Attch 6_VAFB Electrical Material Specifications_Hope.pdf

ADSCO LINE PRODUCTS 03/02 Please call for pricing.

Please call for pricing. ADSCO LINE PRODUCTS 03/02

Please call for pricing.

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ADSCO LINE PRODUCTS 03/02

The ABB ICX interchangeable cutout is used on overhead distribution systems to provide overcurrent protection and visible indication of fuse operation. The ICX provides a visible break sectionalizing point for maintenance personnel and is equipped with hooks to use with a portable loadbreak tool. This allows the ICX to be used as a loadbreak switch to open the circuit with load current flowing.

Silicone or Polymer Concrete insulators, Emission Control Devices (ECDs), Seacoast design, cutout/arrester combinations, and Autolink options are available on certain models.

The ICX cutout is offered in three frame sizes and five BIL ratings.

Each of the frames accommodates fuseholders with various ratings.

ICX ratings are 110 kV through 200 kV BIL.

The ICX 100 A fuse is provided with a moisture proof tube as a stan-dard offering. Cutouts perform by expelling gases during interruption from the bottom of the fuse tube. For the highest interrupting rating, a link extender rod is attached to the fuse tube cap, improving the effi-ciency of gas expulsion and arc interruption. Fuse tubes with more than one rating are clearly labeled to indicate each interrupting capability.

This minimizes the number of styles that must be stocked, while pro-viding the broadest range of application flexibility.

The ICX cutout is designed to be electrically and mechanically inter-changeable with the S&C type “XS”, A.B. Chance type “C”, and Cooper type “L” cutouts. Fuseholder caps are also interchangeable with the S&C design. Testing has confirmed the performance of the ICX fuse-holder and fuse support with S&C and Chance.

The ICX cutout meets or exceeds all applicable requirements of EEI, NEMA SG-2-1986, and ANSI C37.41.1994 and C37.42-1989 standards.

• 15, 27, or 38 kV

• 110, 125, 150, 180, or 200 kV BIL

• 100 A, 200 A Fused

• 300 A Disconnect Blade

• Porcelain, Silicone, or Polymer Concrete Insulators Available

• Seacoast Design

• ECD (Emission Control Device)

• Cutout/Arrester Combo

• Kick-out Spring

Silicone rubber has been used for more than 25 years as an outdoor insulation material and has become the fastest growing choice for polymeric material for medium and high voltage outdoor insulation. Silicone was selected for its superior performance, durability, and insulation properties.

It has the unique ability to maintain its hydrophobicity and offers greater stability against heat and ultraviolet radiation compared to other polymers. In addition, silicone cutouts are 30% - 50% lighter than porcelain units. Silicone insula-tors are available in all ratings up to 180 kV BIL.

ABB has been using polymer concrete for more than 10 years. It is available in the 110 and 125 kV BIL ratings.

Polymer concrete provides a safe, shatter-proof design with molded-in rods to prevent moisture penetration. Polymer concrete is cold weather friendly since it resists damage from freeze/thaw cycles. This makes it an excellent replacement for porcelain in colder climates. It is a field-proven material that provides excellent electrical properties and dielectric strengths, as well as superior mechanical durability.

The ICX is available with an Emission Control Device (ECD). The ECD prevents forest fires and provides added operator and environment protection. The unlatching oper-ation of the dropout is unique in the ECD, as it automati-cally resets to the service position upon closing the dropout carrier.

All ICX fuse tubes are available with an optional kick-out spring. The spring assists the drop-out operation by increas-ing the kick-out force on the tube.

The ICX cutouts utilize two different types of fuse tubes: a moisture-proof fuse tube or a high-strength glass fuse tube.

The moisture proof fuse tube is standard on all 100 A designs and is notated by the letter "M" in the 8th digit of the style number (refer to Ordering Instructions on pages 6-7). The moisture-proof tube reduces swelling that can create problems with interruption.

The 200 A design utilizes a high-strength glass fuse tube and is notated by the letter "A" in the 8th digit of the style number (refer to Ordering Instructions on pages 6-7). This fuse tube is composed of a horn fiber liner surrounded by a glass filament wound outer shell. The durable tube with-stands the rigors of high fault current interruptions. In addition, the tube is applied with electrostatic powder paint to provide protection against the effects of ultraviolet rays.

