PVC cable for inverters, shielded TOPFLEX® 600-C-PVC 4G1,5 mm² grey, black numbered cores acc. to DIN VDE 0293-334 22960

Power cable for inverters and servo motors

This shielded PVC cable, designated TOPFLEX® 600-C-PVC, is a reliable solution for powering devices requiring high resistance to electromagnetic interference. Designed for both fixed and flexible installations, it performs well in a wide range of industrial and domestic applications. The cable is designed to operate in dry, damp and wet environments.

Construction and parameters

The cable is characterized by a solid construction, ensuring long-lasting and safe operation. It is made of high-quality materials - multi-strand copper conductors (class 5) insulated with PVC, twisted to minimize interference. The screen in the form of a braid of copper wires provides effective protection against the influence of external electromagnetic fields (EMC). The outer jacket made of PVC is resistant to oils and chemicals.

Key technical parameters include a rated voltage of 1000 V and an allowable operating temperature of -40°C to +80°C (for fixed installation) and -15°C to +80°C during flexible operation. The outer diameter of the cable is approximately 11.8 mm, and the conductor cross-section is 1.5 mm². The conductors are marked with numbers according to DIN VDE 0293-334, which facilitates identification during installation.

Applications and benefits

The TOPFLEX® 600-C-PVC cable is ideal for:

• Powering electronically controlled servo motors
• Connecting frequency inverters
• Powering DNC motors
• Installations in machines and industrial equipment
• Applications requiring protection against electromagnetic interference

Thanks to the braided screen, the cable minimizes the risk of interference in the operation of connected devices, which translates into their reliability and efficiency. The flexible construction makes it easy to lay the cable even in tight spaces. In addition, resistance to oils and chemicals increases the durability of the cable in harsh environmental conditions. It is important to ensure good contact of the shielding braid with the terminals (e.g., cable glands) for optimal EMC protection.