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The RP120-10-2.2-QD is a single-phase power line filter module manufactured by Astrodyne TDI, designed for chassis mounting. It features a current rating of 10 A and operates within a voltage range of 120 to 250 VAC. The component provides electromagnetic interference suppression with leakage currents specified at 340 µA and 190 µA under different conditions. This unit belongs to the RP110 series and is constructed for robust performance in general-purpose applications requiring effective noise filtering.
Verify availability status carefully before procurement planning, as supply may be restricted or limited depending on region and date. Confirm that the QD termination option matches your assembly requirements. Ensure compliance with EAR99 classification if applicable to your jurisdiction. Cross-reference the manufacturer number RP120-10-2.2-QD with official datasheets to confirm technical specifications match your design needs prior to ordering.
Select this model when a 10 A rated single-phase filter is required for chassis mounting. The QD termination style indicates specific connection methods; verify compatibility with your wiring infrastructure. Consider the leakage current specifications (190 µA/340 µA) against safety standards for your application. This unit is part of the RP110 series, offering standardized dimensions and mounting options for consistent system integration.
This component is part of the RP110 series from Astrodyne TDI, which encompasses various power line filters. The RP120 designation typically denotes specific electrical ratings within this family. Similar models include the RP120-10-2.2-W and RP120-10-2.2-S, differing primarily in termination styles such as wire or stud connections rather than functional changes.
Direct substitutes within the same series include RP120-10-2.2-W and RP120-10-2.2-S. Verify that alternative termination types are compatible with your existing hardware. Ensure replacement units maintain the 10 A current rating and similar leakage current characteristics to preserve system performance.