41248400E_9461_Diagrams_Mar70 41248400E 9461 Diagrams Mar70
41248400E_9461_Diagrams_Mar70 41248400E_9461_Diagrams_Mar70
User Manual: Pdf 41248400E_9461_Diagrams_Mar70
Open the PDF directly: View PDF 
.
Page Count: 104
| Download | |
| Open PDF In Browser | View PDF |
SIN /14 0.29
I
CONTROL DATI'fi} 9461
DISK STORAGE DRIVE
A12 AND ABOVE
B12 AND ABOVE
I
DIAGRAMS &
CIRCUITDESCRI PTION'
CARD PLACEMENT
WIRE LISTS
I~ONrHOI
IlArA
, CUSTOMER ENGINEERING' MANUAL
CONTROL DATA@ 9461
DISK STORAGE DRIVE
A12 AND ABOVE
B12 AND ABOVE
DIAGRAMS &
CIRCUIT DESCRIPTION
CARD PLACEMENT
WIRE LISTS
CONTROL DATA
CORPORATION
CUSTOMER ENGINEERING MANUAL
RECORD of REVISIONS
REVISION
NOTES
·A •
(2-14-69)
Manual released. This manual incorporates all change orders released prior to
2-14-69.
B
(6-2-69)
Engineering Change Order PM5534 incorporating the following:
ECO PM4243C affecting pages 1-1, 1-5, 1-7.
ECO PM4539B affecting pages 3-37, 3-40, 3-41, 3-42, 3-43.
ECO PM4645 affecting pages 1,:-13.
E:CO PM4677 affecting pages_ 3-26, 3-27.
ECO PM4772 affecting pages 3-47.
ECO PM4787 affecting pages 3.:-37, 3-40.
ECO PM4823 affecting pages 3-37, 3-38, 3-39, 3-40, 3-41, 3-42, 3-43, 3-44, 3-45.
ECO PM4843A affecting pages 1-1, 1-5.
ECO PM4914 affecting pages 3-24, 3-25.
ECO PM4949 affecting pages 1-9.
ECO PM4950 affecting pages 3-24, 3-25.
ECO PM5020 affecting pages 1-13, 3-37, 3-40, 3-41, 3-42.
ECO PM5033 affecting pages 1-13.
ECO PMS037 affecting pages 3-44, 3-45.
ECO PMS038 affecting pages 3-37, 3-40, 3-41.
ECO PM5279 affecting pages 1-5.
-
C
(7-31-69)
Engineering Change Order PE12154 incorporating the fo11owin~:
ECO PM4840B affecting pages 1-15.
~CO PM5186 affecting pages 1-3, 1-5, 1-11, 3-2, 3-9.
ECO PE12095 affecting pages 1-14, 1-15.
D
Engineering Change Order PE12524 incorporating the following:
FCO PM5354A/ECO PMS354B affecting pages 1-13, 3-28, 3-29.
FCO PE1210lA/ECO PE12101 affecting pages 1-1,1-9, 3-13.
FCO PE12005 affecting pages 1-9, 1-11, 3-13, 3-14.
FCO PE12126 affecting page 1-11.
FCO PE1213l affecting pages 1-13, 1-15.
EGO PE12054A affecting pages 3-44," 3-47.
ECO PE12074A affecting pages 1-9, 1-11, 3-13, 3-14.
ECO PE12078A affecting pa~es 1-13, 1-15, 3-37 thru 3-43.
EGO PE12211 affectin~ Ea~e I-S.
ECO PE12231 affecting page 3-32.
ECO PE12245 affecting~s' 1-9, 3-15.
ECO PE12328 affecting pages 1-1, 1-1~!3-1.
(1-13-70)
Pub No. 41248400
1969, 1970
by Control Data Corporation
Printed in United States of America
@)
\
Address comments concerning this
manual to:
Control Data Corporation
Technical Publications Department
4201 North Lexington Avenue
St. Paul, Minnesota 55i12
or use Comment Sheet in the back of
this manual.
RECORD of REVISIONS (CONT'D)
41248400
REVISION
F===l
E
(3-4-70)
NOTES
ECO PE12343 affecting pages 1-3, 1-5, 3-0,3-12.
ECO PE12370 affecting pages 3-20, 3-22.
ECO PE12461 affecting page 1-11.
Editorial Changes affecting pages. 1-26, 1-29, Forward.
Engineering Change Order PE12573 incorporating the following:
FCO PE12075, FCO PE12l69/ECO PE12074 affecting page 1-26.
ECO PE12515 affecting page's 3-37, 3-38, 3-39", 3-40, 3-41, 3-42, 3-43.
ECO PE12636 affecting page 1-13.
I
,
PREFACE
Customer Engineering material for the CONTROL DATA ~ 9461 (Mods
12 and above) Disk Storage Drive is contained in four separate
manuals, and provides all information required for installation,
operation, and maintenance.
PublLcation No.
41246800
General Description,
Operation, Installation
and Checkout, Maintenance
Publication No.
41248400
Theory of Operation,
Diagrams, Wire Lists
Publication No.
41245200
Illustrated Parts List
Publication No.
40826700
Disk Storage Drive (OEM)
1604 Logic Modules Manual
CONTENTS
Part 1. Diagrams &
Circuit Description
Part 3. Wire Lists
Description of Wire Lists
l-ii
1-1 Logic Wiring
1-3 R/W Logic
Control Panel
1-5
1-7 Actuator, Harness
1-9 Actuator, Misc.
1-11 Duo-Tyne Connector
Filter Box
1-13
1-17 Final Assembly I
1-18 Voltage Adj. (+20 VDC)
1-29 Voltage Adj. (-20 VDC)
Front Panel
D. C. Power Panel, Harness
Part 2. Card Placement
D. C. Power Panel, Misc.
Card Placement information is found
A. C. Power Supply, Harness
on page 1-11.
D. C. Power Supply, Harness
W3 Cable
Key to Logic
I/O Logic
Position Logic
Acces's Control
Motor Drive Logic
Read/Write
Card Pla'cement
Power Supply
Carriage Wiring
Flow Charts & Timing Diagrams
±12V. VOltage Regulator
3-ii
3-0
3-20
3-23
3-24
3-26
3-27
3-28
3-29
3-30
3-31
3-32
3-33
3-35
3-36
3-37
3-44
PART 1
DIAGRKMS & CIRCUIT DESCRIPTION
--:>'
Control delays may ha\'e multiple inputs and/or' IllLlltipl<: outputs,
('ontrol delay has multiple output terms 0,
t!.
J
When a
ot' N t(~I'lll),
lnore than on(! V. Y,
in the same mannel' as capacitive delays (~x('ept for th{! vl!r'tiral lines) unless
they arc used as delay lines.
circuit letters are present, pin numbers ai'" shown adjacent to the input and
each output term may have a separate conditioning input.
output art'ows.
STANDARD
A capacitive delay is used to delay the" 1" input to a logic dement.
are not affected by the delay,)
Capacitive ddays may be active Of' passive,
circuit.
2B29
points for the scope and probes var'y fOf' different ranis and should be detel'-
-{II
DELAY
Pin nUlllbers arc also shown when external wit'ing is
needed to connert the proper raparitance,
TWISTED- PAIR
CONNECTOR / "
NUMBER
Figure 12.
In the third
SECOND PIN
........... (NEGATIVE-
LINE)
FIRST
PI N
NUMBER
(POSITIVE -BIASED
LINE)
Inductive Delays
Figure
Voltage levels used to repn.!sent "1
3C16A- 5: 10, II
2C28A
~
2C27C
~
0.2 ,,"SEC
EJ
those used for' internal logic.
401
0,7 ,,"SEC
FIXED
l~.
Cable Connections
PLUGGABLE
2C16- 9,10
2012-7
Active Capacitive Delays
These cards may be considered as
The letter's commonly
capacitors, located on one or nlore capacitor cards, as an AND input to the
For this reason, all passive delays show pin numbers
SPECIAL LOGIC SYl\1ROLS
assoriated with these cards are L & M (1604) and ]{
/<.,
T (3000 Series).
Nonstandard elements (special logic and/or non-logic elements) are r'epresented by a special circuit symbol (generally a rectangle as shown in Figure
A
16).
The special circuit symbol always shows the symbol designation, jack
:lOOO Series Receiver may also be used to perform a logical inversion by
location, and the card type.
swapping the twisted pair wires.
This usage is indicated by a circle on the
such as in the case of special delay cards whirh indicate the delay period.
In Figure 13, "1 's" and "D's" have been added to
For detailed information refer to the specific car'd type in the appropriate
clarify the logic states; they are not pal·t of the symhol.
All passive capacitive ddays (Figure 10) are formed by wiring grounded
affected logic element.
and ,·O's!! on ('ables ar'c different frorn
inverting the signal electdcally, but not logically,
input side of the symbol.
Figure D.
IS"
The level shift to and from internal logir is
made by line dl'ivel's and line receivers.
4 MS
WITH EXTERNAL
CAPACITOR lSI
"I"
"I"
""
~~
"0"
"0"
to provide this ext cr'nal wiring data.
Figure 13.
Printed Circuit or Logic Module l\lanual.
"I"
"I"
"0"
~~
~>-+
Supplemental information may also be shown
SUPPLEMENTARY
INFORMATION
SYMBOL
DESIGNATOR
Typical Line Driver/ Receiver Symbols
CHASSIS
LOCATION
",.
..I.
~
Line Driver's / Receivers
cards.
",.
LINE
OUTPUTS
example, this wiring connects to capacitors located on two sepal'ate capacitol'
-'
TRANSMISSION
1 '- ~
BIA~~MDBER
3HI-A9, AIO
tN
In Figure q, the pluggable rielay
uses this wiring to connect to capacitors on the same card.
RETURN)
~~
~
t2
TIM ED
GROUND
M
OF
f~
tl
(COMMON
DELAY
I
to
Active delays may be recognized by the circ'uit lettel' always present as pal'!
INDUCTIVE
LINE
mined by referring to the Printed Cin,uit :'ITanual.
of the card location.
(SHOWING PIN "M"
CONNECTOR
2J12)
0,15 fLSEC
TAPPED
WIRE
2JI2
~
0.1 fLSEC
Delav periods are checked by using a dual-trace scope connerted to
The actual connectioll
SINGLE
DELAYS
~
depending upon whether or not transistor's ar'e used as part of the ddaying
the input and output of the delay produring elerne,,!.
INDUCTIVE
2H34D
("0" inputs
Cable connect ions are r'epr'esented by the MIL-STD-15 symbol and identified
as to connector' location and pins used, as shown in Figure 15.
Figul'e 12 shows both kinds of incluctive delays.
Capacitive Delays
CABLE IDEl'TlFICATION
On multi-section c[!I'cls where no identifying
3C2B-6,7
NON - LOGIC CONVENTION
~
~OBSOLETED
,1 ~ ~EPRESENTATION)
B fLSEC
13c2B-6,7
Figure 16.
signal voltage level from that used in internal logic,
The double bar appears
INPUT/OUTPUT DESIGNATIONS
on the input or output side of the symbol, depending on which side connects to
the non-logie-level signal.
Figure 10.
Symbol for Special Circuits
The use of the double vertical bar, as shown in Figul'e 13, denotes a shift in
Passive Capacitive Delays
No particular voltage level is implied by the
Where several pages of logic are involved, a symhol index and term list
(side cars) are incorporated within the manuaL
double bar - only that it is non-logic.
Also in certain instances
such as special card types or on equipments for which no equation SUlllmar.\
Capacitive delays may be adjustable or nonadjustable, depending on the card
t)pe and/or the external wiring connections on the cani.
sary to adjust the delay period in order to obtain specified circuit operation
(usually done by \'arying a potentiometer in the RC network), a diagonal arrow
is added to the delay symbol as shown in Figure 11.
2C2IA-5:11,12
3C2B- 12: 13
~.
~
exists (as for peripheral devices) input and output pin num bel'S are indicated
JACK ASSIGNMENTS
When it is neces-
FOR
GAP
Each numbered term in the logic diagrams contains a Jack assignment show-
(circuit section) associaterl with it.
For some card types, the test point
letter is replaced by a pin number.
For these cases, a card extender must
no test point.
Adjustable Capacitive Delays
*CHASSIS NUMBER
~
II I
OUTPUT
TEST POINT
8
An inductive delay is used to delay either the" 1" or "0" input to a logic
element or as a tapped delay line for timing of operations.
The symbol fOI'
this delay is an elongated oval with a double vertic-al line just within the input
When used as a tapped delay line, the inductive delay is
terminated in its characteristic impedance.
Inductive delays are identified
K511
FUNCTION
.........
K401
(FORWARD) II04
!
INPUT SYMBOL DESIGNATOR
Figure 17.
HORIZONTAL (COLUMN)
2 D 12 A
Inductive Delays
end of the oval.
Figure 14 illustrates the
(BUSY) I203
OUTPUT PINS
\
OUTPUT SYMBOL
inverter J001, with 2D12A representing its jack assignment.
ORDINATE (ROW)
Figure 11.
Also, some symbols show
This is because the entire card is used for one purpose
(e. g. a single inverter, FF, or control delay).
3/4"
INPUT PINS
ing the physical location of that hardware element and the test point
be used in order to test that section of the card.
~
ADJ UST
RECORD
on each logic element as are the output destinations of the elements (Figure 17).
:'When most or all jack aSSignments are located on one chassis,
the chassis numbers for that chassis are omitted. All multichassis devices include a chassis number as part of each jack
assignment.
Figure 14.
Jack Assignment Scheme
Input /Output Designations
DESIGNATOR
::tJ
c::
~
8.
Set Cylinder
UNIT SELECT
1:'
The -Q set cylinder pulse applied to R009. indicates that
The controller can select anyone of eight disk storage
Jrives by applying a select module signal to receiver R012.
If the disk storage drive is on-line. the following lines are
returned to tne controller:
1.
Selected Module via T007.
This line is used by
the controller to check if the disk storage drive
is selected.
2.
the address and control bus contains head positioning information. This information is used to reset the disk storage
drive cylinder address register to the new cylinder address.
Set Head and Direction
Bit 7 - Head Advance, -Q level. Increments the head
address register so that the next head in order can
be selected.
This function can be used to select heads
sequentially on a cylinder for multiple track reading or
writing.
INDEX/SECTOR
The controller applies a -Q pulse to ROIO when the address
and control bus contains head select information and the
cylinder access direction. The head select information
Each cylinder is divided into 20 sectors. The controller
knows which sector is under the heads by means of a sector
loaded. this line indicates that the selected disk
(bits 4 thru 7) is gated into the head address register to
disk which rotates with the disks.
storage drive is available.
select which head shall read or write. Bit 0 of the bus is
notches in its outer rim.
applied to the Reverse FF (K214/215) to establish the direction
cover and uncover photocells to generate sector pulses.
Selected On Line. via T006.
When the heads are
The sector disk has 21
As the disk rotates, the notches
of the next seek.
ADDRESS AND CONTROL BUS
The starting, or reference, point is the index pulse.
Control Select
This pulse is generated by two notches close together on the
The address and control bus consists of eight input!
The -Q level control select signal is applied to ROll.
output lines which carry information between the controller When this signal is uP. the address and control bus contains
and the disk storage drive. The function of the signals
control information.
t--' carried on these lines is defined by one of the accompanying as follows:
•
C
select lines.
Bit assignments and their functions are
sector disk.
When light passes through both notches simul-
taneously, the output of 1028 goes to "1".
If the unit is se-
lect~d and on line. T004 returns a selected index. -Q ~lse.
1.
Bit 0 - Write Gate. -Q level. Commands a write
operation by enabling the write driver.
END OF CYLINDER
SELECT LINES
2.
Bit I - Read Gate, - Q level. Commands a read
function by enabling the read lines.
If the heads are selected sequentially on a cylinder, the
head address register is incremented by the Head Advance
Set Difference
3.
Bit 2 - Start Seek. -Q level.
the desired cylinder address, the controller applies a-Q
set difference pulse to ROOS.
Inititates carriage positioning Command. While heads 0 thru 9 are selected, none of the
according to that previously specified by the Set Head
After the controller has computed the difference between the disk storage drive current cylinder address and
and Direction tag.
4.
This indicates to the selected
Bit 3 - Reset Head, -Q level.
Reset head address to
:-·ero.
disk storage drive that the address and control bus contains
head positioning information.
Tbis information, indicating
5.
tracks-to-go to the desired cylinder, is then loaded into the
6.
de crement counter.
AND gates into 1026 are made.. When the next head advance
command is applied to R007 to advance the head address
register from 9 to 10, the gate into 1026 is completed.
Bit 4 - Erase Gate, -Q level. Commands an erase
function 1Jy enabling the erase driver.
Bit 5 - Head Set, -Q level. Enables the head indicated
by the head address register.
Bit 6 - Return to Zero Seek (RTZS), -Q level. Move
heads in reverse to the home position, th'!'n forward
to cylinder ze~o.
These signals are within ~,.~ followll1g "v~tage ranges:
7.
All input/output signals are Q or L levels or pulses.
iQ'" +3.5 to +0.65 vdc. -Q
= -0.5 to
-3.5 vdc. +L
= +6.28
to +2~0 vdc, and -L
= +0.3
T005
r'eturns a -Q level End of Cylinder signal to the controller to
inform it that the last head of a cylinder has been used.
to O.Ovdc.
.-;:,.
ITAG LINES
~
~1
~
.ar.·
,
KIIS
"'
~.~•.: .• ';""";~':';"'..:.,:,'~: '.~
.·;r~UIPY~~!l)
."
~~6t=1
TOM
IJA-_~
lIOn.
!;c!
ro
to the address and control bus.
(l)
The decrement counter is set by the Set Difference input
This select sets the counter
to the number of cylinders to go during a seek. Direction
of seek is controlled by the Set Head and Direction line.
As the heads move toward the new cylinder, the trailing
edge of each track pulse provides an enabling term to pulse
generator K160/161 and K162/163. This pulse generator
provides the two phase pulses necessary to decrement the
counter. As the counter counts down towards zero, inverter
1171, 1173, 11 74, 1177. and 11 78 decode the output of the counter
to indicate the number of tracks to go.
These lines. wi 11 be
used to control the speed of the carriage motor and, ultimately,
to stop the heads on the desired track.
too'
r
~
CYLINDER ADDRESS REGISTER
The cylinder address register is set by the Set Cylinder
input to the address and control bus. The number stored in
the register indicates which cylinder the heads are currently
positioned on.
.
.-",
r~~'~":'~~-'
.~~~T"'-~".... --~~_
- '","-7"'''''''''''-'--''--r-~---''''C--'''''--'-'-''~--'' 'r~,:,",~~_.~.~,
- - -~,' ..,.-~., ~+~-~-;-"" ,~.-.~.~.-.-
. .,. ,. . .-"".
~:.~,,.; ~-
DECREMENT
COUNTER
CYLINDER
ADDRESS
REGISTER
1\
ROOO
IE33-10)
r--"----..
JIOOIIOI
128
?'~?J:'"
o
o
f~~:)~
12
c
io~ROOZ
(E32-IZl
-
I
~
3
~
I
W
!F,RST
SEf~)3Ii_069) ~
c
~2
AI6
KII3
KII2
•11 .. 1123
I
KitS
KJl4
_I
K210
-+
+IMTR OFF) "'203
IA2S-7)
1162
2
1106
10
KI20
KI21
KI22
K 123
KI24
KI60
1015-2)
KI63
o
R
I"-
K 125
1015-11 )
KI26
KI27
1209
IC30-41
B
tl07
1100
1016-51
IA3i;;; -0
. _I
m
1120
10
10
"OJ"
I A14)
KIZe
KI29
KI30
K 131
IC30-3)
1100
K 132
K 133
KI34
KI35
,1016-4)
110
_ I I
17 I
II~
B
~ CYL SELECT)I~~251 ~~
007C
B09A
KI60
TaO
1217
K216
T-O
X08- 3
1101
--7)
KI40
K 142
J104-82
KI44
(SET CYLI R009
CE34-121
(SELIIOI8
iT7 0lIII1
lBO' -31
1~IY244
K 146
KI48
K 150
KI52
KI54
1013-91
1t.34-1I1
I HOME CELL) Y242
IA34-5)
A
I TRACK PULSE I 1203
(HEADS LOADED)I20T
IC35-61
KI41
.143
.'45
KI47
KI49
813
IB29-51
1107
KISI
IA~~~~ - 6 > - - - - - - - - - - - - '
KI53
KISS
(C30 -51
!:C
PRODUCT
1160
~
11611AIII
POSITION LOGIC
tJ
I'
4
3
t
SIZE
C
94 61
A
.
!I
r-----=~====~----===~--=--~-=~~~-=~-~----------..---.HOME CELL
The Slow FF is set when tracks-to-go are less than sixteen.
~
;.
.
.
The output of the FF acts on the motion circuit to prevent
fa~ter than 6 ips.
The home cell is a photocell which receives light if the
. heads are positioned on an illegal cylinder (less than cylinder
I 00 or more than 202). This signal is used to detect a seek
. error or to position the heads on cylinder 00 during a return
rI'
to zer" seek or first seek. ,-
the carriage from moving
cleared by any seek command.
The direction of carriage motion is controlled by the forward FF. The FF forces forward motion when it is set by
any of the following:
,I
I
1.
Heads unloaded and first seek.
2.
Home cell lights while driving in reverse.
3.
Mter a seek has been completed.
.... !The Forward FF is cleared by:
r1L. I
1.
Return to zero seek.
I!
2.
Revers~ seek command.
3.
After heads are loaded during first seek.
4.
When heads are unloaded with motor off.
The FF is
sent to the controller. it will be accompanied by a -Q level
Attention sent via T2 03.
Seek Error FF senses an error if the home cell is uncovered during a direct seek. The FF is cleared upon receipt of a return to zero seek command or power -off seek.
TRACK CELL
DETENT
The glass timing disk has 203 slots on its middle ring to
indicate cylinder position. As the heads move across the
i
The Detent FF (K212/213) controls the detent pawl which
locks the carriage on its specified track. When the FF is set,
cards L200 and L201 are turned off. This deenergizes the
detent coil. allowing the detent pawl to engage the gear.
the reverse seek or upon completion of the seek error recovery.'
Normally. the Detent FF is set by the trailing edge of the
last track pulse during a seek. It is also set when the disks
The RTZS (Return to Zero Seek) FF is set by a control
are
not up to speed and the carriage velocity is less than 2 ips.
\ I select from the controller. Setting the FF clears the Forward
This prevents head scoring.
,FF to enable reverse drive to the home cell. RTZS FF clears
;
The Reverse FF forces reverse motion by clearing the
l.J Forward FF. The Reverse FF. is set by a set head and direction
i i or if a forward seek error occurs. It is cleared at the end of
I··
'I
II
!I
~benthe home cell
light..
_.
Upon receipt of any seek command. the FF clears. This
completes the AND gate into card L201. Turning on the card
applies a high current through coil L210 to quickly pull the
pawl away from the gear teeth. After 2 ms. the Y312 term into
card L201 goes to zero. Card L200 then controls current
through coil L210 to hold the detent in its retracted position.
1
I
·-·-~---I
Stop FF commands the carriage to stop. As the decrement counter counts down during a direct seek. the output
of 11 77 goes to "1" on the trailing edge of the next to last
track pulse (that is. when '1'<2). On the leading edge of the
II SELECTED DRIVE READY
next track pulse. Y243 goes to "1" to complete the AND
, gate to set the FF. The FF is cleared by an any seek command
The selected drive ready signal informs the controller
I
or a motor off and heads unloaded condition.
that the heads have reached the addressed cylinder. This
-Q level is retur~ed to the controller ~ia T202 10.2 rns after
First Seek FF is used to initially load the heads. When
the Detent FF sets. The selected drive ready will be disabled
I the disks come up to speed. the FF sets. ThlS
. sets the f orand replaced by the seek incomplete signal. if the selected drive
ward FF. When the heads are loaded. the Forward FF clears. ready signal is not returned to the controller within 600 ms.
Note that the First Seek FF is also set if a seek error occurs
Seek incomplete is a -Q level sent to the controller via T204.
during a forward seek •
No matter which of the two previously mentioned signais is
",
! DIRECTION CONTROL
I
. .- - _._._. -
.- - - - - - - - - -.-.- - - - - --- - - - - - - -.- - - - - - -------.----.-. --". _-. .------.-----~----
"
disks. the timing disk rotates. Each time a slot passes the track
cell. allowing light to hit the cell. the output on ONA Y244 goes
to "0" and Y243 goes to "1". As the cell goes dark the input to
1203 from Y244 goes to a "1" after 4 usec. ANDing the outputs
of Y244 and 1203 provides a 4 usec trailin~ edge "I" pulse to
decrease the decrement counter and partially enable Detent FF.
The ONA outputs are also used to parially enab~e the ~top FF.
,
All input/output signals are Q or L levels or pulses. These signals are within the follOWing voltage J"anges:.
"-+Q .. +3.5 to +0.65 vdc, -Q" -0.5 to -3.5 vdc. +L" +6.28 to +2.0 vdc. and -L" +0.3 to 0.0 vdc.
.
I
1-. •• ,
~~-~.
,
~~
. . ~,.,.~---------~--
---~------~-.------~
._-----
1(4~_
~-
----~
---- ~--.- "---~'~~-:--~~~"-~--~~------~2~-~.---~~~~~"'--~ -~..---~-.~~-- ,~~~-.,.."....,~.r'1
r'''---·~····--~~~.'-~--..,..~-~--:...,'~'..,,"
NO~ES
1829-81
1322
(e29-101
L£::.
&
ONA
SIN
7499 AND
IC31-310-,
'~'B" ••••••• ~.
II
,
FORWARD
I 2
O~m?:1
UJg(21 ;MTR
.'
.
ii~5
131~(2)
1i'irnIlC400
lOll-II
I
B2U
(C::::)
1227
UNLOADEDII206
~~
BELOW.
1"
,121-111
IHEADS UN1.0A0ED)%208
-(CII-4)
(STflj~?~1
(HEolOSLOAOOO1I22Sl
(C36-101
IHEADS
NOT IN UNITS SIN 7499 AHD BELOW.
°rJI~~~A
ISPEEDIU04
(DII-III~
1226
&+20V SIN 7499 AND BELOW.
~!UVBI5 SIN 7500 AND ABOVE
1
IMTR
IHEAOS 1.OADEDIJ:207
~ 1t0T IN LOGIC. FOR REFERENCE ONLy
ol32C
K215
,
!
1
I DI4A
j
IEAR1.Y SPEEOII270~
o
(HOM~~~~~~(C33-31
1201 ~
-
1305
1306121
120.
.... 1107
(iTIs) K202
(A29-2)
(HOME C£1.LII219
C29C
I
RTZS
1227
(~~~;:~~~~g~
~~b:
(m-51
I I:~:O
o
1216
1103
1106
1161
1226
(C29-11)
(HEADS LOADEDI 122$
(C36-81
(HEADS LOAOEDI1207
(FIRST
~"512
_.!.I!!.. __ -
r---
SE~:)z.;-~~
(A51-9)
SECTORI IOU ..
(CI'-SI
I
(HOME CE~~) 1201
(C33-2\
KI60
K212
I
J2~N
T8ZOO-B
!A31-51
IANY SEEK)t2Ie
(C25-1I)
(SUK ERIIORIK205
IAOI-81
~0.OO22f'F
c
(fiRsTSEEK)K200
21'SEC
(SET H:l a DIR)I022
(012-12)
(fWi)IIOI4
(C32-9)
(msIIUI
(007·11)
I
....
IJIO>~ 1-
~
I
Ifo
_______ JI
Ylil
I320
(CI4-81
815
%226
c
(RTlS)I007
1 - - - - - - + -....... X321
Jl04· 24
Z5
27
(011-4)
(CONTlIOZ4
(010-7)
70
IHEADS UNLOADED) 1211
(017-41
.....:'
~
.~~j.
