New Single & Three Phase High Current AC Power Line Filters available from YEG Powerline
New CORCOM brand single- and three-phase filters from Young Electronics are designed for high-current applications ranging from 30 A to 400 A. They meet stringent performance requirements for conducted noise, aid in immunity/susceptibility compliance, and offer a high insertion loss over a wide frequency range from 10 kHz to 30 MHz.
The new BCF series includes seven three-phase filters with current ratings from 30 to 180 A. They are compact, lightweight "bookform" filters ideal for applications requiring very high attenuation in the frequency range between 100 kHz and 30 MHz. BCF filters are UL Recognized and VDE Approved.
The additions to the FCD series contain nine models from 36 to 230 A, providing high attenuation of conducted interference at low and high-frequency ranges to better protect programmable logic controllers, frequency inverters and variable-speed motor drives from RF noise on the AC power line. The filters are UL Recognized.
The CFN series filter is rated at 400 A. UL recognized, the CFN series is a universal three-phase power line filter for high current industrial applications. Electrical equipment in factory automation systems, HVAC systems, heavy industrial machinery, motors and other three-phase power applications can benefit from the CFN series filter.
The S series addition, the 60VS6 filter, is a single-phase filter rated at 60 A designed for use when equipment impedance at RF frequencies is high. These filters help protect equipment from malfunctions due to conducted interference coming into equipment from the line, especially line-to-line noise and transients.
All the BCF, FCD, and CFN series filters are delta wound and offer voltage ratings of 277/480 VAC. The 60VS6 single-phase power line filter is rated 250 VAC. They join the growing line of CORCOM single- and three-phase power line filters for applications ranging from factory automation and industrial machinery to food processing equipment and elevators.