MacArtney Underwater Cables - In stock

Transcription

1

2 MacArtney Underwater Cables - In stock The MacArtney Group depends on the support of a number of major cable manufacturers to supply a range of cables that are designed, manufactured and tested to meet the highest demands of the stock while other cables are manufactured to order. Quality is maintained to the highest standard in the industry. MacArtney also supplies engineering services and components to integrate total cable solution packages. For further information please visit:

3 Index TV-Cables (04-09) The standard TV cables contain a range of custom designed multi conductor cables for use with underwater TV systems and other equipment. These cables contain a variety of coaxes, twisted pairs and power conductors to allow cameras, lights and pan & tilt units to be powered, controlled and video images carried to the surface. The cables all have Polyurethane outer jackets, allowing them to be easily moulded to connectors to make underwater cable harness assemblies. Combined Power/Signal Cables (10-15) Cables in this section contain a mixture of power conductors and shielded twisted pairs cabled together within a Polyurethane outer jacket. From the simple, two power conductors and one shielded pair, to the more complex cables, there is bound to be a cable that will meet your needs. These cables are ideal for the construction of harness assemblies for transmission of data from point to point. Instrumentation Cables (16-25) The instrumentation cables contain a number of cables for a variety of purposes. From one shielded twisted pair to several shielded twisted pairs or single conductors with overall shield. Cables in this section have Polyurethane outer jacket, allowing them to be easily moulded to connectors to make underwater cable harness assemblies. Fibre Optic Cables (26-30) in these cables has undergone many years of development and has a long track record of successful operation down to 6000 meters water depth. The individual elements are combined and packaged within a Polyurethane outer jacket providing additional protection range. Special Cables (31-32) Our program for these cables covers most of the market demands. These include long steel armoured tow cables for sophisticated military arrays to short lengths of instrument cables for CTD probes. Fibre optic cables are playing an increasingly important role in this section of the market and our in-house engineering can support our customers with cable and termination designs and advise on tow characteristics etc. Non Stock Cables (33) Sonar & Acoustic System Cables Video System Umbilicals ROV and Trencher Umbilicals Dynamic Cable Ancilliary Products Terminations (34-35) Our standard shackle or fork terminations are safe and reliable methods of connecting cable to towed underwater vehicles or for lifting a heavy object, such as a down-hole camera system. Terminating and moulding the cable to a connector ensures a watertight connection from cable to system. MacArtney stocks standard terminations for steel armoured or Kevlar armoured cables with diameters of 6 to 14mm and loads of up to 1500kg. We also have extensive experience of designing terminations for loads of up to 100 tonnes.

4 TV cables Micro TV cable - Type 6075 Coax Conductors 75 ohm coax (1 ea.) 1,00 mm 2 bare copper conductor insulated with PE (2 ea.) Shield Aluminium/polyester foil and tinned copper drain wire, coverage 100% Polyurethane jacket. Colour orange 7,50 mm ±0,25 mm 73 kg/ km nom. 28 kg/ km nom. 50 mm 60 mm 5000 m Test voltage Capacitance Attenuation 600 V for conductors 1500 V DC for 1 min. 250,0 ohm/ km for coax 20,0 ohm/ km for conductors 5000 Mohm* km 59 pf/ m for coax 4,30 db/ 100 m at 5 MHz for coax 6.50 db/ 100 m at 10 MHz for coax db/ 100 m at 50 MHz for coax db/ 100 m at 100 MHz for coax db/ 100 m at 1000 MHz for coax 04 No C - Rev C - 02/12

5 TV cables Mini TV Cable - Type 6011 Coax Conductor Shielded twisted pair Shielded twisted pair Twisted pair Filling compound 75 ohm coax (1 ea.) 1,34 mm 2 bare copper conductor insulated with PE (1 ea.) 0,50 mm 2 bare copper conductor insulated with PE. Two conductors twisted together with a tinned copper drain wire and aluminium/polyester foil (1 ea.) 1,34 mm 2 bare copper conductor insulated with PE. Two conductors twisted together with a tinned copper drain wire and aluminium/polyester foil (1 ea.) 0,22 mm 2 tinned copper conductor insulated with PE. Two conductors twisted together (1 ea.) The cable is filled with cable filling compound Shield Aluminium/polyester foil and tinned copper drain wire, coverage 100% Polyurethane jacket. Colour orange 11,00 mm ±0,50 mm 165 kg/km nom. 70 kg/km nom. 100 mm 145 mm 5000m Capacitance Impedance Attenuation 600 V for 1,34 mm 2 and 0,50 mm 2 conductors 24 V for 0,22 mm 2 conductors 135,0 ohm/km for coax 15,3 ohm/km for 1,34 mm 2 conductors 41,0 ohm/km for 0,50 mm 2 conductors 96,2 ohm/km for 0,22 mm 2 conductors 5000 Mohm*km for coax, 1,34 mm 2 and 0,22 mm 2 conductor Mohm*km for 1,34 mm 2 and 0,50 mm 2 conductors (cond./cond.) 100 Mohm*100 m for 1,34 mm 2 and 0,50 mm 2 conductors (cond./shield) 59 pf/m for coax 155 pf/m for 1,34 mm 2 pair 107 pf/m for 0,50 mm 2 pair 57 pf/km for 0,22 mm 2 pair 37 ± 5 Ohm at 1-10 MHz for 1.34 mm² pair 52 ± 5 Ohm at 1-10 MHz for 0.50 mm² pair 73 ± 5 Ohm at 1-10 MHz for 0.22 mm² pair 7.0 db/100m at 1 MHz for 1.34 mm², 0.50 mm² and 0.22 mm² pair 17.5 db/100m at 10 MHz for 1.34 mm² pair 18.0 db/100m at 10 MHz for 0.50 mm² and 0.22 mm² pair No C - Rev G - 02/12 05

