E82EV223K4B - Frequency Converter - LENZE

LENZE 8200 Vector E82EV223K4B, 22 kW vector-control inverter

Designed for reliable and precise control of three-phase induction motors, the LENZE 8200 Vector E82EV223K4B frequency inverter targets industrial operators seeking high-performance, stable speed regulation in continuous production environments. Based on vector control technology, it provides dynamic torque response and speed holding that directly improve process quality, reduce mechanical stress and enhance energy efficiency. Rated for applications up to 22 kW and powered from 400/500 V three-phase supplies, this converter integrates smoothly into modern automation architectures. It covers a wide range of uses, from continuous material handling to fluid handling, packaging and special machinery. The manufacturer reference E82EV223K4B201, a variant of the base E82EV223K4B, addresses specific industrial configurations while retaining the core characteristics of the 8200 Vector family.

Controlled regulation and immediate operational benefits

• Accurate low-speed torque – Vector control preserves available torque when speed falls, stabilising starts, coarse positioning and variable cycle rates.
• Speed and process quality – The control dynamics minimise jerks and speed ripple, enabling smooth conveying, consistent flow rates and better repeatability.
• Measurable energy savings – Fine adjustment of frequency and voltage to the operating point reduces losses, lowers motor heating and helps cut overall energy consumption.
• Lower mechanical stress – Configurable acceleration and deceleration ramps reduce shocks on transmissions, bearings and belts, extending the service life of driven components.
• Easy integration – 8200 Vector parameters provide clear settings, torque limits and protection functions that simplify commissioning and maintenance.

8200 Vector architecture and key features

The E82EV223K4B belongs to LENZE's 8200 Vector series, a family of drives engineered for variable-speed applications with vector torque control. Sized for motors up to 22 kW, this model operates on a 400/500 V three-phase network, making it an industry-standard solution. The reference E82EV223K4B201 denotes a factory configuration based on the same hardware core. The 8200 Vector platform offers comprehensive parameterisation, including acceleration and deceleration ramps, torque limits, motor thermal protections and energy optimisation functions. The design prioritises stability both in steady state and during transients, delivering a response tuned to load variations. The configuration interface allows precise adjustment of the drive law to the application, activation of required protections and storage of reproducible setpoints. This approach ensures consistent motor control aligned with modern production line requirements.

Typical applications and use cases

The 8200 Vector E82EV223K4B meets the needs of variable-speed conveyors, centrifugal pumps and fans where flow adjustment drives energy consumption, as well as process machines requiring controlled acceleration sequences. It is suitable for handling, assembly and packaging operations where speed and torque stability directly affect quality and scrap rates. Integrators and maintenance teams use it to stabilise repetitive cycles, harmonise throughput and improve operational comfort.

Differentiation, reliability and brand support

LENZE is recognised for the robustness of its 8200 Vector range and the consistency of its control algorithms. Platform continuity, extensive parameter options and precise regulation make it a widely adopted industry standard. Backed by the expertise of Standard Exchange Industry, the E82EV223K4B is available for supply, exchange or repair, with technical support sized to minimise unplanned downtime. This combination of product reliability and availability-focused service secures your restarts and reduces operational risk.

Speed up your return to production with the LENZE 8200 Vector E82EV223K4B. Contact our specialists for a quote and availability within 24 to 72 hours depending on the service, and receive integration advice tailored to your application.