The Operation of Frequency Converters in Milk Production
Frequency converters play an important role in many areas of human activity, including milk production. The unknown potential of their application for many farmers leads to significant time costs in performing routine tasks. By using frequency converters, much of the work could be done by machinery, freeing up human resources for other important tasks.
Advantages of Frequency Converters
One of the most common means of modernizing technological processes in agriculture is the use of frequency converters to regulate the operation of electric engines and motors.
Electric motors are used at various stages of milk production, and their efficiency can be significantly enhanced with frequency converters. They allow for the maintenance of an optimal vacuum level in milking machines. This process is implemented by installing converters and adjusting their parameters in different parts of the milk pipeline. Such a system helps to avoid health problems in cows and improves the quality of dairy products while streamlining the working process.
Economic Feasibility of Implementation
Moreover, the introduction of frequency converters on farms is economically beneficial, as it replaces human labor with machine processes.
For small farms with a herd of up to one hundred heads, experts recommend planning the organization of the production process as outlined below. This plan has proven its effectiveness over the decades.
Basics of Organizing Milk Production
To achieve significant volumes of milk, it is important to build a reliable milk pipeline. Typically, it consists of two parallel pipes leading to the barn. The main task is to ensure the airtightness of the pipeline. Modern milking systems are made from materials such as plastic, stainless steel, and glass, ensuring uninterrupted milk supply and preserving its beneficial properties. The part of the milking apparatus surrounding the udder is made from elastic high-molecular compounds, which allow for measuring the volume of milk yield using special indicators and frequency converters.
Automation of Processes
If the farm has more than two branches of raw material supply, they should be combined into a single automated control system. Frequency converters are also applied in separators, washing, and packaging systems, significantly simplifying most stages of dairy production.