Epoxy Resin Dry Type Transformer

Epoxy Cast Resin Dry-Type Transformers

Cast resin dry-type transformers use epoxy-encapsulated windings to provide reliable insulation, low maintenance and strong resistance to moisture, dust and demanding indoor environments. They are widely used in commercial buildings, industrial plants, data centers, hospitals, transportation facilities and renewable-energy projects.

Project-Specific Configuration

Jinan Qinghe Electric supplies SCB-series cast resin transformers with selectable rated power, voltage ratio, copper or aluminum windings, vector group, impedance, temperature rise, enclosure and cooling configuration. Natural-air and forced-air cooling arrangements are available according to the required loading profile.

Engineering, Standards and Testing

Designs can be reviewed against IEC and other applicable project requirements. Certification and efficiency requirements are confirmed for the selected model and destination market. Factory testing, technical drawings, datasheets, nameplate information and project documentation can be supplied as agreed.

Request a Technical Quotation

Please provide rated power, primary and secondary voltage, phase, frequency, vector group, impedance, enclosure rating, ambient temperature, altitude, applicable standard, quantity and delivery destination.

Send your cast resin transformer requirements to our engineering team.

Cast resin dry-type transformers use epoxy-encapsulated windings to provide reliable insulation, low maintenance and strong resistance to moisture, dust and harsh indoor environments. They are widely used in commercial buildings, industrial plants, data centers, hospitals, transportation facilities and renewable-energy projects.

Jinan Qinghe Electric supplies project-specific SCB-series cast resin transformers with selectable rated power, voltage ratio, winding material, vector group, impedance, temperature rise, enclosure and cooling configuration. Natural-air and forced-air cooling arrangements are available according to the required loading profile. Designs can be reviewed against IEC and other applicable project requirements; certification scope is confirmed for the selected model and destination market.

For a technical quotation, provide rated power, primary and secondary voltage, phase, frequency, vector group, impedance, enclosure rating, ambient temperature, altitude, applicable standard, quantity and delivery destination. Factory testing, technical drawings and project documentation can be supplied as agreed.