RP188HSN-10-2.2-QD

Overview

The RP188HSN-10-2.2-QD is a single-stage power line filter from the Astrodyne TDI RP188 series, designed for chassis or panel mounting applications. It features a compact form factor with quick-connect termination options to facilitate rapid installation and field replacement. The unit is rated for 10 A current and operates at voltages up to 250 VAC. Key electrical specifications include a capacitance value of 2.2 nF, ensuring effective noise suppression in single-phase systems operating at 50 Hz or 60 Hz frequencies.

Feature Summary

• Single-stage filtering architecture optimized for compact integration
• Quick-connect termination enables tool-free assembly and maintenance
• Chassis or panel mount design for flexible system integration

Applications

• Industrial control panels requiring EMI suppression
• Medical equipment power input stages
• Test and measurement instrumentation

Procurement Notes

Verify that the specific suffix QD corresponds to the required termination style and lead configuration for your assembly. Confirm voltage and current ratings match the load requirements. Ensure compliance certifications such as UL or CSA are valid for your target market. Cross-reference the datasheet for mechanical dimensions to verify fit within the enclosure.

Selection Notes

Select this component when space constraints necessitate a single-stage filter solution. The 10 A rating suits moderate power loads. Evaluate the 2.2 nF capacitance against leakage current limits for sensitive applications. Consider the quick-connect feature if frequent maintenance or modular assembly is required. Compare against dual-stage alternatives if higher attenuation is needed.

Part Context

This model belongs to the RP188 series of power line filters manufactured by Astrodyne TDI. The series is characterized by its compact size and versatility in mounting styles. The RP188HSN variant specifically denotes high-speed or specialized housing configurations within the broader product family, tailored for efficient noise reduction in constrained environments.