60167700U_1738 A_CE_Manual_Oct74 60167700U 1738 A CE Manual Oct74
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CONTROL DATAe
DISK DRIVE CONTROLLER
1738-A/FA708-A,
1738-B/FA708-B,
1738-C/FA708-C
INCLUDES FV431-A
MAINTENANCE
PARTS DATA
CARD PLACEMENT
EQUATION SUMMARY
WIRE LISTS
CONTROL DATA
-----~-~
(
f) h
t-
j
l)
t-.:' J\
I
'l
-
f'-J
CUSTOMER ENGINEERING MANUAL
RECORD of REVISIONS
REVISION
A (1-5·67)
B
(4-26-67)
NOTES
Manual released, initial printing.
Product designation 1738-A03 and 1738-B03.
Field Change Order 15902, new Product Designation 1738-A04 and 1738-004 (MDR 004). PalZes
2-ti, 2-v, 2-14, 2-15, 2-34, 2-35, 2-41, 5-13, 6-16, 6-45, 6-48, 6-56, 6-100, 6-109, 7-1, 7-3,
7-6, 7~13, 7-18, 7 .. 24, 7-26, 7-27, 7-38. 7.-38, 7-40, 7-43, 7-45, 7-48 and 7-53 revised.
Field Change Order 16174, new ProduQt Designation 1738-A05 and 1738-B05.
C (4-26-67)
D
( 7-21-67)
E
(7-21-67)
F (7-21-67)
G
(7-21-67)
H
17_17_AA\
(6-5-69)
J
(6-5-69)
K
(6-5-69)
L
(10-21-69)
M
( 10-21-69)
N
No change to manual.
Publication Change Order 16327, no Product Designation change. pqes v, 3-3 and 3-4 revised.
Field Change Order 16221, new Product Designation 1738-A06 and 1738-B06 (MDR 005).
Pages 2-m, 2-7,2-37.2-47,6-16,6-30,6-36,6-41,6-50 and 6-108 revised.
Field Change Order 16571, new Product DeSignation 1738-A07 and 1738-B07 (MDR 006).
Pages 2- i, 2-il, 2-9, 2-11, 5-1, 5-2, 5-5, 5-12, 5-13, 6-27,6-42,6-43,6-44,6-53 and 6-105 revised.
Change Order 16603, no Product Designation change. Page 2-49 revised.
Publication Change Order 16946, no Product DeSignation change.
3-5 thru 3-16,6-12 and 7-1 thru 7-48 revised.
Pages iil, v, 2-t v thru 2-49,
F.,.,'",., ......;,., .. r.hana.. O .. d .... 19597. Paael'! 2-16 2-17 2-35 2-37 --.Ii~ -.1l-..3S -.li-1i2 fi-El73 A_lOA
7-16 and'7-46 revised
Field Change Order 18932, equipment level 1738-A08 and 1738-B08. No change to this manual.
Manual revised. includes Field Change Order 20983, equipment level 1738-A09. 1738-B09
and 1738-C02. Pages vii, 1-1, 2- ii, 2'-iU, 2-v, 2-10, 2.,.32,2-37, 2-38, 2-39, 5-5, 5-12,5-13,5-14,
6-32,6-36,6-47,6-48,6-108,7-16,7-18,7-24,7-34,7-46 and 7-47 reviS~d.
Manual revised, includes Engineering Change Order 21869, no chaIlge in equipment level.
Cover, Title Page and Comment Sheet revised. Pages iii, 2-vi, 2-vii, 2-0, 2-2, 2-9, 2-33, 2-48,
4-1 thru 4-53 and 6-45 revised.
Manual revised includes Field Chanlle Order 22088 equipment level 1738-AI0, 1738-BI0, 1738-C03
and FA7A2-A02. Palles 2-17, 2-19, 2-29, 2-31, 2-35, 2-47, 4-12, 4-31, 4-51, 5-1, 5-5, 5-12,
6-25, 6-46, 7-6, 7-12, 7-13, 7-14, 7-15, 7-16, and 7-19 revised.
Manual revised includes Field Chanlle Order 22420, equipment level FA7A2-A03, 1738-All,
Bll C04. Pasres 2-37 4-12 4-31, 4-51, 5-5, 5-13, 7-17 and 7-46 revised.
Enllineerinll Chanlle Order 24889.
No chanlle to this manual.
(6-29-71)
P
(6-29-71)
Manual revised Enllineerinll Chanlle Order 26078.
R
(6-29-71)
Manual revised includes Field Chanlle Order 26830 eauiDm ent level 1738-A 12 B14 C07
FA7A2-A07 B07. Pages 2-9 2-12 2-13 2-15 2-21 2-29 2-37 6-24 6-25 6-35 6-36 6-44 6-45
6-52 6-53 6-56 6-60 6-65 6-75 6-84 6-85.6-106 7-12 7-13 7-17.7-26.7-27.7-30,7-35. and
S
(6-29-71)
Palle 4-43 revised.
.....
I
7-46 revised.
Manual revised Engineering Chanlle Order 28417 Cover Title Page and--.C.omment Sheet
revised. Palles 2-5'2-7 2-13 2-21 2-23 2-45 5-1 5-2 5-5 6-9 6-30 6-~ 6-~2.Ji-65 6-75.
A_An A_A" A_Q' A~ 6-97 7-6 7-22 7-23 7-26 7-31 7-35.7-37. 7-:.a8 7-~ 7-41-.L-44
and
7-47 revised.
Publication chanlle only.
Pub No. 60167700
© 1967, 1968,1969, 1971, 1972, 1974
by Control Data Corporation
Printed in United States of America
Address comments concerning this
manual to:
Control Data Corporation
Small Computer Development Division
4455 Eastgate Mall
La Jolla, ~alifornia 92037
or use Comment Sheet in the back of
this manual.
REVISION RECORD (CONT/D)
REVISION
T
DESCRIPTION
Manual revised; includes Field Change Order 28039.
Pages 2-37, 2-49, and 2-51 are revised.
(9-13-72\
U
(10-74)
Manual revised; includes Engineering Change Order 28023. Adds series code B15 and C09 to the
FA708-B and FA708-C equipments.
-
.
-.
".'.-
----
Publication No.
60167700
MANUAL TO EQUIPMENT LEVEL CORRELATION SHEET
SHEET_I_OF
.2..
MANUAL FCO OR ECO
REV
T
FC028039
U
EC028023
60167700
EQUIPMENTS
1738-A
1738-B
A13
B14
1738-C
CO2
FA708-A
A13
FA708-B
FA708-C
B14
C08
B15
C09
MANUAL TO EQUIPMENT LEVEL CORRELATION SHEET
SHEET2..0'2..
MANUAL FCO OR ECO
REV
T
FC028039
60167700
EQUI PM E NTS
FV431-A
A02
CONTENTS
Part 1.
Introduction
Scope
1-1
References
1-1
Part 2.
Diagrams and Circuit Description
Symbol Index
2-i
Key to Logic Symbols
2-vi
Control Count Register
2-41
Increment Bus Bit a-Bit 7
2-43
Increment Bus Bit 8-Bit 15
2-45
Control Timing
2-47
Power Distribution 1738-A
Power Distribution 1738-B
2-49
Part 3.
2-51
Maintenance
Disk Storage System Block Diagram 2-1
A /Q Interface
2-3
A /Q Interface and Manual Control
2-5
Function Transfer
2-7
Control and Error Status
2-9
Operation Enable, Detects and
Indicators
•
2-11
Direct Storage Interface
2-13
Direct Storage Control
2-15
Address and File Control
2-17
Buffer Register
2-19
General Information
Power Control
3-1
Direct Storage Control
3-1
Cabling Information
2-21
Storage Address Register (Last
Word Address + 1)
2-23
File Address Register
2-25
D Register Stages 0-7
2-27
D Register Stages 8-15
2-29
P Register (Checkword)
2-31
Read/Write Control, Part 1
2-33
Read/Write Control, Part 2
2-35
Disk Storage Drive Interface,
Part 1
2-37
Disk Storage Drive Interface
Part 2
2-39
3-2
Computer Direct Store
Interface
3-2
References
3-3
Timing
3-5
Parts List
1738-A
4-3
1738-B
4-21
1738-C
4-39
Part 5.
Card Placement
Card Placement Supplement
iii
3-2
Computer A/Q Interface
Part 4.
Storage Address Register (Current
Address)
3-1
Part 6.
Equation Summary.
Part 7.
Wire Lists
5-13
Rev K
FIGURES
2-1
Functional Block Diagram
2-0
3-6
Address Write Timing
3-10
2-2
Q Register Format
2-0
3-7
Data Write Timing
3-11
2-3
File Address
2-4
3-8
Direct Access Timing
3-12
3-1
Cabling Diagram
3-4
3-9
3-2
Function Transfer Timing
3-6
Cylinder Address Difference Increment
3-13
3-3
Address Load and LWA + 1
Load
3-7
3-4
Drive Unit Transfer Timing
3-8
3-5
Read/Write Control Timing
3-9
3-10
Clock Control Timing
3-14
3-11
Data/Control Counter
Synchronization
3-15
Address Read and
Typical Checkword
Patterns
3-16
3-12
TABLES
2-1
Status Response Bits
2-2
Address and Control Bus
Information
2-4
3-1
1738 Controller
Specifications
3-2
2-38
v
Rev. G
FOREWORD
This manual contains customer engineering information for the CONTROL DATA*
1738 Disk Drive Controller.
The controller implements the exchange of data and
control signals between a CONTROL DATA 1700 Computer System and a maximum of
two CONTROL DATA 853 or 854 Disk Storage Drive Units.
Reference information for this controller is contained in the 1700 Standard Peripheral
Reference Manual, Pub. No.
60182700.
*Registered trademark of Control Data Corporation
vii
Rev J
PART 1
INTRODUCTION
PART 1
INTRODUC TION
SCOPE
The 1738 Disk Drive Controller serves as an interface between the 1704 Computer
and the 853/854 Disk Storage Drive Unit.
The controller contains the logic necessary to interpret computer function codes,
control drive unit operations, synchronize data transfer between the computer and
drive units, and provide the system status information to the computer.
REFERENCES
This manual assumes that the customer engineer is familiar with 1 700 Computer
System instructions and procedures.
on the 1700 Computer System:
1 700 Systems
Refer to the following publications for information
ManL_~
Pub No. 60152900
1700 Computer Reference Manual
Pub No. 60153100
1700 Input/Output Specifications Manual
Pub No. 60165800
1700 Site Preparation and Installation Manual
Pub No. 60158400
1-1
Rev J
PART 2
DIAGRAMS AND
CIRCUIT DESCRIPTION
SYMBOL INUEX
AOOO
AOOl
A002
A003
A004
A005
A006
A007
A008
A009
A010
A011
A012
A013
A014
A015
A016
A017
A018
A019
A020
A021
A022
A023
A024
1025
A026
A027
A02t1
A029
A030
A031
A100
Al01
Al02
Al03
Al 04
Al05
Al 06
Al07
Al08
Al09
Al10
A111
A112
A113
A114
A115
A700
A7D1
A702
A703
A710
'711
2-2~
,-25
,-25
2'25
2.25
2·2~
2-25
2.25
,-25
2.25
2·25
,-25
,-25
2-25
,-25
2-25
2.25
2-25
2-25
2-25
2.25
2.25
2.25
2.25
01-25
01.25
2.25
2.25
2.25
2·25
2.25
2.25
2.25
2.25
2.25
2.25
2.25
2.25
2-25
2.25
2-25
2.25
2.25
2.25
2·25
,-25
01·25
01.25
01.25
2p25
2_25
2·25
2~25
2.25
A740
A741
A749
A750
A760
A762
A763
A764
A765
A770
A773
,\ 774
A775
A776
A777
A778
A779
A780
A781
flO 0 0
AOOl
B002
BOO3
AOO4
B005
R006
BOO7
!lOO8
8009
!:lOi0
!:l011
BOi2
HOi3
8014
B015
B016
8017
B018
!:lO19
13020
B021
13022
RO?3
B024
B025
HO:?6
B027
~028
il029
8030
fl031
B700
B701
B702
fl710
2-2:>
2-2:>
2-2:>
2-2,
2-2,
2-25
2-2:>
2-25
Z-2!;
2-2!;
2-25
2-25
2-2,
2-2:>
2-2'
2-2:>
2-2'
2-2'
2-2;
2-1'1
2-19
2-1'1
2-19
2-1'1
2-19
2-1'1
2-1'1
2-1\1
2-19
2-19
2-1'1
2-19
2-19
2-1\1
2-19
2-19
2-11,/
2-19
2-19
2-1\1
2-19
2-19
2-19
2-19
2-19
2-19
2-19
2-19
2-111
2-1'1
2-19
2-1'1
2-19
2-1\1
2-1~
8Hl
8712
B720
8721
B722
8723
8724
8740
8741
'87411
8749
8750
8751
8756
8757
8758
8759
8760
8762
8763
8764
8770
8780
8800
8801
COOO
COOl
C002
C003
C004
C005
COO6
C007
C008
C009
COlO
COll
C012
C013
C014
c0l5
C016
C017
C018
C019
C020
C021
C022
C023
C024
CO2,
C026
c027
CD2t1
CD29
2_19
2.19
2_19
2-19
2-19
2.19
2-19
2.19
2.19
2.19
2.19
2.19
2.19
2-19
2·19
2·19
2.19
2.19
2.19
2.19
2.19
2_19
2.19
2.19
2.19
2.41
2.41
2.41
2.41
2.41
2.41
2.41
2.41
2.41
2.41
2.41
2_41
2.41
2.41
2.41
2.41
2.41
2.41
2.41
2.41
2.41
2.41
2.41
2.41
2.41
2.41
2.41
2.41
2.41
2.41
9030
;031
G200
C2Ul
C202
11203
C210
C211
9212
9213
13300
11301
0302
0303
C304
6305
G306
CJ07
&310
C311
G312
6J13
&400
11401
11701
1:1702
8703
&704
;710
&:711
11712
1:713
0714
11715
11'120
6721
1:730
C740
11741
c750
1:751
B752
C760
&770
B779
G780
11781
6790
6791
·1)000
1)0,01
D002
DU03
0004
0005
2-41
2-41
2-41
2-41
2-41
2-41
2-41
2-41
2-41
2-41
2-41
2·41
2.41
2·41
2·41
2·41
2·41
2-41
2·41
2·'1
2·41
2-41
2.41
2-41
2-41
01-41
2-41
2.41
2.41
2-41
2·41
2-41
2·41
01.41
2.41
2-41
2-41
2·11
2·41
2.41
2-'"
2·41
2-41
2-U
2·41
2·41
2·41
2·41
2.41
01-:17
2·a7
2-a7
2-a7
2·27
2·a7
8006
D007
D008
11009
8010
0011
D012
1l0U
D014
D015
11016
0017
D018
11019
11020
1,)021
0022
1023
10114
D025
0026
0027
1028
DU9
1030
D031
8032
1033
8034
Bon
D036
1031
D031
8039
D040
D041
D042
1043
D044
D045
8046
D047
D048
D049
D050
P051
8052
0053
D054
D055
D056
D05l
D058
8059
D060
2-27
2-27
2-27
2-27
2-27
2-27
2-27
2-27
2-27
2-27
2-27
2·27
2-27
2·27
2-27
2-27
2·27
2·27
2·27
2·27
2-27
2-27
2.27
2·27
2-27
2·27
2-29
2-29
2-29
2.29
2.29
le29
2·29
2-29
2.29
2.29
2.29
2·29
2.29
2·29
2·29
2·29
2.29
2·29
2.29
2.29
2.29
2-29
2.29
2-29
2-29
2.29
2·29
2 .. 29
2-29
2-i
RevG
SYMBOL 1"'!.lEX
D061
D062
D063
D200
0201
0202
0203
0204
D205
D206
D2u7
D500
D501
D5 U2
D503
0504
0505
0506
0507
0506
0509
0510
0511
0512
0513
0514
D515
0520
D521
0522
D523
D524
D525
D526
D527
0528
D529
D530
0531
D,32
0533
D5H
05s5
D700
D701
D7U2
D7D3
0710
0711
0712
0713
0720
D730
D750
D7!il
".29
".29
~.29
~.U
2.27
~.27
i:! .. ;O
2.27
2_27
i:!.27
".27
2.27
2.27
2.27
2.27
2.27
2.27
c.27
2.27
2_29
2.29
2.29
2.29
2_29
2.29
2.29
2 .. 29
2.27
2.27
2.. 27
2.27
2.27
2.27
2.27
2.27
2.29
2.29
2.29
2.29
2 .. 29
2.29
2.29
2.29
2.27
2.27
2.29
2_29
2.27
2.27
2.29
2·29
2.27
2.29
2.29
2.29
0752
0760
0761
0766
n769
0770
0771
0772
0773
!.l774
0760
li781
0782
0790
1'004
1'005
1'006
1'007
1'008
F009
rou
rou
1'012
1'0,-3
f'014
F'015
1'104
fl05
1'106
n.n7
1'108
Fl09
F'120
F'121
f'700
f'7D1
11'702
1'707
f'708
-E710
f'711
F'712
1'713
F714
f'715
1000
1001
1002
1003
1004
1005
1006
1007
1010
1011
2-29
2-29
2-29
2-29
2-29
2-29
2-29
2-29
2-29
2-29
2-29
2-29
2-29
2-27
2-7
2·7
2-7
2-7
2-7
2-7
2-7
2-7
2-7
2 .. 7
2-7
2-7
2-7
2·7
2-7
2-7
2·7
2-7
2-7
2-7
2-7
2-7
2-7
2-7
2-7
2-7
2-7
2-7
2-7
2-7
2-7
2~39
2-39
2-39
2-39
2-39
2-39
2-39
2-39
2-39
2-39
IOl~
1013
1014
IOl~
1016
1017
1020
1021
1022
1023
1024
1025
1026
1027
1100
1101
1107
1108
n09
1110
1111
1112
1113
1114
1115
1116
1117
1118
1120
1121
1122
112.5
1124
112'
1126
1130
1131
1190
1191
1200
1201
1202
1203
1204
1205
1206
1207
1208
1209
1210
1211
1212
1213
1520
n21
2.39
2.39
2·39
2.39
2.39
2.39
2.39
2.39
2.39
2.39
2.39
2.39
2.39
2.39
2.37
2.37
2.37
2.37
2.37
2.37
2.37
2.37
2.37
2.37
2-37
2.37
2.37
2.37
2.37
2.37
2.37
2.37
2.37
2.37
2.37
2.37
2e37
2-37
2.37
2_37
2.37
2.37
2.37
2.37
2.;)7
2ft37
2.37
2.37
2.37
2.37
2.37
2.37
2.37
2_37
2.37
170U
1701
1702
1703
;1000
JOOl
j002
;j003
J005
J010
JOll
J012
;j013
.::1014
J015
JDU
11017
d018
j019
J020
J021
J022
j023
J024
d025
J026
j027
J028
01029
01030
~032
;j039
;1040
111041
~O42
d043
U044
d04'
11046
d047
J048
dO.9
;l050
J051
J060
;1061
11070
J071
11072
.1075
;;/076
.Jon
;;/080
d081
;;/090
2-:59
2.:59
2-:59
2-39
2-5
~-5
2-t
2-5
2.5
2.5
2-lj
2-5
2-5
2-~
2·5
2-5
2.5
2-7
2-7
2-7
2-7
2-7
2-7
2-7
2.7
2·7
2-7
2.7
2-7
2·7
2·7
2·7
2-7
2-7
2.7
2.7
2·Z
2.7
2-7
2·7
2-7
2·7
2·7
2·7
2-7
2.7
i.'
i.,
2·5
2-!j
2-5
2-5
2·3
2-3
2·7
.1091
.1091
.1099
.1100
.1101
J1D1
.1102
Jl00S
.1104
.1105
.1107
.1108
.1109
.1110
.1111
.1112
.1113
.1114
.1115
.1116
.1117
.1120
.1121
.1122
.1123
.1129
.IUD
.lUi
.1132
.1133
.1200
J2D1
.1202
.1203
.1204
.1205
J206
.1210.
.1211
J2J.2
.1213
.121;
J216
.1221
J21t;S
.1224
.1225
J226
J240
.1241
.1242
.1244
.1245
.1246
J24ti
2~7
2·9
2-9
2-9
2.9
2·9
2-9
2-9
2-9
2·9
2·9
2-9
2-9
2-11
2-9
2·11
2·9
2-9
2-9
2-9
2-9
2·11
2-11
2.. 11
2-11
2-11
2-11
2.11
2·11
2-11
2·n
2-n
2·15
2·1!i
2.1'
2·15
2·1'
2.13
2·13
2-n
2.13
2.13
2·n
2.15
2·1'
2·15
2':U
2.15
2-17
2.17
2-17
2 .. 17
2.. 17
2·17
2.17
2-ii
Rev J
SYMBOL INOEX
J249
J25Q
J251
J2n
,)260
J261
J262
J263
J4UO
J4Dl
J402
J403
J4U4
J405
J406
J408
J4U9
J410
J411
J41"
J413
J414
J415
J416
J417
J41tl
J419
J420
J429
J430
J431
J440
J45Q
J460
J470
J471
J475
J478
J479
J4tlO
J4tl1
J41l2
J41/0
J50Q
J501
J5U2
J503
J5(4
J505
J506
J507
J5U9
J510
J511
J514
,·17
2·21
<::-21
,,·21
2·17
2.17
,.17
2-17
2·33
2.33
,·33
2·33
2-33
2.33
,.33
2-33
2-33
2·3~
~~35
;1.35
2.35
,,-35
2-35
,,-35
2-35
2833
2-33
2-35
,-35
2.35
2.35
2.35
2-35
,,·35
2·27
2·27
2.27
2 • .33
2.33
,-33
2.33
2·33
2-33
£-47
2-47
<::-47
~_47
2.47
;::-47
~_47
~.47
Iip47
Oi·Ql
£-47
2.47
J515
J516
J517
J519
J520
J521
J530
J531
J532
J533
,)534
J535
J536
J537
J538
J540
J541
J542
J543
J544
KOOO
KOOl
K002
K003
K004
K005
K006
K007
K014
Kl01
Kl00
Kl02
Kl03
K104
K1U5
Kl06
K107
Kl08
Kl09
K110
Kl11
K112
K113
Kl14
K115
K116
K117
1<:118
1<119
K120
K121
K122
K123
K124
K125
2-47
2-47
2-47
2-'11
2-47
2-47
2-47
2-47
2-47
1<126
K121
K12b
K129
K130
K131
K13:':
1<13.$
K134
2-47
K13~
2-47
2-47
2·47
2-47
2-47
2-47
2-47
2-47
2-47
2-47
2-7
2-7
2-7
2-7
2-5
2-5
2-7
2-7
2-5
2-9
2-9
2-9
2-9
2-9
2-9
2-9
2-\1
2-9
2-9
2-9
2-9
2-9
2-9
2-9
2-9
2-9
2-9
K140
K141
K200
K201
K202
K203
K204
K205
K206
K207
K208
K2011
K210
K211
K212
K213
K220
K221
K222
K223
K224
K225
K226
K227
K22tl
K229
K230
K231
K232
K233
K234
K235
K236
K237
K231l
K23'1
K240
K241
2-"
2-"
2-9
2-9
2-9
2-\1
2-9
2-9
K242
K243
K244
K24~
K321
K4DU
K401
2.9
2.9
2.9
2.'1
2.11
2811
2.11
2ft11
2.9
2.9
2.17
2.17
2.15
2.15
2_15
2.15
2.15
2.15
2.15
2.15
2.15
2.15
2_17
2.17
2.17
2 .. 17
2_17
2.17
2.17
2.17
2.17
2.17
2.17
2.17
2 .. 17
2.17
2 .. 17
2 .. 17
2.17
2 .. 17
2.17
2.17
2-17
2.17
2_17
2.17
2.21
2.21
2e21
2 .. 21
2 .. 21
2.21
2 .. 17
2_33
2.33
K402
K4u3
K'I04
K405
1'14U6
1<407
1'14U8
1'14U9
1<41U
1<411
K412
K413
KII15
K417
K419
1'i420
~421
K430
~431
~440
K441
1'i450
1<451
~47U
1<471
K472
K473
K46U
K481
K490
K491
K492
1(493
1<501J
K501
1<502
1<503
~510
1<511
~512
K513
1<514
~515
K517
~520
~521
~524
K526
~528
~53G
fIl531
~532
~533
1<534
i'l535
,-33
,,-33
,,-33
,,-3-1
2-33
2-33
,,-33
,,-33
,,-33
,,·33
".33
2-33
2.33
2-33
2-33
2-35
2-33
,-35
2-35
,-35
,,-35
2-35
,,-35
2-a7
2-a7
,,-017
,,·27
,,-37
2-37
2-37
2-37
2-37
2-37
,,-,,7
2-47
2-47
2'47
, .. 47
2-47
2·47
2-47
2 .. 47
2-47
2-47
2-4'
2-47
,,-47
2-47
,-47
2-117
2-47
2-47
2-117
... 47
2-47
K550
K551
K552
K553
L.OOO
L.OOl
L.OD2
LODS
L.004
MODO
MODl
MOlD
MOll
14012
M013
MO"O
Ml0U
M1Dl
PODO
POOl
POD2
POD3
POD4
POD5
P006
P007
P008
P009
PUO
pall
P012
P013
P014
P015
11016
P017
POlS
1'019
P020
P021
P022
P023
P024
1'025
PO,,6
.. ou
PO"S
P029
P030
P031
P032
P033
P034
P035
P036
2·H
2-47
2-47
2-47
2·11
2.11
2-11
2·11
2-11
2·5
2-5
2-5
2.5
2-5
2-5
2-3
2.5
2-5
2-31
2-31
2.31
2-31
2-31
2·31
2·31
2-31
2-31
2-31
2-31
2·31
2-31
2-31
2-31
2-31
2-31
2-31
2-31
2-31
2.31
2-31
2·31
2-31
2-31
2-31
2-31
2-31
2-31
2-31
2.31
2-31
2-31
2-31
2-31
2·31
2-31
2-iii
RevJ
SYMBOL
'''IlEx
PO;\?
;: - 3 1.
"'O.ll:l
2·31
2-31
2-31
2-31
2-31
2.31
2-31
POJ9
PO~O
P041
P042
P043
P044
P045
P046
PQ47
P04!l
P049
P700
P701
PH2
P7u3
P704
1'705
P71U
P711
P720
P721
P722
P723
P724
P725
P7~O
1'750
P751
1'752
P753
P754
P755
ROOO
ROOl
ROO2
RQ03
ROO4
ROO5
ROO6
ROu?
RODa
R009
R010
ROll
R012
R013
R014
R015
Rl 0 0
R10!
Rl02
Rl07
Rl0a
01·31
,,031
<1-31
2·31
2-31
2_31
2~31
2.31
2.31
2.31
2~31
2~31
2~31
2.;S1
2·31
2-31
2·31
2.31
2.31
2.31
2.31
2-31
2.31
2.31
2-31
2·31
2.3
2.3
2·3
2-3
2.3
2.3
2~.5
2-3
2e3
£P3
2·3
2-3
,,-3
2-3
,·3
2_3
2·3
2.3
2·3
2.,5
2 • .5
Rl09
RHO
R1?0
R121
R13U
R131
R132
R200
R2Cl
R2[!2
R2n3
R204
R205
R206
R207
R20a
R209
R210
R211
R212
f<213
R214
R215
R220
R230
R231
R330
R400
R401
Rill 02
R403
R4C4
R405
R406
R407
RHO
R411
R420
Rlt30
R431
R500
R501
R510
R520
R521
5000
SOOl
5002
S003
5004
5005
5006
SOD?
sooa
5009
2-3
2-3
2-3
2-3
2-3
2-3
2-3
2-1.\
2-1.1
2-1"
2-1.1
2-1.5
2-1.5
2-1,~
2-1.3
2-1..1
2-13
2-1..1
2-1.1
2-1.5
2~1J
2-1..1
2-1.s
2-1:'
2-1.5
2-1.5
2-1:;
2-JII
2-3'1
2-39
2-39
2-3<1
2-39
2-3»
2-311
2-37
2-37
2-31
2-31
2-37
2-37
2-37
2-37
2-37
2-37
2-21
2-21
2-21
2-2l
2-21
2-21
2-2l
2-21
2-21
2-21
5010
5011
5012
SOLS
S014
501:'
5016
S017
50ltl
5019
9020
9021
5022
5023
5024
5025
5026
5027
5026
5029
s700
S701
5702
5703
5740
5741
5750
5760
5767
5766
5769
9770
TODD
TOOl
TOO2
'f003
T004
T005
lOOb
TOO?
TOD6
TOO9
T010
TOll
T01"
T013
T01'!
T015
T020
1021
T102
T200
T201
1202
1203
2 .. 21
2 .. 21
2.21
2.21
2.21
2.21
2.21
2.21
2_21
2_21
2.21
2.21
2.21
2_21
2_21
2.21
2.21
2.21
2.21
2.21
2.21
2.21
2.21
2.21
2.21
2.21
2.21
2.21
2-21
2.21
2.21
2.21
2.3
2.3
2.3
2.3
2.3
2.3
2.3
2.3
2-3
2.3
2.3
2.3
2.3
2 .. 3
2_3
2.3
2.5
2.5
2.3
2 .. 13
2.13
2.13
2.13
1'2U4
T205
'f206
T207
T2U8
T2u9
'1'210
T211
T212
T213
1214
T215
NOO
'301
'f302
'f303
n04
f305
f306
f307
'f308
Tl09
T310
1311
'1'312
T313
T314
T32U
'1'321
T322
T33U
1'400
T401
H02
1'403
1"404
1'405
"'06
T407
THO
,.11
1412
,.13
'f414
H2u
T50u
1501
1'900
T9Ul
T903
U007
U008
U009
Ul00
Ul0l
2-13
2-13
2-13
2-13
2-13
2-13
2-13
2-13
2-13
2·13
2-105
2-13
2-13
2-13
2-~3
2-13
2-13
2-13
2-13
2-13
2-13
2·13
2-13
2-13
2-13
2-13
2-13
2-15
2-15
2-15
2-15
2-39
2-39
2-39
2-39
2.39
2-39
2-39
2-39
2-39
2-39
2-39
;1-39
2-39
2-37
2·:17
2-37
2-15
2-15
2-3
2-3
2-3
2 .. 3
2·3
2-3
1)102
1)107
Ul08
1)109
U110
U120
U121
U131
10000
wOOl
W002
WOOJ
W004
10005
W006
W007
10008
10009
WOlO
WOU
10012
W01J
WOH
10015
ilD16
W017
W018
10019
10020
101021
101022
w023
W024
10025
w026
WOU
W028
WQ29
10100
10101
10102
Wl0J
11110 4
W1D5
101106
Wl07
W108
W109
10110
"'111
101112
W113
W114
W115
W116
2-3
2-3
2-3
2-3
2-3
2-3
2-3
2-3
2·23
2-23
2-23
2-23
2-23
2-23
2-23
2-23
2-23
2-23
2-23
2-23
2-23
2-23
2-23
2-23
2-23
2-23
2-23
2-23
2-23
2-23
2-23
2-23
2-23
2-23
2-23
2-23
2-23
2-23
2-23
2-23
2-23
2-23
2-23
2-23
2-23
2-23
2-23
2-23
2·23
2-23
2-23
2-23
2-23
2-23
2-23
2-iv
RevG
SYMBOL INDEX
1oI1~O
101700
111701
101702
101703
1017 4 0
101741
101750
XOOO
XOOl
X002
X003
X004
X005
X006
X007
X008
X009
)(010
x011
X012
X013
X014
X015
X016
X017
11018
)(019
X020
X021
x022
X023
X024
X025
X026
X027
)(028
X029
X030
X031
Xl 00
Xl01
Xl02
Xl03
1(104
1(1 05
Xl06
Xl07
Xl 08
)(109
)(110
1(111
)(112
)(113
XU4
41.413
2.23
2.23
2.23
41.23
41.23
01..23
2.23
2-43
2-43
41-43
41-43
2.43
".43
2.43
2.43
".43
2.43
a.43
2-43
2.43
2.43
2.43
2-43
2.45
41.45
2-45
2-45
01.45
2.45
2-45
2.45
2.45
2.415
2-45
2.45
2-45
2-45
2_45
2.45
2-43
2-43
2-43
2.43
2.43
".43
,,-43
2.43
2-45
2.45
2_45
2 .. 45
2.45
2.45
2_45
X115
X120
X121
x122
X123
X124
X125
X126
X127
X128
x129
X130
X131
X132
X133
X134
X135
X140
Xl'll
X142
x143
X144
X145
X146
X147
X148
X149
X150
x151
x152
X153
X154
x155
X160
xl61
X162
X1.63
XU4
X165
X166
X167
X168
X169
X170
Xl71
Xl?2
X1?3
Xl:'4
Xl?5
X180
X181
X182
X183
X184
X185
2 .. 4!)
2.. 43
2 .. 4\5
2-4,$
2 .. 4\5
2-43
2·43
2-43
2-43
2"45
2-4!f
2·45
2-4~
2-4!;
2-4!>
2·45
2·45
2-43
2.. 43
2-43
2-43
2-43
2-43
2 .. 43
2·43
2·45
a-45
2-4!)
2 .. 45
2·4!>
2-45
2.. 45
2-45
2-43
2-43
2-4"
2-43
2-'U
2 .. 43
2"43
2-43
2-4'
2-45
2-4'
2 .. 4'
2-45
2-4;
2-45
2-45
2-43
2-413
2-413
2-43
2-4'}
2-43
X186
X187
)(188
X189
X190
X1 91
IU.92
X193
X194
X19~
UOO
11201
X202
X2O;)
x220
X221
X230
X231
x240
X241
X247
x248
11249
xa50
X251
1125a
X253
X255
11257
)(260
11261
x262
x263
X264
"000
YOOl
"002
fOlD
\'020
"030
'1'031
'1'032
"033
'1'049
fO!iO
'1'200
'1'201
'1'202
U03
U04
va09
'IUD
n2D
U21
'1'222
2.43
2.43
2.45
2.45
2e45
2.45
2.45
2.45
2.45
2·45
2.43
2.43
2-4'
2_45
2.43
2.45
2e4l1
2e45
2-43
2·45
2.43
2.43
a·45
.2·43
2.43
2e45
a.45
a.43
2.45
h4l3
a.43
a.43
2.4'
2.45
h7
2.7
2-7
a.3
2.5
a·9
a·9
2.9
a.9
2-11
a-9
a."
hiS
hiS
h15
'1223
.,224
'1225
'1226
'1227
'1228
'1229
Y230
'1231
'1240
'1241
'1241
'1242
'1250
Y40D
Y40i
'1402
Y4U
'1404
'1405
'1406
'1407
'1408
'1409
'1410
'1411
.,412
Y413
,481
.,482
'1483
'1484
'14190
,491
U92
,,'In
'''DO
.,501
VliUt
'fUO
Y'U
'fU2
ylu
vno
'1140
un
y770
'1780
2.,7
2.,7
41·,7
2.,7
2-,7
2-,7
2.,7
2·,7
a-,7
2·n
a·21
41 .. 21
2-U
2·a5
2-n
2-n
a·lIlI
2·33
2·33
2-n
2-a3
01·33
2-35
2·35
a-lI'
2-;15
a-15
a-37
a·37
a·37
a-19
a·39
2.;$7
a-37
a·17
2-17
a-,7
2-47
2-,7
2-.7
2-.7
2·47
a-.7
2-,7
a-.7
2-39
hU
a-'ll
hU
h1'1
a. 1'1
a.17
2.17
a.17
2-v
RevJ
Logic diagrams represent a symbolic approach to electronic schematics.
KEY TO LOGIC SYMBOLS
easy to read if the reader understands the function of the symbols.
In
Control Data Corporation logic, two signals, a logical 0 ("0") and logical
1 ("1"), are the possible input or output conditions
0: a
circuit.
A circuit
Control Delay
A control delay is a timing devicp consisting of an H term which receives the
By using symbols to represellt building block circuits .. the diagram becomes
input and one or more V. Y, or N terms to provide the outputs.
(STANDARD 1604 OR 3600 CARD TYPES)"
The·H term
is essentially a flip-nop with controlled feedback and occupies an entire
printed circuit card.
The output term(s) are inverter(s) located elsewhere
with an output of !II" is "up" and a circuit .... i~h an output of "0" is "down!!.
on the logic chassis.
The "1" outputs from a control delay are clocked pulses
Detailed descriptions of logic symbols and their associated building block
circuit cards are contained in the appropriate printed circuit manual
which are delayed one phase time from the "I" inputs.
(1604 and 3600 Card Types).
Refer to the Literature Distribution Center
which control the start and duration of the delayed output pulses, may be
Catalog for the publication number and latest revision level.
found in the Equation Summary.
STANDARD LOGIC SYMBOLS
3600-type cards are inverters, flip-flops, control delays. capacitive delays.
inductive delays, and line dri .... ers and recei..-e:-s.
of the control delay symbol, with possible inputs and outputs labelled.
The flip-flop (FF) is a storage device with two stable states - designated as
B shows the electrical connections .for the two forms.
nooo
STANOARD FF
precedence over "O's" and drive the output of the inverter to "0".
Because
SET INPUT
CLEAR INPuT
kOOI
any" I" input of several "inputs drives the output to a "011. an inverter may be
STANOARD
By convention,
Set inputs and outputs are shown in the upper part of the symbol and Clear
Inverters
LOGI C
~}
~
I OR MORE
IDENTICAL
OUTPUTS
Figure 1.
INPUT A
INPUT B
INPUT C
~
}
~D~~TI~~
OUTPUT(S)
( GOES TO "I" ONE CLOCk PHASE
AFTER AN INPUT OF "I", UNLESS
DISABLED BY A" CONDITION INPUT,
AND REMAINS A "I" THROUGH ONE
PHASE TIME,)
SET OUTPUT
TIMED "0" OUTPUT
TO OTHER V--- TERMS
GOES TO "0" WHEN INPUT
IS "I" AND REMA)NS "0"
THROUGH ONE PHASE TIME
AFTER INPUTS DROPS.)
"I" WHEN SET AND
"0" WHEN CLEAR
,~,~~~~U~~~;R
EXTRA-SET FF
MULTIPLE
SET INPUTS {
INPUT
OUTPUTS
CLEAR INPUT
Inverter Symbols
Acceptable conventions for showing multiple OR inputs are given in Figure 2.
Figure 5.
kOOO
-SET OUTPUT
KOOI
CLEAR OUTPUT
"OR" INPUT
A ~
B ~
C
Figure 2.
INPUT
INPUT
A ~
B
J002
INPUT
'
INPUT
}
~~~
JBIO
J910
J920
~:::~
J810
J910
J920
J991
J960
J970
J960
J970
Figure 3.
OUTPUTS
Flip-Flop Symbols
flop symbol. The term numbers assigned to each flip-flop are the term numbers of the internal inverters as seen by comparing the terms in Figure 5
Notice that th~ Set output is the output of inverter
KOOl 1 and the Clear output is the output of inverters KOOO and K002.
An AND gate requires that all its inputs be "l ' s" in order that its output be
a "1". If one or more of the inputs to an AND gate are "0", the output is a
II 0".
Figure 3 illustrates conventions for showing AND gates feeding an
inverter.
DELAY
Control Delay Symbols
Figure 6 illustrates the interconnection of inverter symbols to form a flip-
with those in Figure 6.
OR Circuit Conventions
CONTROL
A
Figure 7.
INPUT
INPUT
INPUT
DELAY
CONDITION INPUT
("I" WILL DISABLE
THE OUTPUT)
k002
INPUT
CONTROL
INPUT (S)
AND "0" WHEN SET
considered an inverting OR (NOR) gate when more than one input is present.
LOGIC INPUT
(GATED
''''-'~
kOOO
CLEAR INPUT
I~
I
L ____ --1
OUTPUT
DURING
ODD CLOCK PHASE
RAW
STANDARD FF
I
CLOCK
(0001
'SET OUTPUT
r----------
INPUT
--~~."'----~--~
SET OUTPUT
RAW
B
CLOCK
(0001
SET INPUT -.:.'-11........---"\-..1-.._
Figure 4 illustrates a combination AND lOR input.
r:~NfLOCK -:-,+-1-+1----'
J200
J300
RAW
CLEAR INPUT
I' "",.. _.
INVERTERS VIOO AND
V200 PRODUCE "I ':
OUTPUTS ONE CLOCK
PHASE AFTER E ITHEA
INPUT A OR B
I GOES TO "I"
J991
SET ZNPUT
--,
I
CLEAR OUTPUT
AND Circuit Conventions
J400
CLOCK
(EVENI·
!
}~""
L
J500
Figure 4.
AND/OR Circuit Convention
Figure
The logic symbols
(Figure 5) are formed by the combination of inverter symbols.
inputs and outputs are shown in the lower part of the symbol.
An in .... erter is a logic element which provides an output that is an inversion of
its input. When more than one input is provided to an inverter, 111'5 11 take
Figure 7 illustrates two representative forms
Flip- Flops (FF)
Set and Clear - and is composed of two or more inverters.
Standard logic diagram symbols for Control Data equipment using 1604- or
Cloek inputs are not
shown on the logic diagrams for any H, V, Y, or N terms; these terms,
Figure 6.
I~ternal
Inverter Connections for a Flip-Flop
Figure 8.
Electrical Connections for Control Delay
2-vi
Rev K
Control delays may haye multiple inputs and/or multiple outputs.
When a
control delay has multiple output terms (L c., more than one V, Y, or N term),
each output term may ha\'e a separate ('onditioning input.
in the same manner as capacitive delays (except for the vertical lines) unless
they are used as delay lines.
CABLE IDENTIFICATION
On multi-section cal'ds where no identifying
I't~pn~sented
circuit letters are present, pin numbers are shown adjacent to the input and
Cable connections are
output arrows.
as to connector location and pins used, as shown in Figure 15.
Figure 12 shows both kinds of inductive delays.
by the l\UL-STD-15 symbol and identified
Capacitive Delays
STANDARD
A capacitive delay is used to delay the" 1" input to a logic element,
("0" inputs
Delay periods
al'C
The actual connection
--{II
WIRE
(COMMON
DELAY
INDUCTIVE
10
OF
-7~
I~
"
12
TIM ED
n, the pluggable delay
uses this wiring to connect to capacitors on the same card.
RETURN)
DELAY
LINE
Pin nUlllbers are also shown when external wiring is
In Figure
GROUND
2JI2
M
TWISTEO- PAIR
3HI-A9,AI0
A('th'e delays lllay be recognized b,v the circuit letter always present as part
needed tn connect the pI'oper capacitance.
(SHOWING PIN "M"
CONNECTOR 2J 12)
0,15 fLSEC
TAPPED
mined by referTing to the Pt'inted Circuit :\lanual.
l~xalllple,
~
0,1 fLSEC
points for the s('ope -
-7~
to provide this extct'nal wiring data.
Figure 13.
Supplemental information may also be shown
such as in the case of special delay cards which indicate the delay period.
For detailed information refer to the specific card type in the appropriate
Printed Circuit or Logic Module Manual.
"I"
"I"
The special circuit symbol always shows the symbol designation, jack
location, and the card type.
In Figure 13, ttl'st! and .tot s " have been added to
"I"
Nonstandard elements (special logic and/or non-logic elements) are represented by a special circuit symbol (generally a rectangle as shown in Figure
A
clarify the logic states; they are not part of the symbol.
(,:J.padtol'!:;, located on one or marc capacitor cards, as an AND input to the
affected logiC'" clement.
These cards may be considered as
associated with these cards are L & M (1604) and R & T (3000 Series).
:\11 paHsive capacitive delays (Figut'e 10) an:: fot'med by wiring grounded
SY~lBOLS
SPECIAL LOGIC
The level shift to and from internal logic is
inverting the signal electrically, but not logically.
input side of the symbol.
Active Capac.itive Delays
Cable Connections
"0"
-7~
SYMBOL
DESIGNATOR
SUPPLEMENTARY
~
INFORMATION
Typical Line Driver/Receiver Symbols
CHASSIS
3C2B-6,7
~
±
~OBSOLETED
~ kEPRESENTATION)
B fLSEC
= 3C2B-6,7
Figure 10.
LOCATION
NON-LOGIC CONVENTION
Figure 16.
The use of the double vertical bar, as shown in Figure 13, denotes a shift in
signal voltage level from that used in internal logic.
The double bar appears
the non-Iogic-level signal.
No particular voltage level is implied by the
double bar - only that it is non-logic.
When it is neces-
(side cars) are incorporated within the manual.
~!1e j~:ay sym~o:
on each logic element as are the output destinations of the elements (Figure 17).
Each numbered term in the logic diagrams contains a jack assignment showing the physical location of that hardware element and the test point
as ::::ho'.':n in Fil?ure ! 1.
(circuit section) associated with it.
~e~~er'
2C2IA-S:II,r2
3C28- ,2: 3
~
~
ADJUST
RECORD
Figure 11.
FOR
GAP
is replaced by a pin number.
:-.....
~e"'~ po::-_~_
{e.:i.,
M4"
T~,:'S:'3
~
II I
Inductive Delays
2DI2A
,-\n inductive delay is used to delay either the '11" or flO" input to a logic
EJ
e:e~ent or as a tapped delay line for timing of operations.
The symbol for
.:;>n:S 0: !he o .... al.
When used as a tapped delay line, the inductive delay is
:e:-rr.ina!e:i in :.~S ct3:-ac:eristic impedance.
Inductive delays are identified
Figure 14 illustrates the
::}:;:, K;:·,:; 2D:2A representing its jack assignment.
*CHASSIS NUMBER
:!"_ls delay is an elongated oval with a double vertical line just within the input
Also, some symbols show
Llecause the entire card is used for one purpose
OROINATE (ROWI
Adjustable Capacitive Delays
K511
FUNCTION
........
(FORWARD) II04
INPUT
K401
!
SYMBOL DESIGNATOR
Figure 17.
\
OUTPUT SYMBOL DESIGNATOR
Input/Output Designations
HORIZONTAL (COLUMN)
OUTPUT
TEST POINT
*When most or all jack aSSignments are located on one chassis,
the chassis numbers for that chassis are omitted. AU multichassis devices include a chassis number as part of each jack
assignment.
Figure 14.
IBUSY) I203
For these cases, a card extender must
a s:,-g:-o> :,-';,:;::-:er, FF, or control delay).
~r.':e:-:e:-
INPUT PINS
For some card types, the test pOint
:Jc :.;se":! :n o:-::!e, to !es~ tha~ section of the card.
~
Also in certain instances
exists (as for peripheral devices) input and output pin numbers are indic~ted
JACK ASSIGNMENTS
sary to adjust the delay period in order to obtain specified circuit operation
(usual!y done by varying a potentiometer in the RC network), a diagonal arrow
Where several pages of logic are involved, a symbol index and term list
such as special card types or on equipments for which no equation summary
Capacitive delays may be adjustable or nonadjustable, depending on the card
is added :0
INPUT/OUTPUT DESIGNATIONS
on the input or output side of the symbol, depending on which side connects to
Passive Capacitive Delays
t,\pe and/or the external wiring connections on the card.
Symbol for Special Circuits
Jack Assignment Scheme
2-vii
RevK
,[
A/Q INTERFACE
COMPUTER
1
AIQ INTERFACE
DIRECT STORAGE INTERFACE
I
The A/Q interface, Figure 2-1, is used to transmit functions and address information to the
controller and status and address information to the computer_ The computer Output from A
and Input to A instructions initiate all transfers at this interface_ During all transfers, the
computer Q register must contain the controller equipment number in bit positions 10 through
7 and the function code in bit positions 2 through 0_ All other bits in Q except the W field
are ignored. The W field of Q must be zero for all operations (see Figure 2-2).
15
II 10
1000001
7 6
3 2
10000 1
0
I
~
L.{--I
EQUIPMENT
NUMBER
CODE
FeN CODE
Figure 2-2.
Q Register Format
ADDRESSING
I
I
i
REGISTER
I
T
:
' I
FCN DECODE
-,,..,I---"I L-------f-----+-~-- ------~-----+--M----~----'
i
L - . -_ _ _ _ _
•
CONTRDLLDGIC
i
L _____ --,
' ----L------,
'---':YL-
i
i
QATAIN
QATADUT
Addressing of the records is under program control from the computer. Access to the
records is accomplished by the Sector Record Address word. This word (16 bits) selects
the sector, head, and cylinder. It is sent from the computer A register to the controller
File Address register via the A/Q interface upon programmed instructions. The cylinder
address portion (8 bits) of the Sector Record Address word is compared to the current
cylinder address of the drive unit. The Increment Bus increments both addresses until one
of the addresses becomes all "l's" which causes a difference count to be generated. ~
difference count and the new cylinder address (the address from the computer A register)
are sent to the drive unit via the Address and Control Bus. The difference count causes the
drive unit to seek forward or seek reverse and thus head-pOSitioning is accomplished.
I
I
I
L ___ ~---J
,<
L___ _
ADDRESS AND CONTROL BUS
CONTROLLER/FILE INTERFACE
-
DATA CHECKWORD
ADDRESS TAG
ADDRESS STATUS
FUNCTIONS
DA TA TRANSFER
When the controller is Ready and Not Busy and the drive unit is On Cylinder, data may be
transferred to or from computer storage. For Write operations, the controller accepts
data from the computer in a parallel format (16-bit bytes) through the Direct Storage Interface.
This data is disassembled and then transmitted serially to the drive unit. For reading data,
the controller accepts serial data from the drive unit, assembles it into 16-bit bytes and
transfers it in parallel to the computer.
The controller has complete control when storing data in computer memory. The first word
address minus one (FWA-I) is loaded into the current address register of the controller
through the A/Q interface. The content of this storage location (FWA-I) is the last word
address plus one (LWA+1). The LWA+1 is loaded into the LWA+I register as data and
compared with the current address. As each data word is transferred, the controller
increments the content of the current address register. The incrementing continues until the
current address compares with the LWA+1. When this occurs, the controller signals the
computer that the data transfer is complete.
- - - - - INTERNAL CONTROL
- . _ . - FILE CONTROL
Figure 2-1. 1738 Functional Block Diagram
ADDRESS AND CONTROL BUS
This bus contains the lines necessary to position the cylinder select mechanism and to
control the Read/Write operations.
2-0
Rev.Y:
1704
COMPUTER
1738 CONTROLLER
A LINES OUT
AtO
INTERFACE
A LINES
IN
Q LINES OUT
t-I = 0
NRITE
READ
PROGRAM PROTECT
ADDR
AND
ADDR
READ
AND CTRL BUSS
CYLINDER SELECT
CTRL
BUSS
8
16
16
16
( 7
8
CONTROL SELECT
DIFFERENCE SELECT
USED)
HEAD SELECT
CYLINDER SELECT
MASTER CLEAR
REPLY
WRITE DATA
REJECT
READ
DATA
853/854
-
-
--
DISK
DATA OUT
DIRECT
STORE
INTERFACE
DATA
IN
ADDRESS IN
REQUEST
SECTOR MARK
16
INDEX MARK
SELECTED ON CYLINDER
SELECTED CYLINDER ERROR
16
REPLY
PARITY ERROR
PROTECT FAULT
SCAN FORt-IARD
SCAN RETURN
UNIT 0
UNIT I
UNIT 0
SELECTED
SELECT RETURN
UNIT
SELECT RE TURN
SELE.CTED
I
FILE READY
FILE ON LINE
FILE
-
UNIT
15
t-IRITE ENABLE
PROGRAM PROJECT
-
DRIVE
FAULT
--
INTERRUPT
I NTERRU PT
j
INTERFACE
TITLI
•
CONTROL DATA
CORPORATION
DEVELOPMENT
DIVISION
Au TOMATEO DRAFTING
DISK STORAGE SYSTEM
8LOCK DIAGRAM
-,
....1738
,....
60167700
UN . .
I"'r
6494
Ie;
2-1
I
I
TERM
AOO1
'003
A005
A007
A009
A011
A013
A015
A017
A019
A021
A023
A025
A027
A029
A031
J071
J072
J076
JOn
J104
J115
KS,Ol
K105
K107
1<109
I~
A1,AZ
A0111
c(
Cz
..
~~
K1Z1
.....
TEIIMINATION
(LOCAUD IN
DISK INTtAFAI:E
TEA"INATOR I
>;1
III ~
::>
C
CI
TERM
nil!
uu
4823
JQ24
4829
J&91
"go,
"aDS:
RUe
R101,
R102
lUi,
au'
U~D2:
oua
LOCATION PAGE
J26D
I07A
K22B
K22C
1<250
J328
K34A
K34B
L288
L28C
L27A
J03A
1130B
K30C
K300
FUNCTION DECODE
The function decode circuit translates the lower three bits of Q. All function
2-7
2-37
2_7
2-7
2_7
Hardware is provided for the 000 code so that a Reject signal can be generated.
2-7
set which in turn will generate a Reject signal.
2-7
2.7
2.3
2-3
2-3
2-37
2_3
2.3
2.3
15
codes are translated by the controller including the 000 code which is illegal.
8 7
CYLI N DER
a
4 3
HEAD
SECTOR
I
If the output of J010 is a "1", the Function Reply Control FF (page 2-7) will not
Figure 2-3.
File Address
STATUS GATE
The status gate is enabled only by the Director Status function (001) in
conjunction with the Read signal from the computer.
The status gate input
terms, JOlll (Director Status) and J023 (Read signal), are ANDed with J029
which is from the timing chain (page 2-7).
When the status gate is enabled,
the computer A register receives the status condition of the controller and the
disk storage drive unit.
The status response bits are listed in Table 2-1.
ADDRESS WRITE SWITCH
This switch is used for the Write Address function (111). When the switch is
in the OFF position, the controller rejects Write Address functions.
When the
switch is in the NORMAL position, the controller accepts the Write Address
function and write address tags which contain the good track bit. When the
switch is in the BAD TRK position, the controller accepts the Write Address
function and the write address tags which do not contain the good track bit.
TABLE 2-1. STATUS RESPONSE BITS
BIT SET IN A
AO
Al
A2
A3
A4
A5
A6
A7
=1
=I
=1
=1
=I
=1
=1
=1
TITLE
Ready
Busy
Interrupt
On Cylinder
End of Operation
Alarm
No Compare
Protected
'BIT SET IN A
=1
A9 = 1
A10 = 1
All = I
A12 = 1
A13 = 1
A14 = 1
A15 = 1
AS
The ADDRESS WRITE switch affects only the Write Address function.
TITLE
AUTO LOAD SWITCH
Checkword Error
Operation of this switch forces a select on unit 0, and causes the controller to
Lost Data
Seek Error
read the 16 sectors of track 0, cylinder 0, and load this ,data into the first 1536addresses of computer storage. Operation of this switch also clears the con-
Address Error
Defective Track
Storage Parity Error
troller, aborting any other operation that may be in process.
The controller
will become Busy and remain Busy until the sixteenth sector is stored in
.computer storage.
Protect Fault
Not Used
FILE ADDRESS GATE
EQUIPMENT CODE SWITCH
Any communication with the"controller via the A/Q interface must include an
equipment number code equal to that set by this switch.
The file address gate is enabled only by the Address Register Status function
(010) in conjunction with the Read signal from the computer. When this gate
is enabled, the computer A register receives the file address as shown in
Figure 2-3.
2-4
RevG
FUNCTION DECODE
CODE
UNIT "'FlOTECT
K26D
SS
2
KZoC
EQUIP CODE SWITCH
8238
~
UNIT 1 PROTECTED
'!..)..
~I
6
UI07
K268
S4
5
3
.. d")..
823A
...---k...
~
.~~
UNIT 0
RI07
PROTECTED
1(2~A
I
U102
"100
1(270
1(280
U100
2
(7)."
Rloe
1(278
1(288
ADDRESS
U101
8"A
J0051
WRITE
-2011
U100
°
U101
'~
"'102
B22B
REJECT
J029
Uloe
1(21 C
1(28C
R101
"'100
...M
3
R101
Ll~8
-
A--Q DATA
.. I
UIO.
BAD TRRCK
6\000
Riot
~..
UIIO
NOR PIAL
CABLE [E)
J02~~>
D5,DIi
(000
F?EPLY
J091
~
J02~~>1(001
C~_F____J
1
Ll~A
01,0"
AUTO( LOAD
STATUS GATE
S3-D
54_
3
I
RIIO
r
K.33B
J029
..1023
J011
FILE ADDRESS GATE
K33D
JC29
I
..1023
I. PRESENT
ONLY IF
ST OPT. 1027B- I
IS
2. PRESENT
ONLY IF
ST. OPT. 10278-1
IS INSTALLED.
-,
J012
,
,\ --
6
1---0........1.»
5
L
REMOTE
LOCKOUT
o AUTOLOAD
t~~~
_ _ _ -1
DEVELOPMENT
DIVISION
AUTOMATED Dft.FlING
, \
.F,;~
<"
.
NOT INSTALLED .
,
A/Q INTERFACE AND
MANUAL CONTROL
l73a
5
3'IZ
fER",
dU 05
;JUI
JUl
;l012
Jil3
d814
JU5
dU6
dll7
d080
d881
~10'
Kl02
"107
"108
"114
IU40
"al2
141112'
M800
MUl
Ml0,
M1D1
PlVU
Ra02
111803
RU04
RUO a
Pl809
R~2'
R121
R131
IU32
U808
U$09
U131
~OCATION
1319A
K27A
K278
K27C
K27D
K211A
K261:\
K2"C
K211D
f.'lQd
J33A
132A
124C
1408
140C
K29A
J25A
H3/1A
H32A
P4GE
INTERRUPTS
The Function Reply Control circuit is used to aCknowledge the acceptance
The desired interrupts are selected by setting the appropriate bit in the A
of function codes.
2~5
2~5
2-5
2-5
2-5
2-5
2_5
2-5
2-5
2-3
2-3
2-9
2~9
J39D
823A
823B
L33fl
L33C
L32A
L328
L31C
L30A
L27B
L27C
L26B
L26C
2-9
2-9
2.9
2·17
2-17
2-17
2-5
2-5
2·5
2 •. 5
2.3
2-3
2.3
2.3
2 • .5
2.3
2.3
2-3
2-3
2.3
K3~A
2.3
1328
J33B
2-3
2.3
B21A
n;NCTION REPLY CONTROL
Any acceptable function in conjunction with a Read or
Write signal will set the Function Reply Control FF at a time specified
register during a Director Function.
Selection of the interrupts allows the
controller to interrupt the computer when certain status conditions develop.
by J026 of the timing chain. Of the inputs to the timing chain, the W = 0
The status conditions which can enable the interrupt line (lGOl, page 2-3)
and Select signals should always be a "1" under normal operation
are Next Ready and Not Busy, End of Operation, and Alarm.
conditions.
interrupt line becomes active when the Interrupt FF sets. A Master Clear
Therefore, the timing of this chain is conditioned by a Read
or Write signal.
If no Reject occurs, the controller will send a Reply
The
or any acceptable output function clears an interrupt.
signal to the computer upon acceptance of a function code.
NEXT READY AND NOT BUSY INTERRUPT
As soon as the computer receives a Reply, the Read or Write signal
drops.
In the absence of both Read and Write signals, inverter J025
If the Next Ready and Not Busy Interrupt FF .is set, it causes the interrupt
line to become active when the controller becomes Ready and Not Busy.
clears the Function Reply Control FF.
END OF OPERATION INTERRUPT
FUNCTION REPLY DELAY
If the End of Operation FF is set, it causes the interrupt line to become
All functions use the Function Reply Delay circuit except the Director
Function, Director Status, and Address Status.
These functions have
active when the controller portion of an operation is complete. A Busy
condition can still exist if the drive unit is positioning.
no data on the data cable to be transferred to a register, therefore they
may reply immediately.
Functions that are accompanied by an address
ALARM INTERRUPT
or data word on the A cable must delay the reply until the data is loaded
If the Alarm Interrupt FF is set, it causes the interrupt line to become
active if any of the following conditions occur:
into a register.
PROTECT LOGIC
A protected function will cause K002/003 to set indicating that the
function is protected.
protected storage.
This allows protected programs to have access to
K006/007 sets if a protected unit has been selected
but does not prevent further unit selects, (the case when an unprotected
program selects a protected unit).
K114/115 .(sheet" - 4) sets to indicate that a protected program has selected
1)
Not Ready and Busy
2)
Checkword Error
3)
Lost Data
4)
Seek Error
5)
Address Error
6)
Defective Track
7)
Storage Parity Error
8)
Protect Fault
a protected unit then prevents entry of all unprotected functions.
2-6
RevG
10=0 R132
KZZB
~j
ADDRESS
~
K22D
READ R120
LOAD
..1012
SELECT ..1005
SET TIME
10= 0 R13Z
WRITE R121
KZ3C
SELECT ..1005
6----{.iiijOJ
L-_ _ _ _ _ _
CLE AR TI M E
NEXT READl
AND
8U5l
INTERRUPT REQUEST
R002
-o--------ff1ii
WRITE
..1013
PROTECTED
FUNCTION
WifIfE
PROGRAM PROTECT
RI31
PROGRAM PROTECT
UI31
END Of
OPERATION
INTERRUPT REQUEST
.1020
DEVICE PROTECTED K 114
F711 FCN CLR TI ME
FeN 0
PROGRAM PROTECT R131
J39C
READ
\
..10 1 ~
-f--O-+---iI
..1015
+-o-+---iI
.)010
ROOI
..I0ZZ
FeN 6 ,)016
JO~1
.)O~O
K31 B
F~N
COMPARE
.1020
1..1011
BUS1 ':102
OPERATION ENABLE K 140
fUNCTION
,)020
J33D
2 ..1012
6 ,)016
J026
READY
AND BUSY .)100
CI4ECKNORD
ON elL 1(107
CI4EC':
iN
FeN 3
«f'f);t,j).
FeN 4
cO Mff/(2i
..101
.)01
FCN 5 ..101
..1016
~
~
AND BUSl ..1100
5~
ON CYL Kl07
feN
K31A
..1017
~
1 ..1011
Aurn LOAD
MOOO WITHOUT ST. OPT. 10278-1
KOl7 WITH ST. OPT. 10278-1
WRITE .1021
J3811
REPLl KOOI
READY
ADDRESS
WRITE
AND BUSY .1100
IoIR ADDR 1'1013
..101 7
JOII
+-o-+---iI
ON CYl Kl07
SET TIME ..1032
CLEAR
DEVICE
PROTECTED
.1080
F715
WRITE
fCN REPLY CONT
UNIT SELECT UOOI
FUNCTION REPLY DELAY
CLEAR TII'IE ..1030
J39B
UNIT I
R009
"101
J38A
JO~2
EOP ':108
JO~1
..130 A
.)O~O
UNIT 0
U009
"lOa
J 0 20
iiiRTi'E
fUNCTION CLEAR
SELECT
,)020
TITLE
. . CONTROL DATA
CORPORATION
FUNCTION TRANSFER
~IIOOUCT
1738
Till. . ' Is
D..... ,.5 tIO
60167700
COMPUTER DIVISION
AUTOMATED DRAfTING
U_11IO
•• a.
3
2-7
......
TIiRM
~OCAT10N
PAGF
~181
t16C
G07A
GOtA
GOtll
F171:l
K3611
1\381:l
K38D
2-20;
2-19
2_19
2.19
2_29
2_7
2-7
2-7
2-7
2_7
2_7
2-7
2_7
915,
8110(1
9.0!
!l174
l'iau
fl105
P:lQ1
"109
PlOt
Pl02
F713
P115
flO,
U01
U25
u,",
.15'
it,8t
U31
ifa25
uu
",U3
01104
ilI42
lIf06
;l.48
\1'35
"106
"13.
"l4,
'U.4i
Ka1l
"IU
Ki27
RU,
IIU9
UI%
U5*
"lU,
11.93
NUt
fln4
"'51
IU31
111131
Ullt
UJI
... 31
UVOl
1:008
1.1115
KJQH
J2RB
J29C
.J29A
J30A
112A
113A
10811
H038
103A
K2?0
J38A
J3311
127A
1268
K1'5D
H33C
(;20C
G20A
120C
K39C
K34D
J25A
J258
H37A
H32B
H23B
H02A
G22D
HOtS
H05B
C16A
1040
H18D
eH8
804D
L268
LOUI
LOtC
J02A
J02B
J41C
1(3 0A
C28A
2~37
2.37
2.37·
2.37
2.37
2.7
2.7
The status response bits allow the computer to monitor certain conditions
within the controller and the disk storage drive unit. Control and error
bits are available to the computer only upon the execution of a Director
Status (001) input function.
The outputs of the Control and Error Status FFs are fed directly to the
status transmitter cards on page 2-3. Execution of a Director Status
gates the status response bits to the computer A register.
With the exception of the Ready, Busy, On Cylinder, and Protected FFs,
the status FFs clear by any function which sets the Busy status. The
Busy FF clears at the end of operation (EOP). The Protected FF clears
on a Protected Director function with the release bit set.
The Seek Error FF is cleared by the On Cylinder condition. The clear
is enabled I ms after the Restore is sent to the drive.
adjusted to 1 msec.
Y030 should be
The Ready and On Cylinder FFs are set and cleared by conditions in the
drive units. Input J025 ensures that the FF does not change while a
function is being processed.
2~3
2-11
2-11
2-15
2_17
2.33
2~35
2_47
2-7
2-11
2-17
2_17
2-17
2.17
2-17
2-33
2 .. 33
2.3;'
2.35
2.27
2_37
2.47
2-31
2.31
2 .. 3
2-13
2-13
2.37
2~37
2 .. 3
2"3
a .. 23
2-8
Rev.G
,,);;,",,;.
:;::~>
~;oL"'f
LUI'i I nUL
[.nnun
JIMIUJ
ERReR
READY
~DY
1101
ROY
1100
:>IMIUJ
CHECKWORD
E~~O~
CHKWD
P754
DATA CaNT "'21
H2A
RO/WT LINE JO 2 ~
HE~D
SELECT
!~ ~
:" ".~'"
.~.'
(
,
(,
, 'i'j
JI33
J 12 3
FI07
INTERRUPT REQ Fl09
Jl17
;-'
ALARM
Hl C
~
F715
... J025
BUFFER
REG LD B801
I NPUT
LOAD
BUFFER REG LOAD
OUTPUT CLEAR 0774
R431
BUSY JI04
RESTORE
ON CYL
R430
P'lC
K210 FCN ADDR TRANS
ADDRESS ERROR
CYLINDER
ILLEGAL
1131
END OF
\~.\~
J081
PH 1, EVEN CONT J2.2
ON
TRK
SEQUENCE
1130
J025
H39B
END OF RDlwR SEQ
DATA
U.B
OPERATION
1(141
OPERATION
ENABLE
J123
TRACK
ADDR CaNT
REtORD START
~
CHK WD ERROR P755
F713
,)133
DATA CONT K 421
EOR K419
PROTECT
FAUL T
COMPARE
COP'lPARE FCN
R230
J204
131 B
PROTECT
DIRECTOR FCN
CLEAR TIME F713
PROTECTED
UNIT SELECTED
UNIT SEL UOOB~
RELEASE U007
PROGRAM PROTECT RI31
J081 M C
DIRECTOR FCN CLR TIME F701
TITI.-!'
•
CONTROL DATA
CORPORATION
CONTROL AND ERROR STATUS
Pf!ODUCT
1738
I
D" •• ,N, /110
60167700
COMPUTER
DIVISION
AUTOMATED DRAFTING
,."'~
sou
r'T"
4
fUll
R
-
2-9
TERM
FOD5
FOO6
FOOa
F010
F'715
1125
J104
J252
J,,02
K100
K101
1<103
K106
1<107
K108
K109
K110
K111
K116
K118
K120
K122
K.,24
K126
K128
K141
K212
K227
K""l
K,,51
.W115
I.OCATION PAGE
K358
Ko35C
1<36A
Ko36C
J30A
IDBA
13iC
827C
G15A
142A
1428
124D
140A
1408
14DC
140D
139A
10398
lo37A
135A
lo36A
135C
1J4A
I34C
133C
J25B
H36.
H238
H068
H05B
C28A
2~7
2-7
2-7
2 .. 7
2~7
2-37
2~9
2-21
2-33
2-9
2-9
2 .. 9
2-9
2-9
2-9
2 .. 9
2 .. 9
2.9
2-9
2 .. 9
2-9
2 .. 9
2 .. 9
SEEK ERROR DETECT
ALARM DETECT
Seek Error Detect FF K130/131 is set when an index mark occurs during
If an Alarm condition occurs, the Alarm Detect circuit will become
active and generate a pulse which~ill set the Alarm Status FF (page 2-9).
a Write, Read, Compare, or Checkword Check function or initial load.
If a second index mark occurs before the File Address Increment FF is
set, K132/133 will set. If a third index mark occurs before File Address
Increment FF is set, the Seek Error Detect FF will be set.
END OF OPERA TlON DETECT
This circuit will detect any normal end of operation and also will force
an end of operation if an error occurs that causes an Alarm, thus the
End of Operation FF (page 2-9) will be set.
2~\I
2 .. \1
2"17
2"17
2-17
2 .. 35
2 .. 35
2~23
2-10
Rev .J
ALAI?H
ROY K100
.;~1-f; BUSY 1(103
-- G ADDR ERROR
~\
DEFECTIVE
DETECT
,)310
K122
TRK K12'
SEEK EI?I?OI?
"
'\
DETECT
SEEK EIIIIOR K120
1125 INDEX I'll<
("KWD EIIIIOR 0:116
1278
LOST D"H' 1<1111
1250
1268
FeN .)_02
INDEl< "'K 1125
IIEAD/WIIITE
STOIIAGE PAIIITY ERIIOR 0:126
PROTECT FAULT K128
FILE ADDR
I25C
INC K441
ONCYI
K106
EOP 1(108
TL~W~A+~1'-TT~RAA~N~S
1<212
FCN CLEAR F715
TITLE
. . CONTROL DATA
CORPORATION
COMPUTER DIVISION
AUTOMATED DRAFTING
OPERATION ENABLE,
DETECTS, AND INDICATORS
"!IODUCT
1738
O..... ,.~ "0
60167700
Ist4
.-~
J'T"
5
I~
Z-II
TIiiRM
BOOl
9003
RQ05
B007
8809
8011
BG13
9815
lOCAT(fl'l
r1",B
2-1'1
F"151l
r131:l
rV8
rUB
2-1'1
2-19
2-1<1
2_ t'J
2-19
nOB
2-1<1
r098
2-19
2-1'1
r14>l
1181 1
rO~8
R819
RQ21
B823
11825
Ban
B829
11I3l:
JU5
r078
r 0 61:1
,05B
r04!l
r03B
r02B
rOlB
G09A·
J30B
K206
K207
K17A
K17B
91U
9103
BID5
&107
8809
9812:
8813
BII15
1817
5119
8428
9420
9J8G
&aU
B8U
5825
5821
9129
POi;':
B4H!
8410
940!l
B40D
8398
8390
8379
8370
836B
8360
8358
8350
8348
2-1~
2-19
2-19
2.19
2.19
2-19
2.19
2-19
2-15
2.15
2.15
The Direct Storage Interface is used for all data transfer to or from the
computer.
This interface is also used to transfer the last word address plus
manner, data to the computer is from the Buffer register via the T--- cards.
The data is gated to the computer by the combination of (Read FCN + Auto
Load· LWA+1 . Address Delayed).
one (LWA+l) of the buffer areas to be used.
The controller has direct access to the computer core storage, and I/O data
The direct store address cable (D) receives the 15-bit current address from
transfer proceeds completely independent of the computer.
the Storage Address register (page 2-21).
The direct store data cable (C) carries data to and from the controller in
address is received by T300, and the most significant bit is received by T314.
As soon as the Address FF sets (page 2-15), the current address is sent to
16-bit bytes.
the computer.
The R--- cards receive parallel data from the computer, and
this data is fed directly to the Buffer register (page 2-19).
In a similar
The least significant bit of the
Each data word (16 bits) follows the corresponding address by
100 nsec.
2.21
2-21
2.21
2.21
2-21
2.21
2.21
2.21
2-21
2.21
2.21
2.21
2-21
2.21
2.21
2-12
Rev R·
r
DIR[CT STOR[
DATA CABLE (C)
L ..,
~
FlF4
DIRECT STORE L .;o!
ADDRESS CABLUQ4
KolB
B031
-, P"ESENT ONLY IF
I ST. OPT. 102711- I
....J IS INSTALLED
:V)
S02Q
0
0
~01
.....
IX)
A
B029
~
I--
-
~,...
r-
5027
I
'"
!:
B023
0
,
5021
C z
Z
0
!co
en
0;::::
~c
~03A
~
--7>
B021
0'"
0: 0
zO:
00
UU
J20S RDDR DEUHED
K206
REo
K206
REO
tit
LloR
~
B019
5017
Bo17
5015
BOIS
5013
K05B
~05A
5011
5009
5007
J20S ROOR DELRYED
B007
~07A
B005
KOBB
B003
Bool
-,
IS INSTALLED
I
L01C
~~
D9 ,Dl 0
L01B
~~ PROGRRM PROTECT FRULT
E 1 ,E2
:;
Q
...... "' .
