Part Number: DS200TCQAG1BDC
Manufacturer: General Electric
Series: MKV
Description:
The DS200TCQAG1BDC is designed to handle various analog signals, including LVDT inputs, servo valve outputs, thermocouple inputs and outputs, 420 mA inputs and outputs, vibration inputs, relay driver outputs, pulse inputs, voltage inputs, generator and line signals. The board contains circuitry for pulse rate inputs, 420 and 01 mA input signals, and driving 420 mA outputs. Additionally, it provides a thermocouple cold junction reference and calculates the actual temperature measured by thermocouples.
Type: RST Analog I/O Board
Model: DS200TCQAG1BDC
Function: Scales and conditions analog signals
Compatibility: Mark V Series gas turbine control systems
Connectors: 4 x 34-pin, 2 x 40-pin, 6 jumpers, 6 LEDs
Power Supply: 24 V DC, 1 A
Operating Temperature: -40°C to 71°C (-40°F to 160°F)
Storage Temperature: -54°C to 71°C (-65°F to 160°F)
Signal Conditioning: The DS200TCQAG1BDC scales and conditions analog signals to ensure accurate and reliable data transmission.
Thermocouple Support: The board provides thermocouple cold junction reference and calculates actual temperature measured by thermocouples.
Pulse Rate Input: The board can handle pulse rate inputs to monitor turbine performance.
420 mA Input and Output: The board supports 420 mA inputs and outputs for controlling servo valves and other devices.
Relay Driver Output: The board can drive relay outputs to control various system components.
LED Indicators: The board features six LEDs to visually indicate system status.
The DS200TCQAG1BDC is designed to be compatible with General Electric’s Mark V Series gas turbine control systems.
It can be used in various applications, including:
Gas Turbine Control: Gas turbine control systems use the board to monitor and control turbine performance.
Power Generation: The board is used in power generation systems to monitor and control generator performance.
Industrial Automation: The board can be used in industrial automation systems to monitor and control various industrial processes.
The DS200TCQAG1BDC improves the performance of GE Mark V systems by:
Enhancing Signal Accuracy: By scaling and conditioning analog signals, the board ensures accurate and reliable data transmission.
Improving System Reliability: The board’s robust design and features ensure reliable operation and minimize downtime.
Increasing System Flexibility: The board’s compatibility with various analog signals and ability to handle different inputs and outputs make it a versatile component in GE Mark V systems.
The DS200TCQAG1BDC is used in various applications, including:
Gas Turbine Control Systems: Gas turbine control systems use the board to monitor and control turbine performance.
Power Generation Systems: The board monitors and controls generator performance in power generation systems.
Industrial Automation Systems: The board can be used in industrial automation systems to monitor and control various industrial processes.
To ensure optimal performance and extend the lifespan of the DS200TCQAG1BDC, follow these maintenance best practices:
Regular Cleaning: Clean the board regularly to prevent dust and debris from accumulating and affecting its performance.
Power Supply Maintenance: Ensure the power supply is maintained correctly and within the recommended specifications.
Temperature Control: Ensure the operating temperature of the board is within the recommended range.
Software Updates: Regularly update the software to ensure the board remains compatible with the latest system requirements.
Troubleshooting: Perform regular troubleshooting to identify and address any potential issues before they become significant problems.
What is the DS200TCQAG1BDC?
The DS200TCQAG1B is a drive control board designed for use with GE DS200TCQAG1BDC Mark V series systems.
What are the primary applications of the DS200TCQAG1BDC?
The DS200TCQAG1BDC is used in gas turbine control, power generation, and industrial automation systems.
What type of signals does the DS200TCQAG1BDC handle?
The DS200TCQAG1BDC can handle various analog signals, including LVDT inputs, servo valve outputs, thermocouple inputs and outputs, 420 mA inputs and outputs, vibration inputs, relay driver outputs, pulse inputs, voltage inputs, generator, and line signals.
What are the connectors on the DS200TCQAG1BDC?
The DS200TCQAG1BDC has four 34-pin connectors, two 40-pin connectors, and six jumpers.
What are the LEDs on the DS200TCQAG1BDC used for?
The six LEDs on the DS200TCQAG1BDC provide status information about the board’s health and processing activities.
How is the DS200TCQAG1BDC installed?
The DS200TCQAG1BDC is installed in the board cabinet in the drive, where it is secured using screws.
How should jumpers be set on the DS200TCQAG1BDC?
Jumpers on the DS200TCQAG1BDC should be set to match the settings on the original
board to ensure proper functionality.
What is the purpose of the thermocouple circuit on the DS200TCQAG1BDC?
The thermocouple circuit on the DS200TCQAG1BDC provides a cold junction reference and calculates the actual temperature measured by thermocouples.
How does the DS200TCQAG1BDC handle pulse rate inputs?
The DS200TCQAG1BDC adjusts and conditions pulse rate inputs to read from the TCQC board through the JE connector.
What are the 420 mA input circuits used for?
The 420 mA input circuits on the DS200TCQAG1BDC are used to read signals from the TBQC terminal board.
What are the 420 mA output circuits used for?
The 420 mA output circuits on the DS200TCQAG1BDC drive outputs to the TBQC terminal board.
How should the DS200TCQAG1BDC be handled during maintenance?
The DS200TCQAG1BDC is a static-sensitive board and should be handled with antistatic gloves and precautions to prevent damage.
What kind of support is available for the DS200TCQAG1BDC?
The manufacturer supports the DS200TCQAG1BDC, which can be repaired and refurbished by authorized service centers.
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