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    6A EMI Power Line Filter

    6A single-phase single-stage power line filter, rated voltage 250V AC, general purpose EMI/RFI filter for machines and equipment in the industrial environment with its competitive price and high performance.
    SKU: ATO-EMI-11E16
    Free shipping
    Delivery date: 6-12 days

    EMI filter, 1-phase single-stage, rated current 6A and rated voltage 250V AC, is designed for general purpose for power line filtering with excellent attenuation performance in switching power supply, UPS, information technology equipment, measuring instruments, display, industrial computer, controller and other equipment.

    6A 1-Phase Filter Specification

    Model ATO-YB11E1-6A
    Filter Type Single Phase
    Configuration Single Stage
    Rated Current @ 40℃ 6A
    Rated Voltage 115/250V AC
    Operating Frequency 50/60Hz
    Leakage Current ≤0.8mA @ 250V AC 50Hz
    Hipot Rating (one minute) Line to Line 1450V DC
    Line to Ground 2250V DC or 2000V DC
    Climatic Category 25/085/21
    Working Tempearte -25°C~+85°C
    Output Termainal (Optional) Solder Lug (Q) or Wire (W)
    Dimension See below

    Insertion Loss Table (in 50Ω system acccording to IEC/CISPR No.17)

    1 phase EMI filter insertion loss

    Dimensions (1-phase filter with solder lug terminal)

    1A-6A single phase EMI filter dimension

    Electrical Schematic

    1A-6A 1-phase EMI line filter electrical schematic

    Tips: 3 tips for installing EMI power filter

    1. To make sure EMI filter to work safely and reliably(dissipation and filtering effect), it must install EMI filter on the equipment frame and housing, and also need to guarantee GND of EMI filter and GND of equipment housing conforming with each other, shortening the ground wire of EMI filter as possible as it could. If GND is not at the same place, when leakage current and noise current of EMI filter flow through the two GND places, then it will lead noise into other parts inside equipment. Besides, grounding wire of EMI filter will lead in impedance, and it may lead to high frequency attenuation performance damage of EMI filter. Therefore, EMI filter with metal housing should directly connect with machine housing. If housing is painted, it then must remove the painting layer. If EMI filter with metal housing which can’t connect with ground directly or use EMI filter with plastic housing, the grounding wire with equipment housing should be as short as possible.
    2. EMI filter should be installed at equipment power line input end, and the connecting wire should be as short as possible. Power supply inside the equipment should be installed at EMI filter output end. If the input wire of EMI filter inside the equipment is long, input wire at high frequency end would couple the led in conducting interference to other parts. If Power inside the equipment is installed at EMI filter input end, it may lead to the same result as the connecting wire is too long.
    3. Make sure EMI filter input wire and output wire separate. If EMI filter input, input wire tie up together or install too close between each other, then because of the coupling among them, it may lead to EMI filter high frequency attenuation reducing. If input, output wire must approach, the twisted pair or shielded line should be used.
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