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Home | Products | Frequency Converter  | High Power Frequency Converter 
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FVC Series

High Power Frequency Converter, 5kVA to 1MVA

The FVC Series frequency converters provide a robust and cost-effective solution for delivering AC power from 5kVA to 1000kVA, with adjustable output voltage and frequency to support a wide range of testing and validation applications.

Designed with low-distortion output and three-phase architecture, the FVC Series offers single or dual voltage range configurations and overload capability, making it well suited for testing avionics equipment, transformers, motors, pumps, and other frequency-sensitive systems.

The system supports frequency conversion from 50Hz or 60Hz input to programmable output frequencies while maintaining stable and regulated AC power. These capabilities make the FVC Series an ideal solution for limit and immunity testing of AC-powered equipment.

Power:

5kVA to 1MVA

Voltage:

Up to 1000VL-L

Frequency:

40Hz-200Hz

Why Choose FVC Series

Low‑Distortion Output

Delivers clean, high-quality AC power using advanced switching technology

Flexible Control

Intuitive front panel with LED display and multi-turn controls. Remote PC control via RS‑232/485, USB, LAN, or fiber

Wide Operating Envelope

Single or dual voltage ranges with overload capability up to 200% for broad range of test set ups

Key Features

  • Three-Phase Output
  • Power levels from 5KVA up to 1000KVA
  • Voltages ranges up to 1000VL-L
  • Single or Dual Voltage Ranges
  • Output Frequency 40Hz – 200Hz
  • Available alternate frequency ranges:
    15Hz-80Hz / 350Hz-450Hz
  • Overload capability 120% or 200%
  • Low distortion sine wave output
  • Custom configurations on request
  • Standard RS232, RS485 and Analog Input
  • Optional USB, LAN of Fiber Optic Interface
  • Easy to use, easy maintenance and calibration
  • Windows™ Software for PC control
  • Regenerative energy recovery R version available
  • CE Mark

Cost-Effective, High Power Frequency Conversion

Reliable Solid-State Power Conversion

The FVC Series utilizes a full-bridge inverter topology combined with an isolation output transformer to deliver efficient and reliable solid-state power conversion. This architecture provides stable frequency conversion performance for demanding industrial, aerospace, and laboratory applications.

  • Efficient solid-state frequency conversion
  • Stable output voltage and frequency
  • Isolation transformer architecture
  • Reliable long-term operation

User -Friendly AL Manager Software

The intuitive web interface and Windows-based AM Manager software transforms any PC into a remote operator console. The interfacesoftware provides enhanced control and monitoring functionality beyond the front-panel interface, and simplifying operation  and test management.

  • Remote monitoring and control
  • User-friendly graphical interface
  • Advanced configuration capability

Available Configurations

Standard Voltages VL LI LN
Single V Range
150V / 87V
300V / 173V
500V / 289V
690V / 400V
900V / 520V
1000V / 577V
Dual V Ranges
150V/300V / 87V/173V
300V/600V / 173V/346V
345V/690V / 200V/400V
450V/900V / 260V/520V
500V/1000V / 289V/577V
Vxxxx
Output Power
5kVA
10kVA
15kVA
20kVA
30kVA
50kVA
75kVA
100kVA
150kVA
200kVA
300kVA
400kVA
500kVA
600kVA
Option      Description
/M-AI-SW    Software FVC Manager
/PCR    Interface for parallel operation
/LAN    LAN interface
/FIB    Optic fiber interface
/PID    PID Software
/USB    USB interface
/Vxxxx    Special voltage range

FAQ

A frequency converter changes the input frequency and voltage to simulate non-standard power conditions, widely used for testing avionics, motors, and export-compliant equipment.

 

Advanced frequency converters typically support wide ranges such as 15 Hz to 450 Hz, enabling testing of aerospace, defense, and specialized industrial equipment.

Fast recovery time (e.g., 2 ms) ensures stable output during sudden load changes, which is critical for accurate and repeatable testing.

Yes, frequency converters are widely used for avionics, defense, and aerospace testing where non-standard frequencies like 400 Hz are required

Key factors include power rating, frequency range, voltage stability, accuracy, response time, and compatibility with the test application.