Shielded twisted pair control / data transmission cable YKSLYekw-P-Nr 500V 8x2x1.0 black 0638 043 05

Shielded control cable – reliable data and power transmission

This high-quality control / data transmission cable, manufactured by TECHNOKABEL, is designed for use in control, safety and automation systems. Intended for both fixed installations and movable connections inside buildings, it ensures reliable operation in demanding industrial conditions. The YKSLYekw-P-Nr cable is particularly recommended where limiting electromagnetic interference is essential.

Construction and application

The cable is distinguished by its careful construction, which guarantees its durability and flexibility. Copper strands twisted in pairs minimize the interaction of signals, which translates to higher data transmission quality. A common static screen effectively protects against external interference and prevents the emission of interference to the environment. Made of polyvinyl chloride (PVC) cable is resistant to oils and other chemicals.

• Application: Control, safety and automation systems and power supply.
• Flexibility: Special construction provides high flexibility, making installation easier even in tight spaces.
• Shielding: Effective protection against electromagnetic interference thanks to a common static screen.
• Resistance: Durable PVC coating provides resistance to oils and other external factors.
• Twisted pair construction: Reduces mutual interaction between signals transmitted in the cable.

Technical parameters and characteristics

The YKSLYekw-P-Nr cable has 16 cores with a cross-section of 1 mm². The cores are made of soft copper wires (twisted in pairs), which ensures flexibility and facilitates installation. Core insulation is made of insulating polyvinyl chloride (PVC), and the insulation colors comply with PN-92/T-90321 (compliant with IEC 60189-2). It should be remembered that this cable is intended for operation at a rated voltage of up to 500V.

Thanks to its construction, this cable performs perfectly in applications requiring high data transmission reliability and resistance to interference – e.g. in industrial automation, monitoring systems or building installations. The use of twisted pairs is a key element in minimizing the impact of interference on transmitted signals.