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VEVOR Variable Frequency Inverter 220 V, 3 kW, 4 HP, Variable Inverter, VFD Speed ​​Controller, CNC Inverter -5~40 °C, Vibration < 0.5 G, Input/Output Current 0-14 A, Input 1 or 3 Phases, VFD Converter
VEVOR Variable Frequency Inverter 220 V, 3 kW, 4 HP, Variable Inverter, VFD Speed ​​Controller, CNC Inverter -5~40 °C, Vibration < 0.5 G, Input/Output Current 0-14 A, Input 1 or 3 Phases, VFD Converter
VEVOR Variable Frequency Inverter 220 V, 3 kW, 4 HP, Variable Inverter, VFD Speed ​​Controller, CNC Inverter -5~40 °C, Vibration < 0.5 G, Input/Output Current 0-14 A, Input 1 or 3 Phases, VFD Converter
VEVOR Variable Frequency Inverter 220 V, 3 kW, 4 HP, Variable Inverter, VFD Speed ​​Controller, CNC Inverter -5~40 °C, Vibration < 0.5 G, Input/Output Current 0-14 A, Input 1 or 3 Phases, VFD Converter
VEVOR Variable Frequency Inverter 220 V, 3 kW, 4 HP, Variable Inverter, VFD Speed ​​Controller, CNC Inverter -5~40 °C, Vibration < 0.5 G, Input/Output Current 0-14 A, Input 1 or 3 Phases, VFD Converter
VEVOR Variable Frequency Inverter 220 V, 3 kW, 4 HP, Variable Inverter, VFD Speed ​​Controller, CNC Inverter -5~40 °C, Vibration < 0.5 G, Input/Output Current 0-14 A, Input 1 or 3 Phases, VFD Converter
VEVOR Variable Frequency Inverter 220 V, 3 kW, 4 HP, Variable Inverter, VFD Speed ​​Controller, CNC Inverter -5~40 °C, Vibration < 0.5 G, Input/Output Current 0-14 A, Input 1 or 3 Phases, VFD Converter
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VEVOR Variable Frequency Inverter 220 V, 3 kW, 4 HP, Variable Inverter, VFD Speed ​​Controller, CNC Inverter -5~40 °C, Vibration < 0.5 G, Input/Output Current 0-14 A, Input 1 or 3 Phases, VFD Converter VEVOR Variable Frequency Inverter 220 V, 3 kW, 4 HP, Variable Inverter, VFD Speed ​​Controller, CNC Inverter -5~40 °C, Vibration < 0.5 G, Input/Output Current 0-14 A, Input 1 or 3 Phases, VFD Converter
VEVOR Variable Frequency Inverter 220 V, 3 kW, 4 HP, Variable Inverter, VFD Speed ​​Controller, CNC Inverter -5~40 °C, Vibration < 0.5 G, Input/Output Current 0-14 A, Input 1 or 3 Phases, VFD Converter VEVOR Variable Frequency Inverter 220 V, 3 kW, 4 HP, Variable Inverter, VFD Speed ​​Controller, CNC Inverter -5~40 °C, Vibration < 0.5 G, Input/Output Current 0-14 A, Input 1 or 3 Phases, VFD Converter
VEVOR Variable Frequency Inverter 220 V, 3 kW, 4 HP, Variable Inverter, VFD Speed ​​Controller, CNC Inverter -5~40 °C, Vibration < 0.5 G, Input/Output Current 0-14 A, Input 1 or 3 Phases, VFD Converter VEVOR Variable Frequency Inverter 220 V, 3 kW, 4 HP, Variable Inverter, VFD Speed ​​Controller, CNC Inverter -5~40 °C, Vibration < 0.5 G, Input/Output Current 0-14 A, Input 1 or 3 Phases, VFD Converter
VEVOR Variable Frequency Inverter 220 V, 3 kW, 4 HP, Variable Inverter, VFD Speed ​​Controller, CNC Inverter -5~40 °C, Vibration < 0.5 G, Input/Output Current 0-14 A, Input 1 or 3 Phases, VFD Converter VEVOR Variable Frequency Inverter 220 V, 3 kW, 4 HP, Variable Inverter, VFD Speed ​​Controller, CNC Inverter -5~40 °C, Vibration < 0.5 G, Input/Output Current 0-14 A, Input 1 or 3 Phases, VFD Converter
