Variable Frequency Drive Cable
Application: Frequency converter cables are used as power cables or connecting cables in frequency control transmission systems. The cables of this system are particularly suitable for industrial applications such as papermaking, steel, textile, metal processing, and food processing industries, including water pumps, blowers, conveyors, transmission lines, and air conditioning units.
Application Features: Lower effective capacitance. Low transmission impedance. Rated voltage: 0.6/1KV; temperature resistance: 90°C. Excellent flame-retardant properties, suitable for hazardous areas. Low transmission impedance. The cable features a shielding layer to prevent electromagnetic interference, with transmission impedance RX being an effective measure of the shielding impedance induction and capacitance coupling. Low transmission impedance provides good electromagnetic compatibility. Symmetrical three-core design for better electromagnetic compatibility. The three weather-resistant and temperature-resistant resin insulated cores are evenly and uniformly twisted at equal intervals in the gaps, forming a true concentric structure.
Product Features and Applications: Frequency converter cables are used as power cables or connection cables in frequency control transmission systems. These cables are particularly suitable for power transmission in industries such as papermaking, steel, textiles, metal recycling, and food processing, where they are used for water pumps, blowers, conveyors, transmission lines, and air conditioning units.
Usage Features:
Lower effective capacitance
Excellent fire-resistant combustion properties, suitable for hazardous areas.
Low transmission impedance. This product features a shielding layer, offering strong resistance to electromagnetic interference, lightning strikes, and uniform electric field, thus improving the quality of power supply characteristics. Transmission impedance RX is an effective measure of the inductive and capacitive coupling of the shielding impedance, with low transmission impedance providing excellent electromagnetic compatibility.
