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BY83 Series intelligent capacitor controller

The BY83 series intelligent capacitor controller has full functionality, flexible installation, Chinese menu display, and convenient operation. lt can be used in conjunction with the BY81 series inteligent capacitors.BY82 series harmonic resistant intelligent capacitors, BY86 series controlled intelligent capacitors, and BY89 series intelligent capacitors with molded case circuit breakers produced by our company. Using this product can replace the existing low-voltage reactive power compensation cabinet with one voltmeter, one voltage measurement conversion switch, one power factor meter, three ammeters, one low-voltage reactive power individual compensation control backup, and all capacitor status indicator lights, making it extremely simple and saving a lot of wiring.

    Product Introduction

    The BY83 Series Smart Capacitor Controller is a cutting-edge product designed to improve power quality and increase energy efficiency in a variety of industrial and commercial applications. This advanced controller offers a wide range of functions and features, making it ideal for managing power factor correction systems. With its flexible installation options, Chinese menu display and user-friendly operation, the BY83 series controller provides a comprehensive solution for optimizing power factor and reducing energy costs.

    One of the main advantages of the BY83 series of smart capacitor controllers is its complete functionality. The controller is equipped with advanced control algorithms to effectively manage the operation of smart capacitors to ensure accurate and efficient power factor correction. In addition, the controller provides comprehensive protection features, including overvoltage and overcurrent protection, to protect connected equipment and ensure reliable operation.

    The flexibility of installation is another highlight of the BY83 series controller. Whether integrated into a new power factor correction system or retrofitted into an existing setup, the controller's versatile mounting options make it a convenient choice for a variety of applications. In addition, the Chinese menu display and intuitive interface enable users to easily configure and monitor the controller, simplifying the management of power factor correction systems.

    The BY83 series smart capacitor controller is combined with the BY81 series smart capacitor to form a powerful combination to achieve optimal power factor correction. This synergy enables seamless communication and coordination between the controller and capacitors, resulting in efficient and reliable power factor correction performance. In addition, our company also provides a series of smart capacitors, including BY82 series anti-harmonic smart capacitors, BY86 series controllable smart capacitors, and BY89 series plastic case circuit breaker smart capacitors, providing comprehensive choices for different power factor correction needs.

    The BY83 series of smart capacitor controllers stands out as a comprehensive and advanced solution for power factor correction and energy efficiency improvement. Fully functional, flexible to install and seamlessly integrated with smart capacitors, the controller provides a reliable and user-friendly approach to power quality management in a variety of industrial and commercial environments. As businesses continue to prioritize energy efficiency and power quality, the BY83 Series controllers are a valuable asset in achieving these goals.

    Technical indicators of the product

    Project

    Parameter

    Work
    environment

    Ambient temperature

    -40℃~+55℃

    Relative humidity

    20%~90% at 40℃

    Atmospheric pressure

    79.5~106.0kpa

    Working power
    supply

    Working voltage

    AC 50Hz,380V±20%

    Function consumption

    <30VA

    Measurement
    accuracy

    Voltage

    Level 0.5

    Current

    Level 0.5

    Power factor

    Level 1.0

    Reactive power

    Level1.0

    Power factor

    ±0.01

    Control
    accuracy

    Power factor

    ±0.01

    Reactive power

    ±120% of minimum capacitor capacity

    Mechanical

    Overall dimensions(W×H×D)

    120×120×95mm

    parameters

    Opening size(W×H)

    113×113mm

    Wiring diagram

    BY83 Series intelligent capacitor controller detail (1)3wu
    The electrical wiring terminals of the controller are defined as shown in the figure:
    When installing the controller, refer to the electrical schematic diagram of the rear panel for wiring.

    The specific wiring method is

    UA, UB, and UC are connected to A, B, and C three-phase voltages respectively, while UN is connected to the neutral line;
    La+, la -, lb+, lb -, lc+, and lc - are connected to A, B, and C three-phase currents respectively;
    A. B is an RS485 communication interface, which can be connected to the communication port of a low-voltage intelligent capacitor.
    Note: When all smart capacitors are co compensating capacitors, only lb+and lb - can be connected to theB-phase current line.

    Instructions for using wiring terminals

    Specifications

    Picture

    Purpose

    10mm²

     BY83 Series intelligent capacitor controller detail (2)gss

    For 10mm² conductor
    (Single capacitor capacity below 30Kvar)

    16mm²

     BY83 Series intelligent capacitor controller detail (3)6ob

    For 16mm² conductor
    (Single capacitor capacity below 30Kvar)

    Product functional features

    Setting functions:
    CT ratio setting;
    Protection setting;
    Delay time setting;
    Power factor setting.

    Control function

    Automatic and manual control;
    Automatic switching control based on controlled physical quantities (reactive power, reactive current, power factor, time period);
    Capacitors with the same capacity are controlled by cyclic switching, while capacitors with diferent capacities are controlled by reactive power deficiency selection;
    Before switching the capacitor, predict the distribution reactive power and voltage changes generated by switching. lf reverse operation is expected after switching, no switching control will be performed.

    Measurement function:
    Distribution three-phase voltage, current, and power factor;
    Distribution of three-phase active and reactive power.

    Signal function:
    Number and capacity of intelligent point capacitors in the system;
    Capacitor operation and shutdown signal;
    Product or peripheral fault signal.

    Protection function
    Overvoltage,undervoltage, and voltage loss protection;
    Overvoltage acceleration protection;
    Switching vibration protection.

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