Cutler Hammer XTOB006BC1 Overload Relay XT IEC Bimetallic Relay 4-6A range 45 1NO-1NC 10A XT Series

Cutler Hammer XTOB006BC1 Overload Relay The Cutler Hammer XTOB006BC1 Overload Relay is an advanced bimetallic relay designed for efficient motor protection in various industrial applications. With a current range of 4-6A, this relay is engineered to prevent motor damage due to overloads, ensuring reliable operation and maximum uptime for your electrical systems. ## Key Features • **Current Range:** 4-6A – Ideal for a variety of motor applications, providing precise overload protection tailored to your needs. • **Configuration:** 1NO-1NC – Features one normally open and one normally closed contact for versatile circuit configurations. • **Construction:** Bimetallic design – Offers superior thermal stability and reliability, ensuring consistent performance over time. • **Series:** XT Series – Part of Cutler Hammer's trusted XT range, known for durability and robust performance in demanding environments. • **Max Switching Capacity:** 10A – Capable of handling significant loads, making it suitable for extensive industrial applications. ## Applications • **Industrial Motor Protection:** Perfect for protecting motors in manufacturing plants, assembly lines, and other industrial settings. • **Compatibility:** Works seamlessly with other Cutler Hammer components, ensuring an integrated approach to motor control and protection. • **Electrical Systems:** Suitable for various electrical systems requiring reliable overload protection and control solutions. ## Benefits • **Enhanced Reliability:** Provides effective protection against motor burnout due to overload conditions, extending equipment life and minimizing downtime. • **Operational Efficiency:** Streamlines motor management processes, allowing for improved productivity in industrial operations. • **Easy Integration:** Designed for straightforward installation and compatibility with existing systems, reducing setup time and complexity. --- *Product information compiled with AI assistance for reference purposes.*