Equipment Diagnostics & Monitoring
Diagnose in-service power generation equipment without shutdowns
From blade vibration to boiler remaining life, we determine equipment condition in real time with non-contact measurement and analysis based on international standards.
In real time, these solutions acquire and analyze minute vibrations in rotating machinery; accumulated damage in high-temperature, high-pressure components; and operating signals from heat recovery steam generators (HRSGs). This diagnostics and monitoring suite is designed to detect early signs of anomalies without shutdowns, so you can shift to planned maintenance.
Blade Tip Timing (BTT)
Blade tip timing vibration detection
Calculates in-service blade vibration in real time by measuring blade tip time of arrival
Integrated software that measures minute gas turbine blade vibrations without contact to detect cracks at an early stage.
Non-contact vibration measurement
Measures the time at which each blade tip passes the sensor to calculate the vibration of rotating blades in real time.
Real-time data acquisition and analysis
Provides waveform, trigger and cursor measurements so blade signals can be checked immediately on site.
BSE (Boiler Safety Evaluation)
Boiler safety evaluation
Predicts remaining life in real time from ASME-based damage calculations
A system that calculates damage based on international standards to predict the remaining life of high-temperature, high-pressure equipment in real time.
Real-time data acquisition and standards-based life assessment
Acquires temperature and pressure sensor data via OPC UA, calculates fatigue and creep damage based on ASME, and predicts remaining life.
Physics-based 12-stage evaluation engine
An automated pipeline that runs from data cleansing, stress analysis and rainflow counting through to damage calculation, using validated formulas.
HRSG DAS
HRSG data acquisition system
HRSG sensor data acquisition and visualization
An industrial data acquisition system that acquires, processes, stores and visualizes sensor data from heat recovery steam generators (HRSGs) in real time.
Real-time multi-sensor acquisition
Acquires data from field sensor devices over TCP and UDP, with automatic reconnection and queue-based processing to prevent data loss.
Automatic engineering unit conversion engine
Converts raw 4–20 mA signals into pressure, density, velocity and flow rate in real time, delivering physical quantities ready for use on site.
OPC UA standard integration
Exposes data through a server based on the international OPC UA standard, ensuring interoperability with external systems and higher-level solutions.
Real-time monitoring dashboard
Combines temperature and flow rate charts, trend analysis (color-coded as rising, stable or falling), and device and channel management in a single WPF user interface.
Ready When Reliability Matters
When integrity needs proof, PILETA delivers
The PILETA Test & Evaluation Center is accredited by the Korea Laboratory Accreditation Scheme (KOLAS) as a testing laboratory (Accreditation No. KT921). From testing and failure analysis to digital solution consultations, our engineers respond to you directly.
T. +82-42-368-0180 · pileta@pileta.co.kr