General
Number of conductors	32
Conductor cross section	0,34 mm²
Outer diameter	13 mm
Copper content	165 kg/km
Conductor material	Bare copper
Shielding	Shielded, tinned copper braid
Conductor marking	DIN 47100
Outer sheath	PVC
Application	Data and signal transmission in low-frequency range
Installation method	For fixed installation
Oil resistance	conditional
Flame retardancy	in accordance with EU Directive 305/2011 (BauPVO/CPR)

This product is a low-frequency data cable from the brand Lapp, type UNITRONIC® LiYCY 32x0.34, specifically designed for the transmission of data and signals in the low-frequency range. It is a shielded, flexible cable with 32 conductors, each having a cross-section of 0.34 mm². The conductor identification follows DIN 47100, enabling unique identification of individual conductors. The outer sheath is made of PVC and is conditionally oil-resistant, allowing the cable to be used in dry and damp environments as well as under slight mechanical stress. It is intended for fixed installation and is used in computer systems, electronic control and regulation devices, office machines, weighing equipment, and machine interfaces for various data and signal transmissions.

Applications
This cable is universally applicable in industrial and office environments where reliable signal transmission in the low-frequency range is required. It is particularly suitable for installations operating in dry or damp environments and, due to its flexible structure and PVC outer sheath, is appropriate for slight mechanical loads. Application areas include electronic control and regulation devices, office and administrative technology, as well as measurement and weighing systems.

Functions and Features in Detail
The cable features a copper braided shield with high coverage, ensuring high immunity against electromagnetic interference. This is especially important in environments with high electromagnetic noise to maintain signal quality. The conductor identification according to DIN 47100 allows for unambiguous assignment of individual conductors, which is advantageous during installation and maintenance. The compact design ensures a small outer diameter of 13 mm, despite the high number of conductors, facilitating installation in confined spaces.

Technology Explained Simply
The cable is designed as a shielded data cable, with the copper braid serving as shielding to protect against external electromagnetic interference. The conductors are made of bare copper, ensuring good electrical conductivity. The PVC outer sheath provides protection against mechanical stress and moisture, although it is only conditionally oil-resistant. The cable is designed for fixed installation, meaning it is not suitable for moving applications such as drag chains or hose lines.

Compatibility and Accessories
The cable is universally applicable at machine interfaces and can be combined with various connectors and sockets suitable for the respective application. It is part of a broad range of dimensions and configurations available for different requirements. The classification of fire behavior is according to EU Directive 305/2011 (BauPVO/CPR), with the exact classification available on the LAPP website by article number.

Installation and Mounting
Installation is carried out by fixed routing, and due to its flexibility and compact design, the cable can also be installed in confined spaces. The conductor identification according to DIN 47100 facilitates the assignment of individual conductors during wiring. During installation, care must be taken to avoid damaging the shielding to ensure electromagnetic shielding remains effective.

Operational Advantages
The high immunity against electromagnetic interference ensures reliable signal transmission, even in sensitive environments. The compact design enables efficient routing, and the conductor identification according to DIN 47100 simplifies maintenance and fault diagnosis. The cable is suitable for a wide range of applications and provides a robust solution for data and signal transmission in the low-frequency range.