Document rxJmwdEpM5y3xa0YzX0XdnpRV
CONTINENTAL
SOME APPLICATIONS:
GIVES YOU ENGINEERING TALENT; WE SOLVED MANVMLECTRfCAt'
SOOT BLOWERSBOILER ROOMS
OPEN HEARTHS STEEL PLANTS
AND ELECTRONieWl CABLE1
TURBINE CONTROLS'
GLASS PLANTS
PROBLEMS.
LADLE & MT CRANES
RHEOSTATS
.
DIESEL LOCOMOTIVES. HEAT TREATING,. ,
I
JRd\NFORMERS
CEMENT KILNS&' --r
A FEW WE HAVT SOLVED:.
BALLASTS-
APPLIANCES ` -
2000 F Applications
MOTORS*4fc-
ELECTRICAL HEATING-:
Improved Abrasion Resistance-
-
Low Noise Characteristics Water Tightness
SIUCONE RUBBER POWE* AND CONTROL CABLES' HAVE BEEN FtEUtt^l PROVEN- CONTINENTAL'S RESEARCH, OUAUTV CONTROL, ENGINEER***'^
o
e Multi Conductor (75 C to 750 F)
ING KNOWLEDGE, HAVE PROVED THE VALUE OP SILICONE RUBBER FOE HIGH TEMPERATURES, WET OR DRY INSTALLATIONS^ -. .
- . `
RBB 00277
SC-ELEC-00050
WH SHOULD^SPECIFY SILICONE RUBBERfc^&l INSULATED Wl1 CABLE?
-because SILICONE RUBBER offers these distinct advantages as an insulation
HIGH TEMPERATURE OPERATION MOISTURE RESISTANCE FLEXIBILITY CORONA RESISTANCE OZONE AND SUNLIGHT RESISTANCE RELIABILITY RADIATION RESISTANCE EXCELLENT ELECTRICAL CHARACTERISTICS
Silicone
Maximum Service Temp., F
500 (+)
Tensile Strength, psi
Room Temperature
800-1800
Minimum Service Temp., F
Static Dynamic
-150
-100
Tensile Strength, psi
25OF
400F
Abrasion Resistance
Oil Resistance
850
Resistance to 150 ppm Ozone at Room Temp.
Under Stress
400 Good
Elongation
%, at Room Temp.
Elongation % 2S0F 400F-
Good
Tear Resistance
If/in. at Room Temp.
Beyond 2 weeks
100-800
350 200- 40 to 250
RESISTANCE TO
Durometer Hardness
Range
20-95
Service Life at 308F
In Dry 4|lr
Continuous
^
TEMPERATURE EXTREMES
Heat resistance usually involves the change in physical properties which may result from exposing insulating ma terials to anticipated service operating temperatures over an extended period of time, or to short-time emergency overloads which cause a temperature rise well above normal operating temperatures. The following table may be used as a general guide for rating serviceability of standard silicone elastomers on a times-temperature basis.
It is important to recogni*$ that the information shown in the following table appgMeonly to a standard, heatresistant silicone rubber compound designed for use in IPCEA standards. Silicone rubber-compounds having much greater resistance to high temperatures are available and are presently being used in applications of an extremelysevere nature.
The foregoing estimate of useful life is based upon CONTINUOUS operation at a conductor temperature as shown. The end-point in the determination of useful life has been- arbitrarily selected as that point in time at which the elongation of the insulation has been reduced to a value so low that the material is no longer able to withstand severe and repeated flexing about a small radius. If the cable is not subjected to continuous operation at high temperature-, or if the application does not involve severe flexing, the useful life will be significantly ex tended. For example, in non-flexing service, useful life at 250F is more than 20 years-
The following ARRHENIUS plot wilt serve as an indi cation of anticipated service life for various heat-resis tant grades of silicone rubber insulation.
ESTIMATED USEFUL LIFE OF A TYPICAL SILICONE RUBBER
Service Temp.
Useful Life*
250F 3OOF 400F 500F
10 years
5 years 2 years 3 months
The resistance of silicone rubber compounds to ex
tremely low temperatures is an important feature. Certain
compounds have a brittle point below -150 F. However,
of paramount importance is the fact that the flexibility of
the rubber is essentially unchanged over the temperature/*"^ !
range from -100 F. to --80 F. No problems will be
countered in handling stiff wire or attempting to train it
into place during the cold-weather months when silicone
,
rubber is used.
RBB 00278
I
RADIATION RESISTANCE
Silicone rubber is the only flexible insulating mate
rial combining excellent heat resistance with a high
level of radiation resistance. In severe flexing ap-
fications, silicone rubber insulated- wire can with
stand exposure up to 10* rads and stilt retain useful
properties.
.
