FOREWORD ONE COMPANY CONNECTING THE WORLD POWERFUL PRESENCE PRODUCTS PERFORMANCE PEOPLE

Transcription

1 Marine Cables

2 FOREWORD ONE COMPANY CONNECTING THE WORLD POWERFUL PRESENCE PRODUCTS PERFORMANCE PEOPLE General Cable has been a wire and cable innovator for over 165 years, always dedicated to connecting and powering people s lives. Today, with more than 14,000 associates and $6 billion in revenues, we are one of the largest wire and cable manufacturers in the world. Our company serves customers through a global network of 57 manufacturing facilities in 26 countries and has worldwide sales representation and distribution. We are dedicated to the production of high-quality aluminum, copper and fiber optic wire and cable and systems solutions for the energy, construction, industrial, specialty and communications sectors. With a vast portfolio of products to meet thousands of diverse application requirements, we continue to invest in research and development in order to maintain and extend our technology leadership by developing new materials, designing new products, and creating new solutions to meet tomorrow s market challenges. In addition to our strong brand recognition and strengths in technology and manufacturing, General Cable is also competitive in such areas as distribution and logistics, marketing, sales and customer service. This combination enables us to better serve our customers globally and as they expand into new geographic markets. General Cable offers our customers all the strengths and value of a large company, but our people give us the agility and responsiveness of a small one. We service you globally or locally. Visit our Website at

3 SUMMARY General Cable 2 INTRODUCTION 14 TECHNICAL INFORMATION 25 CABLE SELECTION 26 GENERAL SERVICE CABLES 72 FIRE RESISTANT CABLES FOR SAFETY CIRCUITS (IEC 60331) 88 CABLES FOR SYSTEMS WITH VARIABLE FREQUENCY DRIVES 1

4 INTRODUCTION General Cable MARINE CABLES General Cable presents its Exzhellent-Mar and Genfire-Mar series of marine cables, which are built in accordance with current IEC standards for installation in power distribution and control circuits and signals in fixed installations on vessels. As an innovation in this sector, General Cable presents its exclusive series of cables for fixed installations with flexible, sectorshaped copper conductors in sections of 50 mm 2 or larger, to facilitate laying and installation in shorter times and to save on occupied space. Such constructions allow for reductions in finished cable diameter, as they minimise interstitial space between conductors and thus prompt savings in space and weight. The use of flexible, sector-shaped conductors does not require any changes in connection work as they allow the use of the same terminals as those used for circular conductors. Armored cables could be designed without an extruded inner sheath or having an inner sheath that ensures a perfect gland seal in accordance with the new IEC recommendations for the installation of cables in hazardous environments. This catalogue also features the series of cables specifically designed not only for low-voltage but also medium voltage variable frequency drive (VFD) power cables. The safety of people and equipment is a key consideration in the design and construction of Exzhellent-Mar and Genfire- Mar cables. The polymer compounds used in their manufacture are halogen-free, and give off low opaque smoke and acid gas emissions in accordance with the relevant IEC standards. Exzhellent-Mar may therefore be used in critical equipment zones or in the crew s quarters, where a view of escape routes and low gas toxicity levels allow for quick, safe evacuation. The cables are also designed to comply with strict non-fire propagation standards, which simulate fire conditions, similar to those that might arise in real life in vessel construction, through the use of large bundles of cables and, therefore, inflammable material. These standards are established to prevent a fire spreading along the cables. The cables are also available with fire-resistant designs featuring the properties mentioned above plus the capacity to remain in service even in the event of fire, an aspect which enables emergency equipment, PA and safety, etc. circuits to continue working. Exzhellent-Mar cables series may be used in extreme climates, as demonstrated in their compliance with the requisites of the CSA 22.2 standard involving the cold bending test at -40 ºC and the impact test at -35 ºC. The armored cables feature standard bare copper braid that provides good mechanical protection and may also be used in specific applications such as screening. 2

5 DESIGN SPECIFICATIONS CONSTRUCTION AND TESTING Exzhellent-Mar cables have been designed to comply with the following standards for electrical installations in ships. IEC General construction and test requirements IEC Choice & installation of electrical cables IEC Single and multi-core non-radial field power cables with extruded solid insulation for rated voltages 1 kv and 3 kv IEC Single- and three-core power cables with extruded solid insulation for rated voltages 6 kv, 10 kv, 15 kv, 20 kv and 30 kv IEC Cables for control and instrumentation circuits 150/250 V IEC Insulating and sheathing materials for cables 3

6 FIRE PERFORMANCE Exzhellent-Mar and Genfire-Mar cables, in accordance with their specific characteristics, comply with the following fire performance standards: IEC cat. A Test for vertical flame spread of vertically-mounted bunched wires or cables Category A IEC Test for fire resistance of electric cables (circuit integrity) IEC Determination of the amount of halogen acid gas IEC Determination of degree of acidity of gases of materials by measuring ph and conductivity IEC Measurement of smoke density of cables burning under defined conditions CERTIFICATIONS The cables featured in this catalogue are covered by Type Approvals from the main classification societies: ABS BUREAU VERITAS DET NORSKE VERITAS LLOYD S REGISTER 4

7 APPLICATIONS In accordance with their use, the cables are assigned to the following groups: Low-voltage power and control cables (IEC ) - Power distribution and control cables with a rated voltage of 0,6/1 kv. - Composed of up to 5 conductors for power. Identification by insulation colour. - Composed of 6 to 37 conductors for control. Identification by number. - Non-armored or armored with copper wire braid. - Designs available for fire resistance (circuit integrity). - Designs available for variable frequency drives (VFD) and non-armored or armored with bronze wire braid. Medium-voltage power cables (IEC ) - Power distribution cables with rated voltages of 6 to 30 kv. - Non-armored or armored with copper wire braid. - Designs available for variable frequency drives (VFD) with rated voltages of 6 to 10 kv. Control cables (IEC ) - Control cables with rated voltage of 250 V. - Composed of 2 to 37 conductors. Identification by number. - Collective screening with aluminium/polyester tape and drain wire. - Armored and collective screening with copper braid. Instrumentation cables (IEC ) - Pair or triad instrumentation cables with a rated voltage of 250 V. - Insulated conductors identified by colour and number of pair or triad. - Collective screening (Al/polyester tape and drain wire or copper braid) - Individual and collective screening (in addition to the collective screen, Al/polyester tape and drain wire on each pair). - Two-pair star quad cable without individual screen. 5

8 CONSTRUCTION Cable design, based on the aforementioned IEC standards, features: CONDUCTOR Made in bare annealed copper in accordance with IEC Class 5 multi-strand flexible conductors. Conductors with a 50 mm 2 section and above are made with Sectorflex technology. SECTORFLEX -10 % DIAMETER More flexible, more manageable More compact, smaller diameter, lighter weight More cable per coil Same section and transport capacity as circular section Use of conventional terminals See the following table for sections and standard compositions: CROSS SECTIONAL AREA Cable type Voltage (kv) Conductor section area (mm 2 ) IEC Standard Low Voltage power Control and instrumentation 250 V 0,5 2, Medium Voltage power

9 CONDUCTOR TECHNICAL DETAILS Section (mm 2 ) Maximum wire diameter Electrical resistance 1 (Ohm/km) Approx. diameter 0,5 0,21 39,0 0,90 0,75 0,21 26,0 1,10 1 0,21 19,5 1,25 1,5 0,26 13,3 1,50 2,5 0,31 7,98 1,92 4 0,31 4,95 2,45 6 0,41 3,30 3, ,41 1,91 3, ,41 1,21 4, ,41 0,780 6, ,41 0,554 7, ,41 0,386 8, ,51 0,272 10, ,51 0,206 12, ,51 0,161 14, ,51 0,129 15, ,51 0,106 16, ,51 0, , ,51 0, ,00 1 Values according to IEC standard table 3. For instrumentation cables of pairs, triads & quads, values from IEC table 6 apply. 7

10 INSULATION The insulation compound, when in contact with the copper conductor, gives the cable its electrical protection properties. MATERIALS Low and high-voltage insulation: XLPE, cross-linked polyethylene compound designed for halogen-free low and high-voltage cables. Thermosetting compound without heat distortion and with excellent electrical and mechanical properties. High-voltage insulation (VFD cable type): EPR, ethylene propylene rubber compound for halogen-free high-voltage cables. Thermosetting compound without heat distortion and excellent electrical and mechanical properties. Maximum rated conductor temperature ( C) Type of insulating compound Abbreviated designation Normal operation Short-circuit Cross-linked polyethylene compound XLPE Ethylene-propylene rubber compound EPR SHEATH The outer sheath protects the group of elements that form the cable from the mechanical and environmental aggression it may undergo during and after its installation. Mechanical aggression comes mainly from abrasion that may arise during laying from ducts and support racks, while environmental aggression may occur throughout its useful life from heat sources or the sporadic presence of oils or other products. SHF1, a thermoplastic polyolefin halogen-free compound that emits neither toxic nor corrosive gases in the event of fire. High protection for people and equipment. Weak resistance to oils and fuels. Type of sheathing compound Abbreviated designation Maximum rated conductor temperature ( C) Halogen-free compound SHF1 90 8

11 ARMOR Armor provide the cable with mechanical protection. In the shipbuilding industry, iron wire braid was previously used as armor. This material, however, is not suitable for single-core cables, which require the use of a non-magnetic material, in this case bare copper. Copper performs better than galvanised steel and is therefore now used throughout the range of cables. Copper has a two-fold function in the armor as it does not only act as armor, but can also be used for screening. 1 In cables for variable frequency drives (VFD), bronze is used as armor material. 1 In this case, the screening rating is up to 20 db. SCREEN In low-voltage cables, screen protects the cable against low- and high-frequency electric and electromagnetic fields. It is particularly suitable for instrumentation, control and signal transmission cables the sensitivity of which to disturbance can distort the signal transmitted by the cable. Protection of the cable from radiation requires the screening of the groups of conductors (from exterior pollution) or of each pair or triad (from the electromagnetic fields of other elements in the same cable). According to the standard, screens may come in copper braid, metal/polyester tape or a combination of both. In armored cables, if copper braid is used as armor and the cable is appropriately grounded, the copper braid may also be used as the cable s screen. 2 2 According to IEC , part 3.8. ELECTROMAGNETIC COMPATIBILITY (EMC) General Cable products comply with electromagnetic compatibility requirements, provided that the conditions established in IEC standard (see EMC section on the Technical Information page 19) have been followed upon installation. 9

12 FIRE PERFORMANCE OF CABLES To establish how cables perform in the event of fire, a series of standards have been developed to define fire conditions and measure the cable s performance in a similar situation to that of the installation. It should nonetheless be remembered that these tests establish fixed, reproducible conditions used to appraise the performance of the cables in this situation. Current IEC standards envisage the following events: FLAME RETARDANT SINGLE WIRE (IEC ) A 1-kW flame in contact with the cable sheath for a time established in the standard should not spread. The cable will not therefore prompt a fire caused by a minor incident or by an external heat source with which it comes into accidental contact. FLAME RETARDANT BUNCHED WIRES A fire unconnected with the cable may affect a wiring system and become more serious if the system is oriented vertically, thus allowing the circulation of air and the creation of a chimney effect. If the decomposition temperature of the organic materials is reached, exothermic combustion of the cables occurs and the fire spreads. The insulation compounds used in Exzhellent-Mar cable sheaths are designed to hinder exothermic reaction. To simulate this situation, the test involves the application of powered air and a 20-kW gas burner to a bundle of cables arranged to simulate a vertical wiring system. In these conditions, a fire in the cables prolonged for 40 must go out in the time established in the standard and must not exceed a length of 2.5 metres. The prescribed standard applicable in the ship industry is IEC 60332, part. 3-22, cat A. Category A prescribes the maximum volume of inflammable material (seven litres per metre). IEC IEC IEC

13 FIRE RESISTANCE (IEC 60331) IEC defines the test conditions applied to a cable that must remain in service in safety circuits even when directly affected by a fire and when its organic parts are decomposing. In the test, the cable is subject to the action of a burner at a minimum flame temperature of 830 ºC for a period of 90 minutes, during and at the end of which the cable must remain in service. HALOGEN-FREE AND LOW SMOKE EMISSION CABLES Cables subject to fire, depending on the materials of which they are made, may give off gases that are toxic for people s health or corrosive and therefore hinder the proper operation and preservation of the electronic and IT components in the vicinity. Opaque smoke that prevents a view of the escape routes from the affected sites may also be given off. To minimise these effects, General Cable has developed the Exzhellent series cables that eliminate harmful emissions of halogenated and toxic gases (IEC and ), substantially reduce opaque smokes and thus facilitate the evacuation of people (IEC ) (see appendix 2). IEC IEC IEC

