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NRL / ATM
MISSION ENGINEER'ING DATA
Volume I
S082B SPECTROGRAPH
EXPOSURES 1 8 - 0 0 1 - 1 THROUGH 1 8 2 0 1 - 8
PREPARED FOR
UNITE11 STATES NAVAL RESEARCH LABORATORY
WASHINGTON, DwCn
BALL BROTHERS RESEARCH CORPORATION
SUBSIDIARY OF BALL CORPORATION
BOULDER,COLORADO
A HUGE ERUPTION FROM THE SURFACE OF HE SUN SEEN
IN THE LIGHT OF HE II AT 304 rl
9 AUGUST 1973
This photograph, obtained during the Skylab 3 Mission, reveals for the first time that
helium erupting from the sun can stay together to altitudes up to 500,000 miles. After
being ejected from the sun, the gas clouds seem to have come to a standstill, as though
blocked by an unseen wall, and some material appears to have been directed back
toward the sun as rain, distinguished by fine threads. At present i t is a challenge to
explain this mystery - what forces expelled these huge clouds, then blocked its fur-
ther progress, yetallowed the cloud to maintain its threads. Both magnetic fields and
gravity must play a part, but these curious forms seem to defy explanation based on
magnetic and gravitational fields alone.
The instrument which produced this image was an extreme ultraviolet spec-
troheliograph, designed and constructed by the Naval Research Laboratory and the
Ball Brothers Research Corporation under the direction of Dr. R. Tousey, the Principal
Investigator for this NASA experiment. To the left may be seen the sun's image in
emission from iron atoms which have lost 14 electrons by collision in the suns' million-
degree coronal plasma gas.
BALL BROTHERS RESEARCH CORPORATION
-
BOULDER, COLORADO
NRL/ATM
MISSION ENGINEERING'DATA
FOR
S082B SPECTROGRAPH
EXPOSURES 1B-001-1 TFIROUGH 1B-201-8
620-245 19 May 1975
Contract No. N00014-67-C-0470
Exhibit C - 1 Phase I11 CDRL
Sequence No. 16
PREPARED APPROVED
project ~ n ~ i n e e r NRL/ATM Program Manager
Configuration Management
FORM BW7S
1 Blank page r e t a i n e d f o r p a g i n a t i o n 1
FOREWORD
The purpose o f t h i s document i s t o p r o v i d e t h e camera p h o t o g r a p h i c
l o g , t h e JSC s c i e n c e ' c o n s o l e d a t a , and t h e MSFC e n g i n e e r i n g d a t a
f o r S082B F i l m Camera, S/N CMllA-003 (exposure numbers 1B-001-1
.. - - -- --. - - .. . .. .--
. . .- . . .- - - . .- ..- -
..
t h r o u g h 1B-201-8. The r e q u i r e m e n t s : f o r ' t h e Mission E n g i n e e r i n g
Data (MED) and t h e Camera P h o t o g r a p h i c Log (CPL) a r e 'combined i n
t h i s document. Th'is document c o n s i s t s o f t h r e e (3) volumes.
Volume I c o n t a i n s t h e camera and f i l m h i s t o r i e s , d i o d e a r r a y d a t a
f o r each e x p o s u r e , and t h e JSC e n g i n e e r i n g d a t a . Volume I 1 con-
t a i n s t h e MSFC e n g i n e e r i n g d a t a , and Volume I 1 1 c o n t a i n s t h e
t e m p e r a t u r e d a t a . T h i s document was p r e p a r e d by Ball B r o t h e r s
Research C o r p o r a t i o n , , Boulder, Colorado, under C o n t r a c t N00014-67-
C-0470 w i t h . t h e Naval Research L a b o r a t o r y , Washington, DC. The
a u t h o r i t y f o r the,,MED i s .BBRC Proposa.1 C-474 which was added by . .
C o n t r a c t M o d i f i c a t i o n P00055. The a u t h o r i t y f o r t h e CPL i s BBRC
NRL/ATM E n g i n e e r i n g Change P r o p o s a l PPD-054 Rev 1 which was added '
by C o n t r a c t M o d i f i c a t i o n P00064'.
Acknowledgements
The f o l l o w i n g p e o p l e a s s i s t e d i n t h e p r e p a r a t i o n o f t h e r e p o r t :
Ferguson, D. W. VanHoosier, M. E . , NRL
Frobom, L Hunter, W.. R . , NRL
Grunz,. R. H.
Guy, J. H.'.
I I a s s i g , R. :E.
McDaniel, D. L:
S c h l a g e l , L. L .
S c h n e i b l e , D. E.
S i d l e , W. ,. R .
.
S l i n g s b y , P. A.
PREFACE
T h i s document c o n t a i n s a h i s t o r y o f e a c h f l i g h t f i l m frame from
i t s r e c e i p t by BBRC Srom NRL t h r o u g h t h e t i m e o f i t s development.
T h i s i n c l u d e s camera i d e n t i f i c a t i o n and m i s s i o n u s e , ground and
o r b i t e n v i r o n m e n t , l o a d i n g and u n l o a d i n g d a t a , f i l t e r d a t a i f
a p p l i c a b l e and t h e camera l i f e h i s t o r y . A l s o i n c l u d e d a r e e n g i -
n e e r i n g and s c i e n t i . f i c p a r a m e t e r s r e l a t e d t o e a c h frame d u r i n g
e x p o s u r e on t h e ~ k y l ' a bM i s s i o n . T h i s e x p o s u r e d a t a i s p r o v i d e d
i n t h e form o f Engineeri,ng Data ~ o o k s(EDB1s ) o b t a i n e d . from MSFC
and JSC and e d i t e d b y B B R C , and a Diode Array Data Log p r o v i d e d
by NRL.
The Camera F l i g h t Load Number, Came.ra S e r i a l Number and t h e 'Expo-
s u r e Numbers r e l a t i v e .. t o e a c h Skylab M i s s i o n a r e g i v e n i n t h e
.
f o l l o w i n g t a b l e s ( T a b l e s 1.and 2 ) . Noted a r e t h e BBRC 6 2 0 Docu-
ments t h a t s h o u l d be c o n s u l t e d f o r t h e r e s p e c t i v e e x p o s u r e s .
Each document i s c o n f i n e d t o a b l o c k o f e x p o s u r e s o b t a i n e d by a
s p e c i f i c camera d u r i n g t h e v a r i o u s S k y l a b Missions'.
Table 1
S082A Camera R e l a t e d Data
*Replacement l o a d f o r o r i g i n a l A - 2 l o a d u s e d d u r i n g SL-1 6 2
i n s t e a d o f d u r i n g SL-3 due t o a m a l f u n c t i o n . o f A003 camera.
HRE d e s i g n a t e s r e f l i g h t ( i . e . , . f l o w n o n a p r e v i o u s m i s s i o n ) .
iv
Table 2
S082B Camera Related 'Data
Skylab Flight Load Camera Exposure Referenced
Mission No. Serial No. Numbers 620 Documents
-- -
--
SL-1 6 2 B-1 CMllA-003 1B-001-l+lB-201-8 620-245
SL-3 B-2 . CM11A-005 2B-001-1+2B-201-4 620-246
B-3 'CM1l.A-004 2B-301-1+2B-500-1 620-247
SL-4 . B-4 CMllA-003 HRE 3B-001-1+3B-201-'8 620-248
HRE designetes reflight (i.e., flown on a previous mission).
Thermal Distortion data for the instruments relative to each Sky-
lab Mission may be obtained from BBRC Document No. 620-238, en-
titled NRL/ATM Thermal Distortion Performance for S082A and S082B
Instruments. Distortion data relative to a particular exposure
may be time correlated to the information in the noted document.
The document is publ'ished in five ( 5 ) volumes.
Volume I . Thermal Distortion Program Description
Volume I1 S082A Thermal Distortion Plots SL-3 4 SL-4
Volume I11 S082B Thermal Distortion Plots SL-3
Volume IV , S082B Thermal Distortion Plots SL-4
DOY.332 through DOY 362
Volume V S082B Thermal Distortion Plots SL-4
DOY 363 through DOY 383 (18 of 1974)
Additional sorting .bf the JSC EDB data by Joint Observing Program
(JOP), target, etc. has been accomplished and is published in
BBRC Document No. 620-249, entitled NRL/ATM SO82 Exposure Catalog. .
.TABLE OF CONTENTS
Section Descri~tion Page
FOREWORD iii
PREFACE iv
VOLUME I
CAMERA AND FILM HISTORY
DIODE ARRAY DATA
AND
JSC ENGINEERING DATA
INTRODUCTION .
CAMERA AND FILM HISTORY
2.1 CAMERA IDENTIFICATION AND MISSION.USE
2. i 'ENVI
RONMENTAL DATA
2.3 LOADING DATA
2.4 UNLOADING DATA
2.5 CAMERA HISTORY
DIODE ARRAY DATA ,
ENGINEERING DATA BOOK - JSC
VOLUME I1
ENGINEERING DATA - MSFC
VOLUME I11
TEMPERATURE DATA - MSFC
LIST OF ILLUSTRATIONS
Figure No. Description Page
2-1 Environmental Parameters 1-5
11-1 . Beta Angle 11-6
11-2 ' Extinction Parameters 11-6
111-1. Measurement Locations for NRL-B (S082B) 111-4
LIST OF TABLES
Table No. Description Page.
S082A Camera Related Data iv
S082B Camera Related Data ' v
Film Traceability Chart 1-6
Unloading Traceability Chart 1-8
Developing ' 1-9
Film Camera Life History 1-11
VOLUME I
CAMERA AND FILM HISTORY
DIODE ARRAY DATA
AND
JSC ENGINEERING DATA
NRL/ATM
MISSION ENGINEERING DATA
FOR
S082B SPECTROGRAPH
Contract No; N00014-67-C-0470
Contract Modification PO0055
620-245
Volume I
1.0 INTRODUCTION
Volume I c o n t a i n s a complete h i s t o r y o f b o t h t h e f i l m camera and
t h e XUV f i l m u s e d i n t h i s p a r t i c u l a r camera, t h e d a t a o b t a i n e d
from t h e d i o d e a r r a y f i l m c h i p s a f t e r e x p o s u r e d u r i n g t h e m i s s i o n ,
and t h e JSC e n g i n e e r i n g dat.a o b t a i n e d d u r i n g t h e m i s s i o n from t h e
science console.
A h i s t o r y o f t h e t e m p e r a t u r e and r a d i a t i o n environment o f t h e
f i l m was m a i n t a i n e d from t h e t i m e i t was c u t and l o a d e d i n t o t h e
camera t h r o u g h t h e u n l o a d i n g and d e v e l o p i n g . The camera h i s t o r y
was m a i n t a i n e d from t h e c o m p l e t i o n o f p r o d u c t i o n t h r o u g h t h e
l o a d i n g o f t h e camera' i n t h e l a u n c h v e h i c l e .
The f i l m was u n l o a d e d and d e v e l o p e d a t NRL. NRL r e a d t h e d i o d e
d a t a which was p l a c e d on a computer p r i n t o u t . The JSC e n g i n e e r -
i n g d a t a was c o l l e c t e d from t h e s c i e n c e c o n s o l e . T h i s d a t a was
p l a c e d on computer p r i n t o u t s .
. .
620-245
Volume I
2.0 CAMERA ATJD FILM HISTORY
T h i s s e c t i o n c o n t a i n s a c o m p i l a t i o n of d a t a t h a t t r a c e s t h e h i s -
t o r y of e a c h exposed f l i g h t f i l m frame b e g i n n i n g w i t h camera
i d e n t i f i c a t i o n and m i s s i o n a p p l i c a t i o n . The p e r i o d c o v e r e d i s
from c o l d s t o r a g e a t BBRC, j u s t p r i o r t o t h e f i l m c u t t i n g f o r i n -
s t a l l a t i o n i n t h e camera, t o t h e t i m e o f i t s development at.NRL.
