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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 Excel file naming convention is now "sequenceName.xlsx".

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 NameSequence nameThemeDescriptionMode at startMode at endAuthor(s)StatusComments
IW-FCP-001AIWF001ANominal switch OFF via OBCP

From SAFE mode switch OFF the RPW power interface (UNIT_A and UNIT_B ) via OBCP.

RPW_SAFE

RPW_OFFWritten

TC for turning off RPW is given in the SSS (see SSS-OB-030)

TM checks added (to be verified)

IW-FCP-002AIWF002AOther OFF proceduresFrom SAFE mode switch OFF the RPW power interface (UNIT_A and UNIT_B ) via manual.

RPW_SAFE

RPW_OFF

Written

TM checks added (to be verified)

IW-FCP-010AIWF010ANominal switch ON via OBCPBoot RPW DBS in prime power interface (UNIT_A) via OBCPRPW_OFFRPW_SAFE
Written
IW-FCP-030AIWF030AModes transition (i.e., boot DAS and transition from SAFE to STANDBY mode)Boot RPW DAS from EEPROM1 (default), EEPROM2, RAMRPW_SAFERPW_STANDBYWritten
IW-FCP-031AIWF031ANominal Switch On equipmentEnter SERVICE mode and switch on all RPW equipment unitsRPW_STANDBYRPW_SERVICE (with all equipement ON)Written
IW-FCP-032AIWF032AConfiguration DPU and DASconfigure HK period

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

Written
IW-FCP-032AIWF032BConfiguration DPU and DASLoad DPU and DAS common parameters

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

Written
IW-FCP-032AIWF032CConfiguration DPU and DASLoad DPU and DAS power parameters

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

Written
IW-FCP-032AIWF032DConfiguration DPU and DASConfigure Bias High Voltage parameter

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

Written
IW-FCP-032AIWF032EConfiguration DPU and DASConfigure parameters for monitoring temperature

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

Written
IW-FCP-032AIWF032FConfiguration DPU and DASConfigure Waveform parameters

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

Written
IW-FCP-032AIWF032GConfiguration DPU and DASConfigure SBM1 parameters

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

Written
IW-FCP-032AIWF032HConfiguration DPU and DASConfigure SBM2 parameters

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

Written
IW-FCP-032AIWF032IConfiguration DPU and DASConfigure SC potential computation algorithm

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

Written
IW-FCP-032AIWF032JConfiguration DPU and DASClear HK counter

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

Written
IW-FCP-032AIWF032KConfiguration DPU and DASDump DAS parameters

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

Written
IW-FCP-033AIWF033ACalibrationInternal Calibration for LFRRPW_SCIENCERPW_SCIENCEWrittenTNR-HFR must be set in specific mag. config during the LFR calibration, in order to check B measurements
IW-FCP-033AIWF033BCalibrationBIAS CalibrationRPW_SCIENCERPW_SCIENCEWritten
IW-FCP-033AIWF033CCalibrationRun THR internal calibration

RPW_SCIENCE

RPW_BACKUP

RPW_SCIENCE

RPW_BACKUP

Written
IW-FCP-033AIWF033DConfiguration BiasConfigure and execute the BIAS sweepRPW_SCIENCERPW_SCIENCEWritten
IW-FCP-033AIWF033EConfiguration BiasLoad BIAS sweeping tableRPW_SERVICERPW_SERVICEWritten
IW-FCP-034AIWF034ADumpDump LFR, TDS, THR parameters

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

Written
IW-FCP-034AIWF034BDumpDump TDS Triggered snapshots in NORMAL mode

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

Written
IW-FCP-034AIWF034CDumpDump TDS Triggered snapshots in SBM2 mode

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

Written
IW-FCP-034AIWF034DDumpForce the Dump of SBM1 data

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

Written
IW-FCP-034AIWF034EDumpDump k-coefficients

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

Written
IW-FCP-035AIWF035AModes transition SCIENCEEnter in SCIENCE SURVEY_NORMAL submode