6 TV cables Kelvar TV cable - Type 6926 Coax Conductors Shielded twisted quint Shielded twisted quad Filling compound Strength member 75 ohm coax (1 ea.) 1,00 mm 2 bare copper conductor insulated with PE (8 ea.) 0,14 mm 2 tinned copper conductors insulated with PE. Five conductors twisted together with a tinned copper drain wire and aluminium/polyester foil (1 ea.) 0,22 mm 2 tinned copper conductors insulated with PE. Four conductors twisted together with a tinned copper drain wire and aluminium/polyester foil (1 ea.) The cable is filled with cable filling compound Kevlar braid. Polyurethane jacket. Colour red Min. breaking strength 14,40 mm ±0,50 mm 275 kg/ km nom. 108 kg/ km nom. 100 mm 200 mm 7 kn 5000 m Test voltage Capacitance Impedance Attenuation 600 V for 1,00 mm 2 conductors 24 V for 0,22 mm 2 and 0,14 mm 2 conductors 1500 V DC for 1 min. for coax, 0,22 mm 2 and 0,14 mm 2 conductor 3000 V DC for 1 min. for 1,00 mm 2 conductor 89,5 ohm/ km for coax 20,0 ohm/ km for 1,00 mm 2 conductor 96,2 ohm/ km for 0,22 mm 2 conductor 145,0 ohm/ km for 0,14 mm 2 conductor 5000 Mohm* km 67 pf/ m for coax 80 pf/ m for 0,22 mm 2 quad 65 pf/ m for 0,14 mm 2 quint 75 ± 3 Ohm at 1 MHz for coax 2.5 db/100m at 5 MHz for coax db/100m at 100 MHz for coax db/100m at 1000 MHz for coax 06 No C - Rev. G - 02/12

7 TV cables TV Cable with 2 coaxes - Type 6120/B Coax Twisted quad Shielded twisted pairs Filling compound 75 ohm coax (2 ea.) 0,50 mm 2 bare copper conductors insulated with PE. Four conductors twisted together (1 ea.) 1,34 mm 2 bare copper conductors insulated with PE. Two conductors twisted together with a tinned copper drain wire and aluminium/polyester foil (4 ea.) The cable is filled with cable filling compound Polyurethane jacket. Colour orange 14,80 mm ±0,20 mm 340 kg/km nom. 165 kg/km nom. 170 mm 225 mm 5000 m Test voltage Capacitance Impedance Attenuation 600 V 1500 V DC for 1 min. for coax 3000 V DC for 1 min. for 0,50 mm 2 and 1,34 mm 2 conductors 89,5 ohm/ km for coax 41,0 ohm/ km for 0,50 mm 2 conductor 15,3 ohm/ km for 1,34 mm 2 conductor 5000 Mohm* km 56 pf/ m for coax 50 pf/ m for 0,50 mm 2 quad 190 pf/ m for 1,34 mm 2 pair 37 ± 5 Ohm at 1-10 MHz for 1,34 mm² pair 3.00 db/ 100 m at 5 MHz for coax 4.30 db/ 100 m at 10 MHz for coax 44.3 db/ 100 m at 1000 MHz for coax 7.0 db/ 100 m at 1 MHz for twisted pair 17.5 db/ 100 m at 10 MHz for twisted pair 07 No C - Rev. C. - 02/12