I
1I1
-+
1:306
1310
K313
(SET "0 a 0111) 1022
tDI2-6)
IBIT 0) X031
(006-91
~~~'~~--+-7>>-------------'
"'"'' '"
",,,,, ... ,, -L"'c...-"._~ ... ,_
00
'
,<'i" ""
74
+2OV~~~~>t7>>-------'
('1)
~
I
JZ30-K~J2.,O.bt
K04
<:
JO>~
3
.•
"
''''
, .".
""
I
• ."" ,&
H"""
. ' •• \._.... fer"
-",;" •.,
.
J
.,,'
,-__~'"~, . . . "C _ ._~t4' .
~YZ03
't"~
~
COI1.
L _
'"
U"
""
,-,
.."
I
I
"..'''~, ','
I
A
~
JIO)2 i
I
J07-S
ACCESS CONTROL
."L
SIZE
C
-.
,'E'''-'
I
1
,
.1IREY
'BH
A
~
-I SP~ED CE:~- - - - - - - - - -
~-~---
When tracks-to-go are less than 4, 1311 sets ~304/305.
Rate of motor acceleration is controlled by the Not
ro
: Max Drive FF (K212/213).
indicate speed of carriage motion.
I
As each slot permits .light
to hit the speed photocell, the leading edge of the pulse out of
composed ofFF's K300/301 and K302/303. The outputs of
, these ,FF's are applied to three UAB delay cards: Y305, Y306
I and Y307.
If the speed is low enough to allow one
o~
FF K306/307, V<6 FF K308/309, and V<15 FF K310/311.
~ontrol
than 2 ip&
since the Not Max Drive FF remains set.
celeration or, in the case where opposing current is enabled,
maintained in a hit and coast manner.
The
carriage motion.
The motor accelerates
~c
Detent FF sets on the trailing edge of the last track
pulse. The circuit conSisting of 1320 through 1324, and
delays Y330 through Y332 provide a motor stop pulse.
T (tracks-to-go) is less than 64 and V (carriage velocity)
At the s~me time, the ·"1" input
rent to flow thr,?ugh the H-switch.
rapidly braked to 15 ips.
delayed ,by Y331 from 1323 is applied through inverters to
cards L301 and L302 to stop the motor by the time the
IMax Drive FF sets to turn off high current.
The printed circuit motor which drives the carriage is
: controlled by an H- switch consisting of Q03 through Q06.
t---J
U
The
j motor drives forward when the AND gate into L300 is made.
Operation of the circuit during a forward seek is explained
below.
I'
p...
,
Upon receipt of a forward command, the Forward FF
(K206/207) is set; the Detent FF (K212/213) clears to pull
the detent pawl. The direction of seek is sensed by 1305 and
1309; all inputs to 1305 must be "0" to drive forward. Since
velocity is 0 ips at this time, 1305 outputs a "1" and forward
motion starts.
The motor is then
When V is less than 15, the Not
(I309 in the reverse circuit operates in a similar
manner; if all of its inputs are "0" the motor drives in reverse.)
The 15 ips
speed is maintained by serving the motor; 1305 and 1310
alternately output "1 's" and "O's" to maintain a constant
speed.
I
i
'
Operation of this circuit during a return to zero seek
is as follows:
'
6 ips, Not Max Drive FF sets, while Per Dy Brake FF
Speed is maintained in a "hit and coast" manner.
That is, 1305 turns on the motor when speed is less than
f
1.
With RTZS FF set and Forward FF cleared. reverse
drive is supplied by the "1" output of 1309. Acceleration is retarded since Not Max Drive FF is
set.
~
2.
Speed is maintained in a hit and coast manner at
@
6 ips by the V greater than 6 term that is applied to
1309.
i1
When tracks-to-go are less than 16, the slow FF sets.
,clears.
t
3.
When the home cell lights, the RTZS FF clears and
Forward FF sets.
The output of FF K314/315
forces forward drive back to cylinder 00.
6 ips, then turns it off when speed exceeds 6 ips.
r--'I
I.:
i'
i:
8
C
C)
I
J
*Less than 80 tracks to go for units with serial no.980 and
below not having FCO 1846 installed.
'Jf·'r-!
~
t
t~
detent pawl me'shes with its gear.
I
The Per Dy Brk (Permit Dynamic Braking) FF (which was
set at the start of the seek) enables the AND gate input to
1310 to again apply reverse current. At the same time.
Not Max Drive FF is again cleared. Therefore, the motor
is rapidly slowed to 6 ips: When the speed is less than
In
a forward seek, after the Detent FF sets, a 2 ms "0" pulse
to 1310 in the reverse drive circuit causes opposing curMOTION
Speed of.2 ips is
The trailing edge of the next to last track pulse causes
a stop command which combines with the leading edge of
the last pulse to set the Stop FF.
, to a full speed of approximately 35 ips until there are less
than 64'~ tracks to go. The output of 1305 goes to "0" when
is greater than 15 ips.
Note that the braking action is now low current
When a seek starts where tra('ks-
to-go exceed 4. the FF clears after delay Y312 times out;
I the delay permits the detent pawl to dear its gear.
Assume a full 199 track seek:
output a "1" to signify head speeds of less than 15 ips, 6 ips,
or 2 ips. These outputs are applied to the set inputs of V<2
The motor is again dynamically braked unt-il speed is less
sistor Q02 is turned on to permit high currerit flow through
more
their associated inverters will
outputs of these FF's in turn, are used to
I
the access motor's H-switch, this causes maximum acmaximum deceleration.
ONA Y321/322 is used to initiate a timing chain generator
Iof these delays to time out,
I
When the FF is cleared tran-
J
~.
~
"...,.,. .,.'
r-~'
..........-
~
--;
.".-=,.,.,.........-..........
. . ·-'·-·~-·--·'··''''~''~~-'·~''''··'-7'''''''··-~-:'.~--~'-~-~·~·~·'-~~.~--.~.• --~...,....,..",,~--~-.-~--.,.~. ~'
.....~~.- . .
. ..,...",.~~.~.
; "'7".--."...-~,..,.".....-.' -~-' .~.,......~..,....,..".
.. ~"'''-~"''''''7:'---=,",-,-.,.,.~----.--~•. -,,~..
.'~~
!
4
'.
.'
.,
3,
'
.'
.2
.
:"
I
.
-
1
"1
I
I
1
K212
"~
I UAB-1I311 I
K301
K309
~
K'II
o
.
K301
941C
K30~
1301
1310
%312
10
~
• ,.SEC
K31'1
1
K305
K212
1305
1309
K313
1301
(8'51-61
"I· ENABLES
FWD. DRIVE
(HOME CELLI I2 I 9
(D35-121
1305
(839-51
I
)~> I
JI04-30r- :-- -
6 A44-S
I
'"
c
-~
'T<~~~~~4
C30C
1301
1305
1306
~ i~~g
(ii'OM'ECELl I200
Sion
(C36-41
(HOME CELLIIZOI
(C33-41
(MEADS LOADEDI1201
K312
IW
-----------,
-
I
---
I
!
I
I
R32
,
R33
.In
1124
1.2K
,
R34
.In
In
R21
1.2K
I
I
I
I---"
(DETENTI1222
1035-81
IREVIK215
IC28-12)
.--.
I
1306
1316
1311
.24\1
I
I
I
I
I
1
C44C
(C07
.)
-
~
IOETENTII222
1035-91
(REVIK214
C211-41
NOTES
8,NOT IN LOGIC, FOR REFERENCE ONLY
J:... COARSE ADJUTMENT (FOR FINE TUNING
i l l SEE ADJU5TME NT PROCE DURE I
THE JUMPER WilliNG QN DELAyS Yl30
A"D Y331 IS OPTIONAL rF THE DELAY
IIANGE REQUIRED CA~;NOT BE OBTAINED
WITH JUMPE'\ 4 AND 7, IT MAY BE CHAN GED TO 5 AND T,
&: :.~~ :~: ~:9;5C:DA:~L~;OVE,
&ONA
SII<
74~
AND BELOW.
'.1 FIRST
JI04-51
7
nit
(v>2fK306
(~11'2rJ
nos
130'
ISlt'W)Klll
(v!.a:,~~O>------'
(C41-111
I
Sion
Slon
I
IW
IW
I
I1cl411301
IC30-101
(B38-IO)
(V>15IK310
1240 (ii'i'ul
le43-31
IT<6411301 :AOZ-Itl
!304IT<41
1<:30-8)
IVc151t314 ( t39-1I1
T5IZ
IC44-61
IDVlIK210
(3,;
MAX, DRIVE
(1130-4)
R31
35n
lOW
(DETENT! K213
IC38-111
"n,(OW
I
R19
1.2K
I
+24V
I
"
ftl7
I
55W
I
".* }
IW
SloA
IW
Cl)
L~__
.
iJliH f-l
IPROOUCT~A_'
0'''1
TITI~
fil_t
,
REY
MOTOR DRIVE LOGIC
II
Al
________ J
+24V
.
1
I
I
I
'--_---<......... +20X
510a
<:
I
I
,I
+24 V
'~A44-10
lX'
B
I
I
Hl
,
I
I
I
,
003
005
1129
1272
LtOl'
V
I
I
X,08
LO
LO
I
I
+20V
Q)
I
I
9)/1
A
I
In
I
I J03-11
A44-8
(C31-9)
ISLOW)I213
(C39-5\
(fWDIK207
(831-10)
(PER DY B~KlK305
.
30W
r-=----~-~)~
IANY SEEK11211
{C25-81
_
~39t
'
C40t
U<4l1174
1304
IT<2)1177..!.1I3i1
IDOl-51
(D50,'OI~
8
R20
lOW
In
I
o!EKI~~~ibO:
~ C~I-If)
R23
I
ISL~~~~~~l~
o
I'I'-
I
I
I
I
ENABLES
REV. DRIVE
o
I
I
I
.. !"
('1'00.411304
It39-101
Clfffil K202
(A29-31
(v>21Y307
I
I
1308
HI5
1317
I
I
I
I
I
1.301
+-,
I
,
I~TOP)K2e8 ~L300
B
I
+24V
I
--l!4Y2,3_'gt}
c
I
I
I
004
006
I
+ZO'l
(B2t-')
I
-
SIOn
IW
(~11226
(C29-12)
~
-
I
oA44-6
0
-
BS
OJ
4
3
..
"":':..~::.~~_~....L.~.~"S...>:::..:.: .....1 .~~
2
'o.i..L.o-~~~.~::'_"{.;,..J...
..
___ --""._ _»
.....,
i ••
J
......
~
HEAD ADDRESS REGISTER
FAULT
~
(I)
WRITE CHAIN
The Fault FF K400/401 is set if one of the following
<:
The head address register consists of FF A400/401
malfunctions occurs:
!l>
Erase enable is applied to AM- erase driver G410/411
through A416/417. _The output of the register is applied
lia 1440
In order to write. a write enable must be
to the 10 head select cards (G40-) to control which head
applied through 1442 to VKB toggle M415.
2.
Write current OR non-complement write current
will read. write. or erase.
in the form of - L level data pulses. is appli£.!d to UKB toggle
M415 via R400. The UKB switches state at the leading edge
Erase current AND no write current OR no non-
4.
complement write current (if condition exists for by means of the Set Head and Direction line. When this
more than 200 usee).
line is uP. the address and control bus directly sets up the
register to select the desired head.
Read. Write. OR Erase Gate AND no Selected
balance of the output voltages.
Drive Ready.
Y403 sets the Fault FF K400/401.)
6.
Write Gate AND no ac write
The register may be set in two ways. One method is
lected by the head address register. Outputs of both AMdrivers are applied to AND card Y403 to check for anl un-
If it is desired to select the heads sequentially on a
Write Gate OR Erase Gate AND Read Gate.
curr~nt.
cylinder the Control Select line and bit 3 of the address
bus is used to initially set the register to zero.
Thereafter.
a head advance signal may be applied to 1473 to increment
7.
Low voltage condition on disk storage ±20 vdc
or
8.
storage drive.
I
Q)
the register to the next head.
+ 36 vdc outputs.
Loss ofac line voltage (from controller) to disk
In either method. the timing pulse generator consisting
of FF K402/403 and K404/405 provides the enabling pulses
to transfer the count in rank I to rank IT of the register.
One or more of the above conditions will:
.I..
Generate a -Q level Drive Unsafe signal.
2.
Remove all write and erase current from the
READ CHAIN
heads.
3.
4.
The read chain consists of cards A440. A441. D400.
Disable the Set Head and Direction tag.
Set all Q-Ievel type output cards (except Drive
Unsafe and Selected Module) to the +Q level.
L402. and T401.
The analog output of the selected head
is·applied to the ATE gated read amplifier. then amplified
by the EUC differential amplifier A441.
Shaper D400 converts
the analog input from the heads to a square wave output.
5.
Light the SELECT LOCK switch/indicator.
If
the read mode has been selected. the OVA pulse shaper gates
the square wave output to T401 for transmission to the controller
in the form of +L pulses.
All input/output signals are Q or L levels or pulses. these signals are within the following voltage ranges:
+Q = +3.5 to +0.65 vdc. -Q = -0.5 to -3.5 vdc. +L = +6.28 to +2.0 vdc. and -L = +0.3 to 0.0 vdc •
........
Write information.
of each write data pulse; its output is applied to AMG G412/413.
Write current is then allowed to flow through the head se-
3.
5.
~
1441.
More than one head selected.
AND no erase current.
,..
an~
1.
(If there is anunba1ance.
r-~-----~-'----"~"-'~--"--'-~
-··-7'.,......,=-~-··.,....,~~-·-,~f~··~··~--..,,~"·~-"'"'-·-·--~-'··~··--·~:-',..~~~--"-"-::""=~~"·"':~·~-·"'"'"""·--··I
.
3
.
""-'-'<-'--~1-"'.~~.·-.·~·c.,-.~..,--_----·-.-,,·~-·
..
.. ·-·~--_~----
2
(HOS LOAOEOI IZZS
(U)1440
1099
ICSS-II)
_(lOI-SI~'
(Wit)
1442
144 $
1468 (R D)
+ZOV
1101-101
•
IBOS-31
510a
1.44-11
(IIrADYI%220~
(I2B-.1
D
D
tHUDS 1J"~0"DEDI1211-!
r-Ii?--- -,
.1017-51·
f
J510-S JI04-1
I
tl
~~'"
C
I
iiO''I''
~
1
• ':' $3051.
I
!'.lULT
I!.. I
SWITCH _~
.L ____
I
,~k400
.J4U
L40Z
- - - - - - - - ,- - - - - - - - - -
TIOC
TlOI
TIOI
TI03
TI04
TIOS
TI06
. TI01
I
I
I
1477
ON LINE
•
" i"""------
""""'1"'""1
$100
I ON LIIiE
:,.0'
~I
L~
ION LINE
1470~REAO HO-II
IE43-1}
'--_ _ _-i:~--....,(::~OU6~SAFE
(CDI- 41
HEAD ADDRESS
REGISTER
_ _ _ _ _ _,",,\
..A~
(SET HDlIOZZ.
(012)
c
~
'f 1
2
--'
5.0)
. \! .
.,b.
,-+
T400
k ~T007
IUAIN
SWITCH
I I
0
TOOl
2~1469!1t:~~0~~':1
I
13
SIOI
I
-'
I
T006
T202
nos
n04
1416
1003-1)
101'-81
--11414
1108-51
-
T005
~~o!~400
(UL) 1019
1
-
T004
14
(CU-41
lSI
1
I
(DETENTI KZI3
--ll=¥S:d'__ ~ . . . 'N1!t.~rt--,·.-:-_.. ? t ' 7 '-Ii·I:!·n·);l'-·-f'''·,.t~,
"\
r~.!,~
~~~~.-.,,-,.~,~.
..
"'"ri;,,;"""H~
.
.
.. -
r-~~'----'~-"""""'''''''''~'''''''''~-''-~-'''-':",~-'~'-'''''''''''''''-"''~'.,~
..-.
-·'~~--""'~~F·~ --·'--:--~-::r~-.
"-:'~'~~---r-' ----~. ~-~_
~4~.___
i
3
-
.......
.......•
.........
.........
"-"'"
o
o
2
I
I
I
3
A
7
-;:---! .,.J
I
O
7
20'
14
44
4
44
5
I
II
20'
I
4
5
0
2
7,
z~o
1
4
5
4
I
4
5
3
I
4
22
22
5
6
I
4
I
I
4
6
4
7
23
,
3
12
x
Zs
4
4
2S
2Z
I
tr
6
A
A4
4
4
I
1
II
32
2
7
I
I
2
iI,
~
r '0
47
Zs
20' 20
1
I
2
2
2
3
0
2
:3
II
'3
'3
'3
I yo- P
I
I
0
0
'-
5
2'
A
,
r.2
A4
1i3
4
I
5
32
32
4
0
I
0
2
2
5
4
2'
II
Y
4
I
6
2
I
1
11.
7
I
r--
0
K
I
0
4
K
I
K
,
K
I
0
I
0
0
3
5
'.
, , ,
,"
K'4
K
K,
0
K,
K
2
2
7
I
8
2
K'4
I
I
9
5
32
UJC
32
21
II
II
I
2
'0 I
7~ 0
3 '6 0
I
K
2
I
I
4
0
0
I
4
6
2
K
4
0
I
2'
33
0
I
I
0
4
2
I
22
II
I
K"
2 0
5 'K"- I
5
9
8
,
£'3 12L
22
2'
2
I
40
5
OJ8
K
26
r '2
0
0
1
0
0
0,
3
20 5 10E
.,
r
20
K
K
K
I
I
3
I
I
2
9
3'
I
SO
r
6
,
~,
I
2
0
2
D
L
4
4
EWC
ova
J
U
2
I
0
I
5
A
x
R
4
o
o
BfA I
3
4
i
i
5
i
6
G
G
~1
4
I
2
4
Y 0
o G
3 4
G
4
I
I
I
3
~
of
o
-l!OV
,
8
9
i
, 10 ,II
i
12
i
13
I
L
T
E
R
14
I.L
•o
C
F
I ANO IAMO I A...... IGGA
~--~,
cJ
)
7
i _
15
i
3
y
4
4AIY
4
o 4 0
MIA
4 .4
I
4
8
5
0
I
9
16
JZ40
SPEC'AL
INECTOR
illv
POWER
i
IY
4_
I
10
MODULE
IJA I Eue
I GAB
UKB IATB I ISC
18
17
i
t·
4
G
4
0
0
8
G
4
0
0
4
0
2
4
0
4
6
G
G
G
G
G
4
0
3
4
4
0
4
0
toF lOr- JO-'
9
to
4
0
IOF
0
5
,
~
tlZV
K
2
0
~:
220
K
2
~
I
20
20 4
7
I
2
0
7
3
0
I
3
0
3
II
32
3'
3'
31
I
I
2
0
6
2
0
4
I
2
2
I
0
K
I
2
I
4
2
2
I
K
I
2
2'
"
Z2
33
2
6
2
0
9
6
0
5
21
32
21
BHB
Y y
y
3
3
3
3
3
7
2
I
0
R
0
IUAB UAB
R
R
R
0
0
7
0
0
!S
0
0
I
R
0
R
0
R
0
R
0
I
0
0
0
R
0
0
I
6
4
2
0
0
BHA BHA
3
8
R
BHA BHA BHA
0
20' 32
I
o
24
24
13
,
K
3
I
2
f---
I
I
K
tr- 2
3
I
2
3,
20 7 UAB
33
I
K
I
I
K
K
K
2
I
2
0
8
3
0
6
3
0
3
I
2
I
I
8
0
4
K
2
K
4
I
3
I
I
K
3
9
K
2
I
3
I
3
0
1
I
2
2
5
K
3
I
I
I
3
0
8
24
2'
32
52
2'
22
I
3
I
3
y
y
3
Z
I
:3
0
I
'2
r
'2
r
r
0
,
22
rx
3
I
8
20' t'
T
2
0
2
0
3
0
1
31
2
2,
T
0
6
BHA
BlA
0
5
0
3
T
0
0
7
3'
31
c
+-
3
22
o
,...o
,....
0)
D
10
10
V
JAD
UA8
T
2
3
0
9
c-
3
u~s
2
0
B
3
K
0
0
9
&
3
EEG
2
0
8
I
2
R
0
0
1
3
0
9
R
I
S
UA~
I
3
0
5
A
0
2
0
2
2b 8
3
23
0
r,
K
S
I
S
T
2
0
3
I,
7
2
R
E
I
7,
'7
13
0
73t
UAB UAB
I,
I
I
7
0
I
0
UAB
I
0
6
o iz""
1
K
0
5
I
2
2'
r--
R
K
I
I
0
4
I
3
0
I
I
7
0
R
0
1
2
,
0
44
T
2
0
4
T
0
0
5
T
I
0
6
T
I
0
T
1
0
T
I
0
0
7
5
3
4
T
I
0
2
T
I
0
T
0
0
0
~
T
4
0
2
T
I
T
T
4
0
BIA B1A BlA BIA BIA
1
0
I
0
0
BIA BIA
E
T
0
8~A
I
NOTU'
A
~
CARD LOCAT'ONS E2'
&
BIA AND IFA CARDS SHALL aE WIRED FOR .flV ON P'N 15, -lev ON PIN 13, AND -3V ON PIN '2_
BHA CARDS SHALL IE WIRED FOR +SV ON PIN '5 AND -lBV ON PIN 13.
aGA OARDS SHALL aE WIRED fOR +BV ON PIN I' AND -3V ON PIN 13.
ONa sIN 7'00 AND AaOVE
~~~r'"'"'1~m~~~If'!'!!P"l:"lr;::;:r--------'m=~---------i
ONA SIN 7419 AND mow.
~
3
K
I
K
~\
~
X
0
32
K
2
8
BGA
&
.~
! READ IWRITE~i.OGtC-CHASSlS]
;
G
4
G
+201
of
22
G
I
ULA
, ,
19 20 21
i
3
UA8
K
I
2
-
2
8
M M
p P 4
R R
0
i£
0
,
2
I
5
T
E E
2
~ ~!!
4
r
4
Y
32 33 34 35 36 37 38 39 40 41 42 43
y
~
z
L~ L3 c0 L3 I3
4
I ~
Y Y31
Y
0 F 0 2
~
Z
2 4Z
2
I~ 0 I 2 3
fL L ~ L
T L I
I ~
2~
4
2 ~ 3 E 4 3
!!l!.!..
0 R 0 2
2 2 r.:--l
YZ4
'1m 00 ~
~ I
0 4
3
UAB CC82-I IOE k:ca2- IOE P54 IOE 21
22
"
1
I 13
3
K I
K K
0
3 3
Y Y Y ~ 3 3 3~ Y Y
I
0 0 o 1
0 0
3
3
4 5 6
0
2 3 3 3
0
" 3 3
K I
2
I
0 0
0 7
I-K I
2 2
2
I
0
12
,
a
2,
20
2
U
2
,
0
J
3'
~
1
0
Y4 0
4 ,
KS
3'
~ I
3r
3
3'
0
0
~
~
,
22
9 UAB
~
34
I
~
I
~
~
~
~
,
I
81
12
2
3 K-'2
3
5
~
~
32
I
3
0
0
4
2 M"'" 2
I
2
0
0
3
7
K
0
3
0
K
Y
r=-
L
2
3
6
JAF
K,
10
O
2
2
0
2
'3
2
I
5
2
-K
2
I-- 0
K 3
33
0
I
K'2
&/
2
33
I
K
I
2
5
2
K
2
2
0
I
6 t.1 2
Y Y
K
,
33
K
K
.1
I
3
I
K
I
2r 2
4 '2
8
3
K
I
2 ~
I
0
I
I
I
2
0
I
I
2
I
K
o
I
2
K
0
K
I
3
2
2
9
33
I
2
2
3
5
7
K
I
I
4
K
I
I
2
K
0
0
33
I
y
-
,
I
'54
K
I
I
0
K
K
"
I~
I
2
K
6
K
22 23 24 25 26 27 28 29 30 31
K
I
0
8
i,s a/ £' J., s,
L "
I
A'JD
2
K
I
0
K,
4
I
7
I
0
7
19 20 21
K
I
0
2
A
~
I
0
I
7
A4
06
~:
A
18
K
I
0
0
2
,2
40
A
4
I
3
2,
II
'A-
K
0
6 ~ 0
5
A
0
2
0
~
5
A4
04
4
I
4
4
I
2
C1
17
33
33
33
K,
K,
K,
K"
4
4
4
0
8
2
4
K
K
'4 K'4
'4 K'5
S
0
0,
I
I
4
6
A
0
I
II
O--
00
4
I
Y
I
6
4
20'
87
,
I
2
I
"3
4
O
15 16
I
"
4,
A4
, ,
7
1
0
I
4
1
7
0
fr-
r-
I
~ t::---!
4
7
UWA
4
4
I
0
6
4
M
4
I
A
I
'--
I
6
~~
3
14
~
M
/t.'5
4
22
I
,rJ2!. 6
m
I
!EEE
I
7
6
4
I
--
I
1:
4
Y
I
8
0
13
I
I
Y'05
-:t
2'
K4
12
I
6
4
5
2
0
o·
II
I
~ g r '2
6
6
2
3
2'
~
;:
2'
K4
0
I
5
10
f--
0
K4
0
I
2'
II
9
I
2
6
14
20
r.'
B
,
6
8
I
0
I
7
I-I
0
I
4 I",
0 ~ I
t:-!12
r4.
14
o
I
4
14
6
4r- 8
2 44,
x;"
c
II
4
5
7
7
.-+
0
IEtl!
446
7
z,
....l
2
0
R
4
9
4
14
....l
I
r
-I t-
B'
c
0
T
2
II
I
4
4
0
7
X
S
,.-2 r---!
2
4
.20
6
S
I
"4
12
5
E.
2,
,
4
R
0
~
10 r-
....l
,
~"""7""'~·~~=~ry~-.'t'II
~., "-~-$~
..
~".
2
SOA
OR
a
E2Z ARE RESERVED fOR JUMPER W'R'NG.
an
SOB.
BK
•
2
.....
~
m
<:
~
GENERAL
The power supply 1s completely solid state to provide
low dissipation and high reliability to the operating
system. The power supply provides an adjustable ~20
vdc to the logic chassis, +24 vdc and +20X vdc to the
access motor and detent solenoid, +20Y vdc and +36 vdc
to the power sequencing ci rcui t, +40 vdc to the Write
circuit and dynamic braking circuit, and 24 vac to
the brush motor circuit.
The main power supply is supplemented by an auxiliary
power unit which provides +5.7 vdc for the fiber optic source lamp.
These voltages are sequenced and coupled to the related circuit in such a way a6 to prevent Improppr
head loading, track accessing, or disk movement.
DC
P~ER
t-'
I
The junction of resistor!. R07 and R08 is driven to
+24 vdc which is applied to the H switch and detent
circuits. R£'sistors R2~ and R41 develop +36 vdc at
their junction for power s£'indle
motor, M360. K04 contacts 1 and 4 open and apply an
in the fiber optics power supply. Rectifier diodes
CROIA and CROIB develop +5.7 vdc at their junction
and apply the VOltage to filter capacitors COl and
C02 and filter choke LOI. The filtered voltage is
CIRCUIT
The 208-volt input power is applied through th€' closed
t-'
N
Resistors R07 and R08 and resistors R25 and R41 form
vo I tage dividers. The +20Y vdc d,'veloped at diodes
CROIB and CR02B is appli(>d to r .. sistors R07 and R41.
S"qu£'ncing of power "ithin the pow!>r supply is accomplished by seven relays. This sequencing is necessary
to prevent damase to the heads and/or disks and to
ensure proper control of the actuator mechanism by the
logic.
latch solenoid (L201) when the disk pack is up to
speed.
At 80 percent of the rated speed, the logic completes
a circuit to .. nergiz .. relay K05A through J03-X. Wh£n
this relay .. nergizes contacts 1 and 4 op .. n and a signal is applied to the logic, indicating that thE' pack
is up to speed. This signal is applied to a 52-second
delay card which allows time for the air to bE' purged
from the disk pack area befor(' loading the h('ads and
for the brush assembly to complete a clean cycle of
the disk pack.
