Comprehensive Evaluation of Inverter Motors
Save R&D time and resources by measuring the voltage, torque, rotation, frequency, slip, motor output and electric angle required for motor analysis all with a single power analyzer.
Using the PW3390, you can measure all necessary data for inverter motor analysis simultaneously and collect data and evaluate characteristics at the industry's fastest speed of 50 ms. A-phase and Z-phase pulse inputs for an incremental encoder are built-in to detect and measure the home position of a motor more accurately and simply so that the electric angle that is important for motor analysis can be identified more accurately. Furthermore, analyze 0.5 Hz to 5 kHz harmonics without using an external clock for added convenience and accuracy.
Learn more about the PW3390 Power Analyzer.
Save R&D time and resources by measuring the voltage, torque, rotation, frequency, slip, motor output and electric angle required for motor analysis all with a single power analyzer.
Using the PW3390, you can measure all necessary data for inverter motor analysis simultaneously and collect data and evaluate characteristics at the industry's fastest speed of 50 ms. A-phase and Z-phase pulse inputs for an incremental encoder are built-in to detect and measure the home position of a motor more accurately and simply so that the electric angle that is important for motor analysis can be identified more accurately. Furthermore, analyze 0.5 Hz to 5 kHz harmonics without using an external clock for added convenience and accuracy.
Learn more about the PW3390 Power Analyzer.
US 12607 
GB 10050 
CA 8300 
AU 7755 
IE 4543 
BR 2416 
NZ 2285 
SG 918 