RPW_SERVICE

RPW_SCIENCE

RPW_SCIENCEWritten
IW-FCP-035AIWF035BModes transition SCIENCEEnter in SCIENCE SURVEY_BURST submodeRPW_SCIENCERPW_SCIENCEWritten
IW-FCP-035AIWF035CModes transition SCIENCEEnter in SBM_DETECTION mode

RPW_SERVICE

RPW_SCIENCE

RPW_SBM_DETECTIONWritten
IW-FCP-036AIWF036AConfiguration Bias CurrentConfiguration Bias currents

RPW_SERVICE

RPW_SCIENCE

RPW_SERVICE

RPW_SCIENCE

Written
IW-FCP-037AIWF037AConfiguration THRConfigure THR for the RPW SCIENCE SURVEY_NORMAL mode : DEFAULT

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

WrittenThe default value for TC formal parameters shall correspond to the NORMAL-DEFAULT config.
IW-FCP-037AIWF037BConfiguration THRConfigure THR for the RPW SCIENCE SURVEY_BURST mode : DEFAULT

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

WrittenThe default value for TC formal parameters shall correspond to the BURST-DEFAULT config.
IW-FCP-037AIWF037CConfiguration THRLoad calibration parameters for THR

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

Written
IW-FCP-037AIWF037DConfiguration THRLoad GALAXY mode parameters config

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

Written
IW-FCP-037AIWF037EConfiguration THRConfigure THR for the RPW SCIENCE SURVEY_NORMAL mode : LOW-RATE 1

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

Written
IW-FCP-037AIWF037FConfiguration THRConfigure THR for the RPW SCIENCE SURVEY_NORMAL mode: LOW-RATE 2

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

Written
IW-FCP-038AIWF038AConfiguration TDSLoad common parameters of TDS

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

Written
IW-FCP-038AIWF038BConfiguration TDSConfiguration of TDS for SBM1 mode : DEFAULT

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

WrittenThe default value for TC formal parameters shall correspond to the SBM1-DEFAULT config.
IW-FCP-038AIWF038CConfiguration TDSConfiguration of TDS for SBM2 mode: DEFAULT

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

WrittenThe default value for TC formal parameters shall correspond to the SBM2-DEFAULT config.
IW-FCP-038AIWF038DConfiguration TDS

Configure TDS LFM parameters

RPW_SERVICE

RPW_SCIENCE


RPW_SERVICE

RPW_SCIENCE

WrittenThe default value for TC formal parameters shall correspond to the LFM-DEFAULT config.
IW-FCP-038AIWF038EConfiguration TDSConfigure TDS for the RPW SCIENCE SURVEY_NORMAL mode : DEFAULT

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

WrittenThe default value for TC formal parameters shall correspond to the NORMAL-DEFAULT config.
IW-FCP-038AIWF038FConfiguration TDS

Configure TDS for the RPW SCIENCE SURVEY_BURST mode: DEFAULT

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

Written
IW-FCP-038AIWF038GConfiguration TDSConfigure TDS for the RPW SCIENCE SURVEY_NORMAL mode : LOW-RATE 1

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

Written
IW-FCP-038AIWF038HConfiguration TDSConfigure TDS for the RPW SCIENCE SURVEY_NORMAL mode: LOW-RATE 2

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

Written
IW-FCP-039AIWF039AConfiguration LFRConfiguration of LFR for SBM1 mode: DEFAULT

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

WrittenThe default value for TC formal parameters shall correspond to the SBM1-DEFAULT config.
IW-FCP-039AIWF039BConfiguration LFRConfiguration of LFR for SBM2 mode: DEFAULT

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

WrittenThe default value for TC formal parameters shall correspond to the SBM2-DEFAULT config.
IW-FCP-039AIWF039CConfiguration LFRLoad common parameters of LFR

RPW_SERVICE

RPW_SERVICE

Written
IW-FCP-039AIWF039DConfiguration LFRConfigure LFR for the RPW SCIENCE SURVEY_NORMAL mode: DEFAULT

