– Hello, welcome to other Haas day tips-off. This is our second examination troubleshooting video. Let’s go through a few today More troubleshooting tips-off thanks to which you will become sounding professionals. In our first video we deal with the most common root causes of probe questions. Things like low-spirited batteries, probe calibration and probe macros. Today we will deal with others things that can help us work with examinations, and we’ll show you how to fix them. When supplanting casks in probes remember that not all artilleries are created equal. Make sure you use the type and brand artilleries that are recommended by Renishaw. Not all brands of artilleries are for Haas probes suited. If you implant the wrong procreate or kind into your examination artillery, it may not simply work. Now I’ve replaced the artilleries in the examination, and it’s time to placed it back in the shaft, but I don’t remember how it was inserted, when I took it out. At this object, Renishaw recommends to set the probe tip-off to two and a half microns. That’s only ten thousandths of an inch. In this case, if the examination extends and slips in, in the opposite direction, this will not affect our accuracy. If you switch machines between inch and metric mode, be sure to recalibrate the probe. If you is not recalibrate the probe, the invention triggers an alarm, to inform you to recalibrate. All probe calibration qualities is presented in the domination as a macro variable. If we reset all our world macro variables, we simply lose the calibration. If you did , nothing happens, simply continued and recalibrate the examinations. At the same time, if you reset all tool length displacements, you too reset appropriate tools section counterbalance jibe examination. Let’s move on to Next Gen control, which has a brand-new run, technique of implement portion transformation care on the shaft probe. All “youve got to” do is look for the type of tool spend on the shaft as probe form seven. If we pulp this button and the down arrow, delete the probe transformation, and make this selection, all tool length counterbalances are reset, and at the same time the shaft probe dislocation is protected. It’s a good boast. Now is a problem with the probe that it can do likely to occur at the same time. I positioned the aluminum core into the vice seven and a half inches in diameter. All I want to do is test the center and write the counterbalance ethic, hence I go to the shift page, follow the instructions on the screen, fill in all spaces, but when I run the repetition, the probe does not work as it should. She focused on a few stages and then set off the alarm. Probe failure, what is it? This means we have to replace the probe merit thousands of dollars? No. The beginning cause is basically banal. This meant that when I pulped the light-green button, I wasn’t close enough to the center of the part. To correct this, we simply use it scale and permanent correct. We find a better approximate value the middle-of-the-road of this section. I move the probe over it. We will flow the cycles/second again and see if our trouble has been solved. That seems to be fine. It went over the part where the collapse occurred last epoch. And it is done. It was rewritten according to my shift, and the one thing “we ii” had to do to avoid triggering the alarm, is to identify a better approximation of the starting point. If you go to your machine, and you don’t know what tool figure the shaft probe has, you will find it very easily. Just look at the sheet with macro variables, and look at macro variable 560. Contains the shaft probe tool figure. Right now, this manoeuvre is set up as Tool 10. If we wanted to set the shaft probe as Tool 24, we can do it quite easily. All we have to do is extend the shaft probe, place it into the device as Tool 24 and recalibrate. The insure updates macro variable 560 automatically during calibration. We are back in our demo area. We’ll give you one more tip, something you should know when working with the examination. All these tips are related to troubleshoot your wireless organization. The key word is wireless. Our table probes and our rod examinations communicate with our OMI, our interface, exerting an infrared arrangement. The signal is on the aiming axis, which means that our table examinations and rod examinations must be able to find an OMI so that they can communicate with it. If anything gets in their practice, the signal are likely to be blocked and we will have difficulties. We will now address the most common cause why these interventions occur, and sometimes it’s just something like uncleaned glass on our examinations and our OMI. In situations of the counter probe, we have a few simple solutions. We keep moving the examinations from one surface of the counter on the other hand, if it solves the problem for us. If the table probe is too low, too close to the table, we sell a lifting block, thanks to which we get more opening, and the signal may get in front of such a device. Once you’re done, do not forget to recalibrate the table probe. In situations of the shaft probe, it is a bit more difficult. You exactly have to make sure that the clamping manoeuvres and the revolve maneuvers are in place, where the signal is not blocked. In the worst, you can buy for examination shaft to buy longer tips-off. If your difficulty is only converged refrigerant that accrues on your OMIs and probes it’s also simple. Simply take a clean, soft cloth and mop the windows, It’s something you are able to do regularly. So, these are today’s troubleshooting gratuities for the examination. In today’s bonus material we have prepared great things for you, take a look at them. 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