Raychem

Main Index
Terminations

General Informaiton
Features and benefits 93
Applications, features, and benefits 94

Technical information
HVT testing data 96
Recommended guide specifications 96
Electrical stress control 97
Recommended air clearance 98
Recommended cable bending radius 98
TFT Testing Data 99
91

Selection information
Nonshielded polymeric cable terminations
HVT-50 polymeric cable terminations for 1/C and 3/C 100
nonshielded power cable (5 kV)

Shielded polymeric cable terminations
HVT-G/SG polymeric cable terminations for copper tape shield, 101
drain wire shield, lead sheath, and UniShield 1/C cables (5–35 kV)
HVT-Z Heat shrinkable termination with built-in stress control 102
MOD-3-HVT 3/C modification kits for 103
Tyco Electronics medium-voltage terminations (5–35 kV)

Cold-applied terminations (Pre-expanded and supplied on holdout)
TFT-E, TFT-E-G/SG and TFT-E-SLC 1/C cold applied cable terminations 105
TFT-R 1/C shielded and non-shielded industrial cable termination 107

High voltage (69 kV) terminations
EHVT/GHVT polymeric cable terminations for copper tape shield, 108
wire shield, lead sheath, and 1/C cables (46–69 kV)

LC-shield terminations
HVT-LC/SLC LC-shield cable terminations for 1/C cables 109
(15–35 kV )

URD cable terminations
HVT-J/SJ URD cable terminations for jacketed and unjacketed 110
concentric neutral 1/C cables (15–35 kV)

PILC cable terminations
HVT-1590 and HVT-3-1590 1/C and 3/C PIlC/VCLC
cable terminations (15 kV) 111

Main Index
Terminations

Flexible cable terminations
HVT-M flexible cable terminations (5–25 kV) 112

Miscellaneous termination accessories
BRKT-SS cable mounting brackets 113
EHVT-BRKT high voltage termination mounting brackets 114
EHVT-BP high voltage termination mounting brace plate 114
EAKT-1520 mounting kits 115
MOD-S-Skirts (rain sheds) 116

92

Terminations Index Main Index
Features and benefits

Reliable, field-proven performance
Independent testing and field experience have repeatedly proven the long-term
stability, durability, and reliability of the Tyco Electronics’ Raychem HVT system,
even in highly polluted environments. The nontracking, insulating outer jacket can
withstand the rigors of long-term electrical stress and surface pollution without loss
of performance. The nontracking material offers the additional benefit of being
maintenance free, with no need for periodic cleaning. Extensive load cycle testing
verifies the long-term thermomechanical compatibility between the termination
system and the cable.

Ease of installation
HVT kits can be installed on all cable types without special adapters or accessories.
No special tooling or connectors are required since HVT kits accept all common 93
compression or terminal lugs. The HVT installation method also provides generous
cable cutback and component positioning tolerances, further reducing installation
variability. Heat-shrinking allows the kits to be easily inspected, either visually
or by simple touch, to help ensure proper installation.

Always ready for the job– even in emergencies
HVT kits have an unlimited shelf life. They remain ready to use on short notice, so Tyco Electronics’ proven oil-sealing
you have no worries about scrapping aged inventory or being caught with useless technology has been used for more than 18
products during an emergency or on a time-critical project. years in medium-voltage transition joints.
This technology is now put to work in our
PILC termination kits (see page 111).
Flexible and versatile
An HVT system may be installed upright or inverted and can
bend to the same bending radius as the cable. Slim and light-
weight, the system can also be mounted directly to fuse Tyco Electronics’ Raychem
HVT system features a non-
cutouts or other devices, eliminating the cost of additional tracking, insulating surface
supporting brackets and cross arms. that can withstand long-term
electrical stress and surface
pollution.
46 and 69 kV
At voltages as high as 69 kV the need for proven stress con-
trol is even more important. The materials used in our 46 and
69 kV terminations (as with all lower voltages) are suitable
for severely polluted areas—and for all installation conditions,
including top feed installation.

The material is designed to be resistant to impact damage from transportation or
vandalism, a typical problem for heavy, inflexible porcelain products. Tyco
Electronics’ Raychem 46/69 kV terminations also require no compound filling which
can leak over time.

Cold-applied termination system
TFT terminations are designed for customers who want Tyco Electronics material
technology in a cold-applied system. The cold-applied terminations also provide
positive positioning of the stress control patch.

Tyco Electronics’ Raychem 69 kV termina-
tions require no special or expensive tools
for installation, and no soldering (see page
108).

Applications, features, and benefits

HVT

Moisture sealing

Nontracking, high-voltage sealant:
• Provides a watertight connector seal when combined with
heat-shrinkable material.
• Will not harden or crack.

94
Additional creepage for outdoor applications

Heat-shrinkable skirts:
• Increase surface creepage distance.
• Easily adapt terminations for outdoor use.
• May be inverted for terminations facing downward.

Electrical stress control and insulation (8 kV and up)

Heat-shrinkable stress control tubing:
• Reduces the electrical stress gradient at the end of the cable shield to safe
operating levels.
• Shrinks to fit out-of-spec cable.
• Provides long-term electrical performance.

Nontracking, heat-shrinkable outer insulation tubing:
• Provides excellent UV stability.
• Withstands polluted environments.
• Is proven to withstand severe applications.

Stress relief material:
• Minimizes stress at the shield cutback.
• Applies easily, smoothing the step at the cable semi-con edge and filling
any voids.
• Acts as a secondary moisture seal.

Shielding and solderless grounding (included in polymeric cable kits except URD)

Ground braid:
• Provides shield continuity.

Ground clamp:
• Has a constant-force roll spring, which provides secure grounding
without soldering.

Moisture sealing

• Nontracking, high-voltage sealant.

Applications, features, and benefits

TFT

95

Moisture sealing

Nontracking, high-voltage sealant:
• Provides a watertight connector seal
• Will not harden or crack.

Additional creepage for outdoor applications

Molded skirts:
• Increase surface creepage distance.

Electrical stress control and insulation

Metal Oxide Matrix stress control patch:
• Reduces the electrical stress gradient at the end of the cable shield
to safe operating levels.
• Conforms to fit out-of-spec cable.
• Provides long-term electrical performance.

Nontracking, termination body:
• Provides excellent UV stability.
• Withstands polluted environments.
• Is proven to withstand severe applications.

Moisture sealing

• Nontracking, high-voltage sealant.

Spring clamp and solder block ground braid available for metallic shielded cables


HVT testing data
Tyco Electronics’ Raychem high-voltage terminations are fully qualified per IEEE-48
as Class I terminations to provide a long, trouble-free service life. Independent test-
ing and field experience have repeatedly proven the long-term durability, reliability,
and stability of the HVT system, even in highly polluted environments. Tyco
Electronics’ proven nontracking, insulating jacket can withstand the rigors of long-
term electrical stress and surface pollution without loss of performance. The non-
tracking material is maintenance free and does not require periodic cleaning.
Extensive load-cycle testing verifies the thermomechanical compatibility between
the termination system and cable.

