AMT Pro

Rotating Equipment Tester without Sensors

The Artesis AMT Pro is a portable motor driven equipment test system which automatically generates a condition assessment report indicating existing electrical mechanical and operational faults, time to failure information, recommended corrective actions, and effects of faults on energy efficiency.

HIGHLIGHTS

  • Immediate payback by corrective action
  • Instant condition assessment report
  • Advanced analysis and reporting
  • No sensors on motor or equipment
  • Improved efficiency and reliability of plant & processes
  • Increased machine availability
  • Advanced spectrum and waveform tools
  • Immediate report generation with actionable information 
  • Access to hard to reach applications
  • Cloud integration          

FEATURES

AMT Pro is compatible with, 3 phase AC Motor of fixed and varibable speed, Generators, Compressors, Fans, Pumps, Conveyors, Motor Driven Equipment

  • Automated Fault Diagnosis
  • Immediate report generation with actionable information
  • Advanced spectrum and waveform tools
  • Access to hard to reach applications
  • Cloud integration (wifi)
  • Short test time (7 min)
  • Simple and easy test procedure
  • Live motor testing
  • Portable, battery powered

How It Works?

AMT Pro measures 3 phase Voltage and 3 phase current at 2500 Hz sampling rate.Motor tests are completed in 7 minutes. yielding to an automatic test report indicating motor health with barcharts, list of electrical parameters and PSD (Power Spectral Density) results. The test results simultaneously sync to the secure cloud-based server allowing access to the reports on an IoT platform.

  • Interturn short circuit (the early phase of turn-to-turn short circuit)
  • Phase-to-phase short circuit
  • Impedance unbalance or shift
  • Insulation degradation
  • Soft foot (stator deformation)
  • Loose foot (bolt loose)
  • Winding overheating
  • Winding looseness
  • Lamination looseness
  • Unbalance (fan, shaft deformation)
  • Thermal bow (unbalance)
  • Static and dynamic eccentricity
  • Rubbing
  • Severe porosity
  • Angular and parallel misalignment
  • Broken, damaged and loose rotor bars
  • Overheating
  • Winding looseness
  • Lamination looseness
  • Damping cage degradation
  • PM degradation
  • Outer & inner race pitting
  • Ball/roller wear
  • Cage/raceway deformation
  • Cocked bearing
  • Grease contamination
  • Over greasing
  • Bearing creep/skidding
  • False & true brinelling
  • Plain bearing oil whirl and whip
  • Plain bearing radial preload
  • Plain bearing rotor rub
  • Outer & inner race pitting
  • Ball/roller wear
  • Cage/raceway deformation
  • Cocked bearing
  • Grease contamination
  • Over greasing
  • Bearing creep/skidding
  • False & true brinelling
  • Plain bearing oil whirl and whip
  • Plain bearing radial preload
  • Plain bearing rotor rub
  • Broken teeth/claws
  • Looseness
  • Excessive clearance
  • Eccentricity
  • Unbalance
  • Mesh quality
  • Backlash
  • Misalignment
  • Assembly phase problems
  • Hunting tooth frequency
  • High energy consumption
  • Low efficiency
  • Cavitation in pumps
  • Flow turbulence in fans, blowers
  • Filter and heat exchanger fouling
  • Lubrication
  • Oversize/undersize motors

Power Monitoring

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