F i l m t e m p e r a t u r e and r a d i a t i o n e n v i r o n m e n t a l d a t a i s p r o v i d e d .
I n c l u d e d a r e l o a d i n g and u n l o a d i n g d a t a p r o v i d i n g t r a c e a b i l i t y of
e a c h e x p o s u r e number t o a s p e c i f i c f i l m r o l l and t y p e , and t o
each c o n t r o l s a m p l e , f i l m h o l d e r and e x p o s u r e s e q u e n c e . Also i n -
c l u d e d i s an e x t r a c t i o n , from BBRC Document No. 620-132, e n t i t l e d
Film Camera H i s t o r y , f o r e a c h r e s p e c t i v e camera.
Camera: P/N 36361-501; S/N CMllA-003
Flight: L/N B - 1
No. o f Film ~ o l d e r s :' . Upper 1 0 0 ; Lower 1 0 0 ; C a r r i e r 1
Skylab Mission: . SL-1 and 2 .
Launch Date.: 1 4 May 1973'
I n s t a l l e d on I n s t r u m e n t : 2 A p r i l 1973
' Removed from I n s t r u m e n t : 1 9 J u n e 1973
Splashdown: 22 J u n e 1973
S i g n i f i c a n t Remarks:
T h i s camera was l a u n c h e d on SL-1, t h e f i l m was exposed on SL-2
and t h e camera was r e t u r n e d on SL-2.
620-245
Volume I
2
2: ENVIRONMENTAL DATA
The Erivironmental Data Section includes a graph'of temperature.
vs day-of-year from loading to unloading of the cameras, and
cumulative radiation vs day-of-year for the mission period.
These graphs provide'a quick look at the environmental param-
eters to which the film was subjected (See Fig. 2-1.). The
source for the in-flight data is from the environmental log book
maintained at the NRL Science Console.
LOADING DATA
The film kamera was loaded at BBRC just prior to shipment to KSC.
Film strips were cut from a roll of bulk film which was 70mm wide
and approximately 120 feet long. The film strips.were cut to
35 x 248mm.' These strips were placed into film holders, loaded
into the camera, vacuum dried, and cooled to 40°F. The attached
(Se
chart ''e Table 2-1) shows the relationship between each strip
of film as it was cut from the bulk roll.of film to control sample
number or exposure number and the holder number in the order in
which it was loaded.. The two columns entitled "Roll # " lists the
film roll number and strip number as it was cut from the roll.
The column entitled "Control Sample # ' I numerically lists each
control sample. The column entitled "Exposure # " is the number
assigned by NRL to each,individual exposure. The column entitled
"Film Holder # I 1 shows the film holder number at the time of
loading. This chart provides a cross reference for roll, strip,
exposure and holder. It also provides a cross reference between
roll and strip number to control sample.
There were four (4) control samples taken at the beginning of
each roll, one taken at intervals of approximately ten (10) film
Table 2 - 1
FILM TRACEABILITY CHART
A
DV 1 - 7 4 CAMERA PIN 36361-501 SIN Bll0003
EXPOSURE CONTROL
' SAMPLE
no. NO.
... .
..
......
.....
22.
23
SWR 1 0 1 F i l m ; CS-18, 1 9
.
18005.
Table 2 - 1
FILM TRACEABILITY CHART
DATE 3 - 7 4 CAMERA PIN 36361-501 y~ BllBOO3
WR 101 Film; CS-18, 19
620-245
Volume I
h o l d e r s and two (2) t a k e n a t t h e end o f t h e r o l l . T h e r e f o r e , two
(2) c o n t r o l samples c o u l d be used t o b r a c k e t each t e n (10) f i l m
h o l d e r s i n t h e e v e n t o f - a n y fil'm d e g r a d a t i o n .
The b l o c k e n t i t l e d "Film Data" a t t h e b o t t o m . o f Table 2 - 1 l i s t s
each r o l l of b u l k f i l m by number and t y p e of f i l m .
2; 4 UNLOADING DATA
The cameras were flown t o NRL a f t e r splashdown for u n l o a d i n g .
The a t t a c h e d c h a r t ( s e e T a b l e 2-2) shows t h e o r d e r i n which t h e
f i l m h o l d e r s were p l a c e d i n t o t h e c a s s e t t e s d u r i n g t,he u n l o a d i n g
o p e r a t i o n . The f i l m h o l d e r numbers can be t r a c e d t o t h e l o a d i n g
d a t a c h a r t , T a b l e 2 - 1 , t o c r o s s r e f e r e n c e exposure, r o l l and
s t r i p numbers.
The t a b l e ( s e e ' T a b l e 2 - 3 ) e n t i t l e d "Developing" l i s t s t h e expo-
s u r e numbers and d e v e l o p m e n t . c o n t r o l samples i n t h e o r d e r i n
which t h e y were d e v e l o p e d . The development c o n t r o l samples a r e
s t r i p s of f i l m c u t from t h e same t y p e of f i l m , a l t h o u g h a d i f f e r -
e n t . r o l 1 , t o check t h e d e v e l o p i n g s o l u t i o n s , p r o c e s s , e t c . For
exposure i n f o r m a t i o n c o n c e r n i n g t h e s e samples r e f e r t o t h e NRL
McPherson Log. These samples do n o t r e l a t e t o t h e c o n t r o l Sam-
p l e s t a k e n d u r i n g l o a d i n g . Regular development runs a r e numbered
1, 2 , 3 , e t c . , r u n s numbered A , B , e t c . a r e p r e s e l e c t e d h o l d e r s
removed d u r i n g u n l o a d i n g t h e camera t o b e developed p r i o r ' t o
d e v e l o p i n g t h e complete camera l o a d . These h o l d e r s were n o t
loaded i n t o c a s s e t t e s b u t were used t o v e r i f y f i l m p o s i t i o n .
620-245
Volume I
Table 2 - 2
Unloading T r a c e a b i l i t y Chart
n
BOTTOM TOP
Camera -
B-1/B003
Date 28 June 1973
620-245
Volume I
Table 2-3
Ileveloping
Camera Serial No. m l n - n n ~
Flight Load No. B-1
Run No. Exposure Numbers 3ev. Control Sample Date
Upper Stack
1 1B-002 thru 1B-041 MC4-3,4 MC5-1,2 7/9/73
2 1B-042 thru 1B-081 ' MC4-5,6 MC5-3,4 7/9/73
3 1B-082 thru 1B-102 MC4-7,8 MC5-5,6 7/9/73
Lower Stack
3 1B-103 7/9/73
1B-001
1B-201 thru 1B-183
4 1B-182 thru 1B-143 MC4-9,10 MCS-7,8 7/9/73
5 1B-142 thru 1B-104 MC4-11,12 MC5-9,10 7/9/73
NOTE :
MC4-3 = McPherson RU'I #4,
Strip # 3
620-245
Volume I
2.5 CAMERA HISTORY
The camera Life History consists of an historical record (see
Table 2-4) of the camera from the beginning of its production
functional testing to the period of crew compartment fit function
(C2F2) testing.
Operating Cycles
Column No. 1 identifies total operating cycles and starts with
the initiation of production functional tests. This is the point
where the camera has become an assembled and adjusted end item.
For both cameras the number of cycles relates to the number of
film holders transferred from the upper level to the lower level.
The number of film exposures for the S082B camera is acquired by
multiplying this number by eight.
Column No. 2 identifies the number of operating cycles since the
last major relubrication was performed per maintenance specifica-
tion 37102 (S082A) and 37103 (S082B).
Column No. 3 identifies the number of operating cycles since the
last lubrication of an area exhibiting a failure condition
possibly related to lubrication wearout.
Type of Lubrication on Failure Area
Various process specifications are identified in this column with
most being BBRC proprietary processes. Brief descriptions of
each are as follows:
620-245
Volume I
No. Description
NPI 425 Dry film, polyimide bonded lubricant - a proprie-
tary process of National Process Industries. It'
is the same as Midwest Research's MLR-2 lubricant.
bS
B I 18.20 Slurry of molybdenum disulfide (MoS2) in volatile
sdlvent's - generally applied when specified by
maintenance documents 37102 and 37103 and then
burnished by cycling the camera approximately 50
cycles.
BPS 18.02 Burnished coating of MoS2 (mechanical adhesion
or 18.06 only).
BPS 18.07 BBRCfs equivalent of MLR-2 polyimide, dry lubri-
cant coating.
SPS 18.09 Relubrication procedure - special process for
sequencing the use of BPS 18.06 and 18.07 to
lubricate film camera peculiar parts. Implemented
in the 37102 and 37103 documents.
620-245
Volume I
Table 2 - 4
I
S/N B-003
' ~ i lCamera L i f e History
i
CAMERA SER. NO. BOO3 Page 1f 5
o
Tes t Test Nonconf. F a i l u r e Failure Failure Operating Cycles Type o f Camera
Date L o c a t i o n D e s c r i p t i o n Rpt No. Mode Cause C o r r e c t i v e Action L u b r i c a t i o n on Environment C o n f i g u r a t i o n Remarks
1 2 3 F a i l u r e Area
01/21/71 BBRC Flight In- 1167 Vacuum l e s s . 23814
strument t h a n 1 x 10-3 Rev AC
Alignment torr.
02/18/71 BBRC Evaluate 26478 Improper Motor s i d e Applied MoSz t o 1270 1270 MoS p e r B S
M Ambient c l e a l
Film llolder i holder lower claw 4 s l o t i n index 18.30. room.
6 Confor- latchin l i n k a s s y do l a t c h t o achieve
mance t o 6 motorB not operate smooth o p e r a t i o n .
C a r r i e r Fo- heating smooth - obser-
c a l Surface ved a b r a s i o n i n
s l o t o f index
latch.
...................................
S h o r t e d r e s i s - Performed complete
t o r on b r e a d - e l e c t r i c a l check-
board e l e c t r o n - o u t of motor - no
i c s used t o i d e n t i f i e d damage.
. d r i v e camera. Repaired d r i v e r
electronics.
Unknown \pen NMR "henna1 Vac This i s t h e master
04/07/71 BBRC Flight In- 26660 Motor camera t h a t t h e "8"
strument skips 1 5 t o 12S°F
.ess t h n F l i g h t Instrument
Acceptance i s focused t o . A l l
x 10-f t o r ,
"B" Cameras w i l l be
compared t o t h i s
master a f t e r c a r r i e r
modification.
08-24-71 Flight In- 2137
trument
Ces t ing
R e v i s i l n 8 , d a t d 9 J u n e 1912
B/24/71 BBRC Storage 2157 Ambient c l e a 1 Master camera f o r
6/13/72 room r e l a t i n g focal plane
of S-O8ZB f l i g h t
instrument.
I
Revision :d a t e d 1 5 February. 1973
2137 Ambient
Clean Room
06-28-72
..- . - -- - . --.
C M R SER. NO.
A EA BOO3 Page 2 o f
Test Test Yonconf. F3i l u r e Failure Failure O r e r a t i n g Cycles Type of Camera
Date Location D e s c r i c t i o n R F ~ 3 .
N Mode Cause C o r r e c t i v e Action L u b r i c a t i o n on Environment C o n f i g u r a t i o n Remarks
1 2 3 F a i l u r e Area
06-29-72 B R
BC 30576 Ni.IK
Scc. 6.2. 27411 2137 Ambient Due t o p o s s i b l e problems
Clean Room associated with focal
P l a n e measurements a s
i d e n t i f i e d by waiver
I 96, t h i s t e s t was run.
