Cable for electrical equipment of ship & mobile & offshore unit IEC , 353, 376

Transcription

1 able for electrical equipment of ship & mobile & offshore unit IE , 353, 376

2 TM o., Ltd has been pursuing innovation in technology and products for marine, oil and gas industry. For 20 years TM has had a single-minded focus on delivering superior customer services with specialized marine and offshore cable solutions. The operational excellence of TM is underpinned by its products with the best quality and the flexibility to meet specific requirements that makes us the world's most experienced marine and offshore cable manufacturer. ompany History Establishment of Seojin Industry o.,ltd. ISO 9001 ertification by LRQA (Quality) ISO ertification by LRQA (Environment & Quality) hanged the name of company to TM o.,ltd. Won the 30 million USD Export Tower Award granted by the Ministry of Knowledge Economy Earned recognition by Hyundai Mipo Dockyard o., Ltd. as one of the excellent suppliers. Won the 70 million USD Export Tower Award granted by the Ministry of Knowledge Economy Received the High quality supplier ertification from DSME Achieved Korean world-class product award 2007 Won the 100 million USD Export Tower Award granted by the Ministry of Knowledge Economy OHSAS ertification by LRQA (for Health, Safety and Environment) Awarded the Q-Mark as a Silver grade for Offshore able supplier by Samsung Heavy Industries Awarded the Best Supplier for Offshore & Marine able by Ocean Rig Earned recognition by DSME as one of the excellent supplier Awarded the Best Supplier for Offshore & Marine able by Stena Sphere KEPI ertification by KEA (Manufacture of lass 1E cable) Won the 200 million USD Export Tower Award granted by the Ministry of Knowledge Economy ertificates Type Approval ertification for shipboard cables : ABS, BV, S, DNV, GL, KR, LR, NK and RINA Type Approval ertification for NEK 606(2004) offshore cables : ABS, DNV and LR Type Approval ertification by ABS for offshore cables and listed on ETL Type Approval ertification for Passenger ships cables : ABS, DNV,LR, BV and S Obtained Patent of Paint Resistant Shipboard ables (Patent N ) Type Approval ertification for IEEE1580 Type P cables : ABS and DNV and listed on ETL Type Approval ertification for LNG arrier cables : ABS, DNV, LR and BV Gost-R ertification for NEK 606(2004) offshore cables by GOSSTANDART Type Approval ertification for Marine Optical Fiber ables : ABS and DNV

3 TOTAL SOLUTION OF MARINE ABLE

4 able for electrical equipment of ship & mobile & offshore unit ode Designation Symbols of number of core and main use FR Fire resistance 5 Five core for power and lighting S Single core for power and lighting 6 Six core for power and lighting D Double core for power and lighting 10 Ten core for power and lighting T Three core for power and lighting M Multi core for control and signal F Four core for power and lighting TT Telephone and instrumentation Symbols of material Insulation Sheath Armoring Protective overing Others E HEPR Y PR- PV B Galvanized steel wire opper alloy wire Y PR- PV S -S E ommon shield Individual shield Earth wire Note PR-PV : Paint Resistant PV Example 0.6/1kV FR-T E Y Y Fire Layer No. of (Three) Insulation(HEPR) Sheath(PR- PV) Armor(Galvanized steel wire) Protective covering(pr- PV) Index able Type Flame LV Power Retardant & Lighting able Fire Flame Retardant ontrol & Instrumentation able Fire Rated voltage 0.6/1kV 1) 0.6/1kV 250V 250V Shield (Screen) Non ommon Non ommon Unarmored cables SEY DEY TEY DEYE FEY 5EY 6EY 10EY SEYS DEYS TEYS FEYS FR-DEY FR-TEY FR-5EY FR-DEYS FR-TEYS Armored & PV Sheath cables 2) SEYBY DEYY TEYY DEYYE FEYY 5EYY 6EYY 10EYY SEYBYS DEYYS TEYYS FEYYS FR-DEYY FR-TEYY FR-5EYY FR-DEYYS FR-TEYYS Page 06 ~ ~ ~ 12 Non MEY MEYY 15 ommon MEYS MEYYS 16 Non TTEY TTEYY 17 ommon TTEYS TTEYYS 18 Individual TTEY-S TTEYY-S 19 Non FR-MEY FR-MEYY 20 ommon FR-MEYS FR-MEYYS 21 Non FR-TTEY FR-TTEYY 22 ommon FR-TTEYS FR-TTEYYS 23 Individual FR-TTEY-S FR-TTEYY-S Remarks 1) 0.6/1kV means rated voltage of cable. 0.6kV : Ground voltage (a.c.) 1kV : Line voltage (a.c.) 2) Only installed for hazardous area.