Contacts 1 and 7 of K05A close to provide +40 vdc to
the Write circuit and contacts 2 and 8 close to apply
power to thE' head latch (L200). Onc .. the heads are
loaded, the solenoid armature holds the heads loaded.
Motor sequence relay KOI is energized when the unit
receives a sequence in from either the control unit
or the previous storage drive on the line. If the
disk drive unit START switch is not lighted (5301
spt to Off), the sequence out leve 1 is applied to the
next storage drive. This se,:!uencing of the storage
drives is nE'cessary to prevent loading of the primary
power source.
As!'ume that a Power-On cOlTIIIBnd is received from the
control unit and the START switch (S301) is lighted.
The +36 vdc is applied through connector J03 to complete the path and energize relay KOI. When relay
KOI is en"rgized, contacts 1 and 7 close to energize
re 1ay K02. When K02 is energized, contacts JA and
3C close to supply +20 vdc to the logic chassis, and
contacts 4C and 4 .... close to supply -20 vdc to the
logic chassis.
Relay KOl aho completes the pl1th through contacts 3
POWER-OFF SEQUENCE
POwer in the disk storage drive can be cycled off 1n
any of three ways: from the START switch on the disk
storage drive operator control panel, by opening either top cover, or from the control unit.
It is assumed that the purpose for this Power-Off sequence
is to change packs. Thp sequence 1s initiated when
START switch S301 is pressed, opening the contacts
of S30lA and breaking the circuit that holds relays
KOJ and K04 energized. The following events occur:
1.
K03 contacts '}A/2e, lA/Je, and 4A./4C open and
remove power to the spindle motor, H360 (rotation begins to slow).
(continued)
.-.
.........
-
~
.........
.-...
......
3
4502'
L2
P
3
oI
I
TB029,8
-=
(CB02)
~
KOI
503
F03
b
K05Bh
2
+20Y
+40X T803-22
(CB03)
T803-5
CRO"
7
~-
~
+ 40X
-
R25
TB03-21
IOn
lOW
+24V
R08
TB03-15
A
B
:6h
T803-6
50.0.
10 W
TB02-12
R07
TB03-4
+36V
I AMP
I
T
30W
TB03-3
10.0.
5W
T
TB03-16
C09
50,OOOfLF
1
C 10
50,OOOfL F
.t
TOI
T803-1
T
C II
50,OOOfL F
I R06
+20Y
· T802-3,4
100.0.
lOW
TP03
L02
CB03
2 AMP
RELAY
C04
+20X
CROI-B
TB03-25
7l
I
~ I-J..J.50~gJOfLF."166U~'
2W
CR04-A
CR02-A
CR02-B
LO I
r
-
--,
= I
CBOI
III'
=
~
TBO;7-2
K02
D502
CB02
TBOj7-34C114Ar
T
CRt4
+40X
-
R02
~g~
50,OOOfL F
TB07-5
TB06-1
JOI -lOOt<
I»
I
TB06-5
lip -II t
:~~;B
c
f
5
~
~+
+20V
r------l--~---..._-~>---'--'\Iv'v---<>--.J
SPE E D
10
0503
T803-2
R03
SPEED
STATUS
t
TP04
T02
3
CR03-A
~ .. _~_~
C07
15,OOOfLF
,
,
50.0.
20W
((1)
Ie
DSOI
+40V
0.5 AMP
CR03-B
C02
50,OOOfL F
6 AMP
TP05
IKO~7~057A'~
~
I
~ROI
-20":
T
r
TB03-7
lOon ,I/2W
R09
680.0.
2W
TB03-8
DS07
Q
K)
-R2~ . -
__
N.O.
~~ ",'_~r.
~
ij
~
LOI
rFIBER-OPTICS
POWER SUPPLY
w
I
R03
I
0.5.0.
ROI
150.0.
B
T815-2
4
."
3
~~(------~--~--~
TBI5-1
L
>'ft
K08
T.B02_8~19
>~
."
K03
3B:J3C
K03
K03
r:~r4B
>"F
;~4
TBOI
I
-7)==0
J104'b
;:d
('\)
<:
,
CONTROLLED
GROUND
5AMP
78
63
I
I
TB03-64
J03
U
-7~>---7)
I
CR41
14
K02
IC
I
IA
62
T
trl
4
3
____--:--:-_ _;
(THERMAL)
RESET
SWITCH
",
T8102
~
I
A
I
I
I
I
0
2
I
I
-7~>---7)~------------------1
CD I
I
)~________~__~,
J 105
MTR SEQ
.-
~>-E2}o11 )~_~~3-61
CR40
T803-62
~O/IOI ~I ~>-----....+-I-------T-B-0..b3---18---lfI4----J~
76
I-Tc0.22JLF
C22
TBO~9 -8
2C
,.,
I
"
R60
100.0.
2W
R62
100.0.
2W
POWER SUPPLY
FANS
TB03-63
o~> (t~:B)
0
J04
»~
C21
0.22fLF
K03
+36V
SEQUENCE
POWER
SEQUENCE
PICK IN
81~~6~~
R61
lOon
2W
R63
100.0.
2W
66 E22-14
K05A
TB~9-1
C23
0.22fLF
J 100
F06
TBO:-2
K03
4A 11 4C
L...----------+-----:--.4----:--t--<~>-T-BO-:9-=~="5A-;11
B
_J
KOB
~----~-----------------------------3A_;113C
(HOT)
A
f
---- logic senses the spindle motor speed is less,
than 50 rpm it de-energizes relay K05B. This causes
the following events:
~
5
1.
(---I
.po
2.
3.
K05B contacts 2 and 8 open to remove the +20X
voltage to the sector solenoid. (L30l) and
the access motor H switch (prevents further
movement of the carriage).
Contacts 3 and 6 close to energize the brake
solenoid (L300) so that the pawl on the spindle
lock assembly engages the spindle lock disk to
hold the spindle stationary.
Contacts 3 and 9 open, de-energizing relay K02.
When relay K02 de-energizes, contacts '3A/3C and 4A/4C
open, removing ~20 vdc to the logic chassis.
The holding current flows through resistor R13, reducing thl' current to approximately 2 amps. When the
detrnt command is recrivro, power is removed from the
base of QOl and current floH is stopped. In approximately 2 msE'C the spring-loaded pawl is pulled into
and engages the detent gear.
PRINTED CIRCUIT MOTOR HOrrON CONTROL
The printed circuit motor, which moves the carriage
drivE' and positioning mechanism, is controlled by a
5-transistor s,,,itching circuit. By controlling the
transistor selection and the amount of current through
thE'se transistors, the motor is driven fast or slow in
the revers£' or forward direction. Transistors Q03 and
Q06 arE' s",'itched on for a forward operation, causing
thE' printed circuit motor to drive the carriage for....ard. Transistors Q04 and Q05 are switched on for a
reverse operation, connecting the switching circuit
in such a manner as to allow motor current flow in
the reverse direction.
The five transistors (Q02 through Q06) ar'e normally
gated off by the +24 volts applied through resistors
to each base. Emitter voltage, applied to the PNP
transistors, is supplied by the +20X voltage source.
The base bias voltage is greater than the applied
emitter voltage to assure that the transistors are
cut off when not selected. When a move command is
appUed, the base resistors complete a voltage divider resulting in a forward-biased transistor.
not needed. 510'.. speeds are maintained by servoing
and not current limiting. Circuit breaker CB07 prevents sustained high-level currents from damaging
the printed c i rcui t motor.
Assume that a forward move corranand of greater than
64 tracks is received; ground is applied through pins
P and S of pO'~'E'r supply jack J03 to bias on the respectivf' transistors. The Fast command or ground
levE'l applipd to J03-P turns on Q02. The ground
lpvel appliE'd through J03-S fo!','ard biases Q06 and
Q03. Electron flO',,' is through parallel resistors
R32, R33, and R~4, through forward biased transistor
Q06 to the one side of the printed circuit motor.
From the motor, electron flow is through resistor
R20, fo!',ard biased Q03, and forward biased Q02 to
+20X vdc. I';ith electron flow through Q03 and Q06,
the motor is driven forward. Transistor Q02 shunts
resistor R17, resulting in maxinrum current flow
through the motor and consequently maximum motor
acceleration. w'hen the Decrement counter indicates
less than 64 tracks remaining, and if the carriage
velocity is greater than 15 inches per second, the
following occurs:
1.
2.
3.
Resistors R29 and R31 prevent overdrive of transistors
Q03 and Q05 respectively. This allows the amplifier
card inputs to the s'Jitching circuit to drive both
sHit ching transistors (Q05 and Q04, or Q03 and Q06)
in parallel, even though the emitter reference voltages are different. The values of R29 and R3l are
self'cted to provide equal drive to the parallelswitching transistors.
4.
5.
DETENT CIRCUIT
Upon receipt of any seek command, transistors QOl and
Q07 are forward biased and the transistors are gated
on. When the transistors are gated on a high current pulse is applied through the detent coil L210
which quickly pulls the detent pawl away from the
gear teeth. After approximately 2 msec transistor
Q07 is gated off. Transistor QOl remains gated on
to provide holding current for the detent coil until
a detent cO!!l1land is rE'ceived.
The magnitude of current in the printed circuit drive
motor is determined by the power supply voltage and
the total effective series resistance in the circuit.
The voltage supplied to the switching transistors is
fixed, but the total circuit resistance during th~
high current drive, excluding the saturation resistance of the swi.tching transistors" is approximately
2.5 ohms. After the current is reduced, the total
circuit resistance is approximately 12.5 ohms.
The use of series resistor R17 during s low speeds
f)revents excessive current and motor torque when
6.
7.
Q03 and QOb are s,,,itched off and Q04 and Q05
are s"itched on (Q02 remains on). The reverse
current through the motor causes the motor to
sl()l~ the carriage down.
When thE- carriage speed has slowed to 15 inchE's
pE'r second in the forward direction, Q02, Q04,
and Q05 are turned off.
From this time until the Decrement counter indicates less than 16 tracks remaining, current
pulses through the H s,yitch are used to sustain
15 inches per-second carriage speed.
With 15 tracks rE'maining, Q02, Q04, and Q05
turn on (Q03 and Q06 turn off), and again the
motor is us~d as a brake, s lowing the carriage
to 6 inches per second.
At 6 inches per second, Q02, Q04, and Q05 tum
off and current pulses (through R17, Q03, the
motor, and Q06) sustain a carriage velocity of
6 inches per second.
With 3 tracks remaining, Q02, Q04, and QOS tum
on and Q03 and Q06 turn off and slow the carriage to 2 inches per second.
At 2 inches per second, Q02, Q04, and Q05 turn
off and current pulses (through R17, Q03, the
motor, and Q06) sustain a carriage velocity of
2 inches per second.
When the selected track is reached, the spring-loaded
pawl is dropped.
,
4
R32
2
:os:
+20Y'~
0.10
i
A F02 8
I AMP
~'~
0.10
Tlos-5i~
1102-'::
,0;:
0.10
~?
T80 S::"
f
TaoS-ll
TBOS-45
RII
.1111
~~
K04
»
It
r
I
»
»
.lOS
D
NC
)~
I
L ~f5
I.IK.IW
SECT.OR
SOLENOIO
$ ::[~:~[D
)
L-________
+14V~
r.::;k,
~
CR095
~-------?
TlOS-59
D
CD
.106
ra03-60
1 "\..;
:
K04
I, •, _
I
T801-S.4
R53
,iB~~I.1
5307
N.O.
SPINDLE LOCK
OFF
REVERSE DRIVE
T80S-46
TlOS-49
+IOX
Tl02-3,4
RI4
+24V~
»
FOI
~
8
kOS
1.2K.IW
.101
R
II
5 AMP
IC
»
IA
I
.I 230-K
»)
I
141
.1104
Q06
FORWARD DRIVE
c
c
TlOS-53
TlOI-16
R29
350
lOW
t
R23
10
R20
10
55W
55W
SEQUENCE
.t101
TPOI
F
-I
»>------.,
»
»
if
»
»
11
~O
J1
H
MOTOR
STATUS
K04
.I
4
B
W
.I~~;
L(i)_
'1
:
.I~S
~
I
)
I '
T803-37
____ ...J'
RSI
350
lOW•
»11
X
I
);
KOSA
51f1
MAX DRIVE
.IS6
I
Tl03-48
I I
6 Tl03.,.44
K06
2 8 ~35 R30
a
RI9
I.U
IW
(t
0
FF
II
'
i
lOW
+24V
KO'
-20V
C802-B
CR44
T820-11 6
• +Z4V
I
I
Ie
6 T820-17
"
N
~
PICK
T80S-3I
R28
TaOS-S2
TlOS-52
350
lOW
AI
NC
.I
)
( L
;xj
'D
~
~
TI03-29
~
4
R27
)'
I AMP'
R2'
1.1k
IW
+20X
T803-51
HOLD
T803-30
,.......
QOI
T803-40
350
lOW
CI04
....--....
, "N
R13
+
Ion
SSW
o5
AM~
+20X
+14V
3
~ t\ )811
R
TI02-S)
S
I,
I
'.1230-.1
H
I"'~ .ISIO-1
~»)
NOTES :
(!)
""C H
I
» :: ).
+IOV
CI03-1
ZOI
43V
RIS'
1.lk
IW
+20X
T803-39
»)~-----
__----
,
+ZOV~··
Tl06-3
In
30W
+14V
>
PACK COVER
SW ITCH
OS334
N.O.' ~
~C -
N.O.~C
---7)
'~'04
RI8
RATCHET
RELEASED
5333 0
0
.101
~m~~)
Q07
B
S20lC CARRIAGE RETRACTED
~ T820-193 I rL---!; 1-9:.....-_-7)K~>-;--t-_ _----;;;;;------:~~--------_
1'+ZOX
,}--+
))
KOI
T801-41
I
)
.1230-0
HH
T803-19
n03-S6
J
PHOTOCELL
LAMP
.101
T803-S8
P
~
PicK - -
»EI~-IO )8
T803-S4
-I
( C)
KOI
F 58) +S6V...!..j 8
Ii _ .
OFF
A
LlIO
DETENT
• ~~:~LT
POWER SUPPLY
PART 2
NOT IN POWER SUPPLY,
~OR REFERENCE ONLY.
'2
ir
4
3
2
TO HEAD SELECT
LINES IN LOGIC
"'/230-
• X
A
ttttt ttttt
4"'' 5
P220- 9
201-
o
6
'°'6
A
10 II
12 ~3-"'~
2
DIODE BOARD ASSY
--
3
CROIA
CROOA
a.L
wi
~
/
HOI
B
/
C
/
C~OIB
CRO!B
C~OIC
n
CR~
I'
CR02A
~I
~
J
CR02C
CR03 C
~
~
2~5- C~~5A
11
J'
CRO~ A
I
I'
t--'
A~
~
.......
~
C~~5C
CRO~C
I'
I
t--'
-.....J
ZOGA
CR07A
_II.L
,0
B
C
CR~GC
~09-
,A
/
I'
CRO~B
I'
Cj
C" OSA
...
I'
J(
A
r
o
~
/
,8
'"
C
C~~9B
CR'1.:..t$
~
CR~
~I
"
A
Bj
~
C~09C
CARRIAGE RETRACTED
SWITCH
T
L210
DETENT
8
c
1-104
TB201-
ti07
<~
)u
>T
I
pv-......
(
08 -
(~
/
(~
)R
H08
SPEED
CELL
T8200-
(~
<~
)N
"
Cj
HOM E
CELL
T8202 -
;V-V-.
I
R
B
,
~
CR09A
_~
H
04-
B '"
n
CRo:..C
•
"-
0
I'
NC
J2 07Aj
/
CR~GB
?NO
Cj I
~
I'
'°'6
'°'6----
Bj
-n
CROGA
,...
8
--_._-- I
5201
:=J
J
~.-
I
CR04B
~
C
B'. "'
.8
t--a
a
LOADED
SWITCH
<
oNO
C<
0
CR05B
'"
o
'I HEADS
)~~-------------C~~~-~~~-~
B/
"-
rl
o
,B
~:
I
---'-- -
a
A
/
H05
. 6 'I
,V
03-
S200
co..... ~C
"-
~~~
'"
CAM LATCH
OJ
CR03,B
....
FI
-----..,..--
c
CRI5
"Y·
I~-----------------) W
~
CR03A
CR02B
,
8'°0
B
j
n
,0
C
,
~
~
Z02A
HEAD LATCH
A
r
~
eRIO
K
J, 00-
)p
TRACK
CE LL
I
~2~-f6-
--}- -- ~- --11 ~~- - --
I
--.J
~,~~-------r--------r-------~
A
~: :,.,t-------t------t
XI2 -14
r----4.. I'~.------~
X 11-14
~
'r
X07-14
~
ro
"'"
<'I
t:l
X13-1
X13-4
XIO- 1\
~----V-----'
TO WRITE DRIVER
AND READ AMP
TO ERASE
DRIVER
I!i!JIDll!l!DJM;JJ
~.&i>r",-:·r.'~;';~
....
.!;"'~__ ;.J:-~, •• ",
DEVElOPMENT
DIVISION
TOTe<
CARRIAGE WIRING
MODIFIED 200 TRACK
DRIVE
RAil
~
(t)
<:
CO)'TROL I:NlT
POWER OS
~
SEQ RELAY (!tOll
El"ERGlZES ""'EXT U,,"'T
SEQ PICK
TO 1:!\1ToO
)m
,TO:
SPEED RELAY
POWER APPUED TO
SPf!\'OLE MOTOR
KOS PULLS
CAl( lAte_
E!\'ERGIZES
CUt DECCTR
t-I
I
60 SEC
DELAY
t-I
00
t1
CAl( LATCR
CUt IlETENT FF
CUt STOP FF
SET FWD FF
SET 1ST
SEEK FF
DROPS
FF
CARRIAGE MOVES
FWDf! G"'SEC
HEADS
LOAD
HEADS LOADED
APPROX TRACK
~
C ARRlAGE MOVES
REV {l 2" SEC
ISO
Q020FF LOW
CURRENT TO
ACCESS IITR
Q020N HI
CURRENT TO
ACCESS IITR
I
FWDFF
CLEARS
SW TRANSFERS
L....:.....--
1ST SI£EJt FF
CLEAIII
HOME CELL
LIGHTS
~
FWD FF
SETS
CARRIAGE
..wa
FWD{l 7' SEC
HOllIE CELL
OOESDARIt
NOTE
&
H
TRACItCELL
UGIITS
STOP FF
SETS
12 SECONDS FOIl UNITS WITHOUT
PACit CLEARING BRUSHES
TRACItCELL
OOESDARK
DETENT FF
SETS
ENAllLI: ON
CYLUNE
TO COh'TROLlZR
10 NRC DE LA Y FOR
SETTLE OUT nME
1......
D ... ADDU ..._ _ _
I
6.11
Fint .....
"""""'!"""
......
I
......
"TellO POll t."lGTI -n'II • If QIO AND IDWD
MDT IlAVIIER
AODRESSREG
PULSE ReVD
FROM CONTROLLER
SEICD t:NtT
SELECTED
TO CONTROLLER
• DE\"ELOP A.'''Y
SEEK PCLSE
C LE.U DETE:'.
FF
CUlSTOP
"
CLEAR FWD
"
ESABLE
RE\' DRI\·E
CLEAR RTZS
FF
DISABLE
SET FWD
ESABLE
FWD DRIVE
FF
FWD DRI\"E
DISABLE
RE\' DRI\"£
......
I
N
o
AT E~" or Pl:L5E
DISCOSTISt:E ALL
ACCESS ~1T1t Cl1UU:~-r,
SET STOP
FF
·SET DETE:.-r
FF
10 MSEC DEL>.Y
SETTLE n~IE
SESO OS CYLDIOER
TO CO~-rROLLER
DETE~-r
DROPS
. R.turll to Zero SHk
. .(';'''·'':··''''~'I':'''..~~'''
"~" ... - .... .,;)...... ···t......,
CARRIAGE MOVES
FWD{J 2 no; 'SEC
DETE~'
Pt:Ll~
Pt:SH
START SWITCH
HEAD LATCH
DEENERGlZES
CLEAR FWD
FF
ENABLE
REV DRIVE
CLEAR DETE?Io"T
FF
DETENT
PULLS
CARRIAGE RETRACTS
@ 2"'SEC
~20X
TO DETENT AND
ACCESS MOTOR
REMOVED
-40\' TOR 'w
REMOVED
..I
HEADS LOADED
SWITCH TRANSFERS
,J
..l
Pl"SH CO:o."TROL UNIT
POWER SWITCH
-20V APPLIED TO
SPI~nLE MOTOR
(D\"!\AMIC BRAKING)
-20V TO SPINDLE
MOTOR REMOVED
... 20Y APPLIED TO
BRAKE SOLENOID
SET DETENT
FF
+2OX TO SECTOR
SOLENOID REMOVED
SECTOR BLOCK
RETRACTS
CO:o.'TROLLER SEQ
PICK U:o."E
DISABLED
1ST UNIT SEQ
RELAY DROPS
1ST UNIT SEQ
HOlDOUT
DISABLED
~
NEXT UNIT SEQ
RELAY DROPS
UNIT SEQ HOlD
OUT DISABLED
SPL....nu LOCK PAWL
E!\G..-\GES LOCK DISK
LAST UNITS~
RELAY DROPS
SPINDLE
STOPS
LAST UNIT SEQ
HOlD OUT DISABLED
CONTROLLER POWER
RELAY DISABLED
IT>
~
~
414
Power OFF Seek
MOTOR ON
SPEED
II
HEADS LOADED
I'
<
FIRST SEEK
FORWARD
SLOW COMMAND
SLOW
STOP COMMAND
CLEAR DECREMEN'f - - - - . . . . ,
COUNTER
I
I
- - --- - - -- ..,I..------------r----------r-:-------I
STOP
I
I
DETENT
:I
II
REVERSE
I'I
ON CYLINDER
II
, I
, !
/1
' \
II
,I
II
I'
, I
I'
n"
I!
SEL. ON CYL
, !
14
I
i
GATED TRACK
PULSE
I
1Jlr:
TRACK PULSE
U
I
I
I
,I
' I
,I
n
n
fUUlJllI
~I
I
II
mnru:
I
TRACK PULSE
I'
,I
I
/
'I
I,
MAX. DRIVE
II
FORWARD DRIVE
_
REVERSE OR IVE
V< 2
I'
"
V< 6
"
-
V< 15
HOME CELL Y241
HOME CELL
:r. 201
HOME CELL Y242
________________
I
I
'
I
I, ,
iI
I
,I ,
~.
I'
~II~~
~----------------~II
u
I'
I'
ANY SEEK
12 SEC. FOR UNITS W!THOUT
PACK CLEANING BRUSHES.
~~~-----------
II
II
II
II
,. .: ., .: .,
.......- - , . .
::
~:------
II
II
Rev A
I~----------------~I~I----~~~~----_----
----------------~------~~~------------r-----------------~
HOME CELL 1200 - - - - - - - - - - - - - - . . , . . , :
L.!:l
, '
I'
IJ
In
----------------~-------I~
II I
II I
I
NOTE:J.\,
I
'I
,I
,I
ITl ____________
~-------w.
'I
"
......--...:...:-------------'--II
:~ n'--____
II
I
I
4J5.
FIRST SEEK
1-22
TRACK
00 TO TRACK 20
TRACK 198 TO TRACK 215
( SEEK ERROR)
FWD SEEK
n
n
ANY SEEK
n
DETENT
I
n
I
I
I
I
FORWARD
I
I
I
I
,I
I
I
,
'T< 64
I
I
I
I
T< 16
I
I
I
I
SLOW
II
I
I
I
I
STOP COMMAND .
I
I
STOP
I
I
I
T< 4
V< 6
V< 15
I
I
I
I
I
I
I
I
FWD DRIVE
I
REV DRIVE
MAX DRIVE
SEEK ERROR
ERROR RESET
HOME CELL
~ (DELAYED)
END OF SEEK
STOP PULSE
~
I
I
I
I
I
I
:I I'I
I
I
I
[
1I
r
I
J
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
G~TEDTRACK
PULSES
I
I I
I
I I I
I I I
I I I
I
J
I
I
I
I
I
I
I I
, I
I I
I
rLJ
I
I
I
I
I
I
I
I I
I
I
I
I
I
,
I
I
I
I
I
JUlJlJl
200
IiI
I.'
rl
20e
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
,
202
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
II
I
I
II
I
II I
II I
I
I
I
I
I t:
d
I
]
I
I
I
[
I
I
rL
I
I
I
I
I I
I
I
I
I
I
I
I I I
I
I
I
I ST SEEK
I ON CYLINDER
I
I
I
I
I
I
I
I
I
:1
I
I
tl
I
I I
I I
I I
I I I
I I I
I I I
I I
I I I
[
I
I
I
I
I
I I
I I
I I
I I
I
I
I
n
I
I
~
~
I
I I
I
I
I
I:
I
I
I
L 1
rL
I I
I
I
I
I
I
I
I
I
I
I
1
[~
n
I
I
I I I
I I I
I
I
I
[
I
n
I
I
I
I
I
I
I
I
I
I
I
V<2
I
I
I
I
I
I
I
I
I
I
I
I
I.
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
REVERSE
II
[
I I
II
II
I I
I I
I
I I
I I
I I
I I I
I
II
I I I
,
I:
I
I
I
I
I
I
I
I
I
I
I II
i
I
I
I
I
I
I
I I
I I
I
I
:---fL
I
I
I
-In o
4J19
01 REeT SEEK FORWARD
1.-23
Rev
---~E----rn____________________
_
00
Cii------TRACK201O TRACK
REV SEEK
ANY SEEK
DETENT
TRACK 5 TO TRACK
(SEEK ERROR)
-5 - - - - - - - - -..
~I
~-------------------------___________________________
n____________________
n~
I
L
REVERSE
FORWARD
1st SEEK
T<64
T<16
T<4
SLOW
STOP COM
STOP
I
iI
I
C .J
I
I
V<2
V<6
n
r
il
I
V<15
I
~------~rl~----~,rl
[
I
MAX DRIVE
•
I
I
n
I
::
I
, I
,
I
I
•
I
.I
I
I
: : :: rL...L
n n rl n. h n ri ,., n n :: :
U
~ yLJ LJ LJ LJ LJ ~
~
~ n
GATED TRACK
PULSES
~
HOME CELL
I
(DELAYED)
] [
[
I
.r::
n
I
I
i
I
I
REV DRIVE
•
n
~
I
FRO DRIVE
:,
I
1
0
I
I
I
I
:]
I
I
I
[
!,
I
I
•
I
I
t
I
I
I
I
I
I
I
I
I
I
I •
I
I
I
I
I
I
I
I
I
I
I
J L
n
)
I It
I I
I I I
I
I
I
:
:"J
I
I I
I I
n
n
I'
LJ LJ
SEEK ERROR
ERROR RESET
I
END OF SEEK
STOP PULSE
ON CYLINDER
rull:-------------------------------~n~-------
--------------------------~
~
_____________________,r_
_ I _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _~
4J20
DIRECT SEEK REVERSE
Rev A
1-24
RTZS
ANY SEEK
RTZS FF
DETENT
REVERSE
n
n
II
I:
I
I
I
I
T< 64 (2)
II
I
T<16
II
I
T<4
II
U
I
I
I
SLOW
STOP COM
STOP FF
V<2
V<6
V<15
I
~
[~::
I
I
'-::: :,:::]
L
I
FORWARD
t:::,:: -
FRO DRIVE
[~\~'_::_;-:::_::~]~
REV DRIVE
MAX. DRIVE
______
~n~
____ ______________________
~
I
~Il~
____
_______
I'
HOME CELL
(DELAYED)
--------------~~------~I_I-----------------
GATED TRACK
PULSE
____~________________-~IIlOO
I
1
I
'1
I
END OF SEEK
STOP PULSE
I
__________________--------~Il~------
'.;.'
I
ON CYLINDER
~--~:~------~--------------------~~
I
I
I·
NOTE:
(I) THE LENGTH OF THIS TIME IS DIRECTLY
DEPENDENT UPON POSITION OF CARRIAGE
PRIOR TO DOING A RTZS.
