Hydraulic technology has been widely used in a variety of mechanical equipment, the hydraulic oil station is an important part of the hydraulic system, and its working condition directly affects the operating efficiency and stability of the entire hydraulic system. Therefore, the accurate measurement of the hydraulic oil station is particularly important.
The measurement of the hydraulic oil station mainly includes the measurement of oil level, oil temperature, oil pressure, and other parameters. Among them, the measurement of oil level is the most critical link, because the level of oil is directly related to the supply of hydraulic oil, which in turn affects the working pressure and operating efficiency of the hydraulic system.
However, due to the characteristics of the hydraulic oil and the working environment of the hydraulic oil station, the measurement of the oil level becomes very difficult.
Hydraulic oil is a non-conductive liquid and cannot be measured directly through electrodes like water or other liquids. In addition, hydraulic oil stations are usually in a high-pressure, high-temperature, dusty environment, which places extremely high demands on the performance and longevity of the measuring equipment.
Traditional mechanical level meters due to their simple structure, and low price, although some simple hydraulic systems are still applied, in the complex hydraulic oil station, their measurement accuracy and stability often can not meet the requirements.
A radar level gauge is a kind of equipment for liquid level measurement using the electromagnetic wave reflection principle, which is not affected by liquid nature, pressure, temperature, and other factors and has the advantages of high accuracy, high stability, long life, and so on.
Below, we through a practical case to show the radar level meter in the hydraulic oil station measurement in the application of the effect.
The application of radar level meters in the measurement of hydraulic oil stations not only solves the difficulties of the traditional measurement method, improves the measurement accuracy and stability, but also realizes the remote monitoring and automation control, which saves a lot of manpower and material resources for the enterprise.