Eaton Crouse-Hinds XDT3C30X Dry-Type Transformer - 4X

Feature: Resin-encapsulated construction with a 316 stainless steel enclosure provides exceptional moisture, dust, and chemical resistance. This design shields copper windings and insulation from harsh environments, reducing corrosion risk and lowering maintenance frequency. In hazardous and classified locations, the resin encapsulation enables stable operation across temperature swings and washdown cycles while lowering total cost of ownership over the transformer’s life. Feature: Copper windings deliver high conductivity and reliability. This configuration improves heat dissipation and voltage regulation, reducing copper losses and standby losses under varying load profiles. For plants with intermittent loads or motor starts, the transformer maintains voltage quality and system efficiency, translating to measurable energy savings and less heat generation in control panels. Feature: Primary 480 Vac to secondary 240 Vac, three-phase at 60 Hz, supports common industrial distribution. The 30 kVA rating matches mid-range facility needs without excessive footprint, enabling easier panel integration and fewer transformers in service aisles. The copper-to-copper design ensures stable voltage conversion for motors, drives, and lighting circuits in manufacturing environments. Feature: Area classification and compliance features. The XDT3C30X meets NEC/CEC standards and Class I Division 2 requirements with a NEMA 4X enclosure that protects against moisture, dust, and corrosion. This combination simplifies regulatory approvals, reduces risk during audits, and supports safe operation in chemical processing, oil and gas, and other hazardous industries. Feature: Installation and compatibility advantages. Resin-encapsulated construction enables straightforward mounting in standard switchgear or control rooms, with flexible entry options and simplified wiring. It is designed to align with 480 Vac sources and 240 Vac loads commonly found in industrial facilities, accelerating project timelines and reducing field engineering. Feature: Maintenance and lifecycle considerations. Oil-free, resin-encapsulated design minimizes leakage risk and cleanup costs, while 316 stainless steel offers long-term corrosion resistance in tough environments. With UL hazardous-location certifications and durable construction, operators gain predictable maintenance needs and extended intervals between service visits.