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

WrittenThe default value for TC formal parameters shall correspond to the NORMAL-DEFAULT config.
IW-FCP-039AIWF039EConfiguration LFR

Configure LFR for the RPW SCIENCE SURVEY_BURST mode: DEFAULT

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

Written
IW-FCP-039AIWF039FConfiguration LFRConfigure LFR for the RPW SCIENCE SURVEY_NORMAL mode: LOW-RATE 1

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

Written
IW-FCP-039AIWF039GConfiguration LFRConfigure LFR for the RPW SCIENCE SURVEY_NORMAL mode: LOW RATE 2

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

Written
IW-FCP-040AIWF040AConfiguration BiasConfigure the Bias (mode, and relay) for the RPW SCIENCE mode.RPW_SERVICERPW_SERVICEWrittenThe default value for TC formal parameters shall correspond to the NORMAL-DEFAULT config.
IW-FCP-041AIWF041ACompressionEnable the compression of the waveform products.

RPW_SERVICE

RPW_SERVICE

Written
IW-FCP-041AIWF041BCompressionDisable the compression of the waveform products.

RPW_SERVICE

RPW_SERVICE

Written
IW-FCP-042AIWF042ASwitch On equipmentSwitch on the converter (CONV)RPW_SERVICERPW_SERVICEWritten
IW-FCP-042AIWF042BSwitch On equipmentBOOT LFR from EEPROM1 (default), EEPROM2 and RAM + Enabled Verif BootRPW_SERVICERPW_SERVICEWritten
IW-FCP-042AIWF042CSwitch On equipmentBOOT THR from EEPROM1 (default), EEPROM2 and RAM + Enabled Verif BootRPW_SERVICERPW_SERVICEWritten
IW-FCP-042AIWF042DSwitch On equipmentBOOT TDS from EEPROM1 (default), EEPROM2 and RAM + Enabled Verif BootRPW_SERVICERPW_SERVICEWritten
IW-FCP-042AIWF042ESwitch On equipmentSwitch ON BIASRPW_SERVICERPW_SERVICEWritten
IW-FCP-042AIWF042FSwitch On equipmentPA Switch ONRPW_SERVICERPW_SERVICEWritten
IW-FCP-042AIWF042GSwitch On equipmentSCM switch ONRPW_SERVICERPW_SERVICEWritten
IW-FCP-043AIWF043AEnter SERVICE ModeEnter SERVICE mode

RPW_SCIENCE

RPW_BACKUP

RPW_SERVICEWritten

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-044AIWF044AEnter BACKUP ModeEnter in SCIENCE SURVEY_BACKUP submodeRPW_SERVICERPW_BACKUPWritten
IW-FCP-045AIWF045AEnter STANDBY ModeEnter in RPW STANDBY mode from any other mode (except SAFE and OFF)

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

RPW_STANDBYWrittenIf required, equipment units are automatically switched-off by the DPU before entering in the STANDBY mode.
IW-FCP-046







IW-FCP-047AIWF047ASwitch off equipmentSwitch off HVRPW_SERVICERPW_SERVICEWritten
IW-FCP-047AIWF047BSwitch off equipmentSwitch off TDSRPW_SERVICERPW_SERVICEWritten
IW-FCP-047AIWF047CSwitch off equipmentSwitch off Bias PARPW_SERVICERPW_SERVICEWritten
IW-FCP-047AIWF047DSwitch off equipmentSwitch off BiasRPW_SERVICERPW_SERVICEWritten
IW-FCP-047AIWF047ESwitch off equipmentSwitch off LFRRPW_SERVICERPW_SERVICEWritten
IW-FCP-047AIWF047FSwitch off equipmentSwitch off THRRPW_SERVICERPW_SERVICEWritten
IW-FCP-047AIWF047GSwitch off equipmentSwitch off SCMRPW_SERVICERPW_SERVICEWritten
IW-FCP-047AIWF047HSwitch off equipmentSwitch off ANT PA1RPW_SERVICERPW_SERVICEWritten
IW-FCP-047AIWF047ISwitch off equipmentSwitch off ANT PA2RPW_SERVICERPW_SERVICEWritten
IW-FCP-047AIWF047JSwitch off equipmentSwitch off ANT PA3RPW_SERVICERPW_SERVICEWritten
IW-FCP-047AIWF047KSwitch off equipmentSwitch off CONVRPW_SERVICERPW_SERVICEWritten
IW-FCP-048AIWF048ADBS configurationLoad and dump common parameters for DBSRPW_SAFERPW_SAFEWritten
IW-FCP-048AIWF048BDBS configurationConfigure HK of DBS period

