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The TE Connectivity Corcom Filters 30KEMS10BBSDVM is a three-phase (Delta) EMC/EMI line filter designed for industrial applications. It features a single-stage configuration with a rated AC voltage of 520V and a current rating of 30A, operating at 50-60Hz. The unit utilizes terminal block inputs and outputs for secure electrical connections and supports DIN rail mounting for efficient panel integration. Certified by UL, CSA, and VDE, it ensures compliance with international safety standards.
Verify the specific voltage and current requirements against the load specifications before procurement. Confirm that the terminal block connection type matches existing wiring infrastructure. Ensure the DIN rail mounting style is compatible with the target enclosure design. Check for required certifications such as UL or CSA based on regional regulatory needs. Validate the single-stage filtering capability meets the electromagnetic interference mitigation goals.
Select this component when a three-phase Delta configuration is required for 520VAC systems. The 30A current rating suits moderate-power industrial loads. Terminal block termination offers flexibility compared to solder or screw-down options. DIN rail compatibility simplifies assembly in standard industrial enclosures. Single-stage filtering is appropriate for applications with less stringent attenuation requirements.
This part belongs to the TE Connectivity Corcom Filters series, specializing in power line filtration. The 30KEMS10BBSDVM variant specifically addresses three-phase Delta applications. It complements other Corcom filters by offering dedicated solutions for higher voltage industrial environments. The series provides various configurations to meet diverse electromagnetic compatibility standards.
Consult official TE Connectivity substitution guides for verified equivalents. Ensure any replacement maintains the 30A rating and 520VAC specification. Verify that the new component supports the same terminal block and DIN rail mounting methods. Confirm compatibility with existing three-phase Delta circuit topologies.