Leave Your Message

XPQ Series Active Power Harmonic Filter 400/690V - Reliable Power Solution from China Suppliers & Factory

The XPQ series Active Power Filter (APF) and Active Harmonic Filter (AHF) are advanced solutions produced by leading China suppliers for effective power harmonic control. These specialized devices play a crucial role in ensuring the reliability of your power supply, reducing electrical interference, extending equipment lifespan, and minimizing potential damage to your machinery, Key Features:, - Efficient harmonic control for improved power quality, - Reactive power compensation to optimize energy usage, - Regulation of 3-phase unbalanced currents for balanced power distribution, - Wide filtering range that ensures the total current distortion rate remains below 5% following compensation, - Optional 5/7-inch LCD touch screen for real-time monitoring and remote control capabilities, As a trusted factory, we are committed to providing state-of-the-art power management solutions that enhance operational efficiency and are essential for modern industrial applications

    Features

    1. Comprehensive compensation

    It can achieve three functions: harmonic control, reactive power compensation, and regulation of three-phase unbalanced currents, providing comprehensive compensation for power quality issues.
    The three functions can be combined and prioritized based on the load environment and specific needs.
    📊

    2. Wide filtering range and fast response

    The system can compensate for 2-50 harmonics simultaneously, or it can be set to compensate for a specific harmonic. The total current distortion rate after compensation is guaranteed to be less than 5%.
    The harmonic current detection algorithm utilizes the efficient TTA algorithm, which is both fast and accurate, enabling a full response time of just 10ms.
    🏆

    3. High-end quality of core components

    German original IGBT module, three-level topology.
    The control system is comprised of the American TIDSP control chip, as well as ALTERA and CYCLONE 3 series FPGA chips, making it a powerful three-core system.
    Additionally, TI's double-ended high-speed input 12-bit A/D data conversion chip enhances the accuracy and reliability of signal sampling.
    🌀

    4. Efficient heat dissipation

    The layered heat dissipation design creates an independent air duct, resulting in improved heat dissipation performance and effective isolation of dust and other pollutants.
    ⚙️

    5. Independent fan, detachable

    The fan can be easily disassembled and assembled independently, making it convenient to replace and enhancing the reliability of heat dissipation.
    🧱

    6. Modular design

    The combination of different capacity modules can be customized to enhance the overall reliability and maintainability of the entire machine.
    📱

    7. Human-Machine Interface

    Single modules can be equipped with a 5-inch LCD touchscreen, multiple modules can use an external 7-inch LCD touchscreen.
    It is capable of monitoring a wide range of operating data for the product in real-time and also allows for online modification of control parameters.
    Easy to use and can be paired with a mobile phone app for remote control.

    Basic Parameters

    Product series XPQ
    Voltage class 400V (±15%) 690V (±15%)
    Single unit’s filter capability(A) 30 50 75 100 150 100
    Phase/wire 3-phase 4-wire or 3-phase 3-wire
    Working frequency 50 (±10%)
    Number of filtering harmonic wave 2 ~ 50 times (All or selected harmonic frequencies can be eliminated)
    Neutral filter capability Three times the effective value of the phase current
    Filtering capability >97%
    CT demand 3 current transformers; precision above 0.5 grade; secondary current 5A
    compensation method Harmonic compensation, reactive power compensation
    Instantaneous response time 40μs
    Full response time 10ms
    IGBT switch frequency 20kHz
    Module extension capability Up to 10 functional modules can be extended
    Protection function Overcurrent, grid voltage, undervoltage, overheating, busbar overvoltage, short circuit, fan failure, power failure and current limiting protection, etc.
    Interface display information

    1. Voltage and current of each phase, power factor, THD and other parameters

    2. Grid, load current waveform, three-phase voltage waveform

    3. Three-phase IGBT temperature display

    4. Operation mode setting, parameter setting

    Overload protection Set current limiting capability with parameters
    Communication RS232, RS485, Optional WIFI, GPRS
    Cooling method Forced cooling
    Degree of protection IP20,higher protection class can be customized
    Color Matt black, other colors are available upon request
    Installation Environment

    Temperature:-10℃~+40℃

    Humidity: max 95% RH (no condensation)

    Altitude

    It is recommended that the installation altitude does not exceed 1500 meters, and higher altitudes are in accordance with GB/T3859.2.

