BK/25499-09005

BK/25499-09005 is an application field and working principle model in engineering industry.Specifically, it is the application of a pressure differential device and the relationship between the pressure differential and the flow rate. It is widely used in various engineering fields, such as chemical, environmental protection, pharmaceutical, nuclear power, aerospace and other industries where pressurization is required.

The working principle of BK/25499-09005 is based on the concept of pressure differential created by applying a very small pressure difference across a flow passage and detecting the resulting flow rate. The device works on two basic principle components, the active component and the sensing element. The active component is responsible for creating the desired pressure difference across the flow passage. It is usually a valve-type device that can be operated remotely or by an automated controller.

The sensing element is a device with a calibrated range of pressure meters designed to measure the pressure difference between two points, usually the entry and the exit of the flow passage. Once the pressure differential is established, the sensor will measure the flow rate. The pressure differential measurement is used to determine the flow rate as well as the pressure compensation needed in order to obtain a constant flow rate.

The pressure differential and flow rate measurements can then be used to control and manipulate the process. If the pressure differential decreases, this can be used as an indication of a valve or process restriction. On the other hand, if the pressure differential increases, this can be used as an indication of a valve or process blockage.

In summary, BK/25499-09005 is an application field and working principle model in engineering industry that is used to measure a pressure differential and the resulting flow rate. It is particularly useful in controlling and manipulating the processes in various engineering fields.