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    Elmeasure Power Factor Controller Catalog

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    SEO BDM
    The document summarizes an intelligent power factor controller (iPFC) that maintains power factor within a required range through three-phase sensing and 6, 8, or 12 stage control of capacitor banks. Key features include fault detection, automatic or manual control, minimum switch times, and a communication interface. It lists applications like motor and transformer correction or group corrections. Technical specifications include current and voltage inputs, accuracy, auxiliary supply power, and an RS485 communication interface.

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    Elmeasure Power Factor Controller Catalog

    Uploaded by

    SEO BDM
    56 views1 page
    The document summarizes an intelligent power factor controller (iPFC) that maintains power factor within a required range through three-phase sensing and 6, 8, or 12 stage control of capacitor banks. Key features include fault detection, automatic or manual control, minimum switch times, and a communication interface. It lists applications like motor and transformer correction or group corrections. Technical specifications include current and voltage inputs, accuracy, auxiliary supply power, and an RS485 communication interface.

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    The document summarizes an intelligent power factor controller (iPFC) that maintains power factor within a required range through three-phase sensing and 6, 8, or 12 stage control of capacitor banks. Key features include fault detection, automatic or manual control, minimum switch times, and a communication interface. It lists applications like motor and transformer correction or group corrections. Technical specifications include current and voltage inputs, accuracy, auxiliary supply power, and an RS485 communication interface.

    Copyright:

    © All Rights Reserved
    Download as PDF, TXT or read online from Scribd
    Download as pdf or txt
    56 views1 page

    Elmeasure Power Factor Controller Catalog

    Uploaded by

    SEO BDM
    The document summarizes an intelligent power factor controller (iPFC) that maintains power factor within a required range through three-phase sensing and 6, 8, or 12 stage control of capacitor banks. Key features include fault detection, automatic or manual control, minimum switch times, and a communication interface. It lists applications like motor and transformer correction or group corrections. Technical specifications include current and voltage inputs, accuracy, auxiliary supply power, and an RS485 communication interface.

    Copyright:

    © All Rights Reserved
    Download as PDF, TXT or read online from Scribd
    Download as pdf or txt
    of 1

    iPFC

    POWER FACTOR
    CONTROLLER
    Current | Voltage | Frequency | PF | VAR | 6/8/12 stage control

    INTELLIGENT DEVICE TO MAINTAIN THE POWER


    FACTOR IN REQUIRED RANGE!

    Features : Advantages
    Three phase sensing with Three CT or single CT (Balanced Load) Three phase sensing gives accurate measurement of PF.
    Intelligent Power Factor Controlling based on the capacitor bank Fault Detection (Over compensation, Under compensation, Over voltage, Over
    switching history (Number of operations, ON time) improves the current, Under voltage, Under Current, Over harmonics for voltage and
    capacitor life time. current).
    6 or 8 or 12 switching relay outputs. Automatic or Manual Control (manual control with power backup option).
    Automatic or manual control (manual control with power backup Increased capacitor life - capacitor switching based on history - ON time /
    option). number of switching.
    User programmable:
    - Star/Delta.
    - Lead and Lag limits. Applications:
    - PT and CT ratios.
    - CT secondary. In all Incomers.
    - Minimum switch ON time (4-999 seconds) default 20s. Fixed power factor corrections individual (e.g. motor, transformers,
    - Minimum discharge time (4-999 seconds) default 50s. lighting, etc.)
    - Minimum capacitor on time (4-999 seconds) default 20s.
    Group fixed power factor correction (several equipments connected in a
    - Minimum sensing current for controlling operation
    group).
    100mA - 500mA.
    - User programmable capacitor value. Capacitor banks of tuned and detuned.
    Fault detection (Over compensation, Under compensation, Over Harmonic trap applications (e.g. UPS, Frequency Drives and Converters,
    voltage, Over current, Under voltage, Under current, Over etc.)
    harmonics for voltage and current).
    Displays VLL, VLN, Amps (Average and Phasewise) Frequency, W, PF,
    VAR (Total and Phasewise) Wh, PF Avg. Technical Specification:
    Four quadrant operation. Specification Description
    RS 485 communication interface (Optional). Input current: Current inputs (A1 A2 A3) 50mA - 6A (Field configurable
    1A or 5A). Primary Programmable up to 99 kA.
    Overload: 10A max continuous, 50A max for 3 Sec.
    Burden: 0.2VA Max. per phase.
    Input voltage: 4 Voltage inputs (V1 V2 V3 VN) Programmable 110 or 415V LL
    Mechanical Specification: Nominal (Range 80 to 550V LL) Primary Programmable up to
    999 kV. Burden: 0.2VA Max. per phase.
    Input Frequency: 45-65 Hz
    Sensing/ True RMS, 1 Sec update time. 4 Quadrant Power & Energy.
    90-0+2
    55 Measurement:
    90
    Accuracy: Class 1.0 (default) as per IEC 62053-21, Class 0.5 as per
    IEC 62053-22 (Optional).
    96 90-0+2
    Aux-Supply : Control Power: 180 - 300V AC/DC, 40-70Hz.
    96 90
    Burden: 10VA Max.
    CT PT Ratio Max: 2000 MVA Programmable.
    Relay SPST, 2A @ 240V.
    contact rating:
    Display 1 row, 4 Digits for instantaneous and 6 Digits for integrated
    Resolution: (10mm height).
    Weight: Unpacked: 350 gms, Packed: 450 gms.
    *Note: Depth will be 10 mm more based on the relay/connector accommodation. Communication Parity: Odd, Even, None (Prefered Even)
    RS485 interface: Baud rate: 4800 bps to 19200 bps. (Preferred 9600 bps).
    Isolation: 2000 volts AC isolation for 1 minute between
    communication and other circuits.

    Torque 1 N-m
    Wire gauge 11 AWG
    Note: Additional error of 0.1% of full scale, for meter input current below 500mA

    elmeasure.com

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