Single voltage rated cutouts can be applied on any single or three-phase system where the line-to-line voltage does not exceed the cutout rating. Dual voltage rated cutouts are suit-able on single-phase circuits where maximum line-to-ground voltage does not exceed the value shown to the left of the slash (for example, does not exceed 7.8kV in 7.8/15kV).

ICX cutouts may be used on three-phase circuits that are solidly grounded and the maximum line-to-line voltage does not exceed the value shown to the right of the slash (for example, does not exceed 27kV in 15/27 kV).

Each frame size has fault interrupting ratings at more than one voltage level. An extensive testing program was per-formed to develop these multi-voltage capabilities. As a result of this program, the voltage rating of some ICX cutouts may be increased by changing the fuseholder.

* Creep and weight values are for standard porcelain units.

* Used with ICX cutouts having the following characters in digit positions 7-10 of the ABB cutout style number.

POWER SYSTEMS, INC.

The above is merely a summary of a portion of the design tests performed on PDV/PVR arresters. Contact your Ohio Brass sales representative for complete test reports on these two arresters.

user 2006-12-08 01:20:52

2006-12-08 01:20:18

2006-12-08 01:22:24

Elliott Molding and Components

For 5kV- 35kV Distribution Systems

ELASTIMOLD

ELASTIMOLD V

SSEEPPAARRAABBLLE CCOONNNNEECCTTOORRS

DDEEAADDFFRROONNT

SSUURRGGE AARRRREESSTTEERRS

COMPONENT APPLICATION AND SELECTION

CatalogSP2includes component groupschematics,partnumbers andstandardratingsofELASTIMOLDproductsfor applicationonundergroundpowerdistributionsystemsutilizingsoliddielectric cable.Godirectly to theproductsection in the tableofcontentsor follow the decision pathoutlined below forcomponentselection and application.

Determineiftheapplicationinvolves (shielded)or (unshielded)connections.Terminationsareair insulatedandclassifiedas Livefront.

Determine if theapplication requires , , , or .

If Separable Connectors are involved, determine the required current class:

, or . This decision is based ontheconductor size, loading, and systemshort circuit currents.The selected connectormust becompatiblewiththematinginterfaceonanyequipment.

200 Amp connectors are available in and styles.

Determine which style is required. 600 Series Connectors are Deadbreak onlyand FusedElbowsareLoadbreakonly.

Determine the part number related to the specific by utilizing theschematic layoutsandproduct tables.

If thecomponentmateswithcable,determinethecableinsulationdiameter, conductor size, type of cable shield and if jacket sealing is required.

