PVC power cable, shielded NYCWY 4x10/10 RE mm² black, conductor identification acc. to DIN VDE 0293-308 32282

PVC shielded power cable – reliability and safety of installation

This black, shielded power cable NYCWY 4x10/10 RE with a cross-section of 10 mm² is a solid solution for both professional installers and end customers. Designed for a wide range of applications in distribution networks, industry, construction, and as a control cable. Provides safe energy transmission in demanding conditions. The concentric (Ceander) wire construction facilitates branching without cutting the cable, which saves time and increases work safety.

Construction and user properties

The cable is made of high-quality materials, guaranteeing its durability and reliability. Core insulation with PVC and an outer jacket with PVC (DMV5) provide resistance to mechanical damage and atmospheric factors. Copper cores, available in solid or stranded wire versions (class 1 or 2), ensure optimal conductivity. Core color coding according to DIN VDE 0293-308 simplifies identification during installation.

The cable is intended for laying in the ground, outdoors, in water, in indoor spaces, in concrete, and in cable ducts. Thanks to the shielding, it provides an increased level of electrical and mechanical protection. The concentric wire can function as a PE or PEN protective conductor, as well as serve as a screen. The cable's flexibility allows for easy installation even in difficult conditions.

Technical specifications and scope of applications

The NYCWY 4x10/10 RE cable is characterized by a rated voltage of U/U0 of 0.6/1 kV and complies with DIN VDE 0276 part 603, HD 603 S1, and IEC 60502 standards. It can operate at temperatures from -40°C to +70°C (stationary) and from -5°C to +50°C (flexible). The maximum permissible core temperature is 70°C, and the short-term operating temperature is +160°C (for 5 seconds). The outer diameter of the cable is approximately 20.5 mm.

This cable is an ideal solution wherever high reliability and safety of energy transmission are required – both in new installations and during the modernization of existing systems. Its versatility makes it suitable for residential buildings, industrial facilities, and energy infrastructure.