Product information. Marine, Oil & Gas.

Transcription

1 Product information Marine, Oil & Gas

2 DRAKA Product information MOG 2010

3 Draka ShipLine range; the choice for reliability and flexibility For more than 100 years, Draka has met and exceeded challenging marine and offshore demands for electrical and data solutions. As a leading provider of cabling solutions, we are backed by quality manufacturing and local inventory in every key marine and offshore market. By focusing on customer needs, Draka employees deliver trusted, timely and dependable service for ships, oil rigs, subsea and offshore wind farms. We take pleasure in presenting this catalog with our Shipboard cables. The ShipLine Plus range is our standard range suitable for all ships including dredging vessels, marine vessels and FPSO s. The cables have an innersheet and circular non-compacted s for increased flexibility and ease of installation. For applications in less harsh environment like yachts and cruise vessels, we have the ShipLine range. This range is lighter and more compact. In addition to these ranges we supply an extensive range of data cables, medium voltage cables, offshore cables and special cables. You will find members of the Draka team working all around the globe, with strong presence in your home market. They represent literally hundreds of years of experience with product development, quality management and on-time project delivery. This unique expertise and understanding of the market enables Draka to provide you with the services you need to meet your toughest marine and offshore challenge. Please visit to learn more about what Draka can do to help you and for more the most recent information about our products. Yours sincerely, Draka For use in emergency systems where Fire Resistant cables (IEC 60331) is needed, we have our ShipLine FR cables available from stock. ShipLine Plus halogen-free international standards circular s easy to install ShipLine halogen-free international standards light-weight cost-saving ShipLine Fire Resistant halogen-free international standards fire resistant DRAKA Product information MOG

4 Sheath colours Power Instrument/signal Fire resistant black grey green Core identification 1 core black 2 cores blue brown 3 cores brown black grey 4 cores blue - brown black grey 5 cores blue - brown black grey black 6 cores and above white with black numbers Earth core yellow/ green (optional) Standards applied IEC IEC IEC IEC IEC IEC IEC IEC IEC IEC A IEC ,2 IEC ,2 Electrical installations in ships Construction, testing and installation Low voltage shipboard power cables Insulating materials for shipboard power cables Single and multicore cables with extruded solid insulation for rated voltages 0.6/ 1 kv Sheating materials for shipboard power and telecommunication cables Shipboard telecommunication cables and radio frequency cables General instrumentation, control and communication cables Shipboard multicore cables for control circuits Tests for electric cables under fire conditions Circuit integrity Tests on electric cables under fire conditions Single vertical insulated wire or cable Tests on electric cables under fire conditions Vertical flame spread of vertically mounted bunched wires and cables, category A Tests on gases evolved during combustion of materials from cables Determination of the amount of halogen acid gas Determination of degree of acidity by measuring Ph and conductivity Measurement of smoke density of cables burning under defined conditions Test apparatus, test procedures and requirements Approvals American Bureau of Shipping Bureau Veritas Det Norske Veritas Germanischer Lloyd Lloyd s Register of Shipping Certification by other classification bureaus at request. 4 DRAKA Product information MOG 2010

