Power on / Start

Mode

Power off

Orbit #

Planning period

date

time

date

time

30.12.04

02:40

At L=6 all power on into 88m28-72m12-cplr (-cprl on sc2)

694

241

11:25

At M+ o/b all change to 88h58-72m12-cplr (-cprl on sc2) and MCP levels are lowered to gain of around 0.5

694

241

13:41

Sc 1,2,3 power off at M- o/b

694

241

21:25

Sc4 power cycles to single sensor mode off-76m16-cpls, LEEA MCPstill at gain of as close to 0.5 as possible at BS o/b

694

241

31.12.04

20:10

Sc4 HEEA powers on and instrument changes to 88h58-72m12-cplr,
MCPs still set to gain of as close to 0.5 as possible at BS i/b

694

241

01.01.05

02:15

Sc 1,2,3 power on into 88h58-72m12-cplr (-cprl on sc2), MCPs set to gain of as close to 0.5 as possible at M- i/b

694

241

04:05

All change to 88m28-72m12-cplr (-cprl on sc2) and MCPs are returned to operational levels at M+ i/b and all power off at L=6

01.01.05

09:45

694

241

ASPOC not operational on pp242

01.01.05

11:28

At L=6 all power on into 88m28-72m12-cplr (-cprl on sc2)

695

242

20:30

Sc1,3 change to 88m28-72m12-cplxt-apl-64w12, sc 2,4 to 88m28-72m12-cplxy-apl-nw-aph-nw and all MCPs lowered to gain of around 0.5 for BM through MP o/b

695

242

22:00

Sc1 changes to 88h58-72m12-cplr; sc 2,3,4 power off at end of BM

695

242

02.01.05

05:50

Sc1 power cycles to single sensor mode off-76m16-cpls, LEEA MCPstill at gain of as close to 0.5 as possible at BS o/b

695

242

03.01.05

05:30

Sc1 HEEA powers on and instrument changes to 88h58-72m12-cplr,
MCPs still set to gain of as close to 0.5 as possible at BS i/b

695

242

11:40

Sc 2,3,4 power on into 88h58-72m12-cplr (-cprl on sc2), MCPs set to gain of as close to 0.5 as possible at M- i/b

695

242

13:10

All change to 88m28-72m12-cplr (-cprl on sc2) and MCPs are returned to operational levels at M+ i/b

695

242

14:30

MCP op level test performed, sensors in 68h38-68h38, performed at same time on all sc 4hrs 45 mins before sc1 L=6 

695

242

15:15

All change back to 88m28-72m12-cplr (-cprl on sc2) at end of test and all power off at L=6

03.01.05

19:20

695

242

03.01.05

21:00

At L=6 all power on into 88m28-72m12-cplr (-cprl on sc2)

696

242

04.01.05

06:05

At end of o/b cusp all change to 88h58-72m12-cplr (-cprl on sc2) and MCP levels are lowered to gain of around 0.5

696

242

07:05

Sc 2,3,4 power off at M- o/b

696

242

14:10

Sc1 power cycles to single sensor mode off-76m16-cpls, LEEA MCPstill at gain of as close to 0.5 as possible at BS o/b

696

242

05.01.05

14:50

Sc1 HEEA powers on and instrument changes to 88h58-72m12-cplr,
MCPs still set to gain of as close to 0.5 as possible at BS i/b

696

242

20:45

Sc 2,3,4 power on into 88h58-72m12-cplr (-cprl on sc2), MCPs set to gain of as close to 0.5 as possible at M- i/b

696

242

21:35

All change to 88m28-72m12-cplr (-cprl on sc2) and MCPs are returned to operational levels at start of i/b cusp and all power off at L=6

06.01.05

04:25

696

242

06.01.05

05:40

At L=6 all power on into 88m28-72m12-cplr (-cprl on sc2)

697

242

13:55

Sc1,3 change to 88m28-72m12-cplxt-apl-64w12, sc 2,4 to 88m28-72m12-cplxy-apl-nw-aph-nw and all MCPs lowered to gain of around 0.5 for BM through MP o/b

