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The Qualtek 850-06/002 is a single-phase EMI/EMI line filter module designed for chassis mounting. It operates at a current rating of 6 A and supports voltage ratings of 115 VAC and 250 VAC at 50/60 Hz frequencies. The component features a two-stage filtering architecture to ensure effective noise suppression. Electrical specifications include a leakage current range between 0.50 mA and 1 mA. The unit utilizes quick connect terminals for installation.
Verify the specific datasheet version from Qualtek Electronics Corp. to confirm exact mechanical dimensions and terminal configurations. Ensure the operating environment matches the rated voltage and current limits. Check RoHS compliance status if required by your manufacturing standards. Confirm that the quick connect terminals are compatible with your wiring harness or PCB layout before finalizing procurement.
Select this component when a single-phase, two-stage solution is required for moderate current applications up to 6 A. The chassis mount style suits enclosures where space allows for direct panel installation. Consider the leakage current specifications relative to safety standards applicable to your end product. Verify that the insertion loss characteristics meet the specific electromagnetic compatibility requirements of your system design.
This part belongs to the Qualtek 850 Series, which consists of multi-purpose EMI filters. These components are engineered to provide reliable noise attenuation in AC power lines. The series is designed for industrial and commercial applications where robust EMC performance is necessary. The 850-06/002 represents a specific configuration within this family tailored for standard voltage ranges.
Consult official Qualtek documentation for verified substitute part numbers within the 850 Series or other Qualtek filter families. Cross-referencing requires matching electrical ratings and physical mounting constraints. Do not assume interchangeability with generic filters without verifying technical specifications against the original design requirements.