Control and power cable PVC, shielded F-CY-JZ 4G1 mm² grey, black numbered cores acc. to DIN VDE 0293-334 16372

Control and power cable, shielded

The F-CY-JZ cable is a flexible control and power cable designed for use in control, regulation and machinery industry applications. It is also suitable as a signal cable in computer systems and electronics. The construction with an insulating foil reduces the outer diameter, and the dense braid ensures stable signal transmission, minimizing interference.

Construction and properties

The cable is made of stranded copper conductors, insulated with PVC. The conductors are black with white numerical printing (according to DIN VDE 0293), and in multi-core versions, there is also a green-yellow protective conductor. The screen in the form of a copper braid protects against electromagnetic interference (EMC). The outer jacket is made of PVC, which ensures resistance to oils and chemicals. The cable meets the standards DIN VDE 0245, 0281 part 13 and is compliant with the low-voltage directive 2006/95/EC.

• Flexibility: The cable construction provides high flexibility, making installation and routing in tight spaces easier.
• Shielding: The copper braid minimizes electromagnetic interference, ensuring stable signal transmission.
• Chemical resistance: PVC construction guarantees resistance to oils and many chemicals.
• Safety: The cable meets safety standards and has a protective conductor (in multi-core versions).
• Conductor identification: Numerical markings on the conductors facilitate identification during installation.
• Reduced diameter: The use of insulating foil reduces the outer diameter of the cable, making it easier to route in limited space.

Operating parameters

The F-CY-JZ cable is designed to operate at temperatures from -40°C to +80°C (fixed installation) and from -10°C to +80°C (flexible operation). The rated voltage is 300/500 V. The permissible ambient temperature during installation is -10°C to +80°C. The cable is characterized by an insulation resistance of at least 20 MOhm x km and a breakdown voltage of at least 8000 V. The outer diameter of the