Schneider Electric 320 A 1NO+1NC Vacuum Contactor

The Schneider 320 A 1NO+1NC Vacuum Contactor is an electrical switching device designed for medium to high voltage applications, capable of handling high currents up to 320 Amperes. Manufactured by Schneider Electric, this vacuum contactor provides reliable and efficient control over electrical circuits in various industrial settings. Key features of the Schneider 320 A 1NO+1NC Vacuum Contactor include: 1. High current rating: Rated for a maximum current of 320 Amperes, making it suitable for applications requiring robust switching capabilities in medium to high voltage systems. 2. Contact configuration: Equipped with one normally open (1NO) contact and one normally closed (1NC) contact, providing flexibility in circuit configurations and control options. 3. Vacuum interrupter technology: Utilizes vacuum interrupter chambers to extinguish arcs and interrupt current flow, ensuring reliable and maintenance-free operation over the contactor's lifespan. 4. Compact design: Designed to be compact and space-efficient, allowing for easy integration into electrical panels, switchgear, or motor control centers. 5. Robust construction: Constructed from high-quality materials and engineered to withstand harsh environmental conditions, ensuring durability and long-term reliability in industrial environments. 6. Auxiliary contacts: Includes auxiliary contacts for signaling, interlocking, or control purposes, enhancing the versatility and functionality of the contactor. 7. Compliance with standards: Designed and manufactured to comply with relevant industry standards and regulations for electrical equipment safety and performance, ensuring reliability and compliance in various applications. Overall, the Schneider 320 A 1NO+1NC Vacuum Contactor offers a reliable and efficient solution for medium to high voltage switching applications. With its high current rating, vacuum interrupter technology, compact design, robust construction, and compliance with standards, it provides dependable performance and precise control in demanding industrial environments.