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Product

Mining trailing & reeling cablesVDE 0250-813 · IEC 605026/10, 8.7/15 & 14/25 kV5.5 mm Yellow TPU · 7.5 × D Reel

(N)TMCGETMPU MV Portable Trailing PUR Cable6/10, 8.7/15 & 14/25 kV 3-core mining trailing & reeling cable with 5.5 mm TPU jacket

Medium-voltage 3-conductor portable trailing and reeling cable (6/10, 8.7/15 and 14/25 kV, 50–185 mm²) based on DIN VDE 0250-813 and IEC 60502, featuring 3 EPR phase cores, 2 grounding conductors, 1 yellow PP ground-check core and a 5.5 mm yellow TPU jacket.

EMC screen

Anti-torsion braid

Outdoor & humid

Oil-resistant

Preview configuration

Order designation: (N)TMCGETMPU · 6/10 kV · 3×95+2×35+1×35
Phase size: 95 mm²
Insul. wall: 3.4 mm
Nom. OD: 62.1 mm
Mass ≈: 6,701 kg/km

Check against my drum All sizes (24)

Request a quote Datasheet WhatsApp

Engineering reply in 2 business hoursCut-to-length export drumsEN 10204 3.1 certificate per drum

Rated voltage: 6/10–14/25 kV
Core arrangement: 3P + 2E + 1GC
Phase size range: 50–185 mm²
Outer jacket: 5.5 mm TPU/PUR
Low-temp. flex: −30 to +90 °C
Min. bend radius: 7.5 × D reeling

Application fit

Is (N)TMCGETMPU / RIT-(N)TMCGETMPU / (N)TMCETMPU (6/10–14/25 kV) right for your machine?

Built for heavy mobile equipment in surface and underground mines and quarries—electric shovels, draglines, continuous miners, shuttle cars, loaders, dredges and blast-hole drills—where SHD-GC-style ground-check continuity (3P + 2G + 1GC) is combined with VDE/IEC metric tinned copper stranding and a 5.5 mm thermoplastic polyurethane (TPU) jacket.

Trailing & towing

Suitable

5.5 mm extra-heavy-duty yellow TPU jacket resists extreme rock cut, tear, impact and haul-road abrasion in surface and underground mines.

Cylindrical / multi-layer drum

Suitable

Tight ≥ 7.5 × D drum reeling bend radius and integral filled jacket (on RIT series) support continuous reeling on shuttle cars and loaders.

Immersion & wet locations

Suitable

Suitable for dry, moist and flooded underground headings, dredge pontoons and outdoor pit sites down to −30 °C.

Festoon & line chain

Not suitable

Heavy 53–86 mm OD round mining trailing construction is not designed for overhead festoon trolleys.

(N)TSFLCGEWÖU MV Flat Reeling Cable

Typical machinesOpencast electric shovels, draglines & drillsUnderground continuous miners & shuttle carsSelf-driven mining loaders & cutting machinesMining dredges & quarry mobile crushersHeavy MV mobile substation & reel feeds

Construction

Layer by layer

Three IEC 60228 Class 5 tinned copper power conductors (0.40 mm wire diameter, 50–185 mm²) with conductor shield, high-grade thermosetting EPR insulation (exceeding Type 3GI3) and strippable outer semiconductive shield (plus a tinned-copper/coloured-textile mixed braid on the (N)TMCETMPU series) are cabled together with two uninsulated/semicon-contact flexible tinned copper grounding conductors and one yellow polypropylene-insulated ground-check conductor under an overall semiconductive/rubber-filled binder tape and a 5.5 mm yellow thermoplastic polyurethane (TPU) outer jacket.