:>,.
5019
I
_ _ _ _ _ _ _ _ _ .J
O:Q
... 0-
... "'
::Eg
0::0
U"
WRITE ENABLE
DIRECT STORAGE CONTROL CIRCUIT
TERM
LOCATI'l'"
8770
81 8 e
d08e
K802
G09A
B19fl
I'lQ14
JoSUe
GORA
139C
PAG~
2-1q
2-1'1
2-3
2-7
2-5
The Direct Storage Control circuit is used to gain access to computer
The write enable line will be active if the operation is writing data into
E,torage via the Direct Storage Access (DSA) bus.
memory and will not if it is reading from memory.
This bus may be
time-shared with other devices. A scanner is used by each device
connected to the DSA bus.
The scanner determines which device may
use the bus.
DIRECT STORAGE CONTROL SWITCH (S6)
This is a 5-position switch mounted on the bottom row of the controller
chassis. The five positions are labeled:
When the 1738 Controller requests use of the DSA bus, an Input Load or
Output Clear condition will set the Need FF. When the Need. FF is set
and J201 is a "1", the Halt FF sets which causes the scanner to stop.
The scanner normally toggles until the Halt FF sets. When the scanner
stops, the Request FF sets and data transfer begins. The Request,
Need, Halt, and Scan FFs clear upon receipt of a Reply signal from the
1)
MID
2)
FIRST
3)
4)
LAST
ONE
5)
OUT
computer.
The names reflect the position of the controller on the DSA bus.
For
instance, if the controller is the first device on the DSA bus, the switch
PROGRAM PROTECT
setting is FIRST. If the controller is the only device on the DSA bus, the
During an initial load, -the program protect line to the computer will be
enabled.
Therefore a protect fault cannot occur as on a normal read
switch setting is ONE.
The OUT position is used when performing
maintenance so the controller cannot affect the operation system.
function.
.-;~
-.
2-14
RevG
<--- - - - - "
DIRECT STORE
L1S8
,_.T322
[ABLE (D)
~OGRA" PQOTE~T )AOO~ESS
PROTECTED FCN K002
AUTO ';.~~4.
I
1310
J206
0 ' -
L'
-
\
--~.
...-t-_\\-~
)
.'
. . . ~ O!w:rttmR;'-i- \-.
11
)-05,06
>>--
D7,D8
)-D9,010
DIRECT STORE
DATA [ABLE (C)
~
REPLY
07,08
8170
BO
r'-6
1 11
I0
•
~-- --II
~I
ADDRESS
CABLE
(D02)(OUT)
9
10
~>=:-:-SCAN
, 01 +
t1
I S6-B
I
>=:---FWD
I"~
02-
l,.
~
!:..
DO I
30 I
BOO
8
9
5 4
o
10_
Iii
I
156-0
1
1
~
000
-.
5
4
3
ADDRESS
CABLE
.~
.-
)>n-t-
SCAN
~RETURN
(DO 1)(IN)
- SCAN ~>>-D-l- + - - - - - - - - - - '
"FWD~>D~
_
1.20
AOO
3
COO
5 4"
SCAN~~
RETURN ---7> F8 _
5
=======~Irl-nll~:
IB2
N9JE :
U;SWITCH 56-A, PIN 7 - MIDDLE,
PIN 8 - FIRST, PIN 9 - LAST,
PIN 10- ONE, PIN Ii- OUT.
2. SWITCH 56 IS LOCATED NEAR THE
ROTmM nF THF r::ONTRnl I FR
LOCATED
IN DISK
INTERFACE
TERMINATOR
IIT900~
E2"
Ih901~
-
E4"- -
•
1738
CONTROL DATA
CORPORATION
DEVELOPMENT
DIVISION
AUTOMATED DRAFTING
DIRECT STORAGE CONTROL
IfiIiiIii
3927
R
Note: All terms not i.n alpha."lumeric order.
FUNCTION ADDRESS TRANSFER
"fERM
fla 1 2
e313
ena
PH3
FH5
;J&21'
d041
0:1042;
~1I42
;10 9 8
dl18
dil5l!
0::1414
0:1510
d51%
ij517
PlIIO,
"80%
14104'
LOCATION PAG"
F17C
F17D
G24C
J29A
J3nA
1(23B
1(3lA
J35A
J33D
J32A
J2BA
827C
H27B
H15A
H15S
F19A
1(34A
1(348
HiDC
B270
2·4t
2.41
2.41
2.7
2.7
2.7
2-7
2-7
2-7
2_7
2·11
2-21
2-35
2.47
2-47
2-47
2-7
2.7
,2.5
2 .. 9
2.9
2 .. 21
2.35
2 .. 5
2.23
J"30C
2-5
PI$03';ci-'~D
Plue
136A
"143
".4£
8298
H06S
HU%
111116
UBC
K014
f7f{!
:r:!l~
the address load sequence (function address transfer FF set).
The Function address transfer FF is used to enable the transfer of an
address from the A register of the computer to the controller.
During
a Write, Read, or Compare function, this address will be the FWA-1
of the data buffer area and will be transferred to the current address
register.
During a
Write, Read, or Compare function the timing chain is enabled by the
completion of the LWA + 1 transfer sequence (J252 = "I"). It is also
enabled after every File Address Increment (K441), if the End of Operation
has not been reached.
During a Load Address, Checkword Check, or Address Write
function, this address will be the address on the disk pack where the
operation will begin and is transferred to the File Address register.
When any of these occur the Head Select FF will be set.
the head address to be gated to the disk drive.
FF sets.
An autoload operation will also set the Function Address Transfer FF
This causes
Next the Read Cylinder
This enables the cylinder address to be read from the disk
drive and compared with the new cylinder address.
These two addresses
and clears the Current Address register and File Address register.
are contained in the upper and lower halves of the control count register.
LW A + 1 TRANSFER
If they are equal C312 will become a "I" allowing End of Sequence FF to
set. If they are not equal, the increment enable FF will set, allowing
both addresses to be incremented until one address equals all
The setting of the LW A + 1 transfer FF will initiate a memory reference
and will read the LWA + 1 from the memory location indicated by the
current address register and will place it in the LWA +1 register. This
register defines the upper limits of the buffer area used when transferring
data to or from computer storage.
"l's".
C720 then allows the Difference Gate FF to set. This enables the
difference of the two cylinder addresses to be gated to the disk drive.
This is followed by the new cylinder address when the Cylinder Gate FF
sets.
The Seek FF will then set causing a Seek signal to be sent to the
disk drive.
This causes the End of Sequence FF to set enabling the next
operation.
DRIVE UNIT ADDRESS TRANSFER TIMING CHAIN
The timing chain is used to enable the disk drive select lines in the
proper sequence and causes the drive unit heads to position at the
desired address. It is enabled for every output function except a
director function. During a Load Address, Checkword Check. Address
Write function or autoload operation it is enabled by the completion of
OPERATION ENABLE
The Operation Enable FF'indicates that one of the output functions
excluding director functions was received and the address transfer control sequence initiated.
This causes a Busy status to be generated and
enables the setting of the Function Address Transfer FF. which starts
the file address transfer sequence which load.s the new file address or
the new storage address.
2-16
Rev H
Hij2D
1050
FCN 3 _FCN 5
AUTO LOAD 11001
0.1
H35A
USEC
' " ..
~
PHI, EUEN CONT .1517
OPERATION ENABLE
FUNCTIO~
"-(
OPERATION EN KlijO
.\-..;-. . .,"'- f'
.10~1
LWA+1
TRANSfER
ADDRESS
I29A
LWA+1 TRANS K212
HEAD SELECT K220
t,'
FCN REPLY CONT KOOI
J090
F710
BUSY KI03
ADDR INCR
FCN CLR F715
FNC REPLY CONT KOOO
PH1, ODD CONT .1510
fCN (LEAR f713
FCN 6 OR FCN 2 .10~2
FeN 7 .1O~O
TA""U...
T"'O,.....,.L""'O""A""D KOO~
FC~
DRIVE UNIT TRANSFER TIMING CHAIN
ADDR
0.1
OPERATIO~
E~
USEC
K1~1
H3ijB
..1110
OF SEQ ..1252
S"-ORAGE. ADDR (OI1PARE W116
H33B
H29f1
SEEK
E~D
(O~T
0.1
SEEK ERROR
K120
H33(
PH1, EVEN
K239
USEe
..15"
HEAD
H30(
H301!
fILE ADDR
E~D
I~CR
OF SEQ
E~
~
0.1 USEe
K~ij1
J.1ij
E~D
Of SEQ
fC~
C312
CLEAR J2ij9
~
(720
H33D
PH1, EVEN (ONT ..151'
INCREI1ENT
RD CYL K225
013
HZ9C
DIffERE~[t:
H29D
GATE
PHI, EVEN (ONT
CYL GATE 1(235
TITU
•
CONTROL OATA
CORPORATION
COMPUTER DIVISION
AUTOMATED DRAFTING
......,
,
I
1738
ADDRESS AND
FILE TRANSFER CONTROL
OItAW' • • tID.
60167700
,..... r"'l1.,1
8
l~_
2-17
H:RM
6g28
fHi1e
6"03;
ouot)
OU1
0804
0005
0008
flij09
0Q12
0013
0816
0017
0028
0821
flll24
0825
0826
Oa29
0832
OllH
01136
I')03~
0848
0~41
Oil44
OU4~
0848
0849
0852
085;J
0856
0&51
OD6,
Og61,
0169
Dn;J
f'S06
F'109
FU.
.;lUSf
dID4
"'36
"'37
141805
MIU
1112U
lIIi13
141403
141404
LUCATIr'N PAGe
r 34A
(H7A
C090
COSA
C058
r04A
c(o.~
CO~A
C03b
rO?A
CO?B
Cl0A
ClOB
[lltA
flHB
PlnA
Dl08
D09A
n09B
D05A
1)058
D04A
n048
E13A
1'138
(;12A
FHB
'F-O 7 A
E07B
E06A
1:-06B
E05.
E058
E04A
E048
C26B
COlA
K35C
K36B
1<:36C
8198
K1o;O
1200
1210
H100
H378
H36A
H368
G138
G12A
2-41
2-4l
2-4l
2_27
2-27
2-27
2-27
2-27
2-27
2-27
2-27
2-27
2-27
2_27
2-27
2-27
2-27
2·27
2·27
2-29
'2-29
2-29
2-29
2.29
2.29
2-29
2-29
2-29
2.29
2-29
2.29
2-29
2-29
2_29
2-29
2-29
2.29
2.7
2.7
2.7
2-3
2·15
2.47
2-47
2-5
2-17
2-17
2-17
2·33
2-33
BUFFER REGISTER
v4:>O
.4"1
"J1A
Hi~tl
2-3~
',~15
'"14tl
2-47
~?r
U
"2":1
c2n2
[.~2:,)
J
I>2n4
r,2n5
R206
1'207
k2~6
,'2P9
p2l0
r;211
,,'212
>/213
"214
1<215
,'116
1-703
2-3~
Lu llA
2-13
LUliil
2-13
2-13
2-13
2-13
2-13
2-13
2·13
2-13
2-13
2-13
2-13
2-13
2-13
2-13
2·13
a·23
2-23
LunC
LO'>A
Lu58
LUSC
L04A
L0413
L 04C
L03A
L03B
L 03C
LOU
L028
lQ2C
LOlA
8270
CoSSC
During a write or compare the Buffer register will accept each word of data from the direct storage data cable
and send it on to the D register where it will be disassembled and gated out to the disk drive or to the compare
logic. During a read operation the data coming fi-om the disk will be assembled in the D register and transferred
to the Buffer register. From there it will be gated to the direct storage data transmitter and sent to the
computer. The data will be held in the Buffer register until the disk drive or computer can accept it.
INPUT LOAD
This circuit is used to gate the data from the D register to the Buffer register and (in conjunction with FF
B800/001) to detect a Lost Data condition during read operation. It is also used to set the Need FF and enable
a storage reference during a read operation.
OUTPUT LOAD
This circuit is used to gate the data from the direct storage data receivers to the Buffer register and also to
detect (in conjunction with FF B800/001) a Lost Data condition on a write operation.
OUTPUT CLEAR
This circuit is used to clear the Buffer register. It is also used to set the Need FF and stop the scanner which
enables a storage reference during write and compare operations. It is also used to request the LWA + 1
transfer.
NEED GATE
This inverter is gated by Input Load or Output Clear and is used to set the Need FF and stop the scanner.
will cause the Request FF (page 2-15) to set and enable a storage reference.
This
BUFFER REGISTER LOADED
This circuit is used to detect a Lost Data condition. There are two ways that this error can occur. The first
is if the Buffer Register Loaded FF is set and there is more data ready to be transferred into the Buffer
register. The second is if the Buffer ,Register Loaded FF is clear and the disk drive is ready to accept more
data.
2-18
RevG
Rl07
LJ
RO! 15 -<)-------,
STORRGE ADDR CO"P
002S
0061
002S
0060
I--
101116
Cij01
1C515
CONT
CONT
CONT
EVEN CONT
DATA
AECORD
5'1NC
o
~~
CD
o
AD FCN F009
INITIRL LORD 1C005
Ri!06
00i!5
00i!~
a::
w
~
en
(!)
w
a::
a::
w
OUTPUT LORD
u.
u.
:::>
R213
+-+-0-+->1
F 006
FCN r010
TARNS K212
ro"p
LWA+1
R20 ~
+-0+-+--,
Ri!12
+-o-+--+-~
0017
+--+-O-+-;j
00 ~ 9
+-+-0-+->1
0016
+-+-o+-i1I
B711
B121
ID
W"RF"i:N
0052
OUTPUT [LERf?
0769
END OF RO/WR SEQ Kij51
8723
G02 C
FCN ROO A TRRNS K211
LWR+1 TRRNS 1(213
R20 3 -o----+-~
1<211
J536
GRTE R
0013
+--Q--+-;j
00 ~5
+--o--+----'>1
DO 1 2
+-+-o+-i1I
00 ~ ij
+--+-o-+----'>1
R2 Oi! +--o-+--+-~
R210
+-0-+--+--,
0009
00ij1
FOS
NEED GRTE
0008
,
GOB R ,
INPUT LORD 8751 ~...:.
OUTPUT CLEAA 'B7 e, 3
B712
Rc09
R201
0037
0005
0036
BUffER
INPUT
1<200
R208
0001
0033
0000
0032
8710
B720
B711
8722
RD FCN OR AUTO LOAD B7ijB
B763
B702
con:
G06R
LWR+ 1 TRRNS 1(213
G068
0773
GRTE R J537
B;>63
-
I
o!.CD
0053
~
N
Me.;.
8702
JOSO
GOZB
:::
!I ....,
CURRENT ADDRESS REGISTER
HiRH
LOe,IT I ;l~ P. t;~
R~19
G03H
8]89
1:738
Glq8
Juet
d110
r,09A
J33A
di04
I2AA
Kl'50
J5111
H15A
d'36
KW04
12nD
1(1111
KH2
KH5
KH7
)(D06
XU01
KU02
)(903
X004
xg05
1C906
X907
Kg08
lIe09
XU.
KlIu,
KIl12
J(P13
ICU4
l(Q15
lCII16
X817
KUII
J(U19
)(a2,
XQ21
)(Q22
)(823
KII24
X925
1(826
xg27
)(Q29
Hioe
H378
H36A
H14B
H140
D33A
0338
fJ33C
D330
D3U
D3~B
D32C
D320
021A
D21B
fJ21C
0210
n20A
0208
D20C
n200
2- 19
2-1'1
2.41
2_3
2-11.
2-15
2.47
2_47
2-5
2-17
2-17
2_47
2-47
2.43
2_43
2-43
2-43
the FWA-1 address is gated to the Current Address register by S750.
This will enable incrementing of the upper half of the register.
During the LWA + 1 transfer, the storage address is incremented and
back to the Current Address register.
incrementing is gated by S770 and S760.
The
The Word Transfer FF is used
During the load address sequence,
the End of Sequence FF sets which allows the Head Select FF to set.
2-43
2_4,~
2.43
2-43
2-45
2_45
2.40;
2-45
2_45
2_45
2_4<;
2_45
2_4'5
2-45
2-45
2-45
E32D
E'21A
1'218
E21C
E210
E2nB
The lower half of the register will increment until S769 becomes a "1".
2-43
2-43
2_43
2-45
E3,-C
to be transferred to the increment bus, incremented, and transferred
2-4~
E33A
E33[)
E32A
E32B
Storage Address Increment FF which causes the Current Address register
core storage where data is stored or read from during a buffer operation.
2-43
2-43
2-43
2-43
1'338
E33C
to indicate that a data transfer has been completed and it enables the
The Current Address register is used to keep track of the address in
2-20
Rev G
1~~1fo~~
PItESENT ONLY IF IT. O'T. 10271-1 IS
r
IIiK ;00-; -
-
-
~V)
INSTALLED
N
I
..,
N
!-
0
0
IIiK IIODE
L..
...J
.
:0
L=.
.1'ID I I'-
.., .UI
gl'- i 0 r :it
!- i Ul ! :
a:
!oJ
I-
(I)
C;
!oJ
a:
(I)
(I)
( I)
(I)
!oJ
!oJ a:
a: c
c c
c .J(,
lie JOBI
I!Z7A
PH I,OIlIl CONT J510
STORAGE
AIlDRES5
OUTPUT LOAIl B710
END Of
BUR
SEQUENCE
B710
JZO~
0.1
STORAGE AIlIlR INCR
KZ~3
BZ7B
USEC
END Of SEQ JZ5Z
(DELAYED)
PH I , EVEN CONT JS17
LOAD ADDRE.SS
FCN 3 -+ FCN 5
fCN ADIlR TRANS
LWA+l TRANS
EVEN CONT
AUTO LOAD
J110
K211
K21Z
\(515
INCREMENT (BIT 8 -- BIT 14)
B328
~.
STORAGE ADIlR INCR
K2~3
B31 B
EVEN
KOO~
57&9
0.1
USEC
INCREMENT (BIT 0 - BIT
5TORAGE AIlIlR INCR \(2~3
EVEN CONT K517
C730
7)
B3111
~
-
Z
0
iii
:;
Q
...
a: "'"
~~
:::>~
CL o
2 ..
0:>
u"
TIiRH
~OCATION
PAH~
BOOO
BQU
'l~A
'11>8
2. 1 '1
2·19
2.19
2-19
8Q02
8803
8804
9805
8806
B807
81108
8809
IIU8
BII11
" BII12
"11813
81114
BQ15
BII16
111111
111118
11819
812.
BUt
111/22
11823
111/24
8125
11126
8827
8829
:l13!
11'36
"1104
KlU
"'43
epO,
SIlO &
1802
11803
se04
11805
8806
8107
81108
9809
S.U
SOU
sua
seu
8U4
SU!»
,15,1,
F158
FHA
1'148
1'13A
1'138
F12A
1'128
I'11A
1'118
Fl0A
1'108
1'09A
F098
1'08,1,
1'08B
1'07,1,
1'078
F06A"
F068
F05A
1'058
I'04A
1'048
,03,1,
1'038
1'028
1278
1200
HiDC
H368
8298
842A
8428
842C
8420
841.
8418
841C
8410
840,1,
8408
840C
8400
839A
8398
839C
8390
2~19
2-19
2-19
2.19
2-19
2-19
2-1<>
2-19
2.19
2-19
2-19
2-19
2-19
2_19
2-19
2-19
2-19
2-19
2-19
2-19
2-19
2_1'l
2-19
2-19
2·19
2-11
2-47
2.5
2_17
2.21
2.21
2 .. 21
2 .. 21
2.21
2 .. 21
2.21
2-21
2.21
2 .. 21
2 .. 21
2-21
2.21
2 .. 21
2 .. 21
2.21
2.21
LWA + 1 REGISTER
<; 01 6
<;b17
S018
5019
5020
5021
5022
5023
5024
5025
5026
5027
5028
R37A
e378
Fl37C
p370
836A
e368
836C
P.36D
835A
R358
e35C
8350
934,1,
2-2 1
2-21
2.21
2-21
2-21
2.21
2"21
2-21
2·21
2-21
2·21
2-2!
2 .. 21
The LWA + 1 register is used to define the upper limit of tbe buffer area used when tranaferring data to or from
computer storage.
WIOO/Wlll are used to compare the LWA + 1 with the current address to determine when the data transfer is
complete. Thls condition will be indicated by a "1" signal from W115. If a data error should occur W120 will
become a "0" forcing W1l5 to a "1" simulating a compare and causing the data tranafer to stop.
2-22
Rev G
NJ7NV'--",
I~
1015
101
~
sou
,
I
11K 1I0DE IIZII
lOll
~ "tN
It)
sou
""ElINT ONLY If ST. Ol'T. 10271-1 II INSTALLED
r---
tnl
WOZl
WOZI
0
g
5DZ7
WOZ6
co
I
I~ ill)
50Z6
WOZ7
11K 1I0DE ;r217
L __
-
a::
.J
11013
1021
11012
lIoZII
ilO
I
.0
1010
IJ)
tIJ
a::
IJ)
IJ)
WOU
0
<[
tIJ
(!)
<[
50ZZ
WOU
11010
11026
~
aD:
... 2
5:!i
UU
•
C]lII
50111
WOll
5017
WO'6
50'6
W017
5015
WDU
11007
1I0Z]
11006
IIOZZ
501 ij
tnll
W01S
5013
WOU
50'i!
W013
11005
IIOZI
1I00~
1I0Zo
5011
WOlD
50'0
Woll
5oo!il
Wooll
11003
1I0l!i1
IIOOZ
B01B
500B
WOO!il
n
5007
W006
./~
T
'\. ~
!
. 'j
SODS
WOOij
5 TO ADOR IHCR KZij3
LWA+t TRANS t(Zt 3
t3ijll
t26D
11
WHI
sOIa
Wall
500t
WOOD
5000
WOO,
\'"
i'"l.
5006
W007
500~
tIJ
0
i
-
... c
Wo'll
W7~'
IJ)
IJ)
Cz
...z
!co
o~
SOZO
WoZI
wn,
-+
a:: t;
<[
~
IJ) ....I
0
lIOZI
WOZO
50111
roo
a::
tIJ 0
a::
0 5i)
SOU
WOZZ
11027
G
Ii
I!! c;
50Z5
WoH
50Z~
11011
I
.
.
z
;:
",zc
:'00:
... _0
0"'0
... -.,
",>~
~Cil
o
:0
C
TiR"
30 4 8
JI! 4 2
;:.18 81
."36
I4IQ04
1411111
K1l2C1
1411124
1411125
KIlj/(I
1411129
",43:
I4IU4
I4IU5
UO,
U03:
8602
UOJ
R404
I'lU,
Rto6
8U~
"'2,
1118.
Ileal!
11103
leo·
11,05
11106
11180'
LOCATION PAIif'
K31A
J330
J33A
12nO
2-47
H1DC
H37B
H32A
H13A
H13S
H26A
H26B
H06H
H14A
H14B
Kl1A
Kl1B
KllC
K10A
Kl08
Kl0C
KO.9A
1<098
I<09C
033A
033C
0330
032A
0328
032C
0320
2-5
11808
OhA
"09
IIU
Jun
DU8
OUC
D21D
020A
D208
020C
0200
EUA
E338
E33C
EllD
EUA
EUB
EJ2C
E32D
UtA
E21B
E2tC
1;210
E20A
E20B
E20C
E200
_,13
.112
111114
JU15
11116
IU?
11118
.'11112'
19
1112~
111121
•• 13
IU4
1(825
111126
11821
Xo?8
, X029
X030
X031
2-7
2-]
2-3
A781 is used to detect an illegal address.
FILE ADDRESS REGISTER
The File Address register contains the address at which the disk drive
is positioned or will be positioned if a Seek operation is in process.
A 750 enables the register to be loaded during a Load address, Check-
2-17
word Check, or Address Write function.
2-1"1
incrementing of the File Address register.
2-17
2-17
2-17
'this will enable the End of
Sequence FF (page 2-17) and the Address Error Status FF (page 2-9).
A760 and A765 enable the
When the sector part of the address is zero, A770 will be a "1". At this
time during a.Checkword Check, Address Write, or autoload, the End
of Read/Write Sequence FF will be set (page 2-35) and an End of
Operation status pulse generated (J122, page 2-11).
2-1"1
2-3<;
2_47
2-47
2-39
2 .. 39
2.39
2_39
2,.39 .
2_39
2_39
2_39
2,.37
2 .. 43
2,.43
2-43
2 .. 43
2-43
2_43
2,,43
2.43
2 .. 43
2 .. 43
2 .. 43
2-43
2-43
2 .. 43
2.43
2 .. 4!>
2 .. 45
2 .. 45
2.45
2 .. 45
2,.45
2.45
2 .. 45
2 .. 45
2 .. 45
2 .. 45
2.45
2 .. 45
2 .. 45
2-45
2-45
2-24
RevG
an
,~
~
!\I
I
N
G098
A030
0
0
~o~e
ID
A023
"",
or-
i-
E160
~OZ1
~
r- i~
r--I"~
tit
..
o::~
E1bC
IZ
"'..J'"
00::
-
...
0"'0
..
>0:1
8 U "''"0 ...::t
0
X022
INCR EN K229
..J
U.
ADDR
IN(R K4ijl
HijOB
TERM
LOCAT(Ot>/ PAGF
G4?8
AUOl
AII03
.»05
f.'1 2 0
G.588
4907
G3AD
AQl1
AQ19
G31~
G3tD
A821
G3~B
A92'-
G30D
SQUl;
F168
F158
F14tl
F13B
F12B
Fltl>
F10B
FQ98
Si03
iiijD5
8QOl
8&09
8811
BQ13
B015
BID,
006,
I'lg6t
1'l15l;
D161
flJ69
fl171
!!174
GOtA
E04A
E048
D02A
002C
C288
E03A
un
F17S
E03C
1068
103C
U06
:1409
Ji0e
D'8t
ute
~43,
34 4,
ijj35
(1'38
IUD.
~401
1'1492
i'l.9J
1'1'21
1'1'28
"'}54
1258
GOAC
G204
120C
G214
G124
GUB
104(;
1040
H18D
G2t8
C17'3
2-25
2-25
2_25
2-25
2-25
2-25
2-25
2-25
2-19
2-19
2-19
2-19
2-19
2-19
2-19
2_19
2-19
2-29
2_29
2.29
2.29
2·29
2.29
2_29
2-29
2.37
2-37
2-37
2-33
2-35
2-35
2.47
2.47
2.33
2.33
2.37
2-37
2.41
2.47
2-31
An address compare is accomplished by shifting the address through the
D REGISTER
The D register is shown on pages 2-27 and 2-29.
as a data assembly/disassembly register.
The D register is used
All data going to the disk
pack is transferred in parallel to the D register then shifted out serially
via FF DOBO/061 and the disk drive interface to the disk pack.
D register as described above except that the address is not gated to the
disk pack.
All data
received from the disk drive is loaded serially into the D register and
Instead it is being compared with the address that is being
read in from the pack.
FF D200jD207.
D06o/o6!.
This address is transferred serially through
The output of D206/207 is compared with the output of
The Compare FF is set at the start of the address read.
As
long as the addresses compare, the compare FF will remain set, but if
transferred in parallel to the Buffer register.
a miscompare should occur, the Compare FF will clear and will remain
During an Address Write, the address is gated to the pack in two 12-bit
bytes.
clear until another address is read.
Checkword error will also clear
the Compare FF.
(The lower 4 bits of the D register are not used during an
address write. )
During a data write data is transferred from the Buffer register (page
2-19) to the D register in a 16 bit word.
Upper Byte
211 210 2 9 28 I 27
201211 Not
I
Cylinder
Used
1 t t..L
28 12 7
I
20
Sector
Not Used
Good Track Bit
Then it is shifted through the
register and transferred serially to the disk pack via the disk drive
interface (page 2-37).
During a data read, the data is shifted into the D register serially from
the disk pack and then it is transferred to the Buffer register.
Write Lockout Bit
A compare data operation is similar to the address compare operation
The upper byte contains the cylinder address, good track bit and write
lockout bit. If the write address switch is in the normal position, the
good track bit is forced into the D register at the same time that the
upper byte (byte 1) is loaded.
The good track bit will not be set if the
switch is in the bad track position.
The write lockout bit may be in an
address tag on a disk pack written by the 3234 Mass Storage controller.
This bit cannot be written by the 1738 controller and is ignored when
encountered by that controller.
described above.
The data from core storage is transferred from the
Buffer register to the D register, then it is shifted out serially and
compared with the incoming data being transferred through D204/205.
The Compare FF will again be set previous to the operation and will
remain set as long as the incoming data compares with the data from
core storage.
If the data buffer ends in the middle of a sector, the
Inhibit Compare FF will set, disabling the compare logic until the end
of the sector is reached.
The lower byte (byte 2) contains the head address and sector address in
the lower 8 bits while the upper 4 bits are not
us~d.
2-26
RevG
IlOZ3
0027
01cB
BOI
~007
ADOR LOAD I
N
I
N
0 ~
g =,.,
0751
0781
DATA SHIFT
LOAD DATA
ADDR LOAD 2
....
-i\!l
0771
i ....
.!!!
ID
~rt')
i 0
.....
~- i
0761
CD
"'Ocl
0023
!L=I •
..
r
: ~
BOD
-
~005
a::
w
lV)
(l)
A019
0019
B011
a::
"'00
;:;
....
a::
w I ...J
>-
I- 0
V)
V)
ADDR LOAD I
D7~1
W W
(l)
DATA SHIFT
LOAD DATA
0781
0771
"-
,..11::0..
~~
0"
....
c
TERN
A809
A1111
AU;'
*U5
*825
AII27
·829
*831
11817
IIU9
8821
11123
11825
11127
11829
lOCHIO"" PAG&:
G37'3
G370
G331:l
G330
G298
G290
G2/l8
G280
1'088
1'078
r06B
r058
r04B
lIa3:t
r038
1'028
1'018
8114
DI31
E028
D09D
UU
C090
PlO6
K35C
PI1'
K36C
PU5
tint
"402
""u
""04
1'405
".06
"f01
"fU
!'If!,
UU
"U4
"U8
14811
K370
G21A
G13A
G138
G12A
G12B
Gl1A
GUB
H028
H01A
101130
121B
G218
822B
2-25
2-25
D REGISTER
The upper byte (byte 1) of the address is gated to the D register b-y D761.
The lower byte (byte 1) of the address is gated to the D register by D751
and D752.
Data is gated to the D register by D771 and D772 and all
shifting through the register is enabled by gates D781 and D782. All
shifts are inhibited while loading.
2-25
2-25
2_25
2_25
2-25
2-25
2~19
2-19
2-19
2-19
2-19
2_19
2-19
2-19
2-41 .
2.41
2-27
2-7
2-7
2 .. 7
2-47
2.33
2 .. 33
2.33
2-33
2-33
2.33
2.33
2-33
2.47
2-47
2 .. 47
2-5
2-28
RevG
0752
ADD WR K431
-:Il:
DOS~--------{r------~.
/1'1
N
I
N
B03'----------~--(r----o·
J
:.,.
O~
0
DATA SHIFT D7Be
I'-
~
!o i ..
~- i\O ~ :
aJ i I'OJ)
i~
WR TRK MOil
AD OR WO FOl5
OOSS;----------~~~~
BOc91----------~--~cr--o·
-w
a:
I-
WaJ..J
BOc7----------_+--_+~r-~
I-
,
0<1)_
""..
~:t
zO:
00
0:"
1-1-
UU
tit
A031----------~--------~
DO~3----------_+~~
B023----------~~(r----"
QOl5------------~~+_cr----~
ADDR LOAD I
DATA SHIFT
LOAD DATA
ADDR LOAD 2
D751------------~
D7Bc'-------------t-i
D77Z-------------t-t~
D761------------~+-t_;
A02~--------_{)_~~~__,.
D03~----------_{)_~~~
B021---------------o-t---T
AOl3-----------------CI__--~
A027
0035
B019
AOll
ADDR LOAD I
DATA SHIFT
LOAD DATA
ADDR LOAD 2
0751
07B2
0772
0761
A025
0031
BO\7
AD09
COUNT CO NT C40 I
EVEN CONT K513
E038
0028
ADDR CONi
RECORD
SYNC
K~
K~05
CHKWD K407
K~03
RECORD K404
ADDRESS
(BYTE
WO COUNT CTRL
LOAD
DATA CO NT
DOIB
K~02
CHKWD
K~06
K~20
ooce
K~05~
RECORD
SYNC
WR FC N f006
COMP fCN fa 10
1 )
C714
ADDRCONTK~ll
DI6A
DI8C
11
0750
0700
ADDRESS
(BYTE.
LOAD
0770
2)
DATA SHIfT
Z
0
"
_z
U1-I-
...J<
01-
DO~7----------(r--+---~
m
!!?
U"
The input logic to the P register will cause a zero to be entered into its
P REGISTER
TcRIi
DQ6l;
01103
LOCATION PH;F
FQ4R
CPO
UOJ
ta06
Jl~D
HIDB
J.31A
:.III6U
J538
H048
G21A
K4Q6
Kllo7
GllA
Gllf:i
1<<115
Ji0B
G21B
K528
!He
2-29
2-27
2-37
2-37
2-37
2-.\~
The P register is used to generate a checkword at the end of each
address ann each data record.
the P register.
generated.
While writing, the data is shifted through
The register logic will cause a checkword to be
The checkword is the 12 bit word remaining in the register
after the record is written.
This checkword is then written on the disk
pack immediately after the record.
When data is read, both the record
2-47
2-33
and the checkword are shifted through the P register.
2-31
word is read the register should be all zeros.
2-3.3
2-47
After the check-
If not, a checkword error
has occurred and will be indicated by a "1" from P754.
lowest ordered stage, and the remaining stages to be shifted upward
without change if the incoming data bit and the uppermost bit in the P
register are the same. It can be seen that if a 12-bit data pattern
enters the P register which is equal to its contents, that the logic will
cause the register to clear bit by bit as the data enters, and after the
12th bit enters, it will be cleared.
This sequence occurs during check-
word control time on data and address reads.
After the record is read,
the P register should contain the same bit pattern as that which is about
to come in as the checkword.
If it does, the register will clear; if it
does not, the register will not clear and an error will be detected.
2-30
RevG
t
Ll ;;;
r-POq3
POq2
EOR START
POq3
POij2
JQ60
POq4
POijO
P036
P032
ClijB
C17A
.'"
~I'-
r-
~IO
~
0
r ..
= ..
ID
i :;
P038
8040
P03S
PO,2
POO8
POO4
POOO
o!
..."'"'e...
~
~~
~I-
0"
U C
TERM
C017
COlt!
C019
C020
CQ27
C029
C715
'012
F'702
1123
1202
JOCl1
J112
J410
J511t
J511
J517
1<004
1<111
K1"1
K221
K440
1<441
1<450
1<470
K553
RODB
~OCj,
T I ON PAGE
F378
F37C
F370
F3611
F350
F348
0020
K37A
J29C
107B
1098
J33A
J26A
H04C
H15A
H158
'19A
Hl0C
1398
J25B
H328
H06A
11068
M05A
Cl6A
11218
~3iC
the logic timing is switched to the read clock and all control timing is
READ/WRITE TIMING SEQUENCE
This sequence is initiated by any Write, Read, Compare or Checkword
2-"1
2""1
Check or Address Write operation and is controlled by the read/write
2-'\1
timing chain and the control counter (page 2-41).
2""1
2.41
written or read, address control is set and if data is being read or
2841
written, data control is set.
2~"1
2-7
2 .. 7
2-37
2-37
2-,5
2"11
2 .. 35
2 .. 47
2"47
2 .. 47
285
2 .. 9
2m17
2-11
2 .. 35
2 .. 35
2 .. 35
2-27
2 .. 41
2 .. 3
If an address is being
Each FF in the timing chain correspond:;; to
a portion of the data or address format.
The time each FF in the
timing chain is set, is determined by the word count in the control
counter (page 2-41).
The word counts used to determine the length of
successive stages in the timing chain are: Gap control, 7 counts for a
write and 6 counts for a read, Sync control, 1 count, record control,
2 counts for address record and 96 counts for data record, checkword
halted until a sync bit is read off the pack.
This synchronizes the data
bits received from the drive with the controller word count logic.
During record time, the 2 words of address, or 96 words of data, are
read into the controller.
If it is an address, it is compared with the
address in the file address register to see if the heads are positioned
correctly.
If data is being read, it is assembled in the D register
(pages 2-27 and 2-29) and transferred to the computer memory via the
buffer register.
Checkword time is used to read the checkword at the
end of each sector.
The checkword is shifted through the checkword
register. It should contain all "O's" if the data read in was correct.
Finally, the End of Record FF will set, ending the read sequence.
control, 1 count, and end of record control, 1 count on a write and 2 bit
times on a read.
(Refer to page 2-41 for operation of control count
The write sequence is similar to the read except that data or addresses
are being written on the disk pack.
register. )
the whole write operation.
During a read, the Gap Control FF is set during the time the drive unit
read logic is being turned on to permit the logic to settle down.
controller logic uses the write clock at this time.
The write clock is used throughout
The checkword is generated rather than
checked on a write.
The
During sync control
,J
2-32
Rev.l
110 COUNT, SIT 2 C020
110
COU~T,
READ 1202
BIT 0 C017
.. 09B
liD COU'lT, BIT
125'"
ADDR CO~T KU11
liD COUNT, BIT 1 C019
C01a
SECTOR CONT K553
WD COUNT CONT C715
PH 1 ,EllEN CONT ..1511
PiiT
EVEN
CONT J517
W1S C715
COUNT
~09'"
ADDR CONT KU11
EOR Kij09
G20B
~12D
liD COU'lT, BIT 6 C029
110 COUNT, BIT 5 C027
0.1
0.1
USEC
END OF
CONi'
FCN3- FCNS ..1112
AUTO LOAD KOOU
C~KIID C~K f012
JIOA
K2311
fCN CLEIIR .JijOB
SECTOR 11K I123
'" 2 ..
PH "
ODD CONT ..1510
6158
E'lD OF RDTwR SEQ KU50
fILE "'DDR INCR K4ijO
JU03
PHI, EVEN CONT JU10
JU90
"'DDRESS
ADDR CO'lT KU11
EOR Kij09
SECTOR CONT
FILE RDnR
.J~09
E'l
HE",D SELECT
OPERATIO~
)
1123 SECTOR 11K
--~-
yC. '' ~I
_. . \
,.-'
r·
TITLl
•
CONTROL DATA
CORPORATION
DEVELOPMENT
DIVISION
AUTOMATED DRAFTING
READ/WRITE CONTROL
PART I
1738
NOOUCT
•••••• 5110
,,:~61~~ilin 16
1,.1'
I
~
2-33
'lAM
IU7U
ego"
F'U2
PU4
FlU5
Ph5
lU5
11101
1106
lIUI
11.09
lI51'
~hS:
,,'11
"U,
"to.
M804
"401
UU
"U,
"U
"'01
U09
"U,
"UI
flU'
MU*
"".1
U15
LOCATION PAGE
G078
FHA
KJ74
K37C
KJ7D
J30A
108A
1099
Jl0D
128A
125B
H15A
H15B
.19A
Hl0C
H32A
G1<\A
G149
G13A
G12B
GUB
G10A
GlOB
H02A
J1I)A
Jl0B
101019
101219
C28A
2-25
2-41
2_7
2-7
2 .. 7
2-7
2_37
2_J1
2-37
2-11
2-J~
2_47
2-47
2-47
2"5
2.. 17
2.H
2_33
2-J3
2 .. 33
2.. 33
2-33
2_33
2.33
2 .. 33
2 .. 33
2 .. 33
2 .... '
2 .. 23
FILE ADDRESS INCREMENT
END OF READ/WRITE SEQUENCE
The file address increment is automatically enabled at the end of each
This FF will be set whenever the read or write operation is complete.
sector during an address Write, Read, Write, Compare or Checkword
During a Checkword Check, Address write, or autoload operation, it
Check operation. It gates the contents of the File Address register to
will set as soon as the File Address register (page 2-25) is incremented
the increment bus, increments it, and then transfers it back to the File
to sector O.
Address register.
operated on.
This indicates that all sectors in the track have been
The FF will also set if the LWA
+ 1 register and the
Current Address register become equal during a Read, Write, Compare,
ADDRESS WRITE CONTROL
or Checkword Check operation.
The Address Write Control FF will be set while addresses are being
written on the disk pack.
CONTROL GATES
The gap start, read sync start, write sync start, record start, checkword start, and end of record start are pulses enabled by the read/write
timing sequence (page 2-34) and used to control various logic circuits in
the controller.
2-34
RevG
PHI, EVEN COIH
J~11
EOR Kij09
ADDR WR F01S
INDEK "K 1125
FCN CLEAR F715
ADDRESS
WRITE
CONTROL
ADDR WR ceNT Kij31
;1 y_ ,
ADDR
RDDR CONT
,,\\f.
DRTA CoNT K.21
WR CONT KQ31
END Of
RERD/WRITE
SEQUENCE
-- t - -
FILE RDDRE 55
DRTA CONT
-
I
I'
SECTOR 0 DECODE A770
COO"
WRITE 1206
--
{
I.
,
.1Ilo9
,
EOR Kq08
/~
;"/
H~E~A~D~~S~E~L~E~C~T K220
I
! t"
END OF RDVWR 5EQ l(ij50
CHICWD CHIC F012
AD DR WR F01 Q
AUTO LOAD ICOO.
--" I
¢
FeN 3 - F CH 5 .1110
STORAGE ADDR CO,.P W11S
HOqD
I(QQO FILE ADDR INCR
1C1l08 EoR
EVEN CONT
H17C
PHI, ODD CONT .1510
\
.
I?ECOI?D STAAT
GAP 5TAf?T
G20A
RECORD 1(1l15 ~
SYNC ICIll3
G08S
SECTOR CONT 1C553 ~
GAP KIl01
(HECK~OI?D
START
HDijA
CHICWD ICQ07 ~
RECORD lCij05
f?EAO
SYNC STAI?T
G08D
1;>02
H.38C
GAP KIlOO
SYNC ICQ02
~
~l?lTE
SYNC STAAT
END Of I?ECOI?D STAI?T
G08C
WRITE
1200
HellS
EOR I(Q09 ~
CHKWD KIl07
TITLl
•
CONTROL DATA
CORPORATION
DEVELOPMENT
DIVISION
AUTOMATED DRAFTING
-,
1738
READ/WRITE CONTROL
PART 2
....... -
60167700
'..... r-:"'.934
17
J~
2-35
fER"
flO61
FOO]
Fl;20
F'121
;il05
;1'03
:1',04
K12f;
tq141
l-85,B6
A03'~
READ
[~lIND[R
SELECT
DISK PRCK
CRBLE [R)
K09A
[029
C013
-.J076
RD ClL K225
IN[R EN K228
~>------
V
RESTORE Jl05
(RETURN TO 000)
03,04
>>--
83,84
A029
[027
COll
V
CONTROL
.L J1b 8
J218
-.J188
.>--
SELECT
1298
CONT SELECT 1211
JOI A
~>-----
001
USEe
CD
81,82
-t:P-----:. __
AD 2 7
[025
01,02
C009
V
1220
.L J1 76
J1BA
I
J21 A
c
.>--
o I f FERENCE
A9,R10
SELECT
DIffERENCE GATE K23'
OIffERENCE GA.TE OElA~ K232
-t:;P-----l
AD 2 5
[023
JOBB
~>------
C007
V
[9,C10
.L Jl 4 A
'----'"
J19D
J221!
.>-~17
,1'18
1'1015
HEAD
SEEK ERROR K120
HEAD SELE[T K221
HEAD SELECT DELAY K222
J13C
CO2'
C005~
SELECT
J08A
1209
~>------
SEEK fORWA R 0
>--
[212
C7,Cd
A5,A6
1'1013
C019
C003
V
LlLINDER
J. Jl 6A
r
J'98
J23B
,>--
SElE[T
J09B
CYl GATE K235
eYl GATE DEL'll K23b
~>------
1'1011
C5,CO
-t:P I
AD , 9
--J-:;P--l
A017
r
IU,A4
CO'7
[001
"L22~
1213
Y4B3
NOTE:
CD
TRANSMITTER, POWER lOSS DETECTOR
>--
Al,A2
CYLINDER
SEEK ERROR K'20
K321
SELECT
RD
CYl GATE K234
SEEK K239
I
~
170
DIffERENCE SELECT
J118
DIFfERENCE
GATE K230
ell GATE K235
TIT~l
•
CONTROL DATA
CORPORATION
DEVELOPMENT
01 VISION
AUTOMATED DRAFTING
-_.
I
...... r"'I-' I
173B
DISK STORAGE DRIVE
INTERFACE - PART 2
(ADDRESS 6 CONTROL BUS)
DIU..'.' "0
60167700
....
19
iJj
2-39
fiRM
*18%
uoe
nu
;'14,
J.2,
dU,
;1.31
;lH,
d.5,
.1'6,
1:1'37
"125
"128
"129
"U,
"1121
"U4
"'15
"h1
~'52
1110'
ICUI
11802
un
IUD'
leo5
11106
lIeor
•• n
1109
KI1'
II,U
11,12
IU3
ICI14
111115
11116
IIU!
IIU'
IIU9
KU,
K12S:
.821
.In
1,2!
11125
•• 21
11112'
KU.
11129
X030
)(031
~247
LOCATION PAGF
E16C
111A
1118
H354
GOB8
GOBC
G08D
G20A
HOH
H048
1210
H138
H264
H268
H26C
H018
H144
H148
HHO
1oI21A
033A
D33B
033C
0330
032A
0328
032C
D320
D21A
0218
OUC
0210
020A
02U
D2GC
0200
E33A
E33B
enc
E33D
E32A
E328
E32C
E320
E21A
E21B
E21C
E21D
E20A
E208
E20C
f!200
E19C
2-25
2-37
2-37
2.17
2-35
2-35
2-35
2-35
2-35
2.35
2-47
2-17
2-17
2-17
2_17
2 .. 33
2.47
2 ... 47·
2-47
2-47
2-43
2_43
2 .. 43
2 .. 43
2-43
2,.43
2-43
2-43
2_43
2.43
2.43
2.. 43
2-43
2 .. 43
2.. 43
2 .. 43
2.45
2 ... 45
2_45
2.45
2_45
2.45
2-45
2 ... 45
2 .. 45
2-45
2.45
2-45
2-45
2-45
2 .. 45
2-45
2_43
Bit Count register includes FFs CooO/OOl through C014/0l5.
CONTROL COUNT REGISTER
The Control Count register performs two separate functions.
The first
is that of determining the difference between the old and new file
addresses during a drive unit address transfer.
The old and new cylinder
addresses are transferred into the upper and lower halves of the Control
Count register uses FFs C016/0l7 through C030/031.
The Word
The Bit Count
register increments once for each two bits of data that are written on or
read from the pack.
The .Word Count register increments once for each
6 or 8 counts of the Bit Count register. It will increment every 8 counts
during the data record sequence of the Read/Write control timing chain.
Count register. If they are equal, C3l2/3l3 will end the address
transfer sequence. If they are not equal then they are both incremented
until one of them equals all "l's". At this time C720 will become a "1" •
The complement of the difference will then be in the half that does not
For all other sequences it will increment every 6 counts.
The Control
Count register will be running continuously during read or write
sequences except at read sync time.
contain all ones and the difference on the outputs of 1020-7 is then gated
The incrementing is controlled by the Format Count Control circuit
(C780-C78l and C790). C780 = "0" causes the word count to increment
to the drive to let it know how far to seek forward or backward.
The second function is to keep a bit count and word count used for format
control when data is being written on or read from the disk pack.
and C78l = "0" causes the bit count to increment.
The
2-40
RevG
rOll
COl
~
C030
COIS
C029
COl
~
C02B
COil
C027
COlO
C02&
COl I
C02S
coDa
C7~I
C7~t
C02~
COOg
C023
COO&
C022
COO7
C021
COO~
C020
COOS
COl 9
C002
COIB
COO3
COl7
COOO
0&0
CO\&
H70
COOt
09t
:r
:r
:r
:r
:r
:r
:r
:r
FlOB
C031
FlOA
(Xl
• r<)
C027
ir--
rC023
C021
GI9B
~
W
f-
t !)
W
COIS
COl3
F31A
fZ
IitBB
~
0
U
COil
..J
C009
0
II::
fZ
0
C007
F32B
C003
COOl
Cz
!co
0i=
..JC
ill:
~f
F32A
...
zlI:
UU
00
C307
C30&
F29B
C30S
C30~
ILL.
TRK R7BI
F33B
003
C302
C301
C300
f33A
CONT KSS2
J2~0
C007
[ONTROL COUNT [L(AR
G2ijB
CYLINDER COUNT INCREMENT
C72t
1i2SR
G27R
INCR ~N K229 ~
DIFFERENCE IiRTE K230
&0 NSEC
J~30
JijijO
J~SO
J~cO
FORMAT COUNT CONTROL
G22B
I
CijOI
~
INCREI'tENT ENABLE
G23C
[YLlND(R COUNT LOAD
RD C~L K22S
ODD CONT KSIQ
INCR EN K22B
G2cB
~
READ/WRITE
EV~N
SEQ
(BIT B
IS)
1201
CONT KS1S
G22C
C7Bl
INCREI'tENT ENRBLE
(Bn 0
U
•
COOS
PH I , EVEN CONT
Jij20
0:1
III
o
I?:>
c
that determine this are X247. X248 and X249.
INCREMENT BUS
TIiRH
LOCATION
P~GE
The increment bus is a 16 bit register, used as an increment register
*101
G40A
UOJ
4105
G4~B
2-2~
and a transfer register. There are four inputs to the register. AQ
interface, File Address register, Current Address register, and
G40C
G400
G35A
r,358
GJ5C
G3r:;U
2-25
Control Count register. All data is either incremented and transferred
~lO7
11109
11111
Al1J
.~1!i
'.'58
0\168
SU01
eU03
sans
euo.,
CUQ9
8e11
eU3
8115
eJ6t
nes:
U9t
"'13
"115
till'
If"t
IIU3
IIU4
11526
lillO'
IIIIU
"to 2
11103
111104
IUD5
llleu'
III'O~
119S:
... s
1105
8107
8809
sap.
SlU
1115
815 ,
U6.
817,
,'17,
~~
F42B
F420
F41B
F410
F40B
F401J
F39B
F39D
G26B
G22C
J31C
K37B
K370
J31A
119C
Jl0A
121B
121C
LJ3A
L33B
L33C
l32A
L32B
l32C
L31A
L31B
R42B
B420
8418
8410
R40B
B400
B39f!
R390
f!328
831A
9318
G27A
2-25
2-2~
2-25
2-25
2-25
2-2'5
2-2?
2-25
2-41
2-41
2-41
2-41
2-41
2_41.
2_41.
2-41
2.41
2.41
2-41
2-7
2-7
2-37
2.47
2_33
2.47
2_47
2.3
2-3
2.3
2.3
2 .. 3
2.3
2.3
2.3
2-21
2.21
2 .. 21
2 .. 21
2,21
2,,21.
2_21
2-21
2_21
2.21
2.21
2-41.
to the X register or transferred directly to the X register.
Then the data is
transferred from the X register to its destination. All incrementing is
done on a time shared basis in the increment bus. The multiple use of
this bus requires that a clear time reference be established in order to
view its operation.
The tertns
2-42
Rev G
LOAD
~OAO AobA 5750
fI~E ADDA A750
fl&A
~r-~""-
i
~
II)
'r
N
OlSD
~
el7A
AilS ~--o---------~Kl07r-------------------~--4-~~
CD
.J<'l
,~
5015
t.-
dii ~
r ..
I~ 1:=
: ..
:
C01S
ROO&
Rl' 3
50'3
en
~--~--~
'fiRM
AUl
U19
'a2l
'8203
*825
A827
AU9
'1132;
'150
"~6'
'165
C011
aU9
ea2i:
ea23
eU5
ea27
BI29
ust:
ena
BU.
U91
"'Ui
"'U4
",U
""08
111109
IIIU.
IIIUS:
U12
11111$
IUU
1U15
8U'I
ee19
nIX
uu
8125
8121
BU9
iJS,
U6,
!1'17,
.,4,
Ki68
YH8
LOCATION PAGE
Go31B
Go31D
Go3OB
Go3OD
G291l
G29D
G28B
G28D
H4tA
H418
11408
1'"378
1'"370
F"J68
1'"36D
F"358
1'"350
1'"348
1'"34D
G19B
G268
J31C
J1GA
121B
12tC
L31C
L30A
L308
L30C
L29A
L29B
L29C
L2U
83'18
837D
8368
836D
8358
8350
8348
8328
831A
8318
E19C
1'"21C
G27A
2·25
2·25
2.25
2.25
2.25
2.25
2.25
2.25
2.25
~:~;
2.41
2.41
2.41
2.41
2,,41
2.41
2.41
2 .. 41
2 .. 41
2.41
2 .. 41
2.33
2 .. 47
2.47
2 .. 3
2.3
2.3
2.3
2.• 3
2 .. 3
2.3
2.3
2 .. 21
2.21
2.21
2.U
2.2t
2 .. 21
2 .. 21
2.21
2 .. 21
2 .. 21
2 .. 43
2.43
2.41
2-44
RevG
LOAD ADbi !l7!10
~OAD Ff~t ADbR A7!10
on
-'(f) •
I
E250
N
AOll
:. ::~A~~::- I L__
'''ElENT
ON~Y IF
r-
loa'-+-+--o----....I
CD
j~
.J
0 I
g EN
i:'o i.E
::
J ::
10
leo
I
COlI
RO' ~
+-0+-+-+---,
ADZ!! +-+-o+-+-~.
sou
VI
:;)
CD
C02S
a::~
w
Z
u.. W
VI~
ZUl
eta::
a:: u
ROtl
~~
•
AOZ7
!co
Qj:
INCR EN LilT 0 -lIT tS) C7!1t
ItT tbUNT ELEAR C730
Cl~ COUNT INER l770
.... c
•
A025
5025
INCR (!lIT 0 - lIT III) 5770
INCR LBIT 0 - BIT 7) 5760
YN1i K526
E3SA
+-+!r+-+---4
!lOB
CY~
COUNT
~OAD
C760
[NCR ADDRLIIT a - ITT '5) A765
[NCR ADOR (IIIT 0 - lilT 7) A760
COB
F25B
YN1i K526
A02'
5021
C021
R009
E~1A
AOlll +-+~+-+---4
50tll
C019
Rooa
AD 17
E19a
5017
CO 17
~OAD ADDR 5750
LORD FILE ADbR
I
CD
~
....
:aoO:
!
z
",zc
~
. .
.....
...i-=2 0.... ;I!!
"'_c
!~
uU
COZ7
F238
AOZl
~
i!': iii
Cz
!l0Z7
~
iii
A750
INCR EN (lilT 1- lIT 15)
CYL COUNT INER
INCR (lIiT 8 - lilT 1ij)
INCR IIDDR (BIT B - aIT 15)
C710
Y770
5770
11765
ENABLE
~Q~
Q
::0
C
K530/531 will clear when the sync bit is received enabling odd/even
CLOCK CONTROL
HiRM
ell05
UU
U13
U15
tU3
U24
;11140
~1I4S:
::1'05
::11108
II"'U
:.I'3t
K'U
lOCATION PAGF
CllB
1028
1068
F"17A
107tl
107C
H35A
H358
G158
C15B
H04D
GOaD
G148
2.27
2.37
2 37
2:37
2.37
2.37
2 17
2:17
2.33
2.33
2.35
2.35
2.33
This logic is in control when the read clock and write clock are used.
It is used for synchronizing the data read from the drive unit with the
controller timing.
data is being read.
The write clock is used at all times except while
Normally the Clock Control FFs will be clear
control and the read/write timing sequence.
The read clock will remain
enabled until J405 (page 2-33) becomes a "I".
clock gate by clearing K532/533.
This will disable the read
A write clock ph 1 pulse will then
enable the write clock gate allowing the write clock to take over.
enabling the write clock gate J541. When read sync start (page 2-35) is
enabled, K530/531 will be set.
K532/533 will set just after write clock
ph 1 has occurred which will disable the write clock gate J541. This
will also disable odd/ even control, forcing it to the odd condition. This
WRITE CLOCK
The write clock uses a 2.5 megacycle oscillator.
Phase 1 and phase 2
pulses are generated which are approximately 80 or 150 nsec in width.
disables the phase 1 even pulses thus halting the read/write timing
These are used, along with the odd/even control pulses, as gating pulses
sequence.
while doing all operations except reading data.
Then K534/535 will set enabling the read clock gate, J540.
2-46
Rev G
FI9D
5ECTOl? CONTI?OL
1111
PH 1 ,EVEN CONT .J240
60 NSEC
H17D
SECTOQ "K
_t
1124
_~
PH I .J5
GAP K401
SECTOQ CONT K553
PH 1 ,ODD
.J543
JZ~
1111
.J543
PH 2
I...:'"~'_~. f~
ENABLE A
1
CONT
~u Lj_~
°° -o-------l----i
.J501
CLOCK CONTf?OL
I1 1 5
WRITE
P
GATE
RD SYNC STPRT Jij31
"
GATE A .J535
..r tf-:"~ '-:f(kp•./
J"
,~t,
SECTOR
SYNC BIT
"K
IIZ3
,Jij08
''1,----,' -'-
<}
PH 1 ,ODD CONT .J411
WR ClO'CK, PH I JlI04
,J408
WI?ITE CLoCI(
PH
ODOr EVEN
(K51Z/513 SET
=
EVEN CONTROL)
FI9A
~
H 15B
l
Z
.
CONT~OL
~,
~ __.-
'
pi',
f~ ,,'
_ _ ,~-..~ .~.
,y"".r
~\..
I
,..-.L
ODD CONT
K530
;:::------
K532
}
r ."/ ,I ,:,' , 'j'l
PHT
NOTEt
CD
•
~
1~,
114C
HISD
Pir1
f
PH 1
SPECIPL CIRCUIT'
150-NSEC PULSES AT
®
.JS20
EVEN CONT
PHASE I SIGNAL MAY
2,5 -"EGACYCLE RATE
-,
BE VIEWED AT THIS POINT,
TtT~E
®
•
PHASE 2 SIGNAL MAY BE VIEWED AT THIS POINT,
CONTROL DATA
CORPORATION
DEVELOPMENT
DIVISION
.....1738
,....
CONTROL TIMING
60167700
Ie
23
2-47
'..... rz';l11.0
AUTOMATED DRAFTING
--,
POWER WffiING
Power Distribution
1738-A
p, 2-49
Power Supply
See CDC Power Supplies
ManUal Pub. No,
60120700
Power SUpply·No. 25151702.
1788-B
P. 2-51
P. 2-51
1738-C
See Cabinets Manual
See CDC Power Supplies
Pub. No. 60224100, see
Manual Pub. No. 60120700
wiring diagrams (2)
Power Supply No. 18340200
for 1700 Vertical
Cabinet.
18340300
(3000 Logic)
2-48
RevK
r POWER-SEQUENCER -I
I
1
I
I
(SEE
NOTE I I
J'CS+J
lJ
z~ v:c
1
I
1
1
1
OS4 - THERMOSTAT BYPASS
053 - LOW TE."
052 - HIGH TEM"
os, - CIRCUIT BREAI([R
DS.
OS,
L
_
I
052
0"
II
II
.I
I
;f
-
-
-------,
__ J
A5
POWERSUPPLY
"r-f:-- h
:~
TO'
~~ ~, l,ju!
'I'" I r=f"!c
~dt) .1 .,11
1
I
TB'
_
e,
<
fXTEf!INAL CONTROL
.
I
.J
L~
~~:T':;L'~::'rH£S'
Tro
.E
f'i"
TO'
J
I
,"
}
-,
J!'1J '%lIf':
\!!!j tG~L ill
FRAME
CHASSIS
GRD
GRO
Qf.
I
1
T82-6
I
-~
DtJ
T82-1
-=
Ell-All
I
I
I
TEMIINUQllt ~ .....
ANO "10 M I' ttl..
loalC oc....Ul'Olltl
"
_ _ _ _ _ _ _ _ _ _ _ _ .-1
co,
T82-2
COMMON
}-...
TB'
CONTROL.
-20V
:,-oc:t::}+Zov
TB'
I
Til -5
'oc:t::}
GRO
JU""ERS. REMOVE
FOR [IITERNAL
T82-4
I ,
III'
TO'
.:Ji -ilJ
~.q:::;}
(MOUNTED ON FRAME)
GRID
GRO
TO'
I F-,r-·,:;- l
PRESSURE SENSING MICROSWITCH
-
-L-~
SWITCH OPENED
BY AIR FLOW
I
NOnS:
I
I
'rl~'1
_
~_J
alt..
,
,
,
'---,r--J
IISVAC IQI 60 ....
CONVENIENCE OUTLET
VIA SEPARATE CABLE
IF D[SIIitEO
L __
2S
I. POWER
SEQUENe ING
RELAY (K II
AND CONNECTOR
(J 11
ARE
LOCATED
ON
A SPECIAL
BRACKET AT
THE
REAR
OF
tHASS IS, ROW
A.
HIGH lOW
II' "'AC I '
00_
\. .
~
0 ••
I
RED
FROM
TERMINATOR
POWER SUP"LY
ILK
•
INTE RCA BINET SERIES GRO
NEUTRAL
••••
• c
CONTIIOL DATA
CORPORATION
COIIIIPUTER DIVISION
POWER DISTRIBUTION
208 VAC. 3'.400'"
H'
I
I
2
~
I
I(CHASSIS)
TBIO
TB3
40VOC
TERM.
INPUT
{+ .--_
!
"':'::':,2
2
10
~ t;-+ ~~~~~D
GRD
"
~B30
1
GRID
-: GRD
-
-
-
-
~
TBI
5
w CR7 1
T810
I
J5
(CHASSIS)
-A9-
-
-
-
-
-20V
I
CIRCUIT
SAME AS
ABOVE
:8:
--"-
L-.J
rrt:
I
L..-J.,........
I"
-
J6
5
3
it
+20V
CIRCUIT SAME
I
I
~I
-AIO·
5
3
-0
I
-0
.1
AS
ABOVE
.2
'---
-0
6
4
5
'
CONTROL PANEL
!
4
I
5"
IB
I
.">
I
11
, 5
I
'"
2 •
-0-
I C
~
~
_
6
I'
I
I
I
I
---------1
All
NOT
I
USED
4
L
I
2~
J7
~
~~
I
4
----LJ
f-
3
I
I
c...f-lo.
(MOUNTED ON FRAMEI
2
7 '
I A2
POWER
~
A
I
2
I
T2
I~
II
CHASSIS
G RD
-
TB21
. L_c(,}
IAI
-
10
~
r-T""""'
I
2
AMP'
FRAME
GROUND
-
t-----o"
ESg
1,---
I
I
'",
L
I
I
I
I
5
I
-
I
I
,120-
'I
-
,-~~~~4~_ _ _ _ _~~_ _ _,
.20V
,-
I~
i~
!
-
AS TYPICAL POWER MODULE
I
I
I
I
EI
I
I
1--'.0.,
CBI
-
L..-..L.-...J
4:
TBI
6
-
+20V
l-v
A
2:
- ---'
I'
1
TI
-
TI
I~
I I
TB3
....J
I
I I :
led
0
'~ L4
5
iI
, S2
0
·20V
COM
f-06
~~~~ I Ir=ttt1
1
~
2
A3
BLOWER ASSY
hill
I
J4
r-T"""""'\
,4
2
~'BLOWER
T2
r------,
-
F
,
T3
-
4
I
~
I
I
L
-
v+
I
FRAME
GRD
I
I i f-09
I
I
I
I
TB5
41 _
L
r"Q~~
MI
,
~
I
I
TB2
2
I
I .3
-'"
--.J
-
~2
r-i
I
2
I
I'".,!!'l I
3
24VAC
1_ 1
2
eo'
i~~p(S\SI
I'~
EI
~O
,
i
I
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-
4
3
rr
III
-
u--
4
3
,--,--I
I
KI
AMP
B
-
6
5
;:.=..=J
L-
3
6
5
TEMP WARNING
CIRCUIT BREAKER
L-..J
CBI
I
TB3
I
1--I
'---
S2
,
2
L2
~I "~
2
~'6
I
I
t--~
i
I
i ,
I
02:
~3
IZOV
~II?I
3
1----p,7
~p,8
CIRCUIT
BREAKER
DS4
~ ~,~
:
~
K4
I---
E~
HIGH TEMP
I I 21
K4
I
~
4
5
1
2
K2
1
~
i~1
I K2
4
I
~'K'
,
"0' F
HIGH TEMP
2
,---
1,-
THERMOSTAT
BYPASS
DS3
1
,!!.;-:!.!..
..-- TBI
COM
2 EXT 24VAC
3 BYPASS
'--J-o~
-~fnI. -~
4
~~
~
_
~
K5
N
_
I" I,
MONITOR PANEL
I TEMPERATURE.W
TI =
~L3
~
r,t
BOX
2C8V {
_
TEMP
WARNING
DS2
I
"m"""o'
I
K~ - rnJ
1
I
~Wffi
8
_
I
14
I
I
6
6
HIGH
TEMP
DSI
TO
FRAME {
_ _
K2
Cit
K5
2
5
f----'------1
L-
IgumiUl '''Ml T';~WER
DEVELOPMENT
DIVISION
1738·6
DISTRIBUTION
1'2'16'0167700 ~
1
5H ' 'S-T
........ GE
2- 51
PART 3
MAINTENANCE
PART 3
MAINTENANCE
GENERAL INFORMATION
This section contains general maintenance information for the 1 738 Disk Drive
Controller.
It is assumed that maintenance personnel are familiar with Control Data
logic diagrams, correct equipment handling techniques, and 1700 Series Computer
Systems I/O specifications.
a
The controller logic uses 3000-type logic cards on standard chassis.
The chassis may be mounted in a 3000 Type A cabinet (1738-A), or a 1700 vertical
cabinet (1738-B).
A 400-Hertz, 3-phase, 208-volt power supply mounted in the same
cabinet provides the necessary power.
The only maintenance required by the controller is periodic cleaning of the air filter
at the bottom of the cabinet.
This filter is accessible from the front of the cabinet.
It is recommended that the filter be cleaned once a week, and the air inlet checked for
the accumulation of paper and other foreign objects.
POWER CONTROL
When performing maintenance operations or in emergency situations, it may be
necessary to remove primary power from the 1738 system.
This can be done by
turning off the 400-Hertz. 3-phase circuit breaker switch on the controller power
supply, the 60-Hertz, single phase circuit breaker switch on the controller monitor
box, and the 60-Hertz, 3-phase primary power circuit breaker at the rear of the drive
unit.
A power distribution diagram for the 1738-A is illustrated on page 2-49, and
Table 3-1 gives the 1738 specifications.
DIRECT STORE CONTROL
When performing maintenance on the controller, the Direct Store Control switch is set
to the OUT position so that controller maintenance can be performed without affecting
the operating system.
3-1
Rev A
TABLE 3-1.
1738 CONTROLLER SPECIFICATIONS
PHYSICAL SPECIFICATIONS
1738-A
1738-B
Height
56-7/8 in (144.5 cm)
75 in (190.5 cm)
Width
22-3/4 in (58 cm)
28 in (71 cm)
Depth
20-1/2 in (52 cm)
24 in (61 cm)
Weight
450 lbs (204 kg)
525 lbs (238 kg)
Cooling
Se If- contained blowers
Operating Environment
60 0 to 90 0 F (15.5 0 to 32.2 0 C)
ELECTRICAL SPECIFICATIONS
Input Voltages
208 volts, 3-phase, 400-Hertz
115 volts, I-phase, 60- Hertz
Input Current
750 va maximum
CABLING INFORMATION
COMPUTER A/Q INTERFACE
Two 29 twisted pair cables are required for this interface.
The A/Q data cable is
plugged into the El receptacle, while the A/Q address cable is plugged into the Fl
receptacle.
If the controller is the last equipment on theA/Q interface, terminators
are plugged into the E2 and F2 receptacles; if not, the data and address cables for
the next equipment are plugged into these receptacles.
COMPUTER DIRECT STORE INTERFACE
Two 29 twisted pair cables are required for this interface.
The direct storage data
cable is plugged into the controller Cl receptacle, and the direct storage address
cable is plugged into the Dl receptacle.
If the controller is the last equipment on the
direct storage interface, terminators are plugged into the C2 and D2 receptacles; if
not, the data and address cables for the next equipment are plugged into the receptacles.
Rev A
3-2
These cables are an integral part of the computer memory access scanner, therefore,
it is imperative that the Direct Storage cables be as short as possible since all line
delays add directly to memory access time.
These cables should determine the position of the 1738 Controller within the system
configuration.
Normally this will be adjacent to the computer.
COMPUTER INTERRUPT INTERFACE
One single twisted pair cable is required for this interface.
This cable is plugged into
the G1 receptacle on the controller.
DISK DRIVE INTERFACE
Two 29 twisted pair cables are required for this interface.
The Data and Control
cable is plugged into the A1 receptacle on the controller and the J100 receptacle on the
first disk drive.
The Unit Select cable is plugged into the B1 receptacle on the
controller and into the J102 receptacle on the first disk drive. These cables are also
required between disk drive units.
The last drive unit in line must have both cables
terminated with a plug-in terminator.
Terminators MUST be plugged into receptacles
A2 and B2 on the controller .
. POWER SEQUENCING INTERFACE
One two-wire cable is required for this interface.
This cable is plugged into receptacle
J1 which is mounted on the rear and near the top of the controller chassis.
This cable
is plugged into receptacle J8 in the drive unit. These cables are also required between
the drive units. Refer to Figure 3-1 for an illustration of the 1738 cables and
connectors.
REFERENCES
For information on Publications numbers of supporting documents which are listed
below refer to the Publications Index for Customer Engineering.
1700 Computer System Manual
1700 Computer Reference Manual
1700 Input/Output Specifications
1700 Site Preparation and Installation Manual
853 Disk Storage Drive Maintenance Manual
854 Disk Storage Drive Maintenance Manual
Control Data Power SU!lp:'ies
Printed Circuit Manual
3-3
Rev. C
1738
CONTROLLER
~
ro
<:
CI
0
C2
}
DIRECT STORAGE DATA
01
DIRECT STORAGE ADDRESS (IN)
02
DIRECT STORAGE ADDRESS (OUT OR TERMINATE)
AI
EI
A2
}
A/Q DATA
}
A/Q
E2
81
82
FI
F2
ADDRESS
JI
GI
..J
0
W
I
H:>.
~
Z
0
U
0
Z
ct
~0
INTERRUPT
hi
IU
UJ
..J
UJ
U
Z
UJ
;:)
0
UJ
(/)
(/)
II::
I-
UJ
Z
;:)
~
0
853/854
853/854
DISK DRIVE UNIT
DISK DRIVE UNIT 2
Q..
PWR
J8
UNIT SELECT
J 102
JIOO
SEQUENCE
JIOI
Figure 3-1.
I.
DATA AND CONTROL
1738 Cabling Diagram
J8
JI02
JIOO
JI03 ~ TERMINATOR
J 10 I
TERMINATOR
TIMING
The following pages contain timing information for the 1738
controller.
The waveforms are idealized, and the actual scope
readings may vary due to the switching time of transistors and
inherent characteristics of the various cards.
3-5
ON OIR
&
STATUS
ALL OTHER
FUNCTIONS - ....
' ----
ON REJECT
R120 OR R121
r-
~
(1)
<:
o
r- - -
.- .-
J024
J019
J029
J030 CLR TIME
J032 SET TIME
KOOO-1 FCN REPLY
FOXX OR FIXX FCN F.F.S,
Kl40-1 OP EN
J245
J240 PHI EVEN CONT
VARIABLE 0-1.6 [lSEC
ME
1.6 [lSEC
:.1
K210-1 FCN AOOR LO
W
I
m
K212-3 OR
K220~1
J091 FCN RPY . OL Y
T021 REJECT (ALL FCNS)
T020 REPLY
OIR & STATUS
o
1
o jLSEC
0.. 2 [lSEC
0.4 [lSEC
0.6 [lSEC
1.8 [lSEC
2.0 [lSEC
ASSUMPTION:
Figure 3-2.
