Imagine having a crystal ball that reveals the innermost secrets of your steam turbine’s health. That’s exactly what Vib360’s Steam Turbine Condition Monitoring System offers. This groundbreaking single-sensor solution captures the unique vibrational fingerprint of your turbine, providing unparalleled insights into its performance and condition.
By harnessing advanced torsional analysis, Vib360 detects subtle changes in steam path efficiency, blade health, and rotor dynamics – all without invasive installations or complex sensor networks. This means you can identify potential issues before they escalate, prioritize maintenance based on actual needs, and extend the life of your valuable assets.
Approved by leading waste management firms and tested on over 500 turbines worldwide, our system is your key to unlocking optimal turbine performance. Whether you’re operating a single unit or managing a global fleet, this plug-and-play system adapts to your needs, providing real-time monitoring and actionable insights through a user-friendly dashboard.
You’re not just monitoring your turbines – you’re revolutionizing your approach to maintenance, efficiency, and reliability. Say goodbye to unexpected breakdowns and hello to a new era of predictive excellence in steam turbine operations.
By continuously analyzing torsional signatures, it instantly detects emerging issues, enabling immediate action. This proactive approach minimizes downtime, reduces repair costs, and ensures peak performance, helping you make quick, informed decisions to maximize turbine efficiency and lifespan.
Regularity/Deviation-Indicates issues in the steam intake system or the lubrication system.
Bearing Status – Indicates condition of bearings due to coupling malfunction, structure/support bending, excessive dynamic gearmesh force, bearing wear, cylinder defect (bore/bearing shell), stator geometry defect, friction (dynamic seal defects), and axial stability between the thrust bearings.
Shaft/blades health – Indicates overall health of Shaft/Blade and any deterioration due to Loss of clamping, dynamic instabilities, damage to rotating/ or fixed blades
Combustion Kit – This indicator expresses the fatigue during operation of the coupling during each cycle. It also describes a variable dynamic misalignment (isokinetic defect) between the turbine and the coupled element of the shaft line