14 SHEATHING MATERIALS Sheathing material Index oxygen limit ASTM-D-2863 (%) Temperature index ASTM-D-2863 (ºC) Halogen content IEC (%) Corrosivity index IEC (ph) Smoke density ASTM-662 (Dm) ST2 SE SH SHF1 Halogen-free SHF2 Halogen-free PVC Thermoplastic >25 < PCP Thermosetting < CSP Thermosetting < EVA Thermoplastic <0,5 > EVA Thermosetting <0,5 > MATERIAL MECHANICAL CHARACTERISTICS Sheathing material Unaged tensile strength IEC (N/mm 2 ) Unaged elongation at break (%) Ageing in air over IEC Oil Resistance IEC Minimum low temp. operation IEC (ºC) ST2 SE SH SHF1 Halogen-free SHF2 Halogen-free PVC Thermoplastic 12, ºC n.a. -15 PCP Thermosetting 10, ºC ºC -30 CSP Thermosetting 10, ºC ºC -30 EVA Thermoplastic 9, ºC n.a EVA Thermosetting 9, ºC ºC This is the standard reference. SHF1 compound used in Exzhellent-Mar series from General Cable is -40 ºC rated. 12

15 SMOKE EMISSION CHARACTERISTICS 13

16 TECHNICAL INFORMATION General Cable TECHNICAL INFORMATION The cables are referenced on the basis of the code of letters shown in the following table: HALOGEN-FREE CABLES Materials IEC Fire resistant material code Insulation Radial field Screen Inner sheath Armor Outer sheath IEC Cross-linked HFFR compund Cross-linked polyethylene Ethylene-propylene rubber Semiconductor (cable voltage > 3 kv) HF90 XLPE EPR U R D H Metal/polyester tape (individual screen) Metal/polyester tape (collective screen) O1 O2 Thermoplastic polyolefin SHF1 Dt Copper wire braid Bronze wire braid C4 C4 Zb Thermoplastic polyolefin Unsheathed SHF1 Dt X Mica tape (fire-resistant cables) -M Example: RDtC4Dt-M is a fire-resistant cable insulated with cross-linked polyethylene and mica tape, with an SHF1 inner sheath, copper wire braid armor and SHF1 outer sheath. The cable names include the number of phase conductors plus neutral if applicable, (N) and section (S), which are combined in the expression NxS (e.g.: 3x1,5). The suffix +E is added when one of the conductors must be an earthing one NxS+E, with E as the section of the conductor. For the cable in the above example, if one of the conductors must be an earthing one (yellow-green), it will be called 2x1,5+1,5. 14

17 RATED VOLTAGE Rated voltage is defined by the combination of the following values of U o /U expressed in kv: U o is the effective value between any insulated conductor and earth (metal screen of the cable or surrounding environment). U is the effective value between any two insulated conductors of a multi-core cable or of a network of single core cables. CURRENT CARRYING CAPACITIES The maximum current ratings for Exzhellent-Mar cables appear in the guidelines for use and rules of the Classification Societies. However, those used in the most common installation method, shown in table A.4 of IEC , conductor working temperature of 90 ºC and environmental temperature of 45 ºC, are provided for guidance purposes. The specified values are based on the following installation conditions: - Multi-conductor cables installed outdoors, installation method E. - Single-core conductors in contact with the air in trefoil formation, installation method F. For other installation conditions, see tables of ratings in IEC standard The correction factors applicable for temperatures different from those mentioned or for groups of cables that appear in this IEC standard must also be taken into consideration. SHORT-CIRCUIT CURRENTS Electrical networks must be able to withstand, without undergoing permanent damage, the intense currents that occur under fault (short-circuit) either in the network or in the receivers connected to it. These are short-duration currents (which last a few seconds at most) and disappear upon activation of the protection mechanisms that should exist for this purpose. Their thermal impact may nonetheless be very significant as the short-circuit current is much higher than normal and generation of heat per unit of time depends on the square of this current. There may be several ways of calculating shortcircuit currents (single-, two-, and three phase), the most simple being the three-core short-circuit as a symmetrical network status occurs. The following graph shows the short-circuit currents that the copper conductors can withstand in conductor temperature conditions of 90 ºC in steady state and a maximum of 250 ºC in short-circuit state. 15

18 SHORT-CIRCUIT CURRENTS (50 HZ) Copper conductors, XLPE insulation 16

19 SHORT-CIRCUIT CURRENTS (60 HZ) Copper conductors, XLPE insulation 17

20 SCREENING The function of control and instrumentation cables is to transmit signals. The nearby presence of electromagnetic fields can disturb the signals, which makes screening essential. Variable frequency drive type cables potentially generate such electromagnetic interference (EMI) because of the effect of harmonics at high frequencies. Screening provides a barrier against EMI and protects electrical equipment in the vicinity of the cable. In instrumentation cables, collective screening protects the conductors from external EMI while individual screens provide this protection against the mutual interference of pairs/triads. The frequency interval of EMI at which screening is required depends on the function a specific cable must fulfil in a given installation. Screens must be made of copper wire braid or aluminium or copper/polyester tape. Braid combines high flexibility with low electrical resistance, which provides good screening against low-frequency EMI. Metal/polyester tape screens also combine a very light weight with high conductor coverage, which provides good screening against high-frequency EMI. To ensure screens are effective they must be earthed at both ends at 360º and have very low impedance. This guarantees perfect confinement of the electric field and maximum possible reduction of the magnetic field. The transfer impedance factor provides for measurement of the screen s effectiveness. Thorough analysis of this factor for different screen types shows that a screen that combines braid and a metal/polyester tape provides better protection for a broad range of frequencies. 18

21 Fig 1: Transfer impedance 1,0E+03 1,0E+02 Zt (mohm/m) 1,0E+01 1,0E+00 1,0E+01 1,0E+04 1,0E+05 1,0E+06 1,0E+07 1,0E+08 Frequency (Hz) Metal/polyester tape Copper wire braid Combining both SCREENING MATERIALS BRAID Annealed copper wires TAPE Aluminium/polyester ELECTROMAGNETIC COMPATIBILITY (EMC) For reasons of EMC, when electronic equipment is connected, the installation recommendations detailed in the respective manuals must be followed to choose the most suitable cable. If General Cable products are installed in accordance with the IEC standard 60533, they therefore comply with the Electromagnetic Compatibility requirements of the Certification Institutions. 19

22 TECHNICAL DATA FOR MARINE INSTRUMENTATION CABLES Electrical properties Characteristic properties Conductor cross sectional area (mm 2 ) Cond. resistance (DC) 20 C (Ω/km) Cond. resistance (AC) 20 C (Ω/km) Mutual capacitance approx. (nf/km) Inductance (mh/km) Impedance (Ω/km) Characteristic impedance (Ω) Signal attenuation (db/km) Standard 0,75 27,6 27,6 60 0,635 27, ,75 1,5 14,1 14,1 63 0,612 14, ,57 Fire resistant 0,75 27,6 27,6 52 0,721 27, ,68 1,5 14,1 14,1 58 0,658 14, , Attenuation (db/km)) Frequency (Hz) MINIMUM TEMPERATURE The cables are designed to work in environments of -40 ºC but can withstand -55 ºC if subject to neither movement nor vibration. During installation, the minimum working temperature is -15 ºC. 20

23 MINIMUM BENDING RADIUS (IEC ) R: minimum bending radius; a lower radius does not guarantee cable integrity as it may have suffered potential damage that shortens its useful life. RATED VOLTAGE OF UP TO 1.8/3 KV Conductor type Armor/Screen Overall cable diameter (D) Minimum bending radius (R) Flexible circular copper Neither armor nor screen <25 4 D 1 Braid armor or screen >25 6 D Metal/polyester tape individual or collective screen Any 8 D Any 6 D Flexible sector-shaped copper Any Any 6 D 2 1 6D for safety circuits 2 Enhanced value compared to IEC and guaranteed by General Cable RATED VOLTAGE OVER 1.8/3 KV Cable type Overall cable diameter (D) Minimum bending radius (R) Single-core Any 12 D Three-core Any 9 D The use of the minimum bending radius values shown in the table, multiplied by a factor of 1.5 is recommended during installation. Maximum pull force, F = 50 N/ _s mm 2 (where _s mm 2 = addition of the cross-sections of all the cable s conductors) 21

24 OVERALL DIAMETER TOLERANCE Tolerance Overall diameter Single core cables Multi core cables <

25 CORE IDENTIFICATION POWER CABLES OF UP TO 1.8/3 KV. Number of cores Phases Neutral Protection 2 2+E 3 3+E 4 4+E POWER CABLES OF 3.6/6 KV AND ABOVE 3 MULTI-CONDUCTOR CONTROL CABLES OF 250 V OR 0.6/1 KV n n n equals the correlative conductor number INSTRUMENTATION CABLES OF 150/250 V Pair n n Triad n n n Two pairs collective screen n equals number of each pair or triad 23

26 CABLE IDENTIFICATION All cables have the following legend marked on the sheath: General Cable + (cable type)+ (voltage) kv + (composition) mm 2 + PN: (article code) + (basic design standard) + LOT: (lot number) + (meter marking) Control and instrumentation 250 V Voltage Grey, legend printed in black Cable sheath colour GENERAL CABLE L.V. power and control 0,6/1 kv Black, legend printed in white GENERAL CABLE H.V. power 6 kv Red, legend printed in black GENERAL CABLE Intrinsically safe Blue, legend printed in white GENERAL CABLE 24

27 CABLE SELECTION General Cable GENERAL SERVICE CABLES Rated voltaga Class Type Characteristics Series Page L.V. POWER H.V. POWER CONTROL INSTRUMENTATION SWITCHBOARD AND EARTHING WIRE RDt Non armored ,6/1 kv 5 2 RDtC4Dt Armored RC4Dt Armored ,6/6 kv /10 kv ,7/15 kv 2 2 RHDtC4Dt Armored /20 kv /30 kv RDt Non armored ,6/1 kv RDtC4Dt Armored RC4Dt Armored V 250 V 5 1 RDt Non armored RDtC4Dt Armored and screened RO2Dt Screened RC4Dt Armored and screened RO2Dt Screened RO1Dt Screened RC4Dt Armored and screened RDtC4Dt Armored and screened RO1C4Dt Armored and screened RO1DtC4Dt Armored and screened ,6/1 kv 5 1 UX Unsheathed 7503 / FIRE RESISTANT CABLES FOR SAFETY CIRCUITS (IEC 60331) Rated voltaga Class Type Characteristics Series Page L.V. POWER CONTROL INSTRUMENTATION 2 RDt-M Non armored ,6/1 kv 5 RDtC4Dt-M Armored ,6/1 kv RDt-M Non armored V RC4Dt-M Armored and screened V 5 1 RC4Dt-M Screened RO1C4Dt-M Armored and screened 86 CABLES FOR SYSTEMS WITH VARIABLE FREQUENCY DRIVES Rated voltaga Class Type Characteristics Series Page L.V. POWER H.V. POWER 2 RO2C4Dt-VFD Armored and screened ,6/1 kv 2 RO2C4DtZbDt-VFD Armored and screened ,6/6 kv DHDtC4Dt-VFD Armored and screened 6/10 kv For cross-sections under 1.5 mm 2 the conductor is class 2. 2 All cables can be manufactured with conductor in Class 2 and Class 5 under request. 25

28 EXZHELLENT MAR RDt RDt LOW-VOLTAGE POWER NON ARMORED APPLICATIONS Flexible cables for marine applications with special performance of flame spread and low emision of smoke and fumes. Maximum rated conductor temperature in normal operation: 90 C. Minimum handling & laying temperature: -15 ºC. Minimum operational temperature: -40 ºC. RATED VOLTAGE 0,6/1 kv COMPLIANCES IEC / IEC / IEC IEC / IEC / IEC IEC / IEC CONSTRUCTION CONDUCTOR Copper, flexible class INSULATION Halogen-free cross linked polyethylene (XLPE). IEC Core identification: see page INNER COVERING Halogen-free thermoplastic polyolefin (optional in big cross sections). 4. OUTER SHEATH Halogen-free thermoplastic polyolefin (SHF1). IEC Exzhellent-Mar RDt 0.6/1 kv 26

29 RDt WORK AT VERY LOW TEMPERATURE -40 ºC SECTORFLEX FLEXIBLE SECTOR-SHAPED CONDUCTOR INCREASED FLEXIBILITY HALOGEN CONTENT. LOW ACIDITY AND CORROSIVITY OF EVOLVED GASES - IEC FLAME RETARDANT SINGLE WIRE IEC FLAME RETARDANT BUNCHED WIRES IEC , cat.a LOW SMOKE EMISSION IEC Rated voltage 0,6/1 kv Code Cross section (mm 2 ) Outer diameter Weight (kg/km) Bending radius Current rating Air 45 ºC (A) Voltage drop cos µ = 0.8 (V/A km) Inductance (mh/km) x1 4, ,60 0, x1,5 4, ,64 0, x2,5 5, ,23 0, x4 5, ,865 0, x6 6, ,942 0, x10 7, ,477 0, x16 8, ,234 0, x25 10, ,473 0, x35 11, ,069 0, x50 13, ,771 0, x70 15, ,567 0, x95 17, ,448 0, x120 19, ,367 0, x150 21, ,311 0, x185 23, ,270 0, x240 26, ,222 0, x300 30, ,193 0, x1 7, ,57 0, x1,5 7, ,61 0, x2,5 8, ,20 0, x4 9, ,839 0, x6 11, ,919 0, x10 13, ,458 0, x16 15, ,218 0, x25 18, ,458 0, x35 21, ,057 0, x50 23, ,766 0, x70 25, ,556 0, x95 27, ,438 0, x120 31, ,358 0, x150 34, ,302 0, x185 38, ,262 0, x240 43, ,215 0,226 27

