Most consumers are relatively unfamiliar with the dual wavelength pyrometer. After all, there are fewer opportunities to use this type of instrument in daily life. The trustworthy dual wavelength pyrometer can give consumers a better buying experience in terms of functionality and price. In addition to considering the quality of the instrument itself, choosing a good dual-wavelength thermometer is also an aspect that consumers value. Next, the editor will lead you to learn about the auxiliary measures when the dual wavelength pyrometer is running, so as to improve the accuracy of the data.

1. Complete the measurement within the range covered by the instrument

The dual wavelength pyrometer can cover different measurement ranges according to its own model. Therefore, the distance to the object is an important indicator that affects the measurement results of the instrument. From this, the first auxiliary measure is the comparison instrument. Whether the distance between the coverage area and the location of the object matches, if not equipped, it needs to be adjusted accordingly.

2. Use other tools to show clear wavelengths

The dual wavelength pyrometer mainly relies on infrared scanning of the surface of the object. The resulting wavelength cannot be blocked by other objects. If the field of vision between the two is not open enough, the surrounding environment should be cleaned in time, if it is exposed to light. The impact of this can use other lighting tools to form a good visual environment.

3. Adjust the angle to reach the level of one-to-one correspondence between both parties

The dual wavelength pyrometer will use the display screen to show the increase and decrease of data. If the user wants to obtain high-precision measurement data, the center point of the display screen and the center point of the object must have a one-to-correspondence relationship. Dislocations or large deviations between each other will affect the measurement data to varying degrees.

The operating effect of the dual-wavelength thermometer is directly connected with its function and status. The three auxiliary measures mentioned above help to reduce the measurement error to a lower level, although only the angle between the two Debugging and coverage measurement, but these measures are sufficient to bring the instrument's function to a higher level.

Wuhan Dikai Optoelectronics Technology Co., Ltd. is a manufacturer of dual wavelength pyrometer and a high-tech enterprise specializing in the research and development and market expansion of infrared temperature measuring instruments. Over the years, Dikai’s product sales have maintained a relatively high average growth rate and have formed a good supply and sales business network. With excellent product quality, rich product categories, perfect service management, and considerate system technical support, Dikai’s products and brand have been praised by customers, and have achieved an important position in the industry, becoming China’s infrared temperature measuring instrument One of the important suppliers.