Recommended guide specifications
96 Please feel free to use one or all of the following in your design specifications:

Medium-voltage terminations (through 69 kV)
Shielded power cable termination kits shall be factory engineered for the
application. The kits shall consist of high-permittivity, high-resistivity, heat-shrinkable
stress control tubing, and outer insulation tubing and skirts (outdoor applications)
made from UV-stable, nontracking (per ASTM D 2303) materials. Heat-activated
sealant materials to help prevent moisture ingress and contamination should also be
included. Termination kits shall meet or exceed all rating requirements of IEEE-48 for
Class I terminations and the test sequence prescribed by IEEE-404, including 130°C
load cycling and 130°C impulse withstand.

Multi-conductor shielded cable terminations
In addition to the phase terminations, multi-conductor termination kits shall provide
a heat-shrinkable breakout boot, factory-coated with sealant for strain-relief and seal-
ing purposes. Each kit shall include lengths of heat-shrinkable tubing to help prevent
corrosion and shifting of the shielding layers between the boot and the phase-termi-
nation installation point.

When grounding and/or ground check conductors are included, the kit includes
lengths of heat-shrinkable tubing and sealant material to seal each conductor from
the boot to its connection point.

Nonshielded cable terminations (2–5 kV)
Termination kits for nonshielded power cables installed in contaminated indoor or
outdoor environments are factory engineered to provide UV-stable, nontracking (per
ASTM D 2303 and the Ontario Hydro accelerated tracking wheel test) exterior sur-
faces and complete environmental sealing for the termination area. Termination kits
shall consist of heat-shrinkable tubing, skirts (outdoor applications), and sealing
boots (for 3/C only) supplied with heat-activated sealant materials to help prevent
moisture ingress and contamination.

Product and voltage class 1
HVT-80 HVT-150 HVT-250 HVT-350 EHVT-460 EHVT-690
Test description (5–8 kV) (15 kV) (25 kV2) (35 kV) (46 kV) (69 kV)
AC withstand, 1 minute, (kV) 35 50 65 90 120 175
DC withstand, 15 minutes, (kV) 65 75 105 140 170 245
Partial discharge (min. kV) for 9 15.6 25.8 36 40 60
3 pC or less
Impulse withstand 1.2 x 50 µs, 95 110 150 200 250 350
crest kV (outdoor)3
Impulse withstand 1.2 x 50 µs, 80 95 125 150 250 350
crest kV (indoor)3
Continuous current rating Equal to cable ampacity
Wet withstand, 10 seconds, kV rms 30 45 60 80 100 145
Dry withstand, 6 hours, kV rms 25 35 55 75 100 120
Note: For PILC terminations, please refer to page 111.
1. URD and LC kits are rated for 15–35 kV only; HVT-M kits for 5/8–25 kV only.
2. HVT-250 meets requirements of 25/28 kV systems.
3. Outdoor kits (-SJ, -SG, or -SLC designation) were tested with skirts (rain sheds). Indoor kits (-J, -G, -LC designation) do not contain skirts.


Electrical stress control
Shielded power cables require electrical stress control when terminated. When the
insulation shield is removed from a cable, the electrical field is concentrated at the
cutback point, causing high electrical stress. If the stress is great enough, it can cause
the air to break down, resulting in corona. High-stress areas also cause internal dis-
charges. Corona or internal discharges will ultimately destroy the cable insulation,
causing premature failure.

Cable termination without stress control
The diagram below shows an energized cable termination without stress control. The
electric field intensity is greatest where the equipotential lines (line of constant volt-
age) are concentrated. Note the concentration near the edge of the semi-con shield. 97
Stress control is required here to reduce the electrical stress below levels at which
the air would break down or discharges would occur in the insulation.

Semi-con High-stress area
shield subject to discharge
50% 60%
40% 70%
30% 80%
20%
10% 90% line voltage

Equipotential lines Conductor (100% line voltage) Primary insulation

Cable termination with Tyco Electronics’ unique stress control system
With Tyco Electronics’ stress control tube installed, the equipotential lines are spread
out, distributing the electrical field and reducing the electrical stress to the cable
insulation’s operating level, as shown in the diagram below. This is achieved by the
unique resistive and capacitive properties of the heat-shrinkable material. Note that
no diameter buildup is required as in a conventional stress cone that utilizes its
geometry to reduce stress.

Semi-con shield Stress control tube
SRM 15% 20%
10% 25%
5% 30%
40%
60% 80% line voltage

Equipotential lines Conductor (100% line voltage) Primary insulation


Recommended air clearance (Heat-shrink and cold-applied products)
Phase/phase and phase/ground
The stress control system provides a linear voltage distribution from the lug at high
voltage to the shield termination at ground potential. If the termination is installed
too close to another phase termination or grounded metal, the electric stress in the
air gap will rise to a level where discharge or flashover may occur. The table and dia-
grams below indicate the minimum clearances needed between various termination
configurations. These clearances are based on IEEE Basic Impulse Levels (BIL).

d a a
b
98
c
b c
c

d
45∞

Figure 1. Figure 2. Figure 3. Figure 4.
Phase to ground Same phase Between phases Between phases

Minimum Clearance1 (inches/millimeters)
BIL (kV) a b c2 d
95 6.5 (160) 3.5 (90) 1.2 (30) 0.8 (20)
110 7.0 (175) 4.0 (100) 1.4 (35) 0.9 (23)
125 9.0 (225) 6.0 (150) 1.6 (40) 1.0 (25)
150 9.0 (225) 6.0 (150) 1.6 (40) 1.0 (25)
200 13.0 (325) 9.0 (225) 2.0 (50) 1.4 (35)

1
Values are based on normal operating conditions. Humid or poorly ventilated environments
may require additional air clearance.
2
For skirted, outdoor terminations, the value for c is equal to the distance from the edge of
one skirt to another or from a skirt to ground.

Recommended cable bending radius
Tyco Electronics’ Raychem terminations
are as flexible as the original cable. A
cable end should not be bent to a radius
less than that recommended by the
R
manufacturer.
D = Cable jacket O.D.
R = 10 x D—Minimum bending radius D
(consult cable manufacturer’s val-
ues and check them against Tyco
Electronics’. Select the higher of the
two values. Preheat cable to approx-
Figure 5.
imately 80°C before bending.) Bending radius

TFT testing data

These terminations are fully qualified per IEEE-48 as Class 1 terminations to provide a
long, trouble-free service life. These terminations incorporate Tyco Electronics
material technology in a cold-applied system. These terminations have an elastomer-
ic tubing that is formulated for long-term performance in typical extreme termination
environments. The non-tracking material is maintenance-free and does not require
periodic cleaning.

This series of products features the latest in advanced stress control systems using
Metal Oxide Matrix technology to provide superior electrical performance.

99

Tyco Electronics products: Voltage class
TFT TFT TFT TFT
Test description (5 - 8 kV) (15 kV) (25 kV) (35 kV)
AC withstand, 1 minute, (kV) 35 50 65 90
DC withstand, 15 minutes, (kV) 65 75 105 140
Partial discharge (min. kV) for 5 pC or less 9 13 21.5 30
Impulse withstand 1.2 x 50 µs, crest kV (outdoor) 95 110 150 200
Wet withstand, 10 seconds, kV rms 30 45 60 80
Dry withstand, 6 hours, kV rms 25 35 55 75

Nonshielded polymeric terminations

HVT-50 1/C and 3/C
Nonshielded power cable (5 kV)

HVT-50 nonshielded polymeric terminations are designed to withstand rigorous
service conditions. The nontracking, heat-shrinkable insulation is simple to install
and provides excellent UV stability.

