
Power Plant Multi-Stage Steam Turbine Rotor Monitoring: Installed in multi-stage steam turbine rotor systems of thermal and nuclear power plants to track axial thrust displacement (up to 20 mm) and radial runout across different bearing stages. Its extended measurement range accommodates thermal expansion-induced rotor movements, while the 0.4 μm resolution captures subtle displacement changes caused by inter-stage seal wear or rotor imbalance. Integration with 3500-series monitoring systems provides early warnings for potential shaft collision with stationary components, ensuring continuous power generation and avoiding costly turbine overhauls.
Petrochemical Large-Diameter Centrifugal Pump Shaft Monitoring: Deployed in large-diameter centrifugal pumps (used for crude oil or chemical fluid transfer) to monitor radial displacement of the impeller shaft. The probe’s IP68 protection and IECEx Zone 1 certification withstand high-pressure, flammable fluid environments, while the oil-resistant cable resists degradation from lubricating oil and chemical spills. It detects displacement anomalies caused by impeller cavitation or mechanical seal wear, preventing pump breakdowns that could disrupt refinery or chemical plant operations.
Steel Mill Blast Furnace Tuyere Shaft Monitoring: Utilized in blast furnace tuyere shaft systems to measure radial displacement and axial thermal expansion (up to 20 mm). The probe’s high-temperature resistance (150°C) adapts to the hot industrial environment near the furnace, while its 316L body resists corrosion from iron oxide dust and molten slag splatter. When paired with a 3300 XL signal conditioner, it converts raw voltage signals to 4–20 mA outputs for transmission to the mill’s DCS (e.g., Siemens T3000), enabling dynamic adjustment of tuyere position to maintain stable blast airflow and optimize iron production efficiency.
Marine Main Propulsion Shaft Thrust Bearing Monitoring: Applied in main propulsion shaft thrust bearing systems of large container ships and LNG carriers to monitor thrust pad axial displacement. The 10 m standard cable accommodates long shaft tunnel installations, while the corrosion-resistant 316L body resists saltwater humidity and marine corrosion. The probe’s shock resistance (55 G peak) withstands rough sea conditions, detecting displacement changes caused by thrust bearing wear or propeller load fluctuations—ensuring reliable propulsion and reducing the risk of emergency at-sea repairs.
Mining Ball Mill Trunnion Bearing Monitoring: Mounted on trunnion bearing systems of large mining ball mills to monitor radial displacement. Its compact 20 mm diameter fits into limited space near the mill shell, while the IP68 protection prevents dust and ore slurry ingress. The 0–20 mm measurement range covers trunnion displacement caused by bearing clearance degradation or mill shell misalignment, triggering scheduled maintenance to avoid unplanned mill shutdowns and maintain continuous mineral grinding.
Aerospace Industrial Gas Turbine Test Bench Rotor Monitoring: Installed in industrial gas turbine test benches (used for power generation or marine propulsion) to monitor rotor axial displacement during performance testing. Its 0–15 kHz frequency response captures dynamic displacement changes during turbine startup, shutdown, and high-load operation, providing precise data for validating rotor dynamic stability. Compatibility with DAQ systems (e.g., NI PXI) meets aerospace industry standards for test accuracy and repeatability.
Water Treatment Plant Large-Diameter Sewage Pump Shaft Monitoring: Integrated into large-diameter sewage pump shafts of municipal water treatment plants to monitor axial displacement of mechanical seals and radial runout of the impeller. The probe’s non-contact design avoids wear on pump components, while the low noise level (≤4 mV RMS) ensures accurate readings in noisy pump rooms. It detects seal wear-induced displacement or impeller imbalance, alerting operators to potential leakage risks and preventing environmental contamination from untreated sewage.
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