30 EXZHELLENT MAR RDt RDt LOW-VOLTAGE POWER NON ARMORED Rated voltage 0,6/1 kv Code Cross section (mm 2 ) Outer diameter Weight (kg/km) Bending radius Current rating Air 45 ºC (A) Voltage drop cos µ = 0.8 (V/A km) Inductance (mh/km) x1 7, ,57 0, * 2x1+1 7, ,57 0, x1,5 8, ,61 0, * 2x1,5+1,5 8, ,61 0, x2,5 9, ,20 0, * 2x2,5+2,5 9, ,20 0, x4 10, ,839 0, * 2x4+4 10, ,839 0, x6 11, ,919 0, * 2x6+6 11, ,919 0, x10 14, ,458 0, * 2x , ,458 0, x16 16, ,218 0, * 2x , ,218 0, x25 20, ,458 0, x35 22, ,057 0, x50 25, ,759 0, x70 29, ,556 0, x95 32, ,438 0, x120 36, ,358 0, x150 40, ,302 0, x185 44, ,262 0, x240 51, ,215 0, x300 58, ,186 0, x1 8, ,57 0, * 3x1+1 8, ,57 0, x1,5 9, ,61 0, * 3x1,5+1,5 9, ,61 0, x2,5 10, ,20 0,307 * These codes contain Green/Yellow earthing conductor. Please state the construction under CROSS SECTION column when ordering this type of cable. 28

31 RDt Rated voltage 0,6/1 kv Code Cross section (mm 2 ) Outer diameter Weight (kg/km) Bending radius Current rating Air 45 ºC (A) Voltage drop cos µ = 0.8 (V/A km) Inductance (mh/km) * 3x2,5+2,5 10, ,20 0, x4 11, ,839 0, * 3x4+4 11, ,839 0, x6 13, ,919 0, * 3x6+6 13, ,919 0, x10 15, ,458 0, * 3x , ,458 0, x16 18, ,218 0, * 3x , ,218 0, x25 22, ,458 0, x35 25, ,057 0, x50 27, ,759 0, x70 32, ,556 0, x95 35, ,438 0, x120 40, ,358 0, x150 45, ,302 0, x185 49, ,262 0, x240 56, ,215 0, x300 64, ,186 0, * 4x1+1 9, ,57 0, * 4x1,5+1,5 10, ,61 0, * 4x2,5+2,5 11, ,20 0, * 4x4+4 12, ,839 0, * 4x6+6 14, ,919 0, * 4x , ,458 0, * 4x , ,218 0, * 4x , ,458 0, * 4x , ,057 0, * 4x , ,759 0,236 * These codes contain Green/Yellow earthing conductor. Please state the construction under CROSS SECTION column when ordering this type of cable. 29

32 EXZHELLENT MAR RDtC4Dt RDtC4Dt LOW-VOLTAGE POWER ARMORED APPLICATIONS Flexible armored cables for installation in marine applications with special performances on flame spread and low emision of smoke and fumes. Maximum rated conductor temperature in normal operation: 90 C. Minimum handling & laying temperature: -15 ºC. Minimum operational temperature: -40 ºC. RATED VOLTAGE 0,6/1 kv COMPLIANCES IEC / IEC / IEC IEC / IEC / IEC IEC / IEC CONSTRUCTION CONDUCTOR Copper, flexible class INSULATION Halogen-free cross linked polyethylene (XLPE). IEC Core identification: see page INNER COVERING Halogen-free thermoplastic polyolefin. 4. ARMOR Copper wire braid. 5. OUTER SHEATH Halogen-free thermoplastic polyolefin (SHF1). IEC Exzhellent-Mar RDtC4Dt 0.6/1 kv 30

33 RDtC4Dt WORK AT VERY LOW TEMPERATURE -40 ºC SECTORFLEX FLEXIBLE SECTOR-SHAPED CONDUCTOR MECHANICAL RESISTANCE INCREASED FLEXIBILITY LOW SMOKE EMISSION IEC HALOGEN CONTENT. LOW ACIDITY AND CORROSIVITY OF EVOLVED GASES - IEC FLAME RETARDANT SINGLE WIRE IEC FLAME RETARDANT BUNCHED WIRES IEC , cat.a PROTECTION AGAINST ELECTROMAGNETIC INTERFERENCE Rated voltage 0,6/1 kv Code Cross section (mm 2 ) Diameter under armor Outer diameter Weight (kg/km) Bending radius Current rating Air 45 ºC (A) Voltage drop cos µ = 0.8 (V/A km) Inductance (mh/km) x1 4,7 7, ,63 0, x1,5 4,9 7, ,67 0, x2,5 5,3 8, ,26 0, x4 5,9 8, ,890 0, x6 6,4 9, ,966 0, x10 7,4 10, ,500 0, x16 8,4 11, ,254 0, x25 10,0 13, ,490 0, x35 11,1 14, ,085 0, x50 12,7 16, ,786 0, x70 14,8 18, ,580 0, x95 16,4 20, ,460 0, x120 18,4 22, ,378 0, x150 20,2 24, ,321 0, x185 22,1 26, ,279 0, x240 25,2 29, ,230 0, x300 28,6 33, ,200 0, x1 7,3 10, ,57 0, x1,5 7,8 10, ,61 0, x2,5 8,6 11, ,20 0, x4 9,7 12, ,839 0, x6 10,8 14, ,919 0, x10 12,7 16, ,458 0, x16 14,7 18, ,218 0, x25 18,0 22, ,458 0, x35 20,2 24, ,057 0, x50 20,0 24, ,759 0, x70 23,5 28, ,556 0, x95 26,4 31, ,438 0, x120 29,7 35, ,358 0, x150 32,8 38, ,302 0, x185 36,2 42, ,262 0, x240 41,3 48, ,215 0,226 31

34 EXZHELLENT MAR RDtC4Dt RDtC4Dt LOW-VOLTAGE POWER ARMORED Rated voltage 0,6/1 kv Code Cross section (mm 2 ) Diameter under armor Outer diameter Weight (kg/km) Bending radius Current rating Air 45 ºC (A) Voltage drop cos µ = 0.8 (V/A km) Inductance (mh/km) x1 7,7 10, ,57 0, * 2x1+1 7,7 10, ,57 0, x1,5 8,3 11, ,61 0, * 2x1,5+1,5 8,3 11, ,61 0, x2,5 9,2 12, ,20 0, * 2x2,5+2,5 9,2 12, ,20 0, x4 10,3 13, ,839 0, * 2x4+4 10,3 13, ,839 0, x6 11,5 14, ,919 0, * 2x6+6 11,5 14, ,919 0, x10 13,6 17, ,458 0, * 2x ,6 17, ,458 0, x16 15,7 19, ,218 0, * 2x ,7 19, ,218 0, x25 19,3 23, ,458 0, x35 21,7 26, ,057 0, x50 23,7 28, ,759 0, x70 28,2 33, ,556 0, x95 31,2 36, ,438 0, x120 35,1 41, ,358 0, x150 39,2 45, ,302 0, x185 42,8 49, ,262 0, x240 49,3 56, ,215 0, x300 55,9 63, ,186 0, x1 8,4 11, ,57 0, * 3x1+1 8,4 11, ,57 0, x1,5 9,0 12, ,61 0, * 3x1,5+1,5 9,0 12, ,61 0, x2,5 10,0 13, ,20 0,307 * These codes contain Green/Yellow earthing conductor. Please state the construction under CROSS SECTION column when ordering this type of cable. 32

35 RDtC4Dt Rated voltage 0,6/1 kv Code Cross section (mm 2 ) Diameter under armor Outer diameter Weight (kg/km) Bending radius Current rating Air 45 ºC (A) Voltage drop cos µ = 0.8 (V/A km) Inductance (mh/km) * 3x2,5+2,5 10,0 13, ,20 0, x4 11,0 14, ,244 0, * 3x4+4 11,0 14, ,244 0, x6 12,6 16, ,919 0, * 3x6+6 12,6 16, ,919 0, x10 14,9 18, ,458 0, * 3x ,9 18, ,458 0, x16 17,4 21, ,218 0, * 3x ,4 21, ,218 0, x25 21,4 25, ,458 0, x35 24,0 28, ,057 0, x50 26,1 31, ,759 0, x70 31,1 36, ,556 0, x95 34,4 40, ,438 0, x120 39,2 45, ,358 0, x150 43,3 49, ,302 0, x185 47,3 54, ,262 0, x240 54,4 62, ,215 0, x300 61,9 69, ,186 0, x1+1 9,2 12, ,57 0, * 4x1,5+1,5 9,9 13, ,61 0, * 4x2,5+2,5 11,0 14, ,20 0, * 4x4+4 12,5 16, ,839 0, * 4x6+6 14,0 17, ,919 0, * 4x ,6 20, ,458 0, * 4x ,3 23, ,218 0, * 4x ,8 28, ,458 0, * 4x ,8 31, ,057 0, * 4x ,5 36, ,759 0,236 * These codes contain Green/Yellow earthing conductor. Please state the construction under CROSS SECTION column when ordering this type of cable. 33

36 EXZHELLENT MAR RC4Dt RC4Dt LOW-VOLTAGE POWER ARMORED APPLICATIONS Flexible armored cables for installation in marine applications with special performances on flame spread and low emision of smoke and fumes. Maximum rated conductor temperature in normal operation: 90 C. Minimum handling & laying temperature: -15 ºC. Minimum operational temperature: -40 ºC. RATED VOLTAGE 0,6/1 kv COMPLIANCES IEC / IEC / IEC IEC / IEC / IEC IEC / IEC CONSTRUCTION CONDUCTOR Copper, flexible class INSULATION Halogen-free cross linked polyethylene (XLPE). IEC Core identification: see page ARMOR Copper wire braid OUTER SHEATH Halogen-free thermoplastic polyolefin (SHF1). IEC Exzhellent-Mar RC4Dt 0.6/1 kv 34

37 RC4Dt WORK AT VERY LOW TEMPERATURE -40 ºC SECTORFLEX FLEXIBLE SECTOR-SHAPED CONDUCTOR MECHANICAL RESISTANCE INCREASED FLEXIBILITY LOW SMOKE EMISSION IEC HALOGEN CONTENT. LOW ACIDITY AND CORROSIVITY OF EVOLVED GASES - IEC FLAME RETARDANT SINGLE WIRE IEC FLAME RETARDANT BUNCHED WIRES IEC , cat.a PROTECTION AGAINST ELECTROMAGNETIC INTERFERENCE Rated voltage 0,6/1 kv Code Cross section (mm 2 ) Diameter under armor Outer diameter Weight (kg/km) Bending radius Current rating Air 45 ºC (A) Voltage drop cos µ = 0.8 (V/A km) Inductance (mh/km) x1 2, 8 5, , 6 2 0, x1,5 3, 0 6, , 6 5 0, x2,5 3, 5 6, , 2 4 0, x4 4, 0 6, , , x6 4, 5 7, , , x10 5, 5 8, , , x16 6, 5 9, , , x25 8,1 11, , , x35 9, 2 12, , , x50 11,1 14, , , x70 13, 2 17, , , x95 14, 8 18, , , x120 16, 8 21, , , x150 18, 6 2 2, , 316 0, x ,7 2 5, , , x , 6 2 8, , , x , 2 3 2, ,19 7 0, x1 5, 6 8, , 5 7 0, x1,5 6,1 9, , 61 0, x2,5 7, 0 10, , 2 0 0, x4 8, 2 11, , , x6 9, 3 13, ,919 0, x10 11, 2 15, , , x16 13, 2 17, , 218 0, x25 16, 5 2 0, , , x35 18,7 2 3, , , x50 2 2, 0 2 6, , , x70 21,7 2 6, , , x95 2 4, 3 2 9, , , x ,7 3 3, , , x ,7 3 7, , , x , 8 4 0, , , x ,9 4 5, , 215 0,

38 EXZHELLENT MAR RC4Dt RC4Dt LOW-VOLTAGE POWER ARMORED Rated voltage 0,6/1 kv Code Cross section (mm 2 ) Diameter under armor Outer diameter Weight (kg/km) Bending radius Current rating Air 45 ºC (A) Voltage drop cos µ = 0.8 (V/A km) Inductance (mh/km) x1 6, 0 9, , 5 7 0, * 2x1+1 6, 0 9, , 5 7 0, x1,5 6, 6 9, , 61 0, * 2x1,5+1,5 6, 6 9, , 61 0, x2,5 7, 5 10, , 2 0 0, * 2x , 5 10, , 2 0 0, x4 8, 8 12, , , * 2x4+4 8, 8 12, , , x6 10, 0 13, ,919 0, * 2x6+6 10, 0 13, ,919 0, x10 12, 0 16, , , * 2x , 0 16, , , x16 14, 2 18, , 218 0, * 2x , 2 18, , 218 0, x25 17,7 2 2, , , x35 2 0, 3 2 5, , , x50 21, 6 2 6, , , x70 2 5, 8 3 0, , , x95 2 8, 8 3 4, , , x , 8 3 8, , , x , 4 4 2, , , x ,1 47, , , x , 2 5 3, , 215 0, x ,9 6 0, ,18 6 0, x1 6,7 10, , 5 7 0, * 3x1+1 6,7 10, , 5 7 0, x1,5 7, 3 10, , 61 0, * 3x , 3 10, , 61 0, x2,5 8, 4 12, , 2 0 0, * These codes contain Green/Yellow earthing conductor. Please state the construction under CROSS SECTION column when ordering this type of cable. 36

