Lapp OLFLEX CLASSIC 110 Control Cable, 10 Cores, 0.75 mm² CSA 18 AWG, Unscreened, 50 m, Silver Grey Polyvinyl Chloride

LAPP OLFLEX CLASSIC 110 Series Control Cable, 50m Length, 0.75 mm² Cross Sectional Area - 1119110

This control cable is designed for versatile applications in various environments. The 0.75 mm², 10 cores construction ensures efficient power distribution, while the silver-grey PVC sheath offers durability and resistance to environmental factors. Spanning a length of 50m, it is rated for a voltage of 300/500 V, making it suitable for both flexible use and fixed installations.

This control cable is designed for versatile applications in various environments. The 0.75 mm², 10 cores construction ensures efficient power distribution, while the silver-grey PVC sheath offers durability and resistance to environmental factors. Spanning a length of 50m, it is rated for a voltage of 300/500 V, making it suitable for both flexible use and fixed installations.

Features & Benefits

• Unscreened design suitable for dry, damp, and wet areas• Bare copper conductors enhance conductivity and flexibility• Flame-retardant properties ensure safety in various usage• Oil resistance prolongs lifespan in challenging conditions• Maximum tensile load of 15 N/mm² for robust performance

• Unscreened design suitable for dry, damp, and wet areas

• Bare copper conductors enhance conductivity and flexibility

• Bare copper conductors enhance conductivity and flexibility

• Flame-retardant properties ensure safety in various usage

• Flame-retardant properties ensure safety in various usage

• Oil resistance prolongs lifespan in challenging conditions

• Oil resistance prolongs lifespan in challenging conditions

• Maximum tensile load of 15 N/mm² for robust performance

• Maximum tensile load of 15 N/mm² for robust performance

Applications

• Used for power and control in machine tools• Ideal for installation in industrial machinery• Utilised in production and assembly lines• Suitable for measuring and control technology• Effective in conveyor systems and plant engineering

• Used for power and control in machine tools

• Ideal for installation in industrial machinery

• Ideal for installation in industrial machinery

• Utilised in production and assembly lines

• Utilised in production and assembly lines

• Suitable for measuring and control technology

• Suitable for measuring and control technology

• Effective in conveyor systems and plant engineering

• Effective in conveyor systems and plant engineering

What are the electrical and mechanical properties of this cable?

The cable operates at a nominal voltage of 300/500 V and has a conductor resistance of 26Ω/km. For mechanical properties, it can endure bending with a minimum radius of 4 times the outer diameter for fixed installations and maintains functionality within a temperature range of -40°C to +80°C for maximum conductor temperature.

The cable operates at a nominal voltage of 300/500 V and has a conductor resistance of 26Ω/km. For mechanical properties, it can endure bending with a minimum radius of 4 times the outer diameter for fixed installations and maintains functionality within a temperature range of -40°C to +80°C for maximum conductor temperature.

How does this cable perform in outdoor environments?

When used outdoors, it withstands various weather conditions due to its PVC insulation and UV protection capabilities. The cable remains effective down to -40°C, making it suitable for diverse environmental settings.

When used outdoors, it withstands various weather conditions due to its PVC insulation and UV protection capabilities. The cable remains effective down to -40°C, making it suitable for diverse environmental settings.

Can it handle continuous movement in dynamic applications?

While the cable is limited in terms of continuous movement, it is designed to handle occasional flexibility and torsional stress, particularly in applications such as wind turbines, where specific bending cycle limitations apply.

While the cable is limited in terms of continuous movement, it is designed to handle occasional flexibility and torsional stress, particularly in applications such as wind turbines, where specific bending cycle limitations apply.