Household cable H03VV-F (OMY) 2x0.5 OMY-2X0,5 H03VV-F

Universal cable for household installations and portable devices

Household cable H03VV-F (OMY) 2x0.5 is a flexible solution for the safe power supply of various electrical devices. It performs reliably both in fixed indoor installations and when powering portable equipment, where high flexibility is required. Manufactured with stranded copper conductors, it ensures reliable connections and excellent conductivity.

Construction and application

The OMY 2x0.5 cable features a design tailored for typical household applications. Two copper conductors with a cross-section of 0.5 mm² are insulated with polyvinyl chloride (PVC), and the entire assembly is covered with an additional outer sheath of the same material. The round shape facilitates cable routing through cable glands and ensures an aesthetically pleasing installation. This cable is ideal for connecting table lamps, radios, vacuum cleaners, and other low-power devices. It can also be used in lighting circuits and electrical outlets within indoor environments.

Key features and benefits

• Flexibility: Stranded conductor construction provides high flexibility, simplifying installation and use in areas subject to bending.
• Safety: PVC insulation and sheath offer excellent protection against electric shock and mechanical damage.
• Versatility: OMY 2x0.5 cable is suitable for both fixed installations and powering portable devices.
• Durability: Materials used in production ensure long-term reliability and resistance to indoor environmental conditions.
• Compliance with standards: The cable meets requirements of standards PN-91/E-90103 and PN-EN 50525-1:2011, guaranteeing safety and quality.
• Easy installation: Round cable shape simplifies routing through cable glands and ensures a neat installation appearance.
• Rated voltage: Designed for operation at 300/300V.

Thanks to these properties, the H03VV-F (OMY) 2x0.5 cable provides a reliable solution for every installer and end-user seeking a safe and convenient way to power their electrical devices.