Lapp ÖLFLEX CLASSIC 110 Control Cable, 3 Cores, 0.75 mm², YY, Unscreened, 50m, Black PVC Sheath, 18 AWG

Ölflex® Classic 110 black 0.6/1kV cables are control and connecting cables with a black outer sheath for use in dry, damp and wet rooms, under normal mechanical use conditions. At room temperature they are generally resistant to acids, caustic solutions and certain oils. Continuous movement, usage of these cables in moving cable carriers, on motor drum guidance or under a strain of more than 15 N/mm² is not recommended. Ölflex® Classic 110 black 0.6/1kV may be used for control/connecting cable for control system purposes with machine tools, transportation plants, production and assembly lines as well as measuring systems and connecting automatic computer control.

Temperature rating quoted is for flexible use; rating for fixed installation is: -30 up to +80°C

This cable confirms to ECD 73/23/EEC (low voltage directive).

This control cable by Lapp with 18 AWG copper core strands is a reliable and versatile solution for various industrial applications. With a PVC insulation and 0.75 mm² cross-sectional area, this cable is ideal for both fixed installations and occasional movements. The ÖLFLEX CLASSIC 110 series ensures high quality and performance standards.

• PVC insulation provides excellent protection for the conductor
• Copper core strands offer durability and conductivity
• Oil resistant properties make it suitable for harsh environments
• Voltage rating of 600/1000 V allows for versatility

• Ideal for plant engineering and construction projects
• Suitable for use in industrial machinery and heating, air conditioning systems
• Can be used in power stations and stage Applications

This control cable is oil-resistant and can handle a wide range of temperatures, making it suitable for various applications.

Yes, it is designed for both fixed installations and occasional movements, ensuring flexibility and reliability.

Yes, the control cable is reliable for use in industrial machinery and meets high-quality standards for optimal performance.