The Variable Speed Drive ATV71HD75N4Z is a high-power variable speed drive from the Altivar 71 series, designed for complex industrial applications requiring robust motor control. With a power rating of 75 kW (100 hp) for three-phase systems operating at 380-480V, this drive delivers substantial apparent power of 109.9 kVA while maintaining reliable performance even with prospective short-circuit currents up to 22 kA. The engineering behind the SCHNEIDER ATV71HD75N4Z ensures stable operation across an output frequency range of 0.1 to 500 Hz, making it suitable for demanding machinery across various industries.

This drive features a nominal switching frequency of 2.5 kHz, optimized for efficient power conversion in heavy-duty applications. The Variable speed drive ATV71HD75N4Z comes equipped with an integrated EC filter but is supplied without a graphic terminal, allowing for flexible interface options based on specific application requirements. Weighing 32 kg, the unit is engineered for durability while maintaining manageable physical dimensions for industrial installation.

The Schneider Motor Drives ATV71HD75N4Z exemplifies the company's commitment to sustainability through its design efficiency and contribution to reduced energy consumption in industrial operations. As part of Schneider Electric's broader environmental initiatives, drives like the ATV71HD75N4Z support the company's "Use Better, Use Longer, Use Again" circular economy approach by featuring robust construction that extends product lifespan and reduces waste.

Specifically developed for complex, high-power machines, the ATV71HD75N4Z Drive Schneider provides precise speed control capabilities essential for applications where motor performance directly impacts production quality and operational efficiency. The reliability built into the Schneider Electric ATV71HD75N4Z ensures minimal downtime in critical processes, supporting continuous operation in challenging industrial environments while aligning with modern sustainability goals through optimized energy usage.