SVF14-5,08

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

The SVF14-5,08 is a kind of non-conductive, multipurpose, semi-flush, level switch that operates using the principle of buoyancy. It is specifically designed to detect the level of a variety of baffle systems. By sensing the resistance in the sensing element, the SVF14-5,08 can flexibly detect changes in the level of fluids in the system. This makes it ideal for applications such as protecting against overfill and siphoning in industrial and commercial applications.

The SVF14-5,08 operators via the displacement of a main float, which in turn moves the spring loaded probe. When the main float turns over, the switch is actuated and the output signal is transmitted. The level switch design ensures the precise and reliable operation and accurately detects the levels in the medium. The switch can work effectively in a variety of systems and can automatically detect changes in liquid level or the presence of unwanted particles. The level switch can also detect changes in the temperature of the liquid, which is useful in applications such as low-temperature condensing and evaporative cooling processes.

The SVF14-5,08 switch can also work effectively in systems that involve temperature analysis or pressure monitoring in addition to liquid levels. Additionally, it can be used with other controllers to accurately monitor changes in the system\'s physical environment. This makes the switch ideal in applications such as powering automated valves, pumps, and actuators for industrial and commercial systems.

The SVF14-5,08 level switch is a versatile and advanced level sensing solution for a variety of applications. It offers the advantages of accurate and reliable operation, and its design ensures that it can be used in a variety of system configurations. Furthermore, its ability to detect changes in the temperature, pressure, and liquid levels makes it ideal for detecting changes in the physical environment of the system and controlling the operations of automated valves, pumps, and actuators. Above all, it is the perfect solution for preventing overfill, siphoning, or any other undesired level fluctuations in industrial or commercial systems.

The specific data is subject to PDF, and the above content is for reference