MO-PR-TPD-GO-0027i4

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Space Instrumentation DOC.NO.

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Title:

GOME2-calibration:

Calibration execution procedures

Prepared by:

Checked by:

Verified by:

Authorised by:

L. van Riel

M. Eschen

J. Hopman

G. Otter

This document contains proprietary information of TNO-TPD.

All rights reserved.

TPD


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Others

OG

R. Veratti

B. Ricciarelli

ESA

A. Lefèbvre

J. Callies

Issue Date

1

2

3

4

DISTRIBUTION LIST

Copies

1x

1x

TPD

Archive

Calibration Execution Team

DOCUMENT CHANGE RECORD

20 September 2000

11 March 2002

16 August 2002

See header

Number of pages

Short description

1-23 First issue

New document

26 FM1 update

See header FM2 update

Pages

All

All

All

All

Copies

1x

1x



TPD

Space Instrumentation

Table of Contents

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1.

SCOPE ..................................................................................................................................................................... 5

2.

DOCUMENTS AND ACRONYMS....................................................................................................................... 6

2.1

A PPLICABLE DOCUMENTS .................................................................................................................................. 6

2.2

R EFERENCE DOCUMENTS .................................................................................................................................. 6

2.3

A CRONYMS ....................................................................................................................................................... 6

3.

SUPPORTING PROCEDURES APPLICABLE DURING CALIBRATION EXECUTION........................... 8

3.1

O PERATION AND H ANDLING P ROCEDURE .......................................................................................................... 8

3.2

E MERGENCY P ROCEDURE ................................................................................................................................. 8

3.3

A LIGNMENT P ROCEDURE S TIMULI AND MGSE ................................................................................................. 8

3.4

O PERATION OF TVC.......................................................................................................................................... 8

3.5

S WITCH ON / OFF PROCEDURE FOR G OME 2 (GAL ATP’ S ) .................................................................................. 8

3.5.1

Switch on procedure for Gome 2 ................................................................................................................. 8

3.5.2

Change_context.tal .................................................................................................................................... 10

3.5.3

History_decoder.tal ................................................................................................................................... 10

3.5.4

Switch off procedure for Gome 2 ............................................................................................................... 10

3.6

G OME 2 CONSOLE ............................................................................................................................................ 11

3.7

R UNNING ATP' S .............................................................................................................................................. 11

3.8

L OGGING ......................................................................................................................................................... 12

3.9

B ACK UP OF DAPB DATA ................................................................................................................................ 13

3.10

Q UICK L OOK ................................................................................................................................................... 13

3.11

LVM MONITORING .......................................................................................................................................... 13

4.

STEP-BY-STEP PROCEDURE .......................................................................................................................... 14

4.1

G ENERAL ........................................................................................................................................................ 14

4.2

PREPARATIONS ................................................................................................................................................ 15

4.3

A MBIENT BLOCK 1 .......................................................................................................................................... 15

4.4

A MBIENT BLOCK 2 .......................................................................................................................................... 15

4.5

I NSTALL GOME2 IN TVC ............................................................................................................................... 16

4.6

TVC/G OME TB2 ( NOMINAL TEMP ) CAMPAIGN ............................................................................................... 16

4.6.1

Gome.......................................................................................................................................................... 16

4.6.2

LRS in White light mode............................................................................................................................. 17

4.6.3

LRS in filter mode (TB2) ............................................................................................................................ 17

4.6.4

LRS in slit mode (TB2) ............................................................................................................................... 17

4.6.5

LRS in monochromator mode (TB2) .......................................................................................................... 17

4.6.6

HCL stimulus (TB2) ................................................................................................................................... 17

4.6.7

ORIEL stimulus (TB2)................................................................................................................................ 17

4.6.8

Zenith sky measurements (TB2) ................................................................................................................. 18

4.6.9

Rad/Irrad in sun mode (TB2) and Sun simulator at nadir (TB2).............................................................. 18

4.6.10

Rad/Irrad in nadir mode (TB2) and Sun simulator at sun (TB2)........................................................... 18



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4.6.11

Sphere in nadir (TB2) ............................................................................................................................ 18

4.7

TVC/G OME TB1 ( NOMINAL -10 TEMP ) CAMPAIGN .......................................................................................... 18

4.7.1

LRS in white light mode (TB1) ................................................................................................................... 19

