VO-YMvKas Dca Armored Power Cable 0.6/1 KV Copper Conductor with XLPE Insulation for Industrial Use
Basic Properties
Place of Origin:
China
Brand Name:
Minfeng
Certification:
ISO,CE,IEC,TUV,KEMA
Model Number:
VO-YMvKas Dca cable
Trading Properties
Minimum Order Quantity:
100m
Price:
0.1-5
Payment Terms:
L/C,T/T
Supply Ability:
100KM/Week
Specifications
| Outer Sheath: | PVC | Cable Application: | Industrial |
| Insulation: | XLPE | Standard Compliance: | IEC 60228 |
| Transport Package: | Wooden Steel Drum | Free Sample: | Avaliable |
Product Description
VO-YMvKas Dca Armored Power Cables 0.6/1 KV Copper Conductor
Braided power cables 0.6/1 kV suitable for all applications described in NEN1010 low voltage installations and where fire safety is required. These cables are suitable as ground cables.
Product Specifications
| Rated Voltage | 0.6/1 kV |
| Size | 1.5-10 mm² |
| Conductor Material | Copper |
| Insulation Material | XLPE |
| Working Temperature | -15°C to 90°C |
| Jacket | PVC |
| Application | Industrial |
| Type | Low Voltage |
| Place of Origin | Hebei, China |
| Model Number | VO-YMvKas Dca cable |
| Brand Name | Minfeng |
| Standard | IEC 60228 |
Technical Features
- Suitable as installation cable
- Conductor surface: Bare
- Standardization conductor material: IEC 60228
- Shape of conductor: Round
- Material core insulation: Crosslinked polyethylene (XLPE)
- Conductor coding in accordance with HD 308 S2
- Drain wire included
- Armouring: Braiding
- Material outer sheath: Polyvinyl chloride (PVC)
- Flame retardant: IEC 60332-1 / IEC 60332-3-24 Cat. C
- Reaction-to-fire according to EN 13501-6: Class Dca
- Flaming droplets/particles: d2
- Acidity: a3
- UV resistant with good UV rating
- Test duration: 3000 ≤ h < 6000
- Max. conductor temperature: 90°C
- Permitted cable outer temperature during assembling/handling: 0°C to 70°C
- Nominal voltage U0: 0.6 kV
- Nominal voltage U: 1 kV
- Test voltage: 3.5 kV
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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.