CATALOG SP2 Page ID: 03/03

FFUUSSEED EELLBBOOWWS 22000 AAMMP LLOOAADDBBRREEAAK 55--1155kkVV

CCAABBLLE JJOOIINNTTS 22000 AAMMP DDEEAADDBBRREEAAK 2255 kkVV PPAARRTT ##

TTEERRMMIINNAATTIIOONNS 66000 SSEERRIIEES DDEEAADDBBRREEAAK 3355 kkVV

LLIIVVEEFFRROONNTT

SSEEPPAARRAABBLLE CCOONNNNEECCTTOORRS

FFUUSSEED EELLBBOOWWS

CCAABBLLEE JJOOIINNTTSS

TTEERRMMIINNAATTIIOONNS

SSUURRGGE AARRRREESSTTEERRS

DDEEAADDFFRROONNT

LLIIVVEEFFRROONNTT

22000 AAMMP LLOOAADDBBRREEAAK

220000 AAMMPP DDEEAADDBBRREEAAKK

660000 SSEERRIIEESS DDEEAADDBBRREEAAKK

55--1155kkVV

2255 kkVV

3355 kkVV

PPAARRTT ##

• Certified Testsand Performance

• Separable Connector Interfaces

• 200 AmpLoadbreak Connectors

• 200 Amp Deadbreak Connectors

• 600 SeriesDeadbreak Connectors

• 600SeriesDeadbreakConnectors

– Cam-Op, Link-Op

• 600SeriesDeadbreakConnectors

– Stick-Op, Window-Op

• 600 Series Deadbreak Cable Joints

• PCJ Cable Joints

• Cable Terminations

• Surge Arresters

• Shield Adapters, Grounding Kits & Jacket Seals

• How to specify size-sensitive products

• Size Tables

• AEICCableInsulationDiameterReference

• Cable Conductor Diameter Reference

• Equipment Bushings

• MoldedSwitch, Fuse,Multi-Point Junction &

Fault Interrupter Products

• Transmission Cable Products

Elastimold Separable Connectors, Cable Joints, Cable Terminators, Surge Arresters, Fused Elbows and other cable accessoryproductshavebeendesignedandtestedper applicable portions of IEEE, ANSI, NEMA and other industry standards including:

• IEEE 386™ Standard ForSeparable Connectors

• IEEE 404™ Standard For Cable Joints and Splices

• IEEE48™StandardForCableTerminations

• IEEE C62.11™StandardForMetalOxide SurgeArresters

• ANSI C37.41Standard For Current Limiting Fuses

• IEEE 592™ StandardFor Exposed SemiconductingShields

• ANSI C119.4 Standard For Copper and Aluminum Conductor Connectors

• AEICCS6and CS8 StandardsForXLP and EPR Insulated Cables

Refer to the pages listed below for rating information:

• PCJCableJoints,page20. • Surge Arresters, page 26.

• Cable Terminations, page 22

Table 1 showsvoltageandcurrentratingswhichapplytoallSeparableConnectorsincluding200AMPLoadbreak,200AMP Deadbreak and 600 Series Deadbreak products. Table 2 shows switching and fault close ratings which only apply to 200 AMP LoadbreakConnectors.

Maximum line-to-ground (See Application Info Note 1)

8.3kV 15.2kV 21.1kV

Impulse withstand 1.2 x 50 microsecond wave 95kV 125kV 150kV

AC One Minute DC Fifteen Minute

34kV 53kV

40kV 78kV

50kV 103kV

@ 3pCSensitivity 11kV 19kV 26kV

Continuous Current:

Symmetrical Momentary Current:

Continuous Current:

Symmetrical Momentary Current:

200 AMP*

10kA sym, 10 cycle duration

600 and 900 AMP* 25kA sym, 10 cycle duration

* Designed for 90° C maximum continuous operating temperature

• 1ø and 3ø circuits 8.3kV line to ground, 14.4kV max. across open contacts.

• 10loadmake/break operations at200Ampsmax.

with70to80% lagging power factor.

1 faultcloseoperationat8.3kVor14.4kV;10,000 Amps, rms, sym. 10cycles (0.17 sec.)1.3max. asym factorapplies toneworusedmatingparts (upto maximum designated switching operations.)

• 1ø and 3ø circuits 15.2kV line to ground, 26.3kV max. across open contacts.

• 10loadmake/break operations at200Ampsmax.

with70to80% lagging power factor.

1 fault close operation at 15.2kV or 26.3kV; 10,000 Amps, rms, sym. 10cycles (0.17 sec.)1.3max. asym factorapplies toneworusedmatingparts (upto maximum designated switching operations.)

• 1ø and 3ø circuits 21.1kV line to ground, 36.6kV max. across open contacts.

• 10loadmake/break operations at200Ampsmax.

with70to80% lagging power factor.

1 fault close operation at 21.1kV or 36.6kV; 10,000 Amps, rms, sym. 10cycles (0.17 sec.)1.3max. asym factorapplies toneworusedmatingparts (upto maximum designated switching operations.)

1. Loadbreak connectors are designed and rated for use on grounded WYE systems. For application on ungrounded WYE or delta systems, the next higher voltage class product is recommended. Examples: 5kV ungrounded: use 15kV class products; 15kV ungrounded: use 25kV class products;

25kVungrounded:use35kVclassproducts;35kVungrounded:contact factory.

2. Products aredesignedand constructed for all applications includingpadmount, subsurface,vault, indoor,outdoor,direct sunlight, direct buried and continuously submerged in water.

3. Products aredesignedand rated for ambient temperatures of -40° C to+65° C. It is recommended that loadbreak connectors behotstick operatedat -20° C to +65° C ambient temperature range and at altitudes not exceeding 6000 feet.

