Platform code5903677
Platform nameAPEX Profiling Float
DescriptionArgo AUSTRALIA, IRIDIUM
Ascending Profiling Time6.94
Calib Rt Coefficienta1=1, a0=0.0000
Calib Rt CommentReal-time salinity adjustment
Calib Rt Date20180523000000
Calib Rt EquationPSAL_ADJUSTED = a1 * PSAL + a0
Calib Rt ParameterPSAL
Cycle Time240
Data CentreCS
Deepest Pressure2000
Deploy PlatformBuxlink
DirectionA
Inst Reference4964
LABEL ENFLOAT
LABEL ENCTD_TEMP
LABEL ENCTD_CNDC
LABEL ENCTD_PRES
LABEL ENOPTODE_DOXY
LABEL ENOPTODE_DOXY
LABEL ENOPTODE_DOXY
Launch Qc1
ParameterBPHASE_DOXY
ParameterPSAL
ParameterTEMP
ParameterPRES
ParameterDOXY
ParameterTEMP_DOXY
Parameter Accuracy0.002
Parameter Accuracy0.005
Parameter Accuracy2.4
Parameter Accuracy5
Parameter Resolution0.001
Parameter Resolution0.4
Parameter Resolution0.1
Parameter Resolution0.001
Parameter Unitsdecibars
Parameter Unitsmicromole/kg
Parameter Unitsdegree_Celsius
Parameter Unitsdeg C
Parameter Unitspsu
Parameter Unitsdegree
Parking Pressure1000
Parking Time224.88
Pi NameSusan Wijffels
Platform MakerWRC
Platform ModelAPEX-SBE
Positioning SystemGPS
Pr Experiment IdArgo Australia
Pr Launch Datetime09/04/2011 00:15:00
Pr Launch Latitude-34.25
Pr Launch Longitude153.14
Pr Probe Code846
Predeployment Calib Coefficientser# = 3006 conductivity coeffs: G = -1.0171 H = 0.1433 I = -0.0005 J = 0.0001 CPCOR = -0.0000 CTCOR = 0.0000 WBOTC = 0.0000
Predeployment Calib Coefficientn/a
Predeployment Calib Coefficientn/a
Predeployment Calib Coefficientser# = 1097 oxygen coeffs: a0 = 0.0025 a1 = 0.0001 a2 = 0.0000 a3 = 232.4100 a4 = -0.2865 a5 = -32.8510 a6 = 4.1073
Predeployment Calib Coefficientser# = 3006 pressure coeffs: PA0 = 2.8395 PA1 = 0.13888 PA2 = 1.576e-08 PTCA0 = -13.9529 PTCA1 = 0.52572 PTCA2 = 0.022246 PTCB0 = 101.0356 PTCB1 = 0.0040252 PTCB2 = 0 PTHA0 = -98.224 PTHA1 = 0.041067 PTHA2 = 8.5332e-07
Predeployment Calib Coefficientser# = 3006 temperature coeffs: A0 = 0.0001 A1 = 0.0003 A2 = -0.0000 A3 = 0.0000
Predeployment Calib Equationf = inst freq * sqrt(1.0 + WBOTC * t) / 1000.0; t = temperature [deg C]; p = pressure [decibars]; delta = CTcor; epsilon = CPcor; Conductivity = (g + hf^2 + if^3 + jf^4)/(1+ delta t + epsilon p) Siemens/meter
Predeployment Calib Equationy=thermistor output; t=PTHA0+PTHA1*y+PTHA2*y^2; x=pressure output-PTCA0+PTCA1*t+PTCA2*t^2; n=x*PTCB0/(PTCB0+PTCB1*t+PTCB2*t^2); pressure (psia)=PA0+PA1*n+PA2*n^2
Predeployment Calib EquationTemperature ITS-90 = 1/ { a0 + a1[lambda nu (n)] + a2 [lambda nu^2 (n)] + a3 [lambda nu^3 (n)]} - 273.15 (deg C)
Predeployment Calib EquationDO2 = (((a3 + a4*t)./(a5 + a6*bp)) - 1)./(a0 + a1*t + a2*t.^2); ts = log((298.15-t)/(273.15+t)) ; O2a=DO2.*exp(s.*(e0+e1*ts+e2*ts.^2+e3*ts.^3)+f0*s.^2); O2a=O2a*(1+(0.032*depth/1000)); O2= O2a./(0.001*sw_dens0(s,t))
Predeployment Calib Equationn/a
Predeployment Calib Equationn/a
Project NameArgo Australia
Ptt6973
Repetition Rate1
SensorCTD_TEMP
SensorCTD_CNDC
SensorCTD_PRES
SensorOPTODE_DOXY
Sensor Accuracy0.002
Sensor Accuracy2.4
Sensor Accuracy5
Sensor Accuracy0.005
Sensor MakerSBE
Sensor MakerSBE
Sensor MakerKISTLER
Sensor MakerAANDERAA
Sensor ModelAANDERAA_OPTODE_3830
Sensor ModelKISTLER
Sensor ModelSBE41CP_V2
Sensor ModelSBE41CP_V2
Sensor Resolution0.4
Sensor Resolution-0.01
Sensor Resolution-1e-05
Sensor Serial No2076438
Sensor Serial No1097
Sensor Serial No3006
Sensor Serial No3006
Sensor Unitsdecibars
Sensor Unitsmicro moles
Sensor Unitsdeg C
Sensor UnitsSiemens/meter
Start Date09/04/2011 16:53:25
Start Date Qc1
Surface Time1
Trans Frequencyn/a
Trans SystemIRIDIUM
Trans System Idn/a
Eulerian networksMyOcean eulerian platforms
Available dataFrom 08/04/2011 to 12/05/2018
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