TEBAOFLEX Submersible Cables are designed for connections in water at varying depths and under differing degrees of pressure. These cables suitable for permanent immersion to a depth of up to 800meters in fresh, salt and polluted water where mobile laying is needed, the cables offer robust underwater performance

Thees cables used across a range of industries, pump cables connect electrical motor equipment in process and potable water, connecting low voltage equipment. They support a range of industries from food processing to water treatment, suitable for use where improved chemical and abrasion resistance is required, including in submersible pumps for mining applications, in depuration or chlorination systems, for swimming pool lighting, aquariums, and systems processing and preserving food and drink intended for human consumption.

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H07RN8-F & S1RN8-F Waterproof Submersible Cable

Voltage: 450/750V
Conductor:  Bare copper class 5
Insulation: EPR Rubber 3GI3
Outer Sheath:  Rubber compound, type EM 2 -(Waterproof material).
Operating temperature range: -40° C to 75° C
Application: It can be immersed in fresh and salt water to a depth of 100 meters: for flexible power supplies, suitable for submersible motors and pumps. The synthetic rubber compound is ozone, UV, sunlight and weather resistant.

S07RC4N8-F/S1RC4N8-F  Screen Waterproof Cable

Voltage: 450/750V
Conductor:  Bare copper class 5
Insulation: EPR Rubber 3GI3
Inner Sheath: Ruber compound
Screen: bare copper wire braided
Outer Sheath:  Rubber compound, type EM 2 -(Waterproof material).
Application: It can be immersed in fresh and salt water to a depth of 100 meters: for flexible power supplies, suitable for submersible motors and pumps. The synthetic rubber compound is ozone, UV, sunlight and weather resistant.

SUBFLAT S1BNH2-F Flat Submersible Cable

Voltage: 0.6/1kV
Phase Conductor:  tinne copper class 5
Insulation: EPR Rubber 3GI3
Outer Sheath:  Rubber compound, type EM 2 -(Waterproof material).
Operating temperature range: -40° C to 75° C
Application: Tough rubber unscreened 0.6/1kV flat cable for installation inside or outside in dry, damp or wet environments and in hazardous environments (subject to local regulations). It can be immersed in fresh and salt water to a depth of 300 meters:.

VDE-0250 SNAKEFLEX NSSHÖU O/J Submersible Cable

Voltage: 0.6/1kV
Conductor:  tinned copper class 5
Insulation: EPR Rubber 3GI3
Inner Sheath: Ruber compound
Outer Sheath:  Rubber compound 5GM5 -(Waterproof material).
In Water Working temperature: +40°C
Application: It can be immersed in fresh water, salt water, waste water, storm water, oily water and sewage contaminated water to a depth of 100 meters. For power supplies and controlling in mines, quarries, industrial plants, agricultural applications and in general where mechanical stress and abrasion is likely.

Drincable 600 Flat Cable for permanent immersion in potable water to a depth of 600m

Voltage: 0.6/1kV
Conductor:  tinned copper class 5
Insulation: EPR Rubber 3GI3
Outer Sheath:  Special XLPE (Cross-Linked Polyethylene) Compound.
Application: The Drincable 600 and Drincable 800 are for use on pumps and underwater motor applications, used extensively in the water treatment industry and the food processing industry, Temperature rating of -25°Cto +90°C. It is suitable for use in water of a maximum temperature of 80°C. Drincable 600 is also available in a flat configuration upon request

Drincable 600 & 800 Round Cable permanent immersion in potable water depth of 600m & 800m

Voltage: 0.6/1kV
Conductor:  tinned copper class 5
Insulation: EPR Rubber 3GI3
Outer Sheath:  Special XLPE (Cross-Linked Polyethylene) Compound.
Application: The Drincable 600 and Drincable 800 are for use on pumps and underwater motor applications, used extensively in the water treatment industry and the food processing industry, Temperature rating of -25°Cto +90°C. It is suitable for use in water of a maximum temperature of 80°C.