--
~ 6 - 3 0 - 7 2B R
BC Storage 2137 Ambient
Clean Room
08-01-72 --
08-lU-72 BBkC G
VRl )amaged Poor Wire Repair w i r e and Ambient
27458 fire Rout ing Reroute Clean Room
08-23-72
1. Reh'ork p a r t s t c During Refurbishment
06-01-72 B H
BC R e f u r b i s b - NblH 27453 an e x t e n s i v e i n v e s t i g a -
ment l a t e s t configura-
10-01-72 t ion t i o n was performed t o
f i n d methods of reduc-
2. Replace Links
23667 ing f r i c t i o n and e v a l -
3 . Relube where u a t i n g adjustments.
needed
4. Replace s h u t t e r
stops
5. Replace 35084-
15 bearings 2
places--bearings
seem rough
6 . Replace s w i t c h
S-3 t h ' i c e
7. Replace 36396-1
front transfer
-
l e v e r Eollover
I
I
bearings f e e l I
rough
8. I n s t a l l shims
between c a p and
body of s o l e n o i d
t o g i v e more
10-02-72 B R
BC 30573 NElR .Faile
10-13-72 .2. i , d
ara. 8
.2.3.e
. Long
rive
2. Long Drive Times sub-
m i t t e d a s Waiver IW0100.
imes . - - -
CAMERA SER. NO. 9003 Page 5of 3
Test Test Nonconf.Fsilure Failure Failure Operating Cycles Type of Camera
Date Location Descriction Rpt N3. Mode Cause Corrective Action Lubrication on Environment Configuration Remarks
1 2 3 Failure Area
3. Use as is. 3. Waiver IWU99
4. Use as is for
now. To be cleaned
during Pre-Flight
Preps.
10-13-72 EBRC Final 3482
10-16-72 Acceptance
Testing
.-
10-17-72 KSC Support None 3497 Ambient
12-06-72 Flight Clean Room
Instrument
-
12-08-72 BBRC Storage 3497 Ambient
--- Clean Room
620-245
Volume I
3.0 AA
DIODE ARRAY D T
'l'he d i o d e a r r a y was l o c a t e d immediately a d j a c e n t t o t h e camera
mounting p l a t e and c o n s i s t e d of a l i g h t e m i t t i n g d i o d e a r r a y and
a l e n s assembly. The d i o d e a r r a y system p r o j e c t e d b i n a r y coded
d8;cimal time o n t o t h e f i l m c h i p f o r e x p o s u r e s of 0.25 second o r
l o n g e r . T w e n t y - f i v e b i t s of t i m e - o f - d a y d a t a were r e c o r d e d a t
s h u t t e r c l o s e . NRL developed t h e f i l m c h i p s , decoded and s t o r e d
t h e d a t a and produced a computer p r i n t o u t . BBRC a s s i s t e d by
e d i t i n g t h e computer p r i n t o u t .
The t i m e - o f - d a y r e c o r d e d by t h e d i o d e a r r a y i s m i s s i o n e l a p s e d
time (MET). and i s f u r n i s h e d by an ATM on-board computer. Thi.s
computer time v a r i e d from Greenwich Mean Time (GMT) by a s much
a s a few seconds and, t h e r e f o r e , r e q u i r e d p e r i o d i c u p d a t e s by
ground command. These u p d a t e s a r e l i s t e d i n NASA MSFC Memoran-
dum MO-1-35-74, S u b j e c t : ATMDC Timer Updates, d a t e d March 26,
1974.
STRIP NR S t r i p Number
DOY Day o f Year
HR/MN/SEC Time a t s h u t t e r opening (Mission Elapsed Time)
EXP TIME D u r a t i o n o f Exposure
P i t c h and yaw a r e i n a r c seconds.
ll i s
.R o - i n a r c m i n u t e s .
O f f - P o i n t i n g R e f e r e n c e System Limb O f f s e t - i n arc seconds (minus
sign) - which i n d i c a t e s . on. disc.. .:Fifty -.(SO) . i n d i c a t e s PRS i s o f f
o r i n WL d i s p l a y s t a t e .
Mode X X X X
~ u t o tep0
S
Auto
/ \a r e0'
Fl
= NRL b i a s n o t i n
1 = NRL b i a s i n
620-245
Volume I
The r e a d i n g e r r o r s were made w i t h no symbol t o d e n o t e change.
The e r r o r s t h a t h a v e be& f o u n d t o b e d i o d e a r r a y e r r o r s a r e
marked w i t h a $ symbol. An e x c e p t i o n t o t h i s symbol i s t h a t t h e
minus ( - ) o f f s e t e r r o r s a r e c o r r e c t e d w i t h a p l u s (+) and w i l l b e
t h e o n l y p l u s marks found i n t h e l o g .
620-245
Yolume I
NATIONAL AERONAUTICS AND SPACE ADMINISTRATION
GEORGE C. MARSHALL SPACE FLIGHT CENTER
MARSWAU CENTER.ALABAMA 35612
SPAce FLI~WT
March 26, 1974
TO: Die tribution
FROM: MO-I/Harvey Golden
SUBJECT: ATMDCTirnerUpdatee
Enclosed is a l i s t of ATMDC timer updates. Theee updatee were
taken from the MDRS Position Log at JSC. Although some of this
info.rmation is difficult to decipher, i t seems to be the beet source
available on timer updatee. If questione arise concerning the list
they should be directed to Steve Bales of the Flight Computer Section
(483-3421) at JSC and discussed with someone who manned the ASCO
position during the Skylab Mission. I have included a copy of the
MDRS .Position Log for your information.
Updatee (Onboard Time)
ATMDC ' ~ i r n e r
Timer B was used in the beginning of the rnieeion until DOY 154 when
ATMDC switchover occurred. Timer A was used for the remainder
of the mission except for DOY 157 when ASCO tried the Timer B
again. Below is a list of clock updatee and explanation a s well' a s
can be deciphered from the MDRS Position Log. ~ h e s d times were
provided to MDRS by ASCO a s he completed each timer update.
All Delta updatee a r e negative values.
620-245
Volume I
GMT OF DELTA
CLOCK RESET ZERO SET TIME UPDATE COMMENTS
-11 Sec Timer B update
-11 Sec. Timer B update
- 4 Sec Timer A update over HSK
0 Timer B selected
-18 Sec Timer B update
Timer A eelected
Changed from a timer in
primary computer to a
timer in secondary corn;.
puter that was driven by
Timer B,
-4 Sec Timer A update
-4 Sec Timer A update
-3 sec Timer A update
64 day clock rollover
-3 Sec Timer A update over GDS
-3 Sec Timer A update
-5 Sec Timer A update
- 4 Sec Timer A update
-4 Sec Timer A update
-3 sec Timer A update
- 4 Sec Timer A update
-4 Sec Timer A update
-3 Sec Timer A update
-3 Sec Timer A update
-3 sec Timer A update
-3 sec Timer A update
0 . Timer Reset '
-3 sec Timer A update
-3 Sec Timer A update
-3 sec Timer A update
-3 sec Timer A update
-3 Sec Timer A update
- 4 sec ~ i kArupdate
- Enclosure
S T R I P NR DOY EXPT IME YAW PITCH ROLL OFF MODE
EXPT I ME YAW PITCH ROLL OFF MODE
DOY
150
150
EXPT 1 ME
40 25
5.50
YAW
375
440
. PlTCH
355
281
. ROLL
10789
10789
F
O F
501
500
MD
OE
9001
0001
150 0025 480 -491 -4259 500 0101
150 2.00 480 -49 1 -4259 500 0101
150 1.25 480 -491 -4259. 500 @I01
150 10.00 480 -491 -4259. 500 0101
150 5000 480 -49 1 -4259 500 9101
150 40000 480 -49 1 -4259 500 0101
150 480 -49 1 -4259
150
150
480
671
-49 1
44. -4258.
-1344.
150
150 .
671
671 44.
44.
. -
-1344.
1344.
150
150
150
671
671
671
44
44.
44. -
-1344.
1344
-1344.
.
150 671 44. -
-1342.
150
150
671
639
44.
22. 1342
-1341
150
150
639
639
22.
22. -
-1341
1342
1SO
150
150
639
639
639
.
22.
22
22.
-1341
-1341
-1341
150 639 22. -1341.
150 639 22. -1341.
150 -9170 25 10718.
150 -917. 25 10718.
150 -917. 25 10720
150 -917. 25 10720
150 -9170 25 10720
150 -9170 250 10720
150
150
-814.
-9170
252
4. 10719.
10719.
150
150
150
-9170
-9170
-9170
4.
4.
4.
10719.
107190
10719.
150 -9170 4. 10719.
150 -9170 4. 10719.
150 -9170 4. 10719.
1
STRIP NR DOY HR/MN/SEC EXPT 1ME YAW PITCH ROLL OFF MODE
1
S T R I P NR YAW PITCH ROLL OFF MODE
E X P T IME YAW PITCH ROLL OFF MODE
640.00 -950 0. - 10668.
2.50
10.00
-950
-950
0.
0.
- 10668
-10668.
.
10.00
40 00
40 00
-950
-950
-950
0.
0.
0.
-10668.
-10668.
- 10668
160.00 -950 0. -10668.
160.25 -950 0. -106690
638.00+
2.50
-950
-950
. 0.
0.
-10668.
-10668.
10.00 -950 0. -10669.
8.00+
40 00
-950
-950
0. -
-
10668
10669
40.00
160.00
-950
-950
0.
0.
0.
- 10668
-10668.
159.75 -950 0. -106680
640 00
4.00
16.00
-950
-950
-950
Om
0.
0.
- 10669
-110668
- 0668.
.
-950
16.00
64 00
8.00
-950.
-950
0.
0.
0.
-
-10668.
10668
-10668.
0.25 -762. -267. - 10522
2.50 -762. -267. -10522.
1.25
10.00
5.00
-762
-762
-762
.
.
-267.
-267.
-267.
- 1 0522
-10522.
-105220
40 00
19.75
-762.
-762
-267.
-267.
-
- 10522
10522
160100 -762 -267. - 10522
2.50
0.25
-734.
-734 . -296
-296
-10522.
-10522.
10.00
1 0.25
-734
-734.
. -296
-296 . -
-10522.
10522
40.00
5.00
-734.
-734.
-296
-296 .
.
-10522.
-10522.
160.00
20 00
0.25
-734.
-734.
-326
-296
-296
552
.
.
-10521.
-10522.
8490
2.50 -326 552. 8490
1
STRIP NR EXPT IME YAW PITCH ROLL OFF MODE
16 31-1 1025 -326 552 8490 50. 0101
16 31-2 10.00 -326. 552 8490 500 0101
16 31-3 5000 -326 552 8490 50. 0101
16 31-4 40.00 -326 552 8490 50. 0101
18 31-5 19.75 -326 552 8490 500 0101
18 31-6 159.75 -326 552 8490 0 0101
16 31-7 2050 190 -679. -4046. 50. 0101
18 31-8 0.25 19. -679 -40460s 50. 0101
10.00 19. -679
1025 19. -679
39.75 19. -679
5000 190 -679
160.00 190 -679.
20.00 190 -679
0.00 -350 481
2.25 -350 481
2050 455. 261
0025
10.00
1.25
455.
455
455
.
.
261
261
261
40.00 455. 261
5.00 455. 261
.
160.00
20 00
455.
455.
261
261
0025 540 -76
2050 540 -76
1025 540 -76
10.00 540 -760
5.00 540 -76
40 00 540 -76
19.75 540 -76
159.75 540 -76
5.75 377. -199.
59.00 564 4.
2.50 1700 194.
0025 170. 1940
10.00 1700 1940
1.25 1700 194,.
40.00 170. 194.
5000 1700 1940
1
S T R I P NR EXPT IME YAW PITCH ROLL OFF MODE
5.5
197 7.
10 9.
14 10232
1.5
97 7.