39 RC4Dt Rated voltage 0,6/1 kv Code Cross section (mm 2 ) Diameter under armor Outer diameter Weight (kg/km) Bending radius Current rating Air 45 ºC (A) Voltage drop cos µ = 0.8 (V/A km) Inductance (mh/km) * 3x , 4 12, , 2 0 0, x4 9, 8 13, , , * 3x4+4 9, 8 13, , , x6 11,1 15, ,919 0, * 3x6+6 11,1 15, ,919 0, x10 13, 4 17, , , * 3x , 4 17, , , x16 15, 8 2 0, , 218 0, * 3x , 8 2 0, , 218 0, x25 19, 8 2 4, , , x35 2 2, 5 2 7, , , x50 2 4, 0 2 9, , , x70 2 8, 6 3 3, , , x95 3 2, 0 3 8, , , x , 5 4 3, , , x , 4 47, , , x , 6 51, , , x240 51, 4 5 9, , 215 0, x , 8 6 6, ,18 6 0, * 4x1+1 7,7 11, , 5 7 0, * 4x , 3 12, , 61 0, * 4x , 5 13, , 2 0 0, * 4x4+4 10,9 15, , , * 4x6+6 12, 4 16, ,919 0, * 4x , 0 19, , , * 4x ,7 2 2, , 218 0, * 4x , 2 2 6, , , * 4x , 2 3 0, , , * 4x , 6 3 4, , , * These codes contain Green/Yellow earthing conductor. Please state the construction under CROSS SECTION column when ordering this type of cable. 37

40 EXZHELLENT MAR RHDtC4Dt HIGH-VOLTAGE POWER ARMORED General Cable RHDtC4Dt APPLICATIONS Copper braid armored high voltage cables for installation in marine applications with enhanced performances on flame spread and low emision of smoke and fumes. Maximum rated conductor temperature in normal operation: 90 C. Minimum handling & laying temperature: -15 ºC. Minimum operational temperature: -40 ºC. RATED VOLTAGE 3,6/6 kv 6/10 kv 8,7/15 kv 12/20 kv 18/30 kv COMPLIANCES IEC / IEC / IEC IEC / IEC / IEC IEC / IEC CONSTRUCTION 1. CONDUCTOR Copper, stranded class INNER SEMICONDUCTOR Exzhellent-Mar RHDtC4Dt 3. INSULATION Halogen-free cross linked polyethylene (XLPE). IEC OUTER SEMICONDUCTOR Core identification: see page METALLIC SCREEN Copper tape 6. INNER SHEATH Halogen-free thermoplastic polyolefin (SHF1). IEC ARMOR Copper wire braid. 8. OUTER SHEATH Halogen-free thermoplastic polyolefin (SHF1). IEC

41 RHDtC4Dt WORK AT VERY LOW TEMPERATURE -40 ºC MECHANICAL RESISTANCE PROTECTION AGAINST ELECTROMAGNETIC INTERFERENCE HALOGEN CONTENT. LOW ACIDITY AND CORROSIVITY OF EVOLVED GASES - IEC FLAME RETARDANT SINGLE WIRE IEC FLAME RETARDANT BUNCHED WIRES IEC , cat.a LOW SMOKE EMISSION IEC Rated voltage 3,6/6 kv Code Cross section (mm 2 ) Diameter under screen Diameter under armor Outer diameter Weight (kg/km) Current rating Air 45 ºC (A) Inductive Reactance (Ohm/km) Capacitance (μf/km) x25 13,1 15,7 19, ,142 0, x35 14,1 16,7 20, ,134 0, x50 15,3 17,9 22, ,127 0, x70 16,7 19,3 23, ,119 0, x95 18,4 21,0 25, ,113 0, x120 20,1 22,7 27, ,109 0, x150 21,4 24,0 28, ,105 0, x185 23,0 25,6 30, ,102 0, x240 25,5 28,1 33, ,098 0, x300 28,6 31,2 36, ,097 0, x25 13,1 31,8 37, ,118 0, x35 14,1 34,3 40, ,112 0, x50 15,3 37,0 43, ,105 0, x70 16,7 40,4 47, ,099 0, x95 18,4 44,2 51, ,095 0, x120 20,1 48,1 55, ,091 0, x150 21,4 51,4 58, ,088 0,447 39

42 EXZHELLENT MAR RHDtC4Dt RHDtC4Dt HIGH-VOLTAGE POWER ARMORED Rated voltage 6/10 kv Code Cross section (mm 2 ) Diameter under screen Diameter under armor Outer diameter Weight (kg/km) Current rating Air 45 ºC (A) Inductive Reactance (Ohm/km) Capacitance (μf/km) x25 14,9 17,5 21, ,147 0, x35 15,9 18,5 22, ,14 0, x50 17,1 19,7 24, ,132 0, x70 18,5 21,1 25, ,124 0, x95 20,2 22,8 27, ,118 0, x120 21,9 24,5 29, ,113 0, x150 23,2 25,8 30, ,109 0, x185 24,8 27,4 32, ,106 0, x240 27,1 29,7 34, ,101 0, x300 29,8 32,4 37, ,099 0, x25 14,9 36,0 42, ,126 0, x35 15,9 38,6 45, ,119 0, x50 17,1 41,3 47, ,112 0, x70 18,5 44,4 51, ,106 0, x95 20,2 48,7 55, ,101 0, x120 21,9 52,4 59, ,097 0, x150 23,2 55,4 63, ,093 0,344 40

43 RHDtC4Dt Rated voltage 8,7/15 kv Code Cross section (mm 2 ) Diameter under screen Diameter under armor Outer diameter Weight (kg/km) Current rating Air 45 ºC (A) Inductive Reactance (Ohm/km) Capacitance (μf/km) x25 17,1 19,7 24, ,154 0, x35 18,1 20,7 25, ,146 0, x50 19,3 21,9 26, ,138 0, x70 20,7 23,3 28, ,13 0, x95 22,4 25,0 29, ,123 0, x120 24,1 26,7 31, ,118 0, x150 25,4 28,0 33, ,114 0, x185 27,0 29,6 34, ,11 0, x240 29,3 31,9 37, ,106 0, x300 32,0 34,6 40, ,104 0, x25 17,1 41,2 47, ,135 0, x35 18,1 43,5 50, ,128 0, x50 19,3 46,2 53, ,12 0, x70 20,7 49,8 57, ,113 0, x95 22,4 53,6 61, ,107 0, x120 24,1 57,3 65, ,103 0, x150 25,4 60,4 68, ,099 0,273 41

44 EXZHELLENT MAR RHDtC4Dt RHDtC4Dt HIGH-VOLTAGE POWER ARMORED Rated voltage 12/20 kv Code Cross section (mm 2 ) Diameter under screen Diameter under armor Outer diameter Weight (kg/km) Current rating Air 45 ºC (A) Inductive Reactance (Ohm/km) Capacitance (μf/km) x35 20,1 22,7 27, ,151 0, x50 21,3 23,9 28, ,143 0, x70 22,7 25,3 30, ,134 0, x95 24,4 27,0 32, ,127 0, x120 26,1 28,7 33, ,122 0, x150 27,4 30,0 35, ,118 0, x185 29,0 31,6 37, ,115 0, x240 31,3 33,9 39, ,11 0, x300 34,0 36,8 43, ,107 0, x35 20,1 48,4 55, ,134 0, x50 21,3 51,1 58, ,127 0, x70 22,7 54,3 61, ,119 0, x95 24,4 58,1 65, ,113 0, x120 26,1 61,8 70, ,108 0, x150 27,4 65,3 73, ,104 0,233 42

45 RHDtC4Dt Rated voltage 18/30 kv Code Cross section (mm 2 ) Diameter under screen Diameter under armor Outer diameter Weight (kg/km) Current rating Air 45 ºC (A) Inductive Reactance (Ohm/km) Capacitance (μf/km) x50 26,3 28,9 34, ,154 0, x70 27,7 30,3 36, ,146 0, x95 29,4 32,0 38, ,138 0, x120 31,1 33,7 39, ,133 0, x150 32,4 35,2 41, ,128 0, x185 34,0 36,8 43, ,124 0, x240 36,3 39,1 45, ,118 0, x300 39,0 42,0 48, ,115 0, x50 26,3 62,8 71, ,14 0, x70 27,7 65,9 74, ,131 0, x95 29,4 70,0 79, ,125 0, x120 31,1 73,9 83, ,119 0, x150 32,4 76,9 86, ,115 0,177 43

46 EXZHELLENT MAR RDt RDt CONTROL NON ARMORED APPLICATIONS Low voltage control cables for marine applications. With special fire performance such as halogen-free, fire retardancy, and low emission of smoke and fumes. Maximum rated conductor temperature in normal operation: 90 C. Minimum handling & laying temperature: -15 ºC. Minimum operational temperature: -40 ºC. RATED VOLTAGE 0,6/1 kv COMPLIANCES IEC / IEC / IEC IEC / IEC / IEC IEC / IEC CONSTRUCTION 1 1. CONDUCTOR Copper, flexible class INSULATION Halogen-free cross linked polyethylene (XLPE). Core identification: see page INNER COVERING Halogen-free thermoplastic polyolefin (optional in big cross sections). 4. OUTER SHEATH Halogen-free thermoplastic polyolefin (SHF1). 4 Exzhellent-Mar RDt 0.6/1 kv 44

47 RDt WORK AT VERY LOW TEMPERATURE -40 ºC INCREASED FLEXIBILITY LOW SMOKE EMISSION IEC HALOGEN CONTENT. LOW ACIDITY AND CORROSIVITY OF EVOLVED GASES - IEC FLAME RETARDANT SINGLE WIRE IEC FLAME RETARDANT BUNCHED WIRES IEC , cat.a Rated voltage 0,6/1 kv Code Cross section (mm 2 ) Outer diameter Weight (kg/km) Bending radius x1 9, x1,5 10, x2,5 11, x1 10, x1,5 11, x2,5 12, x1 13, x1,5 14, x2,5 16, x1 16, x1,5 17, x2,5 19, x1 18, x1,5 20, x2,5 23, x1 19, x1,5 21, x2,5 23, x1 21, x1,5 23, x2,5 26,

48 EXZHELLENT MAR RDtC4Dt RDtC4Dt CONTROL ARMORED APPLICATIONS Low voltage armored control cables for marine applications. With special fire performance such as halogen-free, fire retardancy, and low emission of smoke and fumes. Maximum rated conductor temperature in normal operation: 90 C. Minimum handling & laying temperature: -15 ºC. Minimum operational temperature: -40 ºC. RATED VOLTAGE 0,6/1 kv COMPLIANCES IEC / IEC / IEC IEC / IEC / IEC IEC / IEC CONSTRUCTION 1 1. CONDUCTOR Copper, flexible class INSULATION Halogen-free cross linked polyethylene (XLPE). Core identification: see page INNER COVERING Halogen-free thermoplastic polyolefin ARMOR Copper wire braid. 5. OUTER SHEATH Halogen-free thermoplastic polyolefin (SHF1). 5 Exzhellent-Mar RDtC4Dt 46

49 RDtC4Dt WORK AT VERY LOW TEMPERATURE -40 ºC MECHANICAL RESISTANCE INCREASED FLEXIBILITY HALOGEN CONTENT. LOW ACIDITY AND CORROSIVITY OF EVOLVED GASES - IEC FLAME RETARDANT SINGLE WIRE IEC FLAME RETARDANT BUNCHED WIRES IEC , cat.a LOW SMOKE EMISSION IEC Rated voltage 0,6/1 kv Code Cross section (mm 2 ) Diameter under armor Outer diameter Weight (kg/km) Bending radius x1 9,2 12, x1,5 9,9 13, x2,5 11,1 14, x1 10,1 13, x1,5 10,8 14, x2,5 12,1 15, x1 13,1 16, x1,5 14,2 18, x2,5 15,9 19, x1 15,4 19, x1,5 16,7 20, x2,5 18,8 23, x1 18,0 22, x1,5 19,5 23, x2,5 22,0 26, x1 18,4 22, x1,5 20,0 24, x2,5 22,6 27, x1 20,7 25, x1,5 22,4 27, x2,5 25,3 30,

50 EXZHELLENT MAR RC4Dt RC4Dt CONTROL ARMORED APPLICATIONS Low voltage armored control cables for marine applications. With special fire performance such as halogen-free, fire retardancy, and low emission of smoke and fumes. Maximum rated conductor temperature in normal operation: 90 C. Minimum handling & laying temperature: -15 ºC. Minimum operational temperature: -40 ºC. RATED VOLTAGE 0,6/1 kv COMPLIANCES IEC / IEC / IEC IEC / IEC / IEC IEC / IEC CONSTRUCTION 1. CONDUCTOR Copper, flexible class INSULATION Halogen-free cross linked polyethylene (XLPE). IEC Core identification: see page ARMOR Copper wire braid OUTER SHEATH Halogen-free thermoplastic polyolefin (SHF1). IEC Exzhellent-Mar RC4Dt 0.6/1 kv 48

