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The RP230-20-10-S is a high-performance, dual-stage power line filter from the Astrodyne TDI RP230 series. Designed for single-phase applications, it supports a rated voltage of 250 VAC and a continuous current of 20 A at operating frequencies of 50 Hz or 60 Hz. The unit features a chassis mount configuration with stud termination. Key electrical specifications include a capacitance of 10 nF and a maximum leakage current of 1.8 mA. It complies with UL, CSA, and EN standards.
Verify the specific datasheet version to confirm mechanical dimensions and terminal torque specifications prior to integration. Ensure the mounting surface is compatible with the stud termination style. Confirm that the 1.8 mA leakage current aligns with the safety requirements of the final end-product enclosure. Cross-reference the 10 nF capacitance value against system sensitivity to ground currents.
Select this component when high attenuation in a compact form factor is required for single-phase systems. The dual-stage design offers superior noise reduction compared to single-stage alternatives within the same current rating. Consider the chassis mount requirement and stud termination method during PCB or panel layout planning. Verify that the 20 A current capacity meets the peak load demands of the connected equipment without derating issues.
This model belongs to the RP230 series, which focuses on high-performance EMI filtration for demanding environments. The series typically utilizes robust internal components to maintain stability under varying load conditions. The 'S' suffix generally denotes the stud termination variant, distinguishing it from screw or quick-connect options available in other series configurations.
Direct substitutes may include models from the RP135 series for single-stage applications or RP220 series if dual-stage performance is retained but different capacitance values are acceptable. Verify that any replacement maintains the 20 A current rating and 250 VAC voltage limit while matching the physical chassis mount footprint.