The Motor Comprehensive Test System is an intelligent industrial test bench designed to meet the needs of motor manufacturing and service applications.

Covering a broad range of motor types and specifications, it supports testing of AC motors, DC motors, and variable frequency motors from low power levels to large-scale motors up to 10 MW. Equipped with automated measurement, multi-channel acquisition, and reliable industrial control technology, it delivers accurate performance evaluation throughout the motor lifecycle.

1. Precision Multi-Channel Current Detection

   Adopts high-performance measurement technology to monitor three-phase current changes accurately and evaluate electrical stress and heating characteristics during testing.

2. Automatic Testing with Minimal Operation

   Streamlined software control enables one-click testing processes, reducing manual mistakes and improving overall production efficiency.

3. All-in-One Hardware Software Design

   Integrates industrial control units, acquisition modules, measurement components, and analysis platforms to create a complete motor testing environment.

4. Intelligent Results Evaluation System

   Provides automatic data calculation, graphical trend display, waveform inspection, storage management, and customized test reports.

5. Universal Testing Capability

   Designed for different motor categories and power levels, supporting applications from low-voltage motors to high-voltage drive systems up to 10 kV.

1. What applications does the Motor Comprehensive Test System support?

It is mainly used for comprehensive motor performance testing, troubleshooting, and quality verification in manufacturing plants and maintenance facilities.

2. What is the applicable motor capacity range?

The system supports motors with rated capacities from 0 kW to 10,000 kW and voltage ratings up to 10 kV.

3. What technologies are used for precise measurement?

The system integrates multi-channel acquisition and real-time monitoring technology to measure three-phase currents and evaluate operating condition changes accurately.

4. What makes the system highly efficient?

Its intelligent automation functions reduce manual testing procedures, improve workflow efficiency, and provide repeatable test results.

5. Can users export and manage testing records?

Yes. The integrated control software enables automatic data recording, waveform saving, report generation, and printing of final test results.