LETTER (SANITIZED) FROM WM. EVERETT MEDLING

• Document Type: CREST
• Collection: General CIA Records
• Document Number (FOIA) /ESDN (CREST): CIA-RDP89-00244R000801860001-3
• Release Decision: RIPPUB
• Original Classification: K
• Document Page Count: 19
• Document Creation Date: December 22, 2016
• Document Release Date: March 20, 2009
• Sequence Number: 1
• Publication Date: May 22, 1984
• Content Type: LETTER

STAT
STAT
Approved For Release 2009/03/20: CIA-RDP89-00244R000801860001-3
May 22, 1984
13155
Central Intelligence Agency
New Building Project Office
Room 3E40
CIA Headquarters Building
Washington, D.C. 20505
Attention:
Re: SH&G Review of North Side
Electrical Cable Installation
Log 510
In response to your letter of May 17, 1984 we have reviewed the
drawings and specifications and have the following comments.
Drawing 9-E-3 has a major discrepancy regarding the type of
primary cable to be used. Note 9 requires that the new feeder
8B be 500 MCM, 15 KV EPR cable. However, note 7 requires that
the new feeder 8A be 500 MCM, 15 KV XLP cable. Both feeder runs
are approximately the same length (8A = 1700 LF; 8B = 2100 LF) .
There appears to be no technical reason for the use of two
different cable types.
Specification Section 16401 "Medium Voltage Service Distrib-
ution (15KV)", does not contain any technical requirements for
the primary cable except that it must conform to WC8-1976 - "EPR
Insulated Wire and Cable" when that standard is referenced.
There does not appear to be any sentence which references that
standard however.
RECOMMENDATION:
Use the original technical specification given to the Agency by
SH&G. EPR is the recommended cable type.
If we can assist you further on this matter please advise.
Very truly yours,
qJrow
,.,v W--- 0,
Wm. Everett Med in , AIA
Project Manager
WEM: jeb
Smith, I-linchman & Crylls Associates, Inc. 455 West Fort Street Detroit, Michigan 48226 313/964-3000 810/221-9463 Telex
Architects Engineers Planners
A Member of The Smith Group Inc.
Approved For Release 2009/03/20: CIA-RDP89-00244R000801860001-3
 Approved For Release 2009/03/20: CIA-RDP89-00244R000801860001-3
STAT
SMIG SECTION 16356 `PAGE:,.'
2*. SE RVICE -DATA
3.. CABLE DATA",
i.. IDENT I F ICATION
S. INSTALLATION
d. FACTORY TESTING
T. MANUFAC,T.URERS
***END OF INDEX
INDEX
Approved For Release 2009/03/20: CIA-RDP89-00244R000801860001-3
 Approved For Release 2009/03/20: CIA-RDP89-00244R000801860001-3
SH&G 1315' so SECTION 16350 PAGE :1
CENTRAL INTL_LIGENCE AGENCY DATE 06/16/83 TIME 18.247
HEADQUARTERS EXPANSION MEDIUM VOLTAGE CABLE
SCHEMATIC DESIGN
1)
2) GENERAL CONDITIONS
1. GENERAL PROVISIONS
3) THE GENERAL CONDITIONS, SUPPLEMENTARY CONDITIONS, AND THE APPLICABLE
?4) ,PORTIONS OF DIVISION 1, GENERAL REQUIREMENTS ARE A PART OF THIS SECTION.
5) GENERAL
6) THE CABLES SHALL BE MANUFACTURED, TESTED AND INSTALLED IN, ACCORDANCE
7) WITH THE.LATEST REVISIONS OF:
8)
9)
ID)
A
11).
4
12)
13)
14)
15)
16)
-17)
"18)
20)
21)
3
22)
3
23)
3
24)
3
25)
3
26)
3
27)
3
28)
3
29)
3
30)
1
31)
2
32)
33)
7
34)
7
SS)
7
36)
ICEA PUB..NO. S-68-516
MEMA PUB. NO. WC8
AEJC NO. 6
U.L. 1072 MV90
N.F.P.A. 70, ARTICLE 326
MEDIUM VOLTAGE CABLE SHALL BE U.L. TY'E MV90 FOR USE IN CABLE TRAYS
(''FOR CT USE").
THE CABLES SHALL BE CAPABLE OF OPERATING CONTINUOUSLY, WET OR DRY, AT A
CONDUCTOR TEMPERATURE NOT IN EXCESS OF 90 DEGREES C. FOR NORMAL.
OPERATION, 130 DEGREES C. FOR EMERGENCY OVERLOAD CONDITIONS, AND 250
DEGREES C. FOR SHORT CIRCUIT CONDITIONS.
THE CABLE SHALL BE DESIGNED AND CONSTRUCTED
CONDITIONS:
13,200 VOLTS (LINE TO LINE)
3 PHASE
3 WIRE
WYE
60 HERTZ AC
GROUNDED
INSULATION LEVEL 133 PERCENT.
FOR USE UNDER THE FOLLOWING
MIN. INSTALLATION TEMPERATURE 0 DEGREES C.
CABLE INSTALLED IN UNDERGROUND DUCT, CONDUIT AND OPEN TRAY.
THE CABLE SMALL BE NEW AND MEET THE FOLLOWING REQUIREMENTS.
NUMBER OF CONDUCTORS 1
SIZE OF CONDUCTOR 530 MCM
CONDUCTOR MATERIAL
COPPER COATING
-- Approved For Release 2009/03/20: CIA-RDP89-00244R000801860001-3 w
 . IL..I II I L .
76) GROUND CONNECTIONS SHALL BE PROVIDED FOR CABLE SHEATHS AND SHIELDING.
Approved For Release 2009/03/20: CIA-RDP89-00244R000801860001-3
DATE 06/14-"13 TIME 18.247 C LENTRAL INTELLIGENCE AGENCY
MEDIUM VOL~ E CABLE HEADQUARTERS EXPANSION
SCHEMATIC DESIGN
37)
CONDUCTOR SHIELD
EXTRUDED SEMI-CONDUCTING
38)
PLYETHYLENE
39)
INSULATION
ETHYLENE PROPYLENE RUBBER
40)
INSULATION SHIELD
UNCOATED COPPER TAPE OVER
41)
AUXILIARY SEMI-CONDUCTING
42)
TAPE OR EXTRUSION
43)
JACKET
-POLYVINYL CHLORIDE
4b)
OUTER JACKET'SHALL BE DURABLY MARKED ON THREE FOOT MINIMUM
INTERVALS ALONG
4T)
THE ENTIRE LENGTH WITH THE FOLLOWING INFORMATION:
48)
MANUFACTURER'S IDENTIFICATION
49)
CONDUCTOR SIZE
30)
CONDUCTOR MATERIAL
51)
RATED VOLTAGE
52)
TYPE OF INSULATION (TRADE NAME NOT ALLOYED)
S3)
DATE OF MANUFACTURE
54)
THICKNESS OF INSULATION
Approved For Release 2009/03/20: CIA-RDP89-00244R000801860001-3_A&G 13155 ' SD
3
56) OUTER JACKET IDENTIFICATION SHALL BE BY INDENTING TO
57) OF JACKET THICKNESS OR APPROVED SURFACE PRINTING.
MAXIMUM OF 15 PERCENT
58) INSULATION SHIELDING AND SEMI-CONDUCTING JACKET SHALL BE IDENTIFIED AS
59) SIMI?CONDUCTING BY SURFACE PRINTING.
