Tianjin Yongkai International Trade Co., Ltd.

Precision Engineering
1 Phase to 3 Phase VFD Solutions

Empowering industrial automation by bridging the gap between single-phase power supplies and three-phase motor requirements. Our advanced VFD technology ensures seamless integration, energy efficiency, and superior torque control for modern manufacturing environments worldwide.

12000+
Annual Output
145+
Countries Served
7 Days
Sample Lead Time
99.7%
On-Time Delivery

Industrial Power Conversion
& Motor Control Mastery

Redefining how single-phase infrastructure drives heavy-duty three-phase machinery.

Our 1 phase to 3 phase vfd stands as a cornerstone in the electrical machinery sector, providing a high-performance alternative to costly three-phase electrical installations. By utilizing advanced PWM (Pulse Width Modulation) technology, we enable manufacturers to run industrial motors on standard residential or light commercial power grids without sacrificing torque or stability.

The technical superiority of our drives lies in their intelligent thermal management and harmonic filtration. This ensures that the transition from 1-phase input to 3-phase output is not only efficient but also protects the motor winding from overheating, extending the lifecycle of your equipment while reducing total cost of ownership in automation workflows.

Core Engineering
Pillars

The architectural foundation of our VFD series ensuring industrial-grade reliability.

01

Voltage Optimization

Advanced DC bus stabilization for consistent power output regardless of input fluctuations.

  • Adaptive PWM: Dynamic switching frequency to minimize acoustic noise.
  • Overvoltage Protection: Integrated transient voltage suppressors.
  • DC Link Caps: Industrial-grade low-ESR capacitors for ripple reduction.
02

Thermal Intelligence

Active cooling systems designed for 24/7 operation in high-ambient temperatures.

  • Heatsink Geometry: Optimized airflow channels for maximum heat dissipation.
  • Smart Cooling: Variable speed fans based on real-time thermal sensors.
  • Thermal Throttling: Automatic load adjustment to prevent hardware failure.
03

Dynamic Control

Precise motor speed and torque regulation for diverse automation requirements.

  • PID Loop Integration: Real-time feedback for precise speed maintenance.
  • Soft Start/Stop: Reducing mechanical stress on belts and gears.
  • Multi-Protocol Support: Seamless Modbus and analog signal compatibility.

Performance Metrics
& Efficiency Analysis

Quantitative data showcasing the operational superiority of our VFD units.

Market Application Distribution

Technical Capability Index

Technical Specifications
Engineering Data

Comprehensive parameter mapping for professional system integration.

Model Series
Input Voltage
Output Phase
Max Power
Efficiency
Cooling Method
EcoDrive-100
110V/220V AC
3-Phase
0.75 kW
94%
Fan Cooled
EcoDrive-200
220V AC
3-Phase
1.5 kW
95%
Fan Cooled
EcoDrive-500
220V AC
3-Phase
3.7 kW
96%
forced Air
ProSeries-X1
230V AC
3-Phase
5.5 kW
97%
Hybrid Cooling
ProSeries-X2
230V AC
3-Phase
7.5 kW
97%
Hybrid Cooling
Titan-Max 10
240V AC
3-Phase
11 kW
98%
Liquid/Air
Titan-Max 15
240V AC
3-Phase
15 kW
98%
Liquid/Air
Titan-Max 22
240V AC
3-Phase
22 kW
98.5%
Liquid Cooling

Real-World
Impact

Proven success across diverse industrial landscapes using single-phase to three-phase conversion.

Global Textile Mill

Loom Automation Upgrade

Implemented VFDs to run 3-phase looms on single-phase power in a rural facility, avoiding $50k in grid upgrades.

Cost Savings: $50,000 Uptime: 99.9%

Precision Tooling Co.

CNC Spindle Control

Upgraded legacy 1-phase machinery to high-torque 3-phase output for improved milling precision.

Precision: +15% Energy: -12%

Hydro-Pump Systems

Agricultural Irrigation

Converted single-phase farm power to drive heavy-duty 3-phase irrigation pumps with soft-start capability.

Start-up Load: -40% Flow Stability: +20%

AutoParts Assembly

Conveyor Synchronization

Synchronized multiple 3-phase conveyor belts using 1-phase power sources via Modbus-linked VFDs.

Sync Error: < 0.1% Throughput: +18%

Commercial HVAC

Fan Speed Regulation

Installed VFDs to convert single-phase utility power for 3-phase industrial blowers in a shopping mall.

Power Saved: 30% Noise Reduction: -10dB

Waste Mgmt Plant

Shredder Power Conversion

Integrated high-torque VFDs to enable 3-phase shredders to operate on standard 220V single-phase power.

Torque Boost: +25% Install Time: -50%

Industry
Applications

Tailored power conversion solutions for the most demanding manufacturing sectors.

CNC Machinery

Powering high-precision spindles and axis motors in workshops without 3-phase infrastructure.

Food Processing

Driving mixers, conveyors, and packaging lines with stable 3-phase output from standard grids.

Textile Manufacturing

Managing large-scale loom arrays and spinning frames with precision speed control.

Agricultural Tech

Providing 3-phase power for remote irrigation pumps and automated grain feeders.

HVAC Systems

Controlling heavy-duty industrial blowers and compressors in commercial buildings.

Packaging Plants

Ensuring smooth 3-phase motor operation for vacuum sealers and wrap machines.

Quality Assurance
& Export Standards

Rigorous Dielectric Testing

Every unit undergoes Hi-Pot and Insulation resistance tests to ensure safety under maximum voltage stress and prevent leakage current.

Harmonic Distortion Control

Our advanced LC filter circuits minimize Total Harmonic Distortion (THD), ensuring the VFD does not interfere with other sensitive electronics on the same grid.

Environmental Stress Screening

Units are tested in extreme temperature chambers (-20°C to +60°C) to guarantee operational stability in any global industrial climate.

Trust Verified

Our manufacturing processes are certified to international quality management systems for electrical equipment.

✓ CE Certified ✓ ISO 9001:2015 ✓ UL Listed

Frequently Asked
Questions

Expert answers to common technical and commercial inquiries.

01

Can a 1 phase to 3 phase vfd truly replace a 3-phase power line?

Yes, for most industrial motors. The VFD converts single-phase AC to DC and then reconstructs a synthesized 3-phase AC output, allowing the motor to operate normally without needing a dedicated 3-phase utility drop.

02

Will I lose motor torque when using single-phase input?

Our VFDs are engineered to maintain full rated torque. By managing the DC bus voltage efficiently, we ensure that the output current matches the motor's requirements, avoiding the torque drop common in cheaper converters.

03

How do I select the correct power rating for my VFD?

Always select a VFD rated for at least the full-load amperage (FLA) of your motor. For high-starting torque applications (like conveyors), we recommend sizing up one step to ensure thermal headroom.

04

What is the expected lifespan of these units?

Under normal industrial operating conditions and with proper ventilation, our VFDs have a design life of 10+ years. Periodic cleaning of the cooling fans is recommended to maintain this lifespan.

05

Are these VFDs compatible with all 3-phase motors?

They are compatible with standard induction motors. However, for specialized permanent magnet motors, please consult our technical team to ensure the modulation frequency is matched.

06

Do I need extra shielding for the motor cables?

Yes, we strongly recommend using shielded VFD cables. Since the output is a high-frequency PWM signal, shielding prevents Electromagnetic Interference (EMI) from affecting nearby control circuits.

Optimize Your Automation with 1 Phase to 3 Phase VFD

Stop letting infrastructure limit your production. Experience seamless power conversion and superior motor control today.

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