Engineered by Nature - We studied whale tubercles, fish gills, mangrove roots, shark skin and coral - and built millions of years of natural engineering directly into our flow conditioners.
$3,410.00–$12,635.00Price range: $3,410.00 through $12,635.00
Vortex flow meters are highly efficient flow measuring devices that are ideal for situations where the presence of moving parts poses a challenge. These innovative meters come in various designs, including industrial-grade, brass, and all-plastic constructions, making them versatile and adaptable to different settings.
Looking for a reliable and accurate solution to measure the flow of liquids, steam, and gas? Our vortex flow meter is the perfect choice for you. Unlike other flow meters, the vortex flow meter provides precise measurements even in harsh conditions, making it ideal for a wide range of applications.
Whether you need a flow meter shipped from stock or configured to meet your specific OEM requirements, we’ve got you covered. Our team of experts will work with you to ensure that your vortex flow meter is tailored to your exact needs, ensuring maximum efficiency and accuracy.
So why wait? Invest in our high-quality vortex flow meter today and take the first step towards improving your operations.
Discover the convenience of our user-friendly Industrial Vortex Meters! Our top-notch selection and unbeatable pricing set us apart from the competition. Don’t miss out on this opportunity to streamline your operations with our high-quality vortex meters.
See the video below to see how to use the buttons on the display within the enclosure.
Features LARGE LCD display, shows the Flow Rate, Total Flow, Temperature, and Pressure in user selectable units.
VORTEX METER MENU DETAILS
MENU 22
Q Unit >> l/m
Q Mode >> Qvw actual (We are measuring volume flow....)
Q Factor >> 2121.47 Do Not Change (This is stamped on the side of the meter)
Density >> 875 kg/m3 (Water is 1000)
Q20mA >> 250 (FULL SCALE... If your meter is 250 l/m)
Q Cut-Zero % >> 5
Q Up Al >> 250 to turn the alarm on at 100%
Q Dn Al >> 25 to turn the alarm at 10% flow
Damp S >> 6
Comm Address >> 0
Clear Q >> Clears Totalizer, Password = 70
MENU 33
Language >> English
Pulse Type >> F_adj
Pulse Factor >> 0.01
Comm Param >> 9600, No
Comm Switch >> ON
P_display >> MEASURE
Set Pc >> 0
P0-Ref >> 101.3KPa
T_display >> MEASURE
Set Tc >> 20 Deg C
T-TYPE >> Pt=100
Tn >> 20 Deg C
Environ-T >> -20 Deg C (-10 C is fine if you do not get them cold.)
Q-adj >> DO NOT change this setting
MENU 44
Signal-TYPE >> LF: DN40-500 Lqd
Gain >> G=9
VPP limit >> 100mV
Fre-Range >> 11=34-850Hz
Work Type >> Digital
an-noise TYPE >> ANS
Signal-Adj-Set >> FIlter 10 or OFF
50Hz Cut >> ON
K-LINE ADJ >> DO NOT change this setting
Wetted Materials all 304 SS
Velocity Range: See detail below.
Velocity Accuracy: +/- 1% of reading
Repeatability of +/- 0.05% of reading
1/2" to 4" 150# ANSI Flange Connections, up to 12" available custom.
LCD Display
Temperature Accuracy +/- 1 Deg C
Temperature:
Gas: -40°F (-40°C) to 482°F (250°C)
Std Temp Liquid: -40°F (-40°C) to 662°F (350°C)
High Temp Liquid: -40°F (-40°C) to 626°F (330°C)[Add $450]
Ambient: -40°F (-40°C) to 131°F (55°C)
Power Requirement: 24 VDC, 15 Watts maximum;
3.6 VDC Lithium C or D Size battery. Has LCD Display but no outputs for 4-20, pulse, or ModBus to allow long run time
Output signals: Modbus RTU, 4–20 mA, and 0-1.0 KHz for flow rate indication
Digital communications: Modbus RTU
Max Pressure 1.6 MPa, 230 PSIG. (Custom up to 4.0 MPa 580 PSIG)
Display: Flow rate, Total flow, Temperature, and Pressure
Wiring connection to enclosure size: M20 x 1.5
Factory Final QC Test Certificate
Integral Electronics
Electronics Enclosure NEMA 4X / IP67
Vortex Meter Velocity Ranges:
Each Vortex meter is unique, with specific minimum and maximum flow velocities it can measure, depending on the fluid type and meter size. To ensure that you choose the correct meter for your application, please refer to the following values for proper sizing.