VDE MT Sum-E Plus (N)TSCGECEWÖU for immersion up to 300 m depth

Voltage: 3.6/6~12/20kV
Conductor:  tinned copper class 5
Insulation: EPR Rubber 3GI3
Inner Sheath: Special EPR compound water proofing GM1B
Outer Sheath:  Special EPR rubber compound water proofing GM1B.
Application: Flexible energy supply cable for use in permanent immersion in water under high mechanical stresses: pumps, dredgers, float ingdocks, etc. It is suitable for immersion up to 300 m depth and for trailing operations of opencast mining equipment.

VDE MV (N)TSCGEWÖU Submersible for immersion at depths to 300 meters

Voltage: 3.6/6~12/20kV
Conductor:  tinned copper class 5
Earth Conductor: tinned copper class 5 with semiconductive layer
Insulation: EPR Rubber 3GI3
Inner sheath:  Special EPR Compound waterproof proofing GM1b
ASSEMBLY: twisted cores with earth conductor split into 3 parts
Outer Sheath:  Special EPR Compound waterproof proofing GM1b
Application: the cable designed for permanent immersion in fresh or salt water where mechanical stress is likely. Suitable for immersion at depths to 300 meters. For pumps, dredgers, floating docks and for trailing operations with opencast mining equipment.

IEC 0.6/1kV RG7OEFE underwater cable for transmission in fresh or salt water

Voltage: 0.6/1kV
Conductor:  tinned copper class 2
Insulation: cross-linked HEPR compound, G7 quality
Inner Sheath: cross-linked HEPR compound, G7 quality
Armoured: Galvanized steel wire + spiral galvanized
Outer Sheath:  polyethylene Black.
Application: the cable designed to be laid on the sea bed in fixed installation. The specific type of armouring of this cable guarantees operations for deep-laying with an external pressure measuring up to 20 bar (approx 200 meters). The typical use is underwater power transmission in fresh or salt water

TERMALE 07BN2-F for high-temp thermal water 85°C at depth up to 100 meters

Voltage: 0.6/1kV
Conductor:  tinned copper class 5
Earth Conductor: tinned copper class 5 with semiconductive layer
Insulation: EPR compound
Outer Sheath:  Schlorinated polyethylene based elastomer
Color: orange
Application: Specially designed cable for use in high temperature and chemically aggressive and thermal water to 85°C at depth up to 100 meters. For power supplies of pumps. Also recommended for use in construction yards, mining and industry.

NAUTILUS-500 flexible cable for depth of 500 meters in fresh, salt and polluted water

Voltage: 0.6/1kV
Conductor:  tinned copper class 5
Insulation: EPR compound EI7
Inner sheath:  EPDM rubber compound
Screen lay: tinned copper braided
Outer Sheath: water resistant CPE based rubber compound COLOUR: black
Application: the cable suitable for permanent immersion to a depth of 500 meters in fresh, salt and polluted water where mobile laying is needed, like power tools, submersible pumps etc. Available with steel armour for under-water power transmission in a fixed installation.

NAUTILUS-500-S Screen for depth of 500 meters in fresh, salt and polluted water

Voltage: 0.6/1kV
Conductor:  tinned copper class 5
Insulation: EPR compound EI7
Inner sheath:  EPDM rubber compound
Screen lay: Non-screen layer)
Outer Sheath: water resistant CPE based rubber compound COLOUR: black
Application: the cable suitable for permanent immersion to a depth of 500 meters in fresh, salt and polluted water where mobile laying is needed, like power tools, submersible pumps etc. Available with steel armour for under-water power transmission in a fixed installation.

Twisted Type Waterproof Submersible Pump Cable

  • Conductor: Annealed bare solid copper conductors – twisted
  • Insulation: Polyvinyl Chloride (PVC)/Rubber
  • Size: 12/2AWG,12/3AWG, 10/2AWG,10/3AWG, 8/3AWG, 6/3AWG, 4/3AWG
  • Standard: UL Listed per UL 83 Type THW as Deep Well Submersible Pump Cable.

