Installation cable H07V-U (DY) 1x1.5 black (100m) G-106297

Installation wire – reliability and safety in every installation

This black H07V-U (DY) installation wire with a cross-section of 1.5 mm² is a universal solution for conducting electrical installations in buildings. Supplied in a practical spool of 100 meters in length, it is ideal for both new construction and modernization of existing installations. The wire is designed for transmitting energy and permanent laying in conduits under plaster, on plaster and in cable ducts.

Construction and application – key features for professionals and users

The H07V-U wire is characterized by a single copper core with a diameter of 1.36 mm, insulated with polyvinyl chloride (PVC). The round shape of the wire makes it easy to run through various channels and pipes. The rated voltage of 750 V (U) and 450 V (U0) ensures safe operation in standard electrical installations. Thanks to its construction, the wire is resistant to low temperatures, which increases its durability and reliability in difficult conditions. The resistance of the core is 12.1 Ohm/km.

This wire is used in:

• Electrical installations in residential and commercial buildings
• Laying wires in surface and concealed conduits
• Lighting installations
• Connecting electrical devices requiring stable power supply

Safety and compliance with standards – peace of mind for you and your customers

The wire meets the requirements of IEC 60332-1-2 standard regarding flame retardancy. Additionally, it has a reaction to fire class Eca according to EN 13501-6. Although it does not have a protective barrier or shielding, it provides basic protection against overloads and short circuits. The permissible operating temperature of the wire is from -40°C to +50°C during installation and from -40°C to +70°C after installation, which guarantees its reliable operation in a wide temperature range. The minimum bending radius is 11.04 mm, which facilitates installation even in tight spaces. The weight of the wire is 20.188 kg/km.