NAP-06-000

Power Line Filter Modules Overview

The Cosel USA, Inc. NAP-06-000 is a single-phase EMC/EMI power line filter module rated for 6 A current and 250 V AC or DC. It features a single-stage configuration with terminal block connections. The unit provides attenuation of 5 µA at 10 kHz and 10 µA at 1 MHz, designed to suppress electrical noise in power circuits.

Power Line Filter Modules Feature Summary

• Single-phase EMC/EMI noise suppression
• Terminal block connection interface
• High-voltage pulse resistance capability

Power Line Filter Modules Applications

• General purpose industrial equipment
• Power supply input filtering
• Electronic device noise reduction

Power Line Filter Modules Procurement Notes

Verify the specific suffix (e.g., -D) required for DIN rail mounting if needed, as the base part number may imply different mechanical options. Confirm voltage ratings match the application's AC or DC requirements. Ensure the 6 A continuous current rating exceeds the system load. Check datasheet for exact attenuation curves at target frequencies.

Power Line Filter Modules Selection Notes

Select this component when single-stage attenuation is sufficient for the EMI environment. The terminal block style suits applications where DIN rail mounting is not mandatory or requires separate adapters. Verify that the 250 V rating covers peak line voltages. Consider thermal derating if ambient temperatures exceed standard operating ranges.

Power Line Filter Modules Part Context

This model belongs to the NAP series of single-phase noise filters from Cosel USA, Inc. The series is engineered for high-attenuation performance in compact modules. Variants within the series differ by current ratings, inductance values, and mounting configurations such as DIN rail or terminal block styles.

Power Line Filter Modules Replacement Considerations

Direct substitutes include other Cosel NAP series models with matching 6 A ratings and similar attenuation profiles. Cross-brand replacements require verifying identical voltage ratings, current capacity, and insertion loss characteristics at critical frequencies.