For the problems of ck6150cnc machining center, there are a variety of test methods to choose from, but they can generally be divided into two categories: one is to test their system, in this case the best detection method is immediately after the cnc machine tool has a problem Turn off the power, and then restart the machine to determine whether the fault disappears. In continuous operation or due to external forces, the failure of the cnc system cannot work properly. This is one of the biggest problems in actual use.
In CK6150CNC machining center manufacturer's product inspection, it is also a more commonly used measurement and diagnosis method. This method is used to eliminate the number of applications of machining center hardware inspection, mainly for machining center hardware inspection, especially during the actual testing of equipment. Use hardware components more often, such as the need to use a multimeter in the inspection, and then use other machining center equipment. Taking the simplest example as an example, in the actual fault detection process, the three-phase power supply of the CNC system can be detected by the phase sequencer, and through this measurement, it can be understood whether there is a problem in the line.
In addition to the above detection methods, many teachers with extensive experience in machining center maintenance are accustomed to adopting the principle analysis method. It can be said that the principle analysis method of fault detection works best, but this method is not available to every maintenance personnel. Master, because this detection method needs to detect people have rich experience in the actual detection process, according to their own experience and understanding of the components of the machining center, and then analyze the problem according to the principle of the components of the machining center, usually through reverse reasoning To detect the faults of the equipment during use, that is, to determine the abnormal problems that occur in the components of the processing center through this abnormal performance, to understand the reasons for the sudden occurrence of the fault, that is, the odor or abnormal sound, and then according to the components of the processing center The principle is analyzed, and the cause of the problem is analyzed. For example, when using CNC lathes to process spiral teeth, this time can be analyzed and judged according to the basic principles of the data control system. The fault is generally caused by the problem of the rotary encoder. As long as the rotary encoder is detected, it will be found for the first time. The problem, if it is not the problem of this part, then only the cause of the signal loss can be found on the machine tool. Generally speaking, this method of troubleshooting depends more on the experienced testers, the experienced testers, the principle of the equipment is thoroughly understood, and then the detection time will be faster and the effect will be more ideal.
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