Allen Bradley 810-A13A Inverse Time Current Relay

Time-Delay Relays The Allen-Bradley 810-A13A Inverse Time Current Relay is a critical component in electrical systems, designed to provide advanced protection for your equipment against overload conditions. This relay utilizes inverse time characteristics, allowing for a quick response to fault conditions while ensuring that normal operational parameters are maintained.

Key Features

• Inverse Time Characteristics: Provides adaptive response timing based on the amount of overcurrent, ensuring timely protection while reducing nuisance trips.
• Adjustable Settings: Features adjustable time settings that allow for precise configuration according to the specific application requirements.
• High Reliability: Constructed with durable materials to ensure long-lasting performance, even in demanding environments.
• Compact Design: Space-efficient design facilitates easy integration into various electrical panels and control systems.
• Wide Operating Voltage: Compatible with a broad range of operating voltages, enhancing versatility in different applications.

Applications

• Industrial Automation: Ideal for protecting motors, transformers, and other critical equipment in manufacturing and processing environments.
• Panel Protection: Widely used in control panels to safeguard against overcurrent situations in electrical distribution systems.
• HVAC Systems: Effectively monitors and protects HVAC equipment from overloads, contributing to energy efficiency and system longevity.

Benefits

• Enhanced Equipment Protection: Significantly reduces the risk of equipment damage due to overloads, ensuring operational continuity.
• Improved Operational Efficiency: The relay's precise timing characteristics help maintain system reliability and performance, minimizing downtime.
• User-Friendly Configuration: Easy to set up and adjust, allowing technicians to quickly implement necessary changes without extensive training. --- Product information compiled with AI assistance for reference purposes.