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Compact 220V Single-Phase To 3-Phase Servo Drive VFD Energy-Efficient Motor Control

Guangdong Zhufeng Electric Co., Ltd.
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    Buy cheap Compact 220V Single-Phase To 3-Phase Servo Drive VFD Energy-Efficient Motor Control from wholesalers
     
    Buy cheap Compact 220V Single-Phase To 3-Phase Servo Drive VFD Energy-Efficient Motor Control from wholesalers
    • Buy cheap Compact 220V Single-Phase To 3-Phase Servo Drive VFD Energy-Efficient Motor Control from wholesalers
    • Buy cheap Compact 220V Single-Phase To 3-Phase Servo Drive VFD Energy-Efficient Motor Control from wholesalers
    • Buy cheap Compact 220V Single-Phase To 3-Phase Servo Drive VFD Energy-Efficient Motor Control from wholesalers
    • Buy cheap Compact 220V Single-Phase To 3-Phase Servo Drive VFD Energy-Efficient Motor Control from wholesalers

    Compact 220V Single-Phase To 3-Phase Servo Drive VFD Energy-Efficient Motor Control

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    Brand Name : ZFENG
    Model Number : ZF900 Series
    Certification : CE、CB、CCC、ISO9001、ISO14001、ISO45001、EN61439、EN61000
    Payment Terms : ,MoneyGram,Western Union,T/T,D/P,D/A,L/C
    Supply Ability : 500-10000 per Month
    Delivery Time : 5 Days
    Price : $ 95-20000 dollars
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    Compact 220V Single-Phase To 3-Phase Servo Drive VFD Energy-Efficient Motor Control

    Compact 220V Single-Phase To 3-Phase Servo Drive VFD Energy-Efficient Motor Control
    I. Product Positioning

    Designed specifically for single-phase 220V power environments, this VFD converts input into three-phase 220V/380V (model-dependent) adjustable voltage and frequency to drive three-phase servo or asynchronous motors. It enables soft starting, energy-saving speed control, and precise motion control, making it ideal for home workshops, agricultural irrigation, small-scale industrial equipment upgrades, and other applications where three-phase power is unavailable.

    II. Core Features & Technical Specifications
    1. Input/Output Characteristics
    • Input Voltage: Single-phase 220V ±15% (some models support ±25%) to accommodate voltage fluctuations.
    • Output Voltage: Three-phase 220V or 380V
    • Output Frequency: 0-400Hz/650Hz (wide-range speed adjustment for high-speed motors).
    • Power Range: 0.4kW-45kW (covers small to medium-sized motor applications).
    2. Control Modes
    • V/F Control: Simple speed regulation for constant-torque loads like fans and pumps.
    • Vector Control (SVC/FVC):
      • SVC (Sensorless Vector Control): Delivers 150% torque at 0.5Hz for strong low-speed starting.
      • FVC (PG Vector Control): Provides 180% torque at 0Hz with ±0.2% speed accuracy for high-precision tasks (e.g., CNC machines).
    • Speed Regulation Ratio: 1:100 (SVC) to 1:1000 (FVC) for versatile load compatibility.
    3. Protection Functions
    • Overload Protection: 150% rated current for 60 seconds, 180% for 10 seconds (prevents tripping during transient overloads).
    • Motor Protection: Safeguards against overcurrent, overvoltage, undervoltage, overheating, short circuits, and phase loss.
    • Environmental Adaptability: IP20 enclosure, operating temperature range: -10°C to 50°C.
    III. Energy Efficiency & Optimization
    • Automatic Voltage Regulation (AVR): Stabilizes output voltage during grid fluctuations to reduce motor losses.
    • Energy-Saving Mode: PID control enables constant-pressure water supply or constant-current operation, cutting energy consumption by 30%+ (e.g., in pumps).
    • High Power Factor: ≥95% to minimize reactive power losses and lower electricity costs.
    IV. Application Scenarios
    1. Home Workshop Upgrades
    • Scenario: Driving three-phase woodworking lathes or engraving machines with single-phase power.
    • Solution: Use a 1.5kW-2.2kW VFD to output three-phase 220V, enabling stepless speed adjustment and reducing noise/energy use.
    2. Agricultural Irrigation
    • Scenario: Constant-pressure water supply for three-phase pumps.
    • Solution: Pair a 4kW VFD with a pressure sensor for PID closed-loop control, saving water and electricity.
    3. Small-Scale Fan Systems
    • Scenario: Adjusting airflow to match production demands.
    • Solution: Use a 0.75kW VFD with analog input (0-10V) or a potentiometer for precise airflow control.
    V. Selection & Installation Guidelines
    1. Power Matching
    • Select a VFD rated ≥ 1.2x the motor's power (e.g., a 2.2kW VFD for a 1.5kW motor).
    • For 380V motors, reconfigure to delta connection to match 220V output.
    2. Wiring Steps
    • Power Input: Connect single-phase 220V live (L) to L1, neutral (N) to L2, and ground to PE.
    • Motor Output: Link VFD terminals U/V/W to motor terminals U1/V1/W1 (delta connection).
    • Control Circuit: Use an external potentiometer or PLC for frequency adjustment.
    3. Parameter Settings
    • Base Frequency: 50Hz (standard for China).
    • Acceleration Time: 10-20 seconds (extend for heavy-duty loads).
    • Control Mode: Choose V/F or vector control based on load requirements.
    For technical details, please contact us for remote support
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