HK-PFX Series | Power Factor Controller
Sampling Voltage: 50V~525V AC (Phase-to-Phase/Neutral)
Sampling Current: 0~5A (True RMS via CT)
Control Steps: 4, 6, 8, 12, 16 steps
Power Consumption: ≤5VA
Accuracy(PF): ±0.01
Accuracy(V/I): 0.5% FS
Accuracy(Power): 1.0% FS
Accuracy(Frequency): ±0.05Hz
Standard: CE, EAC
Product Overview: HertzKron HK-PFX Series Intelligent Power Factor Controller
Achieving Digital Precision in Power Quality Governance through High-Speed DSP Sampling and Vector Logic.
The HertzKron HK-PFX Series is the intelligent core designed for modern, harmonic-rich industrial environments. By performing tens of thousands of physical analyses per second on the sampling current and voltage, this controller captures real-time grid phase fluctuations and drives compensation branches to maintain target power factor consistency. Featuring a signature Orange & Blue Intuitive UI, it combines high-visibility aesthetics with industrial-grade capacitive touch technology for long-term physical reliability in harsh distribution environments.
Core Technical Highlights
⚡ 1. High-Precision Signal Acquisition (Sampling Logic)
True RMS Measurement: Equipped with a 16-bit high-speed Analog-to-Digital Converter (ADC), the controller performs high-frequency discretization of sampling current and voltage. It maintains a physical measurement accuracy of Class 0.5, even in environments with severe waveform distortion caused by non-linear loads.
Electromagnetic Inertia Tracking: The system filters out transient noise to ensure that all compensation decisions are based on the underlying physical state of the grid, eliminating momentary electrical artifacts.
🛡️ 2. Advanced FFT Vector Algorithm (Harmonic Defense)
Harmonic Decomposition: Utilizing Fast Fourier Transform (FFT) algorithms, the HK-PFX controller automatically decomposes complex sampling signals into fundamental and high-order harmonic components.
Anti-Oscillation Mechanism: By calculating the precise displacement power factor and total power factor, the controller prevents frequent switching and resonance "hunting" during high harmonic distortion, protecting the lifespan of connected capacitor banks.
🔒 3. Industrial Safety & Global Compliance
Dual International Certification: Fully compliant with EU LVD and EMC standards, bearing both CE and EAC marks. It is engineered with superior physical immunity against electromagnetic interference (EMI).
Triple-Layer Protection: Features integrated physical protection for Overvoltage, Undervoltage, and Total Harmonic Distortion (THD) alarms, ensuring the absolute safety of the reactive power compensation system under extreme stress.
Technical Specifications
| Parameter Item | Specifications |
| Series Model | HertzKron HK-PFX Series |
| Sampling Voltage | 100V~480V AC (True RMS) |
| Sampling Current | 0~5A (Secondary current via CT) |
| Control Steps | 4, 6, 8, 12, 16 Steps / Dynamic SVG Output |
| Response Speed | <20ms (DSP-level processing) |
| Protection Class | IP54 (Front Panel) / IP20 (Rear Casing) |
| Operating Temperature | -25°C to +70°C (Industrial Grade) |
| Standard & Certifications | IEC 61010-1, EN 60831, CE, EAC, RoHS |
Human-Machine Interface (HMI) & Installation
Visual Logic: The left-side Orange Functional Zone manages manual intervention and parameter configuration, while the right-side Blue Display Zone provides real-time physical feedback on grid parameters (Power Factor, Reactive Gap, Harmonic Levels).
Solid-State Reliability: The 100% solid-state electronic architecture eliminates mechanical potentiometers. All physical parameters are configured via capacitive touch keys, preventing contact failure caused by industrial dust, grease, or humidity.
The HertzKron Strategic Advantage
Choosing the HertzKron HK-PFX Series Power Factor Controller means equipping your power system with a physics-based defense. By maximizing the data extracted from the sampling current and voltage, we ensure your facility avoids reactive power penalties while maintaining a clean, low-loss electrical environment.
HertzKron—Hardcore material engineering for zero-downtime operations.
