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The TE Connectivity Corcom Filters 15EMC6 is a single-phase EMI/RFI power line filter designed for chassis mounting. It features a rated current of 15 A and operates at AC voltages of 250 VAC with frequencies of 50 Hz or 60 Hz. The component utilizes a dual-stage configuration to provide effective noise attenuation. It employs a flange-style installation method with threaded bolt connections for secure panel integration. The unit incorporates an IEC 60320-1 C14 inlet interface for standard power cord attachment, ensuring compatibility with common equipment power entry modules.
Verify the obsolete status of part number 15EMC6 before initiating procurement processes. Confirm availability of approved substitute components such as the FN2060-16-08 from WEE. Ensure that any replacement parts meet the original electrical specifications and physical form factor requirements for your specific chassis mounting application.
Select this component for applications requiring compact, cost-effective EMI filtering in single-phase systems. The dual-stage design offers superior attenuation compared to single-stage alternatives. Consider the flange mounting style when designing panel cutouts and ensure adequate clearance for the threaded bolt connections. Verify that the 15 A current rating aligns with the maximum load requirements of the target equipment.
The 15EMC6 belongs to the Corcom series of EMC filters manufactured by TE Connectivity. This series is engineered to mitigate conducted electromagnetic interference in electronic systems. The component supports global regulatory compliance standards including UL, CSA, and VDE certifications, facilitating its use in international markets for commercial and industrial electronic equipment.
The 15EMC6 is officially listed as obsolete. The FN2060-16-08 from WEE is identified as a recommended manufacturer substitute. Evaluate the substitute for identical current ratings, voltage capabilities, and physical dimensions to ensure seamless integration into existing designs without modification.