4.7.2

Oriel stimulus (TB1)................................................................................................................................... 19

4.7.3

HCL stimulus (TB1) ................................................................................................................................... 19

4.7.4

Rad/Irrad in sun mode (TB1) and Sun simulator at nadir (TB1)............................................................... 19

4.7.5

Rad/Irrad in nadir mode (TB1) and Sun simulator at sun (TB1)............................................................... 19

4.8

TVC/G OME TB3 ( NOMINAL +10 TEMP ) CAMPAIGN ......................................................................................... 19

4.8.1

LRS in white light mode (TB1) ................................................................................................................... 20

4.8.2

HCL stimulus ............................................................................................................................................. 20

4.8.3

Oriel stimulus (TB3)................................................................................................................................... 20

4.8.4

Rad/Irrad in sun mode (TB3) and Sun simulator at nadir (TB3)............................................................... 20

4.8.5

Rad/Irrad in nadir mode (TB3) and Sun simulator at sun (TB3)............................................................... 20

4.9

CATGAS MEASUREMENTS AT TB2 ................................................................................................................ 21

4.10

P OST TEST AND PACKING ................................................................................................................................. 21

4.11

N ON CONFORMANCE R EPORTING .................................................................................................................... 22

4.12

D EVIATIONS FROM THE P ROCEDURE ............................................................................................................... 22

5.

PROCEDURE SIGN-OFF SHEET ..................................................................................................................... 23

6.

PROCEDURE VARIATION SHEET ................................................................................................................. 24

7.

GOME 2 NCR'S AFFECTING CALIBRATION EXECUTION (GAL INFO) .............................................. 25



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1. Scope

This document presents the calibration execution procedure including the step-by-step procedure to be applied for the calibration of the Gome2 instrument.

This procedure is applicable for Gome2 FM1; FM2 and FM3



TPD


2. Documents and Acronyms

2.1 Applicable documents

[AD1] Gome2 Calibration Requirements Specification

MO-RS-GAL-GO-0003

[AD2] Gome2 Calibration Plan

MO-PL-TPD-GO-0004

[AD3] Gome2 handling transportation and installation procedure

MO-PR-TPD-GO-0025, latest issue

[AD4] Gome2 emergency procedure for the VCF


[AD5] Optical and mechanical alignment procedure

OPR020003

[AD6] List of applicable Gome2 FMx instrument NCR's

(To be provided by GAL)

[AD7] ATP report

MO-RP-TPD-GO-0037, latest issue

[AD8] TVC user manual

[AD9] Gome2 safety guideline for Calibration

MO-NT-GAL-GO-0025, latest issue

2.2 Reference documents

None

2.3 Acronyms

Acronym Description

AIRR Ambient Irradiance/Radiance set-up

ATP Automated Test Procedure

BEPNT ODBH Bus Probe, New Technology

CTB

DAPB

EGSE

ESA

Command and Telemetry Block

Data Acquisition and Processing Block

Electrical Ground Support Equipment

European Space Agency

FMUSIM Fast Multiplexer Unit Simulator

FPA Focal Plane Assembly

GAL

Gome

Galileo Avionica

Global Ozone Monitoring Experiment

GSE

HCL

LRS

LVM

Ground Support Equipment

Hollow Cathode Lamp

Low Radiance Stimulus

Low Voltage Mode

MGSE

NCR

Mechanical Ground Support Equipment

Non Conformance Report



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TPD


Acronym Description

OGSE Optical Ground Support Equipment

PMD

PVS

Polarisation Measurement Device

Procedure Variation Sheet

QTH

SMU

Quartz Tungsten Hydrogen Lamp

Scan Mirror Unit

SLS Spectral Light Source

TBC/TBD To Be Confirmed / To Be Determined

TVC Thermal Vacuum Chamber

VCF

WLS

Xe

Vacuum Calibration Facility

White Light Source

Xenon Lamp

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3. Supporting procedures applicable during Calibration Execution

3.1 Operation and Handling Procedure

[AD3] Gome2 handling transportation and installation procedure


3.2 Emergency Procedure

[AD4] Gome2 emergency procedure for the VCF


3.3 Alignment Procedure Stimuli and MGSE

[AD5] Optical and mechanical alignment procedure

OPR020003

3.4 Operation of TVC

[AD8] TVC user manual

3.5 Switch on/off procedure for Gome2 (GAL ATP’s)

3.5.1 Switch on procedure for Gome 2 step

1.