5 LV Power & Lighting able Flame Retardant 0.6/1kV SEY, DEY, TEY, DEYE, FEY, 5EY, 6EY, 10EY 0.6/1kV SEYBY, DEYY, TEYY, DEYYE, FEYY, 5EYY, 6EYY, 10EYY 06 ~ /1kV SEYS, DEYS, TEYS, FEYS 0.6/1kV SEYBYS, DEYYS, TEYYS, FEYYS 09 ~ 10 Fire 0.6/1kV FR-DEY, 0.6/1kV FR-TEY, 0.6/1kV FR-5EY 0.6/1kV FR-DEYY, 0.6/1kV FR-TEYY, 0.6/1kV FR-5EYY 11 ~ /1kV FR-DEYS, 0.6/1kV FR-TEYS 0.6/1kV FR-DEYYS, 0.6/1kV FR-TEYYS 13

6 able for electrical equipment of ship & mobile & offshore unit Flame retardant LV Power & Lighting able able Designation 0.6/1kV SEY, DEY, TEY, DEYE, FEY, 5EY, 6EY, 10EY 0.6/1kV SEYBY, DEYY, TEYY, DEYYE, FEYY, 5EYY, 6EYY, 10EYY 0.6 / 1kV TEYY Application Standard - Design guide : IE , Insulation material : IE , HEPR - Sheath & Protective overing material : IE , PV (ST2) - Flame retardant : IE old bend / impact : SA 22.2 No.03 (-30 / -30 ) - Paint resistant : Maker standard (Epoxy, Alkyd paint) - Max. rated conductor temperature : 90 onstruction Sectional view lassification ode onstruction detail S (D,T,F,5,6,10) - Stranded tinned annealed copper wires as per IE 60228, lass 2 Insulation E - HEPR as per IE abling - Insulated conductors shall be cabled - Flame retardant & non-hygroscopic fillers may be used - Suitable tape(s) may be applied on the cabled core - A Filler may be applied to obtain a circular able Sheath Y - Paint resistant PV as per IE Armor (option) (B) - 1 : Braid of copper alloy wires (-B type) 2 and more : Braid of galvanized steel wires (- type) - Minimum overage density is 90% Protective overing (option) Y - Paint resistant PV as per IE No. of cores Without Earth core With Earth core 1 Black - 2 Black, White - ore identification 3 / 2+E Black, White, Red Black, White, G/Y 4 / 3+E Black, White, Red, Green Black, White, Red, G/Y 5 / 4+E Black No. on white insulation Black, White, Red, Green, G/Y Multi-core Black No. on white insulation Black No. on white insulation, G/Y Note. 1. For single core cable, the armor should be used of copper alloy wire as non-magnetic material in order to avoid current loops according to clause 3.26 of IE FINE Route able

7 LV Power & Lighting able IE , 353, /1kV SEY, 0.6/1kV SEYBY No. of ores Min. Number of wires Max. Thickness Thickness of of Insulation inner SEY of wire for armor Thickness of outer SEYBY (Max.) Insulation (Min.) Test able Weight(Approx.) No. mm 2 ea. mm mm mm mm ±mm mm mm mm ±mm Ω/km MΩ - km V/5min. kg/km kg/km ,010 3, , , , , , , , , , , ,500 1,080 1, ,500 1,350 1, ,500 1,650 1, ,500 2,050 2, ,500 2,660 3, ,500 3,300 3, /1kV DEY, 0.6/1kV DEYY No. of ores Min. Number of wires Max. Thickness Thickness of of Insulation inner DEY of wire for armor Thickness of outer DEYY (Max.) Insulation (Min.) Test SEY SEYBY able Weight(Approx.) No. mm 2 ea. mm mm mm mm ±mm mm mm mm ±mm Ω/km MΩ - km V/5min. kg/km kg/km ,010 3, , , , , , , , , , ,500 1,300 1, ,500 1,820 2, ,500 2,420 3, ,500 3,010 3, ,500 3,710 4, ,500 4,610 5,490 DEY DEYY Technical data ontrol & Instrumentation able LV Power & Lighting able FINE Route able 07

8 able for electrical equipment of ship & mobile & offshore unit Flame retardant LV Power & Lighting able 0.6/1kV TEY(=DEYE), 0.6/1kV TEYY(=DEYYE) No. of ores Min. Number of wires Max. Thickness Thickness of of Insulation inner TEY, DEYE of wire for armor Thickness of outer TEYY, DEYYE (Max.) Insulation (Min.) Test able Weight(Approx.) No. mm 2 ea. mm mm mm mm ±mm mm mm mm ±mm Ω/km MΩ - km V/5min. kg/km kg/km 3 TEY DEYE TEYY DEYYE ,010 3, , , , , , ,500 1,020 1, ,500 1,360 1, ,500 1,800 2, ,500 2,510 3, ,500 3,390 4, ,500 4,230 4, ,500 5,190 6, ,500 6,470 7, /1kV FEY, 0.6/1kV FEYY / 0.6/1kV 5EY, 0.6/1kV 5EYY / 0.6/1kV 6EY, 0.6/1kV 6EYY / 0.6/1kV 10EY, 0.6/1kV 10EYY No. of ores Min. Number of wires Max. Thickness Thickness of of Insulation inner F(5, 6, 10)EY of wire for armor Thickness of outer F(5, 6, 10)EYY (Max.) Insulation (Min.) Test able Weight(Approx.) FEY 5EY 6(10)EY No. mm 2 ea. mm mm mm mm ±mm mm mm mm ±mm Ω/km MΩ - km V/5min. kg/km kg/km ,010 3, , , ,010 3, , , ,010 3, , , ,010 3, , , FEYY 5EYY 6(10) EYY 08 FINE Route able

