+91 98220 15 260 | +91 9850 83 2592

Automatic Power Factor Control (APFC) Panel

  • batch_type_oven


    Advantages of APFC Controller


    Reduces maximum demand and KVAh

    Maintains the PF near unity hence no penalties

    Improves equipment life

    Saves money



    Thyrister Controlled APFC Panels


    For special cases like fluctuating loads, we manufacture thyrister controlled APFC panels.

    Thyrister panels have an advantage of fast switching as compared to contactor thus controling the PF within seconds.




  •      Heatcon manufactures APFC control panels with state of the art LNT make APFC etaCON controller.

    The etaCON controller precisely controls the switching of capacitor banks.

    For special cases like fluctuating loads, we manufactre thyrister controlled APFC panels.

    Thyrister panels have an advantage of fast switching as compared to contactor thus controling the PF within seconds.


    Need for APFC


    The switching of inductive loads like motors and transformers is erratic and leads to sudden increase and decrease in PF component.

    Low PF draws a higher internal current and the excessive heat generated will damage and/or shorten equipment life.

    Moreover penalty is issued by electricity boards for not maintaining the PF near unity.


    Stages


    Our standard APFC models are in 3,5,7,8 and 12 stage models for better step resolution and hunt free capacitor switching.

    The contactors are used in APFC panels for switching power capacitors.

    Standard Features


    Automatic recognition of current flow direction

    Flashing of Alarm code in case of abnormal conditions

    Online display of PF, Voltage, Current, kVAr, capacitor overload

    Right capacitor-reactor combination selection prevents capacitor over-current

    Average weekly power factor measurement (last 7 days)

    Keypad lock feature

    Selection of capacitors depends on the amount of reactive power compensation required

Remedy - Install our APFC panel that precisely controls the PF by switching on/off the capacitor banks.