Lenze EVS9329-ER

Overview

The Lenze EVS9329-ER is a high-performance 15.0 kW servo inverter, meticulously engineered for precise and robust motion control in industrial environments. As a key component of Lenze's renowned modular 9300 series, this drive is equipped with advanced resolver feedback, guaranteeing exceptionally accurate and reliable motor control even in the most demanding applications. Designed for seamless integration and built to withstand rigorous operational conditions, the EVS9329-ER provides a powerful and consistent solution for complex automation tasks, offering both precision and durability.

Key Features

• Rated Power: 15.0 kW (equivalent to 20 HP), providing substantial power for heavy-duty applications.
• Input Voltage: 3-phase 400 V AC, ensuring compatibility with standard industrial power supplies.
• Feedback Type: Integrated Resolver feedback for superior accuracy and interference-free motor positioning.
• Control Modes: Supports both resolver-based and advanced sensorless vector control for versatile motor management.
• Integrated Brake Chopper: Enhances safety and performance by efficiently dissipating regenerative energy.
• Modular Construction: Part of the flexible 9300 series, allowing for easy expansion and customization.
• Protection Class: IP20 rating, suitable for controlled industrial environments.
• Advanced Diagnostics: Provides real-time operational insights for proactive maintenance and optimal performance.

Technical Specifications

• Catalog Number: EVS9329-ER
• Input Voltage: 3 × 400 V AC ±10%
• Output Frequency: 0–599 Hz, offering wide motor speed control capabilities.
• Protection Class: IP20
• Feedback Interface: Resolver
• Cooling: Efficient internal fan for sustained operation.
• Mounting: Designed for easy panel-mounted installation.
• Operating Temperature: 0 °C to +45 °C (up to +55 °C with derating for extended flexibility).
• Certifications: CE, UL, cUL, ensuring global compliance and safety standards.

Applications

• High-load Industrial Automation: Ideal for machinery requiring significant power and precise control.
• Resolver-based Feedback Systems: Optimized for applications where high accuracy and immunity to electrical noise are critical.
• Coordinated Motion: Essential for sophisticated systems in robotics, advanced packaging lines, and precision machining equipment.
• OEM Machinery: Perfectly suited for original equipment manufacturers demanding high precision and reliability.
• Multi-axis Synchronized Motion Platforms: Enables seamless coordination across multiple axes for complex movements.

Why Choose This Model?

The Lenze EVS9329-ER stands out as a superior choice for a multitude of reasons. Its robust 15.0 kW power output ensures that even the most demanding drive applications are handled with ease and efficiency. The integrated resolver feedback system guarantees stable and interference-free control, crucial for applications where precision and reliability cannot be compromised. As an integral component of Lenze’s highly trusted 9300 modular system, this servo inverter benefits from a legacy of engineering excellence and compatibility within a flexible, scalable architecture. It is purpose-built for scalable, precise, and durable performance, capable of delivering consistent results over prolonged operational periods. This model is particularly ideal for heavy-duty motion control systems, offering an unparalleled combination of power, accuracy, and endurance.

Order Now

Elevate your industrial automation capabilities with the Lenze EVS9329-ER servo inverter. This high-performance unit is readily available and capable of worldwide shipment, ensuring quick deployment for your critical applications. For further exploration of compatible solutions, you can return to our comprehensive selection of Lenze 9300 Servo Inverters EVS Series. Additionally, discover our full range of Lenze industrial automation products, which includes a wide array of frequency inverters, advanced servo drives, robust motors, and sophisticated control modules, all designed to meet the demands of high-performance industrial applications.