9 LV Power & Lighting able Flame retardant LV Power & Lighting able With common shield IE , 353, /1kV TEYYS onstruction able Designation 0.6/1kV SEYS, DEYS, TEYS, FEYS 0.6/1kV SEYBYS, DEYYS, TEYYS, FEYYS Application Standard - Design guide : IE , Insulation material : IE , HEPR - Sheath & Protective overing material : IE , PV (ST2) - Flame retardant : IE old bend / impact : SA 22.2 No.03 (-30 / -30 ) - Paint resistant : Maker standard (Epoxy, Alkyd paint) - Max. rated conductor temperature : 90 Sectional view lassification ode onstruction detail S(D,T,F) - Stranded tinned annealed copper wires as per IE 60228, lass 2 Insulation E - HEPR as per IE abling - Insulated conductors shall be cabled - Flame retardant & non-hygroscopic fillers may be used - Suitable tape(s) may be applied on the cabled core - A Filler may be applied to obtain a circular able ommon shield S - 1 : Tinned copper wire braid 2 and more : AL/PS Tape + Drain wire (1.0mm 2 ) - A suitable tape may be applied on the common shield Sheath Y - Paint resistant PV as per IE Armor (option) - 1 : Braid of copper alloy wires (-B type) 2 and more : Braid of galvanized steel wires (- type) (B) - Minimum overage density is 90% Technical data ontrol & Instrumentation able LV Power & Lighting able Protective overing (option) Y - Paint resistant PV as per IE No. of cores Without Earth core With Earth core 1 Black - ore identification 2 Black, White - 3 / 2+E Black, White, Red Black, White, G/Y 4 / 3+E Black, White, Red, Green Black, White, Red, G/Y Note. 1. For single core cable, the armor should be used of copper alloy wire as non-magnetic material in order to avoid current loops according to clause 3.26 of IE FINE Route able 09

10 able for electrical equipment of ship & mobile & offshore unit Flame retardant LV Power & Lighting able With common shield 0.6/1kV SEYS, 0.6/1kV SEYBYS No. of ores Min. Number of wires Max. Thickness Thickness of of Insulation inner SEYS of wire for armor Thickness of outer SEYBYS (Max.) Insulation (Min.) Test able Weight(Approx.) No. mm 2 ea. mm mm mm mm ±mm mm mm mm ±mm Ω/km MΩ - km V/5min. kg/km kg/km ,010 3, , , , , , , , , , , ,500 1,180 1, ,500 1,450 1, ,500 1,770 2, ,500 2,180 2, ,500 2,800 3, ,500 3,450 4,020 SEYS SEYBYS 0.6/1kV DEYS, 0.6/1kV DEYYS / 0.6/1kV TEYS, 0.6/1kV TEYYS / 0.6/1kV FEYS, 0.6/1kV FEYYS No. of ores Min. Number of wires Max. Thickness Thickness of of Insulation inner D(T, F)EYS of wire for armor Thickness of outer D(T, F)EYYS (Max.) Insulation (Min.) Test able Weight(Approx.) No. mm 2 ea. mm mm mm mm ±mm mm mm mm ±mm Ω/km MΩ - km V/5min. kg/km kg/km ,010 3, , , , ,010 3, , , , ,010 3, , , , DEYS TEYS FEYS DEYYS TEYYS FEYYS 10 FINE Route able

11 LV Power & Lighting able Fire resistance LV Power & Lighting able IE , 353, /1kV FR-TEYY onstruction able Designation 0.6/1kV FR-DEY, 0.6/1kV FR-TEY, 0.6/1kV FR-5EY 0.6/1kV FR-DEYY, 0.6/1kV FR-TEYY, 0.6/1kV FR-5EYY Application Standard - Design guide : IE , Insulation material : IE , HEPR - Sheath & Protective overing material : IE , PV (ST2) - Flame retardant : IE Fire resistance : IE (90min) IE ,-2(120min) - old bend / impact : SA 22.2 No.03 (-30 / -30 ) - Paint resistant : Maker standard (Epoxy, Alkyd paint) - Max. rated conductor temperature : 90 Sectional view lassification ode onstruction detail D, T, 5 - Stranded tinned annealed copper wires as per IE 60228, lass 2 Fire resisting layer FR- - Mica/glass tape Insulation E - HEPR as per IE abling - Insulated conductors shall be cabled - Flame retardant & non-hygroscopic fillers may be used - Suitable tape(s) may be applied on the cabled core - A Filler may be applied to obtain a circular able Sheath Y - Paint resistant PV as per IE Armor (option) - Braid of galvanized steel wires - Minimum overage density is 90% Protective overing (option) Y - Paint resistant PV as per IE No. of cores Without Earth core With Earth core 1 Black - 2 Black, White ore identification 3 / 2+E Black, White, Red Black, White, G/Y 4 / 3+E Black, White, Red, Green Black, White, Red, G/Y 5 / 4+E Black No. on white insulation Black, White, Red, Green, G/Y Technical data ontrol & Instrumentation able LV Power & Lighting able FINE Route able 11

