Control cable PVC H05VV5-F-OZ 2x0.5 mm² grey, black cores numbered acc. to DIN VDE 0293-334 13122

Control cable – reliable connections in harsh conditions

This flexible H05VV5-F-OZ control cable is the ideal solution for applications requiring resistance to oils and lubricants. Made of high-quality PVC, it provides safe and long-lasting connections in machines, conveyors, and production lines. It will work well both in industrial installations and in environments exposed to moisture – breweries, laundries, car washes.

Construction and properties

The cable is characterized by a 2x0.5 mm² construction, which makes it suitable for medium mechanical loads and flexible connections. The multi-wire copper conductors (class 5) are numbered in accordance with DIN VDE 0293-334, which facilitates identification and connection. The core insulation is made of durable PVC TI2, and the outer jacket made of PVC TM5 provides additional protection against mechanical damage and external factors. The cable complies with DIN VDE 0285-525-2-51/ DIN EN 50525-2-51 and IEC 60227/75 standards.

Application and benefits

• Oil resistance: The special oil-resistant PVC makes the cable perfect for industrial environments exposed to contact with oily substances.
• Flexibility: The cable construction allows for easy routing and connection even in tight spaces.
• Wide temperature range: The ability to operate at temperatures from -40°C to +70°C (during installation from -5°C to +70°C) guarantees reliable operation in various conditions.
• Safety: The cable has a fire reaction class Eca, which provides additional safety.
• Durable identification: Numbered cores facilitate correct connection and minimize the risk of errors during installation.
• Rated voltage: The cable is designed to operate at a voltage of 300/500V.
• Outer diameter: Approximately 5.6 mm makes it easier to route cables in tight spaces.

This cable is a solid choice for professionals and end-users looking for a reliable solution for controlling and powering devices in demanding conditions.