| Feb 2004 | Sc1 Calendar | sc2 | sc3 | sc4 |
| Power on / Start |
Mode |
Power off |
Orbit # |
Planning period |
||
| date |
time |
date |
time |
|||
| 01.03.04 |
06:30 |
Sc 1,2 power on into 88m28-72m12-cplr (-cprl on sc2), sc3,4 into 88m28-68m08-cplr for ASPOC ops |
566 |
198 |
||
| 08:30 |
2 hours after L=6 sc 1,2 change to 88h58-72m12-cplr (-cprl on sc2), sc3,4 to 88h58-68m08-cplr at start of cusp |
566 |
198 |
|||
| 13:30 |
Sc 1,2,3 power off and sc4 MCP levels are lowered by 2 at MP o/b |
566 |
198 |
|||
| 18:35 |
Sc4 powers off and on again into single sensor ops mode off-76m16-cpls for wind at B- o/b, MCP level 2 below operational |
566 |
198 |
|||
| 02.03.04 |
08:51 |
6 mins before start of BM sc 1,3 power on into single sensor mode off-68m08-cpxy-apl-60w08-tnl-nw, sc 2 into off-68m08-cplx-anl-nw; and sc4 changes to off-68m08-cplx-anl-nw for BM at apogee, MCPs at operational level |
566 |
198 |
||
| 10:21 |
At end of BM sc 1,2,3 power off, sc4 changes to off-76m16-cpls and MCP levels are lowered by 2 |
566 |
198 |
|||
| 03.03.04 |
01:40 |
Sc4 HEEA is powered on again and the instrument changes to 88h58-72m12-cplr for sheath, MCP levels still 2 below operational at B- i/b |
566 |
198 |
||
| 08:00 |
Sc 1,2 power on into 88m28-66h36-cplr (-cprl on sc2); sc4 changes to same mode and MCP levels are raised back up to operational; sc3 powers on into 88m28-68m08-cplr for ASPOC ops at M+ i/b |
566 |
198 |
|||
| 12:15 |
Sc 1,2,4 change to 88m28-72m12-cplr (-cprl on sc2) 2 hours before L=6 |
566 |
198 |
|||
| 14:35 |
All change to eclipse mode: sc1 changes to 88m28-60m00-cplr, sc 2,4 to 88m28-60m00-cpx-aph-88w60, and sc3 powers off and on again into off-88m28-cpls for perigee pass in conjunction with WBD ops and eclipse |
566 |
198 |
|||
| 15:33 |
All SPOSs reset to 1200 and all power off at end of eclipse and WBD ops |
566 |
198 |
|||
| 03.03.04 |
16:00 |
All power on into 88m28-72m12-cplr (-cprl on sc2) at L=6 |
567 |
198 |
||
| 18:00 |
2 hours after L=6 all change to 88m28-66h36-cplr (-cprl on sc2) |
567 |
198 |
|||
| 18:55 |
All change to 88h58-72m12-cplr (-cprl on sc2) at start of cusp |
567 |
198 |
|||
| 22:30 |
Sc 1,2,3 power off and sc4 MCP levels are lowered by 2 at MP o/b |
567 |
198 |
|||
| 04.03.04 |
03:35 |
Sc4 powers off and on again into single sensor ops mode off-76m16-cpls for wind at B- o/b, MCP level 2 below operational |
567 |
198 |
||
| 05.03.04 |
10:40 |
Sc4 HEEA is powered on again and the instrument changes to 88h58-72m12-cplr for sheath, MCP levels still 2 below operational at B- i/b |
567 |
198 |
||
| 16:25 |
Sc 1,2,3 power on into 88h58-72m12-cplr (-cprl on sc2) at MP i/b and sc4 MCP levels are raised back up to operational |
567 |
198 |
|||
| 17:50 |
All change to 88m28-66h36-cplr (-cprl on sc2) at end of cusp |
567 |
198 |
|||
| 21:15 |
All change to 88m28-72m12-cplr (-cprl on sc2) 2 hours before L=6 and all power off at L=6 |
05.03.04 |
23:15 |
567 |
198 |
|
| From pp199 onwards, HEEA 2 MCP level raised to 28, and HEEA 4 MCP level raised to 25 |