>r
FLAME RESISTANci^fe^ #
Self-extinguishing silicone rubber compounds- are available which provide flame-resistant insulation for those applications where this characteristic is de sirable. These compounds are capable of passing the Underwriters' Laboratories vertical flame test and the flame test of specification MIL-W-16878 even when applied to the smallest size conductors and without the necessity for flame-resistant outer pro tective coverings, braids, or lacquers.
FIRE RESISTANCE
When burned, silicone rubber leaves a non-conduc-
tive silicon dioxide ash which is an excellent die
lectric and which permits continued operation of the
cable for an indefinite period. Cables insulated with
organic materials fail within 1-10 minutes exposure
to open flame, whereas silicone insulated cables
continue to operate for hours, even when subjected
to some vibration.
-
In pre-installation tests on Navy power and control
cable, samples are exposed to flame from a 2<* rib
bon burner. Samples are positioned directly into the
flame and voltage is applied between conductors.
The sample is expected to maintain electrical inte
grity for at least 3 hours. The internal temperature
approximates 1800 F. during the test, but the silicon
dioxide is retained by a glass braid and continues
to insulate.
^
ELECTRICAL PROPERTIES
The electrical properties of silicone compare favorably with or exceed the best organic insulation materials. The outstanding advantage of silicone is that it retains excellent characteristics over a wide temperature and frequency range.
DIELECTRIC FATIGUE
The extreme resistance of silicone rubber insu lated wire and cable to high voltage ionization permits operation of silicone rubber insulated wire and cable at high voltage and temperature levels without failure. Corona resistance ap proaches that of mica with the added advantage of flexibility. Fatigue life under, continuous stress is high. High temperature organic poly mers exhibit a far more rapid decrease in this characteristic when subjected to voltage for a prolonged period of tima-
DIELECTRIC STRENGTH for a typical silicone rub ber insulation is shown below over the tempera ture range 80 F to 50Q F. It will, be noted that
the volts/mil electric strength remains essen
tially constant, throughout the temperature range under both fast rise (1000 volts/second) and slow rise (2000 Voits/minuteK
RBB 00279
DIELECTRIC STRENGTH VPM
DlBXCTOIC STRENGTH v*. TEMPERATURE OF A TYPICAL STOCK
600 f-f 1 FAST RISE
500 | | SLOW RISE
400
CHEMICAL RESISTANCE
Silicone rubber's resistance to chemicals is parti cularly useful at temperatures which prevent the use of other elastomers. The following table shows the effect of a variety of materials on a general purpose, silicone rubber compound after one week's immer sion at 77F.
r~
300'
100 200 300 400 500 TEMPERATURE. F
Material
Height Volume Durometei Change Change Change
% % Pouts
CORONA AND
OZONE RESISTANCE
Ozone and corona resistance should be distinguished as they affect insulating materials. Corona, the ioni zation of gas which leads to a discharge current of ionized particles, can easily damage and deteriorate electrical insulation. Continued corona discharge, eventually causes electrical failure.
The fact that corona discharge in air is known to ' generate ozone, and that corona attack of elastomers produces surface cracking, does not necessarily mean that ozone attack is the only factor involved.
Evidence indicates that corona damage can occur in the absence of oxygen. Ftuoro-carbon materials, such as TFE resins, have good ozone resistance but degrade rapidly when subjected to corona. Silicone rubber is outstanding in its resistance to both ozone and corona conditions.
To determine the resistance of silicone rubber in sulated wire to high voltage gradients, samples of tt20 AWG wire with 3/64 inch wall of insulation have been subjected to a 10.000 volt potential while wrapped in helical form {outer surface elongated 25%) and placed in an oven at 250 C. for 100 hours. There were no signs of stress cracking or corona erosion at the con clusion of this tesU. Under these conditions organic rubber insulations failed within a few minutes even when the test was conducted at room temperature.
FUNGUS RESISTANCE
Properly cured silicone rubber will not support the growth of fungus. Samples of silicone rubber have been successfully tested against the two major military specifications for fungus resistance: Mll-F-8261, Fun gus, Resistance Tests, Aeronautical and Associated Materials, General Specification For; and MIL-3-5272A, Environmental Testing, Aeronautical and Associated Equipment, General Specification For. The fungi in cluded in these tests were: Aspergillus Niger, Asper gillus Flavus, Trichodema T-1. Chaetomium Globosum, Penicillium Luteum, Memnoniella Echinata.
