NSHTOEU 0.6/1kV LHD Mining Reeling Cable

NSHTOEU 0.6/1kV LHD Mining Reeling Cable is a TEBAOFLEX cable for the application and operating conditions identified in the original product record. The figures below reproduce the supplied size data. The kN value is retained as part of each listed construction designation. Confirm the applicable support-element rating, allowable working load, safety factor and termination method in the quotation before final selection. The two 4 x 50 mm² entries are separate constructions with different listed support values, diameter ranges and cable weights. They should not be treated as interchangeable solely because the electrical cross-section is the same. Start with the electrical duty. Select the conductor cross-section from the machine load current, motor starting condition, route length and permitted voltage drop. Then check the thermal condition of the actual reel. Cable stored in multiple energized layers generally dissipates heat less effectively than cable laid out in free air, so a current rating taken from an unrelated installation method should not be used without review. Match the mechanical construction. Determine the maximum cable pull at full travel, reel orientation, acceleration, slope, cable hanging length and the method used to anchor the central support. Apply the project safety factor and confirm how the catalogue kN value is defined. The source record places this product in mining & tunneling cables. Before ordering, confirm the exact product variant, conductor or core arrangement, system rating, route conditions, equipment connection and required documentation against the project specification.

NSHTOEU 0.6/1kV LHD Mining Reeling Cable construction

Cable Construction

1. Conductors: Four flexible stranded tinned-copper conductors carry power while accommodating the repeated bending imposed by the LHD reel.
2. Core insulation: Each conductor is insulated with EPR compound type 3GI3.
3. Central support: An optional support element may be positioned at the cable center according to the required construction and mechanical rating.
4. Inner sheath: PCP compound type 5GM5 forms the bedding beneath the reinforcement.
5. Anti-torsion reinforcement: A reinforced polyester-thread braid is incorporated in a vulcanized bond between the two sheath layers to manage twisting and stabilize the cable body.
6. Outer sheath: PCP compound type 5GM5 completes the cable and provides the surface that runs over the reel and guidance system.

NSHTOEU 0.6/1kV LHD Mining Reeling Cable applications

Applications

• Underground load-haul-dump machines
• Mine scoop loaders with onboard cable reels
• Mono-spiral LHD reel systems
• Cylindrical and multilayer reel arrangements, subject to reel-capacity and thermal checks
• Mobile underground equipment exposed to frequently changing dynamic cable loads

Selection Notes for Buyers

Start with the electrical duty. Select the conductor cross-section from the machine load current, motor starting condition, route length and permitted voltage drop. Then check the thermal condition of the actual reel. Cable stored in multiple energized layers generally dissipates heat less effectively than cable laid out in free air, so a current rating taken from an unrelated installation method should not be used without review.

Match the mechanical construction. Determine the maximum cable pull at full travel, reel orientation, acceleration, slope, cable hanging length and the method used to anchor the central support. Apply the project safety factor and confirm how the catalogue kN value is defined. The optional support element is not automatically present in every construction and should not be assumed from the model name alone.

Check reel fit with the complete diameter range. Use the maximum overall diameter for drum-groove, guide-roller, cable-entry and reel-capacity calculations. Use the minimum value when checking clamping and sealing hardware. For cylindrical reels, also specify the number of stored layers and whether the cable remains energized while wound.

Control installation variables. Confirm the minimum permissible bending radius, reel speed, travel distance, reversing frequency and fleet duty cycle with the offered datasheet. Avoid introducing twist while paying the cable off the shipping drum, align the first guide with the reel and keep the cable path free from sharp edges and crossovers.

Define the mine environment. State water, oil, hydraulic-fluid, abrasion, flame-performance and ambient-temperature requirements in the RFQ. The supplied data confirms the materials and VDE construction reference, but it does not state individual resistance test results or operating limits for these exposures.

Selection checks

Confirm the equipment interface, installation method, route length, movement or flexing duty, environmental exposure, conductor or core requirements and project documentation before final selection.

NSHTOEU 0.6/1kV LHD Mining Reeling Cable specifications

The source-listed technical notes are retained below. Confirm the final size, tolerance, installation basis and ordered configuration before release.

Dimensions and Weight

The figures below reproduce the supplied size data. The kN value is retained as part of each listed construction designation. Confirm the applicable support-element rating, allowable working load, safety factor and termination method in the quotation before final selection.

The two 4 x 50 mm² entries are separate constructions with different listed support values, diameter ranges and cable weights. They should not be treated as interchangeable solely because the electrical cross-section is the same.

Source-listed technical tables

The tables below retain the original product data, including units, ranges and ordering examples.

Original product attributes

These product attributes are retained as supplied and should be checked against the ordered construction.

NSHTOEU 0.6/1kV LHD Mining Reeling Cable standards and compliance

The following standard references are carried over from the original product record. They identify the source basis and do not replace project-specific certification or inspection requirements.

• Standard VDE 0250 Part 814
• Define the mine environment. State water, oil, hydraulic-fluid, abrasion, flame-performance and ambient-temperature requirements in the RFQ. The supplied data confirms the materials and VDE construction reference, but it does not state individual resistance test results or operating limits for these exposures.

Where a project requires a test report, certificate, marking record or inspection release, include that requirement in the quotation request.