697

242

16:55

Sc1 changes to 88h58-72m12-cplr; sc 2,3,4 power off at end of BM

697

242

22:35

Sc1 power cycles to single sensor mode off-76m16-cpls, LEEA MCPstill at gain of as close to 0.5 as possible at BS o/b

697

242

08.01.05

00:10

Sc1 HEEA powers on and instrument changes to 88h58-72m12-cplr,
MCPs still set to gain of as close to 0.5 as possible at BS i/b

697

242

05:55

Sc 2,3,4 power on into 88h58-72m12-cplr (-cprl on sc2), MCPs set to gain of as close to 0.5 as possible at M- i/b

697

242

07:20

All change to 88m28-72m12-cplr (-cprl on sc2) and MCPs are returned to operational levels at M+ i/b and all power off at L=6

08.01.05

13:05

697

242

ASPOC not operational on pp243

08.01.05

14:55

At L=6 all power on into 88m28-72m12-cplr (-cprl on sc2)

698

243

21:45

Sc1,3 change to 88m28-72m12-cplxt-apl-64w12, sc 2,4 to 88m28-72m12-cplxy-apl-nw-aph-nw and all MCPs lowered to gain of around 0.5 for BM just before MP o/b

698

243

23:15

All change to 88h58-72m12-cplr (-cprl on sc2) at end of BM

698

243

09.01.05

00:45

Sc 1,3,4 power off at M- o/b

698

243

06:50

Sc2 power cycles to single sensor mode off-76m16-cpls, LEEA MCPstill at gain of as close to 0.5 as possible at BS o/b

698

243

10.01.05

09:50

Sc2 HEEA powers on and instrument changes to 88h58-72m12-cplr,
MCPs still set to gain of as close to 0.5 as possible at BS i/b

698

243

14:45

Sc 1,3,4 power on into 88h58-72m12-cplr (-cprl on sc2), MCPs set to gain of as close to 0.5 as possible at M- i/b

698

243

16:25

All change to 88m28-72m12-cplr (-cprl on sc2) and MCPs are returned to operational levels at M+ or start of i/b cusp

698

243

17:40

MCP op level test performed, sensors in 68h38-68h38, performed at same time on all sc 4hrs 45 mins before sc1 L=6 

698

243

18:25

All change back to 88m28-72m12-cplr (-cprl on sc2) at end of test and all power off at L=6

10.01.05

22:25

698

243

11.01.05

00:05

At L=6 all power on into 88m28-72m12-cplr (-cprl on sc2)

699

243

07:50

At M+ o/b all change to 88h58-72m12-cplr (-cprl on sc2) and MCP levels are lowered to gain of around 0.5

699

243

09:35

Sc 1,3,4 power off at M- o/b

699

243

14:00

Sc 2 powers off 12 mins before, then sc 1,3 power on into single sensor mode off-72m12-cpxy-apl-64w12-tnl-nw and sc 2,4 into off-72m12-cplx-anl-nw for BM through BS, MCPs at gain of as close to 0.5 as possible

699

243

17:00

Sc2 changes to off-76m16-cpls, LEEA MCPstill at gain of as close to 0.5 as possible; sc 1,3,4 power off at end of BM

699

243

12.01.05

19:10

Sc2 HEEA powers on and instrument changes to 88h58-72m12-cplr,
MCPs still set to gain of as close to 0.5 as possible at BS i/b

699

243

23:50

Sc 1,3,4 power on into 88h58-72m12-cplr (-cprl on sc2), MCPs set to gain of as close to 0.5 as possible at M- i/b

699

243

00:50

All change to 88m28-72m12-cplr (-cprl on sc2) and MCPs are returned to operational levels at M+ or start of i/b cusp and all power off at L=6

13.01.05

07:05

699

243

13.01.05

08:45

At L=6 all power on into 88m28-72m12-cplr (-cprl on sc2)

700

243

17:35

At end of  o/b cusp all change to 88h58-72m12-cplr (-cprl on sc2) and MCP levels are lowered to gain of around 0.5