CONDUCTOR SIZE NO OF NOS OF DIA. OF Ground Conductor Size CORE DIA. NOMINAL SHETH THICKNESS
AWG CONDUCTOR WIRE AWG MM MM
14 3 41×0.254 14 3.85 1.15
12 3 65×0.254 12 4.5 1.15
10 3 105×0.254 10 5.3 1.15
8 3 168×0.254 10 6.5 1.4
6 3 226×0.254 8 8 2
4 3 420×0.254 8 10.1 2
2 3 665×0.254 6 11.3 2.2
1 3 817×0.254 6 13.6 2.2
1/0 3 1045×0.254 6 15.6 2.2
2/0 3 1330×0.254 6 18 2.2
CORES X CROSS SECTION MAX OVERALL Ø APPROX WEIGHT CORES X CROSS SECTION MAX OVERALL Ø APPROX WEIGHT
Nr x mm2 mm kg/km Nr x mm2 mm kg/km
1×1,5 6,6 55 3G95 46,8 4010
1×2,5 7.4 70 3G120 50,7 4960
1×4 8,2 95 3G240 69,0 9310
1×6 9,0 130 3G150 56,1 6040
1×10 10,8 190 4G1 10,4 140
1×16 12,1 260 4G1,5 11,6 180
1×25 14,1 360 4G2,5 13，7 260
1×35 15,6 480 4G4 15,3 350
1×50 18,3 670 4G6 17.4 470
1×70 20,5 890 4G10 22,9 800
1×95 23,3 1140 4G16 25,7 1090
1×120 25,3 1440 4G25 31,2 1610
1×150 27,9 1750 4G35 34,4 2090
1×185 30,3 2140 4G50 41,1 3000
1×240 33,6 2650 4G70 46，1 3990
1×300 37,1 3380 4G95 53，2 5230
2×1 8,7 95 4G120 57,2 6470
2×1,5 9,6 120 4G150 62,7 7810
2×2,5 11,2 160 4G185 68,4 9530
2×4 12,6 220 4G240 77.1 12030
2×6 14,2 290 5G1,5 12,7 220
2×10 19,0 510 5G2,5 15,0 310
2×16 21,5 690 5G4 17,0 430
2×25 25,5 1020 5G6 19,3 570
3G1 9,5 120 5G10 25,2 970
3G1,5 10,3 140 5G16 28,8 1350
3G2,5 12,2 200 5G25 34.4 2000
3G4 13,7 270 7G1,5 17,1 350
3G6 15,4 360 12G1,5 19,7 510
3G10 20,7 640 18G1,5 23,6 730
3G16 23,5 880 7G2,5 19,8 490
3G25 28,0 1280 12G2,5 23,5 730
3G35 31,1 1650 18G2,5 27,7 1040
3G50 36,4 2330 4G1,5 + 2×0,75 15,8 290
3G70 41,2 3110 4G2,5 + 2×0,75 18,2 400
3G95 46,8 4010 7G1,5 + 3×0,50 17,3 380
3G120 50,7 4960 7G1,5 +3×0,75 17,3 390
3G150 56,1 6040 7G2,5 +3×0,50 20,1 520
3G185 61,0 7350 7G2,5 + 3×0,75 20,1 530
CORES X CROSS SECTION MAX OVERALL Ø APPROX WEIGHT
Nr x mm2 mm kg/km
1×1,5 6,5 55
1×2,5 7,1 70
1×4 7,9 90
1×6 8,8 120
1×10 10,4 185
1×16 11,7 255
1×25 13,6 365
1×35 15,0 490
1×50 17,5 670
1×70 19,7 900
1×95 23,1 1190
1×120 25，3 1470
1×150 27,9 1870
1×185 30,5 2260
1×240 33，4 2860
1×300 40,7 3510
2×1 8,3 85
2×1,5 9.4 110
2×2,5 11,1 165
2×4 12,3 220
2×6 14,0 290
2×10 18,6 515
2×16 21,3 700
2×25 25,2 1010
3G1 9,1 105
3G1,5 10,0 135
3G2,5 11,9 200
3G4 13.4 275
3G6 14,9 365
3G10 20,0 645
3G16 22,9 890
3G25 26,9 1280
3G35 29,3 1660
3G50 34,4 2290
3G70 38,4 3050
3G95 44.4 4010
