Step Title Time Command Command Cmd Seq Telemetry Telemetry Expected Units Telemetry Other Crit Description Notes RT Tlm Min SIM \# Req (s) Description Mnemonic EGSE Key Description Mnemonic Value EGSE Verifier Con Fmt Alt Pos 3.4\_V2.0 1.0 Turn on DH heater 1.1 Enable DH heater side B 1.025 Housing Htr En B 1HHTRBEN DA B ENB/DIS 1DAHTBEN ENB 1.2 Turn on DH heater side B 1.025 Housing Htr On B 1HHTRBON DA B ON/OFF 1DAHTBON ON 2.0 Turn on DPA Power Supply 2.1 Enable DPA PS A 1.025 DPA PS A En 1DPPSAEN No verifier before power is on 2.2 Turn on DPA PS A 1.025 DPA PS A On 1DPPSAON DPA A on 1DPPSA ON 2.3 Enable DPA PS B 1.025 DPA PS B En 1DPPSBEN DPA B Enb 1DPPSBX 2.4 Turn on DPA PS B 1.025 DPA PS B On 1DPPSBON DPA B on 1DPPSB ON 3.0 Turn on DEA, get FP temp 3.1 Enable DEA Power A 1.025 DEA PS En. A 1DEPSAEN DEA ENB/DIS A 1DEPSAX E 3.2 DEA Power Supply A On 1.025 DEA PS A On 1DEPSAON DEA ON/OFF A 1DEPSA ON DEA A Power should be $21\pm3$~W 3.3 Start DEA Hkp run 120 startDEA XDV0000001 Check cmdResult == 1 start DEA Hkp run from slot 0 commandEcho 10 4.0 Warm Boot 4.1 set warm boot flag on 1.025 DPA Warm Boot 1WRMBTSB(1) NONE 4.2 Halt BEP 1.025 Halt BEP 1RSETIRT(0) NONE 1RSETIRT=1 holds board in reset 4.3 Restart BEP 4.100 Restart BEP 1RSETIRT(1) 1RSETIRT=0 releases board 4.4 Start DEA Hkp run 1.025 startDEA XDV0000001 Check cmdResult == 1 start DEA Hkp run from slot 0 commandEcho 10 5 Verify ACIS is in the proper state when TLM is available. 5.1 Verify DPA A is on DPA A On 1DPPSA ON DPA A Enb 1DPPSAX ENB DPA +5V 1DPP0AVO 4.9--5.5 V DPA Input V 1DP28AVO 28.0--34.0 V Expect 12~W for side A, power consumption DPA Input I 1DPICACU 0.35--0.43 A should be more stable than I or V. 5.2 Verify DPA PS B is on DPA B on 1DPPSB ON DPA +5V 1DPP0BVO 4.9--5.5 V DPA Input V 1DP28BVO 28.0--34.0 V 2 Expect 9~W for side B, power consumption DPA Input I 1DPICBCU 0.26--0.32 A should be more stable than I or V. 5.3 Verify DEA A is On DEA A ENB/DIS 1DEPSAX ENB DEA A ENB/DIS 1DEPSA ON DEA +24 V A 1DEP2AVO 24.0--26.0 V DEA +6 V A 1DEP0AVO 5.6--6.7 V DEA -6 V A 1DEN0AVO -7.0-- -5.7 V DEA +15 V A 1DEP1AVO 15.0--17.0 V DEA -15 V A 1DEN1AVO -17.0-- -15.0 V DEA +28 V A 1DEP3AVO >26.0 V 5.4 Verify DEA B is off DEA Input I B 1DEICBCU <0.2 A DEA +6 V B 1DEP0BVO $0.0\pm0.2$ V DEA -6 V B 1DEN0BVO $0.0\pm0.2$ V DEA +15 V B 1DEP1BVO $0.0\pm0.2$ V DEA -15 V B 1DEN1BVO $0.0\pm0.2$ V DEA +24 V B 1DEP2BVO $0.0\pm0.2$ V DEA +28 V B 1DEP3BVO $0.0\pm0.2$ V 5.5 Verify DA Htr A is off DA Htr +28V INPUT A 1DAHHAVO $0.0\pm0.2$ V DA Htr Output V A 1DAHAVO $0.0\pm0.2$ V DA Htr Current A 1DAHACU <0.2 A 5.6 Verify DA Htr B is on DA Htr +28V INPUT B 1DAHHBVO 28.0--32.0 V values shown are maximum voltage and current DA Htr Output V B 1DAHBVO 28.0--32.0 V which are only obtained while heating up to -60; DA Htr Current B 1DAHBCU $\sim2.0$ A power drops as steady state is reached. 5.7 Verify BEP A Boot Check bepStartupMessage: bepTickCounter $< 10$; version =11; watchdogFlag = 0, patchValidFlag =1 warmbootFlag = 1 Check swHousekeeping messages: startingBepTickCounter $< 10$; endingBepTickCounter= =startingBepTickCounter+640 version =11 5.8 Check HW LEDs BEP Select 1STAT4ST 0 0 indicates BEP A is selected BEP FIFO Not Full 1STAT6ST 1 1 means FIFO not full BEP FIFO Not Empty 1STAT7ST 0 1 means FIFO not empty 5.9 Check SW LEDs BEP initialization 1STAT3ST 0 0 means BEP SW is running Watchdog boot 1STAT2ST 1 1 means no watchdog boot Science run status 1STAT1ST 1 1 means science idle 1STAT0ST 0or1 this bit toggles to indicate BEP is running 5.10 monitor camera body temp Camera Body T A 1CBAT -60 C survival is -75.5~C, so temp should Camera Body T B 1CBBT -60 C be between -75.5 and -60~C Warm Radiator T A 1WRAT -84 C Warm radiator temperature will Warm Radiator T B 1WRBT -84 C rise as the camera body warms up. 5.11 Monitor FP temp FP Temp $\sim-120$ C deaHousekeepingData survival is $-130$~C, so temp should be between -130~C and -120~C Total Time 135.375