
1.¿Qué es un interruptor de flujo de agua El interruptor de flujo de agua detecta el estado del líquido en tuberías para control o protección de sistemas. Funciona detectando cambios en el flujo o presión del fluido. Al pasar el líquido, desplaza componentes mecánicos internos (paletas, pistones) o activa sensores (térmicos, de vórtice). Al alcanzar

Capacitive proximity sensors are widely used in multiple fields due to their non-contact detection, high sensitivity, and adaptability to various media. The following are its main application scenarios: 1.Industrial automation (1)Object detection (2)Liquid level and flow monitoring (3)Thickness and distance measurement (4)Safety protection 2.Consumer electronics (1)Touch control (1)Proximity sensing 3.Automotive industry 4.Medical and biological testing

Photoelectric sensors serve as essential detection tools in industrial automation, performing object presence verification and distance measurement tasks. These non-contact sensors offer long-range detection capabilities while delivering fast, precise results. There are mainly four types of photoelectric sensors: 1.Through-beam sensors 2.Retroreflective sensors 3.Diffuse reflective sensors These sensors operate using two fundamental detection methods: 1.Through-beam 2.Reflection

A water flow sensor is a device used to measure the flow speed and volume of liquids, mainly water. It is widely applied in water supply systems, industrial control, irrigation, and household appliances such as water purifiers and water heaters. The core principle is to detect the changes in water flow through physical or electronic

Why do I need to choose photoelectric sensors for my application? There are many reasons, including that these sensors can detect objects relatively far away, provide fast and accurate results, do not need to come into contact with other objects, and have a long service life. Why choose photoelectric sensors for sensing applications? What variables
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Proximity switches operate without direct contact, detecting the presence or position changes of target objects. As a versatile sensing solution,they sense physical properties like metals, non-metals, or magnetic fields to generate signals. Thanks to their robust performance,industries widely apply this technology in automated production lines, mechanical equipment, limit protection, and liquid level detection. Common types

The water solenoid valve is an automatic valve that uses electromagnetic force to control water flow switch, which is widely used in household appliances, industrial equipment and intelligent irrigation systems. Its high efficiency and convenience make it an important part of modern automation control. So, how does the water solenoid valve work? How to choose

1.The working principle of float level switch 1.1 Buoyancy principle The float level switch is based on the float movement caused by the rise or fall of the level, and then controls the switching state of the circuit by mechanical or electronic means. Float level switch is mainly composed of float ball, lever, micro switch,

Author: SAIER | Date: 2025.4.2 Product focus: Magnetic/baffle/flick/piston/flip water flow switch I. Hook How do you monitor in real time when you need to ensure the safe flow of liquids in an industrial pipeline? In critical fields such as chemical, fire and medical, abnormal liquid flow can lead to equipment damage, production disruption and even

Photoelectric sensors, which utilize the photoelectric effect to detect objects, play an increasingly important role in modern industrial automation and daily life. From product counting on factory assembly lines to elevator door safety protection and automatic door activation, photoelectric sensors are ubiquitous. This article will provide an in-depth understanding of the working principles, application areas,