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The RP125-30-22-C is a high-performance single-stage power line filter manufactured by Astrodyne TDI. It is designed for 1-phase applications with a rated voltage of 250 VAC and a current rating of 30 A. The unit operates at standard frequencies of 50 Hz and 60 Hz. Key electrical specifications include a leakage current of 3.45 mA and a capacitance value of 22 nF. The filter utilizes wire lead termination and is intended for chassis mounting. It complies with EN60939 standards.
Verify the specific suffix designation against official datasheets to confirm terminal type and capacitance values, as variations exist within the series. Confirm compliance requirements such as EN60939 or cURus if applicable to your region. Check availability status as supply may be restricted in certain regions. Ensure the selected variant matches the required installation style and termination method for your enclosure design.
Select this component when a single-stage solution is sufficient for the electromagnetic interference environment. Compare leakage current limits against safety standards for the final application. Verify that the 30 A current rating accommodates peak loads. Consider physical dimensions and chassis mounting requirements during the mechanical design phase. Ensure the 250 VAC rating aligns with the local mains voltage.
This model belongs to the RP125 series of power line filters from Astrodyne TDI. The series offers various configurations differentiated by current ratings, capacitance values, and termination styles. Other variants in the family include models with stud terminals or different leakage current characteristics, allowing for tailored solutions across different power levels and regulatory environments.
Direct substitutes within the same series include RP125-30-22-W, which shares similar electrical ratings but differs in termination style. Cross-referencing with other manufacturers requires matching the 30 A rating, 250 VAC voltage, and 22 nF capacitance while verifying compatible insertion loss profiles and physical mounting constraints.