Description
IS200BICMH1A | Printed circuit board assembly
Product description
The IS200BICMH1A is a GE printed circuit board component created by GE for the Mark VI series. The Mark VI is part of the GE Speedtronic family, which has been used since the late 1960s to manage gas and steam turbine systems of all sizes and complexities. The product, although unique in its product number, is often referred to by the functional acronym “BICM”, which is embedded in the product number itself.
Hardware tips and specifications
The
GE IS200BICMH1A is a printed circuit board component meticulously crafted by General Electric for its esteemed Mark VI series within the Speedtronic family. Since the late 1960s, the Speedtronic series has been at the forefront of managing gas and steam turbine systems of varying scales and complexities. The
IS200BICMH1A specifically serves as an IGBT gate driver card, playing a crucial role in controlling and regulating the operation of IGBTs (Insulated – Gate Bipolar Transistors) within turbine control setups. This functionality is vital for ensuring the smooth and efficient operation of turbines, whether in power generation plants, industrial facilities, or other applications that rely on turbine – driven processes. The
IS200BICMH1A is designed with precision to integrate seamlessly into the Mark VI system, enhancing the overall performance and reliability of the turbine control infrastructure.
| Parameter |
Value |
| Product Model |
IS200BICMH1A |
| Manufacturer |
General Electric |
| Product Type |
IGBT Gate Driver Card |
| Series |
Mark VI, Speedtronic |
| PCB Coating |
Conformal Coating |
| Functional Revision |
1A |
| Manufacturer Location |
Domestic |
| Dimensions |
Approximately 12 inches in length and 8 inches in width |
| Weight |
Relatively light, without bulky relays or heavy daughterboard attachments |
| Input/Output Connectors |
Two backplane connectors (P1/P2 – Pancon horizontal female port connectors, labeled Pancon 106 – 128 – 023 8 04); Four vertical male pin connectors (three side – by – side labeled Pod 1, Pod 2, Pod 3 and a ten – pin JTAG connector) |
| Test Points |
Multiple test points accessible through two narrow openings on the front faceplate. Labels include 1A, 1B, 1C, VAB, VBC, VDCP, VMG, VDCN, ACOM next to the first opening, and DA1 – DA4, TRG1, TRG, ACOM next to the second opening. Interior test points are also present (e.g., TP1 – TP9 behind the first opening and TP14 – TP16 behind the second) |
| Components |
Over 150 capacitors, 300 resistors, 100 integrated circuits, one metal oxide varistor, and five resistor network arrays |
| LED Indicator |
Singular “IMOK” LED present at the top of the faceplate above the first testing point slot |
| Relay Types |
Features four large yellow relays labeled “NAIS 9805A DS 2E – M – DC 24V – H 300” |
The
GE IS200BICMH1A offers several notable features that contribute to its high – performance operation. Its conformal coating provides comprehensive protection to the printed circuit board. Unlike regular coatings, this type of coating completely covers the board, shielding it from the normal wear and tear, dust, and minor moisture that can be present in industrial environments. This protection significantly extends the lifespan of the card, reducing the need for frequent replacements and minimizing downtime.
The board’s design includes clear labeling on the front faceplate, which not only indicates the board ID and the GE logo but also provides instructions on the proper slot for insertion. This helps prevent installation errors that could potentially damage the card. The accessible test points, both on the faceplate and on the interior of the board, are a major advantage. They allow for easy troubleshooting and maintenance. Technicians can quickly check the status of different components and signals, enabling rapid diagnosis of any issues that may arise.
In terms of connectivity, the two backplane connectors and four vertical male pin connectors facilitate seamless integration with other components in the Mark VI system. This ensures efficient data transfer and communication, which is essential for the coordinated operation of the entire turbine control system. The IS200BICMH1A also has a reliable set of relays, such as the four large yellow ones, which are specifically designed to meet the demands of the IGBT gate driving function. These relays contribute to the stable and accurate control of the IGBTs, ensuring that the turbines operate at optimal levels.
- IS200BICMH1AAA – May be an upgraded version with additional features or a different functional configuration compared to the IS200BICMH1A, perhaps optimized for specific turbine control applications or with enhanced performance capabilities.
- IS200BICMH2A – Could represent a newer iteration with improvements in areas like component technology, communication speed, or reliability, building on the foundation of the IS200BICMH1A.
- IS200BICMH1B – This model might have a different functional revision, with changes in the way it interacts with other components in the Mark VI system or with updated features based on user feedback or technological advancements.
- IS200BICMH1C – Potentially offers modifications in terms of input/output capabilities, power consumption, or environmental tolerance, making it suitable for different industrial settings compared to the IS200BICMH1A.
- IS200BICMH1D – May feature alternative circuit designs or component selections, providing options for users with specific requirements within the turbine control application space, while still sharing the core IGBT gate driver functionality of the IS200BICMH1A.
Hainan Jinlin Electromechanical Equipment Co., Ltd is a certified partner of industry – leading brands. We offer comprehensive pre – sale consultation to help you choose the most suitable product for your specific needs. Our one – year after – sale guarantee ensures that you can rely on us for any product – related issues. If you can’t find the desired model or have any questions, please contact us via
WhatsApp or email us at
JLLucky33@qq.com.Although there is a relative lack of extensive manual material for the IS200BICMH1A model, a simple analysis of the product’s baseplate and product number can yield a wealth of relevant and interesting information. For example, the above function acronym “BICM” in this product part number describes the function of this Mark VI series product as an IGBT gate driver card.
The structure of IS200BICMH1A PCB mainly includes insulating substrate, wire, electronic components and welding pad. The insulated substrate provides support and insulation, and the wire is the electrical connection line that connects the electronic components to each other and to the outside electrical. Electronic components include resistors, capacitors, transistors, etc., which are connected to the PCB by welding and other ways to achieve electrical functions. The pad is an important part of connecting electronic components and wires.
Depending on the application and function, IS200BICMH1A PCB can be divided into a variety of types such as single panel, dual panel and multi-layer board. The single panel has only one layer of wire, and all electronic components are installed on the same surface; The two panels have wires on both sides and are electrically connected through pins of electronic components; The multilayer board is composed of multiple layers of insulated substrate and wires, which can achieve more complex circuit functions and higher integration.
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