RVVP 3x1.5mm2 Braided Copper Shielded Control Cable Stable Signal for Circuits 300/500V
RVVP 3x1.5mm2 Braided Copper Shielded Control Cable Stable Signal for Circuits 300/500V
Riepilogo Prodotto
RVVP 3x1.5mm2 Braided Copper Shielded Control Cable Stable Signal for Circuits 300/500V Cable Designation & Meaning Code Meaning R Flexible cord V PVC insulation V PVC sheath P Copper braid shield 3×1.5 mm² Three cores of 1.5 mm² copper conductor Construction : Three 1.5 mm² fine-stranded copper ...
Dettagli del prodotto
Evidenziare:
RVVP 3x1.5mm2 shielded control cable
,braided copper shielded 3 core cable
,300/500V flexible control cable
Conductor (×3):
Rame, flessibile (Classe 5), nominale 30×∅0,25 mm (1,5 mm²), conduttore Ø ≈ 2,0 mm per conduttore
Insulation:
PVC (Tipo TI2), spessore nominale 0,7 mm, min. spessore 0,53 mm
Lay-up:
Tre nuclei isolati intrecciati insieme
Shield:
Treccia di rame puro, copertura ≥ 80%, nominale 16×5/0,10 mm
Outer sheath:
PVC (Tipo TM2), spessore nominale 0,9 mm, min. spessore 0,68 mm
Conductor nominal area:
1,0 mm² (Cu) × 3
Number of cores:
3
Conductor material:
Rame (Cu)
Conductor class:
Classe 5 Flessibile
Conductor construction:
30×∅0,25 mm per nucleo
Conductor diameter:
≈ 2,0 mm per nucleo
Insulation thickness (nom.):
0,7 mm
Insulation thickness (min.):
0,53 MM
Shield coverage:
≥ 80%
Outer sheath thickness (nom.):
0.9 mm
Outer sheath thickness (min.):
0,68 millimetri
Overall cable diameter:
8,9 – 8,9 mm
Design outer diameter:
≈ 9,0 mm
Approx. weight:
115–150 kg/km
Design weight:
≈ 132kg/km
Cable shape:
Girare
Descrizione del prodotto
RVVP 3x1.5mm2 Braided Copper Shielded Control Cable Stable Signal for Circuits 300/500V Cable Designation & Meaning Code Meaning R Flexible cord V PVC insulation V PVC sheath P Copper braid shield 3×1.5 mm² Three cores of 1.5 mm² copper conductor Construction : Three 1.5 mm² fine-stranded copper conductors, PVC insulation on each core, laid up together, tinned copper braid shield (≥80% coverage) over the laid-up cores, PVC outer sheath. Applicable Standards GB/T 5023.5-2008 /