Schematic, not to scale — generated from the layer data

#	Layer	Material & reference
1	Power conductors	Finely stranded Class 5 tinned copper (0.40 mm wires, 50 to 185 mm²)IEC 60228 Class 5
2	Conductor shield	Extruded inner semiconductive layer over each power conductorDIN VDE 0250-813 · IEC 60502
3	EPR core insulation	Special thermosetting EPR exceeding Type 3GI3 (3.4/4.5/6.8 mm on Standard & Braid; 2.9/3.7/5.5 mm on RIT)DIN VDE 0207-20
4	Insulation shield	Strippable outer semiconductive elastomer layer (triple-extruded on (N)TMCETMPU)DIN VDE 0250-813
5	Mixed Cu/textile core braid ((N)TMCETMPU)	Mixed braid of tinned copper wires and black, white, red identification textile threads on (N)TMCETMPU series(N)TMCETMPU series
6	Grounding conductors (2 × G)	Two finely stranded flexible tinned copper grounding conductors (2×16 to 2×70 mm²)IEC 60228
7	Ground-check conductor (GC)	One annealed tinned copper conductor (10, 16 or 35 mm²) with yellow polypropylene insulationIEC 60228
8	Overall binder tape	Semiconductive or rubber-filled binder tape over the cabled core assemblyCore assembly
9	Outer jacket (TPU / PUR)	5.5 mm extra-heavy-duty yellow thermoplastic polyurethane compound (integral filled on RIT series)DIN VDE 0250-813

(N)TMCGETMPU Standard-Wall (70–185 mm²)

3.4 / 4.5 / 6.8 mm EPR wall · 35 mm² yellow PP ground-check core · Semiconductive shield + 5.5 mm yellow TPU jacket

RIT-(N)TMCGETMPU Reduced-Wall (70–185 mm²)

2.9 / 3.7 / 5.5 mm reduced EPR wall · Integral filled 5.5 mm TPU jacket for higher torsion resistance & smaller OD/weight

(N)TMCETMPU Braid-Screened (50–185 mm²)

Triple-extruded EPR + tinned copper / coloured textile (black, white, red) mixed braid over each power core · 10/16/35 mm² GC

Technical data

Ratings & operating limits

Electrical

Rated voltage U0/U: 6/10 kV · 8.7/15 kV · 14/25 kV three-conductor portable trailing & reeling cable
5-minute AC test voltage: 17 kV AC for 6/10 kV · 24 kV AC for 8.7/15 kV · 36 kV AC for 14/25 kV (5 min duration)
Grounding & ground-check circuit: 2 finely stranded tinned Cu grounding cores (2×16 to 2×70 mm²) + 1 yellow polypropylene-insulated ground-check core (10, 16 or 35 mm²)

Thermal

Conductor temperature ratings: +90 °C continuous · +130 °C short-time overload (2 h) · +250 °C short-circuit (+200 °C on RIT series)
Low-temperature flexibility: Flexible down to −30 °C

Mechanical

Minimum bending radius: ≥ 4 × D fixed installation · ≥ 7.5 × D free bending on reeling drum
Jacket thickness & torsion lock: 5.5 mm extra-heavy-duty yellow thermoplastic polyurethane (TPU) jacket (integral filled on RIT series for higher torsion resistance)

Resistance

Abrasion, tear, oil & flame: Extra-heavy TPU jacket with high tear/impact resistance, oil resistance, UV/ozone resistance and MSHA flame reference
Insulation wall systems: Standard wall (3.4 / 4.5 / 6.8 mm EPR) vs RIT Reduced Insulation Thickness (2.9 / 3.7 / 5.5 mm high-grade EPR, better than 3GI3)

Reference standards

Design standards: Based on DIN VDE 0250-813 · IEC 60502 · IEC 60228 Class 5 (0.40 mm fine tinned copper wires)
Core screening variants: (N)TMCGETMPU & RIT-(N)TMCGETMPU: strippable semicon shield + semicon binder · (N)TMCETMPU: triple-extruded EPR + tinned Cu / coloured textile mixed braid

Identification

Core & jacket identification: Yellow polypropylene ground-check core · Black, white, red textile braid ID threads on (N)TMCETMPU · Ink-jet printed Yellow TPU jacket
Sub-series covered: (N)TMCGETMPU (12 sizes) · RIT-(N)TMCGETMPU Reduced-Wall (12 sizes) · (N)TMCETMPU Braid-Screened (15 sizes)

Sizes

39 configurations across (N)TMCGETMPU, RIT-(N)TMCGETMPU and (N)TMCETMPU (6/10, 8.7/15 & 14/25 kV)

Switch between Standard / Reduced-Insulation (RIT) series (70–185 mm²) and Copper/Textile Braid-Screened (N)TMCETMPU series (50–185 mm²).

