Supported Channel Types
The following is a list of the channel types supported at the time of writing this document. These type names are used by the channel command.
| Type | Equation | Units | Manufacturer | Description |
|---|---|---|---|---|
| acc_00 | linear | g | RBR | Acceleration (in g's) |
| alti00 | distancefromechotiming | m | RBR | Distance from echo timing |
| baro00 | linear double | ps | RBR | Frequency counter[2] |
| baro01 | linear double | ps | RBR | Frequency counter[2] |
| baro02 | deri_bprpres | dbar | Paroscientific/RBR | BPR calculated pressure[2] |
| baro03 | deri_bprtemp | °C | Paroscientific/RBR | BPR calculated temperature[2] |
| bpr_08 | deri_bprpres | dbar | Paroscientific/RBR | BPR calculated pressure[2] |
| bpr_09 | deri_bprtemp | °C | Paroscientific/RBR | BPR calculated temperature[2] |
| cnt_00 | none | counts | RBR | Measurement count, useful for eg. regimes bins |
| cond08 | corr_cond3 | μS/cm | RBR | Fresh water conductivity |
| cond09 | corr_cond | mS/cm | RBR | Marine conductivity |
| cond10 | corr_cond | mS/cm | RBR | Marine conductivity, Combined C.T cell |
| cond11 | corr_cond1 | mS/cm | RBR | Marine conductivity, Deep combined C.T cell |
| cond12 | corr_cond2 | mS/cm | RBR | Marine conductivity, 2000dbar Combined C.T cell |
| cond13 | corr_cond3 | mS/cm | RBR | Marine conductivity, RBRlegato C.T cell |
| cond14 | corr_cond3 | mS/cm | RBR | Marine conductivity, RBRsaildrone C cell |
| cond15 | corr_cond3 | mS/cm | RBR | Marine conductivity, UV Antifouling CTD |
| cond16 | corr_cond3 | mS/cm | RBR | Marine conductivity, 6000dbar C cell |
| cond17 | corr_cond3 | mS/cm | RBR | Marine conductivity, 6000dbar Combined C.T cell |
| cond18 | corr_cond3 | mS/cm | RBR | Marine conductivity |
| cond19 | corr_cond3 | mS/cm | RBR | Marine conductivity, Combined C.T cell |
| cond21 | corr_cond3 | mS/cm | RBR | Marine conductivity, 2000dbar Combined C.T cell |
| cond22 | corr_cond3 | mS/cm | RBR | Marine conductivity, RBRlegato C.T cell |
| cond24 | corr_cond3 | mS/cm | RBR | Corrected Marine conductivity (inductive),transverse C.T cell, Ti |
| cond25 | corr_cond3 | mS/cm | RBR | Corrected Marine conductivity (inductive), transverse C.T cell, POM |
doxy03 | linear | % | Oxyguard | Dissolved oxygen saturation |
| doxy07 | linear | % | Aanderaa | Optode: dissolved oxygen saturation, serial |
| doxy08 | corr_rinkoB | % | JFE Advantech | Rinko-III (B): dissolved oxygen saturation with temperature |
| doxy09 | corr_rinkoBT | % | JFE Advantech/RBR | Rinko-III (B): dissolved oxygen saturation without temperature |
| doxy10 | linear | μmol/L | Aanderaa | Optode: dissolved oxygen concenration, serial |
| doxy13 | linear | % | RBR | Dissolved oxygen saturation, serial RBRsolo DO|rt |
| doxy22 | deri_o2sat_garcia | % | RBR | Dissolved oxygen saturation derived from concentration via Gordon and Garcia |
| doxy23 | corr_o2conc_garcia | μmol/L | RBR | Dissolved oxygen concentration compensated, serial RBRcoda ODO |
| doxy25 | linear | % | Oxyguard | Dissolved oxygen (saturation) |