||||||
| Note: sc2 in NM3 on orbit 568 |
||||||
| 06.03.04 |
00:43 |
Sc 1,3 power on into 88m28-68m08-cplxs-aph-80w28, sc 2,4 into 88m28-68m08-cplxy-apl-nw-aph-nw for BM starting just before L=6 |
568 |
199 |
||
| 02:13 |
MCP operational level test, sensors in 68h38-68h38 at end of BM |
568 |
199 |
|||
| 02:53 |
At end of test, sc 1,2 change to 88h58-72m12-cplr, sc3,4 to 88h58-68m08-cplr for ASPOC ops (coincides with start of cusp) |
568 |
199 |
|||
| 08:30 |
Sc 2,3,4 power off and sc1 MCP levels are lowered by 2 at M- o/b |
568 |
199 |
|||
| 12:40 |
Sc1 powers off and on again into single sensor ops mode off-76m16-cpls for wind at B- o/b, MCP level 2 below operational |
568 |
199 |
|||
| 07.03.04 |
19:40 |
Sc1 HEEA is powered on again and the instrument changes to 88h58-72m12-cplr for sheath, MCP levels still 2 below operational at B- i/b |
568 |
199 |
||
| 08.03.04 |
02:10 |
Sc 2,4 power on into 88m28-66h36-cplr; sc1 changes to same mode and MCP levels are raised back up to operational; sc3 powers on into 88m28-68m08-cplr for ASPOC ops at M+ i/b |
568 |
199 |
||
| 06:05 |
Sc 1,2,4 change to 88m28-72m12-cplr 2 hours before L=6 |
568 |
199 |
|||
| 08:05 |
At L=6 i/b, 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; MCP levels dropped by 2 levels on all sensors, for perigee pass in conjunction with WBD ops |
568 |
199 |
|||
| 08:38 |
All change to internal sunpulse 5 mins before eclipse starts, and sc1 changes to 88m28-60m00-cplr and sc 2,4 change to 88m28-60m00-cpx-aph-88w60 |
568 |
199 |
|||
| 09:42 |
All change back to external sunpulse 5 mins after end of eclipse, and sc1 changes to 88m28-68m08-cplr and sc 2,4 change to 88m28-68m08-cpx-aph-88w60 |
568 |
199 |
|||
| 09:55 |
Sc3 HEEA is powered on and all change to 88m28-72m12-cplr (-cprl on sc2) at L=6 o/b, and all MCPs are raised back up to operational |
569 |
199 |
|||
| 11:55 |
All power cycle, powering back on into 88m28-66h36-cplr (-cprl on sc2) |
569 |
199 |
|||
| 12:40 |
All change to 88h58-72m12-cplr (-cprl on sc2) at start of cusp |
569 |
199 |
|||
| 14:15 |
Sc 1,3 change to 88h58-72m12-cplxt-apl-64w12, sc 2,4 change to 88h58-72m12-cplxy-apl-nw-aph-nw for BM centred on cusp |
569 |
199 |
|||
| 17:15 |
At end of BM, sc1 changes back to 88h58-72m12-cplr and its MCP levels are lowered by 2, and sc 2,3,4 are powered off |
569 |
199 |
|||
| 21:45 |
Sc1 powers off and on again into single sensor ops mode off-76m16-cpls for wind at B- o/b, MCP level 2 below operational |
569 |
199 |
|||
| 10.03.04 |
04:45 |
Sc1 HEEA is powered on again and the instrument changes to 88h58-72m12-cplr for sheath, MCP levels still 2 below operational at B- i/b |
569 |
199 |
||
| 11:10 |
Sc 2,3,4 power on into 88m28-66h36-cplr (-cprl on sc2); sc1 changes to same mode and MCP levels are raised back up to operational at M+ i/b |
569 |
199 |
|||
| 15:35 |
All change to 88m28-72m12-cplr (-cprl on sc2) 2 hours before L=6 and all power off at L=6 |
10.03.04 |
17:35 |
569 |
199 |
|
| 19:15 |
