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China PFC Capacitor Banks with Internal Fuse - Reliable Power Factor Correction Suppliers & Factory

Flair parallel harmonic capacitors are essential components for reactive power compensation in power systems, enhancing the power factor and improving overall power quality. These capacitors are widely recognized in the electrical industry for their effectiveness in power factor correction, voltage support, and harmonic filtering. Manufactured with advanced technology, our capacitors feature an innovative internal fuse design that increases safety by isolating faulty capacitor units or elements. As a leading supplier and factory in China, we are committed to delivering high-quality power capacitors that meet the evolving demands of the industry, ensuring optimal performance and reliability for your power systems

    Application

    This series are usually used under 1KV AC power system at 15hz~60Hz that specilized for power factor correction.

    Capacitor features

    • Rated voltage range: 400-460VAC
    • Capacity: 20-60Kvar
    • Working Frequency: 50Hz/60Hz
    • Double-safety protection
    • Self-healing technology: The self-healing dielectric, which can automatically recover and isolate the fault point when the capacitor is broken down or local fault caused by external factors, so as to ensure the normal operation of the capacitor. This self-healing characteristic makes the self-healing parallel power capacitor more reliable and safe in power system.
    • Discharge resistor available

    Working condition

    • Altitude: ≤2500m
    • Environment temperature: -20℃~+65℃
    • Relative moisture: Under 40℃ 20%~90%
    • Air pressure: 79.5Kpa~106Kpa
    • Surrounding environment: The surrounding medium has no explosion risk, no gas to damage insulation and corrode metal, no conductive dust, no violent vibration, no rain and snow erosion;
    Power Factor Correction Capacitor
    Low Voltage Parallel Power Capacitor
    The below specs are designed for low voltage application ranged from 400~460VAC at 50 Hz for harmonic filtering.
    Model Capacity Current Capacitance Weight Dimension (mm)
    Kvar A uf kg Length Width Height
    3-phase 400VAC 50Hz Indoor
    FACS-BC 20 28.9 398 4.2 200~240 112 178
    FACS-BC 25 36.1 497 5.0 200~240 112 242
    FACS-BC 30 43.3 597 5.0 200~240 112 242
    FACS-BC 40 57.7 796 6.5 200~240 112 306
    FACS-BC 50 72.2 995 7.8 200~240 112 370
    FACS-BC 60 86.6 1194 9.0 200~240 112 435
    3-phase 460VAC 50Hz indoor
    FACS-BC 20 25.1 301 4.2 200~240 112 178
    FACS-BC 25 31.4 376 5.0 200~240 112 242
    FACS-BC 30 37.7 451 5.0 200~240 112 242
    FACS-BC 40 50.2 602 6.5 200~240 112 306
    FACS-BC 50 62.8 752 7.8 200~240 112 370
    FACS-BC 60 73.3 903 9.0 200~240 112 435
    The harmonic filtering capacitor is usually connect with reactor in series to filter the frequency harmonic in the powe system;
    Harmonic Filtering Capacitor Connection Diagram

    Frequently Asked Questions

    Q1: What are the main applications of this parallel power capacitor series?

    A: This series is specifically designed for power factor correction and harmonic filtering in low-voltage AC power systems operating under 1KV at 15Hz to 60Hz.

    Q2: How does the self-healing technology protect the capacitor?

    A: The self-healing dielectric automatically recovers and isolates local fault points when a breakdown occurs due to external factors, ensuring continuous, safe, and reliable operation of the capacitor in the power system.

    Q3: What are the standard rated voltages and capacities available?

    A: The capacitors support a rated voltage range of 400-460VAC and a capacity range of 20-60Kvar, working efficiently at frequencies of 50Hz/60Hz.

    Q4: What environmental conditions are required for optimal operation?

    A: The capacitor should be installed at altitudes ≤2500m, within an ambient temperature range of -20℃ to +65℃, and relative humidity of 20% to 90% (under 40℃). The surrounding environment must be free of explosion risks, corrosive gases, conductive dust, and violent vibrations.

    Q5: Why is the capacitor connected in series with a reactor?

    A: For low-voltage harmonic filtering applications, the capacitor is typically connected in series with a reactor to filter specific frequency harmonics and protect the power system from harmonic distortion.

    Q6: Does the capacitor feature built-in safety mechanisms?

    A: Yes, it is equipped with double-safety protection and an available discharge resistor to ensure rapid discharge and safe maintenance procedures.

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