VEVOR Variable Frequency Inverter 220 V, 3 kW, 4 HP, Variable Inverter, VFD Speed ​​Controller, CNC Inverter -5~40 °C, Vibration < 0.5 G, Input/Output Current 0-14 A, Input 1 or 3 Phases, VFD Converter VEVOR Variable Frequency Inverter 220 V, 3 kW, 4 HP, Variable Inverter, VFD Speed ​​Controller, CNC Inverter -5~40 °C, Vibration < 0.5 G, Input/Output Current 0-14 A, Input 1 or 3 Phases, VFD Converter
VEVOR Variable Frequency Inverter 220 V, 3 kW, 4 HP, Variable Inverter, VFD Speed ​​Controller, CNC Inverter -5~40 °C, Vibration < 0.5 G, Input/Output Current 0-14 A, Input 1 or 3 Phases, VFD Converter VEVOR Variable Frequency Inverter 220 V, 3 kW, 4 HP, Variable Inverter, VFD Speed ​​Controller, CNC Inverter -5~40 °C, Vibration < 0.5 G, Input/Output Current 0-14 A, Input 1 or 3 Phases, VFD Converter
VEVOR Variable Frequency Inverter 220 V, 3 kW, 4 HP, Variable Inverter, VFD Speed ​​Controller, CNC Inverter -5~40 °C, Vibration < 0.5 G, Input/Output Current 0-14 A, Input 1 or 3 Phases, VFD Converter VEVOR Variable Frequency Inverter 220 V, 3 kW, 4 HP, Variable Inverter, VFD Speed ​​Controller, CNC Inverter -5~40 °C, Vibration < 0.5 G, Input/Output Current 0-14 A, Input 1 or 3 Phases, VFD Converter
VEVOR Variable Frequency Inverter 220 V, 3 kW, 4 HP, Variable Inverter, VFD Speed ​​Controller, CNC Inverter -5~40 °C, Vibration < 0.5 G, Input/Output Current 0-14 A, Input 1 or 3 Phases, VFD Converter VEVOR Variable Frequency Inverter 220 V, 3 kW, 4 HP, Variable Inverter, VFD Speed ​​Controller, CNC Inverter -5~40 °C, Vibration < 0.5 G, Input/Output Current 0-14 A, Input 1 or 3 Phases, VFD Converter
VEVOR Variable Frequency Inverter 220 V, 3 kW, 4 HP, Variable Inverter, VFD Speed ​​Controller, CNC Inverter -5~40 °C, Vibration < 0.5 G, Input/Output Current 0-14 A, Input 1 or 3 Phases, VFD Converter VEVOR Variable Frequency Inverter 220 V, 3 kW, 4 HP, Variable Inverter, VFD Speed ​​Controller, CNC Inverter -5~40 °C, Vibration < 0.5 G, Input/Output Current 0-14 A, Input 1 or 3 Phases, VFD Converter
VEVOR Variable Frequency Inverter 220 V, 3 kW, 4 HP, Variable Inverter, VFD Speed ​​Controller, CNC Inverter -5~40 °C, Vibration < 0.5 G, Input/Output Current 0-14 A, Input 1 or 3 Phases, VFD Converter VEVOR Variable Frequency Inverter 220 V, 3 kW, 4 HP, Variable Inverter, VFD Speed ​​Controller, CNC Inverter -5~40 °C, Vibration < 0.5 G, Input/Output Current 0-14 A, Input 1 or 3 Phases, VFD Converter
VEVOR Variable Frequency Inverter 220 V, 3 kW, 4 HP, Variable Inverter, VFD Speed ​​Controller, CNC Inverter -5~40 °C, Vibration < 0.5 G, Input/Output Current 0-14 A, Input 1 or 3 Phases, VFD Converter VEVOR Variable Frequency Inverter 220 V, 3 kW, 4 HP, Variable Inverter, VFD Speed ​​Controller, CNC Inverter -5~40 °C, Vibration < 0.5 G, Input/Output Current 0-14 A, Input 1 or 3 Phases, VFD Converter
VEVOR Variable Frequency Inverter 220 V, 3 kW, 4 HP, Variable Inverter, VFD Speed ​​Controller, CNC Inverter -5~40 °C, Vibration < 0.5 G, Input/Output Current 0-14 A, Input 1 or 3 Phases, VFD Converter VEVOR Variable Frequency Inverter 220 V, 3 kW, 4 HP, Variable Inverter, VFD Speed ​​Controller, CNC Inverter -5~40 °C, Vibration < 0.5 G, Input/Output Current 0-14 A, Input 1 or 3 Phases, VFD Converter