Sc 1,2 power on into 88m28-72m12-cplr (-cprl on sc2), sc3,4 into 88m28-68m08-cplr for ASPOC ops |
570 |
199 |
|||
| 21:15 |
2 hours after L=6 sc 1,2 change to 88h58-72m12-cplr (-cprl on sc2), sc3,4 to 88h58-68m08-cplr at start of cusp |
570 |
199 |
|||
| 11.03.04 |
02:40 |
Sc 2,3,4 power off and sc1 MCP levels are lowered by 2 at M- o/b |
570 |
199 |
||
| 06:45 |
Sc1 powers off and on again into single sensor ops mode off-76m16-cpls for wind at B- o/b, MCP level 2 below operational |
570 |
199 |
|||
| 12.03.04 |
13:40 |
Sc1 HEEA is powered on again and the instrument changes to 88h58-72m12-cplr for sheath, MCP levels still 2 below operational at B- i/b |
570 |
199 |
||
| 18:40 |
Sc 1 MCP levels are raised back up to operational and sc 2,4 are powered on into 88h58-72m12-cplr (-cprl on sc2), and sc3 is powered on into 88h58-68m08-cplr for ASPOC ops at M- i/b |
570 |
199 |
|||
| 20:30 |
Sc 1,2,4 change to 88m28-66h36-cplr; sc3 to 88m28-68m08-cplr at end of cusp |
570 |
199 |
|||
| 13.03.04 |
00:15 |
Sc 1,2,4 change to 88m28-72m12-cplr 2 hours before L=6 and all power off at L=6 |
13.03.04 |
02:15 |
570 |
199 |
| 13.03.04 |
03:54 |
All power on into 88m28-72m12-cplr (-cprl on sc2) at L=6 |
571 |
200 |
||
| 05:30 |
MCP operational level test, sensors in 68h38-68h38 |
571 |
200 |
|||
| 06:10 |
All change to 88h58-72m12-cplr (-cprl on sc2) at start of cusp |
571 |
200 |
|||
| 09:20 |
Sc 1,3 change to 88h58-72m12-cplxt-apl-64w12, sc 2,4 change to 88h58-72m12-cplxy-apl-nw-aph-nw for BM centred on MP |
571 |
200 |
|||
| 12:20 |
At end of BM, sc2 changes back to 88h58-72m12-cplr and its MCP levels are lowered by 2, and sc 1,3,4 are powered off |
571 |
200 |
|||
| 15:50 |
Sc2 powers off and on again into single sensor ops mode off-76m16-cpsl for wind at B- o/b, MCP level 2 below operational |
571 |
200 |
|||
| 14.03.04 |
22:40 |
Sc2 HEEA is powered on again and the instrument changes to 88h58-72m12-cprl for sheath, MCP levels still 2 below operational at B- i/b |
571 |
200 |
||
| 15.03.04 |
05:15 |
Sc 1,3,4 power on into 88m28-66h36-cplr; sc2 changes to same mode and MCP levels are raised back up to operational at M+ i/b |
571 |
200 |
||
| 09:40 |
All change to 88m28-72m12-cplr (-cprl on sc2) 2 hours before L=6 |
571 |
200 |
|||
| 11:40 |
At L=6 i/b, all change to internal sunpulse and: sc 3 powers off and on again into single sensor ops mode off-88m28-cpls, sc1 changes to 88m28-60m00-cplr, and sc 2,4 to 88m28-60m00-cpx-aph-88w60; MCP levels dropped by 2 levels on all sensors, for perigee pass in conjunction with WBD ops and eclipse at 12:06 |
571 |
200 |
|||
| 12:55 |
At end of WBD ops, and after end of eclipse (at 12:42) all SPOSs are reset to 1200 and all power off |
571 |
200 |
|||
| Note: sc2 in NM3 on orbit 572 |
||||||
| 15.03.04 |
13:25 |
At L=6 o/b sc 1,2 power on into 88m28-72m12-cplr, sc3,4 into 88m28-68m08-cplr for ASPOC ops |
572 |
200 |
||
| 15:25 |
2 hours after L=6 sc 1,2 change to 88h58-72m12-cplr, sc3,4 to 88h58-68m08-cplr at start of cusp |
572 |
200 |
|||
