- Ranipet
- Sivakasi
- Karur
- Udhagamandalam
- Hosur
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.
Rotating Equipment Tester without Sensors
Cloud integration
Advanced analysis and reporting
No sensors on motor or equipment
Immediate payback by corrective action
Improved efficiency and reliability of plant & processes
Increased machine availability
Instant condition assessment report
Access to hard to reach applications
Advanced spectrum and waveform tools
Immediate report generation with actionable information
AMT Pro is compatible with, 3 phase AC Motor of fixed and varibable speed, Generators, Compressors, Fans, Pumps, Conveyors, Motor Driven Equipment
Short test time (7 min)
Live motor testing
Cloud integration (wifi)
Portable, battery powered
Automated Fault Diagnosis
Simple and easy test procedure
Access to hard to reach applications
Advanced spectrum and waveform tools
Immediate report generation with actionable information
Fans
Compressors
AHU
Generators
Mixer
Conveyors
Pumps
Motor Driven Equipment
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
Insulation degradation
Winding looseness
Impedance unbalance or shift
Winding overheating
Phase-to-phase short circuit
Lamination looseness
Loose foot (bolt loose)
Soft foot (stator deformation)
Interturn short circuit (the early phase of turn-to-turn short circuit)
Rotor
Static and dynamic eccentricity
Rubbing
Unbalance (fan, shaft deformation)
Overheating
Damping cage degradation
PM degradation
Severe porosity
Winding looseness
Lamination looseness
Thermal bow (unbalance)
Angular and parallel misalignment
Broken, damaged and loose rotor bars
Bearing
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
Machine Faults
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
Transmission Faults
Broken teeth/claws
Looseness
Excessive clearance
Eccentricity
Unbalance
Mesh quality
Backlash
Misalignment
Assembly phase problems
Hunting tooth frequency
Process Faults
High energy consumption
Low efficiency
Cavitation in pumps
Flow turbulence in fans, blowers
Filter and heat exchanger fouling
Lubrication
Oversize/undersize motors
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