PRODUCTS
Assemblies (MCA + ESA)
MCA (Deenergized/Offline)
ESA (Energized/Online)
Electric Vehicle (EV)
Accessories
UPCOMING TRAINING
Motor Diagnostic Seminar at the University of Tennessee Reliability Center – Level 1 & Level 2 – July 22
The University of Tennessee Reliability Center and ALL-TEST Pro have teamed up to publicly present Motor Diagnostic Seminar Level I and Level II training courses this summer! This is a […]
Troubleshooting 3 Phase Electric Motors
AT7™
Deenergized Motor Circuit Analysis™ (MCA) Diagnostic Instrument
Starting at $17,110.00 USD
The AT7™ allows technicians to efficiently and accurately evaluate motors in the field, capture diagnostic motor data to use for condition monitoring, generate analysis reports, and more — all on a hand-held device.
Interested in Leasing? Click Here
Features
- Hand-held & Lightweight (under 1lb)
- On-screen, step-by-step testing instructions
- Quick Testing (less than 3 minutes per test
- Test AC motors, generators & transformers
- Condition Monitoring & Trending Capabilities
- Advanced Troubleshooting Functions (Z/θ Test)
- Upgradeable to the AT7 Professional
- Remote firmware updates
Videos
Software
MCA Software
Electric Motor Troubleshooting
Done Right
Troubleshoot any motor’s resistance, stator, rotor, contamination and insulation stats all on one device and receive accurate diagnostics within as little as a few minutes.
The AT7™ electric motor testing device is used detect motor abnormalities in electric motors across every industry.
Our handheld motor testing devices outperform our competitors’ products in both quality and usability.
While similar condition monitoring and motor troubleshooting tools are only able to detect ground faults, the AT7™ has the ability to detect motor failures before they occur and is a critical component of maintaining a facility’s productivity and overall ROI.
Use the AT7™ for:
- Single Phase AC Induction (<1kV) manual test
- Single Phase AC Induction (<1kV) auto-test
- 3 Phase AC Induction-Squirrel cage rotor (<1kV) manual test
- 3 Phase AC Induction-Squirrel cage rotor (<1kV) auto-test
- AC Induction-Squirrel cage rotor (>1kV)
- AC Induction wound rotor (<1kV) manual test **
- AC Induction wound rotor (<1kV) auto-test
- AC Induction wound rotor (>1kV)
- AC Synchronous (<1kV) manual test **
- AC Synchronous (<1kV) auto-test
- AC Synchronous (>1kV)
- Generators
(**Please contact us for a consultation regarding your application)
Complete Motor Health Assessment
The electrical health of all motor components is evaluated, including, but not limited to induction windings, rotors, field and rotor coils in synchronous motors, and all associated connections and cables.
Patented Test Value Static™ (TVS™)
Test Value Static (TVS) is a sum calculated from the 3-phase MCA static test and is used as a reference value for the motor. Common types of faults in the rotor and stator windings will change TVS.
Patented Dynamic Stator and Rotor Signatures™
Used to evaluate the condition of the stator and squirrel-cage rotor in a single test. Perfect for testing new and repaired motors prior to acceptance.
MOTOR CONDITION TRENDING & MONITORING
The AT7™ empowers technicians to efficiently and accurately evaluate AC motors for abnormalities such as open connection, ground faults, internal winding faults, stator winding issues, contamination and rotor faults. Use the AT7 whether you are in the field or on the shop floor – improving motor reliability, increasing technician and asset productivity, and reducing energy consumption.
Initiated from the motor drive or motor starter, Motor Circuit Analysis™ evaluates the health of a motor in a non-destructive manner.
Condition Monitoring
Using proprietary TVS Technology, the AT7 allows users to conduct one simple, 3 minute test to create an overall ‘machine health’ condition to be trended over time. Deviations and/or fluctuations in the machine health value indicates a motor problem to be troubleshooted further.
Data can be transferred to a PC with MCA Software, for trending purposes, analysis, and generating reports.
“We use a lot of sophisticated diagnostic tools like vibration, current signature, and other FFT-based analysis systems. When quality test or troubleshooting a motor, ATP is an important part of our ‘final say’. It enables us to pinpoint the problem, and it has always been right.”
– Peter, Reliability Engineering Manager, Entergy
Issue | Meg-ohm Meter | Multimeter | AT7 |
Ground Faults |
|
|
|
Internal Winding Faults |
|
|
|
Open Connection |
|
|
|
Rotor Faults |
|
|
|
Contamination |
|
|
|
USES FOR THE AT7™
Troubleshooting electric motors has never been easier. Test every AC motor type and evaluate the electrical health of motors by assessing their stator wings, rotors, cables and other components.
The AT7™ uses our patented Stator and Rotor Signatures™ to test squirrel-cage rotors and stators with a single assessment. Diagnose common fault type with Test Value Static™ (TVS™), which provides a sum calculated from a 3-phase MCA static assessment.
Easily detect even the most subtle imbalances in any motor — long before your motors fail as a result of preventable issues.
Training
ALL-TEST Pro provides on-site and virtual comprehensive learning experiences that incorporate theory, new technologies, and practical field applications to educate attendees in the scope of motor diagnostics and comprehensive testing, including Motor Circuit Analysis™ (MCA™) and Electrical Signature Analysis (ESA).