The Motor Comprehensive Performance Test Bench is primarily used to test the input voltage, input current (AC/DC), input electrical power, power factor (AC), output torque (starting torque, rated torque, etc.), output speed, output power; efficiency; temperature rise, vibration, noise, etc. It can conduct type tests and factory tests to evaluate the comprehensive performance of motors, providing accurate parameter references for motor research and development, production, maintenance, and field applications. The Motor Comprehensive Performance Test Bench can test various types of asynchronous motors, synchronous motors, permanent magnet motors, AC motors, DC motors, and new energy motors.

This type of motor test bench is primarily composed of the motor under test, torque-speed sensors, simulated loads (magnetic powder brakes, eddy current brakes, hysteresis brakes, motors, etc.), the test platform, clamping fixtures, measurement and control systems (data collectors, software, etc.), and electrical control systems.

The testing process can be manually or automatically loaded, with test results generating customized reports, charts, etc. Process data can be saved as Word, Excel, or PDF files, and can be edited, printed, etc. The test system interface is simple, with easy upgrades and maintenance. The company offers free training for operators, providing guidance on usage and maintenance.

Users can select test items based on specific requirements:

◇ No-load Test (Calculating the unbalanced degree of three-phase current)

◇ Load Test

Efficiency Test

◇ Locked-rotor test

Thermal Rise Test (vibration, noise, etc.)

Direct Current Resistance Measurement (Calculating Three-Phase Resistance Imbalance)

Insulation Resistance Measurement

Power frequency withstand voltage test