GE Fanuc 469-P1-HI-A20-T-H Motor Management Relay – Advanced Control for Industrial Systems
Engineered for precision control, the GE FANUC 469-P1-HI-A20-T-H Motor Management Relay offers enhanced monitoring, protection, and automation for industrial motors, ensuring reliable operation across various applications.
Detailed content
Motor Type Compatibility:Broadly compatible with various motor types, including AC and DC
Protection Features:Overcurrent, overload, and short-circuit protection
Communication Ports:RS232 and RS485 for seamless integration with digital control systems
Operating Voltage Range:90-300VDC, 70-265VAC
Relay Outputs:Up to 6 programmable relay outputs for versatile control applications
Environmental Rating:IP20 enclosure rating for indoor use
Frequency Compatibility:Operates on 48-62Hz frequency
Current Measurement:High accuracy current measurement up to 390/500mA
Insulation Voltage:Rated for 300V insulation
Pollution Degree:Class 2 for minimal environmental impact
Motor Management:Advanced functions for motor optimization and diagnostics
The GE FANUC 469-P1-HI-A20-T-H Motor Management Relay is designed for superior performance and reliability in industrial environments, providing comprehensive protection and control for motors.
Equipped with advanced monitoring capabilities, this relay can detect and respond to a wide range of conditions, ensuring that your motors operate efficiently and safely.
With its versatile communication interfaces, the relay seamlessly integrates with existing systems, allowing for easy setup and monitoring through software tools like EnerVista.
Featuring six programmable output relays, this device offers flexible control options for trip scenarios, enabling proactive maintenance and system diagnostics.
Crafted with high-quality materials, the enclosure is rated IP20, offering robust protection against dust and water splashes, suitable for industrial settings.
The relay is designed to withstand harsh operating conditions, ensuring longevity and reliability over extended periods of use.