The 10000123-001-009 is produced by Leeson and is described as a Leeson 10000123-001-009 Run Capacitor

ADDITIONAL DESCRIPTION # Electric Motors - Leeson Run Capacitor The **Leeson 10000123-001-009 Run Capacitor** is a high-quality accessory designed to enhance the performance and reliability of electric motors. This essential component plays a critical role in ensuring smooth operation by providing the necessary boost to start and run single-phase motors efficiently. ## Key Features • **Voltage Rating:** Operates at a voltage of 370V, ensuring compatibility with a wide range of motor applications. • **Capacitance:** Offers a capacitance of 10 microfarads (µF), optimized for effective motor performance. • **Durable Construction:** Built with high-quality materials for enhanced longevity and resistance to environmental factors. • **Compact Design:** Features a compact size that facilitates easy installation in various motor configurations. • **Reliable Performance:** Engineered for consistency, ensuring that motors start quickly and operate smoothly under load. ## Applications • **Industrial Machinery:** Ideal for use in various industrial applications, enhancing the efficiency of machines and equipment. • **Agricultural Equipment:** Suitable for agricultural motors, ensuring reliable operation in demanding environments. • **Food Processing:** Perfect for motors used in food processing equipment, meeting hygiene and operational standards. • **Mining Operations:** Designed to support motors in rugged mining applications, providing dependable performance under challenging conditions. ## Benefits • **Enhanced Motor Efficiency:** Improves the overall efficiency of electric motors, leading to better performance and lower energy consumption. • **Increased Reliability:** Reduces the risk of motor failure, providing peace of mind and minimizing downtime. • **Easy Installation:** Simplifies the replacement process, making it accessible for maintenance teams and reducing operational interruptions. --- *Product information compiled with AI assistance for reference purposes.*