1 60)
.2 61). SPLICES AND TERMINATIONS
3 62) SPLICES SHALL BE AVOIDED WHERE POSSIBLE.
SHIELDING SMALL BE CONTINUED THROUGH SPLICES.
3 63) NO CABLE SPLICES SHALL BE MADE IN UNDERGROUND DUCTS AND MANHOLES.
3 64) SPLICES AND TERMINATIONS SHALL BE MADE IN ACCORDANCE WITH THE
65) MANUFACTURER'S WRITTEN INSTRUCTIONS. NO SEM1-SET COMPOUND SHALL BE
66) RETEMPERED AND REUSED.
3 6?) WHEN A CABLE IS OPENED FOR SPLICING OR TERMINATING. THE WORK OF SPLICING
6S) OR TERMINATING SHALL PROCEED IMMEDIATELY AND CONTINUE UNINTERRUPTED,
69) UNTIL COMPLETE. INCLUDING ANY SEALING REQUIRED.
71) GROUNDING CONDUCTORS IN THE INTERSTICES SHALL BE CONTINUED THROUGH
72) SPLICES.
73) OUTDOOR EXPOSED TERMINATIONS SHALL BE EQUIPPED WITH RAIN SHIELDS.
j 74) CONNECTIONS TO INSULATED SUSSES SHALL BE COMPLETELY
77) PORTIONS OF BUSWORK LEFT EXPOSED FOR CONNECTION.
 Approved For Release 2009/03/20: CIA-RDP89-00244R000801860001-3 so PAGE 3
'SCHEMATIC DESIGN
CENTRAL'INT `'.IGEVCE AGENCY DATE 06/16/83 TIME 18.247.
HEADQUARTEi EXPANSION / MEDIUM VOLTAGE CABLE
3 . 78) STRESS CONES. SHALL BE PROVIDED FOR_ SHIELDED CABLE TERMINATIONS..
! :3 81)
.A COPY OF THE RECOMMENDATIONS SHALL BE FURNISHED TO THE ARCHITECT.
OF
83) NO BENDS WILL BE ALLOWED IN THE UNSHIELDED "LEAKAGE DISTANCE" LENGTH
84) OF THE CABLE OR IN THE IMMEDIATE AREA OF THE.-STRESS CONE.
85) CABLE BENDS SHALL COMPLY WITH MINIMUM RADIUS AS.RECOMMENDED BY THE CABLE
86) MANUFACTURER.
87) PULLING
88) WHERE A PULLING COMPOUND IS REQUIRED. THE-COMPOUND SHALL BE UL LISTED
39) AND COMPATIBLE CHEMICALLY AND PHYSICALLY WITH THE CABLE JACKET AND THE
93) DUCT.
3 91) THE CABLE SHALL BE ENERGIZED WITHIN 24 HOURS AFTER BEING INSTALLED.
3 92) LONG CABLE PULLS SHALL PROVIDED CONTINUOUSLY WITHOUT INTERRUPTION.
93) USE A STRESS OR STRAIN GAUGE IN PULLING CABLE.
3 95) EXPOSED CABLES, IN MANHOLES. VAULTS OR .ELECTRICAL EQUIPMENT ROOMS SHALL
96) BE FIREPROOFED.
3 97) FIREPROOFING SHALL-BE IRVINGTON NO. 7703 ARC AND FIREPROOFING TAPE
98) HALF-LAPPED AND HELD IN PLACE BY BANDS OF NO. 27 PRESSURE SENSITIVE
99) GLASS CLOTH TAPE PLACED TWELVE INCHES ON CENTERS.
A 100) FOR CABLES UNDER 1-112 INCHES O.D. USE 1-1/2 INCH WIDE TAPE.
A 101) FOR CABLES GREATER THAN 1-1/2 INCHES O.D. USE 3-INCH WIDE TAPE.
1 102) 6. FACTORY TESTING
103) THE FOLLOWING FACTORY RESTS SHALL BE PERFORMED:
3 104) ON THE SAME PRODUCTION RUN
A 105) CONDUCTOR RESISTANCE .
A 106) INSULATION THICKNESS
A 107) TENSILE STRENGTH
A 108) ACCELERATED WATER ABSORPTION
3 109) ON THE MATERIAL TO BE SHIPPED
A 113) D.C. VOLTAGE TEST
A 111) INSULATION RESISTANCE
112) THREE CERTIFIED COPIES OF THE TESTS SHALL BE RECEIVED BY THE ARCHITECT FOR
113) APPROVAL PRIOR TO SHIPPING.
2 114) FIELD TESTING IS SPECIFIED IN SECTION 16330? "TESTING " .
Approved For Release 2009/03/20: CIA-RDP89-00244R000801860001-3
 ,a 4e ILvr 101j3,J rAit
DATE 0611( 3 TIME 18.247
MEDIUM VOL1- E CABLE
r
115)
116)
THE CABLE SHALL BE MANUFACTURED BY:
117)
ANACONDA ERICSSON
118)
COLLYER
119)
CYPRUS
ROME
120)
GENERAL
CABLE
121)
OKONITE
122)
PHELPS DODGE CABLE & WIRE
? -NA*PUF4CTURERS
Approved For Release 2009/03/20: CIA-RDP89-00244R000801860001-3
ar, G 13.155 SO..'
CENTRAL INTELLIGENCE. AGENCY'
HEADQUARTERS EXPANSION
 Approved For Release 2009/03/20: CIA-RDP89-00244R000801860001-3
-SPECIFICATION NO. P13E35
SCOPE: This specification covers single conductor EPR (Ethylene Propylene Rubber) insulated,
thermoplastic jacketed power cable for use in aerial, direct burial, conduit, open tray, and
ro un.d Hi in installations. This cable is capable of operating continuously at a conductor
..
d
n
erg
e c
C
c
?
oe ~e g
-...-
-
C for normal operation, 130
_temperature not in excess of 90
133% insulation level
V
STA
S-68-516 (NEMA Pub. WC8-1976) "Ethylene Propylene Rubber Insulated Cable and Wire
Underwriters Laboratories Standard 1072 for Medium Voltage Solid Dielectric Cable (MV90),
NDARDS: The following standards shall forma part of this specification - IPCEA Pub. No.
,
ditions, and 250?C for short circuit conditions, and is rated 15,000
(ungrounded neutral).
1h1,.,:4nd AEIC No. 6, latest issue.
-CONDUCTOR: The conductor shall be Class B compressed softor annealed copper in accord-
?``` --ante with -ASTM Specs 83 and B8 and IPCEA, Part 2, Section 2.1 and 2.5.
CONDUCTOR SHIELDING: The conductor shall be shielded with an extruded semi-conducting
layer over the conductor, applied in tandem with and firmly bonded to the insulation.
--INSULATION: The insulation shall be EPR'(Ethylene Propylene Rubber) meeting the require-
ments of the referenced standards. The average thickness shall be 0.220"; and the minimum
spot shall be not less than 90% of the average thickness.
`^?JACKET: The cable shall be provided with a jacket of black Habirdure (PVC), which is a polyvinyl
cM ride compound conforming to the requirements specified for polyvinyl chloride jackets in
IPCEA. The average thickness shall be in accordance with Table 4-3 of IPCEA, and the minimum
spot thickness shall be not less than 80% of the average thickness.
IDENTIFICATION: Cable shall be identified by surface printing of the jacket indicating: Phelps
Dodge, size, insulation type, voliage rating, and Underwriters Laboratories designations.