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

Written
IW-FCP-049AIWF049AInter-equipment communicationEnable generation of inter equipment communication packet

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

Written
IW-FCP-049AIWF049BInter-equipment communicationDisable generation of inter equipment communication packet

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

Written
IW-FCP-050AIWF050AEnable/disable HKEnable HK generation for PDU unit

all modes

all modes


Written
IW-FCP-050AIWF050BEnable/disable HKEnable HK generation for LFR

all modes

all modes


Written
IW-FCP-050AIWF050CEnable/disable HKEnable HK generation for TDS

all modes

all modes


Written
IW-FCP-050AIWF050DEnable/disable HKEnable HK generation for THR

all modes

all modes


Written
IW-FCP-050AIWF050EEnable/disable HKEnable HK generation for S20

all modes

all modes


Written
IW-FCP-050AIWF050FEnable/disable HKEnable HK generation for OBC

all modes

all modes


Written
IW-FCP-050AIWF050GEnable/disable HKDisable HK generation for PDU unit

all modes

all modes


Written
IW-FCP-050AIWF050HEnable/disable HKDisable HK generation for LFR

all modes

all modes


Written
IW-FCP-050AIWF050IEnable/disable HKDisable HK generation for TDS

all modes

all modes


Written
IW-FCP-050AIWF050JEnable/disable HKDisable HK generation for THR

all modes

all modes


Written
IW-FCP-050AIWF050KEnable/disable HKDisable HK generation for S20

all modes

all modes


Written
IW-FCP-050AIWF050LEnable/disable HKDisable HK generation for OBC

all modes

all modes


Written
IW-FCP-051AIWF051ALoad science parametersLoad Reaction wheels frequencies and ENBALE/DISABLE RW filtering

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

Written
IW-FCP-051AIWF051BLoad science parametersLoad k-coefficients

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

Written
IW-FCP-051AIWF051CLoad science parametersLoad Fbins mask

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

Written
IW-FCP-051AIWF051DLoad science parametersLoad filter parameters and ENABLE/DIABLE PAS filtering

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

Written
IW-FCP-052







IW-FCP-059AIWF059ADiagnosisPerform TDS DiagnosisRPW_SERVICERPW_SERVICEWritten
IW-FCP-260AIWF260AMemory 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

Writtensuppressed
IW-FCP-261AIWF261AChange the DAS number

Change the DAS number in HK when applied on the DAS  3.6.0.4

RPW_SERVICE

RPW_SERVICE

Writtensuppressed



Dump THR memory (TC_THR_DUMP_MEMORY - Service 6)All modes except RPW_STANDBYAll modes except RPW_STANDBY
To be writtenCannot be written as we don't know how long will be the patch...



Dump LFR memory (TC_LFR_DUMP_MEMORY - Service 6)All modes except RPW_STANDBYAll modes except RPW_STANDBY
To be writtenCannot be written as we don't know how long will be the patch...



Dump TDS memory (TC_TDS_DUMP_MEMORY - Service 6)All modes except RPW_STANDBYAll modes except RPW_STANDBY
To be writtenCannot be written as we don't know how long will be the patch...
IW-FCP-370AIWF370A"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

SVT1 Procedures (SVT)

The table below gives the list of procedures specific to the SVT tests. They will not be played during flight.