ACIDS Nitric cone. Nitric 7%
Sulfuric cone. Sulfuric 10% Acetic cone. Acetic S% Hydrochloric cone. Hydrochloric 10% Hydrochloric 3%
+10 +10 -30 <1 <1 -2 Disintegrates
<1 <1 -2
+2 +3 -4 +4 +4 -8 + 1 +1 -6 +2 +4 -4 <1 <1 -2
BASES
Sodium Hydroxide 20%
<1 <1 -2
Sodium Hydroxide 1%
<1 <1 -4
Ammonium Hydroxide cone. +2 +2 -4
Ammonium Hydroxide 10%
+3 +2 -6
SALTS Sodium Chloride 10% Sodium Carbonate 2%
SOLVENTS
Ethyl Alcohol Acetone Tolusene Gasoline, Regular Gasoline, Aviation Mineral Spirits Carbon Tetrachloride
<1 <1 -2 <1 <1 -0
+5 +6 +75 +65 + 60
+ 65 +130
+6 +15 +120 4-130
+110 +110 +110
-10 -15
-30 -25 -30 -30
-25
HYDRAULIC FLUIDS Hollingshead H-2 Hollingsheads H-2' Skydrol Skydrol1
PRL3161 PRL3161' OILS Castor Oil Lard Oil Unseed Oil Mineral Oil ASTM #1 Oil?
ASTM #3 Oil ?
Silicon Oil SF96 <100)J Silicone Oil 42,000 cstk.2
+4 +9 +4 +7 +5
+9
<1 <1 <1 +5 +3 +20 +25 +9
+5 M2 +4 +8 +7 +9
<1 <1 <1 +6 +5 +31 +35 +10
-10 -15 -8 -10 -8 -15
-4 -4 -2 -6 -6 -20 -25 -12
OTHER
Water Hydrogen Peroxide 3% Pyranol 1476
<1 <1 <1 <1 <1 <1 +4 +4 -8
`70 hours @ 212 F. '70 hours 300 F.
RBB 00280
REPRESENTATIVE
COMPOUND DATA for wire & cable.
(CWC TYPE CC2101)
RESISTANCE TO WEATHERING
Silicone rubber resists the deteriorating effects of
sunlight, ozone, and gases which cause weathering.
Inherently water repellent, silicone rubber is not af
fected by moist operating conditions. Very dry con
ditions and low humidity will not leach, dry out. or
affect silicone rubber in any way, at any temperature
extreme found in nature.
Silicone rubber also has good resistance to de
teriorating agents found in rain water: chloride, sul
fate. nitrate, and hydrogen ions. Surface water which
may have leeched minerals, acids, bases, and stats
from the soil normally has no detrimental effect on
silicone rubber. Silicone rubber wilt effectively re
sist the concentrations oFsuch materials found in
surface water.
.
INERTNESS
An inert material, silicone rubber is odorless and tasteless. Because it is extremely stable and con tains no sulphur or other acid producing chemicals, it does not cause staining, corrosion, or deteriora tion of other materials with which it comes in con tact.
TYWCAt VALUES.*-
COMPOUND
CC210Y
Color CV/HAV (on wiro)
Tonsil* Strength, pot Elongation, %
Press Cure 10 Min,/275F (Slabs) Hardness. Shore A Tonsil* Strength, psi Elongation, %
Oven Cura 1 Hr./300F (Slabs) Hardness, Shore A Toneile Strength, psi Elongation, % Tear Strength, Die B. psi
Oven Cur* 24 Hi*./300F (Slabs) Hardness. Shore A Tensile Strength, pei Elongation, % Tear Strength. Die B, pi
White
1100 300
56i5 1050 42S
62*5 1075 375
100
645 1050 350
90
PHYSICAL PROPERTIES AFTER HEAT AGING
Hear Aging 24 Hrs./480F (Slabs) Hear A Hardness. Shore A Tensile Strength, pei Elongation. %
Heat Aging 96 Hr*./48QF ($taba| Hardness, Shore A Tensile Strength, psi Elongation, K
Heat Aging 60 Days/41QF (Slabs) Hardness. Shore A Tensile Strength, psi Elongation, %
67-5 900 240
68*5 750 190
72:5 750 125
ELECTRICAL PROPERTIES'
Volume Itoiittivtty# ohm*cm IR(K> Value Electric Strength, volts/mtl Dielectric Constant. BO cps Power Factor, 60 epe
4 x t0'$
>4000 650 3.3
0.002
WATER ABSORPTION2
70 Hrs, in H 9 at 212F Hardness Change, Points Volisne Change. % Weight Change, %
168 Hr*, in H 0 at 168F Hardness Change, Points Volume Change % Weight Change, % Corrected Water Absorption, mg/in 2 Water Extractable*. mg/in2
ACCELERATED WATER ABSORPTION
Elsctrical Method3 Increase in Capacitance. Max. % 1 to 14 days7 to 14 days Stability Factory 14 days in 7SC water
Gravimetric Method Water Absorption, mg/in 2
+3 -1-1
0
+2 0 0
+6 +3
<2.0 <1.0 <1.0
<10.0
RBB 00281
sw
SILICONE RUBBI GLASS BRAIDS
MOTOR LEAD WIRE
600 VOLT
150C~200C
U.L APPROVED IN SIZES #*-#4/0 AWG
STYLE #3125 # 3126
200C
STYLE #3127 #312*
150C
insulation, glass braid or braid*, high temperature silicone varnish.
