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The SolaHD HSP14F1CS4XCE is a single-phase, dry-type distribution transformer with a 1 kVA power rating. It features dual primary windings supporting input voltages of 190 V, 200 V, 208 V, 220 V, 380 V, 400 V, 415 V, and 440 V. The secondary provides dual outputs of 110 V and 220 V, corresponding to secondary currents of 4.5 A and 9.1 A respectively. Designed for 50 Hz/60 Hz operation, it utilizes wire leads for termination and is rated for wall mounting. The unit measures 177.8 mm in length, 254 mm in width, and 304.8 mm in height, weighing 23.6 kg.
Verify the specific suffix configuration against the required voltage ratings and enclosure type before ordering. Confirm that the dual primary voltage range matches the available supply network. Ensure physical dimensions and weight capacity align with the intended wall-mount installation site. Cross-reference the secondary voltage taps with the connected load requirements to ensure proper operational performance.
Select this model when a robust, weather-resistant transformer is needed for single-phase applications. The wide primary voltage range supports global deployment across various grid standards. The NEMA 4X rating makes it suitable for outdoor or washdown areas where standard enclosures would fail. Consider the physical size and weight constraints during the mechanical design phase.
This component belongs to the SolaHD HS series of industrial automation transformers. These units are engineered for durability and reliability in demanding settings. The series offers various power ratings and enclosure options to meet diverse industrial needs. The HSP14F1CS4XCE specifically addresses requirements for high ingress protection and flexible electrical interfacing.
Direct substitutes include the HSP14F1CSCE variant, which shares similar electrical specifications but may differ in enclosure rating. Verify that any replacement maintains the NEMA 4X requirement if environmental protection is critical. Check for identical mounting dimensions and terminal types to ensure mechanical compatibility.