51 RC4Dt WORK AT VERY LOW TEMPERATURE -40 ºC MECHANICAL RESISTANCE INCREASED FLEXIBILITY HALOGEN CONTENT. LOW ACIDITY AND CORROSIVITY OF EVOLVED GASES - IEC FLAME RETARDANT SINGLE WIRE IEC FLAME RETARDANT BUNCHED WIRES IEC , cat.a LOW SMOKE EMISSION IEC Rated voltage 0,6/1 kv Code Cross section (mm 2 ) Diameter under armor Outer diameter Weight (kg/km) Bending radius x1 7,7 10, x1,5 8, 3 11, x2,5 9, 5 12, x1,5 9, 2 12, x2,5 10, 5 13, x1 8, 4 11, x1,5 9, 2 12, x2,5 10, 4 13, x2,5 12, 6 16, x1,5 12,1 16, x1 11, 5 15, x1,5 12, 5 16, x2,5 14, 3 18, x1,5 14, 0 18, x1 13, 8 17, x1,5 15, 0 19, x2,5 17, 2 21, x1 16, 4 2 0, x1,5 17,9 2 2, x2,5 2 0, 4 2 4, x1 16, 8 21, x1,5 18, 3 2 2, x2,5 2 0,9 2 5, x1 19, 0 2 3, x1,5 2 0, 8 2 5, x2,5 2 3,7 2 8,

52 EXZHELLENT MAR RDt RDt CONTROL NON ARMORED APPLICATIONS Flexible multicore cables for installation in marine applications with special performance of flame spread and low emision of smoke and fumes. Minimum handling & laying temperature: -15 ºC. Minimum operational temperature: -40 ºC. RATED VOLTAGE 150/250 V COMPLIANCES IEC / IEC / IEC IEC / IEC / IEC IEC / IEC CONSTRUCTION 1. CONDUCTOR Copper, flexible class INSULATION Halogen-free cross linked polyethylene (XLPE). IEC Core identification: see page POLYESTER TAPE 2 4. OUTER SHEATH Halogen-free thermoplastic polyolefin (SHF1). IEC Exzhellent-Mar RDt 150/250 V 50

53 RDt WORK AT VERY LOW TEMPERATURE -40 ºC INCREASED FLEXIBILITY LOW SMOKE EMISSION IEC HALOGEN CONTENT. LOW ACIDITY AND CORROSIVITY OF EVOLVED GASES - IEC FLAME RETARDANT SINGLE WIRE IEC FLAME RETARDANT BUNCHED WIRES IEC , cat.a Rated voltage 150/250 V Code Cross section (mm 2 ) Outer diameter Weight (kg/km) Bending radius x0,75 6, x1,5 7, x0,75 6, x1,5 7, x0,75 7, x1,5 8, x0,75 8, x1,5 10, x0,75 11, x1,5 13, x0,75 13, x1,5 16, x0,75 15, x1,5 18, x0,75 15, x1,5 19, x0,75 17, x1,5 21,

54 EXZHELLENT MAR RDtC4Dt RDtC4Dt CONTROL ARMORED APPLICATIONS Low voltage armored control cables for marine applications. With special fire performance such as halogen-free, fire retardancy, and low emission of smoke and fumes. Maximum rated conductor temperature in normal operation: 90 C. Minimum handling & laying temperature: -15 ºC. Minimum operational temperature: -40 ºC. RATED VOLTAGE 150/250 V COMPLIANCES IEC / IEC / IEC IEC / IEC / IEC IEC / IEC CONSTRUCTION CONDUCTOR Copper, flexible class INSULATION Halogen-free cross linked polyethylene (XLPE). Core identification: see page INNER COVERING Halogen-free thermoplastic polyolefin. 4. ARMOR Copper wire braid. 5 Exzhellent-Mar RDtC4Dt 150/250 V 5. OUTER SHEATH Halogen-free thermoplastic polyolefin (SHF1). IEC

55 RDtC4Dt WORK AT VERY LOW TEMPERATURE -40 ºC MECHANICAL RESISTANCE INCREASED FLEXIBILITY HALOGEN CONTENT. LOW ACIDITY AND CORROSIVITY OF EVOLVED GASES - IEC FLAME RETARDANT SINGLE WIRE IEC FLAME RETARDANT BUNCHED WIRES IEC , cat.a LOW SMOKE EMISSION IEC Rated voltage 150/250 V Code Cross section (mm 2 ) Diameter under armor Outer diameter Weight (kg/km) Bending radius ,9 6,2 9, ,3 7,4 10, ,9 6,5 9, ,4 7,8 10, ,4 7,1 10, ,4 8,5 11, ,0 8,4 11, ,1 10,2 13, ,7 10,8 14, ,8 13,3 17, ,4 12,7 16, ,4 15,7 19, ,2 14,7 18, ,1 18,3 22, ,2 15,0 19, ,6 18,7 22, ,1 16,8 21, ,9 21,0 25,

56 EXZHELLENT MAR RO2Dt RO2Dt CONTROL COLLECTIVELY SCREENED APPLICATIONS Flexible collectively-screened multicore cables for installation in marine applications with special performances on flame spread and low emision of smoke and fumes. Minimum handling & laying temperature: -15 ºC. Minimum operational temperature: -40 ºC. RATED VOLTAGE 150/250 V COMPLIANCES IEC / IEC / IEC IEC / IEC / IEC IEC / IEC CONSTRUCTION 1 1. CONDUCTOR Copper, flexible class INSULATION Halogen-free cross linked polyethylene (XLPE). IEC Core identification: see page SCREEN Aluminium/polyester tape with drain wire OUTER SHEATH Halogen-free thermoplastic polyolefin (SHF1). IEC Exzhellent-Mar RO2Dt 150/250 V 54

57 RO2Dt WORK AT VERY LOW TEMPERATURE -40 ºC INCREASED FLEXIBILITY PROTECTION AGAINST ELECTROMAGNETIC INTERFERENCE HALOGEN CONTENT. LOW ACIDITY AND CORROSIVITY OF EVOLVED GASES - IEC FLAME RETARDANT SINGLE WIRE IEC FLAME RETARDANT BUNCHED WIRES IEC , cat.a LOW SMOKE EMISSION IEC Rated voltage 150/250 V Code Cross section (mm 2 ) Outer diameter Weight (kg/km) Bending radius x0,75 6, x1,5 7, x0,75 6, x1,5 8, x0,75 7, x1,5 9, x0,75 8, x1,5 10, x0,75 11, x1,5 13, x0,75 13, x1,5 16, x0,75 15, x1,5 19, x0,75 15, x1,5 19, x0,75 17, x1,5 22,

58 EXZHELLENT MAR RC4Dt RC4Dt CONTROL ARMORED, COLLECTIVELY SCREENED APPLICATIONS Flexible armored, multicore cables for installation in marine applications with special performances on flame spread and low emision of smoke and fumes. Minimum handling & laying temperature: -15 ºC. Minimum operational temperature: -40 ºC. RATED VOLTAGE 150/250 V COMPLIANCES IEC / IEC / IEC IEC / IEC / IEC IEC / IEC CONSTRUCTION 1. CONDUCTOR Copper, flexible class INSULATION Halogen-free cross linked polyethylene (XLPE). IEC Core identification: see page POLYESTER TAPE ARMOR Copper wire braid. 5. OUTER SHEATH Halogen-free thermoplastic polyolefin (SHF1). IEC Exzhellent-Mar RC4Dt 56

59 RC4Dt WORK AT VERY LOW TEMPERATURE -40 ºC MECHANICAL RESISTANCE INCREASED FLEXIBILITY PROTECTION AGAINST ELECTROMAGNETIC INTERFERENCE LOW SMOKE EMISSION IEC HALOGEN CONTENT. LOW ACIDITY AND CORROSIVITY OF EVOLVED GASES - IEC FLAME RETARDANT SINGLE WIRE IEC FLAME RETARDANT BUNCHED WIRES IEC , cat.a Rated voltage 150/250 V Code Cross section (mm 2 ) Diameter under armor Outer diameter Weight (kg/km) Bending radius x0,75 4,4 7, x1,5 5,7 8, x0,75 4,9 7, x1,5 6,2 9, x0,75 5,3 8, x1,5 6,7 9, x0,75 6,5 9, x1,5 8,4 11, x0,75 8,9 12, x1,5 11,4 15, x0,75 10,8 14, x1,5 13,8 17, x0,75 13,0 17, x1,5 16,3 20, x0,75 13,1 17, x1,5 16,9 21, x0,75 15,0 19, x1,5 19,1 23,

60 EXZHELLENT MAR RO2Dt RO2Dt INSTRUMENTATION COLLECTIVELY SCREENED APPLICATIONS Flexible collective-screened multipair cables for installation in marine applications with special performances on flame spread and low emision of smoke and fumes. Minimum handling & laying temperature: -15 ºC. Minimum operational temperature: -40 ºC. RATED VOLTAGE COMPLIANCES 150/250 V IEC / IEC / IEC IEC / IEC / IEC IEC / IEC CONSTRUCTION CONDUCTOR Copper, flexible class INSULATION Halogen-free cross linked polyethylene (XLPE). IEC Core identification: see page SCREEN Aluminium/polyester tape with drain wire OUTER SHEATH Halogen-free thermoplastic polyolefin (SHF1). IEC Exzhellent-Mar RO2Dt 150/250 V 58

61 RO2Dt WORK AT VERY LOW TEMPERATURE -40 ºC INCREASED FLEXIBILITY PROTECTION AGAINST ELECTROMAGNETIC INTERFERENCE HALOGEN CONTENT. LOW ACIDITY AND CORROSIVITY OF EVOLVED GASES - IEC FLAME RETARDANT SINGLE WIRE IEC FLAME RETARDANT BUNCHED WIRES IEC , cat.a LOW SMOKE EMISSION IEC Rated voltage 150/250 V Code Cross section (mm 2 ) Outer diameter Weight (kg/km) Bending radius Mutual capacitance (μf/km) Inductance (mh/km) x2x0,75 6, ,086 0, x2x1,5 7, ,095 0, x2x0,75 7, ,056 0, x2x1,5 9, ,060 0, x2x0,75 9, ,060 0, x2x1,5 11, ,063 0, x2x0,75 10, ,060 0, x2x1,5 13, ,063 0, x2x0,75 13, ,060 0, x2x1,5 16, ,063 0, x2x0,75 16, ,060 0, x2x1,5 20, ,063 0, x2x0,75 20, ,060 0, x2x1,5 21, ,063 0, x2x0,75 22, ,060 0, x2x1,5 28, ,063 0, x2x0,75 23, ,060 0, x2x1,5 29, ,063 0, x2x0,75 25, ,060 0, x2x1,5 32, ,063 0,612 Other constructions, including triples and quads, on request. 2 pair cables laid up in star quad configuration twisted in a single lay with the pairs identified by diametrically opposite cores, i.e. Pair 1 - blue and black cores, Pair 2 - brown and grey cores. 59

62 EXZHELLENT MAR RO1Dt RO1Dt INSTRUMENTATION INDIVIDUALLY SCREENED APPLICATIONS Flexible individually-screened multipar cables for installation in marine applications with special performances on flame spread and low emision of smoke and fumes. Minimum handling & laying temperature: -15 ºC. Minimum operational temperature: -40 ºC. RATED VOLTAGE 150/250 V COMPLIANCES IEC / IEC / IEC IEC / IEC / IEC IEC / IEC CONSTRUCTION 1. CONDUCTOR Copper, flexible class INSULATION Halogen-free cross linked polyethylene (XLPE). IEC INDIVIDUAL SCREEN Aluminium/polyester tape with cooper drain wire and non metallic tape. Core identification: see page OUTER SHEATH Halogen-free thermoplastic polyolefin (SHF1). IEC Exzhellent-Mar RO1Dt 150/250 V 60

63 RO1Dt WORK AT VERY LOW TEMPERATURE -40 ºC INCREASED FLEXIBILITY PROTECTION AGAINST ELECTROMAGNETIC INTERFERENCE HALOGEN CONTENT. LOW ACIDITY AND CORROSIVITY OF EVOLVED GASES - IEC FLAME RETARDANT SINGLE WIRE IEC FLAME RETARDANT BUNCHED WIRES IEC , cat.a LOW SMOKE EMISSION IEC Rated voltage 150/250 V Code Cross section (mm 2 ) Outer diameter Weight (kg/km) Bending radius Mutual capacitance (μf/km) Inductance (mh/km) x2x0,75 10, ,086 0, x2x1,5 12, ,095 0, x2x0,75 11, ,086 0, x2x1,5 13, ,095 0, x2x0,75 12, ,086 0, x2x1,5 14, ,095 0, x2x0,75 14, ,086 0, x2x1,5 18, ,095 0, x2x0,75 19, ,086 0, x2x1,5 24, ,095 0, x2x0,75 23, ,086 0, x2x1,5 29, ,095 0, x2x0,75 27, ,086 0, x2x1,5 34, ,095 0, x2x0,75 28, ,086 0, x2x1,5 35, ,095 0, x2x0,75 31, ,086 0, x2x1,5 40, ,095 0,612 Other constructions, including triples and quads, on request. 61