8 TV cables TV cable with 3 coaxes - Type 6130 Coax Shielded twisted pairs Conductor Filling compound 75 ohm coax (3 ea.) 0,50 mm 2 bare copper conductor insulated with PE. Two conductors twisted together with a tinned copper drain wire, aluminium/polyester foil and a PE sheath (3 ea.) 1,00 mm 2 bare copper conductor insulated with PE (2 ea.) The cable is filled with cable filling compound Polyurethane jacket. Colour blue 14,00 mm ±0,50 mm 260 kg/ km nom. 98 kg/ km nom. 90 mm 135 mm 5000 m Test voltage Capacitance Impedance Attenuation 600 V 1500 V DC for 1 min. for coax 3000 V DC for 1 min. for 1,00 mm 2 and 0,50 mm 2 conductors 135,0 ohm/ km for coax 20,0 ohm/ km for 1,00 mm 2 conductors 41,0 ohm/ km for 0,50 mm 2 conductors 5000 Mohm* km for coax and 1,00 mm 2 conductors Mohm* km for 0,50 mm 2 conductors (cond./cond.) 100 Mohm*100 m for 0,50 mm 2 conductors (cond./shield) 59 pf/ m for coax 107 pf/ m for 0,50 mm 2 pair 52 ± 5 Ohm at 1-10 MHz for 0.50 mm² pair 3,79 db/ 100 m at 5 MHz for coax 5.32 db/ 100 m at 10 MHz for coax db/ 100 m at 100 MHz for coax db/ 100 m at 1000 MHz for coax 7.0 db/ 100 m at 1 MHz for 0,55 mm² pair 18.0 db/ 100 at 10 MHz for 0.55 mm² pair 08 No C - Rev. F - 02/12

9 TV cables Special TV cable - Type 6013/B Coax Conductors Shielded twisted pair Shielded twisted quad Twisted pairs Filling compound 75 ohm coax (1 ea.) 2,00 mm 2 bare copper conductor insulated with PE (2 ea.) 0,50 mm 2 bare copper conductor insulated with PE. Two conductors twisted together with a tinned copper drain wire and aluminium/polyester foil. (1 ea.) 0,22 mm 2 bare copper conductor insulated with PE. Four conductors twisted together with a tinned copper drain wire and aluminium/polyester foil. (1 ea.) 1,34 mm 2 bare copper conductor insulated with PE. Two conductors twisted together. (2 ea.) The cable is filled with cable filling compound Shield Aluminium/polyester foil and tinned copper drain wire, coverage 100% Polyurethane jacket. Colour yellow 14,50 mm ±0,40 mm 255 kg/ km nom. 86 kg/ km nom. 150 mm 215 mm 5000 m Capacitance Attenuation 600 V for 0,50 mm 2, 2,00 mm 2 and 1,34 mm 2 conductors 24 V for 0,22 mm 2 conductors 135 ohm/ km for coax 10,0 ohm/ km for 2,00 mm 2 conductors 41,0 ohm/ km for 0,50 mm 2 conductors 96,2 ohm/ km for 0,22 mm 2 conductors 15,3 ohm/ km for 1,34 mm 2 conductors 5000 Mohm* km for coax, 2,00 mm 2 conductors and 1,34 mm 2 conductors Mohm* km for 0,50 mm 2 conductors and 0,22 mm 2 conductors 59 pf/ m for coax 80 pf/ m for 0,50 mm 2 and 1,34 mm 2 pair 65 pf/ m for 0,22 mm 2 quad 3.79 db/ 100 m at 5 MHz for coax 5.32 db/ 100 m at 10 MHz for coax db/ 100 m at 1000 MHz for coax 09 No C - Rev. C - 02/12

10 Combined power / signal cables Seismic cable - Type 2009/B Power conductors Shielded twisted pair Inner jacket 2,00 mm 2 bare copper conductor insulated with PVC (2 ea.) 0,22 mm 2 bare copper conductor insulated with PE. Two conductors twisted Together with a tinned copper drain wire and aluminium/ polyester foil. (2 ea.) PVC jacket Polyurethane jacket. Colour blue 9,00 mm ±0,30 mm 125 kg/ km nom. 60 kg/ km nom. 100 mm 130 mm 3000 m Test voltage Capacitance Characteristic impedance Attenuation at 1 MHz Attenuation at 10 MHz 600 V for 2,00 mm 2 conductors 24 V for 0,22 mm 2 conductors 3000 V DC for 1 min. for 2,00 mm 2 conductors (cond./cond.) 1500 V DC for 1 min. for 0,22 mm 2 conductors (cond./cond.) 10,0 ohm/ km for 2,00 mm 2 conductors 96,2 ohm/ km for 0,22 mm 2 conductors 100 Mohm* km for 2,00 mm 2 conductors 5000 Mohm* km for 0,22 mm 2 conductors 70 pf/ m for 0,22 mm 2 pair 58 ± 5 Ohm at 1-10 MHz 10.0 db/ 100 m 25.0 db/ 100 m 10 No C - Rev. C - 02/12

