# What is turbine flow meter formula?

 Turbine flow meter is a machine that calculates flow and pressure of liquid passed by the wheel placed in the liquid or gas. The In general cases turbine flow is known as the axial turbine. The concept of this machine is to place a wheel in the flow of liquid to get the pace and the flow of the liquid and use that in energy generation and also in various sectors. For various process and reasons it is necessary to measure the speed and the pace of liquid and gas. How much accurate the measurement of the flow can be achieved that completely depends on the usage of the turbine flow meter formula and the placement of the wheel in the flow of liquid or gas. However with higher accuracy in placement of the wheel the turbine flow meter formula used as algorithm to calculate the flow place a remarkable role in this process. In general cases the formula used in the purpose is fixed but there exists some exceptions of course. In general cases the formula K = f / Q = fn [ f / v ] is used to calculate the flow of a turbine but as mentioned the is also cases of exception. The symbols used in the formula are: f stands for frequency, Q stands for flow and v is used for kinetic velocity. This formula is used for manufacturing of this machine and mostly used one. Features of turbine flow meter formula: • The accuracy of the turbine flow meter formula varies different cases according to different circumstances. • In homogeneous circumstances the formula works in a similar manner but the heterogeneity depends on the circumstances. • As because the frequency cannot be measured in exact manner it is quite impossible to calculate exact result with the formula. • The pressure and the temperature of the liquid or gas influences the result in the above mentioned formula is used. • The error part has to be neglected in the formula. The approximation part of the formula necessarily includes error. Various application of turbine flow meter formula: • This formula is mainly used for calculation of liquid and gas in the process of flow. • This formula is also used in various sector of oil mining or production industry. • This formula is used in several cases of liquid production industry. • This formula is also used in chemical production industry for various purposes.