5 Index ShipLine Plus Page TFXI 0.6/1 kv (HUSK) Power cable, unarmoured 6 TIOI 0.6/1 kv (HUSO) Power cable, armoured 8 TIOI (c) 250 V (HUCOM) Instrumentation cable, screened 11 ShipLine TI 0.6/1 kv Power cable, unarmoured 12 TXOI 0.6/1 kv Power cable, armoured 14 TXOI 250 V Instrumentation cable, screened 16 ShipLine Fire Resistant BI FR 0.6/1 kv Power cable, Fire Resistant, unarmoured 17 BXOI FR 0.6/1 kv Power cable, Fire Resistant, armoured 18 BXOI FR 250 V Instrumentation cable, Fire resistant, screened 19 Data cables Overview Data, FR, Video/Audio, CATV 20 Electrical characteristics of cables 21 Also available on request Offshore cables RFOU (NEK606) LV, MV, instrumentation (Mud resistant) BFOU (NEK606) LV, MV, instrumentation (Fire/Mud resistant) RFCU (UKOOA) LV, MV, instrumentation (Mud resistant) BFCU (UKOOA) LV, MV, instrumentation (Fire/Mud resistant) Type P (IEEE45) LV, MV, instrumentation (Mud resistant) HXXM (IEEE45/IEC) LV, MV, instrumentation (Fire resistant) Special cables Flexible EMC Dredging cable 0,6/1 kv and 1,8/3,6 kv NEK606 HCF 1100C NEK606 Artic Grade (Cold bend/cold impact) TFOI 6/10 kv (also other Voltage rates on request) Down hole Pump cable VFD cables Hulto EMC ShipLine Plus Fire Resistant BFXI 0.6/1 kv (HUSK FR) Power cable, Fire Resistant, not braided BIOI 0.6/1 kv (HUSO FR) Power cable, Fire Resistant, braided BIOI 250 V (HUCOM FR) Instrumentation cable, Fire resistant, braided For more information about these cables please visit DRAKA Product information MOG

6 ShipLine Plus TFXI 0.6/1 kv (HUSK) Halogen free shipboard and offshore cable Application Unarmoured power and control cable for fixed installations on ships and offshore units where cable protection is not required. Suitable for both indoor and outdoor installations. Properties regarding fire performance Halogen Free - According to IEC ,2 Low smoke - According to IEC ,2 Flame retardant - According to IEC (cat.a) Design stadard: IEC Max. temp.: 90 C * Nominal voltage: 0.6/1 kv Test voltage: 3.5 kv AC Core identification Single core Black Two cores Blue - Brown Three cores Brown - Black - Grey Four cores Blue - Brown - Black - Grey Five cores Blue - Brown - Black - Grey - Black > 5 cores White with black numbers With yellow/green: Two cores + earth (3G) Yellow/green - Blue - Brown Three cores + earth (4G) Yellow/green - Brown - Black - Grey Four cores + earth (5G) Yellow/green - Blue - Brown - Black - Grey > 4 cores + earth Yellow/green - White with black numbers * Temporary overload permissible up to 130 C Construction CODE LETTER Conductor Annealed stranded circular copper Insulation T Crosslinked polyethylene, XLPE Bedding F Halogen free material Armour/screen X No armouring Outer sheath I Flame retardant halogen free thermoplastic compound, SHF1 Outer sheath colour Black product number no. of cores and crosssection (n x mm 2 ) 1 core outer approximate weight (kg/km) maximum current rating (A) 2 resistance at 20 C DC resistance at 90 C, 60 Hz self inductance (mh/km) x x x x x x x x x x x x x x x x x G G x x x working capacitance (nf/km) 3 6 DRAKA Product information MOG 2010

7 ShipLine Plus TFXI 0.6/1 kv (HUSK) Halogen free shipboard and offshore cable product number no. of cores and crosssection (n x mm 2 ) 1 core outer approximate weight (kg/km) maximum current rating (A) 2 resistance at 20 C DC resistance at 90 C, 60 Hz self inductance (mh/km) x x x x x x x x x x G G G x x x x x x G G x x x x G x x x x x x working capacitance (nf/km) 3 Installation recommendations fixed installed Maximum tensile load 8 x D 6 x D 50 N * total cross section s -20 C Minimum installation temperature Other cross-sections and numbers of cores are available on request. 1 G = including green/yellow 2 The current rating is based on an ambient temperature of 45 C and a maximum operating temperature of 90 C, according to IEC Table A.4: I. For singel core cables, Method G: 3 cores spaced in free air II. For multi-core cables, Method E: Multi-core cables in free air - For 3G core cables, the values for 2 loaded cores are given. - For 4 en 5 core cables, the values for 3 loaded cores are given. Correction factors for different ambient temperatures are given on page Working capacitance for one-phase asymmetrical or three-phase symmetrical system. The working capacitance of multicore types n>5 depends on the way the wires are connected. DRAKA Product information MOG

