High-Voltage
Cable Accessories
52 up to 550 kV
nkt.com
Table of contents
General
About NKT ............................................................................................................................... 4
High-voltage cable accessories product range ....................................................................... 4
XLPE Cable accessories ............................................................................. 5
Joints
KSME Pre-moulded one-piece joint with heat-shrink outer protection 72.5 – 245 kV ............. 6
SME Pre-moulded one-piece joint with housing outer protection 72.5 – 245 kV ..................... 7
KSM Pre-moulded three-piece joint with heat-shrink outer protection 145 – 300 kV .............. 8
SM Pre-moulded three-piece joint with housing outer protection 145 – 550 kV ...................... 9
SKKB Screen separation kit .................................................................................................. 10
GIS/Transformer
KSEV/KTEV Dry plug-in GIS/transformer termination 72.5 – 550 kV .................................... 11
SEV/TEV Oil-filled GIS/transformer termination 123 – 420 kV ............................................... 12
Outdoor termination
TD Dry prefabricated outdoor termination 123 – 145 kV ........................................................ 13
KFEV Dry plug-in outdoor termination 123 – 300 kV ............................................................. 14
FEV Fluid-filled outdoor cable termination 72.5 – 550 kV ...................................................... 15
THV Dry flexible outdoor termination 72.5 – 245 kV .............................................................. 16
Offshore products
CB Branch connector for GIS and transformer 72.5 kV ......................................................... 17
CC Coupling connector 72.5 kV ............................................................................................ 18
CSA Surge arrester for CC 72.5 kV and CB 72.5 kV .............................................................. 19
CBC Screened dead-end cover for bushing-type F 72.5 kV .................................................. 20
ACTR Termination rack 72.5 kV ............................................................................................. 21
ACTB Termination box 72.5 kV .............................................................................................. 22
ACTS Termination system 72.5 kV ......................................................................................... 23
Link box .................................................................................................................................... 24
Table of content
Transition joints .............................................................................................. 25
MUDC Transition joint for three-core LPOF – XLPE cable 36 – 52 kV ................................... 26
USM Transition joint for single-core LPOF – XLPE cable 170 kV ........................................... 27
TJ Transition joint for single/three-core LPOF – XLPE cable 84 – 170 kV .............................. 28
LPOF Low-pressure oil-filled cable accessories ........ 29
Joints
MVEO Straight-through joint for single-core LPOF cable 72 – 170 kV ................................... 30
MVDO Straight-through joint for three-core LPOF cable 72 – 145 kV ................................... 31
MEYOSL Stop joint for single-core LPOF cable 145 kV ........................................................ 32
GIS/Transformer
EYOK/EYOT Oil-filled GIS/transformer termination 145 kV ................................................... 33
Outdoor termination
EPO/EROW Oil-filled outdoor termination 72 – 145 kV ......................................................... 34
OIL TANK Oil tank for LPOF cable ........................................................................................ 35
Training programmes for cable accessories................. 36
Certificates ............................................................................................................. 37
GENERAL
About NKT
High-voltage cable accessories product range
NKT is a global frontline supplier to the energy
sector and as such, we develop, manufacture and
market high-quality cables, cable accessories
and solutions for power grid infrastructure and
construction sites.
All high-voltage cable accessories from NKT are
developed by our own R&D department. Every
product in the range is type tested in accordance
with international standards. We also respond to
specific customer requirements by designing and
producing customized solutions.
Our manufacturing plants are among the most
modern, flexible and cost-effective facilities
anywhere in the world, and we continue to invest
heavily to ensure that we maintain our leadingedge capability. Here at NKT we also work
tirelessly to reduce our carbon footprint. Neutral
production and waste prevention are high priorities
for us.
NKT is part of NKT Holding A/S, which is listed on
the Danish Stock Exchange. NKT Holding owns a
number of companies, which are active in different
industries, and has production facilities on four
continents and offices in more than 30 countries
worldwide.
4
The entire high-voltage range is produced at our
state-of-the-art production facility in Alingsas,
Sweden. This begins with the rigorous selection
of high-grade materials, and the production and
testing equipment we employ at every stage
guarantees the highest product quality.
The high-voltage product range from NKT includes
cable accessories for all applications in the voltage
ranges from 52 up to 550 kV.
Within the range, there are versions of the
accessories based on various different technologies,
such as plug-in technology, dry-type technology
and conventional technology with insulating oil.
XLPE
Cable accessories
The range of cable accessories covers the
following applications:
We offer cable accessories for all NKT sector
and, as such, we develop, manufacture and
market high-quality cables, cable accessories
and solutions for power grid infrastructure and
construction sites. We offer accessories for
all applications with voltages up to 550 kV.
The accessories come in versions based on
various different technologies, such as connector
technology, dry-type technology and conventional
technology with oil insulation.
 Self-supporting outdoor terminations, porcelain
or composite
 Flexible outdoor terminations
 Terminations for gas-insulated switchgear
 Transformer terminations
 Straight-through joints
 Screen interruption joints/cross-bonding joints
 Transition joints, XLPE-insulated/oil-filled cables
 Products for the connection/installation of
low-pressure oil-filled cables LPOF
5
KSME 72.5 – 245 kV
Pre-moulded one-piece joint with
heat-shrink outer protection
Design
▪ The different versions of the premoulded one-piece joint are designed
for 72.5 up to 245 kV.
▪ The complete KSME joint consists of
a pre-moulded silicone joint body with
an integrated stress control system
and screw- or compression-type
connector.
▪ The outer sheath is covered with a
heat-shrink tube.
Application
Key characteristics
Note
Pre-moulded one-piece joint with heatshrink outer protection for XLPE- and
EPR-insulated cables with Al or Cu
conductor.
KSME
 Straight-through joint
KSME-E
 Straight-through joint with singlecore cable for direct earthing
KSME-S
 Screen separation joint with
coaxial cable
KSME-SE
 Screen separation joint with
single-core cables
Optional kits:
 Optical fibre kit
Standards
 IEC 60840
 IEC 62067
Tools:
 Push-on tools
 Fix points for push-on tools
 Belt strap tool
Technical details
Voltage
Type/
Designation
kV
Max.
cross section
Prepared cable
insulation
diameter
Max. oversheath
diameter
Max. dimensions
(length, diameter)
Weight
(approx.)
mm 2
mm
mm
mm
kg
72.5
KSME 72
1000
40.0 – 78.0
No limitation
1600 x 120
20
145
KSME 145
2500
41.6 – 120.0
No limitation
2350 x 240
35 – 70
170
KSME 170
2500
56.0 – 120.0
No limitation
2300 x 240
60 – 70
245
KSME 245
2500
56.0 – 120.0
No limitation
2300 x 240
60 – 70
6
SME 72.5 – 245 kV
Pre-moulded one-piece joint
with housing outer protection
Design
▪ The different versions of the premoulded one-piece joint are designed
for 72.5 up to 245 kV.
