Data transmission cable A/C UNITRONIC® FD CP plus A 7X0.25, Flexible, PUR, shielded, UV resistant 11139612

Universal cable for data transmission in harsh conditions

This flexible UNITRONIC® FD CP plus A 7x0.25 cable, characterized by high mechanical and chemical resistance, is designed for use in demanding industrial environments. The construction with seven cores of 0.25 mm² cross-section ensures reliable transmission of signals and data in machine interfaces and automation systems. The cable is particularly recommended for applications where exposure to external factors such as oils, lubricants, moisture or UV radiation occurs.

Durability and flexibility for professionals

The cable is distinguished by a construction that allows for continuous bending, making it an ideal solution for moving parts of machines and chain guides. The outer jacket made of polyurethane (PUR) is resistant to mineral oils and many chemicals – this guarantees a long service life even in an aggressive environment. Additionally, the cable shielding ensures electromagnetic compatibility (EMC), minimizing interference and ensuring stable data transmission. It retains flexibility even at low temperatures, down to -40°C.

Applications and benefits

The UNITRONIC® FD CP plus A cable performs well in a wide range of applications:

• Industry: Ideal for machine interfaces, control and automation systems.
• Energy: Suitable for use in wind turbines due to its resistance to torsion.
• Robotics: The cable construction allows for flexible use in industrial robots (without torsional load).
• Outdoor applications: Can be used outdoors in Europe due to its resistance to weather conditions and UV radiation.
• Harsh environments: Operation in dry, humid, oily and harsh ambient conditions is not a problem.
• Mechanical strength: Resistance to abrasion, cuts and impacts increases the cable's lifespan.
• Safety: Has flame-retardant properties (according to IEC 60332-1-2) and is halogen-free.
• Easy installation: Flexibility makes it easy to route cables in tight spaces.