Allen Bradley 815-BAV16 Overload Relay Panel

# Overload Relay Panel The **Allen Bradley 815-BAV16 Overload Relay Panel** is a critical component in industrial automation, specifically designed to protect motors from overload conditions. This reliable panel is integral to ensuring the safety and efficiency of various electrical systems, making it an essential part of your operational setup. ## Key Features • **Current Rating**: Rated for up to 16A, providing robust protection for motors operating under varying loads. • **Voltage Compatibility**: Designed for use with a wide range of supply voltages, ensuring adaptability in diverse applications. • **Compact Design**: Its space-saving design allows for easy integration into existing panels and control systems. • **Thermal Overload Protection**: Provides automatic disconnection of motor circuits in overload conditions, preventing damage and enhancing safety. • **LED Indicator Lights**: Features built-in LEDs for visual status indication, facilitating quick diagnostics and maintenance checks. ## Applications • **Motor Protection**: Specifically designed for protecting three-phase AC motors in industrial settings, ensuring operational safety and longevity. • **Compatibility**: Works seamlessly with a variety of Allen-Bradley control systems and drives, making it a versatile choice for automation projects. • **Industrial Environments**: Suitable for use in manufacturing plants, processing facilities, and any environment where motor control reliability is essential. ## Benefits • **Enhanced Safety**: Protects equipment and personnel by automatically shutting down motors in overload situations, reducing the risk of accidents. • **Operational Efficiency**: Minimizes downtime through reliable performance and easy diagnostics, ensuring smooth operation of machinery. • **Durability**: Built to withstand harsh industrial environments, offering long-lasting performance and reliability for motor control applications. --- *Product information compiled with AI assistance for reference purposes.*