The Motor Performance & Comprehensive Test System is a centralized testing solution for verifying the electrical characteristics, operating behavior, thermal performance, and mechanical performance of motors.
Developed for applications ranging from routine production inspection to high-power laboratory testing, the system combines motor power supply, measurement, loading, sensing, data acquisition and software control into a coordinated test environment.
Power Supply System
Provides the required test power for different motor test stages.
Measurement System
Measures electrical parameters and receives signals from connected sensors.
Load Equipment
Provides controlled mechanical loading for motor performance testing.
Temperature Acquisition Unit
Collects temperature data from designated measurement points.
Torque & Speed Measurement
Provides mechanical performance data during operation.
Control Cabinet
Integrates control, protection, measurement and communication components.
Test Software
Coordinates test procedures, data acquisition, processing and reporting.
Motor Manufacturing
Production inspection and final quality verification.
Motor R&D
Performance characterization and development testing.
Electrical Equipment Laboratories
Comprehensive motor electrical and performance evaluation.
High-Power Motor Testing
Load and operating tests for large industrial motors.
Quality Inspection Centers
Standardized testing and test-data documentation.
University & Research Laboratories
Motor characteristic measurement and experimental research.
Q:What types of motors can be tested?
The system can be configured for AC, DC and variable-frequency motors, including industrial and high-voltage motors.
Q:Can it combine electrical and mechanical testing?
Yes. Electrical measurements can be combined with load, torque, speed, vibration and temperature measurements.
Q:Can it test a high-voltage motor?
Yes. The system can be configured for motor voltages up to 10 kV, depending on the complete test configuration.
Q;Can it test large motors?
Yes. The system can be designed for motor ratings up to 10,000 kW according to the required test conditions.
Q:What is the maximum load capacity?
A corresponding configuration can provide up to 400 kW actual load testing capability.