Introduction to pressure sensor 196D001-50MPa

Basic functions:
Pressure measurement: It can sense pressure signals and convert them into usable output electrical signals. "50MPa" means that its upper limit is 50 megapascals, which can be used to measure pressures up to 50MPa. This makes it suitable for industrial scenarios with high pressure requirements, hydraulic systems or some special high-pressure test environments.
Working principle:
Common working principles such as piezoresistive, ceramic, and diffused silicon may be used. For example, the piezoresistive principle uses the piezoresistive effect of the material. When pressure acts on the sensitive element of the sensor, the resistance value of the material changes, and the pressure value is obtained by measuring the change in resistance; the ceramic pressure sensor measures pressure based on the change in electrical signals generated by the slight deformation of the ceramic diaphragm.

The application of pressure sensor 196D001-50MPa in Sany Heavy Industry is summarized in one paragraph

Pressure sensor 196D001-50MPa is widely used in Sany Heavy Industry. In various types of engineering machinery, such as concrete pump trucks and cranes, it is used to monitor the output pressure of the hydraulic system and the working pressure of the hydraulic cylinder to ensure the precise operation and efficient operation of the equipment. It can also alarm in time in abnormal situations to avoid equipment damage; in excavators, it is installed in hydraulic cylinders and pipelines to monitor the changes in hydraulic pressure during excavation, helping operators to adjust operations according to actual conditions, improve excavation efficiency and work safety, and provide a basis for equipment maintenance. For pile-driving machinery, the pressure sensor can monitor the pressure changes of key parameters such as the pressure and pull-out force of the drill rod during drilling to ensure the quality and efficiency of drilling. In road machinery, it can monitor the pressure of the road roller system and the paving pressure of the paver, which is of great significance to ensure the compaction effect and flatness of the road surface. In thermal regeneration equipment, it is used to monitor the fuel pressure of the burner and the internal pressure of the drying drum to control the stability of the combustion and drying process and improve production efficiency and product quality. In addition, during the debugging and testing of equipment, the actual pressure environment can be simulated to test newly produced or repaired equipment to ensure that it meets quality standards and design requirements.