CHINT’s NCX1 Series Anti-Dust AC Contactor is specifically designed for power systems operating at AC 50Hz. With a rated insulation voltage of 690V, rated working voltage of 380V, and a rated working current of 95A under AC-3 use category, the NCX1 Series offers reliable control for various electrical applications. It serves as a remote connection and disconnection circuit, making it suitable for controlling the start, stop, and reversal of AC motors. Additionally, when combined with an appropriate thermal relay, it can protect circuits from overloads.
Reliable Control for Power Systems
The CHINT NCX1 Series Anti-Dust AC Contactor is built to deliver reliable control for power systems. With its robust design and high-performance capabilities, this contactor ensures efficient connection and disconnection of electrical circuits. It enables precise control over AC motor operations, facilitating start, stop, and reversal functions. The NCX1 Series guarantees smooth and reliable power system control, enhancing operational efficiency and safety.
Protective Features for Overload Situations
The NCX1 Series Anti-Dust AC Contactor offers protective features for overload situations. By combining the contactor with an appropriate thermal relay, the circuit can be safeguarded from excessive current and potential overloads. This feature helps prevent equipment damage and ensures the longevity of the electrical system. The NCX1 Series provides reliable overload protection, contributing to the overall reliability and safety of the power distribution system.
Conclusion
The CHINT NCX1 Series Anti-Dust AC Contactor is a reliable solution for controlling power systems. With its high insulation voltage, working voltage, and current ratings, this contactor enables precise control over AC motors. It offers protective features for overload situations when combined with an appropriate thermal relay. The NCX1 Series contactor is versatile and suitable for various applications, making it a trusted choice for businesses seeking reliable power control.