Indoor (in enclosures) or outdoor (weather-
exposed) use.

100
Selection information (dimensions in inches/millimeters)

Catalog number Conductor size (AWG/kcmil) Insulation diameter (min.) Jacket O.D. (max.)
HVT-51 #4–2/0 0.45 (11) 0.85 (22)
HVT-52 3/0–500 0.70 (18) 1.30 (33)
HVT-53 750–1500 1.10 (28) 2.15 (55)
Installed length: 12”(300mm)

For three-conductor 5 kV terminations
1. Order three appropriate single-conductor terminations from the selection informa-
tion above.
2. In addition, order the appropriate three-conductor modification kit (MOD-3-HVT)
as follows:
• MOD-3A-HVT for HVT-51 and HVT-52
• MOD-3B-HVT for HVT-53
These MOD-3-HVT kits contain:
• 4 feet of tubing to rejacket each phase and ground conductor
• sealant
• plugs
• cable breakout to seal the crotch area
3. For more information on MOD-3-HVT kits, see page 103.

Ordering information
1. Select the appropriate catalog number. Selections are based on the typical
dimensions of 100%-insulated cables manufactured in accordance with the data
contained in ICEA S-66-524, as well as the dimensions of commonly used
connectors. Nominal insulation thickness (100%): 90 mils.
2. For cables manufactured to other specifications, confirm selection with cable
dimensions.
3. Kits do not contain connectors; order compression or solder connectors separately.
4. Standard package:
• HVT-50: 3 single-conductor kits/box.
• MOD-3-HVT: 1 kit/box.
5. Cable prep kits are found on page 87.
6. Cable mounting brackets are available to accommodate cable diameters from
0.80-2.40” (20-61mm). See page 113.
Related installation instructions
HVT-50

Polymeric cable terminations

HVT-G/SG 1/C
Shielded power cable (5–35 kV)

Superior High-contamination Electronics’ proven high-voltage, heat-
withstand and non-tracking activated sealing system. No field engi-
The unique high-voltage insulating neering or additional accessory kits are
sleeve is a field-proven, nontracking, and required.
erosion-resistant material that does not
require periodic cleaning. The material Rated to IEEE-48-1990, class 1.
properties have been formulated to be Indoor (in enclosures) or outdoor
thermally stable and highly resistant to (weather-exposed) use. For use on
UV degradation, weathering and envi- copper tape, wire shield, lead sheath,
ronmental pollution. and UniShield cables.

Positive environmental seal
The cable, along with external ground, is 101
sealed from moisture ingress using Tyco


5 kV 8 kV Insulation Jacket
Catalog number conductor size conductor size diameter O.D.
Indoor Outdoor (AWG/kcmil) (AWG/kcmil) (min.–max.) (max.)
Conductor size (AWG/kcmil) 5–8 kV
HVT-80-G HVT-80-SG #4–#1* #6–#2 0.35–0.60 (9–15) 0.95 (24)
HVT-81-G HVT-81-SG 1/0–250* #1–4/0 0.60–0.95 (15–24) 1.20 (30)
HVT-82-G HVT-82-SG 300–500* 250–500 0.80–1.25 (20–32) 1.50 (38)
HVT-83-G HVT-83-SG 600–1750* 600–1750 1.10–1.75 (28–44) 2.10 (53)
HVT-84-G HVT-84-SG 1500–2500* 2000–2500 1.60–2.45 (41–62) 2.75 (70)
Installed length: 10.5 (267)
15 kV
HVT-151-G HVT-151-SG #4–1/0 0.60–0.95 (15–24) 1.20 (30)
HVT-152-G HVT-152-SG 2/0–350 0.80–1.25 (20–32) 1.50 (38)
HVT-153-G HVT-153-SG 400–1000 1.10–1.65 (28–42) 2.10 (53)
HVT-154-G HVT-154-SG 1250–2500 1.60–2.45 (41–62) 2.75 (70)
Installed length: 15 (381)
25 kV
HVT-252-G HVT-252-SG #2–250 0.80–1.25 (20–32) 1.50 (38)
HVT-253-G HVT-253-SG 300–750 1.10–1.70 (28–43) 2.10 (53)
HVT-254-G HVT-254-SG 1000–1750 1.60–2.45 (41–62) 2.75 (70)
HVT-255-G HVT-255-SG 2000–2500 2.05–3.00 (52–76) 3.45 (88)
35 kV
HVT-352-G HVT-352-SG #1–1/0 0.80–1.25 (20–32) 1.50 (38)
HVT-353-G HVT-353-SG 2/0–500 1.10–1.85 (28–47) 2.10 (53)
HVT-354-G HVT-354-SG 750–1750 1.60–2.45 (41–62) 2.75 (70)
HVT-355-G HVT-355-SG 2000–2500 2.05–3.00 (52–76) 3.45 (88)

1. Select the appropriate catalog num- *2. If using 5 - 8 kV (115-mil) cable, use 7. See page 96 for testing information.
ber. Selections are based on the typ- 8 kV selection. 8. Related test reports:
ical dimensions of 100% insulated 3. For cables manufactured to other 5–8 kV: EDR-5217
EDR 5217
cables manufactured in accordance specifications, confirm selection 15 kV: EDR 5218
EDR-5218
with data contained in AEIC CS5- with cable dimensions. 25 kV: EDR 5219
EDR-5219
1987 and AEIC CS6-1987, as well 4. Kits do not contain connectors; 35 kV: EDR 5222
EDR-5222
as the dimensions of commonly order compression or solder connec- 9. See next page for 3/C modification
used connectors. tors separately. kits.
Nominal insulation thickness 5. All kits include a solderless ground 10. Miscellaneous accessories are
(100%): 5 kV: 90 mils 8 kV: 115 connection. Outdoor (-SG) kits found on page 87.
mils; 15 kV: 175 mils; 25 kV: 260 include skirts for outdoor use. To 11. Cable mounting brackets are avail-
mils; 35 kV: 345 mils. order skirts separately, see able to accommodate cable
Nominal insulation thickness page116. diameter. See page 113.
(133%): 15 kV: 220 mils. 6. Standard package: Three single-
conductor kits/box. HVT-5-35kV G/SG


HVT-Z
Heat-shrinkable terminations with built-in stress control

The latest heat-shrink high voltage based on ceramic semi-conductor tech-
termination technology nology (ZnO) and provides superior dis-
The HVT-Z high voltage termination charge and impulse performance. When
system features a co-extruded one-piece the tubing is shrunk down, the coating
termination. Unlike the HVT product line, softens and sticks to irregular surfaces,
which includes a non-tracking tube and providing moisture seals as well as elec-
a separate stress control tube, the HVT-Z trical stress control. The termination
termination consists of the same proven design provides a superior product with
non-tracking tube together with a co- a shorter overall length and fewer rain
extruded, built-in stress control grading sheds than the HVT product line.
layer. This stress control layer is

