In scenarios such as industrial automation, logistics warehousing, and food processing, weighing sensors serve as core metrological components, and their quality directly impacts the stability of equipment operation and the accuracy of data. However, the market is filled with a wide range of products, with inferior sensors often attracting buyers with low prices but suffering from material defects and rough craftsmanship, leading to reduced accuracy, shortened lifespan, and even safety accidents. Next, we will systematically analyze the pitfalls to be wary of when purchasing, covering dimensions such as technical principles, material craftsmanship, and performance parameters, to assist you in establishing a scientific selection logic.

In industrial production, logistics warehousing, scientific research, and other scenarios, the accuracy of weighing data directly affects production efficiency and product quality. However, many people often encounter issues such as large measurement errors and shortened equipment lifespan when selecting load cells, due to a lack of understanding of structural type differences and mismatch with application scenarios. This article will provide you with a systematic selection method from two aspects: structural type classification and application scenario adaptation, helping you avoid common selection pitfalls.

The tension sensor is suitable for dynamic measurement and static measurement. A strain gauge made of a metal wire machine or a metal cat strain gauge is attached to the back of the load surface. When the load surface is stressed, the strain gauge will deform and its electrical parameters will change accordingly. Tension sensor has a very important application in many fields of people's daily life, so we must pay attention to ensure that the tension sensor can work normally during the application. Let's understand the selection principle and application of tension sensor together:

In the cutting-edge fields of industrial automation, precision manufacturing and intelligent measurement, the accuracy of data is the cornerstone of decision-making and control. As the "sensory nerve" connecting the physical world with digital systems, the significance of displacement sensors is self-evident. Among them, KTC linear sensors, with their outstanding performance, reliable quality and forward-looking technical design, are becoming the trusted choice of many industry customers, helping enterprises move towards a new era of intelligence.

Linear displacement sensor is a type of sensor used to measure surface deformation or rotational displacement of objects. This type of sensor is widely used, such as in automobiles, machinery, ships, etc., and has many advantages. Below, we will introduce the advantages and common troubleshooting methods of linear displacement sensors for your reference.