Lenze EVF8213-E 8200 frequency inverter

The Lenze 8200 product information lists EVF8213-E as a frequency inverter for three-phase mains connection. For operation on 3 AC 400 V mains, the catalog lists EVF8213-E at 2.2 kW motor power and 5.5 A output current.

System function and position

Rebuilt from individual evidence

The Lenze 8200 product information lists EVF8213-E as a frequency inverter for three-phase mains connection.

For operation on 3 AC 400 V mains, the catalog lists EVF8213-E at 2.2 kW motor power and 5.5 A output current.

The inverter sits between the three-phase supply and an AC motor, regulating output frequency and voltage for machine motion.

Unknown: installation-specific compatibility, replacement fit, and current commercial availability require separate confirmation for EVF8213-E.

Exact reference: EVF8213-E
Category: Drives / VFD
Evidence checked: 2026-09-12

System role

This section explains what the product does and where it acts in the surrounding system.

Function: Regulates three-phase AC power for variable-speed machine motion.
System position: Sits in the cabinet power chain between the three-phase mains and the connected AC motor.
Upstream / inputs: Receives three-phase mains power and a speed or process setpoint.
Downstream / outputs: Delivers controlled three-phase output to the motor.
Limitations: Unknown: installation-specific compatibility, replacement fit, and current commercial availability require separate confirmation for EVF8213-E.

Evidence ledger

Facts, inferences, and unknowns are kept separate.

Facts

The Lenze 8200 product information lists EVF8213-E as a frequency inverter for three-phase mains connection.
Confidence: high
- www.ns-automation.com — retrieved 2026-09-12; high confidence
For operation on 3 AC 400 V mains, the catalog lists EVF8213-E at 2.2 kW motor power and 5.5 A output current.
Confidence: high
- www.ns-automation.com — retrieved 2026-09-12; high confidence

Inferences

The inverter sits between the three-phase supply and an AC motor, regulating output frequency and voltage for machine motion.
Confidence: medium
Rationale: The system position is inferred from the documented product function and the stated upstream or downstream interfaces.
- www.ns-automation.com — retrieved 2026-09-12; high confidence

Unknowns

Unknown: installation-specific compatibility, replacement fit, and current commercial availability require separate confirmation for EVF8213-E.
Confidence: low
Missing evidence: The captured sources do not establish installation-specific compatibility, replacement fit, or current commercial conditions.

System position diagram

A flow from the upstream control system through EVF8213-E to the downstream machine element. — The diagram shows the documented position of the exact reference in an industrial control path.

View Mermaid source

flowchart LR\n  U["Upstream control system"] -->|"documented command or supply"| P["EVF8213-E"]\n  P -->|"documented controlled output"| D["Downstream machine element"]

View diagram labels

Nodes: Lenze EVF8213-E 8200 frequency inverter; Downstream machine element
Edges: Documented control path

Next action

The Lenze 8200 product information lists EVF8213-E as a frequency inverter for three-phase mains connection.

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