Function Transfer Timing
2.2 [lSEC
1 INVERTER
TIME = 20 NSEC
J2<40 PH 1, EVEN CONT
J241 PH 1, ODD CONT
BASIC
CONTROL
TIMING
K515 EVEN CONT
K521 ENABLE A
J536-7 GATE A
K211 FCN ADDR LD
K213 LWA + 1 LD
S750 LD ADDR
X200-3 LD TRANI I NC BUS
S700-3 LD STO ADDR REG
t.I:)
I
-3
B760 .2,3, B770. OUT REQ
(NEE9)
J204,B741,B710-2 OUT LD
K241
we
XFER
K243 STOR ADDR INC
K245 E.O.ADDR INC SEQ
W750
LWA + 1 LD EN
5760,S770 CUR ADDR INC
X248-9 INC EN
::0
K220-1 HD SEL
(1)
;<
Cl
~
Figure 3-3. Address Load and LWA + 1 Load.
I".SEC
ASSUMPTION:
INVERTER TIME
=
0
J2~.
..1241
::0
~
o
J2:44 PH1 EVEN
lJ
u
SEQ CONT F.F .S.
K226-7 E.O. ADDR
TRANS SEQ
SEQ CONT F.F .5.
K226-7 E. O. ADDR
TRANS SEQ
1702 HEAD SEL GT
Th~2l.)lL~2l1..u<~1
(NEW CYLINDER AODR
=
u
u
PH1 ODD
u
lJ
lJ
OLD)
r
(K~]~2.?~~~2~Tl.JIS.2'?:!) g~ I---u.K~~11 U.K~~~) U~2}~) UK~~I) UK.?~~~
(NEW CYLINDER AOOR
I
.
~
OLD)
~------------~
-1-1
~----------------.., -
T411 HEAD SEL
T414 RD CYL SEL
A711 FILE ADDR REG GT
~M~-------------------------------------------I
o~
~--~~cn-~~--------------------------------------------
I
nfTl~
C760 CYL COUNT LD
C770 CYL COUNT INC
C720 INC COMPLETE
C..:l
I
CXI
1701 OIF SEL GT
T412 OIF SEL
0
~~
L--_-I •cn _
0
--~FR "TJ
"TJi9
~-----------------------Im~
• n
~
~~·fTl~~==~------------~========================
______________________
~--------------------------~~~~------~~---~======~----------------------------
1700 CYL SEL GT
-r--------------------~~Z~--------------
T410 CYL SEL
1209 SEEI< GT
~-----------------__In~~:--------------------------I
~---------------------~nG/~-------------------~
~~,. ~1 .L.l.L~
Z .l>
T413 CONT SEL
I
;::s
r
1
li)n
1
r
I
.Ll
-<
I
1
,
I
I
I
I
I
,
I
,
I
I
,
,
,
,
"
t
I
I
I
"--.r--'
2 IJ.SEC
Figure 3-4.
Drive Unit Transfer Timing.
J240 PH1 EVEN CONT
K515 EVEN CONT
n
i
C401 WD COUNT CONT
iI
..... 0
C730 BIT COUNT CLEAR
-r
C781 BIT COUNT INC
a'5gz
x
-n
~
COQO-7 BIT COUNT
:tJ
C780 WD COUNT INC
C017-31 WD COUNT
N
N+I
bf$l=i r
-ir --
;;:tll)~
w
__
1I)::t:::o
u
-o~
W
I
to
D REGISTER LOAD
D061 ASSY/DISASSY
REG STAGE 15
T420 OUTPUT DATA
lDOUBLE FREQ FORMAT)
DATA IYTE 2 - ,
,. ID77I-21
L __ J
IADIIIIUS IITI OF' ADDltES.--.Y1'£I1
011 OATA IITI OF' OATA IYTE I
:;U[]UUUuuuu:Jlr:Juuuuuu'lruU[]U
•
!CLoCK
U-iIT
~ 'AiiDRESS 011 DATA
U.IT
lO~-I
1~3
-nz
-j~G>
z~O<.n
::t:
no
°i:E
~-IZ
»;:OG>
o
r
!:d
(1)
~
'--v--'
o
2 ",SEC
Figure 3-5.
Read/Write Control Timing
!Jj
1125 INDEX MK
ro
;<
K430-1 ADDR WT CaNT
o
1124 SECTOR MK
K550-1 SECTOR CaNT
K552-3 SECTOR CaNT I I
- nr
-h
If
IV
- --u-
U-1
C400-1 WD COUNT CONT
C016-31 WD COUNT
x 101
I
K400-1 GAP CaNT
I
12
7
101
1
JoI
1
1
2
1
101
101
I
J420 GAP START
w
r
I
K402-3 SYNC CONT
J430 WT SYNC START
I
o
1
K404-5 RECORD CONT
I
J440 RECOF~D START
K406-7 CHI< WD CONT
J450
cRrC v.1O
I
I
START
K408-9 END OF REC CONT
I
I
J460 END OF REC START
K440-1 FILE ADDR INC
K450-1
E.O.
Ro/WT SEQ
FILE ADDR BYTE LD
BYTE 1 (D751-21
8YTmJ
(D711)
~
i
I
1
1
~-----.
10 ",SEC
Figure 3-6.
Address Write Timing.
K411-12 ADDRESS CDNT
K409-10 END OF REC
J460 E.D. REC START
K420-1 DATA CDNT
K401-2 GAP CDNT
-w
-ILl
-Ul
-M
-n
I
K403-4 SYNC CDNT
I
I
J430 WT SYNC START
K405-6 REC CDNT
I
I
J440 REC START
K407-8 CHK WD CDNT
I
I
J450 CHK WD START
K409-10 E.D. REC CDNT
J460 E.D. REC START
W
I
......
......
K441-2 FILE ADDR INC
K451-2 E.D. RD/WT SEQ
J400 PH 1 EVEN + WD
COUNT CDNT
C401 WD COUNT CDNT
C017-C031 WD COUNT
-nr
U
I
1
-ru
I~
lr
I
12
I
ns
'1
I
1
101
101
I
lr
7
I
I
I
D770 D REG LOAD
8770 NEED GATE
(REQUEST DATA)
I
L
u
u
u
2
n.r
Ul
I
I
811
U
I
8'
101
1
I
~I
I
U
1.6 IlSEC
I I I I I I I I I
I I I I I I II I I
I I II II I I I
~
CD
:<:
o
Figure 3-7.
Data Write Timing
I I
I
~llLl
J
R330 SCAN REC
K200-1 SCAN
~:d
(I)
<:
J201
(1
8770 NEED GATE
K202-3 NEED FF
K20~.-5
HALT
K206-7, T320 REQUEST
K20El-9 ADDRESS
R220 REPLY
J204, 8741, 8710-2 LD OUT
eN
I
f-'
K241-2 WD XFER
[\J
I~SEC
ASSUMPTION: INVERTER
TIME = 0
Figure 3-8.
Direct Access Timing
PH 1
PH 2
BASIC
TIMING
PH 1 000
PH 1 EVEN
ODD CONT
EVEN CONT
ENABLE A
GATE A
C760 CYL COUNT LD
K228-9 INC EN FF
C770 CYL COUNT INC
X240 & X241 COUNT TO
INC XFER
X261 , X262 , X263 , X264
w
~
C741 INC TO COUNT XFER
C720 INC COMPLETE
i ,
, ,
, ,
.L'___.... L___....
,
ro,- - -. . .
1..._ _ _-' 1... _ _ _..1
K230-1 DIFF SEL FF
::0
~
'---y--I
o
tLSEC
ASSUMPTION: INVERTER
1
TI~
Figure 3-9.
Cylinder Address Difference Increment
= 0
J509 WT OSC
::0
J500 WT PH 1
(I)
:::
J501 WT PH 2
0
CLOCK
R420 RD DATA
1111 RD PH 1
I
I
DATA
~IJ~LJ~r-hI Ur--,Lji IU r-"1i.ji IUr--"lUf""IUr---:i.ji"1Ur---'1Ui"1Ur--"lU~ur-+,i Lji IUr
----.,
Ii
II
"
Ii
Ii
Ii
.r-
1115 RD PH 2
J542 RD SYNC &, GATE A
r--
K530-1 CLOCK CONT
CJ)>
-<0
2:0
K532-3 CLOCK CONT II
<"1;0
K534-5 CLOCK CONT II 1
w
I
......
fTl
»CJ)
2:CJ)
o
J541 WT CLOCK GATE
A?~
J540 RD CLOCK GATE
<"10
~
0»
f5:;!
J405 END OF RD/WT
-;;0
-fTl
~~
J521 CONT PH 1
J531 CONT PH 2
~
I,...SEC
Figure 3-10.
Clock Control Timing
J240 PH 1 EVEN
-'"II
K515 EVEN CTRL
L __
C401 WD COUNT CoNT
C730 BIT COUNT CLR
C781 BIT COUNT INC
COOO-7
(ADDRESS
DATA)
BIT COUNT
K403-4 SYNC CoNT
»
K530-1 CLOCK CoNT
I
1
a
I
1
I
:;::
J431 RD SYNC ST
0
»
0
0
-I
:;0
0
"~
(J)
(J)
(J)
:;0
- LJ
-I
1
CD
(J)
I-'
co
->=
I
w
(J)
I 0 1 0 1 t=i
Ia I 0 I ~
0000 INPUT DATA
BIT 0 Pos
DATA READ
0
a
I SYNC I Aa
1 SYNC 1 DO
All A2
01 I 02
12
»
r
DATA AND
ADDRESS
COMPARE
0750, 0760, 0770
o REG LOAD
DATA AND
ADDRESS
COMPARE
B751 INPUT LOAD
DATA READ
-I
I A1 I A2 1A3 I A4 1 A5
1010 1011 1 0121 0131 0141015 I DO I 01
~ I Ala I All I AO
c
-0
3:
::u
o I
-I
0205 INPUT (ADDRESS
COMPARE POS
DATA)
(ADDRESS
DATA)
3
»
-I
»
CD
X247 FORCE WD COUNT
INHIBIT INC
K405-6 RECORD caNT
0061 OUTPUT
BIT15 pas
Is
I
0
("")
CJ1
7
2
0
2
t-'
6
I
fTI
-<
J514 FORCE ODD caNT
I
1
:;0
K532-3 CLOCK CoNT II
CAl
LJ'
I
5
I0
DO
I 01
AO 1 All A2
DO I 01 1 02
10 9
I 010
1 0111 0121 0131 014
1015 I DO
IA10 I All lAO 1 A1 I A2 IA3 I A4 I A5
1010 1 011 I 012 I 0131 0141015 I DO 1 01
0750 OR
0770
r:=:
0760
r--,
I
r
0770
(1)
<:
o
Figure 3-11.
Datal Control Counter Syncronization.
Compare and Data read or Compare. )
(Address
"--y--J
1 IlSEC
::u
J400 RD/WT SEQ GT
('J)
::::
41
K404-5 RECDRD CaNT
K402-3 SYNC CaNT
K406-7 CHECKWDRD CaNT
K408-9 E.,D.R.
~ONT
D205 INPUT DATA
(ADDRESS (000)
ADDRESS
IE
_IE
8YTE 1
BYTE 2
~
CHECKWORD
,
D205 INPUT DATA
(ADDRESS 6390 16 )
BIT
W
I
......
Ol
V
0.8 !!SEC
Figure 3-12.
Address Read and Typical checkword patterns
PART 4
PARTS LIST
PART 4
PARTS LIST
The parts list provides the identification and ordering data necessary for the replacement of electrical and hardware parts for this equipment.
The equipment designation,
final assembly number, and equipment name appear at the top of each page.
The list
is arranged in disassembly order, using levels of assembly to indicate the relationship of parts.
A typical parts list is shown below:
MAG14-C
18588000
'MAG14C CENTRAL STORAGE MOD
D
..,.....,. *':'
...1.....1..
L E V E L* PART NO
1
2
3
3
4
5
6
3
REV
18515400 B
18074900 J
}8074700 G
18074800 H
18015000 G
63130100 F
63702100 J
185 4 1302 00
DESCRIPTION
SYSTEM SUB-ASSY
STOR MODULE ASSy WIRED
IN
PL TOP STORAGE MoDULE
STACK AND DR DK ASSy WIRED
STACK ASSY WIRED STOR MODULE
PLANE ASSY INNER STOR MODULE
IN
BOARD BLANK MEMORY PLANE IN
0000000000000000 00000000 000 OOOO'O~':":":'
ECO-NO
064591
020152
Refer to the Literature Distribution Center Catalog for related manuals on printed
circuit card assemblies, peripheral cabinets, power supplies, and vendor parts lists
necessary to complete a total parts breakdown of the equipment.
':'The level of assembly in relation to the final cabinet assembly (2 is the subassembly
of levell, 3 is the subassembly of level 2, etc).
':":'The ECO- NO on which the part is either added (IN) or deleted (OUT) in the equipment.
':":'qf the description column contains all zeros, this means the drawing is not released.
Revisions will show corrections.
4-1
Rev K
1738-A
1738 A
L F. V E L
1
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
21
2
2
2
2
2
2
2
17845400
PART_NO
IB143ioo
18224900
18225100
18225300
18255800
30908201
30911001
30921801
30924601
30927801
30929801
30942201
30944201
30944601
30947801
30952201
30954201
30957801
30958201
30958601
30960201
31701801
31702601
31711801
31703001
31703401
31703801
31704201
31709401
31705001
31709801
31705801
31711001
31709001
181456nO
00B56604
00857102
Q9 OQ5306
O?01 83 02
10125103
lQ12519 6
10125301
N MODEL 173B-A OISK PACK CONT
REV
J
D
A
E
E
J
J
J
E
E
C
H
C
A
B
B
A
D
F
G
A
E
F
A
E
E
E
E
D
D
D
D
C
D
L
C
B
A
A
A
A
A
OESCRIPTION
CARD PLACEMENT
Printed Circuit Card Ty:oe 6AAH
Printed Circuit Card Tyee 6AFH
PC Type Discriminator
Printed Circuit Card Tyne 6AGH
Printed Circuit Card Tyoe CA21
Printed Circuit Card Tyee CA28
Printed Circuit Card Tyoe CA55
Printed Circuit Card Tyoe CA62B
Printed Circuit Card Tyoe CA70
Printed Circuit Card Tyne CA75B
Printed Circuit Card Tyne HA05
Printed Circuit Card Tyoe HA10A
Printed Circuit Card Tyoe HAllA
Printed Circuit Card Tyne HA19A
Printed Circuit Card Tyne HA30
Printed Circuit Card Tyne HA35
Printed Circuit Card Tyne HA46A
Printed Circuit Card Tyne HA47
Printed Circuit Card Tyoe HA48 A
Printed Circuit Card Tyne HA53
Printed Circuit Card Tyne K16
Printed Circuit Card Tyne K22
Printed Circuit Card Tyne K23
Printed Circuit Card Tyoe K24
Printed Circuit Card Tyoe K25
Printed Circuit Card Ty:oe K26
Printed Circuit Card Tyoe K27
Printed Circuit Card Type K31
Printed Circuit Card Type K32
Printed Circuit Card Tyoe K33
Printed Circuit Card Ty:oe K36
Printed Circuit Card Type K69
Printed Circuit Card Tyoe K71
CHisSIS ASSY - ~
THllMRSCREW
BRG SLY-FLG NYLON )/4
SeR MACH FH SLOT 1/4
SCR MACH PAN Hn PHL NO. 5
HEXAGON MACHINE SCREW NUTS
HEXAGON MACHINE SCREW NUTS
HEXAGON NIITS
PAGE
4-3
Ecn-NO
IN oi?513
IN
IN
IN
IN 014982
IN
IN
IN
IN
IN 14295
IN
IN
IN
IN
IN
IN
IN
IN
IN 016571
IN
IN 014295
IN
IN
IN 014778
IN
IN
IN
IN
IN
IN
IN 014778
IN
IN 014445
IN 016221
IN
IN
IN 011;763
IN 015 76 3
IN 01,;763
IN 01c;763
IN 015763
IN 015763
RFV K
1738 A
17845400
LEV E L
PART-NO REV
DESCRIPTION
10125460 A 82_FH MACH SCR SLOT DR 8-32
10125605 ~ el~IN WAS~ERS
10126101 A INTERNAL TOOTH lOCK WASHERS
10126102 A iNTERNAL TOOTH LOCK WASHERS
IQl26103 A INTERNAL TOOTH lOCK WASHERS
10126104 A INTERNAL TOOTH lOCK WASHERS
lQ1261Q5 A INTERNAL TOOTH lOCK WASHERS
10126106 A INTERNAL TOOTH LOCK WASHERS
1~127j24 A SCR MACH PAN eHL 4-40
10127114 A SCR MACH PAN ~HL 6-32
10127144 A SCR MACH PAN PHl 10-32
li4i2600 B STRI~' MARKER (ii-2il
114!Z70 0 A STRIP'.MA~KER (22-42)
179Q1553 F 5-40 SCR THO ROLL jHL H pAN
17901555 F 5-40 SCR THO ROLL PHL H PAN
17915800 C BRicKET RELAY
18143200 H CHASSIS WIRE TAB
2450Q7Q7 J PIN TAPER
245QQ810 H iNSuLAtIO~SlE~Vi~G flEET
245l14}4 K LEAD,F.LECTRJCAL.14 INCH.
24524805 N T~RMINALt LUG ERIM~-iNSULATEO
24548301 J WIRE ELECy 24 ~WG _ 0
_
24548302 J WIRE ELECT 24 AWG INSULATED
24548303 J WiRE ELEe STRO INS. UL APPO
24548304 J WIRE ElEe STRD INS. Ul aPPD
24548305 J WIRE ElEC STRO INS. Ul APPD
24548306 J WIRE ElEC STRo INS. Ul iPPo
245483Q8 J WiRE ElEe STRO INS. ul ippo
245483}3 J WIRE ElEe STRO INS. Ul APPO
2~5!~319
J WIRE ELEC STRO INS. Ul ipPo
300009Q2 R FEMALE CO~TACT
.
3]OOQ016 R WJRE, 24GA TWIST, PRe YE-W/R
3ioOQoil B WIRE. 24GA TWIST, ~R. GR-W/RO
3]000029 B WIRE, 24G~ TWIST!_~R. BL~-W/B
93462il1 C WIRE ELECTRICAL 20 AWG -1
93462222 C WIRE ELECTRICAL 20 AWG -2
93462333 C WIRE ELECTRICAL 20 AWG -3
93943001 A CONTACT. SOCKET, SERIES .090
lsi43400 R ~ONN ASSY 61 PiN iii
00865003 H G80M SIR REl 0.453 10
2455ij7~7 J
PIN TAPER
24500810 H INSULATION SlEEVING ELECT
24548301 J WIRE ELECt 24 AWG - 0
24548303 J WIRE ELEe STRO INS. UL APPO
24548307 J WiRE ElEe STRO INS. UL APPO
3QOQQ9Ql R CONN. R;CP ElEe 61 PIN CONT
30000902 R FEMALE CONTACT
31000001 8 WIRE, 24G4 TWIST, PRe BR-W/RO
31000002 B WIRE, 24GA TWIST, PRe BR-W/YE
31000003 . R loll of:. 24GA TIJT ... T - " ' " BR"'W/BL
31000004 B WIRE; 24GA twigt; ~~: BR-W/GY
31000005 B WIRE, 24GA TWIST, PRe BR-W/8L
31000006 B WIRE. 24GA TWIST, PRe RO-W/RO
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
3
3
3
3
3
3
3
3
~
3
3
3
3
3
3
3
3
3
3
3
2
3
3
3
3
3
3
3
3
3
3
3
3
3
3
REV
N MODEL i738-A DisK PACK CONT
K
4-4
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
lN
IN
IN
IN
IN
iN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
I~
IN
IN
ECO-NO
01';763
01$763
015763
01~763
011;763
0!C;763
015763
015763
oiS763
0}S763
015763
Oi~513
0!~513
01",864
016864
OHZ95
014295
Oi~965
013248
014295
Oij248
014295
0 -t4295
0 4295
Oi4295
015787
015787
Oi5787
01c:;787
014295
014295
014295
1738 A
LEV E L
3
3
3
3
3
j
3
3
3
3
3
3
3
3
3
17845400
PART-NO REV
31000007
31000008
31000013
3io00014
31000015
31000016
31000017
31000018
31000021
31000022
3}000024
3]000025
31000026
310l)Q027
B
B
3]000028
R
B
B
B
B
B
B
A
B
B
B
3]000029
B
1~143?OO
2
3
3
3
3
3
3
3
3
3
3
3
N MOnEL 1738-A DISK PACK CONT
008??og3
2450070 7
245008}0
24548301
24548303
2~5!~3Q7
8
B
B
H
J
H
J
J
J
R
R
B
~
3QOl)Q9Q1
3000Q902
31000001
3}OOO()02
3}01)Q023
3}000004
31000005
3jooooo6
3l0l)QQI)7
3}000008
3
3
31000014
31095~13
B
A
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
2
3
3
3
3
3
B
B
B
B
B
B
B
310~~~I5
A
310QQ016
31000017
310000}8
3i OQQQ21
31000022
31000024
3iOOQ()25
31000026
3)000027
3)OOO()28
3io00029
18143600
00865004
24500707
24500810
R
A
R
B
A
B
B
B
R
B
B
C
H
J
H
245483Ql
J
24548303
J
DESCRiPTION
WIPE, ?4GA TWIST, PRo Rn-W/YE
WIRE, 24GA TWIST, PRo RO-W/BL
WIRE, 24GA TWIsT, pRo OR-W/BL
WIRE, ?4GA TWIST, eRe OR-W/GY
WIRE, 24GA TWIST, PRo OR-W/BL
WIRE, 24GA TWIST, PRo YE-W/R
wIRE, 24GA TW~ST' pRo YF-W/yE
WIRE, 24G~ TWIsT, PRo YE-W/BL
WIRE. 24GA TWI$T, PRo GR-W/RO
WIRE, 24GA TWIST, PRo GR-W/YE
WIRE, 24GA TwIST. pRo GR-W/GY
WIRE, 24GA TWIST, PRo GR-W/BL
WIRE, 24GA TWIST, eRe BLU-W/R
WIRE, 24GA TwiST, PRo BLU-W/Y
wIRE, 24GA TWIST, pRo BLU-W/B
WIRE, 24GA TWl~T,_PR. BLU-W/B
CONN ASSY61 PYN lAc
GROM.SIR REL 0.453 10
PIN TAPER
iNSULATIO~ SLEEVING ELECT
WIRE ELECT 24 AWG - ()
WIRE ElEC STRD INS. UL APPD
WIRE ElEe STRO INS. UL APPD
CONN. RECP ElEe 61 PIN CONT
FEMALE CONTACT
wIRE, 24GA TwIST, pRe BR-W/RD
WIRE. 24GA TWIST, ~R. BR-W/YE
WIRE. 24GA TWIST, PRe BR-W/BL
wIRE, 24GA TwIST, pRe BR-W/GY
WIRE, 24GA TWIST, PRe BR-W/BL
WIRE, 24GA TWIST, pRe RO-W/RD
WIRE, 24GA TwiST, PRe RD-W/YE
wIRE, 24GA TwIST' pRe RD-W/BL
WIRE, Z4GA TWIST, PRe OR-W/BL
WIRE. 24GA TWIST, PRe OR-W/GY
WIRE. 24GA TWIST, PRe OR-W/BL
WIRE. 24GA TWIST, PRe YF-W/R
WJRE, 24GA TWIST, PRe Y~-W/YE
WIRE, 24GA TWIST, PRo YE-W/Bl
WIRE, 24G4 TWIST, pRe GR-W/RD
wIRE, 24GA TwIST, PRe GR-W/yE
WIRE, 24GA TwiST, PRe GR-W/GY
WIRE. 24GA TW~ST, PRe GR-W/BL
WIRE, 24GA TWIST, PRe BLU-W/R
wIRE. 24GA TwIST' PRe BLU-W/Y
WIRE, 24GA TWIST, PRe BLU-W/B
WIRE. 24GA TWlST._PB. BLU-W/B
CONN ASSY 61 PYN lRl
GRQM SIP REl 0.468 10
PIN TAPER
jNSULATJ9~ SLEEVING ;LECT
WIRE ELECT 24 AWG - 0 __
WIRE ELEC STRD INS. UL APPO
Een-NO
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
RFV K
4-5
N MODEL 1738~A DISK PACK CONT
1738 A
]7845400
LEV E l
PART-NO REV
DESCRIPTION
24548307 J WIRE ElEC STRD INS. Ul APPO
3QOQQ9Ql R CONN. RECP ElEe 61 PIN CONT
3000Q9Q2 R FEMALE CONTACT
3}00QQOl R WIRE. 24GA TwiST, PRe BR-W/RO
310QQ()Q2 8 WIRE, 24GA TWIST, PRe BR-W/YE
31000003 R WIRE, 24GA TWIST, pRe BR-W/BL
31000()Q4 B WIRE, ?4GA TWIST~ PRe BR-W/GY
31002013 B WIRE, 24GA TWIST, PRe OR-W/BL
31000014 8 WIRE. 24GA TwiST, pRe OR-W/GY
31000015 B wIRE, 24GA TwiST, pRe OR-W/Bl
31000016 R WIRE, 24GA TW~ST. PRe YE-W/R
WIRE, 24GA TWIST, eRe GR-W/Bl
= WIRE, 24GA TWIST, pRe BlU-W/R
31000027 B WIRE, 24GA TWIST. pRe BlU-W/Y
3]000029 B WIRE, 24GA TW!~T, PRe BlU-W/B
1~143?20 F CONN ASSY 61 PTN-le2
008650Q5 H GROM StR REl 0.391 IO
24500707 J PIN TAPER
245008jO H INSULATION SlEEVING ELECT
24548301 J WIRE ELECT 24 AWG - 0
24548303 J WIRE ElEC STRD INS. UL APPO
24-5.6301 J WIRE ElEC STRD INS. UL iPPo
30000901 R cONN. RECP ElEe 6i PIN CONT
30000902 R FEMALE CONtACT
3100000 1 B WIRE. 24GA Tw ST. PRe BR-W/RO
31000002 B WIRE. 24G4 TWIST. PRe BR-W/YE
31000003 8 WIRE. 24GA TWIST' pRe BR-W/Bl
31000004 B WIRE, ?4GA TWIST, PRe BRwW/GY
3ioooo13 B WIRE, 24GA TWIST, pRe OR-W/RL
3iO~QOi4
B WIRE, 24GA TWIST, PRe OR-W/GY
31000015 8 WIRE, 24GA TWIST. ~R. OR-W/BL
31000016 R WIRE, 24GA TWIST, PRe YF.-W/R
3io00022 8 WIRE. 24GA TWIST. pRe GR-W/YE
3!OQQ023 8 WIRE. 24G4 TWIST, PRe GR-W/BL
3}OQQ025 B WIRE, 24G4 TWlsT, pRe GR-W/BL
31000026 B WIRE. 24GA TWIST, PRe BLU-W/R
3100Q021 B WIRE, 24GA TWIST. PRe BLU-W/Y
3)000029 8 WIRE. 24GA TWIST,_PR. BLU~W/B
18143800 R CONNECTOR ASSY. 61 pIN ICI
00865004 lot GROM STR REL 0.468 10
24500707 J PIN TAP~R
24500810 H INSULATION SLEEVING ELECT
24548301 J WIRE ELECT 24 AWG - 0
24548303 J WIRE ElfC STRO INS. Ul APPO
24548301 J WIRE ElEC STRO INS. UL APPO
300009()l R CONN. R~~P ELE~ 6i PIN ~ONT
30000902 R FEMALE CONTACT
31000001 R WIRE. 24GA TWIST, PRe BR-W/RD
31000002 B WIRE. 24GA TWIST. PRe BR-W/YE
3)00{)(>03 8 WIRE, 24GA TWIST, pRe BR-W/Bl
31000004 B WlRE. 24GA TWIST, pRe BR-W/GY
31000005 e WJRE. 24GA TWIST, PRe 8R-W/Bl
31000006 B WIRE, 24GA TWIST, PRe RO-W/RD
~
3
3
3
3
3
3
3
3
3
3
3
3
3
3
ng~~8~~
2
3
3
3
3
3
3
3
2
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
REV
K
4-6
ECO-NO
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
lINN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
ob844
01';787
0115787
01':;187
01;782
013 78 2
IN 011782
IN 01~782
IN 014178
IN 0!4178
IN 011 78 2
IN 01:1782
IN 01;182
IN 0}1844
IN
IN
IN
IN
IN
IN
IN
IN
IN oi~018
IN
IN
IN
IN
IN
IN
1738 A
]7845400
LEV E L
PART-NO REV
DESCRiPTION
31000007 B WIRE, 24GA TWIST~ PRe RD-W/YE
3ioooo08 8 WIRE. 24G4 TW~ST, PRe RO-W/BL
310QQQ09 B WIRE. 24GA TWIST. PRe RO-W/GY
3]000010 8 WIRE, 24GA TwIsT, pRe RD-W/BL
31000011 B WIRE, 24GA TWIST, PRe OR-W/RD
3iooo~i2 8 WIRE, 24GA TWIST. ~R. OR-W/YE
31000013 R WIRE, 24GA TW~ST, pRe OR-W/BL
3100001 4 8 WIRE, 24GA TWIST, pR. OR-W/GY
31000015 B W~REt 24GA TWIST, PRe OR-W/BL
31000016 B WIRE. 24GA TWjST, PRe YE-W/R
3ioQQOi7 B WIRE, 24GA TWIST, PRe YF-W/YE
310000]8 B W~RE, 24GA TWIST. PRe YF.-W/BL
3}009Q19 B WIRE, Z4GA TwiST, pRe YF-W/GY
310000 20 R WIRE, 24GA TWIST, PRe YE-W/BL
31000021 8 WIRE. 24GA TWIST, PRe GR-W/RD
31000022 B wIRE, ?4GA TWI.ST, pR. GR-W/YE
31000023 B WI,RE, ~4G~ TWI,ST, PRe GR-W/BL
3100002 4 B WIRE, 24G4 TWIST, pRe GR-W/GY
3~OQQ~25
B W~RE. 24G4 TWI,ST, PRe GR-W/BL
31000026 B WIRE, 24GA. TwiST, pR. BhU-W/R
3100002 7 R WI,RE, 24G~ TWI,ST, ~R. BLU_W/Y
31000028 B WIRE. 24GA TWIST, PRe BLU-W/B
3j000029 R WIRE. 24GA TWIST,_PR. B~U __ W/B
18143900 B CONNECTOR ASSY. 61 pIN 1C2
008~~OQ4 H GR.OM SIR REL 0.468 10
24500707 J ~IN TAPER
.'
24500810 H I~SULATI9~ SLEfVING ELEcT
24548301 J WIRE ELECT 24 AWG - 0
24548303 J WIRE ElEe STRD INS. UL APPD
2~5~~3Q7 J WIRE ElEC STRD iNS. UL APPD
30000901 R CONN. RECPELEC 6) PIN CONT
30000902 R FEMALE CONTACT
31000001 R WI,RE, 24G4 TWIST, PRe BR .. W/RD
3}OQQQQ2 B WIRE, 24G4 TWIST. pRe BR-W/YE
3)OQOQQ3 8 WIRE, 24GA. TwIST' pRe BR-W/BL
31000004 B WI,RE, 24GA TWIST. PRe BR-W/GY
3iooo005 A WIRE, 24GA TWIST, PRe BR-W/BL
310~~~~6
R WI,RE, 24GA TWI,ST, pRe RO-W/RO
3)000007 8 WIRE, 24GA TwIST. PRe RD-W/YE
31000008 B WIR.E, 24GA TWIST~ PRe RO-W/BL
3iooooo9 B WIRE, 24GA TWIST, PRe Rn-W/GY
31000010 R WIRE. 24GA TWIST, PRe RO-W/BL
31000011 R WIRE. 24G4 TWI,sT' pRe OR-W/RD
31000012 R WIRE, 24GA TWIST, PR, OR-W/YE
3iooooi3 8 WIRE, 2464 TWIST. PRe OR-W/Bl
3}OP9014 B WIRE, 2464 TWIST, PR, OR-W/GY
31000015 R WIRE, 2464 TwlsT, pRe OR-W/Bl
31000016 B WIRE, 24G4 TWIST, PRe Yr:-W/R
3ioi66i7 R WiRE. 24G4 TwiST, PRe YF.'-WIYE
3iO~~Oi8
R WIRE. 2464 TWIST, PRe YF-W/Bl
310000}9 R WIRE, 24G4 TWlST, pRe Yf-W/GY
3i050020 R WIRE. 246A TWIST, PRe YF-W/BL
31000021 8 WIRE. 24GA TWIST, pRe GR-W/RO
3
3
3
3
3
3
3
3
3
3
3
3
3
3
~
3
3
3
3
3
3
2
3
:3
3
3
3
3
3
:3
3
3
3
3
3
3
3
3
3
3
~
3
3
3
3
3
3
3
3
3
3
N MOOEL j73R-A DisK PACK CONT
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
I,N
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
01M78
01;'078
01;'078
01,,078
01;'078
OiM78
01A078
01,,078
R;:-V
4-7
K
1738 A
lEV E l
2
PART-NO REV
1~144()QO
3
3
3
3
3
3
3
3
00865004
2450Q707
24500810
24548301
2454A303
245493"7
30000901
30000902
3
3
31000001
3
3
3
3
3
3
3
3
3
3
~
3
3
~
3
3
3
3
3
3
3
3
3
2
3
3
3
3
3
3
3
3
3
3
3
3
3
j
3
310Qq~Q2
3)oggqg3
3100000 4
3iooo005
3JOQQ(lQ6
31000007
°
H
J
H
J
J
J
R
R
B
R
R
R
R
B
8
3ioQQQQ8 8
31000009
310QQI)lO
31000011
3}000012
31 0 0Q Oll
3100001
31000015
3]ooooi7
31000018
3)000019
31000020
31000021
3iO~~~22
3}000023
31000024
31000025
3)OQQQ26
31000027
31000028
)8144100
00865004
24500707
24500810
24548301
24548303
2454830 7
30000901
A
B
8
8
R
R
R
B
B
R
R
B
B
8
8
R
8
R
B
D
H
J
H
J
J
J
31000003
31000004
R
R
R
B
R
R
3t888US5
3-- ___ .6
R
R
31000007
B
R
30000~02
31000001
31000002
iioooOn8
DESCRiPTION
PIN CONN CARLE ASSY 10i
G80M SIR REl 0.468 10
PIN TAPER
i~SUlATIO~ SlEtVING ~lECT
WIRE ELECT 24 AWG - 0
WiRE ElEe STRO INS. Ul APPD
WIRE ElEe STRD iNS. Ul APPO
CPNN. R~CP.ElEC 61 PIN cONT
FEMALE CONTACT
WIRE, 24Gi TWIST, PRe BR-W/RD
WIRE, 24GA TWIST, pRe BR-W/YE
WIRE, 24G~ TwIsT, RR. BR-W/8L
WIRE, 24GA TWIST, PRe BR-W/GY
WIRE. 24GA TWIST, PRe BR-W/8l
WIRE, 24GA TWIST, PRe RO-W/RO
WIpE, ?4GA TwIsT, PRe RO-W/yE
W18E, 24G~ TWIST, PRe RO-W/8l
WIPE, 24GA TWIST. PRe RO-W/GY
WIRE' 24G4 TwisT. PRe RO-W/8L
WJRE, 24G~ TwIsT. eRe 0R-W/RD
WIRE, 24GA TWIST, PRe OR-W/YE
WIRE' 24GA TWisT, PRe OR-W/Bl
wIRE. 24GA TwIsT' pRe OR-W/Gy
WIPE, 24GA TWIST. pRe OR-W/BL
WIRE, 24GA TWIST, PRe YE-W/YE
WIRE. 24G4 TWIST. PRe YE-W/Bl
WIRE, 24GA TWhTt pRe YF'-W/Gy
WJ.RE, 24GA TWIST, PRe YE-W/Bl
WIRE, 24GA TWIST, pRe GR-W/RO
WIRE, 24GA TW~ST, PRe GR-W/YE
WIRE, 24GA TWIST, pRe GR-W/BL
WIRE, ?4GA TW~ST, pRe GR-W/GY
WIRE, 24GA TWIST, p'R. GR-W/Bl
WIRE, 24GA TwiST, PRe BlU-W/R
WIRE, 24GA TWIST, pRe BLU-W/Y
WIRE, 2~GA TWIST eRe BLU-W/B
6} PIN CONN CARLE ASSY )02
G80M SIR REl 0.468 10
PIN TAPER
jNSUlATIO~ SLEf.VING ELEcT
WIRE ELECT 24 AWG - 0
WIRE ElEC STRO INS. Ul APPD
WIRE ELEC STRD INS. Ul APPD
CONN. RECP ElEr 61 PIN cONT
FEMALE CONTACT
WIRE. 24GA TWIST, PRe BR-W/RD
WIRE. ?4GA TwiST, PRe BR-W/YE
wIpE, 24GA TWIST, P'R. BR-W/Bl
W!RE, 24GA TWIST, pRe BR-W/GY
WIRE. ?4GA TWIST. pR. BR-W/BL
WIRE. 24GA TWIST, PRe RO-W/RD
WIRE, ?4GA TWIST, pRe RD-W/YE
WIRE, 24GA TWIST, PRe RO-W/BL
61
REV K
4-8
Eca-NO
IN
IN
IN 01';787
IN Oi!;787
IN
IN
IN
IN
IN Oi"078
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
~~
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
0)),078
016078
01f!078
01;'078
016078
01"078
oi;,078
oii;787
011;787
oii;787
1738 A
17845400
L E VE L
3
3
3
3
3
PART-NO REV
DESCRIPTION
31000009 A WIRE, 24GA TWIST, PRo RO-W/GY
A WIRE. 24GA TWIST, PRo Ro-W/BL
3'OQ~0!O
31000011 A WIRE, 24GA TWIST, PRo OR-W/RD
31000012 R WIRE, 24GA TWIST, PRo OR-W/YE
3100001 3 R WIRE. 24GA TWIST, PRo OR-W/BL
31000014 A WIRE. 24GA TWIST, pRo OR-W/GY
3]000015 B WIRE, i?4GA TwI.ST' pR. OR-W/BL
31000017 A WIRE, 24GA TWIST. PRe YE-W/YE
310000}8 A WJRE, 24 6 A TWIST, PRe YE-W/BL
3iOQQfli 9 B WJRE. 24 GA TWIST, PRe Yr:-W/GY
310QQQ20 A WIRE, 24GA TWIST, pRo YE'-W/BL
3]000021 B WIRE, 24GA TWIST, PRo GR-W/RD
18i44200 B CONNECTOR ASSY 6} PIN lEI
onR6Soo3 H G~OM SIR REL 0.453 10
24500707 J £lIN TAPER
24500810 H INSULATION SLE~VING ELECT
J
745483Ql
WIRE ELECT 24 AW6 - 0
24548303 J WIRE ELEe STRD INS. UL ~PPD
24548307 J WIRE ELEC STRO INS. UL APPD
30000901 R CONN. RF,:CP ELEe 61 PIN CONT
30000 9 02 R FEMALE CONTACT
31000001 B WIRE, 246A TWIST, PRo BR-W/RD
3 10 99()Q2 R WIRE, 24GA TWIST, pRe BR-W/YE
31000003 B W~RE, 24GA TWIST, pRo BR-W/BL
3100000 4 A WIRE, 24GA TWIST, pRo BR-W/GY
3}OOQQQ5 A WJRE, 246A TWIST, pRe BR-W/BL
3jnQQQI)6 A WlRE, 24GA TWIST, PRo RD-W/RD
3100000 7 A WIRE, 24GA TwIST, pRe RO-W/yE
3)00000 8 R WIRE, 24GA TWIST. PRe RD-W/BL
3100000 9 R WIRE, 24GA TWIST, PRo RD-W/GY
3!O2~0!0
B WIRE' 24GA TWIST, PRo RO-W/BL
310QQQ11 R WIRE. 24GA TWIST, pRo 8R-W/RO
3}000012 B WIRE, 24GA TWIST, pRo R-W/YE
31ooooi3 R WIRE, 246A TWIST, pRo OR-W/BL
31°QQOH 8 WIRE' 24G4 TWIST. pRo OR-W/GY
31000015 B WIRE, 24GA TWIST. pRo OR-W/B L
3100001 6 R WIRE. 24GA TWIST, PRo YE-W/R
3100001 7 R WIRE, 24GA TWIST, PRe YE-W/YE
3100QO,8 R WIRE. 24GA TWIST. PRo Yf,:-W/BL
31000019 8 W~RE. 24GA TWIST. pRo YF-W/Gy
3i- 000020 B WJRE, 246A TWIST, PRo YE-W/BL
31000021 R WIRE. 24GA TWIST, pRe GR-W/RO
3!O~~~22 R W~RE. 24GA TWIST, PRo GR-W/YE
31000Q23 R WtRE, 24GA TwIST, pRo GR-W/BL
31000024 R W~RE, 24GA TWIST, PRo GR-W/GY
3!OOOOZ5 R WIRE, 24GA TWIST, eRe GR-W/BL
310QQ026 A WIF~E , 24GA TWIST, PRo BLU-W/R
31000027 A WIRE, 24GA TWIST, PRo B~U-W/Y
3}000028 R WIRE, 24GA TWIST, PRe BLU-W/B
3)OOOO?9 R WIRE, 24GA TWIST, PRe BLU-W/B
1~144390 R CONNECTOR ASSY 61 PIN lE2
OOA65003 H GROM SIR REL 0.453 10
24500707 J PIN TAPER
~
3
3
3
3
3
2
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
2
3
3
N MODEL 173R-A OYSK pACK CONT
ECn-NO
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN 01;'078
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
~~
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
Oi~078
01M78
oi~078
01~078
01M78
OiA078
01;'0 78
01;;513
RFV K
4-9
1738 A
17845400
L E VE L
3
3
PART-NO REV
DESCRIPTioN
24500810 H INSULATION SLEEVING ELEcT
24548301 J WIRE ELECT 24 AWG .. 0
24548303 J WIRE ELEC STRO INS. UL APPD
245,e307 J WIRE ELEC STROwINS. UL APPO
30000901 R CONN. Rf.CP ELEC' 61 PIN CaNT
30000902 R FFMALE CONTACT
3iOOQOOl R WIRE, 24GA TWIST, PRo BR-W/RO
3iOQ~OQ2 A WIRE, 24GA TWIST, PRo BR-W/YE
3}OQQQQ3 A WIRE, i,l4GA TWIST, pRo BR-W/R~
3}OQOQ04 B WIRE, ?4GA TWIST, PRo BR-W/G
311'10000 5 R WIRE, ?4GA TWIST, PRo BR-W/BL
31000006 B WIRE, ~4GA TWIST, PRo Ro-W/RD
3100001'17 8 wIRE, 24GA TWISTt PRo Rn-W/yE
31n290Q8 R WIRE, i,l4GA TWIST, pRo RO-W/BL
3}000009 R WIRE, 24GA TWIST, PRo RO-W/GY
-0000-0 B WIRE, i,l4GA TWIST, PRo RO-W/BL
8
WIRE, 24GA TWr~T, PRo OR-W/RD
311'100012 B W!RE, 24GA TWIST, PRo OR-WIVE
311'100013 B WIRE, 24GA TWIST, eRe OR-W/BL
3!OQQQ!4 R WIRE' 24GA TWIST. pRo OR-W/GY
311'101'1015 A WIRE, NGA TWIST. PRo O~-W/BL
3inooni"6 B WIRE, 24GA TWIST, PRo VF-W/R
31noooP A WIRE, 24 GA TWIST, PRo YE-W/YE
31000018 R WIRE, 24GA TWIST, PRo VE'-W/BL
311'101'11'119 A wIRE, 24GA TwIST' PRo VF-w/GY
310001'120 B WIRE, 24GA TWIST, pRo Yf:-W/BL
311'100021 B WIRE, 24GA TWIST, PRo GR-W/RO
3}onnQ<2 R WIRE. 24GA TWIST, PRo GR-W/YE
1~144~QQ
C CONN ASSY 61 PiN Fn}
01'1865004 H G~OM S!R REL 0.468 ID
24 5 00 1 07 J elN TAPER
24 500 810 H INSULATION SLEEVING ELEcT
2454R301 J WIRE ELECT 24 AWG - 0
2454A303 J WIRE ELEC STRO INS. UL APPD
2454~307
J WIRE ELEe STRO INS. UL APPO
30QOQ 9 01 R CONN. RECP ELEr ~i PIN CONT
R FEMALE CONTACT
300QQ~Q2
31000001 B WIRE, 24<1A TWIST, PRo BR-W/RO
31 0 QQOQ2 R WIRE, 24 GA TWlST, PRo BR-W/YE
311'11'101'11'13 R wIRE, 24GA TwIST' pRo BR-W/BL
3100;)004 A WIRE, 24<1A TWIST, PRe BR-W/GY
3100000 5 R WI RE, ?4 GA TWIST, PRo BR-W/BL
31000006 R WIRE. 24GA TWIST, PRo RD-W/RD
3]000007 B wIRE, 24GA TwIST' PRo RD-W/VE
3100000 8 8 WIRE, 24GI\ TWIST, PRo RO-W/BL
310000a 9 R WIRE. 24GA TWIST. PRe RO-W/GY
311'100010 R W~RE, 24GA TwjST, PRe RO-W/BL
3i009011 R WIRE. 24GA TwIST, PRe OR-W/RO
310000)2 R WIRE. 24GA TWIST, PRe OR-WIVE
... ... ...,.. . "'"
31000013 R WIRE, ?4<1A TW!ST, PR= nC.W.lDI
3}OQry oi4 R WlRE. 24 GA TWJST, PRe OR-WIG V
3](100015 R WIRE, ?4GA TWlST, pRe OR-W/BL
310000i"6 R WIRE. 24<1A TWIST, PRo Vi:--W/R
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
2
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
N MODEL 173A-A DisK PACK CONT
jiooiloiI
~
REV K
4-10
~
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
T .,
.I.'~
IN
IN
IN
ECn-NO
01-~078
1738 A
17845400
LEV E L
PART-NO REV
nEScRIPTION
31000017 R WIRE, 24GA TWIST. ~R. YE-lrUYE
3joQQoI8 A WJRE. 24G* TWIST, PRo YF.-W/BL
3}OQQ01 9 8 WIRE, 24GA TwIST, pRo YF-W/GY
31000020 B WIRE, 24GA TWIST, PRe YE-W/BL
3]000021 8 WIRE. 24GA TWIST, pRo GR-W/RD
3i 0 9Q 0 22 B WIRE, 24GA TWIST, pRo GR-W/YE
31000023 A WIRE, 24GA TW~ST' pRo GR-~IIBL
31000024 R WIRE, 24GA TWIST. PRe GR-W/GY
3100002 5 A WIRE, ?4GA TWIST, PRo GR-W/BL
31 0 QQ 0 26 B WIRE, 24GA TwiST, PRe BLU-W/R
3JOQI)027 8 WIRE, 24GA TWIST, PRo BLU-W/Y
31000028 R WIRE, 24GA TW~ST, PRo BLU-W/B
3io0002 9 R WIRE, 24GA TWIST. eRe BLU-W/B
18 1 445 00 C CONNECTOR ASSY 61 PIN IF2
OOR9',?004 H GROM SIR REL 0.468 ID
24500707 J PIN TAPER
24500810 H INSULATION SLEEVING ELEcT
24548301 J WIRE ELECT 24 AWG - 0
24548303 J WIRE ELEC STRD INS. UL APPD
24548307 J WIRE ELEe STRO INS. UL jpPD
3900Q 9 91 R CONN. RECP ELEe 61 PIN cONT
30000902 R FEMALE CONTACT
31000001 A WIRE, 24GA TWIST, PRe BR-W/RD
3i ooo 0 02 R WIRE, 24GA TWIST, PRo BR-W/YE
31000003 A WIRE, 24GA TWIST, pRe Bp-W/BL
3100000 4 A WIRE, 24GA TWIST, PRe BR-W/GY
3100000 5 A WIRE. 24GA TWIST, ~R. BR-W/BL
3)001)01)6
A WIRE, 24GA TWIST, PRe RD-W/RO
31000007 A wIpE, 24GA TwIST, PRe RO-W/YE
3100000 8 R WIRE, 24GA TWIST, PRe RD-W/BL
3j" 00000 9 A WIRE. 24GA TWIST, PRe RO-W/GY
3i OQQOIO R WIRE. 24GA TWIST, PRe RD-W/BL
31000011 A WIRE, 24GA TW~ST, pR. OR-W/RD
31000012 A WIRE, 24GA TWIST, PRe OR-W/YE
31000013 A WIRE, 24GA TWIST, pRo OR-W/BL
3 10 QQQJ.4 B WIRE. 24GA TWIST, pRe OR-W/GY
310000}5 A wIpE, 24GA TwIST, pRe OR-W/AL
31000016 R WIRE, 24GA TWIST, PRe YE-W/R
3100001 7 A WIRE, ?4GA TWIST, pRe Yf;--W/YE
WIRE. 24GA TWIST, PRe YE-W/BL
31nQq(l~"8
A
3)1)00019 A wIpE. 24GA TwIST' pRe YF.-W/GY
31000020 A WIRE, 24GA TWIST, pRe YE-W/BL
31000021 A WIRE, 24GA TWIST, PRe GR-W/RD
3i OOO(l22 A WIRE, 24GA TWIST. pRe GR-W/YE
311'00029 A wIRE, 24GA TwIST, PRe BtU-W/B
1815RRQO C BRACKET ROTARY SWITCH
Ifl17ROQO C CONTROL PANEL ASSEMBLY
C SWiTCH ROT 2-17 pos 1 POL/SEC
18092201
CONTRO~ PANEL. WIR~ LIST
E
18J!j3QO
24500707 J PIN TAPFR
2450pfllO H INSULATIOI)! SLEEVING J;LECT
24548301 J
WIRE ELECT 24 I.\WG - 0
2454f1302 J WIRE ELECT 24 AWG INSULATED
3
3
3
3
3
3
3
3
3
3
3
3
3
2
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
2
2
3
3
4
4
4
4
N MonEL 1738-A DisK pACK CONT
4-11
ECO-NO
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
01'-078
Oi~078
01;'078
OJ,i:,078
01M78
01(,078
01,782
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN Oi9597
IN 019597
IN
IN 019597
RFV K
N MODEL i73B-A DISK PACK CONT
1738 A
17845400
L E VE L
4
4
4
4
4
4
4
3
PART-NO REV
OEsCRipTiON
24548303 J WIRE ElEe STRD INS. UL APPD
24548304 J WIRE ELEe STRO INS. UL iPPO
24548305 J WIRE ELEC STRO INS. UL APPO
24548306 J WIRE ElEe STRO INS. UL APPO
2454830 7 J WIRE ELEe STRO INS. UL APPD
24548308 J WIRE ElEC STRO INS. UL APPD
2454830 9 J WIRE EI..EC_STRO INS. UL APPO
G PA~El. CONTROL
181~98QO
A SWITCH,TOGGLE 3 POSITION-OPOT
24508~OO
24523001 A S~iTGH. PUSH SPST MOMENTARY
24533001 F LIGHT. INOICATOR
24535400 C ~wITCH TOGGLE DPDT_2 PO$ITION
18186800 A ANGLE.MOUNTING RELAY BRACKET
1820110 0 C CONNECTOR ASSY 3-PIN iGi
17896900 C CONNECtOR RECEp 3 CONTACTS
2450;;70 7 J PIN TAPF:R
24 5 00 8 01 H INSULATION SLEEVING ELECT
24 5 00 8 10 H INSULATION SLEEVING ELECT
310 8°001 B WIRE, 24GA TWIST, PR. BR-W/RD
182_2 0 QO A PLiTE cnN~ECTOR _.
18213100 B STR MKR WIDE MoDIFJED 25-42
11412700 B STRI~, MARKER l2Z-42)
1821-3200 A STRl~.MARKER.NAR MOD ~ol-i8)
iS15~100 A STgIP MARKER NARROW (01-21)
005 600 A EXTRUSIoN.NARRoW MARKER STRIp
18213300 A STp ~KR WIDE-MOD. (Ol-lS)
li412 600 R STRIP, MARKER (01-21)
~82~3400 A STp MKR NARROW_MOD. (25-42)
51 3200 A STRIp MARKER NARRO~ (22-42)
10057600 A EXTRUSION NARROW MARKER STRIP
16214100 A STeIP,MARKER,NARROW 19-?4
1005769 0 A EXTRUSION NARRP~ MARKER STRIP
H LOGIC wIRe: HB~
183~!400
K LEAD,ElECTRIC~L., 3 INCH.
245!l4Q~
3
3
3
3
2
2
3
3
3
3
3
2
2
3
2
3
4
2
3
2
3
4
2
2
3
3
J
J
:3
:3
:3
:3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
24511404
24511405
24511406
24511407
24511408
24511409
2451}410
24511411
24511412
245ii4j)
24511414
245jj"415
245jf4j6
245il4i7
245i141 8
24511422
245}1423
245ii424
24511425
24511426
24511427
24 5 11 428
245l!42 9
24511430
K
K
K
K
K
K
K
K
K
K
K
K
K
K
K
K
K
K
K
K
K
K
K
K
LEAD,
LEAD,
LEAD,
LEAD,
LEAD,
LEAD,
ELECTRICAL,
ELECTRICAL,
ELECTRICAL,
ELECTRICAL,
ELECTRICAL,
ELECTRICAL,
4
5
6
7
8
9
INCH.
INCH.
INCH.
INCH.
INCH.
INCH.
LEAD,ELECTRICAL.1D INCH.
LEAD,ELECTRICAL,II ~NCH.
LEAD,ELECTRIciL,i2 INCH.
LEAD,ElE~TRJC~L'13 INCH.
~EAD,ElECTRIC~L'14 INCH.
LEAD,ELECTRICAL.lS INCH.
LEAO,ELE~TR!C~L,i6 JNCH.
LEAD,ElECTRIC~L,i7 INCH.
LEAD,ELE~TRIC~L'i8 !NCH.
[EAO,EtECTRIC~t'22 I~CH.
EAD,E E~TRI.C~ ,23 I CH.
LEAO,ElECTRICAL'24 INCH.
LEAD.ELECTRIcAL,25 INCH.
lEAD,ELECTR!C~l.26 INCH.
LEAD.ELECTRICAL.27 INCH~
lEAO~ELE~TR!C~L,~8 INCH.
lEAD,ElECTRICAL'29 tNCH.
LEAD,ElECTRICAl,30 INCH.
REV M
4-12
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
~~
IN
IN
N
IN
IN
IN
IN
IN
IN
IN
IN
IN
Ecn-NO
01 9 59 7
0}9591
01 Q597
oI~599
019597
01;7 18
01R932
01 893 2
01R932
01:3718
01i'513
Oi~513
01?513
°1~513
01~5l3
01'3718
016571
IN
IN
IN
IN
IN
IN
022088
022420
022088
014778
022420
022088
IN
IN
IN
IN
IN
IN
IN
IN
IN
016571
016221
oi6571
015902
0}6571
016571
oiQ597
0}9597
Oi5902
I~ 016571
I 016571
IN 014 778
IN 016571
IN
IN
IN 015 9 02
IN O!6571
IN 01c;902
1138 A
11B454~0
LEV E L
PART-NO REV
24S1i431 K
24511432 K
2451i4~3
K
24Sii434 K
2451;435 K
18336900 A
24S00102 J
24500 1;'6 J
24S24804 N
24S2480S N
?4S43~Ql
A
93462000 C
93462222 C
9346;;»666 C
93464000 C
934642~2
C
93464666 C
1~3B2600
A
30116500 A
2450i2i4 A
24501502 R
24502214 C
24521400 G
24541900 8
24550801 J
25153100 A
10057600 A
25153200 A
1 ()()576QO
A
25156700 C
0902B002 B
25156101 C
25)56 8 01 C
?515~100
A
25160300 D
30004000 D
3
3
3
3
3
7.
3
3
3
3
3
3
3
3
3
3
3
2
3
2
2
2
2
2
?
7.
3
2
3
2
3
3
2
2
7.
3
2
3
3
7.
3
7.
2
2
2
2
7.
2
2
2
2
3000'+000
25161~OO
2
2
2?1~O~QO
18613300
25i61900
18683?QO
25162001
25162002
25184100
30000100
30002201
30008700
30fl13B02
30092702
3009270 6
30092710
30093502
N MonEL i138-A DisK PACK CaNT
n
D
~
A
D
8
C
C
A
K
L
C
C
E
F.
E
C
DESCRIPTION
LEAD,ELECTRICAL.3; INCH.
LEAD'ELECTRIC~L'32 INCH.
LEAD,ELECTRICAl.33 INCH.
LEAD.ELE~TRIC~L,34 INCH.
LEAD.ELECTRICAL.3S INCH.
Wl POWER
pIN TAeER
P.IN TAPER.
_
TERMINAL. LUG CRIMP-INSULATED
TERMINAL. LUG rRIMP-INSULATED
JUMPER. TERMINAL STRIP
WIRE ELECTRICAL 20 AWG -0
WIRE ELECTRICAL 20 AWG -2
WIRE ELECTRICAL 20 AWG -6
WIRE ELECTRICAL 16 AWG -0
WIRE ELECTRICAL 16 AWG -2
WI~E ELECTRICAL i6 .AWG -6
SHIELD CONNECTOR. LETTERED
SHIELD CONN REeP ELEc-LONG
STRIp TERMINAL
STRIP TERMINAL
ST~IP MARKER_i THRU 14
SWyTCH,ROTARY-A POLE,2-S POS
S~CKET, TUBE 8 CONTACT, OCTAL
RELA~, OCTAL SOCKET
.
_
STRIP MARKER NARROW '01-21)
EXTRVSION NARROW MARKER STRIP
STeIP MARKER NARROW (22-42)
EXTRUSION NARRoW MARKER STRIP
PLiTE,RETAINING, ELEC. ~ONN.
WELD NUT TYPE SN
PLATE CRS j6 GA (.059)
P[RETAINING ELEC. CONN
LATCH, CONNECTOB PANEL
MEMBER FR CHASSIS LEFT sIDE
AL ALy SpECIAL S~ApED SECTION
MEMBER FR CHAS RIGHT SIDE
AL ALY SPFCIAL SHAPED SEcTION
BAR MTGCQNN-MiDOLE (~1-42)
ALUM ALLOY BiR EXTRUDED
SPACER MODULE MIDDLE (01-42)
ALUMINUM ALLOY BAR EXTRUDED
MEMBER FR CHAS TOP AND ROT
ME~BER FR CH~S TOP.AND BOT
BRACKET TERMINAL STRIP
CONN REEpELEC 30 SOC CONT
CAP FXO ELECTROLYTIC
SKi iNGLE CHAssis ~RAME
SPACER
TEPM BLK 20 CAV REO
TERM BlK 20 CAV ALUE
TERM BLK 20 CAV ALACK
CLIP SPRING TENSION
ECO-NO
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
Ob81B
014234
01::1818
Oi,818
on267
OH234
01;:»S13
01;;S13
01(1827
01Q827
017378
017098
01?S13
014270
011718
01171B
011718
0}'3818
Ri:'V K
4-13
1738 A
17845400
L E VE L
2
2
2
2
2
2
PART-NO REV
A
3010380 0 A
3Q 193 9 QO C
3Q 1046QO 0
3Q1948QO H
30116600 B
93941003 R
25150901 M
00 8593 00 ~
A
OQ852~OI
OQ861000 A
Qo8{?37Q8 A
09005306 A
09018404 C
09024304 A
0902430 7 A
0902430 9 A
09029702 A
A
Q9 03i 6
A
0904020
09040209 A
09040100 A
1~125061
A
10125105 A
10125106 A
1{112510 8 ~
10125301 A
10125444 A
10125448 A
1012545 9 A
_2
1
2
2
2
2
2
2
2
2
2
2
2
2
3QO~36i4
Q!
2
2
'2
2
2
2
2
2
2
2
2
2
2
2
lO1254~3
10125605
1012 56 06
10125607
10125608
10126104
10126105
10126106
101264{1l
lQI2?113
10127114
]012 7 123
10127124
1012'7}42
1 n127I44
11554202
11554302
17901510
17981ii4
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
~
A
A
A
A
~
A
A
A
A
A
A
~
A
A
A
A
c."'C:Z,:PQU
245117~6
F
N
A
L
24515897
24524201
A
~""II-"'n~--'':ft
2
2
2
2
REV
N MODEL 1738-A DisK PACK CONT
A
. DESCRjPTIO~
COVER TERMINAL BOARD
PLATE, RETAINING, CABLE
STUD, EXTENSjOt:'
SUpPORT CONN, ASSY
.
HIt;lGE, 1/0 CONNECTOR PANEL
BRACKET- MOUNTING . SHIELD
CONNECTOR ,(SOCKET HOUSING)
PERIPHERAL CAB ASSY TYPE A
CATCH fRICTION.
CATCH FRICTION, CATCH
BALL!. BEARING.
CLAMP,_CABLE ELECIRICAL
SCR MAC~ FH SLOT 1/4
SeRe M~CH PAN HD P~L NO. 6
SCR MA~H HEX HD TR~MMED }/4
SCR MA~H HEX HO T~tMMED 1/4
SCR MACH.~EX loin T~IMMED 1/4
S~REW'_NICKEL BLACK
SCR CAP SOCKET BUT 1010 NO. 8
WASHER Lo~K -,DIS~_TypE
WASHER-~OCK-DISH TYPE
C~BLE'WIRE,COATEQ.
HEX 1010 MACH $CR 10-32
H~XAG8N M~CHINE S~REw ~UTS
HEXAG N MACHINE SCREW uTS
HEXAGON MACHINE SCREW NuTS
HEXAGON NUTS
82 FH MACH SeR SLOT DR 6-32
82 FH MACH SCR SLOT OR 6-32
82 FH MACH SCR SLOT OR 8-32
82JH MACH SCR SLOT OR 10-32
PLAIN WASHERS
P~!IN WASHERS
PL.!IN WASHERS
PLAIN WASHERS
iNiERN~l TOOTH LOCK WASHERS
INTERNAL TOOTH lOCt< WASHERS
INTERNAL TOOTH LOCK WASHERS
EXTERNAL TOOTH LOCK WASHERS
SCR MACH PAN PHL 6-32
SeR MACH PAN eHL 6-32
SCR MA~H PAN ~HL 8-32
SCR MACH PAN PHL 8-32
SCR MA~H PAN ~HL iO-32
SGe MACH PANPHL io-32
RETAINER CABLE
CLAMP, CARLE
6~32 SCR jHD RO(L ~HL 101, PAN
LENS INDICATOR~CORPORAT~ SW
EMBLEM. PRODUCT. IDENTIFICATION
LENS, IND. LIGHT
LAMP~ INCANDESCENT.
FI~TER LENS - CAp IND LT
K
4-14
Een-NO
IN 011818
IN
IN
IN
IN
IN
IN
~N
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
lN
IN
IN
IN
~N
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN Oii)666
IN 02;;805
IN
IN
IN
1738 A
17845400
L E VE L
2
2
2
2
PART-NO REV
DESCRIPTION
24524202 A FILTER LENS - ~~p IND LT
2453 69 00 R CO~N RE:CEPT. ELECT - 3 WIRE
2454)301 0 PI-ATE IDENT 1 3~4X3 112
24543546 U LENS, tND. L~GHT
24543549 U LENS, IND. LIGHT
25150601 0 pOOR ASSY-FRONT
00B57OO1 A CLIP, THUMB
OQ8598Q2 A C~TCH FRiCTION~ STRIKE
00867502 C ~IQ sEALA~T-METPj RED
lO1261n3 A INTERNAL TOOTH LOCK WASHERS
lQ1261Q4 A INTERNAL TOOTH LOCK WASHERS
1(112621 9 A HEX SCH CAP SCR (1960SER)6-32
10127112 A SCR MACH PAN eHL 6-32
1012 7 113 A SCR MA~H ~AN ~HL 6-32
1012 7 11 5 A SCR MACH PAN PHL 6-32
1012712 8 A scg MACH PAN PHL 8-32
17 9 365QO ~ EXTRUSION WINDOW MOULDING
??15?201 F FRAME OBSERVATioN WINDOw
00 8 60 9 01 A EM CS 26 GA
30l!;77QO E FRAME OASERVATION WINDOw
25156(\00 F WINDOW OBSERVATION DOOR
179 366Q2 0 GLASS WINDOW DOOR
25156300 A MEMBER FRAME DOOR SIDE RH
30003300 8 ALUMINUM ALLOY SPECIAL SHAPED
2S1S98QO 0 MEMBER FRAME DQOR-TOP AND BOT
30005400 A AL ALY ODOR FRAME
25159900 0 MEMBER FRAME DOOR-TOP AND BOT
300054QO A AL ALY DOOR FRAME
251611400 A MFMBER FR DR HINGE siDE LH
30003300 8 ALUMINUM ALLOY SPEcIAL SHAPED
25] 644 00 A PULL,DOOR
11 4 38 °0 A EXIRUSION DOOR_PUL~
30107 00 E F~AME ORSERVATION wINDow
30112 8 00 A SEAL RUBBER SPL SHAPED sECT
2?15i)7Ql C DOOR ASSV::,REAR.
00859802 A CATCH FRICTION. STRIKE
0(1867502 C L~Q SEALANT-MET PT_RED
09040450 B S gEw TAppING THR~AD CUTTING
lQ1261ij3 A INtERNAL TOOTH LOCK WASHERS
1012610 4 A INTERNAL TOOTH LOCK WASHERS
1i1l262j9 A H~X 5CH CAP SC~ (j960SER)6-32
lO127ij2 A SCR MACH PAN eHL 6-32
10127) Z8 A SCR MACH PAN PHL 8-32
2?1?6300 A MFMBER FRAME DOOR SIDE RH
30003300 R ALUMINUM ALLOY SPECIAL SHAPED
25159800 D -MEMBER FRAME DOOR-TOP AND BOT
3000154QO A AL ALY DOOR FRAME
25}59900 D MEMBER FRAME DoOR-TOP AND BoT
30005400 ~ AL ALY OOOR FR~ME
A MEMBER FR DR HINGE SIDE LH
251611400
300033QO f3 ALUMINUM ALLOY SPEcIAL SHAPED
221 644 00 A PULL~DOOR
1143AI00 A ExiRusioN DOOR puL~
2
2
3
3
3
3
3
3
3
3
3
3
3
3
4
4
3
4
3
3
4
4
3
3
4
4
3
3
4
3
2
3
3
3
3
3
3
3
3
3
4
3
3
3
4
4
4
3
4
N MODEL 173B-A DISK PACK CaNT
1
ECO-NO
IN
IN 01150 9
IN
IN
IN
IN
IN
IN
IN 017859
IN
IN
IN
IN
IN
IN
IN
IN 011617
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
017859
I~ 011690
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
RFV K
4-15
N MODEL 1738-A DisK PACK tONT
1738 A
17845400
LEV E L
PART-NO REV
DESCRIPTION
251 7 07 01 A PANEL. REAR DOOR
25150801 ~ LOWER P~NEL ASSY-SHORT
25151201
A RIM LATCH-POWER SUPPLY
25i51301 E BLOWER ASSy
8 13 4 90 A GROMMET RUBBER_l/~ 1.0.
00
0083B300 A NUT U TYPE 8-32 NC
00 8 65300 8 CLAMP FAN
C VANE, ACTUATOR
OQ~661Q2
10125103 A HfXAGON M~CHINF SCREW NUTS
10125105 A HE~AGON MACHINE SCREW NUTS
10125605 A PLAIN WASHERS
1012610 1 A INfERNAL TOOTH LOCK WASHERS
1('1126103 A INTERNAL TOOT~ LOCK WASHERS
lQ1271Q5 A SCR MACH PAN eHL ~-40
1012710 7 A SCR MA~H PAN eHL 4~40
1!P27Ij3 A SCR MACH PAN eHL 6~32
10]27114 A SCR MACH PAN eHL 6-32
l0127j)5 A SGR ~ACH PAN PHL 6-32
24 5 0120 4 A STRIP- TERMINAL
24 5 0220 4 C STRIP MARKER 1 THRU 4
.
24536500 C FA~ iXIAL 270~FM
24548200 R SWITCH. ROTARY LOW FORCE. N.C
2515812 0 D PLENUM, LOWER
25)582QO E pLENUM UppER_
25158301 C PL~TE. ,FAN MTG
25167300 A BRACKET,THERMOSTAT
25 1674QO A BRicKET, VELOCITY SWITCH
25172600 A wIeE T~B.RLOWER ~SSEMBLY
3Q0935Q2 C CLIP SPRING TENSION
30093 6 0 4 A COVER TERMINAL BOARD
30096206 A THERMOSTAT SKT MTG 80 OEG CL
93464666 C WIRE ELECTRICAL 16 AWG -6
25i536QO R BRACKET BALL MTG
251543QO G FRAME TOP
25)54400 A GUSSET TOP
25154700 A GUSSET LOWER .
25}54900 G FRAME SIDE LEFT
25]550QO o FRAME SiDE RIGHT
25155100 A ANGLE MTG-END SKIN
251553QO D PANEL END
25]55500 ~ PANEL TOP HALF
25156100 A ARKT, TOP PANEL
25157401 F BASE HALF
25]57600 A LEG,RASE
2515 84 01 A REtE~TA~LE~ TURNLO~K FASTENER
A _RE'CEP TURNLOCK FASTENER L.H.
