GEファナック DS200SDCCG5A

You can come to Yueyang Tongtu in China to purchase the GE Fanuc DS200SDCCG5A, which is a specially customized distributed control board card by GE. The board with the "SDCC" logo is officially known as the Drive Control and Communication Card. It reads all analog signals and switch signals, and also runs extremely complex closed-loop control algorithms, precisely calculating how many pulses should be sent to the thyristors. It has passed power-on program testing and various interface voltage verifications.

Performance

The computing power of this GE Fanuc DS200SDCCG5A is extremely powerful. It can simultaneously handle the collection of dozens of analog signals and dozens of logical judgments, and ensure an extremely short scanning cycle. This is crucial for controlling gas turbines whose rotational speed is extremely sensitive. Its control output is very stable, and the calculated trigger pulses have high accuracy, without any sudden fluctuations. Its anti-interference performance has been fully verified in complex power plant environments. Even in the presence of strong electromagnetic interference from the startup of large motors or the closing of high-voltage switches, it can still work stably without data corruption or program runaway. The most important thing is that its self-test mechanism is very perfect, it will strictly check the health of its own hardware when it is powered on, there is something wrong, it will refuse to start and light the fault light, to prevent the disease to run.

Parameters

Product model: GE Fanuc DS200SDCCG5A

Product type: Drive control board

Applicable series: GE DC-300 / AC / DC2000 and other drive systems

Processor: Motorola 68000 series

Function group: SDCC (Drive Control Card)

Version identifier: G5

Interface method: Backplane slot connection

Application scenario

This GE Fanuc DS200SDCCG5A is used in very critical and non-stop scenarios. The most typical examples include the core control system for the static frequency converter (SFC) startup system in large thermal power plants, or the main control unit in the generator excitation regulator (AVR). There are also the Mark VI control cabinets for gas turbines used to drive large compressors in petrochemical plants. And there are also high-pressure and large-capacity frequency drive systems for steel mills.