XLPE Insulated 6 AWG Copper Concentric Cable with 0.6/1kV Rated Voltage and Customizable Length
Proprietà di base
Luogo di origine:
Hebei, Cina
Marchio:
Minfeng
Certificazione:
ISO,CE,IEC,TUV,KEMA
Numero di modello:
Cavo concentrico
Proprietà Commerciali
Quantità minima di ordine:
100
Prezzo:
0.1-5
Termini di pagamento:
L/C, T/T
Capacità di fornitura:
100 km/settimana
Specifiche
| Insultion: | XLPE, XLPO | Cable Length: | 10m-1000m |
| Package: | Bobina di legno | Outer Sheath Color: | Nero o secondo richiesto |
| Voltage Rating: | 0.6/1KV | Trademark: | Gruppo di cavi Minfeng |
| Cable Color: | nero o su misura |
Descrizione di prodotto
Concentric Cable Copper 6 AWG
Product Overview
High-quality concentric cable designed for reliable energy supply applications. This 6 AWG cable features copper or aluminum conductors with robust insulation and jacketing materials suitable for various industrial environments.
Key Specifications
Rated Voltage
1 kV, 0.6 kV
Size
6 AWG
Conductor Material
Copper or Aluminum
Insulation Material
PVC/PE/XLPE
Working Temperature
90°C, 70°C
Jacket
PVC/PE/XLPE
Application
Energy Supply
Rated Current
16 A, 30 A
Type
Low Voltage
Place of Origin
Hebei, China
Model Number
BS 7870 NYCY
Brand Name
Minfeng
Product Images
Technical Specifications
| Specification | Value |
|---|---|
| Place of Origin | China, Hebei |
| Insulation Material | PVC/PE/XLPE |
| Application | Energy Supply |
| Conductor Material | Copper or Aluminum |
| Jacket | PVC/PE/XLPE |
| Brand Name | Minfeng |
| Model Number | BS 7870 NYCY |
| Type | LOW VOLTAGE |
Valutazione complessiva
cinque stelle
100%
4 stelle
0
3 stelle
0
2 stelle
0
1 stella
0
All Reviews
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MIn an industry plagued by shortages, this manufacturer’s ability to maintain a steady lead time is a massive asset to our supply chain.
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IThe custom branding and color-coding on our recent order were executed perfectly. It’s great to work with a team that follows branding guidelines so strictly.
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CWe’ve integrated these fiber optic cables into our latest data center project. The attenuation levels are remarkably low, exceeding our performance benchmarks.
