Power on / Start

Mode

Power off

Orbit #

Planning period

date

time

date

time

30.03.05

12:00

At L=6 o/b sc 1,2,4 power on into 88m28-72m12-cplr (-cprl on sc2), sc3 into 88m28-68m08-cplr for ASPOC ops

732

254

16:15

Sc 1 changes to 88m28-72m12-cplxt-apl-64w12, sc3 to 88m28-68m08-cplxt-apl-64w12, sc 2,4 to 88m28-72m12-cplxy-apl-nw-aph-nw for BM through o/b cusp

732

254

17:45

Sc 1,2,4 change back to 88m28-72m12-cplr (-cprl on sc2), sc3 to 88m28-68m08-cplr at end of BM

732

254

18:30

At end of o/b cusp sc 1,2,4 change to 88h58-72m12-cplr (-cprl on sc2), 88h58-68m08-cplr on sc3; MCPs at gain of as close to 0.5 as possible

732

254

19:20

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

732

254

21:35

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

732

254

23:35

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

732

254

01.04.05

05:05

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

732

254

06:45

Sc 1,3,4 power off; 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 B+ i/b

732

254

10:45

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

732

254

11:40

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

732

254

12:40

Sc3 changes to 88m28-68m08-cplr at start of ASPOC ops and all power off at L=6

01.04.05

19:20

732

254

ASPOC not operational in pp255

01.04.05

21:00

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

733

255

02.04.05

02:00

At end of o/b cusp all change to 88h58-72m12-cplr; MCPs at gain of as close to 0.5 as possible (-cprl on sc2)

733

255

04:25

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

733

255

05:35

Sc 1 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

733

255

07:35

All change to off-76m16-cpls at end of BM

733

255

08:45

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

733

255

03.04.05

14:00

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

733

255

15:40

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

733

255

19:40

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

733

255

20:40

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

733

255

23:29

MCP op level test performed, sensors in 68h38-68h38, performed at same time on all sc 4hrs 31 mins before sc1 L=6 

733

255

04.04.05

00:00

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

733

255

04:00

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

733

255

05:15

Sc3 powers off at end of WBD ops

733

255

05:45

At L=6 o/b sc3 powers on into, and sc 1,2,4 change to, 88m28-72m12-cplr (-cprl on sc2); MCPs on all at operational level

734

255

06:12

Sc 1,2,4 power cycle back to above mode at end of WBD ops

734

255

12:40

At end of o/b cusp all change to 88h58-72m12-cplr; MCPs at gain of as close to 0.5 as possible (-cprl on sc2)

734

255

13:35

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

734

255

15:50

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

734

255

17:50

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

734

255

05.04.05

07:17

Sc 1 changes to, and sc3 powers on into, single sensor mode off-72m12-cpxy-apl-64w12-tnl-nw;  sc 2,4 power on into off-72m12-cplx-anl-nw for BM at apogee, MCPs at gain of as close to 0.5 as possible

734

255

09:47

Sc1 changes to off-76m16-cpls; sc 2,3,4 power off at end of BM

734

255

22:55

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

734

255

06.04.05

00:35

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

734

255

04:50

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

734

255

06:20

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

734

255

13:40

Sc 3 powers off; 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

734

255

14:35

Sc 1,2,4 power off at end of WBD ops

734

255

06.04.05

15:20

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

735

255

21:45

At end of o/b cusp all change to 88h58-72m12-cplr; MCPs at gain of as close to 0.5 as possible (-cprl on sc2)

735

255

22:40

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

735

255

07.04.05

01:00

Sc1 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

735

255

03:00

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

735

255

08.04.05

07:45

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

735

255

09:30

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

735

255

13:50

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

735

255

14:45

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

08.04.05

22:25

735

255

ASPOC not operational in pp256

09.04.05

00:05

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

736

256

05:05

At end of o/b cusPsc 2,3,4 change to 88h58-72m12-cplr; MCPs at gain of as close to 0.5 as possible (-cprl on sc2)

736

256

05:30

Sc1,3 change to 88m28-72m12-cplxt-apl-64w12, sc 2,4 to 88m28-72m12-cplxy-apl-nw-aph-nw, and sc1 MCPs set to gain of as close to 0.5 as possible for BM through o/b cusp

736

256

08:30

At end of BM sc 1,3,4 power off, sc2 changes to 88h58-72m12-cplr

736

256

10:10

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

736

256

12:10

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

736

256

10.04.05

16:35

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

736

256

18:20

Sc 1,3,4 power off; 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 B+ i/b

736

256

22:45

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

736

256

11.04.05

00:20

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

736

256

11.04.05

02:59

MCP op level test performed, sensors in 68h38-68h38, performed at same time on all sc 4hrs 31 mins before sc1 L=6 

736

256

03:30

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

736

256

07:30

Sc 3 powers off; 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

736

256

08:38

Sc 1,2,4 power off at end of WBD ops

736

256

11.04.05

09:20

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

737

256

13:30

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

737

256

15:00

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

737

256

15:55

At end of o/b cusp all change to 88h58-72m12-cplr; MCPs at gain of as close to 0.5 as possible (-cprl on sc2)

