Operating System:Open Architecture
Microprocessors:Multiple
RAM Access:Simultaneous multi-access
EPROM Chips:For configuration management
Series Tag:DS200
Functional Product Number:DS200SDCCGSAHD
Communication Protocols:Supports industry-standard bus systems
Processor Speeds:Pentium III/CPU M variants
Memory:Up to 64MB user memory, 64MB flash storage
Ethernet Interface:Embedded 10/100 Mbps
I/O Capabilities:High-speed I/O, digital I/O, analog I/O, digital timer
Math-Intensive Functions:Motor control processing
Redundancy Features:Redundant configurations for reliability
The GE-FANUC DS200SDCCGSAHD Drive Control Board is engineered for high-speed data processing and control, featuring advanced microprocessors and RAM that can be accessed simultaneously, ensuring efficient operation in demanding environments.
It includes EPROM chips essential for storing configuration files, which are critical for its integration and customization according to specific industrial requirements. These files are meticulously tailored by both the manufacturer and the site to ensure optimal performance for the intended function.
Equipped with an Open Architecture design, the board supports a variety of communication protocols, including Profibus™, DeviceNet™, and utilizes an Ethernet Wire™ standard for faster I/O updates. This architecture is complemented by a robust 10/100 Mbps self-adaptive Ethernet interface, facilitating seamless connectivity within complex industrial networks.
Designed for ease of integration and upgrade, the DS200SDCCGSAHD is compatible with existing systems and architectures, enabling smooth migration without compromising on functionality or performance. It offers enhanced compatibility with GE-FANUC’s extensive range of controllers and software tools, including PACSystem™ and Proficy®, ensuring a comprehensive solution for industrial automation.
The board’s modular design allows for flexible and scalable solutions, catering to diverse industrial needs. Its robust processing capabilities, combined with advanced features such as dual redundant configurations and compatibility with industry standards, make it an indispensable component for achieving high-efficiency and precision in industrial control applications.
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