| doxy27 | corr_o2conc_garcia | μmol/L | RBR | Dissolved oxygen concentration compensated, serial RBRcoda ODO|slow |
| doxy28 | corr_o2conc_garcia | μmol/L | RBR | Dissolved oxygen concentration compensated, serial RBRcoda ODO|fast |
| doxy32 | corr_rinkoB2 | % | JFE Advantech | Rinko-III (B): dissolved oxygen saturation with temperature |
| doxy33 | corr_o2conc_garcia | μmol/L | RBR | Dissolved oxygen concentration compensated, serial RBRcoda ODO, angled |
| dpth01 | deri_depth | m | - | Derived depth |
| echo01 | lin | ms | RBR | Echo timing |
| eco_00 | lin | counts | WET Labs | Generic channel for WET Labs ECO Triplet/Puck sensors |
| fluo00 | linear | μg/L | Seapoint | Fluorometry-Phycoerythrin |
| fluo01 | linear | μg/L | Seapoint | Fluorometry-Chlorophyll |
| fluo02 | linear | μg/L | Seapoint | Fluorometry-Rhodamine |
| fluo03 | linear | μg/L | Seapoint | Fluorometry-UV/CDOM |
| fluo04 | linear | μg/L | Seapoint | Fluorometry-Phycocyanin |
| fluo10 | linear | μg/L | Turner Designs | Fluorometry-Chlorophyll-a |
| fluo11 | linear | ppb | Turner Designs | Fluorometry-CDOM |
| fluo12 | linear | ppb | Turner Designs | Fluorometry-Crude oil |
| fluo13 | linear | cells/mL | Turner Designs | Fluorometry-Cyanobacteria |
| fluo14 | linear | ppb | Turner Designs | Fluorometry-Optical brighteners |
| fluo15 | linear | ppb | Turner Designs | Fluorometry-Fluorescein |
| fluo16 | linear | ppb | Turner Designs | Fluorometry-Rhodamine |
| fluo17 | linear | ppb | Turner Designs | Fluorometry-Refined fuels |
| fluo18 | linear | ppm | Turner Designs | Fluorometry-BTEX |
| fluo19 | linear | cells/mL | Turner Designs | Fluorometry-Phycocyanin |
| fluo20 | linear | cells/mL | Turner Designs | Fluorometry-Phycoerythrin |
| fluo21 | linear | V | Turner Designs | Fluorometry-custom |
| fluo22 | linear | RFUB | Turner Designs | Chlorophyll a (C3) |
| fluo23 | linear | RFUB | Turner Designs | CDOM (C3) |
| fluo24 | linear | RFUB | Turner Designs | Crude oil (C3) |
| fluo25 | linear | RFUB | Turner Designs | Cyanobacteria (C3) |
| fluo26 | linear | RFUB | Turner Designs | Optical brighteners (C3) |
| fluo27 | linear | RFUB | Turner Designs | Fluorescein dye (C3) |
| fluo28 | linear | RFUB | Turner Designs | Rhodamine dye (C3) |
| fluo29 | linear | RFUB | Turner Designs | Refined fuels (C3) |
| fluo30 | linear | RFUB | Turner Designs | BTEX (C3) |
| fluo31 | linear | RFUB | Turner Designs | Phycocyanin (C3) |
| fluo32 | linear | RFUB | Turner Designs | Phycoerythrin (C3) |
| fluo33 | linear | counts | WET Labs | Chlorophyll a (ECO Puck) |
| fluo34 | linear | counts | WET Labs | CDOM (ECO Puck) |
| fluo35 | linear | counts | WET Labs | Phycoerythrin (ECO Puck) |
| fluo36 | linear | counts | WET Labs | Rhodamine (ECO Puck) |
| fluo37 | linear | counts | Turner Designs | Fluorescence, minimum (Fo) |
| fluo38 | linear | counts | Turner Designs | Fluorescence, maximum (Fm) |
| fluo39 | linear | counts | Turner Designs | Fluorescence, variable (Fv) |
| fluo40 | linear | percent | Turner Designs | Fluorescence, yield |
| fluo41 | linear | μg/L | Seapoint | Fluorometry-Fluorescein |
