Description

DS200SDCCG1AFD Technical Specifications Manufacturer General Electric Series Mark V Part Number DS200SDCCG1AFD Product Category Driver Control Card User Manual GEI-100029

　　Product Description

The GE Drive Control Board DS200SDCCG1AFD is the main controller of the drive. The GE Drive Control Board DS200SDCCG1AFD is equipped with three microprocessors and RAM, which can be accessed by multiple microprocessors simultaneously. DS200SDCCG1AFD – DRIVES/EX2000 USE ON is available in stock and shipped on the same day. DS200SDCCG1AFD – DRIVES/EX2000 USE ON is in an unused and rebuilt state. You can use the jumpers and software tools on the circuit board to configure the circuit board. You can load the software configuration tool on your laptop,

 

 

then download the configuration settings from the board and edit them on your laptop. To download the configuration file to a laptop, you can connect the circuit board to the serial cable on the optional LAN communication card and connect the other end to the serial connector on the laptop. After editing the configuration file, upload it to the circuit board using a serial connection. If you encounter problems during serial connection, please ensure that the serial port configuration on the laptop is correct and check that the serial cable is connected and fully seated. There are eight jumpers on the development board for you to configure its behavior. Some jumpers are only used for factory testing purposes and cannot be changed by the user. To change the position of the jumper, hold it with your thumb and index finger and pull it out of the pin. Move the jumper to the new pin and gently insert it into the pin. Nine jumpers are also available, which can be used to configure circuit boards. DS200SDCCG1AFD is a General Electric Mark V drive control card. The GE drive control board DS200SDCCG1AFD has three microprocessors and RAM that can be accessed simultaneously by multiple microprocessors. This board contains basic control circuits and software for drivers or exciters. The interface circuit is connected to other boards to generate various types of AC and DC motor drives. Interface circuit management and processing of driver and motor signals,

 

 

as well as customer I/O. Jumpers and software tools on the circuit board can be used to configure the circuit board. You can install software configuration tools on your laptop, and then download and edit the configuration settings of the development board from your laptop. Connect the circuit board to the serial cable on the optional LAN communication card and connect the other end to the serial connection on the laptop to download the configuration file. After editing the configuration file, upload it to the circuit board using a serial connection. If you encounter problems connecting to the serial port on your laptop, please ensure that it is configured correctly and that the serial cable is properly connected and placed. On the development board, there are eight jumpers that can be used to customize the behavior of the development board. Some jumpers are only used for factory testing purposes and cannot be changed by the user. To adjust the position of the jumper,

 

 

grab it with your thumb and index finger, and then pull it out of the pin. For the new position, move the jumper onto the pin and carefully insert it into the pin. There are nine jumpers on the board that can be customized. Common questions about DS200SDCCG1AFD: How many LEDs are there on DS200SDCCG1AFD? DS200SDCCG1AFD has 10 diagnostic LEDs. The LED on DS200SDCCG1AFD displays the fault code on DS200SDCCG1AFD in BCD or binary form. The fault number determines which form to use. The fault code LED on DS200SDCCG1AFD also has different flashing modes. The flashing speed of faults 1-399 on DS200SDCCG1AFD is slower, while faults 400-1023 on DS200SDCCG1AFD flash faster. What is the purpose of DS200SDCCG1AFD? DS200SDCCG1AFD contains the main control circuits and software for drivers or actuators. The DS200SDCCG1AFD also includes interface circuits that can be connected to other circuit boards to form various types of AC and DC motor drivers. The DS200SDCCG1AFD interface circuit controls and processes driver and motor signals, as well as customer I/O. What is the MCP on DS200SDCCG1AFD? There are three microprocessors on the DS200SDCCG1AFD. MCP or motor control processor is one of the microprocessors of DS200SDCCG1AFD. The MCP in DS200SDCCG1AFD is an 80C196 microcontroller with high-speed I/O, conventional digital I/O, analog I/O, timer/counter, and watchdog timer. The MCP software on DS200SDCCG1AFD consists of an inner loop such as a current regulator and motor/technology specific functions such as DC phase control, AC motion control, and the AC universal functions of DS200SDCCG1AFD. What is the manual for DS200SDCCG1AFD? The manual for DS200SDCCG1AFD is manual GEI-100029. This manual is a dedicated manual for GE Motors and Industrial System Drive Control Cards – DS200SDCCG1AFD. This manual provides a functional description of DS200SDCCG1AFD, including application data of DS200SDCCG1AFD. The manual provides update/warranty replacement information for DS200SDCCG1AFD.

What is DS200SDCCG1AFD?

DS200SDCCG1AFD is a GE Mark V driver control card.

How many LEDs are there on DS200SDCCG1AFD?

This component has a total of ten diagnostic LEDs. The fault code LED also has several flashing modes. The flashing speed of faults 1-399 is slower, while the flashing speed of faults 400-1023 is faster.

Which microcontroller does DS200SDCCG1AFD use?

This board has an 80C196 microprocessor. The 80C196 microprocessor has high-speed input and output, standard digital input and output, analog input and output, timer counter, and watchdog timer.

What is the program for obtaining DS200SDCCG1AFD?

Contact us by phone or mail at+86 18030177759, DS200SDCCG1AFD board and other turbine control components.

*The General Electric Automation and Controls department has merged previously known as

GE’s intelligent platform and Alstom’s power automation and control. In 2019, GE Intelligence

Platforms was acquired by Emerson Electric and is now renamed Machine Automation Solutions.

*GE Automation and Controls produces programmable logic controllers (PLCs) and programmable controllers

Automation Controller (PAC) based control system, I/O, and field devices, including support

Design, debug, and operate industrial assets and operations. The industries served include

Manufacturing, Food and Beverage, Life Sciences, Electricity, Oil and Gas, Mining and Metals, Water

And wastewater, as well as the special machinery industry.

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