10 194r 10232
.5
O? 90 165r 10406
.0
25 90 165. 10406
12
.5 90 6.
15 10406
00
1.0 90 6.
15 10406.
.0
40 90 6.
15 10406.
00
4.0 90 6.
15 10406.
2.0
00 90 165r 10406
6.0
100 90 6.
15 10406
25
.0
.5
02
32
32
241.
241.
- 10457
-10457.
00
1.0 32 241. -10457.
12
.5 32 241. -1 0457.
4.0
00 32 241 147S
-05.
.6
50 32 241. - 1 0457
100
6.0 32 241. -10457.
1.5
27
02
.5
32
-0
1.
241.
-SO r
- 10457
-10795.
.0
25 1.
-0 -50. -10795.
.5
12 1.
-0 -50 r -10795.
1.0
00
.0
50
-0
1.
-0
1.
-50.
-50r
-10795
-10795.
40 00 1.
-0 -50 -10507.
2.0
00 1.
-0 -50 r -105070
100
6.0
.0
25
-0
1.
-7
3.
-50
-896.
-10508
-5033
.5
02 3.
-7 -896r -5033 8
0O'
1.c -37. -896r -5033
12
.5 -37. -896r -5033.
4.0
00 3.
-7 -896r -5033
1 moo* 3.
-7 -896r -5033
102
6.5 3.
-7 -8960 -5033
20 0 )
1 3.
-7 -896 -5033.
02
.5 -851 -220 758
94.
25
.0 -851 -22r 9745.
.5
12 -851 -22b 9745.
1.0
00 -851 -22. 9745.
.0
50 -851. -22. 758
94.
97
3.5 -851 -22. 9745
1
S T R I P NR DOY HR/MN/SEC EXPT 1 ME YAW PITCH ROLL OFF MODE
50. 0101
50. 0101
50. 0101
50. 0101
50. 0161
50. 0101
O
S . 0101
50. 0101
1
S T R I P NR EXPT IME YAW PITCH ROLL OFF MODE
1
S T R I P NR DOY EXPT I ME PITCH ROLL OFF MODE
119.
1190
119.
1190
119.
119.
810
81.
81.
810
81.
81.
81
810
110.
110.
110.
1100
110.
110.
110.
110.
29
29.
29.
29
29
29
29
29.
-137.
-137.
-137.
-1370
-137.
-137.8
-137.
-1370
-137.
-137.
020-245
OLUME 1
1
STRIP NR DOY E X P T I ME YAW PITCH ROLL OFF MODE
50. 0101
SO. 0101
50. 0101
50. 0101
50. 0101
50. 0101
50. 0101
50. 0101
120-245
OLUME 1
1
STRIP NR DOY EXPT IM E YAW PITCH ROLL OFF MODE
0.25
10.00
1.25
216.
216.
216.
-57.
-57
-57
.
.
-8063.
-8063
-8063
40.00 216. -57. -8663.
5.00 216. -57. -8063.
160.00 216. -57. -8063.
20.00
39.50
216.
-394 . -57.
-425
-8063
-10791
4.50 -581 -65 1 . - 1 0791
0.25
2.50
-587.
-587 . -29
-29 .
.
-10044.
-
-10045.
1.25
10.00
5.00
-587.
-587.
-587.
-29
-29
-29
10058
-10091
- 1 0091
.
40.00
19.75
-587.
-587.
-29
-29
-10196.
-9867 .
16fl.00
2.50
-587.
-587.
-29.
-29.
-7631
-9485
.
0.25 -587. -29. -9484.
9.50 -587. -29 -9485
1 e25
40.00
5.00
-587
-587
-5870
-29
-29
-29
. -9485
-9484
-9484
.
160.00 -587. -29 -9484
19.75 -587. -29 .
. -9484.
0.50
2.50
1 a25
-94 1
-94 1
-94 1
.
.
0
0.
0.
10745.
1 0745 a
1 0745 .
10.00 -94 1 0. 10745
5.00
40.00
20.00
-94 1.
-94 1
-941
. 0.
0.
0.
10745.
1 0745.
10745
159.75 -94 1 0. 10745
0.25 -94 1 0. 1 0745
2.50 -94 1 0. 10745
1.00 -941 0. 1.0745.
10.00
5.00
-94 1
-94 1
.
0.
0.
1 0745
1 0745 .
.
40.00
20.00
-94 1
-94 1 . 0.
0.
10745
10745
I
STRIP NR EXPT 1M E P 1TCH ROLL OFF MODE
1
S T R I P NR E X P T 1ME YAW PITCH ROLL OFF MODE
639.75 -946 0. 10751
2.50 -946. 0. 10751
10.00 -946 r 0. 10751
10.00 -946 10751
40 00
40.00
-946
-946
0.
0.
0.
- 1 0697
-10697.
160.00
159.75
-946
-946
0. - 10697
-10697.
0.
640 00 -946 0. - 1 0696
4.00 -946 0. -10696.
16.00 -946. 0. -10696.
12.00
64.00
-946
-946
0. - 10696
-10695.
64 00
256 00
-946
-946
0.
0.
0.
- 10696
-10695.
256 00 -946 0. - 1 0695
123.50 -946 0. -10695.
2.50 -940 0. 10401
0.25 -940 0. 10401
10.00 -940 0. 1 0402
1.25 -940 0. 10401
40 00 -940 0. 10401
5.00 -940 0. 10401
160.00 -940 0. 10401
19.75 -940 0. 10401 50. 0101
0.25 224 489. -5405 50. 0101
2.50 224 489 -5405. 50, 0101
1.25 224 489. -5405 50. 0101
10.00 224 a 489 -54 05 50. 0101
5.00 224 489 -5405 50. 0101
40.00 224 489 -5405 O
S . 0101
19.75 224 489. -5405. 50. 0101
160 00 224 489. -5406.
4.50 315. -435. 9928
39.50 316. -377. 9926
0.00 879 -56 -102400
2.50 879 -560 -10241.
0.50 879 -56 r -10240.
0.25 -931 -75 -9762
2.50 -93 1 -75 -9762
1
STRIP NR DOY EXPT 1ME YAW PITCH ROLL OFF MOD€
-931 -9762
-931 -9762
-931 -9762
-931 -9762
-931 -9762
-93 1
-934
-934.
. -9761
-9760
-9760.
-934. -9760
-934. -9760
-934. -9760
-934. -9760
-934.
-934 . -9760
-9760
-9160
-916.
-9759.
-9759 .
-916.
-916.
-9759
-9759
.
. 50.
50.
0101
0101
-916.
-9160
-916.
-9759.
-9759
-9759.
. 500
50.
50.
0101
0101
0101
-916. -9758 500 0101
590 10186. 50. 0101
590 101B6. So. 0101
590 101860
590 10186.
590 10186.
590 10186.
590 10187.
590 10187.
571 10187.
571 10187.
571 10187.
571 101870
571 10187.
571 101880
571 101880
571 10188.
380 8269
380 8269
1
S T R I P NR EXPT IME YAW P ITCH ROLL OFF MODE
-586
-586
-586
-586
-586
-586
-905
-905
-905
-905
-905
-905
-905
-905
-905
-905
-905
-905
-905
-905
-905
-905
400
264
40.
40.
40.
40
40.
40.
40.
40
1.
1
1
1.
1
1
.
.
1.
1.
S T R I P NR EXPT 1 ME YAW P ITCH ROLL OFF MODE
E X P T I ME VAW PITCH R L
OL OFF WOE
844 -325. - 1 0365.
844 -325 -10365.
844
844
844
-325
-325.
-325
-10365.
- 1 0365
-10365.
.
844 -325 a -10365.
844 -325 -10365.
844 -325. -10365.
850 a
850
-292
-292.
. -10366.
- 1 0366.
850 -292 -10366.
850
850
850
-292
-292
-292.
. -103660
- 1 0366.
-10366.
850 -292. - 1 0366.
850 -292. - 1 0366
940
940
59
59
.
. -9940
-9940
940 59. -9940
940
940.
59.
59
-9940
-9940 .
.
940
940
940
59.
59
59
.
.
-9940
-9940
-9939.
Om 00*
2.50
65
65
-474.
-474.
-6382 a
-6382 .
.
1.25
10.00
65
65
-474.
-474.
-6382
-6382 .
4.50
40 00
18.00+
65
65
65.
-474.
-474.
-474.
-6382.
-6382
-6382
.
.
159.75 65 -474. -6382 S
922 47. -99 15
922 47. -9915.
922 47. -9915.
922 47. -9915.8
922 47. -9915.
922.
922
922
. 47.
47.
47.
-9915.
-9915.
-9915.
$20-245
OLUME 1
1
S T R I P NR HR/MN/SEC EXPT I ME YAW PITCH ROLL OFF MODE
1
S T R I P NR DOY EXPT IME YAW P ITCH ROLL OFF MODE
0050 906 0. -10105.
2050 946 0. -10105.
.5
13 946 0. -10105.
8025 946 0. -10105.0
5000 946 0. -10105.
40006
20 00
100
6.0
. 946
946
946
0
0
.
.
06
-10104.
-10105.
-10104.
2050 946. 0. -10105.
00
1.0 946 0. -10104.
00
1.0
40 00
39050
9460
946
946
0
0
0
.
.
. -10104.
-10103.
-10103.
6.0
100 946 0. -10103.
100
6.0
640 00
946
9460
0
0
.
.
-10103.
-10101 .
2050 9460 0. -10101 l
1.0
00
00
1.0
946a
946
0
0
.
.
-10101.
-10101 .
.
40 00
40 00
946l
946
0
0
.
.
-10101
-10101 .
100
6.0
100
6.0
429000
946
946
946
0
0
0
.
.
. -10100.
-10099
-10097.
463.00 234 -2400 10704 0
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5. 0101
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00 234 -240 00.
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12
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00
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5000 234 0 ' -2400 10704 500 0101
6.0
100 234 -2400 10705. 0
5. 0101
19075 234 -240. 10705.
0025 2160 -240 1 0705
2050 2160 -2400 10705
12
.5 2160 -240 10705
1.0
00 2160 -2400 1 0705.
5000 2160 -2400 10705
4.0
00 2160 -2400 10705
97
1.5 2160 -240 10705
il
S T R I P fW EXPT I ME YAW PITCH ROLL OFF OE
M D
159.75 216. -240. 10706
0.25 -389. 400. 1 0799
2.50 -389. 400. 10798.
2.00 -389. 400 10799
5.00 -389. 400. 1 0799
43.00 -365 412. 10799.
2.50 235 -229. 10776.
0.008 235 -229. 10777.
10.00 235 -229 10776
1.25 235 -229 10777.
40.00 235 -229 1 0776
5.00 235. -229 10777.
160.00 235. -229 10776.
20.00 235 -229 1 0777
0.50 235 -229. 1 0776
2.50 235 -229. 10776
1.25 235 -229 10776.
10.00 235. -229 1 0777
5.00 235 -229 1 0776
40.00 235 -229. 1 0776
20.00 235 -229 1 0776
160.00 235 -229 1 0762
2.50 235 -229 1 6763
0.25 235. -229 1 0762
10.00 235 -229 1 0763
1.25 235. -229. 1 0763
40.00 235 -229. 1 0763
5.00 235 -229. 1 0763
159.75 235 -229 1 0763
19.75 235 -229 10764
0.25 235 -229. 10764
2.50 235. -229. 10764
1.25 235 -229. 10764
10.00 200. -229 10764
4.75 235 -229 10764
40.00 235 -229 10764.8
20.00 235 -229 10765.
160.00 235 -229. 1 0766
2.50 235 -229 10765
0.25 235. -229 1 0765
CI w m d H H m m H C I I d d m H H d H H H m m - d m d H d H H C H m m H H d m m m m
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r 0 0 0 0 0 0 0 0 G C O O O O O O O O C C C O C O O O O O C O C O 0 0 0 0 0 0 0 0
0-I
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........................................