(N)TMCGETMPU & RIT-(N)TMCGETMPU (24 configs)
Designation Series & Size	Wall Type	Voltage kV	Phase mm²	Phase strand N × mm	2×Earth + 1×GC mm²	Insul. mm	TPU Jacket mm	Nom. OD mm	DC Res. 20°C Ω/km	Ampacity 30°C A	Mass ≈ kg/km
(N)TMCGETMPU · 6/10 kV · 3×70+2×35+1×35	Standard	6/10	70	514×0.4	2×35 + 1×35	3.4	5.5	54.3	0.277	250	5,334
(N)TMCGETMPU · 6/10 kV · 3×95+2×35+1×35	Standard	6/10	95	684×0.4	2×35 + 1×35	3.4	5.5	62.1	0.210	301	6,701
(N)TMCGETMPU · 6/10 kV · 3×120+2×50+1×35	Standard	6/10	120	870×0.4	2×50 + 1×35	3.4	5.5	65.8	0.164	352	7,267
(N)TMCGETMPU · 6/10 kV · 3×185+2×70+1×35	Standard	6/10	185	1325×0.4	2×70 + 1×35	3.4	5.5	75.1	0.108	461	10,900
(N)TMCGETMPU · 8.7/15 kV · 3×70+2×35+1×35	Standard	8.7/15	70	514×0.4	2×35 + 1×35	4.5	5.5	62.7	0.277	265	5,900
(N)TMCGETMPU · 8.7/15 kV · 3×95+2×35+1×35	Standard	8.7/15	95	684×0.4	2×35 + 1×35	4.5	5.5	67.7	0.210	319	6,900
(N)TMCGETMPU · 8.7/15 kV · 3×120+2×50+1×35	Standard	8.7/15	120	870×0.4	2×50 + 1×35	4.5	5.5	71.7	0.164	371	8,200
(N)TMCGETMPU · 8.7/15 kV · 3×185+2×70+1×35	Standard	8.7/15	185	1325×0.4	2×70 + 1×35	4.5	5.5	76.2	0.108	488	11,900
(N)TMCGETMPU · 14/25 kV · 3×70+2×35+1×35	Standard	14/25	70	514×0.4	2×35 + 1×35	6.8	5.5	69.2	0.277	265	7,800
(N)TMCGETMPU · 14/25 kV · 3×95+2×35+1×35	Standard	14/25	95	684×0.4	2×35 + 1×35	6.8	5.5	74.8	0.210	319	8,800
(N)TMCGETMPU · 14/25 kV · 3×120+2×50+1×35	Standard	14/25	120	870×0.4	2×50 + 1×35	6.8	5.5	77.8	0.164	371	9,200
(N)TMCGETMPU · 14/25 kV · 3×185+2×70+1×35	Standard	14/25	185	1325×0.4	2×70 + 1×35	6.8	5.5	85.8	0.108	488	13,800
RIT-(N)TMCGETMPU · 6/10 kV · 3×70+2×35+1×35	RIT Reduced	6/10	70	514×0.4	2×35 + 1×35	2.9	5.5	53.2	0.277	250	5,050
RIT-(N)TMCGETMPU · 6/10 kV · 3×95+2×35+1×35	RIT Reduced	6/10	95	684×0.4	2×35 + 1×35	2.9	5.5	61.0	0.210	301	6,401
RIT-(N)TMCGETMPU · 6/10 kV · 3×120+2×50+1×35	RIT Reduced	6/10	120	870×0.4	2×50 + 1×35	2.9	5.5	64.7	0.164	352	7,067
RIT-(N)TMCGETMPU · 6/10 kV · 3×185+2×70+1×35	RIT Reduced	6/10	185	1325×0.4	2×70 + 1×35	2.9	5.5	74.0	0.108	461	10,300
RIT-(N)TMCGETMPU · 8.7/15 kV · 3×70+2×35+1×35	RIT Reduced	8.7/15	70	514×0.4	2×35 + 1×35	3.7	5.5	61.0	0.277	265	5,300
RIT-(N)TMCGETMPU · 8.7/15 kV · 3×95+2×35+1×35	RIT Reduced	8.7/15	95	684×0.4	2×35 + 1×35	3.7	5.5	66.0	0.210	319	6,300
RIT-(N)TMCGETMPU · 8.7/15 kV · 3×120+2×50+1×35	RIT Reduced	8.7/15	120	870×0.4	2×50 + 1×35	3.7	5.5	70.0	0.164	371	7,600
RIT-(N)TMCGETMPU · 8.7/15 kV · 3×185+2×70+1×35	RIT Reduced	8.7/15	185	1325×0.4	2×70 + 1×35	3.7	5.5	77.5	0.108	488	11,300
RIT-(N)TMCGETMPU · 14/25 kV · 3×70+2×35+1×35	RIT Reduced	14/25	70	514×0.4	2×35 + 1×35	5.5	5.5	67.4	0.277	265	7,200
RIT-(N)TMCGETMPU · 14/25 kV · 3×95+2×35+1×35	RIT Reduced	14/25	95	684×0.4	2×35 + 1×35	5.5	5.5	73.0	0.210	319	8,200
RIT-(N)TMCGETMPU · 14/25 kV · 3×120+2×50+1×35	RIT Reduced	14/25	120	870×0.4	2×50 + 1×35	5.5	5.5	76.0	0.164	371	8,600
RIT-(N)TMCGETMPU · 14/25 kV · 3×185+2×70+1×35	RIT Reduced	14/25	185	1325×0.4	2×70 + 1×35	5.5	5.5	84.0	0.108	488	13,200