700

243

18:30

Sc 1,3,4 power off at M- o/b

700

243

14.01.05

00:00

Sc2 power cycles to single sensor mode off-76m16-cpls, LEEA MCPstill at gain of as close to 0.5 as possible at BS o/b

700

243

15.01.05

04:30

Sc2 HEEA powers on and instrument changes to 88h58-72m12-cplr,
MCPs still set to gain of as close to 0.5 as possible at BS i/b

700

243

09:00

Sc 1,3,4 power on into 88h58-72m12-cplr (-cprl on sc2), MCPs set to gain of as close to 0.5 as possible at M- i/b

700

243

10:40

All change to 88m28-72m12-cplr (-cprl on sc2) and MCPs are returned to operational levels at M+ i/b

15.01.05

16:35

700

243

ASPOC not operational on pp244

15.01.05

18:25

At L=6 all power on into 88m28-72m12-cplr (-cprl on sc2)

701

244

22:40

Sc1,3 change to 88m28-72m12-cplxt-apl-64w12, sc 2,4 to 88m28-72m12-cplxy-apl-nw-aph-nw and all MCPs lowered to gain of around 0.5 for BM through o/b cusp

701

244

16.01.05

00:30

All change back to 88m28-72m12-cplr (-cprl on sc2) at end of BM

701

244

02:30

All change to 88h58-72m12-cplr (-cprl on sc2) at end of cusp

701

244

03:25

Sc 1,2,3 power off at M- o/b

701

244

08:50

Sc4 power cycles to single sensor mode off-76m16-cpls, LEEA MCPstill at gain of as close to 0.5 as possible at BS o/b

701

244

17.01.05

13:35

Sc4 HEEA powers on and instrument changes to 88h58-72m12-cplr,
MCPs still set to gain of as close to 0.5 as possible at BS i/b

701

244

18:05

Sc 1,2,3 power on into 88h58-72m12-cplr (-cprl on sc2), MCPs set to gain of as close to 0.5 as possible at M- i/b

701

244

19:05

All change to 88m28-72m12-cplr (-cprl on sc2) and MCPs are returned to operational levels at start of i/b cusp

701

244

20:50

MCP op level test performed, sensors in 68h38-68h38, performed at same time on all sc 4hrs 45 mins before sc1 L=6 

701

244

21:35

All change back to 88m28-72m12-cplr (-cprl on sc2) at end of test and all power off at L=6

18.01.05

01:40

701

244

18.01.05

03:15

At L=6 all power on into 88m28-72m12-cplr (-cprl on sc2)

702

244

11:25

All change to 88h58-72m12-cplr (-cprl on sc2) at end of cusp

702

244

12:20

Sc 1,2,3 power off at M- o/b

702

244

16:55

Sc 4 powers off 12 mins before, then sc 1,3 power on into single sensor mode off-72m12-cpxy-apl-64w12-tnl-nw and sc 2 into off-72m12-cplx-anl-nw for BM through BS, MCPs at gain of as close to 0.5 as possible

702

244

17:55

Sc4 changes to off-76m16-cpls, LEEA MCPstill at gain of as close to 0.5 as possible; sc 1,2,3 power off at end of BM

702

244

19.01.05

22:45

Sc4 HEEA powers on and instrument changes to 88h58-72m12-cplr,
MCPs still set to gain of as close to 0.5 as possible at BS i/b

702

244

20.01.05

03:10

Sc 1,2,3 power on into 88h58-72m12-cplr (-cprl on sc2), MCPs set to gain of as close to 0.5 as possible at M- i/b

702

244

04:50

All change to 88m28-72m12-cplr (-cprl on sc2) and MCPs are returned to operational levels at start of i/b cusp, and all power off at L=6

20.01.05

10:25

702

244

20.01.05

12:10

At L=6 all power on into 88m28-72m12-cplr (-cprl on sc2)

703

244

19:00

Sc1,3 change to 88m28-72m12-cplxt-apl-64w12, sc 2,4 to 88m28-72m12-cplxy-apl-nw-aph-nw and all MCPs lowered to gain of around 0.5 for BM through o/b MP

