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The RP130-3-10-QD is a high-performance single-stage power line filter from the Astrodyne TDI RP130 series. It supports a rated current of 3 A and a voltage rating of 250 VAC. The unit features a capacitance value of 10 nF and utilizes quick connect terminals for circuit attachment. Designed for chassis mount installation, it operates within a temperature range of -25°C to +40°C at frequencies of 50 Hz or 60 Hz. Leakage current ranges from 0 A to 18 mA. Compliance includes UL, CSA, and EN standards.
Verify the specific capacitance suffix in the part number against the required application specifications. Confirm that the quick connect terminal type matches the available connector hardware. Ensure the chassis mounting dimensions accommodate the physical space constraints of the enclosure. Validate compliance requirements such as UL or EN certifications with the end-product regulatory bodies before finalizing procurement decisions.
Select this component when a single-stage solution is sufficient for the electromagnetic interference environment. The 3 A current rating defines the maximum continuous load capacity. The 10 nF capacitance value determines the attenuation characteristics for common-mode noise. Consider the chassis mount style if panel integration is preferred over PCB mounting. Verify that the operating temperature range meets the environmental conditions of the deployment site.
This component belongs to the RP130 series of power line filters manufactured by Astrodyne TDI. The series offers various configurations differentiated by current ratings, capacitance values, and terminal types. The RP130 designation indicates a single-stage filter topology designed for general-purpose power line noise reduction in AC applications.
Direct substitutes include other RP130 series variants with matching electrical parameters. Models such as RP130-3-3.3-QD or RP130-3-4.7-QD share the same form factor but differ in capacitance. Ensure any replacement maintains the 3 A current rating and 250 VAC voltage rating to preserve system safety and performance integrity.