I
I
I
I
I
t'E-- (I ) ----+f
(2) T <80 FOR UNITS WITH SIN 980 AND
LOWER NOT HAVING FCO 1846 INSTALLED
4J21
RTZS
1..,25
Rev A
I
(
---.J
INDEX
J l - - - - - - - - Irc
CONTROL
~
GAP AREA ZEROS
31 BYTES
ADDRESS AR EA
Ie
-.::
READ
RECORD
FORMAT
JJ
GAP
27
! (
JJ
J)
( r
I
'DRIVE BUS 5 ~
(HEAD SELECT)
I
---!
I--
I
60 i'SEC MiN
JJ
r r.
JJ
rC
'
L
JJ
(
JJ
o
BIT VALUE
....
GAP
AREA
I '-
J J
( r
DRIVE BUS I
(READ GATE) _ _ _---J
I
DATA) JRECORD
AREA
BYTES
L
L
,
II'
0
READ DATA
(EXPANDED) 150--l
WRITE
RECORD
FORMAT
(±50)1
NSEC
-----------------------r-------------r----------------------~(~-.::----~~---------RECORD N
GAP AREA
RECORD N + I
II
I G'AP AREA
I
CONTROL
I
I
8
DRIVE BUS I
(READ G A T E ) - - - - - - - - - - - - - - - - - - - ,
BYTES--I
I
l-
I
I
I
I
I
I
DRIVE BUS 4
ERASE GATE
2 BYTES
-r';ITi:.
-----------~1--'j.:.~2 -i
'r'~~~------
~T7ITI:-
i-- T 4 - - ' -.....i-;~2-i
IlL.____________________:_____--'n. ._______
DRIVE BUS 0 _ _ _ _ _ _ _ _ _ _ _ _ _ _ _...
1011------
WRITE GATE
T3 - - - - - - - - - - -•.-jl
o
BiT VALUE
}OOUBLE- FREQUENCY RECORDING
WRITE DATA·
(EXPANDED) 150-1
(:t 75 )'1
.
NOTE:
N SEC
--I
400 L
·1(.!'0~F>
NSEC'
' - - 800-../
(;to.3%)
NSEC
I
I
1.
Tl - ERASE GATE MUST COME ON COINCIDENT WITH WRITE GATE WITHIN 10 USEC.
2.
T2 - WRITE GATE MUST REMAIN ON FOR A MINIMUM OF 45 USEC.
3.
T3 - ERAS E GATE MUST BE DROPPED WITHIN A MAXIMUM OF 80 USEe.
AFTER WRITE GATE IS DROPPED.
4.
T4 - WRITE GATE MUST REMAIN OFF FOR A MINIMUM OF 12 USEC.
Read & Write Control & Data Timing
1=26
v < 2 IPS
6 XPS
'(
SPEED CELL TIMING
_10
-~l
j
'j
.
+IIW
..... 11,14
IlOI
IlOI
4TO
lin
lin
IP
'bI
+
001&
IIV
LOt
-
LOI
.-
+
&
cOt
1'0.1.
IIW
+
+
cot
lev
&
lIN
.'0
--& .
..
1t04
III.
I
" .i
. i
~
'j
" •••••7..........
..
--
~
2::!!-
-IOOUII
~
\b
.
.~:.'
011
• "OJ"
• IIAW
1C11101
+IIV
COlI
1'0.1"
COl
IIUP
........
IOOUM
IOOUII
1C1101
~~up
.
"I
...4.1
-IIV
.'I.',
+.
.IV
III.
-lOW
NI.I
"
i
·
I. ...., IIMIANIUM I0Il0101.
• ZDIIII 10140111.
. ..... IILICOII 101l0l00.
~
± 12V.
VOlTAGE REGULATOR
.1
41
L
. Rev- -D--..J
PART 2
CARD PLACDfENT
Card Placement information
for the 9461 will be found
on ~age 1-11 in this manual.
·
,
PART 3
WIRE LISTS
example at a switch or resistor.
A sequential advance in the second to the last digit
indicates additional inputs to the same card.
A sequential advance in the last digit indicates the interconnections of an AND input.
K1031D}
K10311
Three input AND to K1D3
K10312
K1032D - Single input OR to K1D3
Wire Length
This column gives the wire length in inches.
Wire 0 rigin Location
This column locates the origin of the wire on the logic chassis.
signal at two or more locations are interconnected in series.
three wires shown have a common signal.
Wires having a common
In the sample, the first
The Wire Destination Location of the first
wire becomes the Wire Origin Location-of the second so that the series string is from
A18 to B11 to B2D to B22.
Note that the first four characters of the Wire Identification
terms are the same for the three wires and that the sequencing is from 10 to 11 to 12
in the last two characters.
Wire Origin Pin Number
This column identifies the origin pin or terminal of the wire.
Component Code
This column identifies the components that are located in the Wire Origin Location
column.
o-
The code letters ar e identified as follows:
Logic Card
R - Miscellaneous Component (Switch, Resistor, etc.)
x-
Jack
Wire Destination Location
This column locates the destination of the wire on the logic chas sis.
Wire Destination Pin Number
This column identifies the destination pin or terminal of the wire.
Wire Size
This column identifies the size (AWG) of the wire.
Twisted Pair
When two successive wires have the same letter in this column, this identifies them
as a twisted pair.
Color Code
Multicolol~ed
Solid colored wires are identified by a one digit number in this column.
wires are identified by a number having two or three digits.
identifies one of the colors.
o-
Black
1 - Brown
Each digit of the number
The code numbers are identified as follows:
2 - Red
4 - Yellow
6 - Blue
8 - Gray
3 - Orange
5 - Green
7 - Violet
9 - White
S - Shield
Change Order
This column identifies the engineering, field, or publications change order that
affected and/ or altered that wire.
3-iv
WIRE LISTING
REMARKS
Wire lists other than logic are on a standard corporate form.
The remaining
columns of the form contain information NOT normally applicable to
field usage and therefore are not explained.
The other columns indicate:
Gauge (Ref)
- Size of conductor (AWG)
Color (Ref)
- Color information
Length (Approx) - Length of conductor in inches·
Origin
- 0 rigin point of conductor
Destination
- Destination point of conductor
Remarks
- Useful comments
In multi-digit color codes, the first digit denotes base color and the remaining digits
denote tracer colors.
for logic wiring.
The color codes for the non-logic lists are the same as those
')
--
,- -
.........
,;('
,-..._-.-
........... ~'-"'''--'''''
.,.
,
"
lW45587600
9461 OSO
..
•
A40010
A40 11 0
A 40"0 11
.
04
C09
01 0
02
C 09
COB
"1ft';','
"'t''',,j,,
C08
12
·946f-OS(j
04 0
CO 8
06
946....;:1=---.;..0....:;.S--=..0___________''_'"--_________.......:-............______
COo
COo
CI0
11
COB
C09
12 0
Ob 0
07 0
9461 050
9461 OSD
9461 OSO---------------""""-----
C09
07 0
COb
09
C09
C09
Cl2
10 0
'10 0
01 0
CIO
COb
C11
06
10
12
A40111
03
03
A40211
A40310
A40311
A40410
02
03
04
A40411
04
CII
12 0
C06
07
A40510
02
Cl2
04 0
Cll
06
9461 osn
9461 OSO
94610SD
9461 OSO
9461 05D
9461 DSD
A405l1
04 . C11
06 0
COb
08
9461'=---=O-=:S...::::.O_ _ _ _ _~_ _ _~_ _ _ _ __
A4021J._JL_~~~_ _1J
121210
03 A33
01 0 A31
06
_I.2J}.1!L __ ._Qi?_ ~_3_9 .. ___ 0 1_n_~.~~Jl6__ ._~4~.1_ v~n ________._______
121410
05 K2H
04 0 A2~
06
~461 usn
____ l~ 14J 1_ .. ____._ Q5 ... _82H __ .. l)~ _q.. _G2~ _ _Q.l> __ ...__ 946J_Jl~(~ ___.__._.___.__.
121510
06
C24
10 0
D1-'
06
'J4bl
f)~O
2~39
l2_ ...~Q5_. O~.Q_C.}_t}_ _()2 _ _!i.~_~~_Q.~L_. _ _ _ _ _ _ _ _ _ _ _~2024
07 C30
02 n c:;~
03
9461 050
2029
_._~~J? 1 (1 _. _. _ _
121611
_ _1_2.1.6 1.? __ . __
121613
121710
15___S.38. ___ .q 3 __Q___~)_Q}_ _~ .~.
12 n
07 0
D01
C35
10
12
C24
011
-f21711-·---0 4--·-·011----05--0 008
Y4_~J_[~~..)___ __
q461
9461
2539
DS!)
2~3CoJ
osn
1193
946"i-·Ds·rl-----·
12
11~3
C35
08 a C34
12
9461 Dsn
1"5-- G34--"--1 2·-"[) -·c-o~~--i·i---ij46 1-05-0-------··
03
121720
-I'z"i--'"2-i-121730
121131
121740
---i-218
-10·-.
121till
12
05
01...
OR
C35
C 31
09 0
05
C31
05
1.)·---'-33----1
os 0--·---·----- - ..-.---....-.--.--.-----------
-----Ob---C25
02
C3~
01 0
C3~-~-"12-
C35
1~
06
C2~
01 0
Clb
05
9461 nSf)
122010
02
~2H
07 0
H2~
10
9461 OSD
122110
08
C2Y
01 0
A36
12
~4h1
122510
09
C36
010
122611
03
A2H
11
Y461 050
C2 M--·-·()5---Y4-6I-f)S-O------C32
11
9~61 DSO
.n."
10 0
Y461 Dsn
f·--·--·'~f4"i)·1
9461 OSD
-.------ ,)461 ·OS-f) ----.----.---..-
. ·--fi1:~ 10--- ._ .."1 i-- 03-5--··-··--10 Ll-A-34--6"6--ci461-[)sT)----·-·
1522
------1522A
--t-i20-tl-··---oi·--B2cj---10···()--C3~--f2---(-i4-i:;1-0-5-0----····--
OSD
- I 22"ifo· ··---·61 0'·····--'--·'
146620
146621 ...
146630
146"-'1()'-
07
017
---·-···0~-·C06·-
it) -n
_
. DSf) - .-. . ------.---.-------.--.---.----.-01 0 C12
02
9461 OSD
·-01 ··O-·-·bo7 -"--05'--'-94'b l-os-rY---'-- ..----.--.-------.----.-.--------'- -.-- ---.-.-.
-C0'1------·08-----~4(,_1
05 COb
()2 0 H07
09
9461 DSO
----IO·--..C07--- -01 O--AO'2-'--Ob-- --.- -'1461-0Su------------------· -----.--------- . .-.... ------... ----- --10
07 0 003
12
9461 050
1350~
-- 07-n--fil1-·-os---Qzt61-·-lrStr--··--- .... - ---.----H06
OR 0 A02
08
9461 osn
08 0- -- Dlo ·----OA-----94f>1 D${y------··- .-.---.-.. ---- . . - ...---.----.. ---..-.------ .-----.. - .-.--.-
Bl1
--'-04"-~06
06
OY~06
09
03
1106
-~tj5
09 0
~.
-07
f)--
012
~
rl\ib"---
11
-12-
'1461
--·-···-·~461
DSI)
"1>5,1)'-------
----
_.'·M_.
-~
146810
03 H05
01 a
B04
06
9461 OSO
T46':i fu--------b-2-Ctil---C)4·--0---·Col--03··-Y461-tIS·u-.--.---147010
02 COl
10 0 COl
09
9461 OSO
1471'10"-- -.- ---02- Clli" --. o·'-rf--CU-i!----04
946"l-oSrf----·- ---.------------.------ --. -"_.147111
02 C02
()4 0
C03
04
Y4b1 nso
147112"- -------(YS··-CO 3"-' '-04() -'-lH)3--0'''- ------946-1--I.)S·f)----·-----·
147210
02 COl
01 U C02
03
Y461 DSU
-C4"-'I211----03-C02--03-·0-C02
10
(:f461-f)Slj--'147212
06 C02
10 0 803
06
9461 DSO'
T47310 .--- .-.- 03--- Aut
04 - 0 --- Aol--' 09 ------·9461-050 ..
147311
12 A02
09 0 010
09
9461 osn·
1'41"410-- .... --'--04--'1)03-- ···07·0---U10-----OS-··--Y4bl··nSn--- --- . --·------·---·------···-··-1350- -.
147411
11 010
05 0 E~l
04
9461 050
1350
T4T4"ZO-lr-D'O:r---o-s-'n Cl4
0-2---'l4oTliSn"
I 35UB-147 4 30
IH 003
09 0 A33
05
9461 oso
13508
T41510 -------08-n06-----"Q4·0 -·-liOr----OB·· - --9461-'OSiY-"'--' -.-.----- . - --147620
04 003
02 0 OUl
12
9461 OSO
141'710-- --03'----07 U -- 003---06-"-'---94-61"-OSO -"
--"----'---"---"--'-_ . ' --.. -.. -----.-.. -.. --.-....
oo~
147720
-14.-""{H"l-O
09
005
08 0
HOM
03
9461 OSO
03-·I)·(f6----·--rO-o---fruo--o-~r---'f4-6T-T)Sif----·
. ---- ----,
Kl0010
10 A17
01 0 C11
12
9461 DSU
Rlo(f:(cf" ··-----{l"t;----Al1---·-02---U·-- ,f11"---'---05--- ---94bl--0Sn--- ...
KI0021
06 B11
05 0 820
06
9461 OSO
K-f003'O ------Oz;-----A11-----0-3--0··-- ·A-fT--·--14-------~r4-bl-·- OS-I)---' -- .
-_ ..•..... __ ..
_._-_.
--_._-_._-------_._------
---------------_._---_._------------_. -----
Rpv A
3-6
~
~
~
-----.---------
--'
Rev'
J
LW45581600
Kll131
KIl2IO
K11220
KlI221
--KlliF22
Kl1230
--lfi-r:r10
K11311
-I{Tf3"f2
9461 DSO
11
09
05
03
06
04
"05
03
C1S
A23
A23
A16
10
01
02
11
0
E32
Gll
0
12
06
Alb~---1~1~--~9~4-6~~1~D~S~D----------------------------~
0
0
A23--02 0
A23
03 0
AIS
B25
A23
07
06
14
12
08
Ai3--67o--Alb
A16
0(')
06
A23
11
12
a
AI5
82~
.0-;;( 0
K11331
-K-l-14-Z 3
K11430
94-:-,6..::::..1-=--D-=-SO-=-~-----------------'---
9461 DSD
9461 DSD
9 46{--5'55----
10
05
03
03
C1S
11 0
E33
04
9461 Dsn
A24
A16
A24
02 0
09 0
02 0
A16
A15
825
09
05
04
9461 usc
9461 DSO
9461 DSD
04
A24
03 0
A24
14
A2.'4--0f'o-cTT-05---946'l--rjs-tJ - - - - - - - - - - - - - - -
-o2--~ri5--04-t)-Bib--(f3
94'(;lOsIi--------------9461 OSD
6-5-A-24--0'1 [)
Ai1,--lO
9461 D s - b - - - - - - - - " - - - - - - -
Kll5ll
K11512
Kl1513
K11520
Kl1530
K115 31
K12010
'03 Alb
05 A24
02 B25
06 A24
09 A24
11-C-18
04 820
A15
B25
826
A13
C18
E3 3
Al1
9461
9461
9461
9461
9461
Kl2110
Al1
06
9461 Dsn
(Ys-Af7'---"(Y6--o-'-A-rl--f2--94-61--0'SD--04 822
01 0 Altl
12
9461 OSO
oS--ATS---12-0--AT1--09-'- - 9 7 . t 6 - 1 - D S O - - - - - - - - - - - - - 06 B22
04 0 A18
06
9461 OSD
--Kff~rl0
---:-K-::-:l;-:;2011
-KIzlIT
Kl2210
(1)--"T2'2YI
~
K12310
K12311
K12410
-KIT4TI
K 1251 0
-
9461 DSO
'Jlt61D"S:::-c=-O---------------9461 DSO
12~--"J~4--;-6~1~D~S-:::-O----------------I
Kl1320
A23
08 0
A13
06
- - Krf3'3'(j'-----09-Ai3---0")---u"--·tI'B--·-ff
--K11'4:ro
Kl1420
K11421
Kl1422
9461 DSD
9461 OSD
10 0
07
05
08
09
12
01
o4-AI--t--rz
06
820
0
0
0
0
0
0
0
07 0
0
01 0
9461~l)·--------------
06
A 19
'06
9461 0 S0
A20
All
A20
12
05
All
12
11
9461 OSD
9461 oSD
9461 OSD
9461v'l"'"'ST"OO--------------9461 OSD
9461-.....0.5
... < " < " 0 - - - - - - - - - - - - - - -
06
9461 DSO
B2 1
0"1 0
-iIT2611
K12710
06
A20
06
B22
f2 0
10 0
623
01 0
B22
04
~79TI
~A2l--l}6
K13010
04
-KTIoTl
00
05
A21
823
lTl)
07 0
Al2
A2l
All
B24
01 0 A22
-';'2-2-.--1"2'-'U-]);12
B24
01 0 A2l
0
-1(13111
06
A'Z2
06 0
K13210
12--"K"'I-"'321: 1
04
06
825
01 0
A23
A23
B25
12 0
Al2
11
K13310
05
10
K133TI
Or--AZ3-~Ob
9
K13410
K13411
06
O'o-A2lT--Obo--AfI--06
05
06.
04
826
o~~-zt
~~4~6~I~D~S~O~-------------------------
9461 usn
Al 1-0-8
....-----.9"'4.---;>6--..1,--,.0·......5 " " 0 . - - - - - - - - - - - - - - -
01>0
07 0
--,..,K. . .l. . .z-sn
..
K12YI0
8
11--':T4-6-10S-5 - - - - - - - - - - - - - - -
05~r9-----r£O~1
A19
B21
A19
K13110
DSD
OSD
DSD
DSO
OSD
.1
'146 i OS=-:Oo--,------------1-,-.1,,--9---.3-'-'
~4bl Dsn
10
12
01
A~
04
05
05
K12810
06
05
12
09
12
Ail
o~-1~~6
......Kr..1C"'7"t2TI 1
K12610
~T27n
06
O~
946-,....1--....0.S
... - . . : : - 0 - - - - - - - - - - - - - - - 9461 DSO
09--9461 OSD
06
9461 OSD
10
9461 os.....o . . - - - - - - - - - - - - - - 12
9461 DSD
01
9461 OSO
06
9461 OSD
08
94OTlJ-..r-S7"<'"O-----'
12
9461 DSO
05
9461 'oso
12
12
Al2
07 0
A23
0
All
01 0
A24
12 0
All
7
---------------------------------------------------.~----------------
5
---
4,
3
--~R~e~v~A~------------------------~3--~8--------------------------'.,-1 •. ,....
"
,',.
_,'
','
,
~I-O---- 0-5---t\-2b---04-D~~4--0-6
K13511
01
A24
Ob 0
Al2
Ob
941il-nSD
DSO
~461
---;n401-rf----04----~rb---Or-O-812-_--1-2--946-1-iYs-D=----
K14011
13 B12
12 0 E30
O~
9461 osn
-1(1-4110------04-- -B 1 1:)-- "04 (Y-tfi ~-----r~r--9-4{,-r--OS{)-K14210
04 B16
01 0
B12
11
'9461 OS!)
-1<.-1421 r-----1-4----sIz--11-0-E3U--rO---li46T--bs 0 - - - K14310
03 Bib
10 0 Kl3
11
9461 usn
-K144-10
04 B17
01 0 B12 ,10
941)1 OSf)~---------------K14411
13 B12
10 0 E31
03
~461 oso
-1("1"4516-------- 03-- ijl T-04 --0------613--- 10------- 9461--osh -------:-----Kl'+610
04 B11
07 0 Bl2
09
9461 ()Sf)
~·i4-6fl-I-·-·--·14---~-li-·-09--·0-E-31-· 09"'---Y46-1
nslj------·----··--~-·-------·---------·---K14710
04 B17
10 0 B13
09
~461 OSO
K14810
----14 -Bl-a--01 0
E32
05
9461 osn
K14Hll
05 B18
01 0 B12
08
9461 050
-K-f4~t()
04---BIB--04(-}-HI-3
08--9461 OS-O--K15010
14 B18
07 0 E32
10
9461 OSO
-K-r"-Olf----04-A18---01-0~f2--01--ij4i;lOSO--
K15110
04
SIB
10 a
813
K15211
05
H19
01 0
B12
14
R19
07 0
E33
O~
t31Y
10 0
B13
C3?
-io"{--I 1-'----~461 O~[j--------------------------2-539
K21910
05 C15
07 0 1>11
04
9461 usn
--K21911
03
f) 11 - 04 0 010
07
- - 9461 OSD
K21920
05
Cl5
OH 0
01'1
04
')461 OSO _______________ _
-1<.3001004 --~32
01 U B3-'
03
94610S!"j
K30011
12 837
03 0 H14
11
9461 DSO
4103
~3()(jlt----11)H-32--hf-o
U3b
06----~-4611)~S-f)--------------,,-1=-10-=-3..,K30110
03 B32
07 0 H33
12
9461 OSO
--j(3{111:C------07---B33 - l2 0 A31
07 ---9461---l)S--O-----------------------------K30112
04 A37
01 0
A3Y
04
~4bl nSD
208~~
--K:30210
. 04 B33
01 () t~32
12
-9461 --OSIl --------- - - -------- -------------------K3U211
07 832
12 0 A~l
O~
~461 OSD
- - - - - ----------------j(303 l"o------- ()Z-----B33
0 -, 0
B32-----06----- --ij"i~-6-1-0S0-----K30311
05 832
06 0 A31
08
~461 OSO
~
--'(3041 0-----------01,---
01 - u----c4o--r2---9"4-l)1-1}s-JJ-------
~3~f-
09 B38
02 0 C2~
08
9461 D5D
--------05--B3-8- - 07-l1--ti30---1 r ------9-461---')S(i--------------------------------------------K30511
06 H38
07 0 C41
11
~461 DSD
--i(3052 0-- ----65--- ~3H---08 --IY--B ::fo--- fO----Y46"l--riso--------- --K30521
06 H3H
OH 0 C42
11
9461 OSO---------.--- -- --_._------------ --- - - K30522
16 C42
11 n 00H
03
~461 usa
K30610
04 C41
01 0 831
12
9461 DSO
------K30611--06 B37-- 12· () tl.3T--- Oil- -------- Y4-61---[)Srf-------------------------'------------
K30420
K30~)"lo
..
K30710
06
C41
07
n
B3b
-,r3071 1----04 - - t~3b---l1-n-~3-3
11
9461 OSO
06--9-461-CfST)
11
9461 DSO
K30712
03 R33
06 0 832
----'(30HI0
------05- C42
01 -o---tf::f1----lj9-----~4br-()sfi- --.-----K30Hli
06
k37
09 0 A37
05
9461 OSO
-,(3 cfy-l tf- -- - - 06 --- -"C-t; 2---- 07 ()---- H3 ~---r 1- --~r4.~-"i-o-s-t)"---K30911
03 B3~
11 0 R33
05
9461 OSD
--K3iFJ12
Oi-S33---osi. ' B32
10
9461 D S - O - - - - - - - - - - - - - - - K31010
06 C43
01 0 B31
06
9461 050
- - - - ------------'(310'11--- ----- ob- - B3 ;;,----- 06 - [f---"A-3i- -04--9-46 i-T)s[)"-----------'-------K31110
07 C43
07 0 H34
11
9461 DSD
03-B34--11-(j---R3-:i--04---Y-4-61-{jsrj-------------03 H33
04 0 R32
O~
9461 050
--K31ftl
K31112
--I( 3f2-fo-
----04- ~44----0 1---o-li-4-i--fi;--946 fT>SfJ
K31220
07
844
K31221--------t)5---C39
02 0
08 0
C3~
K31222
18
844
02 (]
A02
12
K31231
08
C44
06 0
C30
08
K31310
DB
844
07 ()
'02" fJ"
C31
08
9461
--------------1::-:7~O-:-3--:-A
osn
1703
----r"103-9461 051}_______ _ _ _ _ _ _1703A
134f--oy------~461-DSh--------------------
-K-3f2-30--- tfb-B-44-------o 3-- 0 -C4-4--06-----'i"4-6"i-b-s-o---K":-:fli32---------(i6-C-:fo--oa-O-H3-()--04
-t<:il"3-11·--·-··-----·oEf
K31312
··~~--·K3-132-0--··..
C31
10 B44
. -·----O·5·~ "B44'
-----------
----
~
02
OH
9461 os/)
-·------c;,'461 -Ll$i")
~'.'-"'--"-'--'"
03b
11
9461 DSO
0-- ---B::sii" ··----C)9---··-----9-4"6'-1--''(j-sO----- -.--_ . - -..---...
07 0
OM
--
--..-..- - - - - - - - - - - - -.. -
.--'-- ------.. -.
---------------------------.,--------------
----------
-
A33
9461 050
94b 1 i)50---'---
--_ ......
~
-.
--
-------- ------
- - - -
--
----------- ------- --
...............
------------------
--- - - -- - - -.
~,-
-- --.
-.-
-
--
~
-., .
..-.....:-
--
....
--~~
,
---
~~;- ~ ..
"'t.."
~.
LW45587600
K31321
K31322
. K31323
K31330
1<313-3"1K31410
. K31411
K31510
K40010
K40011
K400'21r
K40021
K,,0030
K~OO31
K40110
K40lTl
K40120
K40130
K40210
K40310
K40311
K40410
K40411
~
'g
05
03
10
10
02
07
10
07
09
04 0
C39
03
A2'l
04
B4·4
03 0
Oq 0
036
0
036
D31
12
12
B3'l
035
05
C36
04
0&
B38
C42
C39
[\26
839
B26
04
01
0'18
10
018
09
. - }.O
03
06
03
04
03
11
02
03
9461 DSf)
9461 OSO
9461 OSD
9461 OSf)
09
01
L20111
t.20210
05
08
l20310
L203TT
L20312
(30010
L30011
l30012
l30013
(30014
04
C20
C20
10
C20
L30112
A31
01 0
11 0
841
0-3 0
01 0
' or----a4-O841
O~40
, L:30116
L30210
, --':'30211,
07
A42
A42
10
A30
16
A42
023
•
l30212 ~
\:40010
A43
032
L40210
03
. L40220
l40230
03
On-
13
10
M20510
9
T00410
8
T0041T
12
13
023
B08
E43
12
)"
06
Ot
A40
840
07
08
07
L30114
10 0
10 0
07 0
0
10 0
01 Q
07 0
07 0
03 0
03· 1\40
08 A-zt3
10 , A30
OU
032
05 A40
11
9461 050
04
L20010
-..--mrr3
-===-1
",~~;iJi;""1
1441
1441
D16
05
09
11
07
05
06
BOb
01
03
14
09
12
12
06
11
020
10
017
018
80~
801
020
801
~
.~
12343 ~
050
050
OSO
DSO
OSD
050
842
10
C38
04
12
946r OSD
03
11
C38
05
Cl~
06
1'31
C36
840
841
032
03
12
11
03
11
05
0
0,
A43
A30
09,
Clt>
04
0
C44
12
05
06
10
0
840
0
B41
0
032
A43
1Jl 0
9461
9461
9461
9461
9461
9461
9461 DSO
9461 DSO
9461 oso
9461 DSD
B07
020
A2B
9461 DSD
9461 050
9461 050
9461 050
9461 050
9461 050
9461 050
9461 DSO
9461 050
9461 050
9461 OSO
946-1 DStJ
9461 oso
O~-l}461
C44
841
01 0
11 0
A30
Clb
03
018
022
022
804
A26
016
11
11
9461 OSO
12
9461
9461
9461
9461
9461
01 0
09 0
01 0
11 0
CI9
05
01
11
12
2539
.
1522
1103
OSIJ
01 0
01 0
05 0
...
