INVERTER SCHNEIDER ALTIVAR 930 11KW – ATV930D11N4
€1.405,00 cena netto
The Schneider Altivar Process ATV930 – ATV930D11N4 inverter with a braking module for controlling electric motors in various industrial applications, enable precise control of the motor speed and torque, which directly translates into optimal, efficient operation of machines and industrial processes.
With braking module, Ethernet IP/ Modbus TCP/ Modbus interface, Power 11kW, 380 – 480V, IP21, surface mounting, weight 7,7 kg
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Schneider Altivar Process ATV900 drives designed to support machine builders (OEMs), system integrators and industrial process owners.
Advanced solutions of the ATV930 – ATV930C16N4C inverter with a braking module, for controlling electric motors in various industrial applications, enable precise control of the motor speed and torque, which directly translates into optimal, efficient operation of machines and industrial processes. In the new generation, Altivar Process offers a wide range of possibilities and integrated functions:
- Master-slave load sharing
- High precision torque control
- Built-in dual Ethernet port
- WebServer – DHCP with integrated EtherNet
- Adaptive Cascade Vector Control – ACVC
The new generation of the Altivar Process series is easy to use and offers consistent use, functionality and performance through converter services, it also has monitoring and diagnostic functions that enable it to detect and respond to potential problems such as overloads, surges, motor overheating. Thanks to this, you can minimize the risk of failure and extend the life of the motors. The Altivar Process family of drives developed by Schneider Electric offers a common voltage platform from 0.75 kW to 2600 kW with all voltages.
Altivar Process drives are designed with IIOT solutions to improve process efficiency by providing comprehensive information and convergence of operational technologies. The drives offer a smart, networked EcoStruxure-enabled drive with built-in IIOT solutions for data collection and information sharing.