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RVFV & VVFV / RVFV-K & VVFV-K
APPLICATION AND DESCRIPTIONRVFV & VVFV Cables: The High-Strength Safety Choice, Widely Used in Demanding EnvironmentsThe RVFV and VVFV cable series are high-performance industrial cables designed for fixed installation environments, particularly s…
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APPLICATION AND DESCRIPTION

RVFV & VVFV Cables: The High-Strength Safety Choice, Widely Used in Demanding Environments

The RVFV and VVFV cable series are high-performance industrial cables designed for fixed installation environments, particularly suitable for applications requiring high mechanical strength and rodent resistance. Our RVFV and VVFV cables excel in settings such as warehouses, production workshops, and agricultural facilities, effectively safeguarding against potential rodent threats to ensure reliable and long-lasting power transmission. Additionally, they are highly recommended for street lighting systems with stringent safety requirements.

What’s more, RVFV and VVFV cables are equally capable in areas with potential explosion risks, such as gas stations or flammable material storage facilities, providing an extra layer of safety protection. Compliant with rigorous industry standards, they guarantee safe and stable operation in a variety of complex and hazardous environments.

STANDARDS

UNE 21123-2

IEC 60502

EN 60332-1

IEC 60332-1

CABLE CONSTRUCTION

Rigid electrolytic annealed copper conductor

Class 1 (up to 4mm² ) or 2 (from 6mm² upwards) in accordance with IEC 60228

Class 5 for (RVFV-K/VVFV-K) in accordance with IEC 60228

XLPE insulation (RVFV/RVFV-K) or PVC insulation (VVFV/ VVFV-K) according to IEC 60502

up to 5 conductors: by colors (RVFV/RVFV-K)

6 or more conductors : black numbered + green/yellow. (VVFV/VVFV-K)

Extruded continuous PVC bedding type ST1/ST2 of standard IEC 60502.

Double steel or aluminum tape armour

Flexible PVC compound outer sheath type ST1/ST2 of standard IEC 60502

TECHNICAL CHARACTERISTICS

Working voltage600/1000 volts
Test voltage2000 volts
Minimum bending radius10 x Ø
Working temperature-15°C to +90°C
Short circuit temperature+250°C
Flame retardantIEC 60332.1
Insulation resistance20 MΩ x km

CABLE PARAMETER

AWGNo. of Cores × Nominal Cross Sectional AreaNominal Overall DiameterNominal Weight
# × mm²mmkg/km
61×1614.4345
41×2516477
21×3517.3582
11×5018.5722
2/01×7020.7962
3/01×9522.11173
4/01×12024.61522
300MCM1×15026.51821
350MCM1×18528.52230
500MCM1×24031.72,35
162×1.512.3227
142×2.512.8259
122×413.6311
102×615.8411
82×1017.8552
62×1619.6726
163×1.512.8252
143×2.513.3293
123×414.5367
103×616.3468
83×1018.3641
63×1620.4870
63×16/1021.5996
43×25/1625.11468
23×35/1627.91854
13×50/2529.62101
2/03×70/3537.83683
3/03×95/5041.34613
4/03×120/7046.96,023
300MCM3×150/7054.77455
350MCM3×185/9555.18890
500MCM3×240/12062.511055
164×1.513.2275
144×2.514.4339
124×415.1419
104×617.3545
84×1019.8770
64×1622.31062
44×2526.51602
165×1.514.4320
145×2.515.3390
125×417.2509
105×618.8640
85×1021.3909
65×1625.21304
166×1.515.8394
167×1.515.8412
1610×1.517.8521
1612×1.519.2603
1616×1.520.8714
1619×1.521.8792
1624×1.523.3914
1627×1.525.41015