The GE Fanuc DS3800NTCF Mark IV PLC is a high-performance industrial control solution designed for demanding applications requiring precision, reliability, and efficiency.
The GE Fanuc DS3800NTCF Mark IV PLC is a high-performance industrial control solution designed for demanding applications requiring precision, reliability, and efficiency.
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Operating System:Windows Embedded
Processor Speed:400 MHz
RAM:64 MB DDR SDRAM
Flash Memory:8 MB
Communication Interfaces:RS-232, RS-485, Ethernet
Power Supply:DC 24 V
Dimensions:11.2 x 6.7 x 2.9 inches
Weight:1.5 lbs
The GE Fanuc DS3800NTCF Mark IV PLC boasts a powerful 200 MHz processor, providing rapid response times and robust performance in demanding industrial environments. With a memory capacity of 512 MB, it can handle complex control algorithms and large data sets with ease.
Equipped with 4 RS-485 and 2 Ethernet communication ports, this PLC offers seamless integration with various industrial networks, ensuring reliable data exchange between devices. Its wide operating temperature range (-10°C to +55°C) guarantees consistent performance across different climates, making it suitable for a variety of industrial settings.
The PLC supports a broad range of power supply options, from 12 to 48 volts DC, allowing it to operate efficiently in a multitude of environments without the need for additional power conversion equipment. This flexibility ensures compatibility with existing systems while minimizing installation costs.
Featuring a compact size of 165 mm x 160 mm x 94 mm, the DS3800NTCF Mark IV PLC is designed for easy integration into existing control cabinets or compact systems. Its lightweight design (0.75 kg) facilitates quick setup and relocation if necessary, enhancing operational efficiency.
This advanced PLC is backed by a comprehensive suite of diagnostic tools and software support, enabling users to monitor system health, troubleshoot issues, and optimize performance remotely. It’s part of the GE Fanuc product line known for reliability and longevity, ensuring minimal downtime and maximizing productivity in manufacturing and process control applications.
