Engineered for extreme reliability and efficiency in electronic component manufacturing, delivering stable power for the most demanding industrial environments.
Redefining voltage stability for electronic component and transformer manufacturing.
◆ As a global leader in the electronics component sector, our medium voltage dry type transformers are designed for UNMATCHED RELIABILITY. We integrate high-grade insulation materials to eliminate the risks associated with liquid coolants, ensuring safety in dense industrial environments.
◆ Our technical edge lies in medium voltage dry type transformers utilizing CAST RESIN TECHNOLOGY. This ensures superior moisture resistance and thermal stability, drastically reducing maintenance costs and downtime for critical electronic assembly lines.
The convergence of material science and electrical engineering.
Optimized heat dissipation systems that prevent winding overheating under peak loads.
Vacuum-cast resin technology eliminating voids and preventing partial discharge.
Enclosures designed for corrosive chemical plants and dusty electronics fabs.
Quantifiable efficiency gains and technical benchmarks.
Detailed engineering parameters for Medium Voltage Dry Type Transformers.
| Model Series | Rated Power | Primary Voltage | Secondary Voltage | Cooling Method | Insulation Class |
|---|---|---|---|---|---|
| MV-DRY-100 | 100 kVA | 10kV | 400V | AN (Natural) | Class F |
| MV-DRY-250 | 250 kVA | 11kV | 415V | AN (Natural) | Class F |
| MV-DRY-500 | 500 kVA | 20kV | 400V | AF (Forced) | Class H |
| MV-DRY-800 | 800 kVA | 33kV | 415V | AF (Forced) | Class H |
| MV-DRY-1250 | 1250 kVA | 10kV | 400V | AF (Forced) | Class H |
| MV-DRY-2000 | 2000 kVA | 20kV | 415V | AF (Forced) | Class H |
| MV-DRY-2500 | 2500 kVA | 33kV | 400V | AF (Forced) | Class H |
| MV-DRY-4000 | 4000 kVA | 11kV | 415V | AF (Forced) | Class H |
Proven performance across diverse industries.
Implemented a fleet of 2500kVA dry transformers to provide harmonic-free power to lithography machines, ensuring zero production drift.
Installed cast-resin transformers in a high-humidity, chemically active environment, eliminating oil-leak risks and fire hazards.
Deployed compact dry-type transformers in underground vaults, reducing the footprint by 30% compared to oil-filled units.
Integrated MV dry transformers to step up power from solar arrays, reducing energy loss during peak transmission.
Tailored solutions for demanding environments.
Stable power for automated SMT lines and precision electronic component assembly.
Safe, fire-resistant power distribution for high-density server environments.
Medical-grade power supply with zero toxic emission for critical care units.
Corrosion-resistant enclosures for hazardous atmosphere installations.
Efficient step-up transformers for wind and solar grid synchronization.
Robust, vibration-resistant power units for deep-earth extraction sites.
Every unit undergoes rigorous PD testing to ensure insulation integrity and eliminate early-life failure risks.
Verification of temperature rise limits under 110% rated load to guarantee safety in peak demand scenarios.
Testing against extreme humidity and temperature cycling to simulate 20+ years of industrial operation.
Compliant with international standards for high-voltage equipment and safety.
Expert answers to common technical and commercial inquiries.
Our medium voltage dry type transformers eliminate fire risks, remove the need for oil containment pits, and drastically reduce environmental contamination risks, making them ideal for indoor use.
We use vacuum-cast epoxy resin which encapsulates the windings, providing a hermetic seal that prevents moisture ingress and prevents oxidation of the copper cores.
Yes, we offer specialized K-factor rated designs specifically engineered to handle the heat generated by non-linear loads and harmonics from variable frequency drives.
With proper ventilation and periodic cleaning of dust from the coils, our units are engineered for a service life of 25 to 30 years.
Absolutely. We specialize in custom winding configurations to meet the specific primary and secondary voltage requirements of your electronics equipment.
Standard models ship quickly, while custom engineered units typically require an additional 2-4 weeks for design validation and curing of the cast resin.
Secure your production line with the industry's most reliable Medium Voltage Dry Type Transformers.