| fluo42 | linear | counts | WET Labs | Chlorophyll a (ECO FLNTU) |
| fluo43 | linear | μg/L | RBR | Tridente Chlorophyll a |
| fluo44 | linear | ppb | RBR | Tridente fDOM |
| fluo47 | linear | counts | WET Labs | Phycocyanin (ECO Puck) |
| hdng00 | linear | degrees | RBR | Euler angle - heading |
| irr_00 | optic2 | μW/cm²/nm | Satlantic | Irradiance |
| irr_01 | corr_irr | V | RBR | Irradiance, 490nm |
| irr_02 | corr_irr | μW/cm²/nm | RBR | Irradiance, 475nm |
| irr_05 | corr_irr2 | μW/cm²/nm | RBR | Irradiance (analog sensor), generic |
| irr_06 | linear | μW/cm²/nm | RBR | Irradiance (serial sensor), generic |
| mag_00 | linear | μT | RBR | Magnetic field strength (in micro-Tesla's) |
| meth00 | corr_metsmet | μmol/L | Franatech | METS methane concentration |
| opt_07 | linear | ° | RBR | Calibrated phase output from RBRcoda ODO |
| opt_14 | linear | ° | RBR | Calibrated phase output from RBRcoda ODO|slow |
| opt_15 | linear | ° | RBR | Calibrated phase output from RBRcoda ODO|fast |
| opt_24 | linear | ° | RBR | Calibrated phase output from RBRcoda ODO, angled |
| orp_01 | linear | V | Idronaut | ORP (Oxidation/Reduction Potential) |
| par_00 | linear | μmol/m²/s | Licor | PAR (photosynthetically active radiation) |
| par_01 | linear | μmol/m²/s | Biospherical | PAR (photosynthetically active radiation) |
| par_03 | optic2 | μmol/m²/s | Satlantic | PAR (photosynthetically active radiation) |
| par_05 | corr_irr2 | μmol/m²/s | RBR | PAR (photosynthetically active radiation), analog sensor |
| par_06 | linear | μmol/m²/s | RBR | PAR (photosynthetically active radiation), serial sensor |
| pco200 | linear | ppm | Turner Designs | C-sense CO2 partial pressure |
| peri00 | linear double | ps | RBR | Frequency counter[2] |
| peri01 | linear double | ps | RBR | Frequency counter[2] |
| ph__00 | linear | pH_units | AMT | pH |
| ph__01 | linear | pH_units | Idronaut | pH |
| ph__02 | corr_ph | pH_units | Idronaut | Corrected pH |
| phas00 | linear | degrees | Aanderaa | Calibrated phase output from serial AADI Optode |
| pres08 | deri_seapres | dbar | - | Derived hydrostatic (sea) pressure |
| pres23 | linear | dbar | RBR | Pressure (absolute, temperature compensated), serial RBRsolo D|rt, RBRduet T.D|rt |
| pres24 | corr_pres2 | dbar | RBR | Pressure (absolute, temperature compensated) |
| pres28 | corr_pres5 | dbar | RBR | Pressure (absolute, temperature compensated) |
| pres29 | corr_pres2 | dbar | RBR | Pressure (absolute, temperature compensated), UV Antifouling CTD |
| ptch00 | linear | degrees | RBR | Euler angle - pitch |
| roll00 | linear | degrees | RBR | Euler angle - roll |
| sal_00 | deri_salinity | PSU | - | Derived salinity, PSS78. |
| sal_01 | deri_dyncorrS | PSU | - | Derived salinity, PSS78 with applied dynamic corrections for RBRargo 3 C.T.D |
| scon00 | deri_speccond | μS/cm | - | Derived specific conductivity |
| sos_00 | deri_sos | m/s | - | Derived speed of sound, UNESCO, Chen and Millero |
| temp01 | corr_rinkotemp | °C | JFE Advantech | Temperature, Rinko-III |
