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The XF-00500-2024 is a toroidal power transformer manufactured by Amgis, LLC. It features a dual 117V primary winding and a dual secondary configuration providing parallel 24V or series 48V outputs. The unit has a maximum power rating of 500VA. Secondary current ratings are 20.82A in parallel mode and 10.41A in series mode. The device utilizes wire lead termination and is designed for chassis mounting. Physical dimensions include a diameter of 142.24mm and a maximum height of 71.12mm. The assembly weighs 8.8 lbs (4 kg).
Verify the specific secondary voltage requirement (24V parallel or 48V series) against the target circuit design before ordering. Confirm that the chassis mounting style and wire lead termination are compatible with the intended enclosure. Ensure the primary voltage matches the local mains supply standards. Check for any specific regulatory compliance requirements relevant to the end application.
Select this model when a 500VA capacity is required with flexible secondary voltage configurations. The toroidal shape offers compactness compared to laminated cores. Consider the physical size constraints due to the 142.24mm diameter. Evaluate thermal management needs given the high current capabilities in parallel mode. Compare against other Amgis models if different voltage ratios are needed.
This component belongs to the Amgis XF series of toroidal power transformers. It shares the same form factor and mounting style as other models in the line, such as the XF-00500-2030, but differs in secondary voltage specifications. The series is characterized by robust construction and high power density suitable for demanding industrial and audio applications.
Direct substitutes may include other 500VA toroidal transformers from Amgis with matching electrical parameters. Verify that any replacement maintains the 117V primary rating and the 500VA power limit. Ensure physical dimensions allow for interchangeability in the existing chassis mount. Cross-reference with models like XF-00500-2030 only if voltage differences are acceptable.