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The RCS1L-6V is a single-phase EMC/EMI line filter module manufactured by R-K Electronics, Inc. Designed for general-purpose applications, this component operates at a rated AC voltage of 120V and supports frequencies between 50Hz and 60Hz. The unit features wire lead termination styles for straightforward integration into electrical control circuits. It is classified as a transformer voltage filter with a capacitance value of 0.47MFD. The product status is active, and it holds cURus approval agency certification, ensuring compliance with relevant safety standards for industrial automation controls.
Verify the specific suffix 'L' against official R-K Electronics documentation to confirm exact terminal configuration and internal circuit topology. Ensure the 120V AC rating aligns with the target system's nominal voltage. Confirm that wire lead termination meets the mechanical requirements of the installation panel. Check for RoHS compliance status if environmental regulations apply to the end-use environment.
Select this model when single-phase noise suppression is required for 120V AC systems operating at standard utility frequencies. The wire lead design suits applications where PCB mounting is not feasible or preferred. Consider the 0.47MFD capacitance value for appropriate filtering characteristics relative to the load impedance. Verify space constraints accommodate the physical dimensions of the module housing.
This component belongs to the RCS series of RC networks produced by R-K Electronics, Inc., a manufacturer specializing in electronic automation controls. The series includes various configurations tailored for different voltage and current requirements within the electrical controls industry. The RCS1L-6V represents a specific variant optimized for single-phase applications, distinguishing it from three-phase counterparts in the same family.
Cross-reference part numbers such as RCS1K-6V or RCS1H-6V only if their datasheets explicitly confirm identical electrical parameters and pinout compatibility. Do not assume interchangeability based on similar naming conventions alone. Verify that any substitute maintains the same cURus listing and voltage ratings.