11 Combined power / signal cables Seismic cable with kelvar - Type 2019/B Power conductors Shielded twisted pair Inner jacket Inner jacket Strength member 2,00 mm 2 bare copper conductor insulated with PVC (2 off) 0,22 mm 2 bare copper conductor insulated with PE. Two conductors twisted Together with a tinned copper drain wire and aluminium/ polyester foil. (2 off) PVC jacket Polyurethane jacket Braided Kevlar Polyurethane jacket. Colour blue Operating temperature range Min. breaking strength -20 C to 80 C 14,30 mm ±0,30 mm 220 kg/ km nom. 55 kg/ km nom kg 160 mm 210 mm 5000 m Test voltage Capacitance Characteristic impedance Attenuation 600 V for 2,00 mm 2 conductors 24 V for 0,22 mm 2 conductors 3000 V DC for 1 min. for 2,00 mm 2 conductors (cond./cond.) 1500 V DC for 1 min. for 0,22 mm 2 conductors (cond./cond.) 10,0 ohm/ km for 2,00 mm 2 conductors 96,2 ohm/ km for 0,22 mm 2 conductors 100 Mohm* km for 2,00 mm 2 conductors 5000 Mohm* km for 0,22 mm 2 conductors 70 pf/m for 0,22 mm 2 pair 60 ± 5 Ohm for 0,22 mm² pair 10,0 db/ 100 m at 1 MHz 25,0 db/ 100 m at 10 MHz 11 No C -Rev. D - 02/12

12 Combined power / signal cables Combined power / signal cable - Type 4591 Shielded twisted triad Shielded twisted pairs Filling compound 1,50 mm 2 bare copper conductor insulated with PE. Three conductors twisted together with a tinned copper drain wire and aluminium/polyester foil (1 ea.) 0,50 mm 2 bare copper conductor insulated with PE. Two conductors twisted together with a tinned copper drain wire and aluminium/polyester foil (8 ea.) The cable is filled with cable filling compound Polyurethane jacket. Colour black 19,00 mm ±0,50 mm 460 kg/km nom. 170 kg/km nom. 125 mm 185 mm 5000 m Test voltage Capacitance Impedance Attenuation 1000 V DC for 1,50 mm 2 conductors 600 V DC for 0,50 mm 2 conductors 4000 V DC for 1 min. for 1,50 mm 2 conductor 3000 V DC for 1 min. for 0,50 mm 2 conductor 13,7 ohm/ km for 1,50 mm 2 conductor 41,0 ohm/ km for 0,50 mm 2 conductor Mohm* km (cond./shield) 100 Mohm* 100 m (shield/shield) 80 pf/m for 1,50 mm 2 triad 100 pf/m for 0,50 mm 2 pair 57 ± 5 Ohm for 0,5 mm² pair 7.0 db/ 100 m at 1 MHz 18.0 db/ 100 m at 10 MHz 12 No C - Rev. F - 02/12

13 Combined power / signal cables Combined power / signal cable - Type 4622 Power conductors Shielded twisted pairs Shielded twisted pairs 1,00 mm 2 bare copper conductor insulated with PE. (2 ea.) 0,22 mm 2 bare copper conductor insulated with PE. Two conductors twisted together with a tinned copper drain wire, aluminium/polyester foil and a PE sheath (1 ea.) 0,22 mm 2 bare copper conductor insulated with PE. Two conductors twisted together with a tinned copper drain wire and a aluminium/polyester foil (5 ea.) Shield Tinned copper braid, coverage 85% Polyurethane jacket. Colour blue 12,00 mm ±0,40 mm 200 kg/km nom. 110 kg/km nom. 80 mm 120 mm 3000 m Test voltage Capacitance Impedance Attenuation 600 V DC for 1,00 mm 2 conductors 24 V DC for 0,22 mm 2 conductors 3000 V DC for 1 min. for 1,00 mm 2 conductor 1500 V DC for 1 min. for 0,22 mm 2 conductor 20,0 ohm/km for 1,00 mm 2 conductor 96,2 ohm/km for 0,22 mm 2 conductor > 100 Mohm* km (cond./cond.) > 50 Mohm* km (cond./shield) > 10 Mohm* km (shield/shield) 85 pf/ m for 0,22 mm 2 pair 60 ± 5 Ohm at 1-10 MHz for 0,22 mm² pair 10.0 db/ 100 m at 1 MHz 25.0 db/ 100 m at 10 MHz 13 No C - Rev. C - 02/12