9461 OSO
10
11
12
11
07 0
'
9461 OSD
.09 0
10 Q
A30
9461 OSD
1103
9461 OSO
94orOSO
9461 DSO
1522
9461 OSO
DSO
OSD
OSO
1524
DSD
410~
OSQ
410::
1:
6
) 5 .
4
•
3
Rev
D
f
94&1 oso
B08
L2oITo
l30111
12
09
B08
07 0
04 0
018
08 0
018 '--09 0
80'7
01 0
B(fl
04 0
807
12 0
807
07 0
06 0
B07
B06
11 0
BOl
L30015
C3b
B09
12
018
B07
A38
A38
842
03
11
02 Q
02 0
03
9461 OSI)
9461 nSf)
9461 OSO
9461 OS£)
9461 050
9461 OS[)
B08
11
10
Ob 0
809
B05
005
,,,f~•.r!.(~~~~~:~~,.....
OJ 0
05
9461 DSD
018 --03 'o-'f2S-----oa--946T oso--"' -.. --.----
03
or-
01 0
05 0
10 0
01 0
D18
K40511
11
12
•
9461 DSD
9461 J)SO
9461'050
9461 OSO
04
C42
018
809
13
~.;
09 0
K40412 '
K40510
(30016
L30110
)
9461 OSD
3-1.2
..,
~
"
. cnnet.' I "Ii'
",,"
~' ---.l. . wr74-.
. . . .5".. 5",. 8.....
1..,.-6o
..o--9~4~6""Tl-n:O'l"'"S"O-------""'IIIo-- .",..iIIIIIIIIIIiIIi"...."
....
_.~
100510
10
E38
01 0
'24
06
9461 050
11.
C24
06 0
AOl
03
9461 DSO
rnOO51205
A07
03 0
B06
-T""7Io.'1'I>07-&..-10...-............·
T00611
-r1T'"4--eoro:§3"
09 829
07 0
06 0
E~4
07 0
'"",,,''S,,__
'
t·:;---nr07ro-........--=0t)
T00810
--=rtfoarr
~
T00812
110010
~-Hg~~A-·
.
~r
TI0111
08
TI0211
TI0310
TI0311
TI0410
110411
~:
fl0S10
TI0511
TI0610
TI0611
T10710
TI0711
T20210
T20211
T20212
,120310
120410
T20411
I ~
T20412
ti T40010
140110
I. 140210
08
I'
I· . . . .
"f
Y00510
Y20310
. ,i.
y20610
.r
Y21110
Y22110
Y23010
'!,
12
11
15
814
-E42
--:u
81b
..-f:41
817
E41
811
E40
B18
E40
818
E39
819
08
15
08
15
01
15
06
15 E39
09 819
09 E36
05 C29
11 E36
15 E31
11 . E38
06 016
08 CIS
08 E43
08 E23
18 E44
05 C22
07 A30
09 A25
07 C14
05 A36
1-2 ' 042
Y20311
09
Y30510
03
834
Y30511
Y30610
Y30611
Y30710
Y31210
Y31310
Y31311
Y31510
Y33010
Y33110'
04
04
04
04
833
835
833
836
842
843
833
031
D31t
10
Y33210
9
8
Y33211
Y41110
01
06
03
08
02
03
03
• 02
M
C19
03
Cf9-6lo-lff4--02
~.-11021(f~·--15-'
.'
016
E3;--(r7'-oezs-"05
14
06
06
16
10
06
12
82~'
828
033
032
033
001
"
l
-........ ..::----..
. T0051·
~-~t"
......".;...;..."
. tI
9461
DSD "ri"=,,,,~,,,<",~,,.w:,,,,
94611lSD
9461 DSD
ItW
. SSf rb
.;
946[- DS--=O~----""-""."""',............--~......
, .......:.-9461 OSO
4103
~i4'6f ·-tfsb---':"':"'-~:O--------4-::-:1~O::--:::-3
·4103
oso:-------------;....;;;;..;;o..-,.
--g;-g-:~:-l~--:::t-·-e~~----~------~02 0
0\ 0
AOl
816
06
06
9461 OSO
9461
12 0 AOt>
11
9461 ()SO
0"-81 it~'-'o6 -·~'·9461USr>-~--'~"-----.-.-06 0
AOb
10
9461 OSO
01 0 811
12
94b1 OSO=------...;-----12 0 AOb
09
9461 OSO
01 0 818
06
9461 OSO
06 0 A06
08
9461 050
07 0 818
12
9461 OSO
12 0 A06
07
9461 OSO
01 0 819
06'
9461 OSO
06 0 A06
06
9461 OSO
07 0 B19
12
9461 OSO
'12 0 A06
05
94610S0
01 0 C29
06
9461 OSO
06 0 &31
11
9461 DSO
2028
01 0 013
08
9461 OSO
01 0 A21
12
9461 DSO
01 0 01b
09
9461 050
09 0 C15
10
9461 OSD
10 0 C2~
02
9461 OSO
2539
01 0 016
08
9461DSO
01 0 023
12
9461 OSO
,01 0 OOb
06
9461 OSO
01 0 e21
12
9461 OSO
4103
01 0 828
09
9461 OSD
01 0 e27
06
9461 050
01 0 805
06
9461 OSO
010 A30
12
9461 OSD
01 0 e27
05
9461 050
2242
09 0 C14
12
9461 OSD
2539
~1 0
833
09
9461 OSO
09 0 832
05
9461 DSO
2089
01 0 833
10
9461 OSO
10 0 832
04
9461 050
2089
01 0 . 833
11
9461 050
01 0 C38
11
946( OSO
01 0 833
08
9461 DSO
1703
0-8 0 832
02
9461 DS=-=0------------------::-1-=1"'=0="3
01' 0 842
11
9461 OSO
1703
01 0 035
03
9461 DSO
01 0 035
06"
9461 050
-~='='OI
OI--...O---,D;;;o;3:;;-.3.----a-l-rl----;;9:;-:;4~6.,1~D7/r"S'3'O:'D--------------
11 0
oso
D31t
12
9461 DSD
•
B~~-"II----;;9~4~6-1-·~O~S~D-----------~4~O~5~9
7
8------------~--------------------~------------~----------~~---------
s _______________
~
'"
~~
__________________.________
3-13
Ron 1
---.---;........
•
..............
~-'~-
"
lW4558 7-600
y41120
'lOOOlO
100030
100031
101J040
100041
lOOOS'O
100051
100052
100053
100060.
100070
100080
100090
100091
· 100100
100101
100110
looTll
100120
-100121
100130
100110
100111
-,-'{fOl-ao
100190
0()0200
100201
--100210
100211
-rO(),l20
100221
100230
100231
100240
100241
100250
100251
100260
100261
-'-00210
100211
100280
100281
100290
100300
-roU301
100320
100330
100340
100350
100360
,00370
100380
100390
Rev·D
9461 OSD
05 001
02 . 14'2&
04 A~8
02 A44
0'02
~"'~~
0
006
11
0
Alb
04
03 0
A44
01
0
A44
02
or
U4"A~-g--09l)-"A44
02
A44
02
02
05
A30
A30
A30
834
834
835
836
A40
02
02
02
02
03
02
03
0'2
03
A44
A40
A44
A42
A.44
03 0
040~3'O
05 0 A30
0 834
04 0 835
05 0 ,834
05 0 B3~
0'4 0 830
03 0 A44
05 0 A44
09 0 A44
01 0 A44
03 0 A44
01
02~44--090-A44
" 03
04
05
07
04
04
07
07
07
,.,. . III
9461
..
'
..
~.
-,'
.... 019
05
06
07
08
09
' 9461
050
050
050
050
050
4
4
.
4
OSD
•
DS.D
050
oso
9461 OSO
9461 050
9461 OSO
9461 050
9461 DSO
9461 DSO
94'6-1I)So
9461 oso
9'461 OSO
9461 OSf) ,,---.,,--_.-
1103
"
4103
4103
4023
!
3-14
~
t
OSD
OSO
05
04 0 842
02 842
01
02 842---05 0 842
04 0 843
07
02 843
11 80'8--05 R 5100 02
01 S100 02 R S100 03
1S-C'01-YO R 5101 0'2
04 R S10l 03
19 COl
Uq-A30
lif.-RSIOO
C
C
03 ...... S100
C R-..-_ S10l
06-- 0
co; 06
94h1 OS!)
<.>'3 CO2
Ob
9461 OS£)
09
COS
803
05
0
oS-C 02--05" -0-804--09---9461'050
9461 OSO
09 0 014
12
10 804
03 CO2
05
9461 OSO
12 0 C04
. 9461 OSO
05 0 804
05 C04
10
06 0 C04
04
9461 DSO
02 C03
04 0 803
9461 'OSD
05 C04
10
03 0 co~
9461 DSO
02 C04
05
05 0 803
9461 OSD·
05 C05
11
94&1 /050
06 0 804
05 e04
11
9461'OSO
10 B04
11 0 014
11
9461 OSO
02 C03
12 0 CO2
11
9461 050
05 CO2
11 0 804
12
9461 OSo
03 C03
05
11 0 C03
05 C03
05 0 803
12
9461 050
06
9461 051J
05 0 802
12 020
02 C22
03 0 e22
04
946'1. 050
04 0 e22
01
9461 050
02 e22
04 0 034
07
9461 OSD
02 034
94,lill)SO
04 0 033
07
02 03'3
,02 032
04 0 032
07
9461 DSO
9461 oSD
oS 0 A36
02 A36
01
9461 DSO
10 TPIOO'
14
R A21
04 0 031
9461 DSD
01
02 D31
,9461 DSO
02
12 C20
03 0 A04
9461 OSO
01
12 tzo. 09 0 A04
~
IlIii';i~ "':'"'l.ii~,_•••".,.".,
i
·9461
. 9461
94&1
.) 9461
9461
9461
.9461
9461
94&1
10
·.lli..__ i
9461 DSo
9461 050
9461 OSO
9461 [)S()
--,4&1--050
.9461 050
,94blOS'f>
~
s·1. .
'i
1OU400
0
(l:T1l1---r--~l7t---rS--~
24 Cl~l
T R TPlOl
u:f-CTOT----r-f{--t"Th
15
02 E36
15 0 E37
15
100401
"100402
100403
1 U!)O
20
9461 OSO
-94b 1 050
9461 050
20
20
100405
02
E40
24
CI02
15 0
E41
15
9461 DSO
15
9461 DSO
0 2 - t1;;r------rS-U---E43-rr-94bi 05D
100411
1lffi4"IZ
T R
TPI08
or-'-cT{Tr---T-Tr---E~rff
9461 050
100413
02 EZB
15 0 E29
15
9461 050
'1ffiJltT7+---·--0Z-----€30-------1 ?--O·---E-~T---r5--- 9461--050
100415
02 E32
15 0 E33
15
9461 DSO
-rmr4""20----"2-S----CTo3----- -r---ff-Tt'l 09
I
100421
04
G103
100423
06
C103
l00422~-{f4-(;r03
T R
E25
12
1 R
E36
12
12
12
'--T- R
1OO426-~--oi--·-E38 ------·-T~r--o---· r!-~f9
100427
02
f
f.39
02
- o;T
02
100-430
E41
12
12 0
E40
12
0
E41
E42
12
--02--El,::O-----lz
100421f
100429
12 0
94& 1 OS 0
9461 OSD
12
-E"42-----t2--0--E4-3"--12
9461 050
DSD
OSO
DSO
OSf)
9 1.. 61 DSO
9461 050
«.J1+61 OSf)
9461- 050
9461
9461
9461
9461
100431
[:43
12 0 E4-4
12
1 0044{)-~----2-6--- C1 ol~----·--1--~r-fprJ:l.)--~--'1461-o5 0
00441
. 06 C104
T R E25
13
9461 OSO
100442
()4--r; t04----1--R--E34 - 13
9461 OSD
~
100445
-r00446
13 0
E3~
13
E33
13 0
E32
13
02
E31
13 0
E:30
13
13
04
10110 03 R
LeG
100482
100483
100484
100490
,iIi,'
'I
9461 050
____ .E~(~? . ___ ~~_ ..Q__~_it~ _____1_~____9_~bl
2_~
-fOOl. 70
2
24
2
20
20
6
6
20
6
24
24
24
24
24
b
b
6
6
6
24
6-
24
24
0
6
6
6
20
20
b
24
r3'{r-"-Ei~r-----l~f--9461(jSO~-------24
02
~004AO
_100481
-
E38
lOO~,!_",-
l004hO
~
02
O,.----t/+O ..-.
100448
100449
000450
2
6
-g;.-...~ ~~- ------}~--g----~-~ '; ---{~ --:-:~~- -g~.=-g-----,---,"----:::~:-:-:--:
~-g-g~~~-
I
1611
E2';:-:;3:.----::"1-=3---=-9-::-4~b-z-l--=-DS::;--,D=---------·-=2----0--6~-......-.-----
r-t0042 l .-:----0Z-----E-36--12·--0·E-37100425
02
E37
12 0
E38
~
.
2
24·,..----.2.,...-----24 \ 2
24,
2
20
2
20 --C:2~~------24
Z
24
2
24
2
.,lJU4-07t-----UZ----E3H·----I~--U---E~-I,_-'J4"lirOSD
~~U6
-
o2"---E-ZY-----l 3-- ej-"E-28
~Sf)
03
01
21'
05
5103
S103
s103
E4 3
OC
02.
02
02
R
R
R
0
o~_
08
S102
oc
S103
03
C29
04
E3lS . 02
6
94&1 OSO
9461 050'
24 _-:-b_ _.
24
6
24
b
9461 DSD
24
b
9461 OSO
14
0
9't61 '050
9461 osn
24
03---S io;r-- c --,·(-STO-l-.---C--946T-oso·..;.....---------,::Z4
.•.~1_~_tQ_~ __ ~2 ,_~___ ..§192
26
5102
02 R E3-'
6
4·=----It
1193-
------PE1"2"24-:;---. I
.',;.........
JJE1224.5
PE12245
:--"~_~~"".o&"""_""""
. . . . "...-.;-~_'::!0111$. ___ ~
9'.. 61 -=o-=S.:::.o_ _ _ _-=--__~_ _ _ _ _ _ _ _-
l00491--·--0-2---E38----0-2(f--E-~fl-oi--
100493
05
100494-
03
-02
94.61 OSO
_946....::1--=-0-=..5.::..0_ _ _ _ _ _ _ _ _ _ _-:-_ _
E36--t).i-o-E42---02-~9461 ()SO
E42
02 0
E42
08
9t..:.:t6::.!1~O:..;:S:..;:O:.....:--___- - - - - _ - - -_ _
E42
00 0
E41
08
94b 1 DSO
100496
100491
100498
02
02
E40--08~
Olt
E39
100499
02
04
02
:-El.i"
E40
E:; 9
100492
100495 ..
100500
100501
100502
02
£37
02 0
E36
02
E41
08 0
E40
08
9461 DSO
08 0
E41
02
946 !:.-:::O:..;::S~O_ _ _ _ _ _ _ _ _ _ _ _ _ _ __
E3~9~~O~8~-~9~4~b~1~0~S~0-------~-----
02 0
E40
02
9461 DSD
02 0
E39
02
9461 OSO
- 02 0 -·~E;;;3;.;b:..-~O:;:8---~94..;-6;-;..1~o~s~o~---------------
~00503
O~-E38---crS
03
E36
08 0
0
E44
t
,02
001
04 0
001 ._..::O..;.5__----:9;-4;..;6~1~O:-;;S;..;.;;D~-~---_ _A44
11
9461 DSD
100504
100720
OZ--A42 --.--- 09 0
E38
08
9461 OSO
O~8~---=9~4~671~O~S~D--------------------·-----3~34~br--
_ _-,4"O~5~9:a_
lOSbA
9461 DSD
LW45~87600
--20 Ooro - ----- 44 -- -J 1. () 0 - -tY1X--- E:3 :f-(f(-----~ 4 (, t-- 0 S-o ---------200020
44
J100
200030
----2 GOfJ40
2000S0
-2-00051
200060
44
44
44
JIOO
02 X
E33
~461
OH
DSO
i 4-A--it
-200021 ------44-Jlbo---02-X-E33--02--------'i46-r-r)so------------
2.4A
0
------24t:i---o----1~36-
9461 OSO
24B 4
1~36
-946105D ------------- ----------------24C-4----fb3b-9461 nSf)
24C
0
1536
03 X E33
01
04 X --E32
07
JI00 05 X E32
OH
----4-4--::, ioo- - 05 -X--t:-3244 JIOO 07 X E32
01
JIOO
oz-
")46 i-rjsl)------------~----------Z4T)---(j-----l 536
~461 DSO
240 4
1536
-2000 7(f44---Jl-oo---0fr-X---r:3 r-u1
I.) 4610s 1 ) - ;f4E-----4
1 ~36
200080
44 JIOO 10 X E31
08
9461 osa
24E 0
1536
-~OOo81
- -------44J100- lOX--E31------02--- - --~46[-()SO ---------- --------------"24F-----O----T53-6
44
2000YO
JIOO
11 X
----200100----- - --4-4--- J 1 ()O- ---12
E31
01
x ---E 3U----0 r- ---
9461 050
~461
24F
1~3b
4
- r)s D ---------- - ------- -----24(; --- 4----- ---1536-;--
200110
44 JIOO
13 X E30
OH
9461 OS!)
24G 0
1~36
--2{YOl-il.-----;tt4-J10()-T"3-X -E30
02
9-461-l)so------------2-4t·r 0
1536
200120
44 JIOO
14 X E30
01
9461 DSO
24H 4
1536
--- --200130 ---- ---1;4 ----J too - -- fs -x----i: 34---- 01-----9461-0Sf)-- ----------24 r---4-----1 S3-6200140
44
JIOO
16 X E34
02
9461 os/)
241
0
1536
200141
44 JIOO
16 x E34-0H-----94bf-nsn------ - --------24J----O----l~36-,
20U150
44 JIOO 17 x E34
07
~461 DS\)
24J 4
153h
---zoif1 60 - --------42-JTo()---1 H---X-- - t:-i-ii-- 01---- --946 I-')s(f-----i4"K--4
1536--200110
42 JI00 20 x E2Y
02
9461 050
24K 0
1536
-ioo"l "1 r-----2001tlO
----ZOOl ':10
200200
-~-(>"OZ()l-
4H
JI00
41 X
48
JIOO
JIOO
48 JIOO
4 ~ - - -J 1 0 ()
48 JI00
48
-- 2 002 :1 1
E4l
~461
06
24M
DSD
-X-- E-4""2---rl-------Y4-61.--nSfJ
42 X ~42
10
9461 OSD
'.3 X E41
05 ------9461050--44 X E41
06
9461 Dsn
-------4-H--J 100-----41
200230
(j
44 X
E41 --- 11
4t1
4t!
J100-
48
JIOO
47 X E4{)
11
9461 DS!)
4H X E40
10
~461 DSO
tty X-- - E39 ----05------ 9461--0S-0---- -------
-48
JIOO
50 X
2U0290
200300
----- 2 Ul) 3 1 n
200320
--- -2 0 U3 2 1
---
06
48 JIOO Sl X E3")
44 ---- J 1 00 - S 2 X - - F. 3 b ----44
JI00 53 X E36
44
J 1 00
5:; X - t: :1 b
':1461
2003':>0
2003':>-1
46
46
200360
46
10
0 5 -- 06
1. 1
4
41~36--
24U
0
24(,)
nSf)
;'
-4B---J-l(j(r-Sox-t:3-9-~1---(.i4lil-05n-------
-~~ ~ ~ i! ~- -- -------~i---- ~ ~
2003---(0
E3~
24N
240
1536
24P 4
1536
--240 ---4--1'::>36----
2UUI.60
-4"8 - - J 100
1536
1"53-6--
- 24 P - 0 -- ---- -1536 --
200261
20U270
1536
-- 94& 1 -DS D
----48-~JIOO
---- 2002fHf ---
0
--------------Z-4N--- 0
4~ X
E41
10
9461 OSD
- 46 X -E40------05 ----94-61--0SD
JI00 4-{ X f.4U
Oh
t}461 OS!)
20U240
- -2002')0
----20()2~1
--.J
42
JIOO 21 X F.21.J
07
---- ------48 ----J rOO--40-X- -- E4-Z--00S-------V4-6-1--0SD----- ---------- -------24M--4---1.,-~H)--
200210
200220
,
---------------2"41,.-0-- 1536
. 9461 nSf)
24L it
1536
--42-J100"20--X---F.l-Y--08--~94-61.- (5sIY---
()
1~36
- 24R --0---
1536--1
24M 4
1~36
--------"24-S-- 4---1536-24S .0
1536 I
Z"4r-o--l-S-3-o241 4
1~36
':1461 OSf)
') 46 lOS r f 2 4 u -- 4
9461 OS!)
24U 0
'J 46 1 D S f)
- -2. 4 V
0
i
1 536 1536
gg-- ~~-~- ~!~-~-~-------~:~-{---~~-~~ -----------------------~~-~---~--TS-3 b-
J
JIOO
56 X E43
06
?6 X---- 1:43-----11
57 X E43
10
J lOO
JIOO
58--X-
44
----~flOO
20U3HO
44
JIOO
5'J
2003")0
44
JIOO
60 X
x
':1461
DSO
'J461--0S0
'J461 DSO
-.
E:{B·----()~-----Y46T-OSD
E3H
Oh
~461
24W
0
24Y
0
~536
-- .-- -------- ---24)(-- 0-----24X
4
--- ----------------Z4Y ----4------- - ----------
usn
~-2U03H--1----44---jrO(r---S-Y-X--E3-H""-----1r------y-46TDSU-----------------------------l-4l-0-----r5T6~
1
-----2-0"0400 ---4-6-- --j 100 63 X
9
200410
46 J100
64 x
;)---Z-00420 ---- --- 42"- JI00 - 6-S-X
u
7
E3B
10
9461 OSf)
1:4"it --- -06--- ---- 94-6-r--nsn---1:44
05
9461 OS£)
E21 -------13 --- ----94"6T- OSO---
24l
4
1~36
----z4A----O -- - ---- --------
24A
4
- ------2-4S-----lt
~
-----153-6-----
------- ------ -------- -------------------- --------------------- - ----------- -------------------- -------
5
----------
Rev A
-----
---
----- -------- --------------------------------------------- ---
3-16
----------
--- -------J
~
-----,......-.-....-..---._'----_
_
LW45~81600
--ZOO-4~-O
t
9461 osb
42~TOn-6-6---X-E£1
200470
42
42
42
42
38
~60480
38
~
2004'-)0
,
200500
38
38
200501
38
J
2004 31
200440
200450
200460
...-......-.-----
.
J 100
66
JlOO 78
JI00 76
JI00 7"'JIOO 80
JI00-S2
JIOO 22
X
14
E2 2
Ell
E2l
E21
Ttll10
14
X
12
X
15
X
11
X
01
X rBilO 01
X E2l
01
J lTio-i3-X--E21
02
J100 23 X E2l
04
~46-1-TJS-{)
~~~~-;~-g----'!: ~T~g'--i~'-~- ~'~~--~~-"'--~'!:~-g;g
200S'30
300010
--=3:-::::0"'7.:'002-0
300021
--300030
~
300040
-~rooo50
300051
---:3::-:o~6060
300070
300080
300081
300090
300100
300110
300111
--306120
300130
-~3~00140
300141
--:::"3-,o-otf150
300160
--3'00170
300171
300180
300190
300200
300201
300210
300220
300230
300231
300240
300250
~
1536
~:~:
3346
2-4(f'-0 ---3346-
40
40
40
40
40
24A
24A
248
JI01 01 X
Ji'if1-02 X
Jl01 02 X
E33
07
JfOl-03-X"
E33
E33
JI01
c32
02
01
07
04 X
E::f3-(Ya
4tY-Jttf1----0S-X--E32-oii"
40 J101 05 X E32
02
40 J 101 07
40 J101 08
40 J101 10
40 JI01· 10
40 J101 11
40 J101 12
40 JI01 13
40 J101 13
40 J101 i4
42 JI0l 15
42 JIOl i6
42 J101
16
42 JT'o 1 1 7
40 J101 18
40 JI01--20
40 JI01 20
40 J101 21
44 J101 40
44 J101 41
44 JI01 41
44 ' J101~~
44 JI01 43
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
44
JI01
44 X
300261
300270
300280
300290
44
44
45
46
47
47
48
49
50
50
44
JI01
J161
JIOl
JIOl
JIOl
JIOl
JIOI
Jl01
JI01
J101
40
40
J101
JlOl
,300291
)---3100300
~
300310
300320
0
46-J'f 06-'--6 3'X--E4i ; - - - l f - -946 f--bs 0--------
'44
44
42
,42
42
42
44
~0260
24B
94 61 [~)S=:-:o0:::--_ _ _ _ _ _ _.",-24-,-C-,::---_O______
9461 OSD
24C 4
9461 DSO
240 0
1536
9461 050
240 4
1536
94~~S~_______________~1~6_____0________
9461 OSD
16
0
9~4_6-=-1~O_S'_O~-_ _ _ _ _ _ _-..:24E
4
9461 DSO
24E 0
9461 OSO
24F 0
44
X
X
X
X
X
X
X
X
X
51 X
52 X
53 X
E32
E31
E31
E31
E31
E30
E30
E30
E30
E34
E34
E34
E34
ElY
E29
E29
E29
E42
E42
E42
E42
E41
E41
E41
E41
E40
E40
E40
E40
E39
E3Y
E39
E39
E36
E36
01
07
08
02
01
07
08
02
01
'01
02
08
07
01 '
0-2
08
07
05
06
11
10
05
06
11
10
05
06
11
10
05
06
11
10
05
06
9461
9461
9461
9461"
9461
9461
Y461
050
D50
OSD
DSO
DSO
246
24C
4
0
0
4
4
I)-SO
24-C-o--f~r36-
DSD
D'S'I.)
DSD
OSD
DSD
DSO
DSD
DSO
DSO
OSO
DSD
DSD
OSO
DSD
OSD
1536
1536
1536
1536
1536
1536
1536
1536
1536
1536
1536
1536
1536
1536
1536 ,
1536
1536
1536
1536
240 0
24D 4
9461
24E 4
9461
24E 0
9461
24F 0
9461
24F 4
9461
24G 4
9461
24G 0
9461
24H 0
9461
24H 4
9461
241 4
9461
241 0
9461
24J 0
9461
24J 4
9461
24K 4
94bTOSl)
24K -0
9461 OSD
24l o·
,9461 DSD
24L 4
9461 DSD
24M 4
9461 050
24M 0
9461 OSO
24N
0
9461 OSD
24N 4
9461 OSD
240 4
9461 OSO
240 0
9461 DSn
24P
0
9461 USD
24P 4
9461 DSD
24Q 4
9461 DSO
24(J 0
9461 DSO
24R 0
9461 DSO
24R 4
9461 DSD
245 4
9461 OSD
24S 0
9461 DSD
241 0
9461 DSD
241 4
9461 0 5 0 2 4 U 4
9461 DSD
24U 0
~461
3-17
1536
1536
1-536
1536
1~36
1536
1536
1536
1536
1536
1536
1~36
1536
1536
1536
1536
1536
1536
1536
1536
1536
1536
.,. "Rev A
-,,...-..----...-,---.~""-"'"'--,-.
-,---.---'"
LW45587bOO
9461 OSD
300321
300330
40
40
53 X
54 X
E3b
E3b
300340=-----.-4.-4-J-;-:;101-55 X
300350
44
JI0l 56 X
1:43
-3-00351
300360
300310
300380
~O'381
300390
300400
300410
-~3""""'O-:::0420
300430
300440
300450
300460
300470
--31fo480
300490
300500
300501
300510
300520
300530
400010
400020
400030
-40004'0
400050
--'-4-=00-06-0
400110
--40012-0
400130
-400140
400150
4~0190
400200
400210
400220
--4-o1t-\)4J<
E28
JI04
13 X C03
12
06
03
06
. 12
3-18
24
4
1536
1536
1536
1536
I
,
-oD0T5-0-·-·-jr-JI-04--1?t --X--CUj
11
94bTlrSlJ
b001603H JI04 15 X 020
05
9461 DSO
---OUOI7o---~-g---JI04--1b-X - -A2S--12-'--'i4t)1--DS-D-~-----
• "-:~g~~g"
~
-- --~~ - -j ~~:
---:gg~~g
4
4
1531
1~3~
2-4-4----
Z~~~gZ· ~~ ~--~~;-"~! ---~~:~g~g-"-- -------------~:g-.ri-.
