330400-02-CN 振动传感器 具有保障设备安全提高产品质量

330400-02-CN 振动传感器是一种机电转换装置，可以将工程振动的参量转换成电信号，然后经过电子线路放大后显示和记录。它是测试技术中的关键部件之一。振动传感器并不是直接将原始要测的机械量转变为电量，而是将原始要测的机械量作为振动传感器的输入量，然后由机械接收部分加以接收，形成另一个适合于变换的机械量，最后由机电变换部分再将变换为电量。因此，一个传感器的工作性能是由机械接收部分和机电变换部分的工作性能来决定的。330400-02-CN 振动传感器主要监测旋转机械的振动情况。每种设备都有自己的振动标准，超过振动值，表明机器出现故障，所以振动传感器是起到对振动的保护作用。振动传感器分为磁电式与压电式两种，磁电式的结构简单、价格较低，但精度较差；现在常用的是压电式的传感器，测量精度较高。此外，振动传感器的发展趋势是随着人们对自然认识的深化，不断发现新的物理效应、化学效应、生物效应等，然后利用这些新的效应开发出相应的新型传感器，以提高传感器性能和拓展传感器的应用范围。同时，传感器材料也是传感器技术的重要基础，随着材料科学的进步，人们可以制造出各种新型传感器。总的来说，330400-02-CN 振动传感器在工业、交通、医疗等领域都有广泛的应用，是保障设备安全、提高产品质量的重要手段之一。

330400-02-CN

The 330400-02-CN vibration sensor is an electromechanical conversion device that can convert engineering vibration parameters into electrical signals, which are then amplified by electronic circuits for display and recording. It is one of the key components in testing technology. The vibration sensor does not directly convert the original mechanical quantity to be measured into electrical quantity, but uses the original mechanical quantity to be measured as the input of the vibration sensor, which is then received by the mechanical receiving part to form another suitable mechanical quantity for transformation. Finally, the electromechanical transformation part converts it into electrical quantity. Therefore, the working performance of a sensor is determined by the working performance of the mechanical receiving part and the electromechanical transformation part. The 330400-02-CN vibration sensor mainly monitors the vibration situation of rotating machinery. Each device has its own vibration standard, exceeding the vibration value indicates a machine malfunction, so vibration sensors play a protective role in vibration. Vibration sensors are divided into two types: magneto electric and piezoelectric. The magneto electric type has a simple structure, low price, but poor accuracy; The commonly used sensors nowadays are piezoelectric sensors, which have high measurement accuracy. In addition, the development trend of vibration sensors is to continuously discover new physical, chemical, and biological effects with the deepening of people’s understanding of nature, and then use these new effects to develop corresponding new sensors to improve sensor performance and expand the application range of sensors. Meanwhile, sensor materials are also an important foundation for sensor technology. With the advancement of materials science, people can manufacture various new types of sensors. Overall, the 330400-02-CN vibration sensor has a wide range of applications in industries, transportation, medical and other fields, and is one of the important means to ensure equipment safety and improve product quality.