LENZE i700 E70ACMSE0204SA2ETR Servo Drive

Product Overview

Model: E70ACMSE0204SA2ETR
Series: LENZE i700 Servo Inverter Series
Manufacturer: LENZE

The LENZE E70ACMSE0204SA2ETR is a double-axis servo drive module from the i700 series, designed for high-performance motion control applications. It provides precise servo motor control, EtherCAT communication, resolver feedback, and integrated STO safety function, making it suitable for advanced automation systems.

Technical Specifications

• Product Type: Servo Drive / Servo Inverter
• Model: E70ACMSE0204SA2ETR
• Series: LENZE i700
• Axis Type: Double Axis Servo Module
• Rated Output Current: 10 A / axis
• Maximum Output Current: 20 A / axis
• Power Supply: 565–675 VDC DC bus
• Voltage Class: 230/400/480 VAC system compatible (via supply module)
• Communication Interface: EtherCAT
• Feedback Type: Resolver input
• Safety Function: Basic Safety STO (Safe Torque Off)
• Protection Class: IP20
• Installation: Control cabinet mounting
• Frequency Response: Up to 2000 Hz
• Cooling Method: Air cooling

Advantages & Features

• High Precision Motion Control
  Provides accurate speed, torque, and position control for demanding automation applications.
• Dual-Axis Compact Design
  Controls two servo axes in one module, reducing cabinet space and wiring requirements.
• Fast EtherCAT Communication
  Enables high-speed data exchange with PLC and motion controllers.
• Integrated Safety Function
  Built-in STO function improves machine safety and simplifies safety system design.
• Flexible Motor Feedback Support
  Resolver feedback provides reliable motor position detection in industrial environments.
• High Dynamic Performance
  Supports fast acceleration, deceleration, and precise positioning operations.

Applications

• Industrial Automation Equipment
• Packaging Machinery
• Robotics Systems
• CNC Machines
• Material Handling Systems
• Printing and Converting Equipment
• High-Speed Production Lines

Precautions

• Verify DC bus voltage and power supply configuration before installation.
• Confirm servo motor compatibility and feedback type.
• Ensure correct EtherCAT communication settings.
• Check STO safety wiring before operation.
• Provide sufficient cabinet ventilation and cooling.
• Perform parameter configuration and motor tuning after replacement.