2.

3.

4.

5.

6.

7.

8.

9.

10.

11.

12.

13.

14.

15.

16.

17.

18. description turn 19" rack on set red switch to OFF (0) turn safety button at the bottom of the rack to the right turn on switch that is located directly above the safety button (should be directed upwards now) turn red switch to ON (1) boot up the BEPNT push the power button on the rightmost PC (located under the desk) login as 'administrator' double-click icon 'start_bep.bat' double-click icon 'BEP MMI' wait for red indicators in the application window to become green check all "acquiring panel" checkboxes to ON boot up FMUSIM push the power button on the leftmost PC (located under the desk) login as 'administrator' double-click icon 'FMU SIM MMI' (ignore error message "FMU SIM Core not present" --> OK)

Start from menu bar: 'menu' --> 'core' --> 'start FMUSIM' (you have to click 'OK' twice)

Start from menu bar: 'menu' --> 'core' --> 'connect to FMUSIM' in the application window, section 'panel', subsection 'input', click 'nominal 2' in the application window, section 'panel', subsection 'output', click 'nominal 1' in the application window, section 'panel', subsection 'commands', click 'acquisition on'



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34.

35.

36.

37.

38.

39.

40. step

19.

20.

21.

22.

23.

24.

25.

26.

27.

28.

29.

30.

31.

32.

33.

41.

42.

43.

44.

45.

46.

47. description in the application window, section 'panel', subsection 'commands', click 'distribute on' check 19" rack all numbers in the digital displays should be close to zero boot up CTB push the power button on the PC (located under desk) login as 'administrator', double-click icon 'GOME2 CTB_MMI' user: 'TPD_operator' ; working dir: 'GOME2FM2

Start from menu bar: 'menu' --> 'modes' --> 'online'

à ‘yes’

Start from menu bar: 'menu' --> 'tools' --> 'ATP' --> 'start'

Checksum control

Switch N and ICU on buttons on power supply (19” rack) on

Switch on Gome with ATP “Power_on28”

Run ATP “Low_level_p_d_c”

Input: Operator name (use your initials for this) à ‘OK’

Switch Off Gome with ATP “Power_supply_off”

Control the values of the checksums in the ATP trace file, refer to [AD9]

Switch on Gome with ATP: 'Og_start' (no parameters) (Og_start will now appear in ATP status window: should be yellow now, i.e. the ATP is waiting)

Input: N and ICU on buttons on power supply à’yes’

19” rack push buttons 'EQ ON' and 'ICU ON' lift cap, push button, close cap (do nothing if buttons are already green)

ICU display should read:

EQT display should read:

+/- 28.00 V

+/- 28.00 V

Wait for approximately 1 minute

+/- 0.43 A

+/- 0.00 A

CTB

Input: Operator name (use your initials for this) à ‘OK’

Input: Context_FPA_cooling_enabled (y/n)

à ‘n’ (safe mode) à ‘OK’

Be sure about yes (FPA vacuum on!).

Remark: use the console ATP for switching on FPA/PMD coolers

Input: Context_PMD_cooling_enabled (y/n)

à ‘n’ (safe mode) à ‘OK’

Be sure about yes (in vacuum only!)

Input: Context_PMD_flight_line_enabled (y/n) à ‘n’ (safe mode) à ‘OK’

Input: Context_QTH_high_current_enabled (y/n) à ‘n’ (=360 mA); ‘y’ (=420 mA TBC) à ‘OK’

Input: Continue with BIT (y/n) à ‘n’à ‘OK’

BIT = Built In Test, this procedure does not work properly, results always in a failure, use checksum procedure mentioned above instead

Input: Choose monitoring (see log msg): 0,1,2 à ‘0’à ‘OK’

Input: Choose mon.par set (0=air, 1=TV)

à air or TV à ‘OK’

Use the appropriate parameter for the environment Gome is in

Input: ATP 'Get_packet' in ATP status window. From the options 1=RTR, 2=RT, 3=RTE, select option 3 (i.e. everything)

Send Idle command (y/n) à ‘y’ à ‘OK’ 48.



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1.

2.

3.

4.

5.

6.

7.

8.

9.

10.

11.

12.

13. step

49.

50.

51.

