Flexible cable 1kV TF-EMV-UV-2XSLCH-J 4G120 double shielded, halogen-free 24533

Frequency inverter cable – reliability and safety

This high-quality power cable, catalog number 24533, is specifically designed for use with frequency inverters. It is characterized by exceptional flexibility and resistance to external factors, making it an ideal choice for both professional installers and end users. This cable is designed for medium mechanical load and provides secure connections in applications requiring flexibility without tensile stress.

Construction and properties

The TF-EMV-UV-2XSLCH-J 4G120 cable with a cross-section of 120 mm² has several key features that distinguish it from standard power cables. Made of multi-wire copper conductors (class 5), insulated with polyethylene rubber (XLPE), it provides excellent conductivity and flexibility. The cores are twisted concentrically and protected by a double shield – an aluminum tape and a tinned copper braid (approx. 85% coverage), which minimizes electromagnetic interference and ensures compatibility with sensitive electronic devices. Additionally, the cable has an outer jacket made of polyolefin, which is resistant to UV radiation and weathering. An important aspect is also the absence of halogens in the material composition, which increases safety in the event of a fire.

This cable is designed to operate in a wide temperature range: from -40°C to +90°C (stationary) and from -5°C to +90°C during installation. The rated voltage is 1000 V, and the maximum working voltage is 700/1200 V (single- and three-phase current) and 900/1800 V (direct current). The minimum bending radius for a cable with an outer diameter of 44.8 mm is 10x or 20x the cable diameter, depending on the installation method (flexible or stationary).

Applications and benefits

This cable is widely used in the machinery, metallurgical, food, packaging, automation and environmental technology industries. It is perfect for control, signaling and measurement systems with conveyors and technological lines. It is particularly recommended for powering motors connected to frequency inverters, pumps, ventilation, conveyor belts and air conditioning installations. Thanks to the low mutual capacitance of individual cores and the low-capacitance shielding, energy losses during transmission are minimized. It meets the requirements of EMC standards (EN 55011 and DIN VDE 0875 part 11), which guarantees electromagnetic compatibility with other devices. The possibility of installation in potentially explosive atmospheres further expands its range of applications.