ELASTIMOLD CATALOG SP2 Page ID: 03/03

LLIIVVEEFFRROONNT

SSUURRGGE AARRRREESSTTEERRS

Feed-Thru 15kV 25kV 35kV

Feed-Thru Vertical

15kV 25kV 35kV

Feed-Thru Well

15/25kV

Feed-Thru Well Vertical

15/25kV

Insulated Parking Bushing

15kV 25kV 35kV

Test Rod ALL Bushing Well

Plug 15/25kV 35kV

Assembly Tool ALL N8

Long Bi-Metal ELR Bi-Metal

Copper LRT Contact RLR Contact

ALL

15/25kV

ALL

15kV

15/25kV

N10 N1

N11Elbow Probe 15kV 25kV 35kV

Elbow Cable Entrance Insulating Plug

ALL

Cable Size Adapter

15kV N14

N1. Copper lug for use on COPPER CONDUCTOR ONLY.

N2. Incudes02500Xlongbi-metalcompressionlugasstandard.

N3. Also available as housing only. Specify: 165BLR-W; 273BLR-W;

375BLR-W; 166BLR-W; 274BLR-W; 376BLR-W.

N4. Alsoavailableaselbow/insertcombination.Specify:

273A4-WX; 166A4-WX; 274A4-WX; 274A4-WX.

165A4-WX;

N5. Alsoavailablewith200ECS jacket seal included.Add - “S” suffix to partnumber.

N6. Rated for single-phase applications only.

N7. Equipped with insulated cuff.

N8. Includes internal torquing feature using 200AT Assembly Tool.

N9. Alsoavailablewithoutprobe. Specify“A”suffix - Example:273DRGA.

N10. Repair elbow has extended length contact and elbow housing resulting in a net gain of 3-1/4" in length.

N11. Replacement elbow hasextended in a net gainof 9-7/8" in length.N12.

length contact and elbow housing resulting

Rated for 25kV thru 35kVapplications.

N13. Includeslongbi-metalcontact00400X.

N14. 160CACableSizeAdaptercanonlybeusedwithelbowpart numbers 165LR/166LR C size only.

N15. See page 6 for WX size tables and for fuse sizes.

N16. Fullyrotatable for360°positioning. Includesbailassembly tosecurefeed-thru insert to bushingwell.

N17. Incudes02800Xlongbi-metal contact.

N18. Incudes02509Xlongbi-metalcontact.

N19. Includes built-in jacket seal. Also available as housing only—specify:

165BLRJS-W or 166BLRJS-W. Also available as elbow/insert combination— specify:165JSA4-WXor166JSA4-WX.

CATALOG SP2 Page ID: 03/03

Refertothe and tablesonpages32and33 forsizingtocable insulation diameter and conductor size.

For cable shield adapters and jacket seals, see page 28.

FFUUSSEED EELLBBOOWWS 22000 AAMMP LLOOAADDBBRREEAAK 55--1155kkVV

CCAABBLLE JJOOIINNTTS 22000 AAMMP DDEEAADDBBRREEAAK 2255 kkVV PPAARRTT ##

TTEERRMMIINNAATTIIOONNS 66000 SSEERRIIEES DDEEAADDBBRREEAAK 3355 kkVV rd.

LR-W

A4-WX

to pa

Elbow Connector

15kV

25kV

N2,3,4,5

N2,3,4,5

35kV N2,3, 5

Elbow Connector w/ Test Point

15kV

25kV

N2,3,4,5

N2,3,4,5

35kV N2,3, 5

Jacket Seal Elbow

15kV N2,19

Connector

Jacket Seal Elbow

15kV N2,19

Connector w/ Test Point Repair Elbow Connector

15kV

25kV

N5,10,18

N5,10,18

Repair Elbow Connector w/ Test Point

15kV

25kV

N5,10,18

N5,10,18

Replacement Elbow

15kV

25kV

N5,11,13

N5,11,13

Replacement Elbow w/ Test Point

15kV

25kV

N5,11,13

N5,11,13

Fused Elbow (General Purpose Current Limiting)

