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The Murrelektronik 10416 is a single-phase, single-stage EMC power line filter designed for industrial applications. It features a snap-on mounting style compatible with DIN rails and utilizes screw terminals for electrical connections. The component is rated for a maximum AC voltage of 250 VAC and a DC voltage of 300 VDC. It supports a continuous current rating of 20 A. The unit serves as a universal filter to suppress electromagnetic interference in power supply lines.
Verify the specific datasheet version for the 10416 model to confirm exact dimensional tolerances and terminal torque specifications before integration. Ensure that the installed environment does not exceed the rated 20 A current capacity or the 250 VAC / 300 VDC voltage limits. Confirm compatibility with the target DIN rail profile for proper snap-on engagement. Cross-reference the manufacturer's documentation for any updates regarding RoHS compliance status or regional certification requirements.
Select this component when a single-phase, single-stage solution is required for currents up to 20 A. The snap-on feature simplifies assembly compared to bolted alternatives. Verify that the application voltage does not exceed 250 VAC or 300 VDC. Consider the physical dimensions (107 mm x 56 mm x 39 mm) for enclosure space planning. This filter is appropriate for general industrial noise reduction where high attenuation stages are not strictly necessary.
Murrelektronik specializes in distributed automation and connectivity solutions. The 10416 belongs to their MEF series of EMC filters, which are engineered for robust performance in demanding industrial settings. These components support the company's focus on seamless signal and power integration within zero-control-cabinet architectures.
Consult official Murrelektronik catalogs for direct replacements. Verify that substitute models match the 20 A current rating, 250 VAC/300 VDC voltage ratings, and single-stage topology. Ensure identical snap-on mounting and screw terminal configurations to maintain mechanical and electrical compatibility.