25]58501
25160500 B BLOCK CABLE RETAiNFR DOOR
25161200 A COYER, FILTER OPENING
25 1 6]3°1 ~ FILTER, MOOIFItATION
25162601 A ANGLE DOOR LATCH
25162602 A ANGLE DOOR L~TCH
~~1756ijl
J
PA~EL ASSY, TEMP MONITOR
008382 00 J NUT U TYPE NO. 6-32NC
3
~
2
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
'2
2
2
2
2
2
2
2
2
2
2
'2
2
2
2
2
2
2
'2
2
3
Een-NO
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN Oh274
IN
IN
IN
IN
IN
IN
IN Oi~274
IN
IN
IN
IN
IN
I~
IN
IN
IN
IN 011274
IN 013274
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
~
REV JK
4-16
1738 A
17845400
LEV E L
PART-NO
09000402
09026401
3
3
3
3
3
3
1Q12516 5
1012510 6
10125 6 0 5
10126103
lii12610 4
10127112
10127124
24 5 01 5 06
2 45 01 5 10
24513600
245}8201
24550602
24 55 0 8 01
25 168700
25169600
3
3
3
3
3
3
3
3
3
3
3
3
25]77 6 Ql
4
4
4
4
4
4
4
4
4
3
2
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
2
3
3
3
3
3
17620300
245286}3
24547900
93462000
93462i11
9346?222
93462'333
9346?444
93467555
30092309
25175701
00 8 38300
09 04 0202
10125105
10]2560 6
1(1126104
1012 7 11 5
10i27120
1£1127121
lOlZ?lZ2
2 45 01 6 01
245916~3
245]8101
24518201
245}8203
2455 07 00
25]69300
25169400
25169~Q2
2517AOOI
17620300
18535801
24528~35
93467('100
93462222
N MODEL 1738-A DISK PACK CONT
A
A
A
~
A
A
A
R
13
E
C
F
J
A
D
o
C
G
8
C
C
C
C
C
C
R
H
A
A
A
A
A
A
A
A
A
G
G
H
C
C
C
n
A
R
F
C
D
G
C
C
DESCRIPTION
SCe MACH RIND HD SLOT NO. 6
NUT RING SPLINED
HEXAGON MACHINE SCREW NUTS
HEXAGON MACHINE SCREW NUTS
PLAIN WASHERS
INTERNAL TOOTH LOCK WASHERS
INTERNAL
TOOTH-. LOCK WASHERS
.SCR MACH PAN eHL 6-32
SCR MACH PAN PHL B-32
STRI~ TERMINAL
STRIP TERMINAL
SWITCH-TOGGLE DPDT
CONN FLEX 90 DE'G CONDUIT
CKr RRK S~ 115V 60CPS
RELAY, OCTAL SOCKET
COVER, CIRCUIT BREAKER
pANEL TEMpER~TURE MONITOR
WIRE_TABULATIO~ TE~P MON PNL
STRAP CABLE ADJUSTABLE
iNS SLEEViNG~ ~LEC-BULK
SOCKET. TUBE 8 CONTACT, OCTAL
WiRE ELECTRICAL 20 AwG
WIRE ELECTRICAL ~Q AWG -1
WJRE ELECTRICAL 20 AWG -2
WIRE ELECTRICAL 20 AWG -3
WIRE ELECTRICAL 20 AWG -4
WIRE EL~CTRICAL 20_AWG -5
THERMOSTAT FL MT 110 DEG OPEN
POWER BOX DISTRIBUTION
NUT U TYPE 8.32_NC
WASHER LOCK - DISH TYPE
HEXAGON MACHINE SCREW NUTS
PLiIN WASHERS
iNTERN~L TOOT~ LOCK WASHERS
SCR MACH PAN eHL 6-32
SCR MA~H PAN ~HL 8-32
SCR MACH PAN eHL 8-32
SCR MACH PAN PHL 8-32
BLOCK. TERMINAL
BLOCK. TERMINAL
CONN FLEX. CND AND CABLE
CONN FLEX 90 DFG CONDUIT
CO~N FLEX 90 DEG CONDUIT
TRANSFORMER ~4 VOLT
-BOX POWER DISTRIBUTION
tOVER. ROX -_P~R DIStRIBUTION
BUSS BAR DISTRIBUTION BOX
CARLE ASSY-TEMP MONItOR PANEL
STRAP. CARLE ADJUSTABLE _
TERMINAL SPADE FLANGED INS
iNS SLEFvING. FLEe-BULK
WIRE ELECTRICA~ 20 AWG -0
WIRE ELECTRICAL 20 AWG -2
.n
ECn-NO
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
Oln620
014124
01';294
01';294
015294
01C;294
0115294
015294
01C;294
01C:;294
01';294
011660
016640
017829
RFV K
4-17
1738 A
17845400
L E VE L
3
3
2
3
3
3
3
3
3
PART-NO REV ,
DESCRIPTION
93462333 C WIRE ELECTRICAL 20 AWG -3
93462444 C WIRE ELECtRICAL 20,AWG -4
25i?~7g1 C WIRE LISTING PERIPH CAB TP A
24500ao 4 H i~SULAttON SLE~vi~G ELE~T
245361n3 J Tf-RMINAL, SOLDERLE$S RING
24536 li O J TERMINAL. SOLDERLESS RING
245438Ql ~ JUMPER, TERMINAL_$TRIP ,
93462111 C WIRE ELECTRICAL 20 AWG -1
93462333 C WiRE ELECTRICAL 20 AWG .. 3
93464999 C WJRE ELECTRICAL i~ AWG ~9
935Q8 OOO R WIRE ELECTRICAL 14 AWG -0
93508555 R WIRE ELECTRICAL 14 AWG .5
93508999 A ~IRE ELECTRICAL i4.AWG -9
2518}901 C ASSY_CABLE PWR,DISTRIBUTION
17620300 C STRAP CABLE ADJUSTABLE
}8535801 I) TfRMINAL SPADE FLANGED INS
D TERMINAL SPADE FLANGED INS
185~~A04
24500512 E ~ARLE PWR_EL~CT i6 GA 2 COND
245286)5 G I~s SLEEVING. ELEe-8ULK
93462333 C WIRE ELECTRICAL zQ AWG ~3
93462555 C WIRE ELECTRICAL ~o AwG .. ~
93463000 D WJRE ELECTRICAL 18 AWG .. 0
93463444 0 WIRE ELEC!RICA~ ie AWG -4
25182102 C CABLE A$~Y-INDICATOR
00 863 702 A CLAMP, CA8~E ELECTRICAL
09018404 C SCR. MA~H PA~ HD PHL NO. 6
1"125105 A HE!AGON_MACHINE SCREW NUTS
10125605 A ~L~IN WASI:4ERS
10126103 A INTE~N~L TOOTH, LOCl:< WASHERS
17 6 20300 C STRAP CARLE ADJUSTABLE
2450Q~i4 H INSULATION SLE~viNG ELEcT
24 5 1100 5 D FANNING STRIP, RH
24511 6 01 D LAMPHOLDE8
24528635 G INS SLEEVING, FLE~-8U~K _
934620;;0 C WIRE ELECTRICAL 20 AW -0
93462111 C WiRE ELECTRICAL 20 AWG -1
93462222 C W!RE ELE~!RICAL 20 AWG -2
93462444 C WIRE ELECTRICAL 20 AWG .. 4
C WI~E E~ECTRICAL 20 AWG -5
9346~555
251842Ql E PLATE TERMINAL PWR CHASSIS
2518R71)1 E PERI~HERAL CAB SUB-ASSY
300 93414 A ~T~IP !E~M-M~RKE~ 14 CONT
30093502 C CLIP SPRING TENSIQN
3ijO?3 614 A CovER TERMINAL BQARD
3Q1Q81QO F LEAF. HINGE, ,=EFT HAND
3 0 11579 1 G - CASE, IDENT. PLATE
251517n2 K powER suppLy ASSY, 400 CyCLE
00836~O3 C R~TAtNEB~.NUT. SPEED
00852('101 H FAN, MUFFIN
Oillu-;t':ll A NUT, SELF-LOCKING CAP
00863 01 C KNOB, ~oNfROL '_
09005309 A SCR MACH FH SLOT 1/,4
o90i8504 A seR MACH PAN HD PHL NO. R
N
MonEL i73S .. A DiSK PACK CaNT
~
3
2
3
3
3
3
3
3
3
3
3
3
3
3
2
3
3
3
3
2
3
3
3
3
3
3
3
3
3
3
3
2
2
2
2
2
2
1
2
2
2
2
2
2
_.....
.
RF-V _K
4-18
.
Ecn-NO
I.N
IN
IN
IN
IN
IN
IN
I.N
IN
IN
IN
IN
IN
IN
IN
IN
IN
014018
01;'139
Oi~139
01"13~
~N 01;655
I.N oii655
IN
I~
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
I.N
IN
IN
IN
IN
oij147
Oi3147
Oij147
Oi~979
Oi6 950
~N
IN
IN
IN 0}j268
IN
IN Oi~779
IN
IN
IN
IN
1738 A
LEV E L
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
PART-NO
09018632
10125103
1~125105
10125106
10125301
1(;125606
10126101
lQ1261Q3
10126104
10126105
10126106
10127111
10127113
10127115
1 0121121
10127123
10127124
10127125
18263600
3
3
3
3
3
2
3
3
3
3
3
2
2
2
2
2
2
2
2
2
2
!~877jOO
00855012
179ijf5Q9
18 7 00100
18876900
93464666
1~877JOl
00855012
179Ql5Q9
18700101
18876900
93464222
2450j)08
24501502
2450j504
24502208
24 5 03Hll
2450~600
~
3
2
2
3
3
3
3
3
3
3
2 45 12 9 Ql
24518101
24 5 1 8 103
25154 6 00
25151500
25160700
00849900
25}60900
25170501
17620300
17924502
24500513
245 00Sg5
245286}6
24536103
24536109
A
A
A
A
A
A
A
A
A
A
~
A
A
A
A
G
A
F
C
B
C
C?
A
F
C
B
C
A
B
R
C
F
A
B
H
H
J
A
F.l
A
~
o
C
A
E
E
G
J
J
DESCRiPTION
seR MACH PAN.HO P~L NO. 10
HEXAGON MACHINE SCREW NUTS
HEXAGON MACHINE SCREW NUTS
HEXAGON MACHINE SCREW NUTS
HI;~AGON NUTS
~LAIN WASI:IERS
INTERNAL TOOTH LOCK WASHERS
INtERNAL TOOTH LOCK WASHERS
INTERNAL TOOTH LOCK WASHERS
INTERNAL TOOTH LOCK WASHERS
INTERNAL TOOT~ LOCK WASHERS
SCR MACH PAN PHL 6-32
seR MACH PAN eHL 6~32
SCR MA~H PAN ~HL 6-32
SCR MACH PAN eHL 8-32
SCR MA~H PAN ~HL 8~32
SCR MACH PAN eHL 8~32
SCR MACH.PAN PHL 8-32 ,
POWER SUPPLY IDENT PLATE
RECTIFiER ASSEMBLY
STANDOFF RUB. WITH THO INSERT
6-32 seR THO ROLL PHL H PAN
RECTIFIF.R~SILicON.;o AMPERE
HEAT SINK
wieE ELECTRICAL 16 AWG _6
RE~TIFIERASSEMBLY
_
STANOOFF RUB. WITH THO INSERT
6-32 SCR THO ROLL PHL H PAN
RECTiFIER SILICON io AMP
HEAT SINK_
.
WIRE ELECTRICAL j6 AWG -2
STRIP TERMINAL
STRIP TfRMINAL
STRIP TERMINAL
STRIP MARKER 1 THRU 8
CONT 15 AMP 3P-NO
FUSEHOLOER-INOiCATING
FUSE FAST ACTION
CONN FLEX. CND AND CABLE
CONN FLEX. CND AND CABLE
FRAME' POWER S~PP~Y
COVER POWER SUPPLY
G~!LL' _~owERSUppL~. .
METAL PERf STR SLOTS 1/4Xl 11
STRIKE LATCH - PWR SUP
W1RE TAR PWR SUP GR 2 400 CYC
STPAP CABLE ADJUSTABLE
LAREL WiRE MARK 1 THRU 33
CARLE eWR ELECT 16 GA 3 CONO
CARLE PWR_EL~Cr i~ GA 5 COND
INS SLEFVING, flEe-BULK
TERMiNAL. SOLDERLESS RING
TERMINAL. SOLDERLESS RING
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
014401
01A288
01A504
02;;254
01A801
01R288
01A504
02"254
Oi~779
01;779
01?779
011656
01~656
01':1656
RFV K
4-19
17845400
L E VE L
3
3
3
3
3
PART-NO REV
DESCRIPTION
93463000 0 WiRE ELECTRICAL 18 AWG -I)
93463222 0 WIRE ELECTRICAL 18 AWG '\"2
93463333 0 WIRE ELECTRICAL i8 AwG -3
934634~4
0 WIRE ELECTRICAL 18 AWG -4
93463666 0 WIRE ELECTRICAL ]8 AWG -6
93463999 0 WIRE ELECTRICAL i8 AWG -9
93464000 C WIRE ELECTRICAL 16 AWG -I)
C WIRE ELECTRICAL 16 AWG -2
934642~2
93464444 C WIRE ELECTRICAL ]6 AWG -4
93464555 C WIRE ELECTRICAL ]6 AWG '\"5
93464666 C WIRE ELECTRICAL 16 AWG ~6
93464999 C WIRE ELECTRICAL ]6 AWG -9
25185 901 0 WIRE LISTING-CABLE ASSY
176203QO C STRAP CABLE ADJUSTABLE
}85358]3 0 TERMINAL SPADE FLANGED INS
185)5820 D TERM SPADE F~GD INSULATED
G INS SLEEYING, ELgC-BULK
24528~38
93464 000 C WIRE ELECTRICAL 16 AWG -0
93464222 C WiRE ELECTRICAL i6 AWG .2
93464666 C ~IRE ELECTRICAL 16 AWG -6
390Q2000 E TRaNSFORMER VARIABLE-POWER
30002100 F REACTOR-TRANSFORME~-16V
30002503 J CIRCUIT. BREAKER 3 POLE iUX SW
30o?i 3 01 H VObTMETER 25 VOC
3010 8 301 K LEAF HINGE L.H.
5?30?600 A P.s. 6635_·12~ 37R-5B~ HZ R.H.
60120 7 00 K CONTROL DATA PQWE S PLIES
251 8 4 4 01 C PWR C;ABLEASSV, j X2_ CHASSIS
1 76 20 3 00 C SJRAP CABLE ADJUSTABLE
24 5248Q4 N TERMINAL. LUG CRIMP-INSULATED
245248('5 N iERMiNAL,.LUG ~RIM~-INSULATED
24528661 G I~S SLEEVING, ~L~C-8ULK
93463222 D WIRE ELECTRICAL 18 AWG -2
93463666 0 WIRE ELECTRICA~ i8 AWG -6
93464000 C WIRE ELECTRICAL ]6 AWG -0
93464222 C WIRE ELECTRICAL i6 AWG '\"2
93464666 C WIRE ELECTRICAL 16 AWG -6
3
3
3
3
3
3
3
2
3
3
3
3
3
3
3
2
2
2
2
2
2
2
1
2
2
2
2
2
2
2
2
2
REV
N MOnEL 173A-A
DisK
1738 A
K
4-20
PACK CONT
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
ECn-NO
013 656
013656
OH656
013656
013656
oij656
013656
Olj656
011656
On656
011656
013656
Oi?779
01?728
Oi43 9 4
0!6.3 9 4
014394
0143 9 4
01?779
Oi 997 4
01~974
01~314
Ol~865
1738-B
1738 B
18340000
lEV E l
PART-NO REV
DESCRIPTION
008120QO A B\Jt:9PER STEM
00 8 36610 C RETAINER, NUT, SPEED
QQ 8 366i7 C RETAINE~'_NUj, SPEED
00843515 Q RING, RETAINING
00851418 A SCREW SHOULDER
~OMPR i l..
- 00 8865679 099 AA SPG
CLAMP, CABLE ELECTRICAL
00 3 0
A CL6MP, CABLE ELECTRICAL
I)Q 8 63713
00 8 65702 D spACER'NONMETALLI~
00 86 7203 ~ PAO LEy T~D STUD 5/8-1i UNC2A
090Q53 06 ~ SCR MACH FH SLOT 1/4
09 01 8 301 A SCR MACH PAN HD PHL NO. S.
A StR MA~H HEX HQ .19iMMED 1/4
0902~309
H W~SHER. N~NMETALLJC
O~027806
lQi25195 A HEXAGON MACHINE SCREW NuTS
10125106 A H~xAGON MA.CHiNE SCREW NUTS
101251';8 A HEXAGON MACHINE SCREW NUTS
lQl?53Q1 ~ Hf:~AGON NUTS
10125606 A PLAIN WASHERS
1~125607 A PL!IN WASHERS
lQ1256p8 A ~LGIN WA.S~ERS
10126102 A INTERNAL TOOTH LOCK WASHERS
lQ 1261 03 A INTERNAL TOOTH LOCK WASHERS
10126104 A INTERNAL TOOTH LOCK WASHERS
loi26105 A INiERNAl TOOTH LOCK WASHERS
lo126106 A INTERNAL TOOTH LOCK WASHERS
10127113 ~ SCR MACH PAN eHl 6-32
loi27122 A SCR MACH PAN PHL 8-32
10127142 ~ SC~ MACH PAN eHL 10-32
10127143 A SCR MACH PAN eHL 10-32
A SCR MA~H PAN ~HL i / 4-20
1~i2?152
1012 7 15 3 A SeR MACH pAN PHL i/4-20
17 7 )0 8 00 D PLATE IOENT cOMPUTER DEV oIV
17883209 H BUSHING NYLON FLANGED
179i5~OO C BRACKEr RELAy
18015}00 C TOP VERT CABINET
18044~OO E CHANNEL MIG TOP VERT CABINET
09 02800 4 B WEbD NUT TYPE ~N
18044 9 01 E FRAME CRS_18 G~ (.n47) _
180880Ql C DOOR FRONT VERTICAl. CABINET
18088100 8 BRACKET DOOR
18088300 o PANEL DISTRIBUTION BOX
18088400 C COVER DISTRIBUTION BOX VERT
._
18088500 C PANAL, SIDE
]8 098?00 F FRiME WELOING AND DRILLING
.
_
18lQ03QO R CovER CABLE AREA
18107$00 C MT-POWER MODULE VERTICAL
09028004 R WELD NUT TYPE SN
18lQ15Ql C PANEL CRS 16 GA (.n59) CRS
18107502 C ANGLE CRS 14 GA (.074)
.
18]07 7 00 A SHIELD
!
!
1
1
1
1
1
1
1
1
1
1
1
!
1
!
!
1
1
1
1
i
1
!
1
1
!
!
1
!
!
!
1
1
1
1
1
2
2
1
!
!
1
1
1
!
1
2
2
2
1
1
18143~O~
S
J
MonEL 1738B DISK PACK CONT
CA~D PLACEME~!.
E~n-NO
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
I.N
016666
01"666
Oi~666
Oi;'666
01~666
01"666
Oi~666
016666
01"666
Oi;'666
Oi6666
016666
Oi~666
Oi~666
016666
Oi6666
01,,666
Oi~666
Oi~666
016666
016666
01,,666
Oi6666
016666
Oi~666
Oi~666
OH666
Oi6666
Oi;,666
0~~061
02n061
019823
OiQ823
01Q823
Oi4986
RFV
4-21
K
1738 B
18340000
L E VE L
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
PART-NO REV
DESCRIPTION
18224900 D Printed Circuit Card Tyne 6AAH
18225100 A Printed Circuit Card Tyoe 6AFH
18225300 E PC Tyoe Discriminator
18255800 E Printed Circuit Card Tyne 6AGH
30908201 J Printed Circuit Card Tyne CA21
30911001 J Printed Circuit Card Tyoe CA28
30921801 J Printed Circuit Card Tyoe CA55
30924601 E Printed Circuit Card TylJe CA62B
30927801 E Printed Circuit Card Tyoe CA70
30929801 C Printed Circuit Card Tyne CA75B
30942201 H Printed Circuit Card Tyne HA05
30944201 C Printed Circuit Card Tyne HA10A
30944601 A Printed Circuit Card Tyoe HAllA
30947801 B Printed Circuit Card Tyne HA19A
30952201 B Printed Circuit Card Tyne HA30
30954201 A Printed Circuit Card Tyne HA35
30957801 D Printed Circuit Card Tyne HA46A
30958201 F Printed Circuit Card Tyne HA47
30958601 G Printed Circuit Card Tyoe HA48A
30960201 A Printed Circuit Card Tyne HA53
31701801 E Printed Circuit Card Tyne K16
31702601 F Printed Circuit Card Tyne K22
31711801 A Printed Circuit Card Tyne K23
31703001 E Printed Circuit Card Tyoe K24
31703401 E Printed Circuit Card Tyne K25
31703801 E Printed Circuit Card Tyne K26
31704201 E Printed Circuit Card Tyoe K27
31709401 D Printed Circuit Card Tyoe K31
31705001 D Printed Circuit Card Tyoe K32
31709801 D Printed Circuit Card Tyoe K33
31705801 D Printed Circuit Card Tyoe K36
31711001 C Printed Circuit Card Tyoe K69
31709001 D Printed Circuit Card Tyoe K71
- ..
-
... - --
18145600
QQ856624
Q08~71 (12
09005306
O?Oi83Q2
10125103
101 251 06
lQ125 301
10125460
1
2
2
2
2
2
2
2
2
10125 6 05
2
S
MODEL 1738B DISK PACK CONT
CHASSIS ASSY
THUMBSCREW
RRG SLV-FLG NYLON 1/4
SCR MACH FH SLOT 1/4
SCR ~ACH PAN_Hn PHL NO. 5
A HEXAGON MACH!NF SCREW NUTS
A HEXAGON MACHINF SCREW NUTS
A HEXAGON NUTS
82JH MACH SCR SLOT OR 8-32
~
A PLAIN WASHERS
L
C
B
A
A
REV K
4-22
,,-
,
lj
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
Ecn-NO
014982
14295
016571
014295
014778
014778
014445
016221
IN
IN
IN 01';763
IN Oi~763
IN 01~163
IN
n,e""':lI
v ... --,"1 , _oJ
IN
IN
IN
IN
0}r:;763
01C;763
01r:;763
01&; 76 3
1738 B
18340000
l E VEL
PART-NO ~EV
DE~CRi~iioN
10126101 A INTERNAL TOOTH lOCK WASHERS
lij126102 ~ INTERNAL TOOTH LOC~ WASHERS
10126103 ~ INJERNAL TOOTH LOCK WASHERS
A ~NIERNAL TOOTH LOCK WASHERS
]QI26~Q4
In126lf)5 A INTERNAL TOOTH LOCK WASHERS
1012610 6 ~ iNiERN~L TOOT~ LOCK WASHERS
10127104 A SCR MACH PAN PHL 4-40
1012'71 i 4 ~ SCR MACH pAN PHL 6-32
A SCR MACH PAN PHL 10-32
lQl?71~4
11 4 12 6 00 B STRI~' MARKER ~Oi-21)
1\412700 A STRIP, MA~KER (22-42)
17901553 F 5-40 S~R THO ROLL pHL H pAN
17 9 01555 F 5-'0 SCR THO_ROLL PHL H PAN
17 9 15 8 00 C BRACKET RELAY
18i~3200 H CHASSIS, WiRE TAB
24 5 00 7 0 7 J PIN TAPER
24500810 H INSULATION SLE~ViNG ELEcT
24511414 K .LEAQ,ELECiRicjL,ii INCH,
245248 05 N TERMINAL. lUG CRIMP-INSULATED
24548301 J WIRE ELECT 21. ~WG '!' 0 " .
24548302 J ~IRE ELECT 24 AWG INSULATED
i~E ElEt STRO iNS. UL APPO
24548303 J
IRE ELEe STRD INS. UL APPD
24548304 J
24548305 J WIRE ElEC STRO INS. UL APPO
2454 8 306 J WIRE ElEe STRD INS. UL APPD
24548308 J WlRE ElEe STRO INS. UL APPD
2454R3j3 J WIRE ElEe STRD INS. UL APPO
2454831 9 J WIRE ElEC STRO INS. UL APPD
300Qg9Q2 R FEMALE CONTACT
3100001 6 8 WIRE, 24GA TwisT, PRe YF-W/R
3]00002 1 R WIRE, 24GA TWIST, PRe GR-W/RO
31000029 8 WIRE, ~4G4 TWIST, ~R. BLu-W/B
93462iil C WIRE ELECTRICAL 20 AWG -i
C WIRE ELECTRICAL 20 AWG ~2
934622~2
93 462333 C WIRE_ELECTRICAl 20 AWG -3
93 9 43001 A CONTACT, SOCKET, SERIES '090
18143400 B CONN ASSY 61 PYN lAi
00865003 H GROM STR REL 0.453 10
24 5 7 07 J I?IN TAPER
24500810 H INSULATION SLEEVING ELECT
24548301 J WIRE ELECT 24 AWG - 0
24548303 J WIRE ElEe STRD iNS. Ul ~PPD
2~5~~307 J WIRE ElEC STRD INS. Ul APPO
3Q000901 R CONN. RECP.ELEC 61 PIN CONT
R FEMALE CONTACT
3QOQ~~Q2
31000001 8 WiRE, 24GA TWIST, p'R. BR-W/RO
31000002 B WIRE. 24GA TwiST, PRe BR-W/VE
3ioonOo3 A WIRE, 24GA TwIST, PR. BR-W/Bl
3)OQQQ04 A WIRE, 24GA TWIST, eR. BR-W/GY
3!00Q 005 B WIRE. 24GA TWIST, PRe BR-W/BL
3100000 6 A WIRE, 24G4 TWIST, PRe RO-W/RD
31000007 B WIRE, 24GA TwIST. pRe RD-W/YE
31000008 B WIRE, 24GA TWIST. PRe RD-W/Bl
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
2
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
S
MODEL 1738B DISK PACK CONT
00
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
ECO-NO
Oi5763
Oi~763
015763
011)763
015763
015763
011)763
OiC;763
Oi~763
01~513
01~513
016864
01~864
014295
014295
01':1965
0}j248
014295
013248
Oi~295
014295
oi4295
IN 014295
IN
IN Oi~787
IN 01';787
IN 01c:;787
IN 01c5787
IN
IN 014295
IN Oi4295
IN Oi4295
I~
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
RFV K
4-23
i738 B
LEV E L
3
3
3
3
3
3
3
3
3
3
3
3
2
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
~
2
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
PART-NO REV
DESCRIPTION
3iooooi3 B WIRE. 24GA TWIST. PRe OR-W/BL
31000014 B WIRE. 24GA TWIST, pRe OR-W/GY
31000015 R W~RE. 24GA TwIST. pRe OR-W/BL
3100(0)6 R WIRE, 24G~ TWIST~ ~R. Y~-W/R
310000)7 B WIRE, 24G~ TWIST, ~R. YF-W/YE
3jO~~~i8 B WIRE. 24GA TWIST. PRe YF-W/BL
31000021 B WIRE, 24GA TwIST. pRe GR-W/RD
31000022 B W~RE. 24GA TWIST. PRe GR-W/YE
3100002 4 R WIRE. 24GA TwiST. pRe GR-W/GY
31 0 00025 B WIRE, 24G4 TWIST, pRe GR-W/Bl
31000026 B WIRE. 24GA TWIST. PRe BLU-W/R
3jQ9Q92 7 B WIRE, 24GA TWIST, PRe BLU-W/Y
3100002 8 B WIRE. 24GA TWIST. PRe BLU-W/B
31Q00029 A WIRE, 24GA !WlST,_PR. BLU-W/B
l!H43500 B CONN ASSY 61 PIN lA2
OOa~~OQ3 H GROM STR REl 0.453 10
24 5 007Q7 J PIN TAPFR
24500a10 H i~SUlATI9N S~EEVING ELEcT
24548301 J WIRE ELECt 24 AwG _ 0 _
24548303 J WIRE ElEC STRD INS. Ul APPD
2~5'~3Q7 J WIRE ElEC.STRD INS. Ul APPo
30000 9 01 R CONN. R~CP.ElEC 61 PIN CONT
30000~02 R FEMALE CONTACT
31000001 B WIRE. 24GA TWIST. ~R. BR-W/RD
3~0~~~~2 B WlRE' 24GA TWlST, pRe BR-W/YE
31000003 B WIRE. 24GA TwIST' pRe BR-W/Sl
31000004 B W~RE, 24GA TWIST, PRe BR-W/GY
R WJRE, 24GA TWIST. ~R. BR-W/Bl
5 A WIRE. 24G4 TWIST. PRe Rn-W/Ro
31
~tooooo9 R W~RE. 24GA TW~ST' PRe RD-W/yE
3j 0 9Q008 A WIRE. 24GA TWIST. PRe RO-W/Bl
31000013 B WIRE. 246A TWIST. PRe OR-W/Bl
31000014 B WIRE, 24GA TWIST, PRe OR-W/GY
31000015 B WIRE. 24GA TwiST, pRe O~-W/BL
31000016 R WJRE. 24GA TWIST. ~R. Yf-W/R
31000017 R WIRE. 24GA TWIST, PRe YF-W/YE
31 0000 i8 B WIRE. 24GA TWIST. PRe YE-W/BL
3!OOQQ21 B WIRE. 24GA TwIST, PRe GR-W/RO
3]000022 A WIRE, 24GA TWIST, P'R. GR-W/YE
3100002 4 R WIRE. 24GA TWIST. pRe GR-W/GY
31 0 0902 5 R WIRE. 24GA TWIST, PRe GR-W/BL
3]000026 8 WIRE. 24GA TWIST. PRe BLU-W/R
3ioo0027 B WIRE, ~4G~ TWIST, pRe BLU-W/Y
3}OQQQ2 8 R WIRE, 24GA TWIST, PRe BLU-W/8
3]000029 B WiRE. 24GA TW!ST,_P8. BLU-W/8
18143600 C CONN ASSy.61 pIN lRI
008615004 H GROM STR REl 0.468 10
245QQ7Q7 J PiN fA~FR
...
..
24500810 H INSULATION SLEFVING ELEcT
2454R3Ql J WIRE ELECT 24 AWG - 0
24548303 J WIRE ELEC STRD INS. Ul APPD
2454830 7 J WIRE ELEC STRD INS. UL APPD
30000901 R CONN. RECP ELEC 61 PIN cONT
83388
REV K
4-24
Ecn-NO
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
~~
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
i138 B
18340000
L E VE L
3
3
3
3
3
3
3
3
3
3
PART-NO REV
DEScRIPTION
300ijQ9Q2 R FEMALE CONTACT
3100000 1 B WlRE, 24GA TWIST, PRe BR-W/RD
3)000002 8 WIRE, 24GA TWIST, PRe BR-W/YE
31000003 B WIRE, ~4GA nUST, pRe BR-W/BL
3100000 4 R W~RE, 24GA TW1. ST , PRe BR-W/GY
310000i3 8 WIRE, 24GA TWIST, ~R. OR-W/BL
3jO~~~i4 R WIRE, 24GA TW1. ST • PRe OR-W/GY
310QOQl5 8 WIRE. 24GA TWIST. pRe O~-W/BL
3100001 6 8 WIRE, 24GA TWIST, PRe YE-W/R
3ioOO02 5 B WIRE, 24GA TWIST, PRe GR-W/BL
WIRE, ~4GA TWIST .• PRe BLU-W/R
B
llOOOO~9 R
InOnn
WIRE. 4GA TWIST. pRe BLU-W/Y
31000029 B WIRE, 24GA TwiST, PRe BLU-W/B
1~143?OO F CONN ASSY 61 PIN-iR2
H G~OM SIP REL 0.391 10
O08~;OO5
245n01n1 J PIN TAPER
245008}0 H INSULATIO~ SLE~VING ~LECT
2454R301 J WIRE ELECT 24 AWG - 0 ..
24548303 J WIRE ELEC STRD INS. UL APPO
WIRE ELEe STRD_INS. UL APPD
2;S~6307 J
3Q OOQ9Q1 R CONN. RECP ELEC 61 PIN cONT
30 00290 2 R FEMALE CONTACT
310QOQQl B WIRE, 24GA TWIST, PRe BR-W/RO
31000002 A WJRE, ?4GA TwiST. PRe BR-WIVE
3ioQOQQ3 B WIRE, 24GA TWIST. pRe BR-W/BL
3100000 4 R WIRE, 24GA TWI.ST, PRe BR-W/GY
310000i 3 R WIRE, 24GA TWIST, p'R. OR-W/BL
310QOO14 B WIRE, 24GA TWIST, pRe OR-W/GY
3iOOOO1 5 R WIRE, 24GA TW~ST' pRe OR-W/BL
3)0000i6 B WIRE, 24GA TWIST. ~R. YE'-W/R
31000022 A WIRE. 24GA TWIST, PRe GR-WIYE
B WIRE, ~4GA TWIST, PRe GR-W/BL
lIOOOO~~
R WIRE,
I\oon
4GA TWISTt pRe GR-W/B
3inoon2 6 B WIRE, 24GA TWIST, PRe BlU-WI
3100002 7 B WIRE, 24GA TWIST, PRI BLU-W!Y
A ~IRE, 24GA TWIST, pRe BLU-W/8
31~000?9
B CONNECTOR ASSY. 6i PIN ICi
l~143~OO
00 8 6500 4 H G~OM SIR REL 6.468 10
24500107 J PIN TAPER
24500810 H INSULATION SLEfVING ELECT
2454A301 J WIPE ELECT
24 AWG - 0
24548303 J WIRE ElEC STRD INS. Ul ipPO
WIRE ElEC STRO INS. UL APPO
2~S~~307 J
3QOQQ9Ql R CONN. REep.ELEe 61 PIN CONT
300QQ?g2 R FEMALE CONTACT
31000001 A WIRE, 24GA TwiST, PRe BR-W/RD
3100nOO2 R WIRE, 24GA TWIST, PRe BR-W/YE
31000003 R WI.PE, ?~GA TW~ST, PRe BR-W/BL
31000004 8 WIRE, 24GA TWIST, eR. BR-W/GY
3ioooOO5 R WIRE, 24 GA TWIST. PR. BR-W/BL
310QQQQ6 B WIRE. 24GA TWIST, PR. RO-W/RO
31000007 B wI.pE. 24GA TWIST, PRe RD-W/YE
31000008 B WIRE, 24GA TWIST, PRe RO-W/BL
l
3
2
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
l
3
3
2
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
S
MODEL 1738B 0151< PACI< CONT
k
'.
ECr,-NO
IN
IN
IN
IN
IN
IN
IN
IN.
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
1N
IN
IN
01'844
01';787
01~787
Oi~7B7
01, 78 2
0117 8 2
01,182
01~782
014 778
0-4778
Oh182
0111 8 2
Oi~782
01,S44
~N
IN
IN 01M18
IN
IN
IN
IN
IN
IN
IN
IN
RFV
4-25
K
]138 B
LEV E L
3
3
3
3
PART-NO REV
3iooo009
310Q1)91°
3!OQQQ!1
310QQO!2
3
31000013
31000014
3
3
3
3
3
3
3
3
3
3
3
310000i5
31000016
3100001 1
3}oQ99i8
3J000019
31000020
31000021
3}000(l22
31000023
3100002 4
31000025
~
24 5 00 1 07
24 5 00 8 10
00865n04
24548301
2454 A 303
2454830 1
3Q0009Ql
30000?02
3
3
310000Ql
31000002
3100000 3
3]00000 4
31000005
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
31000006
31-000001
3j000008
3iOQQOQ9
31000010
3ioOOOli
3)00Q01 2
31000013
310000}4
3)000015
3100001 6
31000011
3
3io0901 8
31000019
31000020
3 iOO oQ2 1
3
3
3
:3
2
3
REV
A
R
A
8
8
R
8
H
J
H
J
J
3
3
3
3
3
B
31000021
31000029
18143900
3
8
B
8
8
B
8
8
B
B
3100002 8
3
B
B
A
31000026
3
3
3
2
8
8
J
R
R
B
B
A
B
B
B
B
8
R
R
8
B
8
A
A
A
8
8
B
B
A
18144000
o
00865004
H
DESCRIPTION
WIRE, 24GA TwiST. PRe RO-W/GY
WIRE, 24GA TwiST. PRe RO-W/BL
WJRE, 24GA TWIST, pRe OR-W/RO
WIRE, 24GA TWIST. PRe OR-W/YE
WIRE, 24GA TWIST, PRe OR-W/BL
WIRE. 24GA TwiST. pRe OR-W/GY
WIRE, 24GA TWIST, pRe Op-W/BL
WI.RE. 24G4 TWIST. PRe YE-W/R
WIRE. 24GA TWIST, pRe YF-W/YE
WIRE, 24GA TWIST, PRe Yf,-W/BL
WIRE, 24GA TWI.ST, PRe YE-W/GY
WIRE, 24GA TWIST, pRe YE-W/BL
WIRE, 24GA TWIST, pRe GR-W/RO
WIRE, 24GA TWIST. pRe GR-W/YE
WIRE, 24GA TW~ST' PRe GR-W/BL
WIRE, 24G4 TWIST, PRe GR-W/GY
WIRE, 24GA TWIST, pRe GR-W/BL
wIRE. 24G4 TWIST. PRe BLU-W/R
WIRE, 24GA TwiST, PRe BLU-W/Y
WI.RE, 24GA TWI.ST. PRe BLU-W/8
WIRE, 24GA TWIST,_PR. BLU-W/8
CONNECTOR ASSY. 61 pIN IC2
G~OM STR REL 0.468 10
eIN TAPER
._
I~SULATIO~ SLEEVING ELECT
WIRE ELECT 24 AWG - 0
WIRE ELEe STRD INS. Ul APPO
WiRE ElEC STRD INS. UL ipPO
CONN. RECP ElEe 61 PIN cONT
FEMALE CONTACT
WIRE, 24GA TWIST. PRe BR-W/RO
W~RE' 24GA TWIST, PRe BR-W/YE
WIRE, 24GA TWIST, pRe BR-W/BL
WIRE, 24GA TWlST. PRe BR-W/GY
WIRE. 24GA TW~ST. PRe BR-W/8l
WIRE, 24GA TWIST, pRe RO-W/RD
WIRE, 24GA TWIST, PRe RO-W/YE
WIRE, 24GA TwiST, PRe RO-W/Bl
WlRE. 24GA TW1ST, PRe RO-W/GY
wIRE, 24GA TWI.ST. PRe RO-W/Bl
WIRE, 24GA TWIST. pRe OR-W/RD
WIRE. 24GA TWIST, PRe OR-W/YE
WIRE. 24GA TWIST, PRe OR-W/8L
WIRE, 24GA TWIST' pRe OR-W/GY
WIRE, 24GA TWIST. PRe OR-W/RL
WIRE. 24GA TWIST, PRe YE-W/R
WIRE. ?4GA TWIST, pRe Yr-W/YE
WIRE, 24GA TWIST, PRe YF-W/BL
W~RE, 24GA TWIST, PRe YE-W/GY
WIRE, 24GA TWIST, pRe YE-W/8L
W!RE~ ?~GA TWIST. ~R. GR-W/RO
61 PIN CONN CARLE ASSY iOl
GROM STR REL 0.468 10
K
4-26
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
tN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
Ecn-NO
01~078
0111.018
01M18
Oh018
01M78
01(,018
01M18
Olf,078
1738
B
L E II E L
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
2
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
18340000
S
MODEL 17388 DISK PACK CONT
PART-NO REII
DESCRIPTION
24500707 J E'IN TAPER
24500810 H INSULATION SLEEIIING ELECT
24548301 J WtRE ELECT 24 AWG - 0
24548303 J WlRE ELEC STRO INS. UL APPD
2454B307 J WIRE ELEC STRO INS. UL APPD
30000 9 01 R CONN. RECP.ElEe 61 PIN cONT
30000 9 02 R FEMALE CONTACT
31000001 B WIRE, 24GA TWIST, pRe BR-W/RO
31000002 A WIRE, 24GA TWIST, PRe BR-WIVE
3}009 003 B WIRE, 24GA TwIST, pRe BR-W/BL
31000004 B WIRE, 24GA TWIST, PRe BR-W/GY
310QQQQ5 A W~RE, 24GA TWIST, PRe BR-W/BL
31 0 0QI)06 8 WIRE, 24GA TWIST, PRe RD-W/RD
31000n07 A WIRE, 24GA TWIST, pRe RD-W/YE
31000008 A WIRE, 24GA TWIST, PRe RD-W/BL
3100000 9 A WIF~E , ?4GA TWIST. PRe RO-W/GY
3!OQQO!0 R WIRE, 24GA TWIST, PRe RO-W/BL
31000011 R WIRE, 24GA TWIST. PRe OR-W/RD
3}0000i2 R WIRE, 24GA TW~ST, PRe OR-W/YE
31000013 B WIRE, 24GA TWIST, PRe OR-W/BL
3i OQQ 0 1 4 A WIRE, 24GA TWIST, PRe OR-W/GY
31000015 A WIRE, 24GA TWIST, pRe OR-W/BL
31000017 R WIRE, 24GA TWIST. PRe YE-W/YE
3}0000i8 R WIRE, 24GA TW~ST, PRe YF-W/BL
31 0QI)019 A WIRE, 24GA TWIST, PRe Yr-W/GY
311)00020 R WIRE, 24GA TWIST, PRe Yf-W/BL
31000021 B WIRE, 24GA TWIST, PRe GR-W/RD
31000022 B WIRE. ?4GA TWIST, PRe GR-W/YE
R WIRE, 24G~ TWIST, PRe GR ... W/BL
3iOQ~023
31 0 09 024 B WIRE, 24G~ TwIST. pRe GR,",W/GY
3100002 5 R WIRE, 24GA TWIST, PRe GR-W/BL
3100002 6 B W1RE, 24GA TWIST, PRe BlU-W/R
31 00 0 02 7 B WIRE, 24GA TWIST. PRe BllJ-W/V
3}000028 R WIRE, 24GA T\oJIST, PRe BlU-W/B
lA)44)OO n 61 PIN CONN CARLE ASSY ,02
00 8 6500 4 H GROM SIR REL 0.46A 10
24 5 00 7 01 J PIN TAPFR
24 5 00 8 10 H INSULATION SLEEIIING ELECT
24548301 J WIRE ELECt 24 AWG ... ~ ..
24548303 J WIRE ELEC STRO INS. UL APPD
2454830 7 J WIRE ElEe STRD INS. UL APPD
30000 9 01 R CONN. REep ElEe 61 PIN CONT
30000~O2 R FEMALE CONTACT
31000001 B WIRE, 24GA TWIST, PR. BR-W/RD
R WIRE, 24GA TWlST, PRe BR-W/YE
3i0990~2
3)000003 R WIRE, 24GA TwIST, pR. BR-W/BL
3inoooo4 R WIRE, 24GA TWIST, PR. BR",W/GV
3iooo005 R WIRE. 24GA TWIST. PR. BR-W/BL
3)OQOO06 B WIRE, 24GA TWIST, PRe RO-W/RD
31000007 B WIRE, ?4GA TWIST. PRe RD-W/yE
31000008 R WIRE, 24GA TWIST. PRe RD-W/BL
3)00000 9 8 WI.RE, 24GA TWIST, PR. RD-W/GY
310000}0 A WIRE, 24GA TWIST, PR. RO-W/Bl
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
ECn-NO
Oi':;787
oie;787
01;'078
Oi~07B
Oi~078
016078
0160 78
0160 78
Oi6078
01(,078
015787
01r:;787
01e;787
RF'V K
4-27
)738 B
LEV E L
IB34~650
5
PART-NO REV
3
3
3
31 nQQo i:t
R
311'100013
B
3
3iOOOO}4
310000}5
3iO~~Oi7
B
B
A
310QQ0l8
31001'1019
31000020
3}00n021
A
A
B
A
31000012
3
3
3
3
3
3
181442;)0
no8650Q3
2450071'17
24sooajo
2
3
3
3
2454831'11
3
3
3
3
3
3000Q~02
3101'11'11'11'13
311'100004
310QOOOS
3 1 1'11'11'1 00 6
3jOQOQQ7
311'10001'18
31000009
31 0 2991 0
31001'11'111
3
3
3
3
3
31000012
31000013
3
31000017
311'109014
31001'11'115
311'100016
3
3inQ~~i8
3
310000}9
3}nOQn20
3]000021
3}OQQQ22
310001'123
3
3
3
3
3
3
310QQQ24
3}00(1)25
3io00026
3}00nQ21
31000028
31000029
le 1 443 QQ
00865003
2451'1071'17
24500810
24548301
~
'3
3
2
3
3
3
3
REV
J
R
R
8
31000001
j
J
H
J
3J QOQQl)2
'3
3
3
3
3
3
3
3
A
H
245483Q3
24S483n7
3QnQQ9Q1
3
A
J
8
A
A
R
A
B
8
R
8
A
R
A
R
A
A
A
A
A
B
A
B
A
A
A
A
R
A
B
A
H
J
H
J
MonEL i73AB DISK PiCK CONT
DESCRiPTION
WIRE, 24GA TwisT. PRe OR-W/RO
WIRE. 24GA TWIST, PRe OR-WIVE
WIRE, 24GA TWIST, PRe OR-W/SL
WIRE, ~4GA TWIST, PRe OR-W/GY
WIRE, 24GA TWIST, ~R. OR-W/Bl
WIRE, 24GA TWIST, PRe Vr-W/YE
WIRE, 24GA TWIST, pRe Y~-W/BL
WIRE, 24GA TWIST, PRe VF.-W/GV
WIRE, 24GA TWIST, PRe YE-W/BL
WIRE. 24GA TwiST! PRe GR~W/RD
CONNECTOR ASSV 61 PIN 1El
G80M SYR REL 0.453 10
PIN TAPF.R
i~SULATIO~ SLEEVtNG ELEcT
wIRE ELECT 24 AWG - 0
WIRE ELEC STRD INS. UL APPD
WIRE ElEC STRD INS. UL APPO
CONN. R~CP ElEe 61 PIN CONT
FEMALE CONTACT
WIRE, 24GA TWIST. PRe BR-W/RD
WIRE, 24GA TWIST, PRe BR-W/YE
WIRE, 24GA TwIST. pRe BR-W/BL
WIPE, 24GA TW~ST, PRe BR-W/GV
WIRE. 24GA TWIST. PRe BR-W/8L
W~PE' 24 GA TWlST, PRe RO-W/RD
WIRE, 24GA TwIST' PRe RD-W/VE
WIRE, 246A TWIST, PRe RO-W/BL
W~RE, 24GA TWIST, PRe Rn-W/GV
WIRE, 24GA TWIST, PRe RO-W/BL
wIpE, 24GA TwIST' PRe OR-W/RD
WIPE, 24GA TWIST. PRe OR-WIVE
WIRE, 24GA TWIST, PRe OR-W/BL
WIPE, 24GA TWIST, PRe OR-W/GV
wIpE, 24GA TwIST. pRe OR",W/8L
WIRE, 24GA TWIST, PRe YF-W/R
WIPE, 24GA TWIST, PRe YF-WIVE
WIRE. 24GA TWIST, PRe Yr-W/BL
WIRE, 24GA TwIST, PRe VF-W/GY
WIRE, 24GA TWIST, PRe YE-W/BL
WIPE, 24GA TWIST, PRe GR-W/RD
WIRE, 246A TWIST. pRe GR-W/VE
wIRE, 24GA TwIST' PRe GR-W/BL
WIPE, 24GA TWIST, PRe GR-W/GV
WIRE, 24GA TWIST, PRe GR-W/BL
WIPE, 24GA TWIST, PRe BLU-W/R
W~RE, 24GA TwIST' PRe BLU-WIV
WIPE, 24GA TWIST. PRe BLU-W/B
WIRE, 24GA TWIST. PRe BI-U-W/8
CONNFCTOR ASSV 61 PIN lEi?
GQnM S~R pEL 1'1.453 10
eIN TAPFR
INSULATION SLEEVING ELEcT
WIPE ELECT 24 AWG - 0
K
4-28
IN
Een-NO
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN Oi~078
IN
IN
IN
IN
IN
IN
~~
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
~
--
~N
IN
IN
IN
Oi~078
016018
01(,018
Oi,,07B
01(,018
01(,018
OlM78
01,513
1138 B
18340000
l E VE l
PART-NO REV
DESCRIPTjON
.245483Q3 J WIRE ElEe STRD INS. Ul ~PPD
24548307 J WIRE ELEC STRD INS. Ul APPD
3QOO0901 R CONN. R~CP ElEe 6) PIN cONT
R FEMALE CONTACT
300QQ~Q2
31000001 B WIRE. 24GA TWIST. PRe BR-W/RD
31000002 B WiRE. 24GA TWIST, PRe BR.W/VE
31000003 R WIRE. 24GA TW~ST' pRe BR-W/Bl
3iooOOO4 8 WIRE, 24GA TWIST, PRe BR-W/Gy
3}0001)05 R W~RE, 24GA TWIST. PRe BR-W/Bl
31000(\06 A WIRE. 24GA TwtST~ PRe RD-W/RD
31000l)Q7 R WIRE. 24GA TWIST, PRe RD-W/VE
3]000008 B W~RE, 24GA TWIST, PRe RD-W/Bl
3100000 9 B WIRE, 24GA TWIST, PRe RD-W/GY
3i02~~iO R WIRE, 24GA TWIST, PRe RD-W/Bl
3) 000011 R WIRE. 24GA TwIsT, p'R. OR-W/RD
31000012 8 WIRE, 24GA TWIST, PRe OR-WIVE
3100001 3 R WJRE. 24G~ TWIST, PRe OR-W/Bl
31 099Q14 B WIRE, 24GA TWIST. PRe OR-W/GY
31000015 B WIRE. 24GA TwIST. pRe OR-W/Bl
3}OOOC)16 R WIRE, 24GA TWIST, pR. VF-W/R
3100001 1 B WIRE, 24GA TWIST. PRe YE-WIVE
3ioQQ(H8 R WIRE, 24GA TWIST. PRe Vf.-W/Bl
31000019 A WIRE. 24GA TwIST. pRe VF.-W/GV
31000020 B WIRE, 24GA TWI.ST. PRe Ve:-W/Bl
31000021 R WIRE. 24GA TWIST. PR. GR-W/RD
3}000022 B WIRE. 24GA TWIST. PRe GR-W/YE
1~144'OO C CONN AS~Y 61 PiN Fnl
00 865(\04 H G~OM SIR REL 0.468 10
24500107 J I?IN TAPER
H
I~SULATIO~ SLEEVING ELEcT
2~500810
24548301 J WtRE ELECT 24 A~G - 0
24548303 J WIRE ElEe; STRD INS. Ul APPD
24548307 J WIRE ElEC STRD INS. Ul APPD
3Q OO9 9 Q1 R CONN. R!:CP E!"EC 6i PIN CONT
30009?O2 R FEMALE CONTACT
3100000 1 B WIRE, 24GA TWIST. PRe BR-W/RD
3JOOQQQ2 R WiRE. 24GA TwiST. PRe BR-W/YE
31000003 R W~RE. 24GA TwIST. PRe BR-W/Bl
3100Q~Q4 R WIRE. 24GA TWIST. PRe BR-W/GY
310QOO05 R W~RE. 24GA TWIST. pRe BR-W/Bl
31000006 R W~RE. ?4GA TWlST. PRe RD-W/RD
3ioooOO7 R WIRE, 24GA TwIST, PRe RD-W/YE
31000(\08 R W~RE, 24GA TWIST. PRe RQ-W/BL
3100QOii9 R WIRE, 24GA TWIST, PRe RO-W/GY
3iO~Q~iO R WIRE. 24GA TWJST. PRe Rn-W/Bl
3]000011 8 WIRE. 24GA TWIST, PRe OR-W/RD
310000}2 B WIRE, 24GA TWIST, PRe OR-WIVE
31000013 B WIRE. 24GA TWIST, PRe OR-W/BL
31ooooi4 8 WIRE, 24GA TWIST, PRe OR-W/GY
31000015 R WIRE, 24GA TWIST. pRe OR-W/Bl
310ijnoi6 A WIRE, 24GA TWIST. PRe Yf:'-W/R
3100ooi7 R WIRE, 24GA TWIST. PRe VE-W/YE
310000}8 R WIRE, 24GA TWIST, PRe Yi:"-W/BL
3
3
3
3
3
3
3
3
3
2
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
S
MOnEL 173RB DisK PACK CONT
Een-NO
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
x,.~
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN Oi~078
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
RFV
4-29
K
1738 B
18340000
L E VE L
3
3
3
3
3
3
3
3
3
3
3
PART"NO REV
_DESCRIPTION_
31002919 8 WIRE, 24GA TWIST, PRe YE-"W/GY
31000Q2 0 B WIRE, 24GA TWIST, PRe Yi:: .. W/BL
31000021 B WIRE, 24GA TWIST, pRe GR-W/RD
3jOOOQ22 A WIRE, 24G~ TWIST, PRe GR"W/YE
3)00Q023 A WIRE, 246A TWIST, pRe GR .. W/8L
31000024 B WIRE, 24GA TWIST, eR. GR-W/GY
3jOQQ025 A WIRE, 246A TwIsT, PRe GR-W/BL
3lQOQQ2 6 A WIRE, 24GA TWIST, PRe BLU-W/R
3100002 7 B WIRE, 24GA TWIST, PRe BLU-W/Y
31000028 B WIRE. 246A TwIST. PRe Bl.,U-W/B
3100002 9 8 WIRE, 24GA TWIST! PRe BLU-IOB
1~144?OO C CONNECTOR ASSY 6} PIN IF2
00 8 6500 4 H GROM SIR REL 0.468 to
24500 7 07 J P.IN TAPER
24500810 H INSULATION SlEEVING ELEcT
24548301 J WlRE ELE~T 24 A~G .. 0
?4548303 J WIRE ELEC STRO INS. UL APPD
2454830 7 J WIRE ELEC STRD INS. UL APPD
3QOgp9Ql R CONN. R~CP El,.EC 61 PIN cONT
3000Q?Q2 R FEMALE CO~TACT
31000001 8 WIRE, 246A TWIST, PRe BR-W/RD
31.0QQQQ2 A WIRE, 24GA TWIST, PRe BR-WIYE
31000003 8 WIRE, 246A TWIST' FiR. BR-W/SL
3)00000 4 B WIRE, 246A TWIST, PRe BR-W/GY
3100000 5 A WIRE, 24 GA TWIST, PRe BR-W/SL
3iOOOO(]6 8 WIRE, 24G4 TWIST, PRe RO-W/RD
3}000007 B WIRE. 24GA TWIST' PRe RO"W/yE
3}000008 B WIRE, 24GA nqsT, PRe RO-W/BL
3ioooo0 9 8 Wxr~E , 24GA TWIST, PRe RD-W/GY
3!OgQQ!0 B WIRE, 24 GA TWIST, PRe RO-W/BL
31000011 B WIRE, 24GA TWIST' PRe OR-W/RD
3}000012 8 W!RE, 24GA TWIST, PRe OR-W/YE
3iooooi3 R WIRE. 24GA TWIST, PRe OR-W/BL
31 022914 B WIRE, 24GA TWIST, PRe OR-W/GY
31000015 B WIRE. 24GA TWJST. pRe O~-W/BL
3iooo0i6 R WIRE, 24GA TWIST, PRe YF-W/R
31000011 B WIRE. 24GA TWIST, PRe YE-W/YE
31QOQOi 8 B WIRE. 24GA TWIST, PRe Yf-W/BL
3}000019 EI WIRE, 24GA TW~ST' PRe YF-W/Gy
31000020 R WJRE, 24GA TWIST, PRe YE-W/BL
3ioOO021 A WIRE, 24GA TWIST, PRe GR-W/RD
3!O~~Q22 R WIRE, 24GA TWJST~ PRe GR-W/YE
310000?9 B W1eE, 24GA TWIST, RR. BlU-W/B
lAt58800 C BRACKET ROTARY SWITCH
1817AQOO C CONTROL PANEL ASSEMBLY
18092201 C SWITCH ROT 2-i7 ~OS i POL/SEC
18i~3300 E CONTROL PANEL, WIRi:' LIST
24500707 J ~iN TAPFR
24500810 H I~SULATIO~ SlEEVING ~LECr
24?48301 J WIRE ELECT 24 AWG .. 0
24548302 J WIRE ELECT 24 AWG INSULATED
24548303 J WIRE ELEC STRD INS. UL APPD
24548304 J WIRE ELEe STRD INS. UL APPD
2
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
2
2
3
3
4
4
4
4
4
4
REV
S
MODEL 1138B DISK PACK CONT
K
4-30
ECO .. NO
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
I.N
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
01;'078
01;'078
016078
01~078
0l~O78
016078
013782
IN
IN
IN
IN
IN
IN 0!9597
IN 019597
...IN
TM
019597
IN 019597
IN 019597
1738 8
lEV E l
4
4
4
4
4
3
3
3
3
3
2
2
3
3
3
3
3
2
2
3
2
3
4
2
3
2
3
4
2
2
3
3
J
3
J
3
J
3
3
3
3
3
3
3
3
3
3
3
3
:3
3
3
3
3
3
3
3
18340000
S
MOnEL 173A8 DISK PACK CONT
PART'"'NO REV
nEScRIPTION
24548305 J WIRE ELEC STRD INS. UL APPO
245483Q6 J W~RE ElEC STRD INS. UL APPO
24548301 J WlRE ElEC STRD lNS. UL APPD
24548328 J WIRE ELEe STRO INS. UL ~PPD
24548309 J WIRE E~EC_STRD INS. uL APPD
_
191?9BQO G PA~El CONTROL
24508AOO A swyTCH,TOGGLE :3 POSITION-OPOT
24523001 A SWiTCH, PUSH SPST MOMENTARY
24533001 F lI~HT' INDICATOR
24535400 C SWITcH TOGGLE npOT 2 POSITION
181136800 A ANGLE,MOUNTING RELAY BRACKET
182 011 00 C CONNECTOR AS$Y 3,",piN iG]
178~~9QO
C CONNECtoR RECEp 3 r.ONTACTS
2450010 1 J PIN TAPER
24500801 H INSULATION SLEEVING ELEcT
24500810 H INSULATION SLEEVING ELEcT
3ioOOOQl R WIRE, 24GA TWIST, PR. BR-W/RD
IB2Q20g0 A pLiTE CnN~ECTOR
18213100 F.I STR MKR wIDE MO~IF!ED 25 ... 42
11412700 F.I STRIP, MAPKER j22-42)
1Aii32i)0 A STRIP.'MARKER,N~R MOD ~ol.iB)
2?1531QO A ST~IP MARKER NARRO~ (01-2i)
10051600 A EXTRUSInN NARROW MARKER STRIp
182i3300 A STp MKR WIDE-MOD. (Ol-H~)
1}412600 A STRIP. MARKER (01_2})
18Z13400
R STp ~KR NARROW_MOD. (25-42)
25153200 A STeIp MARKER NARROW (22 ... 42)
10057600 A EXTRUSION NARROW MARKER STRIP
1~2i4100
A ST8I~.MARKER,NARROW 19"'~4
100516g0 A EXTRUSION NARROW MARKER STRIP
}8334400 H LoGIC wIRE TAB ~
245ii4Q3 K lEAD,ELECTRIC~L, 3 INCH.
24511404
K
LEAD, ELECTRICAL,
4 INCH.
24511405
K
LEAD, ELECTRICAL,
5 INCH.
24511406
K
LEAD, ELECTRICAL,
6 INCH.
24511407
K
LEAD, ELECTRICAL,
7 INCH.
24511408
K
LEAD, ELECTRICAL,
8 INCH.
24511409
K
LEAD, ELECTRICAL,
9 INCH.
LEAO.tLtCTHJCAL,10 INCH.
245114} 0 K
24511411 K LEAD,ELECTRICAL.l1 INCH.
245}i 412 K
LEAD,ELE~TRIC~L,12 INCH.
LEAD,ELECTRICAL.i3 INCH.
24511413 K
245i1414 K LEAD'ELE~TRICAL'i4 INCH.
24511415 K
lEAO,ELECTRIC~L'lS INCH.
24511416 K LEAO,ELECTR!CAL,16 INCH.
245]j4i1 K LEADtELECTR,C~L'i7 INCH.
LEAD,ELECTRICAL,16 INCH.
24511418 K
24511422 K LEAD,ELECTRICAL,22 INCH.
24511423 K LEAO,ELECTRiciL,23 INCH.
LEAD.ELECTRICAL,24 INCH.
24511424 K
24511425 K LEAO,ELECTRtCAL'25 INCH.
24511426 K
LEAn,ELECTRIC~L'26 INCH.
LEAn,ELECTRICAL,27 INCH.
24511421 K
24slI 428 K
LFAn,ELECTRICAL,28 INCH.
24511429 K LEAO,ELECTRICAL'29 INCH.
24511430 K
LEAD.ELECTRICAL.30 INCH.
24511431 K LEAO,ELECT RICAL,31 INCH.
245j1432 K
LEAD,ELECTRICjL,32 INCH.
4-31
ECO-NO
IN Oi9597
IN
IN
IN
IN
IN
IN
IN
IN Oi~599
IN 019591
IN
IN Oi1118
IN
IN 01A932
IN 01R932
IN 01,.932
IN
IN Oh118
IN 01i'513
IN
IN 01~513
IN
IN
IN 01?513
IN
IN 01:::;513
IN
IN
IN 01;;513
IN
IN 01~718
IN olA571
IN 022088
IN 022420
IN 022088
IN 014778
IN 022420
IN 022088
IN Ohs71
IN 01"221
IN 01"511
IN 01';902
IN 0i,, 57 1
IN 016571
IN 019597
IN 019597
IN 01.::;902
IN 01"511
IN 01"571
IN 014118
IN 0}6511
IN
IN
IN Oi~902
IN 01"511
IN 01C:;902
IN
IN
1738 B
LEV E L
3
3
3
2
3
3
3
3
3
3
3
3
3
3
3
2
2
3
2
2
2
2
2
2
3
2
3
2
3
3
2
2
PART-NO REV
K
24511434 K
2451i435 K
18338900 A
245027Q2 J
24500 706 J
245~~8~4 N
245248Q5 N
245438Ql A
93462000 ~
2~5ii4j3
934622~2
93462666
93464000
93464222
93464666
16382600
3011650 0
24501214
245015Q2
24502214
24527400
245419QO
24550801
25153100
10057600
2?153200
10057600
~5156100
09028092
25156701
25i56801
25j5!7ijO
2?1~OJQO
2
3
2
3
2
3
2
3
2
?
2
2
2
2
2
2
2
2
2
2
2
C
C
C
C
C
A
A
A
8
C
G
R
J
A
~
~
A
C
B
C
C
A
D
30004000 0
25160400 0
30004r.OO 0
25i6i8oo E
18673300 A
25j6i900 0
18683500 R
2516?QQl C
2516211)02 . C
25i8416o A
30000100 K
3Q002261 L
30008700 C
3~oi3B02 C
30092702 E
30092706 E
360927io E
30093502 C
300936}4 A
30103800 R
DESCRIPTioN
lEAD,ELECTRICAl,33 INCH.
LEAD,ELECTRICAL,34 lNCH.
lEAD,ELECTRICAL,35 INCH.
WL POWER
PIN TAeER
PIN TAPER
i~RMiNAL~ LUG ~RIMP-INSUlATED
TERMINAL! lUG CRIMP-INSULATED
JUMPER, TERMINAL STRIP
WIRE ElECTRIGAL 20 AWG ~O
WiRE ELECtRICAL 26 AWG ~2
~IRE ELECTRICAL 20 AWG -6
WIRE ELECTRICAL 16 AWG -0
WIRE ELECTRICAL 16 AWG -2
WI8E ELgCTRICAl 16A~G -6
SHIELD CONNECTOR. LETTERED
S~iELD CON~ REC P ELEC-LONG
STRIp TERMINAL
STRI~ TERMINAL
STRIP MARKER i THRU 14
SWITCH,ROTARY-S PO~E'2-5 POS
SOCKET, TUBE 8 CONTACT, OCTAL
RELAl' OCTAL SOCKET
...
STeIP MARKER NARROW (01-2i)
EXTRUSION NARROW MARKER STRIP
STeIP MARKER NARROW (22~42).
EXTRUSION NARROW MARKER STRIP
PLATE,RETAINING, ELEC. CONN.WELD NUT TYPE SN
pLATE CRS 16 GA (.059)
PL.RETAJNiNG.ELEC •. CONN
LATCH, CONNECTOR PANEL
MEMBER FR CHASSIS LEFT SIDE
A~ ALY spECIAL S~ApED SECTION
MEMBER FR CHAS RIGHT SlOE
AL ALY SPECIAL. SHAPED_SECTION
BAR MTG CONN-MIDDLE (01-42)
ALUM ALLOY BiR EXTRUDED
SPACER MODULE MIDDLE (01-42)
ALUMiNUM ALLOY RAR EXTRuD~D
MEMBER FR CHAS TOP AND BOT
MF:MBER FR CHAS TOP AND ROT
BRicKET TERMiNAL STRIP
CONN RECP ELEC 30 sOC CONT
CA~ FXD ELECTROLYTic
RKT ANGLE CHASSIS FRAME
S~iCER
TERM BlK 20 CAV RED
TERM BlK 20 CAY RLUE
tEeM BLK2~ CAY BLACK
CLIP SPRING TENSION
covER TERMINAL BOARD
Pl~TE, RETAINING. CABLE
RF.OoV K
4-32
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
ECO-NO
Oh81S
014234
01j81S
OhB1S
01:1267
014234
01?513
Oi~513
OlQB27
01Q827
017378
017098
01?513
014270
011718
01171B
IN oh718
IN 013B18
IN 011B18
IN
i738 B
LEV E L
2
2
2
2
2
1
1
1
1
!
1
2
2
2
_2
1
2
2
2
2
2
2
2
1
2
2
2
2
?
2
2
2
1
2
2
1
2
2
2
2
2
2
2
2
2
1
1
PART-NO REV
3~i03900
30104600
30104800
30i16600
93947003
18j 531 00
18167400
18173900
18)74700
18176800
18201903
17897000
17944011
18}57700
24530202
lA21:F~0
17620390
24524804
24528639
24534806
93508444
93508555
93508999
1821~BOO
17620300
245248~4
24524805
24528639
93462444
93508444
93508555
93508999
182154nO
09028004
182!54!}1
18216990
17620300
17763803
2;524804
24524805
24528636
24552336
93462444
93464444
93464555
18318800
18339900
2
2
2
2
2
QQ86~8Q3
2
10121,104
00863801
In125105
10125106
lQ1261Q3
C
0
nESCRiPTION
STlJD~ EXTENSiON
S~pPORT CONN, ASSY
HINGE' 1/0 CONNECTOR
H
PANEL
R BRicKET MOUNTING.SHIELD
B CONNECTOR_(SOCKET HOUSING)
R SLIDE VERT CAB
0 DOOR, REAR
A ACTUATOR, DOOR
A LArCH_
A ANGLE,DOOR CA!~H VERTICAL
A CARLE ASSY 3 PIN
A CONN P\,.tJG.3 CON SOLID SI:lELL
B LAAEL CABLE LE~GTH MARKING
A CARLE 22 GA TWIST PAIR SHIELD
_
.
8 CLAMP,CABLE
C CARLE ASSY TEMP MONITOR BOX
C steAp CABLE ADJUSTABLE
N TERMINAL, LUG CRIMP-INSULATED
G INS SLEEViNG~ fLEe-BULK
A SHIELD, ELECT, BRAIDED-BULK
8 WIRE ELECTRICAL 14 AwG .4
8 WIRE ELECTRICAL ]4 AWG -5
A WIRE ELECTRICAL 14 AWG -9
B CABLE ASSX POWER CONTROL PNL
C STRAP CABLE ADJUSTABLE
N Tf,RMINAL. LUG CRIMP-INSULATED
N TERMINAL, LUG CRIMP-INSULATED
G iNS sLEFViNG~ FLEC-BULK
C WIRE ELECTRIcAL 20 AwG -4
B WtRE ELECTRICAL 14 AWG ~4
A WIRE ELECTRICAL 14 AWG .5
A WI~E E~~CTRICAL 14 AWG -9
A HAT sECT VERT+HOPIZ CAB
A WELD NUT. TYPE SN
R CHANNEL,CRS 16 GA (.059)
A C~RLE ASSX BLOWER POWER
~
STRAp CABLE ADJUSTABLE
C CONN PLUG POLARIZED 6 CONTACT
N TERMIN~L, LUG ~RIM~-INSULATED
N TERMINAL, LUG CRIMP-INSULATED
G iNS sLEEVING~ ~LEC-BULK .
n INSULATIO~ SLEFVING.5/8L. U/L
C WIRE ELECTRICA~ 20 AWG -4
C WIRE ELECTRICAL 16 AWG -4
C WIRE ELECTRICAL 16 AWG ~5
A AIR OUCT ALOWER EXTENSION
D PWR CONTROL ASSY 20 VOLT
0 TRACK SLIOING TELESCOPE
C KNOB, CONTROL
A HEXAGON MACHiNF SCREW NuTS
A ~E~AGON M~CH~NF SCREW NUTS
INTERNA~ TOOTH LOCK WASHERS
~
A INTERNAL TOOTH LOCK WASHERS
Een-NO
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
OiA666
OH179
011769
Oh769
oh769
01,,770
oJi770
016666
020205
02n205
01~724
01.:;763
01';763
01-:;763
01c;763
RFV
4-33
K
1738 8
18340000
L E V E' L
PART-NO
In126105
l0127iil
10121113
2
2
2
2
2
10121i~0
10127122
1012712 4
10127142
17849400
18}558QO
2
2
2
2
2
1815~9QO
3
3
3
3
3
3
3
3
3
3
3
3
2
3
3
2
3
3
2
3
3
2
2
2
2
2
2
2
2
2
2
2
1
2
2
2
2
2
2
2
2
2
2
17620 300
18535810
185358}3
24524808
24524810
9346?444
93463000
93463222
93463444
93463666
93 5 08444
93508999
182isl00
0 9 02 8 00 2
1 82 151Ql
1821S20 0
18215201
18215202
J82iS~Oo
09028002
18215301
18340100
245012Q4
24501206
24 5 02204
245 2222 6
24 518100
24547504
24571~QO
30002000
30002503
3(0 9)301
18340200
00 8 38200
00 8 39501
09027803
101 256 05
10121ij3
11163801
1786320 6
18100100
187.63600
18339600
S
MODEL 11388 DISK PACK CONT
REV _ _
H
A
A
C
OESCRIPTioN
INTERNAL TOOTH LOCK WASHERS
SCR MACH PAN eHL 6~32
SCR MACH PAN PHL 6-32
SCR MACH PAN eHL 8~32
SCR MACH PAN PHL 8-32
SCR MACH PAN PHL 8-32
SCR MACH PAN PHL 10-32
Pl,.ATE METER
WIRE DiA~POWER CONTROL PANEL
WIRE LIST POWER CONTROL PANEL
STRAP CA8LE ADJUSTABLE
t(RMtN~L SPAOE FL~NGED INS
TfRMINAL SPADE FLANGED INS
TERMiNAL. LUG CRIMP-INSULATED
TERMINAL LUG CRiMP-INS
WiRE ELECtRICAL 20 AW G .4
WIRE ELECTRICAL ie AWG -0
W~RE ELEC!RI~AL i8 AWG ~2
WIRE ELECTRICAL 18 AWG ~4
WJRE ELECTRICAL 18 AWG -6
WlRE ELECTRICAL 14 AWG ~4
WIRE ELECTRICAb 14 AWG -9
8RKT RH POWER CONTROL ASSY
WE~D NUt tYPE SN
ANGLE CRS.l4 GA (.074)
tOVER JPOWER CONTROL BOX)
COVER CRS 18 G~ (.047)
ANGLE CRg 18 G! (.047)
BRKT LH POWER CONTROL ASSY
WE~D NUt TYPE SN
BRACKET eRS i4,.GA (.074)
BOX PWR CONTROL 20 VOLT
STRI~ TERMINAL
STRIP TERMINAL
STRIP MARKER i THRU 4
STRIP MARKER i IHRU 6
CONN FLEX. CND AND CABLE
PLATE. WARNI~G
.
~W_TOGGLE 2 POS DPOT UIL
TRANSFORMFR VARIABLE-POWER
CIRCUIT BREAKER 3 POLE AUX SW
VOLTMETER 25 VDC
POWER MODULE ASSY -20 VOLT
NUT U TYPE NO.6-3~NC
GROM RUB 1/8_GROOVE 3/8 OIA
WASHER,NONMETALLIC
PLAIN WASHERS
SCR MACH PANPML 6-32
CONN PLUG POLARIZED 6 CONTACT
H
AIIC:HTNr.
A
A
A
A
A
A
A
C
A
C
C
o
o
N
N
C
o
o
o
D
R
8
8
A
A
C
C
C
B
B
8
A
A
A
C
C
H
B
B
E
J
H
o
J
o
NVlnN
':'IAI.lr.1:'1'\
A BRACKET RECT'iFIER" ..... .,
A POWE~ SU~PLY iDENi PLAT~
C COV PWR MODULE 20 VOLT 1738
REV K
4-34
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
ECO-NO
015763
015763
0115763
Oi~763
0}C;163
oi';763
0115763
01;.040
01(,040
01C;763
O!S163
0115763
01&:;763
01';763
OiC;763
015 76 3
IN 0115763
IN 01';763
IN
IN 02;;205
IN 0?n205
IN 01R062
IN OIC~448
IN 01Q448
IN
IN 01Qao5
IN OlQa05
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN 02~597
IN
1738 B
1834~~~0
LEV E L
PART-NO REV
DESCRIPTION
00849900 A METAL PFRF STR SLOTS 1/4Xl 11
18339700 E e~~E. POWER MODUL~.20 VOLT
183397Ql E p.LaTE CRS 14~A (.074)
18339702 E CH~NNEL CRS !6GA (.059)
1833?723 E CHANNEL CRS 16GA (.059)
18340800 F
XMFR +INO 2Qv~i2 AMP 400 HZ
18342800 A WL -20 VOLT PWR MODULE 17620300 C STRAp CABLE ADJUSTABLE
24524804 N !ERMINAL,_LUG CRIMP-INSULATED
24528635 G INS SLEEVING, ELEC-BULK
24536ii6 J TERMINAL, SOLDFRLESS RING
24557.314 D iNS SLY, 5/B LG iO_AWG aLK
2455231 8 0 INS sLv, 5/8 LG 6 ~WG BLK
24552320 0 ~NS SLY, 5/8 LG 4 ~WG BLK
24552322 0 INS SLY, S/8 LG 2 AWG BLK
93464444 C WJRE ELECTRICAL 16 AWG -4
93464666 C WIRE ELECTRICAL 16 AWG -6
93508000 A WIRE ELECTRICAL 14 AWG ~o
93508666 R WJRE ELECTRICAL 14 AWG -6
245~i502
R STRIP TERMINAL
24554601 8 CONNECTOR STRAIN RELIEF
245~16Q3 I) REcTIFIER SILiCON 40 AMP
3
2
3
3
3
2
2
3
3
3
3
3
3
3
3
3
'3
3
3
2
2
2
60120700
18340300
00838200
/)0839501
09027803
In12S605
l0127ii3
17763801
2
1
2
2
2
2
2
2
1781J~?Q6
2
2
2
2
3
2
3
3
3
2
2
3
3
3
3
3
3
3
'3
3
'3
3
lAlOOIOO
18263600
183396 00
00849900
18339700
18339701
18339702
18339703
18340800
183427QO
17620300
24524864
24528635
24536116
24552314
24552320
24552322
2455234 0
93464222
93464444
93508000
S
MonEL jj3AB DISK PiCK CONT
K CONTROL DATA POWER SUPPLIES
E PO~ER MnD~LE ASSY +20 VOLT
J NUT U TYPE NO. 6-32NC
D GROM RUB lIB GROOVE 3/B DIA
H WASHER. NONMETALLIC
A PLAIN WASHERS
A SCR MACH PANPHL 6.32
C CONN PLUG POLARIZED 6 CONTACT
H BUSHING NYLON fLANGED
A BRACKET RECTIFIER
A POWER SUPPLY iDENT PLATE
C coy PW8 MODULE 20 YOLT
A METAL ~ERF STR SLOTS 1/4X1 }I
E BASE. POWER MODULE 20 VOLT
E PLaTE CR$ 14GA (.074)
E CH!NNEL CRS 16GA (.059)
E CHANNEL CPS 16GA (.059)
XMFR +IND 20V~12 AMP 400 HZ
F
A WL+20 VOLi PWR.MODULE
C STRAp CARLE ADJUSTABLE
N T~RMINAL._LUG ~RIMP-INSULATED
G INS SLEFVING, FLEC-BULK
J tERMINAL, SOLOFRLESS RING
D INS Sly, SIB LG 10 AwG BLK
D INS SLY, 5/8 LG 4 AWG BLK
D INS SLV, ;/8 LG ? iWG BlK
0 INS SLV, ;/8 LG 6 iWG CLR
C WIRE ELECTRICAL 16 AWG -2
C WIRE ELECTRICAL 16 AWG .4
A WIPE ELECTRICAL 14 AWG
-n
Een-NO
IN
IN
IN Oi9408
IN 01Q408
IN 01940B
IN
IN
IN
IN
IN
IN
IN
~~
IN
IN
IN
IN
IN
IN
IN 014420
IN
-
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
019974
02~597
Oi940B
019408
01940B
Ri:V
4-35
K
1738 B
LEV E L
3
2
2
2
2
2
PART-NO REV
93508222
24 5 0}502
24554601
245~16Q4
52305300
60120 7 00
18342500
17620300
24 5 248 04
24 5248Q7
24528635
24528636
245286 3 9
24534605
93464000
93464222
93464666
93508000
93 5 08222
9350 8 555
93508666
18343100
176203;;0
17763602
245 24 8 05
1
2
2
2
2
2
2
2
2
2
2
2
2
2
2
1
2
2
2
2
2
2
2
245286~5
1
2
2
2
2
2
2
2
2
2
2
2
2
2
?