TESTS Physica and"electrical tests shall be conducted in accordance with the requirements of
IPCEA No. S-68-516 (NEMA WC8-1976), Underwriters Laboratories Standard 1072 for Medium
A suitable binder tape may be applied over the shielding.*
SHIELDING: The insulation shall be covered with a helically applied, lapped, printed semi-
conducting tape. Over this layer shall be a helically applied, lapped, 0.003" bare copper tape.
1Lo~age_Solid Dielectric Cable (MV90), and AEIC No. 6.
EFo-NEC Atti.cle.318 Cable Tray applications in sizes 250 and lager, a special binder and
jacket will be provided, if necessary.
P.O. Box 391, Yonkers, New York 10702 ? [phone]
-,--,...'-Approved For Release 2009/03/20: CIA-RDP89-00244R000801860001-3
 ~.., `Ke 'R?f.f~ ~?'T?AY!!"( ;a n'T .~1`~'1~.1r '?i~y,T +^?;r-f/+
M...r ? rrw ~w.~?f-e~wvR^n ~s~y~nfi,~r, 2!n ; .a?r.-n ^s~!!r.+w?fr. ;.^,'y:rC1!'...'R ., t i ..; t-, v .+;?r~ ~ ~ , . ?..a .S , - .~+,.~.{~.Tr:;
Approved For Release 2009/03/20: CIA-RDP89-00244R000801860001-3
.. ...:''", r~~ ..z r~'.~~.`~x'''~ ~~+?~rr :7dfr!7 PlY_";?.,
al
. -(
!
e- _t'o
?
I ~-'
~
? - .`,,,) 1 I ,1 . . ~ - i s
'\
S '1
t ..
- - ~Mr '-W^?MU~IYlYrt~V _?IaGr^-~1v`JCIYrt~Z:.+Litl'1.1 W.6 - ~.- '~'?:~J 1 ~a,:.bw-
- ~..~t?,~
'a..Il'~.-iJ..
Applications Standards Featu
res APR 14 197
8
For use in aerial, direct burial, conduit, Manufactured and tested in accordance ? Flexib
le, easy bending insulation
open tray, and underground duct installa- with the latest revisions of: ? Easy cable preparation
tions. These cables are capable of IPCEA Pub
No
S-68-516
.
.
operating continuously at a conductor NEMA Pub
WC8 1976 ? Easy-stripping semi-con layer
No
?
M
.
.
C for
temperature not in excess of 90
6 ? 90 *C continuous operating temperature
normal operation, 130 *C for emergency AE
AE C No: No: 6
overload conditions, and 250?C for short UL 1072 MV90 .
circuit conditions, and are rated at ? 100%
shield coverage
15,000 V, 133% insulation level
(ungrounded neutral).
E
E
BARE COPPER C
C
TAPE SHIELD EPR A
A
INSULATION CLASS B COMPRESSED
COPPER CONDUCTOR
,,,e,,..-.-....~.?...< .terms..
. F .~~. . .rco-rv. ../
F o EXTRUDED
-PVC SEMI-CONDUCTING CONDUCTOR
F
ACKET TAPE SHIELD
..
D
B
0.210" (5.59mm)
Conductor
Insulation
Jacke.
Approximate
Approximate
Size
Diameter
Diameter
Thickness
Overall Diameter
Net Weight
Ampacity
Product
AWG or
Direct
Code
MCM
Inch
mm
Inch*
mm
Inch
mm
Inch
mm
Lb/M Ft
Kg/Km
Duct
Burial
213.62-3539
2t
0.283
7.19
0.785
19.9
0.080
2.03
0.992
25.2
623
927
155
188
213-52-3541
1
0.322
8.18
0.825 l
21.0
0.080
2.03
1.032
26.2
695
1034
176
215
213-62.3543
1/0
0.362
9.19
0.865
22.0
0.080
2.03
. 1.072
27.2
789
1174
201
241
213.62.3545
2/0
0.406
10.3
0.910
23.1
0.080
2.03
1.117
28.4
903
1344
228
277
213-62-3547
3 /0
0.456
11.6
0.960
24.4
0.080
2.03
1.167
296
1042
1550
260
315
213-62-3549
4/0
0.512
13.0
1.020
25.9
0.080
2.03
1.227
31.2
1223
1820
295
3:,8
213-62-3551
250 -0.558 14.2
1.070
27.2 0.080
2.03
1.277 32.4.
1368
2036
323
391
213-62-3553
213.62.3555
300 0.611 15.5
350 0.661 16.8
1.120
1.170
28.4 0.080
29.7 0.080
2.03
2.03
1.327 33.7
1.377 35.0
1557
1744
2317
2595
355
387
430
469
213-62-3557
213-62-3561
400 0.706 - 17.9
500 0.789 20.0T
1.215
1.300
30.9 0.080
33.0 0.080
2.03
2.03
1.422 36.1
1.501 38.3
1927
2291
2867 419
3409 465
497
564
213-62-3565 -3565
600 0.866 22.0
1.375
34.9 0.080
2.03
1.582 40.2
2648
3940
508
612.
213.623577
0.968 2:4.6
750
103U 1.117 ~ 28 4
1.480
1.625
37.6 0.110
41.3 0.110
2.19
2.19.
1.747 44.4 3276
1.892 48.1 4179
4878 565
6218 637
683
771
tFo
r 133 percen
t n utatton level (ungsoun
ded eeutral), t
he mmunum c
onductor Siz
e is I AWG.
Approved For Release 2009/03/20: CIA-RDP89-00244R000801860001-3
 Approved For Release 2009/03/20: CIA-RDP89-00244R000801860001-3
Cyprus Wire. tb1e Company _) SPEC 7290
Manufacturers of ROMVME Products.
July 15,.1'977
Supersedes Issue Dated_January 1,1977
ROME-EPR POWER CABLE, 15000 VOLTS
Single Conductor, Shielded, 133% Insulation Level..
Type MV-90
APPLICATION:
A-Where NEC jurisdiction applies: as 15.000-volt 133% insula-
tion level shielded power cable. Type MV-90, for use at conductor
Copper or EC Aluminum Con
ductor
temperatures not exceeding 90?C in wet or dry locations, whe
n
SemiconductingTape(D
installed in accordance with tr,e National Electrical Code.
B - Otherwise. for general purpose applications in wet or dry
'PVC Jacket(!)
Tape _ I Rome-EPR Insulation
locations, in circuits not exceed n;, 15,000 volts, phase-to-phase,
at conductor temperatures not exceeding 90'C for normal, 130?C
for emergency overload, and 250'C for short-circuit conditions-
Suitable for installation in conduit, trays, troughs, ducts, aerial,
and direct burial applications.
i?
C.
STANDARDS:
l
c v
a
t power ca-
A - Listed by Underwriters laboratories as 15,000-vo
_?
, a
~?
ble, Type MV-90, per UL Standard 1072.
B-Conforms to IPCEA Pub. No. 5-68-516 for Ethylene-propylene-
rubber-insulated Wire and Cable.
Metallic Wire Shielding?
Extruded Conductor Shield
CONSTRUCTION: Annealed cooper or Alloy 1350(EC) aluminum
Polykote
conductor, extruded conductor shield,. Rome-EPR ethylene-
pro'iylene-rubber insulation, PolyKote, semiconducting tape, x22
AWG metallic wire shiesding, tape, black paiyvinyi chloride jacket
overall, surface printed.
