Platform code5903678
Platform nameAPEX Profiling Float
DescriptionArgo AUSTRALIA, IRIDIUM
Ascending Profiling Time6.94
Calib Rt Coefficienta1=0, a0=0.0002
Calib Rt CommentReal-time salinity adjustment
Calib Rt Date20170309110015
Calib Rt EquationPSAL_ADJUSTED = a1 * PSAL + a0
Calib Rt ParameterPSAL
Cycle Time240
Data CentreCS
Deepest Pressure2000
Deploy Platformsouthern surveyor
DirectionA
End Mission Date10/10/2012 13:28:34
End Mission StatusT
Inst Reference5120
LABEL ENFLUOROMETER_CHLA
LABEL ENFLOAT
LABEL ENBACKSCATTERINGMETER_BBP700
LABEL ENBACKSCATTERINGMETER_BBP700
LABEL ENBACKSCATTERINGMETER_BBP700
LABEL ENCTD_TEMP
LABEL ENFLUOROMETER_CHLA
LABEL ENIDO_DOXY
LABEL ENIDO_DOXY
LABEL ENCTD_PRES
LABEL ENCTD_CNDC
Launch Qc1
ParameterFREQUENCY_DOXY
ParameterCHLA
ParameterFLUORESCENCE_CHLA
ParameterTEMP
ParameterBBP700
ParameterPRES
ParameterDOXY
ParameterTEMP_CPU_CHLA
ParameterBETA_BACKSCATTERING700
ParameterPSAL
Parameter Accuracy5
Parameter Accuracy2.4
Parameter Accuracy0.002
Parameter Accuracy0.005
Parameter Resolution0.4
Parameter Resolution0.1
Parameter Resolution0.001
Parameter Resolution0.001
Parameter Unitscount
Parameter Unitsdeg C
Parameter Unitspsu
Parameter Unitsdecibars
Parameter Unitscount
Parameter Unitscount
Parameter Unitsm-1
Parameter Unitsmg/m3
Parameter Unitshertz
Parameter Unitsmicromole/kg
Parking Pressure1000
Parking Time224.88
Pi NameSusan Wijffels
Platform MakerWRC
Platform ModelAPEX-SBE
Positioning SystemGPS
Pr Experiment IdArgo Australia
Pr Launch Datetime19/04/2011 01:35:00
Pr Launch Latitude-46.7
Pr Launch Longitude142.01
Pr Probe Code846
Predeployment Calib Coefficientn/a
Predeployment Calib Coefficientn/a
Predeployment Calib Coefficientn/a
Predeployment Calib Coefficientn/a
Predeployment Calib Coefficientser# = 1697 FLBB 700 BBP coeffs: Scale = 0.0000 Dark Counts = 47.0000 FLBBangle = 142.0000 FLBBChi = 1.0970
Predeployment Calib Coefficientser# = 1697 FLBB CHLA coeffs: Scale = 0.0072 Dark Counts = 49.0000
Predeployment Calib Coefficientser# = 576 oxygen coeffs: a0 = 0.0001 a1 = -3614.5700 a2 = -0.0020 a3 = 0.0001 B0 = -6.24523e-3 B1 = -7.37614e-3 B2 = -1.03410e-2 B3 = -8.17083e-3 C0 = -4.88682e-7 A0 = 2.00907 A1 = 3.22014 A2 = 4.05010 A3 = 4.94457 A4 = -2.56847e-01 A5 = 3.88767
Predeployment Calib Coefficientser# = 3028 conductivity coeffs: G = -1.0364 H = 0.1468 I = -0.0004 J = 0.0001 CPCOR = -0.0000 CTCOR = 0.0000 WBOTC = -0.0000
Predeployment Calib Coefficientser# = 3028 temperature coeffs: A0 = 0.0000 A1 = 0.0003 A2 = -0.0000 A3 = 0.0000
Predeployment Calib Coefficientser# = 3028 pressure coeffs: PA0 = 0.55236 PA1 = 0.14034 PA2 = -4.3489e-08 PTCA0 = 5.0636 PTCA1 = 0.26855 PTCA2 = -0.0040597 PTCB0 = 25.1735 PTCB1 = 0.0003 PTCB2 = 0 PTHA0 = -69.7472 PTHA1 = 0.050992 PTHA2 = -4.9764e-07
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 Equationo2Sol_mlperL = exp(A0+A1*ts+A2*ts.^2+A3*ts.^3+A4*ts.^4+A5*ts.^5 + s.*(B0+B1*ts+B2*ts.^2+B3*ts.^3)+C0*s.^2);%ml/l; pO2 = cal.a0*(Freq+cal.a1).*(1+cal.a2*t+cal.a3*t.^2+cal.a4*t.^3).*o2Sol_mlperL.*exp(cal.a5*pp./(t+273.15)); O2 = pO2*44659.6/(sw_pden(s,t,pp,0
Predeployment Calib EquationCHLA = FLBBCHLscale*(Fsig - FLBBCHLdc)
Predeployment Calib EquationtotalBBP = FLBB700scale*(Bbsig - FLBB700dc); [betasw,beta90sw,bsw] = betasw_ZHH2009(700,t_oxygen,FLBB700angle,s_oxygen) cf betasw_ZHH2009; BBP700 = 2*pi*FLBBChi*(totalBBP-betasw)
Predeployment Calib Equationn/a
Predeployment Calib Equationn/a
Predeployment Calib Equationn/a
Predeployment Calib Equationn/a
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 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
Project NameArgo Australia
Ptt6981
Repetition Rate1
SensorCTD_CNDC
SensorCTD_TEMP
SensorIDO_DOXY
SensorBACKSCATTERINGMETER_BBP700
SensorFLUOROMETER_CHLA
SensorCTD_PRES
Sensor Accuracy0.005
Sensor Accuracy0.002
Sensor Accuracy2.4
Sensor Accuracy5
Sensor MakerWETLABS
Sensor MakerSBE
Sensor MakerSBE
Sensor MakerSBE
Sensor MakerSBE
Sensor MakerWETLABS
Sensor ModelSBE43F_IDO
Sensor ModelECO_FLBB_AP2
Sensor ModelSBE41CP_IDO_V2.0b
Sensor ModelSBE41CP_IDO_V2.0b
Sensor ModelECO_FLBB_AP2
Sensor ModelDRUCK
Sensor Resolution-0.01
Sensor Resolution0.4
Sensor Resolution-1e-05
Sensor Serial No3028
Sensor Serial No3028
Sensor Serial No3058460
Sensor Serial No576
Sensor Serial No1697
Sensor Serial No1697
Sensor Unitsdeg C
Sensor UnitsSiemens/meter
Sensor Unitsdecibars
Sensor Unitsmicro moles
Start Date19/04/2011 20:05:05
Start Date Qc1
Surface Time1
Trans Frequencyn/a
Trans SystemIRIDIUM
Trans System Idn/a
Eulerian networksMyOcean eulerian platforms
Available dataFrom 10/10/2012 to 10/10/2012
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