Test I Go is an advanced Motor Current Signature Analysis (MCSA) instrument developed for predictive maintenance of electric motors and motor-driven systems. It evaluates motor performance while the equipment remains in operation, allowing maintenance teams to detect electrical and mechanical faults quickly without interrupting production.
The system analyzes three-phase voltage, current, power quality, harmonic distortion, motor efficiency, rotor condition, torque, load, and power factor. It also integrates 6-channel mechanical vibration analysis, providing a complete diagnostic platform for identifying root causes, reducing downtime, improving energy efficiency, and optimizing maintenance decisions.
Test I Go combines advanced Motor Current Signature Analysis (MCSA) with powerful predictive maintenance capabilities to evaluate motor health, power quality, electrical performance, and mechanical condition—all while the motor remains in operation.
Detect electrical and mechanical motor faults without interrupting production.
Portable battery-operated tester designed for fast on-site motor diagnostics.
Measure voltage, current, harmonics, imbalance and power factor in real time.
Analyze motors while they are operating without shutting down production.
Combines MCSA with optional 6-channel vibration analysis in one platform.
Save, recall and compare historical motor test data for predictive maintenance.
Generate maintenance reports quickly using standard database file formats.
Evaluate motor efficiency, load conditions and identify opportunities to reduce energy costs.
Test I Go is engineered for comprehensive motor condition monitoring, electrical fault detection, power quality analysis, and predictive maintenance across industries that rely on electric motor-driven equipment.
Perform motor testing directly from MCC panels without interrupting production.
Monitor production motors, pumps, compressors and conveyor systems.
Evaluate critical electric motors and process equipment for early fault detection.
Analyze motor performance, loading conditions and energy efficiency.
Identify power quality issues and estimate energy savings across motor systems.
Perfect for reliability engineers, electrical maintenance teams and field service professionals.
Advanced MCSA technology identifies electrical and mechanical motor faults.
Analyze voltage, current, harmonics, imbalance and power factor in real time.
Measure motor efficiency, service factor, torque and loading conditions.
Integrated mechanical vibration analysis eliminates the need for separate instruments.
Complete motor diagnostics in approximately 30 seconds while equipment is running.
Store, recall and compare previous inspections for predictive maintenance planning.
Create detailed reports using common database formats for maintenance documentation.
Differentiate electrical faults from mechanical problems with confidence.
Detect electrical and mechanical motor problems before they become costly failures. Test I Go combines advanced Motor Current Signature Analysis, power quality evaluation, and optional vibration analysis to help maintenance teams improve equipment reliability, reduce downtime, increase energy efficiency, and make smarter predictive maintenance decisions.