All 24 configurations in this view use 254×0.4 mm (35 mm²) ground-check conductors with yellow polypropylene insulation and a 5.5 mm yellow TPU outer jacket.
RIT-(N)TMCGETMPU uses reduced EPR insulation thickness (2.9 / 3.7 / 5.5 mm vs 3.4 / 4.5 / 6.8 mm) and an integral filled TPU jacket to reduce cable diameter and mass by ~300–600 kg/km.

(N)TMCETMPU Cu/Textile Braid-Screened (15 configs)
Designation (N)TMCETMPU	Voltage kV	Phase mm²	Phase strand N × mm	2×Earth + 1×GC mm²	Insul. mm	TPU Jacket mm	Nom. OD mm	DC Res. 20°C Ω/km	Ampacity 30°C A	Mass ≈ kg/km
(N)TMCETMPU · 6/10 kV · 3×50+2×16+1×10	6/10	50	364×0.4	2×16 + 1×10	3.4	5.5	54.0	0.393	202	4,307
(N)TMCETMPU · 6/10 kV · 3×70+2×35+1×10	6/10	70	514×0.4	2×35 + 1×10	3.4	5.5	54.8	0.277	250	5,534
(N)TMCETMPU · 6/10 kV · 3×95+2×35+1×16	6/10	95	684×0.4	2×35 + 1×16	3.4	5.5	62.6	0.210	301	6,901
(N)TMCETMPU · 6/10 kV · 3×120+2×50+1×10	6/10	120	870×0.4	2×50 + 1×10	3.4	5.5	66.3	0.164	352	7,467
(N)TMCETMPU · 6/10 kV · 3×185+2×70+1×35	6/10	185	1325×0.4	2×70 + 1×35	3.4	5.5	75.6	0.108	461	11,100
(N)TMCETMPU · 8.7/15 kV · 3×50+2×16+1×10	8.7/15	50	364×0.4	2×16 + 1×10	4.5	5.5	60.3	0.393	215	4,900
(N)TMCETMPU · 8.7/15 kV · 3×70+2×35+1×10	8.7/15	70	514×0.4	2×35 + 1×10	4.5	5.5	63.2	0.277	265	6,100
(N)TMCETMPU · 8.7/15 kV · 3×95+2×35+1×16	8.7/15	95	684×0.4	2×35 + 1×16	4.5	5.5	68.2	0.210	319	7,100
(N)TMCETMPU · 8.7/15 kV · 3×120+2×50+1×10	8.7/15	120	870×0.4	2×50 + 1×10	4.5	5.5	72.2	0.164	371	8,400
(N)TMCETMPU · 8.7/15 kV · 3×185+2×70+1×35	8.7/15	185	1325×0.4	2×70 + 1×35	4.5	5.5	76.7	0.108	488	12,100
(N)TMCETMPU · 14/25 kV · 3×50+2×16+1×10	14/25	50	364×0.4	2×16 + 1×10	6.8	5.5	65.1	0.393	215	6,800
(N)TMCETMPU · 14/25 kV · 3×70+2×35+1×10	14/25	70	514×0.4	2×35 + 1×10	6.8	5.5	69.7	0.277	265	8,000
(N)TMCETMPU · 14/25 kV · 3×95+2×35+1×16	14/25	95	684×0.4	2×35 + 1×16	6.8	5.5	75.3	0.210	319	9,000
(N)TMCETMPU · 14/25 kV · 3×120+2×50+1×10	14/25	120	870×0.4	2×50 + 1×10	6.8	5.5	78.3	0.164	371	9,400
(N)TMCETMPU · 14/25 kV · 3×185+2×70+1×35	14/25	185	1325×0.4	2×70 + 1×35	6.8	5.5	86.3	0.108	488	14,000