| temp04 | temp | °C | RBR | Temperature (T-string) |
| temp06 | corr_metstemp | °C | Franatech | Temperature, METS |
| temp07 | linear | °C | Aanderaa | Temperature, from serial Optode |
| temp09 | temp | °C | RBR | Temperature |
| temp13 | linear | °C | RBR | Temperature, serial RBRsolo D|rt, RBRduet T.D|rt |
temp14 | temp | °C | RBR | Temperature, combined C.T cell |
| temp16 | linear | °C | RBR | Temperature, serial RBRcoda ODO |
| temp17 | linear | °C | RBR | Temperature, serial RBRcoda ODO|slow |
| temp19 | temp | °C | RBR | Temperature (fast) |
| temp22 | temp | °C | RBR | Temperature, compensating channel for conductivity |
| temp23 | linear | °C | Campbell | Temperature, OBS-501 |
| temp26 | temp | °C | RBR | Temperature RBRlegato (1s) |
| temp27 | temp | °C | RBR | Temperature RBRlegato (fast response) |
| temp30 | temp | °C | RBR | Temperature, compensating channel for irradiance (RBR 490nm Radiometer) |
| temp31 | temp | °C | RBR | Temperature, standard, UV Antifouling CTD |
| temp32 | temp | °C | RBR | Temperature, standard, 6000dbar Combined C.T cell |
| temp33 | temp | °C | RBR | Temperature, fast, 6000dbar Combined C.T cell |
| temp34 | temp | °C | RBR | Temperature, compensating channel for Marine C and CT 6000m |
| temp35 | temp | °C | RBR | Temperature, fast, transverse CTD |
| temp36 | temp | °C | RBR | Temperature, standard, transverse CTD |
| temp37 | linear | °C | RBR | Temperature, serial RBRcoda ODO, angled |
| temp38 | deri_dyncorrT | °C | RBR | Temperature with C-T lag correction applied for RBRargo 3 C.T.D |
| temp40 | linear | °C | RBR | Tridente temperature |
| tran00 | linear | trans_units | generic | Transmittance[1] |
| tran01 | linear | % | WET Labs | Transmittance |
| tran02 | linear | V | WET Labs | Transmittance |
| tran03 | linear | 1/m | Sequoia | Transmittance |
| turb00 | linear | NTU | Seapoint | Turbidity |
| turb01 | linear | NTU | Turner Designs | Turbidity |
| turb02 | linear | NTU | Campbell | Turbidity, OBS3+ |
| turb03 | linear | NTU | Turner Designs | Turbidity, C3 serial |
| turb04 | linear | counts | WET Labs | Backscatter, ECO Puck |
| turb06 | cubic | FTU | Seapoint | Turbidity, STM-S S-channel |
| turb07 | cubic | NTU | Seapoint | Turbidity, STM-S R-channel |
| turb08 | linear | NTU | Campbell | Turbidity, OBS-501 optical backscatter |
| turb09 | linear | NTU | Campbell | Turbidity, OBS-501 suspended solids |
| turb10 | linear | counts | WET Labs | Turbidity (ECO FLNTU) |
| turb11 | linear | V | Sequoia Scientific | Turbidity, LISST ABS acoustic backscatter |
| turb12 | linear | FTU | RBR | Tridente turbidity |
| turb13 | linear | FTU | RBR | Tridente turbidity |
| turb14 | linear | 1/m | RBR | Tridente backscatter |
| volt00 | linear | V | generic | Voltage (0V to +5V) |
| volt01 | linear | V | generic | Voltage (–2.5V to +2.5V) |
| volt02 | linear | V | generic | Voltage (0V to +10V) |
| volt03 | linear | V | generic | Voltage (–10V to+10V) |
Notes
- Includes SeaTech and WET Labs.
- bpr_08, bpr_09, peri00, and peri01 are calculated using double precision in order to maintain resolution.