2
G
G
G
A
C
C
C
R
R
A
8
~
C
C
N
G
10127113
A
A
1~153200
3
3
3
3
OO~4]lQ2
3
18153204
}815320 5
18 }5r; 800
18}56200
Rev K
N
D
0
0
D
C
10127122
Ui12 7 123
10127124
) 798 111 4
}8153100
2
2
N
2455;:>3!6
245523]8
93463444
18343700
00 8 36610
00838300
101"25105
10125106
10125606
126 1Q3
1012610 4
10127111
lr
3
.OE$CRIPrION
WIRE ELECTRICAL 14 AWG -2
snup TERMINAL.
CONNECTOR STRAIN RELIEF
o ~ECTIFiER SILicON ;0 AMP
A !* ERRONEOUS eART NUMBER
K CONTROL DATA POWER SUPPLIES
o W/~ CAB" POWER WIRiNG i738B
C STRAP CABLE ADJUSTABLE
B
B
8
18 153201
181532Q2
18}53203
A
A
A
A
A
A
A
N
B
E
o
E
E
E
E
E
A
R
iERMINA~' ~UG cRiMP-INSU~ATED
TERMINAL, LUG CRIMP-INSULATED
iN~ sLEFViNG~ fLEe-BULK
INS SLEEVING~ ELEC~BULK
INS SLEfVING, fLEC-sULK
SHiELD, E~ECT, B8AIDED-RVLK
WIRE ELE~TRICAL ]6 AWG -0
WIRE ELECTRICAL i6 AWG -~
WIRE ELECTRICAL 16 AWG ~~
WIRE ELECTRICAL 14 AWG ~Q
WIRE ELECTRICAL 14 AWG -2
W~RE ELECIRICAL 14 AWG ~5
WIRE ELECTRICAL 14 AWG -6
CARL~ ~SSX PWR SUPPLY 1738B
STRAP CABLE iDJUSTiBLE
~ONN PANE~MOU~T6 CONTicT
TERMINAL, LUG CRIMP-INSULATED
iNS SLEEVING,FLEC-BULK
INS SLV, 5/8 LG 8 ~WG B~K
INS sLv. 5/8 LG ~ AWG BlK
~IRE ELECTRICAL 18 AWG -4
TEMP MONITOR ASSY ;738
RETAINER, NUT. SPEED
N~i u TYPE a-3~ NC
HExAGON MACHINE SCREW NuTS
HEXAGON MACHINE SCREW NuTS
PLAIN WASHERS
iNiERN~L TOOTH LOCK WASHERS
INTERNAL TOOTH LOCK WASHERS
SCR MACH PAN eHL 6~32
SCR MACH PAN ~HL 6-32
SCR MA~H PAN eHL 8-32
SCR MACH PAN eHL 8-32
SCR MACH.~AN PHL 8~32 "
LENS INDICATOR CORPORATE SW
SLiDE VERT CAB
TEMPERATURE MONITO~ sOX
FASTENER, SCREW TYPE
BASE CRS 16 GA. (.059)
SIDE CHANNEL CRS 16 GA. (.059)
SInE CHANNEL C~S 16 GA. (.059)
~NGLE CRS 14 G~. (.074)
ANGLE <::RS 14 GA. (-074)
WIRE OIA-POWER CONTROL PANEL
MONITOR PANEL
4-36
IN
IN
IN
IN
IN
IN
IN
Een-NO
014480
014519
01Q974
oiQ974
IN
IN 01';340
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN 011:;340
IN
IN
IN
IN
IN
IN
IN
I~
IN
IN 01':;763
IN 01c:i;445
IN 01c;763
01c;763
01':;763
oi,?763
Olc:i;763
oiri;763
01s763
IN
IN
IN 01';763
IN 016603
IN
IN
IN
IN
IN
IN
IN
IN
IN 02;;636
IN 02 n636
IN
02~636
JN 02;:;636
IN 02;;636
IN 02;;636
IN
IN
1738 R
1834~i~0
LEV E' L
PART-NO REV
OESCRyPTrON
17620300 C SJRAP CABLE ADJUSTABLE "
18535801 0 TERMINAL SPADE FLANGED INS
24524805 N t~RMINAL' .. LUG ~~iMP-INSULATEO
24524810 N TERMINAL LUG CRIMP-INS
24547900 B SOCKET t TuBE B CONTACT,. ,oCTAL
24552316 0 INS SLV SIB LG 8 AWG BLK
93462444 C W!RE ELE~rRICAL 20 AWG -4
93463444 0 WIRE ELECTRICAL 18 AWG -4
93463999 0 WIRE ELECTRICAL i8 AWG -9
18207400 A COVER TEMP MON BOX VERT CAB
IB3?!?IQO A SToP TEMP MONITOR BOX
24501202 A STRIP TERMINAL
245Ql2Q4 A STRIFl, TERMINAL
24501208 A STRIP TERMINAL
24501508 A STRIP TERMINAL
24502202 C STRIP MARKER i THRU 2
24502204 C STRIP MARKER i THRU 4
24502208 C STRIP MARKER i THRU 8
24503101 F CONT 15 AMP 3 P -NO
245ii601 0 LAMPHOLDER
24511766 L LENS, IND. LIGHT
24515f;!ij7 A LAMP, INCANDESCENT
245)61)00 A SW ToGGLE TWo POSITION SPST
2451RI05 H CONN FLEX. CND AND CABLE
24524201 A FILTER LENS - EAP IND LT
24524202 A FILTER LENS - CAP INO LT
24524203 A FILTER LENS - CAP INO LT
24543546 U L~NS, IND. LiGHT
24543549 U LENS, IND. LIGHT
2455Q614 F CIgCUIT BREAKER MAG
2455n700 C fRANSFORMfR i4 VoLT
2455';801 J RELAY. OCTAL SOCKET
30092309 A THFRMUSTAT FL MT 110 OEG OPEN
18343800 0 BLOWER ASSY ;738
riiiBi35iio A GBOMMET RUBBER 3/S 1.0.
00815437 AK FILTER WASHABLE
008}6700 E BLQWER 523 C.F.M.
00838300 A NUT U TYPE 8-32 NC
00866104 C VANE,ACTUATOR
lQ 1251Q3 A HEXAGON MACHINE SCREW NuTS
10125105 A HExAGON MACHINE SCREw NUTS
10125108 A HE~AGON M~CHINE SCREW NuTS
10125607 A PLAIN WASHERS
10126101 A INTERNAL TOOTH LOCK WASHERS
10126103 A INTERNAL TOOTH LOCK WASHERS
lQ126104 A INTERNAL TOOTH LOCK WASHERS
10126105 A INfERNAL fOOTH LOCK WASHERS
10127107 A sCp MA~H PAN ~HL 4-40
1 ~ 127113 A SCR MACH PAN PHL 6-32
10127i23 A SCR MACH PAN PHL 8-32
10127145 A SCR MACH PAN PHL 10-32
17763601 C CONN PANEL MOUNT 6 CONTACT
18098300 E ENCLOSURE BLOWER
3
3
3
3
3
3
3
3
3
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
?
2
2
2
2
1
2
2
2
2
2
?
2
2
2
2
2
2
2
2
2
2
2
2
2
S
MonEL 173RB DISK P~CK CONT
4-37
Ecn-NO
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
01c;763
01';763
015763
01.:;763
01.:;763
011:0763
015763
011:0763
01';763
01C;445
01';763
0)C;763
015763
0}C;763
015763
01';763
0}.:;763
Oi~163
01c;163
01';763
Oi~763
01c;763
Rev
1138 B
18340000
L E VE L
2
2
2
3
PART-NO REV
DESCRIPTION
181,256QO 0 COVER BLO~ER
18125700 A COVER FILTER
18230600 A WIRE LIST BLOWER ASSY
245248 04 N tERMtNALt_LU~ C~t~P-INSULATED
24528615 G INS SLEEVING, FLEC .. BULK
24552314 D INS sLV. 5/8 LA 10 AWG BLK
245523}8 D i~s SLV. 5/8. LA 6 iWG BLK
93462444 C WIRE ELECTRICAL 20 AWG ~4
93464555 C WI8E_ ELECTRICAL 16 AWG ~5
2~548200
f3 SWITcH, .ROTARY lOW FQRCE' N.e
30096202 A THERMOSTAT BKT MTG 90 DEG CL
18363500 C BRKT CHAS SU~P¥RT L 18363800 C 8RKT CHAS MO N l ·
18363900 D 8RKT CHAS MOU~T R 18364000 C 8RKT CHAS SUPPORT A !~36!i3QO A PANOUIr lONG _ 00 8 60 2 09 A CONDUIT RACEWAY NnNMETAlLIe
18365400 A PANDUIT SHORT -0':'86020 9 A CONDUIT RACEWAY ~QNMETAlLIC
183~~8QO A COVER CqNNECTOR
24501603 G ALOCK. TERMINAL
G BLOCK, TERMINAL.
245Q16~5
245}8105 H CONN FL~X. CND AND. CABLE
245199 08 A PL IDENT ASSY. DES A8
24 5 199ij9 A PL IDENT ASSV DES A9
2~5129io A PL IDENT ASSY DES i~o
30001201 F RESISTOR, ASSEMAlY ERMINATOR
31 000 423 V CARLE SPL. PURP. ELEcT.
00865007 H GROMMET srRAlN RELIEF
17944001 R LABEL CABLE LENGTH MARKING
18710101 F CONN PLUG ElEC (61 PIN caNT>
18710103 F CONN PLUG ELEC (61 PIN cONr~
31000100 A CARL!;;. SPECIAL PURPOSE, ELEcT
32584800 e PIN PIVOT
3
3
3
3
3
2
_2
1
1
1
1
1
2
1
2
1
!
1
1
1
!
1
1
1
2
2
2
2
_2
1
Rev K
S
MODEL 1738B DISK PACK CaNT
-
4-38
Ecn-NO
IN
IN
IN
IN 013188
IN
IN
IN
IN
IN
IN
IN 01 5496
f~
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
016666
oicii235
017974
011494
01j974
017 9 74
1738-C
1738 C
LEV E L
1
1
!
1
1
!
1
1
1
1
!
1
1
1
1
REV
DESCRIPTION
o RING. RETAlNING
SCREW S~OU!:-D~R
~
___ .
A SPG COMPR_l L _
A CONDUIT RACEWAY NONMETALLIC
A CL~M~. ~~BLE ELECTRICAL
A CLAMP. CARLE ELECTRICAL
A CLAMP' CABLE ELECTRICAL
A CLiMe. CABLE ELECTBICAL
A CLAMp, CARLE ELECTRICAL
A PAn LEV THO ST~D S{8-ll UNC2A
H
WASHER! NONMETALLIC
D PLATE IDENT COMPUTER DEV DIV
R CABLE LOOP. END
_
LENS INDICATOR CORPORATE SW
N
N
1
1
C
E
2
2
R
E
B
R
1
1
1
2
2
2
J
D
A
E
2
E
2
J
J
J
E
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
E
C
H
C
A
B
B
A
D
F
G
A
E
2
F
A
E
2
2
2
E
E
E
2
D
LENS.INOICATOR~_
TOP VERT CABINFT
CHANNEL.MiG TO~ VERT CARiNET
WELD NUT TYPE SN
FRAME CRS 18 GA (.n47)
BRACKET DOOR
COVER CABLE AREA
CARD PLACEMENT ~Pr:Lnte-dCircuit Card Tyne 6AAH
Printed Circuit Card Tyoe 6AFH
PC Type Discriminator
Printed Circuit Card Tyne 6AGH
Printed Circuit Card Tyne CA21
Printed Circuit Card Tyoe CA28
Printed Circuit Card Tyne CA55
Printed Circuit Card Tyne CA62B
Printed Circuit Card Tyoe CA70
Printed Circuit Card Tyne CA75B
Printed Circuit Card Tyne HA05
Printed Circuit Card Tyne HAlO A.
Printed Circuit Card Tyne HAllA
Printed Circuit Card Tyne HA19A
Printed Circuit Card Tyne HA30
Printed Circuit Card Tyne HA35
Printed Circuit Card Tyne HA46A
Printed Circuit Card Tyne HA47
Printed Circuit Card Tyne HA48A
Printed Circuit Card Tyne HA53
Printed Circuit Card Tyne K16
Printed Circuit Card Tyne K22
Printed Circuit Card Tyne K23
Printed Circuit Card Tyne K24
Printed Circuit Card Tyne K25
Printed Circuit Card Tyne K26
Printed Circuit Card Tyne K27
Printed Circuit Card Tyoe K31
4-39
ECO-NO
IN
~N
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN 02;578
IN
IN
IN
IN
IN 02no61
IN 02n061
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
014982
14295
016571
014295
014778
Rev K
1738 C
L E VE L
2
2
2
2
2
IB691700
PART-r;O REV
DE~CRi~TjON
31705001 D Printed Circuit Card Tyoe K32
31709801 D Printed Circuit Card Tyoe K33
31705801 D Printed Circuit Card Tyoe K36
31711001 C Printed Circuit Card Type K69
31709001 D Printed Circuit Card TYT)e K71
2
2
2
_2
1
2
2
18161400
18 1 7390 0
18i74700
18176800
18201903
17891000
17944011
1815?700
24530202
18268 0 Ql
24500503
93942003
'2
939~80Q3
1
1
!
J
1
IB31~800
1
I
2
2
2
'2
2
2
'2
'2
'2
3
2
3
3
3
2
2
3
3
3
3
3
3
3
3
Rev K
0
A
A
A
A
A
R
R
A
C
~
A
A
A
IB340200
00838200
00839501
09027 8 03
lQ1256Q5
101271 ] 3
17763BOI
0
J
0
1810012 0
18263600
18339600
008499QO
18339700
18339701
18339702
18339703
1 834 08 00
183428QO
17620300
24524804
'24528635
2453611 6
~
178~~206
'2
G CARINEi' ASSY i738 VERT
2455~314
2455;:»318
'2455?320
?455?322
H
A
A
C
H
A
C
A
E
E
E
E
F
A
C
N
G
J
D
o
o
n
D90R. REAR
ACTUATOR, DOOR
LArCH
_
ANGLE,DOOR CATCH VERTICAL
CARLE ASSV 3 PIN
CONN PLIJG] CON SOLID SIjELL
L.AREL CABLE ~E~GTH M~RKING
CA8L~ 22 GA TWIST PAIR SHIELD
CLAMP,CARLE
CARLE ASSEMBLY _
CARLE ~WR_ELECi.18 GA 3 COND
CONTACT PIN SERIES e09()
CONNECTOR (PiN HOUSING)
AIR ~UCT BLOWER EXTENSION.
PO~ER MODULE ASSY -20 VOLT
NUT IJ TYPE' NO. 6-3;NC
GROM RUR i/8.GR09VE 3/8 DIA
WA~HER.NONMETALLIC
PLiIN ~ASHERS
SCR MACH pAN .~~L 6-32
CONN PLUG. POLARIZED 6 CONTACT
BUSHING NYLON FLANGED
BRicKET RECTifiER.
.
POWER SUPPLY IDENT PLATE'
CPV ~WB. MODULE 20 VOLT
METAL ~E'RF STR SLOTS 1/4Xi }I
BASE. POWER MODULE 20 VOLT
PLATE CR$ 14GA (.074)
CHANNEL CR~ 16GA (.059)
CHANNEL.CRS 16GA (.059)
XMFR +IND.20V!i'2 AMP 400 HZ
Wl,. -~O VOLT PWR MODULE
STRAp CABLE ADJUSTABLE
TERMINAL. LUG CRIMP-INSULATED
iN~ $LE~ViNG~ FLEC-BULK
TERMINAL. SOLOFRLESS RING
iN~ SLV. ~/B Lr. in_AWG RLK
!NS SLv. 5/8 [6 6 AWG BlK
INS SLV, 5/8 LG 4 AWG BlK
INS SLV, ~/~ LG 2 AWG BLK
4-40
Ecn-NO
IN
IN 014778
IN
IN 014445
IN 016221
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
I~ 01'5099
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN 02(;597
IN
IN
IN
IN 019408
~N 019408
IN 019408
IN
IN
IN
IN
IN
IN
,.
1738 C
L F. VEL
3
1
3
3
2
?
2
18691100
G CARINEr ASSY 1738 VERT
PART-NO REV
DESCRIPTION
WIRE ELECTRICAL 16 AWG -4
WIRE ELECTRICAL 16 AWG -6
A WIRE ELECTRICAL 14 AWG -0
A
WIRE ELECTRICAL 14 AWG -6
B STRIP TERMiNAL
A CP~NECToR STRAIN RELIEF
D RECTIFIER SILICON 40 AMP
93464444
93464666
93 5 08000
93508666
24 5 0}5Q2
24 55 46 01
2456}6n3
C
C
6°i2Q1QO
18340300
00 8 38200
00 8 39501
K
Ec;n-NO
IN
IN
IN
IN
IN
IN 014420
IN
~
_2
1
2
2
O~021A03
lQ1256~5
?
2
2
2
2
0
2
2
2
3
2
3
3
3
2
?
3
3
3
3
~
3
3
3
3
3
3
2
2
2
_2
1
1
1
1
1
1
1
1
1
10127113
17163801
178832;'6
18100 1 0
18263600
18339600
00 8 49900
18339700
18339101
]8339102
18339703
18340800
183427QO
17620300
24524R04
24528635
24 5 36ii 6
2455~314
24552320
?455?322
24552340
93464222
93464444
93508000
935ii~2?2
24501 5 Q2
24554601
24~~i604
60120100
18363500
183638QO
lA363900
18364000
18365800
18 4 08802
18545400
1856S200
18611100
E
J
n
H
A
A
C
H
~
A
C
A
E
E
E
E
F
A
C
N
G
J
D
D
D
n
C
c
R
B
R
R
o
CONTROL DATA POWER SUPPLIES
PO~ER MODULE ASSY +20 VOLT
NUT U TYPF NO. 6-32NC
GROM RUA f/8_GR09VE 3/8 DIA
WA~HER,NONMETALLIC
PLAIN WASHERS_
SCR MAtH PAN, PHL 6-32
.
CONN PLUG POLARIZED 6 CONTACT
BUSHING NYLON FLANGED
8R~CKET RECTIFiER_
POWER SUPPLY IOENT PLATF
CDW ~W8 MODULE ~O VOLT
METAL PERF STR SLOTS 1/4Xl )1
B~SE, POWE8 MODULE 20 VOLT
PL~TF. CRS 14GA (.014)
CHANNEL CR~ i6GA (.059)
CHiNNEL CRS i6~A (.059)
XMFR +INO 20V'l? AMP 400 HZ
WL+20 VOLT PWR MODULE
STRAp CABLE ADJUSTABLE
!ERMINAL._LUG CRIMP-INSULATED
IN~ SLEEVING, fLEe-BULK
TERMINAL. SOLD~RLESS RING
iN~ SLV. 5/8 LA 16_AWG RLK
!NS Sly, 5/8 LG 4 ~wG B~K
IN~ SLY. ~/8 LG 2 AWG BLK
IN~ SlY, 5/8 L~ 6 AWG CLR
WIRE ELECTRICAL 16 AWG -2
WIRE ELECTRICAL 16 AWG -4
WIRE ELECTRICAL 14 AWG -0
WIRE_ELECTRICAL 14 AWG -2
$TRIP TERMINAL~
CONNECTOR STRAIN RELIEF
R~CTtFIER SILicON 40 AMP
~ONTROL DATA_~OWER ,SUPPLIES
BRKT CHAS SUPPORT L
RRKT CHAS MOUNT L _
D ARKT CHAS MOUNT R •
C BRKT CHAS SUPPORT R
.
A covER CONNECTOR C CONN PLUG
11417700 R STeIP, MARKER (22-42)
11819100 0 CH~SSIs PWR ANn GROUND WIRING
17915ROO C RPACKET RELAY
181434(,0 R CONN ASSY 61 PYN 1AI
00R65003 H r,ROM STR REL 0·453 10
24500707 J eIN TAP~P
245;;0 810 H INSULA lTON SLEFVING ELEcT
24548301 J WIRE ELECT 24 AWG
0
74548303 J WInE ELFC STRD INS. UL APPD
'?4548307 J WInE ELFC STRO INC;. UL APPf)
?
?
?
C
?
?
('
2
2
2
?
2
?
2
('
?
?
?
?
1
1
C
2
C
?
2
2
?
'?
?
?
?
?
?
7
G
CARINET ASSY 1738 VERT
,''''
?
7
?
?
7
?
?
2
2
?
'2
1
:1
3
3
03
3
-
4-43
Ecn-NO
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
02ion
02 101 7
026078
026078
017A9('1
RevP
1738 C
LEV E L
1869i7~0
PART-NO REV
3
3
3
3
3
3
3
'3
3
3QOQQ9Ql
31'11'11'11'191'12
'3
3}OQI1QQ8
310QQQ1 3
3101'11'1014
3inoooj5
3i1'l291'11 6
3
3
3
'3
3
'3
3
1
'3
'3
3
3
3
1'3
3
3
3
3
'3
'3
03
'3
'3
'3
3
'3
'3
3
'3
'3
3
3
'3
3
'3
3
3
'3
03
'3
3
3
Rev K
G CARINET ASSY 1138 vERT
3)nOOOQl
3101'101'102
311'100003
311'100004
'311'10000 5
311'101'11'11'16
3}DOOI)Q1
3100001 7
3i OQQ n18
311'11'11'11'121
310001'122
31nQQ02 4
3~(\~~025
3)1'100026
311'11'11'11'12 7
311'10002 8
3t ODO I'lj?9
18)43501'1
oilA6r:;Oo3
?4 5 QQ 7 07
24 5 nO RIO
24 5 48301
2454R303
?454A307
301'100901
101'100 9 02
'311'100001
311'101'11'10 2
3)1'1001'103
311'100004
31nOQ005
311'11'11'11'11'16
311'1001'10 1
111'10000 8
3j"QQl'li3
311'11'11'11'1]4
311'1001'11'5
311'10001 6
3 10 1'11'11'117
~n 1'100018
311'1001'121
3100001'2
31nQO/)?4
311'11'10025
3]1'1001'126
3}00002 7
DESCRIPTION
CONN. RFCP ELEe 61 PIN CONT
R FE'MALE CONTACT
WIRE, 24GA TWIST, pRe BR-W/RD
~
B
WIRE. 24GA TWIST, PRe BR-W/YE
B WIpE, 24GA TWIST. pRe BR-W/BL
B WIRE, 24GA TWIST, pRe BR-W/GY
R WIRE, 24GA TWIST, PRe BR-W/BL
B WIRE, 24GA TWIST, PRe RO-W/RO
R WIPE. 24GA TWIST, PRe RO-W/YE
B WIRE, 24GA TWIST. PRe RD_W/BL
WIRE, 24GA TWIST, PRe OR-W/BL
~
R WIPE, 24GA TWIST. PRe OR-W/GV
R WIRE, 24GA TWIST, PRe OR-W/BL
R
WIRE, ~4GA TWIST, PRe Yf-W/R
R W~RE, ~4GA TWIST, PRe Yr-W/YE
R WIRE, 24GA TWIST, PRe YF-W/BL
A WIRE, 24GA TwIST, pRe GR-W/RD
R WIRE, ?4GA TWIST, PRe GR-W/YE
R WIRE. 24GA TWIST, pRe GR-W/GV
R WIRE' 24GA TWIST, PRe GR-W/BL
8 wIpE, 24GA tWIST' PRe BlU-W/R
R WIRf, 24GA
WIST, PRe BLU-W/V
R WIRE. ?4GA TWIST, PRe BLU-W/8
R WIPE. ~4GA TWIST,_pR. BLU-W/B
R CONN ASSV 61 pIN 1A2
H GROM STR REL 0.453 10
PIN TAPER
J
H
INSULATION SLEEVING ELECT
J
W~RE ELECT 24 AWG - 0
WIRE ELEe STRO INS. UL jPPD
J
WIRE ELEe STRO INS. UL APPD
J
R CONN. RfCP ELE~ 61 PIN CONT
R FEMALE COt>..ITACT
R WIRE, 24G4 TWIST, PRe SR-W/RD
R WIRE. 24GA TWIST, pRe BR-W/YE
R WIRE, 24GA TwIsT, pR. BR-W/AL
WIRE, ?4GA TWIST, PRe BR-W/GY
R
R
WIRE. 24GA TWIST, PRe BR-W/BL
R wIRE, 24GA TwIST. PRe Rn-W/RD
R WIRE, 24GA TWIST, PRe Rn-W/VE
R
WIRE, ?4GA TWIST. PR. RO-W/RL
R WIRE. 24GA TWIST. PRe OR-W/SL
R WIRE, ?4GA TWIST. PRe OR-W/GY
R WIRE, 24GA TWIST, PRe OR-W/BL
R
WInE. ?4GA TWIST, PR. YF-W/R
R WIRE' ?4GA TWIST, pRe Yr-W/YE
B
WIRE, ?4GA TwIST' PRe YF-W/BL
R WIRE, 24GA TWIST, pRe GR-W/RD
R WIRE, 24GA TWIST, PRe GR-W/YE
R WIPE. 24GA TWIST, PRe GR-W/GY
B
wIRE, 24GA TwIST, PRe GR-W/ BL
R
WIRE, 24GA TWIST, PRe BLU-W/R
WIRE, 24GA TWIST, PRe BLU-W/V
R
R
4-44
Ecn-NO
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
I~
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
;-738 C
L F.: V F L
3
18691700
PART-NO REV
311'100028
A
R
1~143"'OO
C
:I
3 1n Oo n;:>9
3
on861:)004
24599707
24500810
2454 8 301
24S483n3
1:>41:)483;;7
10000 9 01
?
'3
'3
3
1
'3
3
,
3
:I
3
1
3
'3
"3
"3
1
1
3
3
?
3
3
1
3
'3
'3
'3
G
H
J
H
J
J
J
3i)OQ~902
R
R
3100000~
8
R
'310Q~014
R
R
R
310QI)O~1
31001'11'10
1100nn04
31000013
3]001'11'115
31000016
3ioOOO2 5
311'100026
311'1001'127
31non029
18143700
n~86c;~n5
2450;;70 7
?4500810
745483;;1
?45483n3
245483;;7
30~o~gnl
R
B
R
R
R
R
R
F
H
J
H
.J
J
)
R
300Q~9i)2
R
R
'3
3
"3
11000001
,lnOOOO2
31000003
31000004
'3
~joQQni3
'3
'3
::I
3
1
3
3
3
,
"3
"3
?
3
1
1
3
3
3
~100f\nI4
31000015
11000016
0 00022
'31 n QQo23
311}OOO25
3\000026
11 0 000;)7
'1
3;'000029
R
A
A
R
R
A
R
R
R
R
R
S
R
18143AOO
A
0';86':;004
241:)Q~7Q7
H
?4&::iOnRIO
74548301
245483;;3
24548307
J
H
J
J
J
CARINET ASSY 1738 VERT
rlESCRIPTION
WIRE, 24GA TWIST, PRe BlU-W/B
WH~E, ?4GA TWIST, PRe BLU-W/B
CONN AS~Y 61 PIN ]Rl
GROM STR REL 0.468 10
PIN TAPER
INSULATION SLEEVING ELEcT
WIRE ELECT 24 AWG
0
WIRE ELEC STRO INS. UL APPO
WIRE ELEC STRO INS. UL APPD
CONN. RrC p ELEt 61 PIN r.ONT
FE'MALE CONTACT
WIRE. 24GA TWIST, PRe BR-W/RO
WIRE, ?4 GA TWIST, PRe BR-W/YE
WIRE, ?4GA TWIST, pRe BR-W/BL
WIPE, 24GA TWIST, PRe BR-W/GY
WIRE. 24GA TWIST. PRe OR-W/RL
WTPF, 24GA TWIST, PRe OR-W/GY
WIpE, 24GA TWIST, PRe O~ .. W/BL
WTPE, 24GA TWIST, PRe Yf'-W/R
WIRE, ?4GA TWIST, PRe GR-W/8L
WIRE, ?4GA TWIST, PRe BLU-W/R
WIRE, 24GA TWIST, PRe BLU-W/Y
WTRE, ?4GA TWl!?T, .. PR. BLlJ-W/B
CONN ASSY 61 PYN-IR2
GROM SIP REL 0.391 10
PIN TAPER
iNSULA TI 01\1 SLEEVING ELEcT
WIRE ELECT 24 AWG
0
WIRE ELEC STRO INS • UL APPO
WIRE ELFC STRD INS. UL APPO
CONN. RFep ELEr. 61 PIN CONT
FEMALE CONTACT
WIPE, 24GA TWIST, PRe BR-W/RD
WIRE, 24 GA TWIST, PRe BR-W/YE
WIRE, ?4GA TwIST, pRe Bp-W/Bl
WIPE, 24GA TWIST, PRe BR-W/GY
WIRE, ?4GA TWIST, PRe OR-W/SL
WIPE. ?4 GA TWIST, PRe OR-W/GY
WIRE, 24GA TWIST, PRe OR-W/BL
WTRE, ?4GA TWIST, PRe YF-W/R
WIRf. ;:>4GA TWI5T, PRe GR-W/YE
WIRE. i?4GA TWIST, PRe GR-W/Bl
WIRE, 24GA TWIST' PRe Gp-W/BL
WIRE, ?4GA TWIST, PRe BUJ-W/R
WIRE, ?4GA TWIST, PRe BLlJ-W/Y
WIRE, i?4 GA TWIST',_PR, RLU-W/8
CONNECTOR ASSY. 61 PIN lCl
GROM STP REL 0.468 10
PIN TAPF.R
IN5ULA TION SLEEVING ELECT
WIRE ELfCT 24 AWG
0
WIRE ElEe STRO INS. UL APPO
WIPE ELFC STRO IN5. UL APPO
-
-
-
4-45
Ecn-NO
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
TN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
O(~~44
Oi~787
0\15787
0115787
01;782
01~7R?
O'~782
01~782
Oi4778
014778
01~782
01~782
Oi~7R2
01iA44
Rev K
1738 C
18691700
LEV E L
PART-NO REV
DESCRIPTION
390209ij1 R CONN. RECP ELEe 61 PIN cONT
30000~02
R FEMALE CONTACT
31000001 8 WIRE, 24GA TWIST, PR~ BR-W/RD
3ioOQ002 R WIRE, 24GA TWIST, PRe BR-W/YE
31000003 8 WIRE, 24GA TwiST, PRe BR-W/BL
3ioonno4 8 WIRE, 24GA TWIST, PRe BR.W/Gy
3100000 5 8 WIRE, 24GA TWIST, PRe BR-W/BL
31000006 B WJRE, 24GA TWIST, PRe RD-W/RD
31020697 B WIRE. 24GA TWIST, PRe RO-W/YE
31000008 B WIRE, 24GA TWIST, PRe RD-W/BL
31000009 R WIRE. 24GA TWIST, PRe RO-W/GY
3100061 0 R WIRE, 24GA TWIST. P.R. RD-W/BL
31000011 R WIRE, ?4GA TWIST, PRe OR-W/RD
3iooooi2 8 WIRE, 24GA TWIST, PRe OR-W/YE
3!OQQQ13 R WIRE, 24GA TWlST, PRe OR-W/SL
31000014 R WJRE. 24GA TWIST. PRe OR-W/GY
310000]5 R WIRE, 24GA TWIST. PRe O~-W/BL
31000016 R WIRE, 24GA TWIST, PRe YE-W/R
31000Qi7 R WIRE, 24G4 TWIST, PRe Yp-W/YE
31000018 R WlRE, 24GA TwIST' PRe Yf-W/BL
31000019 R WIRE, 24GA TWIST, eRe YF-W/GY
31000020 R WIRE. 24GA TWIST. PRe YE-W/BL
3~OQQ021
R WlRE. 24GA TWIST. PRe GR-W/RD
31000022 R ~IRE, 24GA TWIST. ~R. GR-W/yE
31000023 R WrRE, ?4GA TWIST, pRe GR-W/BL
3ioo0024 R WIRE. ?4GA TWIST, PRe GR-W/GY
3i oQ2Q25 R WIRE. 24GA TWJST, pRe GR-W/BL
3]000026 R WIRE. 24GA TWIST. ~R. BLU-W/R
31000027 A WIRE, 24GA TWIST, eRe B~U-W/Y
31000028 R WIRE, 24GA TWIST. PRe BLU-W/B
31000°29 R WIRE. 24GA TWIST,_PR. BLU-W/B
18143900 R CONNECTOR ASSY. 61 pIN lC2
oi)8650n4 H GROM_SIR REL 0.468 10
245QQ7Q7 J PIN TAPER
24500810 H INSULATION SlEEVING ELEcT
245483;;1 J WJRE ELEGT 24 AWG - 0
2454R303 J WIRE ELECSTRD INS. Ul ipPD
?454R307 J WIRE ElEe STRD INS. UL APPD
320ij2901 R CONN. RgCP E~EC 61 PiN CONT
30000?02 R FEMALE CONTACT
3}00QOOI B WIRE, 24GA TWIST. PRe BR-W/RD
31000002 R WIRE, 24GA TWIST, PRe BR-W/YE
31nQ9QQ3 8 WIRE, 24GA TWIST, PRe BR-W/BL
31002(104 R WIRE, 24GA TWIST, PRe BR-W/GY
310QQ~Q5
R WIPE, 24GA TWIST. PRe BR-W/BL
31000006 B WiRE, 24GA TwIST, PRe RO-W/RD
31Q00007 R WIRE, 24GA TWIST, PRe Rn-W/YE
3l0QQOQ8 B WIRE. ?4GA TWIST. PRe Rn-W/AL
31000009 R WtRE. 24GA TWJST. PRe RO-W/GY
3iooiiolo R WIRE, 24GA TwT~T9 PRe RD~W/BL
3iooooil R WIRE, 24GA
pRe OR-W/RD
31000012 R WIRE, 24GA TWIST. PRe OR-W/YE
3ioooo13 R WIRE, 24GA TWIST, PRe OR-W/BL
3
3
3
3
3
'3
3
'3
3
3
3
3
'3
3
3
3
3
3
3
3
3
'3
'3
3
3
3
'3
3
3
2
3
3
3
3
'3
3
3
3
'3
3
3
'3
3
3
'3
3
3
3
'3
3
3
3
3
G CARINET ASSY 1738 VERT
TwiST,
4-46
fcn-NO
IN
IN 01t-078
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
Oit-078
01"078
Olt-OTe
016078
01'-'078
01M78
01"078
IN 01,,078
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
....
''''
IN
IN
IN
Rev K
1738 C
18691100
l F: V f l
3
3
3
PART-NO REV
DESCRiPTION
3100001 4 A WIRE. ?4(;A TWIST, pRe OR-W/GY
3iOQ~Qi5
A WIPE. 24GA TWIST, PRe OR-W/BL
310QQQl6 A WIRE, 24GA TWIST, pRe Yi:"-W/R
31000011 R WIPE. 24GA TWIST, PRe YF_W/yE
31000018 R WIRE. 24GA TWIST, PRe Y!='-W/Bl
3iOQQQi9 R WH~E, 24GA TWIST, PRe Y;:--W/GY
31000020 A WIpE, ?4GA TWIST. PRe YE-W/BL
3)000021 A WIRE, 2~r,A TWIST E eRe GR-W/RD
1 8 144000 0 6} PIN CONN CABl ASSY ]0)
00 865 4 H GROM SI~ PEL 0.468 10
24500101 J eIN TAPER
24500A10 H INSULATION SLEEViNG ELECT
2454A301 J WiRE ELECT 24 AWG - 0
2454A303 J WIRE ElEC STRO INS. UL APPO
2454R307 J WiRE ElEC STRn INS. UL APPD
30000 9 01 R CPNN. R~CP ElEe 6i PIN cONT
30 0 00 9 02 R FEMALE CONTACT
31000001 B WIRE, 24GA TWIST, PRe BR-W/RO
31000002 A WIRE, 24GA TWIST, PRe BP-W/YE
3jOQOOO3 B WIRE. ?4GA TWIST. pRe Bp-W/BL
3100000 4 R WIPE, 24GA TWIST. PRe BR-W/GY
3100000 5 R WIRE. ?4GA TWIST, PRe BR-W/RL
31 0QQQQ6 R WIRE, 24CiA TWIST, PRe RO-W/RO
31000001 R WIpE, ?4GA TWIST, PRe RO-WIVE
3100060 8 R WIRE, 24GA TWIST. PRe RO-W/BL
3100000 9 R W~RE, 24GA TWIST, PRe Rn-W/GY
31000010 A WIRE. 24GA TWIST, PRe Rn-W/BL
3ioOO011 8 WIpE. 24GA TWIST, PRe OR-W/RO
31000012 R WIRE, 24GA TWIST, PRe OR-W/YE
310000i3 B WIRE, 24GA TWIST. pRe OR-W/Bl
1iO~~~i4 A WIRE. ?4GA TWIST, PRe OR-W/GY
3}00Q01 5 B WIRE, 24GA TwIST. PRe 9R-W/Bl
3100001 1 A W~RE, ?4GA TWIST, PRe E-W/YE
3ioOO01 8 R WH~E, 24GA TWIST, PRe Yi:'-W/Bl
jl0 QQQ 19 R WIRE. ~4GA TWIST, PRe Yi:'-W/GY
1000020 B WIpE. _4GA TwIST' PRe YF-W/Bl
31oooil:n R WIRE, 24GA TWIST. PRe GR-W/RO
3ioOO022 B WIRE, 24GA TWIST, PRe GR-W/YE
R WIRE. :?4GA TwIST, PRe GR-W/BL
310000~3
310000 4 R WIRE. 24GA TW~Si'. PRe GR-W/GY
31000025 A WIRE, 24GA TW!ST, PRe GR-W/Bl
31000026 R WIRE, ?4GA TWIST, PRe BLU-W/R
R W~RE. :?4 GA TWIST, PRe 8LU-W/Y
3iO~~027
31000Q?8 B WJRE, 2~GA TWIST, pRe BLU-W/B
18144100 ('l 61 PIN CONN CABLE ASSY 10 2
00865004 H GROM SIR REL 0.468 10
24500701 J P.IN TAPER
24500RIO H INSULATION SLEEViNG ELECT
2454A301 J WIRE ELf.CT 24 AWG - 0
2454R303 J WIPE fLEC STRO INS. Ul APPO
2454R301 J WIRE ELFC STRO INS. UL APPD
3QOQQ9Ql R CONN. R~CP ELE;: 61 PIN cONT
30000Q02 R FEMALE CONTACT
3
3
3
3
'3
2
'3
'3
3
'3
:3
'3
3
'3
3
3
3
3
3
'3
3
3
'3
'3
'3
3
'3
'3
3
3
3
~
3
3
3
3
3
3
3
3
2
3
3
3
3
'3
3
1
3
G CAR I IIIET ASSY 1138 VERT
02
4-47
Ecn-NO
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN 015 18 1
IN 011li787
IN
IN
IN
IN
IN 01"0 18
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
~~
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
Oi~078
0ll-07B
01(,078
01(,078
8!~818
IF. 78
011'.018
0115181
01c:;187
01c:;787
Rev K
1738 C
)869}700
L E V E L
PART-NO REV
_DESCRIPTioN
3}000001 B WIRE, 24GA TWIST. pR. BR-W/RO
3jOQ29Q2 R WIRE, 24GA TWIST, pRe BR-W/YE
3100000 3 R W~RE, 24GA TWIST. PRe BR-W/AL
3!OQQQQ4 B WIRE, 24GA TWIST. PRe BR-W/GY
31 0 9111111 5 R WIRE. 24GA TWIST. pRe BR-W/BL
31000006 R W~RE, ?4GA TWIST. PRe RO-W/RO
3100000 7 R WIRE, ?4GA TWIST. PRe RO-W/YE
31000008 R WIRE, ?4GA TWlST, PRe RO-W/SL
3l0QQQ09 R WIRE, 24G{I TwIST. PRe RO-W/GY
31000010 B WIRE, 24GA TWIST, PRe RD-W/Bl
31000011 R WIRE, 24GA TWIST, PRe OR-W/RO
3.1000012 R WIRE, 24GA TWIST. PRe OR-W/YE
31000013 B WIRE, 24GA TWIST, PRe OR-W/BL
3} 00001 4 R WIRE. 24G{I TWIST, PRe OR-W/GY
3l0!')OQ15 R WIRE. ?4GA TWI!;T. PRe OR-W/AL
WIRE, 24GA TWIST, PRe Yr-W/YE
3) OOQ017 8
31000018 B W~RE, ?4GA TWIST, pRe YF'-W/BL
31000()}9 R WIRE, 24GA TWIST, PRe YF-W/GY
31000020 R WIRE, 24GA TWIST, pRe Yi:"-W/Bl
31~00021
R WIRE, 24GA TWIST, PRe G~~W/RO
18144200 R CONNECTOR ASSY 61 pIN 1Fl
00 865003 H GRaM_S!R REl 0.453 10
24 5 00 707 J F?IN TAPE'R
24 5 00 8 10 H INSUlATI9~ SLEf,VING ELEcT
24548301 J WIRE ELECT 24 AWG - 0
24548303 J WIRE ElEe STRO INS. Ul APPO
2454830 7 J WIRE ElEe STRD IN!;. Ul ipPO
30000 QOl R CONN. RgC P E\"EC 61 PIN CONT
lilooo~02 R FEMALE . CONTACT
31000001 8 WIRE, 24GA TWIST, pRe BR-W/RO
3100000~ R WIRE, 24GA TWIST, PRe BR-W/YE
3100000
B
WIRE. ~4GA TWIST' PRe BR-W/Bl
31000004 R WIRE', 24GA TWIST. PRe BR-W/GY
3iooo005 R WIRE'. 24GA twIST, PRe 8R-W/Bl
31000006 R WIRE, 24GA TWIST, PRe RO-W/RD
3} oOiiiHi7 R WIRE. 2~GA TWIST. PRe RD-WIYE
31000008 R WIRE, 24GA TWIST, PRe RO-W/Bl
31000009 R WIRE. 24GA TWIST, PRe RO-W/GY
3}OQQ()10 R WJRE, 24GA TWIST, PRe RO-W/Bl
31000011 B WIRE, 24GA TWIST, PRe OR-W/RD
31000012 R WIRE. 24GA TWIST. PRe OR-W/YE
310 0001 3 R WIRE, 24GA TWIST, PRe OR-W/Bl
31000014 A WIRE. 24GA TWIST, PRe OR-W/GY
31000015 A WIRE, 24GA TWI.ST, PRe OR-W/8l
31000016 R WtRE. 24GA TWIST, PRe Yr:-W/R
:310QQQ17 R WIRE, ?4GA TWIST, PRe Yi':'-W/YE
R WIRE, 24GA TwiST, PRe Yf-W/BL
3!O~~O!8
3l(lOO(l19 R WIRE. 24G/\ TwIST. PRe Yf.-W/GY
3]000020 R WIPE, 24GA TW~ST, PRe YF-W/Bl
31000021 R WH~E. ?4GA TWIST, PRe GR-W/RO
~:-nn""';" ....
R "1, KI:.' 24 GA hils!, pRe GR-W/YE
~l v~!..'!!~C
3l0QQQ23 8 WIRE. 24GA TwIST. pRe GR"'W/Bl
31000024 R WIRE, 24GA TWIST, PRe GR-W/GY
3
3
3
3
3
3
3
'3
3
3
3
3
3
3
3
3
3
3
2
3
'3
'3
3
3
'3
:3
3
3
3
3
J
3
'3
3
'3
3
3
3
3
3
::I
3
3
3
_3
:3
'3
3
3
3
3
3
3
Rev K
G CARINET ASSY 1738 VERT
1.1.--
4-48
ECO-NO
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN Oi"078
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN 01;:'078
IN 016078
1138 C
18691100
LEV E L
PART_NO REV
DESCRIPTION
3100002 5 13 WIRE, 24GA TWIST, PRe GR-W/BL
R WIRE, 24GA TWI5T, PRe BLU-W/R
31~QQ~26
3}000021 B WIRE, 24GA TwIST, eRe B~U-W/V
31000028 R WIRE, ?4GA TWIST, PRe BLU-W/B
310000~9 R WIRE, 24GA TWIST, PRe BLU-W/B
1 ei 44300 R CONNECTOR ASSY 61 PIN IF2
00 8 65003 H GRaM SIR REL 0.453 10
2450Q707 J eIN TAPER
24500BI0 H INSULATION SLEEVIN6 ELEcT
2454B301 J WiRE ELECT 24 AWG - 0
24548303 J WIRE ELfC STRD INS. UL APPD
2454830 7 J WIRE ElEC STRD INS. UL APPD
30000901 R CONN. RECPELEC 61 PIN CaNT
3i)OOO?02 R FEMALE CONTACT
31000001 8 WIRE, 24GA TWIST, PRe BR-W/RD
31000002 R WIRE, 246A TWIST, pRe BR-W/VE
31000003 R WIRE, 24GA TwIST, pRe BR-W/BL
31000004 R WIRE, 24GA TWIST, PRe BR-W/GV
'3}00Q005 R WIRE, 246A TWIST, PRe BR-W/BL
31000006 R WIRE, 2464 TWIST, PRe RO-W/RD
31000007 B wIRE, 24GA TwIST' PRe RD-W/VE
3100QQQB R WIRE, ?4GA TWIST, PRe RO-W/BL
3Io.00009 R WIRE, 24GA TwiST, PRe RO-W/GV
3t OQQOi O A WIRE, 24GA TWIST, PRe RO-W/BL
R WIRE, ~4GA TWIST, eRe OR-W/RD
3JOQ~lHl
31000012 R WIRE, 24GA TWIST, PRe OR-W/YE
31000013 R WIRE, 24GA TWIST. PRe OR-W/RL
3i oQQQi4 R WIRE, 24GA TWIST, PRe OR-W/GV
31000015 A WIRE, 24GA TWlsT, pRe OR-W/BL
310000}6 B WIRE, 24GA TWIST, PRe YF-W/R
31000011 8 WIRE. 24GA TWIST, PRe VF-W/VE
31000018 A WIRE, 24GA TWIST, PRe VF-W/AL
31000019 A wIRE, 24GA TW~ST' PRe YE-W/GV
31000020 8 WIRE, 24GA TWIST, PRe VF-W/BL
31000021 R WIRE, 24GA TWIST. PRe GR-W/RD
3IOOOO?2 R WIRE. 24GA TWIST. PRe GR-W/VE
C CONN ASSY 61 PIN Foi
1~144'OO
00 86 500 4 H GROM SIR REL 0.468 ID
.
24500707 J f'IN TAPER
24500 8 10 H INSULATION SLEFVING ELEcT
1.'4548301 J WIRE ELECT 24 AWG - 0
24548303 J wIRE ELEe STRD INS. UL APPD
2454 8 30 7 J WIRE ELEe STRD INS. UL APPD
30000 9 01 R CONN. RfCP ELEr 61 PIN CONT
30000 9 02 R FEMALE CONTACT
31000001 8 WIRE. 24GA TWIST, PRe BR-W/RD
310000(12 R WiRE, 24GA TwiST. PRe BR-W/VE
31000003 R WIRE, 24GA TwIST, PRe BR-W/BL
:31 000004 R wIPE, 246A TwiST, PRe BR-W/GV
3}000005 R WIPE, 24GA TWIST, PRe BR-W/BL
31000006 R WIRE, 24GA TWIST, PRe RO-W/RD
31000007 R wIRE. 24GA TwIST, PRe RD-W/VE
3iooiio08 R WIRE. ?4GA TWiST, PRe RD-W/BL
3
3
3
3
3
2
'3
3
3
3
3
'3
3
3
'3
3
3
'3
3
~
3
3
3
3
3
3
3
3
3
3
j
3
3
3
2
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
G CARINEr ASSV 1738 vERT
4-49
Ecn_NO
IN OlM78
IN 01~n78
IN Ol"n78
IN 01M7A
IN 01"n78
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN 01~07e
IN
IN
IN
IN
IN
IN
IN
IN
Rev K
1738 C
lA691700
I. E V E' L
3
3]OQOQ09
3
3
3
3
3
:3
3
3
~
3
3
3
:3
3
3
3
'3
3
"3
3
~
'3
:3
3
"3
:3
:3
.3
3
3
'3
3
3
3
j
.J
.J
:':4
3
3
3
3
3
3
3
"3
3
3
3
3
J
·Rev K
G CARINEr ASSY 1738 VERT
PART-NO REV
3inooolo
31(1)1)011
3j I)QQ9!2
3100001 3
3ioq~~I4
31000()lS
31(001)]6
31000017
~lOQQI2!8
3}1)00019
310oon?o
31nOOO21
JIOOOO:?~
3100002
1)00002 4
31000025
3iO OO0 26
31.000Q2 7
31000028
3100002 9
16 14450 0
00865004
2450ii7n 7
24 5 00Rl0
24548301
2454R303
2454A307
3QOQQ9Ql
31'1000 9 02
31000001
3~OgQ~~2
3J09~f)~3
31000004
3j OOOi)OS
:n 000006
31000007
31000008
3ioooOO9
310Q9~!O
31000n\1
31000012
31000013
3iO~QOi4
31000015
31000016
3j·oQQoi7
3}00001 8
31000019
31000020
3)1)09 021
31000022
3iooiio29
B
13
R
R
R
R
R
R
R
R
R
R
R
R
B
13
R
R
B
B
R
C
H
J
H
J
J
J
R
R
9
R
R
R
R
R
A
A
R
R
R
A
R
R
R
R
R
R
R
R
R
R
R
.DE~CRipTION.
WJRE. 24A~ TWIST. PRe RO-W/GY
WIRE'. 24GA TWIST, PRe RO-W/Bl
W~RE. 24GA TWIST, PRe OR-W/RO
WIRE, ;?4GA TWIsT, ~R. OR-W/YE
WIRE', ?4GA TWIST, F:'R. OR-W/Bl
WIRE', 24G~ TWIST. PRe OR-W/GY
WIRE, 24GA TWIST, pRe OR-W/Bl
WIRE, ?4GA TWIST, PRe YF-W/R
WIRE'. 24GA TWIST. j:)R. Yr-WIYE
WIF~E , 24GA TWIST, PRe YF-W/BL
W~RE, 24GA TWIST, PRe Yf-W/Gy
WH~E, 24GA TWIST, PRe YF-W/BL
WIRE, :?4 GA TWIST, PRe GR-W/RO
WIRE, 24GA n~IST, PRe GR-WIYE
WJR E , 24GA TWIST' PRe GR-W/Bl
W!RE. 24GA TWIST. PRe GR-W/GY
WIRE, :?4AA TWIST, PRe GR-W/Bl
WIRE. 24 GA TWIST, PRe BLU-W/R
WIRE, 24GA TWIST, PRe B\:U-W/Y
WIRE, 24GA TW~ST. PRe S. U-W/B
WIRE, 24AA TWIST! p'R. BLU-W/B
CONNECTOR ASSY 61 PIN IF2
GROM SlR REL 0.468 10
f:lIN TAPER
INSULATION SlEf,VING ELEcT
WIRE ElECr
AWG
WIRE ElFC S~~o INS. 8L APPO
WIRE ElEe . STRO INS. UL APPO
CONN • RECP ELEe 61 PIN cONT
FEMALE CONTACT
WIRE, 24GA TWIST, PRe BR-W/RD
WlRE, t'4GA TW1ST, PRe BR-W/VE
WIRE, 24GA TWIST, PRe BR-W/8L
WIPE, ?4AA TWIST, PRe BR-W/GY
WIPE, ?4GA TWIST, PRe RR-W/aL
WIPE, ~4GA TwiST. PRe RO-W/RO
WIRE. 4GA TWIST' PRe RO-W/YE
WIR~, 24GA TwiST, PRe RD-W/Bl
WIRE, ?4GA TWIST, PRe Rn-W/GY
WH~E' 24 GA TWI!;T, PRe RO-W/BL
Wh~E. 24GA TwIST' PRe OR-W/RD
WIRE, 24GA TWIST, PRe OR-W/YE
WIRE, ?4GA TWIST, PRe OR-W/Al
WIPE' 24GA TWIST, PRe OR-W/GY
WIRE, ?,~GA TWIST, PRe OR-W/Bt
WIRE, ?4AA TWIST, PRe YE-W/R
WIRE. ?4GA TWIST, PRe YF-W/YE
WIRE, ?4GA TWIST, PRe YF-W/AL
WIpE. 24GA TWIST, PRe YF'-W/GY
WIRE, ?4GA TWIST, PR .. YF-W/8l
WIRE, ?4GA TWIST. PRe GR-W/RO
WIRE, 24GA TWIST, PRe GR-WIYE
WIpE, ?4GA TwIST, PRe BLU-W/A
-
4-50
[cn-NO
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
OiF.078
Oi;'078
01A07A
°i~078
OlM78
01"'078
Oh782
(
i\
I
\
I,
IN
IN
IN
IN
(
.
'
·m
\~
('"
~
1738 C
18691700
lEV E l
PART-NO REV
DESCRIPTION
18158800 C BRicKET ROTARY_SWITCH
~
18178000 C CONTROL PANEL ASSEMBLY
18092201 C SWiTCH ROT 2-17 PaS i POL/SEC
181+3300 E CQNTROL, PANEL. WiR~ LiST
F;:'IN TAPER
24500707 J
24500810 H INSULATION SLEEVING ~LEtT
24548301
J WIRE ELECT 24 AWG - 0
24548302 J
WIRE ELECT 24 AWG INSULATED
24548303 J
WIRE ElEe STRO INS. Ul APPD
2454830 4 J WIRE ELEe STRO iNS. UL APPO
24548305 J WiRE ELEe STRO iNS. UL APPO
WIRE flEC STRO INS. UL APPO
24548306 J
245483Q7 J WiRE fLEe STRO INS. UL APPO
245483n8 J WIRE ElEC STRO INS. Ul APPO
24!?483ij9 J WIRE ElEe_STRO INS. UL APPO
18159800 G PANEL CONTROL
24508800 A SWtTCH.TOG6LE 3 POSITION-OPOT
24523QQl
A SWYTCH. PUSH SPST MOMENTARY
24533001 F LI~HT' INDICATOR _
24535400 C SWITCH TOGGLE OPDT 2 PO~ITION
lA]~~8QO
A ANGLE.MOUNTING RELAY BRACKET
18201100 C CONNFCTOR ASSY 3- P jN 161
17896900 C CONNECToR RECEp 3 CONTACTS
PIN TAPER
24500707 J
245QQ801 H iNSULATION SLEfVtNG ELECT
24500810 H INSULATION SLEFVING ELEcT
:3ioon6ijl A WIRE. 24GA TWIST. pRe BR-W/RO
182020QO A PL~TE CON~ECTOR . .
18213100 8 STR MKR WIDE MODIFIED 25-42
11412 7 00 a STRIi, MARKER Ji2-i2)
1821J2nO A STRIP,MARKER,NAR MOD (01-i8)
25153 1 00 A STeIP MARKER NARROW (01-21)
10057600 A EXTRUSION NARRoW MARKER sTRIP
18213300 A STP ~KR WiDE-MOD! (Oi-18)
11412600 B STRIP, MARKER (0]_21)
18213400 B STp MKR NARROW MOD. (25-42)
2?1 5 3200 ~ STgIp MARKER NARROW (22-42)
1(1057600 A EXTRUSION NARROW MARKER STRIP
,
18214100 A STBIP'MARKER.NARROW i9-?4
10057600 A EXTRUSION NARROW MARKER STRIP
18334400 H LOGIC wIRE TAB~~·
24511403 K
LEAD,ELECTRICAL. 3 INCH.
'LEAD, ELECTRICAL,
4 niCH~ ...
2451-i4C4
K
LEAD, ELECTRICAL,
5 INCH.
24511405
K
24511406
K
LEAD, ELECTRICAL,
6 INCH.
LEAD, ELECTRICAL,
7 INCH.
24511407
K
LEAD, ELECTRICAL,
8 INCH.
24511408
K
LEAD, ELECTRICAL,
9 INCH.
24511409
K
LEAD,ELECTRICAl,In INCH.
2451141U I<;
24511411 K
LEAD.ELE~TRIC~L.!l INCH.
245114}2 K
LFAD,ELF~TRICAL.!2 INCH.
LEAO.ELECTRICAL.13 INCH.
245ii413 K
LEAD,ELECTRICAL.14 INCH.
24511414 K
LEAD,ElECTRic~L,i5 lNCH.
24511415 K
LEAD,ELECTRICAl.16 INCH.
24511416 K
LFAO,ElFCTRICAL'17 INCH.
24511417 K
LEAO.ELF~TRIC~L.i8 INCH.
245ii4}8 K
24511422 K
LEAD.fLECTRICAL.22 INCH.
2
2
3
3
4
4
4
4
4
4
4
4
4
4
4
3
:3
3
3
3
2
2
3
3
3
3
3
2
2
3
2
3
4
2
3
2
3
4
2
3
2
3
3
3
:3
:3
:3
:3
3
3
3
:3
J
3
3
3
3
3
G
CAAINET ASSY 1738 VERT
4-51
Ecn-NO
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
Oiq597
01Q597
019597
OiQS97
olQS97
oiQ597
01,599
019597
OlA932
01A932
01A932
IN
IN 01;'571
IN 022088
IN 022l.!20
IN 022088
IN 014778
IN 022420
IN 022088
IN 016571
IN 0lA221
IN 016571
IN OlC;902
IN 016571
IN Oj6S71
IN 01Q597
IN 01QS97
IN Oi15902
IN OlAS71
Rev M
1738 C
18691700
LEV E L
PART-NO REV
245ii423 K
2i5ii4i4 K
24511425 K
2~5ii4i6 K
3
3
3
3
3
3
3
3
3
3
3
3
3
2
3
2
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
~
3
2
3
1
3
2
2
?
?
?
?45ii4~7
K
245!!428
24511429
24511430
245i14j1
245ii432
245!1433
24511434
245ii4j5
18382600
30 11 6500
K
187647~O
18535801
245QQ796
245Q0707
24500810
24548351
2454R302
24548303
245483Q4
24548305
245483Q6
2454R313
245483i9
24552336
30000902
3i055ii6
31000021
3ioooO~9
2
3
2
3
3
RevK
K
K
K
K
K
K
K
A
A
A
D
J
J
H
J
J
J
J
J
J
J
J
D
R
R
A
93462~QO
B
C
93462111
93462222
93462333
C
C
q39t30~1
18801100
18786200
24500707
C
A
A
A
J
245?~602
G
245015Q2
24527400
2454?900
R
75153100
A
lOQ576QO
25153200
10057600
2S156?OO
09 0 28002
2si56701
A
A
A
C
24~50~02
3
G CABINET ASSY 1738 VERT
G
A
J
B
C
DE~CRiptipN
LEAD,ELECTRICAL'23 INCH.
LEAD,ELEttRicjL'24 iNCH.
LEAD,ELE~TR!C~L.25 ~NCH.
LEAD,ELECTRIC~L,26 INCH.
LEAD,ELECTRICAL,27 JNCH.
LEAD'ELE~TRic~L'~8 INCH.
LEAD,ELECTRIC~L.29 INCH.
LEAD,ELE~TRIC~L,3Q INCH.
LEAD,ELECTRIC~L'31 INCH.
LEAD,ELf~TRIC~L,32 INCH.
LEAD'ELECTRIC~L'33 INCH.
LEAD.EL~CTRIC~L.34 INCH.
L~AO.E~ECTRJCAL,35 tNCH.
SHIELD CONNECTQR. LETTERED
SHIELD cONN RECP ElEC-LONG
C"issIs. WiREtiB
TERMINAL SPADE FLANGED INS
PIN TAPER
PIN tA~~R...
.
INSULATION SlEEVING ELECT
WiRE ELECt 24 ~W6 - 6 .
W~RE ELECT 24 AWG INSULATED
WIRE ElEC STRD INS. Ul APPD
WIRE ElFC STRD iNS. Ul ipPD
WIRE ElFC STRD INS. UL APPD
WIRE ElEC STRD INS. UL APPD
WIRE ELEC STRD INS. Ul APPD
~iRE ELfC STRD INS. Ul APPD
INSUlATtONSLEfVING,5/8 L. U/l
FEMALE cONTACT
WiRE, ~4GA Twist. ~R. Y~-W/R
W!RE, 24GA TWI.ST, PRe G~-W/RO
WIRE, 24G~ TWIST,.PR. BLV-W/B
WIRE ELECTRICAL ZQ AWG ~Q
WIRE ELECTRICAL 2Q AW& -~
WIRE ELECTRICAL 20 AWG -2
WIRE ELECTRICAL ?o AWG -3
CONTACT, soc~Ef, s~RiES .• ~90
FILTER CAPACITOR ASSEMBLY
C~PACI!~R, FIXED CERAMIC DISC
PIN TAPER
iNS ~LEFVING, ELEC-8ULK
STeIP T~R~tNAL
..
.
SWITCH,RQTARY-B POLE,2-~ POS
SOCKET, TUBE 8 CONTACT, OCTAL
RELAY, OCTAL SOCKET
STRIP MARKER NARROW (OI~li)
EXTRUSION NARROW MARKER STRIP
STRIP MARKER NARROw (22_42)
EXtRUSiON NARROW MARKER STRIP
PLATE,RETA!N!NG, ELEe. CONN.WELD Nyf TYPE SN.
.
pLATE CRS 16 GA (.059)
4-52
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
ECO-NO
016571
01.778
016571
0!';902
01~571
01C;902
017890
0!Q827
OlQ827
(
1738 C
18691700
l E VE l
2
PART-NO REV
DESCRiPTION
25i56801 C P~.RETAINING_ElEC._CONN
25159700 A lATCH. CONNECTOR PANEL
25160300 D MEMBER FR. CHASsis LEFT SlOE
30004000 I) A~ AlV SpECIAL S~ApED SECTION
'2516n400 0 MEMBER FR CHAS RIGHT SlOE
3000;'000 0 AL AlV SPECIAl.SHAPED SECTION
251 6 18 00 E BAR MTG CONN-MIDDLE (01-42)
1867 3300 A ALUM AllOY BiR EXTRUDED
251 6 19 00 D SPAC~R MODULE ~IDDlE (01-42)
B A~UMINU~ ALLOY BAR EXTRUDED
lR683~00
2516?QOl C MEMBER FR CH~S TOP AND eOT
C MEMBER FR CHAS TOP AND ROT
7~1~i?no2
3000nl00 K CO~N REcP"ELEC 30.S0C CONT
30002201 l CA~ fXDElECTROLYT!C
3000A700 C BKT ANGLE CHASSIS FRAME
3jJoi3 Rg2 C $~iCER
3!:,n91'7g2 E TERM BlK ?O CAY RED
30n977g6 E TERM BLK ~Q CAY BLUE
30092710 E TF.~M BlK ?,O C~~ Rl~CK
30103800 8 PLATE, RETAINING,CABlE
3010)900 C STUD, ~XTENSio~
30104600 D Sl)pPoRT CONN~ ASSY
3~104R6o H HINGE, I/O CONNECTOR PANEL
30116600 B BR~CKET MOUNTING SHIELD
939470;;3 R CONNECTOR_(SOCKET HOUSING)
18822200 A COVER,ELE~TRfC~L
0
~OOR FRONT VERTICAL CABINET
1RA~39QO
245n1601 G BloCK, TERMINAL
24501603 G BLOCK, TERMINAL
_245 11 6 01 n lAMPHOlDER
A lAMP, INCANDESCENT SLIDE TYPE
24516B~3
A p~ IDENT ASSY DES AS
~4519905
4519906 A pl IOENT ASSY DES A6
2451 99 07 A PI.. IDENT ASSy OES A7
245}9908 A Pl IoENT ASSY~OES A8
24550900 A SW TGI.. DPST 2POS i5A-120VAC
30001201 F RESISTOR, ASSEMBLY TERMINATOR
39 00 25Q3 J ClRCUIT. BREA~ER 3 pOLE ~UX SW
30093402 A STRIp TERM-MAR~EO ? CONT
3100n403 V CARLE SPl. PURP. ELECT
O;;865Qij7 H GROMMET.srRAiN RELiEF
179441'!Ol a lABEL CASlE LENGTH MARKiNG
F CONN PLUG ElEC (61 PIN CONT)
I B1 ioHjl
1!Pl11 1 CJ3 F ~ONN PLUG ElEC l6iPIN ~ONT!
31(100100 A CARLE. SPECIAL PURPOSE, ELEcT
2
';'
3
'2
2
2
3
3
3
?
';'
'2
2
2
2
?
?
'2
?
I'
'2
?
2
2
1
1
1
1
1
1
1
1
1
1
!
!
1
1
1
2
2
2
2
?
G
CARINET ASSV 1738 VERT
4-53
ECO-NO
IN
IN
IN
~N
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
Oi7378
Oi7098
01A283
0191 99
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
oii 974
011 494
011 97 4
017974
Rev K
PART 5
CARD PLACEMENT
NOTE
This part contains a card placem ent and a card
placement supplement. The card placement
identifies the card location through the use of
the coordinate system. It also identifies the
card type and the numbered terms. Note, however, that the card placement terms correspond
only to test points A and B. The supplement
provides the terms which correspond to test
points C and D.
//
CHASSIS 1
o
c
B
A
E
H47
0773 B757
C21
0750 0160
AAH
J509
;
2
H46
P048 P049
H46
0012 0013
H47
0751 0152
c21
0780 ell4
.,'"
3
H47
P703 P704
H46
0008 0009
H47
0702 IH03
H47
0771 oH2
~
4
H47
P700 P701
H46
0004 0005
H46
0036 9037
H46
0060 0061
5
K33
P044 P045
H46
0000 0001
H46
0032 0033
H46
0056 0057
6
H46
P040 P041
H47
0520 0521
H05
0509 11529
H46
0052 0053
..
7
H46
P038 P039
K23
0502 0503
H05
0508 11528
H46
004B 0049
:r
8
H46
P032 P033
K23
0500 0501
H47
0532 oU3
III
9
H46
P030 P031
H46
0018 0019
H46
0028 9029
C28
0514
0024 9025
K23
0512 olll
.J
"
~
I
•
o
10
H46
P024 P025
K33
0016 0017
H46
ii
H46
P022 P023
H46
0204 0205
H46
0020 11021
C28
0515
10
it
i2
H46
P016 pon
H46
020,0 0201
H05
0507 9527
H46
0044 0045
i,
13
H46
P014 P015
C21
P7!>2 e7l3
H05
0506 11526
H46
0040 0041
i~
P750 P751
H05
0505 9525
H05
0511 0531
it
i.
it.
14
K33
P012 P013
C21
15
H46
P006 P007
K25
J471 J408
H05
0504 9524
HOS
0510 0530
16
K33
P008 P009
K33
K470 K471
C21
0770 B762
H47
A778 iH9
17
K33
P004 P005
K25
P753 P754
H47
0700 9701
C5S
A780
i~
18
H46
Pooo POOl
*~33
W030 W031
H4B
J490 :.1415
H47
C710 elll
-7
19
K25
J005 Joao
K23
P721 P71 0
C2B
P730 :.1470
H47
X250 x252
20
*K2a,
W112 W117
H47
P711 0790
H46
x012 x013
H4 6
X028 x029
iQ
2ii
21
C75
MOOO M020
H30
P720 p722
H46
X008 X009
H4 6
X024 x025
2;
22
C7!;
MOI0 MOll
*H47 -1(015, K016
K25
J479 JI07
e2i
A777 e758
2,
23
C75
MIOO MlOl
H11
RI09 Rll0
K23
X166 U67
K23
X174 X175
2 ..
24
H47
UI07 ul08
Hll
RI07 RI08
K23
x164 x165
K23
U72 x113
25
HIO
LOOO LOOl
H48
5769 W120
H48
x144 x145
H48
XlS2 xlS3
.
24
.
2.
26
K71
Y240 Y241
H47
W740 W741
K25
X126 X127
KZ5
XU4 Xl35
2 ..
CHASSIS
B
A
* Present if St. Opt.
C
o
E
5-1
10278-1 is installed.
Rev, S
h
'
-
, I
CtiA55I5 1
ti47
27
K33
28
J250 J251
K240 K241
o
e
B
A
e21
e28
101113 101114
HOS
E
X107 X187
HOS
X1l5 X19S
27
X114 X194
2.
101115 0769
HOS
Xl06 X186
HOS
Xl0S X18S
HOS
X1l3 X193
2~
29
H46
K242 K243
e28
101110 Will
HOS
30
C21
5767 5768
C28
101108 101109
HOS
Xl04 X184
HOS
X112 X192
31
C21
5760 5770
C28
101106 101107
H48
X121 X12S
H47
X120 X124
30
31
X020 x021
3;
32
C21
5740 57S0
C28
101104 101105
H46
X004 XOOS
H46
33
K22
5741 JIl3
'C28
101102 W103
H46
XOOO XOOI
H46
X016 X017
3;
34
H46
5028 5029
C28
101100 w10l
*K33
8030 8031
H4 8
J1l6 J1l7
3"'
6,
3S
H46
S024 5025
H46
101024 W025
K23
X162 11163
K23
X170 Xl7l
3~
X168 X169
3~
36
H46
5020 5021
H46
101020 W021
K23
X160 X161
K23
37
H46
5016 5017
H46
w016 w017
H48
X140 X141
H48
X148 X149
3:::
38
H47
5700 5701
H47
101700 101701
K2S
X122 X123
K2S
X130 X131
3"
39
H46
5012 5013
H46
101012 w013
HOS
Xl03 X183
HOS
Xlii x191
3~
40
H46
5008 5009
H46
W008 W009
HOS
Xl02 X182
HOS
xll0 X190
X109 X189
40
41
XI08 X188
4,
H46
41
H46
42
5004 SOOS
H46
101004 WOOS
HOS
Xl01 X181
HOS
5000 5001
H46
101000 WOOl
HOS
x100 X180
HDS
....
...
43
4"
44
4t
4~
.,
4S
46
4 ...
47
4.,
....
48
4.
49
4"
so
S1
50
"1'\
'to
5,
5,
S2
CHASSIS J
*
A
8
Present if 8td. Opt. 10278-1 is installed.
e
o
E
5-2
Rev. 8
....
c
c
u
u
..
III
III
C/)
C/)
III
III
C
....
.
X
U
PI
III
•
III
III
III
.0
III
....
III
<0
III
'" .0'"
III
> ...
.0
,'"
.0
PI
.0
•
.0
III
.0
.0
.0
.....0
<0
.0
,...
'" ...'" .... ....'"
.0
....
....PI
...•
III
....
.....0 ........
CD
....
X
U
o
o
u
...
VI
....
VI
VI
...
:r
u
VI
.....
,..
0-
c
CI)
....
CI)
I\!
CI)
PI
CI)
•
CI)
III
CI)
'"
CI)
,..
CI)
CI)
CI)
0CI)
c
0-
,
....
0-
I\!
0-
PI
0-
VI
VI
• u:r...
