PH-1-90M

Specialized Sensors have been used in various industrial fields to detect and measure the basic physical quantities of the detection element. PH-1-90M is one of the popular specialized sensors that has been widely used in industry, especially in the water conservancy application field. This article will discuss its application field and working principle.

The PH-1-90M is a specialized sensor which is mainly used in the field of water conservancy, it can accurately detect the pH, temperature, suspended solids, turbidity, conductivity and other parameters of the water environment, thus helps people to better understand the water environment quality. With its high accuracy and reliable performance. The PH-1-90M has become the most popular choice for water quality monitoring. Besides that, this specialized sensor can also be applicable in other industries, such as hydrogen sulfide and ammonia monitoring in environmental process.

The core of the PH-1-90M is the internal electrochemical electrode, it contains measuring chips, electrodes, reference electrodes, data acquisition, temperature sensors, waterproof isolation materials and other components. In the process of actual measurement, the targeted physical parameter can be converted into an electrical signal which can be displayed through the display side of the monitor. The voltage of the measured parameters is downloaded in real time, and its accuracy and response speed have met the requirements of the current water quality monitoring.

When a physical parameter is measured by a specialized sensor such as PH-1-90M, the voltage signal generated by the electrochemical electrode must be transferred to the signal conditioning system and converted to a standard electrical signal before it can be read and used. The signal conditioning process generally includes two aspects. The first is to amplify the voltage signal, and the second is to separate the interference signals that are not related to measuring, such as the power frequency interference of lighting in the working environment and the signal superposition of the measuring device itself.

After the signal conditioning, the signal is sent to the data processor. The processor receives and feeds back the data after comparing, judging, and recording. Then the measuring results can be displayed on the monitor after rebooting. In order to make it easier for people to judge and analyze the actual measured data, the monitoring system of the PH-1-90M also provides warning alarm, remote control, automatic data acquisition, data transmission, remote communication and other functions, which can help people better understand the change of water quality and assist the automation and informatization of the industry.

In conclusion, the PH-1-90M has many uses and applications. It has been widely used in engineering projects such as water quality monitoring and environmental protection. Through its high accuracy and fast response time, more and more engineers are starting to understand the complexity of water environment, and make corresponding measures to protect and monitor water environment.