This robust and flexible TITANEX® H07 RN-F 4G6 mm² rubber cable is the ideal solution for both professionals and end-users who need reliable power in harsh conditions. Compliant with EN 50525-2-21, it is designed for use in mobile and stationary industrial installations, on construction sites, in machine parks, factories, and also in temporary installations – for example, during festivals or sports competitions.

The TITANEX® cable is distinguished by its exceptional resistance to extreme temperatures, weather conditions, and most chemicals. The possibility of direct laying in the ground without additional protection makes it particularly practical for outdoor applications. This ensures long-lasting and safe operation in demanding environments.

Construction and properties ensuring durability

The cable is made of high-quality materials. Multi-wire copper conductors, class 5 (DIN VDE 0295/IEC 60228) provide good conductivity and flexibility. The insulation made of a special cross-linked elastomer guarantees reliable protection against mechanical damage and external factors. The coating made of the same material further increases resistance to abrasion and UV radiation.

Un-tinned, flexible copper conductors – ensure good electrical conductivity and facilitate assembly.
Special cross-linked elastomer insulation – guarantees high resistance to mechanical and chemical damage.
UV and weather resistance – enables use outdoors without risk of material degradation.
Oil resistance – expands the range of applications in industrial environments.
RoHS compliant – confirms the absence of harmful substances in the composition.

Operating parameters and safety

The TITANEX® H07 RN-F 4G6 mm² cable is characterized by a wide range of operating temperatures: from -25°C to +55°C (flexible) and from -25°C to +90°C (maximum operating temperature of the conductors). The maximum temperature during a short circuit is +250°C. The operating voltage is U0/U 450/750 V or U0/U 600/1000 V when permanently laid in protected installations. The minimum bending radius is 6-8x the cable diameter for flexible laying and 3x or 4x the cable diameter for permanent laying (depending on the diameter). The cable has a CPR class of Eca, which means its European compliance with fire safety standards.