| Metadata | Start Date | End Date | Comment |
|---|---|---|---|
|
CP02PMUI-WFP01-01-VEL3DK000 Method: telemetered Stream: vel3d_k_wfp_stc_instrument |
11/23/13, 6:16 PM |
During descending profiles, the vertical velocity estimates may be incorrect due to interference with beam 3 measurements arising from the nearby CTD sensor. Users should cross-compare these vertical velocity estimates with those derived from the CTD pressure record to determine profiles of possible concern. Good vertical velocity estimates will closely align with the CTD derived estimates. Regardless, there should be minimal impact on the estimates of the horizontal velocities. However, care should be taken with these estimates to confirm this conclusion.
Id: 1653
By: swhite
|
|
|
CP02PMUI-WFP01-01-VEL3DK000 Method: telemetered Stream: vel3d_k_wfp_stc_instrument |
5/21/16, 12:52 PM | 10/4/16, 10:49 AM |
Deployment 7; During the times indicated by the start and end times of this annotation, the VEL3D instrument on the Profiler contained a firmware bug which caused beam 3 (downward-facing) to be on during ascents, and beam 1 (upward-facing) to be on during descents, instead of vice versa. Therefore the issue of incorrect vertical velocity estimates due to interference with the CTD noted in a previous annotation will affect the ascending profiles rather than the descending profiles.
Id: 1723
By: areed
|
|
CP02PMUI-WFP01-01-VEL3DK000 Method: telemetered Stream: vel3d_k_wfp_stc_instrument |
11/8/17, 12:03 PM | 4/11/18, 5:49 PM |
Deployment 10; During the times indicated by the start and end times of this annotation, the VEL3D instrument on the Profiler contained a firmware bug which caused beam 3 (downward-facing) to be on during ascents, and beam 1 (upward-facing) to be on during descents, instead of vice versa. Therefore the issue of incorrect vertical velocity estimates due to interference with the CTD noted in a previous annotation will affect the ascending profiles rather than the descending profiles.
Id: 1725
By: areed
|
| Id | Parameter | Display Name | Standard Name | Unit | Fill Value | Precision | Identifier | Type | Level |
|---|---|---|---|---|---|---|---|---|---|
| PD7 | time | Time, UTC | time | seconds since 1900-01-01 | -9999999 | ||||
| PD10 | port_timestamp | Port Timestamp, UTC | seconds since 1900-01-01 | -9999999 | |||||
| PD11 | driver_timestamp | Driver Timestamp, UTC | seconds since 1900-01-01 | -9999999 | |||||
| PD12 | internal_timestamp | Internal Timestamp, UTC | seconds since 1900-01-01 | -9999999 | |||||
| PD16 | preferred_timestamp | Preferred Timestamp | 1 | empty | |||||
| PD829 | date_time_array | Date Time Array | 1 | -99 | |||||
| PD863 | ingestion_timestamp | Ingestion Timestamp, UTC | seconds since 1900-01-01 | -9999 | |||||
| PD1608 | vel3d_k_temp_c | Temperature | cdeg_C | 0 | |||||
| PD1609 | vel3d_k_heading | Heading | ddegrees | 0 | |||||
| PD1610 | vel3d_k_pitch | Pitch | ddegrees | 0 | |||||
| PD1611 | vel3d_k_roll | Roll | ddegrees | 0 | |||||
| PD1612 | vel3d_k_v_scale | Velocity Scale | counts | 0 | |||||
| PD1613 | vel3d_k_vel0 | Raw Velocity 0 | counts | 0 | |||||
| PD1614 | vel3d_k_vel1 | Raw Velocity 1 | counts | 0 | |||||
| PD1615 | vel3d_k_vel2 | Raw Velocity 2 | counts | 0 | |||||
| PD1616 | vel3d_k_amp0 | Amplitude0 | counts | 0 | |||||
| PD1617 | vel3d_k_amp1 | Amplitude1 | counts | 0 | |||||
| PD1618 | vel3d_k_amp2 | Amplitude2 | counts | 0 | |||||
| PD2010 | vel3d_k_data_set_description | Data Set Description, Bit Mask | bit mask | 0 | |||||
| PD3223 | vel3d_k_beams | Number of Beams | 1 | 0 | |||||
| PD3233 | vel3d_k_eastward_velocity | Eastward Mean Point Seawater Velocity | eastward_sea_water_velocity | m s-1 | -9999999 | VELPTMN-VLE_L1 | Science Data | L1 | |
| PD3234 | vel3d_k_northward_velocity | Northward Mean Point Seawater Velocity | northward_sea_water_velocity | m s-1 | -9999999 | VELPTMN-VLN_L1 | Science Data | L1 | |
| PD3235 | vel3d_k_upward_velocity | Upward Mean Point Seawater Velocity | upward_sea_water_velocity | m s-1 | -9999999 | VELPTMN-VLU_L1 | Science Data | L1 |