134F0234-200 KW / 300 HP, 380 - 480 VAC, IP00 / Chassis,RFI Class A2 (C3), No brake chopper, FuseNo A Option, General purpose I/O, Not Coated PCB

Why Choose the Danfoss 134F0234 VLT® HVAC Drive FC-102?

The Danfoss 134F0234 is a high-power HVAC variable frequency drive (VFD) designed for precise motor speed control in heating, ventilation, air conditioning and refrigeration systems. As part of the trusted Danfoss VLT® HVAC Drive FC-102 series, it is engineered to deliver efficient operation, dependable performance and advanced motor control for large commercial and industrial HVAC applications.

This drive provides accurate variable speed control for high-capacity fans, pumps, compressors and air handling equipment, helping HVAC systems operate according to real demand. The FC-102 platform includes HVAC-focused functionality, integrated protection and flexible configuration options for modern building services and automation systems.

With a rated output power of 200 kW and a three-phase 380–480 V AC supply, the Danfoss 134F0234 is ideal for large HVAC motors used in plant rooms, ventilation systems, pumping stations and industrial climate control equipment. Its IP00 / chassis format, RFI Class A2 (C3) filtering and fuse option make it suitable for integration into protected electrical cabinets and engineered drive panels.

Key Advantages

• High-power HVAC variable frequency drive for demanding building services applications.
• 200 kW / 300 HP motor power rating for large fan, pump and compressor control.
• Three-phase 380–480 V AC input compatible with commercial and industrial power systems.
• IP00 / chassis format for engineered cabinet and panel installations.
• Integrated RFI Class A2 (C3) filter for electromagnetic compatibility.
• Fuse option included for suitable protected drive configurations.
• Reliable FC-102 platform designed specifically for HVAC motor control.

Key Features

• Danfoss VLT® HVAC Drive FC-102 series.
• 200 kW rated output power.
• 300 HP motor power rating.
• Three-phase 380–480 V AC supply.
• IP00 / chassis enclosure rating.
• RFI Class A2 (C3) filter.
• No brake chopper configuration.
• Fuse option included.
• No A option configuration.
• General Purpose I/O option.
• Not coated PCB configuration.

Technical Specifications

• Manufacturer: Danfoss
• Series: VLT® HVAC Drive FC-102
• Model: FC-102P200T4E00H2XGX7XXSXXXXAXBKCXXXXDX
• MPN: 134F0234
• Product type: HVAC variable frequency drive / frequency converter
• Rated output power: 200 kW
• Horsepower rating: 300 HP
• Input voltage: 380–480 V AC
• Input phases: 3-phase
• Output phases: 3-phase
• Frequency: 50 / 60 Hz
• Protection rating: IP00 / chassis
• EMC / RFI filter: RFI Class A2 (C3)
• Brake chopper: No brake chopper
• Mains option: Fuse
• A option: No A option
• B option: General Purpose I/O
• PCB coating: Not coated PCB

Reliable Motor Control for Large HVAC Systems

Variable frequency drives such as the Danfoss VLT® HVAC Drive FC-102 regulate motor speed by adjusting output voltage and frequency. This enables HVAC equipment to match real system demand, helping reduce energy consumption, improve airflow and pressure control, and extend the service life of motors and mechanical components.

The FC-102 series is purpose-built for ventilation, heating, cooling and refrigeration applications. Its high-power chassis design, EMC filtering and configurable I/O options make it a dependable choice for engineered drive panels, large plant rooms and industrial building automation systems.

Typical Applications

• Large HVAC fans and ventilation systems.
• High-capacity air handling units.
• Heating and chilled water pump systems.
• Cooling towers and chiller systems.
• Compressors and refrigeration equipment.
• Industrial climate control systems.
• Engineered drive panels and building automation systems.

Trusted by HVAC Engineers Worldwide

Danfoss VLT® HVAC drives are widely used by building services engineers, facilities managers and automation specialists to deliver reliable motor control, energy savings and efficient HVAC system operation.