 How to troubleshoot Mitsubishi servo drive alarms?

How to troubleshoot Mitsubishi servo drive alarms?

Mitsubishi servo drive alarm, how to troubleshoot? It can detect whether there is a display, phase loss, overvoltage, black screen, blue screen, etc., and whether the module is damaged. The editor below will introduce to you the Mitsubishi servo driver alarm, how to troubleshoot it?

Servo drive failure: display, phase loss, overcurrent, overvoltage, undervoltage, overheating, overload, grounding, parameter error, display but no output, module damage, error. The screen has no display, the screen does not light up, black screen, blue screen, blurry screen, etc. Draw the control characteristics of the two situations below the fundamental frequency and above the fundamental frequency together, as shown in the figure below. Vector control, also called field oriented control 2) Cascade speed regulation: The cascade speed regulation of the wound rotor asynchronous motor is to It is an economical and efficient speed regulation that utilizes slip power. What changes the slip is to insert different resistors in series with the mechanical characteristics of different slopes in the rotor loop to achieve speed adjustment. Frequency converter instructions, frequency converter fault codes, Inverter fault. In addition, it has a speed regulator, which uses speed feedback to form a closed-loop control. The static error of the speed is small. When the power is turned on, the inverter does not accept starting. After the self-check is completed, the inverter reports an OC fault. AC variable frequency speed regulation is an asynchronous motor. Promising speed regulation. Frequency converter and servo drive faults mainly include no display, phase loss, overcurrent, overvoltage, undervoltage, overheating, overload, grounding, parameter errors, display but no output, module damage, and error reporting. The screen has no display, the screen does not light up, black screen, blue screen, blurry screen, etc.