internal ID number 8367 transmission ID number 18862 transmission IMEI number ****** transmission type IRIDIUM instrument type IRIDIUM program number n/a WMO ID number 5906223 WMO instrument type (table 1770) 846 WMO recorder type (table 4770) 64 start time [dd mm yyyy hh mm (Z)] 17 03 2020 07 44 status of start time as estimated launch time [dd mm yyyy hh mm (Z)] 17 03 2020 07 44 status of launch time as estimated launch position [lat latm lon lonm] -41 -1.1 132 3.0 status of launch position as estimated delay of first down time [hours] 6.0 down time [days] -999. up time [hours] -999. transmission repetition rate [sec] -999. clock drift [hours/hours] 0. last cycle n/a ======================================== calib eq 1 for salinity sslope*cnts+soff calib coef for salinity SSLOPE=0.001; SOFF=0.0; calib eq 1 for temperature tslope*cnts+toff calib coef for temperature TSLOPE=0.001; TOFF=0.0; calib eq 1 for pressure pslope*cnts+poff calib coef for pressure PSLOPE=0.1; POFF=0.0; calib eq 1 for oxygen o2=[1 d d^2 d^3 d^4 d^5]*c*[1 T2 T2^2 T2^3 T2^4 T2^5]' calib coef for O2 matrix c00=3.814899E+03; c01=-3.222806E+01; c02=-1.678000E-01; c03=1.894820E-02; c04=-6.901433E-04; c05=1.042693E-05; calib coef for O2 matrix c10=-3.143506E+02; c11=2.051116E+00; c12=-2.987026E-03; c13=-4.449771E-06; c14=-1.861349E-06; c15=0.000000E+00; calib coef for O2 matrix c20=1.118020E+01; c21=-5.148064E-02; c22=6.898503E-05; c23=8.465012E-07; c24=0.000000E+00; c25=0.000000E+00; calib coef for O2 matrix c30=-2.072853E-01; c31=6.012464E-04; c32=-6.604266E-07; c33=0.000000E+00; c34=0.000000E+00; c35=0.000000E+00; calib coef for O2 matrix c40=1.960006E-03; c41=-2.679283E-06; c42=0.000000E+00; c43=0.000000E+00; c44=0.000000E+00; c45=0.000000E+00; calib coef for O2 matrix c50=-7.483597E-06; c51=0.000000E+00; c52=0.000000E+00; c53=0.000000E+00; c54=0.000000E+00; c55=0.000000E+00; calib eq for DPhase DPhase = p0 + p1*(TPhase + p2*(TPhase + p3*TPhase)) calib coef for DPhase p0=-1.106000E+00; p1=1.000000E+00; p2=0.000000E+00; p3=0.000000E+00; calib eq 1 for voltage vslope*cnts+voff calib coef for voltage VSLOPE=0.0702; VOFF=0.2491 calib eq 1 for vacuum vacslope*cnts+vacoff calib coef for vacuum VACSLOPE=0.0577; VACOFF=0.06019 calib eq 1 for current islope*cnts+ioff calib coef for current ISLOPE=3.9139; IOFF=0.6016 ======================================== conductivity calibration date 24 02 2019 temperature calibration date 24 02 2019 pressure calibration date 19 02 2019 float manufacturer Teledyne Webb Research float serial number 8725 Project name UW, SOCCOM, Argo equivalent PI Stephen Riser/Ken Johnson principal investigator address UW, Seattle, WA/MBARI, Monterey, CA originating country USA float deployer Mike Coffin float deployer address UTAS, Hobart, AU deployment type R/V deployment platform Investigator deployment cruise id n/a profile at deployment n/a nominal drift pressure [dbar] 1000 cycles for drift pressure 1 nominal profile pressure [dbar] 2020 cycles for profile pressure 1 Profile Sampling Method mixed [deep: discrete, shallow:continuous] Profile Sampling Method(2) discrete pump type 260ml conductivity sensor type SBE41CP conductivity sensor manufacturer SBE conductivity sensor serial number 11518 temperature sensor type SBE41CP temperature sensor manufacturer SBE temperature sensor serial number 11518 pressure sensor type 2900 PSIA pressure sensor manufacturer DRUCK pressure sensor serial number 10976673 oxygen sensor manufacturer Aanderaa oxygen sensor height [m] 0.15 oxygen sensor type 4330 oxygen sensor serial number 3098 nitrate sensor manufacturer Monterey Bay Aquarium Research Institute nitrate sensor type ISUS nitrate sensor serial number 0864 ph sensor manufacturer Monterey Bay Aquarium Research Institute ph sensor type DURA ph sensor serial number 0864 battery type Lithium initial battery voltage [volt] 15.1 ROM version 081119 Board serial number 18862 Board version APF11 comment Apf11Sbe41cpOptodeIsusPhFlbb