8 ShipLine Plus TIOI 0.6/1 kv (HUSO) Armoured halogen free shipboard and offshore cable Application Armoured power-, control- and lighting cable for fixed installations on ships and offshore units where cable protection is required. Suitable for both indoor and outdoor installations. Properties regarding fire performance Halogen Free - According to IEC ,2 Low smoke - According to IEC ,2 Flame retardant - According to IEC (cat.a) Design standard: IEC Max. temp.: 90 C * Nominal voltage: 0.6/1 kv Test voltage: 3.5 kv AC Core identification Single core Black Two cores Blue - Brown Three cores Brown - Black - Grey Four cores Blue - Brown - Black - Grey Five cores Blue - Brown - Black - Grey - Black > 5 cores White with black numbers With yellow/green. Two cores + earth (3G) Yellow/green - Blue - Brown Three cores + earth (4G) Yellow/green - Brown - Black - Grey Four cores + earth (5G) Yellow/green - Blue - Brown - Black - Grey * Temporary overload permissible up to 130 C Construction CODE LETTER Conductor Annealed stranded circular copper Insulation T Crosslinked polyethylene, XLPE Inner sheath I Flame retardant halogen free thermoplastic compound, SHF1 Armour/screen O Tinned copper wire braiding Outer sheath I Flame retardant halogen free thermoplastic compound, SHF1 Outer sheath colour Black product number no. of cores and cross-section (n x mm 2 ) 1 crosssectional area of the earth lead (mm 2 ) core outer approximate weight (kg/km) maximum current rating (A) 2 resistance at 20 C DC resistance at 90 C, 60 Hz self inductance (mh/km) working capacitance (nf/km) x x x x x x x x x x x x x x x x x x x x G DRAKA Product information MOG 2010

9 ShipLine Plus TIOI 0.6/1 kv (HUSO) Armoured halogen free shipboard and offshore cable product number no. of cores and cross-section (n x mm 2 ) 1 crosssectional area of the earth lead (mm 2 ) core outer approximate weight (kg/km) maximum current rating (A) 2 resistance at 20 C DC resistance at 90 C, 60 Hz self induc tance (mh/km) working capacitance (nf/km) G x x x x x x x x x x x x x G G x x x x x x x x x x x G G x x x x x x x x x x x x DRAKA Product information MOG

10 ShipLine Plus TIOI 0.6/1 kv (HUSO) Armoured halogen free shipboard and offshore cable Installation recommendations fixed installed Maximum tensile load 8 x D 6 x D 50 N * total cross section s -20 C Minimum installation temperature Other cross-sections and numbers of cores are available on request. 1 G = including green/yellow 2 The current rating is based on an ambient temperature of 45 C and a maximum operating temperature of 90 C, according to IEC Table A.4: I. For singel core cables, Method G: 3 cores spaced in free air II. For multi-core cables, Method E: Multi-core cables in free air - For 3G core cables, the values for 2 loaded cores are given. - For 4 en 5 core cables, the values for 3 loaded cores are given. Correction factors for different ambient temperatures are given on page Working capacitance for one-phase asymmetrical or three-phase symmetrical system. The working capacitance of multicore types n>5 depends on the way the wires are connected. 10 DRAKA Product information MOG 2010