Steam:
1/2” ANSI Flange: 4-70m/s or 787-13,800 f/m or 13-230 f/s
1” ANSI Flange: 3-70m/s or 590-13,800 f/m or 9.8-230 f/s
2” to 12” ANSI Flange: 1.5-70m/s or 30.2-13,800 f/m or 4.92-230 f/s
Gas:
1/2” ANSI Flange: 4-65m/s or 787-12,790 f/m or 13- 213 f/s
1” ANSI Flange: 3-65m/s or 590-12, 790 f/m or 9.8- 213 f/s
2” to 12” ANSI Flange: 1.5-65m/s or 300- 12,790 f/m or 4.9-213 f/s
Liquid:
1/2” to 12” ANSI Flange: 0.2-10m/s or 40- 1,968 f/m or .66-32.8 f/s
Nominal Vortex Flow Rates for Air
Provided in the table below are the minimum, nominal, and maximum velocities applicable to the Vortex Meter for gases. This information serves as a helpful guide for those familiar with Thermal Mass Flow Meter sizing guides concerning air, with a reference density of 0.075 lb/ft^3. As pressure increases, flow rates correspondingly increase as well. For instance, if the pressure doubles, the mass flow will also double.Download chart below here:
IMPORTANT NOTE TO THERMAL MASS FLOW METER USERS...
Are you aware of the advantages that Multivariable Vortex Flow Meters have over Thermal Mass Flow Meters in certain flow measurement scenarios? Specifically, when the need to measure ultra low or ultra high flows is not present, Multivariable Vortex Flow Meters can provide significant benefits.Are you aware that Multivariable Vortex Meters have the unique advantage of being unaffected by changes in gas composition? This means that even if the gas composition is altered, the Mass Flow can still be accurately reported. Why rely on Gas Chromatographs to determine gas composition and correct Thermal Mass Flow Meter measurements when a Multivariable Vortex Mass Flow Meter can achieve the same results without the added complexity and cost? While Gas Chromatographs may be necessary for ultra-low flows, if your minimum flows fall within the measuring range of a Vortex meter, it's worth considering using a Multivariable Vortex Mass Flow Meter.It's worth highlighting that when using Thermal Mass Flow Meters, it's crucial to consider the presence of moisture in the flow stream since they are highly sensitive to it. These devices can cause temporary flow spikes, which may disrupt your control system. However, Vortex Meters do not suffer from this issue, as they are not affected by moisture in the flow stream. If you want to avoid these momentary flow spikes, Vortex Meters offer a considerable advantage over Thermal Mass Flow Meters.Are you tired of facing issues with temperature variations leading to inaccurate readings from your Thermal Mass Flow meter? Look no further than the Multivariable Vortex Mass Flow Meter, which eliminates this problem by relying on vortex shedding velocity that remains unaffected by temperature and pressure changes. Moreover, the Multivariable Vortex Meter comes equipped with built-in Pressure and Temperature sensors, enabling you to measure Mass Flow, Pressure, Temperature, and even Volume flow if required. You'll also obtain an accurate pressure measurement alongside Mass Flow and temperature readings - all at a price that competes favorably with Thermal Mass Flow Meters.In situations where extremely low or high flows are required, we highly recommend utilizing Thermal Mass Flow Meters. These instruments are also well-suited for use as "Insertion Meters" due to their compact size. However, it's essential to note that Thermal Mass Flow Meters should only be used if there is no presence of moisture or gas composition changes. On the other hand, if your application involves any droplets or hydrocarbon particulate, Vortex flow meters are the ideal choice as they are not sensitive to gas composition or contaminants.Please consult the provided chart for the minimum and maximum flow rates applicable to the Vortex Mass Flow Meter. To determine the suitability of a vortex meter, refer to the minimum and maximum velocities for the fluid you intend to measure. If your flow rate falls within the range of velocities supported by the Vortex meter and if your fluid contains moisture or has varying gas composition, then the Vortex meter is the ideal choice, surpassing even the Thermal Mass Flow Meter.Attention: To ensure accurate readings from Vortex Flow Meters, it is essential to mount them firmly or protect them from any vibrations that could interfere with the Vortex Piezo Sensors. This can be achieved by either using sturdy mounts attached to a stable base or employing effective vibration isolation techniques.Maximizing the Potential of Your Button Interface and Modbus RTU Video: For an optimal viewing experience, we recommend opening the link provided below and referring to the accompanying document either in print or in a separate window. This will help you fully understand and utilize the valuable insights presented in the video.
