Product Overview

The ATV610D30N4 is a 30kW (40HP) frequency inverter from the Schneider Electric Easy Altivar 610 series, specifically optimized for asynchronous motors in industrial and utility sectors. Engineered to provide a balanced combination of essential functionality and operational reliability, this drive excels at regulating motor speed for quadratic torque loads. It operates within a standard three-phase power network of 380V to 460V, focusing on energy conservation and process efficiency. By utilizing advanced motor control algorithms, the ATV610D30N4 reduces the total cost of ownership through simplified commissioning and robust protection features tailored for harsh industrial environments.

System Configuration and Technical Attributes

This drive is designed for cabinet integration with a focus on thermal stability and communicative flexibility. Note: While the control interface is compact, the 30kW power stage is housed in a frame engineered for high-capacity heat dissipation.

• Nominal Power: 30 kW / 40 HP

• Line Voltage: 380V to 460V AC (Three-Phase)

• Output Frequency: 0.1 to 500 Hz

• Switching Frequency: 4 kHz (adjustable from 2 to 12 kHz)

• Network Frequency: 50/60 Hz (+/- 5%)

• Cooling Method: Forced convection (Integrated fans)

• Communication Interface: Native Modbus Serial link

• Preset Speeds: 16 programmable speed references

• Hardware Dimensions: 27.9 x 21.6 x 6.3 cm

• Unit Weight: 1.9 kg (Net controller component; full drive assembly weight varies by frame size)

• Environmental Protection: IP20 rating for indoor cabinet installation

Sector-Specific Deployments and Usage

The Easy Altivar 610 series is specifically tuned for fluid management and material transport, making the ATV610D30N4 a standard choice for several core industrial sectors:

• Centrifugal Pumping: Managing water supply and wastewater lift stations by providing soft-start capabilities and energy-efficient speed regulation.

• Ventilation and Air Handling: Controlling large-scale supply and exhaust fans in industrial facilities to optimize airflow and reduce electrical overhead.

• Material Handling: Regulating conveyor belts and automated sorting systems where consistent torque and controlled deceleration are required.

• Compressor Management: Driving industrial air compressors with precise pressure regulation and reduced mechanical wear on the motor-end components.

• Building Infrastructure: Seamlessly integrating into HVAC systems for large commercial complexes to manage chilled water loops and cooling tower fans.