11 ShipLine Plus TIOI (c) 250 V (HUCOM) Armoured halogen free shipboard and offshore cable Application Armoured instrumentation and communication cable for fixed installations on ships and offshore units where cable protection is required. Suitable for both indoor and outdoor installations. Properties regarding fire performance Halogen Free - According to IEC ,2 Low smoke - According to IEC ,2 Flame retardant - According to IEC (cat.A) Design standard: IEC Core identification The pairs have the following number identification: Pair no. 1 core no. 1 and 2 Pair no. 2 core no. 3 and 4 Pair no. 3 core no. 5 and 6 Pair no. 4 etc. 1x3 cores (triple) is identified with no. 1, 2 and 3 1x4 cores (quad): Pair no.1 core no. 1 and 2 Pair no.2 core no. 3 and 4 Max. temp.: 90 C Nominal voltage: 250V Test voltage: 1.5 kv AC Construction CODE LETTER Conductor Annealed stranded circular copper Insulation T Crosslinked polyethylene, XLPE Lay up Numbered cores twisted to pair/triple/quad and wrapped with polyester tape. Pairs/triple/quad are laid up and collectively screened by aluminium polyester tape with tinned copper drain wire 0,5 mm 2. Inner sheath I Flame retardant halogen free thermoplastic compound, SHF1 Armour/screen O Tinned copper wire braid. PETP-tape. Outer sheath I Flame retardant halogen free thermoplastic compound, SHF1 Outer sheath colour Grey product number no. of cores and cross-section (n x mm 2 ) core outer x2x x4x x2x x2x x2x x2x x2x x2x approximate weight (kg/km) Electrical characteristics Type Capacitance approx. (nf/km) Loop inductance approx. (mh/km) Resistance at 20 C max. Single pair/triple Single quad Multi pair Installation recommendations fixed installed Maximum tensile load 8 x D 6 x D 50 N * total cross section s -20 C Minimum installation temperature DRAKA Product information MOG

12 ShipLine TI 0.6/1 kv Halogen free shipboard and offshore cable Application Unarmoured power and control cable for fixed installations on ships and offshore units where cable protection is not required. Suitable for both indoor and outdoor installations. Properties regarding fire performance Halogen Free - According to IEC ,2 Low smoke - According to IEC ,2 Flame retardant - According to IEC (cat.A) Design standard: IEC Max. temp.: 90 C (temporary overload permissible up to 130 C) Nominal voltage: 0.6/1 kv Test voltage: 3.5 kv AC Core identification Two cores Blue - Brown Three cores Brown - Black - Grey Four cores Blue - Brown - Black - Grey Five cores Blue - Brown - Black - Grey - Black With yellow/green. Two cores + earth (3G) Yellow/green - Blue - Brown Three cores + earth (4G) Yellow/green - Brown - Black - Grey Four cores + earth (5G) Yellow/green - Blue - Brown - Black - Grey Construction CODE LETTER Conductor Annealed stranded copper, 3-core cables 50 mm 2 sector shaped, other types circular Insulation T Crosslinked polyethylene, XLPE Outer sheath I Flame retardant halogen free thermoplastic compound, SHF1 Outer sheath colour Black product number no. of cores and cross-section (n x mm 2 ) 1 core outer approximate weight (kg/km) maximum current rating (A) 2 resistance at 20 C DC resistance at 90 C, 60 Hz self inductance (mh/km) working capacitance (nf/km) x x x x x x G G G G x x x x x x x x x50 SS 6.8/ / x70 SS 8.2/ / x95 SS 10.9/ / x120 SS 12.2/ / G G G DRAKA Product information MOG 2010

13 ShipLine TI 0.6/1 kv Halogen free shipboard and offshore cable product number no. of cores and cross-section (n x mm 2 ) 1 core outer approximate weight (kg/km) maximum current rating (A) 2 resistance at 20 C DC resistance at 90 C, 60 Hz self inductance (mh/km) working capacitance (nf/km) G G G G x x x x x x x G G x x Installation recommendations fixed installed Maximum tensile load 8 x D 6 x D 50 N * total cross section s -20 C Minimum installation temperature Other cross-sections and numbers of cores are available on request. For single core and multi core (>5 cores) versions of TI-types, please refer to our TFXI-range (page 6). 1 SS = sector-shaped G = including green/yellow 2 The current rating is based on an ambient temperature of 45 C and a maximum operating temperature of 90 C, according to IEC Table A.4: Method E: Multi-core cables in free air - For 3G core cables, the values for 2 loaded cores are given. - For 4 en 5 core cables, the values for 3 loaded cores are given. Correction factors for different ambient temperatures are given on page Working capacitance for one-phase asymmetrical or three-phase symmetrical system. DRAKA Product information MOG