52. description

DAPB push the power button on the DAPB (below desk) login and password are not needed double-click icon 'GOME-2 DAPB Version 1.xx' verify/set values in the DAPB start-up window:

Station type: DAPB-1

Instrument model:

Level:

Company:

User:

Session description.:

FM1 (1, 2 or 3)

INSTRUMENT

TPD

EZ short description of measurement, this description will appear in data file name

The subsystems are now ready for running calibration ATPs

3.5.2 Change_context.tal

A GAL ATP for switching on/off FPA and PMD coolers. Use preferably the console.tal

3.5.3 History_decoder.tal

An GAL ATP for resetting the history decoder. This ATP is used for monitoring anomalies. This

ATP shall be frequently executed (at least after each ATP)

3.5.4 Switch off procedure for Gome 2 description shut down CTB start ATP 'OG_stop' (menu bar: 'menu' --> 'tools' --> 'ATP' --> 'start') wait for all ATP's to be stopped set CTB to local mode: ('menu' --> 'modes' --> 'local') exit CTB application: ('menu' --> 'file' --> 'exit') shutdown CTB computer (power switch under the desk) turn off 19" rack set red switch to OFF (0) turn OFF the switch located directly above the big red safety button (should be directed downward now) turn big red safety button to the left shut down FMUSIM stop FMUSIM core ('menu' --> 'core' --> 'stop FMUSIM core' ; OK) close FMUSIM application ('menu' --> 'file' --> 'close program') shutdown FMUSIM computer (power switch under desk) shutdown BEPNT close BEPNT application ('menu' --> 'file' --> 'exit') shutdown BEPNT computer (power switch under desk)



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3.6 Gome2 console

703

704

705

800

900

901

902

903

998

600

601

602

603

699

700

701

702

This feature comprises initialisation/de-initialisation commands for Gome2, such as: FPA/PMD coolers on/off, set SMU angle etc.

The following procedure/settings are applicable (TBC):

1. Start Gome2_console.atp (see section 3.7)

2. Enter SMU angle [°]

3. Enter code for:

200

201

300

301

400

401

500

501

Gome2 LED FPA off

Gome2 LED FPA on

Gome2 LED PMD off

Gome2 LED PMD on

Gome2 SLS off

Gome2 SLS on

Gome2 WLS off

Gome2 WLS on

Gome2 FPA cooler off

Gome2 FPA cooler cold

Gome2 FPA cooler disable

Gome2 FPA cooler enable

Set target temperature FPA [K]

Gome2 PMD cooler off

Gome2 PMD cooler cold

Gome2 PMD cooler disable

Gome2 PMD cooler enable

Gome2 PMD cooler line 1 ground (do not use)

Gome2 PMD cooler line 2 in-flight

Set integration time (closest to Gome2 values is chosen) for FPA/PMD

Close Gome2 Shutter (sun port)

Open Gome2 Shutter

Shutter Gome2 disable

Shutter Gome2 enable

Gome 2 in stand-by (idle) mode

999 End

3.7 Running ATP's

For information concerning ATP's (i.e. structure, settings etc) reference is made to [AD7]. step description

1.

2.

Start from CTB menu bar: 'menu' --> 'tools' --> 'ATP' --> 'start' select ATP; enter 'Y'; click 'OK



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List of applicable measurement ATP's (For information only!):

AETA.tal

ATP FM1

AIRR.tal

BREWSTERSCAN.tal

FILTER.tal

IFOV_.tal

FELRAD.tal

FELIRR.tal

SUNRAD.tal

SUNIRR.tal

LINEARITY.tal

MONITOR.TAL

MONITOR.TAL

MONITOR.TAL

DIFFUSERMON.TAL

ORIEL.tal

MONOSCAN_.tal

HCL.tal

SPHERE.tal

SPHERE.tal

OGSE

LRS

SunSim

LRS

LRS

LRS

FEL

FEL

SunSim

SunSim

INT-LED

INT-LED

INT-WLS

INT-SLS

INT-SLS

LRS

LRS

SLS-RAD

SPHERE-IRR

SPHERE-RAD

AETA

MGSE

AIRR

TVC

TVC

TVC

TVC

TVC

TVC

TVC

NA

TVC

TVC

TVC

TVC

TVC

TVC

NADIR

SUN

NA

TVC/AETA/AIRR NA

TVC/AETA/AIRR NA

TVC/AETA/AIRR NA

NA

NADIR

NADIR

NADIR

SUN

NADIR

NADIR port

SUN

NADIR

NADIR

NADIR

NADIR

SUN

ZENITH.tal ZENITH TVC NADIR

Note: This list can be changed throughout the calibration campaign

TB2

3.8 Logging

TB123

TB123

TB123

TB2

TB123

TB2

TB123

TB2

TB2 ambient

TB ambient

TB123

TB2

TB2

TB123

TB123

TB123

TB123

TB2

TD

Logging shall be applicable during the calibration campaign. The following log forms shall be used:

