AmRad # USA2222BA / 80 + 5 uf 80/5 MFD 370 440 VAC USA Run Capacitor

AmRad # USA2222BA / 80 + 5 uf 80/5 MFD 370 440 VAC USA Run Capacitor - Capacitor for Heating, Ventilation & Air Conditioning

The AmRad # USA2222BA / 80 + 5 uf 80/5 MFD 370 440 VAC USA Run Capacitor is engineered specifically for heavy-duty Heating, Ventilation & Air Conditioning systems. This high-quality run capacitor provides dependable and efficient performance, making it ideal for both residential and commercial HVAC applications.

• Capacitance: 80 + 5 microfarads (MFD)
• Voltage Rating: 370/440 VAC
• Construction: Made in the USA for superior durability
• Application: Suitable for HVAC systems
• Dual Capacitance Design: Supports both fan and compressor motors

Compared to standard HVAC capacitors, the AmRad # USA2222BA model offers a higher level of reliability and performance. While many competitors use imported components, this American-made capacitor is crafted for maximum longevity and consistent operation, even under demanding conditions. It outperforms previous models with its dual capacitance feature, ensuring both fan and compressor motors receive optimal power.

Key Technical Advantages: Technology and Performance

The AmRad # USA2222BA stands out due to its heavy-duty, USA-made construction and dual capacitance design. This gives it a significant edge in the HVAC market by reducing the risk of unexpected system failures and providing seamless compatibility with modern and legacy HVAC systems. With an impressive 370/440 VAC rating, it is built to withstand voltage fluctuations, protecting your heating and cooling equipment from damage.

Technicians and DIY enthusiasts alike appreciate the dependable performance and easy installation this run capacitor provides. Its robust design ensures long-lasting functionality, minimizing maintenance needs and system downtime. By choosing the AmRad # USA2222BA / 80 + 5 uf 80/5 MFD 370 440 VAC USA Run Capacitor for your heating, ventilation & air conditioning system, you’re investing in reliability, safety, and enhanced system efficiency.