14 Combined power / signal cables Combined power / signal cable - Type 4971 Power conductors Shielded twisted pair 2,50 mm 2 bare copper conductor insulated with PE. (2 off) 0,50 mm 2 bare copper conductor insulated with PE. Two conductors twisted together with a tinned copper drain wire and aluminium/polyester foil (1 off) Polyurethane jacket. Colour orange Operating temperature range -20 C to 80 C 11,00 mm ±0,30 mm 160 kg/ km nom. 65 kg/ km nom. 130 mm 165 mm 3000 m Test voltage 600 V DC for 2,50 mm 2 conductors 300 V DC for 0,50 mm 2 conductors 4000 V DC for 1 min. for 2,50 mm 2 conductors 3000 V DC for 1 min. for 0,50 mm 2 conductors 8,0 ohm/ km for 2,50 mm 2 conductors 41,0 ohm/ km for 0,50 mm 2 conductors 5000 Mohm* km for 2,50 mm 2 conductors Mohm* km for 0,50 mm 2 conductors (cond./cond.) 100 Mohm* 100 m for 0,50 mm 2 conductors (cond./shield) Capacitance 100 pf/m for 0,50 mm 2 pairat Hz nom. Characteristic impedance (1-10 MHz) Attenuation 57 ± 5 Ohm for 0,50 mm² conductors 7.0 db/ 100 m at 1 MHz 18.0 db/ 100 m at 10 MHz 14 No C - Rev. B - 02/12

15 Combined power / signal cables Light weight sonar cable - Type 5025 Construction Characteristics Inner Conductor Dielectric 0,50 mm 2 stranded bare copper conductor (7 ea.) Foam polyolefin 1st Shield Tinned copper braid, coverage 85% 2nd Shield Tinned copper braid, coverage 85% Inner jacket Strength member Mechanical Characteristics Strength member Breaking Load Strength member Safe Working load Min. bending radius Electrical Characteristics Test voltage Impedance Capacitance Attenuation Polyurethane jacket Aramidic yarn braid Polyurethane jacket. Colour yellow 9,7 mm ±0,3 mm 135 kg/ km nom. 58 kg/ km nom. 25 kn 6 kn 90 mm 5000 meters 400 V 2000 V DC for 1 min. 14,5 ohm/ km 5 ohm/ km 50 ohm ± 3 ohm 94 pf/ m 10 db/ km at 1 MHz 15 No C - Rev. B - 02/12

16 Instrumentation cables 1 STP Data Cable - Type 4021 Shielded twisted pair 1,00 mm 2 bare copper conductor insulated with PE. Two conductors twisted together with a bare copper drain wire and aluminium/ polyester foil (1 ea.) Polyurethane jacket. Colour blue 8,00 mm ±0,30 mm 76 kg/ km nom. 33 kg/ km nom. 95 mm 120 mm 3000 m Test voltage Capacitance Impedance Attenuation 750 V 4000 V DC for 1 min. 20,0 ohm/ km 500 Mohm* km (cond./cond.) 10 Mohm* 100 m (cond./shield) 85 pf/ m nom. 65 ± 5 Ohm at 1-10 MHz 4.5 db/ 100 m at 1 MHz 11.5 db/ 100 m at 10 MHz 16 No C - Rev. B - 02/12

17 Instrumentation cables 4 STP Data cable- Type 4588 Centre filler Shielded twisted pairs Filling compound Textile filler 1,00 mm 2 bare copper conductor insulated with PE. Two conductors twisted together with a tinned copper drain wire and aluminium/ polyester foil (4 ea.) The cable is filled with cable filling compound Shield Aluminium/polyester foil and tinned copper drain wire, coverage 100% Polyurethane jacket. Colour black 14,00 mm ±0,50 mm 240 kg/km nom. 75 kg/km nom. 90 mm 150 mm Test voltage Capacitance 600 V 4000 V DC for 1 min. (cond./cond.) 3000 V DC for 1 min. (cond./shield) 500 V DC for 1 min. (shield/shield) 20,0 ohm/ km Mohm* km (cond./shield) 100 Mohm* 100 m (shield/shield) 100 pf/ m 17 No C - Rev. F - 02/12

18

19

20 Instrumentation cables 7 STP Data cable - Type 4700 Shielded twisted pairs 0,50 mm 2 bare copper conductor insulated with PE. Two conductors twisted together with a tinned copper drain wire and aluminium/polyester foil (7 ea.) Shield Aluminium/polyester foil and tinned copper drain wire, coverage 100% Polyurethane jacket. Colour blue 12,70 mm ±0,30 mm 205 kg/ km nom. 115 kg/ km nom. 120 mm 150 mm 3000 m Test voltage Capacitance Impedance Attenuation 600 V 3000 V DC for 1 min. 41,0 ohm/ km 500 Mohm* km (cond./cond.) 100 Mohm* km (cond./shield) 10 Mohm* km (shield/shield) 100 pf/ m 57 ± 5 Ohm at 1-10 MHz 7.0 db/ 100 m at 1 MHz 18.0 db/ 100 m at 10 MHz 20 No C - Rev. B - 02/12