0 0 0 0 0 0 0 0
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1
S T R I P NP EXPT 1ME YAW PITCH ROLL OFF MODE
-51 18.
-51 18.
-51 18.
-51 18.
-51 18.
-51 18.
10192.
10192.
10192.
10192.
10192.
10192.
101920
10192.
10193.
10193.
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10193.
10193.
10193.
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1
STRIP NR DOY EXPT I ME YAW PITCH ROLL OFF MODE
163 506 224 -9480
163 5050 224 -9480
163 5060 224 -9480
163 506 224 -9480
163 5060 224 -9486
163 5060 224 -9480
163 5110 224 r -9475
163 5110 224 -9476
163 51 1 224 -94760
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163 511. 224 -9476.
163 51 1 224 -9476
163 5110 224 -9476
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163 5170 224 -9476
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163 151 1570 -3479.
163 151 1570 -3479.
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1
S T R I P NR DOY E X P T 1ME YAW P 1TCH ROLL OFF MODE
C( d C I H d d . 4 - m d C - d d m d - d d d d - d d H H H H d d H d C d d - d H m m
Ln 0 c G C C 0 0 0 0 O O O C C O C O 0 0 0 0 0 0 0 c C C O O O O O C C C O C O O O O
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1
S T R I P NR DOY EXPT IME YAW PITCH ROLL OFF MODE
E X P T 1 ME YAW PITCH ROLL OFF MODE
5673
5673
5673
5673
8800
8802
8801
8800.
8800
8801
8802
.
8802
8804
8805
8805
8805
8805
8805 8
8806
.
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8809
8770
8770
8770
8770
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8770
8770
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8708
8708
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8708
8708
8708
8708
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8712.
8712.
8712.
EXPT I ME YAW PITCH ROLL OFF MODE
87120
8713.
87130
87140
8714.
8772
8772
8772
8772
8772
8772
8772
8772
10472
10472
10472
10472
10472
10472.
10473
104730%
1 0472
10473
10472
10473
10472
10472
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10472
-4675
-4675
-4675
-4675
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-4709.
-4898
-48980
-4920
-4869
-4860
120-245
OLUME 1
1
S T R I P .NR DOY EXPT IM E YAW PITCH ROLL OFF MODE
EXPT 1 ME YAW PITCH ROLL OFF MODE
so
500
50
50.
So.
so.
50.
50.
1
1
S T R I P NR DOY EXPT IM E YAW P l TCH ROLL OFF MODE
I
'
S T R I P NR DOY HR/MN/SEC EXPT IME YAW ROLL OFF MODE
C( W m m m m m m m m m m m m m m m - m m M m m m m m m m m m d d m m M d d m d m m m
V\ 0 m m d m - m m c C m m m m d H m m m m m m m u m m m m m m m m m d m m m m m m m
4-W 0 O O O G O O O C C C O C O O O O O C C O O O C O O O O C C G C O C O O 0 0 0 0 0
z G O O O O O C O C O G O O O O O O G O O O G C O O O O O O O C C 0 0 0 0 0 0 0 0
a5 C
C
........................................
C 0 m 0 0 0 0 0
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C c O C O O O O
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- - - - m d - m
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a m d d d U m d . 4 dd.4.4ddd.4 m m d m m m m d d d . d m d m m . 4 H d d d d d m m
1
S T R I P NR EXPT 1 ME YAW P ITCH ROLL OFF MODE
100
6.0
.
20 00 -362
-362
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2050
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19 -460 r 74160
5 0.00 1890 -4600 74160
1
S T R I P NR DOY E X P T IME YAW PITCH ROLL OFF MODE
166 159.50 189. -460 7416.
166 19.75 189. -460 7416.
166 0.25 436. -210. - 1 0796.
436. -21n. -10797.
166
166
166
2.50
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166 4.75 436 -210. -10796.
166 40.00 436. -210. -10795.
166 20 r 00 436 -210. -10795.
166 160.00 436. -210. -10795.
166 2.50 436. -2101 -10793.
166 0.25 436. -210. -10793.
166 10.00 436. -210. -10793.
166 1m 52 436. -210. - 1 0793.
166 40 00 436. -210. - 10793
166 5.00 436. -210. - 10793
I 66 160.00 436. -210. - 1 0792.
166 19.75 436. -210. -10792.
166 0.50 436. -210. -10791
166 2.50 436 -210. -10791
166 1 e25 436. -210. -10791
166 10.00 436. -210. -10791
166 5.00 436. -210. -10791
166 40 00 436. -210. -10791
166 19.75 436. -210. -10791
166 160mOC) 436. -21 0. -10789.
166 2.50 -244 -235 -5386
166 Om25 -244 -235 -5387
166 10.00 -244 -235. -5386
166 1m5
2 -244 -235 -5386
169 40.00 -244 -235 -5386 5
166 5.00 -244 -235 -5385
166
166
160.00
20.00
-244
-244
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-235.
-5384
-5385
.
167 0.50 139. -240. 1 0235
167 2eFj(! 139. -240. 1 0235
167 1 e25 139. -240. 10235
167 10.00 139. -24 0 1 0235
167 5.00 139. -24 0 1 0235
167 40 00 139. -240 10235.8
120-245
OLUME 1
1
S T R I P NR EXPT I ME YAW P ITCH ROLL OFF MODE
19.75 1390 -240 1 0235
159050 1390 -240 102360
2.50 1870 -1540 10235
0.25 1870 -1540 10235
10.00 1870 -154. 10236.
1025 1870 -154. 10235.
40 00 1870 -154. 1 0235
5000 1870 -1540 1 0235
160.00 1870 -1540 10236
20.00 187. -154. 1 0236
603.75 264 -10. -10799.
4.50 266 225 -10799.
39 50 210. 420 - 1 07990
2050 150 -1820 - 1 07780
0025 150 -182. -10778.
10.00 150 -182. -10778.
1.25 150 -182. -10778.
40000 150 -182. -107780
5.00 15. -182. - 1 07780
.
160.00
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20 00
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10.00 2760 -451 9318.
5000 2760 -45 1 9318.
.
40 00
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160.00
276.
2760
276
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10050 240 296 -107980
4.75 235 2460 -10797.
39.00 2090 232 -10796.
2050 -270 -222. 10776
0.50
10.00
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1.25
40 00
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1 0777
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160.00
20 00
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-270
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-222 . 10779.
10780
E X P T IME YAW PITCH ROLL OFF MODE
1
S T R I P NR DOY EXPT I ME YAW PITCH OFF MODE
2050 -96 -306.
02
. .
.5
1 0 00
1025
-96
-96
-960
-306.
-3660
-3060
3.0
60 -96 -3060
5000 -96 -3060
6.0
100 -96 -306
2.0
00 -96 -3060
620-245
Volume I
ENGINEERING DATA BOOK - JSC
During all of the manned phases of the Skylab Program, NRL main-
tained a science console in the ATM Staff Support room at JSC.
One of the duties of the NRL team member manning the science
console was to record information in support of each frame of
S082A and S082B film exposed by the astronauts or during un-
attended operations. Experiment log books for each camera were
used to record the time of each shutter opening (accurate to one
minute of GMT), the day/night cycle number, the Joint Observing
Program (JOP), step and building block number, the solar feature
or target being studied, the exposure duration and wavelength and
appropriate comments pertaining to individual frames as necessary.
At the conclusion of the Skylab Program, the experiment log books
were compared frame by 'frame with engineering data compiled at JSC
and MSFC, and with each instrument's internal diode array informa-
tion. The results for this film camera are tabulated at the end
of this section. Each column is labeled on the .first page of the
tabulation. The FILM STRIP.column is a permanently assigned frame
number that identifies the mission and instrument as well as the
sequence in which each frame was taken. All of the remaining
columns were taken directly from the experiment log books and con-
tain information in exactly the order described above. Comments
from the experiment log books are recorded in Volume I of the
NRL/ATM SO82 Exposure Catalog (BBRC Document No. 620-249).
The glossary included in this section will identify all the
abbreviations and symbols used as well as the name of each
numbered JOP.
620-245
Volume I
MED Book G l o s s a r y
X r e p r e s e n t s a number a s s i g n e d by t h e p l a n n i n g committee o r by
NOAA :
BSP B r i g h t Spot
BSX B r i g h t Spot and Number
CAL Calibration, Target Unspecified
CFiX Coronal Hole and Number
EFR Emerging Flux Region
ELB E a s t Limb
FXX F i l a m e n t and Number
JOP 1 Chromospheric Network
JOP lA* Near Sun C e n t e r (R <.''.SR.)
JOY 1A-1" S t e p One o f JOP 1 A
JOP 2 A c t i v e Regions
JOP 3 Flares
JOP 4 Prominences
JOP 5 Limb P r o f i l e S t u d i e s
JOP 6 Synoptic Observations .
JOP 7 Atmospheric E x t i n c t i o n
JOP 8 Coronal and Disk T r a n s i e n t s
JOP 9 S o l a r Wind
JOP 10 Lunar L i b r a t i o n Clouds
JOP 11 Chromospheric O s c i l l a t i o n s
JOP 12 Calibration
JOP 13 Night Sky O b j e c t s
JOP 14 Solar Eclipse
JOP 15 Coronal Holes
JOP 17 B r i g h t Spot
JOP 18 Comet Kohoutek
JOP 19 Alfven Waves
JOP 20 R a p i d l y Changing Coronal S t r u c t u r e
JOP 21 Time V a r i a t i o n s i n Coronal S t r u c t u r e
JOP 24 L a t i t u d e V a r i a t i o n o f Coronal S t r u c t u r e
JOP 25 SO55 Maxi R o s t e r
620-245
Volume I
J O P 26 Coronal and Chromospheric S t r u c t u r e s
JOP 27 Velocities
K Comet Kohoutek
KC Kohoutek Coma
KN Kohoutek Nucleus
KT Kohoutek T a i l
LBX Limb and Number, 0 means 10
LB Limb
LSX Limb Scan and Number
NCX Network C e l l and Number
NP North P o l e
OBS Observing Time f o r Crew
X
PX Prominence and Number
QL Q u i e t Limb
QRx Q u i e t Region and Number
QR Q u i e t Region
S Shopping L i s t D e s i g n a t i o n
X
SX Shopping L i s t and Number
SC Sun C e n t e r
SGL Single Instrument Operation
SP South P o l e
UNA Unattended
UNK Unknown
VEL S t a r Gamma Vel
WLB West Limb
XX A c t i v e Region I d e n t i f y i n g Numbers, i . e . ,
00, 1 9 , 27, e t c .
* Sample - f o r s p e c i f i c J O P and s t e p d e f i n i t i o n s , s e e
J O P Summary S h e e t s .
620-245
VOLUME I
TIMF JOP-ST PR TGT EXP WVL
RAY 29 020-1 04R 14
WAY 2s 020-1 046 14
MPY 29 020-1 046 14
#AY 29 020-1 04R 14
MAY 29 02D-9. 040 14
MAY 29 020-1 04P 14
HAY 29 020-1 OVB 14
MAY 29 020-1 049 14
MAY 30
MAY 3p
WAY 30
MAY 30
FAY 30
MAY 3fl
MAY 30
MAY 3fl
MAY 3n
MAY 30
MAY 30
PAY 39
YAY 3P
MAY 3f!
MAY 3I)
M A Y 3n
MAY 3F
WAY 3 C
V A Y 3fl
WAY 3 0
WAY 3 P
MAY 3 0
MAY 30
MAY 3 0
MAY 30
YAY 31!
MAY 3n
MAY 3@
YAY 3fi
MAY 3f!
