Are you looking for a reliable and efficient single-phase to three-phase transformer? Look no further than Lihe Electrical Equipment. Our custom single-phase to three-phase transformers are engineered and manufactured in our advanced production facility, with strict quality control at every stage to ensure the highest level of quality, stability, and performance.
Whether you need a small-capacity transformer for a workshop’s single-machine power conversion or a large-capacity unit for industrial equipment (such as motors, pumps, or production lines) that requires three-phase power, our team has the technical expertise to meet your specific requirements. These transformers are designed for seamless integration into diverse scenarios—from small-scale commercial workshops to mid-sized industrial sites—delivering stable power conversion that eliminates voltage fluctuations and ensures equipment operates smoothly.
With Lihe Electrical Equipment, you can trust that you’re getting a top-quality product at a competitive price. We balance precision manufacturing with cost-effectiveness, so your investment in power conversion brings long-term value. Contact us today to discuss your single-phase to three-phase power needs and receive a detailed price list. Let us show you why we’re a leading manufacturer in the industry—offering tailored solutions to keep your business’s power supply consistent and reliable.
Single Phase To Three Phase Transformers are indispensable components in bridging the gap between single-phase power supplies and three-phase electrical equipment— a common challenge across industrial, commercial, and agricultural sectors. Many critical machines, such as motors, pumps, compressors, and manufacturing tools, rely on three-phase power for stable, efficient operation. However, single-phase grids remain prevalent in rural areas, small factories, or older commercial buildings, making these transformers a vital link to unlock equipment functionality.
At their core, these specialized transformers convert single-phase alternating current (AC) input into balanced three-phase AC output— a feat achieved through precision engineering. Unlike standard transformers that only adjust voltage within the same phase configuration, single-to-three-phase models use innovative designs: either Scott connection windings (which split single-phase power into two offset phases, then combine with a third derived phase) or autotransformer windings paired with phase-shifting components (e.g., capacitors or reactors). The end goal is consistent 120° phase separation between the three output lines— a non-negotiable requirement for preventing machinery overheating, torque fluctuations, or premature failure.
Their versatility makes them a go-to solution for diverse use cases:
- Industrial Settings: Powering three-phase motors in small workshops or factories where grid upgrades to three-phase power are cost-prohibitive.
- Commercial Use: Supporting backup power systems for data centers or retail facilities, ensuring uninterrupted operation of three-phase servers or HVAC equipment.
- Agriculture: Enabling efficient operation of irrigation pumps, grain dryers, and farm machinery in rural areas with limited three-phase infrastructure.
Beyond functionality, these transformers offer tangible advantages:
- Cost-Effectiveness: Avoids the high expense of retrofitting grids to three-phase power.
- High Efficiency: Modern models (compliant with IEC, ANSI, or GB standards) minimize power loss during conversion, reducing energy bills.
- Compact Flexibility: Compact designs suit both indoor and outdoor installations, adapting to space constraints.
In summary, Single Phase To Three Phase Transformers are more than just power converters— they are enablers of productivity. By delivering reliable, balanced three-phase power from single-phase sources, they ensure critical machinery operates at peak performance while keeping infrastructure costs low. For businesses or operations limited to single-phase grids, these transformers remain a trusted, industry-proven solution.
