Food grade Hygienic 316L material milk turbine flowmeter flow meter
The application of turbine flowmeter in the milk industry mainly includes the following aspects:
1. Batching link: In milk production, accurate batching is the key to ensuring product quality. The turbine flowmeter
can accurately measure the flow of milk to ensure accurate batching according to the formula requirements,
thereby controlling the quality and stability of milk.
2. Filling link: In the production process of bottled milk, the turbine flowmeter is used to control the filling volume
of milk to ensure that the amount of milk in each package meets the standard requirements, reduce product errors,
and improve filling efficiency and product quality stability.
3. Production process monitoring: In the continuous process of milk production, the turbine flowmeter can
monitor the flow of fluid in real time, help operators understand the operating status of the production process,
and promptly discover abnormal flow conditions, such as pipeline blockage or pump problems, so as to take
corresponding measures for adjustment and maintenance to ensure the smooth progress of the production
process.
4. Measurement and cost control: The turbine flowmeter can accurately measure the amount of milk used in the
milk production process, provide enterprises with accurate measurement data, and facilitate cost accounting and
control. Through accurate statistics of milk consumption, enterprises can better grasp production costs, optimize
production processes, reduce waste, and improve economic benefits.
The application advantages of turbine flowmeters in the milk industry include:
1. High-precision measurement: The measurement accuracy of turbine flowmeters can usually reach ±0.2% or
even higher, which can meet the strict requirements of the milk industry for flow measurement accuracy and
ensure the accuracy of ingredients and the stability of product quality.
2. Fast response: The turbine flowmeter can respond quickly to changes in flow, which is very beneficial for the
dynamic regulation and control of flow in the milk production process. It can adjust production parameters in time
to ensure the continuity and stability of the production process.
3. Simple structure: The turbine flowmeter has a relatively simple structure, mainly composed of sensors,
transmitters and other parts. It is easy to install and maintain, reducing production downtime caused by equipment
failure and improving production efficiency.
4. Wide measurement range: The turbine flowmeter can adapt to milk production processes of different flow scales,
from laboratory trials to large-scale industrial production.
5. Stable output signal: The turbine flowmeter outputs a pulse frequency signal, which is suitable for total volume
measurement and connection with a computer. The signal transmission is stable and reliable, which is conducive
to automatic control and data acquisition.
Hygiene considerations:
1. Material selection: The turbine flowmeter used for milk production should be made of materials that meet food
hygiene standards, such as food-grade stainless steel (such as 304 or 316L stainless steel), non-toxic plastics and
other materials to ensure that the milk will not be contaminated during contact with milk.
2. Surface treatment: The surface of the flowmeter should be smoothed to avoid cracks, pores or rough surfaces to
prevent bacterial growth and milk residue. The smooth surface is easy to clean and disinfect, and can maintain the
hygienic state of the flowmeter.
3. Sealing performance: Good sealing performance can prevent milk leakage and external contaminants from
entering the flowmeter. The seal should be made of materials such as food-grade rubber or silicone to ensure
reliable sealing under different operating temperatures and pressures.
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