1. Hand written Log (free format)

2. Electronic Log (predefined format)

3. Measurement Log (tracking of measurements, i.e. ATP's), excerpt of the electronic log

Parameters to be frequently monitored and to be logged: parameter

Instrument SLS voltage

Instrument SLS scan mirror angle

Instrument WLS current

Instrument temperature

LRS SLS voltage

Sun simulator output stability during AIRR

TVC cold finger temperature

TVC pressure

FPA vacuum pump pressure

Radiator Cooler temperature

QCM reading

History decoder value

220±5V

13°

Typical 360 mA

FPA's

PMD's

Tref

220±5V

±10% (TBC)

< -180°C

<1x10

-5

mbar

<1x10

-5

mbar

Typical 14°C in ambient and 6°C in TV

As-is

- remark check Low Voltage Mode

FM

Tref = Pre-disperser Prism Temperature check Low Voltage Mode check output detector

At <1x10

-4

mbar automatic switch-off of instrument

At the end of each ATP or more frequently when necessary w.r.t. file size



TD12

TD12

TD12

TD1

TD1

TD1

TD1

TD1

TD1

TD1

TD1

TD1

TD1

TD1

TD1

TD1

TD1

TD1

TD1

TD12

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Built In test

Other

3.9 Back up of DAPB data

-

TBD

Before OG-start

The DAPB raw data, i.e. the archived measurements, shall be frequently archived (back-up) on

CD-ROM identified with:

•

Source (including Gome2 FMx)

•

Date/Time

•

Made by

The obtained back-up shall be indicated in the logbook.

3.10 Quick Look

Quick look analysis shall be carried out:

•

Inspection of DAPB Science Panels before execution of an ATP by dry-run of the ATP

•

Inspection of DAPB Science Panels during ATP run

•

Using conversion tool off line after execution of ATP

The parameters to be monitored for quick look analysis:

•

General insight before/during/after ATP execution

•

Signal to noise ratio

•

Saturation (<50000 counts, typical 40000)

•

Signal (>10000 counts)

•

Instrument condition (temperatures, environment etc)

Before a set-up change (ambient to vacuum, OGSE change etc) a successful executed ATP is required.

3.11 LVM monitoring

The SLS internal source is sensitive to operating in Low Voltage Mode (LVM). The following procedure is applicable for monitoring LVM and measuring in LVM mode:

1. After Gome2 has been switched on execute SLS-watchdog.tal

2. Start normal ATP with SLS use: e.g. SLS-scan.tal and Monitor.tal

3. When LVM behaviour is detected by the watchdog, the running ATP will be suspended

(SLS lamp should stay on) and an acoustic signal is generated (automatic activity)

4. Verify that all relevant ATP’s have been suspended.

5. Check, using the Macro Command Editor, integration times for sufficient signal/noise ratio for SLS direct and SLS over diffuser (in LVM behaviour). Be sure that the SLS should stay on.

6. Start SLS-LVM.tal, this ATP will measure SLS direct and SLS over diffuser

7. Open CU shutter using Macro Command Editor with DAPB archiver on. Indicate effect on

LVM behaviour.



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4. Step-by-step procedure

4.1 General

The following shall be taken into account prior and during Calibration Execution (not in order of importance):

Operation and Handling Procedure [AD1] shall be present

Check

Emergency Procedure [AD4] shall be present

Gome2 safety Procedure [AD9] shall be present

Alignment Procedure [AD5] shall be present

Stand-by operator for TVC and VCF shall be arranged

SMS service for TVC alarm/warnings assigned

Implications of GAL NCR's checked (section 7)

Gome 2 automatic shut off system for TVC pressure installed and tested

Never use PMD coolers = ON during ambient conditions and during –5°C calibration

QCM software installed for monitoring

Coffee Machine shall be present and working

Log sheets shall be present

It shall be noted that the following step-by-step procedure wr.r.t. the sequence is not mandatory. Measurements order may be changed when convenient.