MAY 30
MAY 3n
620-245
VOLUME I
DATE TIME PR TGT EXP WVL
P A Y 30 150:15:@7
FAY 3 C 150:15:47
W A Y 3n 150:15:47
MAY 3 0 15n:15:b7
WAY 30 15!1:15:U7
Y A Y 30 150:15:4B
MAY 30 15(~:15:98
PAY 3 P 151-):15:51
PAY 3 n 15n:15:53 OJC 17
M A Y 3n 150:15:53 05C 17
klAY 30 151-):15:53 05C 17
WAY 30 150:15:53 OSC 17
M A Y 30 15~:15:54 05C 17
V A Y 30 150:15:54 OSC 17
MAY 3 0 15~:15:54 OSC 17
M A Y 3n 15n:15:55 OSC 17
M A Y 3n 15n:17:31
MbY 3 R 150:17:33
MAY 3n i!j0:17:~1
MAY 30 15n:17:12
MAY 30 15(?:17:12
PAY 3C 15~:17:12
MAY 30 150:17:13
WAY 30 150:17:15
MAY 3 P 15n:17:29
V A Y 3f! 15~:17:29
V4Y 30 15~:17:2"
M A Y 30 150:17:29
W A Y 3n 150:17:Etl
!WAY 30 150:17:30
MAY 3 0 15n:17:30
Y A Y 30 150:17:31
PAY 30 15@:17:51 UNK
P A Y 30 150:17:53 UNK
MAY 3 0 ' 1.50:19:00 05A 17
MAY 3!
C 150:19:01 05A 17
W A Y 30 150:19:01 05A 17
Y A Y 30 lSfl:19:nl 05A 17
N A Y 30 150:19:01 OSA 17
MAV 3f? 150:19:01 05A 17
V A Y 30 15n:19:@?
YAY 3C 150:19:OP
MAY 30 15n:19:Y.fl
M A Y 30 150:19:1n
W A Y 3n 15n:19:30
MAY 3 0 150t19:ll
Y A Y 3n 150:19:1!
P A Y 3n 'is0:19:11
620-265
VOLUME 1
DPTE TIME FILM-STRIP JOP-ST BR TGT EXP WVL
M A Y t(l o2A-2 05R 17
MAY 3 6 02A-2 056 17
WAY 3fl 02A-2 051: 17
W A Y 3n 02A-2 05C 17
MAY 3 0 Q2A-2 05C 17
P A Y 3n 02A-2 05C 17
Y A Y 3n 02A-2 OSC 17
M A Y 3fl 02A-2 05C 17
MAY 30
MAY 30
MAY 3I)
MAY 30
MAY zn
MAY 3n
WAY 3 0
M A Y 30
PAY 30
V A Y 39
M A Y gn
MAY 3 0
M A Y 3n
Y A Y 317
MAY 3n
MAY 3 0
WAY 30
YAY 3n
MAY 30
WAY 3n
MAY 30
MAY 311
MAY 3r!
YAY 30
rJAY 3 0
MAY 3n
P A Y 3n
M A Y 3?
FAY 30
MAY 3 P
Y A \ 30
nny 30
MAY z n Ot! 14
Y A Y 30 OR 14
MAY 30 08 14
MAY 50 lrn 1.4
.WAY 31! OP 14
P4Y 30 Or! 14
MAY 30 08 14
MAY 3n 00 14
620-245
VOLUME I
DATE TIME JOP-ST BR TGT €XP WVL
M A Y 3fi 150:19:33
P A Y 31. 151:01:27
MAY 3 2 151:01:?7
MAY 31 151:01:27
P A Y 31 151.:01.:?7
W A Y 31 151.:01:27
M A Y 31 151:01:2P
Y A Y 31 1.51:01:3R
M A Y 31 15?.:01:EO
M4Y 31 151:16:Zfl
MAY 31 151 :16:3R
PAY 31 151:16:38
MAY 31 151:16:3n
WAY 31 151 :16:38
PAY 31 b51:lh:~fi
FAY 51 151.:16:39
MAY 31 151 :16:39
MAY 31 151:16:4?
MAY 33 151:16:42
YAY 31 151:16:42
MAY 31 151:16:42
MAY 31 151:16:42
MAY 31 151:16:42
MAY 31 151:16:43
H A Y 31 151:16:43
MAY 39 151 :16:46
MAY 31. 151.:16:46
MAY 31 151:16:@f-
M A Y 31 151.:16:46
MPY 31 151:16:47
MAY 31 151:16:47
P A Y 31 159:16:47
Y A Y 31 151:16:4R
31 151:16:50
WAY 31 151:16:50
PAY 31 151:16:51
PAY 31 151:16:51
MAY 31 151:16:5J
MAY 31 151:16:!51
MAY 31 151:16:53
MAY 31 151 :16:52
MAY 32 151:16:55
YAY 31 151:16:55
MAY 31 151:16:!55
WAY 31 151316:55
MAY 31 1.51:16:56
FAY 31 151.:16:57
WPY 31 152:16:59
620-245
VOLUME I
DATE TIME JOP-ST BB TGT EXP WVL
FPY 31 151 :17:02
MAY 3 1 151:17:13
PAY 31 151:.17:13
Y P Y 31 151:17:13
FAY 31 151:17:13
MAY 31 151:17:1'+
PAY 31 15l.:17:15
MAY 31. 151:18:0@
M A Y 31. 151:18:02
MAY 31 151 :1R:13
M A Y 31 1.51:l€!:13
Y A Y 31 151:18:13
MAY 3 1 151:1R:14
PPY 3 1 151:18:14
MAY 3 1 151:18:15
3AY 31. 151:lP:Y 8
A I 152:18:?0
HAY 31 151:18:31
MAY 31. ' 1.51:18:31
YAY 3r 151 :18:31
r4AY 31 151 :18:31.
MAY 3 1 151:18:32
KAY 3 1 151:18:33
MAY 31 151:18:k6
M A Y 31 151:18:39 02C-5 23
M A Y 31 151.:18:4* 02C-5 23
MAY 31 151:18:Qa 02C-5 23
H A Y 31 151:1P349 02C-5 23
R A Y 31 151:18:50 02C-5 23
MAY 3 1 151:18:F1 02C-5 23
WAY 31 151 :19:5Q 028-1 OYB
M A Y 31 151:19:5@ 028-1 04R
FAY 31 151 :19:54
PAY 31. 151:19:54
MAY 31. 151:19:5@
VAY 31 151:19:54
VAY 31 151:19:55
MAY 31 151 :19:55
MAY 3 1 . 351:20:02
M A Y 31 151.:2n:C2
MAY 3 1 151 :20:02 028-1 O4C
M A Y 31 151:20:63 028-1 O4C
WAY 31 151,:20:03 028-1 OYC
Y A Y 31 151:2n:n3 028-1 04C
PAY 31 151:20:03 028-1 04C
W A Y 31 151:20:06 028-1 04C
V A Y 31. 151 :21:07 04 -6 03
M A Y 31 1St:21:07 04 -6 03
620-245
VOLUME I
DATE TIPE FILM-STRIP D/N JOP-ST BR TGT EXP MVL
M A Y 31. 151:21:07
WAY 3 3 3 52 :21:07
MAY 31 151,:21:n7
Y A Y 31 151:21:07
RAY 31 151:21:0fi
MAY 31 151:21:~9
N A Y 31 151:21:26
MAY 31 151:21:26
PAY 31 151.:23 : 2 6 F62
VAY 31 J 5 1 :21:?6 F62
EAY 31 151:21:26 F62
MAY 31 3,51:21:?7 F62
MAY 31 153.:21:27 F62
YAY 31 X51:23:30 F62
Jll?; 1 152:00:?!0 UNK
JUt,l 1.52:oO:f 0 UNK
JUP.; 1 15?:00:33
nJUh 1. J.52:00:33 .
JLIF' 1 152:00:33
JUP) 3 152:00:33
..JU% I. J.52:00:33
JUN 1 152:00:34
JUN 1 152i'00:3')
JUN I 152:00:37
5JUF.I 1 15?:00:44
JUb 152:00:44
\.IUbJ X 152:00:44
JUP! ? J.52:00:44
JUM I. 1.53:OO:uQ
JIJ~I 1. 15a:00:44
JUY 1 152:00:45
J 1 152:00:4Fi
UNK
LINK
18
18
18
18
18
18
JUP.' 3 153:15:37
JUN 2 153:15:35
GU
JV 9 1.57 :15:00
JUP; 9 153:15:un
JUN 2 153:15:4O
JUr.' 2 153:15:40
U P 3 153:15:4@
JUh; 7 153:lS:q.l
620-245
VOLUME I
DATF TIME JOP-ST BR TGT' EXP WVL
JUN 2 028-1 04C 18
tJUr8' 3 028-1 04C 18 '
JUM 2 028-1 .04E 18
JUN 3 020-1 0 4 18
tJUN 2 028-1 04E 18
JUM 2 028-1 04E 18
J~UN 7 028-1 04E 18.
JLIP-' 2 028-1 04E 18
JUW 2 028-1 04E 18
J1I.R 2 028-1 04E 18
I1UF.r 3 11 -5 10 QRl
JUN 2 11 - 5 lo Q'R~
JllN 3 11 - 5 10 QRl
JIJrd 2 11 - 5 10 QR1
.Jllhi a 11 - 5 10 QR1
JUN 2 11 - 5 10 QR1
JUN ? 11 -5 1.0 OR1
&JIJhi Z 11 -5 1.0 QRI.
,JUN 2 04 -7 Oh $62
,JUh ? 04 -7 06 F62
JUn! 2 04 -7 06 F62
JUN 2 04 -7 06 F62
JUhI . 3 04 -7 06. ~ 6 2
XJUN 2 04 -7 04 F62
JUhl ? 04 -7 Oh F62
JUN 3 04 - 7 06 F62
JlJN 3 020-5 07 17
JUF! P . 02D-5 07 17
JUbi ? 02D-5 07 17
JUh! 2 020,-5 07 17
JUN 2 020-5 07 17
JUhl 2 020-5 67 17
020-5 07 17 ,
020-5 07 17
04 -6 03 F62
04 - 6 03 F62.
04 -6 03 F62
04 - 6 03 F62
04 -6 03 F62
04 -6 03 F62
JUlv 3 04 -6 03 F6-2
sJlJPi 5 04 - 6 03 F62'
JLlh: 3 01A-1 03 ~ 6 2
I 3 01A-1 03 NC2
JUF' 3 OlA-1 03 NC2
JlJFl 3 01A-1 03 NC2
JUFJ 3 OlA-1 03 NC2
JUK 3 OlA-1 03 NC2
620-245
VOLUME I
, DATE. TIME FILM-STPIP TGT EXP WVL
JUN 3
JUN 3
JUN 3
JP
CU I 3
JUN 3
JUR 3
JUPi 3
JI.JN 3
.JUN 3
JUhr 3
JUN 3
JUFl 3
JUN 3
JIJt\f 3
Jut? ?
JUN 3
JUW 3
JUN I
?
JUFl 3
JUF! 3
J,Ur'i 3
JllV 3
tlllh' 3
JUh! 3
JUP 3
JUhi 3
JUN 3
JUi'.' 3
JUK 3
JUN 3
JUhJ 3
Jllk 3
JUh! 3
JUN 3
JUh 3
a UI ;
J : 3
.IUN 3
JUN 3
JUF: 3
JUh! 3
JUN 3
JUP: 7
J 3
JUP:
JUF' 3
,IUN 3
JUnl ..
3
JUIi! 7
620-245
VOLUME I
JOP-ST PB TGT EXP WVL
JUh' 3 028-1 04 18
sur.r 3 028-1 04 18
bJ1Jf" 3 028-1 04 18
cJUN, 3 028-1 04 18
JUFj 3 028-1. 0 4 18
JUhi 3 028-1 04 18
JLJN 3 028-1 04 18
5JlJhl 3 028-1 04 18
,JUI\! 026-1 04 18
. .
