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The SolaHD HSP14F5CSCE is a 5 kVA dry type distribution transformer designed for industrial control 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 and 220 V at rated currents of 45.5 A and 90.9 A respectively. The unit operates at 50 Hz or 60 Hz with a +115°C temperature rise. Physical dimensions are 228.6 mm in length, 355.6 mm in width, and 431.8 mm in height, weighing 79.38 kg. It utilizes wire lead terminations and wall mount installation.
Verify the specific suffix configuration against the original equipment manufacturer's schematic to ensure compatibility with existing wiring harnesses. Confirm that the physical mounting footprint aligns with the designated enclosure space. Check for any regional certification requirements beyond standard CE and ANSI markings. Ensure handling procedures account for the 79.38 kg weight to prevent mechanical damage during installation.
Select this model when a 5 kVA capacity is required for single-phase industrial control circuits. The dual primary winding capability allows adaptation to various global supply voltages without rewinding. The encapsulated construction makes it suitable for environments where dust or humidity exposure is a concern. Verify that the secondary current ratings meet the maximum load requirements of the connected control devices.
This component belongs to the SolaHD HSP14 series of encapsulated industrial control transformers. The series is characterized by robust copper windings and epoxy sealing for durability. It serves as a non-ventilated alternative to fan-cooled models, offering silent operation in enclosed spaces. The product line emphasizes reliability in harsh industrial settings through enhanced insulation systems.
The part number HSP14F5CS-CE is documented as an equivalent designation for this transformer. Verify electrical specifications match exactly before substitution. Ensure the replacement unit retains the same physical dimensions and terminal configuration to maintain fitment.