Description

GE  DS215UDSAG1AZZ01A  turbine control module

Functional features:
Powerful processing capability: Integrated with the Intel Pentium M processor, the working frequency can reach 1.8GHz, equipped with 1.5GB DDR SDRAM, which can provide high bandwidth and powerful processing capability, and is suitable for I/ O-intensive applications.
Rich interface configuration: Through the 133MHz system bus of the Intel 815E chipset, it supports dual Ethernet controller interfaces of 10BaseT and 100BaseTX, facilitating network connection and data transmission with other devices. It also comes with a 4MB display cache, which may be used to handle graphical interfaces or related display data. Furthermore, it has a PCI-X, 66MHz PMC expansion slot, which is convenient for functional expansion.

Flexible application support: As a highly flexible single-board computer (SBC), it can be applied in various scenarios. It is part of the processor/controller of the GE Mark VIe system, which is designed to manage gas turbines or steam turbines. Its operation interface is designed based on personal computers equipped with Microsoft Windows operating system, supporting General Electric CIMPLICITY graphics and General Electric Control System toolbox, providing users with convenient operation and monitoring methods.

Technical Specification:
Communication capability: Supports dual Ethernet controller interfaces, enabling high-speed data communication and meeting the requirements for data transmission speed and stability in industrial environments.
Storage and Cache: Equipped with 1.5GB DDR SDRAM and 4MB display cache, it helps to improve the performance of data processing and graphic display.

Application field: Mainly applied to the turbine control system of GE, especially the management and control of gas turbines or steam turbines related to the Mark VI platform. Among these systems, it serves as one of the core processing modules, undertaking important tasks such as data processing, signal transmission, and system control, and plays a crucial role in ensuring the stable operation and efficient performance of the turbine