▪ The complete SME joint consists of a
pre-moulded silicone joint body with
an integrated stress control system
and screw- or compression-type
connector.
▪ The joint is protected by a metal or
plastic housing or a combination of
both.
Application
Key characteristics
Note
Pre-moulded one-piece joint with
housing outer protection for XLPE- and
EPR-insulated cables with Al or Cu
conductor.
SME
 Straight-through joint
SME-E
 Straight-through joint with singlecore cable for direct earthing
SME-S
 Screen separation joint with
coaxial cable
SME-SE
 Screen separation joint with
single-core cables
Optional kits:
 Optical fibre kit
Standards
 IEC 60840
 IEC 62067
Tools:
 Push-on tools
 Fix points for push-on tools
 Belt strap tool
Technical details
Voltage
Type/
Designation
kV
Max.
cross section
Prepared cable
insulation
diameter
Max. oversheath
diameter
Max. dimensions(length, diameter)
Weight
(approx.)
mm 2
mm
mm
mm
kg
72.5
KSME 72
1000
40.0 – 78.0
125
1710 x 370
240
145
KSME 145
2500
41.6 – 120.0
150
2350 x 460
240 – 290
170
KSME 170
2500
56.0 – 120.0
150
2300 x 370
240 – 290
245
KSME 245
2500
56.0 – 120.0
150
2300 x 370
240 – 290
7
KSM 145 – 300 kV
Pre-moulded three-piece joint
with heat-shrink outer protection
Design
▪ The different versions of the premoulded three-piece joint are designed
for 145 up to 300 kV.
▪ The complete KSM joint consists of a
pre-moulded silicone main joint body,
two silicone adapters with an
integrated stress control system and a
screw- or compression-type connector.
▪ The outer sheath is covered with a
heat-shrink tube.
▪ The joint is designed to connect two
different cable dimensions.
Application
Key characteristics
Note
Pre-moulded three-piece joint with
heat-shrink outer protection for XLPEand EPR-insulated cables with Al or Cu
conductor.
KSM
 Straight-through joint
KSM-E
 Straight-through joint with singlecore cable for direct earthing
KSM-S
 Screen separation joint with
coaxial cable
KSM-SE
 Screen separation joint with
single-core cables
Optional kits:
 Optical fibre kit
Standards
 IEC 60840
 IEC 62067
Tools:
 Push-on tools
Technical details
Voltage
Type/
Designation
kV
Max.
cross section
Prepared cable
insulation
diameter
Max. oversheath
diameter
Max. dimensions(length, diameter)
Weight
(approx.)
mm 2
mm
mm
mm
kg
145
KSM 145
2500
34.5 – 108.0
118
2200 x 240
70 – 110
170
KSM 170
2500
50.0 – 108.0
118
2200 x 240
85 – 110
245
KSM 245
2500
50.0 – 108.0
118
2300 x 280
85 – 125
300
KSM 300
2500
56.0 – 108.0
118
2200 x 280
120
8
SM 145 – 550 kV
Pre-moulded three-piece joint
with housing outer protection
Design
▪ The different versions of the premoulded three-piece joint are designed
for 145 up to 550 kV.
▪ The complete SM joint consists of
a pre-moulded silicone main joint
body, two silicone adapters with an
integrated stress control system
and a screw- or compression-type
connector.
▪ The joint is designed to connect two
different cable dimensions.
▪ The cable joint has a metal and plastic
housing as an outer protection.
Specific for the product
Application
Pre-moulded three-piece joint with
housing outer protection for XLPE- and
EPR-insulated cables with Al or Cu
conductor.
Standard
 IEC 60840
 IEC 62067
Note
SM
 Straight-through joint
SM-E
 Straight-through joint with single core
cable for direct earthing
SM-S
 Screen separation joint with coaxial
cable
SM-SE
 Screen separation joint with single
core cables
Optional kits:
 Optical fibre kit
 PD-me suring kit
Tools:
 Push-on tools
Technical details
Voltage
Type/
Designation
kV
Max.
cross section
Prepared cable
insulation
diameter
Max. oversheath
diameter
Max. dimensions
(length, diameter)
Weight
(approx.)
mm 2
mm
mm
mm
kg
145
SM 145
2500
34.5 – 108.0
118
2105 x 421
130 – 150
170
SM 170
2500
50.0 – 108.0
118
2105 x 421
140 – 150
245
SM 245
2500
50.0 – 108.0
118
2105 x 473
140 – 200
300
SM 300
2500
81.5 – 108.0
118
2200 x 280
200
420
SM 420
3200
81.5 – 140.0
185
3620 x 715
850
550
SM 550
3200
97.0 – 140.0
185
3620 x 715
850
9
SKKB
Screen separation kit
Design
▪ The SKKB can be fitted to already
laid cable where the load condition
has changed and losses need to be
reduced.
▪ It also offers the possibility of
optimising the cable system, since
cross-bonding can be fitted at any
position along the cable route.
▪ The SKKB is available for different
cable dimensions and constructions
and is designed to ensure easy
installation and excellent sealing of
the cable after the cable screen is
connected.
Application
The SKKB is a screen separation kit for
cross-bonding or earthing of cables up.
to 245 kV.
Specific to the product
SKKB-PAL
 Al laminate as a radial water
barrier
SKKB-MET
 Metallic sheath with or without
copper screen wires
SKKB-CUW
 Copper screen wires
Technical details
Cable outer sheath
diameter mm
Designation
Max. length
mm
mm
mm 2
50 – 100
SKKB 10 - x
1200
100 – 150
SKKB 15 - x
1200
10
KSEV/KTEV 72.5 – 550 kV
Dry plug-in GIS/transformer termination
Design
▪ The different versions of the dry-type
KSEV/KTEV termination are designed
for 72.5 up to 550 kV.
▪ The KSEV termination is suitable for
installation in the gas-filled cable
connection box of metal-enclosed,
gas-insulated switchgear (GIS).
▪ The KTEV termination is suitable
for installation in the oil-filled cable
connection box of a metal-enclosed
oil-insulated transformer.