Size
Thickness in Mils
Numinal
S
COPPER CONDUCTOR
ALUSIiMJM CCtiDIJC10R
AWG
No. of
Diameter
Nom.
Di
Indicates
A
rox
Net
Ampaeity'
Aro:cx. !let
Ampaeity
of
Strands
OvcrIns
am-
Stock
pp
.
"
!
MCM
Insulation
Jacket
.
Inches
Inches
Item
Wt. Lb-/
100F.
Duct Conduit
v,
L
,
t V
Ft.
Duct.
Conduit
8001-15000 VOLTS, SHIELDED, 133% INSULATION LEVEL (UNGROUNDED
NEUTRAL
)
20
7
220
80
.79
1.07
-
640
155
150
475
120
115
1
19
220
80
.83
1.11
-
705
175
170
S30
135
130
1/0
19
220
80
.87
1.15
-
810
200
195
580
155
150
2/0
19
220
80
.92
1.20
-
900
230
225
615
175 '
175
310
19
220
80
.97
1.25
-
1015
260
260
035
200
2C0
4/0
19
220
80
1.03
1.30
-
1215
295
295
' 760
230
230
250
37
220
80
1.08
1.36
-
1395
325
330
c?55
250
255
350
37
220
80
1.20
1.47
-
1775
390
395
1015
305
310
500
37
220
80
1.32
1.60
-
2350
465
480
1'10
370
305
750
61
220
110
1.54
1.89
-
3315
565
585
U'60
455
485
1000
61
220
110
1.70
2.05
-
4220
640
675
2055
525
565
'Duct: Three cables per duct, 90?C Conductor Temperature, 20?C Ambient, One Circuit. 10096 Load Factor, Rho = 90. Conduit: Three cables in
isolated conduit in air, 90?C Conductor temperature, 40'?C Ambient. For other installation conditions,. refer toAstic:le?310-38 of the National
Electrical Code. '
NOTES: ei Copper metallic tape shield or extruded insulation shield available on request.
Q Size 2 AWG is not covered in the UL standard for MV-90 cables at 15 KV 133% IL, so this size cable cannot be UL labeled.
p Neoprene or Hypalon jacket may also be supplied.
Approved For Release 2009/03/20: CIA-RDP89-00244R000801860001-3 F"' 77
?'" ~'
 Approved For Release 2009/03/20: CIA-RDP89-00244R000801860001-3
Cypru's Wire & Cable Company
Manufacturers of ROME Products,
7290 7=15-77
Specification
Rome-EPR Power Cable, 1.5000? Volts
Single Conductor, Shielded, 133% Insulation Level
TypeYMV-9Q
SCOPE-This specification describes single conductor Rome-EPR (Ethylene-propylene-rub
ber) insulated,, shielded power cables for use in ungrounded neutral circuits not.. exceeding
-"- ; 00 volts phase-to-phase at conductor temperatures-of 98':6,feE,corrtinaousnormal opera
tion, 130?C for emergency overload conditions and 250'C.for short-circuit conditions.. . Cables
are intended for use as.Type MV-90 in applications covered by the National. Electrical Code.
Otherwise, they are intended for general purpose power cable-applications, in -wet or dry lo-
cations, including conduit, cableAray, duct direct. burial, and aerial installation -
STANDARDS-The following standards shall form apart of this specification - Underwriters
S-68-516 "Ethylene-propylene-rubber-insulated Wire and Cable."
aluminum-per Paragraphs 2;1, and 2.3 of IPGEA.
CONDUCTOR SHIELDING - Conductors shall be covered with a layer'of extruded conducting
thermosetting.compound'with a minimum thickness of .015". The extruded layer shall be
firmly bonded to the cable insulation and shall meet the resistivity requirements of Paragraph
2.4-otl Pef --
INSULATIQN.-Directly.over the conductor shielding shall be applied ahomogeneous wall of
at,at+j~ pei?E-s#~a11 be nfif-less-f# rr9E3?fb-ofi the specified--thfcknes Tlhylte-aTa-3n "eTe-cTricaT ---
properties of the insulation shall be in accordance with Paragraph 3.6of IPCEA:;. __
SHIELDING -A thin uniform layer of Rome "PolyKote" (black conducting polymeric coating),
,shall-:be applied directly over the insulation. A_semiconducting non-metallic. tape shall be
`wrapped over the "PolyKoto" to act as a conductive bedding between the "PolyKote" layer and
.the metallic_ shielding. A special marker tape applied over the semiconducting tape shall
identify the tape and "PolyKote" layers as conducting.
Paragraph-4.1.1.3 (if IPCEA.
SEPARATOR TAPE=A suitable separator tape shall be applied over the cable shielding
system.
JACKET- A polyvinyl chloride jacket shall be applied overall. This. jacket shall meet the
,regu rements of.Par:iilraip.tL.4.4.5.,of.-IP_CEAand_ttie-S~+n1iglit--Resistancefeq tirti"mmnts-of--tt~
Standard 1072. The average-thickness of.tlre jacket shall be as specified-in Table 4=6 of-
4z I?- ._IPCEA._Tiie-ruinimuln.tiiickness at anypoi'-it -shall. be not less-than, 80%-of that specified:
IDENTIFICATION-All cable shall be idpntified .by means of surface ink printing indicating
manufacturer, size, insulation type, volta esrating, and UL designations.
`' F'TESTS-=Cable shalt be`tested in accordance with IPCEA S-68-516 and UL Standard 1072.
Certified Test Reports?nmay bc.furnisl;ed; if requested prior to production of the cable.
i '-~-~ Approved For Release 2009/03/20: CIA-RDP89-00244R000801860001-3
 Approved For Release 2009/03/20: CIA-RDP89-00244R000801860001-3
Medium Voltage Power Cable
Unibknd? E9
Shielded Power Cable Type MV-90
Copper Conductor 5000 and 15000 Volts 90C
Description
CONDUCTOR
Annealed bare copper, Anapactm
Compact Class B Strand
Sizes: 8 AWG-1000 MCM
EXTRUDED STRAND SHIELD (ESS)
Extruded black conducting stress con-
trol layer over the conductor. Minimum
average thickness not less than 8 mils.
INSULATION
Ethylene propylene (EP) insulation, col-
ored to contrast with the black con-
ducting shield layers.
INSULATION SHIELD
Extruded conducting layer covered by
an overlapped annealed copper
tape.
JACKET
Chlorosulfonated polyethylene (CP) or
Polyvinyl chloride (PVC).
Specifications
Meets or exceeds the requirements of:
UL 1072 for Medium Voltage Solid Di-
electric Cable.
ICEA S-68.516 and AEIC CS6 Standard
for EP rubber insulated wire and cable.
AP 15000 Anaconda-Ericsson Product
Specification for shielded power
cable.
A complete, detailed guide for devel-
oping a specification to meet your
specific needs is available from your
Anaconda-Ericsson Representative.
Application
.NATIONAL ELECTRICAL CODE
Ampacities: Article 310.15
Grounding Conductor: Art i cle 250 95
Wirinct raa!hods: Article 300 & 710
Bending Radius: Article 300-34
Cabe Trays: Article 318
Type MV: Article 326
Features and Benefits
Acceptable for use in OSHA regulated
installations.
UL listed as Type MV-90 for use in ac-
cordance with the National Electrical
Code.
Sizes 250 MCM and larger are also
listed "For CT Use" in accordance with
the National Electrical Code.