15kV N5,15

Bolted Elbow w/ Tap

15kV N17

Bushing Insert 15kV 25kV

N4,8 N4,8

35kV N6 35kV N8

Extended Bushing Insert

15kV 25kV

N8 N8

Feed-Thru 15kV N16 Insert 25kV

35kV N16 N6,16

Insulated Cap 15kV N9

Insulated Cap 15kV N9 w/ Ground 15kV

25kV N7, 9 N7, 9

35kV N7, 9 Insulated Cap w/ Ground and

Test Point

15kV 25kV 35kV

N7 N7 N7

Grounding 15kV Plug

(1/0 AWG x 6' 25kV

Ground Lead) Grounding

Elbow (1/0 AWG x 6'

15kV 25/35kV N12

Ground Lead)

2.55 3 10.5 11.0 11.5 13.0 14.5

5.1 6 20.5 21.5 23.0 25.5 30.0

8.4 10 30.5 32.5 34.5 38.5 43.5

10.2 12 40.0 42.5 45.0 50.0 56.5

12.7 15 48.0 51.0 54.0 60.0 68.0

15.3 18 56.5 60.0 64.0 71.0 80.5

8.4 10 30.5 32.5 34.5 38.5 43.5

10.2 12 40.0 42.5 45.0 50.0 56.5

12.7 15 48.0 51.0 54.0 60.0 68.0

15.3 18 56.5 60.0 64.0 71.0 80.5

17.0 21 65.5 69.5 74.0 82.5 93.0

19.5 24 78.5 83.5 89.0 99.0 112.0

22.0 27 87.5 93.0 99.0 110.0 124.5

24.4 30 95.5 101.5 108.0 120.0 136.0

NOTES:

1. MCOV = Maximum Continuous Operating Voltage.

ELASTIMOLD CATALOGSP2 Page ID: 03/03 user 2006-12-08 01:39:29

ELASTIMOLD Metal Oxide Varistor (MOV) surge arresters are fully-shielded, fully-submersibleandareequippedwith IEEE 386 interfaces for convenient energized connection with other 200 Amp loadbreak compo-nents. Units are compact, allowing installation in existing cabinetry. For application ease,arrestersareavailable in 3 styles: Elbow(ESA), Parking Stand (PSA) and Bushing (BSA). The PSA and BSA arresters permit direct connection eliminating the need for additional accessories.

Elastimoldarrestersprovidehighvoltagelightning and switchingsurge protectionof transformers,cable,equipment andother components typi-cally located on underground power distribution systems. Proper place-ment,voltageselectionandcoordinationwithriserpolearrestersminimizes damagingsurgevoltagesbyimprovingprotectivemargins.

Typical applications include installing an arrester at theendof a radial system or at bothendsof an openpoint on a loop system.Additional arresters can be added at strategic locations upstreamfromthe end point foroptimumprotection.Request Form2068(SurgeProtectionOptionsFor Underground Distribution) and Form 2069 (Arrester Applications – UndergroundElectrical Systems) foradditional application andmarginof protection information.

ESA Elbow Arresters are also available with a 200 Amp Deadbreak inter-face formatingwith other Deadbreakaccessories.

High Current Short Duration - All MOV Arresters withstand two discharges of 40kA crest.

Low Current Long Duration - All MOV Arresters withstand 20 surges of 75 amperes/2000 microsecond duration.

DutyCycleTest - AllMOVArresterswithstand22operationsof5kAcrestat 8x 20microsecond duration while energizedatrated voltage for the initial 20 operations andat maximum continuous operating voltage (MCOV) for the final two operations.

Following each of the preceding tests, MOV Arresters demonstrate thermal recovery at MCOV.

2006-12-08 01:41:17

Elastimold elbows, cable joints and terminators havebeen designed for use on XLP, EPR or similar solid dielectric insulated power cables. These cables are available with a variety of optional shielding and jacket constructions. In order to properly mate and install the cable to an Elastimold product, the use of a shield adaptor, grounding kit or jacket seal may be required. The diagram below pro-vides information concerning the application and selection of various shield adaptors,groundingkits and jacketsealsforthemostpopularcabletypes.

Consultthefactoryforrecommendationsconcerningothercableconstructions.