VEVOR Variable Frequency Inverter 220 V, 3 kW, 4 HP, Variable Inverter, VFD Speed ​​Controller, CNC Inverter -5~40 °C, Vibration < 0.5 G, Input/Output Current 0-14 A, Input 1 or 3 Phases, VFD Converter

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Features & Details

  • Powerful Function: This frequency inverter has a 1- or 3-phase input and a 3-phase output. Control modes: V/F control and vector control. Frequency setting modes: digital setting, analog setting, setting via serial communication, PID setting, etc. Various control techniques with and without synchronization support dynamic starting without brake changes.
  • Quiet operation: Thanks to optimized PWM control technology and EMC compatibility in the overall design, the phase converter operates quietly and exhibits low electromagnetic interference. Sufficient space is provided between the electronic components for heat dissipation. The housing features a heat-permeable design, ensuring a longer service life.
  • Digital display: The VFD features a user-friendly keypad and a logical layout that is easy to use; the digital display is clear and easy to read. The detachable design is convenient for remote control.
  • Multiple protection measures: We use various protection methods to ensure the stable and reliable operation of the CNC frequency converter. These include overload protection, fuse protection, overvoltage protection (DC > 400 V) or undervoltage protection (DC < 200 V), restart protection, stall protection, short-circuit protection, and overheating protection.
  • Versatile applications: A frequency converter is primarily used in spindle motors, CNC engraving machines, CNC milling machines, CNC machine tools, milling machines, drilling machines, cutting machines, mixers, extruders, slicing machines, winders, compressors, fans, pumps, grinding machines, and conveyor systems. It can also be used as a speed controller for applications such as elevators (not suitable for passenger elevators), centrifuges, etc.

Product specification

  • Model H100-3S2-1B
  • Power 3 kW
  • Input voltage 220 V
  • Output voltage 0-220 V
  • Input current 0-14 A
  • Output current 0-14 A

