GE DS200LRPAG1 Line Protection Card

  1. Protection Mechanism:
    • The DS200LRPAG1 provides essential line protection functionalities, safeguarding equipment from electrical faults such as overcurrents, undervoltage conditions, and short circuits.
  2. Real-Time Monitoring:
    • This card continuously monitors electrical parameters to detect abnormalities. Real-time data collection allows for rapid identification of potential issues, enhancing system reliability.
  3. Alarm and Diagnostic Functions:
    • Equipped with alarm systems, the DS200LRPAG1 notifies operators of any detected fault conditions. Alarm indicators can include visual (LED) alerts and audible warnings, enabling quick reaction to operational problems.
  4. Signal Processing:
    • The line protection card processes signals received from various sensors and devices, assessing the status of the electrical system and enabling protective actions as needed.
  5. Integration:
    • It is designed to work seamlessly with other components in GE’s control systems, providing comprehensive monitoring, protection, and control across the entire system.
  6. Rugged Design:
    • Built to withstand harsh industrial conditions, the DS200LRPAG1 features a rugged construction that can endure vibrations, temperature variations, and electrical noise common in industrial environments.
  7. Configurability:
    • The card may offer configuration options to tailor its operation to specific application requirements, enhancing its effectiveness in diverse operational scenarios.
التصنيف:

الوصف

The GE DS200LRPAG1 is a line protection card used in GE’s industrial control systems, particularly in applications related to turbine and motor control. Here are the key features and aspects associated with the DS200LRPAG1 line protection card:

Key Features:

  1. Protection Mechanism:
    • The DS200LRPAG1 provides essential line protection functionalities, safeguarding equipment from electrical faults such as overcurrents, undervoltage conditions, and short circuits.
  2. Real-Time Monitoring:
    • This card continuously monitors electrical parameters to detect abnormalities. Real-time data collection allows for rapid identification of potential issues, enhancing system reliability.
  3. Alarm and Diagnostic Functions:
    • Equipped with alarm systems, the DS200LRPAG1 notifies operators of any detected fault conditions. Alarm indicators can include visual (LED) alerts and audible warnings, enabling quick reaction to operational problems.
  4. Signal Processing:
    • The line protection card processes signals received from various sensors and devices, assessing the status of the electrical system and enabling protective actions as needed.
  5. Integration:
    • It is designed to work seamlessly with other components in GE’s control systems, providing comprehensive monitoring, protection, and control across the entire system.
  6. Rugged Design:
    • Built to withstand harsh industrial conditions, the DS200LRPAG1 features a rugged construction that can endure vibrations, temperature variations, and electrical noise common in industrial environments.
  7. Configurability:
    • The card may offer configuration options to tailor its operation to specific application requirements, enhancing its effectiveness in diverse operational scenarios.

Applications:

The DS200LRPAG1 line protection card is used in various industrial applications, including gas and steam turbines, generator controls, and other critical infrastructure requiring dependable line protection.

Documentation and Support:

For detailed information regarding installation, configuration, operation, and maintenance of the DS200LRPAG1 line protection card, it is advisable to refer to the official GE documentation specific to this component. Additionally, GE technical support or authorized service centers can offer assistance for troubleshooting and repair needs.

In summary, the GE DS200LRPAG1 line protection card plays a crucial role in ensuring the safety and reliability of electrical systems in industrial applications, utilizing advanced monitoring and protective measures to manage potential electrical faults effectively.