0-
CHASSIS 1
F
H
G
J
1
K31
Bii3r. 8031
K32
tHlOO 8 i1 01
1<33
K420 1<421
ADti
I I 08 11 09
AGH
T413
2
K31
8028 8029
H47
8760 A764
K33
1(4}0 K411
AFH
1110 Illl
Hil
R430 R431
K3;
B026 8('21
H47
874) 1l71n
H,+8
Tl'lO TI3r
H41
1131 1117
Hil
R410 R411
3
K31
8024 B(, 25
H47
B720 IH21
H47
J4S0 J46r-
H46
1<490 1<491
Hil
RSOO R501
4
5
K31
B022 He23
C21
B149 B14n
11.33
1(4S0 K4S;
ti35
YSll
(:62
T500 T501
5
6
K31
B020 8021
H47
8700 tHO)
K33
1(440 1(4'+1
H41
1112 Ill3
H53
Y493 Y5 09
6
1
K3;
B018 8019
K25
1l7~U
A170
K71
y408 Y409
H47
1120 1123
C62
lOOO 1414
1
S
K3j
B016 Bo11
H47
B770 J420
K71
V404 '1'40<;
1<25
1125 1210
(:62
T411 1412
8
9
K3;
B014 B015
H48
B780
A175
K71
y400 Y401
K23
1204 1202
C62
T420 T410
9
io
K3~
B012 Bo13
K33
M08 K'+09
H46
1(430 ~431
K33
K510 1<511
H41
K413 1<415
11
3
4
,/
2
il
K3,
Biiln ROll
K33
K406 K407
H48
J416 J5'+?
H41
1200 1201
H48
1100 1101
11
12
K3;
H009
K33
K40'+ K40<;
H47
J401 J41:>
K23
IlOO J417
H47
1024 1025
12
13
K3;
Biio8
Biio6
ROol
K33
K402 K40;
H46
1<224 1<22<;
H47
1101 J505
H41
1020 1021
13
14
K3;
B004 Boe5
K33
K400 K401
H47
1(514
H4$
1121
e28
1003 1007
14
]5
K31
B002 B003
C21
J4n2 J405
H47
J510 J511
H46
K500 K501
(;2 8
1002 1006
15
K3i
B;;iio BOOl
H48
C202 C203
H53
y5}0 YiSI
K21
J500 J501
(:2 8
1001 1005
16
1115 0114
C21
C210 C211
H35
y5iiO
K23
J520 JS30
C28
1000 1004
11
K?7
C200 C201
H46
1(534 1(53<;
H48
J540 J541
H47
1014 1015
11
16
11
H4"
is
1(5)0:
i9
H47
J517 JIll
C21
C740 C730
1(33
1(532 1<53,
H47
J543 J521
H47
1010 1011
19
20
H47
X261 )(262
H'+ 7
J4'+o ,)482
1(33
1(530 1<531
H41
J533 J534
Hi9
T406 T407
2G
21
H47
Xl'5) X253
H4 7
J~38
1<52"
K33
1(552 1<55,
H47
JI0S K524
HI9
T404 T405
21
22
Cli
A713 A116
H47
1<321 C780
1<33
1(550 K55j
1<11
Y413 Y482
Hi 9
1402 T403
22
23
K27
X24!) X241
H48
e752
1(33
1(226 1<227
H41.
1~2
1213
HI9
1400 T401
23
24
K27
X230 X231
H4T
C141 C75i
H46
1(2'16 1(237
K32
K130 K131
*C62
T315
24
2S
K21
)(220 )(221
C21
C770 A740
H46
K232 1(:>31
H47
J481 J409
K33
K140 K141
25
26
K27
X201 X203
C21
C751> C760
H46
K228 1<22'1
C21
J413 J133
H41
Ji12 JI22
26
CHASSIS
* Present if Std. Opt.
F
10278-1 is installed.
G
H
J
5-5
Rev S
CHASSIS I
J
H
G
F
27
11'24
xi-on
X202
C71)
Y770 yS3n
1<:23
A741 J414
28
C2;
X::>4H X249
10146
A028 Ao?9
1<:71
F70D F710
27
C28
JI09 F701
28
H48
F7U F707
29
C21
J123 Jl31
e21
v228 Y22 Q
C21
JllO J120
Y210 V603
29
K?7
C31 () e311
H46
A02'+ A02e;
11'71
v224 V225
11'71
30
K?'3
C306 C307
H,+6
A020 A02i
11'71
Y220 V221
11'69
Y030
H47
F715 J20S
30
31
II' 23
C304 C305
H46
AiJlb AOl7
H47
JIOI JI02
10147
1208 C79 0
31
32
K?3
C3n? e303
H47
A700 A70i
11'33
1(220 11'221
H48
JI00 U009
Kif'>
J090 J091
32
K222 K223
H48
Jo81 Ul31
33
33
11'23
C300 C301
H46
A012 A013
H47
J262 ,J263
H4~
34
H4",
Cij28 C029
K23
All2 A1l4
e21
J260 J(6)
H46
K124 11'125
KIf)
JiiSI
34
35
H4(,
C024 C025
H47
AIO'1 AlIi
10147
J240 J(4)
H46
K118 K11 9
K?S
Jij41 J049
35
36
H4(,
Cij20 C021
11'23
AI08 AllO
K33
K212 K21:l
K33
K)20 11'121
11'26
J047 J04B
36
K116 11'117
Ki6
J04S J046
31
37
1014",
C016 C017
H46
A008 A009
11'33
K210 K211
10146
38
H47
C701 C70?
H46
Aiiu4 AOoe;
H48
~7il
A76?
K31
K112 K113
Ki6
JoSo J044
38
39
H4",
Ciii? COl3
K23
Al04 AI06
. K71
Y032 V03)
H46
K11 0 KIll
H47
Jii60 J06}
39
40
1014",
C008 C009
10147
A101 A103
C21
A763 A76"
H46
11'106 11'107
11'104 KI05
H48
Jii97 J099
11'100 KIOI
4i
H4(,
C004 CooS
11'23
A100 AI0;>
C21
A750 4760
K36
42
H4"
COOO COOl
H46
AOOO 4001
10147
A710 47 4 9
H46
40
41
42
43
43
44
44
45
45
46
46
47
41
48
48
49
49
50
50
51
51
52
52
CHASSIS
F
G
H
J
5-6
Rev A
..,
..,
...
...
III
III
III
C
::E:
U
.... III.-
III
."
."
.0
III
...
."
.a:>
III
.,.
."
.
.0
'
...
.0
N
.0
....
.0
.-
.0
."
.0
.0
.0
....
.0
a:>
.0
.,.
.0
.
...
III
... ....... ... ....... ....- ... ... ....... ...
N
."
.0
a:>
en
III
c
::E:
U
III
....
III
III
...
::t:
u
....a-
e
CD
...
CD
'"
CD
I"l
CD
..
CD
....
III
III
CD
'" CD....
CD
CD
CD
a-
CD
e
a-
... a-'"
a-
III
• u...
III
I"l
0-
a-
X
K
CHASSIS 1
l
~1
N
0
C62
T214 T215
Hll
"'2iS P230
;
2
C62
T212 T213
HIl
H212 R213
;;
3
C62
1210 T211
HlI
H2(\9 R210
4
C6?
T20B T209
H11
k206 1'207
5
C6?
T206 T201
Hll
H203 1'204
6
C62
T204 T;>05
Hll
k20U RZOI
7
C62
T202 T203
C62
T314 n02
B
C62
T200 T201
C62
T312 T313
9
HI!
R406 R407
C62
T310 T311
10
HI j-
R403 R"04
C62
T301! T309
11
Hll
R400 R"OI
C62
B06 T301
Ii
C62
T304 1305
i;
12
....
•
u
",
..
....
"
M
"
10
i:t
13
H48
1209 J211
C62
1302 T303
14
H41
J200 J210
C62
T300 T301
-1...
15
H48
J201 J202
C62
T321 1322
i~
16
K11
Y200 v201
C62
1330 T320
1~
Hii
R330 R220
I~
17
H46
K206 K"01
18
H46
1<202 K203
lA
19
H46
1<480 1<481
Iii
20
H41
J221 J223
2~
21
C2l
J020 J022
2~
22
H47
J02l Ju23
2:;
23
H47
1\411 Jo21
2 ..
24
K11
V203 vooo
2.
20:
25
H47
JOIB J019
26
H48
J014 J015
CHASSIS
K
-
..
-u
Hll
2i.
R130 Rl31
L
M
N
0
5-9
Rev.
A
K
CHASSIS 1
L
M
,..
0
27
27
H48
JOlO Joll
HIl
Hl02 RI20
28
H47
JOOO JOOI
HII
ROIS RIOO
2.
29
K33
1\11" KllS
Hll
H012 ROl3
2:;
30
H"7
U008 UIOO
Hll
H009 ROIO
3ei
31
H47
J040 JU"3
Hll
R006 R007
3~
32
e2i
J070 J07S
Hll
R003 R004
3~
33
H"7
J071 J012
HI!
ROOO ROO!
3:;
34
H46
KOOO KOOI
C62
T020 T021
3;
35
H46
FOO" FOOS
HI9
TOI" TOls
3~
36
H46
Fooe F009
HI9
lOl2 TOl3
3~
37
H46
FOl2 FOl3
HI9
TOlO TOll
37
38
H46
n04 FlOS
H19
T008 T009
3"
30
39
H46
Flo8 FI09
HI9
T006 T007
40
K33
Fl20 Fl21
HI9
T004 TOOS
40
41
HI9
T002 T003
4;
42
H!9
ToOO TOOl
4,
.,+
43
4 ..
44
44
45
40:
46
4~
47
47
48
4~
49
40
50
5~
'IJ
5i
5r
52
5,
CHASSIS 1
K
L
M
,..
0
5-10
Rev. A
,Clfi,
,~:,~~
pJ~ ;-~
CHASSIS 1
K
L
M
N
0
53
53
54
54
55
55
56
56
57
57
58
58
59
59
60
60
61
61
62
62
63
63
64
64
65
65
66
66
67
67
68
68
69
69
70
70
71
71
72
72
73
73
74
74
75
75
76
76
71
77
78
78
CHASSIS I
K
L
M
N
0
5-11
Rev A
CHASSIS I
L
K
M
0
N
79
79
80
80
81
81
82
82
83
83
84
84
85
85
86
86
in
87
88
88
89
89
90
90
91
91
92
92
93
93
94
94
CHASSIS
L
K
M
N
0
CARD PLACEMENT ToTALS FOR CHASSIS 1
CARD
TYPE
K16
K36
H35
K27
H48
C21
K33
TOTAL
1
I
?
(,
26
27
45
CARl)
T'fPE
K26
K31
H53
C55
Hll
K71
H47
TOTAL
4
1
2
1
23
12
71
CARD
TYpE TOTilL
H19 12
1
K69
1
C70
AAH
1
1
H3ij
;
HIO
93
H46
CARD
TYPE
C62
AFH
K32
H05
K23
C75
CARD
TOTAL
23
1
2
24
24
3
TYPE TOTAL
AGH
ADH
K24
C28
K22
K25
(
t,
5-12
Rev L
1
1
1
15
1
12
K47?
K473
P705
Jns
P7n2
P75S
P:l46
P~4 7
P04;>
P04'3
P036
P037
P034
P035
P02e
P029
P026
PO;>7
P020
P021
Pill8
P019
POlO
POll
Poe?
PO~3
UI~9
UIIO
LOC2
Loa3
LO~4
,
,:"
V242
VI)20
J252
~H 16
K<'44
K245
Wo;>8
W029
51)26
56;>7
5022
51)<'3
5018
51)19
57;;2
s7ii3
5014
5015
Sill I)
51)11
5006
SO~7
50~Z
50113
tl7;;;'
J226
0014
0015
0010
DO II
00~6
IBQO?C
lBOO;>1)
iB001C
iBn03D
;eo04C
iB004D
;BOOl',C
180060
lRO07C
180070
iBOOBC
;BOORO
;B009C
iB0090
illOliic
i80lOO
iBOIIC
i8011D
;BOl?C
iB01?0
;BO 13C
;~0130
;ROlsC
iBOlS0
lB018C
;eOlAO
iBO<'4C
;80240
lBO<'5C
iB0250
iB025E
iS026C
;B0260
;Sn27C
IBg270
18Q29C
;B0290
;8034C
iB0340
iB035C
iB0350
;B036C
i80360
iB037C
iR0370
;B038C
iB03RO
iS039C
i80390
;B04QC
;B0400
;B041C
1B0410
lB042C
lB04?0
lC001C
iCOOlD
;C002C
iC0020
lCOC3C
1(;0030
iC004C
H46
H46
H47
H47
H47
H47
H46
H46
H46
H46
H46
H46
H46
H46
H46
H46
H46
1146
'"146
H46
H46
H46
H46
H46
H46
1-146
H47
H47
H~O
HI0
HIO
K71
K71
H47
H47
H46
H46
1146
H46
H46
1oi46
1-446
1-446
H46
H46
H47
H47
H46
H46
H46
H46
H46
H46
H46
H46
'"147
H47
H46
H46
H46
1-446
'"146
0~~7 iCQ040 "46
0(1;;2 iCnOSC H46
OO~3 iCOGSO "'46
osn iCQ06C H47
05;>3 ;C0060 H47
C4~O ;COOQC '"146
C4~1 ;COOQI) H46
D2~6 ;C011C Y46
02ii7 lCOI10 '"146
02;;(' ;COl?C 1-146
0?;3 ;C01?fJ ><46
P1;>4 ;C020C ><47
J475 ;C0200 '"147
P7?3 ;C02SC H411
P725 iC0250 '"148
1'1750 iC026C H47
01112 lc0260 H47
Wtl?6 iC035C '"146
1'1027 ;c0350 1146
101022 ;C036C 1-146
iNO?3 ;C0360 H46
iN018 iC037C 1146
01019 ;C0370 H46
W7ijZ ;C038C H47
W7;;3 ;C0380 1147
\0/014 iC039C H46
W015 lC0390 H46
W010 iC04(ic H4f>
WOll ;C04ijO H46
\0/01\6 iC041C 1146
Won7 ir0410 H46
w6~z ;C04?C 1-146
'WO~3 iC0420 H46
Ll761 ;0002C H47
e715 ;000;>0 H47
0712 ;0003C H47
0713 ioo030 H47
0038 ;0004C H46
Ll039 ;00040 1-146
0034 iooosc 1-146
0035 ;00050 H46
Llino ;0009C H46
01)31 ;00090 H46
0026 ;OOlOC H46
0027 i00100 H46
0022 ;oolic 1-446
0023 ;00110 H46
0710 i0017C H47
0711 i00170 H47
0768 ;OOIRC 1-148
1191 i00180 H48
XI)14 ;0020C H46
X015 100200 H46
XOIO 10021C H46
XOll 100210 '"146
X146 i002SC H48
X147 100250 H48
Xt;:>9 i003lC 1-448
X133 100310 H41l
xijii6 iOo3?C H46
X007 100320 1-146
xoii2 ;0033C H46
XO~3
i00330 H46
X142 10037C H48
X143 i0037D H48
U181 lEoalC H47
D7~? lE003D H47
DI}"2 ;E004C H46
001',3 ;E004D '"146
0058 iEOOSC H46
On59 iEOOSO 1-146
D"S4 iE006C H46
00'55 ;EOOf>D H46
01)<;') ;EOO7C H46
D051 iE0070 H46
LlS34 lEOOIIC '"147
LlS35 il':0080 H47
01)46 iE012C 1146
g~:~ t~~gg ~:~
0043
A7'l1
A774
C712
11~7
X247
0730
)\1)31)
X031
X026
XO<'7
XI54
X155
X128
XI3Z
X022
X023
X018
X~19
B748
0720
XI50
XlS{
C312
C313
I I 22
J519
X263
X2f>4
X260
J115
C030
cinl
C026
C027
C02t!
CO?3
CII18
C019
c753
C7i'4
C~14
cip 5
COlO
iEODO
lE016C
lE0160
iEOl8C
lEOlRD
iE019C
iE0190
;E02iic
iE0200
iEOZ1C
iEOZ10
;E025C
iE02~0
iE031C
iE0310
;r03i>c
;E03?0
lE033C
;E033!)
;E034C
iE0340
iE037C
iE0370
lFonc
lF0170
i nil9c
;F0190
iF02qc
;F0200
iF021C
iFozlO
;F034C
;F0340
;F035C
;F0350
iF036C
;F0360
lF037C
;F0370
;F03RC
;F0380
iF039C
;F0390
iF040C
H46
1-147
H47
H47
H47
H47
H47
'"146
H46
H46
H46
H48
H4A
H47
H47
H46
H46
H46
H46
H48
H48
1-148
H48
H4S
H4S
H47
H47
H47
H47
H47
H47
1146
H46
H46
H46
H46
H46
H46
H46
H47
H47
H46
H46
H46
COlI iFQ4CO H46
CO"6 lF041C H46
COn7 IF;;4ID H46
C()~2 lF042C H46
CIl"3 1F0420 H.. f>
B759 ;G002C H47
9763 ;G002D '"147
9711 lG003C H47
8712 ;G0030 H47
8722 iG004C H47
87('3 ;G0040 H47
8751 ;G006C H47
8724 iG0060 H47
J430 iGOOAC H47
J431 iG0080 H47
8756 iGiio9C H48
J4,;') ;G0090 H48
C;>12 iG016C H48
C213 iG0160 H48
J4~6 1G02oc H47
J404 lG0200 H47
X255 iG02lC H47
X257 iG0210 1147
C781 ;Gonc H47
K4i9 iGo<'?o H47
C779 iG023C H48
J403 ;G0230 H48,
C720 iG024C H47
cnl 1G0240 H47
V513 lG0270 C70
V25Q ;G027E e71)
A030 1G02RC H46
AD31 ;G02AO H46
A026 ;G029C H46
A027 1G0290 H46
AOZ2 IGg3Qc H46
A(l23 !G03!!0 H46
A018 1 G031 C H46
A019 ;G0310 H46
A7ii2 ;G032C H47
A7;;3 ;G0320 H47
A014 ;G033C H46
A015 ;G033D H46
Al13 !GQ35C H47
AIlS lG03S0 H47
MI0 ;G037C H46
A011 ;G0370 H46
Aoii6 iG0311C H46
Aoii7 iG03BO H46
AI05 iG04iic H47
Alli7 lG04ijo H47
M02 lG042C H46
A003 ;G0420 H46
1520 ;H003C H48
1521 lH003lJ H48
J410 iH004C H47
J411 iH0040 H47
Y410 iH007C K71
Hl1 ;Ho070 K7l
Y406 iHOORC 1<71
V457 iH0080 K71
Y4"2 i Ho09C 1<71
V4~3 iH009D 1<71
KO~4 1HOl6 !'"IOI2C H47
J480 lH0120 H47
K512 1HOl3C H46
K513 1Hn130 H46
J544 ;HOI4C H47
K5\7 ;HO 140 H47
J516 ;Hg15C H47
J564 iHOl50 H47
V512 iHo16C H53
V5i11 ;H0160 H53
V412 iHOI7C H35
V540 ;H0170 H35
1\520 1Hij18c H46
K521 lH(l180 1146
K238 ;H024C H46
K239 1Ho24D H46
K::>34 lH025C H46
K235 ;H0250 H46
K230 ;H026C H46
K231 iH0260 H46
V230 ;H028C K71
VZ31 ;Hg2RO K7f
V226 i H029C 1<71
Y227 IHoz'JO KTl
V222 !H030C Kn
V?23 1 H0300 1<71
.)242 ;H033C H47
J244 ;H0330 H47
J246 ;Ho35C H47
J249 ;Hij350 H4'
J429 lH03RC H48
J478 iHo380 H48
Y033 ;H039C K7f
V049 iH0390 K71
A764 ;H04?C H41
J248 ;H04:?0 H47
1118 il003C H47
K412 iI0030 H47
K492 D004C H46
K493 110040 H46
V492 iI005C H35
Y2ij9 iIoo<;o H35
1114 ;I006C H47
1116 iio060 H47
1124 iI007C H47
1;>11 ii0070 H47
I2ij3 ;liillC H47
12ij5 ilOIlO H47
J506 iI013C H47
J527 IIv130 H47
J5(12 lIQ14C H48
J5~3 1i2140 H4S'
K5(12 11n15C H46
K503 iI0150 H46
MODI ;I018C H48
101012 ;10180 H48)
.)531
J532
J535
J536
1<526
J537
H83
Y484
J418
J419
JI30
Ji 32
Y78n
V050
.)la 4
lI019C H47
110190 H41
j)02ijC H47
11Q200 H47
lU21C H47
lIo2io H4!
1 I022C K71
110220 K71
H023C H47
110230 H47
;1025C H47
110250 H47
;I029C 1<71
110290 K71
!I03IC H47
J2~6 110310 H47
JI05 11032C H48
Jlt4 iI0320 H48
KIZ8 iI033C H46
Ki29 il0330 H46
KI26 iI034C H46
K127 ;IQ340 H46
KI22 iI035C H46
KI23 110350 H46
K134 lI037C H46
K135 ii0370 Hl6
K002 11039C H46
K003 1I03~0 H46~
Kl!8 lIij\42c H46
K109 110400 H46
Klij2 iIil4<,C H46
KliJ3 110420 H46
R521 I JgO?C Hii
R420 !J003C H11
R5! 0 I J~04C HII
V491 1,J1l06c H~3
V490 lJ2060 H53
17 03 I,JolQC H47
1206 lJ(l100 H47
17;2 ;jilll C H48
1207 ;JOlio H48
lei26 lJOI2C H47
1027 ;J0120 H47
1022 lJ013C 1*7
Iil23 i JO 130 H47
1016 ;JOIRC H47
1017 lJOIBO H47
1012 1J019C H47
1013 1,JQ190 H47
JIZI IJ026C H47
~714 lJ0260 H47
F702 iJQZ9C H48
F712 lJQ290 H48
KO!4 i j ll3jic HH
F708 1J0300 H47
C791 lJ031C H47
JIZ9 lJ03io H47
f7U .. ;J033C H48
J042 lJ0330 H48
J039 lJ039C H47
MOp 1J9390 H47
Uon7 lJ(l41C H48
·'5-11-·'
R. . ~
,-~j
J026
R5?O
R4ii5
R4r2
J212
J213
J215
J216
J203
J2ii4
Y202
n'04
K2ij8
1(;>119
1<204
1(205
K2!O
K201
J?~4
J103
J024
J025
J030
J032
YOVI
Y002
.,IQ28
J029
J016
J017
J012
J013
Jojj2
JOJJ3
Uiiil
Ula2
Ui20
UI21
J076
J077
K132
Ki33
EIID6
F007
FOIO
F(1l1
F014
F015
Fi06
FI07
KtJii6
K007
R231
R214
R2! 1
R208
R2ii5
R2;;2
Rl32
R\?l
R10l
R014
IJ0410
1K009C
iKOlijC
iKOl1C
iKOl3C
iKO 130
iKo14C
lKOl40
iK015C
iK0150
iK016C
iKo 160
iKc!]7C
lK0170
iKOl8C
iK0180
II<~19C
lKOl~O
lKC!2!!C
lK0200
iK02?C
iK0220
iK023C
iK0230
ii(024C
;K0240
iK925C
lKII250
iK026C
;K0260
iKo27C
1;(0270
lK02AC
;K0280
iKQ3QC
lK0300
iK031C
il<0310
;K033C
iK0330
lK034C
iK0340
!K035C
lK0350
;K~3"C
;K0360
iKn37C
;K0370
iK(i38C
iK0380
iK039C
;K0390
iL001C
iLOO?C
!Lij03C
1L004C
iLOO!'iC
iuio6C
iLO?6C
1-148
1-111
1-111
1-111
H48
1-148
1-147
H47
H48
H48
K71
K71
10146
H46
H46
1-146
H46
H46
H47
1147
1147
1147
1147
H47
K71
K71
H47
1147
1148
1148
1148
H48
li47
1147
li47
1147
H47
li47
li47
H47
H46
H46
H46
li46
H46
H46
H46
H46
li46
H46
H46
H46
Hli
Hli
Hi!
HIl
HIl
Hii
H11
iL027C Hjj
1L028C HI I
iL029C !iii
HI!!1 iL03iic
~{!!'8 lL031C
R(lr,S ilii3?C
Roil2 iL031C
HI i
1111
'-iii
1111
, i
5-14
Rev J
PART 6
EQUATION SUMMARY
AOOO=AOOl+A700 X001.
1 I I I 2
3
IG042A H46 AOOl
A762
A001=AOO()+A700 XOOO.
b I
1 I 4
5
H,0428 H46 AOOO
AIOO
AOO2=AOO3+A700 X003.
10 I
12
1 I 11
IG042C H46 A003
A762
AOO3=AOO2+A700 X002.
l!l I
14
1 I 13
1G0420 H46 A002
A770
0504
TOOO
AI02
A770
0505
TOOl
AI04
A763
A770
0506
T002
AI06
A763
A770
0507
T003
A009=A oOa+A', 0 1 X008.
b I I I 4
5
IG0378 H46 AOOS
AI08
A163
0508
1000
T004
AOIO=AOll+A701 )(011.
10 I I I 11
12
IG037C H46 AOll
A778
AQ11=AOliJ+Al01 XOIO.
15 I I I 13
14
IG0370 H46 AOIO
AllO
0509
1001
T005
At.ll2=AO 13+A (01 )(013.
1 I
3
2
I I
IG033A H46 A013
A778
AOO4=AOO5+A700 X005.
1 I 1 I 2
3
lCi038A H46 AOOS
AOOS=AOO4+A700 XOOIt.
6 I
I I It
5
160388 H46 AOOIt
AOO6=AOO7+A700 )(007.
10 I
12
I I 11
IG038C H46 AOO7
AOO7=AOO6+A700 X006.
I!)
I
I I 13
lit
1G0380 H46
A006
AOOb=A009+A701 )(009,
1 I
1 I
2
3
IG031A H46
A009
6 -1
Rev A
A013=A012+A70l )(012,
6 /
I /
4
5
1(;033B H46
A012
A1l2
0510
1002
T006
A1l4
A763
A779
0511
1003
A773
D504
T008
T400
)(108
A773
0505
T009
T401
X109
A021
A773
AH6
A020
A774
0506
T010
T402
)(110
X023.
12
IG030C H46 A023
A776
0507
TOll
T403
T404
X112
AU14=AOI5+A701 )(015.
11) I
I I 11
12
1G033C H46 AOl5
AD lS=AO 14+A70 1 ><014.
l~ /
I I 13
14
1G0330 HI+6 AOll+
T001
A016=A017+A702 )(017.
1 /
I I
2
3
IG031A H4b AOl7
A017=A016+A102 X016.
b I
1 I
4
5
IG0318 H46 A016
AOIH=A019+A702 )(019.
10 /
I / 11
12
If;O.H C H46 AOl9
A01<:l=AOIH+Af02 )(018.
1:> /
14
I / 13
1G0310 HI+6 AOla
AocO=AO~1+AlO2
1 /
I
/
2
)(021.
3
lr.OJOA H46
~(J~1=AO~O+A102
b
/
X020.
4
5
1(,0308 H46
I I
A()22=AO~3+A702
10 I
I /
11
A()~3=A022+A702
)(022.
13
14
1G0300 HI+6 A022
A773
A774
AI124=A025+A 703 X02!::1.
1 /
1 I
2
3
IG029A H46 A025
A776
An7
Au25=A024+A703 X024.
b I
1 I
5
4
1G0298 HI+6 A024
u508
T012
IS /
Rev A
I I
6 -2
X111
)'.027.
I I 11
12
IG029C H46 A027
A777
AO[7=A026+A703 )1.026.
b
I
I I 13
14
1(;0290 H4b A026
A780
A02H=A029+A703 X029.
3
1 I
1 I
2
1(,028A H46 A029
A775
X026.
5
IG02AH H46 A028
A780
A03V=A031+A703 X031.
10 I
I I 11
12
IG028C H46 A03l
A77S
A031=A03u+A703 X030.
15 I
I I 13
14
IG0280 1146 A030
A780
AO~6=A027+A703
10 I
0509
T013
T405
X. 113
0510
TO lit
T406
X114
l)511
T015
T407
X.115
A029=A02~+A703
6
I
1 I
~
AIOO=A710 A001
1 I
2
3
IGO~lA
+A711 R400.
4 I
S
6
10
K23 AIOI
AIOl=AIOO.
1 I
2
3
IG040A H47
XI00
AI02=A71u AOO3+A711 R401.
1':> I 11
12 I 13
14
1G0411:3 K23 A103
AI03=AI02.
6 I
4
5
lr,Q40ij H47
XI01
AI04=A710 AOOS
1 I
2
+A711 R402.
S
6
10
IG039A K23 A10S
3
4 I
AI0r;=AIo4.
10 I 11
12
IG040C 1147
X102
AI06=A710 A007+A711 R403.
l~ I 11
14
12 I 13
1G039H K23 A107
6-3
Rev A
AI07::A106.
I!)
I
13
14
1G0400 t147
xlO3
A108=A710 AOO9
1 I
2
+A711 R404.
5
4 I
10
6
1G036A K23 A109
3
AI09=A10H.
1 I
2
3
IG035A H47
X104
A11O=A710 AOll+A711 H40S.
l~ I
12 I 13
11
14
](;0:368 1\23 Alll
A111=Allo.
b
I
5
'" 1G0358
H47
X105
Al12=A710 A013
1 I
~
+A1l1 Rlt06.
!l
4
6
3
I
10
IGQ34A K23 All3
AI13::A1l~.
lU I 11
12
10035C H47
X1O&
A114=A710 A01S+A7l1 H407.
l~ I
12 I 13
14
11
IG0348 K23 All5
A1l5=Al14.
l~
I
14
1.:1
1G0350 H47
X107
AfllO::A741.
3
IGOJ2A H41
AOOO
AOO1
AOO2
AOO3
A004
AOOS
AOO6
AOO1
A-'Ol=A741.
b I
4
5
1G03213 H47
AOOa
AOO9
A010
AOll
A012
AOl3
A014
AOtS
A702=A741.
lu / 11
12
IG032C H47
A016
A017
A018
A019
A020
A02l
A022
A023
A024
A02S
A026
A027
A02a
A029
A030
A031
1 /
~
IHV3=A741.
l~
I
Rev A
13
14
IG032U Hlt7
6-4
(
A710=K228 K225.
2
1 /
3
lH042A 1147
AlOO
AI02
A104
AlOa
Aloe
AllO
A112
All4
A711=K224+K229.
1 I
2 /
3
IHOJBA H48
AlOO
AI02
A104
AlOc
AI08
AIlO
Al12
All'!-
A741=J08]
+A740 J536.
1 I
4
5
2
3
/
6
10
IH027A K23 A700 A70l A102
A70]
A740=A7'::J1) A76S A760.
1!:> I 10
11
12
13
IG025B C21 A74l
A74lj=J042 J040.
a I
4
':I
IH0428 H47
14
A7S0
P,7O;;O=A749 K211 K220 K515 K004.
1 /
2
4
5
6
3
IHQ4lA C21 A740 X200
x201
X202
A760=A765 K441 K514.
1:' I 10
11
12
13
IH0418 C21 A'740
x221
)(.248
x221
x249
14
x220
X203
A162=AOlJ~+AOOD.
6
/
4 I 5
1H0388 H48
A7b3
AD09 A007 AOOS A762.
4
5
3
6
IH040A c21 v2S0
A7b3=A01~
1 I
2
A(64=r2!:>O.
10 I
11
12
IH042C H47
A765
A76S=A764 K441 K514.
b I 10
13
11
12
IH040H c21 A140
A770=
IS I
14
A760
AOO1+AOO3+AOOS+AOO7.
lO / 11 I 12 / 13 / 14
IG0078 K25 J414
A713=A023 A020 AOlli A017 •
1 I
5
2
4
3
lF022A C21 A7l7
6
6 -5
Rev A
A774=AOe.3 A021.
15 I 13
14
lE016D H47
A7T7
A77r;=AOJO+A028.
6 I
4/5
IGOOYtl H48
A7BO
A716=A02tt A022 A020.
IS I 10
11
12
13
IF0228 Cel A7BO
A177=A714 A026 A024 An3.
J. /
4
5
2
J
IF022A C21 A7BO
14
6
A77h=I\012 AUlD.
1 I
C
3
If.016A 1"147
A779
A774=AOlS A(7'd.
0
I
4
5
lEU16H H47
A7 Mu=Al15 A7n
1 I
C
3
AJBl
+R52U A031
4 /
5
lE017A C55
A7al
AHn=A7dO A (79.
1 u I 11
12
1E016C 1i47
C310
Rev A
6
C311
10
K122
6-6
+R520 A029 A027 A776.
14
1.3
11 / 12
15
80 OO=HO 0 1 +I:H20 1)001+8710 R200.
1 I
I I
3 I It
5
2
IF016A K33 BOOI WOOl
6
BOO1=HOOO+8700
+8720 0000.
l~ I
I I 10
13
11 I 12
lit
I F 0168 K33 13000 0500 T200
dOO2=HOU3+IH20 0005+1:3710 R201.
1 I 1 I 2
3 I It
5
IF015A K33 B003 W003
111000
6
i:3003=AOO2+IHOO
I!:)
/
1
+I:H20 D004.
13
14
11 I 12
IFOISH 1'33 8002 0501 T201
I 10
tlOO4=ROO5+b720 0009+1::J710 R202.
4
1 I
I I
5
2
3 I
IF014A K33 B005 wOOS
6
i::S005=BOO4+b700
+IH20 DOOR.
1':1 /
13
14
I I 10
11 I 12
If014i:3 K33 1:3004 0502 T202
8006=BOO7+IH20 0013+IHI0 R203.
1 /
I I
3 I 4
5
2
If013A K33 8001 w007
W002
W004
./' \'\"\.',.1-t:\
6
'-'
.
'&0
8007=11006+8700
1::; /
1 I 10
+8120 0012.
13
lit
11 I 12
IF013B K33 B006 0503 T203
i::SOOH=800'i+IH21 0017+8111 R204.
3 I 4
! I
r I 2
5
IF012A K33 8009 W009
6
dOO'1=HOOH+8700
+13721 0016.
1':1 /
13
I I 10
14
11 I 12
IF0128 K33 8008 0504 T204
rlOlO=HOll+iH21 0021+8111 R205.
1 /
5
1 /
3 I 4
2
IF011A K33 BOll WOll
W008
6
dOl1=ROll)+b700
+8121 0020.
1~ I
I I 10
13
14
11 I 12
IFOIIB K33 BOlo 0505 T205
dO 12=HO 13+I:H21 0025+H711 R206.
1 I
2
I I
5
3 I 4
If010A K33 I:W13 WOD
W006
W010
6
6-7
Rev A
dO 13=AO 12+IHOO
+8121 0024.
l!:l /
1 / 10
13
14
11 / 12
IFOIoB K33 B012 0506 T206
dO 14=HO 15+1:H21 0029+8111 R207.
1 /
I I
5
2
3 / 4
IFOOQA K33 B015 W015
W012
6
tjOl~=11014+I:HOO
l~
/
+B721 0028.
10
11 / 12
13
14
1FOO98 K33 8014 0507 T201
I I
Ho 16=HO 17 +IH22 0033+8711 R208.
1 /
I /
2
5
3 / 4
1F008A K33 B017 W017
W014
6
d011=b016+8701
l~
I
I
+8722 0032.
13
11 I 12
14
IFOO8B K33 8016 D508 T208
I
10
dO 18=HO 19+IH22 0037+8711 R209.
l /
I /
5
2
3 / 4
IFOO7A K33 8019 w019
W016
6
bO!~=f~OlH+B701
l~
/
+1::1722 0036.
1 / 10
13
11 I 12
14
IFOO78 Kj3 B018 0509 TC!09
t:jOcO=t'j021+8722 U041+8712 R210.
l I
I I
5
2
3 / 4
IFOO6A K33 8021 w021
6
dOc!1=H020+IHOI
+8722 0040.
1 I 10
1!J I
13
14
11 / 12
IFo06a KJ3 B020 0510 T210
HOi~=H023+Jj7?2
1 I
W018
W020
U04~+IH12
R2ll.
L I
5
2
3 / 4
IFOO5A 1\33 8023 W023
6
Bij23=B022+8701
+8722 0044.
I!:) I
I / 10
13
14
11 I 12
IFOO58 1<.33 8022 0511 T211
W022
1:3024=HO~5+tH23
1 I
0049+13112 H212.
5
2
3 / 4
IFOO4A K33 1:3025 W025
1 /
6
t:!02t:>=H024+BTUl
+I:H23 0048.
l~ I
L I 10
13
11 / 12
14
IFOO4i:3 K33 8024 D512 T212
Rev A
6-8
W024
B026=H027+I:H23 D053+8112 R213.
I I
3 I 4
1 I
5
2
1F003A K33 B027 w027
&
+B723 0052.
t:lOc7=H026+1.H01
1':) I
I I 10
11 I 12
13
14
IFOO3B K33 802& 0513 T213
I'jOiH=H029+tH23 U057+IH12 R214.
1 I
4
I I
3 I
5
2
IF002A 1<.33 8029 W029
W02&
&
I:i029=H028+8701
+B723 0056.
1tl I
1 I 10
13
14
11 I 12
IF002B 1\33 B028 0514 T21'+
Wa28
13030=H031+tH23 00&1+8712 R215.
1 I
5
6
1 I 2
3 I 4
IFOOIA 1<.33 B031 (W031)*
8031=H03u+13701
+8723 00&0.
ltl I
1 I 10
13
11 I 12
14
lFOOl8 1<.33 13030 0515 T215
(W031)*
13"700=8763 13702.
1 I
2
3
IG006A H,.7
B001
8003
B005
8007
B009
BOll
B013
soU,
B7v1=R763 8702.
b I
45
1G0068 H47
13011
8019
B021
8023
8025
8027
8029
8031
1:H02=0713 J!)37.
1U I 11
12
leOOle H4-7
1:3100
8701
8704
i:H10=A74-1.
';
6 I
4IGOO38 H47
13000
B002
8004
BOOb
8800
K240
13008
8010
8012
8014
8016
8018
14
IGOO30 11,.7
tl020
8022
B024
8026
13028
8030
t;120=IH5l.
1 I
2
3
IGOO4A H47
BODO
BOOI
8002
8003
8004
8005
B006
130('1"
B711=tH41.
111 I
11
12
IGOO3C H47
fH12=8741.
b
I
13
6-9
*Parenthetical terms present if Std. Opt. 10278-1 is installed.
RevS
1:l72l=H75l.
6 I
4
5
IG0048 H47
B008
dOO9
8010
8011
S012
8013
B014
S015
1:l722=H75l.
10 I 11
12
IG004C H47
8016
8017
B018
B019
B020
8021
B022
B023
d024
8025
8026
B027
8028
6029
8030
8031
8723
8124
8770
1:l7C3=tHSl.
1~
I
13
14IGOU40 H47
ti724=tH51.
IS I
13
14
1G006D H47
8800
t:r!'Ioo=FOO6 FOIO K212.
15 I 10
11
12
13
IG0058 C21 [:H41
14
tH41 =H'740 Je04.
1 I
2
3
IG003A H47
8HO
8711
1:l74!1=F009+KOOS.
Iii I 11 I 12
lEOJ4C H48
1::1750
1:H80
IH49=W1l6 C40l K5l5.
1 I
2
4
5
3
IGOO5A e21 8750
,
S'712
6
b750=~74~+1:l748+K403+K404+K420.
J I
2 I
I
4 I
InOO7A K25
!:)
I
6
B151
J113
IGOO6C H47
1:H20
S121
t1156=C210+C02S.
lU I 11 I 12
16009C H48
8157
"
.n."
r:l151=t-3750 J536.
11)
I
12
11
B122
t:l757=H756.
b I
4
5
lCOOll:l H47
EH58
tj7SH=D773 W116 1::i757.
I!:) I 10
11
13
12
lE02211 t21 8762
Rev A
14
6-10
B759=K451 L)769.
1U I 11
12
1G002C H47
H762
tHoO=K211 K213.
1 I 2
3
IGOO2A H47
8762
tH62=IH60 tHr;8
10 I 10
11
12
C21
13
tH63
14
8763=11702 J!:)36.
l~ I 13
14
IGOU2LJ H47
fHOO
8701
8770
1;"764=8702 JU80.
4
b I
IS
IG002B H47
13801
J210
K240
IDOI6~
003
tn5~.
tl770=!1751 B763.
1 I
2
3
1G008A H47
K202
tHtsO=tl74H+K213 •
1 I
2 I
3
IG009A H48
003
8801
d800=rl801+
tH24
+B710.
1
J. I
3
4 I 5
2 I
I
IGOOIA K32 8801 J1l3
8HOl=B~OO+W103+~764
l~
I
10 I 11
1GOO18 1\32
1 I
T321
6
K472
+8180 J204.
12 I 13
14
B800 -J1l3
6-11
Rev A
COOO=C001+C701 X001.
1 /
3
I /
2
IF042A H46 COOl
C300
C001=COOO+C701 XOOO.
0 /
1 I
4
5
IFOl+2B 1146 COOO
C200
COO'2=C003+C701 1.003.
lv /
12
1 / 11
1F042C H46 C003
C301
COO.3=C002+C701
/
b
I / 13
C300
1020
xloO
C713
1021
X101
XOO~.
14
IF0420 H46
C002
C200
C.301
C004=C005+C701 XOOb.
1 /
1 /
3
2
IF041A H46 C005
C302
J417
COUo:,=C004+C701 X004.
b
/
1 /
5
4
IF041t3 H46 C004
C200
C302
C713
1022
X102
COO6=COO7+C701 1.007.
10 /
I / 11
12
IF041C h46 C007
C303
coo-'=C006+C-'01 .x.OO6.
l~ I
14
I I 13
IF0410 H46 C006
C200
C303
C71c
1023
X103
C.304
1024
X104
C305
I02!)
XI05
CO(jK=COU9+C702
1 I
I /
2
1.OO~.
3
)F040A H46
C009
C304
C008
C201
COll
C305
C011=C010+C702 XOI0.
1':.1 I
14
I / 13
IF040lJ H46 COlO
C201
COO~=COOH+C702
n /
.x.OOt.i.
1 /
4
5
IF0408 H46
CU1O=COll+Cl02 XO 11.
1U /
1 /
11
IF040C
12
1"1,+6
Co12=C013+C702 X013.
1 I
RevG
1 I
.3
2
IFO.39A H46
C013
C306
6 -12
C013=COI2+C702 XOlc.
b I I I 4
5
IFOJ98 H4b C012
C201
C30b
1026
XI06
C307
1021
xl01
1020
J478
X108
1021
J481
XI09
C01~=C01c:,+C702
X015.
12
IF039C 1-14b C015
C307
C015=COI4+C(02 )(.014.
1:' I
14
I I 13
IF039D 1'146 C014
C201
C016=C017+C703 X017.
1 I
I /
3
2
1F037A 1-146 C011
C300
Co 1 7=CO H+C"103 XU1b.
6 I
~
1 I 4
1F037B 1-146 C016
C210
C300
C01H=C019+C70.3 1.019.
10 I
I / 11
12
IF"037C H46 C019
C301
J479
C01Y=C01H+C703 X01B.
I I 13
l~ I
14
IF0370 H~6 COle
C210
C301
C020=C021+C703 X021.
1 I
I I
3
2
IFO,36A H46 C021
C302
J419
COc 1=COt:!o+C703 X02U.
6 I
1 I 4
5
If 0368 1'146 C020
C210
C302
1022
x110
C022=C023+C703 )(,023.
1 I 11
10 I
12
IF036C 1'146 C023
C303
C023=C022+C703 X022.
1~ /
14
I / 13
IF0360 1'146 C022
C210
C303
1023
Xlll
COi4=C025+C104 X02b.
1 /
3
1 I 2
IF035A 1'146 C025
C304
Cot!S=C024+ClO4 X02~.
t> I
1 I 4
5
IF035tj 1'146 C024
C210
C304
1024
x1l2
10
I
I I 11
6 -13
Rev A
C026=C027+C704 X027.
10 I
1 / 11
12
IFOJSC 1146 C027
C305
C027=C026+C704 X02b.
l~ /
l4
1 / 13
IFOJSLJ Hlt6 C026
C211
C305
8756
C029
C306
C029=C02H+C104 ""028.
e:, /
I I
5
4
IF0341j 1146 e028
e211
C030=C031+C704 ...031.
101 I I 11
12
IF034C H46 C031
C301
C031=C030+C704 X030.
l~ /
14
I I 13
IF034LJ I1lt6 C030
C211
CO~H=C029+Cl04
1 /
I
/
2
102~
J480
X113
C306
1026
J480
X114
C301
1027
X115
X029.
3
IF034A H46
C2UO=GNU +COO7 COO~ C003 COOl.
1 I
4
5
2 1
3
6
IGOIHA 1'..27 C20c
C201=ljNU +COI5 C013 COlI C009.
1':> / 10 I 11
12
13
14
C202
IGO l~H~ K27
C~u2=C2Ul+C200.
1 I
2 I
3
lC;O 16A
C2u3=
6
1
H~8
C203
I1lt8
e720
100S
C202.
4
I
5
IGOlt,ti
<':C'10=C023 C021 C019 C017 C025.
1 /
2
4
3
~
6
IG017A e21 IH!)6 C212
Cl:'11=C031 C029 C027.
l~ I
10
12
13
11
IG017t3 C21 C212
C212=C210+Ci:!II.
10 I 11 / 12
1G016C 1148
Rev A
e213
14
1002
6-14
C213=
Ce12.
/
I!:>
13 / 14
IG0160 H48
C120
C300=C011 CuOO
1 /
t!
+C016 COOl.
4
!:>
10
3
6
/
IF033A K23 C310
C3u1=C019 C002+C011;) C003.
IS / 11
14
12 / 13
IFOJ31:1 Ki::!3 C310
+C020 C005.
4 /
5
10
6
IF032A K23 C310
C302=C021 GOO4
1 /
2
3
C303=C023 C006+C022 C007.
l~ /
14
12 / 13
11
IF032tj Ki::!3 C310
+C024 C009.
C304=C025 GOOb
l /
4 /
2
3
5
10
6
IF031A K23 C311
C3U5=C027 COI0+C026 CO 11.
1:> / 11
14
12 / 13
IF031B K23 C311
C3u6=C02Q C012
+C02R C013.
4 /
1 /
5
2
6
3
10
IF030A K23 C311
C307=C031 G014+C030 C015.
l~ /
12 / 13
14
11
IF030tj K23 C311
C310=A781+C300 C301 C302 C303.
1 /
4
~
2 /
3
6
IF02qA K27 C312
C311=A7!jl+C304 C30~ C306 C307.
l~ /
13
14
12
10 / 11
IFOeQIj K27 C312
C312=C310+C311.
10 /
11 /
12
IF017C H48
C313=
1':> I
C313
K226
G312.
13 /
14
IF017lJ h48
'(226
6-15
Rev A
C40;=C401+C714 J240.
10 I
I _l 11
12
lC009C H46 C401
A04
C401=C400+C71S J240'
15 I I I 13
14
iC0090 H46 B749
C400
C730
C7AO
0770
C701=C74j.
1 I 2
l
i Fol8A H47
Coo a
COOl
COO2
CO 3
o
COO4
COOS
Cn06
Coo7
C7O:J=C74i.
6 I
4
5
i Fo38B H47
Coo8
Cooq
COIn
Coii
C012
Con
CnI4
COIS
C70J=C741 •
. 10 I 11
12
f Fo38C H47
COl6
COl7
COlA
COi9
C020
C021
Co22
C023
C704=C741.
15 I 13
14
i Fo3 8O H47
C024
C025
Co2"
C027
Co28
C02 9
Cn3;,
C031
K421.
3
i EoI8A H47
C711
C7i)
C711=C710.
6 I 4
5
i Eo18B H47
C712
cn ,=C711 C007.
10 I 11
12
lEo18C H47
C714
C71~=Y780
1 I
2
cn 1=C71 0 COOl C'()05.
15 I 10
13
14
12
11
j C013B CZI C714
C714=C712 C7l3 1<552 X247.
15 I 10
13
14
12
11
l EOO2B CZI C400 C715
Cll,,=C714.
15 I 13
14
i OO02 0 H47 C401 J400
C72;;=C213 C203.
10 I 11
12
iG024C H47 C721 Y227
Rev. D
076 0
J4 90
6-16
C721=C720.
15 I 13
14
1G024U 1147
C710
C730=C401 K~17 1200 C152.
l~ I lU
12
13
11
14
IG019tj C21 C140 5760
X241
y240
C703
C704
C740=C752 el60 Y170 C791 C130.
4
5
1 I
2
6
3
1G019A C21 C741
C741=J53-' C'~O.
1 I 2
3
IG024A 1147
C701
C102
C750=J42() J'+30 J440 J460 J450.
1 I
4
2
5
3
6
IG026A C21 C752
C7~ 1 =J431.
b
/
4
C;
IG024t3 1147
C752
C7~2=C7so+C751.
1
/
.2 I
3
IG023A 1148
C730
C740
C7 b O=K225 K~14 K228.
1'::1 I 10
12
13
11
IG0261j C21 C740
14
X220
C770=C721 K229 K230.
4
5
1 /
2
3
IG02SA C21 y770
C779=I201+KS1S.
10 / 11 I 12
1G023C 1148
C7bO=C401 C179.
6 /
4
5
1G0228 1147
X221
6
C780
C781
C190
X249
C790
X248
C7Ml=CT7Q.
10 I 11
12
IG()22C 1147
C1Yn=C7Ht) C7Bl.
b
I
'+
5
IJ031d H47
C791
6 -17
Rev A
c nn=C790.
10 / 11
12
IJ031C H47
Rev A
C740
X240
X241
6-18
00UO=0001+0700 0520.
1 I
3
1 /
2
lCo05A H46 BOOl
D001
0003
OUOl=DOO!l+U7QO 0500.
6 I
5
I I
4
ICOO5tj H46
0000
D002
~OOO
0002=0003+U001 07l0.
10 I
12
I / 11
lCQOSC H46 0003
iJU03=OOO2+l)OOO 0110.
1':) I
14
I / 13
lCOO')D H46 0002
0501
iJoo4=nOO!:l+U':l21 0700.
1 /
I /
3
2
lC004A H't6 B003
0005
0007
0004
0006
iJOOS=DOO4+U':lOI 0700.
6 I
r
/
4
5
1C0048 H46
1j002
iJOO6=fJOO(+[)OO5 0710.
10 I
! I 11
12
lCOU4C H't6 0007
LJ007=0006+0004 0710.
I':! I
I / 13
14
1C0040 H46 OOOb
0502
lJ(joH=UOUY+!J:,22 0700.
1 I
3
I /
2
lCOO3A H46 B005
0009
0011
u(jU4=UQOH+tJ502 0700.
6 I
4
5
1 I
1CU038 H46 1;;004
0008
UOIO
u(llo=flOl1+(')009 0710.
10 I
12
1 I 11
lc003C H46 0011
uOll=uOlO+UOQ8 D7l0.
l~ I
14
1 I 13
1(0030 H46 0010
0503
uU12=OO13+tJ523 0100.
1 I
1 I
3
2
lCU02A H46 tiD07
0013
0015
6 -19
Rev A
0013=0012+0!)03 0700.
b I
I I
5
4
lC0028 H~6 BOOb
0012
0014
UOl4=OOlb+OO13 0710.
1U I
1 I 11
12
lCOO2C H~6 0015
O(l15=U014+U012 0710.
l~ I
14
I I 13
le0020 H46 0014
0504
vu16=DOI7+U790
+0524 0701.
I I
1 I
4
2
3 I
5
1COIOA K33 8009 0017
6
0019
u017=0016+U:;04 0701+GNO •
I!:> I
1 I 10
11 I 12
13
14
1COI08 K33 B008 0016 0018
LlOIH=OOlY+U017 0711.
1 I
I I
2
3
lCOO9A H46 0019
0019=0018+[)016 u711.
e / 1 I '+
5
lCOO9ti H46 0018
0505
iJ020=D021+U!)25 U701.
1 I
3
?
I I
lD011A H46 BOll
0021
0023
U(J21=OO20+Ub05 0701.
b I
1 I
5
4
100118 H46 BOlO
0020
0022
UOi2=0023+0021 07l1.
10 /
I I 11
12
lD01lC H46 0023
Uu23=D02c+I,)(i~O
1:; I
071l.
14
1 DO 11 0 H46 0022
I I
13
U024=LJ02!:>+U~26
1 I
r
I
2
0506
0701.
3
IDOlOA H46
B013
0025
0027
8012
0024
0026
LlOi5=LJ024+U!:>06 0701.
6 I
I I
'+
5
IDOIOB H46
Rev A
6-20
l.1026=D027 +1)025 U11l.
I / 11
10 I
12
lDoloe 1146 0021
iJOt!7=0026+0024 0111.
l~ /
14
I / 13
lDO 1 Ou H46 0026
UO~H=D()29+u~27
1 I
1
/
2
0501
0701.
3
IDOO9A 1146
B015
0029
0031
u02\.j=[)o2H+l)S07 0701.
b /
4
5
I /
lOOO9B 1146 8014
0028
0030
U030=OQ31+[)029 U111.
10 /
12
I / 11
lD009C 1146 0031
u(J.H=D03()+U02H 0111.
l';) /
14
1 / 13
lDOOgD 1146 D030
0508
D03Z=LJ033+US2H D70c.
1 /
r / 2
3
IDOO5A 1146 8017
0033
0035
lJo:n=0032+US08 0702.
b /
I /
4
5
10005B H46 B016
0032
0034
LlO34=D035+u033 0712.
10 /
I / 11
12
In005e H46 0035
Ul)3~=D034+D032
1S I
I
/
1.3
lL1UU!;O
U () 36=0 03" +LJS29
1 /
I
/
(>
0112.
14
1146 0034
0509
1)702.
3
lPOU4A H46
i::i019
D037
0039
lJ037=D036+US09 0102.
b /
4
5
I /
lDOO4t:i H46
8018
0036
D03/:i
u(l3rl=D039+u037 0712.
10 I
I / 11
12
10004e H46 D039
6-21
Rev A
lJ039=0038+1..)036 0112,
1:' I
! / 13
14
100040 H46 0038
0510
IJ040=D041+U~30
0702,
2
3
1 /
1E013A H46 8021
0041
0043
IJ041=Q040+1..)510 U702,
6 I
5
1 I
4
1E0138 H46
8020
0040
D042
1 I
00 42=0043+0041 0712.
10 I
12
I I 11
IF013C H4b 1)043
u043=D042+UI)40 D712.
b
I
14
1 I 13
lEO 130 H46 0042
0511
IJO'+4=OO45+0~31
1 /
0702.
2
3
I /
lE012A H46 8023
0045
0041
0·702.
4
5
1 /
lE0128 H46 8022
0044
0046
iJC'+5=I)044+tJ~11
b
/
lJ046=U041+IJQ45 U712.
10 I
I I 11
12
lE.lll~C H46
0047
U041=U046+U044 U112.
l~ /
1 I 13
14
1 EO 120 H46 0046
0512
lJ04B=l1049+1)'::l32 0703.
1 I
1 I
2
3
lEOO7A H46 8025
0049
0051
U04Y=OO4R+U512 LJ703,
6 I
4
5
1 I
lEU07H H46 1;3 02 'to
0048
0050
UO':lO=t)O':)1+IJ049 0713.
1v /
I / 11
12
lEOO7C H46 0051
lJ():,1=DQ5Q+iJ048 0713.
1:' I
14
1 / 13
IEOO70 H46 0050
0513
\l
,t
Rev A
6-22
(i
~
(~,\
I,)OS2=OO53+0~33
1 I
0703.
3
2
lEOObA H46 8027
I I
0053
0055
0052
0054
U()!:l3=005~+U513
h
I
0703.
4
5
lEOO68 1146 8026
I I
UO:'4=flOS!:l+U053 U713.
10 I
12
I I 11
IFOO6C H46 0055
u713.
13
14
If:0060 H46 0054
0514
I)O:'h=OQ57+u534 0703.
1 I
1 I
3
2
1E:005A H46 8029
0057
00!:)9
U057=n056+U5l'+ U703.
6 I
I /
4
5
1£0058 H46 8028
0056
0058
U()~5=D054+DOS2
15 I
r
I
UO!:l8=U059+0057 0713.
10 I
! I 11
12
n:005C 1146 0059
U059=IJ058+UOS6 0713.
15 I
! / 13
14
lEOO50 H46 0051S
0515
U060=0061+0535 U703.
1 I
r / 2
3
IF004A H46 13031
0061
0063
J470
lJ061=OO60+l)51S 0703.
6 I
45
L /
1[0048 H46 8030
0060
0062
1204
J470
P7l0
\)002=0063+U061 0713.
10 I
1 / 11
12
lEOO4C H46 0063
U063=U062+0060 U713.
15 I
14
1 I 13
lEOO4D H46 0062
u200=020I+K'tY3 1113.
1 I
I /
3
2
lC012A H46 0201
D203
6 -23
Rev A
iJ201=0200+Klt92 1113.
6 I
1 I
4
5
lC0128 H46 0200
0202
;)202=0203+1.,)201 1118.
10 I
1 I 11
12
lC012C H46 0203
0205
020J=D202+u200 111~.
1:' I
I / 13
14
1C0120 H46 0202
0204
P7l0
D205
020 7
J 470
D 516
u205=U204+0202 1113.
b /
I /
4
5
1C01111 H46 0204
0206
J'+70
K531
u204=UI.O~+ut!O.3
1 /
1113.
I I
3
2
1 CO 11 A H46
UI.06=0201+U205 11 H~.
10 I
12
1 / 11
leOllc H46 0207
1)20"/ =02 0 6 +[)2 04 1111:.i.
l~ I
I I 13
14
1c0110 H46 0206
0500
U771
+0207 0781 0720.
2
3
4 I
5
6
10
lcOUBA K23 0001 0520
u~UO=HOOl
1 I
u501=H003 U711+u003 D7B1.
}5 / 11
12 I 13
lit
lCOORS K23 0005 0521
LJ50('=t:!OO~
1 I
2
urn
3
+0007 0781.
4 I
leOO7A K23
5
D009
6
10
0522
u!J03=Hoof 1.)771+0011 07B1.
15 / 11
12 I 13
14
1(U071:1 K23 0013 0523
05U4=A001 UJ61+b009 U771+0015 0781+A017 0151.
1 / 3
4 I
5
6 I 10
11 I 12
13
1llOlSA H05 0017 0524
1J5US=AOOJ U761+8011 0771+0019 D781+A019 0751.
1 I
3
4 I
5
6 I 10
11 I 12
13
In014A HOS 0021 0525
Rev R
6-24
U506=A005 0761+8013 0771+0023 0781+A021 0151.
j
1 I
4 I 5
6 I 10
13
11 I 12
ID013A 1105 0025 0526
USU1=A007 0761+8015 0771+0021 0781+A023 0151.
1 I
4 I 5
6 I 10
3
13
11 I 12
1(1012A 1105 0029 0527
U50H=AOOY 0161+8017 0772+0031 0782+A025 0751.
1 I
3
4 I 5
6 I 10
13
11 I 12
ID001A H05 0033 0528
USOq=AOll l)"(61 +BO 19 0772+0035 o782+A027 0751.
1 I J
6 I 10
'+ I 5
11 I 12
13
l()006A H05 0037 0529
1J~10=A013
1 I
U761+8021 0772+0039 D782+A029 0751.
4 I 5
6 I 10
J
11 I 12
13
1E015A H05 0041 0530
U~11=A015
1
I
0761+8023 U772+o043 o782+A031 0751.
3
4 I 5
6 I 10
13
11 I 12
lE014A H05 0045 U531
us 12=H 025
1 I 2
U 772
+0041
4 I 5
lE:.OIOA 1\23 0049
3
0"7l~2.
6
10
0532
U513=8027 U712+U051 0782.
IS I 11
12 I 13
14
1F0108 K23 0053 0533
US14=~029
1 I
U772+U055 0782+0130 D75t!.
3 I '+
2
5 I 6
10
lE009A C28 0057 0534
0'l72+U059 U182 + D5l6 D752.
12 I 13
14
11
lEOllA C28 0061 0535
lJ~15=80jl
15 I
D5l6=D204 + K431.
lEOO9B C28
D5l5
U5~O=U500.
1 I
2
3
lC006A H47
0000
u521=05U1.
6 I
'+
'5
lC0068 H47
0004
1)~22=0502
10
I
l!
•
12
lC006C H47
OOOa
6-25
Rev R
tJ523=D503.
}5 I 13
14
lCOO6U H47
0012
U5C4=0504.
15 I 14
IDO 158 HOS
0016
0525=050':).
1':) I 14
1[)014B HOS
D020
u526=0506.
15 I 14
IDU13f3 HOS
0024
U527=050l.
15 I 14
ID0121:! HOS
0028
tJ52H=0508.
15 I 1'+
lOOO1t:i HOS
D032
Ll529=0509.
15 I 14
1nOO6H HOS
0036
U53()=0510.
15 I 14
lEOlS8 HOS
0040
U!:dl=0511.
15 I 14
1[0148 HOS
0044
U532=0512.
1 I
2
3
lEOO8A H47
0048
D533=LJ513.
b I
4
1[0088 H47
0052
U534=0514.
lU I 11
12
1EOO8C H47
D056
ll53S=ll515.
1') I 13
14
lEOOAO H47
0060
"
Rev A
6-26
070',=K528.
1 /
2
3
i Oo17 A H47
0000
0001
D004
000 5
0008
000 9
0;'12
0013
070,=1<528.
6 /
4
5
10 01 78 H47
001 6
0017
0020
0021
0024
0025
0;;28
002 9
070?=K52Fh
1 /
2
3
j OO03 A H47
0032
0033
0036
0037
0040
0041
°n44
0045
5
1 0 0038 H47
0048
0049
0052
0053
00S6
0057
0,,60
0061
071 ,", =J538.
10 / 11
12
i Oo17C H47
0002
0003
0006
000 7
0010
0011
°n14
001 5
0711=J53A.
15 I 13
14
i 00170 H47
001 8
Ooi q
n022
0023
0026
0027
0;;30
0031
071?=J53A.
10 I 11
12
i Oo03 C H47
0034
0«)35
0038
0039
0042
0043
0;;46
0047
071 ':I=J53Ih
15 I 13
14
iOO03 D H47
0 0 50
°0151
n054
DOSS
0058
005 9
0,,62
0 0 ,,3
n72 =0769+T206.
15 I 13 I 14
lE034D H48
0500
D13:=MOll FOIS.
15 I 13
14
i E o1 9O H47
0514
075:=K403 K405 1(411.
4
5
1 I
2
:3
1 0 001A C21 0751
6
0752
0780
015,=0750.
1 /
3
2
)0002 A H47
0505
rl506
050 7
0508
050 9
0';10
0511
070~=KS2A.
6 /
00
4
0504
D75-::o=0750.
6 I
4
S
1°0028 H47
0514
6-27
Rev. E
U760=t<406 K402 1'(405 K411 C714.
15 I 10
13
14
11
12
IDOOl~ e21
0761 0780
1)761 =0760.
10 I 11
12
}[)OO2C H47
0504
0505
0506
0720
0710
0507
0508
0509
OSlO
0511
dl6H=K,+u7+K404.
10 I 11 I 12
IDOlac H48
0770
FOIO+K420.
1':1 I 11
12 I 13
14
1C02~(j e28
I:HS9
U76~=FOO6
IJllo=U16~
1 I
u761:j e401
4
3
OPEN K513.
5
0771
6
0772
0773
0774
0780
U500
0501
0502
0503
0504
0505
0506.
0507
0508
0509
U510
0511
[)512
0513
0514
05l!:)
3
lCOOlA 1147
IH02
tH58
U774=D77Q+K':I24.
6 I
4 I
5
1F017B 1148
J113
K472
LllbU=0710 U/60 U150.
1 I
C
4
5
:3
lEU02A e21
0181
0782
Ulrll=07t!o.
11) I
11
12
IEOO]C 1141
0500
0501
0502
0503
0504
0505
0506
0507
1i182=0180.
14
b I 13
lE0030 H41
0508
0509
0510
0511
0512
0513
0514
0515
2
ID016A e21
IJlll=07I{l.
1 I
2
3
lEuOJA 1141
f)
f12=077n.
f.)
I
4-
5
lE0038 H47
j)1'3=D77n.
1 I
OU . i
01.13
2
6
iJ7Y()=J430.
b
I
'+
5
lC0201:i 1147
Rev A
0016
6-28
~-OO4=fOO5+J012
1 I
F712.
2
3
lK035A H46 FOOS
I I
I-00S=FOO4+F714.
6 I
1 I
4
5
lK035B H46
FOO,+-
Jl2l
F·OO6=FOO7+F712 J013.
10 I
12
I I 11
lK035C H46 IHItO
0769
FOO7
JllO
FOIl
JI10
F0IH=FOO6+F714.
l~
I
14
13
lK035U H46
I I
FOO6
1202
fuOH=fOO9+F712 J014.
1 I
3
I I
2
lK036A H46 FOO9
J1l0
FOOY=FOOH+f114.
r I 4
6 I
5
1K0301:3 H46
1:H4d
FOOs
FOlo=FOll+FTl2 JOlS.
10 I
12
I I 11
11< lU6C H46
B740
0769
fOll=F01n+f714.
1~
I
I
/
13
14
H46
FOlO
K1l2
3
2
lK037A H46
FOI]
J402
f-OI3=F012+Fl14.
6 I
4
5
1 I
11<0378 H46
FOl2
x200
H46
fOlS
J413
fI)1':i=F014+f714.
15 I
14
I I 13
1K0310 H46
f014
K430
11<0360
f012=F013+f"712 JOI6.
1 /
1 I
J413
r O14=F015+F712 JOI7.
10 I
I /
11
1KO.He
12
X200
flO4=nO':l+F702 H002.
1 I
1 I
3
2
lK03AA H46 FlO5
6 -29
Rev A
Fl 0"=F104+F708 F701.
6 I I I 4
5
j K03B8 H46 FI04
KI04
F 1 0f.,=F1 07+F702 R003.
10 I
I I 11
12
i Ko3BC H46
FI07
Fl 07=F 1 06+F70 1 F70B.
I I 13
15 I
14
j K038D H46 FI06
KI04
FIOQ=F109+F702 R004.
I I I I 2
3
1K039A H46 FI09
FIoo=F108+F701 F70a.
6 I I I 4
5
i Ko39A H46 FIOB
003
F12,~=F12i
1 I
003
00
003
Kla4
+GNO
+F702 Ro09 RoOB.
4
5
3 I
2
6
i Ko40A K33 F121
I I
F121 =F120+K017
15 I
I I 10
i K040A
+F702 UOO9 Rooe.
13
14
F120
11 I 12
~33
F70:'=JOll J02t KOOI.
4
5
2
3
I I
iJ027A C21 F701
6
F702
F701=J030 J080+F700 JOBO.
15 I 11
12 I 13
14
i J 02AB C28 FIOS FIo7
F7Q?=F700+J032.
10 I 11 I 12
IJ029C 1"148 F104 FIon
F707=GND +ROOI.
6 I 4 I 5
iJ029R 1"148
F708
F70Q=F707 JOBO.
15 I 13
14
iJo300 H47
FIOS
Flo7
F71 ;';=JOZI KOOI.
15 I 10
11
12
i J 027B C21
13
F7U
14
F712
Rev. S
FI09
KitS
F10B
Fi20
FI09
6-30
FIZ1
K114
f711=J030+f-"110.
10 I 11 I 12
IJOJ3C H48
F1l3
K002
K003
FOO4
F006
FOO8
FOIO
FOI2
FOU
2 I 3
1J02QA H48
F714
f715
JI0l
JI02
JI08
J249
f714=F1l3 KI08.
I!:> I 13
14
IJ0260 H41
FOO5
FOO1
F009
fUll
FOl3
F015
f"flr.;=F1l3 KIOt:l.
1 I
2
3
IJOJOA H41
K007
K103
K131
K141
K431
F-712=J032+F710.
15 I
13 I
14
1J0290 H48
r 713=F1l1+JOAl.
1 I
6-31
K005
Rev A
~2
PAGE
00
100~_V493
i I
.1701 1020.1702 A009.
4 5 I 6 10
i JQ ,7A C28 IQI0
2 _3
I
looi-I;07
1 I;
.170i 1021.1702 A011.
4
5
6
10
iJ016A / C28 1011 1
3
I002=I~Oij t~ii.t701
il 2 _ 3 I 4
iJOiSA C28
1022.1702 AOIl.
5 I 6
10
1012
1003=1701 1023.1702 A015.GNO •
1
3 I
I;
4
iJoi4A C28
00
5 I
6
10
1013
1004=Y484
15
I "
+1701 1024.
.i2 I 13
14
iJOi7B C28 1014
IOOS=I~09 C202.1701
is I ii __
li3
i2
1J016B C28
1025.
14
1015
I006=Ji05
.1701 1026.
I ii
12 I 13
14
iJoiS B C28 101 6
1007=1,01 In27.GND •
is 1;1
;2 I i3 14
i J O;4 B C28 1017
,S
10i;=I~OO.
1 I
2 • 3
iJO,9A H47
T.. OO
roll=In01.
6 I
4___ s
1J019B H47
T401
1012-1"02.
10
In. 12_
iJoi9C H47
T4 02
IOl3=InGl.
is
I
i:L .14
IJ019D H47
Iof4.I~04.
i I 2 • l
iJOi8A H47
Rev J
T4 0l
T4 04
6-32
,
(
1015=1005.
6/4
5
IJ018~
H41
T405
IJ01ac H41
T406
1016=1006.
10 I 11
12
1017=1007.
15 I 13
14
IJ018D H41
T401
1020=C017 COOl.
1 I
2
3
IJ013A H47
1000
!021=C019 C003.
6/4
5
IJ0138 H41
1001
102c=C021 COOS.
lU /
11
12
IJ013C H4"7
1002
1023=C023 C007.
I!:> I
13
14
1J0130 1147
lu2,+=C02~
1/2
1003
COOY.
3
IJ012A 1147
1004
l02S=C027 COlI.
b /
4
5
IJ0128 H47
1005
1026=C029 CO 13.
10 I 11
12
IJ012C H41
1006
r027=C031 COlS.
1'::> I
13
14
IJ0120 H47
1007
IIOO=R50Q I~21 open+R501 1521 open.
1 I
2
3
4 /
5
6
10
11012A K23
1101 KIOI
l.l01=1100.
1 I
'2
3
lI013A H47
KIOO
6-33
Rev H
IIU7=GNIJ •
1~
/
14
13
IF.:OIHO 1141
IluH=~420
4 /
1108
11 07.
2
1
IIOOIA AOH
1110
II09=OPt:.:N.
11 /
10
110018 AOH
1110=I10R
6
/
1
(jr\JO
6NO
2
3
1IOO2A AFH
1111
•
K490
1111=IIOY uN!) GNU •
lU / 13
14
15
lIOO2H AFI1 1117
J519
J520
Y490
1J204
0205
K491
K534
0207
K492
K493
1l12='1'4YO.
1 I
8
2
3
lIOO6A H41
'1'491
1113='1'491.
b I
4
5
1IOO6H H47
0200
0201
1114='1'492.
10 / 11
12
lIOO6C H47
1115
!l16
1115=I114+'I'493.
1 /
~
/
3
t!
IF017A 1148
J530
t!
1116=1114.
1~ /
1.i
14
1J0060 H41
'1'493
H
1117=1111.
6 I
4
5
l1u031:3 H47
1118
Il1H=!117.
10 I
11
12
11 003C H4'7
0202
U203
0206
1121
1122
K005
1l~()=R411.
1 /
2
'3
IID07A H47
Rev A
6-34
'1'492
Il~1=1120+V4+81·
1 I
2 I
3
lI014A H48
B
1123
11~2=I120.
1 I) I
11
l:!
l2
lF019C H47
Y4til
llc3=I121 R430.
6 I
4
5
110011::1 H47
Il24
1124=1123.
III I 11
12
lIOO7C H47
V540
1125
J404
J409
1125=K221+K141+I123+R410+K480.
4 I 5 I 6
1 I
2 I
3 I
11 OOMA K25 K120 K130
K132
K430
1126=K550 R430.
10 I 11
12
IH012C H41
K481
1130=R430+K121.
6 I
4 I S
IHOO3B H48
1131
KI01
3
lIOO3A H47
KIOb
1201
IlYI)=K4c()+K412.
1 I
2 /
3
IHOO3A H4S
120c
J543
!131=Il30.
1 I
2
1212
11Yl=K419+K4+06.
1 !::I
I
13 I
14
lOOlHU H4S
1204
1200=K420 1'\410.
1 I
2
3
1IOlh H47
C730
1201
1201=1200 1131
6 I
4
5
lIOl1!:.! H47
C779
1201
1202=K431 K411+FOO7 1190.
IS I 11
12 I 13
14
lIOOQI:3 K23
1203 1206
J431
6-35
J478
Rev R
--" i
1203=1;02.
10
1
12.
1011 c 114'7
P754
T420
Y482
+JS 03 P049 11 9 1.
12§4=J';03 0;)6;
6
3_
4 I 5
10
1 I
~
-1-·9A
K23 1205
1 00
120SIlJ';04 1204.
