The incorrect installation method of a high-pressure ring blower can affect its working efficiency. So, how can we install a high-pressure ring blower to improve its working efficiency?

Jiangxi SOP Precision Intelligent Manufacturing Technology Co., Ltd. is a high-tech enterprise specializing in sensor technology research and development, design, manufacturing and sales. The company has experts engaged in sensor technology for nearly 20 years, gathered many experienced engineers and technicians, has strong technical strength of independent research and development of high-tech products, and has fully functional high-precision production testing equipment. Provide displacement sensor products and solutions. Our company's main products are linear displacement sensor, cable displacement sensor, LVDT displacement sensor, magnetostrictive displacement sensor, weighing sensor, pressure sensor, torque sensor, ultrasonic flowmeter and so on. Products are widely used in machinery manufacturing, automobile, metallurgy, petroleum, chemical industry, scientific research institutes, aerospace and other fields.

1.KPM is commonly used in the field of construction: Used for measuring and monitoring structural deformation of buildings, such as measuring bridges Settlement and deflection of buildings, wall cracks, etc.

A displacement sensor is a linear device with metal inductive properties that converts various measured physical quantities into electrical quantities when in operation. There are several aspects that are very important when using a linear displacement sensor, otherwise it can easily lead to damage.

The steel wire rope of the on-site rope position sensor broke. In response to this situation, the displacement sensor manufacturer has compiled the causes and consequences of the broken steel wire rope of the rope displacement sensor. They hope that in the selection process, customers can avoid detours and reduce cost losses. The main reasons for wire rope breakage in rope displacement sensors are as follows:

A good product can bring a lot of convenience to our work. If a bad product not only costs us money, but more importantly, it may bring us many inconveniences and even greater financial losses. Therefore, when choosing a product, we should know how to judge its quality. So, what aspects should we judge the quality of displacement sensors from?

A displacement sensor is a device used to accurately measure changes in the position of an object, which can convert the displacement of the object into an electrical signal output. SOP's sensor products have been widely used in automotive, plastic machinery, transmission equipment, measurement systems, medical and other fields, and have been widely recognized in the market for their reliability, stability, accuracy, and resistance to harsh environments. In various industries, displacement sensors are widely used in precise measurement, control, and monitoring systems, playing an important role.

The main reason for the unstable jumping of displacement sensor data is: 1. Power supply issue: Fluctuations in power supply voltage or insufficient power supply capacity can cause unstable data jumping in displacement sensors. When the power supply voltage fluctuates greatly, the measurement and control data of the displacement sensor will jump accordingly. 2. Interference issues: Frequency modulation interference and electrostatic interference are common problems that can cause the display numbers of displacement sensors to jump. The signal line of the displacement sensor should be separated from the strong current line of the equipment in a trunking and forcibly grounded.

Linear displacement sensor, also known as linear sensor, is a linear device belonging to metal induction. The function of the sensor is to convert various measured physical quantities into electrical quantities. In the production process, displacement measurement is generally divided into two types: measuring physical dimensions and measuring mechanical displacement. According to the form of transformation of the measured variable, displacement sensors can be divided into two types: analog and digital. Simulation can be divided into two types: physical type and structural type. Commonly used are analog structural types, including potentiometer displacement sensors, inductive displacement sensors, self-tuning machines, capacitive displacement sensors, eddy current displacement sensors, Hall displacement sensors, etc. An important advantage of digital displacement sensors is that they facilitate the direct transmission of signals into computer systems. This type of sensor is developing rapidly and its applications are becoming increasingly widespread.

To carry out a specific measurement work, the first thing to consider is which principle of sensor to use, which requires analyzing multiple factors before determining. Because even when measuring the same physical quantity, there are multiple principle sensors available for selection. Which principle sensor is more suitable depends on the characteristics of the measured object and the usage conditions of the sensor, taking into account the following specific issues: the size of the measuring range; Requirements for sensor volume at the measured location; Is the measurement method contact or non-contact; The method of signal extraction, wired or non-contact measurement; The source of the sensor, the quality of the product, and whether the investment is acceptable. After considering the above issues, it is possible to determine which type of sensor to choose, and then consider the specific performance indicators of the sensor.