This document contains proprietary information of TNO. All rights reserved.

TPD


Date: Location: Operator:

FM identification:

No. Calibration Step-description Nominal

Value

Actual

Value

Reference

4.2 preparations

1. Arrival of GOME2 EGSE and other equipment

OK

2. Unpack EGSE and other equipment

3. Incoming inspection

[AD1] 4. Install EGSE and other equipment OK

(CTB/DAPB/Pump/Cooler)

5. Install sub-network to interconnect all

EGSE systems

OK

6. Install router

9. Arrival of Gome2 FM1 OK

7. Connect OAC to EGSE-sub network

8. Check network performance

[AD1]

4.3

Ambient block 1

[AD1]

[AD5]

15. Connect GOME2 to CTB [AD1]

16. Connect FPA vacuum pump OK [AD1]

17. Connect Radiant Cooler OK [AD1]

Section 3.5

19. Set detector temperature at TD1 and stabilise

OK Section 3.6

22. Optical alignment of LRS with respect to GOME2 entrance slit

OK

23. MONITOR.TAL

24. AETA.TAL with QTH

25. AETA.TAL with Xe

26. MONITOR.TAL

27. Decision to proceed

4.4

Ambient block 2

OK

OK

OK

OK

OK

[AD5]

Section 3.7

Section 3.7

Section 3.7

Section 3.7

30. Mechanical alignment of AIRR MGSE OK


Section 3.5

[AD1]

[AD5]

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Remarks

PA:

P N

Log IP adresses

Document in acceptance report

PMD cooling must be OFF!

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Date: Location: Operator: PA:



Value

Actual

Value

Reference

31. Connect GOME2 to CTB [AD1]

32. Connect FPA vacuum pump

33. Connect Radiant Cooler

OK

OK

[AD1]

[AD1]

35. Set detector temperature at TD1 and stabilise

OK

Section 3.5

Section 3.6

Remarks

PMD cooling must be OFF!

38. Optical alignment Sun Simulator with OK respect to GOME2 sun port

39. AIRR.TAL

40. MONITOR.TAL

OK

OK

[AD5]

Section 3.7

Section 3.7


4.5

OK

Install GOME2 in TVC

P N

45. Install Gome2 in TVC

48. Connect FPA vacuum pump

49. Connect Radiant Cooler

OK

OK

OK

Section 3.5

[AD1]

[AD1]

[AD1]

[AD5]

[AD1]

[AD1]

[AD1]

Section 3.5

[AD5]

[AD1]

[AD4]

[AD5]

52. Close TVC door

53. Check warning/alarm system

OK

OK

54. Optical pre-alignment of LRS with OK respect to GOME2 entrance slit

55. Switch Gome2 off

56. Gome2 to vacuum

OK

<10

-5 mbar

4.6

Section 3.5

[AD8]

[AD8]

TVC/Gome TB2 (nominal temp) campaign

58. Start Cool down to TB2

59. Switch on GOME2 when temperature <303K has decreased below 303 K

60. LRS mechanical alignment

4.6.1

OK

Gome

61. Set detector temperature to TD2

62. Set PMD temperature to ground line


OK

OK

[AD8]

Section 3.5

[AD5]

Section 3.6

Section 3.6

TPD


ISSUE

DATE

PAGE

:

:

:

:



No. Calibration Step-description

63. LINEARITY.TAL

64. MONITOR.TAL

65. Set detector temperature to TD1

66. Set PMD temperature to flight line

67. LINEARITY.TAL

68. MONITOR.TAL

Nominal

Value

OK

OK

OK

OK

OK

OK

Actual

Value

Reference

Section 3.7

Section 3.7

Section 3.6

Section 3.6

Section 3.7

Section 3.7

Remarks

After stabilisation

69. DIFFUSERMON.TAL

4.6.2

OK Section 3.7 Diffuser monitoring

LRS in White light mode

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P N

70. BREWSTERSCAN.TAL with QTH

71. BREWSTERSCAN.TAL with Xe

OK

OK

72. MONITOR.TAL

4.6.3

LRS in filter mode (TB2)