21 Instrumentation cables Instrumentation Cable - Type 6589 Conductors Inner jacket Shield 1,00 mm 2 bare copper conductor insulated with PE (4 ea.) PVC jacket Bronze braiding Polyurethane jacket. Colour black Breaking strength 9,80 mm ±0,30 mm 140 kg/ km nom. 62 kg/ km nom. 130 mm 150 mm 1 kn (braiding only) 6000 m Test voltage Capacitance Impedance 600 V 3000 V DC for 1 min. 20,0 ohm/ km 5000 Mohm* km 70 pf/ m 100 ohm at 100 khz 21 No C - Rev. B - 02/12

22 Instrumentation cables 7 Conductor shielded cable 0,50mm 2 - Type 5071 Strength member Conductors Aramid yarn insulated with PE (1 ea) 0,50 mm 2 bare copper conductor insulated with PE (7 ea.) Shield Tinned copper braid, coverage 85% Polyurethane jacket. Colour black Breaking strength 10,00 mm ±0,30 mm 140 kg/ km nom. 60 kg/ km nom. > 3600 N 70 mm 100 mm 3000 m Test voltage 750 V DC 3000 V DC for 1 min. 41,0 ohm/ km Mohm* km (cond./cond.) 100 Mohm* 100 m (cond./shield) 10 Mohm/ km (shield/shield) 22 No C - Rev. B - 02/12

23 Instrumentation cables 7 Conductor shielded cable - Type 5072 Conductors 1,50 mm 2 bare copper conductor insulated with TPE. (7 ea.) Shield Tinned copper braid, coverage 85% Polyurethane jacket. Colour black 9,50 mm ±0,30 mm 172 kg/km nom. 100 kg/km nom. 95 mm 115 mm 3000 m Test voltage 480 V DC 3000 V DC for 1 min. 14,0 ohm/ km 100 Mohm* km 23 No C - Rev. B - 02/12

24 Instrumentation cables 12 Conductor shielded cable 0,50mm 2 - Type 5121 Conductors 0,50 mm 2 tinned copper conductor insulated with PVC. (12 ea.) Shield Aluminium/ polyester foil, coverage 100% Tinned copper braid, coverage 90% Polyurethane jacket. Colour black 12,00 mm ±0,30 mm 225 kg/ km nom. 110 kg/ km nom. 145 mm 180 mm 3000 m Test voltage 300/ 500 V U/ Uo 2000 V DC for 1 min 41,0 ohm/ km 100 Mohm* km 24 No C - Rev. B - 02/12

25 Instrumentation cables 12 Conductor shielded cable 1,50mm 2 - Type 5122 Conductors 1,50 mm 2 bare copper conductor insulated with TPE. (12 ea.) Shield Tinned copper braid, coverage 85% Polyurethane jacket. Colour black 12,10 mm ±0,30 mm 280 kg/ km nom. 165 kg/ km nom. 125 mm 145 mm 3000 m Test voltage 480 V 3000 V DC for 1 min. 14,0 ohm/ km 100 Mohm* km 25 No C - Rev. B - 02/12

26 Fibre optic cables Hybrid SM/ MM cable - Type 3784 Fibre optic element Steel tube (2,3mm OD) with eight single mode corning SMF 28e (9/125). Four multi mode Corning InfiniCor 600 or equivalent (50/125), filling compound LA444 (minimum 90% fill) With a polyethylene jacket - black - SM Colours: White, yellow, green, blue, red, orange, brown, grey - MM Colours: Black, pink, violet, aqua Conductors Wrap 1,0 mm 2 (18 awg) tin plated copper conductor with dual wall insulation system. Primary jacket XL polyvinylidene fluoride. O.D. 2,23mm. (7 ea.) Mylar tape Ray thane C 1,3 mm wall thickness Red 10,5 mm ±0,50 mm Operating temperature 20 C to 80 C Min. bending radius 171 kg/ km nom. 82 kg/ km nom. 100 mm static 150 mm dynamic 6000 metres Electrical and Fibre Optical Characteristics DC Fibre Attenuation SM db/km MM db/km 2500 V (RMS) 20,4 ohm/km 0,6 1310nm 0,4 1550nm 2,9 850nm 0,6 1300nm 26 No C - Rev. D - 02/12