    For every 100 meters increase in altitude, there is a 1% decrease in capacity.

    Scope of application 3-phase 4-wire is suitable for power grid systems with neutral lines, and can filter out phase line and neutral line harmonics at the same time.

    Model Specifications

    XPQ Active Power Harmonic Filter7p7

    Dimensions

    Drawer type

    XPQ Active Power Harmonic Filter (1)ozi
    Model No. Dimensions (mm)
    W H D w d h Set screw Net weight(kg)
    XPQ - EA - 4L - 030 484 200 640 465 158 610 M6 34
    XPQ - EA - 4L - 050
    XPQ - EA - 4L - 075
    XPQ - EA/MA - 4L - 100
    XPQ - EA/MA - 4L - 150 544 250 646 525 180 610 47
    XPQ - MA - 4L - 050 392 200 555 373 158 530 29
    XPQ - MA - 4L - 075 392 200 555 373 158 530 29

    Wall-mounted type

    XPQ Active Power Harmonic Filter (2)d5u
    Model No. Dimensions (mm)
    W H D w d h Set screw Net weight(kg)
    XPQ - EA - 4L - 030 440 657 212 375 633 / M8 34
    XPQ - EA - 4L - 050
    XPQ - EA - 4L - 075
    XPQ - EA/MA - 4L - 100
    XPQ - EA/MA - 4L - 150 500 657 262 375 633 / 48
    XPQ - MA - 4L - 050 348 577 208 275 553 / 30
    XPQ - MA - 4L - 075 / 30

    Drawer type (lightweight)

    XPQ Active Power Harmonic Filter (3)82y
    Model No. Dimensions (mm)
    W H D w d h Set screw Net weight(kg)
    XPQ - CF - 4L - 030 88 520 420 / 507.6 / M6 15
    XPQ - CF - 4L - 050

    Wall-mounted (lightweight)

    XPQ Active Power Harmonic Filter (4)d5s
    Model No. Dimensions (mm)
    W H D w d h Set screw Net weight(kg)
    XPQ - CF - 4L - 030 460 473 101.2 350 454 / M8 15
    XPQ - CF - 4L - 050

    Frequently Asked Questions (FAQ)

    Q What functions does the XPQ Active Power Harmonic Filter perform?
    It achieves three main functions: harmonic control, reactive power compensation, and regulation of three-phase unbalanced currents, providing comprehensive compensation for power quality issues.
    Q What range of harmonics can this system filter?
    The system can compensate for 2 to 50 harmonics simultaneously, or it can be set to compensate for specific harmonic frequencies. The total current distortion rate (THD) after compensation is guaranteed to be less than 5%.
    Q What is the response speed of the XPQ system?
    It features an instantaneous response time of 40μs and a full response time of just 10ms, enabled by the highly efficient TTA harmonic current detection algorithm.
    Q What are the core components of the control system?
    The control system is built on a powerful three-core system consisting of an American TI DSP control chip, ALTERA and CYCLONE 3 series FPGA chips, and a TI double-ended high-speed input 12-bit A/D data conversion chip for precise signal sampling.
    Q Can multiple modules be combined and extended?
    Yes, the XPQ system features a modular design where different capacity modules can be customized. The system supports extension of up to 10 functional modules to enhance overall reliability and maintainability.
    Q What safety and protection functions are integrated into the XPQ?
    The system is equipped with comprehensive protection functions, including overcurrent, grid voltage, undervoltage, overheating, busbar overvoltage, short circuit, fan failure, power failure, and current limiting protection.

    Leave Your Message