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The XF-10246 is a toroidal power transformer manufactured by Amgis, LLC, designed for chassis mounting applications. It features a rated power of 35VA with primary voltage options of 115V and 230V. The secondary side provides parallel 18V outputs or series 36V configurations, supporting a maximum current of 972mA. The component exhibits an isolation voltage of 4kVrms and complies with ROHS3 standards. Physical dimensions are characterized by specific outer diameter, inner diameter, and height metrics suitable for standard industrial enclosures.
Verify the specific datasheet version from Amgis, LLC to confirm exact dimensional tolerances and thermal characteristics prior to integration. Ensure that the selected winding configuration matches the target circuit's voltage and current demands. Cross-reference the RoHS3 compliance status with regulatory requirements for the intended market. Confirm chassis mounting hole patterns align with mechanical design constraints before finalizing procurement orders.
Select this model when a compact toroidal transformer is required for 35VA power handling in chassis-mounted designs. Consider the dual primary voltage capability if the equipment operates in regions with varying mains frequencies or voltages. Evaluate the secondary current rating against peak load requirements to ensure adequate margin. Verify that the physical envelope fits within the designated space constraints of the assembly.
The XF-10246 belongs to the XF series of toroidal power transformers produced by Amgis, LLC. This series typically includes variants with different power ratings and voltage configurations, such as the XF-10247. These components are engineered for reliability in standard industrial environments, offering a balance between size efficiency and power density compared to traditional laminated core transformers.
Direct substitutes may include other 35VA toroidal transformers with matching 115/230V primary and 18V secondary specifications. Verify pinout compatibility and mounting hole spacing when considering alternatives from different manufacturers. Ensure equivalent isolation ratings and thermal performance characteristics are maintained.