(N)TMCETMPU adds a mixed braid of tinned copper wires and coloured textile identification threads (black, white, red) over each triple-extruded EPR power core.

Reel check

Will it fit your machine?

A first screen using datasheet values. Engineering confirms drum geometry, acceleration and tension with your quotation.

Cable sizeDrum core diameter (mm)

Cable length on drum (m)

Enter your drum core diameterMinimum for this size is about 994 mm

Minimum bending radius: 497 mm
Min. drum core diameter: ≈ 994 mm
Cable weight on drum: 670.1 kg
Outer diameter: 62.1 mm

Indicative only: based on the datasheet outer diameter and 8 × OD bending radius. Current derating for wound layers per DIN VDE 0298-4 is assessed separately.

Quality & approvals

Testing & inspection

Routine tests on every production length, sample and type tests per batch — documented on an EN 10204 3.1 inspection certificate.

ConductorClass 5 stranding
Spark test100 % in-line
Lay-upCores, earth, fillers
SheathingInner, braid / screen, outer
Electrical testsAC voltage, resistance
DimensionsOD, wall thickness
Inspection documents & dispatchDrum & dispatch

Testing & inspection	Test value / reference	Frequency
Routine tests
17 / 24 / 36 kV AC 5-minute dielectric test	17 kV AC (6/10 kV), 24 kV AC (8.7/15 kV) or 36 kV AC (14/25 kV) for 5 minutes on every shipping length	Every shipping drum
Phase, grounding & yellow PP ground-check DC resistance	20 °C DC conductor resistance verified on all 3 phase cores, 2 grounding cores and 1 ground-check core per IEC 60228	Every shipping drum
Sample tests
−30 °C cold-flex, TPU abrasion & MSHA flame verification	5.5 mm yellow TPU jacket tested for −30 °C flexibility, oil/tear/impact resistance and flame performance	Production batch

Inspection certificate

Issued with every drum, listing the routine test results for that length.

Product approvals

VDE 0250-813 · IEC 60502CE · LVDRoHS · REACH

Company certificates

ISO 9001ISO 14001ISO 45001VDE marks approvalUL / cULCE · LVD / EMC

Marking & supply

Ordering & delivery

Sheath marking

TEBAOFLEX · (N)TMCGETMPU · VDE 0250-813 / IEC 60502 · MSHA

Delivery form: 500 m ((N)TMCGETMPU) or 300 m ((N)TMCETMPU) standard wooden drums
Lengths: 300 m / 500 m standard drums or custom cut lengths on request
Certificate: EN 10204 3.1 5-minute HV test certificate with every drum
Quote response: Engineering specification and quote within 2 business hours

Technical documents

Downloads

PDF(N)TMCGETMPU MV Portable Trailing PUR Cable – technical datasheet24 sizes · construction, technical data, approvals XLSX(N)TMCGETMPU / RIT-(N)TMCGETMPU / (N)TMCETMPU (6/10–14/25 kV) spec data (Excel)All 24 sizes with dimensions and data, for your BOM or quotation

Revision: 2026-10-20
Updated: 2026-10-20

FAQ

Questions engineers ask first

Not covered here? Send your drawing — an engineer replies within 2 business hours.