OK

Section 3.7

Section 3.7

Section 3.7

Includes ETA/ZETA

Includes ETA/ZETA

74. FILTER.TAL with Xe

75. FILTER.TAL with QTH

OK

OK

Section 3.7

Section 3.7

Dispersion and cross dispersion

Dispersion and cross dispersion

76. MONITOR.TAL

4.6.4

LRS in slit mode (TB2)

OK Section 3.7

78. IFOV.TAL with Xe OK

79. MONITOR.TAL

4.6.5

OK

LRS in monochromator mode (TB2)

Section 3.7

Section 3.7

81. MONOSCAN.TAL with Xe

82. MONOSCAN.TAL with QTH

83. MONITOR.TAL


4.6.6

HCL stimulus (TB2)

OK

OK

OK

OK

Section 3.7

Section 3.7

Section 3.7

For straylight

For straylight

86. HCL.TAL OK Section 3.7 For FPA wavelength calibration

87. MONITOR.TAL

4.6.7

ORIEL stimulus (TB2)

OK Section 3.7

89. ORIEL.TAL OK Section 3.7 For PMD wavelength calibration

90. MONITOR.TAL OK Section 3.7


TPD


ISSUE

DATE

PAGE




4.6.8

Nominal Actual

Value

Zenith sky measurements (TB2)

Value

Reference Remarks

[AD5]

[AD5]

Section 3.7

Section 3.7 94. MONITOR.TAL OK


4.6.9

OK

Rad/Irrad in sun mode (TB2) and Sun simulator at nadir (TB2)

:

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P N

96. Install Rad/Irrad Set-up OK

102. FELRAD.TAL

103. MONITOR.TAL

OK

OK

104. SUNRAD.TAL OK

[AD5]

[AD5]

[AD5]

[AD5]

[AD5]

[AD5]

Section 3.7

Section 3.7

Section 3.7


4.6.10

OK

Rad/Irrad in nadir mode (TB2) and Sun simulator at sun (TB2)

110. FELIRR.TAL

111. MONITOR.TAL

112. SUNIRR.TAL


4.6.11

Sphere in nadir (TB2)

OK

OK

OK

OK

[AD5]

[AD5]

[AD5]

[AD5]

Section 3.7

Section 3.7

Section 3.7

114. Install TVSPH in front of Nadir window

115. Align TVSPH with respect to GOME2 OK entrance slit

117. MONITOR.TAL OK

[AD5]

[AD5]

Section 3.7

Section 3.7


4.7

OK

TVC/Gome TB1 (nominal-10 temp) campaign

Including SLS over diffuser

119. Switch off PMD cooling

121. Install LRS

122. Optical pre-alignment of LRS with

OK

OK

OK

[AD5]

[AD5]

During –10 campaign no

PMD cooling is allowed!


TPD


ISSUE

DATE

PAGE




Value respect to GOME2 entrance slit

123. Optical alignment (check + fine-tuning) of LRS with respect to GOME2

OK

4.7.1 entrance slit

LRS in white light mode (TB1)

Actual

Value

125. BREWSTERSCAN.TAL with QTH

126. BREWSTERSCAN.TAL with Xe

127. MONITOR.TAL

4.7.2

Oriel stimulus (TB1)

OK

OK

OK

Reference

[AD5]

Section 3.7

Section 3.7

Section 3.7

Remarks

Eta/Zeta only

129. ORIEL.TAL

130. MONITOR.TAL

4.7.3

HCL stimulus (TB1)

OK

OK

Section 3.7

Section 3.7

132. HCL.TAL

133. MONITOR.TAL

OK

OK

Section 3.7

Section 3.7


4.7.4

OK


:

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P N

141. FEL_ABS.TAL

142. MONITOR.TAL

OK

OK

[AD5]

[AD5]

[AD5]

[AD5]

[AD5]

[AD5]

Section 3.7

Section 3.7

143. SUSI.TAL

4.7.5

OK Section 3.7


148. FEL_ABS.TAL

149. MONITOR.TAL

OK

OK

[AD5]

[AD5]

[AD5]

[AD5]

Section 3.7

Section 3.7

150. SUSI.TAL OK Section 3.7


4.8

OK

TVC/Gome TB3 (nominal+10 temp) campaign


TPD


ISSUE

DATE

PAGE




153. Switch on PMD cooling

154. Install LRS

155. Optical pre-alignment of LRS with

Nominal

Value

OK

OK

OK respect to GOME2 entrance slit

156. Optical alignment (check + fine-tuning) OK of LRS with respect to GOME2

4.8.1 entrance slit

LRS in white light mode (TB1)