VORTEX MULTIVARIABLE FLANGE METER DIMENSIONS WITH 150# ANSI B 16.5 FLANGES
HOW TO INVOKE VARIABLE K-FACTORS IN THE TACTICAL FLOW METER VORTEX FLOW METER:
Please be advised that Screen 33 is intended for advanced users ONLY. DO NOT access this screen on your meter unless it is absolutely necessary. Before making any changes, it is crucial that you take note of all current settings. Additionally, please note that pressing the left button labeled HOLD will exit you from any menus you may be in. Stay safe and use caution when utilizing advanced features.See example spreadsheet here
Before exiting ensure you SAVE the data and CONFIRM the % numbers are ever increasing in from element 0 to element 4. The Correction ratio must be between 0.8 and 1.2.
Where to get Power Supplies, Gaskets, Nuts and Bolts LinkPlease take note that for optimal performance, it is crucial to rigidly mount or effectively isolate Vortex Flow Meters from vibration. Failure to do so may result in the transmission of vibrating energy to the Vortex Piezo Sensors, causing inaccurate readings. To achieve this, we recommend utilizing rigid mounts that are firmly attached to a solid base or effective vibration isolation techniques. To help you better understand this requirement, we have included some example settings for your study. Additionally, we have provided a video above that demonstrates how to enter the configuration modes.Optimal Vortex Meter Configuration for Measuring Volume Flow in Liquids with a Full Scale of 250 l/m, Density of 875 kg/m3, and a 3" Vortex Meter with a Vortex Frequency Range of 34-850 Hz.
Video showing how to use the spreadsheet above and the Front Panel Interface with Menu 33:
HOW TO VERIFY AND SET UP FULL SCALE AND UNITS:
Refer to the Vortex Meter LCD Interface Video above for overview and introduction to using buttons.
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Our natural gas and methane Flow meters feature our proprietary MEMS thermal time-of-flight mass flow sensor installed in a laminar flow channel that forms a boundary layer ensuring laminar flow exists in the desired measurement area. Conventional thermal mass flow meters have sensitivity to the thermal properties of the gas as well as to the gas flow conditions. Our
See the video below to see how to use the buttons on the display within the enclosure.
Features LARGE LCD display, shows the Flow Rate, Total Flow, Temperature, and Pressure in user selectable units.
Before exiting ensure you SAVE the data and CONFIRM the % numbers are ever increasing in from element 0 to element 4. The Correction ratio must be between 0.8 and 1.2.
Where to get Power Supplies, Gaskets, Nuts and Bolts Link
Please take note that for optimal performance, it is crucial to rigidly mount or effectively isolate Vortex Flow Meters from vibration. Failure to do so may result in the transmission of vibrating energy to the Vortex Piezo Sensors, causing inaccurate readings. To achieve this, we recommend utilizing rigid mounts that are firmly attached to a solid base or effective vibration isolation techniques. To help you better understand this requirement, we have included some example settings for your study. Additionally, we have provided a video above that demonstrates how to enter the configuration modes.
Optimal Vortex Meter Configuration for Measuring Volume Flow in Liquids with a Full Scale of 250 l/m, Density of 875 kg/m3, and a 3" Vortex Meter with a Vortex Frequency Range of 34-850 Hz. 