3G120 48,4 4930
3G150 53,6 6250
3G185 58,8 7580
3G240 66,1 9730
3G300 73,0 12030
CORES X CROSS SECTION MAX width APPROX WEIGHT
Nr x mm2 mm kg/km
3G4 16,5 260
3G6 18,5 330
3G10 24,1 550
3G16 29,5 820
3G25 34,5 1180
3G35 38,7 1560
3G50 45,8 2190
3G70 52,5 2890
3G95 57,9 3610
3G120 62,9 4420
3G150 68,0 5370
3G185 73,4 6440
4G4 24,0 400
4G6 25,5 490
4G10 30,5 710
4G16 35,5 1040
4G25 43，5 1660
4G35 49,8 2190
4G50 57,6 2880
4G70 66,6 4060
4G95 74,2 5050
4G120 75,0 5580
NO. OF CORES NOMINAL CROSS SECTIONAL AREA NOMINAL WEIGHT
mm2 kg/km
3 6 300
3 10 490
3 16 730
3 25 1060
3 35 1430
3 50 2010
3 70 2680
3 95 3380
3 120 4160
3 150 5080
3 185 6110
4 4 350
4 6 440
4 10 640
4 16 940
4 25 1500
4 35 1990
4 50 2650
4 70 3720
4 95 4680
4 120 5260
NO. OF CORES NOMINAL CROSS SECTIONAL AREA NOMINAL WEIGHT NO. OF CORES NOMINAL CROSS SECTIONAL AREA NOMINAL WEIGHT
mm2 kg/km mm2 kg/km
1 1.5 35 3G 35 1325
1 2.5 55 3G 50 1890
1 4 70 3G 70 2620
1 6 100 3G 95 3225
1 10 155 3G 120 4130
1 16 215 3G 150 5115
1 25 305 3G 185 6200
1 35 380 3G 240 7850
1 50 570 3G 300 10050
1 70 795 4G 1.5 135
1 95 1030 4G 2.5 200
1 120 1305 4G 4 270
1 150 1590 4G 6 380
1 185 1980 4G 10 630
1 240 2560 4G 16 870
1 300 3180 4G 25 1310
1 400 4050 4G 35 1725
1 500 4990 4G 50 2490
3G 1.5 110 4G 70 3420
3G 2.5 180 4G 95 4480
3G 4 225 4G 120 5605
3G 6 295 4G 150 6985
3G 10 480 4G 185 8465
3G 16 680 4G 240 10900
3G 25 995 4G 240 10900
NO. OF CORES NOMINAL CROSS SECTIONAL AREA NOMINAL WEIGHT NO. OF CORES NOMINAL CROSS SECTIONAL AREA NOMINAL WEIGHT
mm2 kg/km mm2 kg/km
1 1.5 45 2 10 490
1 2.5 55 2 16 670
1 4 75 2 25 970
1 6 100 3 1.5 140
1 10 150 3 2.5 190
1 16 210 3 4 260
1 25 310 3 6 350
1 35 400 3 10 610
1 50 590 3 16 840
1 70 790 3 25 1220
1 95 1050 3 35 1220
1 120 1280 3 50 2210
1 150 1570 3 70 2930
1 185 1980 3 95 3840
1 240 2500 3 120 4730
1 300 3110 3 150 5870
2 1.5 110 3 185 7090
2 2.5 160 4 1.5 170
2 4 210 4 2.5 240
2 6 280 4 4 320
2 6 280 4 6 440
CORES X CROSS SECTION MAX OVERALL Ø APPROX WEIGHT
Nr x mm2 mm kg/km
3G1,5/1,5KON 13,1 250
3G2,5/2,5KON 14,9 330
3G4/4KON 16,4 420
3G6/6KON 18,4 570
3G10/10KON 21,9 830
3G16/16KON 24,8 1140
3×25+3×16/3 + KON 30,8 1790
3×35 +3×16/3 + KON 32,7 2150
3×50 +3×25/3 + KON 38,8 3070
3×70 + 3×35/3 + KON 44 4100
3×95 +3×50/3 + KON 47,3 4910
3×120 +3×70/3+ KON 53,4 6350