14 ShipLine TXOI 0.6/1 kv Armoured halogen free shipboard and offshore cable Application Armoured power-, control- and lighting cable for fixed installations on ships and offshore units where cable protection is required. Suitable for both indoor and outdoor installations. Properties regarding fire performance Halogen Free - According to IEC ,2 Low smoke - According to IEC ,2 Flame retardant - According to IEC (cat.a) Design standard: IEC Max. temp.: 90 C (temporary overload permissible up to 130 C) Nominal voltage: 0.6/1 kv Test voltage: 3.5 kv AC Core identification Single core Black Two cores Blue - Brown Three cores Brown - Black - Grey Four cores Blue - Brown - Black - Grey Five cores Blue - Brown - Black - Grey - Black > 5 cores White with black numbers With yellow/green. Two cores + earth (3G) Yellow/green - Blue - Brown Three cores + earth (4G) Yellow/green - Brown - Black - Grey Construction CODE LETTER Conductor Annealed stranded copper, 3-core cables 50 mm 2 sector shaped, other types circular Insulation T Crosslinked polyethylene, XLPE Bedding X No bedding (Additional tapes may be applied) Armour/screen O Tinned copper wire braiding Outer sheath I Flame retardant halogen free thermoplastic compound, SHF1 Outer sheath colour Black product number no. of cores and cross-section (n x mm 2 ) 1 crosssectional area of the earth lead (mm 2 ) core outer approximate weight (kg/km) maximum current rating (A) 2 resistance at 20 C DC resistance at 90 C, 60 Hz self inductance (mh/km) working capacitance (nf/km) x x x x x x x x x x x x x G G x x x x x x x DRAKA Product information MOG 2010

15 ShipLine TXOI 0.6/1 kv Armoured halogen free shipboard and offshore cable product number no. of cores and cross-section (n x mm 2 ) 1 crosssectional area of the earth lead (mm 2 ) core outer approximate weight (kg/km) maximum current rating (A) 2 resistance at 20 C DC resistance at 90 C, 60 Hz self inductance (mh/km) working capacitance (nf/km) x x50 SS / / x70 SS / / x95 SS / / x120 SS / / x150 SS / / G G x x x x x x x x x x x x x x x x x Installation recommendations fixed installed Maximum tensile load 8 x D 6 x D 50 N * total cross section s -20 C Minimum installation temperature Other cross-sections and numbers of cores are available on request 1 SS = sector-shaped G = including green/yellow 2 The current rating is based on an ambient temperature of 45 C and a maximum operating temperature of 90 C, according to IEC Table A.4: I. For singel core cables, Method G: 3 cores spaced in free air II. For multi-core cables, Method E: Multi-core cables in free air - For 3G core cables, the values for 2 loaded cores are given. - For 4 en 5 core cables, the values for 3 loaded cores are given. Correction factors for different ambient temperatures are given on page 2 3 Working capacitance for one-phase asymmetrical or three-phase symmetrical system. The working capacitance of multicore types n>5 depends on the way the wires are connected. DRAKA Product information MOG

16 ShipLine TXOI (c) 250 V Armoured halogen free shipboard and offshore cable Application Armoured instrumentation and communication cable for fixed installations on ships and offshore units where cable protection is required. Suitable for both indoor and outdoor installations. Properties regarding fire performance Halogen Free - According to IEC ,2 Low smoke - According to IEC ,2 Flame retardant - According to IEC (cat.A) Design standard: IEC Max. temp.: 90 C Nominal voltage: 250V Test voltage: 1.5 kv AC Pair identification The pairs have the following number identification: Pair no. 1 core no. 1 and 2 Pair no. 2 core no. 3 and 4 Pair no. 3 core no. 5 and 6 Pair no. 4 etc. 1x3 cores (triple) is identified with no. 1, 2 and 3 1x4 cores (quad): Pair no.1 core no. 1 and 2 Pair no.2 core no. 3 and 4 Construction CODE LETTER Conductor Annealed stranded circular copper Insulation T Crosslinked polyethylene, XLPE Lay up Numbered white cores twisted in pairs. (Two pair version stranded into a star quad). The pairs are twisted with different lay lengths to reduce mutual interference. Bedding X No bedding (Additional tapes may be applied) Armour/screen O Tinned copper wire braiding Outer sheath I Flame retardant halogen free thermoplastic compound, SHF1 Outer sheath colour Grey product number no. of cores and cross-section (n x mm 2 ) core outer x2x x4x x2x x4x x2x x2x x2x x2x x2x x2x approximate weight (kg/km) Electrical characteristics Type Capacitance approx. (nf/km) Loop inductance approx. (mh/km) Resistance at 20 C max. Single-pair Multi-pair Single-pair Multi-pair Installation recommendations fixed installed Maximum tensile load 8 x D 6 x D 50 N * total cross section s -20 C Minimum installation temperature 16 DRAKA Product information MOG 2010