Procedure NameSequence NameDescriptionMode at startMode at endAuthor(s)StatusComments
IW-SVT-001AIWV001AEnable event generationALLALLWritten
IW-SVT-001AIWV001BDisable event generationALLALLWritten
IW-SVT-001AIWV001CEnable Science TM transfer

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

Written
IW-SVT-001AIWV001DDisable Science TM transfer

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

Written
IW-SVT-002AIWV002APatch LFR softwareRPW_SERVICERPW_SERVICEWritten
IW-SVT-002AIWV002BPatch TDS softwareRPW_SERVICERPW_SERVICEWritten
IW-SVT-002AIWV002CPatch TNr-HFR softwareRPW_SERVICERPW_SERVICEWritten
IW-SVT-002AIWV002DPatch DAS softwareRPW_SERVICERPW_SERVICEWrittenOld AIWF261A
IW-SVT-003AIWV003AReset all equipments (LFR, TDS, TNR-HFR)

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

Written
IW-SVT-004AIWV004ALoad the sun distance

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

Written
IW-SVT-004AIWV004BReset TM buffer

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

Written
IW-SVT-005AIWV005AExecute Bias Command

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

Written
IW-SVT-005AIWV005BSet Bias Frequency Ripple

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

Written
IW-SVT-005AIWV005CSet Bias Sweep

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

Written
IW-SVT-005AIWV005DSet Bias Page

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

Written
IW-SVT-006AIWV006AGeneric command to execute command on DPURPW_SERVICERPW_SERVICEWritten
IW-SVT-007AIWV007ALoad TNR-HFR Normal parameter 2 (HFR list 1)

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

Written
IW-SVT-007AIWV007BLoad TNR-HFR Normal parameter 3 (HFR list 2)

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

Written
IW-SVT-007AIWV007CLoad TNR-HFR Burst parameter 2 (HFR list 1)

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

Written
IW-SVT-007AIWV007DLoad TNR-HFR Burst parameter 3 (HFR list 2)

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

Written
IW-SVT-007AIWV007ELoad TNR-HFR Normal parameter 1

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

Written
IW-SVT-007AIWV007FLoad TNR-HFR Burst parameter 1

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

Written

Contingency Recovery Procedures (CRP)

The table below gives the list of procedures specific to the contingency recovery operations.

Procedure NameSequence NameDescriptionMode at startMode at endAuthor(s)StatusComments
IW-CRP-015AIWC015ABoot RPW DBS prime power interface (UNIT_A) via manualRPW_OFFRPW_SAFE
Writtenex IW-FCP-011

IW-CRP-046

AIWC046AGo in SAFE modeRPW_SCIENCERPW_SAFEWritten
IW-CRP-021


Phase back to Default Mode (i.e. to resume science after contingency)




To be written
IW-CRP-XXX


Enter SERVICE mode from SAFE mode


RPW_SAFERPW_SERVICE
To be written
IW-CRP-XXX


Enter SERVICE mode from OFF mode


RPW_OFFRPW_SERVICE
To be written
IW-CRP-XXX
Enter STANDBY modeRPW_SAFERPW_STANDBY
To be written
IW-CRP-XXX
Enter SERVICE ModeRPW_STANDBYRPW_SERVICE
To be written
IW-CRP-XXX
Enter SCIENCE_NORMALRPW_SERVICERPW_SCIENCE
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.

