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The SolaHD HTP71F6AS4X is a three-phase dry-type general-purpose transformer with a 6 kVA rating. It features a 600V Delta primary winding and a 480Y VAC secondary winding. The unit is designed for chassis mounting and meets UL listing requirements. It incorporates NEMA Type 4X enclosure standards to provide protection against environmental factors. The construction utilizes 304 stainless steel materials compliant with ANSI specifications, ensuring durability in demanding industrial environments.
Verify the specific voltage configuration matches the application requirements before purchase. Confirm that the chassis mounting dimensions align with the intended installation space. Ensure the ambient temperature conditions remain within the operational limits specified in the official datasheet. Check for any required certifications or compliance documentation needed for the specific facility regulations.
Select this model when a three-phase isolation transformer with high environmental protection is required. The 600V to 480Y conversion suits applications stepping down higher distribution voltages. Consider the NEMA 4X rating if the installation area is exposed to dust, water, or corrosive agents. Evaluate the 6 kVA capacity against the total load requirements of the connected equipment to ensure adequate performance margins.
This component belongs to the SolaHD HTP series of automation transformers. The series includes various single and three-phase models ranging from 15 kVA to 500 kVA. These units are designed as energy-efficient dry-type distribution transformers for indoor use. The HTP71F6AS4X represents a specific variant optimized for rugged industrial applications with specialized enclosure and material requirements.
Consult official SolaHD documentation for direct cross-reference part numbers. Verify that any substitute maintains the same 600V Delta primary and 480Y secondary configuration. Ensure the replacement unit offers equivalent NEMA Type 4X protection and 304 stainless steel construction. Confirm compatibility with existing chassis mounting hardware and spatial constraints.