DS200LRPAF1ACC - Line Protection Card

SPECIFICATIONS

Part Number: DS200LRPAF1ACC
Manufacturer: General Electric
Series: Mark V
Product type: Line Protection Card
Availability: In Stock
Country of Manufacture: United States (USA)

Functional Description

DS200LRPAF1ACC is a Line Protection Card designed and developed by GE. It is a part of the Mark V control system. It provides essential functions for ensuring the reliability and safety of power lines. Whether configured in Simplex or Triple Modular Redundant (TMR) mode, this card offers robust fault tolerance mechanisms and a direct sensor interface, enhancing system resilience.

Features

• Physically, the Line Protection Card is rectangular in shape, featuring drill holes in each corner and along the edges to facilitate mounting options. These holes accommodate standoffs or screws, enabling secure installation within the control system setup.
• Key components on the Line Protection Card include a vertical female cable connector, stab-on connectors, and two terminal strips, which support seamless connectivity and integration with other system components. LED indicators offer visual feedback on operational status, while a reset switch allows for manual intervention when necessary.
• Additionally, the card incorporates a transformer component, essential for voltage regulation and signal conditioning. This component ensures that incoming electrical signals are properly processed and relayed to downstream system elements.

Interfacing Options

• Connection to Common C Processor I/O: The Hardwired system establishes connections to the common C processor I/O, allowing for seamless integration with other system components.
• Commands to Turbine Control: It sends commands to the turbine control system, including essential functions such as turbine start/stop, fast load adjustments, governor set point adjustments, base/peak load selection, fuel type selection, generator voltage (VARS) adjustments, and synchronization control.
• Feedback from Turbine Control: The system receives feedback from the turbine control system, providing data on metrics such as watts, VARS, and volts for analog meters, breaker status, starting sequence status, flame indication, and temperature control indication. This feedback enables real-time monitoring of turbine performance and operational status.
• Alarm Management: The Hardwired system manages alarms, transmitting data via RS232C data transmission from the Modbus link. It serves as a Modbus slave station and responds to requests from the master, supporting transmission speeds ranging from 300 to 19,200 baud.
• Connection to Interface Processor (I): It connects to the interface processor (I) via an RS232C link layer, facilitating communication between the turbine control system and other interface components.
• Remote Commands: The system supports all allowable remote commands, providing operators with comprehensive control capabilities over turbine operations.
• Feedback to Interface Processor (I): It relays turbine data back to the interface processor (I), making most turbine data available in the I database for further processing and analysis.

WOC is available 24x7 to assist you with any of your General Electric requirements. Please contact us by phone or email for pricing and availability on GE, Bently Nevada or Woodward parts and repairs.

FREQUENTLY ASKED QUESTIONS

What is DS200LRPAF1ACC?
It is a Line Protection Card designed and developed by GE

What is the role of the Hardwired system in turbine control?
The Hardwired system serves as an interface facilitating communication between various components within the turbine control setup. It enables command transmission to the turbine control system, receives feedback data from the turbine, manages alarms, and connects to the interface processor for data exchange.

What commands can be sent to the turbine control system through the Hardwired system?
Commands include turbine start/stop, fast load adjustments, governor set point changes, base/peak load selection, fuel type selection, generator voltage adjustments, and synchronization control.

What feedback does the Hardwired system receive from the turbine control system?
Feedback data includes watts, VARS, volts for analog meters, breaker status, starting sequence status, flame indication, and temperature control indication. This feedback enables real-time monitoring of turbine performance and status.

How does the Hardwired system manage alarms?
Alarm management involves transmitting alarm data via RS232C from the Modbus link. The system serves as a Modbus slave station, responding to requests from the master, and supports transmission speeds ranging from 300 to 19,200 baud.