Signal cable YKSLY 7x1.5 black 0283 030 05

Signal cable YKSLY 7x1.5 is a reliable solution for control, monitoring and data transmission systems. Designed for indoor installation, it performs well in both fixed and mobile connections. This cable, manufactured by TECHNOKABEL S.A., is characterized by its flexibility and resistance to oils, making it an ideal choice for industrial environments.

The cable construction is based on seven flexible copper conductors with a cross-section of 1.5 mm², each twisted to ensure better flexibility and resistance to mechanical damage. The conductors are insulated with PVC insulation in colors compliant with DIN VDE 47100, which facilitates the identification of individual wires during installation and servicing. The twisted insulated conductors form the cable core, which is additionally wrapped with a polyester tape for increased strength. The whole is surrounded by a black PVC sheathing, providing protection against external factors.

YKSLY cables are used in a wide range of installations – from control and monitoring systems to measurement techniques and data processing. They can be used to transmit analog and digital signals in industrial electronics and automation. Additionally, this cable can power small receivers, provided that the permissible current loads are observed.

Special versions of the YKSLY cable are also available, tailored to specific requirements:

• YKSLY-Nr: with white wire number printing – facilitates wire identification during installation and maintenance.
• YKSLY-O: oil-resistant – designed for use in places exposed to contact with petroleum-based materials.
• YnKSLY: with increased flame retardancy – meets the PN-EN 60332-3 standard regarding the limitation of flame spread.
• HKSLH: halogen-free – provides greater fire safety due to low smoke and corrosive gas emissions during combustion.
• YvKSLY: with reinforced sheath – for outdoor installation and direct burial in the ground.
• IB-YKSLY: version for intrinsically safe circuits – ensures safe operation in potentially explosive atmospheres.