12 able for electrical equipment of ship & mobile & offshore unit Fire resistance LV Power & Lighting able 0.6/1kV FR-DEY, 0.6/1kV FR-DEYY No. of ores Min. Number of wires Max. Thickness Thickness of of Insulation inner FR-DEY of wire for armor Thickness of outer FR-DEYY (Max.) Insulation (Min.) Test able Weight(Approx.) No. mm 2 ea. mm mm mm mm ±mm mm mm mm ±mm Ω/km MΩ - km V/5min. kg/km kg/km ,010 3, , , , , , , , ,500 1,020 1, ,500 1,330 1, ,500 1,860 2, ,500 2,470 3, ,500 3,070 3, ,500 3,760 4, ,500 4,670 5,590 FR- DEY FR- DEYY 0.6/1kV FR-TEY, 0.6/1kV FR-TEYY No. of ores Min. Number of wires Max. Thickness Thickness of of Insulation inner FR-TEY of wire for armor Thickness of outer FR-TEYY (Max.) Insulation (Min.) Test able Weight(Approx.) No. mm 2 ea. mm mm mm mm ±mm mm mm mm ±mm Ω/km MΩ - km V/5min. kg/km kg/km ,010 3, , , , , , ,500 1,060 1, ,500 1,410 1, ,500 1,840 2, ,500 2,580 3, ,500 3,440 4, ,500 4,290 5, ,500 5,280 6, ,500 6,560 7,570 FR- TEY FR- TEYY 0.6/1kV FR-5EY, 0.6/1kV FR-5EYY No. of ores Min. Number of wires Max. Thickness Thickness of of Insulation inner FR-5EY of wire for armor Thickness of outer FR-5EYY (Max.) Insulation (Min.) Test able Weight(Approx.) No. mm 2 ea. mm mm mm mm ±mm mm mm mm ±mm Ω/km MΩ - km V/5min. kg/km kg/km ,010 3, , , FR- 5EY FR- 5EYY 12 FINE Route able

13 LV Power & Lighting able Fire resistance LV Power & Lighting able With common shield IE , 353, /1kV FR-DEYS, 0.6/1kV FR-DEYYS, 0.6/1kV FR-TEYS, 0.6/1kV FR-TEYYS No. of ores Min. Number of wires Max. Thickness Thickness of of Insulation inner FR-D(T)EYS of Thickness wire for of armor outer FR-D(T)EYYS (Max.) Insulation (Min.) Test able Weight(Approx.) FR- D(T)EYS No. mm 2 ea. mm mm mm mm ±mm mm mm mm ±mm Ω/km MΩ - km V/5min. kg/km kg/km /1kV FR-TEYYS onstruction able Designation 0.6/1kV FR-DEYS, 0.6/1kV FR-TEYS 0.6/1kV FR-DEYYS, 0.6/1kV FR-TEYYS Application Standard - Design guide : IE , Insulation material : IE , HEPR - Sheath & Protective overing material : IE , PV (ST2) - Flame retardant : IE Fire resistance : IE (90min) IE ,-2(120min) - old bend / impact : SA 22.2 No.03 (-30 / -30 ) - Paint resistant : Maker standard (Epoxy, Alkyd paint) - Max. rated conductor temperature : 90 Sectional view lassification ode onstruction detail D,T - Stranded tinned annealed copper wires as per IE 60228, lass 2 Fire resisting layer FR- - Mica/glass tape Insulation E - HEPR as per IE Insulated conductors shall be cabled abling - Flame retardant & non-hygroscopic fillers may be used - Suitable tape(s) may be applied on the cabled core - A Filler may be applied to obtain a circular able ommon shield S - AL/PS Tape + Drain wire (1.0mm 2 ) - A suitable tape may be applied on the common shield Sheath Y - Paint resistant PV as per IE Armor (option) - Braid of galvanized steel wires - Minimum overage density is 90% Protective overing (option) Y - Paint resistant PV as per IE ore identification 2 No. of cores Without Earth core With Earth core Black, White 3 / 2+E Black, White, Red Black, White, G/Y FR- D(T)EYYS ,010 3, , , , ,010 3, , , , Technical data ontrol & Instrumentation able LV Power & Lighting able FINE Route able 13

14 ontrol & Instrumentation able Flame Retardant 250V MEY, 250V MEYY 250V MEYS, 250V MEYYS 250V TTEY, 250V TTEYY 250V TTEYS, 250V TTEYYS 250V TTEY-S, 250V TTEYY-S Fire 250V FR-MEY, 250V FR-MEYY 250V FR-MEYS, 250V FR-MEYYS 250V FR-TTEY, 250V FR-TTEYY 250V FR-TTEYS, 250V FR-TTEYYS 250V FR-TTEY-S, 250V FR-TTEYY-S 15 ~ ~ ~ ~ 23 24

