Low voltage power cables

MarineFlex YZp 0,6/1 kV

These extra flexible low voltage cables for fixed installation ensure easy installation, also in tight spaces
and for bigger conductor sizes. The sheath material has excellent abrasion resistance properties and can
be stripped easily with the ripcord. Halogen-free and low-smoke, flame-retardant in fire conditions.
Different sheath colours available on request.

Characteristics Properties Unit

Product group Ship low voltage power cables
Series Scheepskabel
Type MarineFlex YZp 0,6/1 kV
Standardization IEC 60092-350/-351/-353
Conductor material Cu
Shape of conductor Round
Conductor category Article dependant, see detail sheet
Core insulation XLPE
Core identification HD 308 S2
Material outer sheath Flame Retardant Halogen Free Polyolefin Compound
Colour outer sheath Black
Flame retardant IEC 60332-1 / IEC 60332-3-22 Cat. A
Halogen free IEC 60754-1/2
Nominal voltage U0 0.6 kV
Nominal voltage U 1 kV
Maximum conductor temperature 90 °C
Operating temperature, flexible -20 / 70 °C
Operating temperature, fixed -40 / 70 °C
Specification zie bijlagen

Partnumber Construction Shape of Net weight (kg/ Bending radius Outer diameter Tensile load (N)
G=Y/G conductor km) after installation approx. (mm)
(mm)
16090 1 x 35 mm² Round 373 48 11,9 525
16091 2 x 35 mm² Round 1138 93 23,3 1050
16092 3 x 35 mm² Round 1473 103 25,8 1575
16438 4 x 35 mm² Round 1891 116 28,9 2100
16093 1 x 50 mm² Round 499 54 13,4 750
16094 3 x 50 mm² Round 1968 118 29,4 2250
16439 4 x 50 mm² Round 2542 132 33,1 3000
16095 1 x 70 mm² Round 684 62 15,6 1050
16096 3 x 70 mm² Round 2686 137 34,3 3150

Copyright (c) TKF, 08-08-2013 Subject to technical alterations Page 1/2

BV Twentsche Kabelfabriek
Spinnerstraat 15 - P.O. Box 6 - 7480 AA Haaksbergen - The Netherlands
Tel: +31 (0)53 573 22 55 - Fax: +31 (0)53 573 21 85 - info@TKF.nl - www.tkf.nl
 Low voltage power cables
MarineFlex YZp 0,6/1 kV

Partnumber Construction Shape of Net weight (kg/ Bending radius Outer diameter Tensile load (N)
G=Y/G conductor km) after installation approx. (mm)
(mm)
16440 4 x 70 mm² Round 3447 152 37,9 4200
16097 1 x 95 mm² Round 910 70 17,4 1425
16098 3 x 95 mm² Round 3517 153 38,2 4275
16441 4 x 95 mm² Round 4463 168 42,1 5700
16099 1 x 120 mm² Round 1151 78 19,4 1800
16100 3 x 120 mm² Round 4471 170 42,6 5400
16442 4 x 120 mm² Round 5715 170 42,6 5400
16101 1 x 150 mm² Round 1422 86 21,4 2250
16102 3 x 150 mm² Round 5541 190 47,4 6750
16103 1 x 185 mm² Round 1732 94 23,6 2775
16104 3 x 185 mm² Round 6650 208 52,1 8325
16105 1 x 240 mm² Round 2316 107 26,8 3600
16106 3 x 240 mm² Round 8875 236 59 10800
16107 1 x 300 mm² Round 2603 123 30,8 4500

Copyright (c) TKF, 08-08-2013 Subject to technical alterations Page 2/2

BV Twentsche Kabelfabriek
Spinnerstraat 15 - P.O. Box 6 - 7480 AA Haaksbergen - The Netherlands
Tel: +31 (0)53 573 22 55 - Fax: +31 (0)53 573 21 85 - info@TKF.nl - www.tkf.nl
Technical Product information
Marine Cables

