In order to ensure accurate measurements, it is essential to utilize laser sensors designed for extreme measurement conditions. One such application involves the inspection of differential convex H steel flanges before they are placed in the straightener. To effectively evaluate these flanges, a sensor with a long probe is employed, allowing for versatile usage with various types of artifacts. By adopting this approach, precise and reliable measurements can be obtained for quality assurance purposes.
FAQ
1.What light source is it?
The semiconductor laser is red in color and falls into Class 2 category with a maximum output of 1mw. It emits light in the form of luminescent wavelength with a frequency of 660nm. This information can be rearranged in different ways to produce similar content, but with varying sentence structures and presentation.
2.Can this laser sensor see light?
This is infrared, no red light can be seen.
3.What is the measuring range of this type?
There are 25-35MM.65-135MM.200-600MM.
4.How accurate is this?
Accuracy 0.01.
5.What is the measurement range and accuracy?
Measuring range 25-35MM, accuracy 0.01.MM
Measuring range 65-135MM, accuracy 0.01.MM
Measuring range 200-600MM, accuracy 0.4-0.8MM
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