GE Fanuc IS200VPWRH1AGB Turbine Protection Daughter Board

Functional Description

IS200VPWRH1AGB is a Turbine Protection Daughter Board developed by GE. It is a part of the Mark VI control system and the emergency overspeed protection system. Built-in redundancy and fault-tolerant design features enhance reliability, ensuring continuous operation even in challenging operating environments. It seamlessly communicates with other system components, enabling coordinated action and comprehensive oversight of turbine operations.

SPECIFICATIONS

• Part No.: IS200VPWRH1AGB
• Manufacturer: General Electric
• Country of Manufacture: United States of America (USA)
• Number of channels: 8
• Span: 0.3532 to 4.054 V
• Temperature: -30 to +65 °C
• Technology: Surface mount
• Product Type: Turbine Protection Daughter Board
• Availability: In Stock
• Series: Mark VI

Features

• Equipped with four connectors or plugs, each serving specific functions within the system architecture.
• A notable feature is a 3-position female plug positioned toward the rear of the board, facilitating wiring connections to a corresponding 3-position power plug mounted onto the front faceplate of the board. These wiring connections are surface-mounted onto the board, enhancing accessibility and ease of installation.
• In addition to the power plug arrangement, the board features a single right-angled cable connector situated on its front edge, seamlessly integrating into the front panel. This connector design optimizes space utilization and ensures a tidy and compact layout within the system enclosure.
• Equipped with two 64-position female plugs, providing ample connectivity options for interfacing with external devices or components. These plugs offer versatility and compatibility with a wide range of system configurations, enhancing the board’s flexibility and adaptability to diverse application requirements.
• The board does not incorporate any form of backplane connector. This design characteristic distinguishes it from other boards that may rely on backplane connections for interfacing with other modules or components within the system. Instead, the board’s connectors and plugs are strategically positioned to facilitate direct wiring and connections, ensuring efficient and reliable operation within the system architecture.