Explore our HCG series film capacitor,  offering a capacitance of 760µF with a ±3% tolerance and a voltage rating of 250VAC; it is constructed with very high quality metallized polypropylene film for high performance and longevity, boasting a lifecycle of 100,000 hrs.  

The HCG Series Film Capacitor is designed for AC harmonic filtering, power factor correction, input/output filtering in UPS systems, motor drives, LC/LCL filtering, and renewable energy applications such as wind and solar power. Built with high-quality metallized polypropylene film, this capacitor delivers long-lasting performance, low dielectric losses, and superior harmonic suppression, making it ideal for both industrial and commercial power systems.

Key Features:

• High-Quality Metallized Polypropylene Film – Provides exceptional electrical stability and durability.
• Designed for Long Life – Optimized for consistent performance in demanding applications.
• Low Dielectric Losses – Ensures high efficiency with minimal energy loss.
• Higher RMS Current Ratings – Handles higher current loads with ease.
• Low ESR (Equivalent Series Resistance) – Enhances energy efficiency and reduces heat generation.
• Internal Fusing Mechanism – Adds an extra layer of safety for overload conditions.  

Applications:

• AC Harmonic Filtering – Reduces harmonic distortion to prevent equipment overheating and failure.
• Power Factor Correction – Improves energy efficiency and reduces power consumption in industrial systems.
• Input & Output Filtering in UPS – Stabilizes voltage fluctuations for reliable power delivery.
• Motor Drives – Filters out harmonics and enhances motor performance.
• LC/LCL Filtering – Provides smooth voltage regulation and noise reduction.
• Renewable Energy (Wind & Solar Power) – Improves power quality in sustainable energy systems.
• Other Power Conversion Technologies – Ensures optimal performance in a variety of power electronics applications.  

The HCG Series Film Capacitor is the perfect solution for engineers and system designers seeking high-efficiency, long-lasting capacitors for advanced power management, renewable energy, and industrial applications.