ELASTIMOLD CATALOGSP2 Page ID: 03/03 min. .80 1.28 max. 1.50 2.30 min. .495 .530 .530 max. 1.875 1.780 1.780

Tocomplete the information required toorder a K655LR-W0Xelbow for use on standard AEIC 500 kcmil stranded aluminum cable with

.220 inch thick insulation wall.

A. Determine that the insulation diameter

(from AEIC table on page 34) is 1.325 ±.030 inches.

B. For this elbow, the part number selection chart on page 11 indicates to use table W7 for elbow sizing and table X6 for connector sizing.

C. FromtableW7thesymbolfor W isL.

D. From table X6 the symbol for X is 330.

E. Thecompletedpartnumbertherefore is K655LR-L0330.

ELASTIMOLD CATALOGSP2 Page ID: 03/03

ElastimoldElbows,cable jointsand terminations aredesigned for application on XLP,EPRandothersoliddielectricinsulatedpowercables.Thesecomponents areconstructedofmoldedelastomerand relyon an interference fit with the cable insulationdiameter inordertomaintainproperdielectric strength,creeppath integrityand awaterseal.Elastimoldcomponentsareavailablein awiderange of sizes in order toaccommodate a varietyof cable insulation diameters.

Selection of size-sensitive components requires determining the cable insulation diameter. This can be done in several ways:

A. Refer to the cablemanufacturer’s spec sheet fordimensions.

B. Measure the cable.

C. IfthecableconformstoAEICstandardswith a175,220,260or345milwall thickness, use the table on page 34.

D. If the cable is constructed to the newICEA standard, refer to the cable manu-facturer’sspecsheet fordimensions.

After the cable insulation diameter has been determined:

1. Locate the W table indicated in the part number selectionchart.

2. Complete the ordering informationby selecting and inserting the symbol

(given in the W table) into the partnumber.

SSUURRGGE AARRRREESSTTEERRS

FFUUSSEED EELLBBOOWWS 22000 AAMMP LLOOAADDBBRREEAAK 55--1155kkVV

CCAABBLLE JJOOIINNTTS 22000 AAMMP DDEEAADDBBRREEAAK 2255 kkVV PPAARRTT ##

TTEERRMMIINNAATTIIOONNS 66000 SSEERRIIEES DDEEAADDBBRREEAAK 3355 kkVV

LLIIVVEEFFRROONNTT

#2 220 210 #1 230 220 #1 1230* – 1/0 240 230 1/0 1240* 1230* 2/0 250 240 2/0 1250* – 3/0 260 250 3/0 1260* 1250* 4/0 270 260 4/0 1270* 1260*

*For aluminum conductor only.

CATALOG SP2 Page ID: 03/03

#4 2AX –

#2 1AX 2AX

#1 0AX 1AX

1/0 10AX 0AX

2/0 20AX 10AX

3/0 30AX 20AX

4/0 40AX 30AX

250 – 40AX

#6 3 – #4 2 3 #2 1 2 #1 0 1 1/0 10 0 2/0 20 10 3/0 30 20 4/0 40 30 250 – 4

#6 180 – #5 190 180 #4 200 190 #3 210 200 #2 220 210 #1 230 220 1/0 240 230 2/0 250 240 3/0 260 250 4/0 270 260

#2 2 #1 2 1/0 10 2/0 20 3/0 30 4/0 30

#6 180 – #5 190 180 #4 200 190 #3 210 200 #2 220 210 #1 230 220 1/0 240 230 2/0 250 240 3/0 260 250 4/0 270 260 250 280 270 300 290 280 350 300 290 400 310 300 450 320 310 500 330 310 550 340 320 600 350 330 650 360 340 700 380 350 750 380 360 800 390 380 900 400 380 1000 410 400 1250 440 420

#4 5200 5190

#3 5210 5200

#2 5220 5210

#1 5230 5220

1/0 5240 5230

2/0 5250 5240

3/0 5260 5250

4/0 5270 5260

250 – 5270

1/0 5240 5230 2/0 5250 5240 3/0 5260 5250 4/0 5270 5260

#6 5 – #5 4 5 #4 3 4 #3 2 3 #2 1 2 #1 0 1 1/0 10 0 2/0 20 10 3/0 30 20 4/0 40 30 250 250 40 300 300 250 350 350 300 400 400 350 450 450 – 500 500 400 550 550 450 600 600 500 650 650 550 700 750 600 750 750 650 800 800 750 900 900 800 1000 1000 900

