This page gives information about the RPW Flight Procedures (RFP).
About the RPW Flight Procedures
According to the FOP preparation plan, the flight procedures are divided into three categories: the Flight Control Procedures (FCP), the Contingency Recovery Procedures (CRP) and the Commissioning Procedures (COM).
The RPW procedures files are archived in the /Procedures folder of the https://gitlab.obspm.fr/ROC/OpsLib gitlab repository (restricted access). A test version of this repository is available in https://gitlab.obspm.fr/ROC/OpsLib-Test (restricted access).
For each of these categories, a table is given below with the following columns:
- Procedure name – Name of the procedure (according to the ESA convention)
- Sequence name - Name of the sequence in the procedure
- Description - Short description of the sequence
- Instrument state at start of the sequence
- Instrument state at end of the sequence
- Author(s) – Entity that creates the procedure
- Status – Status of the procedure (i.e., "Written", "In Progress", "To Be Written", "Tested", "Submitted", "Accepted", "Rejected", "To Be Updated")
- Comments – any relevant comment
The possible RPW instrument modes are listed here.
Building/Editing a procedure
The procedure/sequence naming convention can be found in the FOP preparation plan. Especially, be sure to follow the procedure number range definition.
IMPORTANT
The RPW procedures were initialy delivered to MOC as MOIS import Excel format files, which are formatted 97-2003 Excel files with specific sheets and columns (see the FOP procedure input ICD for more details). In this format, there must be only one sequence per procedure file.
Nevertheless, after discussions with the MOC, it has been decided to work with several sequences per procedure. In this new scheme, an input Excel file does not correspond anymore to a procedure but to a sequence. Moreover the file naming convention is now TBD.
Please visit the operation guidelines page before editing a procedure!
Flight Control Procedures (FCP)
The table below gives the list of generic procedures, other than specific to the contingency recovery or commissioning operations (see next sections).
Procedure Name | Sequence name | Theme | Description | Mode at start | Mode at end | Author(s) | Status | Comments |
---|---|---|---|---|---|---|---|---|
IW-FCP-001 | AIWF001A | Nominal switch OFF via OBCP | From SAFE mode switch OFF the RPW power interface (UNIT_A and UNIT_B ) via OBCP. | RPW_SAFE | RPW_OFF | Written | TC for turning off RPW is given in the SSS (see SSS-OB-030) TM checks added (to be verified) | |
IW-FCP-002 | AIWF002A | Other OFF procedures | From SAFE mode switch OFF the RPW power interface (UNIT_A and UNIT_B ) via manual. | RPW_SCIENCE RPW_BACKUP | RPW_OFF | Written | TM checks added (to be verified) | |
IW-FCP-010 | AIWF010A | Nominal switch ON via OBCP | Boot RPW DBS in prime power interface (UNIT_A) | RPW_OFF | RPW_SAFE (prime/A) | Written | ||
IW-FCP-011 | AIWF011A | Nominal switch ON via manual | Boot RPW DBS in redundant power interface (UNIT_B) | RPW_OFF | RPW_SAFE (redundant/B) | Written | ||
IW-FCP-030 | AIWF030A | Modes transition (i.e., boot DAS and transition from SAFE to STANDBY mode) | Boot RPW DAS from EEPROM1 (default), EEPROM2, RAM | RPW_SAFE | RPW_STANDBY | Written | ||
IW-FCP-031 | AIWF031A | Nominal Switch On equipment | Enter SERVICE mode and switch on RPW equipment | RPW_STANDBY | RPW_SERVICE (with all equipement ON) | Written | ||
IW-FCP-035 | AIWF035A | Modes transition | Enter SERVICE mode | RPW_SCIENCE RPW_BACKUP | RPW_SERVICE | Written | Duration of the procedure about 10s. This procedure is not used in nominal case to come from STANDBY mode (enter SERVICE from STANDBY mode without switching-on all equipment) | |
