HPS CRX74D4NC REAC 74.4A 0.28mH 50Hz Cu C&C

# AC Line Reactors The HPS CRX74D4NC AC Line Reactor is engineered to enhance power quality and protect electrical systems in demanding industrial applications. With a robust design and advanced materials, this reactor is ideal for environments requiring voltage regulation and harmonic filtering, ensuring reliable operation while extending the lifespan of connected equipment. ## Key Features • **Rated Current:** 74.4A, providing optimal performance for medium to high-load applications. • **Inductance:** 0.28mH, designed to efficiently filter harmonics and stabilize voltage fluctuations. • **Frequency:** Operates effectively at 50Hz, making it suitable for various international electrical standards. • **Construction:** Utilizes copper windings for superior conductivity and reduced losses, ensuring maximum efficiency. • **Cooling:** Built with a durable core and coil construction (C&C) to maintain performance under continuous operation. ## Applications • **Industries:** Ideal for use in manufacturing, commercial buildings, and renewable energy sectors, particularly where variable frequency drives (VFDs) are utilized. • **Compatibility:** Suitable for integration with a variety of electrical systems, including motors and other inductive loads, enhancing overall system reliability. • **Environmental Suitability:** Designed for operation in both indoor and outdoor installations, with robust construction to withstand variable environmental conditions. ## Benefits • **Power Quality Improvement:** Reduces harmonic distortion, leading to better overall system performance and compliance with industry standards. • **Equipment Protection:** Protects sensitive electronic components from voltage spikes and transients, extending the life of connected machinery. • **Energy Efficiency:** Lowers energy costs by minimizing losses and enhancing the efficiency of power systems, leading to significant long-term savings. --- *Product information compiled with AI assistance for reference purposes.*