General
Nominal voltage	0,6/1 kV
Test voltage	4000 V
Wire identification	numbers
Insulating material	PVC
Outer sheath	PVC
Wall thickness outer sheath	min. 1.8 mm
Application	Fixed installation, occasional movement without tensile stress
Application range	dry and damp rooms, outdoor use
Chemical resistance	Acids, alkalis, conditionally oil-resistant
Flame retardancy	Classified according to EU Directive 305/2011 (BauPVO/CPR)
Flexibility	Flexible
Torsion resistance	suitable for torsion applications in wind turbines

The control cable ÖLFLEX® CLASSIC 110 from Lapp, type 7G1,5, is a flexible cable designed for use in industrial and machine engineering applications. It is designed for electrical circuits that require a higher rated voltage due to installation conditions, and is suitable for fixed installation as well as occasional movement without tensile stress. The cable is universally applicable for wiring internal machine and cross-system control circuits, and can be used in dry and damp rooms as well as outdoors, provided the temperature range is considered. The PVC outer sheath is resistant to acids and alkalis and conditionally oil-resistant, increasing its suitability for various industrial environments.

Applications
ÖLFLEX® CLASSIC 1110 is suitable for medium mechanical stress and is frequently used in automation technology, machine and plant engineering, as well as in wind energy. The cable construction is specifically designed for torsion applications in wind turbines, enabling high durability under rotational stress. The cable is suitable for outdoor use, with weather resistance ensured by the robust PVC sheath.

Functions and Features in Detail
The cable features core identification by numbers, enabling easy and unambiguous assignment of cores during installation and maintenance. The outer sheath is reinforced and has a minimum wall thickness of 1.8 mm, increasing mechanical robustness. The cable is flexibly constructed to allow movement without tensile stress, making it suitable for applications where occasional movement occurs but no continuous tensile load is present.

Technical Explanation
The rated voltage is 0.6/1 kV, meaning the cable is designed for electrical systems requiring higher voltage than standard control cables. The test voltage of 4000 V ensures high electrical safety and prevents breakdowns under operating conditions. The classified fire behaviour according to EU Directive 305/2011 (BauPVO/CPR) ensures the cable meets requirements for fire safety classification in construction products. The PVC insulation and outer sheath are weather-resistant, extending service life in outdoor environments.

Compatibility and Accessories
The control cable is designed for use in industrial control and signal systems and can be combined with other components of the ÖLFLEX® product family. Use in wind turbines requires special torsion resistance, which is ensured by the cable construction. The cable is suitable for use in dry and damp rooms, with chemical resistance to acids, alkalis, and oil playing an important role.

Installation and Mounting
The cable is designed for fixed installation and can be used for occasional movements without tensile stress. The flexible construction facilitates installation in tight or complex situations. Core identification by numbers supports correct assignment during mounting. Installation typically requires no additional tools, with the mechanical robustness of the outer sheath enabling safe installation even in harsh environments.

Operational Advantages
High electrical safety due to the 4000 V test voltage and weather-resistant PVC insulation ensures reliable performance throughout the entire service life. Mechanical robustness provided by the reinforced outer sheath with a minimum wall thickness of 1.8 mm protects the cores from mechanical damage. Suitability for outdoor use and damp rooms expands application possibilities. Torsion resistance makes the cable particularly suitable for applications in wind turbines, where rotational movements occur.

Protection Rating
The cable is suitable for outdoor use, with weather resistance ensured by the PVC outer sheath. Chemical resistance to acids, alkalis, and oil increases safety in industrial environments. The cable is not specifically classified for an IP protection rating, but the outer sheath is designed to meet requirements for use in damp and weather-exposed environments.

Classified Fire Behaviour
According to EU Directive 305/2011 (BauPVO/CPR), the fire behaviour of the cable is classified. The exact classification can be selected via the LAPP website by entering the article number, enabling targeted selection for specific fire safety requirements.

Flexibility and Mobility
The cable is flexibly constructed and suitable for occasional movement without tensile stress. The flexible structure facilitates installation in complex situations and ensures high workability. Mechanical load capacity is designed for medium stress, making the cable suitable for a wide range of industrial applications.

The cable is suitable for use in dry and damp rooms as well as outdoors, with weather resistance ensured by the PVC outer sheath. Chemical resistance to acids, alkalis, and oil increases safety in industrial environments. The cable is not specifically classified for an IP protection rating, but the outer sheath is designed to meet requirements for use in damp and weather-exposed environments.

Classified Fire Behaviour
According to EU Directive 305/2011 (BauPVO/CPR), the fire behaviour of the cable is classified. The exact classification can be selected via the LAPP website by entering the article number, enabling targeted selection for specific fire safety requirements.

Flexibility and Mobility
The cable is flexibly constructed and suitable for occasional movement without tensile stress. The flexible structure facilitates installation in complex situations and ensures high workability. Mechanical load capacity is designed for medium stress, making the cable suitable for a wide range of industrial applications.