Reconciled with block: Uplinkin Sol 141

Objectives:

Measure the composition of the atmosphere with special emphasis on CO2 isotopes. We will measure the atmosphere via the TA Sample inlet, Cal Gas via the TA Sample inlet, and then finally atmosphere via both inlets.

Configuration:

The carrier valve is not too reliable, but it will not be used here. Just in case, we will open and close valves with multiple commands.

Software updates were made post Sol 113 to the 386SW and the mode table was changed to V125

Note: Step 55 can be reduced to 5 mins, Step 57 can be reduced to 5 minutes if total duration is a problem for power.

Inputs:

Multiplier Voltage: __3300

Calibration Set: 3

Ch 4 Calibration Voltage: 2800

Pump Nudge needed: Yes

Venting Oven #: Will not vent - (none)

Pre-heat duration: 30 secs

Calibrate Channels: 1,4

Oven Close Time: NA

Select TA #: NA

TA# for Check: N/A

Emission: Low

Cal Tank Temperature: -99 C

Constraints:

Gas(es) used: Mars ATM will be collected through the TA Sample valve.

Filaments used: 1

SW Version (386): V515 SW Version (EGA): V321

Sweep and hop mode version(s): MODE TABLE V125.

Supermodes and Sweep modes used: Supermodes 1, 2, 3, 4, and 9; Sweeps 37, and 38.

Supermodes used in Ramp: No ramp to be run

Note: TEGA is checked to see if TEGA is safed. If so, abort self to end activity

1. Turn ON TEGA – Call TEGA_power_on – This is controlled by the interop science master

1.1.1. TEGA_MAIN1_PWR "ON"

1.1.2. TEGA_MAIN2_PWR "ON"

1.1.3. TEGA_MAIN3_PWR "ON"

1.1.4. Start the TEGA 386 FSW

2. Pause 2 Minutes (collect engineering data at a high rate before turning down)

3. Call Sequence 30A

4. Pre-heat delay 30 secs

5. Turn on EGA

5.1.1. TEGA/FSW:EGA:Change EGA State

5.1.2. Restore the modes from EEPROM 0

5.1.3. EGA Commands:Restore Mode

6. OPEN GEC Vent Valve

7. Activate Sequence 24 A (Turns up readings for regulating temps)

8. Set Manifold Heater to -20C (execute Sequence 3b)

9. Set EGA Manifold heater to 35C

10. Set Emission on delay to 5 sec (allows best chance for emission start if large Ion pump current)

11. Warm up EGA: CALL tega_ega_emission_warmup

11.1. (LOW), Calibration Set 3

11.2. Calls tega_ega_prep, filament-1

11.2.1.1. Sets JPlate 0 to -107V

11.2.1.2. Sets Jplate 1 to -92V

11.2.1.3. Pause 5 seconds

11.2.1.4. Set MV 3300 (input variable)

11.2.1.5. Ion Pump ON

11.2.1.6. Start SM 1, pause 1 sec

11.2.1.7. Emission ON

11.2.1.8. Pause 2 Minutes

11.2.1.9. Stop SM 1

11.2.1.10. Emission ON

11.2.1.11. Pause 2 Minutes

11.2.1.12. Stop SM 1

11.3. Pause 2 minutes (provides time for ion pump to stabilize)

11.4. Change engineering transmit to 10 secs

11.4.1. IF pass thru = 1, emission current will change to HIGH

11.5. Call tega_ega_calibration_scans

11.5.1. calibration_set _____3________

11.5.2. hi_emission_______LOW ____

11.5.3. cal_channels______1,4______

11.5.4. cal_voltage ______3300V ____

11.5.5. cal_4_voltage_____2800V ____

11.5.6. exit_voltage ______3300V ____

11.6. Wait 1 second

11.7. Start SM 3

11.8. Pause 20 minutes

11.9. Stop SM 3

11.10. Pause 1 minute

11.11. Calls tega_ega_gain

11.11.1.1.1. Start SM 2

11.11.1.1.2. Pause 1 minute

11.11.1.1.3. Set MV 2600 – 3400V (1 minute per voltage)

11.11.1.1.4. Exit at 3300_V (input variable)

11.11.1.1.5. Stop SM 2

11.11.1.1.6. Run Sweep 38

EGA is warmed up and ready to go (54 mins)

12. Reinforce Emission on

(IF pump nudge is YES Steps 12 to 14 are followed, if NO skip to 15)

13. Change to HIGH Emission

14. Pause 3 minutes

15. Change to LOW Emission

16. Calibrate EGA: CALL tega_ega_calibration_scans

16.1.1. calibration_set _____3________

16.1.2. hi_emission_______LOW ____

16.1.3. cal_channels______1,4______

16.1.4. cal_voltage ______3300V ____

16.1.5. cal_4_voltage_____2800V ____

16.1.6. exit_voltage ______3300V ____

17. Start Supermode 9

Measure residuals for 7 minutes

18. Pause for 7 minutes

Measure Atmosphere (via TA Sample inlet)

19. Begin SM 4

20. Pause 30 seconds

21. Open TA Sample valve to measure atmosphere.

22. Pause 2 minutes

23. Close TA Sample valve to capture atmosphere

24. Open bypass valve

25. Pause 30 seconds

26. Start SM 9 (To collect the high-quality atmospheric data)

Begin measurement of Cal Gas

27. Regulate Cal Gas to 35 mbar.

28. Pause 12 minutes (to allow cal gas to flush out manifold and to finish analysis of atmosphere)

29. Start SM 4

30. Pause 30 sec

31. Open TA Sample valve (We have been analyzing atmosphere up to this point)

32. Pause 2 min

33. Close TA Sample valve (to capture Cal Gas)

34. Pause 30 seconds

35. Start SM 9

36. Pause 10 minutes

37. Regulate Cal Gas to 25 mbar

38. Open TA Sample valve

39. Pause 2 minutes

40. Close TA Sample valve

41. Close bypass valve

42. Stop Cal Gas Regulation

43. Poke close with dump 5 sec delay, 10 cycles

44. Pause 10 minutes (to let cal gas begin to diffuse out of EGA manifold and to complete analysis of Cal gas)

Measure atmosphere via Atm inlet, and empty cal gas from EGA manifold.

45. Start SM 4

46. Pause 30 seconds

47. Open TA Sample valve

48. Pause 5 minutes (to be sure most Cal gas is gone from EGA manifold)

49. Close TA Sample valve

50. Pause 30 seconds

51. Start SM 9

52. Pause 5 minutes (to get reading on composition of gas in TA Sample CML)

53. Open Atmosphere inlet valve

54. Pause 10 minutes (to get data without decay of pressure in CML volume)

55. Poke close ATM Valve with dump 5 sec delay, 10 cycles

56. Close Atmosphere inlet valve

57. Pause 20 minutes (to get data with decay of gas in CML volume, to see if isotopic ratio is a function of count rate; time is TBD depending on what we can get.)

Shut down

58. Run tega_disable_heater_control (Turn all remaining heaters off)

59. Stop SM

60. CLOSE GEC Vent Valve

61. Turn off EGA: CALL tega_ega_off

61.1. EGA Shutdown:

61.1.1. Multiplier Voltage OFF

61.1.2. Wait 5 secs

61.1.3. Emission Off

61.1.4. Wait 5 secs

61.1.5. Ion Pump Control OFF

61.1.6. Activate Sequence 7A to turn the EGA OFF

62. Turn off TEGA: CALL tega_power_off

62.1. Turn off the third TEGA switch

62.2. Turn off the second TEGA switch

62.3. Turn off the first TEGA switch

62.4. FPGA Dump – Aker Valve state