USES--For hazardous location motor* where exposed to tempera*
tvro* not exceeding 200C (or 150C depending on stranding) or
internal wiring of appliance* where exposed to temperatures not
exceeding 200C (or 150 depending on stranding).
^
APPROVED BY--Underwriters Laboratories Inc, in four styles.
i 5 L 4
BONDED GLASS MAID
SILICON! BUUIK
STRANDED CONDUCTOR
t
Sit*
AWG
8 6 4 2
1 1/0 2/0 3/0 4/0
8 6 4 2
1 1/0 2/0 3/0 4/0
TABLE SRG-S600
U.L STYLE 3125
600 VOLTS
200C
*iiw--w-v**n- -^
19/.0295 19/.0372 I9/.0469 19/.059!
limWIw
Well--*4H
4 4 4 4
SIM 1re14
Wen--Mil*
10 10 10 10
Wiln4
0.0. Indw*
.299 .337 .386 .447
AiRpod^ H*C
115 154 205 280
TABLE SRGG-S600
U.L STYLE 3126
600 VOLTS
200*0
19/.0664
5
20 .539
325
19/.0745
5
20 .580
385
19/.0837
5
20 .626
450
19/.0940
5
20 .667
520
19/. 1055
5
20 .735
600
"r- TABLE SRG-X600
I. U.L STYLE 3127
600 VOLTS
1S0*C
I33/.0111
4
10 .317
115
133/.014
4
10 .362
154
133/.0177
4
10 .421
205
133/.0223
4
10 .490
280
TABLE SRGG-X600
U.L STYLE 3128
600 VOLTS
lSO'C
259/.0I8
5
20 .585
325
259/.0202 5 20 .631 385
259/.0227
5
20 .684
450
259/.0255
5
20 .743
520
259/.0286
5
20 .808
600
1
w*ieie
tk*./M ft. 90
140 210 300
405 485 625 765 895
90 140 210 300
410 490 630 770 900
i
RBB 00282
0
* '=K'S-
Tinned coppar, axtifl^^iilkon* rubbor, 9km braid. USB--For hazardousfoEotion motor* whara axposad to tompofoturas not oxcaodmg 200C intarmittantly (15QC normal). APPROVAL--For u> at I50C normal or 200C AIEE Intarmittant Sarvica.
coNMKiot .
ouooNt tuun
ONDEB gum tMUD
TABLE SPG-X600
Sit* AWG
22 20 18 16 U 12 10
5>tm4
7/.010
lo/.oio
16/.010 26/.010 41/.010 65/.010 I05/.010
OASS H IAIEE INTBtMITTENT SEXVICE)
limrfatiaa Watt
in *4lit
Vahaia
atinf
600 VOLTS
Ncminoi India* O.O.
200 C
Awporihi we
2 600 2 600 2 600 2 600 2 600 2 600 2 600
.107 .115 .125 .137 .155 .178 .224
8
16 24 30 40 55 75
W#I*M In LWM H.
8
9 12 16 22 32 62
RBB 00283
B
Tirmod Coppor,* pxtntdod Silicon* rubber, gloss braid Application---tn *1ctrical or *t*ctronk circuit at a maximum tamparatur* of 200C and whoro a high dogroo of flexibility i* r*quir*d<
"Available also with sitvor plotod and nickol dad coppor conductor.
ft
SILICONE RUBBER
STRANDED CONDUCTOR
TYPE F PLAIN
si UWOJ
,siraMM*
24 7 .055
24 19
.055
22 7 .061
22 19
.061
20 7 .069
20 19
.069
18 7 .079
18 19
.079
16 19
.088
14 19
.118
12 19
.137
TYPE FF PLAIN
24 7 24 19 22 7 22 19 20 7 20 19 18 7 18 19 16 19 14 19 12 19 10 37
8 133 6 133 4 133 2 133 1 259 1/0 259 2/0 259 4/0 259
.086 .086
.095 .095 .103 .103 .111 .111 .123 .163
.182 .204
.298 .342 .398 .467 .542
.588 .644 .768
stranded CONDUCTOR
SILICONE RUBBER
600 VOLTS
Wt. In Lbt. M Ft, 3 3 4 4 5 5 7 7 10 16 25
1000 VOLTS
5 5 6 6 8 8 11 11 13 22 31 44 79 114 176 254 336 405 504 770
200C
Sis* tAwa.)
24 24 . 22 22 20 20 18 18 16 14 12
200C
24 24 22 22 20 20 18 18 16 14 12 10
8 6 4 2 1 1/0 2/0 4/0
EONOEO CLASS IRAID
TYPE F GLASS BRAIDED
Wi--
Nilwl O.D. W*tM in Lk*.
