SU-800 VFD Inverter 1.5kW – Single Phase to 3 Phase Variable Frequency Drive

SU-800 VFD Inverter 1.5kW – Single Phase to 3 Phase Variable Frequency Drive Description

Product Description

The Suswe SU-800 VFD Inverter 1.5kW is a compact and reliable variable frequency drive (VFD) designed to convert single phase 230V input into three phase 230V output. It allows you to run three-phase motors from a standard single-phase power supply, making it ideal for workshops, machinery, pumps, and industrial equipment.

With adjustable frequency and voltage control, the SU-800 enables smooth motor speed control, improved energy efficiency, and reduced mechanical stress through soft start and stop functions.

This inverter is commonly used for lathes, milling machines, pumps, fans, compressors, conveyors, and other motor-driven equipment requiring precise motor control.

Key Features

• Converts single phase 230V input to three phase 230V output

• 1.5kW motor capacity

• Adjustable motor speed control

• Soft start / soft stop function

• Built-in overload and short circuit protection

• Digital control panel with easy parameter adjustment

• Compact and durable industrial design

• Suitable for workshops, machinery and industrial applications

Technical SpecificationsSpecificationDetailsModelSU-800Power Rating1.5kWInput Voltage220-240V Single PhaseOutput Voltage220-240V Three PhaseFrequency Range0 ? 400 HzControl MethodV/F ControlProtectionOverload, Overvoltage, Undervoltage, Short CircuitCoolingForced Air CoolingMountingPanel / Wall MountApplicationMotor Speed ControlTypical Applications

• Machine tools (lathes, mills)

• Pumps and compressors

• Fans and ventilation systems

• Conveyor systems

• Workshop machinery

• Industrial automation

Package Includes

• 1 SU-800 1.5kW VFD Inverter

• User manual

Why Use a VFD Inverter?

Using a Variable Frequency Drive allows you to:

• Run three-phase motors on single phase power

• Control motor speed precisely

• Reduce startup current

• Extend motor lifespan

• Improve energy efficiency