digital oil flow meter

Flow Meters – Silver Automation Instruments

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1. Fluid Control Technology Science Popularization Series (1): What is fluid control?

Fluid control technology mainly refers to the management and regulation of liquid and gas flow, that is, the use of various devices to control the flow velocity, direction, and pressure of fluids, ensuring that they reach the predetermined location in the required way..

1. The Importance of Fluid Control Safety Assurance Fluid control technology precisely manages the flow paths of liquids and gases to avoid risks of leakage, spillage, or contamination.

. For example, the tap water system ensures safe and reliable water quality through pressure regulation and pipeline sealing design; In industrial scenarios, fluid control of chemical pipelines can prevent the leakage of toxic substances and protect personnel and environmental safety. Accurate fluid control that improves efficiency can optimize equipment operating parameters and enhance overall system efficiency. For example, in chemical production, by adjusting the fluid flow rate and temperature inside the reactor, the stability of the reaction can be maintained, the production cycle can be shortened, and the product qualification rate can be improved; In agricultural irrigation, drip irrigation systems achieve efficient utilization of water resources and reduce evaporation losses through flow control. Resource conservation fluid control achieves maximum resource utilization by reducing waste. For example, medical infusion equipment accurately controls the speed of drug delivery through flow meters to avoid excessive or insufficient medication; Home gas stoves regulate gas flow through valves, meeting cooking needs while reducing energy consumption.

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ondly, the core fluid control equipment pump is the power source for fluid transportation, which drives the flow of liquid or gas through mechanical energy conversion.

. Common types include centrifugal pumps, which use centrifugal force to accelerate fluids and are suitable for high flow, low-pressure scenarios (such as urban water supply). Peristaltic pump: Transport fluid through a roller squeezing hose, suitable for high-precision, corrosive liquids (such as medical infusion). Gear pump: relying on gear meshing to generate pressure, suitable for high viscosity fluids (such as lubricating oil transportation). Valves control the direction, velocity, and pressure of fluid by changing the cross-sectional area of the channel. Common types include globe valves, which adjust flow by lifting the valve disc and are suitable for scenarios that require frequent opening and closing (such as household water pipes). Ball valve: using a rotating ball to control on/off, it has the characteristics of good sealing and quick opening and closing (such as gas pipelines). Safety valve: When the pressure exceeds the set value, it automatically opens to release pressure and protect equipment safety (such as boiler systems). Flow meter is used to measure fluid volume or mass flow rate. Common types include turbine flow meter, which calculates flow rate based on turbine rotation speed and is suitable for cleaning liquids such as oil pipelines. Electromagnetic flowmeter: uses the principle of electromagnetic induction to measure the flow rate of conductive liquids without pressure loss (such as in sewage treatment). Mass flow meter: directly measures fluid quality, suitable for scenarios that require high-precision control (such as chemical

1. Fluid Control Technology Science Popularization Series (1): What is fluid control?

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