102

Conductor size Insulation diameter Jacket
Catalog number minimum/maximum minimum/maximum diameter
Indoor Outdoor 5kV 8kV (5kV 133%) maximum
8 kV
HVT-Z-80-G HVT-Z-80-SG #4-#1AWG #6-#2 AWG 0.35-0.60 (9-15) 0.95 (24)
HVT-Z-81-G HVT-Z-81-SG 1/0-250 kcmil #1-4/0 AWG 0.60-0.95 (15-24) 1.20 (30)
HVT-Z-82-G HVT-Z-82-SG 300-500 kcmil 250-500 kcmil 0.80-1.25 (20-32) 1.50 (38)
15 kV 15kV
HVT-Z-151-G HVT-Z-151-SG #4-1/0 AWG 0.60-0.95 (15-24) 1.20 (30)
HVT-Z-152-G HVT-Z-152-SG 2/0-350 kcmil 0.80-1.25 (20-32) 1.50 (38)
HVT-Z-153-G HVT-Z-153-SG 400-1000 kcmil 1.10-1.65 (28-42) 2.10 (53)
25 kV 25kV
HVT-Z-252-G HVT-Z-252-SG #2-250 AWG 0.80-1.25 (20-32) 1.50 (38)
35 kV 35kV
HVT-Z-352-G HVT-Z-352-SG #1-1/0 AWG 0.80-1.25 (20-32) 1.50 (38)
HVT-Z-353-G HVT-Z-353-SG 2/0-500 kcmil 1.10-1.85 (28-47) 2.10 (53)

Testing Chart
Product and voltage class 1 HVT-Z-80 HVT-Z-150 HVT-Z-250 HVT-Z-350
Test description (5–8 kV) (15 kV) (25 kV2) (35 kV)
AC withstand, 1 minute, (kV) 35 50 65 90
DC withstand, 15 minutes, (kV) 65 75 105 140
Partial discharge (min. kV) for 3 pC or less 9 15.6 25.8 36
Impulse withstand 1.2 x 50 µs, crest kV 95 110 150 200

Continuous current rating Equal to cable ampacity
Wet withstand, 10 seconds, kV rms 30 45 60 80
Dry withstand, 6 hours, kV rms 25 35 55 75
1. HVT-Z-250 meets requirements of 25/28 kV systems.
2. Outdoor kits (-SG designation) were tested with skirts (rain sheds). Indoor kits (-G designation) do not contain skirts.

Test reports
Indoor Outdoor
5/8/15 kV EDR-5322
EDR-5322 EDR-5323
EDR-5323
25 kV EDR-5324
EDR-5324 EDR-5325
EDR-5325
35 kV EDR-5337
EDR-5337 EDR-5338
EDR-5338

HVT-Z


MOD–3–HVT
3/C modification kits for Tyco Electronics’ Raychem medium-
voltage terminations (5–35 kV)

Use MOD-3-HVT kits in conjunction with
three Tyco Electronics 1/C terminations
to seal and rejacket the cable termina-
tions.

MOD-3-HVT kits are available for both
unsealed and sealed applications.

103

Indoor (without breakout boot) Outdoor/Indoor (includes breakout boot)
1/C termination indoor MOD-3-HVT kit 1/C termination outdoor MOD-3-HVT kit
5–8 kV
HVT-80-G HVT-Z-80-G MOD-3X-HVT* HVT-80-SG HVT-Z-80-SG MOD-3A-HVT*
HVT-81-G HVT-Z-81-G MOD-3X-HVT HVT-81-SG HVT-Z-81-SG MOD-3A-HVT
HVT-83-G HVT-Z-83-G MOD-3Y-HVT HVT-83-SG HVT-Z-83-SG MOD-3B-HVT
HVT-84-G HVT-Z-84-G MOD-3Y-HVT HVT-84-SG HVT-Z-84-SG MOD-3B-HVT*
15 kV
25 kV
HVT-255-G HVT-Z-255-G MOD-3Y-HVT* HVT-255-SG HVT-Z-255-SG MOD-3B-HVT*
35 kV
HVT-355-G - MOD-3Y-HVT* HVT-355-SG - MOD-3B-HVT*
*Refer to Selection information (#3) below this table.

Insulation diameter Jacket diameter
Catalog number (min.–max.) (min.–max.)
MOD-3X-HVT (unsealed) 0.50–1.35 (13–34)
MOD-3Y-HVT (unsealed) 1.00–2.70 (25–69)
MOD-3A-HVT (sealed) 0.50–1.25 (13–32) 1.25–3.85 (32–98)
MOD-3B-HVT (sealed) 1.00–2.10 (25–53) 2.65–5.30 (67–135)

1. Select three HVT single-conductor terminations from page 100 - 102.
2. To select the appropriate modification kit for the HVT terminations, use the
MOD-3-HVT selection table above.
3. Use the MOD-3-HVT dimensions table to confirm the insulation and jacket
diameters. If the diameters of your cable fall outside the MOD-3-HVT kit’s use
range, you can purchase MOD-3-HVT components separately.
4. To order kit components separately or in bulk quantities, use the kit components
and bulk ordering information table on page 104.
MOD-3-HVT


3/C cable terminating
MOD-3X-HVT and MOD-3Y-HVT are for jacketing of phases and ground conductors.
MOD-3A-HVT and MOD-3B-HVT provide jacketing, plus an environmental crotch
sealing boot. Tubing provided does not have sealant coating on the inner wall. This
makes it easy to remove, like any cable jacket. Each kit includes three four-foot-long
sleeves for the phases and three four-foot-long smaller sleeves for any ground con-
ductors. (Tubing can be field-cut to appropriate length.) A unique six-legged cable
breakout boot, provided in -3A and -3B kits, has an internal coating of a special adhe-
sive to provide total environmental sealing of the cable crotch (breakout) area. It has
three large legs for the phases and three smaller legs for ground conductors. Plugs
are included for insertion into any unused ground legs to maintain the environmental
seal integrity.
104

3/C mod kit for converting one 3/C cable to three 1/C cables. Ordering information
1. Standard package: 1 kit/box.
2. Kit contents:
Unsealed (-3X and -3Y) kits
HVBC kit, see page 147. contain rejacketing tubes for phase
and ground conductors, and sealant
for indoor terminations that don’t
require environmental sealing.
Sealed (-3A and -3B) kits contain
rejacketing tubes, sealant, a cable
1/C “HVT” series termination. breakout, and plugs for both outdoor
and indoor terminations.
3. Kit components can be purchased in
bulk quantities (see table below).
4. To order cable prep kits, see page 87.
Heat-shrink jacketing tubes for Note: MOD-3-HVT kits should be installed
protection of the phases and prior to installing Tyco Electronics HVT kits.
any ground conductors.

Heat-shrink cable breakout
boot for crotch seal.

