液压传感器是一种常见的传感器，广泛应用于各种工业自动控制环境，涉及石油管道、水利水电、铁路运输、智能建筑、生产自动化、开云在线官方、油井、电力、船舶、机床、液压机械等行业。用户在使用液压传感器时需要掌握液压传感器的应用知识，其中必须了解其原理和特点。今天气液增压泵小编为您介绍一下液压传感器的原理和特点，开云在线官方对您有所帮助。
As a common sensor, hydraulic sensor is widely used in various industrial automatic control environments, involving oil pipeline, water conservancy and hydropower, railway transportation, intelligent building, production automation, aerospace, oil well, power, ship, machine tool, hydraulic machinery and other industries. The user needs to master the application knowledge of the hydraulic sensor when using the hydraulic sensor, among which the principle and characteristics must be understood. Today, I will introduce the principle and characteristics of the hydraulic sensor for you, hoping to help you.
液压传感器原理:
Principle of hydraulic sensor:
当液体介质流经集成传感器,流体压力应用于不锈钢安装在传感器住房,然后转移到扩散硅膜片密封硅油,同时参考一端的压力是应用于隔膜的另一边。通过这种方式，隔膜两边的压力差产生了一个应力，这个应力压缩隔膜的一边并拉动另一边。一对应变片位于压缩区，另一对位于拉伸区。两对应变计连接成一个全动态桥，以增加输出信号。该桥由恒流电源供电，以减少环境温度的影响。当压力变化时，由于桥臂电阻值的变化，输出电压也随之变化。差分归一化放大器经过放大转换后，将输出电压转换为相应的电流信号。通过非线性整流回路对电流进行补偿后，将输入压力信号生成近似线性关系的直流4-20ma标准输出信号。
When the liquid medium flows through the integrated sensor, the fluid pressure shall be applied to the stainless steel mounted sensor housing, and then transferred to the diffused silicon diaphragm seal silicone oil, while the pressure at the reference end shall be applied to the other side of the diaphragm. In this way, the pressure difference between the two sides of the diaphragm creates a stress that compresses one side of the diaphragm and pulls the other. One is located in the compression region and the other in the stretching region. Two corresponding transformers are connected into a full dynamic bridge to increase the output signal. The bridge is powered by a constant current power supply to reduce the impact of ambient temperature. When the pressure changes, the output voltage changes with the change of the resistance value of the bridge arm. After amplification and conversion, the differential normalization amplifier converts the output voltage to the corresponding current signal. After the current is compensated by the nonlinear rectification circuit, the input pressure signal is generated into a DC 4-20mA standard output signal with approximate linear relationship.
液压传感器特性
Hydraulic sensor characteristics
1. 设备运输、安装简单方便;操作简单，运行可靠。
1. The equipment is easy to transport and install, simple to operate and reliable to operate.
2. 占地面积小，完全取代水塔和气压罐，节省建筑投资、材料和钢材。与过去的供水相比，基础设施投资可减少60%以上。
2. It occupies a small area and completely replaces water tower and air pressure tank, saving construction investment, materials and steel. Infrastructure investment can be reduced by more than 60 per cent compared with past water supply.
3.水压稳定，省水省电。
3. Stable water pressure, water and electricity saving.
4. 对于大型供水系统，所有水泵均可实现软启动，节省了大量的设备成本，减少了对供电网络的影响。
4. For large-scale water supply system, all pumps can realize soft start, which saves a lot of equipment costs and reduces the impact on the power supply network.
5. 可实现全自动控制、自动报警、自动应急措施。
5. It can realize full-automatic control, automatic alarm and automatic emergency measures.
具有超压、过载、过流、过热等保护。
With overpressure, overload, overcurrent, overheating and other protection.
以上是气液增压泵厂家为大家介绍的液压传感器原理和特点，想要了解更多产品信息，欢迎访问网站：//keonnected.comThe above is the principle and characteristics of the hydraulic sensor introduced by the manufacturer of the gas-liquid booster pump. For more product information, please visit the website: //keonnected.com
