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Submersible Pump Cables TEBAOFLEX

NTSCGERLWOEU 3.6/6 kV Flexible Submersible Cable

NTSCGERLWOEU cable is a 3.6/6 kV flexible submersible cable for permanent water operation where additional mechanical protection is required. The supplied 3 × 120 + 3 × 70/3E configuration combines class 5 flexible copper conductors, 3GI3 rubber insulation, a galvanised steel-strand braid and a 5GM5 rubber outer sheath.

  • Voltage: 3.6/6 kV
  • Reference configuration: 3 × 120 + 3 × 70/3E mm²
  • Conductor: flexible stranded copper, class 5
  • Mechanical protection: galvanised steel-strand braid
  • Inner sheath: waterproof synthetic butyl rubber
  • Outer sheath: 5GM5 rubber; red shown in the supplied cross-section
  • Standard reference: VDE 0250 Part 813

Send the cable marking, route, quantity, water-duty conditions, termination details and documentation requirements for a technical quotation.

Product information
Brand
TEBAOFLEX
Product overview

NTSCGERLWOEU 3.6/6 kV flexible submersible cable

TEBAOFLEX NTSCGERLWOEU cable is a flexible medium-voltage power cable for permanent operation in water where the route also requires added mechanical protection. The supplied 3 × 120 + 3 × 70/3E reference configuration has a galvanised steel-strand braid and rubber sheathing, helping procurement teams identify it as a protected water-duty construction rather than an ordinary flexible power cable.

This page is deliberately specific to the supplied 3.6/6 kV configuration. It records the available diameter range and approximate weight, while leaving unsupplied project limits—such as water depth, bending radius, current capacity and tensile load—to the approved cable drawing. That distinction matters: a cable can look suitably armoured on a reel yet still be wrong for the route, termination or earth-core arrangement.

  • Suitable for: permanent water-operation duties requiring a flexible, mechanically protected medium-voltage cable.
  • Reference size: 3 × 120 + 3 × 70/3E mm², with a 75–80 mm overall-diameter range.
  • Confirm before ordering: installation route, water conditions, cable support, earth and pilot-core requirement, length and test documents.
  • Choose another construction when: the project needs a proven depth rating, a stated movement/reeling rating or electrical values not supplied for this configuration.

Explore the submersible pump cable range for other water-duty power-cable options. The technical details for this model are in the Construction, Applications, Specifications and Standards tabs.

Construction

NTSCGERLWOEU cable construction

The supplied NTSCGERLWOEU construction uses flexible class 5 stranded copper conductors, conductive rubber layers around 3GI3 rubber insulation, and a galvanised steel-strand braid. This layer sequence combines electrical field-control materials with added mechanical protection for the stated water-operation duty.

NTSCGERLWOEU cable cross-section showing three insulated power cores, earth conductors, steel braid and red outer sheath
Cross-section reference for the NTSCGERLWOEU 3.6/6 kV construction with steel-braid mechanical protection.
Construction elementSupplied material or arrangement
Phase conductorsFlexible stranded copper, class 5 according to DIN VDE 0295
Inner conductor layerSpecial conductive rubber compound
InsulationRubber type 3GI3
Outer conductor layerSpecial conductive rubber, easy strippable
Pilot coresOptional copper conductor with EPR insulation
Earth conductorSpiral of tinned annealed copper wires
Inner sheathWaterproof synthetic butyl rubber
ArmouringBraid of galvanised steel strands
Outer sheathRubber type 5GM5; red on the supplied cross-section image
Applications

Applications

NTSCGERLWOEU is specified for permanent operation in water where the cable also needs additional mechanical protection. The supplied construction is relevant to submerged fixed-service power connections for equipment such as pumps, dredging equipment and similar water-duty installations where the final project design calls for a braided flexible medium-voltage cable.

Selection checks before ordering

  • Confirm the required voltage, route length, termination system and whether optional pilot cores are needed.
  • Confirm the 3 × 120 + 3 × 70/3E conductor arrangement against the connected equipment and earthing design.
  • Define the installation path, support points and strain-relief arrangement; the steel braid provides mechanical protection but does not replace project-specific suspension or termination design.
  • State water conditions, immersion depth, movement and any inspection or test-document requirement. These limits are not supplied for this specific configuration and must be reviewed for the quotation.

TEBAOFLEX can review the existing cable marking, conductor arrangement and installation duty before issuing a technical quotation, helping the buyer avoid ordering a similar-looking construction with a different earth or pilot-core layout.

Specifications

Specifications

The following values are the supplied reference data for the NTSCGERLWOEU 3.6/6 kV configuration. Confirm the final cable drawing and dimensions before release to production.

ModelNTSCGERLWOEU
Rated voltage3.6/6 kV
Reference core configuration3 × 120 + 3 × 70/3E mm²
Minimum overall diameter75 mm
Maximum overall diameter80 mm
Approximate weight9,980 kg/km
Installation duty stated in supplied materialPermanent operation in water with additional mechanical protection

Ordering boundary

Only the 3 × 120 + 3 × 70/3E reference size, diameter range and approximate weight were supplied. Temperature limits, bending radius, tensile load, water depth, current capacity, resistance, test voltage and reeling speed were not supplied for this configuration, so they are not stated as product claims.

Standards

Standards

The supplied technical information identifies the following standard references for NTSCGERLWOEU. Include the required standard edition and any project-specific inspection or test documentation in the RFQ.

Cable standard referenceVDE 0250 Part 813
Conductor class referenceDIN VDE 0295, class 5

Confirm the required edition, final documentation and test requirements for the ordered cable configuration in the RFQ.

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