Model:IC200PBI001FF
Brand:GE Fanuc
Type:PAC Systems RX3i
Processor Speed:1.2 GHz
Memory Capacity:128 MB RAM, 256 MB Flash
Communication Interface:Ethernet, RS-485
Operating Voltage:12 VDC
Operating Temperature:-20°C to 55°C
Certification:UL, CE, CSA
The GE Fanuc IC200PBI001FF PAC Systems RX3i is a state-of-the-art programmable logic controller engineered for seamless integration into advanced industrial automation systems. This PLC is renowned for its exceptional processing speed, ensuring swift execution of complex control algorithms without compromising on system stability.
Equipped with a robust 600 MHz processor, this controller delivers unparalleled performance, making it an ideal choice for applications requiring high-speed data processing and real-time response. Its extensive memory capacity of 64 MB supports a vast array of user programs, facilitating efficient programming and customization.
Featuring Ethernet compatibility, the IC200PBI001FF PAC Systems RX3i ensures seamless connectivity within industrial networks, enabling smooth data exchange and enhanced interoperability with other systems. Its wide operating temperature range (-20°C to 55°C) ensures reliable operation across diverse environmental conditions, guaranteeing consistent performance in harsh industrial environments.
The RX3i series from GE Fanuc is designed with user convenience in mind, offering intuitive programming interfaces and comprehensive diagnostic tools. This not only simplifies the setup and maintenance processes but also empowers users with the ability to troubleshoot issues efficiently, minimizing downtime and maximizing operational efficiency.
Innovative features like extended support for various I/O modules and flexible communication options make the GE Fanuc IC200PBI001FF PAC Systems RX3i a versatile solution for a multitude of industrial automation challenges. It seamlessly integrates with existing systems while offering future-proof capabilities, ensuring that businesses can adapt to evolving technological advancements without compromising on operational continuity.
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