64 EXZHELLENT MAR RC4Dt RC4Dt INSTRUMENTATION ARMORED, COLLECTIVELY SCREENED APPLICATIONS Flexible armored multipair cables for installation in marine applications with special performances on flame spread and low emision of smoke and fumes. Minimum handling & laying temperature: -15 ºC. Minimum operational temperature: -40 ºC. RATED VOLTAGE 150/250 V COMPLIANCES IEC / IEC / IEC IEC / IEC / IEC IEC / IEC CONSTRUCTION 1. CONDUCTOR Copper, flexible class INSULATION Halogen-free cross linked polyethylene (XLPE). IEC Core identification: see page POLYESTER TAPE 4. ARMOR Copper wire braid OUTER SHEATH Halogen-free thermoplastic polyolefin (SHF1). IEC Exzhellent-Mar RC4Dt 150/250 V 62

65 RC4Dt WORK AT VERY LOW TEMPERATURE -40 ºC MECHANICAL RESISTANCE INCREASED FLEXIBILITY PROTECTION AGAINST ELECTROMAGNETIC INTERFERENCE LOW SMOKE EMISSION IEC HALOGEN CONTENT. LOW ACIDITY AND CORROSIVITY OF EVOLVED GASES - IEC FLAME RETARDANT SINGLE WIRE IEC FLAME RETARDANT BUNCHED WIRES IEC , cat.a Rated voltage 150/250 V Code Cross section (mm 2 ) Diameter under armor Outer diameter Weight (kg/km) Bending radius Mutual capacitance (μf/km) Inductance (mh/km) x2x0,75 4,5 7, ,086 0, x2x1,5 5,7 8, ,095 0, x2x0,75 5,4 8, ,056 0, x2x1,5 6,9 9, ,060 0, x2x0,75 7,5 10, ,060 0, x2x1,5 9,5 12, ,063 0, x2x0,75 8,3 11, ,060 0, x2x1,5 10,6 14, ,063 0, x2x0,75 10,8 14, ,060 0, x2x1,5 13,8 17, ,063 0, x2x0,75 13,7 17, ,060 0, x2x1,5 17, ,063 0, x2x0,75 17,1 21, ,060 0, x2x1,5 21,9 27, ,063 0, x2x0,75 19,2 24, ,060 0, x2x1,5 24,6 30, ,063 0, x2x0,75 20,0 25, ,060 0, x2x1,5 25,7 31, ,063 0, x2x0,75 22,4 27, ,060 0, x2x1,5 28,7 35, ,063 0,612 Other constructions, including triples and quads, on request. 2 pair cables laid up in star quad configuration twisted in a single lay with the pairs identified by diametrically opposite cores, i.e. Pair 1 - blue and black cores, Pair 2 - brown and grey cores. 63

66 EXZHELLENT MAR RDtC4Dt RDtC4Dt INSTRUMENTATION ARMORED APPLICATIONS Flexible armored multipair cables for installation in marine applications with special performances on flame spread and low emision of smoke and fumes. Minimum handling & laying temperature: -15 ºC. Minimum operational temperature: -40 ºC. RATED VOLTAGE 150/250 V COMPLIANCES IEC / IEC / IEC IEC / IEC / IEC IEC / IEC CONSTRUCTION 1. CONDUCTOR Copper, flexible class INSULATION Halogen-free cross linked polyethylene (XLPE). IEC Core identification: see page INNER COVERING Halogen-free thermoplastic polyolefin ARMOR Copper wire braid. 5. OUTER SHEATH Halogen-free thermoplastic polyolefin (SHF1). IEC Exzhellent-Mar RDtC4Dt 64

67 RDtC4Dt WORK AT VERY LOW TEMPERATURE -40 ºC MECHANICAL RESISTANCE INCREASED FLEXIBILITY PROTECTION AGAINST ELECTROMAGNETIC INTERFERENCE LOW SMOKE EMISSION IEC HALOGEN CONTENT. LOW ACIDITY AND CORROSIVITY OF EVOLVED GASES - IEC FLAME RETARDANT SINGLE WIRE IEC FLAME RETARDANT BUNCHED WIRES IEC , cat.a Rated voltage 150/250 V Code Cross section (mm 2 ) Diameter under armor Outer diameter Weight (kg/km) Bending radius Mutual capacitance (μf/km) Inductance (mh/km) x2x0,75 6,9 9, , , x2x1,5 7,7 10, , , x4x0,75 7,9 11, , , x4x1,5 8,9 12, , , x2x0,75 9,9 13, , , x2x1,5 11, 3 14, , , x2x0,75 10, 8 14, , , x2x1,5 12, 4 16, , , x2x0,75 13, 6 17, , , x2x1,5 15, 6 19, , , x2x0,75 16, 8 2 0, , , x2x1,5 19, 4 2 3, , , x2x0,75 2 0, 5 2 4, , , x2x1,5 2 3,7 2 8, , , x2x0,75 2 2, 8 2 7, , , x2x1,5 2 6, 8 31, , , x2x0,75 2 3,7 2 8, , , x2x1,5 2 7,9 3 3, , , x2x0,75 2 6, 3 31, , , x2x1,5 3 0,9 3 6, , , 612 Other constructions, including triples and quads, on request. 2 pair cables laid up in star quad configuration twisted in a single lay with the pairs identified by diametrically opposite cores, i.e. Pair 1 - blue and black cores, Pair 2 - brown and grey cores. 65

68 EXZHELLENT MAR RO1C4Dt RO1C4Dt INSTRUMENTATION ARMORED, INDIVIDUALLY SCREENED APPLICATIONS Flexible armored individually sreened multipair cables for installation in marine applications with special performances on flame spread and low emision of smoke and fumes. Minimum handling & laying temperature: -15 ºC. Minimum operational temperature: -40 ºC. RATED VOLTAGE 150/250 V COMPLIANCES IEC / IEC / IEC IEC / IEC / IEC IEC / IEC CONSTRUCTION 1. CONDUCTOR Copper, flexible class INSULATION Halogen-free cross linked polyethylene (XLPE). IEC INDIVIDUAL SCREEN Aluminium/polyester tape with copper drain wire. Core identification: see page POLYESTER TAPE 5. ARMOR Copper wire braid. 6 Exzhellent-Mar RO1C4Dt 150/250 V 6. OUTER SHEATH Halogen-free thermoplastic polyolefin (SHF1). IEC

69 RO1C4Dt WORK AT VERY LOW TEMPERATURE -40 ºC MECHANICAL RESISTANCE INCREASED FLEXIBILITY PROTECTION AGAINST ELECTROMAGNETIC INTERFERENCE LOW SMOKE EMISSION IEC HALOGEN CONTENT. LOW ACIDITY AND CORROSIVITY OF EVOLVED GASES - IEC FLAME RETARDANT SINGLE WIRE IEC FLAME RETARDANT BUNCHED WIRES IEC , cat.a Rated voltage 150/250 V Code Cross section (mm 2 ) Diameter under armor Outer diameter Weight (kg/km) Bending radius Mutual capacitance (μf/km) Inductance (mh/km) x2x0,75 4,6 7, ,086 0, x2x1,5 5,8 8, ,095 0, x2x0,75 8,4 11, ,086 0, x2x1,5 10,5 14, ,095 0, x2x0,75 9,0 12, ,086 0, x2x1,5 11,3 15, ,095 0, x2x0,75 10,1 13, ,086 0, x2x1,5 12,6 16, ,095 0, x2x0,75 12,4 16, ,086 0, x2x1,5 15,6 19, ,095 0, x2x0,75 17,1 21, ,086 0, x2x1,5 21,5 26, ,095 0, x2x0,75 20,6 25, ,086 0, x2x1,5 26,0 31, ,095 0, x2x0,75 24,5 29, ,086 0, x2x1,5 30,9 36, ,095 0, x2x0,75 25,1 30, ,086 0, x2x1,5 31,7 37, ,095 0, x2x0,75 28,5 34, ,086 0, x2x1,5 36,2 42, ,095 0,612 Other constructions, including triples and quads, on request. 67

70 EXZHELLENT MAR RO1DtC4Dt RO1DtC4Dt INSTRUMENTATION ARMORED, INDIVIDUALLY SCREENED APPLICATIONS Flexible armored multipair cables for installation in marine applications with special performances on flame spread and low emision of smoke and fumes. Minimum handling & laying temperature: -15 ºC. Minimum operational temperature: -40 ºC. RATED VOLTAGE 150/250 V COMPLIANCES IEC / IEC / IEC IEC / IEC / IEC IEC / IEC CONSTRUCTION 1. CONDUCTOR Copper, flexible class INSULATION Halogen-free cross linked polyethylene (XLPE). IEC Core identification: see page INDIVIDUAL SCREEN Aluminium/polyester tape with copper drain wire. Core identification: see page INNER COVERING Halogen-free thermoplastic polyolefin Exzhellent-Mar RO1DtC4Dt 150/250 V 5. ARMOR Copper wire braid. 6. OUTER SHEATH Halogen-free thermoplastic polyolefin (SHF1). IEC

71 RO1DtC4Dt WORK AT VERY LOW TEMPERATURE -40 ºC MECHANICAL RESISTANCE INCREASED FLEXIBILITY PROTECTION AGAINST ELECTROMAGNETIC INTERFERENCE LOW SMOKE EMISSION IEC HALOGEN CONTENT. LOW ACIDITY AND CORROSIVITY OF EVOLVED GASES - IEC FLAME RETARDANT SINGLE WIRE IEC FLAME RETARDANT BUNCHED WIRES IEC , cat.a Rated voltage 150/250 V Code Cross section (mm 2 ) Diameter under armor Outer diameter Weight (kg/km) Bending radius Mutual capacitance (μf/km) Inductance (mh/km) x2x0,75 6,6 9, ,086 0, x2x1,5 7,8 10, ,095 0, x2x0,75 10,2 13, ,086 0, x2x1,5 12,3 16, ,095 0, x2x0,75 10,8 14, ,086 0, x2x1,5 13,1 16, ,095 0, x2x0,75 11,9 15, ,086 0, x2x1,5 14,5 18, ,095 0, x2x0,75 14,2 18, ,086 0, x2x1,5 17,4 21, ,095 0, x2x0,75 18,9 23, ,086 0, x2x1,5 23,3 27, ,095 0, x2x0,75 22,4 26, ,086 0, x2x1,5 27,8 32, ,095 0, x2x0,75 26,3 30, ,086 0, x2x1,5 33,1 38, ,095 0, x2x0,75 26,9 31, ,086 0, x2x1,5 33,9 39, ,095 0, x2x0,75 30,3 35, ,086 0, x2x1,5 38,4 44, ,095 0,612 Other constructions, including triples and quads, on request. 2 pair cables laid up in star quad configuration twisted in a single lay with the pairs identified by diametrically opposite cores, i.e. Pair 1 - blue and black cores, Pair 2 - brown and grey cores. 69

72 EXZHELLENT MAR UX UX SWITCHBOARD & EARTHING WIRE APPLICATIONS Flexible switchoboard and earthing wire for installation in marine applications with special performances on flame spread and low emision of smoke and fumes. Maximum rated conductor temperature in normal operation: 90 C. Minimum handling & laying temperature: -15 ºC. Minimum operational temperature: -40 ºC. RATED VOLTAGE 0,6/1 kv COMPLIANCES IEC / IEC / IEC IEC / IEC / IEC IEC / IEC CONSTRUCTION 1. CONDUCTOR Tinned copper, flexible class INSULATION Flame retardant, halogen-free thermoset compund (90). IEC Core identification: Green-Yellow, for earthing wire. SWITCHBOARD WIRE COLORS 2 Exzhellent-Mar UX 0.6/1 kv 70

73 UX WORK AT VERY LOW TEMPERATURE -40 ºC INCREASED FLEXIBILITY LOW SMOKE EMISSION IEC HALOGEN CONTENT. LOW ACIDITY AND CORROSIVITY OF EVOLVED GASES - IEC FLAME RETARDANT SINGLE WIRE IEC FLAME RETARDANT BUNCHED WIRES IEC , cat.a Packaging in drums Code Cross section (mm 2 ) Outer diameter Weight (kg/km) Bending radius Current rating Air 45 ºC (A) Voltage drop cos µ = 0.8 (V/A km) x1,5 2, , x2,5 3, , x4 3, , x6 4, , x10 5, , x16 6, , x25 8, , x35 9, , x50 10, , x70 12, , x95 14, , x120 16, , x150 18, , x , , x , , x , ,18 7 Packaging in reels Code Cross section (mm 2 ) Available lengths x1,5 100 or 200 m x2,5 100 or 200 m 71

74 GENFIRE MAR RDt-M RDt-M LOW-VOLTAGE POWER FIRE RESISTANT NON ARMORED APPLICATIONS Cables for installation in marine applications with special performances on flame spread, fire resistance and low emision of smoke and fumes. Maximum rated conductor temperature in normal operation: 90 C. Minimum handling & laying temperature: -15 ºC. Minimum operational temperature: -40 ºC. RATED VOLTAGE 0,6/1 kv COMPLIANCES IEC / IEC / IEC IEC / IEC / IEC IEC and 2 / IEC / IEC CONSTRUCTION CONDUCTOR Copper, stranded class 2 up to 1 mm 2 and flexible class 5 from 1,5 mm 2 bigger. 2. MICA TAPE 3. INSULATION Halogen-free cross linked polyethylene (XLPE). IEC Core identification: see page INNER COVERING Halogen-free thermoplastic polyolefin (optional for big cross sections) OUTER SHEATH Halogen-free thermoplastic polyolefin (SHF1). IEC Genfire-Mar RDt-M 0,6/1 kv 72

