Lenze EWL0071

Lenze EWL0071 | Diagnostic Cable for Lenze 8400 and 9400 Drive Systems

Overview

The Lenze EWL0071 is a shielded 5-meter diagnostic cable used to connect the Lenze E94AZCUS USB diagnostic adapter to the DIAG interface on Lenze 8400 StateLine and 9400 HighLine inverters and servo drives. This cable enables easy commissioning, diagnostics, and parameter configuration through tools like Lenze EASY Starter.

Key Features

• Length: 5.0 meters

• Connector Type: RJ50 (10-pin) male on both ends

• Construction: Shielded 10-core industrial-grade cable

• Plug-and-Play: Ready for direct connection to USB adapter and drive

• Compatibility: Works with E94AZCUS diagnostic adapter

• Applications: Diagnostics, parameter backup, commissioning, firmware updates

• Lenze Software Support: Fully compatible with EASY Starter and Engineer

Technical Specifications

• Model Number: EWL0071

• Cable Type: Diagnostic/communication

• Length: 5 m

• Ends: RJ50 to RJ50 (10-pin)

• Shielding: Yes

• Weight: ~0.4 kg

• Operating Temp: 0°C to 50°C

• Use Case: Field commissioning and maintenance support

• Compatible Drives: 8400 StateLine, 8400 HighLine, 9400 HighLine

Applications

• On-site inverter diagnostics

• Parameter uploads/downloads

• Configuration replication

• Field service maintenance

• Firmware flashing with Lenze tools

Why Choose the EWL0071?

• Reliable Communication: Ensures stable data transfer between drive and PC

• Industrial Durability: Built to withstand field use and electrical noise

• Service-Friendly: Eliminates need for RS232 converters or legacy ports

• Universal Fit: Optimized for multiple Lenze drive platforms

• Time-Saving Tool: Ideal for OEMs, integrators, and maintenance teams

Order Now

The Lenze EWL0071 cable is available and ready for fast global delivery. 

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