In the development process of liquid level instruments, with the increasing demand for various industrial production, magnetic flap liquid level meters are required to achieve remote transmission function in addition to local display function, and the liquid level height can be transmitted to the terminal control system. This facilitates centralized control and also facilitates manual maintenance. So how does the magnetic flap level gauge achieve remote transmission function? Today, the editor will come and chat with everyone!

　　1. Sensor interface and signal converter: Connect the magnetic flap level gauge to a sensor interface, which converts the signals generated by the sensor into digital or analog signals for further processing and transmission.

　　2. Signal amplifier and filter: Sometimes, the signal obtained from the sensor may be relatively weak or noisy. Before transmission, signal amplifiers are usually used to enhance the signal and filters are used to reduce the impact of noise.

　　3. Data collection and processing unit: The data collection unit connected to the sensor interface is responsible for obtaining data from the sensor, processing, organizing, and storing it for subsequent transmission.

　　4. Remote communication module: This is a key component for achieving remote transmission. It can be a communication module or communication signal, depending on the actual application scenario.

　　5. Data transmission protocol: In order to ensure the reliable transmission of data, it is necessary to define a suitable data transmission protocol between the remote communication module and the receiving end to ensure the integrity and accuracy of the data.

　　6. Receiver: The remote receiver can be a computer, control system, or a specialized monitoring device that can receive data from remote sensors and process, record, or display it as needed.

　　Overall, the implementation of remote transmission function involves converting, amplifying, processing the signal of the magnetic flap level gauge, and then transmitting the data to the remote receiving end through appropriate communication modules.