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(N)SHÖU-J / (N)SHÖU-O 0.6/1 kV Heavy-Duty Flexible Rubber Power Cable | DIN VDE 0250-812 Mining & Site Feeder

(N)SHÖU-J & (N)SHÖU-O 0.6/1 kV heavy-duty rubber power cable (referenced to DIN VDE 0250-812) combining Class 5 tinned copper conductors, EPR 3GI3 insulation, GM1b inner rubber bedding, and a tear- and oil-resistant 5GM3 / 5GM5 elastomer outer sheath for surface quarries, tunnelling sites, and heavy industrial feeders.

Rated / Max AC Voltage0.6/1 kV (Max 0.7/1.2 kV)
Design ReferenceDIN VDE 0250-812
Conductor & InsulationClass 5 Tinned Cu / EPR 3GI3
Inner & Outer SheathGM1b + 5GM3 / 5GM5 Rubber
Operating Temperature-25°C Flex / -40°C Fixed (+90°C)
-J / -O Core Range1×16–300 & Multi-Core 1.5–185

Submit your core schedule (-J with PE or -O without PE), duty cycle, and sheath compound to Request (N)SHÖU-J / -O Datasheet & Quote.

Product Overview: TEBAOFLEX (N)SHÖU-J and (N)SHÖU-O 0.6/1 kV is a heavy-duty flexible rubber-sheathed power cable engineered in reference to DIN VDE 0250-812, uniting Class 5 tinned copper conductors, 3GI3 EPR rubber insulation, GM1b inner rubber bedding, and an oil- and flame-resistant 5GM3 (black) or 5GM5 (yellow) elastomer outer sheath.

1. Application Scope & VDE Mining Duty Boundaries

(N)SHÖU serves heavy mechanical environments where standard H07RN-F cables lack voltage margin or double-sheath impact protection:

  • Surface Quarries, Open-Pit Crushing & Tunnelling Support: Flexible 0.6/1 kV feeders for mobile crushers, screens, belt conveyors, dewatering skids, and temporary tunnel distribution boards.
  • Heavy Construction, Steelworks & Generator Rentals: Single-core ((N)SHÖU-O 1×25–300 mm²) and multi-core ((N)SHÖU-J 4G–5G) temporary load-bank, transformer, and festoon loops.
  • Harsh Wet, Oily & Abrasive Routes: Withstands mud, splash water, hydraulic oils, and sub-zero ambient temperatures down to -25°C mobile (-40°C fixed).

Critical VDE Mining Selection Boundary: Do not conflate unscreened trailing, screened underground coal/hard-rock trailing, and motorized drum reeling. If mine safety rules mandate an earth-fault concentric screen, specify (N)SSCHÖU-J 0.6/1 kV Screened Mining Cable; for continuous high-tension motorized reels, specify (N)SHTÖU-O/J Reeling Cable. See our Mining Cable Application Guide and Underground Mining Cable Selection Guide.

2. Cable Construction (DIN VDE 0250-812 Hierarchy)

Select suffix -J when a green/yellow protective-earth core is required (3G, 4G, 5G), or suffix -O without a green/yellow core (1× single-core or 3×/4× IT-network circuits):

Conductors
Finely stranded Class 5 tinned copper to EN 60228 / DIN VDE 0295 for corrosion resistance in damp tunnels and quarries.
Core Insulation
Cross-linked EPR elastomer Type 3GI3 (DIN VDE 0207-20) rated for 90°C continuous conductor operation; colour/number coded per VDE 0293-308.
Inner Bedding
Extruded rubber inner sheath Type GM1b filling core interstices on multi-core builds for high crush resistance (single-core builds use a two-layer composite elastomer cover).
Outer Sheath
Heavy-duty synthetic elastomer Type 5GM3 (black) or tear-upgraded Type 5GM5 (high-visibility mining yellow).
4-core (N)SHÖU-J 0.6/1 kV cross-section showing tinned copper conductors, 3GI3 EPR cores, GM1b inner sheath, and yellow 5GM5 outer rubber sheath
4-core (N)SHÖU-J cross-section: 3 phase cores + green/yellow PE, GM1b inner rubber bedding, and yellow 5GM5 outer sheath.

3. Electrical, Thermal & Mechanical Parameters

Confirm specific submergence depth (e.g., AD7/AD8 pump duty) or mine authority test certificates on the project quotation before ordering:

Technical ParameterReference Standard / Value
Standard ReferenceDIN VDE 0250-812 (construction reference; request size-specific test/certificate scope on RFQ)
Rated & Max Operating VoltageU0/U = 0.6/1 kV | Max. AC: 0.7/1.2 kV | Max. DC: 0.9/1.8 kV | AC Test: 3,000 V
Operating Temperature RangeFlexible/mobile: -25°C to +80°C | Fixed installation: -40°C to +80°C
Conductor Thermal LimitsMax. continuous: +90°C | Max. short-circuit (5 s): +250°C
Bending Radius & Tensile LoadPer DIN VDE 0298-3 (4–5 × OD fixed; 5–10 × OD mobile routing); max. static copper load 15 N/mm²
Oil, Flame & WeatheringOil resistant to DIN EN 60811-404; flame retardant to IEC 60332-1-2; UV, ozone, and tear resistant

