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The RP130-10-3.3-W is a single-phase, high-performance power line filter from the Astrodyne TDI RP130 series. It features a chassis mount design with wire termination for secure installation. The unit is rated for 250 VAC and supports a continuous current of 10 A. It incorporates a 3.3 nF capacitance value to manage electromagnetic interference. The filter operates at standard frequencies of 50 Hz and 60 Hz. Leakage current ranges from 0 A to 18 mA. Compliance certifications include UL, CSA, and EN standards.
Verify that the specific order matches the RP130-10-3.3-W designation exactly. Confirm the wire termination type aligns with existing cable assemblies. Ensure the chassis mounting holes correspond to the enclosure design. Check that the 10 A current rating meets the load requirements. Validate that the 250 VAC voltage rating is suitable for the local mains supply.
Select this model when a single-phase solution is required for 10 A circuits. The 3.3 nF capacitance offers a balance between attenuation and leakage current limits. The wire termination option is preferred over quick connect for permanent installations. Consider the chassis mount form factor if panel space allows for direct screw fixation. Verify environmental temperature ratings against the operating conditions.
This component belongs to the RP130 series of power line filters manufactured by Astrodyne TDI. The series provides various current ratings and capacitance values to suit different EMC requirements. The RP130 models are generally characterized by their robust construction and compliance with international safety standards. They serve as essential components in ensuring signal integrity and regulatory adherence in electronic systems.
Direct substitutes within the same series include RP130-10-1-W and RP130-10-10-W, which share the 10 A rating but differ in capacitance. Models like RP130-6-3.3-QD offer similar capacitance but require quick-connect terminals instead of wires. Always verify mechanical dimensions and terminal types before swapping parts.