Engineered for precision control, the GE IS200TFBAH1ABA PC Board delivers exceptional performance in industrial automation systems, ensuring reliable operation and enhanced efficiency.
Board Type:Advanced PC Board
Product ID:IS200TFBAH1ABA
Manufacturer:General Electric (GE)
Series:Mark VI
Module Category:Control
Material:Industrial-grade aluminum
Weight:0.8 kg
Dimensions:300mm x 200mm x 10mm
Power Supply:AC/DC, 12V-24V
Operating Temperature Range:-20°C to +60°C
Storage Temperature Range:-40°C to +70°C
The GE IS200TFBAH1ABA is a cutting-edge industrial PC board, engineered to deliver superior control solutions in demanding environments. This high-performance board is equipped with an ultra-fast processor, ensuring swift data processing and efficient operation.
Featuring ample memory capacity (16 GB DDR4), it supports seamless multitasking and large data storage requirements, making it ideal for complex automation tasks. The inclusion of multiple connectivity options (Ethernet, USB 3.0, RS-232) facilitates versatile integration with existing systems and devices.
Designed for reliability, this PC board operates within a wide temperature range (-10°C to 60°C), ensuring consistent performance across diverse industrial conditions. It is rigorously tested and certified (CE, UL, FCC) to meet international safety and quality standards.
With its robust design and user-friendly interface, the GE IS200TFBAH1ABA simplifies the setup and maintenance processes. Its compatibility with Windows 10 IoT Enterprise ensures a smooth user experience, compatible with a wide array of industrial applications.
Experience enhanced efficiency and precision in your manufacturing processes with the GE IS200TFBAH1ABA. Its advanced features and comprehensive specifications make it a preferred choice for leading manufacturers seeking to optimize their operational capabilities.
Engineered for precision control, the GE IS200TFBAH1ABA PC Board delivers exceptional performance in industrial automation systems, ensuring reliable operation and enhanced efficiency.