Schneider ATV930D30N4 Variable Speed Drive

The Schneider Electric ATV930D30N4 belongs to the advanced Altivar Process 900 series. This 30 kW (40 hp) drive manages both synchronous and asynchronous motors with exceptional precision. It supports heavy-duty operations with a 150% overload capacity for 60 seconds. Furthermore, the unit excels in demanding sectors like mining, oil, and gas. The drive operates on a standard three-phase supply voltage from 380V to 480V. Consequently, it provides a robust foundation for critical industrial automation tasks.

Advanced Networking and System Visibility

This frequency inverter features dual-port EtherNet/IP and Modbus TCP communication as standard hardware. An integrated web server allows users to monitor real-time energy consumption and drive performance. Additionally, the unit provides sophisticated data logging to assist with proactive maintenance strategies. These digital services ensure high operational availability for continuous process lines. The drive also supports complex master/slave configurations for synchronized multi-motor systems. This connectivity simplifies integration into modern Industrial Internet of Things (IIoT) architectures.

Industrial Durability and Safety Features

Schneider Electric prioritizes safety and longevity through high-quality internal engineering. The ATV930D30N4 includes an integrated braking unit to manage regenerative energy effectively. Moreover, the STO (Safe Torque Off) function meets strict SIL3 safety requirements. The drive features an IP21 rating to protect against dripping water and solid objects. Specialized conformal coating on the internal boards resists chemical corrosion in harsh climates. These protective layers ensure the drive remains functional in aggressive manufacturing environments.

Technical Specifications

Application Versatility and Efficiency

The Altivar Process 930 drive handles high-torque demands in various mechanical applications. It effectively controls large-scale pumps, fans, and heavy material handling conveyors. Furthermore, the unit optimizes energy usage by adapting motor speed to actual process requirements. The intuitive graphic display terminal allows for fast parameter adjustment and diagnostics. Maintenance teams can resolve issues quickly through the detailed fault history and QR code system. This versatility makes the drive an essential asset for optimizing modern production facilities.