Control and power cable PVC, shielded F-CY-JZ 30G0,5 mm² grey, black numbered cores acc. to DIN VDE 0293-334 16336

Flexible shielded cable for industrial and control applications

This flexible shielded cable F-CY-JZ 30G0,5 is a reliable solution for data transmission in control circuits, computer systems and electronics. The braided shielding construction minimizes electromagnetic interference, ensuring a stable signal. Numbered cores facilitate identification and connection, and the meter-long section allows for precise length adjustment to installation needs.

Construction and properties

The cable is constructed of stranded copper conductors with a cross-section of 0.5 mm², insulated with PVC. The cores are twisted in parallel and surrounded by an insulating foil and a copper braided screen, providing high resistance to interference. The outer jacket made of PVC TM2 ensures durability and resistance to mechanical damage and chemical factors. The cable complies with DIN VDE 0285-525-2-51/ DIN EN 50525-2-51 standards.

• Flexibility: Class 5 conductors (multi-strand flexible) ensure easy installation and routing in tight spaces.
• Shielding: Copper braid effectively reduces electromagnetic interference (EMC), which is crucial in precision control systems.
• Chemical resistance: The cable is resistant to oils and many chemical compounds, increasing its durability in harsh industrial conditions.
• Temperature range: Operation at temperatures from -40°C to +80°C (after installation) guarantees reliability in various environmental conditions.
• Core numbering: Facilitates identification of individual wires during installation and servicing.
• Metered: Provides convenience in precisely matching the cable length to a specific application.

Technical parameters and application

The F-CY-JZ 30G0,5 cable is characterized by a rated voltage of 500 V and an approximate outer diameter of 14.4 mm. It is intended for use in mechanical engineering, control systems and electronics, where high-quality signal transmission and resistance to interference are required. It is particularly recommended where electromagnetic compatibility (EMC) is important - in such cases, it is recommended to ensure bilateral contact of the copper braid with the terminals (e.g. cable glands). The cable meets the requirements of the Low Voltage Directive 2014/35/EU (CE marking).