IhdMl
M ft
7 .067
4
19 .067
4
7 .073
5
19 .073
5
7
.081
'7
19 .081
7
7 .091
9
19 .091
9
19 .100
12
19 .132
19
19 _____ dll____
28
TYPE FF GLASS BRAIDED
7 .098
6
19 .098
6
7 .107
8
19 .107
8
7 .115
9
19 .115
9
7 .123
12
19 .123
12
19 .146
16
19 .175
25
19 .194
37
37 .216
52
133 .318
87
133 .362 130
133 .418 194
133 .487 277
259 .566 362
259 .612 451
259 .668 535
259 .792 823
1
Continental "Wire & Cable
RBB 00284
CONDUCTOR--Nickel Chromium Alloy
APPUCATlONs-To heotr pipe* to prevent freezing, or to maintain proper viscosity of liquid* being stored, or in transit through pipe*. Soil heating, roof defrosting, food display case defrosting.
ELECTRICAL DATA--# 19 Nickel Chromium Conductor Resistance--0.32 ohms per foot Out fut-55 ft. length at 120 volts = 500 watts
110 ft. length at 240 volts = 500 watts
I
SILICONE RUBBER* ^ HEATING CABLE
2004C RATED 10 WATTS
PER FOOT TEMPERATURE IS OPERATING VALUE
i
#1* AWO K3ISTANCE CONDUCTOR
c
ewe Vm
6
InwlRtlm
Glass Yarn, .047 Silicone Rubber, Glass Braid
8 .030Silicone Rubber, Tinned
Copper Braid Shield, Silicone
Rubber Jocket
-
8*A Same os Type 8 above but without Silicon* Jacket-
9 Silicone Rubber, Insulation, Tinned Copper Wrap Shield, .015" FEP Jacket
*S* hoartnp chl
to*
Nf oHwr typ cmwhr
NtNRttt CmL S)
awq
19 16 12 19
19
19 16 12
CenS. IHm .036 .051 .081 .036
.036
.036 .051 .081
Dime fowl. .041 .056 .086 .098
.098
.070 .091 .131
Noainat Dia*trr
.146 .161 .191 .164
.132
.110 .135 .181
c
Continental W\re & Cable
RBB 00285
-JwW
SR<T **
SILICONE RUBBER GUSS BRAID
APPLIANCE and FIXTURE WIRE
300 AND 600 VOLT SERVICE
AVAILABLE SIZE5: 22 to 4/0 AWG inclusive
150C-200C
Tinned copper*, nkkel, or rtkkeL-pkrted iron (SRG-S600 only), *
traded silkon* rubber, glass braid.
.
USES--Silicon* Rubber imulotion it recommended for radio, and electronic wiring a* well a* for appliance* where moittgr*. cold and/or heat may be prerent.
'Standard construction.
APPROVED BY--Underwriter* Laboratories Inc. All items approved as appliance wiring materials. SF and SFF types approved as fixture wire. (Tinned, Nickel Plated, Silver Plated Copper, or Nickel con ductors.) Also approved by Canadian Standards Association for equipment wiring.
MAXIMUM OPERATING TEMPERATURES--(UU 1J0C with copper conductor strand size less than 0.015". 200DC with copper conductor strand size 0.015" and larger. 200C with nickel conductor strand size 0.010" and larger.
c
t
U/l Styl* #
SFF-1
BONDIO GLASS BRAID
SILICONE IUSMI INSULATION
STRANDED CONDUCTOR
CONSTRUCTION SPECIFICATIONS
TABLE SRG-X300
CLASS B
300 VOLTS
150C
C$A Typ# Designation
SEWF-1 SEWF-1 SEWF-1 SEWF-1
5i AWG
22 20 18 16
e. . 5,f0M
7/.010 I0/.010 16/.010 26/.010
Insulation' Wall in 64ths
1 l 1 1
Voltago Rating
300 300 300 300
fneKotO.D.
