300g single point micro sensor small range weighing sensor 500g

Description :

300g single point micro sensor small range weighing sensor 500g product features and advantagesShenzhen Youzhongli Technology Co., Ltd. has built a team in the field of automation based on years of understanding and knowledge in the automation field, always adhering to the enterprise operation concept of "because, therefore convincing". We provide customers with first-class pre-sales and after-sales technical services, and offer customers first-class technology, advanced quality and stable products. We always adhere to the principles of independent innovation, quality-oriented, and scientific management, and provide perfect products and system solutions to meet customer needs to the fullest extent.

　　Accuracy weighing sensor

　　The accuracy level of weighing sensors includes technical indicators such as nonlinearity, creep, repeatability, hysteresis, sensitivity, etc. When selecting, one should not blindly pursue high-grade sensors, but should consider the accuracy level and cost of electronic scales. In general, the overall accuracy of sensors selected is non-linear and not heavy

　　The accuracy level of weighing sensors includes technical indicators such as nonlinearity, creep, repeatability, hysteresis, sensitivity, etc. When selecting, one should not blindly pursue high-grade sensors, but should consider the accuracy level and cost of electronic scales. In general, the root mean square value of the sum of the three indicators of nonlinearity, non repeatability, and hysteresis for selecting sensors is slightly higher than the accuracy of the scale.

　　The usage range of various types of sensors and the selection of weighing sensor forms mainly depend on the type of weighing and installation space, ensuring appropriate installation and safe and reliable weighing; On the other hand, we need to consider the manufacturer's suggestions. For sensor manufacturers, it generally specifies the force conditions, performance indicators, installation form, structural form, and material of the elastic body of the sensor. For example, aluminum alloy cantilever beam sensors are suitable for electronic pricing scales, platform scales, cutting scales, etc; Steel cantilever beam sensors are suitable for electronic belt scales, sorting scales, etc; Steel bridge sensors are suitable for railway scales, truck scales, etc; Column sensors are suitable for car scales, dynamic track scales, large tonnage hopper scales, etc.

　　In response to the rapid development of microsensor technology and the immaturity of some theories, methods, and implementation technologies, this book closely combines the development trends of microsensors to classify and explain the basic theories and implementation technologies of thermal, radiation, mechanical, magnetic, and chemical microsensors. At the same time, it introduces the knowledge of microsensor systems and their data acquisition and processing, aiming to provide readers with an introductory reading on microsensors. This book helps readers establish basic concepts in the design, research, production, and experimental analysis of microsensors on the basis of mastering the basic knowledge of microsensors. When encountering specific microsensor problems, one can search for literature, understand its content, design experiments independently, and analyze and summarize experimental results.

　　Micro sensors are the most successful and practical micro electromechanical devices, mainly including micro pressure sensors and micro acceleration sensors that use the mechanical deformation of micro membranes to generate electrical signal outputs; In addition, there are micro temperature sensors, magnetic field sensors, gas sensors, etc., most of which have an area of less than 1mm2.

300g single point micro sensor small range weighing sensor 500g picture：

AfterSalesService :

• 300g single point microsensor