmUnitLeakValveBox = _ReadData[(int)EN_ATSUPPLY_READ_AREA._059_UNIT_LEAK__LEAK_BOX_] == 1 ? true : false;
m_bIsAlarmPropellerRotation = _ReadData[(int)EN_ATSUPPLY_READ_AREA._066_SUP_TK_A_ERROR] == 1 ? true : false;
m_bIsAlarmSlurryTankLevelHigh = _ReadData[(int)EN_ATSUPPLY_READ_AREA._068_SUP_TK_A_LEVEL_HH] == 1 ? true : false;
m_bIsAlarmSlurryTankLevelLow = _ReadData[(int)EN_ATSUPPLY_READ_AREA._069_SUP_TK_A_LEVEL_L_OFF] == 1 ? true : false;
m_bIsAlarmSlurryTankLevelEmpty = _ReadData[(int)EN_ATSUPPLY_READ_AREA._070_SUP_TK_A_LEVEL_EMPTY] == 1 ? true : false;
m_bIsAlarmSupplyFluxHigh = _ReadData[(int)EN_ATSUPPLY_READ_AREA._071_SUPPLY__FLUX_HIGH] == 1 ? true : false;
m_bIsAlarmSupplyFluxLow = _ReadData[(int)EN_ATSUPPLY_READ_AREA._072_SUPPLY__FLUX_LOW] == 1 ? true : false;
m_bIsAlarmReturnFluxHigh = _ReadData[(int)EN_ATSUPPLY_READ_AREA._073_RETURN__FLUX_HIGH] == 1 ? true : false;
m_bIsAlarmReturnFluxLow = _ReadData[(int)EN_ATSUPPLY_READ_AREA._074_RETURN__FLUX_LOW] == 1 ? true : false;
m_bIsAlarmReturnPressureHigh = _ReadData[(int)EN_ATSUPPLY_READ_AREA._075_RETURN__PRESSURE_HIGH] == 1 ? true : false;
m_bIsAlarmReturnPressureLow = _ReadData[(int)EN_ATSUPPLY_READ_AREA._076_RETURN__PRESSURE_LOW] == 1 ? true : false;
m_bIsAlarmSupplyRequest = _ReadData[(int)EN_ATSUPPLY_READ_AREA._112_SUP_TK_A_CHARGE_REQUEST] == 1 ? true : false;
//Alarm Set
if (m_nType == SPLY_SLURRY)
{
EPU.fn_SetErr(EN_ERR_LIST.ERR_0400, m_bIsAlarmUnitLeakDown);
EPU.fn_SetErr(EN_ERR_LIST.ERR_0401, m_bIsAlarmUnitLeakRoomBottom);
EPU.fn_SetErr(EN_ERR_LIST.ERR_0402, m_bIsAlarmUnitLeakTankRoom);
EPU.fn_SetErr(EN_ERR_LIST.ERR_0403, m_bIsAlarmUnitLeakLeakBox);
EPU.fn_SetErr(EN_ERR_LIST.ERR_0404, m_bIsAlarmUnitLeakValveBox);
EPU.fn_SetErr(EN_ERR_LIST.ERR_0405, m_bIsAlarmPropellerRotation);
EPU.fn_SetErr(EN_ERR_LIST.ERR_0406, m_bIsAlarmSlurryTankLevelHigh);
EPU.fn_SetErr(EN_ERR_LIST.ERR_0407, m_bIsAlarmSlurryTankLevelLow);
EPU.fn_SetErr(EN_ERR_LIST.ERR_0408, m_bIsAlarmSlurryTankLevelEmpty);
EPU.fn_SetErr(EN_ERR_LIST.ERR_0409, m_bIsAlarmSupplyFluxHigh);
EPU.fn_SetErr(EN_ERR_LIST.ERR_0410, m_bIsAlarmSupplyFluxLow);
EPU.fn_SetErr(EN_ERR_LIST.ERR_0411, m_bIsAlarmReturnFluxHigh);
EPU.fn_SetErr(EN_ERR_LIST.ERR_0412, m_bIsAlarmReturnFluxLow);