15 ontrol & Instrumentation able Flame retardant ontrol & Instrumentation able IE , 353, 376 able Designation 250V MEY, 250V MEYY 250V MEY, 250V MEYY No. of ores 250V MEYY onstruction Min. Number of wires Max. Application Standard - Design guide : IE , Insulation material : IE , HEPR - Sheath & Protective overing material : IE , PV (ST2) - Flame retardant : IE old bend / impact : SA 22.2 No.03 (-30 / -30 ) - Paint resistant : Maker standard (Epoxy, Alkyd paint) - Max. rated conductor temperature : 90 Sectional view lassification ode onstruction detail M - Stranded tinned annealed copper wires as per IE 60228, lass 2 Insulation E - HEPR as per IE abling Thickness Thickness of of Insulation inner MEY of wire for armor - Insulated conductors shall be cabled - Flame retardant & non-hygroscopic fillers may be used - Suitable tape(s) may be applied on the cabled core - A Filler may be applied to obtain a circular able Sheath Y - Paint resistant PV as per IE Armor (option) - Braid of galvanized steel wires - Minimum overage density is 90% Protective overing (option) Y - Paint resistant PV as per IE ore identification - Black number on white insulation Thickness of outer MEYY (Max.) Insulation (Min.) Test able Weight(Approx.) MEY MEYY Technical data ontrol & Instrumentation able LV Power & Lighting able No. mm 2 ea. mm mm mm mm ±mm mm mm mm ±mm Ω/km MΩ - km V/5min. kg/km kg/km , , , , , , , , ,150 FINE Route able 15

16 able for electrical equipment of ship & mobile & offshore unit Flame retardant ontrol & Instrumentation able With Individual shield able Designation 250V MEYS, 250V MEYYS 250V MEYYS Application Standard - Design guide : IE , Insulation material : IE , HEPR - Sheath & Protective overing material : IE , PV (ST2) - Flame retardant : IE old bend / impact : SA 22.2 No.03 (-30 / -30 ) - Paint resistant : Maker standard (Epoxy, Alkyd paint) - Max. rated conductor temperature : 90 onstruction Sectional view lassification ode onstruction detail M - Stranded tinned annealed copper wires as per IE 60228, lass 2 Insulation E - HEPR as per IE abling ommon shield S - Insulated conductors shall be cabled - Flame retardant & non-hygroscopic fillers may be used - Suitable tape(s) may be applied on the cabled core - A Filler may be applied to obtain a circular able - AL/PS Tape + Drain wire - A suitable tape may be applied on the common shield Sheath Y - Paint resistant PV as per IE Armor (option) - Braid of galvanized steel wires - Minimum overage density is 90% Protective overing (option) Y - Paint resistant PV as per IE ore identification - Black number on white insulation 250V MEYS, 250V MEYYS No. of ores Min. Number of wires Max. Thickness Thickness of of Insulation inner MEYS of wire for armor Thickness of outer MEYYS (Max.) Insulation (Min.) Test able Weight(Approx.) MEYS MEYYS No. mm 2 ea. mm mm mm mm ±mm mm mm mm ±mm Ω/km MΩ - km V/5min. kg/km kg/km , , , , , , , , , , ,500 1,410 1, FINE Route able

17 ontrol & Instrumentation able Flame retardant ontrol & Instrumentation able IE , 353, 376 able Designation 250V TTEY, 250V TTEYY 250V TTEYY onstruction 250V TTEY, 250V TTEYY No. of Units Min. Number of wires Max. Application Standard - Design guide : IE , Insulation material : IE , HEPR - Sheath & Protective overing material : IE , PV (ST2) - Flame retardant : IE old bend / impact : SA 22.2 No.03 (-30 / -30 ) - Paint resistant : Maker standard (Epoxy, Alkyd paint) - Max. rated conductor temperature : 90 Sectional view lassification ode onstruction detail - Stranded tinned annealed copper wires as per IE 60228, lass 2 Insulation E - HEPR as per IE Twisting TT - Two Insulated cores shall be twisted together to form a pair - Twisted pairs shall be cabled abling - Flame retardant & non-hygroscopic fillers may be used - Suitable tape(s) may be applied on the cabled core - A Filler may be applied to obtain a circular able Sheath Y - Paint resistant PV as per IE Armor (option) - Braid of galvanized steel wires - Minimum overage density is 90% Protective overing (option) Y - Paint resistant PV as per IE ore identification - Pairs : Black & Red number on white insulation ex)(1a, 1B),(2A, 2B) - 1T, 1Q : Black number on white insulation Thickness Thickness of of Insulation inner TTEY of wire for armor Thickness of outer TTEYY (Max.) Insulation (Min.) Test able Weight(Approx.) TTEY TTEYY Technical data ontrol & Instrumentation able LV Power & Lighting able No. mm 2 ea. mm mm mm mm ±mm mm mm mm ±mm Ω/km MΩ - km V/5min. kg/km kg/km 1P ,030 1, T ,030 1, Q ,030 1, P ,030 1, P ,030 1, P ,030 1, P ,030 1, P ,030 1, P ,030 1, P ,030 1, ,120 FINE Route able 17

