Specifications

Plasma Technics Inc. 1900 William St. Racine, WI 53404-1875 Phone : [phone] fax : [phone]
Web Page http://www.plasmatechnics.com E-Mail: [e-mail] Page 29
1kva to 16kva / low - med freq
Severe Application - Ozone Transformers
UL & CSA Recognized Component.
Design Features:
 High-voltage, factory standard, output-voltage configuration available, includes 4kv 6kv, 8kv, 10kv, 15kv and
25kv. The end point ground designs range in frequency from 50hz to 2khz with power levels from 1kva to 12kva.
Typical primary configurations: 120/240, 230/460. Consult the factory for alternate configurations and voltages.
 Feature Enhanced Case110 series incorporates isolated secondary winding which allows the end point ground
current to be safely measured; protected terminals; spade push-on connectors for primary connections; and, a low-
profile enclosure.
 Hermetic sealing with a superior grade of liquid encapsulate, introduced under vacuum, surrounds the critical
components ensuring a virtual corona free operating environment within the enclosure, and a long service life. 2-
year limited warranty.
 Line-frequency transformers are short-circuit-proof, current-limiting designs, to withstand operation in the most
demanding of electrical and temperature environments.
 All copper windings, and a rugged, high-temperature, high-voltage insulation system, housed in a very compact,
hermetically-sealed enclosure.
 Guaranteed secondary phasing eliminates high-voltage flashover between transformers and secondary wiring in
systems with multiple transformers.
 Rigorous 100% performance as well as burn-in tests of all electricals are conducted at elevated operating
temperatures, to ensure the highest level of product quality and reliability.
 Custom ceramic high and low-voltage terminations with 10-32 threaded studs, enable industry standard add-on
terminations such as Rajah (spark plug) and others to be used.
 Separate ground stud ensures proper grounding to the generator and enclosure.
 Increased Ozone production as a result of
matching transformer designs with the capacitive
ozone load. This yields greater ozone production
with lower primary input current, reduced
package size, and competitive over-all cost.
 Designed specifically for harsh electrical and
environmental demands imposed by continuous-
duty, corona-discharge, ozone generation, and
electrostatic applications.
 State-of-the-art, commercial-quality design
features assure significant increase in operational
performance, where standard air type
transformers routinely fail.
 Cost-effective, compact and high generation-
efficient design, typically capable of supporting
twice the ozone-generation load of a
conventional transformer.