How do (N)TMCGETMPU, RIT-(N)TMCGETMPU and (N)TMCETMPU differ from one another?

All three are 6/10, 8.7/15 and 14/25 kV three-conductor round portable trailing cables with two grounding conductors, one yellow polypropylene-insulated ground-check conductor, and a 5.5 mm yellow TPU outer jacket. (N)TMCGETMPU uses standard EPR insulation thickness (3.4 / 4.5 / 6.8 mm) with strippable semiconductive shields; RIT-(N)TMCGETMPU uses reduced EPR insulation thickness (2.9 / 3.7 / 5.5 mm) and an integral filled TPU jacket to reduce diameter and weight while increasing torsion resistance; and (N)TMCETMPU adds a tinned-copper and coloured-textile (black, white, red) mixed braid screen over each triple-extruded EPR core.

Why does this VDE/IEC cable family include a yellow polypropylene ground-check (GC) core and MSHA reference?

Global surface and underground mine operators frequently deploy North American-style shovels, draglines, continuous miners and shuttle cars (which require a 3P + 2G + 1 yellow PP ground-check pilot loop and MSHA flame compliance) on 50 Hz metric MV distribution systems (6/10, 8.7/15 or 14/25 kV). (N)TMCGETMPU bridges ICEA SHD-GC ground-check architecture with IEC 60228 Class 5 metric stranding and a 5.5 mm European polyurethane (TPU) jacket.

What is the advantage of the ≥ 7.5 × D drum bending radius?

Standard MV trailing cables typically require 10 × D to 12 × D on reeling drums. Using 0.40 mm Class 5 tinned copper wires, high-elongation thermosetting EPR and an extra-flexible TPU jacket allows (N)TMCGETMPU to operate at ≥ 4 × D in fixed routing and ≥ 7.5 × D on compact shuttle-car and loader reels.

What overload temperature is permitted during peak shovel or loader duty cycles?

The thermosetting EPR insulation is rated for +90 °C continuous conductor operation, up to +130 °C short-time emergency overload (up to 2 hours), and +250 °C short-circuit (+200 °C on the reduced-wall RIT series).

Request a quote

Get an engineering quote for (N)TMCGETMPU / RIT-(N)TMCGETMPU / (N)TMCETMPU (6/10–14/25 kV)

Your selection and application details are copied into the enquiry form below.

01Selected sizes

Use + Add next to a size or configuration.

02Reel & motion

Add your operating conditions here to include them in your enquiry.

Reel typeDrum core diameter (mm)Cable length on drum (m)Travel speed (m/min)Max. accelerationCycles per hourLength and quantityAmbient temperatureExposure (outdoor, water, oil, abrasion)Destination countryEquipment and operating conditions

03Message for our engineers

(N)TMCGETMPU Portable Trailing Cable

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Reel & motion:
- Reel type: 
- Drum core diameter (mm): 
- Cable length on drum (m): 
- Travel speed (m/min): 
- Max. acceleration: 
- Cycles per hour: 
- Length and quantity: 
- Ambient temperature: 
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- Destination country: 
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Datasheet Request a quote

(N)TMCGETMPU MV Portable Trailing PUR Cable6/10, 8.7/15 & 14/25 kV 3-core mining trailing & reeling cable with 5.5 mm TPU jacket

Trailing & towing

Cylindrical / multi-layer drum

Immersion & wet locations

Festoon & line chain

(N)TMCGETMPU Standard-Wall (70–185 mm²)

RIT-(N)TMCGETMPU Reduced-Wall (70–185 mm²)

(N)TMCETMPU Braid-Screened (50–185 mm²)

Electrical

Thermal

Mechanical

Resistance

Reference standards

Identification

Check results

Inspection certificate

Product approvals

Company certificates

01Selected sizes

02Reel & motion

03Message for our engineers

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