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FMAD-MRYB-1010 is listed in the Power Line Filter Modules range at ChipApex. The manufacturer field lists SCHURTER Inc.. Its product description is LINE FILTER 277V/480VAC 10A DIN. Review the specifications below when checking this part for your BOM.
The FMAD-MRYB-1010 is a three-phase (Wye) EMC/EMI line filter module manufactured by Schurter Inc. It features a single-stage design with screw terminal connections for secure wiring. The unit supports a maximum operating current of 10 A and operates at voltages up to 277 VAC or 480 VAC at 50 Hz and 60 Hz frequencies. Designed for DIN rail mounting, the filter measures 61 x 75 x 48 mm and functions within an ambient temperature range of -25°C to 100°C.
Verify that the specific application voltage matches the 277 VAC or 480 VAC ratings. Confirm the required phase configuration aligns with the Wye topology. Ensure the load current does not exceed the 10 A continuous rating. Check that the mounting environment accommodates the specified temperature range. Validate terminal compatibility with existing wiring harnesses.
Select this model when a compact, single-stage solution is required for three-phase systems. Consider the physical dimensions against available DIN rail space. Evaluate the thermal performance if the enclosure lacks active cooling. Compare terminal types if quick-connect options are preferred over screws. Assess insulation requirements against local safety standards.
This component belongs to Schurter's power line filter portfolio, designed to mitigate conducted emissions. It complements other industrial filtering solutions by offering a standardized form factor for easy retrofitting. The product line emphasizes reliability in harsh industrial environments through robust housing materials and certified performance metrics.
Cross-reference part numbers such as FMAD-MRYB-2010 for higher current capacity requirements. Verify dimensional compatibility before substituting with similar DIN rail filters. Ensure equivalent attenuation characteristics are maintained during replacement.
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