# Overload Relay The **Allen Bradley 193-EF1BKD Overload Relay** is a critical component in electrical systems designed to protect motors from overload conditions and prevent potential damage. This overload relay is engineered to provide reliable performance and ensures operational safety across various industrial applications. ## Key Features • **Current Range:** Suitable for motor currents up to 1.5 A, providing precise overload protection tailored to your application. • **Type of Relay:** Electronic overload relay, which offers enhanced accuracy and faster response times compared to traditional bimetallic options. • **Reset Mechanism:** Features a manual and automatic reset option, allowing for flexible operation and easier system recovery after overload conditions. • **Temperature Compensation:** Integrated temperature compensation ensures consistent performance across varying environmental conditions, enhancing reliability. • **Mounting Style:** Designed for DIN rail mounting, facilitating straightforward installation and integration into existing control panels. ## Applications • **Motor Protection:** Specifically designed for use with three-phase AC motors, ensuring they operate within safe parameters to prevent overheating and burnout. • **Industrial Automation:** Ideal for use in manufacturing processes, conveyor systems, and other automated machinery requiring dependable overload protection. • **Compatibility:** Seamlessly integrates with Allen-Bradley control systems and components, ensuring optimal performance and reliability in industrial applications. ## Benefits • **Enhanced Reliability:** Offers superior overload protection, significantly reducing the risk of motor damage and costly downtime. • **Improved Efficiency:** Electronic design allows for faster reaction to overload conditions, optimizing motor performance and lifespan. • **User-Friendly:** Easy to install and reset, reducing maintenance time and increasing operational efficiency in manufacturing environments. --- *Product information compiled with AI assistance for reference purposes.*
