Schneider ATV610D15N4 Variable Speed Drive

The Schneider Electric ATV610D15N4 belongs to the Easy Altivar 610 series for industrial motor management. This 15 kW (20 hp) inverter provides efficient control for asynchronous and synchronous motors. It operates reliably within a three-phase voltage range of 380V to 460V AC. The drive prioritizes operational simplicity with factory-preset parameters for immediate deployment. Consequently, users can significantly reduce commissioning time for standard pumping and ventilation tasks.

Advanced Protection and Filtering

This variable speed drive features integrated radio interference filters to minimize electromagnetic noise. It complies fully with IEC/EN 61800-3 category C3 industrial standards. Furthermore, the unit delivers robust overload performance for varying mechanical demands. It handles 110% to 120% overload for 60 seconds during normal duty cycles. Internal monitoring circuits safeguard the motor against short circuits and phase loss. These built-in protections ensure long-term system stability in harsh electrical environments.

Optimized for Process Industries

The ATV610D15N4 excels in water treatment and building management applications. Its design focuses on energy efficiency and precise torque control. The compact IP20 housing allows for efficient mounting within control cabinets. Integrated communication protocols facilitate seamless integration with higher-level PLC systems. Furthermore, the intuitive keypad interface simplifies local diagnostics and manual overrides. This combination of features makes it an ideal choice for the oil and gas sector.

Technical Specifications

Reliability and System Integration

Schneider Electric emphasizes durable engineering for continuous industrial operation. The ATV610D15N4 uses high-quality components to resist environmental stress. Its thermal management system prevents overheating during peak load periods. Additionally, the drive supports various analog and digital I/O for external sensor feedback. Maintenance teams can access the cooling fans easily for routine cleaning. These design elements collectively lower the total cost of ownership for modern automated facilities.