Temperature and humidity monitoring in the field of wired and wireless transmission temperature and humidity measurement and the advantages and disadvantages of temperature and humidity monitoring in the environment, the more widely used is through the use of sensors to measure, the data transmission and display when the sensor measurement can also be these temperature and humidity recorder Divided into two kinds, wired transmission and wireless transmission, the following to simply understand the difference between the two, as well as the use of the area.
The representative of the wired transmission type sensor measurement is a temperature and humidity monitor. This type of sensor is an integrated temperature and humidity sensor. When the measurement is performed, the data display mode is directly displayed and viewed on the host computer, and the data transmission is performed at the same time. When transmitted via wired mode. One operation in the temperature and humidity monitor is to set the interval first, and the instrument can automatically record data according to the set interval. After the data collection is complete, the data can be sent to the computer. The software will automatically generate curve graphs that can be printed and processed. This ensures the real-time nature of the data and allows us to see the changes in the data.
Wireless transmission of this kind of sensor in the measurement, the data is not displayed, but the results of wireless detection methods uploaded to the computer for analysis, this transmission method has a drawback: wireless transmission is sometimes unstable There may be short-term interruptions or transmission failures. Such transmission interruptions are generally calculated in milliseconds or seconds. If the result of the measurement requires real-time performance, a wired transmission sensor is used for measurement. The wireless sensor measurement method can be used in a large-scale pharmaceutical logistics center, mainly because there is no need for 100% detection of temperature and humidity. real time.
Both sensors have their own measurement field, but in the process of use, it is necessary to pay attention to the maintenance of the instrument. Regular maintenance not only ensures the accuracy of the measurement results, but also can prolong the service life of the instrument.
The representative of the wired transmission type sensor measurement is a temperature and humidity monitor. This type of sensor is an integrated temperature and humidity sensor. When the measurement is performed, the data display mode is directly displayed and viewed on the host computer, and the data transmission is performed at the same time. When transmitted via wired mode. One operation in the temperature and humidity monitor is to set the interval first, and the instrument can automatically record data according to the set interval. After the data collection is complete, the data can be sent to the computer. The software will automatically generate curve graphs that can be printed and processed. This ensures the real-time nature of the data and allows us to see the changes in the data.
Wireless transmission of this kind of sensor in the measurement, the data is not displayed, but the results of wireless detection methods uploaded to the computer for analysis, this transmission method has a drawback: wireless transmission is sometimes unstable There may be short-term interruptions or transmission failures. Such transmission interruptions are generally calculated in milliseconds or seconds. If the result of the measurement requires real-time performance, a wired transmission sensor is used for measurement. The wireless sensor measurement method can be used in a large-scale pharmaceutical logistics center, mainly because there is no need for 100% detection of temperature and humidity. real time.
Both sensors have their own measurement field, but in the process of use, it is necessary to pay attention to the maintenance of the instrument. Regular maintenance not only ensures the accuracy of the measurement results, but also can prolong the service life of the instrument.