Product Overview

The Schneider Electric ATV930C16N4C is a sophisticated frequency inverter belonging to the Altivar Process ATV900 family, engineered specifically for high-power industrial motor control. This 160 kW unit is designed to manage three-phase asynchronous and synchronous motors within a 400V to 480V range. Unlike standard drives, the ATV930C16N4C emphasizes "Process Intelligence," featuring embedded energy auditing and power measurement tools that allow for real-time efficiency tracking. It is a rugged, high-performance solution for heavy-duty applications that require precise torque control, asset protection, and seamless integration into modern PLC-based automation architectures.

Engineering Specifications and Mechanical Attributes

• Power Rating: 160 kW (Heavy Duty)

• Input Supply Voltage: 400...480 V AC (Three-Phase)

• Drive Series: Altivar Process ATV900

• Braking Unit: External (Integrated braking unit not included in this configuration)

• Communication Protocols: Integrated Ethernet/IP and Modbus TCP

• Protection Rating: IP00 (Engineered for cabinet/panel mounting)

• Physical Dimensions: 27.9 x 21.6 x 6.3 cm

• Unit Mass: 1.9 kg

• Energy Management: Embedded "Stop and Go" function and drift monitoring

• Country of Manufacture: France

Industrial Deployment and Process Utility

This Schneider Electric inverter is optimized for sectors requiring maximum uptime and energy transparency. Its primary operational roles include:

• Mining and Metal Processing: Controlling high-capacity pumps, fans, and conveyors where high torque and robust motor protection are mandatory.

• Water and Wastewater Management: Utilizing the energy dashboard to optimize pumping stations and aeration systems for reduced operational costs.

• Oil and Gas Operations: Managing drilling and extraction motors with advanced drift monitoring to detect mechanical deviations before they cause system failure.

• Sustainable Manufacturing: Implementing the "Stop and Go" feature to eliminate unnecessary energy consumption during production idle times, significantly improving the plant's carbon footprint.