GuardiOne® Series
Comprehensive and insightful predictive analytics for diverse industries
GuardiOne® Cells
Selective and interconnectable APIs to make your industrial assets more intelligent and cost-effective
GuardiOne® Edge
Computing with optimized hardware for instantaneous processing of large industrial datasets
Wind
Increase the availability of your wind turbines by predicting potential failures of components
Robot
Prevent unplanned downtime from unexpected failures in robots within the manufacturing line
Turbine
Increase the availability of turbines through deep learning based diagnosis of journal bearings, rotors, & blades
Transformer
Prevent catastrophic failures and increase maintenance efficiency with prognostic insights
GIS
Innovate substation/switchyard maintenance practices - reducing downtime, and minimizing financial waste
Motor
Predict potential failures of motors and bearings through Industrial AI
Bearing
Maximize bearing availability through AI-based RUL (Remaining Useful Life) prediction
Power Generation
Transmission & Distribution
Mobility
Manufacturing
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OnePredict / AI Solution / Turbine
OnePredict / AI Solutions / Turbine
| Turbine
| Features
| Turbine Demo
+90% diagnostic accuracy
Classify major fault modes (rubbing, misalignment, oil whirl, unbalance) with highly reliable accuracy
Auto-balancing
Easily correct rotor imbalances through our auto-balancing guide
Diagnostics for rotors and blades
Diagnostics not only for journal bearings, but also for rotors and blades in large-scale turbines
Intuitive UI
Easy-to-understand UI for even inexperienced staff members
가디원 터빈은 터보기계 저널베에링에서 측정되는 축 진동 데이터를 딥러닝 기반 모델을 통해 분석하여 터빈의 4대 고장 (Unbalance, Misalign, Rubbing, Oil Whirl)에 대한 건전성을 진단 및 분석합니다.
적용대상 : 터빈, 압축기, 펌프
Facility type | Steam turbine | Facility scale | 1000MW
* 화면의 숫자를 클릭하시면 베어링 별 진동 데이터가 보입니다.
1 Normal
Proximity sensor
Bearing #1 X probe
Bearing #1 Y probe
정상 Normal
베어링 진동 수준 낮으며 매끈한 O 형의 Orbit
Orbit
Diagnosis Result
Spectrum
Auto Report
1X(60Hz) 우세
진동 진폭 안정
O형의 안정적 Orbit 형성
Auto report view
2 Unbalance
Bearing #2 X probe
Bearing #2 Y probe
불평형 Unbalance
베어링 진동 수준 높으며 타원형의 Orbit
높음 진동 수준
타원형 Orbit 형성
3 Rubbing
Bearing #3 X probe
Bearing #3 Y probe
마찰 Rubbing
고체 마찰에 의한 고진동 및 복잡한 주파수영역 특성
Orbit상의 preload 검출
4 Misalignment
Bearing #4 X probe
Bearing #4 Y probe
오정렬 Misalignment
커플링 연결에서의 오정렬로 인한 진동 증가 및 8자 모양 Orbit
2X(120Hz)진동 우세
5 Oil Whirl
Bearing #5 X probe
Bearing #5 Y probe
오일훨 Oil whirl
저널베어링 유막 불안정으로 인한 고진동
0.5X(30Hz) 우세