Procedure NameSequence nameThemeDescriptionMode at startMode at endAuthor(s)StatusComments
NE-FCP-600ANEF600AConfig COM I-Boom Depl.Configure LFR with specific config for the I-Boom deployment

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

Written
NE-FCP-600ANEF600BConfig COM I-Boom Depl.Configure TDS with specific config for the I-Boom deployment

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

Written
NE-FCP-600ANEF600CConfig COM I-Boom Depl.Configure Bias with specific config for the I-Boom deployment

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

Written
NE-FCP-600ANEF600DConfig COM I-Boom Depl.Configure TNR-HFR with specific config for the I-Boom deployment - Config 1

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

Written
NE-FCP-600ANEF600FConfig COM I-Boom Depl.Configure TNR-HFR with specific config for the I-Boom deployment - config 2

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

Written
NE-FCP-601ANEF601AConfig COM Antennas Depl.Configure LFR with specific config for the Antennas deployment

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

Written
NE-FCP-601
ANEF601BConfig COM Antennas Depl.Configure TDS with specific config for the Antennas deployment

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

Written
NE-FCP-601ANEF601CConfig COM Antennas Depl.Configure Bias with specific config for the Antennas deployment

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

Written
NE-FCP-601ANEF601DConfig COM Antennas Depl.Configure TNR-HFR with specific config for the Antennas deployment - Config Ant 1

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

Written
NE-FCP-601ANEF601EConfig COM Antennas Depl.Configure TNR-HFR with specific config for the Antennas deployment - config Ant 2

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

Written
NE-FCP-601ANEF601F
Config COM Antennas Depl.Configure TNR-HFR with specific config for the Antennas deployment - config Ant 3

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

Written
NE-FCP-601ANEF601G
Config COM Antennas Depl.Configure TNR-HFR with specific config for the Antennas deployment - config Full scan

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

Written
NE-FCP-602

ANEF602A

Config COM Antennas rolls campaignConfigure LFR with specific config for the Antennas rolls campaign - config 1

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

Written
NE-FCP-602

ANEF602B

Config COM Antennas rolls campaignConfigure LFR with specific config for the Antennas rolls campaign - config 2

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

Written
NE-FCP-602

ANEF602C

Config COM Antennas rolls campaignConfigure TDS with specific config for the Antennas rolls campaign

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

Written
NE-FCP-602

ANEF602D

Config COM Antennas rolls campaignConfigure BIAS with specific config for the Antennas rolls campaign - config 1 (Bias on resistance)

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

Written
NE-FCP-602

ANEF602E

Config COM Antennas rolls campaignConfigure BIAS with specific config for the Antennas rolls campaign - config 2 (Bias on antenna)

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

Written
NE-FCP-602

ANEF602F

Config COM Antennas rolls campaignConfigure TNR-HFR with specific config for the Antennas rolls campaign

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

Written
NE-FCP-603

ANEF603A

Config COM SCM Noise campaignConfigure LFR with specific config for the SCM Noise campaign

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

Written
NE-FCP-603

ANEF603B

Config COM SCM Noise campaignConfigure TDS with specific config for the SCM Noise campaign

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

Written
NE-FCP-603

ANEF603C

Config COM SCM Noise campaignConfigure TNR-HFR with specific config for the SCM Noise campaign

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

Written
NE-FCP-604

ANEF604A

Config COM Interference campaignConfigure LFR with specific config for the Interference campaign - config 1, 2, 3, 10

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

Written
NE-FCP-604

ANEF604B

Config COM Interference campaignConfigure LFR with specific config for the Interference campaign - config 4,5,6,7

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

Written
NE-FCP-604

ANEF604C

Config COM Interference campaignConfigure LFR with specific config for the Interference campaign - config 8

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

Written
NE-FCP-604

ANEF604D

Config COM Interference campaignConfigure LFR with specific config for the Interference campaign - config 9

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

Written
NE-FCP-604

ANEF604E

Config COM Interference campaignConfigure TDS with specific config for the Interference campaign - config 1

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

Written
NE-FCP-604

ANEF604F

Config COM Interference campaignConfigure TDS with specific config for the Interference campaign - config 2

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

Written
NE-FCP-604

ANEF604G

Config COM Interference campaignConfigure Bias with specific config for the Interference campaign - config 1 and 4 and 10

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

Written
NE-FCP-604

ANEF604H

Config COM Interference campaignConfigure Bias with specific config for the Interference campaign - config 2