JUV 3 028-1 04 18
JUhl 3 038-1. 04 18
JUN 3 028-1 04 18
JUI" 3 028-1 04 18
JUP? 3 '. 028-1 04 18
JlJh 3 028-1 04 18
tJUr-! 3 028-1 04 18
JUM 3 028-1 04 18
J11 7 028-1 04 18
JUhi 3 026-1 04 18
JUP 3 .028b1 '04 1 6 .
SJUN 7 028-1 04 18
JUPJ 3 028-1 04 18
JUh: 0. 02A-6 07 23'
JU?; 0 02A-6 07 23
J.lJP' (1 02A-h 07 23
JUhi 4 02A-6 07 23
JURl U 02A-6 07 23
JUh! 4 02A-6 07 23
JUP; 9 02A-6 07 23
JUP: 02A-6 07 23
tJUN ,LC Q2R-3 07 18
JUF! 4 028-3 07 18
028-3 0 7 18
028-3 07 18.
O2R.- 3 07 18
028-3 07 18
028-3 07 10.
028-3 07 18
OIA-1 03 18
Ol A-1 0 3 18
JIJF; 4 01A-1 03 18
JUP! Q OlA-1 03 18,
JUF 4 01A-1 03 18
JIJF* 4. 01A-i 03 18
tJUN [! OlA-1 03 18 '
JUh! 4 OlA-1 03 18
JUhl Q 01A-2 03 QR3
JUN 4 01A-2 03 QR3
620-245
VOLUME I
DATE: TGT EXP WVL
JUP! 4
JUN 4
JUh! 4
JI . ! 4
JUN 4
JUN ,4
JUN
,JUf\; 4
JUPJ 4
JUW 4
JUhl 4
LJUK 4
JUh: 4
JUFJ 4
JUhl 4.
JUN 4
JUN. 4
JUN 4
JUh 4
JUp' Y
JUM 4
JIJht 4
,JUPi 4
JUN 4
01A-6 06
OlA-6 06
01A-6 Oh
O1A-6 06
0 3 A ~ 606
olA-6 O h
OBS
oib-i 03
620-245
VOLUME I
TIME FILM-STRIP JOP-ST RR TGT EXP WVL
JUFi 5 18-061-1 01A-7 11
JUIG 5 1H-061-2 01A-7 11.
JUN .5; 16-061-3 olA-7 11
JUF! 5 le-061-4 01.A-7 11.
JUh' 5 1P-061-5 OlA-7 11
JUW 5 16-061-6 01A-7 11.
.IUK = 1R-061-7 01A-7 11
%JUN C lE-061-8 1.2 D
JIJN 5 ie-~62-1 120
JUFJ 5 1R-062-2 028-3 07
R1Ut.l 1Bwn62-3 026-3 07
JUh* C 1B-062-4 02R-3 07
J 5 1P-n62-5 028-3 07
JUFl 9 18-n62-h 028-3 07
J r 5 IF?-062-7 02H-3 07
JUN S 1P-nh2-@ 028-3 07
sJUFi 9 1P-n63.-1 028-3 n7
JUD! 5 ID-063-2 02A-7 10
,JUF.! 5 ' I@-063-3 02A-7 1.0
I 5 1H-~63-4 02A-7 10
sJUN 5 1~!-063-5 02A-7 10
Jut: 5 1€3-063-6 02P-7 10
,JUI'! 5 1R-fi63-7 02A-7 10
JUP' 1R-06.3-6 0.2A-7 1O
JIIpl 5 1R~n64-1 62A-7 l r !
JUl4 S lE?-064-3 fl5 - 6 2 3
JUP-i 5 1P-064-3 0 5 -6 23
JUlG = 18-064-4 n5 -6 23
Jllr-: 5 la-064-5 0 5 -6 23
JUFI 5 1P-964-6 05 - 6 23
JIJF C 1B-n64-7 0 5 -6 23
JUh1 5 1@-064-I! 05 - 6 23
sJUN C; 1P-065-1 05 -6 23
aJLIW 5 1R-065-2 05 -6 23
JUh! S 1R-065-3 05 -6 23
Jlltd 5 It?-065-4 05 -6 33
JUN 5 1R-065-5 05 -6 23
JI.IH 5 10-065-6 05 -6 23
JUN Fc iR-n65-7 05 -6 23
JUPl 5 1f?-065-8 0 5 -6 23
JUN e; 113-066-1. 05 -6 23
JUh' 5 IF-066-2 05 -6 23
J 5 1H-066-3 0s -6 23
JIJh! 5 1P-966-4 05 -6 23
JUIt 5 lP-~fi6-5 05 -6 23
JlIFI 5 16-n66-6 05 -6 23
JUh' 5 18-066-7 05 -6 23
JIJF: 5 1.R-066-@ n5 -6 23
620-2413.
VOLUME I
T 1M I . EXP UVL
J u 5 176 95 -6 23 LB
1 . 5 1.76 05 -6 23 LB
JUW 5 176 05 -6 23 LB
JUr;l 6 176 05 -6 23 LB
Jtjl\l 5 176 05 -6 23 LB
JUPJ 5 176 05 -6 23 LB
J'u?: 5 176 05 -6 23 LB'
JUP.! 5 176 02 -6 23 LB
Jli?! 5 177 0 5 -6 23 LB
JUF' 5 177 0 5 -6 23 LB
ClUN 5; 177 05 - 6 23 LB
JUhl 5 177 0 5 -6 2 3 LB.
JUh' 5 177 0 5 -6 23 LB
JUFI! 5 177 0 5 - 6 23 LB'
JUl\l 5 177 0 5 -6 23 LB
JUN 5 177 0 5 - 6 23 LB
620-2'45
VOLUME I
DATE FILM-STPIP EXP WVL
tJUaI 5
LJUh' 6
JUI': 6
JUN d
JUF' h
JUhi Iz
JUK 6
.JUW 6
,JUS G
JUh' 6
JUN 6
JUP: h
JUbl 6
JUM 6
JUFd 6
JUb! C?
J1.1P! 6 Q2A-6 0 7 27
JUR' 7 120 UNK
5111!'! 7 12D lJF!)<
JllM P. 0 2 ~ 9 71 0 31
JUN 4 02A-7 10 31
JUK 8 r12A-7 10 31
J U ? 028-2 05 18
Jl J h + 9 028-2 0 5 18
JUk 9
,JUB 9
.I.Ulu s
JLIK '
3
JUb. 9
.JlJF.! 9
JLIP! c!
QJUfi? 9
620-245
VOLUME I
DATE TGT EXP WVL
JUFJ 4
JUN ?
JUPi Q
JUIQ 9
JUh! 4
LJUhi L"
JUK 9
JUN 9
02A-I O4C
02A-1 04C
02A-1 O4C
02A-1 04C
02A-I O4C
02A-I 09C
02A-1 O4E
02A-1 OUE
JUN 9 31
JUb 9 31
JUbl 9 31
JUh' 9 31
JUK 9 31
JUM 9 31
LJUF: 3.1) NC 1.
JUN 1 P NCl
JUK 1 0 NC1
,.J[lh! 1.f
!' MCl
L.IUF! 1 I ! NC 1.
JlJN 1.0 NCX
JUhl I n NC1
JUN 1 0 NC1.
LJUR I ? NC1
JUN 1 0 NC I.
JIJN I[! NC1
JUIU in NC1
JUN 1.n NC1
JlJN 10 NCI
.IUr'.i in NC1
LJUF! 10 NC1
rJUN I. OR i
JUN 1.0 . QRI
JUN . l r !
JUF~ 1 4
JUN I F
JUh! I(!
J W ¶.n
J
I
SJIJF! 1 0 .
JIJF! In
JUN 1.0
620-245
VOLUME I
TIME FILM-STPIP U/N JOP-ST RR TGT EXP WVL
JUk I ?t
n
J L J i~ ~
,JUM 1 P
JUN 10
JUFI 1 0
JUN i n
JUF; 1.0
JLIM 1 0
JUM 1.0
t-J.UN 1 0 '
;.JlJP.' 1.0 .
JI.JN ~n
JlJN 3 9
\JUN 1 0
IUN 1 C!.
JUN i n
NCI
NC1
NC 1
NC1
NC1
NC1
NC1
NCl
\JUN XI! NC1
1
J L J ~ 10 NC1
<JUFI i n NCI
JUN 1 0 NCI
JUM If! NCI
JUN l ! l NCl
JUh! 1 0 NCI
JUN 1.0 NC1
JUN 10 NCI
JUN in NCl
JUN 10 WCl
JUN 10 NC1
JUM 10 NCZ
JUH 1.0 NCI
,Ju,N 1(r NC1
.JUJU 1.1) NC 1
NC1
NC1.
NC1
NC1
NCl
NC1
NCl
NC1
620-245
VOLUME I
DPTE TIME JOP-ST BR TGT EXP UVL
JUM 10 161:20:50 018-5 11 NC1 : 2;5S
JUN XO 161:20:50 018-5 11 NC1 : 0e3L
JUN I? 161:203=.0 016-5 11 NCl :I0 S
JUN Ilr. 161:20:'50 018-5 1.1. NCJ t 1e3L
JUPI I!? 1.6.1:2~:50 018-5 11 NCI :40 S
JUN 1.n 161:20:51 018-5 11 NC1 :5 L
JUN 1fl 161.:20:51 01.8-5 11 NC1 2:40 S
JUN in 1.61.:20:53 016-5 11 NC1 320 L
JUN 1.0 161:21:58 016-6 Oh NCl : Oe3L
JUld 1 P 161:21:58 01f3-6 06 1 : 2eSS
JUN 1 0 16; :21:5R 018-6 06 NC1 : 1e3L
JUN 10 161:21:58 018-6 06 NC1 :lo S
JUM 1 0 161:21:5R 018-6 Oh NC1 :5 L
JUP! 10 ?61:21:58 018-6 Oh NCI :4O S
JUN 1fl 161:21:59 018-6 06 NC1 :20 L
JUC~1 n 161:21:59 018-6 06 NCX 2 S
tJUFJ
tJUb
JUN
JUfJ
JUF'.
LJUW
JUN
JUM
JUN I t 362:01339
JUM 11 10~:01:39
JUN 11 162:01:3'?
cJUhl 3.1 162:OI. :40
JUN 11. 162:Ol:QO
JUN 11 162:Ol:QO
JUN 11 162:01:4I
JUF2 11 lh2:01:41
JUN 11 162:18:30
.JWN 1.1. 162:18:30
JUN 11 162:1R:3n
JUN 11 162.:i8:31
JUN 11 162:18:31
JWU 11 162:18:31
J'WM 11 162:18:33.
&N 11 162:.1;9:3?
JUN 1.1 162:16:39
JUN 1 1 162':18:39
JUhl 11. 162318:4!l
JUL' 3 1 162:lR:QO
sJUF'11 162:1.8:4(!
JUC;ll 162:18:40
SUN 1 1 162:18:41
JUk 11 J.62:18:&1
620-2Q5
VOLUME I
JoP.-ST Rf! TGT EXP MVL
JUPJ 11
JUIC 11
JUN 11
JUI?! 11
clllN 1.1
Jurd 11
JUP 31
\JUN 3-3
JUP' 11.
iJUK 3.1
JIJP' I?.
JlJW 1.1
tU2 11
J 11
SJUY 11.
JUN I !:
JIJY 11.
JUP. 1.1
JUFi 11.
JUF' 11
JUF' 13
JUF 11
JUP 11
JUN 3.1
, UF.'
I 11
620-245
VOLUME I
DP.TF' EXP WVL
JlJb! 1.1
JClY 11
uJUN 11
JUM 1 1
JUN I.!
