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    EMI Power Line Filter 6A, 3 phase

    General purpose EMI filter, 6A rated current, three phase single stage, rated voltage 250V/440V 50/60Hz, easy mounting with screw lug, low leakage current, excellent attenuation performance.
    SKU: ATO-EMI-81G16
    Free Shipping Worldwide
    Delivery date: 15-20 days

    EMI filter/noise filter with 6A rated current is widely used in all kinds of industrial automation equipment, such as 3 phase motor drives, printing equipment, packaging equipment, textile equipment, industrial air conditioners etc.

    6A 3-Phase Filter Specification

    Model ATO-YX81G1-6A
    Filter Type Three Phase
    Configuration Single Stage
    Rated Current @ 40℃ 6A
    Rated Voltage 250V/440V AC
    Operating Frequency 50/60Hz
    Filter Range 150KHz-30MHz
    Leakage Current ≤5mA @ 250V AC 50Hz
    Hipot Rating (one minute) Line to Line 1450V DC
    Line to Ground 2250V DC
    Climatic Category 25/085/21
    Working Tempearte -25°C~+85°C
    Output Termainal Screw
    Dimension See below

    EMI Filter Dimensions

    6A 3-phase emi power line filter dimension

    Electrical Schematic

    Three phase emi filter electrical schematic

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

    EMI power line filter insertion loss table

    Tips: Filter-What is leakage current?
    Leakage current of filter means the current flow between “phase wire & central wire” and housing (ground) under 250VAC/50Hz. It depends on the common mode capacitor (also called “Y” capacitor) connecting “phase wire & ground” and “central wire & ground”. Leakage current is an important parameter of filter. The larger volume Y capacitor has, the smaller common mode impedance is, and thus common mode noise suppression effect would be better. Leakage current is a performance parameter of filter, that is, filter performance gets better when leakage current becomes larger. According to different requirements, different safety standard has different rules for leakage current, typical value is 0.5~5.0mA.
    Why Safety institution required the max allowable leakage current? The purpose is to limit expected grounding return current value. Line to ground capacitor provides the channel flowing to housing for 50Hz/60Hz current. As long as the equipment is earthed, these current will flow in the grounding circuit, and will not cause danger. But we need to know, even if grounding circuit is reliable, it still maybe loss effect, that is, at the time grounding circuit communication might through human body. To avoid this happening, it must limit maximum leakage current parameter, making grounding return current as a safety value, and typical value is 0.5 to 5.0mA.

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