MOD-3-HVT kit components and bulk ordering information

Catalog Component Bulk ordering
number Kit components catalog number catalog number
MOD-3X-HVT Uncoated tubing to rejacket each phase 3 each MWTM-35/12-1200/U MWTM-35/12-A/U
Uncoated tubing to rejacket each ground 3 each MWTM-16/5-1500/U MWTM-16/5-A/U
Sealant strip 1 each S1085-3-380 S1085-3-380
MOD-3Y-HVT Uncoated tubing to rejacket each phase 3 each MWTM-85/25-1500/U LVIT-75/25-A/U
MOD-3A-HVT Uncoated tubing to rejacket each phase 3 each MWTM-35/12-1200/U MWTM-35/12-A/U
Cable breakout boot 1 each CBR-6-1-A CBR-6-1-A
Cable breakout plugs 3 each CBR-PLUG CBR-PLUG
Sealant-coated shim tubing 1 each WCSM-70/21-150-S WCSM-70/21-1200S
MOD-3B-HVT Uncoated tubing to rejacket each phase 3 each MWTM-85/25-1500/U LVIT-75/25-A/U
Cable breakout boot 1 each CBR-6-2-A CBR-6-2-A
Cable breakout plugs 3 each CBR-PLUG CBR-PLUG
Ground wire shim tubing 3 each WCSM-20/6-150S WCSM-20/6-150S (B50)

Cold-applied terminations

TFT-E
1/C cold applied terminations for jacketed and unjacketed con-
centric neutral cable, shielded power cable, and LC shielded
power cable (15-35 kV)

TFT-E, TFT-E-G/SG, and TFT-E-SLC tool- Rated to IEEE-48-1996, class 1 termina-
free termination kits have been devel- tion.
oped to provide a quick and easy, cold-
applied method of terminating 15-35 kV, TFT-E accommodates jacketed and
single-core polymeric cables. Both the unjacketed concentric neutral cable. For
TFT-E and TFT-E-SG are designed for outdoor or indoor use. TFT-E-G (indoor)
indoor and outdoor conditions. TFT-E-G and TFT-E-SG (outdoor) kits are for use
kits do not have skirts and should be on copper tape, wireshield, lead sheath,
used for 15 kV indoor applications. and Unishield cables. TFT-E-SLC is for
use on LC shield cables. All offer
TFT-E, TFT-E-G/SG, and TFT-E-SLC kits advanced Metal Oxide Matrix stress con-
offer the following features and benefits: trol.
• Advanced Metal Oxide Matrix stress 105
control.
• Positive placement of stress patch.
• Provided on a crush-resistant core.
• Easy installation - allows for repositioning.

Conductor Range
Termination
Product Solid Stranded Type
TFT-151E #2AWG - 250kmil #2AWG - 4/0AWG Pin
TFT-152E 4/0 / 250kcmil - Pin
- 350 / 500kcmil NEMA Lug
TFT-153E - 500 / 750kcmil NEMA Lug
TFT-154E - 1000/1250kcmil NEMA Lug
TFT-251E #1AWG - 3/0AWG #1AWG - 3/0AWG Pin
TFT-252E #1AWG / 250kcmil #1AWG - 4/0AWG Pin
- 350 - 500kcmil NEMA Lug
TFT-253E 250kcmil - Pin
TFT-254E - 750 - 1250kcmil NEMA Lug
TFT-352E 1/0AWG - 250kcmil 1/0AWG - 4/0AWG Pin
TFT-353E 4/0 /250kcmil - Pin
TFT-354E - 500 - 1250kcmil NEMA Lug

Please contact Tyco Electronics inside sales for more information at 800-327-6996



Catalog Cable range Insulation diameter Number Standard pkg
number (AWG/kcmil) (min./max.) of skirts (kits/box)
CN and JCN cable - indoor/outdoor (15 kV)
TFT-151E #2–250 0.64–1.09 (16-28) 3 1 ea.
TFT-152E 4/0–500 0.85–1.45 (22-37) 3 1 ea.
TFT-153E 500–750 1.06–1.70 (27-43) 3 1 ea.
TFT-154E 1000–1250 1.49–2.20 (38-56) 3 1 ea.
CN and JCN cable - indoor/outdoor (25 kV)
TFT-251E #1–3/0 0.64–1.09 (16-28) 5 1 ea.
TFT-252E #1–500 0.85–1.45 (22-37) 5 1 ea.
TFT-253E 250–750 1.06–1.70 (27-43) 5 1 ea.
TFT-254E 750–1250 1.49–2.20 (38-56) 5 1 ea.
106 CN and JCN cable - indoor/outdoor (35 kV)
TFT-352E 1/0–250 0.85–1.45 (22-37) 8 1 ea.
TFT-353E 4/0–500 1.06–1.70 (27-43) 8 1 ea.
TFT-354E 500–1250 1.49–2.20 (38-56) 8 1 ea.
Shielded cable - indoor/outdoor (5 kV no sheds)
Ordering information TFT-151E-G 2/0–250 0.64–1.09 (16-28) 0 3 ea.
1. The -SG and -SLC kits contain a solder- TFT-152E-G 350–500 0.85–1.45 (22-37) 0 3 ea.
blocked ground braid and a solderless TFT-153E-G 500–750 1.06–1.70 (27-43) 0 3 ea.
ground clamp. Shielded cable - Indoor/outdoor (8 kV no sheds)
2. Select the appropriate catalog num- TFT-151E-G 1/0–250 0.64–1.09 (16-28) 0 3 ea.
ber. Selections are based on the typi- TFT-152E-G 250–500 0.85–1.45 (22-37) 0 3 ea.
cal dimensions of 100%- and 133%- TFT-153E-G 500–750 1.06–1.70 (27-43) 0 3 ea.
insulated cables manufactured in Shielded cable indoor only (15 kV no sheds)
accordance with the data contained in TFT-151E-G #2–250 0.64–1.09 (16-28) 0 3 ea.
AEIC CS5-198, and CS6-1987 as well TFT-152E-G 4/0–500 0.85–1.45 (22-37) 0 3 ea.
as the dimensions of commonly used TFT-153E-G 500–750 1.06–1.70 (27-43) 0 3 ea.
connectors. Nominal insulation thick- Shielded cable - indoor/outdoor (15 kV)
ness (100%): TFT-151E-SG #2–250 0.64–1.09 (16-28) 3 3 ea.
15 kV: 175 mils TFT-152E-SG 4/0–500 0.85–1.45 (22-37) 3 3 ea.
25 kV: 260 mils TFT-153E-SG 500–750 1.06–1.70 (27-43) 3 3 ea.
35 kV: 345 mils TFT-154E-SG 1000–1250 1.49–2.20 (38-56) 3 3 ea.
3. For cables manufactured to other Shielded cable - indoor/outdoor (25 kV)
specifications, confirm selection with TFT-251E-SG #1–3/0 0.64–1.09 (16-28) 5 3 ea.
cable dimensions. TFT-252E-SG #1–500 0.85–1.45 (22-37) 5 3 ea.
4. Kits do not contain connectors; order TFT-253E-SG 250–750 1.06–1.70 (27-43) 5 3 ea.
compression or solder connectors TFT-254E-SG 750–1250 1.49–2.20 (38-56) 5 3 ea.
separately. Shielded cable - indoor/outdoor (35 kV)
5. To order cable prep kits, see page 87. TFT-352E-SG 1/0–250 0.85–1.45 (22-37) 8 3 ea.
6. See page 99 for testing information. TFT-353E-SG 4/0–500 1.06–1.70 (27-43) 8 3 ea.
7. Related test reports: TFT-354E-SG 500–1250 1.49–2.20 (38-56) 8 3 ea.
EDR-5302
15 kV: EDR 5302 LC shielded cable - indoor/outdoor (15 kV)
25 kV: EDR-5303
EDR 5303 TFT-151E-SLC #2–250 0.64–1.09 (16-28) 3 3 ea.
35 kV: EDR 5299
EDR-5299 TFT-152E-SLC 4/0–500 0.85–1.45 (22-37) 3 3 ea.
8. Cable mounting brackets are available TFT-153E-SLC 500–750 1.06–1.70 (27-43) 3 3 ea.
to accommodate cable diameters from TFT-154E-SLC 1000–1250 1.49–2.20 (38-56) 3 3 ea.
0.80-2.40 (20-61). See page 113. LC shielded cable - indoor/outdoor (25 kV)
TFT-251E-SLC #1–3/0 0.64–1.09 (16-28) 5 3 ea.
Related installation instructions TFT-252E-SLC #1–500 0.85–1.45 (22-37) 5 3 ea.
TFT-150E-SLC TFT-250E-SLC TFT-253E-SLC 250–750 1.06–1.70 (27-43) 5 3 ea.
TFT-350E-SLC TFT-150E TFT-254E-SLC 750–1250 1.49–2.20 (38-56) 5 3 ea.
TFT-250E TFT-350E
LC shielded cable - indoor/outdoor (35 kV)
TFT-150E-G TFT-150E-SG
TFT-250E-SG TFT-350E-SG TFT-352E-SLC 1/0–250 0.85–1.45 (22-37) 8 3 ea.
TFT-353E-SLC 4/0–500 1.06–1.70 (27-43) 8 3 ea.
TFT-354E-SLC 500–1250 1.49–2.20 (38-56) 8 3 ea.


