Allen-Bradley 193-1EEBB | Allen-Bradley IEC Overload Relay

Description The Allen-Bradley 193-1EEBB is an IEC-rated overload relay designed to protect motors and electrical circuits from excessive current and overheating. It offers adjustable trip settings, reliable thermal protection, and seamless integration with contactors for enhanced system safety and performance. Technical Specifications Condition New/Never Used Surplus Brand Allen-Bradley Category Contactors & Starters Part Number 193-1EEBB Subcatecory Solid State Overload/Relay Adjustable Range 0.2...1.0 A Type Basic Mounting Type C09...C23 Bulletin 100 IEC Contactor Size Class Class 10, 20 Contacts 1 NO, 1 NC Weight 0.50 lbs Information About 193-1EEBB The Allen-Bradley 193-1EEBB is a high-precision IEC overload relay designed to safeguard motors and electrical systems from damage caused by overcurrent or overheating conditions. Engineered for use with IEC contactors, it provides adjustable overload protection, reliable trip performance, and easy integration into industrial control panels and network infrastructure environments. Its robust design ensures continuous system operation while preventing costly downtime and equipment failures. Key Features: Motor and Circuit Protection: Protects against excessive current and overheating, helping to extend the lifespan of motors and connected equipment. Adjustable Trip Settings: Allows fine-tuning of overload parameters to match specific application needs, enhancing system flexibility and reliability. Seamless Integration: Designed for direct mounting onto compatible IEC contactors, streamlining installation and reducing panel space requirements. Reliable Thermal Sensing: Utilizes thermal sensing technology to provide accurate and consistent overload detection and system shutdown when necessary. Compact and Durable: Small footprint and rugged construction ensure dependable operation in a wide range of industrial and networking environments. The Allen-Bradley 193-1EEBB overload relay delivers critical motor protection with high accuracy and reliability, making it a vital component for safeguarding electrical systems in industrial, commercial, and data center applications.