FLEXTEL® 200 VV-K

$0.00

Flexible 0,6/1kV control cable.

ACCORDING TO: IEC 60502-1.

FLEXTEL® VV-K cable is ideal for connecting motors or frequency converters.

  • Enhanced flexibility

  • Cost-effectiveness

  • For connecting motors or frequency converters

Flexible 0,6/1kV control cable.

ACCORDING TO: IEC 60502-1.

FLEXTEL® VV-K cable is ideal for connecting motors or frequency converters.

  • Enhanced flexibility

  • Cost-effectiveness

  • For connecting motors or frequency converters

Application

FLEXTEL® VV-K cable is suitable for fixed installations with complex layouts where flexible cables are required. It is also ideal for connecting motors or frequency converters. The characteristics of the outer sheath material make this cable extremely versatile as it provides a high level of protection in all types of environments.

Characteristics

  • Copper, class 5 (flexible).

    • 0,6/1kV

    • Maximum conductor temperature: 70ºC.

    • Maximum short-circuit temperature: 160ºC (max. 5 s).

    • Minimum installation and handling temperature: 5ºC.

    • Minimum service temperature: -40ºC (fixed and protected installations).

  • Flame non-propagation according to EN 60332-1 and IEC 60332-1.

    Reaction to fire CPR: Eca according to EN 50575.

    Reduced halogens emission. Chlorine <15%.

    • Minimum bending radius: x5 cable diameter.

    • Impact resistance: AG2 Medium severity.

    • Chemical & Oil resistance: Good.

    • UV Resistant: UNE 211605 annex A.2.

    • Water resistance: AD5 Jets.

    • Open Air.

    • Buried.

    • In conduit.

  • Meter by meter marking (from 10 mm2 onwards).

Typical applications of

FLEXTEL® 200 VV-K

  • FLEXTEL® 200 VV-K cables offer an ideal solution for connecting machinery parts by delivering high flexibility, ensuring continuous and safe operation in dynamic industrial environments.

  • FLEXTEL 200 VV-K cable is suitable for fixed installations with complex layouts where flexible cables are required.

  • FLEXTEL® 200 VV-K cables provide excellent resistance to oils, chemicals, and mechanical stress, ensuring reliable operation in harsh industrial environments. It is also ideal for connecting motors or frequency converters.