Uniblend EP with CP jacket meets IEEE stan-
dard 383 qualification requirements for
use in nuclear (Class IE) and non nuclear
generation stations.
Temperature ratings:
Normal Continuous 90C
Emergency 130C
Short Circuit 2500
Anapact conductor and simultaneous
extrusion of strand shield, insulation
and insulation shield combine to form
a virtually perfect electrode.
EP insulation offers these advantages:
Excellent heat and moisture resistance
Outstanding corona resistance
Flexibility for easy handling
High dielectric strength
Low moisture absorption
Electrical stability under stress
Low dielectric loss
Chemicals and radiation resistance
EP insulation is colored for contrast with
black conducting layers to simplify ca-
ble preparation for more reliable
splices and tern-rinations.
CP jacket has excellent low temperature
properties - meets ILEA cold bend test
requirements down to minus 65C.
U A
Order by Anaconda-Ericsson AP num-
ber, quantity, size, voltage.
Number of specific lengths required
and packaging.
EXAMPLE
Anaconda-Ericsson AP 15105, Uniblend
EP.
5000 feet, 410, single conductor. 5000
Volts.
5-1000 foot lengths . on non
returnable reels.
Anacon Approved For Release 2009/03/20: CIA-RDP89-00244R000801860001 3 '30 (?03) b?? 7000
How to Order
 6 7
0.18
4.6
.090
2.3
0.40.
10.2
4 7
0.23
5.8
.090
2.3
0.45
11.4
2 7
0.27
6.9
.090'
2.3
0.48
12.2
1 19
0.30
7.6
.090
2.3
0.51
13.0
1/0 19
0.34
8.6
.090
2.3
0.55
14.0
210 19
0.38
9.6
.090
2.3
0.59
15.0
3/0 19
0.43
10.9
090
2.3
0.64
16.3
4/0 19
0.48
12.2
.090
2.3
0.69
17.5
250 37
0.52
13.2
.090
2.3
0.74
18.8'
350 37
0.62
15.7
.090'
2.3
U.83
21.1
500 37
0.74
18.8
.090
2.3
0.96
24.4
750 61
0.91
23.1
.090
2.3
1.13
28.7
1000 61
1.06
26.9
.090
2.3
1.28
32.5
Approved For Release 2009/03/20: CIA-RDP89-00244R000801860001-3
DATA SECTION.5 05
Medium Voltage Power Cable
981
Un bI3nd".EP
Shielded Power Cable Type MV-90:
Copper Conductor 5000 and 15000 Volts 90C
Size Diameter Size
AWG Number Conductor Insulation Over Jacket Overall Net Weight AWG
or of Diameter Thickness insulation Thickness Diameter PVCJacket. CPJacket or
MCM Strands inch mm Inch mm inch mm Inch mm Inch mm Lbs./MFT. kg/km lbs./MFT kg/km, MCM
5000 Volts 100% Insulation Level
.060
.060
.060
1.5 0.63 16.0 260 377
1.5 0.68 17.3 331 479
1.5 0.70 17.8 414 560
.060 1.5 0.74 18.8 470 681
.060 1.5 0.78 19.8 555 804
.060 1.5 0.82 20.8 657 951
AP15105
270 391 .6
342 495 4'
425 616 2
494 715 1
580. 840 I/O
685 992 210
.080 2.0 0.91 23.1 836 1211 856 1240 3/0
.080 2.0 0.96 24.4 995 1441 1015 1470 410
.080 2.0 1.01 25.7 1140 1651 4162 1683 250
.080 2.0 1.11 28.2 1494 2164 1519 2200 350
.080 2.0 1.24 31.5 2015 2918 2058 2980 500
.080 2.0 1.44 36.5 2891 4187 .2958 4284 750
.080 2.0 1.60 40.6 3748 5428 3825 5539 1000
15000 Volts 100% Insulation Level Grounded AP 15315
4
2
7 0.23 5.8 .175 4.4 0.63 16.0 .060 1.5 0.86 21.1
7 0.27 6.8 .175' 4.4 0.65 16.5 .080 2.0 0.92 23.4
1 19 0.30 7.6 .175 4.4. 0.69 17.5 .080 2.0__ 0.95 24.2
445 662 475 707. 4
564 817 600. 869. ' , 2
639 926 676 979 1
1/0 19 0.34 8.6 .175 4.4 0.72 18.3 .080 2.0 1.00 25.3 730 1057 738 1069 1/0
2/0 19 0.38 9.6 .175 4.4 0.77 19.6 .080 2.0 ' 1.04 26.3 842 1219 884 1280 2/0
310 19 0.43 10.9 .175 4.40.81 20.6 .080' 2.0 1.09 27.7 1003 1453 1027 1487 3/0
410 19 0.48 12.2 .175 4.4 0.87 , 22.1 .080 2.0 1.14 28.9 1169 1693 1194 1729 410
250 37 0.52 13.2 .175 4.4 0.91 23.1 .080 2.0 i.20 30.5 1339 1939 1368 1981 250
35037 0.62 15.8 .175 4.4 1.0125.7 .080 2.0 1.29 32.7 1696 2456 1726 2500 350
500 37 0.74 18.8 .175 4.4 1.13 28.7 .080 2.0 1.43 36.4 2272 3290 2306 3340 500
750 61 0.91 23.1 .175 4.4 1.30. 33.1 .080 2.0 1.61 41.0 3135 4540 3213 4653 750
1000 61 1.06 26.9 .175 4.4 1.46 37.1 .110 2.8 1.83 46.6 4116 5961 4225 6119 1000
15000 Volts 133% Insulation Level Ungrounded
2
7
1
19
I/O -
19
210
19
3/0
19
410
19
250
37
350
37
500
37
750
61
1000.
61
0.27 5.8 .220 5.6 0.74 18.8 .080 2.0 1.01 25.7 646 936
0.30 6.8 220 5.6 0.78 19.8 .080 2.0 1.05 26.7, 726 1051
. 0.34 8.6 .220 5.60.81 20.6 .080 2.0 1.09 27.7 841 1218
0.38 9.6 .220 5.6 0.86 21.8 .080 2.0 1.13 28.8 935 1354
0.43 10.9 .220 5.6 0.91 23.1 .080 2.0 1.18 30.1 1103 1597
0.48 12.2 .220 5.6 0.96 24.4 .080 2.0 1.24 31.4 1252 1813
0.52 13.2 .220 5.6 1.00 25.4 .080 2.0 1.28 32.4 1423 2061
0.62 15.8 .220 5.6 1.10 27.9 .080 2.0 1.40 35.6 1839 2663
0.74 18.8 .220 5.6 1.22 31.0 .080 2.0 1.53 36.9 2400 3476
0.91 23.1 .220 5.6 1.39 35.3 .080 2.0 1.71 43.3 3274 4741
1.06 26.9 .220 5.6 1.55 39.4 .110 2.8 1.95 49.5 4310 6242
AP 15318
688 996 2
769 1114 1
865 1253 1/0
1030 1492 210
1130 1636 3/0
1806 1891 4/0
1452 2103! 250
1872 2711 350
2436 3528 500
3360 4866 750
4426 6410 1000
Spocifiod cut lengths are subject to a Extruded . strand shiold:, thickness: Dimensions and weights shown are
tolerance of plus 5% minus 0%. Sizes 6 AWG and 4 AWG nominal, subject to standard industry
015 inch (.35 mm). ' tolerances.
