Artesis - Model 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.
- 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
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
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.
Stator
- 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