34 J104 22
34 -- J 104 23
6002~O
34 JI04 24
-b00260 --- ------ 5-1 '-----J-l04-- -2~
600230
-600240
24
24
X H1~
07
9461 D~D
24E ~
4243
X- B14 '--"01 ------'l461 DSO-----·- - -. ----- - ---'--'~4E--4--'4l43
X Al~
O!)
9461 nSf)
241: 0
4243
X --Bl-~--02--'--946r--{)Sf}--- ----'---------24F 0
4~41
~* ~ ~i~
6002~0
---gi
42 JI04 28 X A34
01
--600310
- 44 J 104 30 X ---A4U
Ob
600320
44 JI04 31 X A40
12
---600330--- ---4()-J104-32---X-A3-b--Ob
~:~ ~- :~~g
---.--.---
~461
~461
OSO
Dsn -- ----- -
~461
osn
~4bf-I)SD
-------~4~ ~
4243
24G 4
1536
--.- ----'----20 ---- 4 -- -- 20
·----20
-
~ ~-ggi~~----~-~-~~ig~---~!-{--~!~--4~----~~~{-g.~§
600360
46 J104 3~ X A42
12
9461 osn
~ -~~~!rg----!-~ ~r~~ -!~ -~--~~~----~~---:-!!i--g~g
---
4
4--""'1-5-3-6
~~
:
20
4
1536
1536
~~--:--~..;;;.,..;...
-44 -x-A-i"b--oi
9461 DSD
2"4
4
51 X -20 BUSS
9461 OSO
16
4
-60053-0
44-Jl()I;-si X -20 ~lJSS
9461 osn
16
4
600540
44 J104 53 X -20 BUSS
9461 OSO
16
4
-t;cfo-55044-Jlot;---54-x-fl"o BUSS
9461-6so16---4-0---600560
44 JI04 55 X &20 BUSS
~461 Dsn
16
4
--MHiS-lo----44JTl)4---56--X &20 BUSS
-~461Dsn
'16
4
1~36
bOO~90
46 JI04 ~H X E2l
10
~461 DSD
20
4
-i)OtYb-10 -4-S--JY04 60 -X--E-25--fl---94bT--hs-n----------------io
iS36
600630
44 JI04 62 X E22
15
9461 OSO
20
4
-60664o------4-6Jlcf4----63 -x -E2f--12----Y46i-ljSD --2--=0--4-:----600650
44 JI04 64 X E21
11
~461 nSf)
20
4
1536--b006tfo
42-iI~-()--1 x
A28
09
9461 D51)-'20
4
1~36
600710
35 J104 70 X 81,
05
9461 DSD
24H 0
4243
"-600720
35 Jloi;---7i--x 814
07
946f-oso-----~ ----=2~4:-.-H--4--4...:...2=-4...:....;3::...
600130
48 JI04 12 X E24
15
9461 DSO
20
4
1586
-6007~O
36 J104 "tit
C20--0b
9461 OSO
20
4
1536
600810
48 J104 17 X E26
13
9461 DSD
20
4
2242
600850
17 JI04 45 X 042
12
9461 Dsn
6004~)(i----38-J-f04-
~
bOU~~O
44
J104
-x
--------------------------------------~-----------------------------------------------------
-----------------------
--------------
._-------------- - -- -----------_._---_..
----- _."- -------.
.
---------- --------------------_.--------
----------------
-~--
,
----_ _-_.-._------_._-..
- ..-...-..-- ---=-----
--- -----._-_.------- -------_._---_._- _.. -... -_.
----. __ ._-----
---- ..... -.
----.-...- .... _--_._-------_.-
-_._------------_ .... -. __ ..... -,-_.- ... - -._._- ..'l_10
·L~ffi~)~~~j
[i-~'-"-"-'--' u.~
,~: ~l:'ln;\~ 1::'i2. ';:;~ ~~\ :J j. ~~)h~!/
MINNEAPOLIS, MINNESOTA
DOCUMENT NO.
TITLE
WL
R/W LOOIC CHASSIS ASSEMBLY
PRODUCT
DISK STORAGE DRIVE
SHEET 1
2
3
4
A
A
A
A A A
A
B
A
A
c
/I.
/I.
5
A
1\ II
OF
I REV.
C
6
REVISIONS
REVISION STATUS OF SHEETS
1
46809800
6
REV.
ECO
A
DESCRIPTION
-----
m
B
PM 1698
SEE C. O.
B
C
P!:12370
SEE
DATE
DR FT.
RELEASED
CHKD.
S.D.
nL
CO
9/1/67
APPD.
'ell/)
3,' .2-'7
I;.i\w
1-9-70
,
.t'
j
(
a
NOTES:
1. DET...CHED qSTS
.... PL 46810000
B. DN & MECH ASSY 46810000
&
LOO-IC CHASSIS GROUND.
I
TOLERANCE OF LElU'nlS TO
I
f
m/
+1.
/-0
2. ASSOCIATED
A.
B.
COPIES
TO
DOCUMENTS
CP 46809900
SCliJi)1ATIC 45587700
1 I I I
l@JWlWbt~~t!~
E';,~;~:,;,~~·
I
BY
1C::·Jf1 1:aJ;;~71 CHKD. 11K.L> 1.':"~1.71 ENGR o/Jc/J'k·DATf
·2S-Io7
TITLE
DOCUMENT NO.
WL
WIRE LISTING
, : ;~-;~
SHEET
MINNEAPOUS. MINNESOTA
CONDUCTOR FIND
IDENT.
NO.
GAUGE
(REF.)
24
COLOR
(REF,)
LENGTH
(APPROXJ
ACCESS,
FIND NO.
ORIGIN
ACCESS.
FIND NO.
DESTINATION
X13
05
x13
06
2
X13
05
x14
03
3
X18
05
x19
05
4
x19
05
X20
05
5
X20
05
X21
05
6
121
05
122
05
7
122
11
121
11
8
121
11
120
11
9
! 120
~' .
11
X19
11
10
X19
11
X18
11
11
Xl0
06
X10
09
12
X07
12
X08
11
13
X07
11
X08
12
14
X07
10
X07
09
1
45
992
02
-
15
,
17
45
18
37
19
FORM AAI669
37
992
222
24
222
02
08
X05
rn
X05
07
x06
07
X05
05
x06
05
X18
15
X19
15
X20
15
X21
15
A
2 OF
REMARKS
,
',1
X04
I REV.
t
--.
"-
16
46809800
uu
I~Mf~~
TITLE
DOCUME NT NO.
Wl
WIRE LISTING
SHEET
MINNEAPOUS. MINNESOTA
CONDUCTOR FINO
IDENT.
NO.
GAUGE
(REF.)
LENGTH
(APPROX,)
COLOR
(REF.)
ACCESS
FINO NO
ORIGIN
02
104
DESTINATION
15
X05
15
15
X07
15
37
24
21
37
24
222
02
X06
22
39
COAX
000
03
X02
14
X03
14
23
39
COAX
000
03
X04
14
X05
14
24
39
COAX
000
03
X06
14
107
14
25
)8
24
666
02
X04
13
X05
13
X06
X08
13
27
13
107
109
13 1)
28
X18
13
X19
1)
29
120
13
X21
- - - -..-
20
---
,.
26
.-
.
)8
666
I-
X10
13
i..11
31
37
222
02
Xl0
15
XlI
15
32
46
993
03
X22
05
122
11
33
X08
02
Xl0
11
34
Xl0
02
X08
09
35
Xl0
04
X08
10
06
xoa
08
~.-
REMARKS
--
.1~_
)0
~.
-
A
3 OF
ACCESS.
FIND NO.
222
I REV.
46809800
------ --13
-
~-
Xl0
36
~38
46
[&ffil=n :~,i! :j)i'ft~
r
_
03
993
24
X13
01
Xl0
01
X13
04
Xl0
03
-'
TITLE
WL
WIRE LISTING
]
L-:.-.
DOCUMENT NO.
SHEET
MINNEAPOUS. MINNESOTA
CONDUCTOR FINO
NO.
IDENT.
ACCESS
FINO NO.
GAUGE
(REF.)
COLOR
(REF.)
LENGTH
(APPROX,)
24
993
03
X18
03
i
X19
X20
X21
122
.
ORIGIN
ACCESS.
FIND NO.
DESTINATION
118
09
03
X19
09
03
120
..
09
D)
al
09
03
122
09
X09
15
X07
10
X17
06
X17
12
X07
03
X07
09
~-=--r-- +---.
. ~04
: . W8
09
~95
05 --
14
X09
49
Xl0
14
Xl1
'.~__
14_
50
X12
14
X13
14. __
46
39
40
:
41
42
43
I
44-
45
II
46
~
47
46
48
YI
24
! COAX
-.
000
--
--
~
X18
14
X19
14
39
COAX
000
0)
120
14
X21
14
53
47
24
994
04
X09
01
X13
11
54
47
X09
04
X13
12
51
52
55
41
56
42
57
40
994
24
COAX
222
X07
01
X07
15
666
X07
114
02
X07
13
14
X17
'4
000
04
I
REV.
A
46809800
4 OF
REMARKS
•. --
.
-
FORN AAI669
')
I),
D ...........
A
~Wir~
TITLE
DOCUMENT NO.
WL
WIRE LISTING
~ '~JI,J ti=·I.S~:'J.~ ~r h~)t~.~]
SHEET
MINNEAPOUS. MINNESOTA
CON~ FINO
~O£H1.•
W}..
.sa
GAUGE
COLOR
LENGTH
'''~'.'
'''~f·.
' .. PffiQ)(.)
24
222
OlUIiIN
--
05
ACCESS.
fiNO NO.
,
59
43
~o
44
05
(j~i.. ~:..-
61
62 \
63
44
666
OS
X12
13
48
48
996
996
06
06
X06
X06
64
49
998
08
65
66
50
35
900
10
X12
-=.=-=~
X17
15
'->:J_7
PE ItT INATION
~-.-
01
M
X12
X1Z
06
12
X1Z
01
X02
10
5~
X04
X06
07
03
X18
Rl00
05
L
67
5
X06·
11
R101
L
68
69
G
X05
Xl0
03
02
Rl02
R100
L._ -R
Xl0
04
R101
R
10 13L36
1
R102
R
Xl0
X14
13
13
X13
X14
X14
14
15
4
70
71
35
72
6
73
j
74
75
76
24
"
4
5
5
1
6,)~
X10
J240.
33,36
5
7
r
8
1
J240
6
10
I REV.
D
OF
")
ftEMARICS
15
01
103
--.
5
ACCESS.
fiND NO.
X17
O~.L
46809800
X.l0
----
34
--
~"
14
FORM MI669
IfOOJllillill1i1!r~~1
["
DOCUMENT NO.
TITLE
WL
WIRE LISTING
.".;-,,~ ~;-~;-~,~~-;,~
SHEET
MINNEAPOUS. MINNESOTA
CONIlUCTOfl FINO
IDENT.
NO.
77
GAUGE
COLOR
(REF.)
IREF.I
LENGTH
(APPROXJ
ORIGIN
J240
6
78
n,
79
80
55
56
24
24
222
03
666
03
81
46
Z4
993
03
8l
83
51
COAX
000
06
51
C.OAl(
000
06
{-
ACCESS.
FIND NO.
X08
X08
XOS
XOI
)(zt
14
I
ACCESS.
FIND NO.
DESTINATION
X12
15
I.
, .
12
X02
15
11
X02
13
09
14-
14
:
X03
46809800
6
I REV.
D
OF
REMARICS
14
~
&
I
i
I
l
FOR~
M ....
~~]
IE~:(~~~~~~';(;::~: ~~"l~'lf(et(~;]
DOCUMENT NO.
TITLE
CONTROL PANEL ASSEMBLY
WL
PRODUCT
DISK STORAGE DRIVE
MINNEAPOUS. MINNESOTA
A
It
J
DESCRIPTION
ECO
~
DRFT.
DATE
APPD.
CHKD.
11-29-66
RELEASED
MB
DETACHED LISTS:
A. PL 45592600
B. MECH ASSY 45592600
1.
TOLERANCES ON LEm'lllS TO BE ~:
I I
I
1
I~l~
·1
15
20
4
16
P)10
1
j/fl.
~
j~
16
DSJ05A
2
J
15
P)10
)
4
15
DS)02A
5
4
SJ01C
ACCESS.
FIND NO.
ORIGIN
SJ05A
NO
1
P310
4
C
DS)02B
.2
+20V (TB06-3)
'+20V (TB()6,..)
P)10
6
2
P310
8
17
S)OlA
NO
P)10
10
S)OlB
NO
DS)OlA
1
1
DS301B
1
2
7
7
8
12
S)OlB
C
9
11
P)10
9
•
11
S)OlB
HC
20
11
PJ10
11
04
S)OlC
NO
02
DS)OlA
~~
1)
24
."
C
17
02
OS)OlA
2
15
02
DS)02A
1
DS)02B
1
16
02
DS)02A
2
DS)02B
2
12
P)10
5
S)OlA
C
07
DS)OlB
2
S)05A
C
r
18
16
,,.
24
4
17
GRD
17
,-
14
17
17
+36v
17
----
DS)OlB
.
17
DS)OlA
P310
16
17
17
SJ01C
13
15
REMARKS
2
17
,A
+2OV
P)10
17
REV.
OF
1
12
11
ACCESS.
FIND NO.
DESTINATION
2
I
.
45588200
DSJ05A
6
12
~/-~~cl ENGRI 0D0ddl/,~~""
SHEET
LENGTH
(APPROXJ
,.
IKenT
WL
2
COLOR
(REF.)
10
CHICO.
DOCUMENT NO.
GAUGE
(REF.)
2
IC.K. 1/l7,~1
WIRE LISTING
MINNEAPOUS. MINNESOTA
CONOUClOR FINO
IDENT.
NO.
BY
TITLE
(~. I'?: 1;Z~ 1.:0-- ($i ;;;:;. '1~> i'i. ~i lO!.~
1
OF
REV.
REVISIONS
REV,
£
_CO~ES
1
SHEET
REVISION STATUS OF SHEETS
1 2 )
A A #.
NOTES:
I
455~OO
--
-20V
19
FORM AAI669
3-21
D ..... _.
n
DOCUMENT NO.
WL
WIRE LISTING
CONDUCTOR FINO
IDENT.
NO.
GAUGE
(REF.)
COLOR
(REF.)
LENGTH
(APPROx')
20
16
24
4
02
DSJ05A
21
16
24
4
02
DS)05A
r;----.-----
- .. -'~
i (~Jfr~)~~'!t.. . ;-"({;f\
• .. J
1.
I'~
: ··1
,
..
~
• ,
~
L ___' _. _._._._'_'_~
I
'
ACCESS.
FINO NO.
ORIGIN
DSJ05B
DS)05B
,
I
DISK STORAGE
I SHEET
D~IVE
.,,r--=~I= - -t --,
-~
- . i ..
r-- C-.- f-.-
L
r--- f - - -
I
REV.
====
!-----
C
s~;.
.sF~
FIo11/fjlQ
CHKD.
r·· / ~.:. ',.'
RELEASED
+-
--
S
'! • •
NJ-;, I
Co
AI'~O.
.
i.!
!
,.4-~-G CJ _~__
Co
j
f--
1
i
I
1
-R
• .--
-
Ji
3
DATE
DR FT.
DESCRIPTION
ECO
A
13 !PNI.fiSO
r---
I
I
_.
1 OF
REVISIONS
1--
-.
-- .- -
Ie'
1--
-f - I-- -
I-- 1--
-
45498100
WL
I
PRODUCT
t!~
DOCUMENT NO.
WIRE LIST - ACTUATOR HARNESS
REVISION STATUS OF SHEETS
-
REMARKS
2
TITLE
M'NNEAPOL~S. M'N~~SOTA
-
ACCESS.
FIND NO.
DESTINATION
2
45588200
I
=t
I
I
.
!'----j!
~-I
.:--
'I--'
,
-
~I
NOTES~
1..
I
FOR MECH ASSY AND PL SEE 45497800.
I
~
COPIES
'ro
I J .U
rUflM AA 1672
Rev B
"-
I
\,
I
fON 454981CO
~DETACHED LISTS I
I
BV
~~k?';;(f~
CHKD.
!t(l~
~ ~'--I
t..,,~·~l'f.~$!/·t
• IIItTI!'
r
y
'
TITLE
DOCUMENT NO.
WL
WIRE LISTING
.~~=~;~:~~~=S~H=&=T==2==OF=,=3===========
MINNEAPOLIS. MINNESOTA
CONDUCTOR FIND
IDEN T.
NO.
1
9
2
I'
GAUGE
(REF.)
~~~~ I':"~··
20
4
19
...
~
j
3
:R~:,:··m. r=~r:'5::A:::~_~~_ND_E_~_~-+:~
P220
1
P220
2'
X21
X20
X19
~
P220
3
2
P220
4 ~
2,.
I
X22
2'
~
tl,
4
5
45498100
06,~
i
~. . .j!
_._ _ _ _
R_EM_A_RK_S_ _-_-_ _
6, 13
~ 6,13
~--~~------~---------~
~ -=6...L.:..:;.13~_ _ _ _ _ _'_ _ _-4
06 r~,
12 ~ 6, 13
12
~--I-~~-r-l~9---~--P-2-2-0---r-5~r__;-~
06-~'~6~,-1-3~---A-------------~
fORM AAI669
.
"';:~I ~~iil--;-.;v;'Gir.'-rV
IfIi ,.0 .1r~I.".
". ..-, " ..-'~,I~Ij!
-, d
TITLE
~IN:"EAPO;:.~.Mt_,.;~1
CONOlJCT'OO FIND
GAUGE
DOCUMENT NO.
WL
45498100
SHEH
COLOR
LENGTH.:
'-',..
~CCES;:-V-''" ,'on... •
..
=- -
!I ACCESS.
~,
I
WIRE LISTING
3
-
OF
I
!
C.
3
!
!
'-.
r-ID_E_NT_'-r_NO_'-r_IR_EF_')-r(_~_EF_.I-r(_AP_P~
__'~._ _O_R_IG_IN-r__~'~'F_I~
__
NO~,.*_~D~ES~T~IN~AT~IO~N~~:}j~FI=ND~N~O+,__~_ _ _~RE~.M=A=RK~S~~
~1~6~~8~___-+__~~_r-!____~__~!~-4_______4-~ij:___~_~f5~~L-__________~
16A
168
t
!
9
17
COND 17
---+---+)-IH-IE-L-D4COND 19
16
l
17
10
24
4
11"1/
1U
10! 24
4
1.5
0
3
SHIELD
19
P220
~
P220
COND 18
'COND 20
!
8
. tJ
I
l
~ CON-D-1-6A-+--nil---t-------·--~
COND 16A
. X13
04
~
5,12
r-1-9---r-ll--'~24'-..-r-O---r-I~~--~U~-C-O-~/-D-\-\-8~--~~--'--Pr-C-O-N-D--lg-8-+--,-.~-n;~-.-,~~~:~~~~~~~~~=========~.-20
11124
21
9
20
4
t--=22=---t_~+"-1-lr---+--+\- + - i~
j
P220
23
.
~ P220
f--'2=4;;'--'--+-,r-,-l-I---+--+--+-I~-J]~ P220
c~~g:~,
09 .~ 2
10
Xll
f-X-'8
r;--r.
X19
11 ,~7; X20
12 ~ 2
t X21
r-2~~.5L__r9~_r~20~-r-4~-r~19~~,~}~P~2~2~0--'-~13~~ X22
~--~--~--~--~--~
f----.11----4--1
--+-~ij~
:~
~---'~--r----+----~--.r-
.L.._ _ _1...-_ _ _
12 'J 6, 13
~
06 .J.---~..:..,' - 3 - + - - - - - - - - - 12
~ 6.~,_13_+_----------__--__--~
~g~"--~--------------~
~
~'
I ~
I
~--I------+-~!~~--+-----~---~
J
I!,
~----~r----'---~I---.~~~-~-~-,-+-----~-------------~:
:-_~·~---,---I---l---§;f-~
I______
L
--L.___
14'1~~ _ _ _ _ _ _ _ _ _---I
~i 6,13
06 !-_-6-_-~-1_-34-----------'----l
12
_~
~I_
_
E;~~'i-:--4---------i~
_~>L1i___"--____________---'
FORM AA'6u')
3-25
Rev B
OOCU,MENT- NO.
WL
~,--
SHEET 1
-----:------
----.-~-
REVISIONS
REV.
I
J
- - - ===================================-=======
--
( ...
REVISION STATUS OF'SHEETS
OF
rg
8
45444100
-
A
B
DESCRIPTION
ECO
i~t'\1-f677
S~t.
OATE.
DR FT.
RELEASED
.
Co
/'/-::"-':.
CHKD.
APPD.
I:'
'
I
1""1"1-'\ 1."5_:'1.-(,',
I
I
J
I
r
•
~
NOTES:
'--
A
-r,~
;'
&
':'!
COi'I~S
I_~.
4.
A HEXAGON IN THE ACCESS FIND NO. COLUMN INDICATES"
THAT THE CONDUCTOR 1S ONE OF SEVERAL (ALL WITH THE
SAME NUMBER IN THE HEXAGON) GOING INTO THE SAME
TERMINAL. THE N~N FRONT OF THE ,HEXAGON IS
THE TERMINAL FIND NO.
USE EXISTING LEADS FROM L210.
USE EXISTING LEADS FROM M260.
I I I I
I
.&
I
I
I 'B. me.! .r-'~T=-ji
BY
USE EXISTING LEADS FROM CRlO & '
CRlS.
CHKD.
DN lfS44 11100
DET Aci1ED LISTS
~J
\!Aft
Y I,1//7,,101.
DOCUMENT-N, Q
~~
kY...! I:l:;~, ~VENGR
(I
t
FORM AA 1672
r-'~"r~~1 ~~:~-~7--:i ~:'1 '~: I
TITLE
i"c~~_:wo~'o':,,~:o~:i.·
~N[XJ~TOR
FIND
IDENT.
NO.
1
8
2
8
_...W~RE LISTl:~__
454441ULJ
A :.2
8
OF
=;~~G~= -CO~;=:~tii f.~::=-~~=-~ A~l~]'~-=-=-=-~I A1~l{=A=;.r='========
(REF.)
(REF.)
(A?PROlOJ
ORIGIN
flFIND"'O.~
DESTINATION
,YFINDNO.
REMARKS
24
24
3
18
4
],8
4
I
4
2
°
11
11
14
1
1 ./
ij
~
~
L210
L2J.O
I
T
tL.~
8
1
~-J-2-3-0--'--J~gi-IA-::2-"-A-:6------------;
/~\ ~
J230
H 2 /6\
t-L~J
J230
L
M260/.hl--"--I"i-J-2-3-0---II---M~~~'--9-4-+-"""'-!o
&9'""-----------1
P M260
94
L~
--~---L£-~24~-r_ ~ ~~;~-----r__~'_+!--rl~·~--:===:=:::=:=::~~:-:=============:
l
__
__
4
16
1----=5:.!.!A---I'>---_t_ _-+--=0:.-.--/-I&
58
,
"J230
i
i
J230
N
1
PI
~
i
T020=-::0___-+-_=_8-il_.....;3=I'-='t-t---iA_-,-_ _ _ _ _ _--1
:1
~_T~I.~Jl"'-0_-+-~T-i-"'3,,''--4-'-+--+-----------t
I
W
:1
~
~~6~_+~2~4-~2~4--~--_+-----~----~--~--4_--~:~----~r_~---~~-----.-----------~
1--~6~A_I--_'I--_-+-~o-t-g~--N~" ----l!J:.!=.2~30:!...----!---!.T_'H
~~6~O~+_-~---~~4-+_-~--~~~·~J~2~30~__~U~..~~--~__I
1---'-7_-+--'=2_~r_-=-2-'-4-t---+----{Ii.._ _ _--!_-.J~)-,-;-.-!
1-/-'--_:,~2'""'_!3"'--0-+--'R"__"·:~1
1--.....
7'=-A-t-_+____ +-_O"'---+--'-,
TB20],
RJ_3,.. " 4 4 ' - + - - t - - - - - - - - - - - i
T;201
L__
.1
3
:..---i-B--,-_-~-I. -_ '~.'.-. -+-,
. -t-----------i
T
B,~2.....
, _~
.JJ LL
r-~7~B_r_-.r_-~~4~;_-/~~~M~~J=23=0~~~Z~~~~~.~--'-T=B2~O~2~_1~T~~'~3~I_,_4-r~L~~,
8
2
30
I
H
~
'
,
"
A
:=:8:A==:::=:=====:=:6==:==1:2=:~~~-_-~L-2~0~O~~~~~~8~~~~:---7--~--J~2~3~O~~~~:~-x~~~~~-1-~~A~---------------~
t---"'8...;;.B_t-_,t--_--+-_9-'----+--'1=2'"-~fl1--=L:. :2=0D=--~~T_!J---LJi J23D
KJ], (;) I
t---=8...::.C~-_+-_ _t_-=S'---f-=13=--.;! . S20G
NC! A ~ J230
~~8=D__\ ~2~;----r-=2-+_~1=3--~~;~S~2=OO~-r-c~~~,~J~2~3=0----~W~~~--~],=rl~-T~------------------~
vi-],=-+---l'---------i
~_9___;~3__~_3_0__~·_4__~_1_3__~~'~.~*~~E~QO~__~~n
FORM AAI669
Rev B
8
__
!~~~~ ~~V__~1~~(2~)~~~~~______________~
TITLE
WIRE LISTING
rlm":N':::\POUS. M.~JNCSOT"
•
1\
SHEET, 3
OF
t-;=_~:_I~·_~-_~=;_-:-t·r=_~_;_~_-t-'G_,~_~G_F.E_)-+-~_~~_~_.)-+-,L_A~_~_*~_~-,~~~~;;::-_"'_~_"'::_;';;'_::_~T_:_:.,..=_'=_T~~~:=-~:_:-=f=!_~o_~~+---:"\-___R_E_M_AR_K_S_____~
10
t---=~_+_-'-9__i_-__I__-4
__1__-8--" L201
T ~ 7
J230
K ij (1) / 8 \
11
1--==-=---+--..:..9
-+-_~--.:...4
--1 S201 NC .~ 8 J230
V ~ (2)
6.::.;::\.-=-_ _ _ _ _ _
Po
---+-_12
12
17
24
4
10
].3
1---==-_.-+--=l,7,-+--=2~4_-f-_4.:.--+-'2.
14
t--"--'-----i'-c;
3
-i~
L201
B
~~~~~-~.~~
l~
,'S 201
C
~,;,~,'8 ~J.
J230
a
tLblJ
L201
T
~
L201
8
~
!~ __~ .
j,4A
CR15
T
~--t-l---t-{,~--t-~"-!'11
CR15
1 1:8
8
~
If,\
P
:==:==:=="I:3=:====:=====:====:I~Jj+-_-_-~~~~~~:~~~-{;r;-!---15
kiA
CR10
~l-L~~ L200
158 I
t-----ir-,-+--.-1---r---~, mo B! 11\ J~
t--"'-=>---r----1f----t---t----fR
1
--1
IR
_1_-f-A'£D.-:-~_ _ _ _ _ _ _ _---I
/
I,!-'
F
.
I
i
A\
&
.
,~
-_--+~..L&...;9;..J...____-___-_-_.,..._-_-___-___-_____-_-_-_-_I""i
__~~I-_-. ~_-+:&__9_~_____-_-~_--_-_-_-.~~~:,=:
I_!, --.- -&-------------i
1------+--.1----t-----~--~!lr--------+--~~,~_-#H,-------_4----~-----+_-------------------------i
~
S
1
t----4-___t---4---+--~~'}-------~~~
I
!