Sizes 2 AWG thru 1000 MCM
.008 inch (.2 mm).
Anaconda-Ericsson Inc.. Wire and Cc:1h!e,Div!sion, Greenwich Office.F'ark 3, Greenwich, CT 06830 [phone]
.._. Approved For Release 2009/03/20: CIA-RDP89-00244R000801860001-3
 Approved For Release 2009/03/20: CIA-RDP89-00244R000801860001-3
Section 2: Sheet 10
MAY
2.81982
Okoguard-Okoseal Type MV-90
15kV Shielded Power Cable
One Copper Conductor/90C Rating/100% and 133% Insulation Level
Insulation
Okoguard'? is Okonite's registered trade
name for its exclusive.ethylene propy-
lene base, thermosetting compound,
whose optimum balance of electrical
and physical properties is unequalled in
other solid dielectrics. The clean red
color of Okoguard is the result of an
evolutionary development in ethylene
propylene rubber compounding to gain
greater dependability of the electrical
characteristics.
Jacket
The Okoseal (PVC) jackeTsuppli6d with
this cable is mechanically rugged and
has excellent resistance to oil, acids and-
most chemicals.
Applications
Okoguard-Shielded-Okoseal 15,000 volt._
power cables are recommended as feed=-
l
d
Aflame retardant construction, size 250
kcmil and larger, for installation in cable
tray is available on special order. This
FOR CT USE".
Product Features
? Okoguard cables meet or exceed all
recognized 'industry standards (ICEA,
AEIC, NEMA,-UL).
._ 130C.emergency rating
250C short circuit rating- -
_ ! Exceptional resistance to moisture,
even at 90C.
? Excellent corona resistance
? Easy-to splice and terminate
? Flame resistant
? Excellent weathering properties.
? Resistant to most oils, acid and
an
er circuits in all Industria
c o n ,
--alkalies.
mercial installations.
Specifications
Conductor: Uncoated Copper, Class -- - '
B stranded per ASTM B-8.
Strand Screen: Extruded- semiconduct-
ing strand screen. Meets or exceeds
electrical and physical requirements of
ICEA S-68-516, AEIC CS6-79 and
UL 1072.
Insulation: Meets or exceeds electrical
and physical requirements of ICEA
S-68-516; AEIC CS6-79 and UL 1072.
Insulation Screen: Extruded semicon-
ducting insulation screen applied di-
rectly over the insulation. Meets or
exceeds electrical and physical require-
ments of ICEA 5-68-516; AEIC CS6-79,
and UL 1072. _
Shield: Uncoated 4-mil copper tape
helically applied with:minimum overlap
of 12.5ie.
Jacket: -Meets or exceeds electrical
and physical requirements of ICEA
S-68-516 for oolvvinvlchloride jackets,
A Conductor-
-. Stranded Copper -
3 Strand Screen-
Extruded Semiconducting
C inSUIation--Otio,)uard
D Insulation Screcn-
Extruded semiconducting
E Shield--Copper Tape
F Jacket-Okuseal
Listed by Underwriters' Laboratories,-
Inc. as Type MV-90 and rnects UL
Standard 1072.
? UL Listed as Type MV-90.
Additional Information
For additional information contact your
local Okonite representative or Service
Center Manager..
Approved For Release 2009/03/20: CIA-RDP89-00244R000801860001-3
 Approved For Release 2009/03/20: CIA-RDP89-00244R000801860001-3
Cabo 0k ose TYPe M.V-90 UL ,g
15kV: Shielded Power Cable
Okoguard Insulation, 175 Mils (4.45mm); 100% Insulation Level
? 115-23-3011
2
33.6
7
80
2.03
.98
24.89
670
778
150..
115-23-3013 ?
1
42.4
19
'80
2.03,
1.03
:26.16
760
868
170
115-23-3015
1/0
53.5
19
80
2.03
1.07
27.18
857
965
195
A 1115-23-3017,
2/0
67.4
19
80
2.03
1.12
28.45
975.
1083
225
? 115-23-3021
4/0
104.0
19
. :80
2.03
1.23.
31.24.
1296
1441
295.
115-23-3023
.
250
127.0
37
80
2.03
1.27
32:26
1446
1591
330
? 115-23-3027
350
177.0
37
80
2.03
1.40
35.56
1859
2004
395
? 1.15-23-3031
.500
253.0
37
80.
2.03 1
.-'1.53'-
38.86
2421
2631
480 .? -
115-23-3035
750 '
380.0
61
.'r 110 . ?
2.79-
1.80.
.45.72
. 3477
'3622
5.85
Okoguard Insulation,
220 Mils (5.59 .-i33% Insulation Level . ?
. "
A 115-23-3111
?2
33.6
7
80
2.03
1.08
27.43
764
872
150
115-23-3113
1
42.4
19
80
2.03
1.13
28.70
860
968
170
115-23-31 15
1 /0
'.535
19
80
2.03
1.17
29.72 '
960
1068
195
? 115-23-3117
? 115-23-3121
2/0
4/0
67.4
104.0
19
19
80
80
2.03
2.03
- 1.21 . 30.73
1 34 34.04
1081
1439
1226
1584
225
I 295
115-23-3 123
250
127.0
37
80
..2-03
1.39
35,31
1595
1740
330
? 115-23-3127
350
` 177.0
' 37
80
' 2.03
.1.49
37.85
1990
2200
395
? 115:23-3131
500
253.0
, 37
'.. 80
2.03
1.62
41,15
2563
. 2773
480
115-23-3135
750-
260.0
61
110
2.79
1.91. .
48.51
3682
3968
585
MIninium Manufacturing Quantity for non-stock items is 5000 ft.
? Authorized stock item available from our Customer
Service Centers.
Standard Package-42-4/0-2000' N.R. Reels #250 MCM and
larger-1000' N.R. Reel. Standard package will be.1urnished
where orders do not specify otherwise.
? #2 i wg limited to 100% insulation level.
Ampacity
(1) Ampacities in accordance with Table 310-43 (copper con-
ductors) of the 1973 National Electrical Code for three single
TypeIMV-90 conductors. or single conductors twisted together
(triplesed) and installed in isolated conduit in air at an ambient
temperature of 40C and a conductor operating temperature
of 90C.
For other ambient temperatures refer to Engineering
Bulletin ~..
Section 2 i
ile. et 1O
ccnfiPANY
RarTnssy, Ne ,v Jersey 07446
Approved For Release 2009/03/20: CIA-RDP89-00244R000801860001-3 ~___
 .:.,, ? Approved For Release 2009/03/20: CIA-RDP89-00244R000801860001-3~i~eCIfIC~.tttOll
No.. P-191-15B
Power Cab!e
N.E.C.-U.L. TYPE MV-90
EPR
INSULATION
SEMICON
CONDR
SHIELDING
15000 Vo!ts
BINDER
TAPE
C
Applications
90?C Conductor temperature,
wet or dry continuous
operation.
Aerial (messenger supported)
Direct burial
Conduits or ducts
Open wiring indoors
Single conductor size 250
kcmil and larger may be
installed in cable tray per Nec
318-2(b) and marked for CT
use" when specifically
ordered.
Dry locations
Wet locations
Exposure to weather
In presence of many
chemicals and oils
Exposure to ozone
Note When specifically
required by contract or
purchase negotiation this
cable shall meet AElC #6
requirements.
U.L. listed as type MV-90, U.L.
Standard 1072 for use in
accordance with article 310-
51 N.E.C.
?r,
SPECIFICATIONS ON
RE VERSE SIDE...