IW-FCP-042 | AIWF042A | Switch On equipment | Switch the converter (CONV) | RPW_SERVICE | RPW_SERVICE | Written | ||
IW-FCP-042 | AIWF042B | Switch On equipment | BOOT LFR from EEPROM1 (default), EEPROM2 and RAM + Enabled Verif Boot | RPW_SERVICE | RPW_SERVICE | Written | ||
IW-FCP-042 | AIWF042C | Switch On equipment | BOOT THR from EEPROM1 (default), EEPROM2 and RAM + Enabled Verif Boot | RPW_SERVICE | RPW_SERVICE | Written | ||
IW-FCP-042 | AIWF042D | Switch On equipment | BOOT TDS from EEPROM1 (default), EEPROM2 and RAM + Enabled Verif Boot | RPW_SERVICE | RPW_SERVICE | Written | ||
IW-FCP-042 | AIWF042E | Switch On equipment | Switch ON BIAS | RPW_SERVICE | RPW_SERVICE | Written | ||
IW-FCP-042 | AIWF042F | Switch On equipment | PA Switch ON | RPW_SERVICE | RPW_SERVICE | Written | ||
IW-FCP-042 | AIWF042G | Switch On equipment | SCM switch ON | RPW_SERVICE | RPW_SERVICE | Written | ||
IW-FCP-037 | AIWF037A | Configuration THR | Configure THR for the RPW SCIENCE SURVEY_NORMAL mode. | RPW_SERVICE | RPW_SERVICE | Written | The default value for TC formal parameters shall correspond to the NORMAL-DEFAULT config. | |
IW-FCP-040 | AIWF040A | Configuration Bias | Configure the Bias (mode, and relay) for the RPW SCIENCE mode. | RPW_SERVICE | RPW_SERVICE | Written | The default value for TC formal parameters shall correspond to the NORMAL-DEFAULT config. | |
IW-FCP-035 | AIWF035B | Modes transition | Enter in SCIENCE SURVEY_NORMAL submode | RPW_SERVICE | RPW_SCIENCE | Written | ||
IW-FCP-033 | AIWF033D | Configuration Bias | Configure and execute the BIAS sweep | RPW_SCIENCE | RPW_SCIENCE | Written | ||
IW-FCP-033 | AIWF033A | Calibration | Internal Calibration for LFR | RPW_SCIENCE | RPW_SCIENCE | Written | TNR-HFR must be set in specific mag. config during the LFR calibration, in order to check B measurements | |
IW-FCP-033 | AIWF033B | Calibration | BIAS Calibration | RPW_SCIENCE | RPW_SCIENCE | Written | ||
IW-FCP-035 | AIWF035C | Modes transition | Enter in SCIENCE SURVEY_BURST submode | RPW_SCIENCE | RPW_SCIENCE | Written | ||
IW-FCP-037 | AIWF037B | Configuration THR | Configure THR for the RPW SCIENCE SURVEY_BURST mode. | RPW_SCIENCE | RPW_SCIENCE | Written | The default value for TC formal parameters shall correspond to the BURST-DEFAULT config. | |
IW-FCP-032 | AIWF032A | Configuration DPU and DAS | configure HK period | RPW_SERVICE RPW_SCIENCE RPW_BACKUP | RPW_SERVICE RPW_SCIENCE RPW_BACKUP | Written | ||
IW-FCP-032 | AIWF032B | Configuration DPU and DAS | Load DPU and DAS common parameters | RPW_SERVICE RPW_SCIENCE RPW_BACKUP | RPW_SERVICE RPW_SCIENCE RPW_BACKUP | Written | ||
IW-FCP-032 | AIWF032C | Configuration DPU and DAS | Load DPU and DAS power parameters | RPW_SERVICE RPW_SCIENCE RPW_BACKUP | RPW_SERVICE RPW_SCIENCE RPW_BACKUP | Written | ||
IW-FCP-032 | AIWF032D | Configuration DPU and DAS | Configure Bias High Voltage parameter | RPW_SERVICE RPW_SCIENCE RPW_BACKUP | RPW_SERVICE RPW_SCIENCE RPW_BACKUP | Written | ||
IW-FCP-032 | AIWF032E | Configuration DPU and DAS | Configure parameters for monitoring temperature | RPW_SERVICE RPW_SCIENCE RPW_BACKUP | RPW_SERVICE RPW_SCIENCE RPW_BACKUP | Written | ||
IW-FCP-032 | AIWF032F | Configuration DPU and DAS | Configure Waveform parameters | RPW_SERVICE RPW_SCIENCE RPW_BACKUP | RPW_SERVICE RPW_SCIENCE RPW_BACKUP | Written | ||
IW-FCP-032 | AIWF032G | Configuration DPU and DAS | Configure SBM1 parameters | RPW_SERVICE RPW_SCIENCE RPW_BACKUP | RPW_SERVICE RPW_SCIENCE RPW_BACKUP | Written | ||
IW-FCP-032 | AIWF032H | Configuration DPU and DAS | Configure SBM2 parameters | RPW_SERVICE RPW_SCIENCE RPW_BACKUP | RPW_SERVICE RPW_SCIENCE RPW_BACKUP | Written | ||