I
Cl---------+--~~___t----------------~
~.~
FORt.. AA 161>9
~---r-----
I,.
r-~+-~~~~~r---I:I~----~~~
:
~,
l'
if
I
~~
•
.----+---+---+---+---r.·1- - - - - + - ,H~
TITLE
WL
DUO-TINE CONNECTOR ASSmmLY
I
SHEET
REV.
A
A A
NOTES:
1.
NU~"-
4551))00
OF
..~'
2
REVISIONS
REVISION StATUS OF SHEETS
2
DOCUMENT
DESCRIPTION
ECO
______
RELEASED
DATE
CHKD.
4/22/66
&
DETACHED LISTS,
DR FT.
TOLERANCES ON 'lHESE LElGTHS TO BE
APPD.
MB
~:
, A. ' PL 45519200
B. Fm MEal ASSY SEE 45519200
.& 'FOR
CONDUCTOR DESIGNATION
SEE B/W LOGIC WIRE LIST
COt:,ES
FORM AA
I I I j,
~.7Z
3-27
Rpv R
'1
I
l~lfA1Dh~]
TITLE
DOCUMENT NO.
A
MINNEAPOUS. MINNESOTA
CONDUCTOR FINO
IDENT.
2
3
NO.
COLOR
tREF.)
SHEET 2
LENGTH
tAPPROXJ
l\
ACCESS.
FIND NO.
ORIGIN
DESTINATION
L.ll
ACCESS.
FIND NO.
3
24
6
4
24
6
3
5
2
5
24
2
4
14
2
4
6
5
6
6
GAUGE
tREF.)
WL
WIRE LISTING
r;G;~~ -;',:,~~;~c~-~~~-i~
7
5
J240
45513300
OF
REMARKS
2
0
24
I REV.
.
7
0
S
2
10
J240
2
~
2
~----+---4-----~---+----~--------+---~--~~------~~-- ----4---------------------~
,
_tffiDlI\l~T-IT_..,L~E
~F~I_L
FSEJ~·~:'i;,f.!.IFi2'~~H}~:]
~-------'--------'---"-""-i .-
T_£_R_B_OX_AS_SY_·
OI SK ' STORAGE, DR I V[
PROOUCT
MINNEAPOUS. MINNESOTA
REVISIO~
DOCUMENT NO.
45~4.j~~OO
vo.l
'SHEET
I REV.
G
OF -2
REVI~IONS
STATUS OF SHEETS
DR FT.
F
PM5554 INACTIVE. DERVlC E USE: ()NL '(
SUPERCEDED &Y No 459£4f}DO
PM Ei354B REACTIVATED DWG.
DATE
CHKO.
APPO.
VN/~l)OO
G
1o;J.-G 1I·1~·"0
.
97- IY'!BLY (+20
.J
"
_~BJ'-1
67
TITLE
r~~Ttf{~lil! f~!~
7
5
T8)2O
f---
J2)O
11
-----
TB320
TB320
TB.320
.3
---- ------_._----
T
L200
8
8
-
~.
£
6E
---1
I
4B
6
REMARKS
CK SIDE OF ASSE>lBLT.
PL 46815700-01
MEaiANICAL ASSY 46815700.
I
In I C.M. ~~~11 CMCD. I LaO ..i:,~71
........ .,
ENGR
I .nIL
D
IA'"
~.,
"~T
A
l'ttimZd:lil!'f!£u~\;~
t~:~> _:'L:" ,::~j
CONDUCTOR
fiNO
NO,
IDENT.
~
I
..
"-.
I
GAUGE
COLOR
LENGTH
I REf.)
(Ref.)
(APPROX)
I
CODE IDENT
Wl
2 of 2
ACCESS
ORIGIN
DESTINATION
FIND NO,
7
16
4
6
TB07
1
6
R04
L
6
2
7
16
4
6
TB07
1
6
R04
C
6
6
TB07
2
6
R04
R
6
TB07
1
TB07
3
7 I
3
~---.- ~.-+
4
4
16
4
-
46816100·
ACCESS
FIND NO,
1
I
IREV~
DOCUMENT NO,
SHEET
REMARKS
=-f
~-
~.
•
~-
~,
f-'
~,----
=t=
1------
L
PRINT!D IN USA
AA318~
DOCUMENT NO.
~1~~~t~~~~~TI_TL_E_rn_om__p_A~
___
~_SIDill
__L_I______________________~. WL
[~~2~l~~;=i~~:~~~~1 PROOUO~K
IM'I'la:"'EAF-'OUS. MINNESOTA
STORAGE DRIVE
~
P
45481500
SHEET 1 OF 2
r_i
~~~?+--~.~--r-t.-+~~--.~~4-~~~+---------~~~~-------------t---1----~-t----r-__-1
~TTnSTAIUS
HEETS
REVISIONS
I
REV.
DESCRIPTION
ECO
DRFT.
DATE
CHKD.
APPD.
MB
4-24-68
A
~
AS
7-9-68 TLT 7-17-6E
SEE CO
B
PM 3041
~-~J.~.- -.. j- ·-L-t-+-'+-~-+-~~~~'::::::-'~--------t-m:-f-r::iB=m-t--j----1
1-8·:/0
llL
51·:1: CO
PE 12231
c
1-~~~-+$"-It-r-t--1---+-+--lI-~~-t--====-------+:-:~~~~
RELE~ED
~j-~·H- _~._I--""_+'-+'~_I-.JI-.,:=-+~:":':"~-+---'----------------------I----'f--:--:-:--t--1---j
1-9-70
4 :'t-t- +-c-+l
--t--H
n
Pl~
12226
SL:E CO
01.
-+t- . - J , - + - + - + - - l - l I - - - I - - - I - - - - - - - - + - - t - - - t - - - t - l
r-~-m'---i' ·~.-~I~~~-+~--~------+------------~------------r--~----~--1-----1
~-+.-tr-
I
I
i
~-+-~.
-
-t+
'
--+- .. -T--+-Ii --l--l--+--+-
-t-H-.-t-l-+--+-+--+--+----+----.:.-------t---t---:-ir---t---1
~--l-~-
i
-t--l-.+-+-+-.+-t--!!---+---+-------------t-+---t--t----j
H-+-~-t--
Irltt-..~~-L--~--+--l--I---+---+----___+___+____+__t___1
rE~: I li.-:E~A= LISTS,
A.
B.
I
&
PL 70534000 & 7053200
MECH ASSY 70534000 & 70534200
TOLERANCE ON ALL LENGTIlS TO BE
~::
Ic~~.r-~I-~~-~--------------------,Ir-BY-.I-m--T~~~~rnT[~lrC-H~-O'.Irm-.p-.~t~~~[,TI-EN-GR-r·I-~-sl~~~~[
FORM AA 1672
3-32
·{lI~I.
....
TITLE
DOCUMENT NO.
,-.~~;'.
:~1'"
WL
WIRE LISTING
li!il~t;'i\;"I~6.\$.iti1i1
' , .. '
....
I REV.
(J
45481500
\·~,·'t'~'f";·\
MINNEAI"OUS. MINNESGrA
SHEET 2 OF
2
IDENT.
FIND
NO.
1
)8
GAUGE
tREF.)
..
2
COLOR
tREF.)
LENGTH
tAPPROXJ
24
4
)
~
4~
4~
ACCESS.
FIND NO.
ORIGIN
ACCESS.
FIND NO.
DESTINATION
CB03
B
41
TP03
CBOS
B
41
TP05
)
CBQ2
B
41
TP01
4
TP03
0002
T
..
TPOI..
0003
T
39
3
TP01
0001
T
39
5
~.
6
38
24
7
26
16
~
~
8
"
9
8
M01
L
5
CBOlC
B
4A
39
TB09
4
K03
..
TB09
2
K03
3C
TB09
1
K03
4t
CB01A
B
37m
ooat.
T
39
'"
10
"
11
26
16
12
38
24
S
~
~
H
TB09
TB09
CB01A
B
";;;"I;;:'(ni'i;;'fWlri:~IJiI
.,;.<,"".
- n:" ,"
I
REV.
D,
'46819600
J
J:\
MINNEAPOUS. MINNESOTA
CONDUCTOR FIN,O
IOENT.
NO.
GAUGE
(REF.)
I L..-..)
ACCESS.
FINO NO.
TB07
1
7
C01
C01
+
6G)
CO2
+
3
CO2
+
Ii)
C01
+
ill
4
COl
+
ill
T01
6
4®
C01
+
6@
6
4@
-
6®
1
1
16
LENGTH
(APPROlO
4
,
2
ORIGIN
OESTI NATION
5
T01
6
6
C01
+
(5)
(4)
7
8
cO)
®
TOl
T01
-
C03
6
9
C03
-
@ C03
6@ C04
&..
-
-
10
C04
-
®
C03
11
-
TB07
5
7
CR01
TR
12
CR01
TL
5
COt
-
ACCESS.
FINO NO.
6(2)
6(7)
(f)
'.
.«
'!..o'-
.
.. ......
..,., -
-~
I
-.~~
IKeT. lt~;:,,1
BY
CHICO.
FINO
GAUGE
NO.
(REF~)
I LRO
k-1~ ~ I ENGft
I JCP
IMTI
Z-i-C,,c,
-.
,
TITLE
DOCUMENT NO.
WL
WIRE LISTING
MINNEAPOUS. MINNESOrA
C:~
DATE
:2/8/66
£
DETACHED LISTSI
A. PL 468'9500
B. FOR MECH
8
OF. 2
REVISIONS
REY.
1.
1
SHEET
REVISION STATUS OF SHEETS
2
A A
1
NOTES:
I,REV.
1.6819400
SHEET 2
COLOR
(REF.)
1.
34
16
4
2
34
16
4
LENGTH
(APPROXl
ACCESS.
FIND NO.
ORIGIN
ACCESS.
FIND NO.
DESTINATION
3
T01
3
c06
L
J
T01
4
c06
R
3
7
L01
'll
TB07
2
35
4
l'
L01
Bl
TBO?
3
)5
5
6
'l
102
'E
35
102
B
TB06
T806
·3
7
4
)S
&
ffi
&.
~
46819400
I R~'~
1
B
OF 2
REMARKS
f·
:
I
'.'
L
'}
ReV"
A. )
I~:~'"
~~t~;~~~:~:~\~;';~~1k]
DOCUMENT HO.
TITLE
HARNESS ASSa.1BLY, A.C. (PONER SUPPU-)
WL
DISK STORAGE DRIVE
REV.
)
DESCRIPTION
ECO
A A
A
A
~
RELEASED
B
B
B
PM 2242
IHi. NO. WAS 45590200
B
)
REVISIONS
REVISION STATUS OF SHEETS
2
1 OF
SHEET
I REV.
~
PRODUCT
MINNEAPOLIS. MINNESOTA
1
45465)00
DATE
DR FT.
CHKD.
JPM
APPD.
rY't5
12/9/66
ai
2-5-68
2-23
I
NOTES:& A HEXAGON IN THE ACCESS FIND NO. COLUMN
2. DETACHED LISTS:
A.
INDICATES THAT THE CONDUCTOR IS ONE OF
SEVERAL (ALL WITH THE SAME NUMBER IN THE
HEXAGON) GOoo INTO THE SAME TERMINAL.
THE NUMBER IN FRONT OF A HEXAGON IS THE
TERMINAL FIND NO•
PL 45465200
..
ES
C°tb
I I I I
. .
i~l]a ~HR ,~ '!,:.
~~:tt;'~~~~;~'~~~~~~
I
IOENT.
NO.
1
1
GAUGE
(REF.)
LRO
.
WL
WIRE LISTING
A\
COLOR
(REF.)
LENGTH'
(APPROXJ
fo
ACCESS.
FIND NO.
ORIGIN
sill
KO)
103
A2
15(1)
3
TB05
1
9
4
CB01A
B
®
5
.lOS
)
6
CB01C
SHEET
ACCESS.
FINO NO.
DESTINATION
L
C2
10
TOO5
2
9
CBoa
B
J05
1
11
COO1C
B
B
JI..
[
PM4-S23
PM 5038
F'
:G _ PEJ2078.
H
DESCRIPTION
'1+
919;:;-
I
1\:
1.
:OPIES
TO
A·HEXAGON IN THE ACCESS FIND NO. COLUMN
INDICATES THAT THE CONDUCTOR IS ONE OF
SEVERAL (ALL WITH THE SAME NUMBER IN THE
HEXAGON) GOING INTO THE SAME TERMINAL.
A NUMBER IN FRONT OF A HEXAGON IS THE
TERMINAL FIND NO.
I I I I
RM AA 1672'
-,
2 •. DETACHED LISTS:
A.
P/L
46075700~_
-
I
._
3=37
BY .
I~.9-1>-1<
DAT[~
CHKO.
.
II;?RP
It)OAT(~
-Ii.
ENGR
W
:f /,z:4
jC'
8
9
rOR"
_~~·z
REVISED 1/Z1f.1
r;~' ;_,:;;::W?:nl~.,~'r:.w!'lj TITLE
1,'
.1_1::-':
" ,i
WIRE LISTING'
,l
DOCUMENT NO.
~~~:O'; F~~O ~~~;.~ h~~~ I(~~~~~J qO-OR:GIN~~I~l ·OEST'NA;'~Nlf:~~;·
20
15
1
L~l ~~
!~-;-r15
I~
16
I
J03
r-;-rlS
I
!
I
24
i 15
TB02
,
25
I 15 I
16
\15
16
27
i 15
16
CB02
B
J03
B
I
I
GJ
I
B-ir-0J~:-~~-.- ~ -~-=+I----------il
J03
Jr.?
14
4
1 Q05
i
CB07A
rl
RZO
I IS' ,I
16
I l~
30
15
16
4
tl CB07B
31
32
15
16
4
'16
4
Q03
fIB02
16
16
6
TBe2
29
15
1_________
~I
I'
16
33
-=J.::O.7:.._ _ _~U:"'-"fl--..:::.6_.f-_ _ _ _ _ _ _ _ _---lJ
~~C!:..:.~O~2~_~B~ll.;:..:1:..=1~@:I.,;..1:4·_ _ _ _ _ _ _ _ _~I
~@~'-:_-=J_~~_3=___,_I_..:;::;E~J-6-=-~
-11
I~
I
4
I
il
4
Ii
RZO
4
tl
TE02
C
~
J~I'.'
13
g CT;1)3
B
~ KOl~
4-.J1'
~ ~
,
I !~l-j
T
IR ~
I B ij
B
15
L
I
fJ
~
2
Cn07A
1'!.~7~
I
ti:_4..:..-.-+-_ _ _"---_ _ _ _ _---i
+-R_-t:~__2 -1 - - - - - - : - - - - - - - - - 1
1
1
tf:,_-=C.::..BO:..:7..::.B_-+-=T-!I.~·_"4-=--+_-------------1
If:\---C:Q~(O~3
i
-l-.....:C~...:~j---=5~_+_------------i
4
__
5 ,] TBOZ
14 I 13
13 1fR23~--+-..=.L.!.-{~}--=.:::.2--f-----------:---!1
r-;lll-~-=TB::.::..::O.=.2_ _+-1::.:6:.-..JJt-l::.:3=-.-+----------~1
~~~~O~IO~4_ _-+-/;!..B--!}---"'5~+--_-_----~1
3l~
15
I
16
4
36
15
I
16
4
I B l~~_Tn02
~O~' K ~-f CB05
4
H_C9."'.n=z
~j--'206
B
_R....::,2_3_ _
'35
16
!]11
~l:___:Q~OS--_+__B--r[r~-S--+_------,...------!1
! 15
I
I
6
4
i 15
REMARKS
13
4
28
15
I'
CB03
26
1
~l
D ~
~[Y.:J
WL 4(;079700!.H
II
'
I
l5__ »--'1""-...3'-+--_ _--.:.-_ _ _ _ _---i
B
~.Il-.1_0-:G==6~-----------I
p--~~_J:?__ L16__ _4_-4-1f..c::.,?A l-l!lQ.::~!·'I..s.9?--- -+-- {J~~-g------___-'ll
37
1..--_--''-l_S~
38
Fon ...
36~.~
Rev
"EVISE 0 4/l/G~
t~
l
....~~~~LKO~~_1f__-_2·..L.r,_ _ _ _ _ _ _ _ _ ____'
ICO:-lDUC:TOR! FIN\)
I
GA~GE
COLOR
LENGTH
'l..-.....
'~-,
____ . f "
-
-~A/J.s'\l,-.:.;;----Z?=n-tt =rn%T.~~,
I~_E_N_'·-+I_N_O_.-+i_(_Rt:._F_,)_j_(-R-EF-.)-+-'-AP_?-RO_Xl-{t-_-O_R_IG-IN-,---it1 FIND
1 - '_ _
NO.
~
L.-_3_9_+I_l_5-+1_1_6_f--_4_+-_---.lI:'--C3_0..::.2_---1_T-=--~.~;10 ®~
f~_~_N_O.+-_ _ _ _R_EM_·A_R_I(S_ _ _--,--!
DESTINATION
C02
!
I I "
~!
I 1+0
,15
16
4
~ TOl
6 n~.O @)~ C09
-...:..----t',--+-...:--t---+----i:,;-:::...:...::---+--=--.-:,.l
'j
I
41
15
16, 4
C09
H
!1 CIO
!
-
~
-
\110 ~J;
i-:
©
~I----r---r----+----+----.~------+--~,~",,:,42::..
__+-1_15._+-_16-=--+-_[,..:..,.-+_ _-l.lr--C=l_=O___--+--__-;t~
I
4"
I
;:;-::....
tlf--~Y--------------I
{Y
lJ 10
-
;'1r--'=··.~~·---~-----------~
- ~10 '.:t-
@HCQ9
!
-:,;,: :"- 1 -"~=~- +1- =~-=-:-+--:-=---1-----:I~-~.~:C,,_-_-_ -1-+1=+~~~~-~l~J~'~'~---------__i:
1-'
-_
I;...,
15 I 16
4
~ TEOZ
l~~~
~~4~6--~1~5_+~1~6--f--~4-+---~~~T~0~2--~4~~~jjl
I
I
1'02.
14
C07
. -
4 . .Q TOl
i 45
I
r-4_7___~i'1_5~'~1-6--r_-4~r_--~r-"T~0~2~__~1~W
I 48
I
'~9
·115 .,
16
4
15
16
4
I
~
9
TOI.
~ T02
5
A,
~:-10---!:@=-t..~..j---------~!
~:--4~-j-------~----------11
r 4
..
l~ ~
T02
8
2
~
K06
1
4
[1
P~l;.-C-R-O-3---+-n-)-I-'1''---5-+----------------i
IIi-~50=-----t-:l::.:5=-----1i--=1::.:::6-1--..:.4------;;lf!~...-=C::"::R:..!:0~3--l-":;R~ti
5
1--_5_1__+-1_5-4__1_6__~-4--+---~Mr;-CE O-2__--I__T--~
1
17-27
~~ K02~----~A~4~~·~..:.1~3~~--------------------~
__
r--;:.,:52-'---+-1_5-+_16"--+-_4---i_ _-:l;f--K.,,;02=--_-+-C:....:4-ft~ TB07
3 ~ 13
I
1--~53~~1=5~~1~6-+~·4~+_-_~~-T~B~O~6-4-4~ ~~K~O~2-=----~~C3~~~-1=3~+----------------~
1
A3 II 13J! _CI3.9,3... __-+-,T::...-ho ~
1---=-5~_;--l_1....:c5-+--=1-=-6-+_4,:......-+-_--l'_K'O_~
I 15
II
~:::..:5G~-=I,,::lttlG---1'--4_,I--_-lt,1;;~_Kc:.~O?"--55
·
I ~
L...:..._S_7-"-_1
16
4
16
4
cn03
H
tl C.~q.3 r
lc{I:::I:;i!*~jll ;~YII!'I·TlTt
!. -"- ~
[ p;l;;::;~O::1!l
e
II C04'+ f4
8 JIT-27 J 7 8 0 2 2 ' 13
---=!J'
T
~
~T= t 5
I.!
L'
,U.9? .
3----.J
St"rt
I
i
Wl 2j~~U;~~~'O ~i
WIRE LISTING
".
mu:? mv f - '../
I
'
4
.
.~
'+-c-u-t- - - - - - - - - - -
:!
5 OF <. :.
I·
~~l,,~..~·~·-r'~'~~·~'~'~----~--~~~~~~~~=t~~~~~~~~~~~~==~~======'~===='~I
ICO~;:XJCTOR
,FIND
tDENT.
NO.
GAUGE
COLOR
'REF.)
(REF.)
53
16
20
L~
S9
16
.20
4
SHEET
LENGTH'
['--'''''''''T'
'APPROXlil
.~
----'-m".-.'~ Acfl~. ~
ORIGIN
{jFINDNO.p'
I- ~
Cll
1-----..:...-+----+--~I---+---=*-----+-~f;_1\
TB03
2
~
9~27U
--
'7'st'=
=~=-~ A
I
J_.lS.
~F!t-':ONO.
DESTINATION
TEOS
2
TEOS
5.3
I~-6-0~~--_+--~--~~r----~,~;,H!~
[;
9-27
11
9-27
~
I
REMARKS
..
.
!
t
I
*
i
~-6-1-_!_--+-_-1__-_+__--;;_-_ ____1'_--:;;--'.:_ _ _ _-+-~
.
"
l--.::...:62=--+I_l_6-+_20_-+-._4_+-_-v-'~_TE_0_3_-:-+1_5_3_~ 9-27 ij TB03
55 ~-9-271
!
63
16
20
4
1 TB03
51 ~ 9-27 11 TB03
49 ~, 9-27
l--6.::...:,4~·~I~I~6-+~2=0~~~4~----~~=TE~O~3---+~4~9-~ 9-27]L.~TB=. ~03~__4_4~7-~~~9--~_11~----____--__--_____!
I
t
65
16
1--_6_6_;......1_6__
20
4
a
TB03
47
IJ
~2_0__1--_4_1--_--'I:-i_TB_0_3_ _.;--4_5_~
I
9;'27~
TEOS
9-27
TB03
~
45 ;1
I L~3 ,.~
9-2.71
I
9-27
1
'67
16
20
4
'.;/ TI303
43 f, 9-27 d 'rn03
l~l IJ 9 - 2 7 . . ',Ii
~~-+---~---~---+----~':------~I!-~R~I----~
~
~
68
20
4
t TB03
" 41 11 9:;'7 ~ TB03
39 II 9-27
~---~I~-4~~~----+---~'H~------~-~:~r'
6 ~
,
69
16
20 I 4.
11 TB03
39 fl 9-27r,:l-'-=TB~03:_ _-l--_=__li;..1---=-9--2_7-+------------_1
116 _
i
~---+I--4---I---+-~--~,
70
16
20
4
16
20
4
!~ TB03
7
~
9-2.7 ~ enos
~
B
1,-&
4
i
I
~~--+----+----I-----+----~~-------:----:~~:-------~--~~~~+------------------~-
L}1
1
t
D::'
S03
72,!
I'
\1
TD02
3
~~
}r-TBO~ .
25 ,L?-21
I
I
I
~--~-_4----+--_+---~r_~----+-~~l__~---4---~~--'-~.+_------------'-----~
73
116
20
4
~
K04
3
1 _3.::...,;.,-l-_________________~i
~17-2.7:1 TBO_2_-_-+_B.-J:-
1---7-4-:.-J.-il-16-=--+-::"20-+--L-~-+--~f:-TB-0-2-.--+--1--.~; I
1
75
76
FOP'" 3a~·2
. :1'6G I
I
,
~
2L._
°0
4
.j
l~
K....s02
.
'rn03
,,·----:----t·-'-- II"
~
15 . ~ 9-27[1 SOZ
---:-r--~ft
1:>
..~
-
t, K02
D
.~'
L2 rl
:
I
--+-----------------1
3
:
I
I
ReVISED 4/U(,4
Rev E
~~.------------~~~'-"-;~-.'-~:~~---'~-'''----------------------~------~~----~--~--~----~~
~'"
,',-;1\·--;;';1:1: "r:r~ TITlE.
DOCUMENT NO,t7:.::-'f-i
l'::ij=:1 ,,", ,'" · '''J .:',
~1 PJ;: L1ST1 N G
W l 2f.(;,079700 . j-14 i
If
FEE:?;:Z:1,1L l
EQ~I::! mv. "
NO.
~-.;,:
1·'-'
I
I
~61&
~
I
. 97
r
I
I
98
99
100
..
_
I
COLOR
NO'1 (REF,l
116
I~'
I
. (REF.)
4
20'
II 20
~
r
1~2:.0
116
!
i15 _.
20
20
4
4
4
4
rLENGTH f·········, .-..-......
!tAPPROXJ:l
I
II
i
.: K03
~ TE02
L2.
I
I
I
!
OF:' - ,
~ KOl
:
10.1
,16
20
4
16
\16
20
20
4
103
ii
18~41.~_2~
10,S' \16
20
4
4
.
J~NO NO.~~
--
.
~
+-___ __
-v·--""e=--·HA&~~l
~O_N-.:.JO~
..
DESTINATION
tl@.r3tI'!~9..3
KOl
r...B.::.'~'
r-.:q,
~
R_E~_'A_RK_S_ _ _ _--!I
IGO ft_9,.-:;-2::":'~+-----_-------1lt
~
1
17-"21
!
t,r--~;~--l-~~c,~~~t--I- - - - - - - - ' 1
7
16.
LL
TE03
J03
DOCUMENT
WL 4G079700 i ! t !
iM !
SHr:-r:-T
I
'-.... 7 Or- ... -..
,(
-I::;!A~~. f"
tJ.3
9
~
I'
I
ORIGIN
.
I i02
6
i
WIRE LISTING
.j
[r"~"
_\.> ••• "'''.'1
L;,.. .
CO:-':~CiORII
m:o rGAV;E'
IO!::N;'
TITLE
1
I"-:--,":"r.-""I
r L.U4. ,,~.,. ~''a
SHEET
." ... .•.•
(RC:F,1
:_.: . __ ·r:·;I,p;'I·~m~ ::l!\f1~\1
if,)
A
GAUGE
CO:-.:DUCTOR FIND
IDENT,
"', .
t.2:.7:?1rl; TB03
9-27 5 !C02
16
IJ'
Ij
Ll
--11
91-,_9_-2_1-____________
n
;;
3
r7-,-lG;·4-----!-.9-~1-7--2-7-!--------------\
!i'
,
r. TI3'~~{R_E_F._l-t-{A_PP_RO_XJ~;J___O_R_IG_IN~-l~ FIND NO. i!
if-i
20
16
115
~
4
! i16_If...:l:.::::6---t-.!:2~0---1"--4..:.--+-_ _~
I::
r~r ~
TB03
32-
16
20
4
'. Q04
T
116
20
4
~
46
\ 16
20
4
116
I 20
4
~
TB03
52
007
T.
'III
9-27"
5
.
.
~~~:~~-7~1----------~
120
121
,I
~ FIND._N_O-+,_ _ _ _ _
RE_M_A_RK_s_~..:...:_....,
DESTINATION
~~
lii9
122·
~i 9-2.71
52~;
TEOS
="'-="--'~-=r:~:~: I
~
TB03
!~_5_~ TBO~J.~~J
~
9-2 7 il~03
33· ij 9·27 r!:-=-J..:..03=--_ _
~ 7 11 «0(:,
TB03
J03
I
9-27;
33--it:';-_9_-2_7-+-_ _ _ _ _ _ _ _ _ _- - i
~.R=-=--J~.!-- =...7_+_-------------:1
P
2
111-27
I
~!~1:.2~3--~1.1-6-+-2-0-.--+-4-~--~i~·~TB--03----4-3-4~ii 9~7~~,_TB__03___-+_4_8_l*I__9_~_7+_----------------~
II-_t_2L_
.. _'-+1_1_6
--+-_Z_0_-+-4_-+-_-;~:~T_B_O_3_-t_4_8-.;~~
~'!-=2.:...s_+-11......6_l,.......:2_0_!-_4_i-I_ _\~
Q06
T
~
5
T .