▪ The complete KSEV/KTEV termination
consists of epoxy resin insulator
with embedded electrode, fixing ring
and plug-in part, which is fitted to
the cable, comprising metal cable
gland with spring-loaded device and
pre-moulded silicone stress cone for
electrical field control. The termination
is additionally equipped with a corona
shield.
▪ The standard conductor connector is
of screw type. A compression-type
connector is also available.
▪ All metal parts are made of
corrosionproof materials.
▪ A special offshore solution is available.
Specific to the product
Application
Dry GIS/transformer termination suitable
for XLPE- and EPR-insulated cables with
Al or Cu conductor.
Standards
▪ IEC 60840
▪ IEC 62067
▪ IEC 62271-209
▪ EN 50299
Note
KSEV
▪ Dry plug-in GIS termination
ISEV
▪ Insulator for dry plug-in GIS termination
KTEV
▪ Dry plug-in transformer termination
ITEV
▪ Insulator for dry plug-in transforer
termination
XEV
▪ Plug-in cable connection part for
dry GIS/transformer termination
Optional kits:
▪ Optical fibre kit
▪ PD-measuring kit
▪ IEC adapter
▪ Blind plug (BST 72-245)
▪ Testing plate
▪ Current-testing device
▪ Termination clamp
▪ Protective housing for XEV
Tools:
▪ Push-on cone
Technical details
Voltage
Type/
Designation
kV
Max.
cross section
Prepared cable
insulation
diameter
Max. oversheath
diameter
Insert length
(short/long)
Weight of short/
long insert
(approx.)
mm 2
mm
mm
mm
kg
1200
35.5 – 76.0
96
310/583
31/36
72.5
KSEV/KTEV 72
123 – 170
KSEV/KTEV 123/145/170 2500
35.5 – 100.0
135
470/757
55/60
245 – 300
KSEV/KTEV 245/300
3200
47.0 – 140.0
185
620/960
147/178
420 – 550
KSEV/KTEV 420/550
3200
81.0 – 140.0
185
960/1400
178/193
11
SEV/TEV 123 – 420 kV
Oil-filled GIS/transformer termination
Design
▪ The different versions of the fluid-filled
SEV/TEV termination are designed for
123 up to 420 kV.
▪ The SEV termination is suitable for
installation in the gas-filled cable
connection box of metal enclosed,
gas-insulated switchgear (GIS).
▪ The TEV termination is suitable for
installation in the oil-filled cable
connection box of a metal-enclosed,
oil-insulated transformer.
▪ The complete termination consists
of epoxy resin insulator with an
embedded electrode, fixing ring,
metal cable gland, silicone oil as the
dielectric fluid, prefabricated silicone
stress cone for electrical field control,
and compression-type conductor
connector.
▪ The TEV termination is additionally
equipped with a corona shield.
▪ All metal parts are made of corrosionproof materials.
Application
Key characteristics
Note
Fluid-filled GIS/transformer termination
suitable for XLPE- and EPR-insulated
cables with Al or Cu conductor.
SEV
 Fluid-filled GIS termination
TEV
 Fluid-filled transformer termination
Optional kits:
 Oil-expansion vessel
Standards




IEC 60840
IEC 62067
IEC 62271-209
EN 50299
Technical details
Voltage
Type/
Designation
kV
Max.
cross section
Prepared cable
insulation
diameter
Max. oversheath
diameter
Insert length
Weight
(approx.)
mm 2
mm
mm
mm
kg
123 – 170
SEV/TEV 123/145/170
2500
34.5 – 112.0
135
757
92
245 - 300
SEV/TEV 245/300
2500
56.0 – 122.0
135
960
235
420
SEV/TEV 420
2500
56.0 – 124.0
< 165
1400
530
12
TD 123 – 145 kV
Dry prefabricated
outdoor termination
Design
▪ The different versions of TD the
outdoor termination are designed for
operating voltages from 123 up to
145 kV.
▪ The complete termination consists of a
pre-assembled cable termination, top
bolt and conductor connector in the top
fitting and also cable clamp and earth
clamp.
▪ The pre-assembled cable termination
consists of a composite insulator with
an integrated base part and stress
cone. The support pipe and the
cable clamp are made of glass-fibrereinforced polyester that provides an
insulated screen/sheath installation.
▪ The conductor bolt is available as a
screw (clamp) type. All metal parts are
made of corrosion-proof aluminium
alloy or stainless steel.
▪ The insulators supplied fulfil IEC 60815
at standard pollution levels. The insulators
have the standard flashover distance.
▪ The termination comes pre-assembled
from the factory, which considerably
reduces installation time after cable
preparation. No filling with insulating.
fluid required at the site.
Application
Standards
Note
Dry outdoor termination suitable for
XLPE- and EPR-insulated cables with Al
or Cu conductor.
 IEC 60840
Optional kits:
 Optical fibre kit
Tools:
 Installation tool RKM 145
 Installation cone
Technical details
Voltage
Type/
Designation
kV
Max.
cross section
Prepared cable
insulation
diameter
Max. oversheath
diameter
Creepage
distance
Length
(approx.)
Weight
(approx.)
mm 2
mm
mm
mm
mm
kg
123
TD 123
2500
50.0 – 102.0
150
3940
1810
90
145
TD 145
2500
50.0 – 102.0
150
4650
1955
102
13
KFEV 123 – 300 kV
Dry plug-in outdoor termination
Design
▪ The different versions of the KFEV
outdoor termination are designed for
operating voltage for 123 up to 300 kV.
▪ The KFEV is a plugable termination
and consisting of: A pre-assembled
epoxy resin insulator with embedded
electrode and composite insulator
with silicone sheds and upper metal
work, metal base plate with supporting
insulators, and plug-in cable
connection part which is fitted to the
cable, comprising metal cable gland
with spring-loaded device and a
pre-moulded silicone stress cone for
electrical field control and screw-type
or compression-type conductor
connector.
▪ The cable gland is sealed to avoid
penetration by water.
▪ All metal parts are made of
corrosion-proof aluminium alloy
or stainless steel.
▪ The insulators supplied fulfil IEC
60815 at standard pollution levels. The
insulators have the standard flashover
distance.
Application
Standards
Note
Dry outdoor termination suitable for
XLPE- and EPR-insulated cables with Al
or Cu conductor.