17 ShipLine Fire Resistant BI FR 0.6/1 kv Halogen free shipboard and offshore cable, fire resistant Application Unarmoured power and control cable for fixed installations on ships and offshore units where cable protection is not required. For instrumentation, communication, control, alarm, emergency and critical systems. Suitable for both indoor and outdoor installations. Properties regarding fire performance Halogen Free - According to IEC ,2 Low smoke - According to IEC ,2 Flame retardant - According to IEC (cat.a) Fire resistant - According to IEC Design standard: IEC Max. temp.: 90 C (temporary overload permissible up to 130 C) Nominal voltage: 0.6/1 kv Test voltage: 3.5 kv AC Core identification Two cores Blue - Brown Three cores Brown - Black - Grey Four cores Blue - Brown - Black - Grey Construction CODE LETTER Conductor Annealed stranded circular copper Insulation B Mica-tape/crosslinked polyethylene, XLPE Outer sheath I Flame retardant halogen free thermoplastic compound, SHF1 Outer sheath colour Green product number no. of cores and cross-section (n x mm 2 ) core outer approximate weight (kg/km) maximum current rating (A) 1 resistance at 20 C DC resistance at 90 C, 60 Hz self inductance (mh/km) working capacitance (nf/km) x x x x x x x Installation recommendations fixed installed Maximum tensile load 8 x D 6 x D 50 N * total cross section s -20 C Minimum installation temperature Other cross-sections and numbers of cores are available on request 1 The current rating is based on an ambient temperature of 45 C and a maximum operating temperature of 90 C, according to IEC Table A.4: Method E: Multi-core cables in free air - For 4 core cables, the values for 3 loaded cores are given. Correction factors for different ambient temperatures and cables laid in bundles are given on page Working capacitance for one-phase asymmetrical or three-phase symmetrical system. DRAKA Product information MOG

18 ShipLine Fire Resistant BXOI FR 0.6/1 kv Armoured halogen free shipboard and offshore cable, fire resistant Application Armoured power-, control- and lighting cable for fixed installations on ships and offshore units where cable protection is required. For instrumentation, communication, control, alarm, emergency and critical systems in both EX- and safe areas. Suitable for both indoor and outdoor installations. Design standard: IEC Max. temp.: 90 C (temporary overload permissible up to 130 C) Nominal voltage: 0.6/1 kv Test voltage: 3.5 kv AC Properties regarding fire performance Halogen Free - According to IEC ,2 Low smoke - According to IEC ,2 Flame retardant - According to IEC (cat.a) Fire resistant - According to IEC Pair identification Two cores Blue - Brown Three cores Brown - Black - Grey Five cores Blue - Brown - Black - Grey - Black > 5 cores White with black numbers Construction CODE LETTER Conductor Annealed stranded circular copper Insulation B Mica-tape/crosslinked polyethylene, XLPE Inner sheath X No bedding (Additional tapes may be applied) Armour/screen O Tinned copper wire braiding Outer sheath I Flame retardant halogen free thermoplastic compound, SHF1 Outer sheath colour Green product number no. of cores and cross-section (n x mm 2 ) crosssectional area of the earth lead (mm 2 ) core outer approximate weight (kg/km) maximum current rating (A) 1 resistance at 20 C DC resistance at 90 C, 60 Hz self inductance (mh/km) working capacitance (nf/km) x x x x x x x x x > x >165 Installation recommendations fixed installed Maximum tensile load 8 x D 6 x D 50 N * total cross section s -20 C Minimum installation temperature Other cross-sections and numbers of cores are available on request 1 The current rating is based on an ambient temperature of 45 C and a maximum operating temperature of 90 C, according to IEC Table A.4: Method E: Multi-core cables in free air - For 5 core cables, the values for 3 loaded cores are given. Correction factors for different ambient temperatures are given on page Working capacitance for one-phase asymmetrical or three-phase symmetrical system. The working capacitance of multicore types n>5 depends on the way the wires are connected 18 DRAKA Product information MOG 2010

