what is a 2 color pyrometer factory? A. One color pyrometer is a color indicator and the other one is a pyroelectric sensor. A pyroelectric sensor fires at the same time, in the same direction. You could say there is no difference between them. This is also why all the different color pyrometers are very similar. The reason, is because the pyroelectric sensor fires in the same direction, the light is the same. You can use a 1 color pyrometer and a 2 color pyrometer. If you are measuring and taking a measuring you are using a combination of a 1 color pyroelectric sensor, and an 1 color pyroelectric gauge. 2 color pyrometer factory is very similar to a 1 color pyroelectric gauge. We use a combination of both the 1 color pyroelectric sensor, and an even 1 color pyroelectric gauge. The pyroelectric sensor only fire in the same direction.

Application of 2 color pyrometer factory and water solution to sample was made at 15 ° C.ResultsFigure 1.2 summarizes the results of measurement of 2 color pyrometer factory. As expected, the samples with higher color pyrometer were found in the area of the green and blue light intensity. The blue signal in our experiment was stronger than those of other studies [24]. We could not compare the intensity of the blue (10–50 mW) with the color of the sky that we measured with a red laser, as they are slightly different. However, it can be said that the difference in intensity is less than 50%, and can be attributed to the different types of sources producing the light.Figure 1.2. The intensity of the pyrometer when illuminated using red light, using our 1,000 mW laserColor Analysis of 2 color Pyrometer  factory and Sky.

Differences between 2 color pyrometers factory and other pyrometers Unlike most other pyrometers, the 2 colorPyro system has a high precision. To read a test value of 1.4NUM, a pyrometer needs to perform 10NUM00 measurements before arriving at the desired value. A number at this level gives a very high resolution (2000NUM to 32000NUM) and can be used to resolve small scale phenomena like the color of fire (more details available below). At high numbers this can become a problem for colorist and microscopist, with even the resolution of a high precision (1600NUM-32000NUM) not being enough to tell good from very good details in fire. A number lower than 1.4NUM (depending on the range of values) allows a better interpretation of details in fire with less resolution (less likely to show "white streaks" and/or "blackspots" since these are highly discontinuous).