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What are the advantages of smart temperature and humidity sensors compared with ordinary temperature and humidity sensors?

by:Rika Sensors     2021-09-19
What are the advantages of smart temperature and humidity sensors compared with ordinary temperature and humidity sensors?
Sensors, communications, and computers are known as the three pillars of modern information systems. They are currently the high and new technology developed by developed countries. Sensor technology involves a wide range of knowledge fields, and its research and development are also increasing. Closely connected with the development of other disciplines and technologies. Counting from the beginning of the last century, the development of sensors has been divided into three stages:

The first stage began in the 1950s when structural sensors appeared, which used structural parameter changes to sense and transform signals.

The second stage began in the 1970s, and solid-state sensors were gradually developed. This type of sensor is composed of solid components such as semiconductors, dielectrics, and magnetic materials. The thermoelectric effect and Hall effect of the material are used to make thermocouple sensors and Hall sensors respectively.

The third stage began at the end of the 20th century, when smart sensors appeared and developed rapidly. It is the product of the combination of computer technology and detection technology. It can perform certain detection, self-diagnosis, data processing, and self-adaptive capabilities on external information. It is the mainstream of current sensors.

The popularity of smart sensors has greatly facilitated our lives and promoted the development and progress of industries such as the manufacturing industry and industrial electronics. Compared with ordinary sensors, what are the specific advantages of smart sensors? Let’s take temperature and humidity sensors as an example to talk about the differences and advantages of smart temperature and humidity sensors and ordinary temperature and humidity sensors:

1. Accurate measurement and control play a role in ensuring product quality, improving production efficiency, saving energy, and production safety.

2, the intelligent temperature and humidity sensor can automatically alarm, when the measured value exceeds the upper limit alarm value, the temperature and humidity monitoring equipment will automatically alarm. In addition, you can use your mobile phone to remotely query the temperature and humidity values u200bu200bin real time, making it easy to realize unattended operation. However, ordinary temperature and humidity sensors can only monitor, and whether the data exceeds the standard depends on manual checking, which is time-consuming and labor-intensive.

3. The housing of the intelligent temperature and humidity sensor has good waterproof and anti-condensation performance, and can work normally in harsh environments without being affected.

4. Ordinary temperature and humidity sensors can only be used to measure temperature and humidity, while smart temperature and humidity sensors can be integrated with other smart sensors to form an environmental monitoring system, monitor and upload data to the environmental monitoring platform, and view environmental items in real time anytime, anywhere Data helps managers to take effective measures in a timely manner to ensure the interests of the enterprise.

Intelligent temperature and humidity sensors can be widely used in various environments for temperature and humidity measurement. In order to match the temperature and humidity monitoring in different environments, the intelligent temperature and humidity sensor can be configured with different housings, probes and functions according to needs, providing users with multiple choices. At the same time, the intelligent temperature and humidity sensor also has the characteristics of good long-term stability, low drift; high measurement accuracy, strong interchangeability; wide application field, high corrosion resistance and so on.

Smart sensors under the current technological level are developing towards microminiaturization, multifunction and networking. In the future, with the continuous development and advancement of various technologies, information theories and data analysis algorithms, future sensors will become more miniaturized, intelligent, multifunctional and integrated, and we look forward to the arrival of the smart sensor 4.0 era.

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