 IEC 60840
 IEC 62067
Optional kits:
 Optical fibre kit
 PD-measuring kit
Tools:
 Push-on cone
Technical details
Voltage
Type/
Designation
kV
Max.
cross section
Prepared cable
insulation
diameter
Max. oversheath
diameter
Creepage
distance
Length
(approx.)
Weight
(approx.)
mm 2
mm
mm
mm
mm
kg
123
KFEV 123
2500
47.0 – 100.0
138
4495
1754
150
145
KFEV 145
1200
35.5 – 76.0
96
4495
1750
130
300
KFEV 245/300
2000
47.0 – 100.0
138
8755
2861
384
14
FEV 72.5 – 550 kV
Fluid-filled outdoor
cable termination
Design
▪ The different versions of the FEV
outdoor termination are designed for
operating voltages from 72.5 up to
550 kV.
▪ The complete termination consists of
composit or porcelain insulator with
metal head plate, metal base plate with
supporting insulators and pre-moulded
silicone stress cone with integrated
stress control system and the silicon
oil for insulator filling and the sealing
cable gland.
▪ The conductor bolt is available as
screw type or compression type. All
metal parts are made of corrosionresistant aluminum alloy or stainless
steel.
▪ The insulators supplied fulfil IEC
60815 at standard pollution levels.
The insulators have standard flashover
distances.
Key characteristics
Application
Standards
Note
Fluid-filled GIS/transformer termination
suitable for XLPE- and EPR-insulated
cables with Al or Cu conductor.
 IEC 60840
 IEC 62067
 IEC 60815
Optional kits:
 Optical fibre kit
 PD-measuring kit
Tools:
 Push-on cone
FEV-V
 Composite insulator
FEV-P
 Porcelain insulator
FEV-VD
 Composite insulator with
plates
 Explosion proof
Technical details
Voltage
Type/
Designation
kV
Max.
cross section
Prepared cable
insulation
diameter
Max. oversheath
diameter
Creepage
distance
Length
(approx.)
Weight
(approx.)
mm 2
mm
mm
mm
mm
kg
72
FEV-V/-P 72
1200
34.5 – 84.0
115
> 2250
1060
100
123
FEV-V/-P 123
2500
34.5 – 108.0
115
> 3075
1510
120
145
FEV-V/-P 145
2500
34.5 – 108.0
120
> 4495
1710
130
170
FEV-V/-P/-VD 170
2500
34.5 – 108.0
120
> 5270
1940
160
245
FEV-V/-P/-VD 245
2500
64.0 – 116.0
136
> 8355
2640
450
300
FEV-V/-P 300
2500
64.0 – 116.0
136
> 10230
3120
520
420
FEV-V/-P 420
2500
87.0 – 120.0
165
> 12600
4980
1600
550
FEV-V 550
2500
97.0 – 140.0
165
> 13200
4980
1850
15
THV 72.5 – 245 kV
Dry flexible outdoor termination
Design
▪ The different versions of the dry flexible
outdoor termination THV are designed
for operating voltage from 72.5 up to
245 kV.
▪ The complete termination consists
of a push-on prefabricated silicone
element with integrated electrical field
control, shed modules in accordance
with creepage distance requirements
sealing material and screw-type
conductor bolt. Press-type conductor
bolts are available on request. The
insulating elements fulfil IEC 60815 at
standard pollution levels and have the
standard flashover distance.
▪ The insulating elements fulfil IEC 60815
at standard pollution levels and have
the standard flashover distance.
Application
Standards
Note
Outdoor termination suitable for XLPEand EPR-insulated cables with Al or Cu
conductor.
 IEC 60840
 IEC 62067
Tools:
 Push-on cone
Technical details
Voltage
Type/
Designation
kV
Max.
cross section
Prepared cable
insulation
diameter
Max. oversheath
diameter
Creepage
distance
Length
(approx.)
Weight
(approx.)
mm 2
mm
mm
mm
mm
kg
72.5
THV 72
1600
40.0 – 78.0
No limitation
> 2248
1280
7.5
100
THV 100
1200
51.5 – 78.0
No limitation
> 2500
1830
10
123
THV 123
1200
55.0 – 78.0
No limitation
> 3675
2200
25
145
THV 145
1200
55.0 – 78.0
No limitation
> 4495
2200
25
245
THV 245
1200
55.0 – 78.0
No limitation
> 4495*
2200
30
16
CB 72
Branch connector for
GIS and transformer
Design
▪ The branch connector is made of
silicone rubber and designed for
a voltage of 72.5 kV level when
connecting GIS and transformers.
▪ The complete connector consists of
the connector body, a stress cone
element, a cable lug, a covering (bolt)
pin, an insulating plug and a covering
cap.
▪ The pre-moulded geometric field
control element is independent from
system frequency and harmonic
content.
▪ The branch connector can be provided
with screw-type or crimp cable lugs.
All components are routinely tested.
Application
Standards
Note
The branch connector type CB 72 is
applicable to the outer cone bushing
type F of GIS and transformers and is
suitable for XLPE- and EPR-insulated
cables with Al or Cu conductors.
In cases where parallel cables for
phases are needed, coupling connector
type CC 72 could be linked directly to
branch connector type CB 72.
CSA-type surge arresters are available
for coupling in order to protect electrical
components against overvoltage and
transients.
 EN 50673
 IEC 60840
Optional kits:
 For on- and offshore applications
 Integrated capacitive measuring point
Tools:
 Push-on device
Technical details
Voltage
Type/
Designation
kV
72.5
CB 72
Max.
cross section
Prepared cable
insulation
diameter
Weight
(approx.)
mm 2
mm
kg
1200
32.0 – 74.0
14
17
CC 72
Coupling connector
Design
▪ The coupling connector is made of
silicone rubber and designed for a
voltage of 72.5 kV level.
▪ The complete coupling connector
consists of the connector body, a
stresscone element, a cable lug and
a contact bolt (pin).
▪ It is linked directly to branch connector
type CB 72.
▪ The pre-moulded geometric field
control element is independent from
system frequency and harmonic
content.
▪ The coupling connector can be
provided with screw-type or crimp
cable lugs. All components are
routinely tested.
Application
Standards
Note
In cases where parallel cables per phase
are needed, coupling connector type
CC 72 could be linked directly to branch
connector type CB 72. As with the CB
72 branch connector, the coupling
connector CC 72 is suitable for XLPE
and EPR insulated cables with Al or Cu
conductors. CSA- and CSB-type surge
arresters are available for coupling in
order to protect electrical components
against overvoltage and transients.
