Product Overview
The Motor Comprehensive Test System is an advanced, industrial-grade testing solution designed for factory production inspection, quality assurance, and post-maintenance testing of various electric motors.
Engineered for extreme performance and precision, this test bench supports AC motors, DC motors, and variable frequency motors across a wide capacity range from 0 to 10,000 kW and voltage classes from 0 to 10 kV. Featuring multi-channel capabilities, automated data acquisition, and robust industrial control, the system streamlines your motor testing workflow while maintaining top-tier measurement accuracy.
Feature
- Precise Three-Phase Measurement
- High Degree of Automation
- Integrated Hardware & Software Ecosystem
- Automated Data Processing & Report Generation
- Wide Voltage & Capacity Coverage
Technical Specifications
| Feature / Parameter |
Specification / Details |
| Compatible Motor Types |
AC Motors, DC Motors, Variable Frequency Motors |
| Motor Capacity Range |
0 kW – 10,000 kW |
| Voltage Class |
0 kV – 10 kV |
| Control Unit |
Industrial PC with Custom Operating & Display Software |
| Core Functions |
Multi-channel data acquisition, Real-time three-phase monitoring, Automatic report generation, Waveform storage & printing |
| System Modules |
Power Supply Unit, Control Panel, Sensors, Signal Conditioning, Data Acquisition Hardware & Numerical Software |
| Application Scenarios |
Post-production factory testing, Motor overhaul & maintenance, Quality inspection |
FAQ
1. What is the main application of the Motor Comprehensive Test System?
The system is designed for various operational and diagnostic tests on motors following production or maintenance. It is suitable for testing AC motors, DC motors, and variable frequency motors.
2.What are the capacity and voltage range limits for tested motors?
Capacity range: 0 to 10000 kW； Voltage class:0 to 10Kv
3.How does the system ensure high-precision measurements?
The system features multi-channel, multi-function capabilities. Specifically, it can accurately monitor three-phase currents simultaneously and capture the impact of real-time current changes on the equipment.
4.What are the main benefits of the system's high automation level?
Automation significantly reduces manual operation errors and labor intensity, which dramatically improves overall testing efficiency and consistency.
5.Can the test results and waveforms be saved and printed?
Yes. Integrated software allows for automated test report generation, as well as waveform and measurement result storage and printing.
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