e-Motor analysis
Electric motors are made up of a variety of components whose interaction and quality are critical to the motor’s performance. The diversity of these components and their interdependencies is matched by the wide range of test methods used by QA engineers and designers to gain deep insight into the world of an electric motor.
The analysis of electric motors requires an in-depth understanding of the interrelationships between data acquisition, motor control, test sequence automation and result evaluation. imx motor test benches extract the desired insights from electric motors with a high degree of automation and efficiency.
imx test benches are the foundation on which hundreds of motor developers successfully work. They support quality assurance and are the benchmark for leading companies in their industry.
Reliable. Easy. Fast.
imx Solutions e-motor test types
imx’s motor tests serve a variety of purposes. They can characterize an electric motor in its future operating environment, provide information about its performance, and allow conclusions to be drawn about the interaction of individual components.
They provide in-depth insight into the structure of a motor, provide important parameters, and reveal the condition of components.
Load-free Parameter Identification (imx PI)
Load-free Parameter Identification (imx PI) for DC and BLDC/EC motors occupies a special position in terms of knowledge acquisition. Two types of tests that dynamically identify an electric motor with a high level of test depth, without the aid of external loads.
This is a true must-have for any quality assurance professional, as there is no more efficient and cost-effective way to comprehensively test the performance of electric motors.
