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121-129 of Total 129

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  • MT-BU5

    No, the MT-BU5 is not available Use the FR-BU2 instead. More Details >>

    • No:21076
    • Release Date:2018/08/22 16:25
  • FR-HC2

    No OL signal is output. More Details >>

    • No:20870
    • Release Date:2018/08/22 16:24
  • Harmonic suppression guidelines for power supply

    Since the high power factor converter uses the self-excitation three-phase bridge (voltage type PWM control) circuit configuration (type), the conversion coe... More Details >>

    • No:21572
    • Release Date:2018/08/22 16:28
  • FR-HC2

    The internal transistor of the HC2 stops by turning on the SOF signal and stopping the converter. As a result, regenerative driving is not performed. However... More Details >>

    • No:20941
    • Release Date:2018/08/22 16:25
  • Waveform improvement

    A reference sine wave signal is generated inside the high power factor converter, and transistors are configured and PWM switching is performed in the conver... More Details >>

    • No:21574
    • Release Date:2018/08/22 16:28
  • FR-ASF

    The FR-ASF may be damaged due to the surge voltage. More Details >>

    • No:20989
    • Release Date:2018/08/22 16:25
  • FR-HC2

    The power of MC1 is supplied from the terminals across R2 and S2 of the outside box. Either phase of R2 or S2 may be lost. More Details >>

    • No:21146
    • Release Date:2018/08/22 16:26
  • Regenerative driving capability

    Continuous 100% regenerative braking torque is available for the rated capacity of the high power factor converter. (The same braking ability of the FR-A201 ... More Details >>

    • No:21563
    • Release Date:2018/08/22 16:28
  • FR-HC2

    Three phases are measured with the CT. The accuracy is ±10 % which is same as the inverter output current. More Details >>

    • No:21145
    • Release Date:2018/08/22 16:26

121-129 of Total 129

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