.075 .083 .093 .105
Ampacity 30'C
8 16 24 30
Wight im Lb*/M `
5 7 9 12
3040 3060 SFF-2 (3070) SFF-2 (3070) SFf-2 (3070) 3070
3127 3127 3127 3127
TABLE SRG-X600
SEWF-2 SEWF-2 SEWF-2 SEWF-2 SEWF-2 SEWF-2 SEWF-2
T--
22 20 18 16 M 92 10
8 6 4 2 1 I/O 2/0 3/0 4/0
-
7/.010 10/.0I0 16/.010 26/.010 41/.010 65/.010 105/.010 133/.0111 133/.0140 133/.0177 133/.0223 259/.0180 259/.0102 259/.0227 259/.0255 259/.0286
2 2 2 2 2 2 3 4 4 4 4 5 5 5 5 5
600 VOLTS
600 600 600 600 600 600 600
600 600 600 600 600 600 600 600 600
.107 .115 .125
.137 .155
.178 .224
.317 .362 .421 .490 .568 .614 .668 .727 .798
200C
8 16 24 30 40 55 75 115 154 205 280 325 385 450 520 600
8 9 12 16 22
32 62 90 140 205 300 400 480 620 760 890
TABLE SRG-S600
SF-2 SF-2(3071) SF-2 (3071) 3074 3075
3075 3075 3075 3075
SEW-2 SEW-2
IS 16 14 12 10
8 6 4 2
CLASS H
7/.0153 7/.0192 7/.0242 19/.0185 19/.0234
191.0295 I9/.0372 19/.0469 19/.0591
2 2 2 2 3
4 4 4 4
600 VOLTS
600 .123 600 .135 600 .150 600 .169 600 .227
600 .299 600 .337 600 .386 600 .447
200C
24 30 40 55 75
115 154 205 210
12 16 22 32 52
90 140 205 300
RBB 00286
Tinned copper or nickel' conductor (alto nickel plated iron style 31341, silicone rubber, no outer coveting.
USES--For high temperature applications where flexibility is re quired, such as internal wiring of appliance* where totally enclosed and where exposed to temperature* not to exceed 150C.
SR
BRAIDLESS SILICONE RUBBER' APPLIANCE WIRE
600 VOLT SERVICE AVAILABLE SIZES IB
to 12 inclusive
UL STYLE 3134 150eC
UL STYLE 3135 200 C
STRAMDtO CONDUCT!
SUtCONt U
t
TABLE SR-600
Sis* Awa
18 16 U 12
Strondtay
Solid Solid Solid Solid
UL STYLE 3135
tnu4ati*n Wall in 44Hm
2 2 2 2
Nominal O.D. (lnchat>
.105 .116 .129 .146
600 VOLTS
Ampacity
24 30 40 55
Wt. In lbs. in ft.
10 14 21 29
TABLE SR-S600
18 7/.0152 16 7/.019214 7/.024?12 7/.0305
UL STYLE 3135
2 .111 2 .123 2 .138 2 .157
600 VOLTS
24 11 30 15 40 22 55 31
TABLE SR-X600
UL STYLE 3134
18 16/.010 16 26./.010 14 41/.010 12 65/.010
2 2 2 2
.113 .125 .143 .166
NOTE; Larger AWG sixes of unbraided constructions per IPCEA S-19-81 Spec, are available.
600 VOLTS
24 ii 30 15 40 22 55 31
200C
Standard Pack tH, par tpaaH
500 500 500 500
200 C
500 500 500 500
150aC
500 500 500 500
-7
' RBB 00287
SILICONS RUBBER (%
POWER *
v
ASBESTOS Bl
N.E.C. TYPE SA 600V SERVICE
AVAILABLE SIZES: 14 AW6 to 2000 MCM Inclusive 90C U/L <125C SPECIAL APPLICATION!
----- -*
-
- . -" " -. - %<- *
.T`
Tinned copper, silicone robber, block asbestos braid, (lowo and moisture resistant finish.
USES--For power circuits in wot or dry locations, exposed or in conduit, to withstand constant high temperatures. Maximum operating temperature 90CC U2SC special applications).
APPROVED BY--Underwriters Laboratories, Inc.
I
J
TABLE SA-S600 SINGLE CONDUCTOR 600 VOLTS
AWG at MCM**
*1nwlaHn Walt
Sfrandtof
. in MHm
14 7 12 7 10 7 87 67 47 27
1 19 1/0 19 2/0 19 3/0 19 4/0 19 250 37 350 37 500 37
3 3 3 4 4 4 4 5 5 5 5 5 d 6 6
MINIMUM AVEBAG&.WAII THICKNESS U/L APPROVAf|gtg900 MCM
In MliS
40 40 40 45 45 45 45 45 45 45 45 45 45 45 45
,Apprm. O-D. in Inch**.
.251 .270 .294 .369 .409 .456 .516 .591 .632 .679 .730 .786 .870 .989 1.118
TABLE SA-X600 SINGLE CONDUCTOR 600 VOLTS
Awpadtittf
27 35 48 62 82 no 146 166 192 219 252 293 324 395 484
8 133 4 45 6 133 4 45 4 133 4 45 2 133 4 45 1 259 5 45 1/0 259 5 45 2/0 259 5 45 3/0 259 5 45 4/0 259 5 45
rBased upon 3 cables in conduit--40C Ambient, t Three insulated conductors per conduit (N.E.C.)
.388 .435 .491 .560 .635 .681 .737 .795 .861
62 87 110 146 166 192 219 252 293
Appin. Ship. i Wl. M F**H
42 55 73 115 160 230 336 425 525 635 780 975 1150 1560 2150
115 160 230 336 425 525 635 780 975
RBB 0028&
finned copper, silicon* robber, block asbestos braid, flam* andmoisture resistant finidfa'.. ;?