703

244

20:30

All change to 88h58-72m12-cplr (-cprl on sc2) at end of BM

703

244

21:15

Sc 1,2,3 power off at M- o/b

703

244

21.01.05

02:10

Sc4 power cycles to single sensor mode off-76m16-cpls, LEEA MCPstill at gain of as close to 0.5 as possible at BS o/b

703

244

22.01.05

07:55

Sc4 HEEA powers on and instrument changes to 88h58-72m12-cplr,
MCPs still set to gain of as close to 0.5 as possible at BS i/b

703

244

12:15

Sc 1,2,3 power on into 88h58-72m12-cplr (-cprl on sc2), MCPs set to gain of as close to 0.5 as possible at M- i/b

703

244

13:50

All change to 88m28-72m12-cplr (-cprl on sc2) and MCPs are returned to operational levels at start of i/b cusp, and all power off at L=6

22.01.05

19:55

703

244

ASPOC not operational on pp245

22.01.05

21:35

At L=6 sc 1,3 power on in 88m28-68m08-cplxs-aph-80w28, sc 2,4 in 88m28-68m08-cplxy-apl-nw-aph-nw for BM through cusp

704

245

22:05

All change to 88m28-72m12-cplr (-cprl on sc2) at end of BM

704

245

23.01.05

05:20

All change to 88h58-72m12-cplr (-cprl on sc2) at end of cusp

704

245

06:10

Sc 2,3,4 power off at M- o/b

704

245

10:00

Sc1 power cycles to, and sc 2,3,4 power on into, single sensor mode off-76m16-cpls (-cpsl on sc2), MCPs still at gain of as close to 0.5 as possible at B+ o/b

704

245

11:55

Sc 2,3,4 power off at B- o/b

704

245

24.01.05

16:10

Sc 2,3,4 power on into single sensor mode off-76m16-cpls (-cpsl on sc2), MCPs still at gain of as close to 0.5 as possible at B- i/b

704

245

17:45

Sc 2,3,4 power off; sc1 HEEA powers on and instrument changes to 88h58-72m12-cplr, MCPs still set to gain of as close to 0.5 as possible at B+ i/b

704

245

21:35

Sc 2,3,4 power on into 88h58-72m12-cplr (-cprl on sc2), MCPs set to gain of as close to 0.5 as possible at M- i/b

704

245

22:20

All change to 88m28-72m12-cplr (-cprl on sc2) and MCPs are returned to operational levels at start of i/b cusp

704

245

23:50

MCP op level test performed, sensors in 68h38-68h38, performed at same time on all sc 4hrs 45 mins before sc1 L=6 

704

245

25.01.05

00:35

All change back to 88m28-72m12-cplr (-cprl on sc2) at end of test and all power off at L=6

25.01.05

04:35

704

245

25.01.05

06:10

At L=6 all power on into 88m28-72m12-cplr (-cprl on sc2)

705

245

13:15

Sc1,3 change to 88m28-72m12-cplxt-apl-64w12, sc 2,4 to 88m28-72m12-cplxy-apl-nw-aph-nw and all MCPs lowered to gain of around 0.5 for BM through o/b MP

705

245

16:15

Sc1 changes to 88h58-72m12-cplr, sc 2,3,4 power off at end of BM

705

245

18:55

Sc1 power cycles to, and sc 2,3,4 power on into, single sensor mode off-76m16-cpls (-cpsl on sc2), MCPs still at gain of as close to 0.5 as possible at B+ o/b

705

245

20:40

Sc 2,3,4 power off at B- o/b

705

245

27.01.05

01:20

Sc 2,3,4 power on into single sensor mode off-76m16-cpls (-cpsl on sc2), MCPs still at gain of as close to 0.5 as possible at B- i/b

705

245

03:00

Sc 2,3,4 power off; sc1 HEEA powers on and instrument changes to 88h58-72m12-cplr, MCPs still set to gain of as close to 0.5 as possible at B+ i/b

705

245

06:40

Sc 2,3,4 power on into 88h58-72m12-cplr (-cprl on sc2), MCPs set to gain of as close to 0.5 as possible at M- i/b

