Studnia
>
0 and RHD_DRS_ID=".$_GET['dev'].")");
$lastMeasureVal[0]['RHD_Q_VAL'] = round($lastMeasureVal[0]['RHD_Q_VAL']/60,3);
//pobiera informację o ostatnim HST0
$lastMeasureVal[0]['RHD_HST0_VAL'] = sqlStringValue("select DRD_VALUE from seg_dev_resources_det where DRD_ID=(select max(DRD_ID) from seg_dev_resources_det where DRD_RESOURCES_DETAIL=212 and DRD_DRS_ID=".$_GET['dev'].")", "DRD_VALUE");
}
//$lastMeasureVal = sqlGetResAsArray("select round(getLastValue(200,".$_SESSION['well_details']['devID'].")/60,3) VAL_Q,getLastValue(205,".$_SESSION['well_details']['devID'].") VAL_HD,getLastValue(210,".$_SESSION['well_details']['devID'].") VAL_HST,getLastValue(212,".$_SESSION['well_details']['devID'].") VAL_HST0,getLastValue(215,".$_SESSION['well_details']['devID'].") VAL_P1,getLastValue(220,".$_SESSION['well_details']['devID'].") VAL_P2,getLastValue(225,".$_SESSION['well_details']['devID'].") VAL_PB,getLastValue(230,".$_SESSION['well_details']['devID'].") VAL_VM3,getLastValue(245,".$_SESSION['well_details']['devID'].") VAL_TW,getLastValue(401,".$_SESSION['well_details']['devID'].") VAL_PP,getLastValue(402,".$_SESSION['well_details']['devID'].") VAL_HH,getLastValue(730,".$_SESSION['well_details']['devID'].") VAL_TRL,getLastValue(260,".$_SESSION['well_details']['devID'].") VAL_PE,getLastValue(265,".$_SESSION['well_details']['devID'].") VAL_PEkWh,getLastValue(270,".$_SESSION['well_details']['devID'].") VAL_I,getLastValue(275,".$_SESSION['well_details']['devID'].") VAL_U,getLastValue(280,".$_SESSION['well_details']['devID'].") VAL_COS,getLastValue(290,".$_SESSION['well_details']['devID'].") VAL_WRTM,getLastValue(721,".$_SESSION['well_details']['devID'].") VAL_WHm3M");
else
{
// $lastMeasureVal = sqlGetResAsArray("select getLastValue(210,".$_SESSION['well_details']['devID'].") VAL_HST,getLastValue(212,".$_SESSION['well_details']['devID'].") VAL_HST0,getLastValue(215,".$_SESSION['well_details']['devID'].") VAL_P1,getLastValue(220,".$_SESSION['well_details']['devID'].") VAL_P2,getLastValue(225,".$_SESSION['well_details']['devID'].") VAL_PB,getLastValue(230,".$_SESSION['well_details']['devID'].") VAL_VM3,getLastValue(245,".$_SESSION['well_details']['devID'].") VAL_TW,getLastValue(730,".$_SESSION['well_details']['devID'].") VAL_TRL,getLastValue(265,".$_SESSION['well_details']['devID'].") VAL_PEkWh,getLastValue(290,".$_SESSION['well_details']['devID'].") VAL_WRTM");
$lastMeasureVal = sqlGetResAsArray("select * from rep_his_data_everyday where RHD_ID=(select max(RHD_ID) from rep_his_data_everyday where (RHD_HST0_VAL>0 or RHD_HST_VAL>0) and RHD_DRS_ID=".$_GET['dev'].")");
if (count($lastMeasureVal)<=0)
$lastMeasureVal = sqlGetResAsArray("select * from rep_his_data_everyday where RHD_ID=(select max(RHD_ID) from rep_his_data_everyday where RHD_DRS_ID=".$_GET['dev'].")");
$lastMeasureVal[0]['RHD_Q_VAL']=null;
$lastMeasureVal[0]['RHD_HD_VAL']=null;
$lastMeasureVal[0]['RHD_PE_VAL']=null;
$lastMeasureVal[0]['RHD_I_VAL']=null;
}
unset($additionalData);
$additionalData = sqlGetResAsArray("select getLastValue(225,".$_GET['dev'].") VAL_PB,getLastValue(730,".$_GET['dev'].") VAL_TRL,getLastValue(265,".$_GET['dev'].") VAL_PEkWh,getLastValue(721,".$_GET['dev'].") VAL_WHm3M");
// Dla studni SPM inne
/*
if ($_SESSION['well_details']['wellTypeID']==20)
{
$lastMeasureVal[0]['RHD_VM3_VAL'] = sqlValue("select getWellPumpedWaterInDate(".$_SESSION['well_details']['devID'].",now())");
$lastMeasureVal[0]['RHD_WORK_TIME_VAL'] = convertSecondsToHHMM(sqlValue("select getWellWorkingTimeInDate(".$_SESSION['well_details']['devID'].",now())"));
}
*/
?>
| ".$var_FLD_NAME." | ".$lab_ButtonName_HoleCard_004." » | "; } else { echo"|
| ".$var_FLD_NAME." | ".getLinkToShowHistoricalData_01($var_DIC_ID,'WELL_TECHNICAL_PARAMETERS',$var_DIC_NAME,$_SESSION['well_details']['devID'],'site401inf')." | "; if (!empty($_SESSION['site401_edit_param'])) echo" | ";
echo"
| Głębokość zabudowy pompy LP [m] | ||
| Średnica rurociągu DR [mm] | ||
| m [m] | ||
| Data pomiaru | ' SIZE='10' disabled> godz.: : | |
| Wydajność Q [m3/min] | ' id='in401_200' disabled> | |
| Zwierciadło dynamiczne HD [m] | ' id='in401_205' disabled> | |
| Zwierciadło statyczne HST [m] | ' id='in401_210' disabled> | |
| Zwierciadło statyczne HST0 [m] | ' id='in401_212' disabled> | |
| Ciśnienie p1 [m] | ' id='in401_215' disabled> | |
| Ciśnienie p2 [m] | ' id='in401_220' disabled> | |
| Ciśnienie barometryczne pb [hPa] | ' id='in401_225' disabled> | |
| Ilość wyp. wody V [m3] | ' id='in401_230' disabled> | |
| Temp. wody TW [oC] | ' id='in401_245' disabled> | |
| Ciśnienie pp [m] | ' id='in401_401' disabled> | |
| Wysokość HH [m] | ' id='in401_402' disabled> | |
| Otwarcie przepustnicy [%] | ' id='in401_730' disabled> | |
| Moc czynna Pe [kW] | ' id='in401_260' disabled> | |
| Pobór energii E [kWh] | ' id='in401_265' disabled> | |
| Pobór prądu I [A] | ' id='in401_270' disabled> | |
| Napięcie zasilania U [V] | ' id='in401_275' disabled> | |
| cos(φ) | ' id='in401_280' disabled> | |
| Czas pracy agregatu t [h] | ' id='in401_290' disabled> | |
| Jed. zużycie energii [Wh/m3/m] | ' id='in401_721' disabled> | |