AWG
FACTORY
STRAND
INSUL. .
JACKET
APPROX.
APPROX.
OR kcmit
AMPACITY'
TEST
(NO. OF
THICKN.
THICKN.
O.D.
NET WT.
SI
E
VOLTAGE
WIRES
MILS
MILS
INCHES
/1000'
LBS
Z
AC
DC
)
.
.
.
1
204
33.0kv
80.Okv
19
215
80
1.07
700
1 /0
232
33.0kv
80.Okv
19
215
80
1.11
790
2/0
265
33.0kv
80.0kv
19
215
80
1.15
900
3/0
302
33.0kv
80.0kv
19
215
80
1.20
1035
4 /0
344
33.Okv
80.0kv
19
215
80
1.26
1215
250
378
33.Okv
80.Okv
37
215
80
1.31
1365
350
457
33.Okv
80.Okv
37
215
80
1.41 .
1725
500
557
33.0kv
80.0kv
37
215
80
1.54
2270
750
695 .
33.0kv
80.0kv
61
215
110
1.78
3270
1000
807 .
33.0kv
80.Okv
61
215
110
1.94
4120
'Ampecity based on three copper cables in duct bank. 20? C ambient. 90? C conductor temperature. 1100% load factor.
Weights and dimensions are for cables with copper conductors and wire shield.
THREE CONDUCTOR 15000 VOLTS (133% Insulation Level)
AWG
OR kcrnil AMPACITY"
SIZE
dad)
SEMICON
LAYER
FACTORY
TEST
VOLTAGE
AC DC
METALLIC'
SHIELDING
STRAND INSUL. JACKET APPROX. APPROX.
(NO. OF THICKN. THICKN. O.D. NET WT.
WIRES) MILS. MILS. INCHES LBS./1000'
1 171 33.0kv 80.Okv 19 215 110 2.07 2440
1 /0 194 33.Okv 80.Okv 19 ' . 215 110 2.16 2830
2/0 220 33.0kv 80.0kv 19 215 110 2.25 3150
3/0 250 33.0kv 80.Okv 19 215 .110 2.36 3620
4/0 284 33.0kv 80.0kv 19 215 110' 2.49 4160
250 311 33.0kv 80.0kv 37 215 110 2.59 4650
350 374 33.0kv 60.0kv 37 215 140 2.86 5910
500 449 33.Okv 80.0kv 37 215 140 3.14 7635
750 545 33.0kv 80.0kv 61 215 140 3.54 10425
"Ampacity based on one topper cat,le in duct bank. 20"C ambient temperature, and 90?C conductor temperature. 100?4 load factor.
Weights and dimensions tie:-,;d on cab!es wdn copper conductors and tape shields.
Coi',yer
Ln5i.floits^. V\J~f ire
Collyer Insulated Wire
100 Hic;ginson Ave., Lincoln, RI 0'2M55
Approved For Release 2009/03/20: CIA-RDP89-00244R000801860001-3
 --
,;~,~,, n . Approved For Release 2009/03/20: CIA-RDP89-00244R000801860001-3 ,?
t; '~ ~?, rte, Res Ification
No. P-191-15B
Power Cab! (shded)
N.E.C.-U.L. TYPE MV-90
mow. J"1~rta'7}~i.+g41, ~~e"tA;r:lFX,XC rte. , -. -v 1`ry-?y- fir' ~,~ i i y'T+: "
Jacket
Specifications
Conductors
a. Copper
ASTM B-3
IPCEA-NEMA
U.L. 1072
a.1 Stranding
ASTM B-8 or B-496
IPCEA-NEMA
U.L.1072
b. Aluminum
ASTM B-230 or B-262
IPCEA-NEMA
1.11. 1072
b.1 Stranding
ASTM B-231 or B-400
IPCEA-NEMA
U.L.1072
Insulation '
Collyer RI-7
IPCEA-S-68-516
NEMA WC-8
U.L. 1072
Scope
This specification covers single and multi-conductor
shielded cables, insulated with Collyer EPR, ethylene
propylene rubber, and with a jacket of either neoprene, PVC
or Hypalon*. Cables produced under this specification are
suitable for 8001-15000 volt operation in conduits,
underground ducts, aerially or directly buried at continuous
conductor temperatures of 90?C in wetordry locations.
Single conductor size 250kcmil and larger may be installed
in cable tray per NEC 318-2(b). Listed by U.L. as type MV-90.
U.L. standard 1072.
Components
Conductors: The conductors shall consist of soft copper.
meeting the requirements of ASTM Specification B-3 or
aluminum meeting ASTM B-230 or B-262. If required,
copper conductors may be coated with tin or tin-lead alloy
meeting ASTM B-33 or B-189.
The stranding shall meet the requirements of ASTM
Specification B-8 or B-496 for copper conductorand B-231
or B-400 for aluminum conductor. Normally Class B
compressed strand will be supplied.
Insulation: The insulation shall consist of COLLYER EPR,
ethylene propylene rubber, extruded concentrically over the
conductor to the wall thicknesses sho%-Y'n in the tables of
Construction details. It shall meet the requirements of
COLLYER specification RI-7, IPCEA-S-68-516, NEMA WC-
8 and U.L. 1072.
(one of the following)
Collyer RS-2 (Neoprene)
PS-5 (PVC)
RI-10 (Hypalon')
IPCEA S-68-516
NEMAWC-8
U.L 1072
Shielding: Conductor shielding shall consist of an
extruded semi-conducting layer meeting the requirements
of IPCEA-S-68-516 par. 2.4. and U.L. 1072.
Insulation shielding shall consist of a semi-conducting
tape or extruded compound and a serving of shielding wires
or a metallic tape meeting the requirements of IPCEA-NEMA
Standard and U.L. 1072. Normally wire shield is supplied on
single conductor cable.
Assembly: The assembly of multi-conductor cables shall
be done by cabling together the required number of shielded
conductors with a suitable left-hand lay, in accordance with
IPCEA-NEMA Standard. Sufficient moisture resisting fillers
shall be used in the interstices to make the cable round. A
binder or tape shall be applied overall.
Jacket: Over the shielded conductor or assembly there
shall be extruded a jacket of either neoprene. PVC or
Hypalon*. The jacket shall be applied to the dimensions
shown in the tables of construction details and shall meet the
requirements of IPCEA-NEMA Standard. as applicable, one
of the following Collyer Specifications: RS-2, PS-5 or.Rl-;0
and U.L. 1072.
Tests
The finished cable shall be tested in accordance with and
meet the requirements of IPCEA-NEMA Standard and U.L.
1072. When required l.;y contract or purchase negotiation it
shall comply with AEIC No.6 specification.
auy'7r?"~:td%~9fY??v'.'v. yfST:~~r,:^s.'+-rrcZyr+SQs^s~'..r"".A;?;^,:y:,:mr 5
.3h
C
In 77 :, yer d Conlyer Insula~tedWir'e,^^^lr5
Approved For Release 2009/03/20: CIA-RDP89-00244R000801r 860001-3 n' RI 028:;
 Approved For Release 2009/03/20: CIA-RDP89-00244R000801860001-3
15,000-Volt Copper Conductor
EPR Insulated, Shielded;-. PVC Jacketed
133% insulation level
APPLICATIONS: Primary power and distribution circuits in industrial and commercial
installations, power circuits. in generating plants where line to ground fault currents are
within shield capabilities. May be used in wet or dry locations installed in conduit, duct,*.
open air, aerially or directly buried, in accordance with the standards below.
