Plastic shell micro thermal gas mass flowmeter

NegotiableUpdate on 01/18

Model

Nature of the Manufacturer: Producers

Product Category

Place of Origin

Online Consult

Overview

The plastic shell micro thermal gas mass flowmeter measures the temperature changes of gas flow through heating elements and temperature sensors to calculate the mass flow rate. Used to measure the mass flow rate of gas in pipelines, based on the principle of thermal conduction, suitable for various industrial scenarios.

Product Details

Overview of Plastic Shell Micro Thermal Gas Mass Flow Meter

Micro thermal gas mass flowmeter is used to measure the mass flow rate of gas in pipelines, based on the principle of thermal conduction, and is suitable for various industrial scenarios.

2. Working principle

Measure the temperature changes of gas flow through heating elements and temperature sensors to calculate the mass flow rate. The formula is:

Q=k⋅ΔT

among which,

Q is the mass flow rate,

K is the proportionality coefficient,

Δ T is the temperature difference.

3. Main features

　　high precisionSuitable for low flow velocity measurement.

　　quick responseReal time monitoring of traffic changes.

　　Micro designSmall size, easy to install.

　　Wide rangeAdapt to different traffic ranges.

　　low power consumptionSuitable for long-term operation.

4. Application Fields

　　environmental monitoringMeasure wind speed and gas flow rate.

　　industrial process controlMonitor gas flow and optimize production.

　　laboratory researchAccurately measure gas flow rate.

　　medical equipmentUsed for gas flow monitoring of ventilators and other equipment.

5. Installation and maintenance

　　installEnsure that the sensor is aligned with the direction of gas flow, avoiding vibration and high temperatures.

　　maintenanceRegular calibration and cleaning to prevent contamination from affecting accuracy.

6. Selection suggestions

　　flow rangeChoose according to actual needs.

　　Gas typeEnsure that the sensor material is compatible with the gas.

　　environmental conditionsConsider environmental factors such as temperature and pressure.

7. Common problems and solutions

　　The reading is unstableCheck if the sensor is contaminated or damaged.

　　slow responseConfirm if the sensor installation position is appropriate.

　　Decreased accuracyRegularly calibrate sensors.