AI and Machine Learning for industrial reliability

sales@stahcorp.com
STAH engineers reviewing industrial condition intelligence supported by AI and Machine Learning

Solutions

Condition intelligence across the asset system.

Combine field engineering, connected condition data, and responsible AI and Machine Learning into a reliability strategy that keeps evidence and people at the center.

STAHSOLVEASSET CONDITION
01

PCAS

Power Condition Assessment Solutions

A coordinated view of electrical-system condition to help identify developing defects and prioritize response.

Typical assets

Switchgear, transformers, cables, breakers, bus systems, and medium- or low-voltage distribution.

Possible assessment methods
  • Infrared thermography
  • Partial-discharge assessment
  • Ultrasound inspection
  • Power-quality and electrical testing
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02

MCAS

Machine Condition Assessment Solutions

Multi-technology assessment for rotating machinery and the mechanical systems that support production.

Typical assets

Pumps, fans, compressors, bearings, gearboxes, blowers, turbines, and driven equipment.

Possible assessment methods
  • Vibration analysis
  • Ultrasound analysis
  • Thermal inspection
  • Lubricant condition review
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03

SCAS

Stationary Condition Assessment Solutions

Focused condition review for stationary mechanical assets where leakage, integrity, or process loss may develop.

Typical assets

Valves, steam traps, piping interfaces, heat exchangers, tanks, and selected process equipment.

Possible assessment methods
  • Ultrasound screening
  • Thermal pattern review
  • Leak detection
  • Condition walkdown
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04

CCAM

Comprehensive Motor Assessment

A combined electrical and mechanical view of motor condition, performance, and developing failure indicators.

Typical assets

Medium- and low-voltage AC motors, critical driven trains, and selected DC assets.

Possible assessment methods
  • Motor-current signature analysis
  • Offline electrical testing
  • Vibration and thermal review
  • Operating-condition correlation
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05

GCAS

Generator Condition Assessment Solutions

Condition assessment intended to identify stator, rotor, bearing, and supporting-system concerns.

Typical assets

Industrial generators, synchronous machines, auxiliary systems, and associated rotating components.

Possible assessment methods
  • Electrical signature review
  • Vibration assessment
  • Thermography
  • Insulation and condition testing
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06

24/7

Continuous Condition Monitoring

Persistent measurement and trend visibility for assets where risk, criticality, or access requires closer attention.

Typical assets

Critical rotating trains, transformers, generators, switchgear, and selected remote assets.

Possible assessment methods
  • Online vibration monitoring
  • Electrical-condition monitoring
  • Alarm and trend strategy
  • Exception review and escalation
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07

AI/ML

Condition Intelligence with AI and Machine Learning

Engineering-guided analytics that screen condition data, detect unusual patterns, and focus expert attention on priority assets.

Typical assets

Sensor fleets, route databases, historians, CMMS records, and multi-technology condition datasets.

Possible assessment methods
  • Data-readiness assessment
  • Anomaly and pattern detection
  • Multi-sensor evidence correlation
  • Human review and model monitoring
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Integrated approach

No single measurement—or model—tells the whole story.

Technology selection should follow the asset, failure modes, operating condition, and decision required—not a fixed test list or a generic algorithm.

STAH can help define the right evidence, establish a baseline, validate analytics against representative behavior, and connect human-reviewed findings to maintenance priority.

Start a conversation

Which assets deserve a clearer condition picture?

Share the asset, operating concern, data opportunity, or reliability goal. STAH can help shape a focused, human-reviewed next step.