STANDARDS: Temperature Rating 90?C - Wet and Dry locations
UL Listed Type MV-90 (Direct burial, not permitted by UL 1072)
UL Type "CT" (Cable Tray) Label available (for 1975 NEC approved
sizes 250 kcmil and larger)
UL Type "Sunlight Resistant"
Meets IPCEA S-68-516/NEMA WC8
CONDUCTOR
AMPACITYt
Approx
Approx
l
i
J
k
.
e
bl
C
it
d
C
Size
Stranding
on
Insu
at
ac
et
t
N
a
e
on
u
AWG or
No: of
Thickness
-Thickness
Weight
00
Size
Condition
Condition
kcmil
Wires
Mils
Mils
Lbs/M Ft
Inches
Inches*
A
B
1
19
220
80
735
1.09
3-
170
175
1 /0
19
220
80
829
1.13-
3'.h
195
200
2/0
19
220
80
-944
1.18
31/2
225
230
3/0
19
220
80
1082
1.23
3'/z
260
260
4/0
19
220
.. 80.
1258
1.28
3'/z _
295
_295
250
37
220.
80
1414
- 1.34
4
330
325
350
37
220
80
- 1788
1.45.
4
395
390
500
37
220
80
2335
1.58
-4'/z
480
465 -
`For three single conductor cables per conduit, 40% conduit fill (NEC Chapter 9, Tables
1 and 4).
tAMPACITIES ARE BASED,ON THE FOLLOWING:
Condition A - Triplexed or three single conductors in isolated conduit in air, 40?C ambi--:
ent air, 90?C conductor temperature (NEC Table 3104 1), short-circuited shields.
Condition B -- Triplexed or three single conductors in underground durt, one circuit,
20?C ambient earth, 90?C conductor temperature, earth thermal resistance (RHO) of 90
and 100% load factor (NEC Table 310-4X, short-circuited shields.
Ampacities for other conditions of installation or operation will be supplied upon request.
The above data are approximate and subject to-normal m3riufacturing tolerances.
GENERAL CARLE CORPORATION
Copper
Conductor
Extruded
Semiconducting
Conductor
Shield
Qual-Strip TM
Free Stripping
Semiconducting
Coating &
Tape Shield
Uncoated
Copper Wire
Shield
Also available
with uncoated
copper tape
shield.
Fxt:CUtiV,r Officrs: 500 :'Jest i'utn.im t\vt,,., Greenwich, Conti. 06830
1 ta+:lth(ru' (:'0:1) C-61 -0100
CATALOG NO.: 400-2220
FEBRUARY 1977
Approved For Release 2009/03/20: CIA-RDP89-00244R000801860001-3
 IL..I? II I.I
. wP
Approved For Release 2009/03/20: CIA-RDP89-00244R000801860001-3
POWER CABLE/15,000 Volt Copper Conductor
EPR Insulated, Shielded, PVC Jacketed
133% insulation level
ENGINEERING INFORMATION
Conductor Operation Temperature: 90?C continuous normal
operation.
Insulation: High quality heat-, moisture-, ozone- and corona-,
resistant ethylene propylene rubber.
SPECIFICATIONS
Conductor: Uncoated or coated annealed Class B stranded. cop-
per per UL 1072, Paragraphs _4 thru 12 and IPCEA S-68-516/
NEMA WC8, Part 2.
Conductor Shield: Extruded semiconducting-thermosetting
comnound oer UL 1072. Paragraohs 13 thru 14 and IPCEA
Qual-Strip 'M Insulation Shield: semiconauctmg runner-rnlea S 68 516/NEMA WC8 Part_2,- _,~_.___
nylon tape with an underlying semiconducting coating: Tape
and coating strip freely from the insulation so that minimal
touch-up'cleaning is required t6 ensure a c can Insu aUOn sur
face for splicing or terminating.
Metallic Shield: Concentric serve of spaced uncoated annealed
copper wires. Uncoated annealed copper tape-shield, helically
applied, also-available. (UL_ListedType:"CT'!. cable-employs.-
copper tape shield).
NOTE: UL and IPCEA wire shielding comprising
5000 circular mils of copper per inch of calculated
core diameter, has limited fault current capability and
may not be adequate unless special measures are
-tal~en-ta lir +t-tk~e r?agnitude of +ine to-ground fault currents. Where the adequacy of this type shield is in
-question, engineering assistance is available for the
design of an adequate shield for intended application. -
Jacket: Tough, ozone-, heat-, and moisture-resistant PVC
Jacket: Black-PVC per UL_10.72, Paragraphs 40 thru 43 and
IPCEA S-68-516/NEMA-WC8, Paragraph 4.4.5. PVC jackets
marked "Sunlight Resistant" comply with UL 1072 Paragraph
(p0lyvinyI.ch.loride)_jacket_which-uro.vide piQtectiQn_against_-____--
sunlight, oils, and most acids and alkalies.
Minimum Recommended Installation Temperature:
(-10?C).
. GI=NEftA!_-CABi.E.CORPORATION--
Exccutive Of!k:i !iOU ti';e-.t I'utn.un Ave., Giet?n?vvich, Conn. OGS30
Trli lilu)nc (20:i)'GG1-0100
Approved For Release 2009/03/20: CIA-RDP89-00244R000801860001-3-;
14?F
Insulation: Extruded thermosetting ethylene propylene rubber,
per 1-1M; paragraphs 22 thru 22F and IPCEA S-68-516/
NEMA WC8, Paragraph 3.6.
Insulation Shield: -.Qual-Strip.. free stripping semiconducting
'coating with overlying semiconducting tape per UL 1072 -
Paragraphs 24 thru 24B andIPCEA S-68.516/NEMA WC8,
Paragraph 4.1.1. _
Metallic Shield: No. 24 or 22 AWG uncoated annealed copper
wires per UL 1072. Paragraphs 25 thru 25B and IPCEA
S-68-516/NEMA WC8 Paragraph 4.1.1.3. Uncoated annealed .
copper tape shield, helically applied, per Paragraph 4.1.1..1 also
--avei/able U Listed -Type ET" cable employs copper tape
shield).
 Approved For Release 2009/03/20: CIA-RDP89-00244R000801860001-3
Analysis Matrix
MWw4 VoL-rAGE .. CAFLC SELECTION
_
_
Weight of
a
b
. c
d
_
e
_
f
_
g
_
Total
importance
(0-10)
4
,~ .
6
S
6
I
1? it-7 iLEQS
u ? 1R, Gtr
Y20
Zo
30
5
.4a
JC3
Y5
__ _
2. (FOSS LINKED
Po Y E T"H I/ LEru it (X ~P
3
12
'
1 ~
z
1 Z
5
o
5
o
5
O
O
3.
4.
5.
6.
7.
8.
9.
10.
/1
Z.
/
V.
Excellent - 5 Very Good - 4 Good - 3 Fair - 2 Poor - 1
E~ASEU oN zEE' t i.FoKT
71
i 2 ~t-
i ~~ 3C 4 v LY ~~
1 J V C1/ \n V u
"u ~C
ti W
NJ
v O . ~1
7o/.
A 0HPAf< ISO#V 0T M,V. CA6LE 1)1JSULAT1Or'J
J St. 1" ; O .-r 7 z
Approved For Release 2009/03/20: CIA-RDP89-00244R000801860001-3