TFT-R
1/C terminations for shielded and non-shielded power cable (5-35 kV)

TFT-R and TFT-RG/SG tool-free termina- TFT-R and TFT-R-G/SG kits offer the
tion kits have been developed to provide following features and benefits:
a quick and easy, cold-applied method • Advanced Metal Oxide Matrix stress
of terminating 5-35kV, single-core poly- control.
meric cables. Both the TFT-R and TFT-R • Positive placement of stress patch.
SG are designed for indoor and outdoor • Provided on a crush-resistant core.
conditions. • Easy installation - allows for
repositioning.
TFT-R kits are for non-shielded cable
applications. TFT-R-G kits do not have Rated to IEEE-48-1996, class 1 termina-
rain sheds and should be used for tion requirements. TFT-R is designed for
5/8kV indoor or outdoor applications indoor or outdoor use. For use on con-
and 15kV indoor only applications. centric neutral and jacketed concentric 107
neutral cable.

Selection information (dimensions in inches/millimeters) Ordering information
1. All shielded cable kits contain a sol-
Standard der-blocked ground braid and a sol-
Catalog Cable range Insulation diameter Number package derless ground clamp.
number (AWG/kcmil) (min./max.) of skirts (kits/box) 2. Select the appropriate catalog num-
TFTR (Non-Shielded, indoor/outdoor ) without sheds (5 kV) ber. Selections are based on the typi-
TFT-50R #2-3/0AWG 0.53-0.80 (13-20) 0 3 cal dimensions of 100%- and 133%-
TFT-51R 1/0-250KCMIL 0.64-1.09 (16-28) 0 3 insulated cables manufactured in
TFT-52R 250-500KCMIL 0.85-1.45 (22-37) 0 3 accordance with the data contained
TFT-53R 350-750KCMIL 1.06-1.70 (27-43) 0 3 in AEIC CS5-1987 and CS6-1987 as
TFTR-G (Shielded, indoor/outdoor ) without sheds (5 kV) well as the dimensions of commonly
TFT-150R-G #2-3/0AWG 0.53-0.80 (13-20) 0 3 used connectors.
TFT-151R-G 2/0-250KCMIL 0.64-1.09 (16-28) 0 3 Nominal insulation thickness
TFT-152R-G 350-500KCMIL 0.85-1.45 (22-37) 0 3 (100%): 15kV: 175 mils
TFT-153R-G 500-750KCMIL 1.06-1.70 (27-43) 0 3 25 kV: 260 mils
TFTR-G (Shielded, indoor/outdoor ) without sheds (8 kV) 35 kV: 345 mils
TFT-150R-G #2-3/0AWG 0.53-0.80 (13-20) 0 3 3. For cables manufactured to other
TFT-151R-G 1/0-250KCMIL 0.64-1.09 (16-28) 0 3 specifications, confirm selection with
TFT-152R-G 250-500KCMIL 0.85-1.45 (22-37) 0 3 cable dimensions.
TFT-153R-G 500-750KCMIL 1.06-1.70 (27-43) 0 3 4. Kits do not contain connectors; order
TFTR-G (Shielded, indoor only) without sheds (15 kV) compression or solder connectors
TFT-150R-G #2-3/0AWG 0.53-0.80 (13-20) 0 3 separately.
TFT-151R-G #2-250KCMIL 0.64-1.09 (16-28) 0 3 5. To order cable prep kits, see page 87.
TFT-152R-G 4/0-500KCMIL 0.85-1.45 (22-37) 0 3 6. See page 99 for testing information
TFT-153R-G 500-750KCMIL 1.06-1.70 (27-43) 0 3 7. Related test reports: 15 kV:EDR5302
EDR-5302
TFTR-SG (Shielded, indoor/outdoor ) (15 kV) EDR-5303
25 kV: EDR5303
TFT-151R-SG #2-250KCMIL 0.64-1.09 (16-28) 3 3 35 kV: EDR 5299
EDR-5299
TFT-152R-SG 4/0-500KCMIL 0.85-1.45 (22-37) 3 3 8. Cable mounting brackets are avail-
TFT-153R-SG 500-750KCMIL 1.06-1.70 (27-43) 3 3 able to accommodate cable diame-
TFT-154R-SG 1000-1250KCMIL 1.49-2.20 (38-56) 3 3 ters from 0.80-2.40" (20-61mm).
TFTR-SG (Shielded, indoor/outdoor ) (25 kV) See page 113.
TFT-251R-SG #1-3/0AWG 0.64-1.09 (16-28) 5 3 Related installation instructions
TFT-252R-SG #2/0-500KCMIL 0.85-1.45 (22-37) 5 3 TFT-50R
TFT-253R-SG 250-750KCMIL 1.06-1.70 (27-43) 5 3 TFT-150R-G
TFT-254R-SG 750-1250KCMIL 1.49-2.20 (38-56) 5 3 TFT-150R-SG
TFTR-SG (Shielded, indoor/outdoor ) (35 kV) TFT-250R-SG
TFT-350R-SG
TFT-352R-SG 1/0-250KCMIL 0.85-1.45 (22-37) 8 3
TFT-353R-SG 4/0-500KCMIL 1.06-1.70 (27-43) 8 3
TFT-354R-SG 500-1250KCMIL 1.49-2.20 (38-56) 8 3

