PSI63C0.739-W1

Product Description

The PSI63C0.739-W1 frequency inverter demonstrates impressive electrical performance with its robust 80 A current rating. Operating at a standard frequency of 50/60 Hz, this inverter provides reliable power control for demanding industrial applications while maintaining consistent performance characteristics.

Efficiency stands as a key attribute of this frequency inverter, evidenced by its minimal power loss of just 25 W during operation. This high efficiency, combined with compliance to Class A EMC level standards, ensures minimal electromagnetic interference while maintaining optimal performance in industrial environments. The physical design of the PSI63C0.739-W1 emphasizes compactness and practicality with dimensions of 80x398x200 mm. Despite its substantial current handling capabilities, the inverter maintains a remarkably light weight of 6 kg, facilitating easier installation and maintenance procedures in various industrial settings.

Temperature management is carefully considered in this inverter's design, with a maximum operating temperature of 45°C. This thermal specification ensures reliable operation under standard industrial conditions, while the rated leakage current of 35 mA demonstrates its safety-conscious design approach. The inverter's conductor specifications accommodate substantial power requirements, supporting a cross-section of 25 mm². This generous conductor capacity ensures efficient power transmission while maintaining safety standards and optimal performance under full load conditions. With its Class A EMC level certification, this frequency inverter demonstrates superior electromagnetic compatibility characteristics. This certification ensures reliable operation in industrial environments where electromagnetic interference could potentially impact sensitive electronic equipment. The combination of compact dimensions and substantial current handling capability makes this frequency inverter particularly suitable for applications where space is at a premium. Its efficient operation and minimal power loss contribute to reduced operational costs while maintaining robust performance capabilities in industrial automation systems.