O2nGcekż-G2 0.6/1 kV Double-Sheath Mining Cable

O2nGcekż-G2 mining cable supplies mobile mining equipment at 0.6/1 kV where two sets of three screened power cores are required in one flexible cable. The six power cores surround a screened group of pilot cores. A reinforced double rubber sheath distinguishes this construction from the single-sheath OnGcekż-G2 version.

Start with the complete equipment cable marking. Equal-size power sets and mixed-size sets have different circuit requirements, even when the finished cable diameter is similar. The pilot count, pilot area and protective-conductor connection also belong in the selection. A six-power-core G2 cable should not be chosen from the conductor area alone or replaced by a three-power-core mining cable simply because both carry a 0.6/1 kV rating.

The double sheath combines two polychloroprene rubber layers with textile reinforcement between them. Individual power-core screens and the screened central pilot assembly remain separate parts of the construction. Match their termination and earthing arrangements to the equipment drawing, along with the cable route and mechanical load. The tabulated configurations provide a starting point for checking cable entries, handling equipment and replacement dimensions.

Send the complete marking, both power-circuit sizes, pilot arrangement, required length and operating conditions for a quotation. TEBAOFLEX supplies this family from a 50 m minimum order quantity with a manufacturing lead time of 7–45 working days. The quotation can identify the required sheath version, colour coding, dimensional schedule and acceptance documents for the intended mine.

Explore the mining and tunneling cable range for related configurations.

Construction

This G2 construction uses six screened power cores around one common pilot assembly. The double ON4 sheath incorporates an open polyamide braid. The representative image shows the 6×35+25+6×2.5 mm² reference configuration.

Applications

Select O2nGcekż-G2 for a mobile-machine supply that specifically requires the six-power-core G2 circuit arrangement and reinforced double rubber sheath.

• Trailing supplies to mobile mining and industrial machines with substantial mechanical loading.
• Replacement of an identified O2nGcekż-G2 cable after matching both three-core power sets, the pilot group, protective connection and equipment terminals.
• Routes where the cable-management system is selected for the cable diameter, bending requirement and recommended tension of the chosen configuration.
• Mine projects requiring the documented double-sheath construction; the single-sheath OnGcekż-G2 version has a different sheath arrangement.

For route and construction selection, see mining and tunnelling cable selection.

For a 0.6/1 kV supply with three power cores and separate control and monitoring functions, compare 1-CBEH mining control and monitoring cable. Its circuit arrangement differs from the six-power-core G2 layout.

Where the machine requires three power cores, one earth and two pilots, review NTSKCGWÖU mining loader cable and match the full voltage designation, screening and cable-management duty.

Specifications

The mixed-power entries reproduce the printed “+4” suffix. That notation does not establish a complete pilot count; supply the equipment drawing before specifying any of these three combinations. Do not expand it to an assumed three- or six-pilot arrangement.

The reference dimensional table is shared by the single- and double-sheath G2 versions. Identify the O2nGcekż-G2 double-sheath build in the quotation and confirm its final diameter and mass; do not treat the 5.0 mm jacket entry as the thickness of each individual sheath layer.

The first four OD values are listed under the source maximum-OD heading. Mixed-size rows provide minimum/approximate/maximum values in that order. Use the complete selected row for cable-entry and handling checks.

Current values are referenced to 25°C. Route, grouping, duty cycle and thermal conditions must be assessed for the installation. Paired current entries for unequal power sets remain separate; do not add them to rate a single circuit.

The tension values are maximum recommended references for the listed configurations. Confirm the load path, cable grip and moving duty when selecting the cable-management system.

Use the 8 × diameter bending reference with the actual route and movement conditions. Water resistance does not specify an immersion pressure or duration; provide those conditions where relevant.

Standards

Official standards and approval references

The legacy construction references PN-EN 60228. PKN lists PN-EN IEC 60228:2025-02 as the replacement for PN-EN 60228:2007; specify the edition required for the ordered construction.

• PKN — PN-EN 60228 standard replacement notice — Official PKN information listing PN-EN IEC 60228:2025-02 as the replacement for PN-EN 60228:2007; confirm the edition specified for the order.
• WUG — product admission for Polish mining installations — Official process and scope information for products requiring mining admission in Poland.

Certifications and document support

Review our company certificates and document scopes when identifying the documentation required for the quoted construction.

Provide the destination mine, exact cable designation, conductor and auxiliary-core arrangement, specification edition and required acceptance documents. Where the project requires a product approval or admission, identify the applicable product and conditions of use in the enquiry.