SPECIFICATIONS
Part No.: IC3600AOAA1
Manufacturer: General Electric
Product Type: Amplifier Board Operator
Availability: In Stock
Voltage Type: DC
Series: Mark I and Mark II
Functional Description
IC3600AOAA1 is an Amplifier Board Operator developed by GE Fanuc. It is a part of Mark I and Mark II series. It serves as a signal amplifier, converting low-level electrical signals into higher voltage levels that are required for further processing by the control system. It works as an interface between the lower-voltage components of the Speedtronic system and the high-power devices they control, such as actuators and sensors. The board ensures that control signals are transmitted accurately and with sufficient strength to maintain the system’s integrity.
Features
- Signal Amplification: The primary function is to amplify input signals to the proper voltage levels for the Speedtronic system, ensuring accurate data transmission across the entire control system.
- Twenty-Five Pins: Features 25 pins, which are used to establish connections with the backplane of the Speedtronic system. These pins enable communication between the board and other components, ensuring that the amplifier can transmit and receive control signals effectively.
- Backplane Connection: The set of 25 pins acts as a backplane connector, allowing the interface seamlessly with the larger Speedtronic framework. This connection ensures that the amplifier board is properly integrated into the control system, maintaining reliable signal flow throughout the entire system.
- Signal Integrity:The amplifier ensures that the signals transmitted within the system are accurate and strong enough to be processed by the control components, such as the turbine governors, sensors, and actuators. This guarantees that the turbine operates efficiently and safely.
- Real-Time Control: Helps maintain real-time control of the turbine by amplifying signals that dictate critical functions, such as speed regulation, fuel injection, and exhaust management.
Benefits
- By amplifying weak signals to appropriate levels, the board ensures that control commands are transmitted accurately to high-power components, improving system reliability.
- The ability to maintain strong and accurate signal flow helps optimize turbine performance, leading to better fuel efficiency, lower emissions, and reduced wear on mechanical components.
- Built for tough industrial environments, offering long-term performance with minimal maintenance. This makes it a reliable choice for continuous turbine operation in demanding settings.
- The use of 25 pins for backplane connection allows easy integration with the Speedtronic system, ensuring smooth installation and system operation.
Maintenance Tips
- Inspect for signs of physical damage, dust accumulation, or corrosion, especially around the pin connections. Ensure that all pins are securely attached to the backplane for proper communication.
- Check Signal Integrity: Use diagnostic tools to test the amplifier's output and verify that it is providing the correct signal levels.
- Clean and Secure Connections: Keep the pins and connectors clean to avoid signal interference. Make sure that all connections are tight and free from contaminants.
The WOC team is always available to help you with your Mark I and II requirements. For more information, please contact WOC.
Frequently Asked Questions
What is IC3600AOAA1?
It is an Amplifier Board Operator developed by GE under VersaMax series.
How do I maintain the Board?
Look for physical damage or wear, especially around the pins and connectors. Ensure the amplifier board is outputting the correct signal levels. Keep the connectors clean and ensure they are securely attached to avoid signal interference. Replace any faulty components promptly with genuine GE Fanuc parts.
What is the advantage of the 25-pin backplane connection?
The 25-pin backplane connection ensures that the card integrates seamlessly with the Speedtronic control system. This connection provides a reliable pathway for signal transmission between the amplifier and the rest of the system components.
