The Lenze Series 8400 is a range of advanced drive systems designed to efficiently and precisely control motors in industrial applications. The series includes inverters, motor controllers, and servo drives supporting various motor types, offering flexible speed control, torque management, and positioning solutions. The 8400 series is known for its compact design, energy efficiency, and user-friendly interface, making it ideal for applications like conveyors, packaging machines, robotics, and material handling systems. The series is highly adaptable and supports integration with automation systems via multiple communication protocols.
Browse available units in our catalog of Series 8400.
This variable frequency drive offers a nominal input current of 5.3 A at 45°C and 4.0 A at 55°C. Output-wise, it can provide a nominal current of 3.0 A at 45°C and 2.3 A at 55°C. The output frequency
With a power dissipation of 95 W under typical loads, this frequency drive features output voltage capabilities ranging from 0 to 230 V and a frequency output range of 0 to 1000 Hz. At 45 °C and 55 °C
Designed for flexibility, this Lenze drive features adjustable output voltage capabilities from 0 to 500 V AC. Input current ratings reach up to 20.0 A at 400 V. They can continue to deliver an effect
The Lenze E84AYCERV-S module is instrumental for PROFINET communication in the Lenze Series 8400. It supports topologies such as tree, star, and line while accommodating 255 devices in a subnetwork. A
In the Series 8400 by Lenze, the E84AYCPMV-S is engineered specifically for use with PROFIBUS communication. Addressing configurations can be adjusted through either DIP switches or software, permitti
Operating effectively as a variable frequency drive, the E84AVSCE75145XO provides a power dissipation of 80 W under designated load conditions. Input current ratings are 3.6 A at 400 V and 2.9 A at 50
This inverter drive features three-phase power supply capabilities with a rated output current of 1.3 A and an input current of 5.0 A. It provides four digital inputs and one digital output, all of wh