How to occupy the highland of the load cell sensor industry with products

How to occupy the highland of the load cell sensor industry with our products, we have conducted a detailed analysis of the future use of weighing instruments in China. At the same time, we have identified the development direction of the core electronic weighing instruments of each Sai Hydropower enterprise, and summarized a series of strategic routes and guidance suggestions for displaying high-quality and lightweight information in the electronic manufacturing industry.

We aim to achieve a "lt-flu" model and create a domestic technology model, Breaking through the industry trend of urgently requiring investment type liquid level transmitter in the highest market of key basic electronic weighing instruments in China.

A load cell sensor is actually a device that converts a quality signal into a measurable electrical signal output. When using a sensor, the first thing to consider is the actual working environment in which the sensor is located. This is crucial for the correct selection of sensor, as it relates to whether the sensor can work properly, its safety and service life, and even the reliability and safety of the entire weighing instrument. There are qualitative differences between the new and old national standards in the basic concepts and evaluation methods of the main technical indicators of load cell sensor. There are mainly several styles, including S-type, cantilever type, spoke type, plate ring type, membrane box type, bridge type, column tube type, etc.

Typical Applications 1: Petroleum, Chemical, Metallurgy, Machinery, Water Supply. Industries such as power plants, food, energy, pharmaceuticals, and energy.

The digital load cell sensor is based on the traditional resistance strain sensor and consists of two parts: an analog load cell sensor and a digital conversion module. It uses digital technology to compensate for temperature and is suitable for forces weighing 2t/C and 50-60 t. The ZS load cell sensor directly outputs digital signals to human objects, expanding the functions of the sensor and meeting the needs of industrial enterprises in weighing.

Digital display integrated pressure sensor: The higher the better, the better the function is to ensure that the sensor is calibrated. However, sometimes when sensor are shipped from the factory, users may notice damage to the sensor. If damage occurs, it can cause damage to the sensor itself and insufficient impact on the external environment. As a result, the sensor often undergoes some deformation, such as deformation. This type of deformation often leads to significant discounts for staff and also brings serious losses.

Due to the gap between domestic sensor technology and foreign ones, sensor technology has become increasingly popular, making it more difficult to produce sensor. On the one hand, sensor quality is crucial, affecting the accuracy of prices. On the other hand, product prices can be shortened, resulting in increasingly poor measurement and control accuracy, some even reaching around a few hundred yuan. Digital pressure gauge often encounter self calibration and expired damage during use, and the possibility of instrument failure is high. This is to confirm the damage that users may have during use.

A digital instrument is one of the instruments displayed in digital form, used to measure or record pressure values. It is a digital or graphical display device used to measure or output analog or digital values. Digital instruments have significant advantages in functionality, as they can display the physical quantities or physical quantities of sensor. There are various types, including analog quantity: digital quantity: transmitter, digital quantity display control instrument, pressure quantity display instrument; Switching value digital: relay: passive contact output; Frequency: Short time, frequency sensor; (or the transmitter is a current output); Status detection: ambient temperature. 20 ° C~55 ° C; Humidity: Relative humidity: 0-93%; Mixed gas concentration: 2-4kg/m3; Input sensor. 10~60 ° C; transmitter. 10~60 ° C; 0~50 ° C); 0-100 ° C); 0-200 ° C.