^j^USE$~For power circuits-iiKenkor dry locations, exposed or its conduit, to withstand constlink high temperatures.' Maximum operating temperature 125C_
SPECIFICATIONS--Cables listed below conform to IPCEA specifica tion S-19-81.
SLACK ASBESTOS (SAID-FLAMS ANO mOISTUSE SESiStANT FINISH
SILICONE SUSSES
STSANDED CONDUCTO*
SlUCONr RUBBE
POWER CABLB ASBESTOS BRaTd
600 and SKV SERVICE AVAILABLE SIZES: 14 AWG to 500 MCM Indusive
125C 200C TYPES Available on special order
TABLE SRA-S600 SINGLE CONDUCTOR 600 VOLTS
AWOvt MCM
u
12 10
8 6 4 2 1
1/0 2/0
0 3/0 4/0 250
350 500
SifoirfMy
7 7 7 7 7 7 7 19 19 19 19 19 37 37 37
InHitatiM Wall in
3 3 3 4 4 4 4 5 5 5 5 5 6 6 6
Alb ifi m MILS
40 ~ 40 40 45 45 45 45 45 45 45 45 45 45 45 45
A^nt, O.O, in tMtm
.251 .270 .294 .369 .406 .453 .513 .588 .629 .676 .727
.783 .867 .986 1.115
AiipEii>iirt
27 35 48 62 82 110 146 166 192 219 252 293 324 395 484
ApproIt* Ship. Wt. IM. M too*
43 56 74 115 160 230 336 . 425 525 635 780 975 1150 1560 2150
TABLE SRA-X600 SINGLE CONDUCTOR 600 VOLTS
8 133 4 45 .388
6 133 4 45 .432
4 133 4 45 .488
2 133 4 45 .557
1 259 5 45 .632
1/0 259 5 45 .678
2/0
259 - :'
5
45
.734
3/0
259 f-
5
45
.792
4/0 259
5
45
.858
62 82 110 146 166 192 219
252 293
TABLE SRA-S5000 SINGLE CONDUCTOR 5 KV GROUNDED NEUTRAL
8 19 10 6 19 10 4 19 10 2 19 10 1 19 10 1/0 19 10
2/0 19 10 3/0 19 10 4/0 19 10 250 37 11 350 37 11 500 37 11
45 45 45 45 45 45 45 45 45 45
45 45
tBased upon 3 cables in conduit -- 40 C Ambient.
XThree insulated conductors per conduit (N.E.C.)
.560 .600
.650 .710 .750 .790
.840 .890 .950 1.020 1.130 1.260
62
82 110 146 166 192 219
25* 293 324 395 484
115 160 230 336 425 525 635 780 975
210 270 340 470 550 645 780 940 1130 1330 1750 2370
RBB 00289
SILICONE RUBBER^
AIRCRAFT WIRE -"
TO
MIL - W - 8777B &
MS 2547!
600V
200C
WIRE--Electrical, silicone insulated, copper, 600 volt, 200C
CONSTRUCTION: Stranded silver plated conductor; silicone insula tion; a glass and dacron braid impregnated with a high temperature lacquer; dacron outer braid and high temperature lacquer.
FEATURES: Capable of operation from -- 65eF. to 400CF. Flame resistant. Resistant to aircraft hydraulic fluids, lubricants and fuels. Free stripping.
DACRON BRAID
SlllCONE RUBBER
CONDUCTOR
TABLE MIL-W-8777B A MS-25471
WJr* Six* Strand
22 19/.0063 20 19/.008 18 19/.010 16 19/.0113 14 T9/.0142 12 19/.0179 10 49/.0142
8 133/.0113 6 "'r~ " 133/.0I42 4 " 133/.0I79 2 665/.010 1 817/.010 0 1045/.010 00 1330/.010
600 VOLTS
Ap^rt*. Co4. Ota*.
.0315 .040 .050 .0565 .071 .0895 .128 .167 .213 .268 .325 .371 .420 .486
Nofflwl O.D. (inch)
.085 .095 .110 .125 .143 .163 .193 .248 .303 .360 .425 .460 .535 .585
200 C
Mciinun N*t Wt. IbcVM Ft.
.58 7.8 10.8 13.5 20.0 29.0 45.0 72.0 107.0 165.0 262.0 317.0 390.0 500.0
13
0>
RBB 00290
Modern silicon* rubber insulated and jacketed coble* are for use in power circuits in wet or dry locations, exposed or in conduit, and to withstand continuous high temperature. Maximum recommended operating temperature is 200s C.