Q05
~
I
5
'1
--;1
(1;-::;.TB:.;..0.::..;:3::.-_-+-.::..5..:;..0-w---=..9--=2:..:..,7-l-_ _ _ _ _ _ _ _ _
~1-2-6-~1-6--,+1_2-0__~-4_~'---....,~i:,-TB--03---4_5-0--·~ 9~7~:__TB_0_3_ __+_3-7~1~--9--2-7+_----------~
~
16
20,
4
~'803:n i
9-2711 303
S
~
7
,129
16
20
4
~ K05A
17-27, TBOl
11 ,
3
f~~~1~6~~Z~0-.~11-4~+i--~~~~'j=~=5~A-~~5-~I~-1~7-~~71~--------~j'
9
i
.
DOCUMENT NO,
V/L 4G079700!:~- :
WIRE LISTING
·;·- .. '~'~~··---·""T .. -······
~C_~~_~_~CT_:O_R1-F_~N_O~~G_{~_~r!_;.E_)+-~~_~-,-~~-+{_~E_p~_~~_~"'~"r-'-"'-'
"i
1\
!
\,r"'-'Y'==-x==;r
-r----,f1 6~;·. ~
IN
-'-:O_RI_G_
131
.. 20·
16
~
4
K02
Al \1
~J
~~1:3~~~~~~1~6~~~:2~0=-~~~-~L~~~:~===:~rl-TB~0~3---+--18~1~9~7~
~~~:~~~,~_:·-ri_:~:_+__~-~-+--:--~--__~~:-:-:::
.\~_'_3_3·:....._f-.=.!16=--r-....:2=..;O=-r--.-'_4_t--_-in
1
J07
D
~1-4-0-.~i_l_6~__20__+-_4_+_____~.~;_T-B-O-2-~-7--.~
I
16
l~
20
~
K04
_1_4.....2_'·-t-.I_l_6_..i.-1__ZO_+-_4_+1___"';~:i-_1'1'04
i-i
I
1~3
I
i
44·
116
20
! 16 I
20
~ 16
20
I
I
4
4
4
-
I
I
~
~
~
FOl
KOZ
J03
~~....:;~~O·.1--____RE_M_.AR_K_S_ _ __i1
DESTI NATION
TB03
18
TB03
62
ll_7~-'l!05A
. :. 1.::..39=-"--:!_1_6--+~2_0_+-.,_4_~--{rr-·-KO-5-A--+-2---;ij \7-2
1/;·1
:bl~
r 9-27
i
~9-~·-1~,-------------------~1
:~ ·:271~,.~;--:-7-3----+-:-.~~~--~--_+~__--------------------____~I
3
2
I! \7-27
-
~
B;
~ 17-27 t.·-_________~I
2Jr-TEOZ
!\-.'
I
I ~:::',~
~
11
8
K04
-rB02
:..
~
TEOZ
-
11
K03
I
~l-_3--+I_________--;I!I
1
ij~I-'--.Z-74-----------------__~
3
11 3
I'
3
- \,
I3
C1
U
fj/3,1@
I
A2 Jt 3
ilJ-.-,:.J.::.;.03=--_-t-.:.A....:..A...:.....r~,..--...:...7- 4 - - - - - - - - - - - - - i
I V ~'711 TB03
61 ~ 9-27
~-·--~-1~6-+--2-0-+--4--+---~~lr-T-B-0-3--~-6-4--U 9-27U KOZ
Cl
3
~1~4~G--~--+----+----+---~r.~!------~--~,'.~--~~~'________+-__~--~__--------------__--~
1It 7
16 I 20
4
[·1~_T-E-O-$--+_2-G_+!tl_9_-.....,27:_:1,1:__K-o-5A---_+-l-3_fl;.._11_.-_2...:..,7.J-____________----:1
~..:.i..:..43~·-+--16-:--2-0-!--t.~r----fl· K05A
12 It 11-21!1 TBOZ
2
-.:.,3__-1-________________--:1
1<.9
1G
20 I l~
11 1'1302
10 il3t:1I
1-T-P-O-2---+----f1
~-15-0-+-1-':"'-+1---+---+---ir
IJ--lr-'--II
I
ifU-~;l'
~
I
j;
H!
I o· ~.'f'~">,1-7"-Z7
IL-.151
1-5-2-'-1-1-6-+-20-+-1-4-t1--~ J07
_ I p U 7 )t, KO_5R _ ~'l
!I
'f·.i-.\
-~
I -;--: :.·.y!l~·.-:.·.r;,J .. ~·(.;-(..1
i~~~!~\'"
~,t!"!;'1
\"",'
t"'·'·"··' E~"·" ~."
r_~'\lr",:,;.'i_
I
TITLE
L
lsi..;, •• I)~.
. •
-'-".'---'''-''[-1
SHEET
·-·""-."~r.'c-:,~-,.,----
'IFINON;:~
.
CO:-:OUCTOR FINO
GAUGE
COLOR
LENGTH
(APPROXJ .
NO.
(RH,)
(REf.)
IO;::NT.
ORIGIN
l----t--~--_t_--r----'~---......._,_-__\~
11
~--t-
L
--+---sT--
--+---i~---+--~~
1S t ,
16
20
4
KOl
8
155
16,
20
4
J07
F
rJ IT-21';1
OESTlt;ATION,
hi
20.
159 . \ 16
I
I
I
115
16
15J
151
1
162
1
"~7t,i FO A
-
~
~-:.'-rs03~O TB02
D
6
I i DS03
K06
9
Ill1'-z,r!
J..
Ir
4
4
i DS02
20
4
I
,63
IJ
If---:i-('-/',,';'-+-16-'-I--2-0--l-I~--f---~'L':!.07
Ii-_·_iG_5_+-1G_+-2_0_-1__"_~- t_ _ _-ll~
~
<
p:~
M
10
OF
-,.
.
!
1...•.--
~
~.~~'!O~O,
i
REMARKS
tl
1 ,
I E .ii 7
I B -,-,--+-----------"1
I
3
~ __3_·'-+t.~________________~!'
T
if
B
7
I6 !
J07
I "'.
1 .
!
t
I
i
~~,~.4~·--+----------------1i
IB ~
h
r---~-+---~----~--~,~------~~
.
fl
J07
m02',
B
20
20
1 6.
i S02
L"
"
'I
l--i-5-G-t-1-6~--20--~-4--+---~r-m--O-3--~I-l~~ 9~7~ ~02
1 i57 116
20
l~
!1 'TB02
5·~r-;--~ J07
-t-5-8--~ll-§=':II==2:0==:~==~==I:===~~-J--0:7:~~~~:~S~~~~'--7~r-~;~
I
DOCUMENT 1':0.
WL . .4~079700 I H I~
W1RE·USTIN.G.' .
.
_
I
3
B
~,"-_2_0--+_ _ _ _ _ _ _ _ _ _-;1
1<
~
~
7
I
J
~
!
--I------------1!
~ :3
I
il:--Cl3-0'-2--+-B~'ll~!:--(4)l~~
~ 20 tl TJ302
7
f--'-'6_6_'~_16__~4_~O_+--4-'_4__---lf,lr-TB
__
O_2--~-7~~~~D_S_07---_+-B-~ij?_2_0-+____________________--11
f--'_~S_7__~!6__~2~~O--+_-[.~~_4----~ij DS07
T n 20 ~r'~T=B~03~___+~8~~~~~9~~~7+_-----------------~\
.LI~_.'_~6_3_
~
I ~70
1:;'6
i
~
20
Z'J
-. -
1!~
20
'l(V'SEO 4/Z/C4
I
'I
171
30
_t__16-+__1_L.~~0--.,+_-4-._4---~g Tn03
. 116 ~'.
f::~" J8~-2
1
\
DS01
t
4
44
~
9-21 ff{_~O_3
___+_-4-0_1:f;:_1--9--2-7+_---------.------_;!
I
40 B 9-27
QOl
T ~ 5
T
~ 5 . If-':'TB-O-3---+-4-'2---l11" -9--2-7-+----''-:----------i/
!}no3
Ii
QO~d
--,f
:j--------=---t:
tL~?~
_~_~_tj 9-27l,,_~~,~
36· rl 9-21
==--==---_ _
!l
+---'1.;-.--
I
. . 1 -_ _ _ _ _ _ _ _ _ _ _ _--.-...;,
\
cc:-.;ouc:ro~l FINOl GAUGE
f ~. .,..'7.-'"~---"
II
'-"-~C!:: - =
Aich::"1
I'
rl FINO NO. r
DESTINATION
t~.D NO;
REMARK~:
r-----r---~~-7----~-~~"~------'I--~f~"
'i
--.+-----------~------~
172
16
20
4
• II TB03
38 H 9-27 h
41> r~-27
~-17-3--~!!-16--~2-0--+1--4-.~----~~::r-T-B-0-:3--~1-4-4~~ 9~7~ Q03
T ~ 5---r--C-u-t----~----------~
IOENT.
I
NO.
COLOR
LENGTH
(REF,)
(AP?ROx.\ n
(r:EF.)
... -r.. '" .. ·~~S.~
ORIGIN
TB03
17/~
16
20
I
4
I Gl.
fI TI03
\)
9-271l
J03
U
r---+---~--_+--_+_--____,::_,------+---f r-.- - t r l)
II
H.
[·1 ~<01
175
!.G
176
20
r--~~f-'--
I
177
16
I 178
16
J07
X
f~
20
4
~
J07
H
180
16 ;.1 20
4
TB01
r----'1-'---1-6--+--2-0--+\-l-~--+---\~ TB03
!
I
I
! 85
5
:3
it
11
1--_1..;;.,8_2~1..;;.,5-i-i1..;...6__1-1_4_1--_ _tl COg
t
4
ri
-+--------------1
11'-27
-
Ii
1f
-- ... ---t-----r------:-r-.----.---+_--";---!!--------i---.......;.;.---+---------------.---j
20"~
rl 1<04
8 a17 - Z7 TB02
,
3
~
1
J
7
. CB03
I:=1=7=J==I:l=6=:==2=0==:==4==:====:~~=K=O=6====:=3==:i"T-~i
~
.~ ;j KOt
1C
Cj
7
Stc.rt
U 7
1(.,
20
4
II ("
20
4
I:
"3
TB03
R41
tl~
~-.
I;iil
0(.
\1
8
rl -
I
G)
r~ D--n~I'--------------------~I
9-27.
2
\
(
~.'
/ .
1,_-..:..1-=13:..,:0=-'. :. ,___-=5=--.:)~. _':.:3=--+-_ _ _----'1________--1
11 r=--~ TG02.
tl Fel
i} fOZ
I B9 ~
:
13
IR ~
~ T~ 03
,
_~
3
GoO'N!.:l-,-<3-_2-74-------------------;...
r--____~__+___--+---~----,~l~__--~-~.~___---__~-~~----~---------------~
-laG It;,.
~:I
I
~ 1<0/
2 ~12'Z7~ F03
B .~ ~1-8-7~1-/0~~---~--~jl.---~f~!-F-O-4----I~A-T~~----]~T-B-·-O-6--~3~~r-3-.-+-----------------~
:-1-'c-'?-I~!}-tl-'-"~I--t-!_A+--+-_-t~::--:-T-6-02 1
I :3 Cj
I!
I
____~1
031 c'?!i~' 'E: rw=~_9'3_If_~.a.~9---27+---2.
II 3
1
i
:1
1'3
L?? I
4
II
TB9,3
~-'-'r'---iI--'~_+----l~G 08
I-10 i.
101 lie:.
13
$-21ii XC
13
ti n -2.7
Ls:ZJ
..-,
C2
~T~_ 9.3_1.. 2 7..1+1..._~_-_27-i-~__________
Gf~27il=-'.:S93= L~j
--l
1__________-'
1-9_.....
.
fi'Y'1 ~~~;,~~)-
i ,•
~
i ~. \ " .' . \ ~ I ~
~'
..
., .
...
,;v·,"·~-·
il
",!. \, ;i ~ \ 1
I'
.
,
TITLE
VIIRE LISTING
I
,q
" iL---"- .
i rl:::-.!~~z,'\Po:.rs. Ml~NESOTA I
, ... "- I Sl-lEET t''Z-Or
:1.\ .
~c_7~_'g_~c;o_:_~Ir-F_~6_~-:Ii-'~_~'_~~_.~-+-h_~E_L~_~-+-(~_~N_p~_~~_i}r ·-_·~_~_':_:_::-_::.,.r-_""_""-;'i~~~: r:~~:~::O: ----I :~~~ .
__
_~
--+---;ij:r. _.T.:...:S=-O-..:;:;;2--11~\3: -. . .;.~-:.....19--t'~.l
1--1 _2._-t-:!J Co--+!_L_o-+-I_4.:....'
K"OB
.. ... f 2
~.; n- 2.11 ~
===n=EM='A=m=(S===='
.'
1
! !!
~
~
,"
~
t
r-1_1_3-+_-+-,--il,--+---:bl'-----+--.~--9 _ _ _ _+ _ - - - { ; i : - - + _ - - - - - - - - - l
!
i --~~---~~------~--~~--~~
I
n
~
, t!
~.
I
I
;94
I~----~~~--~'
Irl__~'______________•______~i
i \C) 5
I
/'
~
~fJ
;,'.'
iI
'.
I
C)
j'
~!
I,'
Ii rt@ltillJllIJimj
I'
j
TITLE
DOCUMENT NO.
t. . . . ._ '" . . .. _,
[~~i,;··';:~~"~2:J
SHEET
M1NNEAPOUS. MINNESOTA
CONDUCTOR FINO
NO,
IDENT.
21/
/S"
2/Z
GAUGE
(REF.)
Ib
\
COLOR
(REF.)
LENGTH
{APPROx.>
5
4
J3S"
2
j
TD'
7
4
J3S"
J
Tol
J3S
4-
Tl3I5"
2
8
J3
3
8
TBIS"
I
13
J35"
TBIS
T13IS
4
8
T13IS"'
13
J07
Z
Nt
13
Z
T515
I
N
/3
2J~-
21 r;
218
V
I~'
It::.
DESTINATION
4
213
H
V
4
~
I
~
TP06
13
13 : J07
.
\
ACCESS.
FIND NO.
TOI
Z/4
2/7
ACCESS,
FIND NO.
ORIGIN
~E:'t:....
WL 4G0797DO H
WIRE LISTING
13
OF
13
REMARKS
8
8
-
..
I
~
~
~
II
;..1
~
\--
~
I'
1
\
1
_.I
~,
1-
FORM AA 1669
Rev E
: .~ . r.
Ifrrol~f~{i)l ray~l~
'::,~;',:"~:';~':f,.-:~;~. ]
.r;'
TITLE'
---1
IC~ VI$IO~I
-
f-
.. -.
--
REv.
SHEET
DE~CRIPTION
ECO
D PM 23D3
SEE CO
OHS"
o'::~5-.,z,7
':JE E
:,';'"
1~·;1/
I="
6
I
.
PM\8S~
~EE
PMZ337
PM224Z
M
N
~.
I
FJ
,
[\v
DWG. NO. WAS
.S
S
T
~OTES:
PM492'3
PM 5037
,'?£J26SIJ
"
"
,
&.
.....
""·'1
-~.
·..&]}SE
NO.
(REF,)
SHEET
'r-r"
ACCt.SS
FINO NO
ORiGIN
2
OF
Ac1Ess.
FINO NO.
DESTINATION
"",
1
I,',
I' ,f"
I
'
REMARKS,
i
i
j' '..:
II
.,
:~::i
J
:1
WL 4;;;~j~~:~ ~" ', ~I:l,',,1':I,
W'IRE LISTING
.',
IDENT.,
::;:
:;,1 ':
.,,1 '
"';1.
Ii
1
~----f-f-~-+----I-f--+--B-+-------i<'~',"I",'1
i-=2-+--+--+---t---I----+--f--+----+--f---:--+---~_r.__--_l
';';. ;:'1I
i.t:.-!.'.
."
3
. ",
;--;4=----+--4---t--..--+---I-----+-~1--1----1___I_-_+--------___l ;/, {: !
20
4
9
17
104
7
r[
:
iC~::;~:::'~34:~:::::~:::::::~:~~:::::O:::~lUI:1-4:l~:~p:~::::::2::Jl~5-+'=::==:=:::=::=::::~1
r
I,! . 1--':::.---+-34:;;...34:::_-_-::_~_-_++_------.:.II-;~C~~7 .~~ ~;;~ ._ : !~.45' ' i " , j . !
, "',.'11.:
1
1°1
3434
":;'
i"~!
•.
_S3~4_, -t-~S302
12
34
"~\'. _~!
~~
C
J3~_0_ _' r-l~
~ ~4::..3_'-+·~::....:;:-+-..::.:..--i-:.--+---Il-J:-~-'~
:
,.23_ -.!30~._.. NC' 23.'_
,23_ ~~O_',,__ .9., 21 .. ~ __,
11-:... ':"'I!!.! ,
'--+---I!-!;~:-r-!S- ~~-:-
~7
R
C
12
~~~ ~:~~ -~!- ~~
:AI, ..••. "
"
MINNEAPOUS. MINNESOTA
COLOR
','.
~:; , ;"~ILL,,,BE DifFERENT, <;:SEE,W!L, 4S~<'3~BOO~: -,~<:~,
~
GAUGE
(REF.)
"~ .' I
...
4 • .' PIN AND nUGGIE DESIGNATIONS OM/TIED "
f"
i
'/- ~r -t't
A'I
INDICATeS END or SH£llD IS rlOATlNG.i . ;, ..;
L..,' ..,_____ . _..............]
CONOUCTOR FINO
7- I-",f,
, ' ~~~~~~~~NSog~E~~S(Cg~D~~~g~A[~~~T~~ , ,' ,: :" :: I ,:' ',' I
:.:";:' TO BE SAME. ONLY' PIN DESTINATIONS: ," /:';. :1, ,.; I
2, .' FOR MECH. ASSY PL SEE 4567.520o.NQ. '
ASSEMBLY DRAWING AVAILABLt •
,.
.:
,. J' IlUi!Jli;':!!J~;I~\r~g TIT1.~
~
?,-7..r"J' ~!,t,
4-30-G'lf i~7 5-'j'~f
I
~---i"::"
t'
,
;/1 \
,-
,'"
COLUMN INDICATES THAT THE CONDUCTOR
I S ONE OF SEVERJ\L (ALI,. ,J I TH THE SAME
NUfmm IN THE HEXAGON) GOING INTO
THE SAME TEItil
ACCESS
10ENT.
IIIEF. J
NO.
20
34
IIIEF.)
ltD
IAPPAOIU
FINO NO.
OlllGIN
~3G:.
4
2
21
'
O
FtHO No.
pOE S,TlNATION
M
,,> ,,:.:; I,
liE MARKS
11
:',
. I
I
;'.
:'
1~
1,
j'
I.
;
.!
i,·
••
, .!
)
~
.~,
._~;M"'.:~:.;··'
~
I
.'.
,
. ," • I
.:
,.
~
:
••'
,,;",
!,.
.: ~ ... '" "
'. •
3-45
,
Rev D
.
,(
.
\..
'.
"1
:ftltltJ~P":~.~-~ 1!1~.~·~!q .
,
•
;
L,
,l
\.
MINNEAPOUS. MINNESGrA
GAUGE
lREF,;,
COLOR
(REF.1
LENGTH
(APPROXJ
.
.kESS.
FIND NO.
4
REMARKS
24,'
4
24
4
24
4
-
,
.~
:1
I
T ":-;:1
l' .
~.
SHEET 5 OF
-r--~-------~--~
24!
~EYs..
DOCUMENT NO.
"rvl- 45675f;O~.
\
WI.RE. LISTI NG
L.~.:.~~~~~
'.'
\
.
..
TITLE
_______
~
.
I--~-i--l-----+---I---I---~_ _-t--:._._l~ ~:, ~~ -·'---<~-.J-l__ t -_ _ _ _ _ _ _ _-'o,;..~
33
24
4
~"'::"::"_+-'-:~t-=---4--..:...._-+--.....---I_P-=lO.::...4.:.-.-_+-=4.::..5-1
.. !.14..:. i''r..:l-1-~P03 _ _-4-_AA--lI-_1J ...:...
I
33
24
4
1---=-:'_+--==-=-+--=::"':"-+--":"_-I-_-l-.-::PO
..::..3=-_-+.::C.=.C-t11_ _ Pl04. ~ '- 4_7._
33
4
24.
~':::'::"_~:'::-'+-='...:.!....-+'-"":"--+
_ _-I-:P104
44 1_4_ _~~ .
W
'33
,4
24
fOJ
J __1_1_ I-Pl~_:_._~43
i
14 _
11
-+__.,-______
14
-.--,---------4
I
36:'
16
0
_Xl7_ _1~_1_8L~ ~P104_~_ .. ~
36
16':'--+___
0
~~--t--=-~+-_-I_Pl.~
_!O.3_~_.___ "
___4.?_ 29_
.....,.~
P104
2~_
55
P03
~_-+-_3_7-+-lLf__2,_":'--+_ _ _ _~3_.~~-;." 1~___
.j
j
."'j
.1
B
. 1 3 1
s~ _2.9,_4-_ _ _ _ _ _ _ _ _ _--1
J»104
1.~6~f_'!.6~+_--I-!Xf! -t-~- .~~~ . '104_ _ ..51_ _2_9_+_ _ _ _ _ _ _ _ _ _ _~
74
38- 4 - _1 .6.:...-+_6=----+_ _-I-_Pl::..:04:...:.-._-t-:5:..:2=-li.~2.~___ . P03.
1-_---4_
D_
J}::-.-4-_ _ _ _ _ _ _ _ _~
,
75
38
L.-~::..._~~-~1.Lf__6,_-~
_ _IIJf.-P03'--_..........F:.'"--{J 1.3_ 1-~11\1•..
73
38
76
35
4
16
P03
13
K
.'
':~1,
13. :. f-- ....,
16
0
_~~ _ _R_ 13
_y1()~_~ _so.
29 __ ._ 16
2
~---t----4-- .. _f__.-.....+-~~ 7
15 1.8,.~_6· _~l_O~ _ _ ..~~_ 29
2'
~~i
29 -_.-f--..
. 36
. 37
~_--t_3_7-+-_16
."
I
I
~~
xOR
1.1i
FORN AAI669
i
,j
~2~9, __~---------------~--~
18,46,~_.;.._------_--___I
,:.
I.
[Itil J'~~" :UJ;l-;;;l:t~~
l
. .
..
..
TITLE
. DOCUME.NT NO.
IOENT.
FINO
NO.
77
27
--..
GAUGE
CREF.)
COLOR
LENGTH
(REF) , (APPROXJ
.-
ACCESS.
FINO NO
ORIGIN
24
--
77A
0
P230
H
1~
77B
4
P230
P
14
78
7SA
78B
27
79
27
-
PI04
PI04
4
25
._---
.
80A
~()L- J.~_ _'.4_
°
BOB
---
4
Pl~_ ~.L
alA
0
8,lD
4
PI04
PI04
24
23
Sle
9
PI04
22
.
U
1L-
f--.
20
..
R
---I-~
J4
14
t
f.
I
--
l
14
0-
'-"'-
pa 0 .
Z
J_4_ >-_._--"---
24
REM,ARKS
21_ 14"-
__1»230___
14
j
.
I
~~.S6
TBJ02
L
24.56
TB302
R
24.56
!
I .
Rev D
I
!j
._"--
C
I
.'
-I--.
l
I
\
FOAM AA116'
I
._--
14 ._ 1--.
TB302
;' !
.
-
_---_
j
,
~-
P2.30
_._---
.~-
24
1~
14
--
_ 1'104
J 2 3 0 _ f-~ .1~_
P2JO
V
Pl04
1~_.
4i
-T
..
,I
14'
P230
- - --
J)T'
26
.-
14
24
798
8l
.
14
-
26
ACCESS.
FIND NO.
--.. ----PI04 '
27
--.... -PI04
28
.'._--..
~-+-.
27
-
SHEET 6 OF
-
DESTINATION
24
J.JA
80
;r.
'
MINNEAPOLIS, MINNESOTA
CONoucloR
Wl 456~?I'OO.
WIRE LISTING
- . ---......~.--~
1
~~
.. j
i
.'
i
I
.
3-46
,
A
rItIH~n~:(IJL Itl~~-t!q
DOCUMENT NO.
TITLE
WtRE
[. . ,.._._ .," .-- ._..J
MINNEAPOUS, MINNESOTA
10ENT,
FIND
NO,
B2
47
CONIlUC~
i
'I
I
I1
,,\
i
i,
!
,
,1
esc
I
81
88
, j
",
I
4
A~fsr.
DESTINATION
32
04
51
L300
02
SO
~
OS
SO
03
S1
-.-l301~ 01
49
-.-fQ.()
P06
01
S1
-_
49
02
-- e-~.
P06
...
"
- ....
&
pHRO
0
2
P230
P230
L
P07
U
- ..
----1,L __ _ _ _!J
M
1S
P07
P07
U
T
P07
P03
S
HH
PO~
F=F'
12
C
.23
..
SHIElD
0
'2
20
4
34 20 4
34- ,20 ... '4
SS3'3
,
fI~HJ~f~:O~, f¥!'t!\l
----.~
P07
51 .......
-_
..
;3~
_.
A
12 ..
12
-.-
P~7
20
"',
.....
20
l --,:'
.... ~ '"
12
P230
H
1S
12
P230
IZ
5334
J
Co
NO
IJ3,bb
';"~jj
1S
,-a
GAUGE
IREF••
: S, 47_
89A
eo
89B
..
90
J4
91
J4
92
J4
i
"
,
~
,
._ .•. ,. ..• N._.' ..........,..
NO 1~3bG
S3~4
•••• j.
;
..
ACCESS.
FINO NO,
8
DESTINATION
'=>
'POb'
0\
P'3l1
02.
20
0,
4
12
P11
20
4
PO)
LL
12
P11
20
4
PO)
MM
12
P11
-,
t'",',i.: . .
DOCUMENT NO.
~
PO)
KK
P'31J
'POb'
I.
01
ZI.
1
21
2
21
)
21
t
.......
--...
,I:'r,
REMARKS
-
~.' i:
... !' II
-
~
I
", "
-
........ .
l
,
...
I,
.~
;
I
'
.
?,
li"
'::' I
,~
.'
..
,PCIRN ......
..
,'",-
,
,
.' ,"
:.'
-'''--'-~''-''
to'
'!-"
I
.....
:i
,
3-47
~'
"
,
.,'
.
,
. ..
;"
1,"
, ..
"' ... 5
I
~
~
I
.,
I' '
I
"~I
..
'j
,",
',T:;j
OF8
... ..
02 S\
~
,S-
I.
ACCESS.
FINONQ.
-.,..
SI
21
~
• • ~\
SHEET
ORIOIN
.... , .......
W~ 456151· 00=-.:'
WIRE LISTING
lENGTH
IAPPROXJ
'
",
'
;""
TITLE .
COLOR
IREf,.
....
..
,
~
CONOUCTOA FIND
10ENT,
NO,
.-
Source Exif Data:
File Type : PDF
File Type Extension : pdf
MIME Type : application/pdf
PDF Version : 1.3
Linearized : No
XMP Toolkit : Adobe XMP Core 4.2.1-c041 52.342996, 2008/05/07-21:37:19
Create Date : 2018:02:18 13:46:49-08:00
Modify Date : 2018:02:18 13:57:50-08:00
Metadata Date : 2018:02:18 13:57:50-08:00
Producer : Adobe Acrobat 9.0 Paper Capture Plug-in
Format : application/pdf
Document ID : uuid:bbcc6cd9-0445-6d40-b57e-54fb7c279dfb
Instance ID : uuid:5c27dfe0-0322-4f46-a4da-32a447622ed9
Page Layout : SinglePage
Page Mode : UseNone
Page Count : 104
EXIF Metadata provided by EXIF.tools