Actual

Value

Reference

[AD5]

[AD5]

[AD5]

158. BREWSTERSCAN.TAL with QTH OK Section 3.7

159. BREWSTERSCAN.TAL with Xe OK Section 3.7

160. MONITOR.TAL

4.8.2

OK Section 3.7

HCL stimulus

161. Set-up HCL stimulus (TB3)

162. HCL.TAL

163. MONITOR.TAL


4.8.3

Oriel stimulus (TB3)

OK

OK

OK

OK

Section 3.7

Section 3.7

Remarks

Eta/Zeta only

166. ORIEL.TAL OK Section 3.7

167. MONITOR.TAL

4.8.4

OK Section 3.7


174. FELRAD.TAL

175. MONITOR.TAL

OK

OK

[AD5]

[AD5]

[AD5]

[AD5]

[AD5]

[AD5]

Section 3.7

Section 3.7

176. SUNRAD.TAL OK

4.8.5

Section 3.7


181. FELIRR.TAL OK

182. MONITOR.TAL OK

183. SUNIRRTAL OK

[AD5]

[AD5]

[AD5]

[AD5]

Section 3.7

Section 3.7

Section 3.7

:

:

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P N


TPD


Date: Location: Operator:



Value

Actual

Value


4.9

OK

CATGAS measurements at TB2

185. CATGAS measurements

4.10

Post test and packing

Reference

188. Pack GOME2 instrument EGSE and other equipment

OK

Section 3.5

[AD1]

DOC.NO.

ISSUE

DATE

PAGE

:

:

:

: MO-PR-TPD-GO-0027

4

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21 of 25

PA:

Remarks

Procedure TBW

P N


TPD


ISSUE

DATE

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:

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4.11 Non-conformance Reporting

In failure cases, non-conformance reporting shall follow prescriptions of the Product

Assurance Plan.

4.12 Deviations from the Procedure

Deviations are acceptable as long as test purposes and objectives remain valid. In any case deviations need to be introduced via the “Procedure Variation Sheet”. A form sheet is provided in section 6.

Where a non-conformance was the reason for a procedure deviation, a nonconformance report needs to be generated separately.


TPD


ISSUE

DATE

PAGE

:

:

:

: MO-PR-TPD-GO-0027

4

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23 of 25

5. Procedure sign-off sheet

The identified test article has been successfully calibrated in accordance with this procedure and all open items and non-conformance reports are closed except those listed here below:

Date and signatures of:

Test Manager:

Product Assurance:

Customer:


TPD


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DATE

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:

:

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4

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6. Procedure Variation Sheet

TNO-TPD

Procedure Variation Sheet

Cal

Step

No.

Project: Gome-2 Instrument Calibration

Test Step description Nominal Value Actual Value P N

Date: Customer: Test

Location:

Operator: PA:

Procedure No.

Date

Issue:

Sheet

PVS No.

Remarks



TPD


ISSUE

DATE

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:

:

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25 of 25

7. Gome 2 NCR's affecting Calibration Execution (GAL info)

This information shall be obtained from GAL



MO-PR-TPD-GO-0027i4

GOME2-calibration:

Calibration execution procedures

Table of Contents

1. Scope

2. Documents and Acronyms

3. Supporting procedures applicable during Calibration Execution

4. Step-by-step procedure

5. Procedure sign-off sheet

6. Procedure Variation Sheet

Procedure Variation Sheet

7. Gome 2 NCR's affecting Calibration Execution (GAL info)

Related manuals

Table of contents

MO-PR-TPD-GO-0027i4

GOME2-calibration:

Calibration execution procedures

Table of Contents

1. Scope

2. Documents and Acronyms

3. Supporting procedures applicable during Calibration Execution

4. Step-by-step procedure

5. Procedure sign-off sheet

6. Procedure Variation Sheet

Procedure Variation Sheet

7. Gome 2 NCR's affecting Calibration Execution (GAL info)

Related manuals

GOME

U7

GOME

C7 Note

GOME

C7

GOME

U9

GOME

S1

GOME

U7

GOME

S1

GOME

C71

GOME

S7

GOME

C7 Note

Go Power

BF-190M

Table of contents