Installation cable H07V-K (LGY) 1x2.5 blue H07V-K-2,5 LGY

Installation cable – reliability and safety in your installation

This blue H07V-K (LGY) installation cable with a cross-section of 2.5 mm² is a solid solution for both professionals and end-users. Made of copper, this cable ensures safe and efficient transmission of electrical energy inside buildings. Its flexible construction makes installation easier, especially in places requiring precise cable routing.

Construction and application

The H07V-K cable is a standard installation cable, commonly used in electrical installations in residential, commercial and industrial buildings. Its construction consists of a multi-strand copper core, providing good flexibility, and a polyvinyl chloride (PVC) insulation, guaranteeing safe use. The blue color makes it easy to identify the cable as neutral or protective. This cable is ideal for connecting sockets, lighting and other electrical devices. It can be used in installations routed in protective conduits as well as permanently secured.

Key features and benefits

• Copper as a core material: ensures excellent electrical conductivity and long-lasting reliability.
• Flexible construction: makes it easy to route cables even in difficult conditions and limited space.
• PVC insulation: guarantees high resistance to mechanical damage and external factors, ensuring safe use.
• Rated voltage 450/750 V: enables wide application in various types of electrical installations.
• Compliance with standards: ensures compliance with applicable safety standards (EN 50525-2-31, BS EN 50525-2-31).
• Fire reaction class Eca: increases the level of fire safety of the installation.
• Cross-section 2.5 mm²: optimal choice for most standard electrical circuits in buildings.
• Minimum bending radius 14 mm: allows easy cable routing without the risk of damaging the insulation.

This cable is also characterized by a temperature resistance from -40°C to +70°C, which makes it a universal solution for various environmental conditions. However, remember that the maximum core temperature during operation should not exceed 70°C and during short circuit 160°C.