18 able for electrical equipment of ship & mobile & offshore unit Flame retardant ontrol & Instrumentation able With Individual shield able Designation 250V TTEYS, 250V TTEYYS 250V TTEYYS Application Standard - Design guide : IE , Insulation material : IE , HEPR - Sheath & Protective overing material : IE , PV (ST2) - Flame retardant : IE old bend / impact : SA 22.2 No.03 (-30 / -30 ) - Paint resistant : Maker standard (Epoxy, Alkyd paint) - Max. rated conductor temperature : 90 onstruction Sectional view lassification ode onstruction detail - Stranded tinned annealed copper wires as per IE 60228, lass 2 Insulation E - HEPR as per IE Twisting TT - Two Insulated cores shall be twisted together to form a pair abling - Twisted pairs shall be cabled - Flame retardant & non-hygroscopic fillers may be used - Suitable tape(s) may be applied on the cabled core - A Filler may be applied to obtain a circular able ommon shield S - AL/PS Tape + Drain wire - A suitable tape may be applied on the common shield Sheath Y - Paint resistant PV as per IE Armor (option) - Braid of galvanized steel wires - Minimum overage density is 90% Protective overing (option) Y - Paint resistant PV as per IE ore identification - Pairs : Black & Red number on white insulation ex)(1a, 1B),(2A, 2B) - 1T, 1Q : Black number on white insulation 250V TTEYS, 250V TTEYYS No. of Units Min. Number of wires Max. Thickness Thickness of of Insulation inner TTEYS of wire for armor Thickness of outer TTEYYS (Max.) Insulation (Min.) Test able Weight(Approx.) TTEYS TTEYYS No. mm 2 ea. mm mm mm mm ±mm mm mm mm ±mm Ω/km MΩ - km V/5min. kg/km kg/km 1P ,030 1, T ,030 1, Q ,030 1, P ,030 1, P ,030 1, P ,030 1, P ,030 1, P ,030 1, P ,030 1, P ,030 1, , FINE Route able

19 ontrol & Instrumentation able Flame retardant ontrol & Instrumentation able With Individual shield IE , 353, 376 able Designation 250V TTEY-S, 250V TTEYY-S 250V TTEYY-S onstruction 250V TTEY-S, 250V TTEYY-S No. of Pairs Min. Number of wires Max. Application Standard - Design guide : IE , Insulation material : IE , HEPR - Sheath & Protective overing material : IE , PV (ST2) - Flame retardant : IE old bend / impact : SA 22.2 No.03 (-30 / -30 ) - Paint resistant : Maker standard (Epoxy, Alkyd paint) - Max. rated conductor temperature : 90 Sectional view lassification ode onstruction detail - Stranded tinned annealed copper wires as per IE 60228, lass 2 Insulation E - HEPR as per IE Twisting TT - Two Insulated cores shall be twisted together to form a pair Individual shield -S - AL/PS Tape + Drain wire - A suitable tape may be applied on the common shield abling - Individual shielded pairs shall be cabled - Flame retardant & non-hygroscopic fillers may be used - Suitable tape(s) may be applied on the cabled core - A Filler may be applied to obtain a circular able Sheath Y - Paint resistant PV as per IE Armor (option) - Braid of galvanized steel wires - Minimum overage density is 90% Protective overing (option) Y - Paint resistant PV as per IE ore identification - Black & Red number on white insulation ex)(1a, 1B),(2A, 2B) Thickness Thickness of of Insulation inner TTEY-S of wire for armor Thickness of outer TTEYY-S (Max.) Insulation (Min.) Test able Weight(Approx.) TTEY-S TTEYY-S Technical data ontrol & Instrumentation able LV Power & Lighting able No. mm 2 ea. mm mm mm mm ±mm mm mm mm ±mm Ω/km MΩ - km V/5min. kg/km kg/km 2P ,030 1, P ,030 1, P ,030 1, P ,030 1, P ,030 1, P ,030 1, ,120 24P ,030 1,500 1,040 1,400 FINE Route able 19

20 able for electrical equipment of ship & mobile & offshore unit Fire resistance ontrol & Instrumentation able able Designation 250V FR-MEY, 250V FR-MEYY 250V FR-MEYY Application Standard - Design guide : IE , Insulation material : IE , HEPR - Sheath & Protective overing material : IE , PV (ST2) - Flame retardant : IE Fire resistance : IE (90min) IE ,-2(120min) - old bend / impact : SA 22.2 No.03 (-30 / -30 ) - Paint resistant : Maker standard (Epoxy, Alkyd paint) - Max. rated conductor temperature : 90 onstruction Sectional view lassification ode onstruction detail M - Stranded tinned annealed copper wires as per IE 60228, lass 2 Fire resisting layer FR- - Mica/glass tape Insulation E - HEPR as per IE abling - Insulated conductors shall be cabled - Flame retardant & non-hygroscopic fillers may be used - Suitable tape(s) may be applied on the cabled core - A Filler may be applied to obtain a circular able Sheath Y - Paint resistant PV as per IE Armor (option) - Braid of galvanized steel wires - Minimum overage density is 90% Protective overing (option) Y - Paint resistant PV as per IE ore identification - Black number on white insulation 250V FR-MEY, 250V FR-MEYY No. of ores Min. Number of wires Max. Thickness Thickness of of Insulation inner FR-MEY of wire for armor Thickness of outer FR-MEYY (Max.) Insulation (Min.) Test able Weight(Approx.) FR- MEY FR- MEYY No. mm 2 ea. mm mm mm mm ±mm mm mm mm ±mm Ω/km MΩ - km V/5min. kg/km kg/km , , , , , , , , ,500 1,010 1, FINE Route able