| 20:25 |
Sc 3,4 change to 88h58-72m12-cplr at end of ASPOC ops |
572 |
200 |
|||
| 20:50 |
Sc 1,3,4 power off and sc2 MCP levels are lowered by 2 at M- o/b |
572 |
200 |
|||
| 16.03.04 |
00:55 |
Sc2 powers off and on again into single sensor ops mode off-76m16-cpls for wind at B- o/b, MCP level 2 below operational |
572 |
200 |
||
| 07:40 |
Sc2 HEEA is powered on again and the instrument changes to 88h58-72m12-cplr for sheath, MCP levels still 2 below operational at B- i/b |
572 |
200 |
|||
| 12:45 |
Sc 1,3,4 power on into 88h58-72m12-cplr at M- i/b and sc2 MCP levels are raised back up to operational |
572 |
200 |
|||
| 13:40 |
Sc3 changes to 88h58-68m08-cplr at start of ASPOC ops (= start of cusp) |
572 |
200 |
|||
| 15:15 |
Sc 1,2,4 change to 88m28-66h36-cplr, sc3 to 88m28-68m08-cplr at end of cusp |
572 |
200 |
|||
| 18:45 |
Sc 1,2,4 change to 88m28-72m12-cplr 2 hours before L=6 and all power off at L=6 |
17.03.04 |
20:45 |
572 |
200 |
|
| 17.03.04 |
22:20 |
All power on into 88m28-72m12-cplr (-cprl on sc2) at L=6 |
573 |
200 |
||
| 18.03.04 |
00:40 |
2 hours after L=6 all change to 88h58-72m12-cplr (-cprl on sc2) for cusp |
573 |
200 |
||
| 04:15 |
Sc 1,3,4 power off and sc2 MCP levels are lowered by 2 at M+ o/b |
573 |
200 |
|||
| 07:20 |
Sc2 powers off 12 mins before, then sc 1,3 power on into single sensor mode off-68m08-cpxy-apl-60w08-tnl-nw and sc 2,4 into off-68m08-cplx-anl-nw for BM centred on BS, MCP’s at operational level |
573 |
200 |
|||
| 10:20 |
Sc 1,3,4 power off , and sc 2 changes to off-76m16-cpsl, MCPs are lowered by 2 at end of BM |
573 |
200 |
|||
| 19.03.04 |
16:40 |
Sc2 HEEA is powered on again and the instrument changes to 88h58-72m12-cprl for sheath, MCP levels still 2 below operational at B- i/b |
573 |
200 |
||
| 23:20 |
Sc 1,3,4 power on into 88m28-66h36-cplr; sc2 changes to same mode and MCP levels are raised back up to operational at M+ i/b |
573 |
200 |
|||
| 20.03.04 |
03:30 |
All change to 88m28-72m12-cplr (-cprl on sc2) 2 hours before L=6 and all power off at L=6 |
20.03.04 |
05:30 |
573 |
200 |
| From pp201 onwards, when the sc are in the mode 88m28-66h36-cplr, the LER comes from HEEA data |
||||||
| 20.03.04 |
07:15 |
At L=6 o/b sc 1,2 power on into 88m28-72m12-cplr, sc3,4 into 88m28-68m08-cplr for ASPOC ops |
574 |
201 |
||
| 09:15 |
2 hours after L=6 sc 1,2 change to 88m28-66h36-cplr (-cprl on sc2) |
574 |
201 |
|||
| 09:40 |
At start of cusp sc 1,2 change to 88h58-72m12-cplr (-cprl on sc2), sc3,4 to 88h58-68m08-cplr |
574 |
201 |
|||
| 13:20 |
Sc 1,3 change to 88h58-72m12-cplxt-apl-64w12, sc 2,4 change to 88h58-72m12-cplxy-apl-nw-aph-nw for BM centred on MP |
574 |
201 |
|||
| 14:50 |
At end of BM, sc4 changes back to 88h58-72m12-cplr and its MCP levels are lowered by 2, and sc 1,2,3 are powered off |
574 |
201 |
|||
| 19:05 |
Sc4 powers off and on again into single sensor ops mode off-76m16-cpls for wind at B- o/b, MCP level 2 below operational |
574 |
201 |
|||
| 22.03.04 |
01:35 |