19 ShipLine Fire Resistant BXOI FR 250 V Armoured halogen free shipboard and offshore cable, fire resistant Application Armoured instrumentation and communication cable for fixed installations on ships and offshore units where cable protection is required. For instrumentation, communication, control, alarm, emergency and critical systems in both EX- and safe areas. Suitable for both indoor and outdoor installations. Properties regarding fire performance Halogen Free - According to IEC ,2 Low smoke - According to IEC ,2 Flame retardant - According to IEC (cat.a) Fire resistant - According to IEC Design standard: IEC Max. temp.: 90 C Nominal voltage: 250V Test voltage: 1.5 kv AC Core identification The pairs have the following number identification: Pair no. 1 core no. 1 and 2 Pair no. 2 core no. 3 and 4 Pair no. 3 core no. 5 and 6 Pair no. 4 etc Construction CODE LETTER Conductor Annealed stranded circular copper Insulation B Mica-tape/crosslinked polyethylene, XLPE Lay up Colour coded cores twisted together and wrapped with polyester tape. The pairs are twisted with different lay length to reduce mutual interference. Pairs are identified by numbered tape. Bedding X No bedding (Additional tapes may be applied) Armour/screen O Tinned copper wire braiding Outer sheath I Flame retardant halogen free thermoplastic compound, SHF1 Outer sheath colour Green product number no. of cores and cross-section (n x mm 2 ) core outer x2x x2x x2x x2x x2x x2x approximate weight (kg/km) Electrical characteristics Type Capacitance approx. (nf/km) Loop inductance approx. (mh/km) Resistance at 20 C max. Single/multi-pair Single-pair Installation recommendations fixed installed Maximum tensile load 8 x D 6 x D 50 N * total cross section s -20 C Minimum installation temperature DRAKA Product information MOG

20 Data cables Overview Data cables RF cables Data cables of the Universal Cable series UC are always in use wherever it is a question of high-speed data transmission in local networks (LAN). Whether Cat5e (Class D), Cat6 (Class E), Cat6a (Class Ea), Cat7 (Class Fa), Class7+ or multimedia - all data cables are in accordance with ISO/IEC 11801, EN and EIA/TIA 568A. On ships, data cables of the UC series are used for standarized and manufacturer-independent networks - Token Ring, Ethernet, ISDN, TPDDI, Fast-Ethernet 100BaseTX, ATM, Gigabit-Ethernet 1000Base T or 10 GbE. The radio-frequency cables are used in transmitter and receiver installations in radio communication as well as in the entire field of commercial radio-frequency technology and electronics. RG cables of the American standard according to MIL-C-17G have become the global standard. They are always applied where high quality is required. On ships, they serve as cables for transmitters and receivers in the radio technology and as connection cables in the navigation technology. Video and Audio cables CATV cables Audio cables are a perfect basis for digital and analogue transmission of audio signals. The digital audio cables are in accordance with the AES/EBU standard. Video cables are used as coaxial cables with a charcteristic impendence of 75Ω for the connection of recording and intermediate amplifiers as well as monitors and cameras. The specified frequency range up to 5000 MHz permits the application of the video cables for serial digital transmission, HDTV and future transmission technology. CATV cables are used in private and commercial trunk lines and TV signal distribution networks. They can be applied from the headend. Drop cables are used in private and commercial TV signal distribution networks and as antenna cables for terrestric and satellite broadcast systems. On ships, CATV cables are applied for example for the transmission of TV channels which are received via satellite TV or terrestric antennas and transmitted to the cabins. In the ship s own television studio for example, audio and video cables are applied in order to enable the transmission from the studio to the cabin. 20 DRAKA Product information MOG 2010

