Single-core halogen-free cable H05Z-K 1x1 mm² orange, carton 52950

Single-core halogen-free cable – safety and installation flexibility

This orange single-core H05Z-K cable with a cross-section of 1 mm² is a reliable solution for installations where fire safety is a priority. Made of multi-strand, flexible wire, it provides convenient installation and adapts to the needs of various applications. The cable is characterized by a rated voltage of 300V, making it a universal choice for many uses.

Safety and compliance with standards

The cable has been designed with fire safety in mind. Halogen-free insulation limits the emission of toxic gases and smoke, which is crucial for protecting health and life. It meets the requirements of DIN VDE 0285-525-3-41 / DIN EN 50525-3-41, guaranteeing high quality and compliance with European standards. This is particularly important in public places, public buildings, and anywhere where higher fire safety standards are required.

Application and installation

The H05Z-K cable is ideal for indoor applications – both on and under plaster, as well as in closed cable ducts. It will work well as wiring in devices, switchboards or lighting. Thanks to its flexible construction, installation is quick and easy, and the cable copes well with dynamic loads. It can be used in installations with a working voltage of up to 1000V AC or 750V DC to earth. The outer diameter of the cable is approximately 2.65 mm, which makes it easier to route in tight spaces.

• Reduced emission of toxic gases: Halogen-free insulation increases safety in the event of a fire.

• Versatile application: Ideal for wiring devices, switchboards and lighting.

• Flexible construction: Facilitates installation and adapts to different installation conditions.

• Compliance with standards: Meets the requirements of DIN VDE 0285-525-3-41 / DIN EN 50525-3-41 ensuring high product quality.

• Rated voltage: 300V – a universal solution for many electrical applications.

• Wire cross-section: 1 mm² – suitable for a wide range of current loads.