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Frequency Converters 3 Phase 380V

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Delta Electronics × INVT × Mitsubishi Electric × Schneider Electric × Veichi × 3x380 ×
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Frequency Converters 3 Phase 380V — Industrial Three-Phase Motor Control

A three-phase 380V frequency converter (VFD) is the standard drive type for industrial asynchronous motors. Powered by a standard 380V three-phase supply, these drives cover a wide power range from 0.4 to 500 kW with high conversion efficiency. The Chastotnik.ua catalogue features over 1,100 three-phase VFD models from 8 leading manufacturers for pumps, fans, conveyors, compressors, and machine tools.

How to Choose a 3 Phase 380V Frequency Converter

Selecting a three-phase VFD starts with the motor parameters and load characteristics. Key selection criteria:

  • Motor power — the VFD rated power must equal or exceed the motor power. For heavy-duty starts (crushers, presses), select one size up.
  • Rated current — the VFD output current must exceed the motor rated current. For fan/pump loads, ND (normal duty) mode is sufficient; for constant torque, select HD (heavy duty) mode.
  • Control typescalar control (V/f) suits pumps and fans, while vector control is required for cranes, elevators, and winding machines demanding precise torque.
  • IP protection class — IP20 for panel mounting, IP54/IP66 for dusty or wet environments.
  • Built-in features — EMC filter, brake module, PLC controller, communication protocol (Modbus, Profibus, EtherCAT).
ModelPowerCurrent, AIPApplication
Veichi AC10 1.5 kW1.5 kW4.0IP20Mixers, small pumps
INVT GD20 4 kW4.0 kW9.5IP20Conveyors, fans
Delta VFD-E 5.5 kW5.5 kW13.0IP20Compressors, machine tools
Danfoss FC51 4 kW4.0 kW9.0IP20Pump stations, HVAC
Schneider ATV310 11 kW11.0 kW24.0IP20Production lines, conveyors

Manufacturers of 3 Phase 380V Frequency Converters

The catalogue includes three-phase 380V VFDs from manufacturers with confirmed sales in Ukraine:

  • Veichi — AC10, AC70, AC80C series with built-in PLC and brake module
  • Delta Electronics — VFD-E, VFD-C2000, MS300 series with CANopen and EtherCAT
  • INVT — GD20, GD200A, GD350A series with vector control
  • Danfoss — FC51, FC51 Micro Drive, VLT series for HVAC and water supply
  • Mitsubishi Electric — FR-D700, FR-E800, FR-A800 series for precision control
  • Schneider Electric — Altivar 310, 320, 930 series for industrial automation
  • ABB — ACS150, ACS355, ACS580 series with built-in Safe Torque Off
  • Siemens — Sinamics V20, G120C, G120X series for building systems

3 Phase 380V Converters by Specifications

Select a three-phase VFD by key parameters:

Warranty and Support

All three-phase 380V frequency converters come with a manufacturer warranty of 12 to 24 months. Chastotnik.ua provides technical consultation for VFD selection matched to your specific motor and mechanism, assistance with parameter configuration, and after-sales service. Delivery across Ukraine: Kyiv, Kharkiv, Odesa, Dnipro, Lviv, and other cities. Payment by bank transfer for businesses or card payment for individuals.

Frequently Asked Questions

What is the difference between a 3-phase 380V VFD and a single-phase 220V VFD?

A three-phase VFD is powered by a 380V industrial supply (3 phases L1, L2, L3) and covers a power range from 0.4 to 500 kW. Single-phase 220V VFDs are limited to 2.2-4 kW. Three-phase models offer higher efficiency, better dynamics, and more built-in protection features.

How to select a three-phase VFD for a specific motor?

Check the motor nameplate for rated power and current. The VFD rated power must equal or exceed the motor power. For pumps and fans, ND (normal duty) mode is sufficient. For conveyors and cranes, select HD (heavy duty) mode or choose a VFD one power step above the motor rating.

Can I connect a 3-phase 380V VFD to a single-phase 220V supply?

No, a three-phase 380V VFD requires a three-phase power supply. For single-phase 220V mains, use dedicated single-phase VFDs with 3x220V output, or 220V-to-380V converters that accept 1 phase input and deliver 3-phase 380V output.

What additional equipment is needed with a three-phase VFD?

Required: an input circuit breaker of appropriate rating and proper grounding. Recommended: a line reactor (reduces harmonics), an output reactor (for motor cables over 50 m), a braking resistor (for frequent stops). An EMC filter is needed for electromagnetic compatibility compliance.

Should I choose scalar or vector control for my three-phase VFD?

Scalar (V/f) control suits simple fan/pump-type loads: pumps, fans, mixers. Vector control provides precise torque and speed regulation and is required for cranes, elevators, winding machines, and variable-load mechanisms. Vector VFDs cost more but can save up to 30% energy.