75 RDt-M WORK AT VERY LOW TEMPERATURE -40 ºC SECTORFLEX FLEXIBLE SECTOR-SHAPED CONDUCTOR INCREASED FLEXIBILITY LOW SMOKE EMISSION IEC HALOGEN CONTENT. LOW ACIDITY AND CORROSIVITY OF EVOLVED GASES - IEC FIRE RESISTANT IEC FLAME RETARDANT SINGLE WIRE IEC FLAME RETARDANT BUNCHED WIRES IEC , cat.a Rated voltage 0,6/1 kv Code Cross section (mm 2 ) Outer diameter Weight (kg/km) Bending radius Current rating Air 45 ºC (A) Voltage drop cos µ = 0.8 (V/A km) Inductance (mh/km) x1 5, ,14 0, x1,5 5, ,65 0, x2,5 5, ,24 0, x4 6, ,872 0, x6 7, ,948 0, x10 8, ,483 0, x16 9, ,240 0, x25 10, ,477 0, x35 12, ,074 0, x50 13, ,774 0, x70 16, ,570 0, x95 17, ,450 0, x120 19, ,370 0, x150 21, ,313 0, x185 24, ,272 0, x240 27, ,226 0, x300 31, ,195 0, x1 8, ,11 0, x1,5 9, ,62 0, x2,5 10, ,21 0, x4 11, ,850 0, x6 12, ,929 0, x10 14, ,466 0, x16 16, ,224 0, x25 20, ,464 0, x35 22, ,061 0, x50 23, ,764 0, x70 26, ,560 0, x95 29, ,442 0, x120 32, ,362 0, x150 36, ,305 0, x185 39, ,265 0, x240 44, ,218 0,233 73

76 GENFIRE MAR RDt-M RDt-M LOW-VOLTAGE POWER FIRE RESISTANT NON ARMORED Rated voltage 0,6/1 kv Code Cross section (mm 2 ) Outer diameter Weight (kg/km) Bending radius Current rating Air 45 ºC (A) Voltage drop cos µ = 0.8 (V/A km) Inductance (mh/km) x1 9, ,11 0, * 2x1+1 9, ,11 0, x1,5 9, ,62 0, * 2x1,5+1,5 9, ,62 0, x2,5 10, ,21 0, * 2x2,5+2,5 10, ,21 0, x4 12, ,850 0, * 2x4+4 12, ,850 0, x6 13, ,929 0, * 2x6+6 13, ,929 0, x10 15, ,466 0, * 2x , ,466 0, x16 17, ,224 0, * 2x , ,224 0, x25 21, ,464 0, x35 24, ,061 0, x50 27, ,764 0, x70 31, ,560 0, x95 34, ,442 0, x120 38, ,362 0, x150 42, ,305 0, x185 46, ,265 0, x240 53, ,219 0, x300 60, ,188 0, x1 10, ,11 0, * 3x1+1 10, ,11 0, x1,5 10, ,62 0, * 3x1,5+1,5 10, ,62 0, x2,5 11, ,21 0,344 * These codes contain Green/Yellow earthing conductor. Please state the construction under CROSS SECTION column when ordering this type of cable. 74

77 RDt-M Rated voltage 0,6/1 kv Code Cross section (mm 2 ) Outer diameter Weight (kg/km) Bending radius Current rating Air 45 ºC (A) Voltage drop cos µ = 0.8 (V/A km) Inductance (mh/km) * 3x2,5+2,5 11, ,21 0, x4 13, ,850 0, * 3x4+4 13, ,850 0, x6 14, ,929 0, * 3x6+6 14, ,929 0, x10 17, ,466 0, * 3x , ,466 0, x16 19, ,224 0, * 3x , ,224 0, x25 24, ,464 0, x35 27, ,061 0, x50 29, ,764 0, x70 34, ,560 0, x95 38, ,442 0, x120 42, ,362 0, x150 47, ,305 0, x185 51, ,265 0, x240 58, ,218 0, x300 66, ,188 0, * 4x1+1 11, ,11 0, * 4x1,5+1,5 11, ,62 0, * 4x2,5+2,5 13, ,21 0, * 4x4+4 14, ,850 0, * 4x6+6 16, ,929 0, * 4x , ,466 0, * 4x , ,224 0, * 4x , ,464 0, * 4x , ,061 0, * 4x , ,764 0,252 * These codes contain Green/Yellow earthing conductor. Please state the construction under CROSS SECTION column when ordering this type of cable. 75

78 GENFIRE MAR RDtC4Dt-M RDtC4Dt-M LOW-VOLTAGE POWER FIRE RESISTANT ARMORED APPLICATIONS Armored cables for installation in marine applications with special performances on flame spread, fire resistance and low emision of smoke and fumes. Maximum rated conductor temperature in normal operation: 90 C. Minimum handling & laying temperature: -15 ºC. Minimum operational temperature: -40 ºC. RATED VOLTAGE 0,6/1 kv COMPLIANCES IEC / IEC / IEC IEC / IEC / IEC IEC and 2 / IEC / IEC CONSTRUCTION CONDUCTOR Copper, stranded class 2 up to 1 mm 2 and flexible class 5 from 1,5 mm 2 bigger. 2. MICA TAPE 3. INSULATION Halogen-free cross linked polyethylene (XLPE). IEC Core identification: see page INNER COVERING Halogen-free thermoplastic polyolefin. 5. ARMOR Copper wire braid. 6 Genfire-Mar RDtC4Dt-M 0,6/1 kv 6. OUTER SHEATH Halogen-free thermoplastic polyolefin (SHF1). IEC

79 RDtC4Dt-M WORK AT VERY LOW TEMPERATURE -40 ºC SECTORFLEX FLEXIBLE SECTOR-SHAPED CONDUCTOR MECHANICAL RESISTANCE INCREASED FLEXIBILITY HALOGEN CONTENT. LOW ACIDITY AND CORROSIVITY OF EVOLVED GASES - IEC FIRE RESISTANT IEC FLAME RETARDANT SINGLE WIRE IEC FLAME RETARDANT BUNCHED WIRES IEC , cat.a LOW SMOKE EMISSION IEC Rated voltage 0,6/1 kv Code Cross section (mm 2 ) Diameter under armor Outer diameter Weight (kg/km) Bending radius Current rating Air 45 ºC (A) Voltage drop cos µ = 0.8 (V/A km) Inductance (mh/km) x1 5,4 8, ,17 0, x1,5 5,6 8, ,67 0, x2,5 6,0 8, ,26 0, x4 6,5 9, ,895 0, x6 7,1 10, ,972 0, x10 8,0 11, ,504 0, x16 9,0 12, ,258 0, x25 10,7 13, ,493 0, x35 11,8 15, ,088 0, x50 13,4 17, ,789 0, x70 15,5 19, ,582 0, x95 17,1 21, ,462 0, x120 19,1 23, ,380 0, x150 20,9 25, ,322 0, x185 22,8 27, ,280 0, x240 26,4 31, ,233 0, x300 29,8 34, ,202 0, x1 8,8 11, ,11 0, x1,5 9,1 12, ,62 0, x2,5 10,0 13, ,21 0, x4 11,0 14, ,850 0, x6 12,1 15, ,929 0, x10 14,0 17, ,466 0, x16 16,0 20, ,224 0, x25 19,3 23, ,464 0, x35 21,5 25, ,061 0, x50 21,4 26, ,764 0, x70 24,9 29, ,560 0, x95 27,8 33, ,442 0, x120 31,1 36, ,362 0, x150 34,2 40, ,305 0, x185 37,6 44, ,265 0, x240 42,7 49, ,218 0,233 77

80 GENFIRE MAR RDtC4Dt-M RDtC4Dt-M LOW-VOLTAGE POWER FIRE RESISTANT ARMORED Rated voltage 0,6/1 kv Code Cross section (mm 2 ) Diameter under armor Outer diameter Weight (kg/km) Bending radius Current rating Air 45 ºC (A) Voltage drop cos µ = 0.8 (V/A km) Inductance (mh/km) x1 9,3 12, ,11 0, * 2x1+1 9,3 12, ,11 0, x1,5 9,7 12, ,62 0, * 2x1,5+1,5 9,7 12, ,62 0, x2,5 10,6 13, ,21 0, * 2x2,5+2,5 10,6 13, ,21 0, x4 11,7 14, ,850 0, * 2x4+4 11,7 14, ,850 0, x6 12,9 16, ,929 0, * 2x6+6 12,9 16, ,929 0, x10 15,0 19, ,466 0, * 2x ,0 19, ,466 0, x16 17,1 21, ,224 0, * 2x ,1 21, ,224 0, x25 20,7 25, ,464 0, x35 23,1 27, ,061 0, x50 25,4 30, ,764 0, x70 29,9 34, ,560 0, x95 32,9 38, ,442 0, x120 36,8 42, ,362 0, x150 40,9 47, ,305 0, x185 44,5 51, ,265 0, x240 51,0 58, ,218 0, x300 57,2 64, ,188 0, x1 10,2 13, ,11 0, * 3x1+1 10,2 13, ,11 0, x1,5 10,6 13, ,62 0, * 3x1,5+1,5 10,6 13, ,62 0, x2,5 11,6 14, ,21 0,344 * These codes contain Green/Yellow earthing conductor. Please state the construction under CROSS SECTION column when ordering this type of cable. 78

81 RDtC4Dt-M Rated voltage 0,6/1 kv Code Cross section (mm 2 ) Diameter under armor Outer diameter Weight (kg/km) Bending radius Current rating Air 45 ºC (A) Voltage drop cos µ = 0.8 (V/A km) Inductance (mh/km) * 3x2,5+2,5 11,6 14, ,21 0, x4 12,9 16, ,850 0, * 3x4+4 12,9 16, ,850 0, x6 14,2 18, ,929 0, * 3x6+6 14,2 18, ,929 0, x10 16,5 20, ,466 0, * 3x ,5 20, ,466 0, x16 19,0 23, ,224 0, * 3x ,0 23, ,224 0, x25 23,0 27, ,464 0, x35 25,6 30, ,061 0, x50 28,4 33, ,764 0, x70 33,0 38, ,560 0, x95 36,3 42, ,442 0, x120 41,0 47, ,362 0, x150 45,2 52, ,305 0, x185 49,5 56, ,265 0, x240 56,3 63, ,218 0, x300 63,8 71, ,188 0, x1+1 11,2 14, ,11 0, x1,5+1,5 11,7 14, ,62 0, x2,5+2,5 12,8 16, ,21 0, x4+4 14,3 18, ,850 0, x6+6 15,8 19, ,929 0, x ,3 22, ,466 0, x ,1 25, ,224 0, x ,6 30, ,464 0, x ,5 33, ,061 0, x ,5 38, ,763 0,249 * These codes contain Green/Yellow earthing conductor. Please state the construction under CROSS SECTION column when ordering this type of cable. 79

82 GENFIRE MAR RDt-M RDt-M CONTROL FIRE RESISTANT NON ARMORED APPLICATIONS Low voltage fire-resistant control cables for integrity circuits in marine applications. With special fire performance such as halogen-free, fire retardancy, and low emission of smoke and fumes. Maximum rated conductor temperature in normal operation: 90 C. Minimum handling & laying temperature: -15 ºC. Minimum operational temperature: -40 ºC. RATED VOLTAGE 0,6/1 kv COMPLIANCES IEC / IEC / IEC IEC / IEC / IEC IEC and 2 / IEC CONSTRUCTION CONDUCTOR Copper, flexible class MICA TAPE 3. INSULATION Halogen-free cross linked polyethylene (XLPE). IEC Core identification: see page POLYESTER TAPE 5. OUTER SHEATH Halogen-free thermoplastic polyolefin (SHF1). IEC Genfire-Mar RDt-M 0,6/1 kv 80

83 RDt-M WORK AT VERY LOW TEMPERATURE -40 ºC INCREASED FLEXIBILITY LOW SMOKE EMISSION IEC FIRE RESISTANT IEC FLAME RETARDANT SINGLE WIRE IEC FLAME RETARDANT BUNCHED WIRES IEC , cat.a HALOGEN CONTENT. LOW ACIDITY AND CORROSIVITY OF EVOLVED GASES - IEC Rated voltage 0,6/1 kv Code Cross section (mm 2 ) Outer diameter Weight (kg/km) Bending radius x1 12, x1,5 13, x2,5 14, x1 16, x1,5 17, x2,5 19, x1 19, x1,5 20, x2,5 23, x1 23, x1,5 24, x2,5 27, x1 23, x1,5 25, x2,5 28, x1 27, x1,5 28, x2,5 31,

84 GENFIRE MAR RC4Dt-M RC4Dt-M CONTROL FIRE RESISTANT ARMORED & SCREENED APPLICATIONS Sreened multicore cables for installation in marine applications with special performances on flame spread, fire resistance and low emision of smoke and fumes. Minimum handling & laying temperature: -15 ºC. Minimum operational temperature: -40 ºC. RATED VOLTAGE 150/250 V COMPLIANCES IEC / IEC / IEC IEC / IEC / IEC IEC and 2 / IEC / IEC CONSTRUCTION 1 1. CONDUCTOR Copper, stranded class 2 up to 1 mm 2 and flexible class 5 from 1,5 mm 2 bigger. 2. MICA TAPE INSULATION Halogen-free cross linked polyethylene (XLPE). IEC Core identification: see page POLYESTER TAPE 5. SCREEN Copper wire braid. 6 Genfire-Mar RC4Dt-M 150/1250 V 6. OUTER SHEATH Halogen-free thermoplastic polyolefin (SHF1). IEC

