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The SolaHD HSP1F2AS is a 2 kVA single-phase encapsulated automation transformer designed for industrial applications. It features a laminated core with non-ventilated construction and chassis mounting capabilities. The unit operates at 60 Hz frequency and supports a primary voltage range of 240V or 480V, providing secondary outputs of 120V or 240V. It includes internal shielding to minimize electromagnetic interference and offers a +115K temperature rise rating. The transformer complies with UL 506 and UL 1561 standards for safety in hazardous locations when installed per NEC requirements.
Verify the specific ordering suffix matches the required voltage configuration and mounting style. Confirm that the encapsulation type aligns with environmental exposure requirements. Ensure compliance with local electrical codes for hazardous area classification before deployment. Cross-reference datasheet specifications for terminal availability and physical dimensions to guarantee fit within existing panel layouts.
Select this model for applications requiring robust isolation in enclosed spaces where ventilation is restricted. The encapsulated construction suits environments with dust, moisture, or corrosive elements. Consider the +115K temperature rise for thermal management planning. Verify primary and secondary voltage needs against available tap options to ensure proper system compatibility without additional conversion hardware.
This component belongs to the SolaHD HSP series of encapsulated automation transformers. It is engineered by Emerson/Sola/Hevi-Duty for reliable performance in demanding industrial settings. The series emphasizes durability and safety compliance for use in automated manufacturing and processing systems where standard transformers may fail due to environmental stressors.
Direct substitutes include models from the same HSP series with matching kVA ratings and voltage configurations. Verify physical footprint and mounting hole patterns to ensure interchangeability. Check if alternative units offer compatible shielding levels and temperature rise characteristics for equivalent performance in the target application.