PVC flat cable screened EMC-preferred type PVC-flat-CY VCVH6-F cable

PVC flat cable screened EMC-preferred type PVC-flat-CY VCVH6-F cable are two commonly used types of cables in both industrial and residential applications. Each cable has unique structural characteristics and advantages. This article will provide a detailed overview of the structure, features, and uses of these cables, and compare them.

Structure  of PVC flat cable

1. Conductor: Typically made of bare copper or tinned copper wires to ensure good electrical conductivity.
2. Insulation: Uses polyvinyl chloride (PVC) as the insulating material, which offers safe operation of the cable.
3. Outer Sheath: Also made of PVC, which provides physical protection against mechanical damage.

PVC flat cable Features:

• Flexibility: The flat shape makes the cable flexible and easy to bend, suitable for tight spaces.
• Easy Installation: The flat design facilitates cable laying and installation, especially on flat surfaces.
• Durability: PVC material offers chemical stability and resistance to aging.

Uses: Ideal for household appliances, power and lighting systems, especially where surface mounting is required, like under floors, within walls, or inside machinery.

Structure and Features of PVC-flat-CY Cable

Structure:

1. Conductor: Also uses bare copper or tinned copper wires.
2. Insulation: PVC is used for insulation.
3. Shielding: Includes a braided copper wire shielding layer, effectively reducing electromagnetic interference.
4. Outer Sheath: Made of PVC, similar to the PVC Flat Cable but with enhanced thickness and resistance to external forces.

Features:

• Enhanced Interference Resistance: The copper wire braid shielding improves the cable's ability to resist electromagnetic interference.
• Enhanced Protection: More complex structure offers better mechanical protection and durability.
• Broad Applications: Suitable for control systems, data communication, and information transmission, especially in industrial environments requiring interference resistance.

Uses: Widely used in control systems, data communications, and information transmission sectors, especially suited for environments with high electromagnetic interference.