High voltage (69 kV) termination

EHVT/GHVT
1/C shielded power cable (46 and 69 kV)

Tyco Electronics’ Raychem EHVT series require periodic cleaning. The material
high-voltage terminations utilize a stress properties have been formulated to be
control system that has been field- thermally stable and highly resistant to
proven for more than 20 years. UV degradation, weathering, and envi-
ronmental pollution.
Reduced installation costs
Because the 46 and 69 kV HVT kits use Positive environmental seal
standard heat-shrink components, guide The cable, along with external ground, is
tubes are not needed for alignment, elas- sealed from moisture ingress using Tyco
tomer compression, computed venting, Electronics’ proven high-voltage, heat-
or field compound filling. Only standard activated scaling system. No field engi-
108 cable support systems are needed, neering or additional accessory kits are
reducing steel structure or poletop required.
support requirements.
Rated to IEEE-48, class 1, for
Available in gray color outdoor (weather-exposed) use.
For applications where gray appearance For use on wire shield, wire/metallic-
is preferred, GHVT 69 kV terminations tape shield, lead sheath, and jacketed
are now available. These terminations concentric neutral cables. Both kits
meet the same criteria as Tyco contain a limited number of lightweight
Electronics’ EHVT kits. GHVT kits have components with unlimited shelf life
gray outer tubes and skirts. under normal storage conditions.

Superior high-contamination
withstand and non-tracking.
The unique high-voltage insulating
sleeve is a field-proven, nontracking, and
erosion-resistant material that does not

Conductor Insulation Jacket
Catalog number size diameter O.D.
Indoor Outdoor (AWG/kcmil) (min –max.) (max.)
46 kV
EHVT-462-G EHVT-462-SG #2–4/0 1.18–1.77 (30–45) 2.36 (60)
EHVT-463-G EHVT-463-SG 250–750 1.47–2.05 (38–52) 2.75 (70)
EHVT-464-G EHVT-464-SG 1000–1500 1.97–2.56 (50–65) 3.35 (85)
EHVT-465-G EHVT-465-SG 1750–2500 2.48–3.03 (63–77) 3.94 (100)
69 kV
EHVT-691-G EHVT-691-SG 1/0–350 1.50–2.05 (38–52) 2.65 (67)
EHVT-692-G EHVT-692-SG 350–1000 1.95–2.55 (50–65) 3.25 (83)
EHVT-693-G EHVT-693-SG 1000–2000 2.50–3.05 (64–77) 3.95 (100)
GHVT-69 kV (gray)
GHVT-691-G GHVT-691-SG 1/0–350 1.50–2.05 (38–52) 2.65 (67)
GHVT-692-G GHVT-692-SG 350–1000 1.95–2.55 (50–65) 3.25 (83)
GHVT-693-G GHVT-693-SG 1000–2000 2.50–3.05 (64–77) 3.95 (100)

1. Select the appropriate catalog num- 2. For cables manufactured to other 6. See page 96 for testing information.
ber. Selections are based on the typi- specifications, confirm selection with 7. To order cable prep kits, see page
cal dimensions of 100%-insulated cable dimensions. 87.
cables manufactured in accordance 3. Kits do not contain connectors; order 8. Related test report: 46 kV: PPR-1085
with the data contained in AEIC CS6- compression or solder connectors EDR-5241
69 kV: EDR-5241
1982 and separately. 9. EHVT-BRKT available to accommo-
AEIC CS7-1987, as well as the 4. Standard package: 1 kit/box. date cable diameters from 2.5-4.5
dimensions of commonly used con- 5. Installed length: (65-115 mm). See page 114.
nectors. 46 kV: 10. EHVT-BP base plates for mounting
Nominal insulation thickness (100%): Indoor (-G): 32" (813 mm). the EHVT-BRKTs are also available.
46 kV: 420 mils Outdoor (-SG): 40" (1016 mm). See page 114.
69 kV: 650 mils 69 kV:
Indoor (-G): 42"(1067 mm). Related installation instructions
Outdoor (-SG): 52"(1321 mm). EHVT-46 EHVT-69

LC shield terminations

HVT-LC/SLC
1/C LC shield cable (15–35 kV)

Rated to IEEE-48-1990, class 1. Indoor
(in enclosures) or outdoor (weather-
exposed) use on LC shield cables.

109


Catalog number Conductor size Insulation diameter Jacket O.D.
Indoor Outdoor (AWG/kcmil) (min.–max.) (max.)
15 kV
HVT-151-LC HVT-151-SLC #2–3/0 0.65–1.00 (17–25) 1.45 (37)
HVT-152-LC HVT-152-SLC 4/0–350 0.85–1.40 (22–36) 1.85 (47)
HVT-153-LC HVT-153-SLC 500–1000 1.15–1.70 (29–43) 2.20 (56)
HVT-154-LC HVT-154-SLC 1250–2000 1.60–2.15 (41–55) 2.70 (69)
25 kV
HVT-252-LC HVT-252-SLC #2–400 0.85–1.40 (22–36) 1.80 (46)
HVT-253-LC HVT-253-SLC 400–1000 1.25–1.80 (32–46) 2.50 (64)
HVT-254-LC HVT-254-SLC 1000–1500 1.60–2.10 (41–55) 2.70 (69)
35 kV
HVT-352-LC HVT-352-SLC #1–250 1.05–1.40 (27–36) 1.90 (48)
HVT-353-LC HVT-353-SLC 250–1250 1.25–2.10 (32–55) 2.60 (66)

1. Select the appropriate catalog 4. Kits do not contain connectors;
number. Selections are based on order compression or solder con-
the typical dimensions of 100%- nectors separately.
insulated and 133%- insulated 5. Indoor (-LC) kits include a solder-
cables manufactured in accor- less ground connection.
dance with the data contained in 6. Outdoor (-SLC) kits include skirts
AEIC CS5-1987 and AEIC CS6- for outdoor use and a solderless
1987, as well as the dimensions ground connection. To order
of commonly used connectors. skirts separately, see page 116.
Nominal insulation thickness: 7. Miscellaneous accessories are
(100%) 15 kV: 175 mils found on page 87.
25 kV: 260 mils 35 kV: 345 mils 8. Standard package: 1 kit/box.
Nominal insulation thickness: 9. See page 96 for testing
(133%) 15 kV: 220 mils information.
2. For cables manufactured to other 10. Related test reports:
specifications, confirm selection EDR-5218
15 kV: EDR-5218
with cable dimensions. 25 kV: EDR-5219
EDR-5219
3. HVT-LC/SLC kits are supplied 35 kV: EDR-5222
EDR-5222
with two pieces of #4 AWG braid 11. Cable mounting brackets are
to provide fault-current carrying available to accommodate cable
capacity. Users should verify the diameters from 0.80-2.40" (20-
compatibility of the braids with 46mm). See page 113.
their LC shield cable.
HVT-15-35kV LC

URD cable terminations

HVT-J/SJ
1/C unjacketed and jacketed URD cable (15–35 kV)

HVT-J/SJ terminations are lightweight. RUS accepted for indoor and outdoor
They can be mounted directly to fuse terminations - Indoor (in enclosure) or
cutouts, eliminating the need for extra outdoor (weather-exposed) use. For use
support brackets. As with all HVT kits, on concentric neutral and jacketed con-
these URD terminations offer superior centric neutral cables.
UV stability and a nontracking outer
surface.

