YMvKss Dca / Cca Bare Copper Unshielded XLPE PVC 0.6/1KV Installation Cable

About:

• YMvKss Dca / Cca: This is likely a specific designation for a type of electrical cable. The letters and numbers in the name typically represent various characteristics such as the materials used, voltage rating, and safety standards.
• Bare Copper: Indicates that the conductive material inside the cable is made of bare copper, known for good conductivity and durability.
• Unshielded: This cable does not have additional shielding layers, which are typically used to protect against electromagnetic interference.
• XLPE PVC: Refers to the insulation and jacketing materials used in the cable. XLPE stands for Cross-Linked Polyethylene, known for its high temperature resistance and good electrical properties. PVC stands for Polyvinyl Chloride, a common material used for the outer sheathing.
• 0.6/1KV: Suggests the voltage rating for the cable, indicating it is suitable for use in systems up to 1 kilovolt.

Also Known As:

• May be referred to by its specific construction characteristics, like "Unshielded XLPE-insulated Copper Cable" or similar variants.

Application:

• Highly flexible power cable for general use in construction works, for which fire behavior requirements apply. 
• YMvKss Dca and Cca is suitable for use in low-voltage installations up to 0.6/1 kV, as described in NEN 1010. The two cable types in our range comply with fire classification Dca-s3,d2,a3 or Cca-s2,d2,a3 for construction works and usage functions with a medium fire risk (NEN 8012).

Standards:

• The Dca / Cca part of the name may refer to its compliance with certain European fire safety standards for cables.
• Likely meets international and/or regional standards for safety, performance, and quality for electrical cables.

Construction:

• Conductor: smooth bare copper round
• Insulation: vulcanized polyethylene (XLPE)
• Veins: 2 to 5 cores: filled into a round whole
• Inner jacket: n/a
• Braiding: n/a
• Outer sheath: polyvinyl chloride (PVC)

Features:

• High conductivity and durability due to copper conductors.
• Good thermal and electrical insulation properties from XLPE.
• Resistant to a variety of environmental factors, including temperature fluctuations and moisture, due to PVC sheathing.
• Suitable for medium voltage applications up to 1KV.
• Meets specific safety and performance standards, potentially including fire resistance.