21 ontrol & Instrumentation able Fire resistance ontrol & Instrumentation able With common shield IE , 353, 376 able Designation 250V FR-MEYS, 250V FR-MEYYS 250V FR-MEYYS onstruction 250V FR-MEYS, 250V FR-MEYYS No. of ores Min. Number of wires Max. Application Standard - Design guide : IE , Insulation material : IE , HEPR - Sheath & Protective overing material : IE , PV (ST2) - Flame retardant : IE Fire resistance : IE (90min) IE ,-2(120min) - old bend / impact : SA 22.2 No.03 (-30 / -30 ) - Paint resistant : Maker standard (Epoxy, Alkyd paint) - Max. rated conductor temperature : 90 Sectional view lassification ode onstruction detail M - Stranded tinned annealed copper wires as per IE 60228, lass 2 Fire resisting layer FR- - Mica/glass tape Insulation E - HEPR as per IE Insulated conductors shall be cabled abling - Flame retardant & non-hygroscopic fillers may be used - Suitable tape(s) may be applied on the cabled core - A Filler may be applied to obtain a circular able ommon shield S - AL/PS Tape + Drain wire - A suitable tape may be applied on the common shield Sheath Y - Paint resistant PV as per IE Armor (option) - Braid of galvanized steel wires - Minimum overage density is 90% Protective overing (option) Y - Paint resistant PV as per IE ore identification - Black number on white insulation Thickness Thickness of of Insulation inner FR-MEYS of wire for armor Thickness of outer FR-MEYYS (Max.) Insulation (Min.) Test able Weight(Approx.) FR- MEYS FR-M EYYS Technical data ontrol & Instrumentation able LV Power & Lighting able No. mm 2 ea. mm mm mm mm ±mm mm mm mm ±mm Ω/km MΩ - km V/5min. kg/km kg/km , , , , , , , , ,500 1,040 1,420 FINE Route able 21

22 able for electrical equipment of ship & mobile & offshore unit Fire resistance ontrol & Instrumentation able able Designation 250V FR-TTEY, 250V FR-TTEYY 250V FR-TTEYY Application Standard - Design guide : IE , Insulation material : IE , HEPR - Sheath & Protective overing material : IE , PV (ST2) - Flame retardant : IE Fire resistance : IE (90min) IE ,-2(120min) - old bend / impact : SA 22.2 No.03 (-30 / -30 ) - Paint resistant : Maker standard (Epoxy, Alkyd paint) - Max. rated conductor temperature : 90 onstruction Sectional view lassification ode onstruction detail - Stranded tinned annealed copper wires as per IE 60228, lass 2 Fire resisting layer FR- - Mica/glass tape Insulation E - HEPR as per IE Twisting TT - Two Insulated cores shall be twisted together to form a pair abling - Twisted pairs shall be cabled - Flame retardant & non-hygroscopic fillers may be used - Suitable tape(s) may be applied on the cabled core - A Filler may be applied to obtain a circular able Sheath Y - Paint resistant PV as per IE Armor (option) - Braid of galvanized steel wires - Minimum overage density is 90% Protective overing (option) Y - Paint resistant PV as per IE ore identification - Pairs : Black & Red number on white insulation ex)(1a, 1B),(2A, 2B) - 1T, 1Q : Black number on white insulation 250V FR-TTEY, 250V FR-TTEYY No. of Units Min. Number of wires Max. Thickness Thickness of of Insulation inner FR-TTEY of wire for armor Thickness of outer FR-TTEYY (Max.) Insulation (Min.) Test able Weight(Approx.) FR- TTEY FR-T TEYY No. mm 2 ea. mm mm mm mm ±mm mm mm mm ±mm Ω/km MΩ - km V/5min. kg/km kg/km 1P ,030 1, T ,030 1, Q ,030 1, P ,030 1, P ,030 1, P ,030 1, P ,030 1, P ,030 1, P ,030 1, ,060 24P ,030 1,500 1,000 1, FINE Route able

23 ontrol & Instrumentation able Fire resistance ontrol & Instrumentation able With common shield IE , 353, 376 able Designation 250V FR-TTEYS, 250V FR-TTEYYS 250V FR-TTEYYS onstruction 250V FR-TTEYS, 250V FR-TTEYYS No. of Units Min. Number of wires Max. Application Standard - Design guide : IE , Insulation material : IE , HEPR - Sheath & Protective overing material : IE , PV (ST2) - Flame retardant : IE Fire resistance : IE (90min) IE ,-2(120min) - old bend / impact : SA 22.2 No.03 (-30 / -30 ) - Paint resistant : Maker standard (Epoxy, Alkyd paint) - Max. rated conductor temperature : 90 Sectional view lassification ode onstruction detail - Stranded tinned annealed copper wires as per IE 60228, lass 2 Fire resisting layer FR- - Mica/glass tape Insulation E - HEPR as per IE Twisting TT - Two Insulated cores shall be twisted together to form a pair - Twisted pairs shall be cabled abling - Flame retardant & non-hygroscopic fillers may be used - Suitable tape(s) may be applied on the cabled core - A Filler may be applied to obtain a circular able ommon shield S - AL/PS Tape + Drain wire - A suitable tape may be applied on the common shield Sheath Y - Paint resistant PV as per IE Armor (option) - Braid of galvanized steel wires - Minimum overage density is 90% Protective overing (option) Y - Paint resistant PV as per IE ore identification - Pairs : Black & Red number on white insulation ex)(1a, 1B),(2A, 2B) - 1T, 1Q : Black number on white insulation Thickness Thickness of of Insulation inner FR-TTEYS of wire for armor Thickness of outer FR-TTEYYS (Max.) Insulation (Min.) Test able Weight(Approx.) FR- TTEYS FR- TTEYYS Technical data ontrol & Instrumentation able LV Power & Lighting able No. mm 2 ea. mm mm mm mm ±mm mm mm mm ±mm Ω/km MΩ - km V/5min. kg/km kg/km 1P ,030 1, T ,030 1, Q ,030 1, P ,030 1, P ,030 1, P ,030 1, P ,030 1, P ,030 1, P ,030 1, ,080 24P ,030 1,500 1,020 1,440 FINE Route able 23