 EN 50673
 IEC 60840
Optional kits:
 Suitable for on- and offshore
applications
 Integrated capacitive measuring point
Tools:
 Push-on device
Technical details
Voltage
Type/
Designation
kV
72.5
18
CC 72
Max.
cross section
Prepared cable
insulation
diameter
Weight
(approx.)
mm 2
mm
kg
1200
32.0 – 74.0
13
CSA/CSB 58 – 72/10
Surge arrester for CC 72 and CB 72
Design
▪ The CSA-type screened, separable,
metal oxide surge arrester is designed
for rear coupling onto a connector of
the type CB 72.
▪ The CSB-type screened, separable,
metal oxide surge arrester is for a
direct assembly onto a bushing of
interface type F in accordance with
EN 50 673.
▪ This metal oxide surge arresters have
a silicon insulation and a bonded,
screened outer surface.
▪ Minimal system length is achieved by
directly linking the surge arrester to
the cable connector.
Application
Key characteristics
Note
Surge arresters are suitable for coupling
with connectors of type CB or CC in
order to protect electrical components
against overvoltage and transients.
Arrester class: station low duty (SL).
 Suitable for on- and offshore
applications
 Integrated capacitive measuring point
 Shallow installation depth
Standards
 IEC 60840
 IEC 62067
Technical details
Type/
Designation
Rated
voltage
Continous
voltage
Nominal
discharge
current
Weight
(approx.)
Length
Ur/kV
Uc/kV
I/kA
kg
mm
CSA or CSB 58/10
72
58
10
17
784
CSA or CSB 60/10
75
60
10
17
784
CSA or CSB 62/10
78
62
10
17
784
CSA or CSB 67/10
84
67
10
23
934
CSA or CSB 72/10
90
72
10
23
934
19
CBC 72 type F
Screened dead-end cover
for bushing type F
Design
▪ Fully screened by a bonded outer
conductive layer of silicone. Insulating
plug with measuring point.
▪ Integrated pre-moulded geometric
stress control element.
Application
Key characteristics
Note
Voltage-proof covering of bushings with
type F interface in accordance with.
EN50 EN50673.
With integrated capacitive
measuring point.
All electrical components are AC,
withstand voltage and partial discharge
and are tested prior to leaving the
factory.
Standard
 EN 50673
 EN 60137
 IEC 60840
Technical details
Voltage
Type/
Designation
kV
72.5
20
CBC 72 type F
Max.
cross section
AC voltage
Partial
discharge
Weight
(approx.)
mm 2
mm
pC
kg
–
90 kV in accordance with IEC 60840
155 kV in accordance with IEC 60137
<5
3.5
ACTR 72
Array cable transition rack
Design
▪ Termination systems for connecting
submarine array cables and dropper
cables via CB 72 elbow connectors
and the CP 72 connecting plug to
dropper cables (pre-terminated cable
links) with the switchgears of offshore
wind turbines or substation.
Application
Key characteristics
Note
Connection for subsea array cables and
pre-terminated cable links.
▪ A defined interface between array
cables and a transition piece
enables cost and risk reduction.
CB 72 elbow connectors are not
included!
Standards
▪ Makes project-specific
adaptations possible.
 IEC 60840
 EN 50673
Technical details
Voltage
Type/
Designation
kV
72.5
Termination rack
Dimensions
Weight
(approx.)
mm
kg
900 x 288 x 320
27.5
21
ACTB 72
Array cable transition box
Design
▪ Transition boxes for connecting
submarine array cables and dropper
cables via elbow connectors CB 72
and connecting plug CP 72 to dropper
cables (pre-terminated cable links)
with the switchgears of offshore wind
turbines or substation.
Application
Key characteristics
Note
Connection for subsea array cables and
pre-terminated cable links.
▪ A defined interface between array
cables and a transition piece
enables cost and risk reduction.
CB 72 elbow connectors are not
included! The cabinet is made of fibre
glass-reinforced polyester resin (double
insulating and lighter than stainless steel
cabinets).
▪ Makes project-specific
adaptations possible.
Standards
▪ Mechanical protection of
the electrical interface and
T-connectors.
 IEC 60840
 EN 50673
 IEC 60529
▪ Cable-cleating bars integrated into
the optional pedestal.
Technical details
Voltage
Type/
Designation
kV
72.5
22
Dimensions
Protection
class
mm
Termination box
806 x 780 x 2065
Weight
(approx.)
kg
IP 54
Depends on application,
minimum 43 kg (w/o stand)
ACTS 72
Array cable transition system
Design
▪ Connection of submarine and tower
cables through integrated bushing.
▪ Predefined interconnection point for
submarine cables.
▪ Suitable for testing and commissioning
of submarine cables after installation.
Application
Key characteristics
Note
Termination interface for subsea array
cables and pre-terminated cable links.
▪ Integrated bushing for connection
of CB 72.
Standards
▪ Mechanical protection of
the electrical interface and
T-connectors.
CB 72 elbow connectors are not
included!
The protective cover of the termination
system is made of metal.
▪ Allows flexible adaption to
existing metal structures of TP
or foundation as well as taking
different cable designs into
consideration, e.g. the Al foil
design used to provide a radial
water barrier.
 IEC 60673
 IEC 60840
 DIN EN 50180/81
Technical details
Max. operating
voltage
Nominal
current rating
Dimensions
Weight
(approx.)
kV
A
mm
kg
72.5
1250
234 x 1800 x 446
64
23
LINKBOX
Design
Linkbox for termination:
 Direct earthing (without SVL)
 Earthing with SVL
Linkbox for joints:
 Cross-bonding of cable screen
(with SVL)
 Direct earthing (without SVL)
Additional different versions
available:
 Connection of coaxial and single
bonding cables
 Different cross sections of bonding
cables
 Different outer housings
 Special solutions on request
 Different SVL types available
24
TRANSITION JOINTS
Transition joints
In addition to modern XLPE cable accessories, our
portfolio also includes a complete range of low-pressure
oil-filled (LPOF) cable accessories for voltages up to
170 kV. We develop our LPOF solutions in close
cooperation with our customers. This allows us to
provide quick and therefore cost-efficient installation
of appropriate transition technologies.
Although some oil cable systems (LPOF) have already
been in use for more than 70 years, they can still provide
many more years of operation if they receive appropriate
and regular maintenance. In the meantime, it is possible
to renew such cable systems section by section, since
NKT provides solutions for connecting low-pressure
oil-filled cable systems with modern XLPE systems.
