Lapp 0026232 ÖLFLEX CLASSIC FD 810CY 4G 1.0 PVC/PVC highly flexible content_copy

The control cable ÖLFLEX® CLASSIC FD 810 CY 4G1,0 from Lapp is a flexible, shielded cable designed for use in moving machine parts and cable carriers. It is designed for medium mechanical stress and is suitable for control, regulation, and measurement circuits in dry and damp rooms. The PVC outer sheath offers resistance to acids, alkalis, and is conditionally oil-resistant, expanding its application possibilities in industrial environments. The cable features a LAPP performance class 'Core Line', enabling long-term operation under medium travel distances or increased accelerations.

Applications
This control cable is specifically designed for continuous moving applications, such as those found in automation technology, machine building, and manufacturing systems. It is frequently used in cable carriers, where it must be flexible and resistant to mechanical stress. Its use in dry and damp rooms makes it versatile, without environmental conditions such as high humidity or low temperatures affecting its functionality.

Functions and Features in Detail
The cable has a highly flexible construction enabled by a shorter conductor stranding. This results in very small bending radii, which is advantageous in compact machine designs. An extruded inner sheath provides additional robustness and protects the conductors from mechanical influences. Conductor identification is done by numbers, ensuring easy assignment and wiring. The cable is equipped with a copper braided shield that offers high coverage, providing effective protection against electromagnetic interference.

Technology Explained Simply
The designation 4G1,0 describes a cable with four conductors, each having a cross-section of 1.0 mm². The operating voltage is U0/U: 300/500 V, which is sufficient for most industrial control applications. The PVC sheath is chemically resistant and protects against external influences. The combination of shielded construction and flexible stranding ensures high reliability in moving applications. The LAPP performance class 'Core Line' classifies the cable as suitable for medium to high mechanical loads, especially under frequent movements and high accelerations.

Compatibility and Accessories
The control cable is designed for use in control, regulation, and measurement circuits. It can be used in combination with other components from the ÖLFLEX® program to ensure consistent system solutions. The cable is designed for use in moving machine parts, with exact installation instructions provided by the respective system manufacturer.

Installation and Mounting
Installation takes place in moving machine parts, particularly in cable carriers, where the cable must be flexible and resistant. The small bending stiffness allows for compact routing, with minimum bending radii to be observed according to technical data. Wiring is done via numbered conductor identification, ensuring clear assignment. The cable is suitable for use in dry and damp rooms, with no special mounting aids or additional protective measures required.

Operational Advantages
The control cable offers a long service life under medium travel distances and increased accelerations. The shielded construction protects against electromagnetic interference, improving signal quality in control and regulation circuits. The flexible design with a small bending radius enables compact integration into machines, while the chemical resistance of the PVC sheath ensures safe operation in various industrial environments. The combination of robustness and flexibility makes the cable a reliable solution for moving applications.

General
Cable type	control cable
Performance class	Core Line
Number of cores	4
Operating voltage	300/500 V
Wire identification	numbers
Shielding	Copper shield braid
Outer sheath material	PVC
Application range	Conveyor chain, moving machine parts
Chemical resistance	Acids, alkalis, conditionally oil-resistant
Flexibility	very small bending radii
Inner sheath	Extruded
Application	control, regulation and measurement circuits
Environmental conditions	dry and damp rooms

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