24 able for electrical equipment of ship & mobile & offshore unit Fire resistance ontrol & Instrumentation able With Individual shield able Designation 250V FR-TTEY-S, 250V FR-TTEYY-S 250V FR-TTEYY-S Application Standard - Design guide : IE , Insulation material : IE , HEPR - Sheath & Protective overing material : IE , PV (ST2) - Flame retardant : IE Fire resistance : IE (90min) IE ,-2(120min) - old bend / impact : SA 22.2 No.03 (-30 / -30 ) - Paint resistant : Maker standard (Epoxy, Alkyd paint) - Max. rated conductor temperature : 90 onstruction Sectional view lassification ode onstruction detail - Stranded tinned annealed copper wires as per IE 60228, lass 2 Fire resisting layer FR- - Mica/glass tape Insulation E - HEPR as per IE Twisting TT - Two Insulated cores shall be twisted together to form a pair Individual shield -S - AL/PS Tape + Drain wire - A suitable tape may be applied on the common shield abling - Individual shielded pairs shall be cabled - Flame retardant & non-hygroscopic fillers may be used - Suitable tape(s) may be applied on the cabled core - A Filler may be applied to obtain a circular able Sheath Y - Paint resistant PV as per IE Armor (option) - Braid of galvanized steel wires - Minimum overage density is 90% Protective overing (option) Y - Paint resistant PV as per IE ore identification - Black & Red number on white insulation ex)(1a, 1B),(2A, 2B) 250V FR-TTEY-S, 250V FR-TTEYY-S No. of Pairs Min. Number of wires Max. Thickness Thickness of of Insulation inner FR-TTEY-S of wire for armor Thickness of outer FR-TTEYY-S (Max.) Insulation (Min.) Test able Weight(Approx.) FR- TTEY-S FR- TTEYY-S No. mm 2 ea. mm mm mm mm ±mm mm mm mm ±mm Ω/km MΩ - km V/5min. kg/km kg/km 2P ,030 1, P ,030 1, P ,030 1, P ,030 1, P ,030 1, ,090 19P ,030 1, ,360 24P ,030 1,500 1,280 1, FINE Route able

25 Technical Data Electrical Data Rating Selection Installation Recommendations Handling, Installation Method & Notice ertificates Approved lass Type Approval 26 ~ ~

26 able for electrical equipment of ship & mobile & offshore unit Technical Data ELETRIAL DATA 1. urrent ratings for continuous cross-sectional (mm 2 ) Single core Two core Three core & four core NOTES) 1. Maximum permissible service temperature of the conductor is The current ratings given above are based on an ambient air temperature of The current ratings given above are for 6 cables of less bunched or laid together in flat formation. When more than 6 cables are bunched or laid close together, the current ratings given above should be multiplied correction factor In case of cables not being loaded simultaneously, consideration of the actual loading appertaining is permitted. 4. For cables with more than 4 core cables, the current ratings are given by the Formula; I = 3 I1 N Where, I1 : urrent for single core cable N : Number of cores No. of cores 1.0mm 2 (A) orrection factors for various ambient air temperature Maximum conductor Temperature orrection for various ambient air temperature FINE Route able

27 Technical Data IE , 353, apacitance, Inductance, Reactance, Impedance data HEPR INSULATED 0.6/1kV ABLE (FLAME RETARDANT TYPE) apacitance Inductance L Single core cable*) Reactance X 50 Hz Reactance X 60 Hz *) Reactance for 1-conductor cables given at Three-foil formation Impedance Impedance apacitance Inductance Z Z L at 50 Hz 90 at 60 Hz 90 Multi core cable Reactance X 50 Hz Reactance X 60 Hz Impedance Impedance Z Z at 50 Hz 90 at 60 Hz 90 mm 2 μf /km mh / km Ω/km Ω/km Ω/km Ω/km μf /km mh / km Ω/km Ω/km Ω/km Ω/km HEPR INSULATED 0.6/1kV ABLE (FLAME RETARDANT & FIRE RESISTANE TYPE) apacitance Inductance L Reactance X 50 Hz Multi core cable Reactance X 60 Hz Impedance Z at 50 Hz 90 Impedance Z at 60 Hz 90 mm 2 μf /km mh / km Ω/km Ω/km Ω/km Ω/km Technical data ontrol & Instrumentation able LV Power & Lighting able FINE Route able 27