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

Written
NE-FCP-604

ANEF604I

Config COM Interference campaignConfigure Bias with specific config for the Interference campaign - config 3

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

Written
NE-FCP-604

ANEF604J

Config COM Interference campaignConfigure Bias with specific config for the Interference campaign - config 5

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

Written
NE-FCP-604

ANEF604K

Config COM Interference campaignConfigure Bias with specific config for the Interference campaign - config 6

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

Written
NE-FCP-604

ANEF604L

Config COM Interference campaignConfigure Bias with specific config for the Interference campaign - config 7

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

Written
NE-FCP-604

ANEF604M

Config COM Interference campaignConfigure Bias with specific config for the Interference campaign - config 8 and 9

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

Written
NE-FCP-604

ANEF604N

Config COM Interference campaignConfigure TNR-HFR with specific config for the Interference campaign - config 1

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

Written
NE-FCP-604

ANEF6040

Config COM Interference campaignConfigure TNR-HFR with specific config for the Interference campaign - config 2

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

Written
NE-FCP-605ANEF605AConfig DASConfigure HK period for all commissioning activities

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

RPW_SERVICE

RPW_SCIENCE

RPW_BACKUP

Written

Open issues

IssuesCommentStatus
Compression activation/deactivation shall be added when configuring the sub-systems in SERVICE mode in some wayMight be a single procedure for this taskFixed
Need a procedure to enter in SBM_DETECTIONDone with IW-FCP-058Fixed
Does the formal parameter (FP) mechanism should be used for COM and CRP?Yes we can use FP (S. Lodiot confirmation)Fixed
Need a procedure to enter in SERVICE mode from SCIENCEDone with IW-FCP-032Fixed
Do IW-FCP-001 and IW-FCP-002 can only contain the TC to switch-off the instrument?
Fixed
Does IW-CRP-020 can be used nominally to enter in mode SAFE?The IW-FCP-064 can be used tooFixed

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).
  • No labels

4 Comments

  1. Antonio Vecchio

    The BIAS sweeping table loading procedure should end with a dump of the content of the table. This means that the last TC might be TC_DPU_DAS_DUMP_PAR {ZIW00054}.

    More generally it should be useful to do systematically a dump when the on-board parameters are changed (i.e., Bias current/sweeping setting, LOAD_PARAM, etc.). To be confirmed.

  2. Antonio Vecchio,

    I'm just wondering can the procedures relative to the "boot from EEPROM1, EEPROM2 and RAM" be reduced to 1 Excel file, instead of 3? It seems that the selection between "EEPROM1, EEPROM2 and RAM" values is a TC parameter, which might be a formal parameter.

    Same question for PRIME-A/PRIME-B setting in SAFE mode?


    1. Sylvain Lodiot (MOC) recommends to merge procedures as much as possible. We thus should do so. It has been added as an action item.

  3. After tests run in LESIA on the MEB EM1 by D. Bérard, several inconsistencies have been found in TM checks of several sequences. Changes will be implemented based on the following instructions:

    ------------------------------------------------------------------------

    - 30A :  Remove the TM checks of the packet YIW00073 (not produced)

    ------------------------------------------------------------------------

    - 46A : Remove the TM checks of the packet YIW00073 (not produced)

    ------------------------------------------------------------------------

    - 31A and 42A : Remove the TM checks of the packet YIW00031 (not produced)

    ------------------------------------------------------------------------

    - 31A and 42B :

        in TM YIW00077, change the value of NIW00192 in PR_LFR_BOOT instead of PR_TDS_BOOT.

        in TM YIW00066, change the value of NIW00192 in PR_DPU_LFR_LINK instead of PR_LFR_COMMAND.

    ------------------------------------------------------------------------

    31A and 42C: in TM YIW00067, change the value of NIW00192 in PR_DPU_THR_LINK instead of PR_THR_COMMAND.

