PVC cable for data transmission, twisted pair, shielded PAAR-CY-OZ 12x2x1.5 mm² grey, black numbered cores acc. to DIN VDE 0293-334 17041

Shielded control cable for industrial applications and data transmission

This multi-core PVC cable, shielded with a copper braid, is designed for reliable signal transmission in environments exposed to electromagnetic interference. The construction with 24 cores (12 pairs) with a cross-section of 1.5 mm² makes it a versatile solution for installers and end-users in many applications. The cable meets DIN VDE 0812 and 0814 standards, guaranteeing its safety and compliance with technical requirements.

Construction and properties

The cable is characterized by a flexible construction with multi-wire copper cores (class 5 according to DIN VDE 0295), insulated with special PVC (TI2). The cores are twisted in pairs and identified with digital numbering, which facilitates their differentiation during installation and servicing. Shielding in the form of a copper wire braid provides effective protection against interference, and the outer PVC sheath (TM2) protects the cable against mechanical damage and weathering. This makes the cable resistant to oil and certain chemicals.

Applications and benefits

The PAAR-CY-OZ cable is used in a wide range of applications, including:

• Measurement, control, signal and regulation technology: Ideal for transmitting control and measurement signals in industrial automation systems.
• Electronics: Works well in electronic devices requiring shielding against interference.
• Pulse data transmission: Ensures reliable data transmission in digital systems.
• Places with high levels of electromagnetic interference: An excellent choice for installations near motors, transformers or other sources of interference.
• Industrial installations: The robust construction allows for use in harsh industrial conditions.

Thanks to the shielding, the cable minimizes the risk of incorrect readings and disruptions in device operation, which translates into increased system reliability. Additionally, the flexible construction makes it easy to lay cables even in tight spaces. The use of core numbering facilitates the identification of individual wires during assembly and subsequent servicing of the installation.