VPA2MNA

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

Floating level sensors are key devices used in a variety of industries, from light industry to chemical industry and petroleum industry, because they measure the level of liquid in an efficient manner. By utilising the principle of buoyancy, these devices are able to accurately detect the elevation of the liquid surface, and therefore they are widely used for safety, automation control and other important applications. The VPA2MNA is an advanced floating level sensor that applies the VPA2MNA principle, which is a combination of viscous and modal analysis. This device provides reliable and accurate results in conditions of stable levels, slow changes, and extreme temperatures.

The VPA2MNA principle combines viscous and modal analysis in order to accurately detect the elevation of liquid surface. It is a two-step process. Firstly, viscous analysis is conducted in order to accurately measure the liquid level. This involves measuring the liquid\'s density and viscosity as well as detecting any air bubbles in the liquid, which can give an indication of the level of the liquid. Secondly, modal analysis is utilised to detect changes in the liquid\'s surface level. This analysis is based on the resonance properties of the liquid, such as frequency, amplitude, and quality factors which can give an indication of the liquid\'s level.

The VPA2MNA floating level sensor is the most advanced type of sensor in this field. Its accuracy and reliability are unrivalled, and it is able to detect even small or slow changes in liquid level. The device consists of a central processor, a housing unit, and an array of sensors located at the foot of the housing. The processor is responsible for the analysis and data collection, while the housing unit houses the array of sensors. The array of sensors records the liquid\'s density and viscosity, the frequency and amplitude of the sound, and the changes in the level of the liquid. This data is then used by the central processor to calculate the level of the liquid, which can then be sent to relevant safety systems, automation systems, or other systems.

In addition to its ability to detect the elevation of the liquid\'s surface, the VPA2MNA floating level sensor has several other features that make it ideal for industrial applications. The device is designed to be tamperproof, so a company can be assured that its measurements are not manipulated. It is also extremely resistant to corrosion, which ensures that it will last for a long period of time without the need for maintenance. Moreover, the device is capable of operating at a wide range of temperatures, which makes it suitable for operations even in extreme conditions.

The VPA2MNA floating level sensor is the latest innovation in the field of float level sensors. By using the principles of viscous and modal analysis, it provides superior accuracy and reliability, as well as resistance to corrosion and extreme temperatures. The device is ideal for industrial applications, and is widely used for safety, automation control, and other similar purposes. The VPA2MNA principle is the most advanced form of technology available in this field, and it offers a reliable, accurate and tamperproof solution for measuring the elevation of liquid surfaces.

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