Schneider ATV930D22N4 – Variable Speed Drive, 18.5 kW, 22 kW, 3 Phase, 400 V ac, 34.1 A, 39.6 A, ATV930 Series

Schneider Electric ATV930 Series Variable Speed Drive, 400 V AC Supply Voltage, IP21 – ATV930D22N4This variable speed drive is designed for motor control solutions, effectively managing asynchronous and synchronous motors. With a power rating of 22 kW and a supply voltage of 400V AC, it provides reliable performance in industrial applications. The drive is IP21 rated, ensuring adequate protection in various environments.Features & Benefits
• Integrated Profibus communication for seamless connectivity
• Energy-efficient design reduces power consumption
• Adjustable output frequency up to 599 Hz for flexibility
• Wall-mounted drive facilitating easy installation
• EMC filter included for reduced electromagnetic interference
• Built-in safe torque off feature enhancing operational safetyApplications
• Controls synchronous and asynchronous motors effectively
• Utilised in processes for industrial refining and production
• Suitable for requiring variable frequency control
• Ideal for energy efficiency upgrades in existing systemsWhat is the maximum current rating this unit can handle?The maximum current rating is 39.6A for normal duty at 400\V, ensuring it can accommodate various operational demands efficiently.How does the drive ensure communication with other devices?It features multiple communication protocols, including Modbus TCP, EtherNet/IP, and Profibus, allowing integration into existing automation frameworks.Are there specific mounting requirements for this product?This unit is designed for wall mounting, providing flexibility in installation locations while optimising space usage.What kind of motors can this drive be used with?It can be used with both asynchronous and synchronous motors, making it versatile for a range of industrial applications.How does the drive contribute to energy efficiency?Its design includes features that optimise motor control, which directly results in reduced energy consumption during operation.