Sc4 HEEA is powered on again and the instrument changes to 88h58-72m12-cplr for sheath, MCP levels still 2 below operational at B- i/b |
574 |
201 |
||
| 08:20 |
Sc 3 powers on into 88m28-68m08-cplr; sc 1,2 power on into 88m28-66h36-cplr (-cprl on sc2); sc4 changes to same mode and MCP levels are raised back up to operational at M+ i/b |
574 |
201 |
|||
| 12:25 |
MCP operational level test, sensors in 68h38-68h38 |
574 |
201 |
|||
| 13:05 |
Sc 1,2,4 change to 88m28-72m12-cplr (-cprl on sc2) 2 hours before L=6 (at end of test); sc3 changes back to 88m28-68m08-cplr |
574 |
201 |
|||
| 15:05 |
At L=6 i/b, 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; MCP levels dropped by 2 levels on all sensors, for perigee pass in conjunction with WBD ops |
574 |
201 |
|||
| 15:52 |
Sc 1,3,4 power off at end of WBD ops |
574 |
201 |
|||
| 16:20 |
Sc 2 powers off after perigee |
574 |
201 |
|||
| 22.03.04 |
16:45 |
All power on into 88m28-72m12-cplr (-cprl on sc2) at L=6 |
575 |
201 |
||
| 18:45 |
2 hours after L=6 all change to 88m28-66h36-cplr (-cprl on sc2) |
575 |
201 |
|||
| 19:15 |
At start of cusp all change to 88h58-72m12-cplr (-cprl on sc2) |
575 |
201 |
|||
| 23.03.04 |
00:05 |
Sc 1,2,3 power off and sc4 MCP levels are lowered by 2 at M- o/b |
575 |
201 |
||
| 04:15 |
Sc4 powers off and on again into single sensor ops mode off-76m16-cpls for wind at B- o/b, MCP level 2 below operational |
575 |
201 |
|||
| 24.03.04 |
10:35 |
Sc4 HEEA is powered on again and the instrument changes to 88h58-72m12-cplr for sheath, MCP levels still 2 below operational at B- i/b |
575 |
201 |
||
| 15:50 |
Sc 1,2,3 power on into 88h58-72m12-cplr (-cprl on sc2) sc4 MCP levels are raised back up to operational at M- i/b |
575 |
201 |
|||
| 18:25 |
All change to 88m28-66h36-cplr (-cprl on sc2) at end of cusp |
575 |
201 |
|||
| 21:50 |
All change to 88m28-72m12-cplr (-cprl on sc2) 2 hours before L=6 and all power off at L=6 |
24.03.04 |
23:50 |
575 |
201 |
|
| 25.03.04 |
01:25 |
At L=6 o/b sc 1,2 power on into 88m28-72m12-cplr, sc3,4 into 88m28-68m08-cplr for ASPOC ops |
576 |
201 |
||
| 03:25 |
At start of cusp (2 hours after L=6) sc 1,2 change to 88h58-72m12-cplr (-cprl on sc2), sc3,4 to 88h58-68m08-cplr |
576 |
201 |
|||
| 05:30 |
Sc 1,3 change to 88h58-72m12-cplxt-apl-64w12, sc 2,4 change to 88h58-72m12-cplxy-apl-nw-aph-nw for BM centred on cusp |
576 |
201 |
|||
| 08:30 |
At end of BM, sc4 changes back to 88h58-72m12-cplr and sc 1,2,3 are powered off |
576 |
201 |
|||
| 09:10 |
Sc4 MCP levels are lowered by 2 at M- o/b |
576 |
201 |
|||
| 13:20 |
Sc4 powers off and on again into single sensor ops mode off-76m16-cpls for wind at B- o/b, MCP level 2 below operational |
576 |
201 |
|||
| 26.03.04 |
19:25 |
Sc4 HEEA is powered on again and the instrument changes to 88h58-72m12-cplr for sheath, MCP levels still 2 below operational at B- i/b |
576 |
201 |
||
| 27.03.04 |
02:25 |
Sc 3 powers on into 88m28-68m08-cplr; sc 1,2 power on into 88m28-66h36-cplr (-cprl on sc2); sc4 changes to same mode and MCP levels are raised back up to operational at M+ i/b |