Our reliable and cost-efficient transition joint portfolio
also includes a broad range of solutions for connecting
gas pressure cables to XLPE cables.
Features and advantages:
 Minimum tools and installation space needed
 Available for cross-bonding or straight-through
applications
 Cover housing size and material optimized
 Rigorously tested
 Customized solutions
25
MUDC 36 – 52 kV
Transition joint for three-core
LPOF – XLPE cable
Design
▪ The MUDC transition joint is designed
for operating voltage from 36 up to
52 kV.
▪ The completed joint connects a threecore oil cable with three single-core
XLPE cables.
▪ The XLPE side is designed with the CPI
plug-in part, which consists of a stress
cone, the main body and screw-type
connector.
▪ The stress cones are made of oilimpregnated insulation paper, carbon
paper, copper mesh and if necessary,
a stress relief ring.
▪ The oil cable conductor can
be connected with a screw- or
compression-type connector.
▪ All necessary assembling accessories
are part of the kit.
▪ For outer protection, a glass fibre
and filling compound are supplied.
▪ An optional oil-stop housing reduces
significant oil loss during installation.
Application
Standards
Note
Transition joint for connecting three-core
low-pressure oil-filled and XLPE cables
with Al or Cu conductor.
 EN 61442
 IEC 60840
▪ The version is prepared for screen
separation requirement.
Technical details
Voltage
Type/
Designation
kV
36 – 52
26
MUDC 36/52
Max. XLPE cross
section
Max. LPOF cross
section
Max. XLPE
cable insulation
diameter
Max. oversheath
diameter
Max. dimensions
(length, …)
mm 2
mm 2
mm
mm
mm
1000
630
62.0
No limitation
2300 x 500
USM 170 – OX
Transition joint for single-core
LPOF – XLPE cable
Design
▪ The different versions of the USM
transition joint are designed for
operating voltage from 72.5 up to 170
kV and connect a single-core oil-filled
cable with a single-core XLPE cable.
▪ The two cables will be connected by
a common epoxy resin insulator with
embedded electrode.
▪ The XLPE-side is designed with a fixing
ring and plug-in part, comprising metal
cable gland with spring loaded device
and pre-moulded silicone stress cone
for electrical-field control.
▪ The standard conductor bolt is
of screw type.
▪ The oil cable stress cone is made
of oil-impregnated insulation paper,
carbon paper, copper mesh and a
stress relief ring.
▪ A compression-type conductor
connector, an inlet funnel with oil
feed-in and all necessary assembling
accessories are part of the kit.
▪ Only approx. a 15-litre filling with cable
insulation oil is needed.
Application
Standards
Note
Transition joint and single-core lowpressure oil-filled and XLPE cables with
Al or Cu conductor.
 IEC 60840
 CIGRE 415 06/2010
▪ Connection of a three-core LPOF cable
is possible with the AGOW trifurcation
kit.
Optional kits:
 Optical fibre kit
 PD-measuring kit
Technical details
Voltage
Type/
Designation
kV
123-170
USM 170-OX
Max. XLPE cross
section
Max. LPOF cross
section
Max. XLPE
cable insulation
diameter
Max.
oil side
Max. dimensions
(length, …)
mm 2
mm 2
mm
mm
mm
2500
1200
47.0 – 100.0
110.0
2700 x 450
27
TJ 84 – 170 kV
Transition joint for single/three-core
LPOF – XLPE cable
Design
▪ The different versions of the TJ
transition joint are designed for
operating voltage from 72.5 up to
170 kV and connect a single/threecore oil-filled cable with a single-core
XLPE cable.
▪ The XLPE side is designed with a
pre-moulded silicone stress cone for
electrical-field control, a metal cable
gland, expansion vessels and
insulating oil.
▪ The standard conductor bolt is of
compression type. The connection
between the two cable types is
implemented with an epoxy resin
insulator and compression connectors.
▪ The oil cable side comprises a
stress cone, which is made of oilimpregnated insulation paper, carbon
paper, copper mesh and the stress
relief ring.
▪ Compression-type conductor
connector, a stainless steel housing,
an oil feed-in and all necessary
assembling accessories are part
of the kit.
Application
Standards
Note
Transition joint for connecting single/
three-core low-pressure oil-filled and
XLPE cables with Al or Cu conductor.
 IEC 60141-1
 SS 424 14 17
 IEC 60840
▪ An oil-stop housing reduces significant
oil loss during installation. For outer
protection, a glass fibre housing and
filling compound are supplied.
Technical details
Voltage
Single/Three-core LPOF cable
Type/
Designation
kV
Max. XLPE cross
section
Max. LPOF cross
section
Max. XLPE
cable insulation
diameter
Max.
oil side
Max. dimensions
(length, …)
mm 2
mm 2
mm
mm
mm
84
Single-core LPOF
TJ 84-1
1000
800
66.0
78.0
1800 x 250
84
Three-core LPOF
TJ 84-3
1000
800
66.0
114.0
2500 x 480
170
Three-core LPOF
TJ 170-3
1000
630
83.5
114.0
3400 x 700
28
LPOF
Low-pressure oil-filled cable accessories
LPOF
NKT – A reliable expert
We offer a full range of cable accessories for LPOF
cables up to 170 kV. In addition, we are continually
working in close collaboration with customers to
develop individualized LPOF solutions.
Thanks to our extensive experience and vast
selection of worldwide case studies, we are the
natural choice for LPOF service of all kinds, including
installation, monitoring, maintenance, replacement
with newer technologies and decommissioning.
Although LPOF cables often have been in service
for as long as 70 years, our ultra-reliable LPOF
accessories can ensure many more years of
operational life. For example, transition joints can
be used to replace LPOF cable with XLPE cable
section by section.
This best-in-class NKT engineering is backed up by
an unrivalled knowledge of LPOF systems. Founded
in 1891, the company has been working with oil-filled
cables for much of its history, acquiring a unique
deposit of experience and expertise.
Some of the advantages of using
NKT's LPOF solutions:
 Best-in-class products for quick and
cost-effective installation
 Optimal storage due to overlapping cable cross
sections and cable types
 Extensive expertise with years of experience in
servicing oil-cable systems
To ensure that this valuable – and rare – know-how is
not lost, we created a center of LPOF expertise known
as the Oil & Gas Cable Competence Centre (OGCCC).
As a result, the company is well placed to be a reliable
partner throughout the long life of your LPOF cable
system.
