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The SolaHD HSP14F2CSCE is a 2 kVA single-phase dry-type distribution transformer designed for industrial applications. It features dual primary windings supporting input voltages of 190, 200, 208, 220, 380, 400, 415, and 440 V. Dual secondary windings provide output options of 110 V or 220 V, with corresponding current ratings of 9.1 A and 18.2 A. The unit operates at 50 Hz/60 Hz frequencies and utilizes wire leads for termination. Physical dimensions are 177.8 mm in length, 254 mm in width, and 304.8 mm in height, with a weight of 23.6 kg.
Verify the specific voltage configuration required for your application against the dual primary and secondary specifications. Confirm that chassis mounting provisions align with your enclosure design. Ensure environmental conditions meet the dry-type transformer operational limits. Cross-reference the part number suffix to confirm compliance requirements such as CE marking. Validate lead times with authorized distributors as production cycles may vary.
Select this model when a 2 kVA capacity is required for stepping down higher industrial line voltages to standard 110 V or 220 V control levels. The dual winding design offers versatility for varying input sources. Consider the physical dimensions and weight for structural support needs. This component is appropriate for non-ventilated enclosures where ambient temperature constraints are managed. Compare against similar SolaHD series units if different power ratings or mounting styles are needed.
This transformer belongs to the SolaHD Automation Transformers series, specifically engineered for demanding industrial environments. It serves as a critical component for isolating and transforming voltage in control panels and machinery. The product line emphasizes reliability and compliance with major safety standards, providing a robust solution for OEMs integrating electrical systems into larger automated workflows.
Direct substitutes within the same series include models with adjusted kVA ratings, such as the HSP14F1CSCE for 1 kVA applications. Verify that any replacement maintains the same dual primary/secondary voltage configurations and physical mounting footprint to ensure compatibility with existing wiring and chassis structures.