IW-FCP-032 | AIWF032I | Configuration DPU and DAS | Configure SC potential computation algorithm | RPW_SERVICE RPW_SCIENCE RPW_BACKUP | RPW_SERVICE RPW_SCIENCE RPW_BACKUP | Written | ||
IW-FCP-032 | AIWF032J | Configuration DPU and DAS | Clear HK counter | RPW_SERVICE RPW_SCIENCE RPW_BACKUP | RPW_SERVICE RPW_SCIENCE RPW_BACKUP | Written | ||
IW-FCP-032 | AIWF032K | Configuration DPU and DAS | Enable HK parameter report generation | RPW_SERVICE RPW_SCIENCE RPW_BACKUP | RPW_SERVICE RPW_SCIENCE RPW_BACKUP | Written | ||
IW-FCP-038 | AIWF038A | Configuration TDS | Load common parameters of TDS | RPW_SERVICE RPW_SCIENCE RPW_BACKUP | RPW_SERVICE RPW_SCIENCE RPW_BACKUP | Written | ||
IW-FCP-038 | AIWF038B | Configuration TDS | Configuration of TDS for SBM1 mode | RPW_SERVICE RPW_SCIENCE RPW_BACKUP | RPW_SERVICE RPW_SCIENCE RPW_BACKUP | Written | The default value for TC formal parameters shall correspond to the SBM1-DEFAULT config. | |
IW-FCP-039 | AIWF039A | Configuration LFR | Configuration of LFR for SBM1 mode | RPW_SERVICE RPW_SCIENCE RPW_BACKUP | RPW_SERVICE RPW_SCIENCE RPW_BACKUP | Written | The default value for TC formal parameters shall correspond to the SBM1-DEFAULT config. | |
IW-FCP-038 | AIWF038C | Configuration TDS | Configuration of TDS for SBM2 mode | RPW_SERVICE RPW_SCIENCE RPW_BACKUP | RPW_SERVICE RPW_SCIENCE RPW_BACKUP | Written | The default value for TC formal parameters shall correspond to the SBM2-DEFAULT config. | |
IW-FCP-039 | AIWF039B | Configuration LFR | Configuration of LFR for SBM2 mode | RPW_SERVICE RPW_SCIENCE RPW_BACKUP | RPW_SERVICE RPW_SCIENCE RPW_BACKUP | Written | The default value for TC formal parameters shall correspond to the SBM2-DEFAULT config. | |
IW-FCP-038 | AIWF038D | Configuration TDS | Configure TDS LFM parameters | RPW_SERVICE | RPW_SERVICE | Written | The default value for TC formal parameters shall correspond to the LFM-DEFAULT config. | |
IW-FCP-037 | AIWF037C | Configuration THR | Load calibration parameters for THR | RPW_SERVICE RPW_SCIENCE RPW_BACKUP | RPW_SERVICE RPW_SCIENCE RPW_BACKUP | Written | ||
IW-FCP-034 | AIWF034A | Dump | Dump LFR, TDS, THR parameters | RPW_SERVICE RPW_SCIENCE RPW_BACKUP | RPW_SERVICE RPW_SCIENCE RPW_BACKUP | Written | ||
IW-FCP-035 | AIWF035D | Modes transition | Enter in SCIENCE SURVEY_BACKUP submode | RPW_SERVICE | RPW_BACKUP | Written | ||
IW-FCP-039 | AIWF039C | Configuration LFR | Load common parameters of LFR | RPW_SERVICE | RPW_SERVICE | Written | ||
IW-FCP-035 | AIWF035E | Modes transition | Enter in RPW STANDBY mode from any other mode (except OFF) | RPW_SAFE RPW_SERVICE RPW_SCIENCE RPW_BACKUP | RPW_STANDBY | Written | If required, equipment units are automatically switched-off by the DPU before entering in the STANDBY mode. | |
IW-FCP-035 | AIWF035F | Modes transition | Enter in SBM_DETECTION mode | RPW_SERVICE RPW_SCIENCE | RPW_SBM_DETECTION | Written | ||
IW-FCP-038 | AIWF038E | Configuration TDS | Configure TDS for the RPW SCIENCE SURVEY_NORMAL mode. | RPW_SERVICE | RPW_SERVICE | Written | The default value for TC formal parameters shall correspond to the NORMAL-DEFAULT config. | |
IW-FCP-039 | AIWF039D | Configuration LFR | Configure LFR for the RPW SCIENCE SURVEY_NORMAL mode. | RPW_SERVICE RPW_SCIENCE RPW_BACKUP | RPW_SERVICE RPW_SCIENCE RPW_BACKUP | Written | The default value for TC formal parameters shall correspond to the NORMAL-DEFAULT config. | |
IW-FCP-038 | AIWF038F | Configuration TDS | Configure TDS for the RPW SCIENCE SURVEY_BURST mode. | RPW_SERVICE RPW_SCIENCE | RPW_SERVICE RPW_SCIENCE | Written | ||
IW-FCP-039 | AIWF039E | Configuration LFR | Configure LFR for the RPW SCIENCE SURVEY_BURST mode. | RPW_SERVICE RPW_SCIENCE RPW_BACKUP | RPW_SERVICE RPW_SCIENCE RPW_BACKUP | Written | ||
IW-FCP-033 | AIWF033C | Calibration | Run THR internal calibration | RPW_SCIENCE RPW_BACKUP | RPW_SCIENCE RPW_BACKUP | Written | ||