400 400 – 450 450 400 500 500 450 550 550 500 600 600 500

650-700 650 550 750 750 600 800 750 650 1000 1000 –

1/0 240 230 2/0 250 240 3/0 260 250 4/0 270 260 250 280 270 300 290 280 350 300 290 400 310 300 450 320 310 500 330 320 550 340 320 600 350 330 650 360 340 700 380 350 750 380 360 800 390 360 900 400 380 1000 410 400 1250 440 420

NOTE: The insulation diameters shown are nominal. Add ±.030 inch tolerance to calculate maximum and minimum diameters. Example .220 inch wall, 4/0 strandedconductor cable:

Nominal Diameter=1.030“; Maximum Diameter=1.060“; Minimum Diameter=1.000“

.175 15kV 1.235 1.210 1.155

.220 15kV 1.325 1.300 1.245

.260 25kV 1.415 1.390 1.335

.345 35kV 1.590 1.565 1.510

.175 15kV 1.325 1.295 1.245

.220 15kV 1.415 1.385 1.335

.260 25kV 1.505 1.475 1.425

.345 35kV 1.680 1.650 1.600

.175 15kV 1.395 1.365 1.305

.220 15kV 1.485 1.455 1.395

.260 25kV 1.575 1.545 1.485

.345 35kV 1.750 1.720 1.660

.175 15kV 1.430 1.400 1.340

.220 15kV 1.520 1.490 1.430

.260 25kV 1.610 1.580 1.520

.345 35kV 1.785 1.755 1.695

.175 15Kv 1.460 1.430 1.370

.220 15kV 1.550 1.520 1.460

.260 25kV 1.640 1.610 1.550

.345 35kV 1.815 1.785 1.725

.175 15kV 1.525 1.490 1.430

.220 15kV 1.615 1.580 1.520

.260 25kV 1.705 1.670 1.610

.345 35kV 1.880 1.845 1.785

.175 15kV 1.580 1.545 1.490

.220 15kV 1.670 1.635 1.580

.260 25kV 1.760 1.725 1.670

.345 35kV 1.935 1.900 1.845

Note: If the cable is constructed to thenew ICEAstandard, refer tothecablemanufacturer'sspecsheet fordimensions.

ELASTIMOLD CATALOG SP2 Page ID: 03/03

.175 15kV — — .670

.220 15kV — — .760

.260 25kV — — —

.345 35kV — — —

.175 15kV .700 .695 .680

.220 15kV .790 .785 .770

.260 25kV — — —

.345 35kV — — —

.175 15kV — — .700

.220 15kV — — .790

.260 25kV — — .870

.345 35kV — — —

.175 15kV .740 .730 .710

.220 15kV .830 .820 .800

.260 25kV .910 .900 .880

.345 35kV — — —

.175 15kV — — .735

.220 15kV — — .825

.260 25kV — — .905

.345 35kV — — 1.075

.175 15kV .785 .770 .745

.220 15kV .875 .860 .835

.260 25kV .955 .940 .915

.345 35kV 1.125 1.110 1.085

.175 15kV .830 .815 .785

.220 15kV .920 .905 .875

.260 25kV 1.000 .985 .955

.345 35kV 1.170 1.155 1.125

.175 15kV .880 .865 .835

.220 15kV .970 .955 .925

.260 25kV 1.050 1.035 1.005

.345 35kV 1.220 1.205 1.175

.175 15kV .940 .920 .885

.220 15kV 1.030 1.010 .975

.260 25kV 1.110 1.090 1.055

.345 35kV 1.280 1.260 1.225

.175 15kV .995 .980 .940

.220 15kV 1.085 1.070 1.030

.260 25kV 1.175 1.160 1.120

.345 35kV 1.350 1.335 1.295

.175 15kV 1.100 1.080 1.035

.220 15kV 1.190 1.170 1.125

.260 25kV 1.280 1.260 1.215

.345 35kV 1.455 1.435 1.390

.905