Three Phase 380V to 220V Transformer China Factory Suppliers
Looking for reliable 380V to 220V transformers? As leading China suppliers and a professional factory, we provide high-efficiency three-phase voltage adaptation solutions to ensure your industrial equipment, lighting, and control modules operate safely and stably.
About this product
Product information from the supplier.
The Three-Phase 380V to Three-Phase 220V Transformer is a precision-engineered power solution designed to resolve critical voltage adaptation challenges in industrial environments. In many modern power grids, the standard supply is three-phase 380V; however, a vast array of specialized instruments, control modules, lighting systems, and sensitive electronic devices require a steady three-phase 220V supply to function safely and efficiently.
By seamlessly converting high-voltage input into the required lower-voltage output, this transformer eliminates the risk of equipment failure due to overvoltage and ensures a stable startup process. Whether integrated into a large-scale manufacturing line or a localized control center, it provides the necessary electrical foundation for uninterrupted operational continuity and enhanced equipment longevity.
Detailed Parameters
| Input Voltage | Three-Phase 380V AC | Output Voltage | Three-Phase 220V AC |
|---|---|---|---|
| Phase Type | 3-Phase / 3-Phase | Frequency | 50Hz / 60Hz |
| Cooling Method | Air Natural (AN) / Oil Immersed | Insulation Class | Class F / H |
| Winding Material | High-Conductivity Copper | Efficiency | ≥ 98% |
| Installation | Indoor / Outdoor Options | Standard Compliance | IEC / ANSI Standard |
Key Advantages
Voltage Stabilization
Prevents equipment burnout by providing a consistent 220V output despite grid fluctuations.
Enhanced Lifespan
Reduces thermal stress on downstream components, significantly extending the service life of your machinery.
High Efficiency
Optimized core materials minimize energy loss and reduce operating costs during continuous 24/7 use.
Broad Compatibility
Ideal for lighting, control modules, and precision instruments requiring three-phase 220V.
Low Maintenance
Robust construction and high-grade insulation reduce the need for frequent technical interventions.
Rapid Deployment
Standardized designs allow for quick installation into existing electrical panels and grids.
Product Gallery
Management Platforms
Inventory Tracking
Real-time monitoring of transformer stock levels and SKU management across warehouses.
Configuration Tool
Customizable parameter selection to match specific voltage and kVA requirements.
Alert System
Automated notifications for scheduled maintenance and performance threshold warnings.
Quality Control
Integrated digital logs for factory acceptance tests (FAT) and quality certification.
Logistics Portal
End-to-end shipment tracking for heavy-duty electrical equipment delivery.
Lifecycle Management
Tracking operational hours and efficiency decay to optimize replacement cycles.
Investment Return Comparison
| Evaluation Metric | Standard Transformer | Premium 380V-220V Solution |
|---|---|---|
| Energy Loss | High (5-8%) | Ultra-Low (<2%) |
| Equipment Downtime | Frequent (Voltage Spikes) | Minimal (Stable Output) |
| Maintenance Cost | Moderate (Periodic) | Low (Extended Intervals) |
| Initial ROI Period | 18-24 Months | 12-15 Months |
| Operational Safety | Basic Protection | Advanced Surge Protection |
Frequently Asked Questions
Its primary purpose is to step down three-phase 380V power from the grid to three-phase 220V, allowing equipment designed for lower voltages to operate safely without risk of damage.
Yes, we offer both indoor air-cooled models and outdoor oil-immersed versions with protective enclosures to withstand various environmental conditions.
You should calculate the total power consumption (Watts) of all connected 220V devices and add a safety margin of 20-30% to avoid overloading the transformer.
Yes, our transformers are engineered to be compatible with both 50Hz and 60Hz global power standards, ensuring versatility across different regions.
We use high-purity electrolytic copper for the windings, which minimizes internal resistance and maximizes electrical efficiency compared to aluminum alternatives.
Due to the high voltage involved (380V), installation must be performed by a certified electrician to ensure compliance with local safety codes and proper grounding.