International standards
World-class quality assurance

Participate in multiple overseas projects

Participate in multiple overseas projects

British brand
Zero rejection from global consultants

Extensive experience in overseas project submission

Extensive experience in overseas project submission

Perfect combination of creativity and technology
Each cable is made as per demand

Special cable customization service

Special cable customization service
  HomeProuductsTelecommunication cables

Auxiliary Multicore Cables 5KV

DESCRIPTION

Copper, Multi Core, PVC-Insulation, Armour, PVC Sheath

APPLICATION

Polyvinyl chloride insulated multicore cables for use by distribution and generation utilities for control, data or telecommunication applications to ENATS 09-6. Telecommunication cable is predominantly used in electrical instrumentation and communications.

STANDARD

ENATS 09-6 ISSUE 9

CABLE CONSTRUCTION

Conductors : Strand(Class 2) tinned copper conductors to BS EN 60228.

Insulation : PVC insulation to BS7655.

Inner Sheath : PVC inner sheath.

Armouring : Mild galvanised steel wires to BS EN10257-1.

Outer Sheath : PVC outer sheath to BS7655.

Voltage Rating : 600/1000V.

Temperature Rating : 70°C maximum conductor operating temperature.

ELECTRICAL DATA @ 20ºC

Conductor size Nom mm² 2,5
Conductor resistance (Stranded/Class 2) Max Ω/km 7,41
Insulation resistance (Individual conductor) Min. MΩxkm 9
Mutual capacitance 1kHz (Nominal equivalent star) Max. nF/km 440
Test voltage Ums core: core V 5000

PROPERTIES FOR CABLE

Colour Code White numbered
Fire Resistant N.A.
Flame Retardant IEC 60332-3-24
Low Smoke Emision N.A.
Other Properties  
Minimum Bending Radius 10 X O.D.

PROPERTIES FOR OUTER SHEATH

Limiting Oxygen Index N.A.
Amount of halogen acid gas HCl<15%
Oil Resistance N.A.
Sunlight Resistance UL 1581 Section 1200
Temperature Installation -5ºC/50ºC
Temperature Operating -30ºC/50ºC

CONSTRUCTION PARAMETERS

No. Cores Cores RT Insulation Nominal RT Inner sheath Ø over inner sheath Ø of armour wire nom. RT of outer sheath nom. Overall diameter Weight approx.
  mm² mm mm mm mm mm mm kg/km
2 2,50mm² 0,7 0,8 7,60 0,9 1,4 12,20 308
3 2,50mm² 0,7 0,8 8,04 0,9 1,4 12,64 342
4 2,50mm² 0,7 0,8 8,81 0,9 1,4 13,41 386
7 2,50mm² 0,7 0,8 10,55 0,9 1,5 15,35 515
12 2,50mm² 0,7 0,8 13,97 1,25 1,5 19,47 859
19 2,50mm² 0,7 1,0 17,53 1,25 1,6 23,23 1202
27 2,50mm² 0,7 1,0 20,51 1,6 1,7 27,11 1693
37 2,50mm² 0,7 1,0 23,64 1,6 1,8 30,44 2107
2 2,50mm² 0,7 0,8 8,50 0,9 1,4 13,10 364
3 2,50mm² 0,7 0,8 9,01 0,9 1,4 13,61 408
4 2,50mm² 0,7 0,8 9,89 0,9 1,4 14,49 469
7 2,50mm² 0,7 0,8 11,90 1,25 1,5 17,40 716
12 2,50mm² 0,7 0,8 15,84 1,25 1,6 21,54 1082
19 2,50mm² 0,7 1,0 19,88 1,6 1,7 26,48 1685
27 2,50mm² 0,7 1,0 23,32 1,6 1,8 30,12 2167
37 2,50mm² 0,7 1,0 26,92 1,6 1,9 33,92 2731
2 2,50mm² 0,7 0,8 9,60 0,9 1,4 14,20 441
3 2,50mm² 0,7 0,8 10,19 0,9 1,4 14,79 499
4 2,50mm² 0,7 0,8 11,22 0,9 1,5 16,02 589
7 2,50mm² 0,7 0,8 13,55 1,25 1,5 19,05 900
12 2,50mm² 0,7 1,0 18,53 1,25 1,6 24,23 1415
19 2,50mm² 0,7 1,0 22,76 1,6 1,8 29,56 2173
27 2,50mm² 0,7 1,0 26,075 1,6 1,9 33,75 2829
37 2,50mm² 0,7 1,0 30,94 2 2,0 38,94 3846
2 2,50mm² 0,7 0,8 10,70 0,9 1,5 15,50 531
3 2,50mm² 0,7 0,8 11,38 0,9 1,5 16,18 609
4 2,50mm² 0,7 0,8 12,55 1,25 1,5 18,05 809
7 2,50mm² 0,7 0,8 15,20 1,25 1,6 20,90 1125
12 2,50mm² 0,7 1,0 20,82 1,6 1,7 27,42 1932
19 2,50mm² 0,7 1,0 25,64 1,6 1,8 32,44 2731
27 2,50mm² 0,7 1,0 30,18 2 2,0 38,18 3847
37 2,50mm² 0,7 1,0 34,95 2 2,1 43,15 4929