85 RC4Dt-M WORK AT VERY LOW TEMPERATURE -40 ºC MECHANICAL RESISTANCE INCREASED FLEXIBILITY LOW SMOKE EMISSION IEC HALOGEN CONTENT. LOW ACIDITY AND CORROSIVITY OF EVOLVED GASES - IEC FIRE RESISTANT IEC FLAME RETARDANT SINGLE WIRE IEC FLAME RETARDANT BUNCHED WIRES IEC , cat.a Rated voltage 150/250 V Code Cross section (mm 2 ) Diameter under armor Outer diameter Weight (kg/km) Bending radius x0,75 5,1 8, x1,5 6,2 9, x0,75 5,5 8, x1,5 6,7 9, x0,75 6,1 9, x1,5 7,5 10, x0,75 7,6 10, x1,5 9,4 12, x0,75 10,4 14, x1,5 12,8 16, x0,75 12,5 16, x1,5 15,4 19, x0,75 14,9 19, x1,5 18,4 22, x0,75 15,3 19, x1,5 18,9 23, x0,75 17,4 21, x1,5 21,4 26,

86 GENFIRE MAR RC4Dt-M RC4Dt-M INSTRUMENTATION FIRE RESISTANT ARMORED, COLLECTIVE SCREENED APPLICATIONS Collectively sreened multipair cables for installation in marine applications with special performances on flame spread, fire resistance and low emision of smoke and fumes. Minimum handling & laying temperature: -15 ºC. Minimum operational temperature: -40 ºC. RATED VOLTAGE 150/250 V COMPLIANCES IEC / IEC / IEC IEC / IEC / IEC IEC and 2 / IEC / IEC CONSTRUCTION CONDUCTOR Copper, stranded class 2 up to 1 mm 2 and flexible class 5 from 1,5 mm 2 bigger. 2. MICA TAPE 3. INSULATION Halogen-free cross linked polyethylene (XLPE). IEC Core identification: see page POLYESTER TAPE 5 5. SCREEN Copper wire braid. 6 Genfire-Mar RC4Dt-M 150/250 V 6. OUTER SHEATH Halogen-free thermoplastic polyolefin (SHF1). IEC

87 RC4Dt-M WORK AT VERY LOW TEMPERATURE -40 ºC MECHANICAL RESISTANCE INCREASED FLEXIBILITY PROTECTION AGAINST ELECTROMAGNETIC INTERFERENCE HALOGEN CONTENT. LOW ACIDITY AND CORROSIVITY OF EVOLVED GASES - IEC FIRE RESISTANT IEC FLAME RETARDANT SINGLE WIRE IEC FLAME RETARDANT BUNCHED WIRES IEC , cat.a LOW SMOKE EMISSION IEC Rated voltage 150/250 V Code Cross section (mm 2 ) Outer diameter Weight (kg/km) Bending radius Current rating Air 45 ºC (A) Voltage drop cos µ = 0.8 (V/A km) Inductance (mh/km) x2x0,75 5,6 8, ,065 0, x2x1,5 6,4 9, ,079 0, x2x0,75 6,7 9, ,046 0, x2x1,5 7,7 11, ,053 0, x2x0,75 9,3 12, ,052 0, x2x1,5 10,6 14, ,058 0, x2x0,75 10,4 14, ,052 0, x2x1,5 11,6 15, ,057 0, x2x0,75 13,6 17, ,052 0, x2x1,5 15,5 19, ,058 0, x2x0,75 17,3 21, ,052 0, x2x1,5 19,7 24, ,058 0, x2x0,75 21,5 26, ,052 0, x2x1,5 24,5 29, ,058 0, x2x0,75 24,2 29, ,052 0, x2x1,5 27,6 33, ,058 0, x2x0,75 25,2 30, ,052 0, x2x1,5 28,8 34, ,058 0, x2x0,75 28,2 33, ,052 0, x2x1,5 32,2 38, ,058 0,658 Other constructions, including triples and quads, on request. 2 pair cables laid up in star quad configuration twisted in a single lay with the pairs identified by diametrically opposite cores, i.e. Pair 1 - blue and black cores, Pair 2 - brown and grey cores. 85

88 GENFIRE MAR RO1C4Dt-M RO1C4Dt-M INSTRUMENTATION FIRE RESISTANT ARMORED, INDIVIDUALLY SCREENED APPLICATIONS Flexible armored individually sreened multipair cables for installation in marine applications with special performances on flame spread, fire resistant and low emision of smoke and fumes. Minimum handling & laying temperature: -15 ºC. Minimum operational temperature: -40 ºC. RATED VOLTAGE 150/250 V COMPLIANCES IEC / IEC / IEC IEC / IEC / IEC IEC / IEC CONSTRUCTION 1. CONDUCTOR Copper, flexible class MICA TAPE 3. INSULATION Halogen-free cross linked polyethylene (XLPE). IEC INDIVIDUAL SCREEN Aluminium/polyester tape with copper drain wire. Core identification: see page POLYESTER TAPE 6. ARMOR Copper wire braid. 7 Genfire-Mar RO1C4Dt-M 7. OUTER SHEATH Halogen-free thermoplastic polyolefin (SHF1). IEC

89 RO1C4Dt-M WORK AT VERY LOW TEMPERATURE -40 ºC MECHANICAL RESISTANCE INCREASED FLEXIBILITY PROTECTION AGAINST ELECTROMAGNETIC INTERFERENCE LOW SMOKE EMISSION IEC HALOGEN CONTENT. LOW ACIDITY AND CORROSIVITY OF EVOLVED GASES - IEC FLAME RETARDANT SINGLE WIRE IEC FLAME RETARDANT BUNCHED WIRES IEC , cat.a Rated voltage 150/250 V Code Cross section (mm 2 ) Diameter under armor Outer diameter Weight (kg/km) Bending radius Mutual capacitance (μf/km) Inductance (mh/km) x2x0,75 5, 8 8, , , x2x1,5 6, 6 9, , , x2x0,75 10, 4 13, , , x2x1,5 11, 8 15, , , x2x0,75 11, 2 14, , , x2x1,5 12,7 16, , , x2x0,75 12, 5 16, , , x2x1,5 14, 2 18, , , x2x0,75 15, 4 19, , , x2x1,5 17, 5 21, , , x2x0,75 21, 2 2 5, , , x2x1,5 2 4, 2 2 9, , , x2x0,75 2 5, 6 3 0, , , x2x1,5 2 9, 2 3 4, , , x2x1,5 3 4,7 4 0, , , x2x0,75 31, 3 3 6, , , x2x1,5 3 5, 6 41, , , x2x0,75 3 5, 5 41, , , x2x1,5 41,9 4 8, , , Other constructions, including triples and quads, on request. 87

90 EXZHELLENT MAR RO2C4Dt-VFD RO2C4Dt-VFD POWER VARIABLE FREQUENCY DRIVES (VFD) SCREENED APPLICATIONS Low voltage power cables for variable frequency drives (VFD) in marine applications. With special fire performance such as halogen-free, fire retardancy, and low emission of smoke and fumes. Maximum rated conductor temperature in normal operation: 90 C. Minimum handling & laying temperature: -15 ºC. Minimum operational temperature: -40 ºC. RATED VOLTAGE 0,6/1 kv COMPLIANCES IEC / IEC / IEC IEC / IEC / IEC IEC / IEC CONSTRUCTION CONDUCTOR Copper, flexible class INSULATION Halogen-free cross linked polyethylene (XLPE). IEC Core identification: see page Exzhellent-Mar R02C4Dt-VFD 3. THREE DISTRIBUTED EARTHING CORES Copper, flexible class 5. Halogen-free cross-linked polyethylene (XLPE). IEC SCREEN Copper/polyester tape plus copper wire braid. Minimum braid coverage 95 %. 5. OUTER SHEATH Halogen-free thermoplastic polyolefin (SHF1). IEC

91 RO2C4Dt-VFD WORK AT VERY LOW TEMPERATURE -40 ºC INCREASED FLEXIBILITY PROTECTION AGAINST ELECTROMAGNETIC INTERFERENCE HALOGEN CONTENT. LOW ACIDITY AND CORROSIVITY OF EVOLVED GASES - IEC FLAME RETARDANT SINGLE WIRE IEC FLAME RETARDANT BUNCHED WIRES IEC , cat.a LOW SMOKE EMISSION IEC Rated voltage 0,6/1 kv Code Cross section (mm 2 ) Diameter under armor Outer diameter Weight (kg/km) Bending radius Current rating Air 45 ºC (A) Voltage drop cos µ = 0.8 (V/A km) Inductance (mh/km) x50/3x10 27,6 32, ,759 0, x70/3x16 31,8 37, ,556 0, x95/3x16 35,2 41, ,438 0, x120/3x25 39,2 45, ,358 0, x150/3x25 42,2 48, ,302 0, x185/3x35 45,4 52, ,262 0, x240/3x50 52,6 59, ,215 0, x300/3x50 60,3 68, ,186 0,223 89

92 EXZHELLENT MAR RO2C4DtZbDt-VFD RO2C4DtZbDt-VFD POWER VARIABLE FREQUENCY DRIVES (VFD) SCREENED & ARMORED APPLICATIONS Low voltage power cables for variable frequency drives (VFD) in marine applications. With special fire performance such as halogen-free, fire retardancy, and low emission of smoke and fumes. Maximum rated conductor temperature in normal operation: 90 C. Minimum handling & laying temperature: -15 ºC. Minimum operational temperature: -40 ºC. RATED VOLTAGE 0,6/1 kv COMPLIANCES IEC / IEC / IEC IEC / IEC / IEC IEC / IEC CONSTRUCTION CONDUCTOR Copper, flexible class INSULATION Halogen-free cross linked polyethylene (XLPE). IEC Core identification: see page THREE DISTRIBUTED EARTHING CORES Copper, flexible class 5. Halogen-free cross-linked polyethylene (XLPE). IEC Exzhellent-Mar R02C4DtZbDt-VFD 4. SCREEN Copper/polyester tape plus copper wire braid. Minimum braid coverage 95 %. 5.INNER SHEATH Halogen-free thermoplastic polyolefin (SHF1). IEC ARMOR Bronze wire braid. 7. OUTER SHEATH Halogen-free thermoplastic polyolefin (SHF1). IEC

93 RO2C4DtZbDt-VFD WORK AT VERY LOW TEMPERATURE -40 ºC MECHANICAL RESISTANCE INCREASED FLEXIBILITY PROTECTION AGAINST ELECTROMAGNETIC INTERFERENCE LOW SMOKE EMISSION IEC HALOGEN CONTENT. LOW ACIDITY AND CORROSIVITY OF EVOLVED GASES - IEC FLAME RETARDANT SINGLE WIRE IEC FLAME RETARDANT BUNCHED WIRES IEC , cat.a Rated voltage 0,6/1 kv Code Cross section (mm 2 ) Diameter under screen Diameter under armor Outer diameter Weight (kg/km) Bending radius Current rating Air 45 ºC (A) Voltage drop cos µ = 0.8 (V/A km) Inductance (mh/km) x50/3x10 27,6 31,3 36, ,759 0, x70/3x16 31,8 35,4 41, ,556 0, x95/3x16 35,2 39,2 45, ,438 0, x120/3x25 39,3 43,3 49, ,358 0, x150/3x25 42,2 46,6 53, ,302 0, x185/3x35 45,4 49,8 56, ,262 0, x240/3x50 52,6 57,4 65, ,215 0, x300/3x50 60,5 68,3 76, ,186 0,223 91

94 EXZHELLENT MAR DHDtO2C4Dt-VFD DHDtO2C4Dt-VFD POWER VARIABLE FREQUENCY DRIVES (VFD) SCREENED APPLICATIONS High voltage power cables for variable frequency drives (VFD) in marine applications. With special fire performance such as halogen-free, fire retardancy, and low emission of smoke and fumes. Maximum rated conductor temperature in normal operation: 90 C. Minimum handling & laying temperature: -15 ºC. Minimum operational temperature: -40 ºC. RATED VOLTAGE 3,6/6 kv 6/10 kv COMPLIANCES IEC / IEC / IEC IEC / IEC / IEC IEC / IEC CONSTRUCTION 1. CONDUCTOR Copper, flexible class Exzhellent-Mar DHDtO2C4Dt-VFD 3,6/6 kv 2. INNER SEMICONDUCTOR 3. INSULATION Halogen-free ethylene-propylene rubber (EPR). IEC OUTER SEMICONDUCTOR Core identification: see page METALLIC SCREEN OVER INSULATION Copper tape. 6. THREE DISTRIBUTED EARTHING CORES Copper, flexible class 5. High-modulus ethylene-propylene rubber (EPR). IEC INNER SHEATH Halogen-free thermoplastic polyolefin (SHF1). IEC SCREEN Copper/polyyester tape plus wire braid. Minimum braid coverage 95 %. 9. OUTER SHEATH Halogen-free thermoplastic polyolefin (SHF1). IEC