Kokios yra svarbiausios lazerinės derinimo sistemos matavimo dalys? Yra keturios dalys, apie kurias turėtumėte žinoti: lazerinis siųstuvas, detektorius, laikikliai ir programinė įranga / ekranas.
Laser Transmitter
Pirmosios, apsvarstykite lazerinį siųstuvą. Nors tai gali atrodyti paprasta, a lot of hours went into its design so that it’s stable and precise. Design can vary, žinoma, but basically you need and want a stable and aligned laser beam which is used as the reference for measurement. You want to trust that the transmitter was installed in a stable manner, per daug.
Detector
Kitas, consider the detector, which reads off the position of the laser beam on its surface. There are detectors that read in two dimensions/axes (at the same time) as well as single-axis units. When you have a larger surface for a detector, you have a larger measurement range.
Brackets
Thirdly, consider the brackets. These ensure that measurements can be taken correctly since transmitters (and receivers) are installed in a stable manner. Installed on measurement objects, you can trust that you get correct measurement values.
Software Display Unit
Pagaliau, consider the software/display unit. Software runs the laser alignment system (it’s like its brain) while the display unit shows users the measurements taken and helps them figure out proper alignment thanks to displayed data. vis dėlto, the point of using laser alignment systems is to ensure perfect alignment, which ultimately saves a company time and money.
Seiffert Industrial sells high-quality, top-notch laser alignment tools. See what’s available, čia.
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