Data transmission cable A/C ITRONIC LiYCY(TP) A 2X2X24AWG/7, Flexible, PVC, shielded 0066232

Universal cable for data and control signal transmission

The ITRONIC LiYCY(TP) A cable is a flexible solution for connections in control, regulating, and measuring circuits. It is suitable for both fixed installations and those subject to occasional movement. Its construction, based on copper cores and shielding, ensures reliable signal transmission in dry and humid environments. It is a versatile choice for installers working with machine interfaces and for users needing a reliable connection in low-frequency applications.

Construction and application

The cable is characterized by a twisted pair construction, which minimizes electromagnetic interference. A copper braid screen further protects against external interference, guaranteeing stable data transmission. Made of PVC, both the core insulation and the outer jacket provide resistance to abrasion and mechanical damage. The cable is intended for indoor use, but thanks to its flexible design, it can also be used in places exposed to slight movements. This makes it suitable for industrial automation, control systems, and anywhere reliable transmission of control signals and data is required.

Advantages and benefits

• Flexibility: Facilitates installation and routing of cables even in tight spaces.
• Interference resistance: Shielding minimizes the impact of electromagnetic interference, ensuring stable data transmission.
• Versatility: Suitable for a wide range of applications – from control circuits to measuring systems.
• Durability: PVC construction provides resistance to abrasion and mechanical damage, resulting in a long cable life.
• Compliance with standards: Meets safety and quality requirements, confirming its reliability.
• Easy core identification: Color coding of cores simplifies identification during installation and servicing.
• Good dielectric properties: Ensure high signal quality without loss or distortion.
• Twisted pair (TP) construction: Reduces susceptibility to interference by reducing inductive noise.