WHEEL SPACE THERMOCOUPLE P/N: 297A0581P004

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The Wheel Space Thermocouple (P/N: 297A0581P004) is a high-temperature sensing element designed for turbine wheel-space temperature monitoring, providing fast response and reliable thermal feedback for engine protection and performance control.

Price:

$423,00

The Wheel Space Thermocouple (Part Number: 297A0581P004) is a precision temperature sensor engineered for installation within turbine wheel-space cavities. Designed to withstand extreme thermal stress, vibration, and high-velocity airflow, this thermocouple enables accurate monitoring of critical hot-section temperatures.

Used extensively in gas turbines, aero-derivative industrial engines, and power-generation turbines, wheel-space thermocouples help operators detect thermal imbalance, prevent overheating damage, and optimize combustion efficiency. Its fast-response junction design allows real-time measurement to support protective shutdown logic and predictive maintenance analytics.

The rugged construction ensures long-term accuracy and mechanical integrity under sustained cycling, making it an essential component in high-value rotating equipment operations.


Key Specifications

  • Component Type: Wheel-space thermocouple

  • Part Number: 297A0581P004

  • Sensing Principle: Thermocouple (type varies by turbine model)

  • Application Zone: Turbine hot section / wheel space

  • Response Profile: Fast thermal feedback

  • Operating Environment: High-temperature, vibration-rich cavities

  • Installation: Turbine casing penetration (model dependent)


🧪 Typical Applications

  • Industrial gas turbines

  • Aero-derivative turbine engines

  • Power-plant combustion turbines

  • Turbine health monitoring systems

  • Performance optimization and thermal analytics

  • Safety shutdown logic circuits


💡 Benefits

  • Early detection of thermal anomalies

  • Prevents turbine hot-section damage

  • Supports asset life extension

  • Ensures fuel-air balance control

  • Enables predictive maintenance strategies

  • High-speed response sensor accuracy