21 Data cables Electrical characteristics of cables Conductor resistance Maximum resistance of copper s according to IEC Class 2 mm 2 Minimum number of strands Circular Conductor Sector-shaped Conductor Ω/km (7) (19) 19 (6) (19) 37 (12) (19) 37 (15) (37) 37 (18) (37) 37 (18) Influence of temperature on the Table 1 resistance Table 2 Temp. C Correction factor Current ratings for continuous load Correction factors for ambient temperatures other than 45 C, according to IEC Table 3 Ambient temp. C Rating factor Short circuit current The maximum permissible short circuit current for different cables is given in the figure aside. This figure is based on the formula: lk = 143 S/ t 100,0 Permissible short circuit current lk = the maximum permissible short circuit current S = the cross-section of the in mm 2 t = the duration of the short circuit in seconds Tk start = 90 C Tk end = 250 C The formula is applicable for an increase in temperature from 90 C at the start to 250 C at the end of the short circuit, when the duration of the short circuit is less than 5 seconds. Short circuit current in ka 10,0 1, Cross-section of the in mm 2 4 0,1 2,5 1,5 0,0 0,1 1,0 10,0 Duration of the short circuit in seconds DRAKA Product information MOG

22 Data cables Electrical characteristics of cables Capacitance of Draka marine cables Working capacitance The actual value of the working capacitance of cables depends on the cable type, the electrical circuit in which the cable functions and, for unscreened and unarmoured cables, the method of installation. The working capacitance of a cable can be calculated by substitution of the partial capacitances in the formulas of table 4 by the value of table 5 and 6. As the theoretical calculation of the working capacitance of multicore cables, 1.5 or 2.5 mm 2, is very complex, no partial capacitances have been indicated. Generally, the value of the working capacitance will, in the case, be less than 100 nf/km. The calculation of the working capacitance Number of cores Cable type Voltage type Working capacitance Table 4 2 unscreened AC C12 screened AC symmetrical AC asymmetrical, screen grounded C12 + ½.C11 C12 + C11 3 unscreened 3 phase AC symmetrical 2 phase AC symmetrical, one core grounded 3.C12 1½.C12 screened 3 phase AC symmetrical 2 phase AC symmetrical, one core grounded 3.C12 + C11 1½.C12 + ½.C11 4 unscreened 3 phase AC, one core grounded CS = 3.C12 + C13 CR,T = 2½.C C13 screened 3 phase AC, one core and screen grounded CS = C C12 + C13 CR,T = C11 + 2½.C C13 CS = working capacitance of phase S CR,T = working capacitance of phases R and T The partial capacitance are defined as follows: C C 12 C C C 23 C 12 C 34 C 13 C 14 C C 11 C 12 C C 22 2 C 12 C C 13 C 11 C 33 C 22 C C 23 C 12 C 34 C 13 C C 14 C 11 C 44 screen screen screen 22 DRAKA Product information MOG 2010

23 Data cables Electrical characteristics of cables Partial capacitances in nf/km TI and TXOI TI in nf/km C12 C13 Number of cores mm Table 5 TXOI in nf/km C11 C12 C13 Number of cores mm Partial capacitances in nf/km TFXI and TIOI TFXI in nf/km C12 C13 Number of cores mm Table 6 TIOI in nf/km C11 C12 C13 Number of cores mm Remark: Measurements in practice have shown that the scatter of partial capacitances of XLPE-insulated cables can amount to 40% DRAKA Product information MOG

24 Draka Kabel B.V. Hamerstraat JV Amsterdam Postbus BA Amsterdam T F