Materials International Standards

Insulation The Marine cables in this catalogue are designed

All marine cables are insulated with Cross-Linked and tested in accordance with the following
Polyethylene (XLPE) according to IEC 60092-351, standards, where applicable.
type HF-XLPE. This material allows a continuous Standard Description
conductor temperature of 90 °C and withstands a
General construction and test methods
temporary overload temperature of 130 °C and a
of power, control and instrumentation
short-circuit temperature of 250 °C. This material IEC 60092-350
cables for shipboard and offshore
offers good low temperature properties with a applications
brittleness temperature of approximately -50 °C. Insulating materials for shipboard
TKF’s XLPE material shows very low dielectric offshore
IEC 60092-351
losses when used in power cables and excellent units, power, control, instrumentation,
telecommunication and data cables
transmission properties for the instrumentation
Electrical installations in ships –Choice
and communication cables. It also has extremely IEC 60092-352 and installation of cables for low-
low moisture absorption, and a high resistance to voltage power systems
most chemicals. The Fire-Resistant cables have Single and multicore non-radial field
conductors fully wrapped in mica-glass tape IEC 60092-353
power cables with extruded solid
before being insulated with XLPE insulation for rated voltages 1 kV and 3
kV
insulation.
Single- and three-core power cables
with extruded solid insulation for rated
Sheathing IEC 60092-354 voltages
Standard TKF marine cables have a SHF1 type, 6 kV (Um = 7.2 kV) up to 30 kV (Um = 36
halogen-free, flame retardant, low-smoke sheath. kV)
This sheath has very good abrasion resistance, Sheathing materials for shipboard power
IEC 60092-359
good mechanical properties, low moisture and telecommunication cables
Cables for control and instrumentation
absorption and high resistance to most chemicals. IEC 60092-376
circuits 150/250 V (300 V)
The material meets the requirements as specified IEC 60228 Conductors of insulated cables
in IEC 6092-359 under type SHF-1 for mechanical Tests for electric cables under fire
properties, as well as the IEC 60811-2-1 for oil- conditions - circuit integrity - apparatus
IEC 60331-11
resistance (ASTM oil 2, 4 hours, 70 °C) - fire alone at a flame temperature of at
The selected sheath material makes TKF marine least 750 °C
cables are very suitable for installation and usage Tests for electric cables under fire
conditions - circuit integrity -
in areas with low temperatures. If the cables are
IEC 60331-21 procedures and requirements - cables of
exposed to direct sunlight protective covering or rated voltage up to and including
black outer sheath is recommended 0.6/1.0 kV
On request special sheath materials can be Tests on electric cables under fire
applied (e.g. TPU or SHF2) for more extreme IEC 60332-1 conditions - part 1: test on a single
conditions. vertical insulated wire or cable
Tests on electric cables under fire
IEC 60332-3- conditions - part 3-22: test for vertical
Armouring and Screening 22 - A flame spread of vertically mounted
All TKF’s braided cables (designated with the “O” bunched wires or cables - category A
in the type designation) have tinned-copper wire Test on gases evolved during combustion
braiding with a coverage of at least 90%. The IEC 60754-1 of electric cables - determination of the
tinned wires give a high corrosion resistance of amount of halogen acid gas
Common test methods for insulating and
the braid and offer both mechanical and EMI IEC 60811
sheathing materials of electric cables
protection. Screened cables (“af” type Measurement of smoke density of
designation) offer only EMI protection with alu- IEC 61034
electric cables burning under defined
series
PET tapes in combination with a tinned copper conditions
drain wire.

Version: PN-M01J11 Subject to technical alterations Page 1 / 4

This datasheet is put together with great care. Nevertheless we cannot give any guarantees regarding the completeness, correctness or actualization of the
information. No rights can be derived from the information as shown. TKF is entitled to modify this datasheet at all times with immediate effect due to
(for example) changes in legislation. TKF cannot be held responsible for the content of this datasheet or the consequences of using the information including
incorrect translation of the information by third parties.
Technical Product information
Marine Cables

Bending Radius

Bending Radii according to IEC 60092-352

Voltage Rating Cable Construction Outer Diameter Bending Radius Cable Types
Unarmoured <25 mm R=4xD YZp, YZs
Unarmoured >25 mm R=6xD YZp, YZs
Up to 1.8/ 3 kV
Armoured/Screened any R=6xD YOZp, YOZs, YOZc
Foil screened any R=8xD YOZ2c, YZafp, YZafc
Single Core any R = 12 x D YOZmv
≥3.6/6 kV
Triple Core any R=9xD YZOZmv

Current Rating for General Installations Current carrying capacities in continuous service
The current ratings are applicable for d.c. and at maximum rated conductor temperature of 90 °C in A,
a.c. with a nominal frequency of 50 Hz or 60 Hz at 45° C ambient air temperature
and an ambient air temperature of 45° C. For Current Rating (A)
higher frequencies, the current rating shall be
calculated with an appropriate method (e.g. IEC Cross
Number of cores loaded
60287). For other ambient air temperatures the Section
correction factors have to be applied. These (mm2)
ratings are applicable, without correction factors, 1 2 3&4
1.5 23 20 16
for cables bunched together on cable trays, in
2.5 40 26 21
cable conduits, pipes or trunking, unless more 4 51 34 28
than six cables operating simultaneously at their 6 52 44 36
full rated capacity are laid close together without 10 72 61 50
free air circulating around them. In this case a 16 96 82 67
correction factor of 0.85 should be applied. The 25 127 108 89
tables are for general reference purposes only, 35 157 133 110
and do not describe all installation methods 50 196 167 137
existing in practice. For more detailed 70 242 206 169
95 293 249 205
information see IEC 60092-352(2005) Annex A & B. 120 339 288 237
For specific situations not covered by these 150 389 331 272
standards exact current calculations can be made 185 444 377 311
by our engineering office. 240 522 444 365
300 601 511 421
d.c. a.c. d.c. a.c. d.c. a.c.
Correction Factors for ambient air temperatures 400 690 670 587 570 483 469
for maximum conductor temperature of 90˚ C 500 780 720 663 612 546 504
630 890 780 757 663 623 548
Air
35˚ C 40˚ C 45˚ C 50˚ C 55˚ C 60˚ C
Temperature
Correction
1.10 1.05 1.00 0.94 0.88 0.82
Factor