HE
SrtAMMO CONDUCTOt
'silicon* turn* INSUUTION
silicone tuute Mcxr
USES: SRGS multi-conductor cables are designed specifically to operate control and signal circuits in continuous vel^ high temperoture environments found in steel mills, boiler rooms, glass and cement plant* and power stations. THU combination of silicone rubber and glass used in SRGS cables afford excellent resistance to heat; moisture, abrasioit^ Done, ozone and corrosive atmospheres while maintaining excellent flexibility.
FIRE PROOFNESS: An outstanding characteristic of this cable is the ability to maintain circuit integrity during and after exposure to direct flame.
CONSTRUCTION: Stranded tinned copper conductors insulated with 3/64"* wall high dielectric grade silicone rubber and colored glass braid for circuit identification. NEMA Control Cable Color Code for Multi-Conductor Cables is used throughout. Individual conductors are cabled with asbestos Alters where necessary to effect a round cross section, wrapped with mylar binder tape and finished with a flame, moisture, and abrasion resistant silicone rubber jacket. Alt cables are available with galvanized steel or aluminum armor braid overall. SRGS-C600 cables follow tPCEA Spec S-19-81 for materials of construction and electrical performance.
TABLE SRGS-C600
Number of Conductor*
2 3 4 5 6 7 8 9 to It t2 19
Approx. #14 AWO (19}
NomtnoJ 0,0.
.375 .394 .430 47a .511 .
JC59*"-' .63*m .68V' .631 .702 .817
Weight' Pounds T,000
66 93 119 143 169 192 231 259 289 309 333
512
Number of Conductor*
2 3 4 5 6 7 8 9 10 11 12
Appro*. #12 AWG [19>
Nominal 0.0.
Wflight Pounds 1,000
.543 .574
.625 .677 .747.747 .815 .923
.992 .992 1.023
140 180 230
248 330 360 427 450 .590 .620 .690
'Except #14 which is 2/64"
Number of Conductors
2 3 4 5 6 7 3 9 10 11 12
Number of Conductors
2 3 4 5 6 '7 8 9
Approx. #14 AWO 09}
Nominal 0.0.
.471 .499
.579 .635 .689 .489 .751 .812 .917 .917 .944
Weight Pounds 1x000
102 153 212 257 302 343 389 433 510 551 592
Approx. #9 AWG 09}
Nominal 0.0.
W*jght Pounds 1.000
.619 .656 .716 .788 .903 .903 .984 1.042
201 280 350 440 530 580
720 780
RBB 00291
I
SRGi
CONTROi
SILICONE RUN
ASBESTOS BRAN*
600 VOLTS
125C
SIZES #12 and #9 (ADDITIONAL SIZES AVAILABLE ON BEQUEST)
fJ*V. fr-' ;et.r
Modem silicone rubber insulated cabin are far use i*r power circuits irt wof or dry location*, exposed or in conduit, and to withstand continuant high temperature. Maximum recommended operatin^^temperatvre it 125C. In power cable design an asbestos braid, saturated with Bam* and moisture retardant compound, is com monly used to provide a durable covering with heat resistant prop erties compatible with the insulation.
For 200C rated cables see type SRGS-C600.
SlUCONt INSUUTION
- -v Ca&UCKM
USES: SftGA multi-conductor cablet are designed specifically to operate control and signal circuits in continuous frgh temperature environments found in steel mills, boiler rooms, glass and cement plants and power stations. The dpmbination of silicone rubber, glass and asbestos as used in SEGA cables afford excellent resistance to heat, moisture, ait, grease, abrasion,, home, ozone and corrosive atmospheres while maintaining good flexibility.
FIRE PROOFNESS: An outstanding characteristic of this table is the ability to maintain circuit integrity during and after exposure to direct flame.
CONSTRUCTION: Stranded conductors #12 (191 and #9 (19) tinned copper insulated with 3/64" wall high dielectric grade silicone rubber and colored glass braid for circuit identification. NEMA Control Cable Color Code for Multi-Conductor Cables is used throughout. Individual conductors are cabled with asbestos fillers where necessary to effect a round cross-section, wrapped with mylar binder tape and finished with a flame and moisture resistant asbestos braid. All cables are available with galvanized steel or aluminum armor braid overall.
TABLE SRGA-C600.
APPROX$Zfc #12 AWG (19)
APPROX. SIZE #9 AWG (19)
Number of Conductor*
2 3 4 5 6
7 8 9 10 11 12
Noeinet 0.0.
.499 .518 .580 .641 .702 .702 .769 .837 .90S .905 .933
Weight Round* 1,000
141
182 231 248 331 365 427 452 592 620
690
FOR SINGLE CONDUCTOR SEE TABLE SRA-S600, SRA-X600.
Number of Conductor*
2 3 4 5 6 7 8 9 10 11 12
Nominal O.D,
.573 .607 .669" .741 .813 .813 .893 .973 1.053 1.053 1.087
Wnijhf Sounds 1.000
204 283 354 437 52* 576 71J 774 856 908 975
RBB 00292