;5 1 13 .14
}l°l1 0 1147 T420
1206=1;02,
15 1 13_ .i't
1JOI00 1147 0120 1208 J411
J430
P710
1207=I~03+1201.
j5 1 13 l.i4
120 7
1210
1001
121 0
1J031A 1147
P710
P730
X241
1209=K;38+K227.
1 1
? I 3
i KOi3 A 1148
100 2
100 5
121 0
iJOll O 1148
,
12g8I1I~g6.
1 1
.. 3.
12rna
i5 I 10
I~03+1209+J105+1?07,
! 11 12
i 008R / K25
13
14
112111
121"1=1;10.
is
00
00
00
00
1
.i4
110 0 70 1147
Y603
1212=Y482 1131
2 ___ 3
1
11023A 1147
1213
1213=1;12,
6 1 4 _ 5
P 023 B 114'7
Y483
,
152;;=
10
00
;;
1
n
Y484
R~2i.
1.12_
i l1OO 3 C 1148
Y413
1521=Y413+RSio,
15 1 1; 1 i4
I11on3 0 1148
1100
1100
,iJOil A 1148
T400
T4 0 1
T402
T4 03
T4 0 4
Tl~ 05
14 0 6
T4 07
1000
1001
1002
1003
1004
I~05
I·00 6
1007
I70~aK;34+1<239,
I
3
1 I
1701,.1<:;30 +1<235,
6 I
Rev R
4 I
iJ
5
o1t B
1148
/':
6-36
\~
I'~
~
1702=K225+ 17 03.
10 I 11 I 12
1J011C H48
1000
17U3=K120 K321.
10 I 11
12
IJOIOC H47
1702
1001
1002
6-37
1003
Rev A
JOUU=UIOO U101.
! I
2
3
lK02f3A 1147
JOI0
J014
JOOl=RlOO LllOl.
(:) /
4
"5
lK0288 1147
JOll
J015
J002=klOl UIOO.
10 I 11
12
lK02HC H47
J012
J016
J003=10.(100 f-H 0 1.
l~ I
14
13
1K0280 1147
J013
J017
JOOS=GNU +OPEN+OPEN+OPEN+OPEN.
1 /
2 I
4 I
5 /
3 /
6
lR019A K25 J020 J022
J010=JOOO+1-I102.
1 I
2 I
3
lK02]A 1148
J051
JOll=JOOl+RlO2.
I)
6 /
4 I
1K027l:3 H48
F700
J043
J051
J012=JOO2+RI02.
10 I 11 I 12
lK027C 1148
F004
J042
J075
Jo13=JOU:l+HI02.
1 ~ / 13 / 14
lK027D 1148
F006
J041
FOO8
J041
FOlO
J041
F012
J039
F014
J040
J014=JOOo+UI02.
1 /
2 I
3
1K026A 1148
JOlS=JOOl+lJlO2.
b
/
4 I
5
lK026t3 H48
J016=JOO2+U102.
10 I
11 /
12
lK026C 1148
J042
JOll=JOO3+UlO2.
b / 13 I 14
)t<0260
Rev A
H4M
6-38
J070
KOO6
003
003
J01S-YOOO.
1 / 2
3
lK025A H41
J019
J019=J01S.
6 / 4
5
lK0258 H41
J030
YOOl
J020-J005 R121 R132.
It
5
1 /
2
3
lK021A C21 J021
6
J024
J021=J020.
1 / 2
3
lK022A Hlt1
F700
F110
J022-J005 IH20 R132.
15 / 10
12
13
11
lK0218 C21 J023
14
J024
J023=J022.
6 / 4
5
lK0228 H4T
JOTO
JOT5
J024-J020 J022.
10 / 11
12
lK022C H4T
J025
T020
T021
YOOO
J025=J024.
15 / 13
14
lK0220 H4T
J026
KOOl
K100
J026=
J025.
15 / 13 / 14
IJ0410 H4S
KOOO
J027=Y002.
6 / 4
5
1K0238 H4T
J032
J091
J245
J02a=Y001.
10 / 11
12
1K025C H4T
J029
J030
J029=J02a.
15 I 13
14
1K0250 H4T
J032
JOTO
J030=J019 J02S.
10 I 11
12
lK023C H4T
FT01
F711
J046
JOlt1
J049
JOSO
J090
KI0l
K103
KI06
1<10T
T021
Y002
JOlt8
J01S
6-39
Rev A
J032=J029 J027.
15 I 13
14
lK023D H47
F702
J039=J016.
10 I 11
12
IJ039C t147
J048
J040=J017.
1 I
2
3
lK031A H47
A749
J041=
1 I
F712
J044
J048
J090
J013+J014+J015.
2 I 3 I 4 I 5 I 6
IJ035A KZ5 J04S J048
J090
JZ48
J090
J260
J042=JOI2+JOI6.
15 I 13 I 14
IJ033D t148
A749
J043=J011.
6 I 4
5
1K0318 t147
J047
J046
003
J044=GNO +J040+JIOO M013 KI07.
15 I 10 I 11 I 12
II
14
IJ0388 KZ6 JOSI
003
J045=GNO +J041+JI00 KI07.
1 I Z I l I 4
5
IJ037A K26 JOSI
J260
6
J046=J020+J04Z+JI00 KI07.
15 I 10 I 11 I 12
II
14
IJOl78 KZ6 J051
8
003
003
J047=J020+J04l+KI02 K140.
1 I
2 I 3 I 4
5
6
IJ036A KZ6 JOS1
J048=
J022+J040 J041 J039.
15 I 10 I 11 I 12
14
13
IJOl68 K26 J051
J049=
JOZO+K1l4+RI31.
15 I 10 I 11 I 12 I II I 14
IJ0358 K25 J051
J050=UOO8+J020+J060 J061.
1 I 2 I 3 I 4
5
6
IJ038A KZ6 JOSI KOO6
Rev A
(
K1l4
6-40
\
003
003
003
J05;.JO i O. JQ44. J045.J046.J04., .J04a'.Jn49.ui 31 JOll JO!O.
1 I 2 I 3 I 4 I 5 I 6 I 10 I il I 12
13
14
iJ034A K16 KOOO
J06;;-U009 M100.
1 I 2
3
iJ039A H47
J050
J061- R009 MI01.
6 I 4_ " 5
I J 0398 H47
J050
I!
J07~-Joli
J023 J029.
4
5
2
3
i K032A C21 J07l
J07j-J070.
1 I 2
3
i K033A H47 TOOO
1 I
6
JOT2
TOOl
T002
T003
T004
T005
Tn06
T008
T009
T010
Toil
T012
TOi3
Tn14
J029.
12
13
C21 J076
~4
077
H47
TOOO
TOOl
T002
T003
To04
T005
Tn06
TOOT
H47
T008
T009
J08~R130·MOOl+M020.
15 I 10 I 11 I 12 I 13 I 14
18 01 98 1<25 8764 F701
T010
Toii
T012
Toi3
Tn14
ToiS
F701
F708
J081
J226
Vioi
F7i3
J408
Kii5
K121
5741
J020+J040 J041 J042.
2 I 3 I 4
5
6
i J 032A K26 J091 K140
1<210
J07,.-J070.
6 I 4
5
i Ko33B H47
J07Cj-J012 J023
15 I 10
11
i Ko328
J07,.,-J07S.
10 I 11
12
i K033 C
J077=J07S.
15 I 13
14
i Ko33D
J08,1 I
J09~-
1 I
J080.
2 I 3
iJ033A H48
A741
J09;J027+J090 K212 K22o.
15 I 10 I 11 I 12
13
14
iJ0328 K26 T020
6-41
Rev. D
TOOT
00
B
J097.1<1 OO+J104.
1 / 2_./. 3
IJ041A H48
1<104
J09Q·GNO +Y033.
6 / 4/5
iJ0419 H48
1<104
y033
JI0~·l-J130 J131.
15 I 13. 14
110250 ... 41
Jl33
J13,=J132 1<120 1<124 J12 9 1<122.
15 I 10
14
12
13
11
iI026B C21 1<104 K110
003
J20';=R330'
1 I 2
3
iI<014A H41
1<201
J201=Y200+1<200.
1 I 2 I 3
il<015A H48
1<204
J20;>-R220+1<201.
6 I 4 I 5
il<015B "'48
K209
J201=1<207+Y201,
10 I 11 I 12
il<015C "'48
K203
K205
J204=1<209+Y202.
15 I 13 I 14
11<0150 "'48
8741
8801
J20c;=K201l R220
6 I 4
5
jJ030B H41
J211
J2i2
K014,
14
P0310 H41
T322
003
Rev. R
1<206
1(126
..
J20~=K002
15 I 13
Y032
6-44
J213
K12 8
K240
J2iiiaB780.
6 I
4_
__5
_
lK014B H47
J211
J212
J213
iKOi3B H48
T200
T201
T202
T203
J~!2aJiiO.j~~5.
10 I " I 12
iKO;3C H48
T204
T205
T206
T207
T208
T;09
T21 0
T211
T212
T213
T214
T;15
_12_
iKO;4C H41
T3 0 1
T3 0 3
T3 0 4
T305
T3 0 6
1,07
13 08
j216 a K206
15 1;3 _14
iK0'14D H47
T3 0 2
T3 09
T31 0
T3ii
T312
T~13
T314
Yz OO
Y204
J2H:aJ~Ho·j205.
6 I
4I 5
j2i3aJ~Jo·j205.
i5 I
;3
1_'14
i KO ;3 0 H48
j2isa K206
10
B
I
it
J221aK~OO.
i I ~
B
3
i Ko20A H47
B
*J217=R216
1G023B
,j223aK~07'
6 I
4
5
iK020B H47
B
H48
YZOI
BJ224 a K;'09.
10
ICA
leA
leA
leA
n
12
iKo26C H47
YZoz
J225 aR ?20.
15 1;3 _ j 4
1B003D H47
J226
I
B
j~26aJl25 JQBO.
151 , 3 . • 14
leonlD H47
K207
BJZ4~aJ~i1.
i
I
~
• 3
iH035A H41
j241 a J510.
6 I
4__
C400
C401
K21 0
KZll
K221
K553
KIZI
K22 0
K
220
K22 8
K230
K232
K2i2
K213
K~52
K234
-
K236
K:.~ 38
5
IH0359 H41
J242·J~il.
-- 1"10
"
.12_
jH033C H41
j244aJ~ii.
is
I ;3_IH0330
.14 H47
6-45
*Present if 8td. Opt. 10278-1 is installed.
Rev 8
8031
W031
B
J245=K140+ F710.
6 I 4 I 5
110149 H48
K210
J246=K212 K220.
10 I 11
12
11-1035C H47
K211
J248=J041.
15 I 13
14
11-10420 H47
K212
J2'+9=F713.
15 I 13
14
IH0350 H47
K21l
K213
J250=J510.
1 I 2
3
IB027A H47
K242
K244
J251=J517.
6 I 4
5
1B0278 H47
K241
K243
K245
J252=Y242.
1U I 11
12
18027C H47
J120
J261
K243
K221
J260=J04Q J042 KOO4.
1 I
2
5
4
3
6
IH034A e21 y220
J2 6 1=J110 J252 K141 w116.
13
15 I 10
12
14
11
IH0348 C21 J263
J262=Y220.
1 I 2
3
IH033A H47
J263
J263=J261 J262.
6 I
4
5
IH0338 H47
K220
J400=C71S+J511.
15 I 13 I 14
IG0090 H48
K400
K402
K404
J401=J510.
1 I 2
3
IHOl2A H47
K401
K403
K40S
Rev L
K,+07
K409
K411
K421
6-46
,~
\
j404 a J408 ii23.
IS 1;3 .14
iG0200 H47
K4 01
K4 03
K40S
j40SaOPEN K44n K4S0.
15 1;0 .ii
12
13
iGO,SB C2i K409
14
K411
KS33
j4Q6aJ ifi2.
10 I 11
00
K401
K4 09
_
12
IG02nC H41
JI01
J403
j408aK~21.K14i.Kiil+J081+J419.
lSI
;6
1.1i I i2 I 13 I i4
icoisB K2S J4 0 4 J4 09
,j 409aJi08 ii23.
6 I 4 ___ 5
110258 H41
JS 4 3
JS 4 4
K411
K421
K441
K4Si
K413
K400
K420
K440
K440
K4S0
14
iHOO40 H41
K441
KS33
y412
j4i2 a K??O K4Sn.
61 4
5
i HO i2 B H47
K441
.j4i;aJSli.
10 /
;t .12_
iH004C H41
J4if.J~io.
15 I
;3
,j4i)aF~12
1 I
B
FOIl. KOO4.
5
2 ___ 3
!
)I026A C21 J414
6
J4i4 aA 710 J413+J1l0 WllS.
151 ;1 H-12 I 13
14
K
K22 0
-1 0-18
23
J41S
2
j41S a Ji!4+Js17.
6 I
5
4-6-1 0189 H48 K4S0
6-47
Rev J
j416.K42j+K43;,
i
A04
I
tHOliA H48
00
00
00
Y411
J4i7=C~04
151
00
2 I. 3
ii
T206+K408.
12 I i3
11°128 K23
j41a=Rno8 F70~.
10 / ;1 .12_
iIOi3C H47
J419
j4i9.J!l8._
15 I ,,_ .!4
lI0230 H47
J408
j425=1(401
6 I
4
K55~.
... 5
..
iG0088 H47
e7s0
j429.K4g0+K402.
1ij I i1 I 12_
iHo38C H48
J430
J431
C1S0
0790
C7S1
J542
C1S0
J 107
j43;;=j429 T206.
In
I;;
.12-
iG008C H47
J431=J~29 i~o?,
15
I
'3_ .14
1Go080 H47
j440 lll K413 K415,
i
I
2
• 3
iGOiOA H47
j4~;;IIIK405 K407,
1 I
2
3
iH004A H47
C7S0
j460.K407 K409.
6 I
4
5
iH004B H47
C7s0
P754
J47n=On61 0204+0205 0060,
15 I ;1_ .12 I 13
14
10019B C28 J471
j47i=K40f+K~ij~.J470+K473.J535,
I
~ I. 3 I
I
5 I 6
iCOi5A K25 K471
1
4
j475=J440,
1«; I
;:L
.i~
lC020D H47
1<470
J478.I~02+cni7.
15 I ;3 1';4
,H038D H48
Rev J
6-48
J475
J479=
1 I
B
8
J418+C018+C020.
2 I 3 I 4 I 5 I 6
ID022A K25 K402
J480·C027 C029.
15 I 13
14
IH012D H41
J482
J4tU=C019 K4l11 I 2
3
lI025A H47
J482
J482=J480 J48l.
6 I 4
5
IG020B H47
K406
J490=C1l5+J517.
1 I 2 I 3
ID018A H4S
K406
J500=
1 I
K408
K410
J506+K500+J507.
4 I 5 I 6
11016A K25 J520
2 I
3 I
J501=
J506+K501+J501.
15 I 10 I 11 I 12 I 13 I 14
lI016B K25 J530
.J502=K500+J506.
10 I 11 I 12
lI014C H48
J504
J503=K501+J50f).
15 I 13 I 14
110140 H48
1204
1204
J504=J502.
15 I 13
14
1H0150 H47
1205
J544
J505=J509.
6 I
4
5
110138 H47
K502
K503
J506=Y5OO.
10 I 11
12
1I 0 l3C H47
J500
J501
J507=Y501.
14
15 I 13
1I 0 130 H41
J500
J501
J502
6-49
J503
Y50l
Rev A
00
J50q=OPEN.
15 I 1
iEoOIA AAH
J505
K500
1<501
Y500
J51;;=J516 K510.
1 I 2
3
I HOISA H47
J241
J250
J40i
J4il
J511=JS16 K511.
6 I 4
5
iH015B H47
J242
J244
J400
J4}0
J514=K530+K532.
10 I 11 I 12
IHOI1C H4A
JSlS
K511
K510
K511
J510
J5il
J517
K5}2
J240
J251
J415
J490
JSIC;=JS30+JS14.
IS I 13 I 14
1: H011D H4A
J511t,=J520'
10 I 11
12
IHOISC H47
B
B
B
B
B
JSI 7 =KS11 JSI6.
1 I 2
3
i Fo1 9A H47
J51Q=I11i.
IS I 13
14
i F o190 H47
YS09
J52;"=I111 J540 Y509+JSOO JS41.
4 I 5
6
1 I 2
3
10
JIOl7A K23 JS16 JS21
JS2,=J520.
6 I 4
5
iI 01 Q8 H47 YSll
J53~=II15
15 I 11
Rev. D
J540+J501 J541.
14
12 I 13
ilol7A K23 J515 J531
J53,=J530.
10 I 11
12
i 1 01 9C H47
X260
Y5io
JS3,=Y510.
15 I 13
14
110190 H47
JS33
Y5i2
6-50
K513
8
003
J533=J532.
1 I 2
3
1I020A H41
K521
J534=Y513.
6 I 4
5
lI020B H41
J535
J538
J535=J534.
10 I 11
12
lI020C H41
J107
J471
J536
J537
J542
J536=J53S.
15 I' 13
14
1I 0200 H41
A141
8151
8163
5141
W741
J537=JS3S.
15 I 13
14
110210 H47
8102
C141
J53S=JS34.
1 I 2
3
IG021A Hlt7
0710
0111
0112
0713
P103
J540=K532+K534.
1 I 2 /
3
1I0l8A H48
JS20
J530
J541=KS33+K53S.
6 I 4 I 5
11 01S8 H48
J520
J530
J542=J43l+J53S.
6 I 4 I 5
lHOllB H48
K530
J543=J408 1123.
1 I 2
3
1I019A H47
K531
K551
K553
J544=J504 J408.
10 I 11
12
lHO hC H47
K53S
K533
6-51
P704
P70S
P754
Rev A
003
003
003
003
003
003
OU3
003
003
OU3
003
003
003
003
KOOO=KOO1+J026 JOSl.
I / 1 I 2
3
1K034A H46 K001
K141
TOZl
KOOI=KOOO+J025.
6 / I I 4
5
lK0348 H46
F700
F710
KOOO
K140
TOZO
KOO2=KOO3+F711 fU31.
10 I I I 11
12
11 039C H46 J206
K003
K005
KOO3=K002+F711 Ul31.
15 I I / 13
14
1I0390 H46 K002
KOO4=KOO5+KOI7 R410.
10 I I / 11
12
IHOlOC H46 A750
J260
J402
J41J
KOO5=KOO4+F714 1120.
15 I
I I 13
14
IH010D H46 8748
K004
K014
YOZO
K006=K007+JOll JOSO.
10 I
I I 11
12
1K039C H46 JUS
K001
KOU7=KOO6+F71S.
15 I
1 I 13
14
1K039D H46
K014=KOOS.
10 / 11
12
IJ030C H47
*KOI5=MOOO
lL022A H47
*K016=M002
lC022B H47
*KOI7=KOI5 OPEN
lC022C H47
K006
J206 Y210
K100=K101+J025 11 0 1.
1 I
I /
3
2
1I042A H46 J097
J100
Jl29
K101
K1Ul=K1UO+J025 1100.
6 I
I / 4
S
110428 H46 J109
K100
LOOO
TOOO
K102=KI03+K221.
10 I I / 11
12
11042C H46
J041
J104
Jlll
KI03
K1 03=K I 02+F71S J02S.
15 /
I I 13
14
1I0420 H46 JI29
K102
KI41
Rev S
*Present if Std. Opt. 10278-1 is installed.
M001
6 -52
Kl09
5750
K017
K004
W116
00
K1 04=K1 05+Fl 05 J099 J097+Fl07 Jii7 Ji23+F109 J116 J13l.
4 I 5
3
1 I I I 2
6
10 I 11 12 13
iI041A K36 KI05
K10c;=KI04+Jl01.
15 I I I 14
j l 0418 K36
003
003
00
Kl04
T002
TI0~
K10,,·K107+J025 1131.
3
1 I I I 2
i 1040A H46 J109
KI07
1<131
K107=KI06+J025 1130.
6 I I I 4
5
1I040B H46 J044
J045
J046
KI156
F7i5
J130
Ki09
L003
T004
LOO2
T003
K10~·K109+J117
J123.
1 I 11
12
i l 040C H46 F714
K10Q=K108+J101 K102
15 I 1 I 13
14
11040D H46 KI0B
10 I
00
'.
Kll~·K111+J116
J1331 I 2
3
iI039A H46 J123 KIll
Klli=K110+JlOl.
6 I I I 4
5
1103 9 8 H46 J40B K110
K11?=K1l3+FOll K419 K421 K470_
5
4
3
1 I I I 2
P638A K31 K113
1 I
L004
T005
6
Kll~=1<1l2+JIOI.
15 I
003
003
003
003
I I 10
11
1103BB K31
12
K112
13
14
T006
KI14=1<115+GND
+J050 F702 Rill'
5
1 I I I 2
3 I 4
6.
i K029A K33 J049 J1i5 K115
Kl1S=K114+JOB1
+J103 F70i Rill15 I 1 I 10
13
11 I 12
14
l K0298 K33 K114
K11"·'<117+K421 P754.
1 I I I 2
3
iI 037A H46 J131
Kli7
6-53
Rev. R
K1l7=K1l6+JI02.
6 I I I 4
5
1I 0378 H46
003
K1l6
T008
Kl18=K1l9+J1l4 K521.
1 I I I 2
3
1I035A H46 J131
K1l9
KI19=K1l8+J102.
6 I I I 4
5
110358 H46
T009
Klla
K120=Q21 +R431
+OPEN 1125 Y050.
1 I
1 I 2
3 I 4
6
5
1I 036A K33 1703 JI05 J133
K121=KI20+J081
+R430 J242 Y030.
15 I I I 10
14
13
11 I 12
1I 0368 K33 1130 K120 TOI0
KI22=K123+A781 K227.
10 I I I 11
12
11035C H46 J133
K123
K123=K122+J102.
15 I 1 I 13
14
110350 H46
K122
TOll
K124=K12S+K135 K451.
1 I
1 /
3
2
11034A H46 J133
KI25
K12S=K124+JI02.
6 I
1 I 4
5
110348 H46
K124
T012
KI2fl=K127+R231 J204.
10 /
1 I 11
12
11034C 1146 J131
KI27
K127=K126+JI02.
15 /
I / 13
14
110340 H46
K126
T013
K12H=KI29+R230 J204.
10 / I I 11
12
11 033C H46 J131
KI29
KI29=K128+JI02.
15 / I I 13
14
11033D 1146
T014
Rev A
K128
6-54
K121
T411
'(222
KI30=KI31+GNO +GNO
1 I I I 2 I 3
1I024A K32
003
+1125 J402.
4 I 5
6
K131 K133
KI31=KI30+K441+0PEN F71S+K106.
15 I I I 10 I 11
12 I 13
14
110248 K32 K130 '(049
KI32=K133+1125 Y049.
10 I I I 11
12
1K034C H46 K133
KI33=K132+KI30.
15 I I I 13
14
lK0340 1"146
K132
K134=KI35+J107.
10 I 1 I 11
12
11037C 1"146
K135
K135=KI34+JI0a.
15 I I I 13
14
110310 H46
K124
'(050
K134
K140=KI41+GNO
+J090 K001.
1 I 1 I 2
3 I it
5
IJ025A K33 J041 J111
6
J245
K141
KI41=1(140+K103
+FllS KOOO.
15 I
1 I 10
13
11 I 12
14
IJ025B K33 1125 JI09 J120
J261
K200=K201+R330.
10 I I I 11
12
lK019C 1"146
J201
J221
J40a
K140
K201
K201=K200+J200 K204.
15 I I I 13
14
1K0190 1"146 K200
K202=K203+8170.
1 I
3
1 I 2
lK018A 1"146
K203
K203=K202+J203.
6 I
1 I 4
5
lK0188 1"146
K202
K204
K204=1(205+K203" J201.
10 I I I 11
12
1K018C H46 K201
K205
6-55
Rev Ii
K205=K204+J203.
15 / 1 / 13
14
lK018D H46
K204
K206
K206=K207+J200 K205.
1 /
1 /
3
2
lK017A H46 K207
J45
K207=K206+ J226
6 /
I / 4
5
lK0178 H46
J203
J202
J216
K206
K20e
T320
.. .
T321
T322
K211=K210+J21+9
+J241 J246.
15 /
I / 10
11 / 12
13
14
IH0378 K33 A7S0 8760 K210
5750
y210
y220
K212=K213+GND
+J240 J248 Y210.
1 /
4
3 /
I /
6
5
2
I H036A K33 tf740 J091 J130
J246
K213
5750
K213=K212+J249
+K243 J240.
15 /
13
I / 10
14
11 / 12
I H0368 K33 8160 8780 K212
W750
K220=K221+J242 J263+J242 V221 J414.
6
1 /
I /
5
2
3 / 4
I H032A K33 A1S0 J091 J246
J412
K221
K223
K321
K221=K220+J249
+J241 K227.
15 /
I / 10
13
11 / 12
14
IH0328 K33 1125 J40e K102
K220
T411
Y030
Y222
I\222=K223+J242 Y222.
1 / I / 2
3
1I033A H46 K223
T411
K208=K209+K207.
10 /
I / 11
12
lK017C H46
K209=K208+J202.
15 /
14
1 / 13
lKO 170 HI+6
J223
T300
K209
J204
J224
K208
'.
K210=K211+Y209
+J240 J090 J24S.
1 /
I / 2
6
3 / 4
5
IH037A K33 JI05 K211
K225
K229
K223=K222+K220.
6 /
I /
4
5
110338 H46
RevR
K222
Y223
6-56
K224=K225+J242 V223.
1 I
I I
3
2
1H013A 1146 A71l
K225
K227
K225=K224+K222.
6 I
I I 4
5
IH0138 1146
C760
1702
A7l0
K224
T414
13
14
J121 K122
K221
1<226
K228=K229+J244 V226.
1 I I I 2
3
IH026A H46 A7l0
C760
K229
K231
T414
K229=K228+K222.
6 I
I I
5
4
IH0268 1146
A711
C770
K228
Y227
K230=K231+J244 '(227.
10 /
12
r / 11
IH026C 1146 C770
1701
1<231
K233
K231=K230+K228.
15 /
I / 13
14
1H0260 H46
K230
T412
Y228
K232=K233+J244 '(228.
1 I
3
1 /
2
IH025A H46 K233
K235
T412
K233=K232+K230.
6 /
I I
4
5
1H0258 H46
K232
'(229
K234=K235+J244 '(229.
10 /
12
I / 11
1H025C 1146 1700
K235
K237
K235=K234+K232.
15 I I / 13
14
1110250 H46
nOl
K234
T410
K236=K237+J244 Y230,
1 /
3
I /
2
IH024A H46 K237
K239
T410
Y224
Y226
K226=K227+J242 V225+J242 Y224 C312.
1 I I I
3 I 4
2
5
6
1H023A K33 K227
K227=K226+GNQ
15 I
I I 10
+K224.
11 I 12
IH023B K33
1209
6 -57
'(230
Rev A
K237=K236+K234.
6 I 1 I 4
5
IH0248 1146
K236
Y231
K238=K239+J244 Y231.
10 I 1 I 11
12
IH024C H46 1209
K239
K239=K238+K236.
15 I
14
1 I 13
1H0240 H46
K238
1700
K24o=K241 +tHI0
+8780 J204.
1 I
3
5
I I
2
I 4
IB028A K33 K241
V225
6
K241=K240+J251 K243+GNO •
15 I 1 I 10
11 I 12
13
14
180288 1(33 1(240 K242
K242=K243+K241 J250.
1 I 1 I 2
3
lR029A 1146 K243
K243=K242+J252 J251.
6 I
I I
5
4
IB029~ H46
K213
K241
K244=K245+Y240 J250.
10 I I I 11
12
IB029C H46 K245
Y242
K245=K244+J251.
IS I 1 I 13
14
180290 H46
K244
K321=K220.
1 I 2
3
IG022A 1141
1103
K242
5760
K.400=K4Ul+J400 Y401+J410 J403 Y400.
1 I
I I
3 I 4
6
2
5
IG014A K33 J429 K401
K401=K400+J404
+J401 K403.
15 I
I I 10
I
12
11
13
14
IG0148 K33 J420 K400 K553
V402
K.402=K403+GNf)
+J400 y402 J479.
1 I
1 I
3 I 4
6
2
5
IG013A K33 D760 J429 K40J
K413
Rev A
6-58
5710
w750
V240
8
K403=K402+J404
+J401 K405.
15 I I I 10
13
14
11 I 12
160138 K33 8750 0150 K401
K402
Y403
K404=K405+J400 Y403+GNO •
1 I 1 I 2
5
3 I 4
IG012A K33 8750 0168
6
J471
K405
K415
K405=K404+J404
+J401 K407.
IS I I I 10
11 I 12
13
14
1G0128 K33 0750 0760 J450
K403
K404
K417
P730
J471
K405
K406
'(411
K406=K407+GNO
1 I
+J490 Y404 J482.
6
3
5
I 4
2
IGOllA K33 0160 1191 K407
I I
K401=K406+J404
15 I
H
Y404
I I 10
+J401 K409.
13
14
J450 J460
11 I 12
IGOI1B K33 0768
K408=K409+J490 Y405+GNO •
1 I I I 2
5
3 I 4
IGOI0A K33 J411 K409
6
K419
K451
+J401 J405.
I I 10
11 I 12
13
14
1G010B K33 J460 K407 K408
Y400
Y407
6
K411
K412
K440
+J405 J401.
K411=K410+J409
15 I I I 10
11 I 12
13
14
IH0028 K33 0750 0760 1202
J481
K410
P730
Y405
1<409=K408+J404
15 I
"
K410=K411+J490 Y406+GND •
1 I I I 2
5
3 I 4
1H002A K33 1200 J107
1<412=K410.
15 I 13
14
110030 H47
1190
1<413=K402.
1 I 2
3
1JOIOA H47
J440
X247
K415=K404.
4
6 I
5
IJOI08 H47
eno
J440
'(400
'(407
P130
K417=K406.
1 I
2
3
lK023A H41
6-59
Rev A
K419=K408.
15 / 13
14
IG0220 H47
Il91
K112
K420=K421+GNO
+J410 Y401 J403.
1 /
I /
3 I 4
2
6
5
IHOOIA K33 8150 0769 1190
1200
K421
+J401 K441.
K421=K420+J409
15 /
I I 10
13
11 I 12
14
11-10018 K33 cno J416 K112
K11b
1<420
Y409
D516
K131
K421
Y408
K430=K431+F015 1125.
1 /
3
I I 2
1HOI0A H46 K431
K431=K430+F715.
b I
1 I 4
5
1HOI08 H46
1202
J416
K430
K440=K441+J410 Y409+J410 y408 K410.
1 /
I /
6
3 / 4
5
2
IHOO6A K33 J405 K441 1<451
K441=K440+J4Q9
15 I
I I 10
IH006~
+J412 J411.
11 / 12
13
14
K33 A7bO A165 J12Z
K'tSU=K451+J415 Y410+J410 Y411.
1 I
r I 2
5
3 I 4
IH005A K33 J405 J412
6
K451
K451=K450+J409
15 I
+Y412 K408 K440.
13
11 / 12
14
IH0058 K33 IH59 J122 K124
I I 10
K470=K471+J475 K521+GNO •
1 I I I 2
3 I 4
5
lC016A K33 J403 1<112
6
K411
K-'t 71 =1<470 +P754
15 /
00,3
10
14
0174.
12
I I 11
lAOO2C H46 K413
K472=K473+~800
10 /
003
+J471.
11 I 12
13
lC0168 K33 1<470
I /
K473=K472+J409.
15 I
14
I / 13
1B002D H46
RevR
J471
K472
6 -60
K450
K440
Y22l
Y410
K480=K481+R410.
1 I I I 2
3
1K019A H46
Il25
K481 =1<480 + Il26.
6 I
1 I 4
5
11<0198 H46
K480
K490=K491+1110.
1 I 1 I 2
3
1I004A H46
1<491
1<493
K491=K490+1113.
6 /
I /
4
5
110048 H46
K490
K492
K492=K493+ 1118 K491.
10 / 1 I 11
12
11 004C H46 0201
K493
K493=K492+1118 K490.
15 / 1 / 13
14
110040 H46 0200
JI07
1<492
KSOO=K501+J509 1<502.
1 / I / 2
3
11 015A H46 J500
J502
1<501
K503
K501=K500+J509 1<503.
6 /
1 I 4
5
110158 H46 J501
J503
1<500
K502
K502=K503+J505 1<501.
10 / 1 / 11
12
lI015C 1146 K500
1<503
K503=K502+J505 K500.
15 /
14
I / 13
110150 H46 K501
K502
K481
K51 0=K511 +GNO
+J515 K512.
1 / I I 2
3 I 4
5
1I010A ,,33 J510 K511
6
1<513
K51l=K510+J514
+J515 K513.
15 I I / 10
11 / 12
13
14
110108 ,,33 J511 J517 K510
K512
K512=K513+J516 K511.
10 I I / 11
12
IH013C H46 K510
K517
K513
1<515
6-61
Rev A
K513=K512+J516 1'<510.
15 / 1 / 13
14
IH0130 H46 0770
K511
K512
K514=K513.
1 / 2
3
IH014A H47
A760
A765
C760
K515=KS12.
b I 4
5
1H0148 H47
A7S0
8749
C779
r<.:517=KS12.
15 I 13
14
IH014D H47
e730
5760
5770
K520=K521+Y511.
10 I I I 11
12
IHOlsC H46
K521
K521=K520+J533.
15 I I I 13
14
IH0180 H46
1'<118
1'<470
K520
K524
K526
K524=K521.
4
6 /
5
110218 H47
0774
)(200
)(201
x202
X203
K526=K521.
10 I 11
12
11021C H47
)(220
)(221
x230
x231
x240
)(241
K528=K521_
6 I 4
5
1G0218 H47
0700
0701
0102
0703
P700
P70l
K530=K531+GNO
+J542.
1 I
5
1 I 2
3 I 4
1H020A 1'<33 J514 1'<531
K514
5750
6
K531=K530+J543
+0205.
15 I 1 I 10
11 I 12
13
14
1H0208 K33 1'<530 1'<532
K532=K533+1'<521 K531+GNO •
1 I I I 2
3 I 4
5
IH019A K33 J514 J540
6
K533
K533=K532+J543
+J40S J411.
15 I
11 I 12
13
I I 10
14
IH0198 K33 J541 K532 K534
Rev A
6-62
K535
K528
K532
P702
K534=K535+ I 113 K533.
1 I I I 2
3
1H018A H46 J540
K535
K535 z K534+K532 J544.
6 I I I 4
5
1H018B H46 J541
K534
K550=K551+GND
+Y540.
1 I I I 2
3 I 4
5
1H022A K33 1126 K551
6
K551=K550+J543
+Y530.
15 I I I 10
11 I 12
13
14
1H0228 K33 K550 K552
K552=K553+K551 J240+GND •
1 I I I 2
3 I 4
5
1H021A K33 C714 K553
6
+J241 K401.
1 I 10
11 I 12
13
14
1H021B K33 J420 K552 Y401
K~53=K552+J543
15 I
6-63
Y40b
Y5l0
Rev A
LOOO=KI01.
1 / 2
l8025A HlO
L001=JI04.
3 / 4
180258 HI0
LOO2=KI07.
5 /
6
lB025C HIO
LOO3=K109.
11 / 10
180250 HIO
LOO4=K1l1.
13 / 12
18025E H10
Rev A
6-64
MOOO=OPEN.
1 I 3
IB021A C75
KOO4
MOOI-Y020+KOO4.
10 I 11 I 12
1I018C H48
Joeo
114010=OPEN.
1 I 3
IB022A C75
M012
MO ll-OPEN.
15 I 13
IB0228 C75
0730
M012=MOI0+114011.
IS I 13 I 14
lIOleo H48
M013=M012.
15 I 13
14
IJ0390 H47
F121
Y209
*M002=OPEN
lL017C
Hll
K016
M012
M013
JU44
M020=OPEN.
15 I 13
180218 C75
114100=OPEN.
1 I 3
18023A C15
J060
M101=OPEN.
15 I 13
180238 C15
J061
JOeO
6-65
*Present if Std. Opt. 10278-1 is installed.
Rev S
POOO=POO1+P725.
1 I I I 2
3
IB018A H46
POOl
POO3
P001=POOO+P124.
6 I I I 4
5
1801a8 H46
POOO
POO2
POO2=P003+P001 P703.
10 I I / 11
12
IBOlaC H46 POO3
POO4
POO5
P003=P002+POOO P103.
15 I I / 13
14
180180 H46 P002
P004
POO5
POO4=P005+P723 POO2+p122 P003.
1 I I / 2
3 / 4
5
lROl1A K33 POOS P007
6
P750
P750
P005=P004+P123 P003+P122 POO2.
15 / I / 10
11 / 12
13
14
180178 K33 P004 POO6
P006=POO7+P005 P703.
1 I I /
3
2
IH01SA H46 P007
fJOO7=POO6+P004 P703.
6 I I / 4
5
180158 H4-6 P006
pooe
P009
pooe
P009
pooa=P009+P123 P006+P722 POO7.
1 / I / 2
3 I 45
IB016A K33 P009 POll
6
P750
P009=POO8+P723
15 / I / 10
IB0168
POI0=POll+P009
10 I I / 11
Ifj015C
P007+P722 P006.
11 I 12
13
14
K33 pooe POlO
P703.
12
H46 POll P012 P013
POll=POl0+POoe P703.
15 I I / 13
14180150 H4-6 POlO
P012
P013
P012=P013+P723 pOIO+P722 POll.
1 I
I /
5
3 I 42
IB014A K33 P013 P015
6
P750
Rev A
6-66
P013=P012+P723 POll+P722 POlO.
15 I I I 10
13
11 I 12
14
18014B K33 P012 P014
P014=POlS+P013 P703.
1 I I I 2
3
1B013A H46 POlS P017
POl5=P014+POl2 P703.
6 I I I 4
5
1B013B H46 P014
P016=POl7+P70l POlS,
3
1 I I I 2
1B012A H46 POll
PO 17=PO 16+P70 1 POl4,
b I
5
I I 4
18012B H46 P016
P016
P019
POlS
P01a=P019+P017 P704.
10 I I I 11
12
lS0l3C H46 P019
P021
P019=POl8+P016 P704.
15 I I I 13
14
180130 H46 pOla
P020
P020=P021+P019 P701.
10 I I I 11
12
180l2C H46 P021
P023
P021=P020+P018 P701.
15 I I I 13
14
180120 H46 P020
P022
P022=P023+P021 P704.
1 I I I 2
3
lB011A t146 P023
P025
p704.
5
t146 P022
P024
P701.
3
H46 P025
P027
IJ02S=P024+P022 P701.
6 I I I 4
5
18010B H46 P024
P026
P023=P022+P020
6 I I I 4
18 011B
P024=P02S+P023
1 I
I I 2
1B01OA
P751
P751
P751
6-67
Rev A
P026=P027+P025 P70'+.
10 I I I 11
12
18011C H46 P027
P029
P027=P026+P024 P704.
14
15 I I I 13
180110 H46 P026
P02S
P028=P029+P027 P702.
10 / I I 11
12
113010C H46 P029
P031
P029=P028+P026 P702.
15 /
I I 13
14
lA0100 H46 P028
P030
PoJO=P031+P029 P70'+.
1 / I / 2
3
18009A H46 P031
P033
P031=P030+P028 P70'+.
o / I / '+
5
180098 H46 P030
P032
P032=P033+P031 P702.
1 I I / 2
3
lROORA H46 P033
P03S
P033=P032+P030 P702.
o I I / 4
5
l800A8 H46 P032
P034
P034=P03S+P033 P70S.
10 / I / 11
12
18009C H46 P03S
P037
P035=P034+P032 P70S.
15 / I I 13
14
1A0090 H46 P034
P036
P036=P037+P035 P702.
10 / I I 11
12
18008C H46 P037
P039
P037=P036+P034 P702.
15 / I / 13
14
180080 H46 P030
P038
P03H=P039+P037 P70S.
1 / I / 2
3
1A007A H46 P039
P041
Rev A
P751
P752
P7S2
6-68
P039=P03S+P036 P70S.
6 I 1 I 4
S
180078 H46 P038
P040
P040=P041+P039 P702.
1 I I I 2
3
1B006A H46 P041
P043
P041-P040+P038 P702.
6 I I I 4
S
180068 H46 P040
P042
P042-P043+P041 P705.
10 I I I 11
12
18007C H46 P043
P044
P045
P043=P042+P040 P70S.
15 I I I 13
14
180010 H46 P042
P044
P045
P044::P045+P723 P042+P722 P043.
1 I I I 2
3 I 4
5
18005A K33 P04S P047
6
P752
P1S2
PO'+5-P04'++P723 P043+P722 P042.
15 I I I 10
13
11 I 12
14
180058 K33 P044 P046
P046=P047+P045 P70S.
10 I I I 11
12
1R006C H46 P047
P049
P720
P721
P047=P046+P044 P70S.
15 I I I 13
14
180060 H46 P046
P048
P720
P721
P048=P049+P047 P701.
3
1 I I I 2
1B002A H46 P049
P049=P048+P046 P701.
5
6 I I I 4
180028 H46 1204
P048
P700=K52A.
1 I 2
3
1s004A H47
P720
P720
P120
P721
P121
P701=K52S.
6 I 4
5
180048 H47
P016
Pol7
P020
POZl
P024
6-69
P025
P048
P049
Rev A
P702=KS2S.
10 I 11
12
1BOO4C H47
P028
P029
P032
P033
P036
P031
P040
P041
P703=JS3S.
1 I 2
3
IB003A H41
POO2
POO3
POO6
POO1
POlO
POll
POl4
POlS
P704=JS38.
b I 4
5
1B0038 H47
POl8
P019
P022
P023
P026
P027
P030
P03l
P70S=JS38.
10 I 11
12
lBOO3C H47
P034
P03S
P038
P039
P042
P043
P046
P047
P710=I208 0203+1206 0061.
15 / 11
12 I 13
14
1C0191:3 K23 P711 P720
P121
101711=P710.
1 / 2
3
lC020A 1"147
P720
P721
P720=P730 P700+P041 P711 P700+P046 pno P700.
5
1 I 2
3 / 4
6 I 10
12
11
13
1c021A 1"130 P722 P724
P721 a p700 P047 P710+P700 P046 P711.
4 / S
1 I
2
6
3
10
lC019A K23 P723 P72S
P722=P720.
15 / 14
1C02lB 1"130
P004
P005
P008
POO9
P012
POl3
P044
P04S
P723=P7JO+P72l'
10 I 11 I 12
1C02SC 1"148
POO4
POOS
POOS
POO9
POl2
P013
P044
P045
P724=P720.
10 I 11
12
1C020C 1"147
POOl
P725=P721+P730.
15 I 13 / 14
1C0250 1"148
POOO
P730=K406 K41S+K407 I208+GNO •
1 I 2
S / 6
3 I 4
10
1D019A C28 P720 P723 P72S
Rev A
6-70
P750-POOO P004 POOS P012.
4
5
1 / 2
3
1C014A C21 P753
6
P751=P016 P020 P024 P02S.
13
15 / 10
12
14
11
1C0148 C21 P753
P152=PQ32 P036 P040 P044.
1 / 2
4
5
3
1C013A e21 P753
6
P753=
1 I
P750+P751+P752.
2 / 3 / 4 / 5 / 6
le0171\ K25 P754
P754=
I203+J538+P753+J460.
15 I 10 / 11 / 12 / 13 / 14
1C0178 K25
K1l6
P155=P154.
15 / 13
14
18 00 4D H47
JlOS
K471
P755
6-71
Rev A
ROOO=OPEN.
1 / 2
3
lL033A Hll
x100
R001=OPEN.
10 / 5
6
lL0338 Hll
F707
XI01
R002=OPEN.
15 / 13
14
lL033C Hll
Fl04
XI02
R003=OPEN.
1 /
2
3
lLOJ2A Hll
FI06
XI03
R004=OPEN.
10 / 5
6
lLOJ2S Hll
Fl08
X104
H005=OPEN.
15 / 13
14
lL032C Hll
)(105
ROO6=QPEN.
1 / 2
3
lL031A Hll
xl06
H001=OPEN.
10 / 5
6
lL031S Hll
U007
XI07
ROO8=OPEN.
15 / 13
14
lL031C Hll
F120
F121
UOO8
Xl08
3
lL030A Hll
F120
J061
U009
XI09
ROIO=OPEN.
10 / 5
6
lL030B Hll
X110
ROO9=OPEN.
1 /
2
ROll=OPEN.
15 /
lJ
14
lL030C Hll
x111
H012=QPEN.
1 / 2
3
lL029A Hll
X1l2
Rev A
6-72
R013-0PEN.
10 I 5
6
1L0298 H11
X113
RO 14=OPEN.
15 I 13
14
1L029C H11
X114
H015-0PEN.
1 I 2
3
1L028A H11
X115
R100=OPEN.
10 I 5
6
1L0288 H11
RIOI-OPEN.
15 I 13
14
lL028C H11
JOOl
JOOl
UIOO
JOO2
JOOl
UlOl
R102=OPEN.
1 I 2
3
lL027A H11
J010
J011
JOl2
HI07=OPEN.
1 I 2
1
lC024A H11
UlO7
Rloa=OPEN.
10 I 5
6
lC0248 H11
HI09=OPEN.
1 I 2
1
1C02lA H11
U102
UI08
U109
RllO=OPEN.
10 I 5
6
1C0238 ... 11
U110
H120=OPEN.
10 I 5
6
1L0278 H11
JOZZ
U120
J020
U121
R121=OPEN.
15 I 13
14
lL027C H11
R130=OPEN.
1 I 2
3
1L026A H11
J01l
J080
6-73
Rev A
R131=OPEN.
10 / 5
6
1L0268 Hll
J049
1(002
H132=OPEN.
15 / 13
14
lL026C Hll
J020
J022
R200=OPEN.
1 / 2
3
1L006A H11
8000
R201=OPEN.
10 / 5
6
1L0068 Hll
8002
R202=OPEN.
15 / 13
14
lLOO6C Hll
8004
R203=OPEN.
1 /
2
3
1LOOSA Hll
B006
1(11'"
1(115
U131
R204=OPEN.
10 I
5
6
1L0058 H1l
t;300a
R205=OPEN.
15 I 13
14
1LOOSC Hll
R206=OPEN.
1 /
2
3
1LOO"'A Hll
H207=OPEN.
10 /
5
6
1LOO"'B Hll
R208=OPEN.
15 / 13
14
lLOO",C Hll
H209=Of)EN.
1 / 2
3
lL003A Hll
BOlO
8012
8014
8016
8018
H210=OPEN.
10 /
Rev A
5
6
1LOO38 Hll
8020
6-74
II
i~
R211=OPEN.
15 I 13
14
1L003C H11
B022
R212=OPEN.
1 I 2
3
1LOO2A H11
B021to
R213=OPEN.
10 I 5
6
1L0028 H11
B026
R214=OPEN.
15 I 13
14
lLOO2C Hl1
B028
R215=OPEN.
1 I 2
3
1LOO1A H11
8030
R220=OPEN.
10 I 5
6
1L0178 H11
J202
H230=OPEN.
10 I 5
6
1LOO18 H11
Kl28
H231=OPEN.
15 / 13
lito
1L001C H11
K126
R330=OPEN.
1 I 2
3
1L017A 1'111
J200
*R216=OPEN
1C024C
K207
J205
H11
J217
W030
T321
K200
R400=OPEN.
1 /
2
3
1KO llA 1'111
AlOO
R401=OPEN.
10 / 5
6
lK01la Hll
AI02
R402=OPEN.
15 I 13
lito
lKOllC H11
AlOito
R403=OPEN.
1 I 2
3
lKOlOA 1'111
Al06
6-75
*Present if Std. Opt. 10278-1 is installed.
Rev S
H404=OPEN.
10 I 5
6
1K0108 H11
A10a
R405=OPEN.
15 I 13
14
1K010C H11
AHO
1-<40b=OPEN.
1 I 2
3
1K009A H11
A1l2
R407=OPEN.
10 I 5
6
1KOO98 H11
A1l4
H410=OPEN.
1 I 2
3
1J003A H11
1125
1-<411=OPEN.
10 I 5
6
1JOO3a H11
1120
R420=OPEN.
15 I 13
14
1JOO3C H11
1108
H4JO=OPEN.
1 I 2
3
IJOO2A H11
1123
R431=OPEN.
10 I 5
6
IJ002B H11
K120
KOO4
KIHJO
1126
1130
~~OO=OPEN.
1 I
2
3
1JOO4A H11
H5Ul=OPEN.
10 I
5
6
IJOO4B H11
1100
1100
H510=OPEN.
15 I 13
14
1JOO4C H11
1521
H520=OPEN.
15 I 13
14
lK009C H11
A7aO
Rev A
A7S0
6-76
K121
H521=OPEN.
15 I 13
14
IJQ02C till
1520
6-77
RevA.
5000=5001+5700 X001.
1 / I / 2
3
1A042A H46 5001
W100
SOOI=5000+5700 XOOO.
6 /
I /
5
4
180428 H46 5000
5161
5002=S003+5700 X003.
10 /
12
I / 11
18042C H46 5003
w100
S003=5002+5100 )(002.
15 /
I / 13
14
1A0420 H46 5002
5167
5004=5005+5700 X005.
1 /
I / 2
3
IBO'+lA H46 5005
WI0l
5005=5004+5700 X004.
6 /
5
4
I /
18 0411::3 H46 5004
5161
5006=5007+5700 X007.
10 /
I / 11
12
18 041C H46 5007
WI02
5007=5006+5700 X006.
14
15 /
I / 13
1B041D H46 5006
5167
S008=5009+5701 X009.
3
2
1 /
I /
1B040A H46 5009
wI03
5009=S008+S701 X008.
6 /
4
5
I /
I B040B H46 5008
5768
5010=5011+5701 X011.
10 /
I / 11
12
18040C H46 SOll
WI04
!:IOll=S010+S701 )(010.
l~ /
I / 13
14
180'+00 H46 5010
5768
5012=SOI3+S701 )(013.
1 /
1 /
3
2
IB039A H46 5013
wl04
Rev A
T300
W100
X100
T301
WI0l
X101
T302
W102
XI02
T303
WI02
X103
f304
WI03
XI04
T305
W104
X105
6-78
5013=5012+5101 X012.
6 I I I It
S
lR0398 Hlt6 5012
5168
SO 14=50 lS+51 0 1 X01S.
10 I I I 11
12
18039C Hlt6 SOlS
WI0S
SOlS=5014+S701 X014.
15 I I I 13
14
IB0390 H46 5014
5768
SOI6=5017+5702 X017.
1 I I I 2
3
IB037A H46 5011
wI06
S017=5016+5702 X016.
b I I I 4
S
180378 H46 S016
T308
5018=5019+S702 X019.
10 I I I 11
12
IB037C H46 5019
W101
S019=5018+5702 X018.
15 I I I 13
14
180310 Hlt6 5018
T309
S020=S021+5702 X021.
1 I
I I
3
2
18036A H46 5021
W108
5021=5020+5702 X020.
6 I
I I It
S
180368 Hlt6 5020
T310
5022=5023+5702 X023.
10 I I I 11
12
1B036C H46 5023
Wl08
5023=5022+5102 X022.
15 I I I 13
14
180360 H46 5022
T311
5024=S02S+5703 X02S.
3
1 I I I 2
IB03SA H46 502S
WI09.
502S=5024+5703 X024.
6 I
S
I I 4
1B03SB Hlt6 S024
T312
T306
WI0S
XlO6
T307
WI06
XI07
WI06
XI08
WI07
XI09
Wl08
X110
W109
Xlll
WllO
X1l2
6-79
Rev A
5026=5027+5703 )(027.
10 I
I I 11
12
18035C H46 5021
WllO
5027=5026+5703 X026.
15 I
I I 13
14
180350 H46 5026
T313
5028=5029+5703 )(029.
1 I
3
I I
2
IB034A H46 5029
WIll
WllO
Xl13
*8030=8031+GND+8703 R216 X031
1D034A K33 8031 W117
*8031=8030+8703 X030+J217.
1D034B K33 8030 T315 W117 X 115
5029=5028+5703 X02H.
6 I
4
5
I I
180348 H46 5028
T314
W111
X114
5700=5741.
1 I
2
3
1ROJ8A H47
5000
5001
5002
5003
5004
5005
S006
5007
S701=5741.
6 I 4
5
1R0388 H47
5008
5009
5010
5011
5012
5013
5014
5015
5702=5741.
10 I 11
12
1B038C H41
5016
So17
5018
5019
5020
5021
S022
5023
5024
5025
5026
5027
5028
5029
+J536 5740.
2 I 3
4 I S
6
18033A K22 5700 5701
.5102
5703
S750=JllO K211 K212 K515 K004.
15 I 10
13
11
12
14
180328 e21 5740 x200
x20l
x202
S760=K243 KS17 e730.
I I
2
4
5
3
IB03lA e21 5740
X231
X248
S703=5741.
15 I 13
14
180380 H41
5740=5710 5760 5750.
5
1 I
2
4
3
1B032A e21 5741
S741=
1 I
003
6
JOBl
5767=5007 soos 5003 5001.
I I
4
5
2
3
1B030A C21 5769
6
X230
6
Rev 8
*Present if 8td. Opt. 10278-1 is installed.
6-80
x203
5168=5015 5013 5011 5009.
13
15 I 10
12
14
11
180308 C21 5769
5769=5768+5767.
1 I 2 I 3
lC025A Hlt8
y241
S770=K243 K517 Y241.
15 I 10
12
13
11
180318 C21 5740
14
X230
X231
6-81
X249
Rev A
TOOO=J071 KIOI+J076 AOOI.
1 I 2
5
3 I 4
l1042A H19
T001=J071 JI04+J076 AOO3.
15 I 11
12 / 13
14
lL0428 H19
T002=J071 KI05+J076 AOO5.
1 I 2
3 / 4
5
lL04lA H19
T003=J071 KI07+J076 AOO7.
15 I 11
12 I 13
14
l1041S H19
T004=J071 K109+J076 AOO9.
1 I 2
3 / 4
5
lL040A H19
r005=J071 K111+J076 A01l.
15 I 11
14
12 I 13
1L0408 H19
T006=J071 K113+J076 AOl3.
1 I 2
5
3 I 4
lL03QA Hl9
TU07=J071 Jl15+J07b AOlS.
15 I 11
12 I 13
14
lL03Qa H19
TOU8=J072 K117+J077 AOI7.
1 I
4
2
3 /
5
lL03AA H19
TU09=J072 K119+J077 A019.
15 I 11
12 I 13
14
lL03A8 H19
TOIO=J072 K121+J077 A021.
1 /
2
3 I 4
5
1L037A Hl9
TOll=J072 K123+J077 A023.
15 I 11
12 I 13
14
lL0378 H19
T012=J072 K125+J077 A02S.
1 I
2
3 I 4
5
lL036A H19
Rev A
6-82
TOI3=J072 K127+J077 A027.
15 I 11
12 I 13
14
lL0368 H19
TOI4=J072 K129+J077 A029.
1 I
2
3 I
4
~
lL035A H19
T01S=GNO
15 I 11
+J077 A031.
12 I 13
14
lL0358 H19
T020=KOOI J091 J024.
1 I
2
3
4
lL034A C62
T021=KOOO J029 J024.
15 I 11
12
13
lL034B C62
Tl02=KI0S.
15 I 11
12
13
lL 00 7B C62
T200=J211 BOO 1.
1 I
2
3
4
1KOOAA C62
T201=J211 b003.
15 I 11
12
13
lKOOAB C62
T202=J211 B005.
1/234
lK007A C62
T203=J211 B007.
15 / 11
12
13
lK0078 C62
T204=J212 B009.
1/234
lK006A C62
T205=J212 BO 11.
15 / 11
12
13
lK 00 6B C62
T2U6=J212 BOI3.
1/234
lKOOSA C62
6 -83
Rev A
T207=J212 8015.
15 I 11
12
13
1K0058 C62
T208=J212 8017.
1 I
2
3
4
1K004A C62
T209=J212 BOl'h
15 I 11
12
13
1K004B C62
T210=J213 8021.
1 I
2
3
4
1K003A C62
T211=J213 B023.
15 I 11
12
13
1K0038 C62
T212=J213 8025.
1 I
2
3
4
1K002A C62
T213=J213 I:W27.
15 I 11
12
13
1K0028 C62
T214=J213 8029.
1 I
2
3
4
1K001A C62
T215=J213 B031.
15 I 11
12
13
11<0018 C62
T300=K207 5001.
1 I
2
3
4
1L014A C62
8
T301=J21S 5003.
15 I 11
12
13
1L0148 C62
8
T302=J216 5005.
1 I
2
3
4
lL013A C62
T303=J215 5007.
15 I 11
12
13
1L013B C62
Rev R
6-84
T304=J21S 5009.
1 I
2
3
4
lL012A C62
T30s=J21S SOll.
15 I 11
12
13
ll0128 C62
T306=J21s 5013.
1 I
2
3
4
lLOllA C62
T307=J21S 5015.
15 I 11
12
13
llOllB C62
T308=J21s 5017.
1 I
2
3
4
lL010A C62
T309=J216 5019.
15 I 11
12
13
llOlOS C62
T310=J216 5021.
1 I
2
3
4
l1009A C62
T311=J216 5023.
15 I 11
12
13
1L009S C62
T312=J216 5025.
1 I
2
3
4
lLOOSA C62
T313=J216 5027.
15 I 11
12
13
1l00S8 C62
T314=J216 5029.
1 I
2
3
4
lL007A C62
*T315=J216 8031
1J024A C62
T320=K207.
15 I 11
12
13
lL0168 C62
T321=K209
1 I
2
R2~0
3
8780.
4
lL015A C62
6 -85
* Present if 8td. Opt. 10278-1 is installed.
Rev S
003
8
T322=K209 J206.
15 I 11
12
13
1L0158 C62
T330=Y204.
1 I
2
3
4
lL016A C62
T400=1010
1 I
+1100 A017.
3 I
2
4
5
1J023A H19
T401=1011
+1700 A019.
15 I 11
12 I 13
14
IJ0238 H19
T402=1012
1 I
2
+1700 A021.
3 I
4
5
IJ022A H19
T403=1013
+1700 A023.
15 I 11
12 I 13
14
IJ0228 H19
T404=1014
1 I
2
+1700 A025.
3 I
4
5
IJ021A H19
T405=1015
+1700 A027.
15 I 11
12 I 13
14
1J021B H19
T406=1016
1 I
2
+1700 A029.
3 I
4
5
IJ020A H19
T407=1017
+1700 A03l.
15 I 11
12 I 13
14
1J020B H19
T410=K235 1<.236.
15 I 11
12
13
1J009B C62
T411=K221 K222 K120.
1 I
2
3
4
1JOORA C62
T412=K231 1<.232.
l~ I 11
12
13
IJOOR8 C62
Rev A
6-86
T413=Y603.
13 I 11
12
1JOOlA AGH
T414 11 K225 K22S15 I 11
12
13
lJ0078 C62
T420 1l 1205 12031 I
2
3
4
lJ009A C62
T500. open.
1 I 2
3
4
1J005A C62
T501· open.
15 I 11
12
13
lJ0058 C62
6 -87
Rev H
003
003
003
003
003
003
U007=R007+GNO •
10 I 11 I 12
1J041C H48
JI0]
UOOa=R008.
1 I 2
3
1K030A H47
J050
JIOl
U009=R009+GNO •
6 I
4 I 5
lI0328 H48
FI21
J060
U100=RIOO.
6 I
4
5
lK0308 H47
JOOO
J002
UI0l=RI01.
10 I 11
12
lK030C H47
JOOO
JOOI
UI02=RI02.
15 I 13
14
lK0300 H47
J014
J01S
JOS1
1(003
JOl6
UI07=RI07.
1 I 2
3
le 0240A H47
UI0S=RI08.
6 I
4
S
180248 H47
UI09=RI09.
10 I 11
12
IB024C H47
UllO=R11O.
15 I 13
14
180240 H47
UI20=RI20.
10 I 11
12
lK031C H47
U121=R121.
15 I 13
14
lK0310 H47
003
003
U131=R131+GND •
6 I
4 I 5
IJ0338 H48
Rev A
6-88
JOl7
WOOO-w001+w700 BOOI.
1 I I I 2
3
lC042A H46 WOOl
WI00
W001-wOOO+W700 BOOO.
6 I I I '+
5
1C042B H46 WOOO
wlOO
w002=w003+W700 B003.
10 I I I 11
12
lC042C H46 W003
w101
w003=w002+w700 B002.
15 I I I 13
14
1CO'+2D H46 W002
wl00
W004=W005+W700 B005.
1 I I I
3
2
lC041A H46 woos
W102
W005=III004+w700 B004.
b I
5
I I
4
1C0418 H46 111004
W101
WOO6=WOO7+W700 B007.
10 I I I 11
12
lC041C H46 W007
W102
WOO7=W006+W700 B006.
15 I I I 13
14
lC041D H46 W006
W102
W008 11 w009+III701 B009.
1 I I I 2
3
1C040A H46 W009
W103
W009=W008+w701 8008.
6 I
5
I I 4
lC040B H46 W008
W103
wOlO=wOll+W701 BOll.
10 I 1 I 11
12
1C040C H46 WOll
W104
W011 11 w010+w70l 8010.
15 I I I 13
14
1C040D H46 W010
W104
W012-W013+w701 6013.
3
1 I I I
2
lC039A H46 W013
WI05
6-89
Rev A
W013-W012+.001 8012,
6 I I I 4
5
lC039B H46 W012
Wl04
w014=W015+W701 8015,
10 I I I 11
12
lC039C H46 W015
W106
W015=W014+W701 8014,
15 I I I 13
14
1C0390 H46 W014
Wl05
w016 11 W017+W702 8017 ,
1 I I I 2
3
lC037A H46 W017
W106
W017 11 W016+w702 B016.
6 I I I 4
5
lC0378 H46 W016
Wl06
W018 11 w019+w702 8019,
10 I I I 11
12
lC031C H46 W019
W101
W019=W018+W702 8018.
15 I I I 13
14
lC0370 H46 WOIB
W02o=W021+w702 B021.
1 I I I 2
3
lC036A H46 W021
Wl08
W021=w020+W702 B020.
5.
6 I I I 4
lC0368 H46 W020
Wl08
w022=w023+W702 B023,
10 I I I 11
12
lC036C H46 W023
W109
W023=w022+w702 8022,
15 I I I 13
14
lC0360 H46 W022
WlOB
W024=W025+W703 B025,
1 I
I I 2
3
lC035A H46 W025
Wll0
w025=w024+w703 B024.
6 I I I It
5
lC0358 H46 W024
Wl09
Rev A
W107
6-90
w026=W027+W703 8027.
10 I I I 11
12
lC035C H46 w110
W027=W028+.,703 8026.
15 I I I 13
14
lC0350 Hlt6 W026
W110
1II028=1II029+W703 8029.
10 I I I 11
12
1803ltC H46 W027
W029
W029=1II028+W703 8028.
15 I I I 13
lit
180340 H46 W028
Will
*W030=W031+GND+W703 B031 R216.
1C018A K33 W031 W117
Wlli
W100=5000 111001+5001 WOOO+5002 WOOl.
1 I 2
5 I 6
3 I 4
10
lC034A C28 w112
*W031=W030+W703 B030+J217
1C018B K33 W030 W117
111101=5003 W002+5001t WOOS.
15 I 11
12 I 13
lit
lC034B C28 w112
WI02=5005 W004+5006 W007+5007 W006.
1 I 2
5 I 6
3 I 4
10
1COl3A C28 w11l
W103=5008 111009+5009 W008.
15 I 11
12 I 13
lit
1COl38 C28 W113
w104=5010 111011+5011 W010+5012 W01l.
5 I 6
1 I 2
3 I 4
10
1COl2A C28 w113
W10S=5013 1II012+5011t W015.
15 I 11
14
12 I 1l
1C032B C28 w113
w106=SOlS 111014+5016 w017+5017 W016.
5 I 6
1 I 2
3 I 4
10
1COl1A C28 w113
111107=5018 111019+5019 w018.
15 I 11
14
12 I 13
1c0318 C28 wlllt
w108-S020 111021+5021 w020+5022 111023.
1 I 2
5 I 6
3 I 4
10
lC030A C28 w114
6-91
* Present if Std. Opt. 10278-1 is installed.
Rev S
WI09-5023 W022+5024 w025.
15 I 11
12 I 13
lit
lC030B C28 W114
w110-5025 w024+5026 W027+S027 W026.
1 I 2
3 I 4
5 I 6
10
lC029A C28 W114
wl11-5028 W029+5029 W028.
15 I 11
lit
12 I 13
1C029B C28 W114
W112-wlOO W101.
15 I 13
14
1C0260 H47 w115
w1l3-W102 w103 WI04 W105 WI06.
1 I
2
It
5
6
3
lC027A C21 w115
003
*W112=W100 W101 W117+GND
1B020A K23 W115
W1l4-W107 W108 W109 Wll0 Will.
15 I 10
13
12
lit
11
1C021B C21 W115
W11S- wl12 W120+Wl13 Wl20+W1l4 W120.
1 I 2
4
3 I
5 I 6
10
lc028A C28 J114 Jl20 Jlt14
W1l6-W115 K004.
15 I 13
14
180270 Hlt7 8T49 8758 J261
W116
**W117=S030 W031+S031 W030
1B020B K23 W112
w120-
J131.
4 I 5
1C025B H48
W700-W741.
2
1 I
3
lC038A H47
6 I
W115
WllS
W1l5
WOOO
WOOl
w002
W003
W004
WOOS
W006
W007
W008
W009
WOIO
WOll
W012
W013
W014
W01S
12
1C038C H4T
w016
W01T
w018
w019
w020
W021
W022
W023
W703-W7ltl.
15 I 13
14
lC0380 Hlt7
B801
W021t
W025
W026
W02T
W028
W029
w701-W741.
6 I 4
5
1C038B HItT
w702-w741.
10 I 11
(
RevS
6-92
* Replacement equation if Std. Opt. 10278-1 is installed.
** Present if Std. Opt. 10278-1 is installed.
W740=W750.
1 I
2
3
lC026A H47
W741
w71+1=w740 J536.
6 I
4
5
lC0268 H47
w700
w750=K213 K243.
10 I 11
12
1C026C H47
W740
W701
w702
6-93
W703
Rev A
)(000=X001+)(261 X180.
1 /
I / 2
3
10033A 1146 AOOl
COOl
5001
X001
XOOl=XOOO+)(261 X160.
6 /
I /
5
4
100338 1146 AOOO
COOO
5000
XOOO
X002=X003+X261 X181.
10 /
12
I / 11
10033C 1146 A003
COO3
5003
X003
X003=X002+)<.261 X161.
15 /
I / 13
14
10033D 1146 A002
C002
5002
X002
X004=X005+)(261 X182.
1 /
I / 2
3
1D032A 1146 A005
COOS
5005
X005
X005=X004+)(261 )(162.
6 /
I / 4
5
100328 1146 A004
C004
5004
X004
X006=)(007+)(261 X183.
10 /
I / 11
12
10032C 1146 A007
C007
5007
X007
X007=)(006+)(261 X163.
15 /
14
I / 13
100320 1146 A006
COO6
5006
X006
XOOA=XOO9+X262 X184.
3
1 /
2
I /
10021A 1146 A009
C009
5009
X009
X009=)(008+X262 X164.
6 /
4
5
1 /
100218 1146 A008
C008
5008
X008
XO 1 0=)(0 11+X262 X185.
10 / I / 11
12
10021C 1146 AOll
COll
5011
X011
x011=X010+X262 X165.
15 I
I / 13
14
100210 1146 A010
COlO
5010
XOIO
X012=X013+X262 X186.
1 I
I / 2
3
10020A 1146 A013
C013
5013
X013
Rev A
6-94
X013-X012+)(262 X166.
6 I I I 4
5
10020B H46 A012
C012
5012
X012
X014-)(015+X262 X187.
10 I I I 11
12
10020C H46 A015
C015
5015
XOl5
X015-)(014+)l.262 X167.
15 I I I 13
14
100200 H46 A014
COl4
5014
XOl4
X016-)(017+X263 X188.
1 I I I 2
3
lE033A H46 A017
C017
5017
X017
)(017-X016+X263 X168.
6 I I I 4
5
1E0338 1146 A016
C016
5016
X016
X0188)(019+X263 X189.
10 I I I 11
12
lE033C H46 A019
C019
5019
X019
X019=)(018+X263 X169.
15 I I I 13
14
1E0330 H46 A018
COl8
5018
X018
X020=X021+)(263 X190.
1 I I I 2
3
1E032A H46 A021
C021
5021
X021
)(021=)(020+)(263 X170.
6 I 1 I 4
5
lE0328 H46 A020
C020
5020
X020
X022=X023+)(263 X191.
10 I I I 11
12
1E032C H46 A023
C023
5023
X023
)(023=X022+X263 Xl71.
14
15 I I I 13
lE0320 H46 A022
C022
5022
X022
X024-)(025+X264 X192.
3
1 I I I 2
lE021A H46 A025
C025
5025
X025
)(025-X024+X264 x172.
6 I
5
I I 4
lE0218 H46 A024
C024
5024
X024
6-95
Rev A
X026=X027+x264 X193,
10 I I I 11
12
1E021C H46 A027
C027
5027
X027
)(,027=X026+X264 X173,
15 I I I 13
14
lE0210 H46 A026
C026
5026
X026
)l;028=X029+X264 X194,
1 I I I 2
3
1E020A H46 A029
C029
5029
X029
X029=X028+X264 X174,
6 / I I 4
5
1E020s H46 A02s
C02a
5028
X028
X030=X031+X264 X195,
10 I I I 11
12
lEOcOC H46 A031
C031
X031
)(031=)(030+X264 X175,
15 I I I 13
14
lE0200 H46 A030
C030
X030
)(100=X200 ROOo+x240 C001+x220 A101+X230 5001.
I I
3
4 I 5
6 I 10
13
11 I 12
1D042A H05 X121 X122 X123 X140 X160
XI01=X200 R001+X240 C003+X220 A103+X230 5003,
I I
3
4 I 5
6 I 10
11 I 12
13
ID041A H05 x122 X123 x141 x161
XI02=x200 R002+X240 C005+X220 AI05+X230 5005.
3
1 I
4 I 5
6 I 10
13
11 I 12
IDO'+OA H05 X123 X142 X162
)(103=X200 R003+X240 C007+X220 A107+X230 5007.
1 I 3
4 I 5
6 I 10
13
11 I 12
1D039A H05 X143 X163 X255
)(104=X201 R004+X240 C009+X220 AI09+X230 5009,
1 I 3
4 I 5
13
6 I 10
11 I 12
ID030A H05 X125 X126 X127 X144 X164
X105=X201 ROOs+X240 COll+X220 Al11+ X230 SOlI,
1 I
3
'+ I 5
6 I 10
13
11 I 12
1D029A H05 x126 X127 x145 X165
XI06=X201 R006+x240 C013+X220 Al13+x230 5013,
1 I 3
4 I 5
6 I 10
11 I 12
13
l0028A HOs X127 X146 X166
Rev A
6-96
XI07=X201 R007+X240 C015+X220 Al15+X230 5015.
1 / 3
4 I 5
6 / 10
11 I 12
13
ID027A HOS X147 X167
XI0S=X202 ROoa+X241 C017+X221 A017+X231 5017.
1 /
3
4 I 5
6 I 10
11 I 12
13
lE042A HOS X129 X130 X131 X148 X168
XIOQ=X202 R009+X241 C019+X221 A019+X231 5019.
1 /
3
4 I
5
6 / 10
11 I 12
13
lE041A HOS X130 X131 X149 X169
XIIO=X202 R010+X241 C021+X221 A021+X231 5021.
1 / 3
4 I 5
6 I 10
11 I 12
13
lE040A HOS X131 X1S0 X110
X11l=X202 R01l+X241 C023+X221 A023+X231 5023.
1 I
3
4 / 5
6 I 10
11 I 12
13
lE039A HOS X151 Xl71 X257
Xl12=X203 ROl2+X241 C025+X221 A025+X231 5025.
1 / 3
4 I 5
6 I 10
11 I 12
13
1E030A H05 X133 X134 X135 X152 X172
Xll3=X203 R013+X241 C027+X221 A027+X231 5027.
1 / 3
4 / 5
6 I 10
11 I 12
13
lE029A HOS X134 X135 X1S3 X173
X114=X203 H014+X241 C029+X221 A029+X231 5029.
1 I
3
4 /
5
6 I 10
11 I 12
13
lE028A HOS X135 XlS4 X114
XllS=GNO
1 /
+X203 ROlS+X241 C031+X221 A031.
3
4 I
S
6 I 10
11 / 12
13
lE027A HOS X155 Xl7S
XI20==X250.