27 Fibre optic cables Optical cable - Type 4 SM Optical fibres Jacket Single mode fibre with Hytrel buffer. Plow steel 8 x 0,38 mm strength member and HDPE jacket (4 ea.) PUR jacket. Colour red Min. bending diameter 9,0 mm 110 mm static 150 mm dynamic 6000 metres Attenuation 0,45 db/ km at 1310 nm 0,30 db/ km at 1550 nm 27 No C - Rev. C - 02/12

28 Fibre optic cables Electrical/Optical cable - Type 4MM 50/ EL Optical fibres Conductors Jacket 50/125/245µm multimodefibrewithhytrelbufer 0,18mm wal. Plowsteel8x0,38mm strengthmemberandnylonjacket 0,33mm wal(4ea.) 1,0 mm 2 copper conductors insulated with PE (3 ea.) PUR jacket. Colour blue Min. bending diameter 9,6 mm 120 mm static 160 mm dynamic Voltage rating Attenuation Bandwidth 600/1000 V 3,8 db/ km at 850 nm 1,8 db/ km at 1300 nm 400 MHz* km at 850 nm 600 MHz* km at 1300 nm 28 No C - Rev. C - 02/12

29 Fibre optic cables 4 Fiber single mode 9/125 cable - Type 3409/B Centre fill Optical fibres Inner jacket Strength member Aramidic yarn Single mode 9/125/245 µm optical fibres in unitube, 1,7 mm diameter. (4 ea.) Fibre colours: Red, white, green, white. Polyurethane jacket. Kevlar braiding Polyurethane jacket. Colour red Min. breaking strength Max. pressure resistance 9,10 mm ±0,20 mm 90 kg/ km nom. 23 kg/ km nom. 2,5 kn 110 mm 145 mm 300 bar 5000 m Optical, trans massive and dimensional characteristics Max. attenuation In accordance with ITU-T G652 0,40 db/ km at 1300 nm 0,25 db/ km at 1550 nm 29 No C - Rev. C - 02/12

30 Fibre optic cables Electrical/Optical cable - Type 3444 Fibre optic element Conductors Filler Fibre optic element Inner jacket Strength member Loose tube with 4 multimode optical fibres 50/125 µm with Kevlar reinforcement and polyolefin sheath. 3 mm diameter. Fibre colours: Grey, white, red, black. 1,0 mm 2 stranded tinned copper conductor insulated with polyofin. 3 mm diameter. Conductor colours: Blue, black, red, brown. (4 ea.) Filler element Loose tube with 4 single mode optical fibres 9/125 µm with Kevlar reinforcement and polyolefin sheath. 3 mm diameter. Fibre colours: Blue, orange, green, brown. Polyurethane jacket. Colour: Red Kevlar braiding Polyurethane jacket. Colour red 15,50 mm ±0,40 mm Operating temperature 20 C to 80 C Min. breaking strength (Strength member) Min. bending radius 235 kg/ km nom. 42 kg/ km nom. 15 kn 230 mm 5000 metres Electrical and Fibre Optical Characteristics Max. attenuation 1000 Vdc 3,00 db at 850 nm for multi mode fibres 0,80 db at 1300 nm for multi mode fibres 0,40 db/ km at 1300 nm for single mode fibres 0,25 db/ km at 1550 nm for single mode fibres 30 No C - Rev. B - 02/12

31 Special cables Multipurpose coax cable - Type 0799 Coax Jacket Armour 1,94 mm 2 stranded bare copper wires insulated with PE- 1,40 mm wall. 0,08 mm 2 bare copper wire shield and copper polyester tape. 1 ea. PEjacket 0,98mm wal Inner layer: 24 x 0,95 mm wire GIPS Outer layer: 24 x 1,22 mm wire GIPS Breaking strength Max. working load Min. bending radius 11,43 mm 469 kg/ km 379 kg/ km 71,2 kn 17,8 kn 230 mm Voltage rating DC resistance Impedance Capacitance Attenuation 1900 V DC 3000 Mohm* km 9,8 ohm/km for coax conductor 6,9 ohm/km for coax shield 40 ohm 131 pf/m 10,5 db/km at 1 MHz 23,3 db/km at 5 MHz 31 No C - Rev. A - 02/12

32 Special cables Focus/ Triaxus cable - Type 0382 Conductors Electro/Optical element Inner Jacket Armour 0,24 mm2 (24 AWG) copper conductor insulated with PP (2 ea.) 8,3/125/245 µm single mode optical fiber with Hytrel buffer, 0,92 mm² (18 AWG) HD copper serve and PP belt (2 ea.) PE Jacket Onelayerofgalvanizedsteelwires 14x1,32mm Onelayerofgalvanizedsteelwires 24x1,07mm 9,98 mm 389 kg/ km 322 kg/ km Specific gravity 5.8 Min. breaking strength Working load Recommended bending radius 71 kn 15 kn 200 mm Electrical and Fibre Optical Characteristics DC resistance Attenuation 500 V for conductor 1200 V for electro/optical element 82,0 ohm/ km for conductor 21,3 ohm/ km for electro/optical element 3000 Mohm* km for conductor and electro/optical element 0,45 db/ km at 1310 nm 0,35 db/ km at 1550 nm 32 No C - Rev. D - 02/12