Air
65˚ C 70 C 75˚ C 80˚ C 85˚ C 90˚ C
Temperature
Correction
0.74 0.67 0.58 0.47 - -
Factor

Version: PN-M01J11 Subject to technical alterations Page 2 / 4

This datasheet is put together with great care. Nevertheless we cannot give any guarantees regarding the completeness, correctness or actualization of the
information. No rights can be derived from the information as shown. TKF is entitled to modify this datasheet at all times with immediate effect due to
(for example) changes in legislation. TKF cannot be held responsible for the content of this datasheet or the consequences of using the information including
incorrect translation of the information by third parties.
Technical Product information
Marine Cables

Short Circuit Current

The maximum 1000
permissible short circuit
current for different
cables is based on the
formula
S
Ik  146 
t
100
Ik=the maximum
permissible short-circuit
current in Ampere
S = the cross section

Cross-sectional are of conductor in mm 2

area of the conductor in 500
mm²
Short-circuit current in kA

400
t = the duration of the 300
short-circuit in seconds 240
185
The formula is 10 150
acceptable for an 120
increase in temperature 95
from 90°C at the start 70
to 250°C at the end
50
(according to IEC 60093-
3). In the figure the
permissible short-circuit
25
current is given in kA as
a function of time (from 1 16
0.1 to 5 seconds) and as
a function of the cross 10
sectional area of the
conductor. 6

Reactance Calculations 4
The reactance of cables
can be calculated with 2,5
the following formula:
0,1 1,5

2   f  L 0,1 1 5 10
Duration of short-circuit in sec.
f = frequency in Hz
L = inductance in H

Version: PN-M01J11 Subject to technical alterations Page 3 / 4

This datasheet is put together with great care. Nevertheless we cannot give any guarantees regarding the completeness, correctness or actualization of the
information. No rights can be derived from the information as shown. TKF is entitled to modify this datasheet at all times with immediate effect due to
(for example) changes in legislation. TKF cannot be held responsible for the content of this datasheet or the consequences of using the information including
incorrect translation of the information by third parties.
Technical Product information
Marine Cables

Sheath Colours & Core Identification

Overview types, standards, core identification and sheath colour

Application Type Standard Core Identification Sheath Colour

Low voltage Marineline (+) Y(O)Z(af)p 0,6/1 kV IEC 60092-350/-351/-353 HD308 S2-2001 black
MarineFlex Y(O)Zp & YOQp 0,6/1 kV IEC 60092-350/-351/-353 HD308 S2-2001 black
MarineFlex YOZp 1,8/3 kV IEC 60092-350/-351/-353 HD308 S2-2001 black
Marineline (+) Y(O)Zp FR 0,6/1 kV IEC 60331-11/21 HD308 S2-2001 orange
Medium voltage MarinePower Y(Z)OZmv 3,6-30 kV IEC 60092-350/-351/-354 Coloured tape + numbers red
MarinePower Multiflex YQOQmv 6/10kV IEC 60092-350/-351/-354 Coloured tape + numbers red
Communication Marine(2)Com Y(O)Z(af)(2)c 250V IEC 60092-350/-351/-376 Blue/White cores + numbers grey
Marine(2)Com Y(O)Z(af)(2)c FR 250V IEC 60331-11/21 Blue/White cores + numbers orange
Signal MarineSignal (+) Y(O)Zs 250V IEC 60092-350/-351/-376 Black cores + numbers grey
Different sheath colours on request black numbered

Core Identification

Low voltage power cables 0,6/1 kV -1,8/3kV – According to HD308 S2-2001

Without Yellow/Green Conductor With Yellow/Green Conductor (G)

Cond . N L1/L2 L/L2 L3 L3 PE N L1/L2 L/L2 L3

1
2
3
4
5
>5 Nr. Nr.
Notes: 1) PE = protective conductor - beschermingsleiding - Schutzleiter - conducteur de protection
N = neutral conductor - nulleiding - Neutralleiter - conducteur neutre
L, L1, L2, L3 = phase conductors - faseleidingen - Phasenleiter - conducteurs de phase
2) NNr. = black numbered - zwart genummerd - schwarz nummeriert - noir numéroté

Communication Cables 250 V Medium Voltage cables 3,6-30kV

Pairs (n x 2 x y mm2) Triple Cores (YZOZmv, YQOQmv)

1 2 1 2 3
3..etc 4..etc
Triples (n x 3 x y mm2) Spiral wound Spiral wound Spiral wound
red tape white tape blue tape
with number with number with number
1 2 3
4..etc 5..etc 6..etc

Signal Cables 250 V

Multicores

1
2..etc

Version: PN-M01J11 Subject to technical alterations Page 4 / 4

This datasheet is put together with great care. Nevertheless we cannot give any guarantees regarding the completeness, correctness or actualization of the
information. No rights can be derived from the information as shown. TKF is entitled to modify this datasheet at all times with immediate effect due to
(for example) changes in legislation. TKF cannot be held responsible for the content of this datasheet or the consequences of using the information including
incorrect translation of the information by third parties.