SUN 31.
S J U ~ ~ 11.
tJUV 11
JUN 11
JUM 1.1
J W 13
.U
JUN 11
rJUr,! I1
kJUF*; 11
JlJh' 11
JlJPl 3 1
IJIJfii 11
J 1.1 b' 1 1
JIJI\' 1?
J J . 11
1 Fi
,JUPJ 1 1.
,JUb' I !
JUI! I !
JUN 11
JUbi 11 02E-2 Oh 31
J4JF I.! ORS QR1
JUF' 1 1 ORS, QR 1.
.JUr'i 1 1 ORS QR1
II
J J V 3.1 120-1 06 OR1
JIJF! 1J 120-1 06 (JR1
JUf4 , I ? 1 1 - 2 1.0 31
tJIJT\! 1 3 11 - 2 1.0 31 .
8Jllr: 13
JLIF 1.3
JUN 1 2
JUN 13
J U U 3.3
JlJP 1 2
JUN I ?
JUFJ 1 2
aJUh! 1.2
JUF' 1 2
JUFI 1. 3
JUN 1 3
..JUP: 1 3
JUP' I ?
JUb! 1 2
.,jur.; 13'
620-245
VOLUME I
D/N JOP-ST RE! TGT EXP UVL
Jrn 12 .
iJUM 1 2
JUP; 12
JLIN I.?
kJUN I?
JLIh 1.3
JUbJ 1 2
JUk 12
JUN 13
JUN 1.2
JUN 12
J.UN 1?
.IUN 12
JUb l ?
.JUW 12
,Jllf'J 1 3
JUP! 1.3
LllJ'Q 19
eJIJh' I?
JUP! I ?
JlJh 12
JIJK I.?
JUF 12
JUH 13
.JUN :
, n
JVM 12
JUbl 32
JUFJ 13
\JUP 1 2
JUN 12
JUni 13
JUIt 1 2 '
62.0-245
VOLUME I
DATE JOP-ST RR TGT EXP VVL
lJ~F' 12
LJIJI?: 12
JUH 13
sJl..!P! 1 3
JUk I ?
;IUF 13
,JIJPI I. 3
cJUrl '13
,..IU,N 12
..IWPt I:!
JLIb. 3.3
JLlr:i I ?
JUN 13
Jut\: 12
s.JUF' 13
JlJh! 13
JlJh! I?
JIJK I.?.
..IUh' 13
JLiE 12
JI.IFI 1. ?
kJLJr; 12
Juh: 1 2
JUh: 3.3
J l J p . 13
e.JLIP' I.?
LJll?' 1 2
sJIJh 1?
JUP! 1.3
*JUFb; 1 2
.JUrl 3 2
JUW 12
010-1 03 RS.1
010-1. 03 RS1
01.0-1 03 RSY.
01D-1 03 BS1
010-1 05 BS1
010-1 03 BS1
01D-2 03 BS1
C!1Di2 03 RS1
620-245
VOLUME I
EXP WVL
010-3 06 BSl
010-3 Oh RSI
010-3 06 eSl,
01D-3 06 BS1
010-3 Oh BS1
010-3 06 RSl
010-4 11 RS1
010-4 11. RSl
.Jut\, 12 ,
JUM 13
blln!. 1.2
JUW 13
Jklh' l 3 c
k J 1.J N 1. 2
JUk 13 ,
cJlJF' 3 .3
tJllN 1 2
JUhi I r
JUhl 1.3
3Ur" 12
iJL!h. 1.2
iJtJP! 19 .
dUP1 12
3UFI 12
O A'TE JOP-ST BR TGT EXP WVL
kJUb! I.?
\J.UN 1 ?
tllJb' I ?
JUl" 1.2
kJUh' I.?
JUfil 1 9
JLIW 3.2
slllry I?
J U N 1.3
J-UN 12
JUb 12
JUN 13
Jt.r9i 13
J,UP..! J. .7
,111h' 13
JUFJ 13
clUN 17
.JlJt' 1 2
JUP* I?
JIJF! I?
..11JP' 1 ;
!
JCIF. 1 2
JUK I ?
JUP' 1.2
620-2Q5
VOLUME I
TIME EXP WVL
JUIY 'I.?
JlJW 1 2
JUW 1 2
Jtm 1 2
, J U B ~ 1.2
JUB1 13
JUN 13
'JUN 1.3
JUN 1.3
JUN 13
LJUN 13
JUFj 1.3
LlUhi 13
JUN 1.3
JUh: l?
Jt.IK 13
JiJF I.?
i3
%~ijr~;
JlJk 1.3
JUN 13
JUh' 1.3
JUN 13
JUN 13
JlW 3.3
JUrD 13
JUF 1 3
JUb' 1 3
JUF.4 I 3
JIJ". 13
. JUh! 13
a.JUP: 13
JUH 17
620-245
VOLUME 1
fl/M JOP-ST RR TGT EXP WVL
JIJK 11 l.6l*:20: Er! 299 12R-2 13 LB1 :40 S
JUN 13 164:20:31 299 126-2 13 LR1 1 L
JUF! 17 164:20:31 293 128-2 13 LBI 2:40 S
.JU?f 31 164:20:33 299 ,128-2 13 LRI :40 L
I 13 1 6 4 : 0 :34
2 299 128-9 13 LEI1 7:52 S
JUW 1 3 1f>q:21:25 30@ 12R-2 1.3 LBI 2:40 L
JUnj 1 3 16U:21:PO aoa l e e - a 13 LBI :lo s
I i I.~LL:~I:~P 3CO 128-2 13 . LB1 : 2m5L,
300 120-2 13 LBl :40 S
300 128-2 13 LB1 :lo L
300 128-2 13 LBX 2:90 S
300 128-2 13 LB1 :40 L
300 128-2 13 L.61 10:40 S
300 120-2 13 L 8 1 2:40 L
,900 32H-2 1 3 LBl :I0 S
. 300 128-2 1.3 LB1 : 2,SL
Ji! 1.3 lhq:21:06
JUhl 1.3 1.64:21 :46
,JUI\,!1.3 jhu:21:ir7
JUK 1.1 1.&4:21 :'19
JUF.' 13 164:21:50
I ' 1 lh4:22:(;1
~Jljf" 33 1.64,:22: Q??
aJl.lh! 1.3 164:22:(\Q
JUF' 1.3 164:22:C1! 300 12U-2
JUK 1 3 164:22:05 30C 128-2
JUiii 1 3 164:22:05 300 120-2
1 1 :
1.64 22: 09 aoo 138-2
JUh! 1.7 164:22:10 300 128-2
!JUN 1.3 164:22tER 301 128-3
JlJN 1 3 1 6 4 :22: 5 8 3 1 120-3
JUB 1 3 1.64:22:5e 301 128-3
12R-3 O h LBl : le3L
1.2R-3 0 6 LR1. :40 S
12R-3 06 LR1 : 5 L
128-3 06 LR1 2:40 S
128-3 0 6 LB1 :20 L
120-3 Oh LB1 : Oe3L
128-3 Oh LB1 : 2.5s
128-306 LB1 :1e3L
620-245
VOLUME I
JOP-ST 88 TGT EXP WVL
JUh' 1~ 164:23:1'? 06 LB1
JUN 3 % y,64:23:3.?' 06 LB1
1 3
~ ~ ~ 1 . J64:23:24 Oh LBl
rlllb' 1 3 1,64:23:lu 06 LB1.
dub! 13 ?.64.:23:15 06 LBl
! 1 16U:23:?1. 06 LR1
J.UI\. l ? 16'(:23:?2 O6 LR1
U 1 J.6432<:32 06 LB1
620-245
VOLUME I
JOP-ST BE TGT EXP WVL
\JUF' 1
11
JUK 111
JUN 14
JUR! 10
J U N 11:.
JLJN 1 4
JUN 3 u
\JUV 1."
J1IP.I 1.Q
JUrJ 1 4
JL! R' .I 4
J!Jhf 14
JUI!! 1LI
d I fiJ 1q.
L
JUR 14
J1 I
1F
LJIJlY 1.4
.JUR 1.u
JUR' 111
tJUF1 1u
,?UP! 1.4
JUF: 14
JIJ?! 14
n.JUF' 3.4
620-245
VOLUME I
EXP WVL
.J 1-1 rt! 1F;
J'UK 3 =
LJlJt.! 15
Jl.)!! 1 5
l F 15
JJ
JUK 1 5
,JL1F1 IF.
JUP: 1 5
DPTE EXP WVL
JIJt' lK
,Jl)ri 15
I5
,Jl!F.i
JU% 15
JLlht If;
JUh' 15
ClUCi 15
.JUh! 3 5;
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15
JLIN l C
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35
.JUl.b! J 5
,JIJI:I 1 6
6JUr' 1 5
JClh! IF.
.IlJrl 15
JU'. 15
tJLJb! 1 5
t.!UF?: 1 q
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.Ilj 51 I. 5
a.JIJP: 19
tJlJt\l 15
JUPJ l =
t J I l r . 17
JUh: 17
cJlJF 1 5
JUN 115
,JIJFi 16
JVP. IF;
JIJhl 15
nJI.ITZ 15
JUr,;. 1.5
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,-JUT\' 1 5
.JI.IP' I. 5
tJ1.IbI 3 5
t.IIJP.1 1 5
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LJ (.I 111 15
.JlJb! 15
Jl.Jb1 1!=
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,J!.!P.l 35
LJLJA 3 5
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3
620-245
VOLUME I
EXP WVL
J [ ~ K lFl166:14:?4
cJlJF.' 15 166 3 14: 3'4.
JUf\1,35 6'1:'
16:4.d
JUN 15 1,66:14:~6
SI..IP! 1.5 . lh6:14.:36
JCb' Y6 166:14:36
JUN 15 160:14:3p
JilN 1 5
. ;:4.3
"61:3
JU?; 15 366:15:44 327 03A 08 31
JUh' 1' 166:15,:4~ 327 0.3P 08 31.
JUf9 15 1~&:15:~3 327 03A 08 31
JLJF! 1q' 166:15:53 327 03A Ob 31
JIJF" 3.6 1 &6:.15:F?3 321 63A OR 31
JlJk: 15 166:35:53 327 O3A Or! 31
J I 166:15;:i53 327 O3A ' 08 31
JiJh IS 1€>6:15:54 327 O3A OR 31
620-245
VOLUME I
T I ME. SIB TGT EXP WYL
,u ! 1 4
tb
JIJb' 15
LJUW 1 5
JUP! 1 5
L JU
rnJ 1.5
JUN .1.5
.JUH 15
JUF; 1.5
EXP WVL
FIL.fl-STPIf' D/lu JoP'-ST RB 167 EXP WVL
J~JW 'I7
c!Lll\r
17
J:IJN 37
JlJF' 1 7
Jut! 1 7
JUP' 1 7 .
1JUF: 17
J.lip: 17
JUS! 17
%.JI?N17
<I\Jb! I.?
JUtv 17
Jl!FI 17
JUh 17
JUN 17
JUM 1.7
JlJY 1 B
JL)P1 l a
.JUP! 19
JUS' 1 P
JU!V 1P.
J.UM. 1P
JU61 18
,SUFI 1 R
620-245
VOLUME f
UaTE Re TGT EXP WVL
JUN II!
JUK 1.t
JLlN 18
JUN I A
.JUN 1fl
~ i ~ .r R
I d
JUf4 .:! r!
JUP' 3.8
JLI6.I 18
,?lJh! J
JUPI 1R
.JLIP! 1 P ;
JLIP! I n
'
..JUh;. 1 9
club; It!
J U N 18
tJlJRi 1.9
Jl!N In
JUP; 1P
JIJF' 1.R
JUF: in
JUh1 I.?
JUV 16
JIJb? 1iC!
