DS200SHCAG1BAA | General Electric Shunt Connector PCB Mark V

Description 

The DS200SHCAG1BAA is a Shunt Connector PCB designed for use in General Electric's Mark V control systems. It serves as a critical interface component, facilitating electrical connections between various system modules. The PCB is engineered for reliable signal transfer and integration in turbine control and other industrial applications.

Technical Specifications 

Information About DS200SHCAG1BAA

The DS200SHCAG1B is a Shunt Connector Card designed by GE General Electric as part of its Mark V series of drive boards. This card is a critical component in industrial drive systems, functioning as an interface between various modules within the control system. It plays an essential role in facilitating signal and electrical connections, ensuring efficient power flow and communication between different parts of the system. Engineered for reliability and durability, the DS200SHCAG1B is designed to meet the demanding requirements of turbine control and other high-performance industrial applications.

The DS200SHCAG1B, commonly referred to by its functional acronym "SHCA," is designed for use in the Mark V control systems, which are widely used in power generation, particularly in turbine control applications. These control systems manage the operation of turbines by regulating various processes and ensuring that the power generation system runs smoothly and efficiently. The Shunt Connector Card, being a vital part of this control system, ensures that the electrical signals are properly routed and transmitted between components, contributing to the overall efficiency of the system.

One of the key features of the DS200SHCAG1B is its robust PCB (Printed Circuit Board) design. The card is coated with a normal PCB coating that provides protection against environmental factors such as moisture, dust, and mild chemicals. This coating helps ensure the long-term reliability of the board by preventing corrosion and other potential damage that could affect the performance of the circuit. In industrial environments where high temperatures, humidity, and dust are common, this coating is essential to maintaining the functionality of the card over extended periods of operation.

The DS200SHCAG1B has undergone multiple revisions, reflecting its continual improvement and optimization for better performance and compatibility. The card has been updated through two functional revisions: Revision B and Revision A, ensuring that it meets the latest operational standards required by GE's Mark V control systems. The artwork revision of the card is also marked as Revision A, signifying that the card's design and layout have been optimized to provide reliable performance in its intended industrial environment. These revisions contribute to the card’s overall reliability and ensure that it functions seamlessly within complex control systems.

As a shunt connector card, the DS200SHCAG1B is responsible for creating electrical connections between components within the control system. It is designed to handle high currents and ensure stable signal transmission, which is critical in turbine control systems where precision and reliability are paramount. The card’s ability to provide consistent electrical connectivity ensures that the system operates efficiently without interruptions, reducing the likelihood of downtime and contributing to improved operational performance.

The DS200SHCAG1B is primarily used in power generation environments, specifically in turbine control systems where the accurate transmission of signals and electrical power is essential for system stability and performance. Turbine control systems are highly sensitive to fluctuations in power and signal transmission, making the reliability of components like the Shunt Connector Card critical to the system’s overall success. The DS200SHCAG1B provides the stable and reliable connectivity needed to ensure that turbines operate efficiently, reducing the risk of system failures or unexpected shutdowns.

The normal coating applied to the PCB not only protects the board from environmental factors but also enhances its durability in harsh operating conditions. This makes the DS200SHCAG1B suitable for use in industrial settings where dust, temperature changes, and potential exposure to chemicals can affect the performance of unprotected electronics. The coating ensures that the card maintains optimal functionality even in less-than-ideal conditions, extending its operational lifespan and reducing the need for frequent maintenance or replacement.

In terms of installation, the DS200SHCAG1B is designed to integrate seamlessly into existing Mark V control systems. Its compatibility with the broader Mark V platform makes it easy to replace or upgrade within an existing system without requiring significant modifications. This ease of installation reduces the time and effort required to maintain the control system, ensuring minimal downtime during maintenance or upgrades.

The DS200SHCAG1B is built to meet GE’s stringent quality and performance standards, ensuring that it can operate reliably in high-demand environments. As part of the Mark V series, it benefits from the long-standing reputation of GE’s drive boards in industrial control and power generation systems. This shunt connector card is an integral part of the system, providing the electrical connectivity and signal transmission necessary for smooth, efficient turbine operation.

In summary, the DS200SHCAG1B is a Shunt Connector Card designed by GE General Electric as part of the Mark V series for industrial drive and turbine control systems. With its robust PCB design, normal coating, and multiple revisions, it is engineered for reliability and durability in demanding environments. The card facilitates essential electrical and signal connections within the system, ensuring stable and efficient operation. Its compatibility with the Mark V control platform, combined with its protection against environmental factors, makes it a vital component in maintaining the performance and reliability of power generation and industrial control systems.

Manufacturer information

General Electric (GE) is a multinational conglomerate founded in 1892, based in the United States. It operates in various industries, including aviation, healthcare, renewable energy, and power. GE is known for its innovations in technology, manufacturing, and infrastructure solutions.