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SKU: ATV930D22N4

Schneider ATV930D22N4 Variable Speed Drive

The Schneider Electric ATV930D22N4 is a 22kW (30HP) variable speed drive from the Altivar 900 series. It offers advanced Ethernet connectivity and precise control for 400/480V industrial motors.

The Schneider Electric ATV930D22N4 belongs to the advanced Altivar Process 900 family. This 22kW frequency inverter provides high-performance motor control for industrial applications. It drives both three-phase asynchronous and synchronous motors with exceptional accuracy. Furthermore, the unit features an integrated braking transistor for effective deceleration management. The IP21 enclosure rating protects the internal components from solid debris and light moisture.

Core Technical Specifications

FeatureTechnical Detail
ManufacturerSchneider Electric
Model NumberATV930D22N4
Nominal Power (Normal Duty)22 kW (30 hp)
Nominal Power (Heavy Duty)18.5 kW (25 hp)
Supply Voltage380…480 V AC (50/60 Hz)
Output Current46.3 A at 400 V
Integrated InterfaceDual-port Ethernet and Modbus TCP
Product Weight14.3 kg

Operational Interface and Navigation

User interaction improves significantly with the optional VW3A1101 graphic display module. This interface allows for deep parameter access and real-time monitoring. The dedicated jog dial enables rapid menu navigation and speed reference adjustments. Additionally, the unit features physical buttons for local start and stop commands. Users must ensure firmware compatibility for optimal data visualization. Specifically, the drive requires FLASH version V1.1IE29 or newer for advanced graphics.

Industrial Connectivity and Safety

Modern digital integration distinguishes the ATV930D22N4 from traditional motor starters. Dual Ethernet ports facilitate seamless communication with PLC systems and SCADA networks. Moreover, the drive includes embedded energy management tools to track power consumption. These insights help operators optimize process efficiency and reduce operational costs. The drive also supports master/slave configurations for synchronized load sharing. This capability remains essential for complex conveyor systems and high-torque machinery.