Amorphous Insulation Transformer Significantly Reduces Standby Power and Energy-Saving Three-Phase Transformer
This is a three-phase transformer made of amorphous material that can significantly reduce no-load loss (standby power). It demonstrates energy-saving effects in all areas regardless of the load.
This transformer is a three-phase amorphous transformer designed based on JEC-2200 and JEM1310. Transformers using amorphous materials reduce standby power by approximately 1/6 to 1/8 compared to those made of silicon steel sheets. No-load loss (standby power) refers to the losses that occur continuously in a receiving state. Since transformers are used for long periods, reducing no-load loss (standby power) can lead to significant energy savings. An amorphous transformer that achieves an efficiency of 99.3% at a load factor of 20% (3φ50kVA model) demonstrates energy-saving effects across all areas, regardless of load. = Amorphous Series = ■ Standards: JEC-2200, JEM1310 ■ Insulation Class: Class B, Class H ■ Rating: Continuous rating ■ Cooling Method: Dry self-cooling ■ Frequency: 50Hz / 60Hz ■ Capacity: 10kVA ~ 300kVA ■ Voltage: Please specify your desired voltage for the primary side (P) and secondary side (S).
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Applicable Standards ■ Domestic Standards: Our products are tested based on the following domestic Japanese standards. JEC-2200, JISC6436, JISC5310, JISC61558, JEC-2210 ■ International Standards: We comply with global safety standards and maintain direct contact with certification bodies in various countries to conduct certification tests in-house. - European EN Standard Transformers, Low Voltage Directive Compliant Transformers Applicable Standards 〇 IEC61558 EN61558, IEC60076 EN60076 〇 Manufacturing Range 30VA to 200kVA - UL Standard Transformers, CSA Standard Transformers Applicable Standards 〇 UL506, UL1561, UL5085, C22.2 〇 Manufacturing Range 30VA to 200kVA ■ We manufacture in compliance with CE, UL, and CSA worldwide. ■ Specifications and dimensions are available separately; please contact our technical department for inquiries.
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Applications/Examples of results
Three-phase transformers perform phase conversion and voltage conversion for three-phase star/delta connection, delta/star connection, three-phase to three-phase, six-phase to multiphase, and three-phase to single-phase. There are isolation transformers and autotransformers that comply with domestic and international standards. 1) Domestic standards (Type: TR/TB/TH series) 2) International standards (Type: TEC/TEC-UL series) UL/CE mark Three-phase to single-phase transformers 1) Scott connection - phase conversion and voltage conversion from three-phase to one-phase with two circuits 2) Reverse V connection - phase conversion and voltage conversion from three-phase to one-phase
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At our domestic factory certified with international standard specifications, we conduct consistent in-house production from the development, manufacturing, inspection, certification, to shipping of transformers. We manufacture transformers for various applications, including medical equipment, semiconductor manufacturing devices, and machine tools, as well as transformers for self-consumption solar power generation, solar power generation systems, and off-grid switchboards for industrial battery systems, providing solutions for safe electricity supply across a wide range of fields. With over 50 years of cultivated technology and know-how, we offer transformer manufacturing and optimal power receiving/power supply systems, as well as energy solutions. We optimize and manufacture transformer products for a wide range of applications and specifications, including machinery, equipment, systems, and various plants, and we provide transformer systems for renewable energy/solar power generation systems with over 10,000 units manufactured and installed. We propose appropriate problem-solving methods, taking into account installation and construction challenges and environmental conditions, with a focus on safety and reliability. In battery systems, we deliver optimal solutions for efficiently utilizing solar power generation.
