High-temperature resistant eddy current sensors are non-contact high-precision sensors specifically designed for accurately measuring the displacement, vibration, and position of metal conductors in high-temperature and harsh environments. Its core advantages lie in its high-temperature resistance, anti-interference ability and no mechanical wear, making it suitable for extreme working conditions where traditional sensors cannot operate.

High-temperature resistant eddy current sensors have extensive applications in multiple industries. The following are some typical application scenarios sorted out based on search results:

1. Aerospace field

Aero-engine monitoring: Measuring the minute displacements and vibrations of key components such as turbine blades and compressor blades under high-temperature and high-pressure conditions

Flight safety: Real-time monitoring of the operating status of engine components, timely detection of potential faults, and prevention of catastrophic accidents

Missile/rocket testing: Used for performance evaluation and testing of engines for weapons and equipment

2. Power generation industry

Steam turbine monitoring: Monitor the minute displacements of blades and generator rotors to detect signs of wear or fatigue in advance

Nuclear power plant: Condition monitoring of equipment such as steam turbines and gearboxes

3. Automotive industry

Engine monitoring: Measures the micro-displacement of engine components such as pistons and crankshafts to help optimize engine performance, reduce wear and improve fuel efficiency

Turbocharger: Monitoring of turbine speed and position in high-temperature environments

4. Metallurgy and high-temperature industries

Metal smelting and rolling: Monitor the displacement of high-temperature metal objects to ensure production stability

Glass manufacturing: Displacement monitoring in the high-temperature forming process

Steel smelting: Displacement and vibration monitoring of high-temperature furnaces and kilns, and steel rolling equipment

5. Petrochemical industry

Pipeline flow monitoring: Detection of fluid parameters in high-temperature environments

Monitoring of shaft vibration, axial displacement and shaft speed of large rotating machinery such as pumps and compressors

6. Rail transit

Train wheel-rail inspection: wheel-rail clearance, speed measurement and position tracking

Key components of locomotives: Displacement and vibration monitoring in high-temperature environments

For more product details and pricing, please contact Doris at sales9@miran-tech.com or +86-18038186775.