1 /
2
3
lE03lA H47
X140
X160
Xl41
Xl61
*X115=X231 S031+X203 R015+X241 C031+X221
A031
lE027A H05 X155 X175
X121=X250+XIOO.
1 I
2 I
3
2 /
3 /
lDOllA H48
Xl22=
1 /
X2S0+X100+X101.
4 /
IDOl8A K25
5 I
X142
6
Xl62
X123=
X2S0+XIOO+X10l+X102.
15 / 10 I 11 / 12 / 13 / 14
100388 K25 X143 X163
X2S1
6 -97
* Replacement equation if Std. Opt. 10278-1 is installed.
Rev S
XI24~X251.
6/4
5
lE031B H47
X144
X164
XI25-X251+XI04.
6 / 4/5
100318 H48
X145
X165
X126=
1 /
X251+XI04.X105.
4 / 5 I -6
10026A K25 X146 X166
2 /
3 /
X127=
X251+XI04+XI05+XI06.
1~ / 10 / 11 I 12 / 13 I 14
10026B K25 X147 X167
XI28=X252.
10 / 11
12
lE031C H47
X148
X168
XI29=X252+XI08.
10 / 11 / 12
10031C H48
X149
X169
X130=
1 I
X252+)(108+XI09.
2 /
3 I
4 I
5 I
6
lE038A K25 X150 X170
Alll=
X252+XI08+XI09+XI10.
15 / 10 / 11 / 12 I 13 I 14
lE038B K25 X151 X171
AI32=X253.
15 / 13
14
lE0310 H47
X152
X172
XI33=X253+XI12.
15 / 13 / 14
100310 H48
X153
X173
X134=
1 /
X253
X253+X112+XI13.
2 /
3 /
4 I 5 I 6
lE026A K25 X154 X174
X135=
X253+XI12+X113.X114.
15 / 10 / 11 / 12 I 13 I 14
lE026B K25 X155 X175
XI40=XI00+XI20.
1 /
2/3
10037A H48
Rev A
X160
6-98
(
X141-X101+X121.
6 I 4 I 5
100318 H48
X161
)(.142-X102+X122.
10 I 11 I 12
10031C H48
X162
X143-X103+X123.
15 I 13 I 14
100370 H48
X163
X144-X104+X124.
1 I 2 I 3
10025A 1-148
X164
>H45-X10S+X125.
b I
4 I 5
1D0258 H48
X16S
X146-X106+X126.
10 I 11 I 12
10025C H48
X166
X147=X107+X.127.
15 I 13 I 14
100250 H48
X167
X148=X108+X128.
1 I 2 I 3
lE037A H48
X168
X149-X109+X129.
6 I 4 I 5
1E0378 H48
X169
XI50=X110+X130.
10 I 11 I 12
lE037C 1-148
X170
X151=X111+X131.
15 I 13 I 14
1E0370 1-148
X171
XI52=X112+X132_
1 I 2 I 3
1E025A H48
X172
X153=X113+X133.
6 I
4 I 5
lE0258 1-148
x173
6-99
Rev A
)(154 I1 X114·X134.
10 / 11 / 12
lE025C H48
X174
XI55=X115+X135.
15 / 13 / 14
lE0250 H48
X175
)(lbO=XI40
+X100 X120.
5
1 / 2
4
3
·6
10
/
10036A K23 X001 X180
Xlbl l1 X141
+XI0l X121.
15 / 11
12 / 13
14
100368 K23 X003 X181
)(162=XI42
+X102 X122.
1 / 2
4 / 5
3
6
10
ID035A K23 X005 X182
XI63=)(143
+X103 X123.
15 / 11
14
12 I 13
100358 K23 X007 X183
X164l1X144
+X104 X124.
4 / 5
1 / 2
6
3
10
10024A K23 X009 X184
.QbS=X}45
+X105 X125.
15 / 11
14
12 / 13
100248 K23 x011 X185
)(166=X146
+XI06 X126.
4 / 5
2
6
1 /
3
10
10023A K23 X013 X186
)(167=)(147
+X107 X127.
15 / 11
12 I 13
14
100238 K23 X015 X187
X168=)(148
+X108 X128.
2
4 I 5
1 /
3
6
10
lE036A K23 X017 X188
Xlb9=X149
+XI09 X129.
15 / 11
14
12 / 13
lE0368 K23 X019 X189
XI70=)(150
+X110 X130.
1 /
2
6
10
3
I 5
lE035A K23 X021 X190
'"
Rev A
6-100
Xl11=X151
+Xl11 x131.
l~ / 11
lit
12 / 13'
lE0358 1(23 )(023 X191
,q 72=q52
1 /
+)(112 X132.
(,
2
It /
5
10
3
lE024A K23 )(025 )(192
x173=X153
+x113 X133.
1';) / 11
12 / 13
lit
IF.024B K23 )(027 X193
X174=Xl!;)4
1 /
2
+X11'+ x134.
6
10
'+ / 5
lE023A K23 )(029 )(194
3
+)(115 )(135.
'A1/s=x.1':J5
14
1~ / 11
12 / 13
1E023H K23 X031 x195
)(.H.W=X1bO.
IS / 14
1[)O'+2H H05
XOOO
.-.1/'31='1.161.
1';) / 14
1D041B H()5
X002
)(.11~2=X162.
1~
/ 14
100408 H05
X004
1'.103=X163.
l~ / 14
1D0,39l;j 1105
X006
X1ti4=X164.
l~ /
14
100.308 1105
X008
Al~5=X16S.
15 I
1'+
10029B 1105
)(010
Xlti6=X}66.
15 / 1'+
ID02HH 1105
)(012
X1b7=X167.
15 / 14
]DOc78 H05
)(01'+
6-101
Rev A
XI88=X1&8.
15 I 14
1E042B H05
X016
X189=X1&9.
15 I 14
1E041B H05
X018
X190=X170.
15 I 14
1E040B HOS
X020
X1 9 1=X171.
15 I 14
1E039B HOS
X022
X192=X172.
15 I 14
1E030B H05
X024
X193=X173.
15 I 14
1E0298 H05
X02&
X194=,Q 74.
15 I 14
1E028B HOS
X028
X195=X175.
15 I 14
lE0278 HaS
X030
X200=K524+F013+F015+A750 5750.
1 I 2 I 3 I 4 I 5
6
IFOc7A K24 x100 X101
x102
x103
X201=K524+s750 A7S0.
4
5
1 I 2 I 3
1F026A K27 X104
6
X105
X106
x107
X202=
K524+5750 A750.
15 I 10 I 11 I 12 I 13
14
IF0278 K24 X108 X109
X110
X111
X203=K524+S750 A7S0.
13
15 I 10 I 11
12
1F0268 K21 x112
14
X113
x114
x115
X220=K52b+C760 OPEN A760.
1 I
5
4
2 I 3
6
IF025A K21 X100 X101
x102
X103
Rev A
6-102
X104
X10S
X106
X107
X221=K526+C760 A765 A760.
15 I 10 I 11
13
12
14
IF025B K27 X108 X109
X110
X111
X112
X113
X114
X115
X230=K526+S770 S760.
1 I 2 I 3
4
5
IF024A 1(27 X100
6
XI01
Xl02
Xl03
x104
XI05
X106
Xl07
)(231=K526+S770 5760.
15 I 10 I 11
13
12
IF024B K27 XI08
XI09
X110
X111
X112
X113
X114
X240=K526+C791 Y770.
1 I
2 I 3
4
5
IF023A K27 X100
6
XI01
X102
X103
X104
X105
X106
X107
X241=K526+C791 C730 Y770.
13
15 I 10 I 11
12
14
IF023B K27 X108 XI09
X110
X111
X112
X113
X114
X115
X247=K413 1208.
10 I 11
12
lE019C H47
X252
C714
X248=C781 '(770 S160 A7bO.
5
4
1 I 2
3
IF028A C21 X250
14
X250
6
X249=C180 Y770 5770 A7b5.
15 I 10
12
13
14
11
IF02BB C21 X252
X250=X24R X241.
1 I 2
3
lE019A H41
X120
X121
X122
IF021A H47
X124
X125
X126 ·X127
X252=X249 )(247.
4
6 I
5
lE0198 H47
X128
X129
x130
X131
X253=X131 )(257.
6 I 4
5
IF0218 H47
X132
X133
X134
X135
X255=XI03.
10 I 11
12
IG021C H47
X251
X2~H=X123
1 I
2
X123
)(255.
3
6-103
Rev A
X257=X111.
15 I 13
14
IG0210 M47
X253
X260=J531.
10 I 11
12
1F021C M47
X261
X262
X263
X264
)(261=X260.
1 I 2
3
1F020A M47
XOOO
X001
)(002
X003
X004
)(005
X006
)(007
X262=X260.
6 I 4
S
IF020B M47
)(OOB
)(009
X010
X011
)(012
X013
X014
)(015
X263=X260.
10 I II
12
1F020C M47
X016
X017
X018
X019
X020
)(021
X022
)(023
X264=X260.
15 I 13
14
1F0200 M47
)(024
)(025
)(026
X027
X028
)(029
)(030
X031
Rev A
6-104
YOO;.J024.
6 I 4
5
lK0248 K71
J018
YOO,-J019.
10 I 11
12
i Ko24C K71
J028
YOO?-J029.
15 I 13
14
i K0240 K71
J027
Y02~·K005.
15 I 13
00
MOOI
Y03;'.K221.
1 I 2
4
3
i 1 030A K69
K121
Y03i=J123.
6 I 4
5
i H039B K71
Jll7
Y03,=J133.
1 I 2
3
i Ho39A K7}
J116
Y033=J097.
10 I 11
B
12
i Ho39C K7}
J099
Y04 QaK 13i.
15 I 13
14
i Ho390 1<71
K132
Y05;'·K133.
15 I 13
14
110290 K71
K120
Y20~·J22i.
1 I
B
14
i B0260 K71
2
3
}KOI6A 1<71
J201
B
Y201-J223 JORO.
6 I 4
5
}1<016B K7}
J203
8
Y20,-J224.
ICA
10 I 11
B
12
i Ko16C
K71
J204
6-105
Rev. E
8
8
Y20'+=J221.
15 I 13
1'+
lK0160 K71
T330
Y20Y=MOOI.
15 I 13
110050 H35
K210
Y21 0=K211 K014
1 I 2
3
II029A K71
K212
Y220=K211 J260.
1 I 2
3
1H030A K71
J262
Y221=K'+'+1.
6 I
'+
5
IH030B K71
K220
Y222=K221 K120.
10 I 11
12
IH030C K71
K222
Y223=K223.
15 I 13
14
1H030D K71
K224
Y22'+=K22S.
1 I 2
3
IH029A K71
K226
Y22S=K239.
6 I
'+
5
IH0298 K71
K226
Y226=K225 e313.
10 I 11
12
1 H029C K71
K228
Y227=K229 C720.
15 I 13
14
1H0290 K71
K230
Y22a=K231.
1 I 2
3
IH028A K71
K232
Rev R
6-106
003
"'229=K233.
6 I
4
5
1H028B K71
K234
.,,230-K235.
10 I 11
12
lH02ec K71
K236
"'231=1<237.
15 I 13
14
1H028D K71
K238
.,,240=K243 e730.
1 I 2
3
1B026A K71
K244
'(241=5769.
6 I
4
5
1R0268 K11
5110
'(242=1<244.
10 I 11
12
lA026C t<71
J252
'(2S0=A163.
12 I 13
1G027E C10
A764
'(400=1<411 1<409.
1 I 2
3
1H009A K71
K400
'(401=1<5536 I
4
5
1H0 09B 1<11
K400
"'402=K401.
1 0 I 11
12
1H009C K11
K402
'(403=1<403.
15 I 13
14
IHO O90 K71
1<404
Y404=1<40S.
1 I 2
3
IHOOHA 1<71
K406
Y405=K407.
6 I
4
5
lHOOAE! t<.71
K408
6-107
Rev A
Y406=K553.
10
1i
.12_
tHOOac K1}
K41 0
y407=Kil1 1<409 •
15 1 i3 • i4
iHooaD K1i
K420
y4qaaK421 J417.
3
1 1 2
iHOOlA K1i
K440
y409=J417 1<431.
6 1 4
5
i HOO 1B K11
1<440
1
Y41n 1l K44t.
lOIn
12
i HOO 7C K1}
K450
y4lfaK!09 J~i6.
15 1 13 . • 14
_
IHon10 K71
K450
-
Y412=J41l.
10 1 ...
i H0 17 C H35
"
00
00
B
y4i3=I~20.
1 1 2
3
il022A K71
00
00
1521
Y48l Il I;22.
6 1 5
i G0 27C e70
00
K451
y482=I~03.
6 1 4 ___
5
110228 K7i
y483=t~13.
10 1
.12.
H
1121
1212
i I 022 C K7)
1000
00
Y484=IH3.
15 1 ;3_ .14
lI0220 K71
1004
003
Y49;;=r;il •
15 1 ;3
i J OO60 H53
1112
003
y491 =til2e
10 1
i JOO 6C H53
1113
00
00
n-
Y4~2=In3.
10 / 11 _ •••
lIon5C H35
B
8
Y493=11l6t
1 1
~
..
IJO O6A H53
1114
1115
Y5QO=J.;g9.
1 1
Rev J
2
IH017A H35
6-108
JS06
B
8
003
B
B
Y501=JS06.
15 I 13
11"10160 H53
J501
Y509=JS19.
6 I 4
IJOO68 HS3
JS20
Y510=JS31.
1 I 2
1H016A HS3
J532
Y511=JS21.
1 I 2
1IOOSA H35
KS20
Y512=JS32.
10 I 11
1H016C H53
Y513
Y513=YS12.
10 I 11
IG0270 C70
JS34
Y530=K553.
If. I
3
IG0278 C70
KS51
YSlf.O=Il24.
I!;) I 13
IH0170 H35
KS50
Yb03=I211.
6 I 4
5
110298 K71
T413
Y770=C770.
2 I 1
IG027A C70
C740
Y780=K415
1I029C
X240
X241
X248
X249
K71
lOOO
1
OU3
IJ007A C62
6-109
Rev B
PART 7
WIRE LISTS
1000
1001
1002
1003
1004
1005
1006
1007
1008
1009
1010
1011
1012
1013
1014
1015
1100
1101
1102
1103
1104
1105
1106
1107
1108
1109
1110
1111
1112
1113
1114
1115
1116
1117
1llB
1119
1120
1121
1122
1123
1124
1125
1126
1127
1128
1129
1130
1131
1200
1201
1202
1203
1204
1205
1206
1207
1208
1209
1210
1211
1212
1213
8
8
7
7
9
8
7
7
8
8
7
8
8
7
7
8
6
5
4
5
1
6
4
5
6
5
5
6
5
4
4
5
7
6
4
5
6
5
5
6
5
4
4
5
7
6
3
4
6
6
6
6
6
5
6
6
6
6
5
6
5
5
IJ023-01
IJ023-06
IJ023-15
IJ023-10
IJ022-01
IJ022-06
IJ022-15
IJ022-10
IJ021-01
IJ021-06
IJ021-15
1J021-10
lJ020-01
1J020-06
lJ020-15
IJ020-10
11<008-01
1K008-06
l K008-15
l Kooa-l0
lK001-01
11<007-06
l K007-15
lK 007-1 0
l K006-01
l K006-06
l K006-15
l K006-10
l K005-01
l K005-06
11<005-15
l K005-10
l K004-01
l K004-06
11<004-15
11<004-10
11<003-01
11<003-06
l K003-15
11<003-10
l K002-01
1K002-06
lK002-15
lK002-10
11<001-01
lKOOI-06
l KOOI-15
lKOOI-10
lL033-02
lL033-03
lL033-05
lL033-06
lL033-13
lL033-14
lL032-02
lL032-03
lL032-05
lL032-06
lL032-13
lL032-14
lL031-02
lL031-03
lK011-02
11<.011-03
11<.011-05
lK011-06
lKOl1-13
lKOl1-14
1K010-02
11<010-03
lK010-05
lK010-06
lK010-13
11<010-14
1K009-02
1K009-03
lKo09-05
l K009-06
lLo06-02
1L006-03
lL006-05
lL006-06
lL006-13
lL006-14
lLo05-02
lLo05-03
lLo05-05
lLo05-06
l L005-13
lLo05-14
l Lo04-02
lL004-03
l L004-05
lLo04-06
l L004-13
l L00 4-14
l L003-02
l L003-03
l L003-05
lL003-06
lL003-13
1L003-14lL002-02
lLo02-03
lL002-05
lL002-065
lL002-13
1LOo2-14
1L001-02
lL001-03
1L042-01
1L042-06
lL042-15
lL042-10
1L041-01
1L041-06
lL041-15
lL041-10
1L040-01
1L040-06
1L040-15
lL040-10
lL039-oi
lL039-06
7-1
CHASSIS
itJIRING
ASSoCIATED
WITH
nISI<
PACI<
CONTROl..
INTERFACE
CHASSIS
WIRING
ASSOCIATED
WTTH
DISI<
PACK
CONTROl..
INTERFACE
CHASSIS
WIRINr,
ASSnCIATED
WITH
DIRECT
STORE
DATA
INTERFACE
CHASSIS
WIRINr,
ASSI')CIATEO
WITH
nlRECT
STORE
DATA
INTERFACE
CHASSIS
WIRING
ASSoCIATED
WITH
nIRECT
STORE
DATA
INTERFACE
CHASSIS
WIRING
ASSOCIATED
WITH
DIRECT
STORE
DATA
INTERFACE
CHAC;SIS
WIRING
ASSOCIATED
WJTH
~
A/Q
DATA
INTERFACE
CHASSIS
WIRINr,
ASSOCIATED
WITH
A/Q
DATA
Rev. G
1214
1215
1216
1217
1218
1219
1220
1221
1222
1223
1224
1225
1226
1227
1228
1229
1230
1231
14 00
1401
1402
1500
AOOO
A001
A001
A001
A001
A002
A003
A003
A003
A003
A005
A005
A005
A005
A005
A007
A007
A007
AOO7
A007
A009
A009
A009
A009
A009
AOI0
AOll
AOll
AOll
AOll
AOl2
A013
A013
A013
A013
AOIS
AOIS
AOIS
A015
AOIS
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
23
2
3
2
6
3
23
17
14
5
3
24
18
14
3
6
14
23
14
3
4
16
24
14
3
6
14
14
23
14
3
15
18
23
12
3
14
13
18
S
16
14
3
16
Rev G
1L031-05
lL031-06
1L031-13
1L031-14
1L030-02
1L030-03
lL030-05
l L030-06
1L030-13
lL030-14
1L029-02
1L029-03
1L029-05
1L029-06
1L029-13
1L029-14
1L02 8 -02
lL028-03
1 1 030-14
1 1 030-05
11'1031-05
IJ001-03
1G042- 1*
16 041- 3
1G007-11
10 015- 3
10015- 3
I G042-10*
16 041-12
IG007-12
1G041-12
10014- 3
1G03R- 6*
I G039- 3
11'1040- 5
IG007-13
10013- 3
16 038-15*
1G039-12
11'1040- 4
1G007-14
10012- 3
IG036- 3
I G036- 3
11'1040- 3
IJo17-10
10007- 3
lEOI6- 3
1 G036-12
IJ016-10
IG036-12
10 006- 3
lE016- 2
IG033- 6*
I J 01S-10
IE01S- 3
lEOIS- 3
IG034-12
IJ014- 5
lE014- 3
lEOl4- 3
1E016- 4
1L039-15
1L039-10
lL038-01
lL038-06
1L038-15
lL038-10
lL037-oi
lL037-06
11.037-15
l L037-10
l L036-oi
11.036-06
lL036-15
l L036-10
lL035-01
l L035-06
l L035-15
lL035-10
18021-14
1 1 030-10
l 1i 031-10
IJOOI-04
I H038- 5
I G042- 6*
1L042- 5
16041- 3
I G007-11
11'1038- 4
I G042-15*
1L042-14
lL042-14
IG007-12
IG039- 3
I H040- 5
lL041- 5
lL041- 5
I G007-13
I G03 9 -12
1 H040- 4
lL041-14
lL041-14
1G007-14
IG037- 6*
I H040- 3
lL040- 5
lL040- S
IJo 17-1 0
I G037-10*
I G037-1S*
l L040-14
lL040-14
I J 016-10
1G033- i*
1G034- 3
lL039- 5
I G034- 3
IJO}S-10
IH040· 2
lL039-14
1G033-15*
lE016· 4
IH1)40'" 2
7-2
INTERFACE
CHASSIS
WIRING
ASSOCIATED
WITIi
A/Q
DATA
INTERFACE
CHASSIS
WIRING
ASSOCIATED
WITH
A/Q
DATA
INTERFACE
YOlO
Y030
Y040
T41'3
DELAY
DELAY
DEI AY
PO\y,::R LOSS PROTECT TRANSMITTER
173R LOGIC
173~ LOGIC
173~ LOGIC
173R LOGIC
173A LOGIC
173A LOGIC
173A LOGIC
173A LOGIC
173A LOGIC
173R LOGIC
173A LOGIC
173R LOGIC
173A LOGIC
173A LOGIC
173A LOGIC
173A LOGIC
173A LOGIC
173R LOGIC
173A LOGIC
173A LOGIC
173A LOGIC
173A LOGIC
173R LOGIC
173R LOGIC
173A LOGIC
173R LOGIC
1738 LOGIC
173A LOGIC
173R LOGIC
173R LOGIC
173~ LOGIC
173F! LOGiC
173F! LOGIC
173A LOGIC
173A LOGIC
173A LOGIC
173R LOGIC
173R LOGIC
173R LOGIC
173R LOGIC
A015
A017
A017
Ao17
A017
A017
A019
A019
A019
A019
A019
A020
A020
A021
A021
A021
A021
A021
A022
A023
A023
A023
A023
A023
A023
A024
A024
A025
A025
A025
A025
A02 6
A021
A027
A021
A027
A027
A028
A029
A029
A029
A029
A029
A030
A031
A031
A031
A031
A031
A100
AI01
AI02
AI0l
A104
A105
A106
AI07
AI08
A109
All0
All1
A112
14
9
11
14
8
14
11
11
14
8
16
6
3
9
11
14
6
17
7
10
11
14
6
5
16
6
6
7
11
13
22
11
9
11
23
7
8
10
7
11
17
7
3
10
9
11
19
7
4
2
10
4
10
4
11
3
12
2
10
4
11
4
IG034-12
lE042-11
IJ023- 5
10015-12
10015-12
IF022- 5
1E041-11
1J023-14
10014-12
10014-12
IF022- 4
IF022-12
IF022- 3
1E040-11
IJ022- 5
10013-12
10013-12
lE016-14
IF022-11
lE039-11
IJ022-14
10 012-12
10 012-12
1E016-13
I F022- 2
1F022-10
lE022- 4
1E030-11
1J021- 5
1 0 007-12
1°007-12
l E022- 3
l E029-11
I J 021-14
10 006-12
1 E01 7-14
10 006-12
16009- 5
1E028-11
1J020- 5
lEo15-I2
lE011-13
lE015-12
16009- 4
lE027-I3
IJ020-14
l E014-12
1E017- 6
1E014-12
1G040- 2
10042-11
1G040- 4
10041-11
IG039- I·
10040-11
I G039-15·
10039-11
I G035- 2
100 3 0 -11
1G03'5- 4
10029-11
I G034- I·
IJOI4- 5
1G031- 6.
1L038- 5
lE042-11
IF022- 5
1J023- 5
IG031-151L038-H
lE041-11
IF022- 4
IJ023-14
IG030- iIF022-12
IG030- 6lL037- 5
1E040-1i
lE016-14
IJ022- 5
I G030-10IG030-15lL037-14
1£03 9-11
lE016-13
IF022- 2
1J022-14
1G029- 1I F022-10
I G02 9 - 6·
lL036- 5
l E030-li
I J 021- 5
I G02 9-10·
1G029-15l L036-14
I J 021-14
l E02 9 -11
l EOI7-14
I G028- I·
1G028- 6·
lL035- 5
lJ020- 5
lE028-11
1EO}7-13
16028-10·
I G028-15·
lL035-14
IJ020-14
lE027-13
lEo}7- 6
I G(4)- I·
IG040- 1·
IG041-15·
IG040- 61<'040-11
IG040-10·
1G040-13
16040-15·
I G036- 1·
IG035- 1·
1(;036-15·
16035- 6.
I G035-11
7-3
173A
173A
113A
113R
113A
17 3$
173A
173~
113R
173R
113A
173A
173A
173A
173R
113R
173R
113':'
173~
1738
173R
173R
173R
113R
173A
173R
173R
173R
1738
173R
173A
17 3R
173A
173R
1 73R
1 73R
17 3R
173R
173R
173':'
173A
173R
173A
173R
113R
173R
173R
173R
173R
173R
173R
113R
113R
173R
173R
173R
173R
173R
1738
173R
173A
113R
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
Rev. G
All3
12
10028-11
IG035-10*
173A LOGIC
AU4
AU5
A700
A700
A700
A700
A700
A700
A700
A700
A701
A701
A701
A701
A701
A701
A701
A701
A702
A702
A702
A702
A702
A702
A702
A702
A703
A703
A703
A703
A703
A703
A703
A703
A7l0
AnO
A7l0
AnO
AnO
AnO
A710
A710
A7l1
A711
A711
A7l1
AnI
A711
A711
A711
A740
A741
A741
A741
A741
A749
A750
A750
A7S0
A750
3
13
5
2
3
2
4
2
3
2
3
2
3
2
4
2
3
2
2
2
2
2
3
2
2
2
3
2
2
2
3
2
2
2
4
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
4
5
IG034-15*
10027-11
IG032- 1*
IG038-11
16038- 4
IG038- 2
16 038- 2
IG042- 2
IG042- 4
I G042-11
IG032- 6*
I G033-11
I G033- 4
16 033- 2
16 033- 2
16 037- 2
16037- 4
16 037-11
16 031-11
16 031-11
16 030-13
1G030-11
IG030- 4
16 030- 2
IG030- 2
16031- 2
IG029-13
16 029-11
16028-11
16028-11
16028- 4
16028- 2
16028- 2
IG029- 2
IG041-11
IG039-11
IG036-11
IG034-11
IG034- 2
IG034- 2
IG036- 2
IG039- 2
IG039-13
16 039-13
IGO'+I- 5
IG039- 5
IG036- 5
16034- 5
IG034- 5
1G03'+-)3
16 025-15*
1G032-13
1G032-11
16032- 4
1G032- 2
IHO'+l- 2
16025-10
1F027-14
1F 026-12
IF026- 4
IG035-13
IG035-15*
IG038-13
IG038-13
1G038-11
I G038- 4
I G042- 2
I G042- 4
IG042-1i
I G042-13
1G033-13
I G033-13
IG033-1i
1G033- 4
I G037- 2
I G037- 4
1G037-11
I G037-13
I G032-10*
I G031-13
1G031-13
1G030-13
16 030-11
IG030- 4
1G031- 2
IG031- 4
IG032-15*
I G029-13
IG029-11
173A
173A
173A
173A
1738
173A
173A
173A
173A
173A
173R
173R
173A
173':'
173A
173A
173R
173A
173':'
173A
173A
173A
173A
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173A
173A
173R
173A
173R
173R
173R
173R
173A
2
3
2
3
9
5
3
3
Rev. G
IGO?~-13
IGO?A-13
IG028- 4
IG029- 2
IG029- 4
IH042- i*
I G041-11
1(;039-11
1G036-11
I GO]'+-11
IG036- 2
16039- 2
IG041- 2
IH038- 1*
1G041-13
IG04}-13
IG041- 5
IGO:;l9- 5
I G036- 5
IG034-13
IG036-13
IHO?7- 5
1H027- 1*
1<3032-13
IG()32-1i
1(jO~2" 4
IH042- 6*
IH041- 1*
IGO?5-10
IF 1)27-14
IFo?6-12
7-4
173~
173A
173A
173R
173R
173A
173':'
173':'
173R
173R
173R
173A
173A
173R
173A
173R
173R
173A
173~
173~
1738
173A
173A
173A
173~
173R
173R
LOGIC
LOGIC
LoGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
A750
A760
A760
A760
A760
A762
A763
A764
A765
A765
A765
A765
A770
A773
A774
A775
A776
A777
A778
A779
A780
A781
A781
A781
BOOO
BOOI
BOOI
B001
B002
B003
B003
B003
B004
BooS
BooS
BooS
Bo06
B007
B007
B007
B008
B009
8009
B009
BOlO
BOll
BOll
BOll
B012
B013
B013
B013
B014
BOIS
BOl5
BOIS
B016
B017
8017
B011
BOIS
B019
2
lO
5
3
3
3
8
3
3
10
3
5
11
4
5
10
6
4
3
3
4
3
8
12
17
26
17
16
16
26
IS
16
17
26
17
16
17
26
IS
16
18
16
25
14
17
10
14
33
18
16
24
14
18
17
26
14
IS
16
23
16
IS
11
1F026- 4
IG025-12
1F025-13
IF02S- 5
IF02S- 5
1H038- 6*
1G027-13
I H040-10
I H040-1S*
I G025-11
1F 02S-12
1F025-12
I G007-15·
lE022- 5
l E016-1S·
l E017- 2
l E017-15
lE017- 3
lE016- 1*
lE016- 6·
l E016-11
I F029- 2
l E016-10*
I F029-10
lC042- S
l C00 8 - 2
I FOI6-}S*
lCOOS- 2
l C042-14
1COOS-ll
l C042-12
1COO S-ll
l C041- 5
l C007- 2
I FOI4-1S*
l C007- 2
l C041-14
l C007-11
I F 013-1S·
l C007-11
lC040- 5
I F012-1S*
IDOlS- S
lC040- 3
lC040-14
10014- 5
lC040-12
1C040-12
lC039- 5
1FOI0-lS*
10013- S
1C039- 3
1C039-14
1F009-1S*
10012- 5
lC039-12
lC037- 5
IFOO8-1S*
10007- 5
lC037- 3
lC037-14
IF007-1S*
IFO?7- 5
lH04}-l5.
IG025-12
IF025-13
I F028- S
IH040- 6
IH040- t*
I H042-10*
IH04l-10
IH041-10
lF028-13
1G025-11
IHO?7-11
IF022- 1*
1E022- 2
IG009- 6*
IF022-15*
11::022- 1*
]E016- 5
lEO]fl-12
lEon- 1*
1F 02 9 -10
I F029- 2
1 1 035-11
IF016- 1*
1KOOR- 3
l KOI)A- 3
lC04('- 3
1Fa 15- 1*
lKOOR-12
1F OlS-15*
lC042-12
IF014- 1·
]K007- 3
]1<.(1)7- 3
IC041- 3
IFOI3- 1*
l KOO 1 -12
lK01)7-12
l C041-12
If 012- 1*
lKon6- 3
lKon 6- 3
10015- S
lFOI}- 1*
IFOl1-1S·
IDO]4- 5
lKOo6-12
1F IJI 0- 1*
11'.01'5- 3
IKOnS- 3
100)3- S
IFOn9- i*
lKOO5-12
lKOO5-12
10 012- 5
lFOoA- 1*
1Kor4- 3
1"0(,4- 3
lUoo7- 5
!Foo7- 1*
lKoo4-12
7-5
173A LOGIC
173~ LOGIC
173~ LOGIC
1738 LOGIC
173R LOGIC
1738 LOGIC
1738 LOGIC
1738 LOGIC
1738 LOGIC
1738 LOGIC
173R LOGIC
173R LOGIC
173R LOGIC
1738 LOGIC
1738 LOGIC
1738 LOGIC
173R LOGIC
1738 LOGIC
1738 LOGIC
1738 LOGIC
1738 LOGIC
1738 LOGIC
1738 LOGIC
173A LOGIC
173a LOGIC
1738 LOGIC
1738 LOGIC
1738 LOGIC
1738 LOGIC
1 7 38 LOGIC
17 38 LOGIC
1738 LOGIC
1 7 38 LOGIC
1738 LOGIC
1 7 38 LOGIC
1738 LOGIC
1738 LOGIC
1738 LOGIC
1738 LOGIC
1738 LOGIC
1738 LOGIC
173R LOGIC
173R LOGIC
1738 LOGIC
173A LOGIC
1738 LOGIC
173A LOGIC
1738 LOGIC
1738 LOGIC
1738 LOGIC
173A LOGIC
173R LOGIC
173R LOGIC
173R LOGIC
173R LOGIC
173R LOGIC
1738 LOGIC
173R LOGIC
173~ LOGIC
173R LOGIC
173R LOGIC
173R LOGIC
Rev. G
8019
8019
B020
8021
B021
B021
8022
B023
8023
8023
8024
8025
8025
8025
8026
8027
BOf
80 7
B028
1:1029
8029
8029
25
16
18
16
22
20
15
22
16
18034-14
l r 002-IS*
1E009- 2
18034-12
B030
B031
B031
13
16
9
9
24
1C018-11
1C018-5
1C018-5
1:1031
B031
8700
1:$700
8700
8700
8700
8700
8700
8700
8701
8701
8701
8701
8701
8701
8701
8701
B702
8702
8702
ano
B710
Bno
B710
eno
8no
B711
Bnl
8711
8711
B711
8711
B712
8712
B712
8712
8712
B712
B720
14
18
17
23
13
19
16
22
15
18
17
10006- S
lC037-12
lC036- S
1F006-15*
lEOlS- S
lC036- 3
lC036-14
l r OOS-1S*
lE014- 5
l C036-12
lC03S- S
IF004-15*
IEOIO- 2
lC035- 3
l C035-14
lF003-15*
f~ IE~!tH
4
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2
2
2
2
2
2
5
2
2
2
2
2
2
2
2
l3
4
3
8
2
2
2
17
7
2
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2
2
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7
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I F 009-10
IF009-10
l r OIO-lO
IrOll-IO
lrOI2-IO
Ir013-10
lr014-10
IFOlS-IO
Ir008-10
lrOO7-10
IF006-10
IrOOS-IO
IF004-10
IF003-10
lF002-10
lFOOI-iO
IG006- 3
leOOI-IO*
IG002- 4
IGOOl- S
I r OlJ- 4
IFOIJ- 4
lFO}4- 4
lrOIS- 4
18028- 2
IFoo7- 4
IF007- 4
IFoca- 4
lroo9- 4
IFOIO- 4
IFOII- 4
IrOOI- 4
IFOOl- 4
IF002- 4
lrOO3- 4
Ir004- 4
lFOOS- 4
lr013-12
i
Rev. S
173R
173R
173R
1739
1738
173R
1739
173R
173R
173~
173R
1738
173R
1738
1739
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1EOll-2 ..
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IFo12-10
)F013-10
I F014-1 0
I F01S-10
IF016-10
IG006- 6*
lroo8-10
IF007-10
IF006-10
IFOOS-I0
lr004-10
IF003-10
IFOO2-10
IG006- 5
IG002- 4
IG006- 5
IGo03- 6*
16 001- S
1FOI4- 4
11="015- it
IF016- 4
IFOI6- 4
IG003-10*
IFooS- 4
IFo09- 4
lrOIO- 4
IFOII- 4
IFOI2- 4
IG003-15*
IFO(l2- it
Iro03- 4
IF004- 4
IFooS- 4
IF006- 4
1G004- 1*
6
.. Present if Std. Opt. 10278-1 is installed.
Delete? if Std. Opt. 10278-1 is installed .
....
173~
lK004-12
ID006- $
IF006-1'
lKo03- 3
l K003- 3
lEOlS- 5
1rooS- i*
IKOO3-12
1K003-12
1E014- 5
l r 004- t*
l Ko02- 3
1K002- 3
1EOIO- 2
1F 003- t*
l K002-12
K002
EOI01F002- 1*
lKOOl- 3
l KOOl- 3
7-6
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7 '!'
173R
173R
1738
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LOGIC
LOGIC
L.OGIC
LOGIC
LOGIC
L.OGIC
L.OGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
1738 LOGIC
173~ LOGIC
l73R LOGIC
1738 LOGIC
1738 LOGIC
173R LOGIC
173R LOGIC
173RLOGIC
173R LOGIC
17JA LOGIC
173R LOGtC
17JA LOGtC
17JR LOGIC
17JF\ LOGIC
173A LOGIC
17J8 LOGIC
17JR LOGIC
1738 LOGIC
173F\ LOGIC
17J8 LOGIC
1738 LOGIC
17JA LOGIC
17J~ LOGIC
17J~ LOGIC
I73A LOGIC
173" LOGIC
173A LOGIC
173A LOGIC
17JR LOGIC
17JA LOGIC
17JA LOGIC
17JR LOGIC
17JR LOGIC
173R LOGIC
173R LOGIC
173R LOGIC
17J~ LOGIC
173F\ LOGIC
173A LOGIC
173A LOGIC
8720
8720
8720
8720
8720
8720
8720
8721
8721
tt721
8721
8721
8721
8721
8721
8722
6722
tt722
8722
6722
6722
8722
8122
8723
8723
8723
8723
8723
8723
6123
tt123
6124
6140
tt141
tt141
8741
8148
8748
8149
8150
8150
tt151
8751
8151
8151
8151
8751
tt156
8157
8158
8759
8760
8162
8163
tt163
tt763
8764
tt170
8180
8180
8180
8780
2
2
2
4
2
2
2
5
2
2
2
4
2
2
2
5
2
2
2
4
2
2
2
5
2
2
2
4
2
2
2
5
4
2
3
2
15
3
J
4
22
2
3
2
3
2
4
17
14
1
14
12
14
2
3
5
3
16
6
15
5
35
1F013-12
1 F014-12
IFOlS-12
1F016- 2
1F01S- 2
IF014- Z
IFOI3- 2
IFOO9-12
IF009-12
IFOIO-12
1FOll-12
IF012- 2
IFOll- 2
1F010- 2
1F009- 2
1FOOS-12
IFOOS-12
IF006-12
IF007-12
I F 008- 2
IF007- 2
I F006- 2
IFOOS- 2
I F 004-12
1F 003-12
IFOO2-12
I F OOl-I2
I F 001- 2
I F OOl- 2
1F 002- 2
1F OOJ- 2
1GOOl- 3
I G003- 2
I GOOJ- 1*
I G003- 4
1G003-11
l E034-10*
1G007- 3
IG005- 1*
I G006-11
18 033-12
I G006-10*
1G004-13
1G004-11
1G004- 4
1G004- 2
1G004- 2
1COOl- 4
lCOOI- 6*
10 016-11
10016-12
10016-10
10016-}5*
I G006- 2
I G006- 2
1G002-1S*
1G001-11
1Gooe- 1*
1GOOl-13
I GOOl-13
1K014- 4
18028- 4
IF014-12
IFOlS-12
IF016-12
IF016-12
IF016- 2
IFOl S- 2
IF01 4 - 2
IG004- 6*
1f 010-12
IFOll-12
IF012-12
IF012-12
IF012- 2
IFOll- 2
If 010- 2
IG004-10*
IF 006-12
IF007-12
If008-12
IFOOS-12
IF008- 2
IF007- 2
1F006- 2
I G004-1S*
IFo04-12
1F OO3-12
1f O!'2-12
1f OOl-12
1F OOZ- 2
If 003- 2
IF004- 2
1G00 6-1S*
I GO"S-IS*
}G003- 4
1G003-1i
1G003-13
1Go09- 2
1G00 9 - 2
1Go01- 2
I G001- 1*
1G006-11
16006-13
I G006-13
IG004-13
1G004-11
IG004- 4
1G008- 2
1(;00 9-10*
11:.022-12
lE022-1S*
16002-10*
IG002- 1*
IG002-13
I G006- 4
IGooR- 3
1(-;006- 4
1G002- 6*
1K018- 2
1"009- 1*
l KO}4- 4
lL01S- 4
lL015- 4
7-7
173s
173A
173A
173A
173A
113A
113A
113S
113S
173A
173R
173R
173R
173R
173R
173A
173A
1738
173R
17JA
17JA
173R
l1JA
113R
173R
173A
173A
173R
173R
1131=1
I1JI=I
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113~
1131=1
113R
113A
113A
173R
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173A
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113A
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173~
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113A
113~
173R
173R
173R
113R
113R
113R
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113A
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
Rev. G
13800
16
IB002-11
IGOOI- 1*
173A LOGIC
Beoo
BeOI
COOO
COOl
COOl
COOl
COOl
C002
C003
C003
C003
. C003
C003
C004
C004
COOS
Co05
COOS
COOS
C005
C006
C007
Co07
C007
Co07
Co07
C008
C009
C009
Co09
C009
COlO
COll
COll
COll
COll
C012
C013
C013
C013
C013
C014
C015
C015
C015
C015
C016
C017
C017
Co17
Co17
C017
C018
C018
C019
C019
C019
C019
C019
C020
15
24
6
10
12
8
10
6
12
6
14
11
14
6
16
13
6
14
10
14
6
14
6
7
11
13
6
9
18002-11
18033-11
IF033- 3
IF033- 6
IGOI8- b
10042- 6
10 042- b
i F 033-12
I GOI8- 5
I F 033-14
lC013-11
10 041- 6
lCOI3-11
t F 032- 3
I F 03z- 3
IGOI8- 4
IF032- 6
lC013-12
10040- 6
l C013-12
I F032-12
IGOI8- 3
IF032-14
l E018-12
10039- 6
10039- 6
IF031- 3
IF031- 6
I G018-14
10030- 6
10030- 6
IF031-12
lF031-14
I G01 8 -13
10029- 6
10029- 6
I F030- 3
IF030- 6
IG018-12
10028- 6
1 0 02S- 6
I F030-12
lF030-14
I G018-11
10027- b
10027- to
1F033- 5
1G017- 5
lE042- 6
l E042- b
1 F033- 2
I Go}7- 5
1F033-13
10 022- 5
1E041- b
lE041- b
1F033-11
1G017- 4
11025- 2
IF032- 5
IB033-13
IGOOI-15*
I F 042- i*
I GOlS- 6
IJOI3- 3
IF042- 6*
IF033- 6
IF042-10*
I J 013- 5
I F 042-15*
I GOlS- 5
I F 033-14
10041- 6
I F 041- 1*
1 I 012-11
I J 013-12
I F 041- 6*
I GOI8- 4
I F032- 6
10 040- 6
If 041-10*
IJ013-14
IF041-15*
I GOI8- 3
IF032-14
lE018-12
IF040- 1*
I G018-14
IJOI2- 3
IF040- 6*
I F031- 6
IF040-10*
IF040-15*
I J 012- 5
IF031-14
IGOIA-13
IF03 9 - i*
IG018-12
IJ012-12
I F03 9 - 6*
I F030- 6
IF039-10*
IF039-1S*
IJ012-14
1 F 030-14
113R LOGIC
173R LOGIC
173R LOGIC
173~ LOGIC
113R LOGIC
173R LOGIC
1738 LOGIC
173R LOGIC
1738 LOGIC
173R LOGIC
173R LOGIC
173A LOGIC
173R LOGIC
173A LOGIC
1 7 3R LOGIC
173A LOGIC
1 7 3A LOGIC
173R LOGIC
1 7 3R LOGIC
1 7 3A LOGIC
1 7 3R LOGIC
173A LOGIC
173A LOGIC
173R LOGIC
173R LOGIC
173A LOGIC
173A LOGIC
l73R LOGIC
173A LOGIC
173R LOGIC
173R LOGIC
173A LOGIC
173R LOGIC
1 7 3R LOGIC
173A LOGIC
173A LOGIC
1 738 LOGIC
173A LOGIC
173~ LOGIC
1738 LOGIC
173~ LOGIC
1738 LOGIC
173R LOGIC
173R LOGIC
1 73R LOGIC
173A LOGIC
173A LOGIC
173A LOGIC
173R LOGIC
173A LOGIC
173~ LOGIC
113R LOGIC
173R LOGIC
173R LOGIC
173;- LOGIC
173R LOGIC
173A LOGIC
173A LOGIC
173A LOGIC
173R LOGIC
11
10
8
6
6
11
10
14
6
9
12
10
8
6
6
13
10
14
4
11
6
7
11
13
4
11
7
7
9
9
9
4
Rev. G
IGOl~-l1
IF037- 1*
IJ013- 2
IF037- 6*
IF033- 2
IH03R-14
IH038-14
IF037-10*
IF033-13
IF037-1S*
IFo33-11
16017- 4
11025- 2
IJO]3- 4
IF036- i*
7-8
C020
C021
C021
C021
C021
C022
C023
C023
C023
C023
C024
C02S
C02S
C02S
C025
C026
C027
C027
C027
C027
C027
C028
C028
C029
C029
C029
C029
C029
C030
C031
C031
C0 3}
C031
C200
C201
C202
C202
C203
C210
C210
C211
C212
C212
C213
C300
C301
C302
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1738 LOGIC
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Rev. R
0710
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18
2
8
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14
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LOGIC
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LOGIC
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LOGIC
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LOGIC
LOGIC
LOGIC
LOGIC
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LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
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J002
J003
J003
JOOS
J005
JOI0
JOll
JOll
JOll
JOll
JOll
J012
J012
J012
J013
J013
J014
J014
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J019
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LOGIC
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LOGIC
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LOGIC
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LOGIC
LOGIC
LOGIC
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Rev.L
J029
6
1K023-13
lK032- 4
173A LOGIC
J029
J030
J030
J032
J032
J039
J040
J040
J040
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J040
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J041
J041
J042
J042
J042
J042
J043
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J071
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J071
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Jo7l
J072
Jo72
J072
Jo72
J072
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J075
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J076
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J076
J076
J076
Jo76
Jo77
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7-20
173A LOGIC
173~ LOGIC
173~ LOGIC
173A LOGIC
173~ LOGIC
173~ LOGIC
173~ LOGIC
173A LOGIC
173~ LOGIC
173A LOGIC
173A LOGIC
113~ LOGIC
173~ LOGIC
173A LOGIC
1 7 3A LOGIC
1 7 3A LOGIC
173~ LOGIC
1 7 3A LOGIC
173A LOGIC
173~ LOGIC
173~ LOGIC
173A LOGIC
173~ LOGIC
1738 LOGIC
1738 LOGIC
173A LOGIC
173~ LOGIC
173R LOGIC
173R LOGIC
1738 LOGIC
17 3A LOGIC
1731=1 LOGIC
1731=1 LOGIC
173~ LOGIC
1738 LOGIC
1738 LOGIC
173~ LOGIC
173A LOGIC
1738 LOGIC
113~ LOGIC
1731=1 LOGIC
173~ LOGIC
173~ LOGIC
173~ LOGIC
1731=1 LOGIC
173~ LOGIC
173R LOGIC
173~ LOGIC
173A LOGIC
173~ LOGIC
173~ LOGIC
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173A LOGIC
1738 LOGIC
173R LOGIC
173A LOGIC
173A LOGIC
173~ LOGIC
173A LOGIC
173~ LOGIC
6
4
7
2
4
5
3
5
9
5
4
4
4
7
4
4
9
5
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3
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2
2
2
2
2
2
2
2
5
3
3
2
5
2
2
2
3
2
2
2
4
Rev. G
J077
J077
J077
J077
J077
J077
J077
J080
J080
J080
JOSO
JOSO
J080
J080
J081
J081
J081
JOBI
J081
J081
J090
J090
J090
J091
J097
J097
J099
JI00
JIO O
JI00
JIOl
J 101
JI01
JI01
JI02
JI02
JI02
JI02
J102
J102
J103
J104
JI04
JI04
JI0S
JI05
JI07
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JI09
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JllO
JllO
JllO
J1l1
J1l2
J1l3
Jll4
Jll5
J1l6
Jll6
Jll1
2
2
2
3
2
2
2
2
4
11
13
17
8
3
7
6
6
8
18
12
4
10
5
7
5
4
5
6
3
2
5
3
2
3
3
2
2
2
3
4
6
14
10
29
6
10
19
9
4
3
5
20
4
6
13
13
23
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15
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173A LOGIC
173~ LOGIC
173~ LOGIC
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173~ LOGIC
173~ LOGIC
113R LOGIC
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173Q LOGIC
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173i:1 LOGIC
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1 7 3A LOGIC
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Rev. G
Jl17
J120
J121
J122
Jl23
JI23
J123
J129
J130
JI31
J131
JIJ2
J133
J133
Jl33
J200
J200
J201
J202
J203
J203
J204
J204
J204
J201t
J204
Jz05
Jz05
J205
JZ06
JZI0
JZ10
JZIO
J211
JZll
J211
J211
JZ12
JZ12
JZ12
J212
J212
JZIZ
JZ13
J213
JZ13
JZ13
JZ13
JZ13
JZlS
J215
J215
J21S
J215
JZIS
JZ15
J216
J216
J216
J216
J216
JZ16
JZ16
J216
JZ16
J216
3
4
6
6
8
3
6
6
2
3
21
3
8
4
5
3
4
4
4
3
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13
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" Present if Std. Opt. 10278-1 is installed.
"" Deleted if Std. Opt. 10278-1 is installed.
7-22
Rev. S
173A
173';
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1738
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LOGIC
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.. Present if Std. Opt. 10278-1 is installed.
Deleted if Std. Opt. 10278-1 is installed •
....
7-23
Rev. S
~401t
404
W
iJ4(;4
~404
J405
J405
J405
.)406
W406
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2
2
2
2
5
7
7
3
12
5
15
6
5
2
3
2
11
20
2
4
4
2
7
3
7
3
5
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5
17
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2
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4 lC,nS- 10
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19 10022- 4
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6 1G011- 6
13 10018- 10
3 I G"10- 2
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3 11016- 10
3 11016-15S IHr,lS-13
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1738 LOGIC
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IH019-13
1738 LOGIC
IHOI2- 60
1738 LOGIC
11026- i 0
1738 LOGIC
1H032- 6
1738 l.OGIC
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1738 LOGIC
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1738 LOGIC
IHOl1- 10
1738 l.OGIC
IH007- 4
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11012-15 0
1738 LOGIC
1738 LOGIC
11023-13
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1738 LOGIC
10022-13
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1H004- 11738 LOGIC
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1738 LOGIC
11017- S
1738 LOGIC
11017-13
1138 LOGIC
1738 LOGIC
11014-10 0
7-24
,
---
JS03
JS03
JS04
JS04
JSoS
JS05
JS06
JS06
JS06
JS06
JS06
JS07
JS07
JS09
JS09
JS09
Js09
JslO
Jsl0
JsIO
J510
JSl1
JSll
Jsll
JS11
JS14
JS14
Js15
Js1s
Js16
Js16
Js16
Js16
Js16
JS17
JS17
Js17
Js17
Js19
JS20
Js20
Js21
JS30
JS30
JS31
JS31
JS32
JS32
JS33
JS34
JS34
JS3S
J535
J535
JS35
JS35
JS36
JS36
JS36
JS36
JS36
JS37
S
2
3
6
3
2
3
2
)
3
4
3
3
3
5
12
2
3
6
15
22
5
6
14
2
3
5
3
3
3
2
4
2
9
12
17
2
10
15
3
S
8
3
7
7
8
4
4
4
3
10
2
3
8
15
8
4
6
8
12
20
11
11 009- 5
11 009- 2
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11013- 611015-11
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11014-12
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1 1013-1511016- 6
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lHOU- r;
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16006-12
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1 1020-15IHOi?7- 6
1(~Oo2-14
11021-157-25
173~ LOGIC
173A LOGIC
173A LOGIC
173R LOGIC
173~ LOGIC
173~ LOGIC
173~ LOGIC
173~ LOGIC
173~ LOGIC
173R LOGIC
173F' LOGIC
173~ LOGIC
173~ LOGIC
173R LOGIC
173~ LOGIC
173R LOGIC
173~ LOGIC
173~ LOGIC
17 3R LOGIC
173R LOGIC
173R LOGIC
173R LOGIC
173R LOGIC
173R LOGIC
173R LOGIC
173R LOGIC
173R LOGIC
173R LOGIC
173R LOGIC
173~ LOGIC
173r. LOGIC
173R LOGIC
173R LOGIC
173A LOGIC
173R LOGIC
173R LOGIC
173R LOGIC
173R LOGIC
173R LOGIC
173R LOGIC
173R LOGIC
113R LOGIC
113R LOGIC
173R LOGIC
113R LOGIC
173R LOGIC
173R LOGIC
113R LOGIC
173R LOGIC
173R LOGIC
l73~ LOGIC
113R LOGIC
173R LOGIC
173R LOGIC
173~ LOGIC
l73A LOGIC
173A LOGIC
173R LOGIC
173~ LOGIC
173A LOGIC
113R LOGIC
173A LOGIC
Rev. G
JS37
JS38
JS38
JS38
J538
J538
JS38
J538
JS38
JS40
JS40
JS41
JS41
JS42
JS43
JS43
JS43
J543
JS44
KOOO
KOOO
KOOI
KOOI
K001
KOOI
K002
K004
K004
K004
K004
K004
K004
K004
KOOS
KOOS
KOOS
K006
~014
K015
K017
K017
-----~----~
17
10
2
5
9
2
8
3
2
3
3
2
3
6
4
2
2
2
4
6
10
4
3
3
8
5
6
5
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7
14
18
4
12
13
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4
20
19
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14
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11031-11
KI02
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11
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11031-13
11 0 lf~-12
lH034- 4
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18027-14
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18026-13
IHOIO-15*
I E034-12
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l I 031-}4
lJ,31-13
lL042- J /
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dO
LOGIC
LOGIC
LOGIC
173R LOGIC
l13e LOGIC
113~ LOGIC
173~
173~
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._~ __
--s-1~-zs_nr--lJ031-14~------·---
e 11042-15*
9
16
9
S
2
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12
3
28
7
5
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IJ030- 3
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IJ026-14
lLJ1AO'" J
.. Present if Std, Opt. 10278-1 is installed.
Rev. S
7-26
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
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LOGIC
._...J1.3.B-'--Q~
113~
113~
173~
173~
173R
113A
173A
113A
113A
113R
173A
113A
l1JA
113A
113A
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
------------
K109
KUO
Kl11
KUl
KUl
KU3
KU4
KU4
K1l6
K117
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KI20
K120
K120
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K121
K122
K123
K124
K125
K126
K127
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K130
K131
K133
K135
K140
K140
K140
K141
K141
K14)
K141
K141
K200
K200
K203
K204
K205
34
7
12
34
8
9
5
17
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11
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5
K206
K206
K207
4
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K207
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LOG~C
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Rev. R
K211
22
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K212
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11
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K239
K239
K241
K243
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K243
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K244
K321
K400
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K402
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Rev. G
K413
K415
K41S
K41S
K419
K419
K420
K420
K420
K420
K421
K421
K421
K421
K421
K431
K431
K431
K431
K440
K440
K441
K441
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K502
KS03
KSlO
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KS12
KS12
KS12
KS13
KS13
KS13
KS14
KS14
Rev. R
7
11
11
11
11
20
8
17
3
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S
4
3
12
18
6
3
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10
lE019-11
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.. Present if Std. Opt . 10278-1 is installed..... Deleted if Std. Opt. 10278-1 is installed.
7-31
Rev. S
LOGIC
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P038
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Rev. G
18017-13
18017- 3
18017-11
18017- 5
18015- 4
18 015- 4
18015- 2
18015- 118 016- 3
18015- 618 016- 5
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P!,esent if Std. Opt. 10278-1 is installed.
7-35
Rev. S
R431
18
11036- 2
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180l0-1l
lCOJ3-1J
10030-13
18040-10*
18 030-12
18030-12
lCOl2- 4
10029-13
18 039- 1*
18030-11
180l0-11
1C032-11
10028-13
18039-10*
18 OlO-10
18 0lO-10
1COll- 2
10027-13
18037- 1*
18037- 6*
lCOl1'" 6
1[042-13
18037-10*
18037-15*
lC031-13
1E041-l3
180l6- 1*
18036- 6'lC030- 4
1[040-13
18036-10*
18036-15*
IJ004- i*
IJ004-10*
IJ004.15*
lE017-12
lKOO9-15*
IJOO2-15*
lC034- 2
18 04?- 6*
lC034- 4
10042-13
lL014- 3
le034- 6
18 042-15*
lC034-1}
10 041-1l
lL014-12
lC034-13
18041- 6*
lC033- 2
10040-13
lL013- 3
lC033" 4
18041-15*
1COl3- 6
10039"13
173A
173A
17J8
17J8
173A
1738
1738
1718
SOOl
5001
5001
5002
5 0 03
5 00 3
SOOl
500l
5004
5005
5005
5005
5005
5006
5007
5007
5007
5007
5008
5009
5009
5009
5009
5010
5011
5011
5011
5011
5012
5013
5013
5013
5013
5014
5015
5015
5015
5015
5016
5017
5017
5017
S018
5019
5019
5019
5020
5021
5021
5021
5022
5023
Rev. G
8
3
22
9
7
7
6
8
30
6
8
7
7
31
8
7
5
8
30
6
7
6
7
31
8
7
6
6
28
6
6
4
7
29
7
6
5
6
28
7
6
4
8
29
7
6
11
28
6
6
10
29
6
6
11
28
6
6
lLOlJ-l~
1C03J-ll
18040- 6*
lC033-13
10030-13
1L012- 3
lC032- 2
18 040-15*
lC032- 4
1002 9 -13
lL012-12
lC032- 6
180l9- 6*
1C032-11
10 028-13
1LOll- 3
lC032-13
18039-15*
lC031- 2
1001.'7-13
lLOll""l!'
1e03}- 4
lC031- 6
l E042""13
lLO)O- 3
1C03)-11
lC031-13
lE041"'13
lLOI0-1~
lC030- 2
lC030- 4
lE040-13
lLoo9- 3
lC030- (,
1CO'30-11
17l~
17lA
17lA
1738
17lA
173 __
173~
173R
173R
l13R
173R
113R
173~
113~
173R
113A
173R
17JA
173~
173~
173R
173R
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173R
173R
1718
173R
173A
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1718
1718
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1738
1738
1718
1118
17lR
173R
1718
1738
173~
1118
1738
173A
173A
1738
1138
173R
1738
1118
1738
LOGIC
LOGIC
LoGlC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
7-36
"
~
5023
5023
502.
5025
5 0 25
5025
5026
5027
5027
5027
5028
5029
5029
5029
8030
8031
8031
8031
5700
5700
5700
5700
5700
5700
5700
5700
5701
5701
5701
5701
5701
5701
5701
5701
5702
5702
5702
5702
5702
5702
5702
5702
5703
5703
5703
5703
5703
~703
10
29
8
6
10
26
5
5
9
27
8
7
8
26
10
11
11
17
3
2
2
2
3
2
2
2
3
2
2
2
3
2
2
2
2
2
2
2
3
2
2
2
3
2
3
2
2
2
8703
8703
8703
8703
3
2
8
3
5740
5741
5741
5741
57.1
5750
5750
5750
5750
5750
5760
5760
5760
5760
5767
5768
5769
5T70
3
4
2
3
2
4
15
3
3
3
3
15
4
3
6
5
5
16
lC030_11
lE039-13
IB03S- 1*
18035- 6*
l C029- 2
lE030-13
18035-10*
18035-15*
lC029- 6
lE029-13
IB034- 1*
18034- 6*
lC029-13
lE028-13
lE039_13
lL009-12
lC030-13
lC029- 2
lE030-l3
11..008- 3
lC029- 4
lC029- 6
lE029-13
11..008-12
lC029-1i
lC029-l
lE0281L007- 3
1B020-11
1B020-13
1B020-13
lE027-4
10034-=
ID034- 5-"
lE0271J024-
18038- 1*
lB041- 2
18041- 4
18042- 2
18042- 2
IB042-11
IB041-13
IB041-11
i B03a- 6*
18040- 2
18039- 2
18039- 2
18039- 4
1B039-11
18 039-11
I B040-11
18 037-11
18 037-11
1 8 036-13
I B036-11
18 036- 4
18 036- 2
18 036- 2
18 037- 2
18035-13
18035-11
18035- 2
18035- 2
18034- 4
18034- 2
1B035-4
1B034-2
lB034-4
10034-4
IB032- 1 *
IB033- 1·
18 038- 2
18038- 4
18038-11
18032- 4
1803'2- 4
IF026- 3
lF026-11
IF026-11
18031- 1*
18032- 3
IF024- 4
IF024- 4
IB030- 1*
18030-15*
18026- 4
18032- 2
18041:' 2
180411B042 4
18042- 4
18042-1i
18042-13
18042-13
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18040- 4
18040- 4
18040- 2
18039- 4
18039-13
18039-13
18 040-11
18 040-13
1 B03 A-IO·
1 8 037-13
1 8 037-13
18 03 6 -13
18 036-11
18 036- 4
18 037- 2
18 037- 4
1803A-lS·
18 035-13 '
18 035-11""
18035- 4
18035- 4""
18034- 4
iB035-11 ..
lB035-2"
1D034-4"
1D034-10-"
18033-"-'--18038- 2
18 038- 4
18038-1i
18038-13
18032-15·
IFO?6- 3
IF027- 6
1FO?7- 6
IFO?7-13
18032- 3
1 F O?8- 4
lFO?8- 4
IF024-12
lC02S- 3
lC02S- 2
lC02S- 1*
I F 024- 3
1738
113i
1731\
1738
173~
1738
1138
1738
113~
113111
113~
113111
173~
1138
LOGIC
LOGiC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
113i1 LOGiC
173~ LOGIC
173~ LOGIC
lT3e LOGIC
173.- LOGIC
1T3~ LOGIC
173111 LOGIC
173~ LOGIC
173~ LOGIC
1738 LOGIC
1T3A LOGIC
1731i1 LOGIC
173A LOGIC
lT3A LOGIC
173~ LOGIC
173A LOGIC
173R LOGIC
1731!' LOGIC
173A LOGIC
173 __ LOGIC
IT3~ LOGIC
173A LOGIC
173R LOGIC
173R LOGIC
173~ LOGIC
173~ LOGIC
173A LOGIC
173 __ LOGIC
173A LOGIC
lI3e LO~~~
173A
173R
173A
173R
173R
173R
173R
173R
173R
173A
173A
173~
173A
173~
173A
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LOGIC
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LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
" Present if 8td. Opt. 10278-1 is installed.
"" Deleted if 8td. Opt. 10278-1 is installed.
7-37
Rev. 8
S110
S770
5770
U007
U008
U008
U009
U009
UI00
UloO
UI01
UI01
UI02
UI02
UI02
UI02
U131
Ulll
1'1000
WOOl
1'1002
1'1003
1'1004
WOOS
1'1006
1'1001
Wo08
W009
1'1010
wOll
1'1012
IMOll
IM014
IMOIS
1'1016
w017
W018
1'1019
W020
1'1021
W022
1'1023
1'1024
w02S
w026
1'1027
W028
w029
W030
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3
4
4
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1
12
6
1
3
4
3
2
4
2
3
2
3
6
6
5
5
6
5
5
5
6
6
5
6
6
6
5
6
5
5
5
5
5
5
5
5
5
5
5
4
5
7
6
3
6
9
6
1'1100
W101
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1'1102
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1'1104
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wI06
1'1101
wI08
IM109
W110
wll1
W112
1'1112
1'1113
5
10
IF024- 3
1F024-11
1B031-15*
IJ041-10*
IJ038" 2
IJ03S- 2
11032- 6*
I J 039- 2
11<028- 2
11<028- 2
11<028- 5
11<028- 3
11<026-14
11<026-12
11<026- 5
11<026- 3
IJ033- 6*
11039-14
lC034- 5
l C034- 3
l C034-12
l C034-10
IC033- 3
l C034-14
lC033-10
lC033- 5
lC033-14
lC033-12
lC032- 5
lC032- 3
lC032-12
lC032-10
lC031- 3
1C032-14
lC031-10
lC031- 5
lC031-14
lC031-12
lC030- 5
lC030- 3
lC030-12
1C030-10
lC029- 3
lC030-14
lC029-10
lC029- 5
IB034-10*
1B034-15*
lB020-l4
lB020-l2
lB020-2
lC018-l "
lC018-l5"
lC034-l "
lC026-13
lC026-14
1e034- 1*
lC034-15*
lB020-3
5
5
4
5
4
4
4
3
4
3
7
4
3
....
....
lC034-l5
lC027- 2
lC027- 3
lC027- 4
lC027- 5
1C027" 6
lC027-10
lC027-11
1C027-12
lC027-13
le027-14
lC033- 1*
1C033-15*
lCon- 1*
lCon-lS*
lC031- 1*
lC031-15*
lC030- 1*
lC030-15*
lB020-l
lC028-"
lC026-15*
lC027" 1*
17311 LOGIC
173~ LOGIC
173~ LOGIC
113" ,-OGIC
113A L.OCHC
113" LOGIC
113A LOGIC
113@ L.OGIC
113A LOGIC
173" LOGIC
113 __ LOGIC
1738 LOGIC
113A LOGIC
173A LOGIC
113" LOGIC
113A LOGIC
173R LOGIC
173~ LOGIC
173A LOGIC
173" LOGIC
173" LOGIC
173A LOGIC
173A LOGIC
113A LOGIC
173R LOGIC
113A LOGIC
173A LOGIC
173A LOGIC
173R LOGIC
173R LOGIC
173~ LOGIC
173~ LOGIC
173A LOGIC
173A LOGIC
173~ LOGIC
173A LOGIC
173R LOGIC
173" LOGIC
113A LOGIC
173A LOGIC
173" LOGIC
173R LOGIC
173~ LOGIC
173R LOGIC
173R LOGIC
173A LOGlC
173" LOGIC
173A LOGIC
IF024·11
IF028-12
IB032- 2
11<020-14
11<030· i*
11<020-13
I J 039- 2
11<040-13
11<030- 6*
11<028-12
11<030-10*
11<028- 5
11<030-15*
11<026-14
11<026-12
11<026- 5
I J 034-12
I J 034-12
lC042- 1*
lC042- 6*
l C042-10*
l C042-15*
lC041- i*
lC041- 6*
lC041-10*
lC04)-15*
lC040- 1*
lC040- 6*
l C040-10*
lC040-15*
lC03 9 - 1*
lC03 9- 6*
lC039-10*
1C03 9 -15*
lC037- 1*
1C037- 6*
lC037-10·
lC037-15*
lC036- 1*
lC036- 6*
l C036-10*
lC036-15*
lC035- 1*
lC035- 6*
lC035- *
1C035 15
lC029 14
l C02 9 12
173~
U
lC . . • s*
1C029lC02~-
l CO?8-
2
" ..
" Present if Std. Opt. 10278-1 is installed.
"" Deleted if Std. Opt. 10278-1 is installed.
Rev. S
173~
173~
7-38
17Ji:!
173A
17JA
17Ji:!
173A
1731:1
173A
113!i1
173A
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
173A LOGIC
l73R LOGIC
4
3
20
5
4
W114
W115
W115
W115
W115
W116
11116
W116
W117
16
11
11
4
W120
W120
W120
W700
W700
W700
W700
W700
W700
W700
W700
W701
W701
W701
W701
W701
W701
11701
W701
11702
W702
W702
\111702
W702
\111702
\111702
W702
\111703
W703
W703
\111703
W703
W703
W703
l1li703
W703
W703
W740
\111741
W741
\111741
\111741
"750
XOOO
XOOO
XOOO
XOOI
XOOl
XOOl
X002
X002
X002
X003
X003
X003
X004
X004
lC027-l5*
18027-13
18027-13
1H027-14
11028-13
IG005- 2
lE022-11
18027-15*
1B020-4
3
2
3
3
2
2
2
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2
2
2
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2
3
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2
3
2
3
2
lC02S- 6*
lC028- 3
IC02B- 5
lC038- 1*
IC041- 2
lC041- 4
lC042- 2
lC042- 2
lC042-11
lC041-13
lC041-11
1C038- 6*
lC040- 2
lC039- 2
1C039- 2
lC039- 4
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1C039-11
lC040-11
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IC037-11
lC036-}3
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lC03S-11
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1B034-11
1C018-4
1C018-10
9
3
17
3
2
24
2
7
2
3
2
3
9
5
14
10
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1B034-}}
lC026- 1*
lC026- 6*
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lC03S-}1
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1B042- 5
1F042- 5
18042- 5
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IF042- 3
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1B042-14
I F042-14
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18042-12
IF042-12
18042-12
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IF041- 5
le028- 6
lC028- 1*
IH027-14
11028-13
11032-14
lHm-(l
1GOOSlE022- 1
1B020-1
..
l C02 8 - 3
IC028- S
IC02R-IO
lC041- 2
lC04}- 4
lC042- 4
lC042- 4
lC042-11
lC042-13
lC042-13
lC041-13
1C040- 4
lC040- 4
lC040- 2
lC039- 4
1C039-13
lC039-13
lC040-li
lC040-13
IC03S-10*
IC037-13
lC037-13
lC036-n
lC036-11
lC036- 4
lC037- 2
lC037- 4
lCQ3R-15*
IC03S-13
lC03ill
,C035- G
1C03S
173A LOGIC
l73A LOGIC
1738 LOGIC
173~ LOGIC
173A LOGIC
173e LOGIC
173" LOGIC
173A LOGIC
4
173~
173"
173A
173A
173"
173~
l73A
173A
173~
173A
173A
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LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
1C018 4 ..
1C018 10 ..
1G001- 0 ..
18034-1,
IG001-1 M ..
lCO?6lC03A- 2
lC038- 4
lCOlA-lt
lC038-13
lC026-10*
}0033- 1*
1G042- 5
1F042- c;
10033- 6*
I G042- 3
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10033-11)*
1G042-14
1F042-14
10033-15*
1G042-12
1F042-12
10032- 1*
1G031'\- 5
.... Present if Std. Opt. 10278-1 is installed.
.... Deleted if Std. Opt. 10278-1 is installed •
7-39
1738
173A
173"
173A
173"
173~
173"
173~
17311\
173A
173A
173R
173"
173A
173A
173A
173R
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1738
1731\
173R
173A
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
LOGIC
Rev. S
X004
14
X005
"005
X005
X006
"006
X006
X007
"007
X007
X008
"008
"008
"009
"009
"009
"010
X0 10
X010
XOll
"011
"011
"012
"012
X012
X013
"013
X013
"014
"014
"014
"015
"015
"015
X016
"016
"016
"017
"017
"017
"018
"018
"018
"019
"019
"019
"020
"02 0
"020
"021
"021
"021
"022
"022
"022
"023
"023
"023
"024
"024
"024
10
6
14
9
6
14
10
6
14
12
6
14
13
6
14
12
6
14
13
6
14
12
6
14
13
6
14
12
Rev. G
IB041- 5
1B041- 3
1'041- 3
IB041- 3
1B041-14
I F041-14
1B041-14
IB041-12
IF041-12
IB041-12
1B040- 5
1F040- 5
18 040- 5
18040- 3
1F040- 3
18 040- 3
18 040-14
I F040-14
18040-}4
18040-12
I F040"12
18040-12
18039- 5
I F 03 9 - 5
18039- 5
18039- 3
I F039- 3
IB039- 3
18039-14
6 1 F039-14
14 IB039-14
13 18039-12
6 1F 039-12
14 1B039-12
9 lE033- 1*
6
1 F037- 5
14 1B037- 5
A 1E033- 6*
6
I F037- 3
14 1B037- 3
q
1E033-10*
6 1F037")4
14 18037-14
8 1E033-1S*
6 1 F037-12
14 1B037-12
9 1E032- 1*
6 I F0 36- S
14 1B036- 5
B
lE032- 6*
6 1F036- 3
14 IB036- 3
9 lE032-10*
6
I F036-14
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.. Present if Std. Opt. 10278-1 is installed •
.... Deleted if Std. Opt. 10278-1 is installed.
Rev. S
7-44
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---
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LOGIC
LOGIC
Present if Std. Opt. 10278-1 is installed .
if Std. Opt. 10278-1 is installed.
.... Deleted
.
,
04
7-47
Rev S
GND
3
IJ014- 6
IJ014-13
173~
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GND
GND
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173,. LOGIC
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173A LOGIC
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•
3
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END FILE
Rev. G
IJ029- 4
IJ032- H..
IJ032- 2
IJ033- 5
IJ033- 2
IJ03S-10
IJ03S- '2
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7-48
LOGIC
I:
COMMENT SHEET
CONTROL DATA® 1738-A/B/C,
MANUAL TITLE __________________________
__ FA708-A/B/C,
________
~~
~
FV431-A
~~~~~~~=_
__________
Disk Drive Controller Customer Engineering Manual
PUBLICATION NO. _ _ _6_0_1_6_7_7_0_0_ _ _ _ _ _ _ REVISION _ _ _U
_ _ _ _ _ _ _ _ _ _ __
FROM
NAME: ______________________________________________________________
BUSINE~
ADDRE~:
________________________________________________________________
COMMENTS: This form is not intended to be used as an order blank. Your evaluation of this manual will be welcomed·
by Control Data Corporation. Any errors, suggested additions or deletions, or general comments may
be made below. Please include pap number.
~I
~I
C!:II
~:
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