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About this item

Product specification
Model
H100-3S2-1B
Power
3 kW
Input voltage
220 V
Output voltage
0-220 V
Input current
0-14 A
Output current
0-14 A
Initial phase
1 or 3 phases
Initial phase
3 phases
Input frequency
50 / 60 Hz
Output frequency
0-1000 Hz
Horsepower
4 hp
Operating temperature
23~104 °F / -5~40 °C
Humidity
0-90% relative humidity (non-condensing)
Vibration
Less than 0.5 G
Net weight
2.43 lbs / 1.1 kg
Product size
5.9 x 3.54 x 4.6 inches / 150 x 90 x 118 mm
Description
VEVOR variable frequency drive on a wooden surface with tools in the background.
VEVOR variable frequency drive with control panel, led display, and included wiring.
3 kW frequency converter with variable drive
Stable performance, digital display, and quiet operation
This VFD converter can be used for constant torque loads (such as heavy-duty starting: air compressors, HVAC units) and variable torque loads (such as pumps, fans, etc.). It can also be used as a motor speed controller and phase converter. Input is 1- or 3-phase, output is 3-phase. Speeds are controllable as required. This device uses sine wave PWM (SPWM) for the control system and offers impressive performance.
  • Powerful function
  • Quiet operation
  • Digitized display
  • Multiple protection
VEVOR variable frequency drive with unique control method and high precision features.
Unique tax method
This VFD operates with a unique control method, achieving high drive force, high precision, and a wide speed control range. The device supports functions such as 8/16-segment speed control, program sequence, 4-segment acceleration or deceleration switching, etc.
VEVOR variable frequency drive with high-impact abs flame retardant material case.
High-quality material
The housing of the CNC VFD is made of flame-retardant ABS material with high impact resistance, good flame protection, and a corrosion-resistant coating. The housing offers excellent trip protection and is resistant to harsh electrical, temperature, humidity, and dust conditions. This significantly improves its stability.
VEVOR variable frequency drive with detachable fan and built-in radiator. high air volume.
High air volume
The VFD drive is equipped with fan cooling and a built-in heat sink. This ensures effective heat dissipation and maintains a suitable temperature inside the VFD. The separate air duct provides electrical insulation and protection against contaminants, making the product suitable for use in harsh environments.
VEVOR variable frequency drive with led display, green run, and red stop buttons.
Digital display
The control panel is detachable and can be connected to the appropriate interface, allowing for remote control. The clear user interface and structured digital display enhance ease of use in everyday operation.
VEVOR variable frequency drive with multiple protection features and control panel.
Multiple protection
To ensure the stable and reliable operation of the CNC frequency converter, numerous protective measures have been implemented, such as overload protection, fuse protection, over- or undervoltage protection, etc.
wide application of VEVOR variable frequency drive in cnc, general, and construction machinery, and pharmaceutical equipment.
Wide application
Frequency converters are used in winding machines, mixers, extruders, cutting machines, winders, compressors, fans, pumps, mills, elevators and other machines with speed control.
VEVOR variable frequency drive with dimensions shown and control buttons.
  • Model: H100-3S2-1B
  • Power: 3 kW
  • Input voltage: 220 V
  • Output voltage: 0-220 V
  • Input current: 0-14 A
  • Output current: 0-14 A
  • Initial phase: 1 or 3 phases
  • Initial phase: 3 phases
  • Input frequency: 50 / 60 Hz
  • Output frequency: 0-1000 Hz
  • Horsepower: 4 hp
  • Operating temperature: 23~104 °F / -5~40 °C
  • Humidity: 0-90% relative humidity (non-condensing)
  • Vibration: Less than 0.5 G
  • Net weight: 2.43 lbs / 1.1 kg
  • Product size: 5.9 x 3.54 x 4.6 inches / 150 x 90 x 118 mm
VEVOR variable frequency drive with led display and control buttons
  • 1 x 3 kW frequency converter
  • 1 x English manual
  • 1 x extension cable
VEVOR variable frequency drive on a wooden surface with tools in the background.
VEVOR variable frequency drive with control panel, led display, and included wiring.
3 kW frequency converter with variable drive
Stable performance, digital display, and quiet operation
This VFD converter can be used for constant torque loads (such as heavy-duty starting: air compressors, HVAC units) and variable torque loads (such as pumps, fans, etc.). It can also be used as a motor speed controller and phase converter. Input is 1- or 3-phase, output is 3-phase. Speeds are controllable as required. This device uses sine wave PWM (SPWM) for the control system and offers impressive performance.
  • Powerful function
  • Quiet operation
  • Digitized display
  • Multiple protection
VEVOR variable frequency drive with unique control method and high precision features.
Unique tax method
This VFD operates with a unique control method, achieving high drive force, high precision, and a wide speed control range. The device supports functions such as 8/16-segment speed control, program sequence, 4-segment acceleration or deceleration switching, etc.
VEVOR variable frequency drive with high-impact abs flame retardant material case.
High-quality material
The housing of the CNC VFD is made of flame-retardant ABS material with high impact resistance, good flame protection, and a corrosion-resistant coating. The housing offers excellent trip protection and is resistant to harsh electrical, temperature, humidity, and dust conditions. This significantly improves its stability.
VEVOR variable frequency drive with detachable fan and built-in radiator. high air volume.
High air volume
The VFD drive is equipped with fan cooling and a built-in heat sink. This ensures effective heat dissipation and maintains a suitable temperature inside the VFD. The separate air duct provides electrical insulation and protection against contaminants, making the product suitable for use in harsh environments.
VEVOR variable frequency drive with led display, green run, and red stop buttons.
Digital display
The control panel is detachable and can be connected to the appropriate interface, allowing for remote control. The clear user interface and structured digital display enhance ease of use in everyday operation.
VEVOR variable frequency drive with multiple protection features and control panel.
Multiple protection
To ensure the stable and reliable operation of the CNC frequency converter, numerous protective measures have been implemented, such as overload protection, fuse protection, over- or undervoltage protection, etc.
wide application of VEVOR variable frequency drive in cnc, general, and construction machinery, and pharmaceutical equipment.
Wide application
Frequency converters are used in winding machines, mixers, extruders, cutting machines, winders, compressors, fans, pumps, mills, elevators and other machines with speed control.
VEVOR variable frequency drive with led display and control buttons
  • 1 x 3 kW frequency converter
  • 1 x English manual
  • 1 x extension cable
VEVOR variable frequency drive with dimensions shown and control buttons.
  • Model: H100-3S2-1B
  • Power: 3 kW
  • Input voltage: 220 V
  • Output voltage: 0-220 V
  • Input current: 0-14 A
  • Output current: 0-14 A
  • Initial phase: 1 or 3 phases
  • Initial phase: 3 phases
  • Input frequency: 50 / 60 Hz
  • Output frequency: 0-1000 Hz
  • Horsepower: 4 hp
  • Operating temperature: 23~104 °F / -5~40 °C
  • Humidity: 0-90% relative humidity (non-condensing)
  • Vibration: Less than 0.5 G
  • Net weight: 2.43 lbs / 1.1 kg
  • Product size: 5.9 x 3.54 x 4.6 inches / 150 x 90 x 118 mm
Product guides and documents
User manual-en (PDF) Review