4. DIN VDE 0250-812 Reference Configurations & Ordering SKU Table

Representative DIN VDE 0250-812 overall diameter windows and nominal copper indices across frequently ordered single-core (N)SHÖU-O and multi-core (N)SHÖU-J sizes (exact OD and cable weight confirmed on production datasheet):

Part SKUVariant & Core Size (mm²)DIN VDE 0250-812 Ref. OD Window (mm)Nominal Copper Index (kg/km)Primary Field Application
TF-NSH-1X25(N)SHÖU-O 1 × 2512.5–15.5240Single-core generator / load-bank lead
TF-NSH-1X50(N)SHÖU-O 1 × 5015.5–19.0480Single-core temporary substation bus
TF-NSH-1X95(N)SHÖU-O 1 × 9520.0–24.0912High-current mobile transformer lead
TF-NSH-1X150(N)SHÖU-O 1 × 15024.0–28.51,440Quarry & tunnel main single-phase feeder
TF-NSH-1X240(N)SHÖU-O 1 × 24029.5–34.52,304Heavy temporary power plant feeder
TF-NSH-4G2.5(N)SHÖU-J 4G 2.513.0–16.0963-phase site pump & auxiliary motor
TF-NSH-4G6(N)SHÖU-J 4G 616.5–20.5230Mobile conveyor & compressor supply
TF-NSH-4G16(N)SHÖU-J 4G 1623.5–28.0614Quarry screen & tunnelling fan feeder
TF-NSH-4G35(N)SHÖU-J 4G 3531.0–36.51,344Mobile crusher & site distribution skid
TF-NSH-4G70(N)SHÖU-J 4G 7041.0–47.52,688Heavy 0.6/1 kV quarry main trunk
TF-NSH-4G120(N)SHÖU-J 4G 12051.0–58.04,608High-load industrial & dewatering feeder
TF-NSH-5G6(N)SHÖU-J 5G 618.0–22.52885-pin CEE 32A/63A site distribution
TF-NSH-5G16(N)SHÖU-J 5G 1626.0–31.07685-wire 125A tunnel & event power panel
TF-NSH-5G35(N)SHÖU-J 5G 3534.5–40.51,680Heavy TN-S 3-phase + N + PE site trunk

5. Frequently Asked Questions

What is the difference between (N)SHÖU-J and (N)SHÖU-O?

(N)SHÖU-J includes an insulated green/yellow protective-earth core (3G, 4G, 5G, etc.), whereas (N)SHÖU-O has no green/yellow core (used for single-core power leads or ungrounded IT/control circuits).

When should I specify (N)SSCHÖU-J or (N)SHTÖU-J instead of (N)SHÖU-J?

Specify (N)SSCHÖU-J when underground mine safety requires a concentric copper earth-monitoring screen, or (N)SHTÖU-O/J when the cable winds continuously on motorized crane or mine reels.

Should we order black 5GM3 or yellow 5GM5 outer rubber sheath?

Choose 5GM3 black for standard outdoor industrial/construction power, and 5GM5 yellow where high visibility and upgraded tear resistance are needed on quarry benches and dimly lit tunnel walls.

Can (N)SHÖU-O / -J be submerged continuously in mine sumps?

Standard VDE 0250-812 builds handle rain, mud, and splash water; if your pump cable remains permanently submerged, send immersion depth and water temperature so TEBAOFLEX can confirm a submersible-tested compound.

Why is (N) written in parentheses in (N)SHÖU?

Under German cable nomenclature, (N) indicates a construction adapted to DIN VDE 0250-812 (for example, incorporating enhanced 5GM5 yellow sheaths or custom core counts) rather than claiming a blanket VDE mark on every variant.

What details should I provide for a quotation?

Send -J or -O suffix, core count and mm² size, sheath compound/colour (black 5GM3 or yellow 5GM5), movement duty, drum lengths, total meterage, and destination port.

Request (N)SHÖU-J / (N)SHÖU-O 0.6/1 kV Factory Datasheet & Quote

Share your single-core or multi-core schedule, 5GM3 black or 5GM5 yellow sheath preference, and operating duty. TEBAOFLEX will confirm gland OD and factory pricing.

Brand

TEBAOFLEX

Product Model

(N)SHÖU-J (with G/Y PE) & (N)SHÖU-O (without G/Y PE)

Product Type

Heavy-Duty Flexible Rubber Power & Mining Site Cable

Design Reference

DIN VDE 0250-812; core colours to DIN VDE 0293-308 / HD 308

Rated & Max Operating Voltage

0.6/1 kV (Max AC 0.7/1.2 kV; Max DC 0.9/1.8 kV; AC test 3,000 V)

Conductor Material

Class 5 fine-stranded tinned copper to EN/IEC 60228

Core Insulation

Cross-linked EPR rubber Type 3GI3 (DIN VDE 0207-20)

Inner & Outer Sheath

GM1b rubber inner bedding + 5GM3 (black) or 5GM5 (yellow) outer sheath

Operating Temperature

-25°C to +80°C flexible; -40°C to +80°C fixed; +90°C max conductor (+250°C short-circuit)

Mechanical Limits

Min. bend radius per DIN VDE 0298-3 (4–5 × D fixed, 5–10 × D mobile); max 15 N/mm² static tension

Environmental Resistance

EN 60811-404 oil, IEC 60332-1-2 flame, UV, ozone & heavy site abrasion

Cross-Section Range

Single-core 1×16 to 1×300 mm²; Multi-core 3G/4G/5G/7G–24G (1.5 to 185 mm²)