EPU.fn_SetErr(EN_ERR_LIST.ERR_0413, m_bIsAlarmReturnPressureHigh);
EPU.fn_SetErr(EN_ERR_LIST.ERR_0414, m_bIsAlarmReturnPressureLow);
EPU.fn_SetErr(EN_ERR_LIST.ERR_0415, m_bIsAlarmSupplyRequest);
}
else
{
EPU.fn_SetErr(EN_ERR_LIST.ERR_0420, m_bIsAlarmUnitLeakDown);
EPU.fn_SetErr(EN_ERR_LIST.ERR_0421, m_bIsAlarmUnitLeakRoomBottom);
EPU.fn_SetErr(EN_ERR_LIST.ERR_0422, m_bIsAlarmUnitLeakTankRoom);
EPU.fn_SetErr(EN_ERR_LIST.ERR_0423, m_bIsAlarmUnitLeakLeakBox);
EPU.fn_SetErr(EN_ERR_LIST.ERR_0424, m_bIsAlarmUnitLeakValveBox);
EPU.fn_SetErr(EN_ERR_LIST.ERR_0425, m_bIsAlarmPropellerRotation);
EPU.fn_SetErr(EN_ERR_LIST.ERR_0426, m_bIsAlarmSlurryTankLevelHigh);
EPU.fn_SetErr(EN_ERR_LIST.ERR_0427, m_bIsAlarmSlurryTankLevelLow);
EPU.fn_SetErr(EN_ERR_LIST.ERR_0428, m_bIsAlarmSlurryTankLevelEmpty);
EPU.fn_SetErr(EN_ERR_LIST.ERR_0429, m_bIsAlarmSupplyFluxHigh);
EPU.fn_SetErr(EN_ERR_LIST.ERR_0430, m_bIsAlarmSupplyFluxLow);
EPU.fn_SetErr(EN_ERR_LIST.ERR_0431, m_bIsAlarmReturnFluxHigh);
EPU.fn_SetErr(EN_ERR_LIST.ERR_0432, m_bIsAlarmReturnFluxLow);
EPU.fn_SetErr(EN_ERR_LIST.ERR_0433, m_bIsAlarmReturnPressureHigh);
EPU.fn_SetErr(EN_ERR_LIST.ERR_0434, m_bIsAlarmReturnPressureLow);
EPU.fn_SetErr(EN_ERR_LIST.ERR_0435, m_bIsAlarmSupplyRequest);
}
}
//-------------------------------------------------------------------------------------------------
private void fn_Update()
{
switch (m_nStep)
{
case 0:
if (m_bSend)
{
m_bSend = false;
m_nStep = 5;
return;
}
m_nStep++;
return;
//-------------------------------------------------------------------------------------------------
// Read Seq
case 1:
//if (!m_tSendDelayTimer.fnTimeOut(200)) return;
//Read
plc.fn_ReadArea(MemoryArea.EM, (ushort)SUPPLY_START_ADD, 0, 512);
// Request State Check
fn_IsRequest();
// Get Status Data
fn_GetStatusData();
// Alarm Check
//fn_GetAlarm(); //-->> 차후 적용 필요
m_bSend = true;
m_nStep = 0;
return;
//-------------------------------------------------------------------------------------------------
// Send Seq
case 5:
if (!fn_CheckEquipID())
{
//Alarm
EPU.fn_SetErr(EN_ERR_LIST.ERR_0452 + m_nType); //JUNG/200811
m_nStep = 0;
return;
}
//Write
fn_ConvertBooltoByte();
plc.fn_SendArea((ushort)SUPPLY_START_ADD, m_temp); //All Write
m_nStep = 0;
return;
default:
m_nStep = 0;
return;
}
}