705

245

08:00

All change to 88m28-72m12-cplr (-cprl on sc2) and MCPs are returned to operational levels at M+ i/b, and all power off at L=6

27.01.05

13:50

705

245

27.01.05

15:40

At L=6 all power on into 88m28-72m12-cplr (-cprl on sc2)

706

245

21:25

Sc1,3 change to 88m28-72m12-cplxt-apl-64w12, sc 2,4 to 88m28-72m12-cplxy-apl-nw-aph-nw for BM through o/b cusp

706

245

22:25

All change back to 88m28-72m12-cplr (-cprl on sc2) at end of BM

706

245

23:15

At end of  o/b cusp all change to 88h58-72m12-cplr (-cprl on sc2) and MCP levels are lowered to gain of around 0.5

706

245

28.01.05

00:10

Sc 2,3,4 power off at M- o/b

706

245

03:40

Sc1 power cycles to, and sc 2,3,4 power on into, single sensor mode off-76m16-cpls (-cpsl on sc2), MCPs still at gain of as close to 0.5 as possible at B+ o/b

706

245

05:35

Sc 2,3,4 power off at B- o/b

706

245

29.01.05

10:20

Sc 2,3,4 power on into single sensor mode off-76m16-cpls (-cpsl on sc2), MCPs still at gain of as close to 0.5 as possible at B- i/b

706

245

12:10

Sc 2,3,4 power off; sc1 HEEA powers on and instrument changes to 88h58-72m12-cplr, MCPs still set to gain of as close to 0.5 as possible at B+ i/b

706

245

15:50

Sc 2,3,4 power on into 88h58-72m12-cplr (-cprl on sc2), MCPs set to gain of as close to 0.5 as possible at M- i/b

706

245

16:30

All change to 88m28-72m12-cplr (-cprl on sc2) and MCPs are returned to operational levels at start of i/b cusp, and all power off at L=6

29.01.05

23:05

706

245

ASPOC on trial operations on sc3 in pp246

30.01.05

00:45

At L=6 all power on into 88m28-72m12-cplr (-cprl on sc2)

707

246

05:55

Sc1,3 change to 88m28-72m12-cplxt-apl-64w12, sc 2,4 to 88m28-72m12-cplxy-apl-nw-aph-nw for BM through o/b cusp

707

246

08:25

All change to 88h58-72m12-cplr (-cprl on sc2) and MCPs are set to gain of as close to 0.5 as possible at end of BM

707

246

09:10

Sc 1,3,4 power off at M- o/b

707

246

12:30

Sc2 power cycles to, and sc 1,3,4 power on into, single sensor mode off-76m16-cpls (-cpsl on sc2), MCPs still at gain of as close to 0.5 as possible at B+ o/b

707

246

14:20

Sc 1,3,4 power off at B- o/b

707

246

31.01.05

19:30

Sc 1,3,4 power on into single sensor mode off-76m16-cpls (-cpsl on sc2), MCPs still at gain of as close to 0.5 as possible at B- i/b

707

246

21:20

Sc 1,3,4 power off; sc2 HEEA powers on and instrument changes to 88h58-72m12-cprl, MCPs still set to gain of as close to 0.5 as possible at B+ i/b

707

246

01.02.05

00:40

Sc 1,3,4 power on into 88h58-72m12-cplr (-cprl on sc2), MCPs set to gain of as close to 0.5 as possible at M- i/b

707

246

02:10

All change to 88m28-72m12-cplr (-cprl on sc2) and MCPs are returned to operational levels at M+ i/b

707

246

03:00

MCP op level test performed, sensors in 68h38-68h38, performed at same time on all sc 4hrs 45 mins before sc1 L=6 

707

246

03:45

All change back to 88m28-72m12-cplr (-cprl on sc2) at end of test

707

246

07:45

At L=6 sc 3 powers off and on again into single sensor ops mode off-88m28-cpls, sc1 changes to 88m28-68m08-cplr, and sc 2,4 to 88m28-68m08-cpx-aph-88w60;  MCPs are set to gain of as close to 0.5 as possible, for perigee pass in conjunction with WBD ops

707

246