Transformers
70 to 250 watt low frequency severe application ozone transformers (oil)
Low frequency, severe application ozone transformers designed specifically for harsh electrical and environmental demands imposed by continuous duty, corona discharge ozone generation and electrostatic applications. All copper windings and a rugged high-temperature and high-voltage insulation system, housed in a very compact hermetically sealed enclosure, ensure operation at 85°C.
Learn More1kva to 16kva low to medium frequency severe application (oil)
Low to medium frequency, severe application ozone transformers designed specifically for harsh electrical and environmental demands. Increased Ozone production as a result of matching transformer designs with the capacitive ozone load.
Learn More50 to 250 watt medium frequency solid state transformers (oil)
Medium frequency, severe application ozone transformers. Hermetically sealed for long service life in severe service applications. Consistent performance, high loading capacity and long life. Separate ground stud ensures proper grounding to the generator and enclosure. Guaranteed secondary phasing eliminates high-voltage flash-over between transformers and secondary wiring in systems with multiple transformers.
Learn More35-150 watt low frequency transformers for severe application environments (dry)
Transformers designed specifically for harsh electrical and environmental demands. These transformers are NOT oil filled. Complex impregnation and premium materials surround the critical components, ensuring a virtual corona-free operating environment within the enclosure, and a long service life that rivals oil. Cost-effective, compact, and high generation efficiency design.
Learn More500 - 20kva, 1 kHz to 35 kHz resonant system components
Designed to provide maximum efficiency by allowing digital pulse drive by SSD and ATI series inverters. Magnetic package converts pulse waveform to sine wave on cells for energy efficient operation. Designed specifically for harsh electrical and environmental demands. Dry type of encapsulation provides the highest reliability in harsh increments, second to liquid filled.
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