737

256

16:50

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

737

256

19:20

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

737

256

21:20

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

737

256

13.04.05

01:20

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

737

256

03:05

Sc 1,3,4 power off; 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 B+ i/b

737

256

07:45

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

737

256

08:40

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

13.04.05

16:50

737

256

13.04.05

18:30

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

738

256

23:40

At end of o/b cusp all change to 88h58-72m12-cplr; MCPs at gain of as close to 0.5 as possible (-cprl on sc2)

738

256

14.04.05

01:55

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

738

256

04:25

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

738

256

06:30

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

738

256

15.04.05

10:05

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

738

256

11:55

Sc 1,3,4 power off; 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 B+ i/b

738

256

16:35

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

738

256

17:35

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

16.04.05

01:30

738

256

ASPOC not operational in pp257

16.04.05

03:10

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

739

257

08:50

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

739

257

11:20

At end of BM sc1 changes to 88h58-72m12-cplr, sc 2,3,4 power off

739

257

13:35

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

739

257

15:40

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

739

257

17.04.05

18:50

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

739

257

20:40

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

739

257

18.04.05

01:35

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

739

257

03:15

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

739

257

06:24

MCP op level test performed, sensors in 68h38-68h38, performed at same time on all sc 4hrs 31 mins before sc1 L=6 

739

257

06:55

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

739

257

10:55

At L=6 sc 3 power cycles to 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

739

257

12:10

All power off at end of WBD ops

739

257

18.04.05

12:45

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

740

257

19:10

At end of o/b cusp all change to 88h58-72m12-cplr; MCPs at gain of as close to 0.5 as possible (-cprl on sc2)

740

257

20:05

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

740

257

22:50

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

740

257

19.04.05

00:55

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

740

257

20.04.05

03:35

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

740

257

05:25

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

740

257

10:30

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

740

257

11:30

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

20.04.05

19:55

740

257

20.04.05

21:30

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

741

257

21.04.05

00:30

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 MP

741

257

02:30

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

741

257

05:15

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

741

257

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

741

257

05:15

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

741

257

22.04.05

12:15

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

741

257

14:05

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

741

257

19:25

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

741

257

20:30

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

741

257

23.04.05

04:45

At L=6 sc 3 power cycles to 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

741

257

ASPOC no longer operational on any spacecraft

23.04.05

06:35

At L=6 all change to 88m28-72m12-cplr (-cprl on sc2) and MCPs on all raised back to operational level

742

258

07:10

All power cycle back to above mode at end of WBD ops

742

258

13:25

At end of o/b cusp all change to 88h58-72m12-cplr; MCPs at gain of as close to 0.5 as possible (-cprl on sc2)

742

258

14:15

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

742

258

17:15

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

742

258

18:10

Sc 1,3 change to off-72m12-cpxy-apl-64w12-tnl-nw and sc 2,4 to off-72m12-cplx-anl-nw for BM through BS

742

258

20:10

At end of BM sc 1,3,4 power off, sc2 changes to off-76m16-cpsl

742

258

24.04.05

20:55

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

742

258

22:55

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

742

258

25.04.05

04:20

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

742

258

06:05

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

742

258

09:44

MCP op level test performed, sensors in 68h38-68h38, performed at same time on all sc 4hrs 31 mins before sc1 L=6 

742

258

10:15

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

25.04.05

14:15

742

258

25.04.05

15:55

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

743

258

21:45

At M+ o/b all change to 88h58-72m12-cplr; MCPs at gain of as close to 0.5 as possible (-cprl on sc2)

743

258

23:25

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

743

258

26.04.05

02:30

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

743

258

04:45

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

743

258

27.04.05

05:30

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

743

258

07:30

Sc 1,3,4 power off; 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 B+ i/b

743

258

13:15

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

743

258

14:20

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

27.04.05

22:55

743

258

28.04.05

00:35

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

744

258

03:55

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 MP

744

258

06:25

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

744

258

07:35

At end of o/b cusp all change to 88h58-72m12-cplr; MCPs at gain of as close to 0.5 as possible (-cprl on sc2)

744

258

08:30

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

744

258

11:45

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

744

258

14:00

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

744

258

29.04.05

14:00

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

744

258

16:05

Sc 1,3,4 power off; 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 B+ i/b

744

258

22:10

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

744

258

30.04.05

00:00

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

744

258

08:10

At L=6 sc 3 powers off; 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

744

258

09:12

Sc 1,2,4 power off at end of WBD ops

744

258

30.04.05

10:00

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

745

259

16:40

At end of o/b cusp all change to 88h58-72m12-cplr; MCPs at gain of as close to 0.5 as possible (-cprl on sc2)

745

259

17:35

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

745

259

21:00

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

745

259

23:20

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

745

259

01.05.05

22:30

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

745

259

02.05.05

00:40

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

745

259

06:55

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

745

259

08:05

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

745

259

12:49

MCP op level test performed, sensors in 68h38-68h38, performed at same time on all sc 4hrs 31 mins before sc1 L=6 

745

259

13:20

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

02.05.05

17:20

745

259