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    150 hp (110 kW) 3 Phase AC Output Line Reactor for VFD

    $349.87
    3-phase line output reactor with super high performance, 150 hp or 110kW. 220V, 380V, 400V, 410V, 440V, 460V or 480V voltages, rated current 250 amps, copper or aluminum for selection, attractive appearance, low noise, high protection class and durability. Low price and directly selling by manufacturer.
    SKU: ATO-OCR-0250-028U-0.4SA
    Delivery date: 6-12 days
    150 hp (110 kW) 3-phase AC output line reactor is characterized by rared current 250A, work freqency 50/60Hz, voltage and materials can be selected, cheap and easy to operate.

    3-Phase Line output Reactor Specifications

    Basic Model ATO-OCR-0250-028U-0.4SA
    Phase 3 Phase
    Weight 18kg
    Technical Parameters Power 150 hp (110 kW)
    Rated Current 250A
    Inductance Value 0.028mH
    Voltage Drop 1%
    Insulation Rank Class F, H
    Work Voltage 380V (optional: 220V/ 240V/ 400V/ 415V/ 440V/ 460V/ 480V)
    Material Copper or Aluminum
    Work Frequency 50/60Hz
    Carrier Frequency 2-8KHz
    Voltage Drop ≤4﹪higher than the range will cause the loss of torque
    Insulation Resistor ≥100MΩ
    Protection Class IP00-IP22
    Max Current 1.5 times rated the current continues 60s
    Noise ≤65db
    Working Environment Temperature Rise ≤85k
    Altitude ≤2000m
    Running Ambient Temperature -25℃~+45℃
    Relative Humidity ≤90%RH, without condensation

    3-Phase Output Line Reactor Mounting Dimension

    75hp line reactor

    Dimension(±5mm)
    L D W W1 H A×B
    250 182 175 98 230 11×18

    3-Phase Output Line Reactor Circuit Diagram

    3 phase output line reactor circuit diagram.

    Tips: How to solve the surface discharging of line reactor?

    Dry air parallel line reactor doesn’t have any form of surface discharge in dry state. When it is raining, the parts with low temperature rise have conductive water film and high surface leakage current. Near end backflow lead row with concentrated surface electric leakage and the spots on the surface of waist have dirty and wet charge and electric leakage traces. Hydrophobic coating can restrain leakage current and prevent any form of surface discharge effectively.

    The end adopts the improvement measures of pre-burried annular current sharing electrode structure to solve the concentrated current leakage on lower end surface. Electric arcs can be prevented even without hydrophobic coating or when hydrophobic coating fails. As the currently best structure improvement measure, rainhat and rain protection layer can restrain surface current leakage to some extent.

     

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