576 |
201 |
||
| 06:55 |
Sc 1,2,4 change to 88m28-72m12-cplr (-cprl on sc2) 2 hours before L=6 |
576 |
201 |
|||
| 08:55 |
At L=6 i/b, 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; MCP levels dropped by 2 levels on all sensors, for perigee pass in conjunction with WBD ops |
576 |
201 |
|||
| 27.03.04 |
10:50 |
Sc3 HEEA is powered on and all change to 88m28-72m12-cplr (-cprl on sc2) at L=6 o/b, and all MCPs are raised back up to operational |
577 |
202 |
||
| 12:50 |
All power cycle, powering back on into 88m28-66h36-cplr (-cprl on sc2) |
577 |
202 |
|||
| 13:45 |
All change to 88h58-72m12-cplr (-cprl on sc2) at start of cusp |
577 |
202 |
|||
| 18:15 |
Sc 2,3,4 power off and sc1 MCP levels are lowered by 2 at M- o/b |
577 |
202 |
|||
| 22:25 |
Sc1 powers off and on again into single sensor ops mode off-76m16-cpls for wind at B- o/b, MCP level 2 below operational |
577 |
202 |
|||
| 29.03.04 |
04:20 |
Sc1 HEEA is powered on again and the instrument changes to 88h58-72m12-cplr for sheath, MCP levels still 2 below operational at B- i/b |
577 |
202 |
||
| 09:50 |
Sc 2,3,4 power on into 88h58-72m12-cplr (-cprl on sc2) sc1 MCP levels are raised back up to operational at M- i/b |
577 |
202 |
|||
| 12:25 |
All change to 88m28-66h36-cplr (-cprl on sc2) at end of cusp |
577 |
202 |
|||
| 15:40 |
MCP operational level test, sensors in 68h38-68h38 |
577 |
202 |
|||
| 16:20 |
All change to 88m28-72m12-cplr (-cprl on sc2) at end of test (L = 6 -2hrs) and all power off at L=6 |
29.03.04 |
18:20 |
577 |
202 |
|
| 29.03.04 |
19:55 |
At L=6 o/b sc 1,2 power on into 88m28-72m12-cplr (-cprl on sc2), sc3,4 into 88m28-68m08-cplr for ASPOC ops |
578 |
202 |
||
| 21:55 |
At start of cusp (2 hours after L=6) sc 1,2 change to 88h58-72m12-cplr (-cprl on sc2), sc3,4 to 88h58-68m08-cplr |
578 |
202 |
|||
| 30.03.04 |
03:20 |
Sc 2,3,4 power off and sc1 MCP levels are lowered by 2 at M- o/b |
578 |
202 |
||
| 04:51 |
Sc1 powers off 12 mins before, then sc 1,3 power on into single sensor mode off-68m08-cpxy-apl-60w08-tnl-nw and sc 2,4 into off-68m08-cplx-anl-nw for BM centred on BS, MCPs at operational level |
578 |
202 |
|||
| 07:51 |
At end of BM sc 2,3,4 power off and sc1 changes to single sensor ops mode off-76m16-cpls, MCP level 2 below operational |
578 |
202 |
|||
| 31.03.04 |
13:15 |
Sc1 HEEA is powered on again and the instrument changes to 88h58-72m12-cplr for sheath, MCP levels still 2 below operational at B- i/b |
578 |
202 |
||
| 18:50 |
Sc 2,3,4 power on into 88h58-72m12-cplr (-cprl on sc2) sc1 MCP levels are raised back up to operational at M- i/b |
578 |
202 |
|||
| 19:55 |
Sc3 changes to 88h58-68m08-cplr when ASPOC power on 7 hours before L=6 |
578 |
202 |
|||
| 20:35 |
Sc 1,2,4 change to 88m28-66h36-cplr (-cprl on sc2) , sc3 to 88m28-68m08-cplr at end of cusp |
578 |
202 |
|||
| 01.04.04 |
00:55 |
Sc 1,2,4 change to 88m28-72m12-cplr (-cprl on sc2) 2 hours before L=6 and all power off at L=6 |
01.04.04 |
02:55 |
578 |
202 |