IW-FCP-035 | AIWF035G | Modes transition | Go to SAFE mode (DBS) with TC_DPU_RESET command | RPW_STANDBY RPW_SERVICE RPW_SCIENCE RPW_BACKUP | RPW_SAFE | Written | ||
IW-FCP-036 | AIWF036A | Configuration Bias Current | Configuration Bias currents | RPW_SERVICE RPW_SCIENCE | RPW_SERVICE RPW_SCIENCE | Written | ||
IW-FCP-041 | AIWF041A | Compression | Enable the compression of the waveform products. | RPW_SERVICE | RPW_SERVICE | Written | ||
IW-FCP-041 | AIWF041B | Compression | Disable the compression of the waveform products. | RPW_SERVICE | RPW_SERVICE | Written | ||
IW-FCP-260 | AIWF260A | Memory dump (S6) | Dump DPU memory (TC_DPU_DUMP_MEMORY - Service 6) | RPW_SAFE RPW_SERVICE RPW_SCIENCE RPW_BACKUP | RPW_SAFE RPW_SERVICE RPW_SCIENCE RPW_BACKUP | Written | ||
Dump THR memory (TC_THR_DUMP_MEMORY - Service 6) | All modes except RPW_STANDBY | All modes except RPW_STANDBY | To be written | |||||
Dump LFR memory (TC_LFR_DUMP_MEMORY - Service 6) | All modes except RPW_STANDBY | All modes except RPW_STANDBY | To be written | |||||
Dump TDS memory (TC_TDS_DUMP_MEMORY - Service 6) | All modes except RPW_STANDBY | All modes except RPW_STANDBY | To be written | |||||
IW-FCP-370 | AIWF370A | "ping" (PUS, Service 17) | Run a test connection (PUS, Service 17) with the TC_DPU_TEST_CONNECTION {ZIW00012} (i.e. "ping") | RPW_SAFE RPW_STANDBY RPW_SERVICE | RPW_SAFE RPW_STANDBY RPW_SERVICE | Written |
Contingency Recovery Procedures (CRP)
The table below gives the list of procedures specific to the contingency recovery operations.
Name | Description | Mode at start | Mode at end | Author(s) | Status | Comments |
---|---|---|---|---|---|---|
IW-CRP-001 | Emergency Switch OFF | All | RPW_OFF | To be written | ||
IW-CRP-010 | Contingency ON procedures (UNIT A) | RPW_OFF | RPW_SAFE | To be written | ||
IW-CRP-011 | Contingency ON procedures (UNIT B) | RPW_OFF | RPW_SAFE | To be written | ||
IW-CRP-020 | Go in SAFE mode | RPW_SCIENCE | RPW_SAFE | Written | ||
IW-CRP-021 | Phase back to Default Mode (i.e. to resume science after contingency) | To be written |
Commissioning Procedures (COM)
The table below gives the list of procedures specific to the commissionning operations, including ANT and iBoom deployments, as well as the interference campaign.
Name | Description | Mode at start | Mode at end | Author(s) | Status | Comments |
---|---|---|---|---|---|---|
IW-COM-XXX | ||||||
IW-COM-XXX | Configure TDS with specific "single_ended" SURVEY_BURST mode configuration for the interference campaign. | RPW_SCIENCE | RPW_SCIENCE | To be written | ||
IW-COM-XXX | Configure TDS with specific "dipole" SURVEY_BURST mode configuration for the interference campaign. | RPW_SCIENCE | RPW_SCIENCE | To be written | ||
IW-COM-XXX | Configure THR with specific config. for interference campaign | To be written | ||||
IW-COM-XXX | Configure LFR with specific config. for interference campaign | To be written | ||||
Open issues
Issues | Comment | Status |
---|---|---|
Compression activation/deactivation shall be added when configuring the sub-systems in SERVICE mode in some way | Might be a single procedure for this task | |
Need a procedure to enter in SBM_DETECTION | Done with IW-FCP-058 | Fixed |
Does the formal parameter (FP) mechanism should be used for COM and CRP? | ||
Need a procedure to enter in SERVICE mode from SCIENCE | Done with IW-FCP-032 | Fixed |
Do IW-FCP-001 and IW-FCP-002 can only contain the TC to switch-off the instrument? | ||
Does IW-CRP-020 can be used nominally to enter in mode SAFE? | The IW-FCP-064 can be used too | Fixed |
Action Items
See JIRA ROC-OPERATIONS project board.
Attached Items
- rpw.docx (Sylvain Lodiot inital RPW state model – see Philippe Plasson's mail on (16:36).