Protection Type:Overcurrent, Overload, Short Circuit
Operating Voltage Range:90-300VDC, 70-265VAC
Input Current Capacity:390/500mA
Relay Outputs:Up to 6
Communication Protocol:RS485 Modbus
Operating Frequency:48-62Hz
Enclosure Rating:IP20
Insulation Voltage:300V
Pollution Degree:Class 2
Storage Temperature Range:-40°C to +70°C
Operating Temperature Range:-20°C to +60°C
The GE Fanuc SR469-P5-HI-A20-E Motor Protection System is engineered with precision to deliver unparalleled reliability and safety in industrial motor operations. Its advanced features, including overcurrent, overload, under voltage, and over voltage protections, ensure robust performance and longevity of your machinery.
With its versatile analog outputs and 6 configurable relay outputs, this system allows for customized control and monitoring of motor functions, enabling efficient management and immediate response to operational issues. The Modbus RTU communication protocol facilitates seamless integration with existing industrial automation systems.
Engineered for harsh environments, the SR469-P5-HI-A20-E operates effectively within a wide temperature range of -40°C to +70°C, ensuring reliable functionality across diverse geographical locations. The system is housed in an IP20 rated enclosure, offering protection against dust and limited water splashes, ensuring durability in various industrial settings.
This system boasts a frequency range of 48-62Hz, making it suitable for a broad spectrum of motor applications. Its compact design, with dimensions of 17 inches by 11 inches by 10 inches and a weight of approximately 17 pounds, allows for easy installation and integration into existing industrial layouts without compromising on space or functionality.
The GE Fanuc SR469-P5-HI-A20-E is not just a motor protection system; it’s a comprehensive solution for enhancing operational safety, efficiency, and productivity. It’s designed to help businesses maximize their return on investment by reducing downtime and maintenance costs, thereby contributing significantly to the overall performance of industrial processes.
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