    ------------------------------------------------------------------------

    - 31A and 42D : in TM YIW00068, change the value of NIW00192 in PR_DPU_TDS_LINK instead of PR_TDS_COMMAND

    ------------------------------------------------------------------------

    - 32A : in TM YIW00059 change :

                   NIWD0000 = DPU_SERVICE


                    NIWD0013 = NIWD0015 = NIWD0017 = ENABLED

                   NIWD0014 = NIWD0016 = NIWD0018 = RUN (5)

                   Remove the check of parameter  NIW01668


    ------------------------------------------------------------------------


    - 32B : in TM YIW00063, the value and the corresponding parameter are shifted of one line. The parameters from the 4th parameter to the last position are supposed to be from the 3rd to the second to last positions. The last parameter (NIW00733) has to be set at 480.


    ------------------------------------------------------------------------

    - 32C :

    •  Change number of parameters NIWD0575, NIWD0576, NIWD0577, NIWD0578 in respectively NIWD1475, NIWD1476, NIWD1477, NIWD1478
    •  All the parameters ending by REC and MTR has to be set on DISABLED instead of ENABLED. You correct this point in the TC parameters but not in the TM check. So change any ENABLED in DISABLED.
    •  4 parameters have the right name and the right value but not the right number ...

                        NIWD0575 DPU_LFR_P5V_REC = 4 <dec> --> NIW01475
                        NIWD0576 DPU_LFR_M5V_REC = 0 <dec
    > --> NIW01476

                        NIWD0577 DPU_LFR_3V3_REC = 5 <dec> --> NIW01477

                        NIWD0578 DPU_LFR_1V5_REC = 20 <dec> --> NIW01478


    ------------------------------------------------------------------------

    IW-FCP-32 :

    The TM checks done in 32B to 32I need the TC_DPU_DAS_DUMP_PAR to be edited. This TC is only run in 32A. Instead of adding it in every sequence (and generate several time teh same TM), we create a sequence AIWF032L especially for this dump. The xls file is in attachement. I deliberately didn't add the TM checks include in each sequence from 32B to 32I in 32L (even if they should be) in order to avoid confusion.

    Could you put all the TM checks of 32B to 32I in the 32L?               


    ------------------------------------------------------------------------

    - 34A : in YIW00154 NIWD0656 = FALSE

               in YIW00222 change NIW00322, NIW00323, NIW00324, NIW00325 in NIWD0322, NIWD0323, NIWD0324, NIWD0325

                in YIW00222, NIWD0674 = NIWD0675= 1 (instead of 0)


    ------------------------------------------------------------------------

    - 35C: in YIW00075, NIWD0147 = SBM1 (instead of NORMAL) and in YIW00076, NIWD0149=SBM1 (instead of NORMAL).

    ------------------------------------------------------------------------

    - 43A : Add following TM checks at the end:

    YIW00074 Success of a LFR mode transition.
    NIW00192 DPU_EVENT_PR_REPORT_ID = PR_LFR_MODE
    NIWD0773 DPU_MODE_PR_LFR_CODE = 1 <dec>
    NIWD0147 DPU_NEW_LFR_MODE = STANDBY

    YIW00075 Success of a TDS mode transition.
    NIW00192 DPU_EVENT_PR_REPORT_ID = PR_TDS_MODE
    NIWD0774 DPU_MODE_PR_TDS_CODE = 1 <dec>
    NIWD0149 DPU_NEW_TDS_MODE = STANDBY

    YIW00076 Success of a THR mode transition.
    NIW00192 DPU_EVENT_PR_REPORT_ID = PR_THR_MODE
    NIWD0775 DPU_MODE_PR_THR_CODE = 1 <dec>
    NIWD0151 DPU_NEW_THR_MODE = STANDBY

    ------------------------------------------------------------------------

    - 44A: in YIW00075, NIWD0148 = STANDBY (instead of SERVICE)

    ------------------------------------------------------------------------

    - 261A : In TC_DPU_LOAD_MEMORY, PIW00009 = 01234567 (the 0 is important to have 8 digits) instead of 1234567

    ------------------------------------------------------------------------