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Lenze EVS9324-ET

by Lenze

OverviewThe Lenze EVS9324-ET is a high-performance 2.2 kW servo inverter, specifically engineered to meet the rigorous demands of industrial automation. This unit is a key component of the modular Lenze 9300 series, facilitating smooth integration into sophisticated control systems and delivering exceptional accuracy and dynamic performance. Its primary advantage is the integrated EtherCAT interface, enabling rapid, synchronized real-time motion control, which is vital for contemporary industrial processes. Built for resilient operation, the EVS9324-ET guarantees dependable communication and meticulous motor regulation, making it essential for boosting efficiency and output across various systems. This inverter is an excellent choice for tasks demanding quick and precise control, ensuring outstanding performance for your automation requirements.Key Features Rated Power: 2.2 kW (3 HP) – Optimized for effective operation with moderate industrial loads. Input Voltage: 3-phase 400 V AC – Standard industrial input for extensive compatibility. Control Modes: Supports both sensorless and highly accurate encoder-based vector control, offering adaptability for diverse motor types and application needs. Communication: Integrated EtherCAT interface – Provides real-time, high-speed communication for synchronized multi-axis control and effortless integration into advanced automation networks. Version: ET (EtherCAT enabled hardware) – Specifically designed for EtherCAT communication capabilities. Integrated Brake Chopper: Enhances safety and control by allowing dynamic braking in applications with high inertia requirements. Modular IP20 Construction: Features a compact and sturdy design for simple installation within control cabinets, adhering to industry protection standards. Advanced Diagnostics and Synchronization: Simplifies troubleshooting and ensures precise coordination throughout complex motion profiles. Technical Specifications Catalog Number: EVS9324-ET Input Voltage: 3×400 V AC ±10% Output Frequency: 0–599 Hz Protection Class: IP20 Cooling: Internal Fan Mounting: Panel-mounted Operating Temperature: 0 °C to +45 °C (up to +55 °C with derating) Certifications: CE, UL, cUL Applications EtherCAT-based Automation Systems: Perfectly suited for environments leveraging the speed and synchronization capabilities of EtherCAT. Multi-axis Robotics and Motion Systems: Provides precise and coordinated control essential for complex robotic movements and motion sequences. OEM Machinery Requiring Compact, Networked Control: Ideal for machine builders needing integrated, space-saving control solutions. Packaging, Labeling, and Material Handling Equipment: Delivers the high accuracy and dynamic response necessary for efficient and rapid throughput in these industries. Precise Control of Synchronous and Asynchronous Motors: Versatile control options for a broad spectrum of motor technologies. Why Choose This Model?The Lenze EVS9324-ET is an outstanding selection for industrial automation, offering an optimal blend of power, accuracy, and connectivity. With its 2.2 kW power rating, it efficiently manages a broad range of loads, delivering robust performance. The integrated EtherCAT communication interface provides real-time data exchange, which is critical for intricate, synchronized movements and achieving peak accuracy in your processes. Its modular and compact design ensures flexible installation into existing systems.Order NowEquip your operations with the advanced capabilities of the Lenze EVS9324-ET servo inverter.FAQWhat is the primary communication interface of the Lenze EVS9324-ET?The main communication interface is an integrated EtherCAT, which allows for high-speed, real-time data exchange and synchronized multi-axis control.What is the power rating of this servo inverter?The Lenze EVS9324-ET has a rated power of 2.2 kW (3 HP), suitable for a variety of industrial applications.Can this inverter be used with different motor types?Yes, it supports both sensorless and precise encoder-based vector control, making it compatible with various synchronous and asynchronous motors.

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