Lenze EVS9322-ESV004

Lenze EVS9322-ESV004 | 0.37 kW High-Precision Servo Inverter – Modular and Efficient

Overview

The Lenze EVS9322-ESV004 is a servo inverter from the 9300 series, engineered for precise control of synchronous and asynchronous motors. With a compact modular design and a power rating of 0.37 kW (0.5 HP), it is ideal for small-scale automation systems requiring high precision and performance.

Key Features

• Rated Power: 0.37 kW

• Input Voltage: 3-phase 400V AC

• Output Frequency: 0 to 650 Hz

• Motor Types: Compatible with synchronous and asynchronous motors

• Control Modes: Speed, torque, and position control

• Integrated Functions:

  • Positioning functionality

  • DC braking

  • PID control

  • Safe Torque Off (STO)

• Modular Expansion: Interface cards for PROFIBUS, CANopen, EtherCAT, I/O

• Cooling System: Integrated fan

• Mounting: Panel mount with compact book-style housing

Technical Specifications

• Model Number: EVS9322-ESV004

• Rated Output Current: ~1.1 A

• Voltage Class: 3~400V

• Switching Frequency: Up to 16 kHz

• Protection Class: IP20

• Ambient Operating Temp: 0°C to +45°C

• Dimensions (approx.): 240 x 70 x 200 mm

• Weight: ~2.5 kg

• Certifications: CE, UL, RoHS

Applications

• Small robotics and pick-and-place systems

• Packaging and labeling equipment

• Conveyor drives

• Machine tools

• Textile and printing machines

Why Choose the EVS9322-ESV004?

• Precision Control: Ideal for demanding servo applications

• Modular Expansion: Add communication or I/O modules as needed

• Compact Footprint: Saves cabinet space

• Reliable & Safe: Integrated safety functions and robust build

• Flexible Programming: Supports Lenze tools for setup and monitoring

Order Now

The Lenze EVS9322-ESV004 servo inverter is in stock and ready for shipment. 

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