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E82EV752K4C201 - Frequency Converter - LENZE
LENZE 8200 Vector E82EV752K4C201, rigorous motor speed control
Designed for demanding industrial environments, the LENZE 8200 Vector frequency converter, reference E82EV752K4C201, provides stable and repeatable control of speed and torque for asynchronous motors. It meets the needs of maintenance managers, system integrators and engineering departments seeking a robust solution to stabilise a production line, modernise equipment or secure a retrofit. The 8200 Vector philosophy focuses on vector control known for its precision, particularly valuable when process dynamics and low-speed performance are critical. The combination of streamlined commissioning, intuitive operation and controlled motor behaviour reduces unplanned downtime and supports overall performance. Backed by LENZE expertise and SEI operational support, this drive integrates as a reliable element of your automation chain, with fast availability and services calibrated for industrial requirements.
Reliable control, continuity of service and operational benefits
- Process stability – The 8200 vector control maintains consistent speed, essential for product quality and cycle repeatability.
- Protection of mechanical components – Controlled acceleration and deceleration limit shocks, reduce wear and extend the life of driven parts.
- Energy efficiency – Fine speed adjustment to the actual process need helps lower consumption compared with a fixed-speed operation.
- Integration flexibility – Standard control interfaces and clear parameter logic simplify adaptation to new or existing equipment.
- Easier maintenance – Clear diagnostics and consistent parameter backup speed up maintenance tasks and restart operations.
Industrial architecture and design quality
The 8200 Vector is built with reliability in mind, suited to continuous-use constraints. The electronic architecture and thermal management are designed to improve in-service stability. LENZE’s parameterisation approach favours progressive settings, which reduces configuration errors and accelerates tuning. The unit fits efficiently into control cabinets, aligning with industrial wiring and safety practices. Control elements are organised to enable quick interventions, with easy access to common functions. This approach shortens the training time required for teams and promotes consistent adoption across the installed base. Thanks to the robustness and maturity of the 8200 family, this drive is a pertinent choice when availability, consistent motor behaviour and process longevity are priorities.
Typical uses and application contexts
The 8200 Vector E82EV752K4C201 is suitable for conveying, packaging and processing applications, as well as pump and fan drives where speed accuracy and reliability are paramount. Maintenance teams will value its ability to stabilise machines sensitive to load variations. Integrators will see a proven technical foundation for new lines or modernisations, with a measured learning curve and consistent operation on site.
Technical reassurance and the value of the LENZE brand
LENZE has recognised expertise in motor control, with product ranges long proven in industry. Supported by this reliability, SEI assists you with solutions adapted to urgent field needs. Depending on availability, you can access standard exchange, new or refurbished equipment, as well as qualified repair. Each unit is tested on a bench and comes with a 6 to 24 months warranty depending on the chosen service. This secures your timelines and budget while preserving production continuity.
Need fast provision of the LENZE 8200 Vector E82EV752K4C201 or technical advice for an on-site replacement, repair or targeted retrofit? Contact our teams. Availability quoted 24 to 72 h depending on stock and service, B2B support and full traceability to ensure reliable decisions and minimized downtime.
Lenze specializes in automation and drive technologies and is established in more than 60 countries. They develop, manufacture and sell innovative products, global solutions and complete systems.