Lenze EVS9325-ER

Lenze EVS9325-ER

Overview

The Lenze EVS9325-ER is a 4.0 kW servo inverter from the modular 9300 series, designed for resolver-based feedback systems. With precise vector control and a robust design, it’s ideal for a wide range of automation applications requiring reliable motion control.

Key Features

• Rated Power: 4.0 kW (5.5 HP)

• Input Voltage: 3-phase 400 V AC

• Feedback Type: Resolver

• Control Modes: Sensorless and resolver-based vector control

• Integrated brake chopper

• Compact modular design with IP20 protection

• High dynamic response and diagnostic capabilities

Technical Specifications

• Catalog Number: EVS9325-ER

• Input Voltage: 3×400 V AC ±10%

• Output Frequency: 0–599 Hz

• Protection Class: IP20

• Feedback Interface: Resolver

• Cooling: Internal fan

• Mounting: Panel-mounted

• Operating Temperature: 0 °C to +45 °C (up to +55 °C with derating)

• Certifications: CE, UL, cUL

Applications

• Mid-range power automation systems

• Resolver-based motion control in OEM machines

• Packaging, conveying, and material processing lines

• Industrial environments requiring high reliability

• Machines needing fast and precise feedback

Why Choose the EVS9325-ER

• Resolver input for robust, noise-immune feedback

• 4.0 kW of scalable power in a compact form

• Seamless integration with Lenze 9300 systems

• High precision, stability, and dynamic performance

• Trusted solution for demanding automation needs

Order Now

The Lenze EVS9325-ER servo inverter is available and ships worldwide.

Return to Lenze 9300 Servo Inverters EVS Series for more options in this range.

Explore our full selection of Lenze industrial automation products, including frequency inverters, servo drives, motors, and control modules for high-performance industrial applications.

NEW product in original sealed packaging. The product may be of older version or design. The packaging may have markings, signs of discoloration, and wear. DDPARTSSOLUTION Warranty: 1 Year. Manufacturer's Warranty and Support NEVER apply