Cable with rubber insulation H07RN-F (OnPD) 9G1.5 H07RN-F-9G1,5 OPD

Universal rubber cable for demanding applications

H07RN-F cable is a flexible solution for powering equipment and machinery where resistance to harsh conditions is required. Its construction with copper conductors and rubber insulation ensures reliability and durability in both fixed and mobile installations. It performs reliably on construction sites, in industry, and in workshops.

Construction and characteristics

This cable features nine copper conductors with a cross-section of 1.5 mm², enabling sufficient power delivery for a variety of loads. The conductors are Class 5 – multi-stranded and highly flexible, facilitating easy installation and providing resistance to material fatigue during repeated bending. Insulation and outer sheath are made of ethylene-propylene rubber (EPR), ensuring high flexibility even at low temperatures, as well as resistance to abrasion and mechanical damage. The absence of a shield or common screen makes this cable suitable for applications where protection against electromagnetic interference is not a priority.

Applications and benefits

• Versatility: Ideal for powering portable equipment, construction machinery, electric tools, and temporary installations.
• Flexibility: Multi-stranded design simplifies routing even in confined spaces and complex pathways.
• Durability: EPR rubber provides resistance to abrasion, oils, and atmospheric agents.
• Safety: Complies with EN 13501-6 Class Eca – indicates limited flammability and low smoke emission in case of fire.
• Easy installation: Color-coded conductors simplify connection to devices.
• Long service life: Robust construction ensures reliable operation over an extended period.
• Resistance to environmental conditions: The cable maintains its properties across a wide operating temperature range.

H07RN-F cable is a proven choice for professionals and users who value quality and reliability. Its versatility ensures application across numerous industries and use cases. The approximate outer diameter is 17.9 mm, and the minimum bending radius for fixed installations is 71.6 mm – both values should be considered during electrical system design.