Machine Health Diagnostic

A lot can be discovered about a machine’s condition and problems by simply noting its vibration characteristics.

    Vibration Analysis
  • Identifying forcing frequencies
  • Recoginising abnormalities behavior
    Operational Deflection Shape
  • Evaluating operating condition mode shape
  • Design evaluation
    System Resonance Study
  • Start up and Coast Down
  • REvaluating structure rigidity
    Operational Modal Analysis
  • Study of mode shape, natural frequencies and damping ration
  • Identifying local damages thru curvature pattern
    Applications
  • Mechanical - Gas Turbine, Steam Turbine, Pumps, Gearbox, Electrical Motor.
  • Electrical - Motor Current Analysis, Circuit Board.
  • Structural - Ship, High rise Building, Bridges, Individual parts/component, Piping.

Thermographic Analysis

It is a non-contact means of identifying an electrical and mechanical components that are hotter than they should be, thus often an indication of areas of impending failure.

    Termination Failure
  • Identifying loose contact
  • Eliminating electrical spark
    Bearing Failure
  • Lack or over greasing
  • Continuos rubbing
    Insulation Failure
  • Evaluating operating condition
  • Design evaluation
    Steam Line Leaked
  • Identifying leak spot
  • Insulation exposed
    Electrical Equipment
  • Improper installation
  • Weak joint
  • Loose connector
    Sedimention in Vessel
  • Detecting sand accumulation
  • Identified clogged piping

Airboned Ultrasound Detection

The most versatile technology which used in noisy and loud environments

    Leaks Detections
  • Compressed Air
  • Compressed Gases
  • Vacuum leaks
  • Seals and Gaskets
  • Condenser Tubes
  • Valves leaks
    Mechanical Inspection
  • Bearing Condition
  • Rubbing Condition
  • Cavitation
  • Gears damaged
  • Pumps and motors
  • Lack of lubrications
    Electrical Inspections
  • Arcing
  • Tracking
  • Corona

Valve Leak Acoustic (AE) Dectection & Estimation

Maximize company productivity by provide proactive measure on priorities' budget expenditure and action on valves

    Portable and intrinsically safe
  • Ensuring no disruption to operation
  • Suitable for all type of valves
  • PSV, control valve, steam traps.
  • Immediate results can be obtain with leaks estimation.
    Unique benefits
  • Increased plant safety, availability and compatibility.
  • Recover lost profits from product leaks via flare lines, vents and drains
  • Minimised Safety and Environmental Risks
  • Minimised Safety and Environmental Risks
    Simple Approach
  • Perform survey on each valve with 5-6 points measurement.
  • Easy for ongoing survey for maximize benefits.

Partial Discharge

PD testing is particularly important when the MV/HV asset is critical to the operation of a network; this may be due to the asset's age, past failures or the financial consequences of its failure.

    Examples of MV and HV plant that can be tested:
  • Cables and cable accessories (terminations and joints)
  • Switchgear (AIS, SIS and GIS)
  • Power transformers and bushings
  • Motors and generators
  • Instrument transformers (voltage and current)
  • Capacitors

Other Services

    Advance Analysis
  • In-situ Balancing
  • Precision Laser Alignment
  • Fluid/Acoustic Induce Vibration (FIV/AIV)
  • Verification of Online Vibration Sysytem & Sensors
  • Computational Fluid Dynamics Analysis (CFD)
  • Motor Current Analysis
  • Partial Discharge
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