Questions and Answers (16)

Tengo un elevador de coches con un motor trifásico de 3kw y en mi garaje tengo monofasica, me serviría este variador para poder hacerlo funcionar?
La salida de este inversor es trifásica, por lo que no se recomienda accionar motores monofásicos.
By vevor
Helpful ( 10 )
Hola !una pregunta ,tengo un motor 3kw para una bomba hidraulica, me puede silvir este variador de 3kw y como se concta la tiera?
Sí, siempre que su motor de 3 kW coincida con las especificaciones de voltaje y corriente del variador de frecuencia. Conecte el cable de tierra al terminal PE (tierra) del variador de frecuencia y al terminal de tierra del motor.
By vevor
Helpful ( 0 )
Se le puede instalar un transductor de presión para bomba de agua y así mantener una presión constante para varios sectores de riego?
Sí, se puede instalar y utilizar un transductor de presión con este variador de frecuencia para mantener una presión constante, pero debe integrarse en el sistema de control PID del variador y funciona mejor cuando las zonas de riego no cambian de forma impredecible.
By vevor
Helpful ( 0 )
Quiero conectar un motor de sierra de 400v Trifásico a una linea monofásica 230v
El voltaje de entrada de este convertidor de frecuencia es de 220 V y el voltaje de salida es trifásico de 220 V. No admite voltaje trifásico de 400 V.
By vevor
Helpful ( 0 )
Hola, necesito alimentar una maquina trifasica 3F+N desde una instalacion monofásica 230v, la.maquina tiene 2HP de potencia, he estado viendo por a web VEVOR Inversor de Frecuencia 4kW 18A 5HP Entrada Monofásica a Salida Trifásica, pero me cabe la duda del neutro para la maquina
El inversor de 4KW 220V puede funcionar con corriente monofásica de 220V o trifásica de 220V, y la salida es trifásica de 220V. Cuando la tensión de entrada es monofásica 220 V, la tensión que se requiere conectar entre los dos terminales L1 y L2 del inversor es 220 V. Cuando el voltaje de entrada es trifásico 220 V, se requiere que el voltaje entre L1 y L2 sea 220 V, el voltaje entre L2 y L3 sea 220 V y el voltaje entre L1 y L3 sea 220 V.
By vevor
Helpful ( 0 )
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