Hitachi HFC-VWS 4.0kW Frequency Inverter

Description

The Hitachi HFC-VWS 5.5HF3EA is a versatile and robust frequency inverter designed for precise control of 3-phase AC motors. With a power rating of 4.0 kW and an output current of 8.6 A, this drive is ideal for a wide range of industrial applications. Its integrated digital operator panel allows for straightforward programming and monitoring of drive parameters. This unit, manufactured in 1992, is a reliable choice for maintaining legacy systems or as a cost-effective spare part.

Specifications

• Manufacturer: Hitachi
• Model: HFC-VWS 5.5HF3EA
• Power Rating: 4.0 kW
• Input Voltage: 380-460V AC, 3-Phase
• Input Frequency: 50/60 Hz
• Output Current: 8.6 A
• Control Interface: Digital Operator Panel

Label Info

• Model: 5.5HF3EA
• MFG. NO.: SE5HE3A 29A
• Date: 1992

Application

This frequency inverter is suitable for applications such as conveyor belts, pumps, fans, mixers, and other machinery where variable speed motor control is required.

Country of Origin

Made in Japan.

CO2 Impact

Opting for this pre-owned inverter saves an estimated 480 kg of CO2 compared to manufacturing a new one. This is a sustainable choice for your operations.

Availability

This is an obsolete item, available from our stock. Limited quantity available. Order now from PLC2Day for expert support and fast delivery.

FAQ

Modern inverters like the WJ200 are significantly more compact, offer more advanced control algorithms (like sensorless vector control), have built-in safety features (STO), and support modern industrial communication protocols like EtherNet/IP or Profinet, which are absent in the HFC-VWS series.

Yes, the HFC-VWS series typically includes terminal blocks for external control signals. You can wire push buttons, potentiometers, and PLC outputs to control start/stop, direction, and speed reference remotely.

For any VFD of this age that has been in long-term storage, it is highly recommended to 'reform' the main DC bus capacitors. This involves gradually applying DC voltage to restore the dielectric layer and prevent capacitor failure upon full power-up. If this is not possible, a visual inspection for leaking or bulging capacitors is crucial.

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Last Update: Friday, March 13, 2026