110


Catalog number Conductor size Insulation diameter Jacket O.D.
Indoor Outdoor (AWG/kcmil) (min.–max.) (max.)
15 kV
HVT-151-J HVT-151-SJ #2–3/0 0.65–1.00 (17–25) 1.45 (37)
HVT-152-J HVT-152-SJ 4/0–350 0.85–1.40 (22–36) 1.85 (47)
HVT-153-J HVT-153-SJ 500–1000 1.15–1.70 (29–43) 2.20 (56)
HVT-154-J HVT-154-SJ 1250–2000 1.60–2.15 (41–55) 2.70 (69)
25 kV
HVT-252-J HVT-252-SJ #2–400 0.85–1.40 (22–36) 1.80 (46)
HVT-253-J HVT-253-SJ 400–1000 1.25–1.80 (32–46) 2.50 (64)
HVT-254-J HVT-254-SJ 1000–1500 1.60–2.10 (41–53) 2.70 (69)
35 kV
HVT-352-J HVT-352-SJ #1–250 1.05–1.40 (27–36) 1.90 (48)
HVT-353-J HVT-353-SJ 250–1250 1.25–2.10 (32–53) 2.60 (66)
HVT-354-J HVT-354-SJ 1500–2000 2.00–2.70 (51–69) 3.30 (84)

Ordering Information
1. Select the appropriate catalog 2. For cables manufactured to other 8. See page 96 for testing
number. Selections are based on specifications, confirm selection information.
the typical dimensions of 100%- with cable dimensions. 9. Related test reports:
and 133%-insulated cables manu- 3. Kits do not contain connectors; EDR-5218
15 kV: EDR-5218
factured in accordance with the order compression or solder con- EDR-5219
25 kV: EDR-5219
data contained in AEIC CS5-1987 nectors separately. EDR-5222
35 kV: EDR-5222
and AEIC CS6-1987, as well as the 4. Indoor (-J) kits are suitable for 10. Cable mounting brackets are
dimensions of commonly used unjacketed and jacketed URD available to accommodate cable
connectors. cable. diameters from 0.80-2.40" (20-
Nominal insulation thickness 5. Outdoor (-SJ) kits include skirts for 46mm). See page 113.
100%: outdoor use and are suitable for Related installation instructions
15 kV: 175 mils unjacketed and jacketed URD HVT 15-35kV-J
25 kV: 260 mils cable. To order skirts separately,
35 kV: 345 mils see page 116.
Nominal insulation thickness 6. To order cable prep kits, see
133%: page 87.
15 kV: 220 mils 7. Standard package: 1 kit/box.

PILC cable terminations

HVT/HVT-3
15 kV terminations, (1/C, 3/C) PILC/VCLC

HVT-1590-G/SG and HVT-3-1590-G/SG The HVT-1590-G/SG and HVT-3-1590-G
series heat-shrinkable high-voltage termi- terminations are fully qualified to applic-
nations combine proven oil-sealing capa- able sections of IEEE-48 to provide a
bilities with stress-control and nontrack- long, trouble-free product life. In addi-
ing technologies to terminate 15 kV 1/C tion, these terminations have been
and 3/C PILC/VCLC cables. pressure tested to perform at 110°C and
15 psi under load-cycling conditions.
The HVT-1590-G/SG and HVT-3-1590-
G/SG heat-shrinkable terminations Rated to IEEE-48, class 1 termination.
install quickly and easily, with no need Accommodates belted or shielded
for special adapters, compound filling, paper-insulated, lead-covered (PILC) 111
leadwiping, or hot oils. or varnished cambric-insulated
(VCLC) cable.

Conductor Insulation Installed length
Kit description size diameter Indoor Outdoor
Indoor Outdoor (AWG/kcmil) (min.) (min.) (max.) (min.) (max.)
HVT-3-1590-G/SG 3/C PILC/VCLC cable
HVT-3-1591-G HVT-3-1591-SG #4–4/0 0.60 (15) 31.5 (800) 35 (888) 28 (711) 40 (1015)
HVT-3-1592-G HVT-3-1592-SG 4/0–400 0.85 (22) 31.5 (800) 35 (888) 28 (711) 40 (1015)
HVT-3-1593-G HVT-3-1593-SG 500–800 1.00 (25) 31.5 (800) 35 (888) 28 (711) 40 (1015)

Conductor Insulation Min Min Min Installed
Kit description size diameter Insulation Lug Lug barrel length
Indoor Outdoor (AWG/kcmil) (min.) OD OD Legnth Indoor Outdoor
HVT-1590-G/SG 1/C PILC/VCLC cable
HVT-1591-G HVT-1591-SG #4–2/0 0.60 (15) 0.65 (16) 1.50 (13) 1.50 (38) 22.4 (570) 22.4 (570)
HVT-1592-G HVT-1592-SG 3/0–400 0.85 (22) 0.80 (20) 0.65 (16) 1.50 (38) 22.4 (570) 22.4 (570)
HVT-1593-G HVT-1593-SG 400–1000 1.00 (25) 1.05 (27) 0.95 (24) 1.50 (38) 23.6 (600) 23.6 (600)

Technical data
The Tyco Electronics HVT-1590-G/SG and HVT-3-1590-G PILC/VCLC
terminations have been tested to and meet the following IEEE-48-1990 requirements:

Test Requirement
AC withstand, 1 minute 50 kV
AC dry withstand, 6 hours 35 kV
Impulse (BIL) 1.2 x 50 µs 95 kV
DC withstand, 15 minutes Cyclic aging, 30 cycles at 110°C conductor temp. with 17-kV and 75 kV
15-psi internal pressure (one cycle = 8 hours on/16 hours off) Passed
Post load cycling impulse (BIL) 1.2 x 50 µs 95 kV
Pressure test, 30-psi internal pressure for 1 hour Passed

The Tyco Electronics HVT-3-1590-SG PILC/VCLC terminations have been tested to:
Impulse (BIL) 1.2 x 50 µs 110 kV

1. Select the appropriate catalog 2. Lugs are not supplied in the kits and 5. To order cable prep kit, see
number. Selections are based on the should be ordered separately. Use oil page 87.
typical dimensions of 100%-insulated block lugs only. 6. Cable mounting brackets are available
cables manufactured in accordance 3. Standard package quantity: 1 kit to accommodate cable diameters
with the data contained in AEIC (Each 3/C kit contains all components from 0.80-4.50 (20-115).
1-1968. Nominal insulation thickness required to terminate one 3/C PILC See page 113.
(100%): 165 mils cable) per box.
EDR-5245
4. Related test report: EDR-5245. Related installation instructions
HVT-3-1590-G HVT-1590-SG

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