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DS200GGXAG1A | General Electric GTO Distribution Board
- Regular price
- $5,199.00
- Sale price
- $5,199.00
- Regular price
-
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Product Description P/N: DS200GGXAG1A
Description
The GE DS200GGXAG1A GTO Distribution Board efficiently distributes Gate Turn-Off (GTO) signals within industrial control systems. It ensures reliable operation of power electronics by managing signal distribution with precision. This board is integral to maintaining the performance and stability of power control applications.
Technical Specifications
| Brand | General Electric |
| Category | Drives |
| Part Number | DS200GGXAG1A |
| Subcategory | Drive Board |
| Series | Mark V |
| Functional Description | GTO High Voltage Distribution Board |
| Functional Acronym | GGXA |
| PCB Coating | Normal Coating |
| Functional Revision 1 | A |
Information About DS200GGXAG1A
The DS200GGXAG1A is a high-voltage GTO (Gate Turn-Off) distribution board developed by General Electric, designed for use within the Mark V series of drive systems. This component is integral to managing and distributing high voltage power across various elements of industrial automation systems. As a part of the drives category, the DS200GGXAG1A operates within high-demand environments where reliable voltage control is critical.
The board's primary function is to handle the distribution of high voltage to GTOs, which are essential for controlling power in high-power applications. It ensures that the GTOs receive the appropriate voltage for optimal performance, contributing to the stability and efficiency of the drive system.
The DS200GGXAG1A features a standard PCB coating, providing protection against environmental factors and mechanical stress, which enhances its reliability and longevity in demanding industrial settings. The functional revision 1A denotes the version of this board within the product line, reflecting updates and improvements over earlier revisions.
Overall, the DS200GGXAG1A is a crucial component for high-voltage distribution in industrial drive systems, ensuring accurate power management and supporting the robust operation of machinery and control systems.
Description
The GE DS200GGXAG1A GTO Distribution Board efficiently distributes Gate Turn-Off (GTO) signals within industrial control systems. It ensures reliable operation of power electronics by managing signal distribution with precision. This board is integral to maintaining the performance and stability of power control applications.
Technical Specifications
| Brand | General Electric |
| Category | Drives |
| Part Number | DS200GGXAG1A |
| Subcategory | Drive Board |
| Series | Mark V |
| Functional Description | GTO High Voltage Distribution Board |
| Functional Acronym | GGXA |
| PCB Coating | Normal Coating |
| Functional Revision 1 | A |
Information About DS200GGXAG1A
The DS200GGXAG1A is a high-voltage GTO (Gate Turn-Off) distribution board developed by General Electric, designed for use within the Mark V series of drive systems. This component is integral to managing and distributing high voltage power across various elements of industrial automation systems. As a part of the drives category, the DS200GGXAG1A operates within high-demand environments where reliable voltage control is critical.
The board's primary function is to handle the distribution of high voltage to GTOs, which are essential for controlling power in high-power applications. It ensures that the GTOs receive the appropriate voltage for optimal performance, contributing to the stability and efficiency of the drive system.
The DS200GGXAG1A features a standard PCB coating, providing protection against environmental factors and mechanical stress, which enhances its reliability and longevity in demanding industrial settings. The functional revision 1A denotes the version of this board within the product line, reflecting updates and improvements over earlier revisions.
Overall, the DS200GGXAG1A is a crucial component for high-voltage distribution in industrial drive systems, ensuring accurate power management and supporting the robust operation of machinery and control systems.