Lapp ÖLFLEX CONTROL TM Control Cable, 4 Cores, 16 mm² CSA 5 AWG, Unscreened, 50 m, Grey Polyvinyl Chloride Sheath

LAPP ÖLFLEX CONTROL TM Series Control Cable, 16mm² Cross Sectional Area, 4 Number of Cores - 280604

This control cable is a robust solution designed for diverse industrial applications. With a cross-sectional area of 16 mm² and a total length of 50m, this thermoplastic cable is well-suited for power and control transmission in challenging environments. The cable is unshielded, featuring a grey thermoplastic polymer outer jacket that enhances durability and resistance to various operational hazards.

This control cable is a robust solution designed for diverse industrial applications. With a cross-sectional area of 16 mm² and a total length of 50m, this thermoplastic cable is well-suited for power and control transmission in challenging environments. The cable is unshielded, featuring a grey thermoplastic polymer outer jacket that enhances durability and resistance to various operational hazards.

Features & Benefits

• Flame retardant, ensuring enhanced safety in industrial settings• Cold-resistant, performs well in harsh temperature conditions• Flexible design, enabling easy installation and routing• PVC insulated, providing excellent electrical properties and durability

• Flame retardant, ensuring enhanced safety in industrial settings

• Cold-resistant, performs well in harsh temperature conditions

• Cold-resistant, performs well in harsh temperature conditions

• Flexible design, enabling easy installation and routing

• Flexible design, enabling easy installation and routing

• PVC insulated, providing excellent electrical properties and durability

• PVC insulated, providing excellent electrical properties and durability

Applications

• Used in industrial machinery for power transmission• Suitable for plant engineering requiring flexible wiring• Ideal for installation in wind turbine generators requiring torsional resistance• Utilised in settings that adhere to UK safety and performance standards• Effective in situations where exposure to moisture and oil occurs

• Used in industrial machinery for power transmission

• Suitable for plant engineering requiring flexible wiring

• Suitable for plant engineering requiring flexible wiring

• Ideal for installation in wind turbine generators requiring torsional resistance

• Ideal for installation in wind turbine generators requiring torsional resistance

• Utilised in settings that adhere to UK safety and performance standards

• Utilised in settings that adhere to UK safety and performance standards

• Effective in situations where exposure to moisture and oil occurs

• Effective in situations where exposure to moisture and oil occurs

What temperature range can this cable withstand?

It can operate efficiently in temperatures ranging from -40°C to +90°C, making it suitable for a variety of environments.

It can operate efficiently in temperatures ranging from -40°C to +90°C, making it suitable for a variety of environments.

How does this cable perform in terms of mechanical resilience?

The cable features a torsion-resistant structure, which allows it to withstand mechanical stress typically experienced in dynamic applications, such as in wind turbine generators.

The cable features a torsion-resistant structure, which allows it to withstand mechanical stress typically experienced in dynamic applications, such as in wind turbine generators.

What type of conductor is used within this cable?

The cable uses a fine-wire strand made of bare copper, providing optimal conductivity and flexibility.

The cable uses a fine-wire strand made of bare copper, providing optimal conductivity and flexibility.

Can this cable be used in environments with high oil exposure?

The cable is specifically designed to be oil-resistant, making it an appropriate choice for environments where oil is present.

The cable is specifically designed to be oil-resistant, making it an appropriate choice for environments where oil is present.