The LPOF expertise that NKT offers:










Assessing the condition of oil-filled cable systems
Tests and preventive measures
Determining the condition of insulating oil
Filling factor checks
Gas-in-oil analysis
Pressure volume tests on tanks
High-voltage testing
Localization of leaks
Repair of leaks
Disposal of dismantled materials in accordance
with local regulations
 Flushing of cables in which oil quality is poor
29
MVEO 72 – 170 kV
Straight-through joint for
single-core LPOF cable
Design
▪ The different versions of the MVEO/i
straight-through joint are designed for
operating voltage from 72.5 up to
170 kV.
▪ The completed joint connects two
single-core oil cables via a stress cone
comprising, made of oil-impregnated
insulation paper, carbon paper, copper
mesh and, if necessary, a stress relief
ring.
▪ Compression-type conductor
connector, an inner copper housing
and required assembly accessories
are part of the kit.
▪ For outer protection, a heat-shrink
tube or a plastic housing are available.
Application
Standards
Key characteristics
Straight-through joint for connecting
single core low-pressure oil-filled cables
with Al or Cu conductor.
 IEC 60141-1
MVEO
 Straight through
MVEO-i
 Screen separation
Technical details
Voltage
Type/
Designation
kV
Max. cross
section
Max. cable
insulation
diameter
Max. oversheath
diameter
Max. dimensions
(length, …)
mm 2
mm
mm
mm
145
MVEO-i 145
1200
60.0
85.0
1950 x 250
170
MVEO-i 170
1400
76.0
102.0
2500 x 410
30
MVDO 72 – 145kV
Straight-through joint for
three-core LPOF cable
Design
▪ The different versions of the MVDO
straight-through joint are designed
for operating voltage from 72 up to
145 kV.
▪ The completed joint connects two
three-core oil cables via stress cones
comprising oil-impregnated insulation
paper, carbon paper and copper mesh.
▪ A compression-type conductor
connector, an inner copper housing
and all necessary assembling
accessories are part of the kit.
▪ Two oil-stop housings reduce oil loss
during installation.
▪ For outer protection, a heat-shrink
tube or a plastic housing are available.
Application
Standards
Straight-through joint for three-core
low-pressure oil-filled cables with Al
or Cu conductor.
 IEC 60141-1
Technical details
Voltage
Type/
Designation
kV
Max. cross
section
Max. cable
insulation
diameter
Max. oversheath
diameter
Max. dimensions
(length, …)
mm 2
mm
mm
mm
72
MVDO 72
630
50.0
No limitation
2500 x 410
145
MVDO 145
630
50.0
No limitation
3550 x 410
31
MEYOSL 145 kV
Stop-joint for single-core LPOF cable
Design
▪ The stop-joint-type MEYOSL is
designed for operating voltage
up to 145 kV.
▪ The completed joint enables a
hydraulic, independent connection
between two low-pressure oil-filled
cables. It consists of two separate
stress cones, which comprise oilimpregnated insulation paper, carbon
paper, copper mesh and a stress
relief ring.
▪ The kit includes a compression-type
conductor connector, GIS insulator
in accordance with IEC 62271-209,
a double-sided oil feed-in, an inner
copper housing and all necessary
assembly accessories.
▪ The outer sheath is covered with
an outer protective housing.
▪ The connection of different cable
cross sections is possible.
▪ This version is intended for screen
separation requirements. Connection
of two three-core LPOF cables is
possible with the AGOW trifurcation kit.
Application
Standards
Stop-joint for single-core low-pressure
oil-filled cables with Al or Cu conductor.
 IEC 60141-1
Technical details
Voltage
Type/
Designation
kV
145
32
MEYOSL 145
Max. cross
section
Max. cable
insulation
diameter
Max. oversheath
diameter
Max. dimensions
(length, …)
mm 2
mm
mm
mm
800
62.0
100.0
3150 x 530
EYOK/EYOT 145 kV
Oil-filled GIS/transformer termination
Design
▪ The different versions of the EYOK/
EYOT oil-filled termination are
designed from 123 up to 145 kV.
▪ The EYOK termination is suitable
for installation in the gas-filled cable
connection box of a metal-enclosed
gas-insulated switchgear (GIS).
▪ The EYOT is suitable for installation
in the oil-filled cable connection box
of a metal enclosed oil-insulated
transformer.
▪ The complete termination consists
of an epoxy resin insulator with an
embedded electrode, a fixing ring, a
metal cable gland and a stress cone
is made of oil-impregnated insulation
paper, carbon paper, copper mesh
and a stress relief ring.
▪ The EYOT termination is additionally
equipped with a corona shield.
▪ The conductor is connected with a
compression-type connection bolt.
▪ All metal parts are made of corrosionproof materials
Application
Standards
Key characteristics
Oil-filled GIS/transformer termination
suitable for low-pressure oil-filled cables
with Al or Cu conductor.
 IEC 60840
 IEC 62271-209
 EN 50299
EYOK
 Oil-filled GIS termination
EYOT
 Oil-filled transformer termination
Technical details
Voltage
Type/
Designation
kV
123 – 145
EYOK/EYOT 123 – 145
Max. cross
section
Prepared cable
insulation
diameter
Max. oversheath
diameter
Insert length
Weight
(approx.)
mm 2
mm
mm
mm
kg
800
62.0
No limitation
757
82
33
EPO/EROW 72 – 145 kV
Oil-filled outdoor cable termination
Design
▪ The different versions of the outdoor
termination are designed for operating
voltage from 72.5 up to 145 kV.
▪ The complete termination consists of
a composite or porcelain insulator with
a metal head plate, a metal base plate
with supporting insulators and a stress
cone that comprise oil-impregnated
insulation paper, carbon paper, copper
mesh and a stress relief ring.
▪ The conductor bolt is of the
compression-type. All metal parts are
made of corrosion-proof aluminum
alloy or stainless steel.
▪ The insulators supplied fulfil IEC
60815 at standard pollution levels.
The insulators have the standard
flashover distance.
Application
Standards
Key characteristics
Outdoor termination suitable for
low-pressure oil-filled cables with Al or
Cu conductor.
 IEC 60840
EROW
 Composite insulator
EPO
 Porcelain insulator
Technical details
Voltage
Type/
Designation
kV
Max. cross
section
Max. cable
insulation
diameter
Max. oversheath
diameter
Creepage
distance
Length
(approx.)
