GE DS200IPCSG1ABB IGBT P3 Snubber Board
General info
| Manufacture | GE |
| Item No | DS200IPCSG1ABB |
| Article number | DS200IPCSG1ABB |
| Series | Mark V |
| Origin | United States（US） |
| Dimension | 160*160*120(mm) |
| Weight | 0.8 kg |
| Customs Tariff Number | 85389091 |
| Type | IGBT P3 Snubber Board |
Detailed data
GE DS200IPCSG1ABB IGBT P3 Snubber Board
Product Features:
The DS200IPCSG1ABB printed circuit board was originally manufactured for General Electric's Mark V series of turbine control systems, which is a legacy product line for General Electric as it was discontinued a few years after its initial release.
The Mark V series to which this DS200IPCSG1ABB product belongs has specific applications in the management and control systems of popular wind, steam and gas turbine automatic drive assemblies and is considered a legacy series.
This DS200IPCSG1ABB printed circuit board product is better defined by its official functional product description as a buffer board as it appears in the related Mark V series and General Electric instruction manual materials.
This DS200IPCSG1ABB PCB is not the buffer board originally released for use with the Mark V series automatic drive assemblies, then the DS200IPCSG1 parent buffer board is missing three important revisions of this DS200IPCSG1ABB product.
The GE IGBT P3 Buffer Board DS200IPCDG1ABB has a 4-pin connector and screws for adjusting the Insulated Bipolar Transistor (IGBT). The screws can be adjusted by turning them with a screwdriver.
The GE IGBT P3 Buffer Board DS200IPCDG2A has a 4-pin connector and screws for adjusting the Insulated Bipolar Transistor (IGBT). Before removing the old board, note the location of the board and plan to install the replacement board in the same location. Also, note the cable that the 4-pin connector is connected to and plan to connect the same cable to the new board to ensure that you get the same functionality.
When disconnecting the cable, make sure to grab the cable from the connector at the end of the cable. If you pull the cable out by holding the cable portion, you may damage the connection between the wires and the connector. Use one hand to hold the board in place and relieve pressure on the board while you pull the cable out with the other hand.
Frequently asked questions about the product are as follows:
- What is the role of IGBT protection?
IGBTs are critical to controlling power delivery in systems such as turbines and motor drives and are sensitive to high voltage transients. The P3 buffer board ensures that these devices are protected from electrical stress caused by switching operations, thereby increasing the overall life of the system.
- Where is the Mark VIe used?
The Mark VIe system (typically including controllers, I/O modules and various power electronics) is a complex distributed control system for critical power generation and industrial applications. The DS200IPCSG1ABB is often integrated as part of a wider power control system, where it helps manage delicate power switching operations.
- What are the main features of the DS200IPCSG1ABB?
Absorbs and dissipates high voltage transients to protect IGBT modules. Designed specifically for IGBT power switches used in GE industrial control systems. The board ensures that IGBT modules operate safely and reliably even in harsh industrial environments. Typically used in power conversion applications such as motor drives, wind turbines and gas turbines.