33 Non stock cables Sonar & Acoustic System Cables Historically side scan sonar systems were towed by multi-core steel or aramide armoured cables. Although these cable types are still an industry standard, there has been an upsurge in acoustic, digital and telemetry technology which demand a new approach to cable engineering. We supply the complete range of cables for acoustic applications including armoured coaxial cables for side the most advanced acoustic systems. Video System Umbilicals The advances in underwater vision systems have developed dramatically over the years. This has led to new designs in cables using sophisticated transmission systems with multiple broad band channels. We supply traditional diver, sewer inspection and well head TV system cables, however, we are transmission systems for security systems, ROV & ROTV systems, underwater trenchers and ploughs. ROV and Trencher Umbilicals As ROV systems get larger, more powerful and operate in deeper waters, the demand on the cable system becomes a critical issue. Fibre optic, high voltage umbilicals are now common place and we supply standard and special designs to this market. These include steel armoured lift umbilicals and aramide reinforced tether cables. Also part of our program are neutrally buoyant tethers for Tether Management Systems and smaller ROV systems. We have also designed and built special cables for long excursion (tunnel inspection). Dynamic Cable Ancilliary Products Traditionally dynamic cables and terminations have been considered to be the weak link in the reliability ofunderwatersystem s.m acartney has always viewed a dynamic cable as a system which includes connectors, mechanical terminations, protection, buoyancy, sheaves, handling systems etc. To support our in-house engineered designs, we also supply a complete range of winch systems, slip rings, cable moulding, underwater electrical and optical connectors, mechanical terminations, penetrators, cable buoyancy, sheaves and cable status indicators fully supported by our in-house 33

34 Terminations Standard Steel Termination Our standard shackle or fork terminations are safe and reliable methods of connecting cable to towed underwater vehicles or for lifting a heavy object, such as a down-hole camera system. Terminating and moulding the cable to a connector ensures a watertight connection from cable to system. MacArtney stocks standard terminations for steel armoured or Kevlar armoured cables with diameters of 6 to 14mm and loads of up to 1500kg. We also have extensive experience of designing terminations for loads of up to 100 tonnes. Bend Restrictors & Bend Stiffeners Bend restrictors and stiffeners are designed to minimse sharp cable bends, protecting them from stress damage and kinks. They mechanically limit the bend and prevent unwanted tension. Chamber Terminations MacArtney chamber terminations connect a cable to a specially designed connector. The chamber transfers the entire force from the cable to the steel parts of the termination, maintaining the safe working load of the cable throughout the connection. The chambers makes it possible to replace the connector or cable relatively easily re-using the metal termination parts. Oil Compensation either with an internal bladder or an external reservoir. They can be PE Mouldings PE moulding is a secure and economical method of connecting PE jacketed cables and connectors without the need for an oil compensated system. A special hot moulding machine forces PE moulding material into the moulding form under high pressure, 34

35 Extension & Take Out of Fibre Optic Extensionand takeout terminationsareusedwhencableshave been damaged or if they need to be extended to reach new locations. main cable. The terminations are usually designed to have the same working load and depth rating as the cable, and are often designed with a lifespan of 10 to 15 years in seawater. Penetrators MacArtney makes a broad range of standard and customer-designed penetratorsforuseatalwaterdepths evenfuloceandepth. Penetrators are designed to connect systems to infrastructure, and optic transmissions. They are available with or without internal water cables, or combinations of both. MacArtney penetrators are available with a range of housing types or with custom made housing. They are delivered with 1 metre pigtails and ST connectors as standard. Optolink Fibre penetrator withstand the challenges of system infrastructure at pressures of up to 600 bars. It is completely blocked on both sides, so even if the cable is damaged, water will not enter. It is available with 3 types of housing; custom made housing. They are interchangeable and can be replaced delivered with 1 metre pigtails and ST connectors as standard. FITA Field Installable Termination Assembly system that assembles a harness cable or array of harness cables to a cable, typically from subsea control systems to an umbilical. The FITA can be assembled on site without the need for mouldings. termination entirely watertight at every level. FITA terminations are oil compensated, maintaining the same pressure inside the termination as outside. This allows them to operate at 600 bars without the need 4-6 months. 35

36