Weight
(min.)
mm 2
mm
mm
mm
mm
kg
72.5
EROW/EPO 72
1200
62.0
No limitation
> 2320
960
70 – 150
123
EROW/EPO 123
1200
62.0
No limitation
> 3250
1450
82 – 205
145
EROW/EPO 145
1200
62.0
No limitation
> 4840
1650
85 – 230
34
OIL TANK
Oil tank for low-pressure oil-filled cables
Design
▪ The various tank types can be used
as expansion vessels in all types of
low-pressure oil-cable systems.
▪ The tanks are prepared in accordance
with the customer's requirements
regarding necessary internal pressure
and appropriate discharge pressure
and delivered ready to install.
▪ Surface: Galvanized and painted
in accordance with acustomer
requirements. Additional glass-fibrereinforced plastic surface for further
mechanical protection available.
Different stands available.
Connection points M18 x 1,5.
Application
Oil tank
Technical details
Description
Max.
volume
Expansion
bellows
Height
Diameter
Weight of
tank and oil
mm
mm
kg
Pre-compression
of bellows
Working
pressure range
OT-40
73
40
1596
435
325
0.3
0.3 – 2.0
OT-45
82
45
1739
435
350
0.5
0.5 – 2.5
OT-50
91
50
1892
435
370
0.75
0.75 – 3.0
OT-55
100
55
2045
435
393
1*
1.0 – 3.5*
OT-60
110
60
2198
435
420
1.5*
1.5 – 4.8*
35
Installation training
Training with NKT
Location
We provide training courses for anyone involved in the
installation of NKT’s medium and high-voltage cable
accessories. The courses cover any aspect
of accessory installation for XLPE cable up to
550 kV. Environmental and safety aspects of
installation are covered in our training courses as well.
In Europe, we have training centres in Nordenham
(MV), Alingsas (HV) and Troisdorf (HV). Our Australian
locations are also equipped to deliver comprehensive
training (MV/HV/LPOF). For your convenience, we are
more than happy to send instructors to your premises
or project site anywhere in the world. Certain types of
training can even be delivered online.
The precise content, duration and number of
attendees for a training course are determined after
careful discussion of your needs.
What to expect
Our training sessions provide valuable practical
skills, delivered in a hands-on way, but also a clear
theoretical understanding of the subject.
Candidates are trained to the highest industry
standards during the course. After completion, they
receive ongoing support as they
progress within the industry.
On successful completion of the training programme,
we will issue certificates of the training course.
36
Benefits of NKT Training
 Excellent teaching staff
 Convenient place and time
 Acquire skills hands on with best-in-class cable
accessories
 Increase your ability to deliver projects on time
and without glitches
 Give your organisation’s skill base strength in
depth
Please get in touch and tell us about your training
requirements.
Certificates
NKT is certified in accordance with all the main international standards and at all its locations.
High-voltage cable accessories from NKT are produced in Germany and in Sweden.
All of the following certificates are also available on our website.
Certificate
Certificate
Standard
ISO 14001:2015
Standard
ISO 9001:2015
Certificate Registr. No.
01 104 1542134/05
Certificate Registr. No.
01 100 1542133/05
Organization:
Organization:
NKT GmbH & Co. KG
Düsseldorfer Str. 400
51061 Köln
Germany
NKT GmbH & Co. KG
Düsseldorfer Str. 400
51061 Köln
Germany
Site:
c/o NKT GmbH & Co. KG
Gierlichsstr. 2b
53840 Troisdorf
Germany
Site:
c/o NKT GmbH & Co. KG
Gierlichsstr. 2b
53840 Troisdorf
Germany
Scope:
Installation and services of HV cables systems.
Scope:
Installation and services of HV cables systems.
The certificate is valid in conjunction with the main certificate
01 104 1542134 from 2021-11-22 until 2022-12-31.
2021-11-25
TÜV Rheinland Cert GmbH
Am Grauen Stein · 51105 Köln
www.tuv.com
Proof has been furnished by means of an audit that the
requirements of ISO 9001:2015 are met.
® TÜV, TUEV and TUV are registered trademarks. Utilisation and application requires prior approval.
® TÜV, TUEV and TUV are registered trademarks. Utilisation and application requires prior approval.
Proof has been furnished by means of an audit that the
requirements of ISO 14001:2015 are met.
Validity:
Validity:
2021-11-25
TÜV Rheinland Cert GmbH
Am Grauen Stein · 51105 Köln
www.tuv.com
Certificate
Certificate
Standard
ISO 45001:2018
Standard
ISO 50001:2018
Certificate Registr. No.
01 213 1542152/05
Certificate Registr. No.
01 407 1542159/05
Organization:
Organization:
NKT GmbH & Co. KG
Düsseldorfer Str. 400
51061 Köln
Germany
NKT GmbH & Co. KG
Düsseldorfer Str. 400
51061 Köln
Germany
Site:
c/o NKT GmbH & Co. KG
Gierlichsstr. 2b
53840 Troisdorf
Germany
Site:
c/o NKT GmbH & Co. KG
Gierlichsstr. 2b
53840 Troisdorf
Germany
Scope:
Installation and services of HV cables systems.
Scope:
Installation and services of HV cables systems.
Validity:
The certificate is valid in conjunction with the main certificate
01 213 1542152 from 2021-12-12 until 2024-12-11.
2021-11-25
TÜV Rheinland Cert GmbH
Am Grauen Stein · 51105 Köln
www.tuv.com
Proof has been furnished by means of an audit that the
requirements of ISO 50001:2018 are met.
® TÜV, TUEV and TUV are registered trademarks. Utilisation and application requires prior approval.
Proof has been furnished by means of an audit that the
requirements of ISO 45001:2018 are met.
® TÜV, TUEV and TUV are registered trademarks. Utilisation and application requires prior approval.
The certificate is valid in conjunction with the main certificate
01 100 1542133 from 2021-11-22 until 2022-12-31.
Validity:
The certificate is valid in conjunction with the main certificate
01 407 1542159 from 2021-11-24 until 2022-11-28.
2021-11-25
TÜV Rheinland Cert GmbH
Am Grauen Stein · 51105 Köln
www.tuv.com
37
NKT HV Cables AB
Sävelundsgatan 2
441 16 Alingsås
Sweden
Tel.: +46 322 774 00
accessories@nkt.com
nkt.com
NKT is a signatory of the Europacable
Industry Charter: A commitment to
superior quality.
The NKT logo is a registered trademark of NKT Group A/S. ©2022 NKT Group A/S. All rights reserved.
NKT GmbH
Helgoländer Damm 75 b
26954 Nordeham
Germany
Tel.: +49 4731 364 203