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The GE part number IC3600SSZB1 is a Servo Valve Control Card. This specialized electronic circuit board is a component of GE’s legacy Speedtronic Mark I and Mark II series turbine control systems. Its primary function is to precisely control the position of a servo valve, which in turn regulates the flow of fluid (such as fuel or steam) to the turbine.
Function and Key Features
A servo valve control card like the IC3600SSZB1 is a crucial component of a closed-loop control system. It receives a low-level command signal from the main turbine controller and converts it into a high-power electrical signal to drive a servo actuator, such as a hydraulic cylinder. The card constantly monitors the actual position of the actuator via a feedback sensor (like an LVDT) and adjusts its output to ensure the actuator’s position matches the command signal.
- Precision Control: It provides the high-precision control necessary to operate critical turbine components, such as fuel or steam valves. This precise control is essential for maintaining stable speed and load.
- Closed-Loop System: It forms a feedback loop by comparing the desired position with the actual position and making continuous corrections. This ensures a high degree of accuracy and rapid response.
- Signal Conversion: It converts a low-power electrical command signal into the high-power signal required to drive the servo valve.
- Robust Design: Built for harsh industrial environments, it’s designed to withstand vibrations, temperature fluctuations, and electromagnetic interference.
Applications
The IC3600SSZB1 is a legacy component, so it is primarily used in power generation facilities that still operate GE’s older Mark I and Mark II turbine control systems. It is an essential component for:
- Turbine Control: It is used to precisely control the position of governor valves, stop valves, and other actuators that regulate the flow of fuel or steam to the turbine.
- Load and Speed Regulation: By controlling the flow of the working fluid, the card helps to regulate the turbine’s speed and electrical output, which is crucial for maintaining grid stability.
The GE part number IC3600SSZB1 is a Servo Valve Control Card. This specialized electronic circuit board is a component of GE’s legacy Speedtronic Mark I and Mark II series turbine control systems. Its primary function is to precisely control the position of a servo valve, which in turn regulates the flow of fluid (such as fuel or steam) to the turbine.
Function and Key Features
A servo valve control card like the IC3600SSZB1 is a crucial component of a closed-loop control system. It receives a low-level command signal from the main turbine controller and converts it into a high-power electrical signal to drive a servo actuator, such as a hydraulic cylinder. The card constantly monitors the actual position of the actuator via a feedback sensor (like an LVDT) and adjusts its output to ensure the actuator’s position matches the command signal.
- Precision Control: It provides the high-precision control necessary to operate critical turbine components, such as fuel or steam valves. This precise control is essential for maintaining stable speed and load.
- Closed-Loop System: It forms a feedback loop by comparing the desired position with the actual position and making continuous corrections. This ensures a high degree of accuracy and rapid response.
- Signal Conversion: It converts a low-power electrical command signal into the high-power signal required to drive the servo valve.
- Robust Design: Built for harsh industrial environments, it’s designed to withstand vibrations, temperature fluctuations, and electromagnetic interference.
Applications
The IC3600SSZB1 is a legacy component, so it is primarily used in power generation facilities that still operate GE’s older Mark I and Mark II turbine control systems. It is an essential component for:
- Turbine Control: It is used to precisely control the position of governor valves, stop valves, and other actuators that regulate the flow of fuel or steam to the turbine.
- Load and Speed Regulation: By controlling the flow of the working fluid, the card helps to regulate the turbine’s speed and electrical output, which is crucial for maintaining grid stability.
