KEM360L Y/R

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

KEM360L Y/R application field and working principle are commonly applied in industrial scenarios. This technology is also being explored for use in residential settings, for example, in autonomous robotics or even as micro-sensors. As such, KEM360L Y/R can be essential in automated tasks such as those found in an industrial plant or home security system. Additionally, this technology has been successfully developed to help enhance safety and security in vehicles as well as in residential and commercial building structures.

KEM360L Y/R stands for "Yarn/Rope Filtration System" and its core concept is to capture, filter, and transport fine particles of solids, liquids, and gases safely and efficiently. It is a type of filtration system which is specifically composed of a yarn/rope filter, a directional sieve, and a spacer plate. The yarn/rope filter is designed to create a net like structure which is connected to multiple sieves. The sieves are then arranged in a circular fashion. When a liquid, gas, or solid comes in contact with the yarn/rope filter and the spacer plate, the particles are trapped and transported in a direction which is created by the spacer plate. The particles can then be collected and sorted, depending on their size and weight.

KEM360L Y/R is mainly used to extract minute particles of three different substances from different feed streams. This process is a three-stage process that is achieved by passing the feed streams through a series of filters. The first stage is a filtering stage where the feed stream is passed through a yarn/rope filter, which captures the finest particles. In the second stage, the resultant sealed liquid, gas, or solid particles are passed through a directional sieve where they are subject to a pressure change. This causes the particles to move in a specific direction, thus undergoing a sortation process. In the third stage, the particles are separated depending on their size and weight as they pass through the spacer plate.

Apart from its application in industrial and residential settings, KEM360L Y/R can also be utilized in other ways. For instance, it can be used for electrostatic separation, ionization, and nanoparticle measurement purposes. It is also capable of measuring and separating particles based on their chemical properties and characteristics, such as size, shape, density, and surface potential. Additionally, KEM360L Y/R can be used to measure the concentration of low-density gas and liquids in enclosed spaces, which can help in improving the safety and security of enclosed spaces.

In conclusion, KEM360L Y/R has found numerous applications in various industries and settings, ranging from industrial plants to residential security systems. Its main working principle involves the effective capture, filtration, and transportation of fine particles of gases, solids, and liquids, which can be used to measure and sort particles based on their chemical properties. KEM360L Y/R is thus an essential and important technology for ensuring safety, security, and improved performance in many settings.

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