MAG FLOW METER, 1/2", 1", 2", 3", 4", 6", 8" & 12" ANSI PIPE FLANGE SIZE RANGES

MAG Flow Meters at the prices of High-End Clamp On Ultrasonic Flow Meters and feature accuracies of 0.5% of READING. 
Amazing Sensitivity for conductivity requiring a minimum of  5 microSiemens/cm (compared to more than 20 microSiemens/cm required for competitors)

Display

Features LARGE LCD display, shows the Instantaneous Flow Rate, Total Flow, in user selectable units.

 Specifications.

• Electrode Material: 316L SS
• Wetted Materials Teflon, 304 SS, & 316 SS
• Flow Body Material 304 SS
• Flow Velocity .01 - 15 m/s Nominal 0 - 3 m/s
• Accuracy: +/- 0.5% of reading in water.
• Repeatability of +/- 0.15% of reading
• 1/2" to 4" 150# ANSI flange connections, up to 8" available.
• LCD Display
• Temperature:                
• Liquid/Gas: 14°F (-10°C) to 350°F (180°C)
• Ambient: 14°F (-10°C) to 140°F (60°C)              

• Power Requirement: 24 VDC  20 Watts maximum;   
• Output signals: Modbus RTU, 4–20 mA, and 0-10 KHz for flow rate indication
• Digital communications: Modbus RTU
• Proof Pressure 1.6 MPa, 230 PSIG.
• Display: Flow rate, Flow rate 0-100%, and total flow
• Wiring connection to enclosure size: M20 x 1.5
• Factory Final QC Test Certificate
• Integral Electronics
• Electronics Enclosure: IP65

Magnetic flow meters (MAG flow meters) are volumetric flow meters that operate without any moving parts and are ideal for potable water and wastewater applications as well as ideal for any conductive or water based clean or dirty fluid.  Magnetic flow meters will generally not work with hydrocarbons, distilled water, and many non-aqueous solutions as they require a conductive fluid of 5 microSiemens/cm minimum.

The table below gives a guideline of the nominal maximum GPM for various pipe sizes. Flows in well designed piping systems, to minimize wear and noise, and energy, are typically no more than 3 m/s max. Note these meters can easily go to 15 m/s for systems, such as high pressure fire fighting systems and blowdown systems.

MAG Meter Dimensions

MAG Meter Installation requirements:

Quick video above showing how to use the front panel buttons. The SECRET password to CHANGE variables is 03210 where 00521 is for VIEWING only. To get back to NORMAL operation hold the Enter button (the right most button) for 3 to 5 seconds.

Video above shows how to set up the Flow Units and Full Scale for those units. Note that this scaling is for driving the 4-20 mA and the frequency output so that the Full Scale value at 20 mA and at full scale Frequency is the number that is set. In this case the 4-20 and the frequency will output 20 mA and 5,000 Hz when the display shows 200 GPM. If the display goes OVER 200 GPM the 4-20 and the Frequency will increase until it "bumps it's head" on the maximum value. If the value on the display is GREATER than the value in Full Scale then one would adjust this value to accommodate the anticipated maximum value.

View video above to see how an INSERTION MAG meter is installed, which is DIFFERENT than the flange meters on this product page. Please visit INSERTION MAG meter product listing if you discover you need an Insertion Mag Meter.

MAG Meter Quick User Manual and Wiring Instructions.

ModBus RTU manual for MAG meter

 MAG Meter dimensions/ Installation requirements

6" ANSI Raised Face Flange MAG Meter Cut sheet

3" ANSI Raised Face Flange MAG Meter Cut sheet

Vortex MASS FLOW METER: 1/2", 1", 2", 3" & 4" ANSI PIPE FLANGE SIZE RANGES

Vortex Mass Flow Meters at the prices of high end Thermal Mass Flow Meters and are at 1% of READING.

Vortex Meter Digital Display

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 Manual

 Vortex Meter Specifications.

• Gas: -40°F (-40°C) to 662°F (350°C)
• Ambient: -40°F (-40°C) to 131°F (55°C)              

• Power Requirement: 24 VDC, 15 Watts maximum;   
• 3.6 VDC Lithium C Size battery for intrinsic safety mode. Has LCD Display but no 4-20 or ModBus
• 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:

The Vortex meter has different minimum and maximum flow velocities it can measure based on the fluid type and meter size. Please note the values below for proper sizing of your meter. 

• Steam:

• Gas: 

• Liquid: 

Nominal Vortex Flow Rates for Air

The table below gives the minimum, nominal, and maximum velocities for the Vortex Meter for gases to assist users familiar with Thermal Mass Flow Meter sizing guides relative to air, with a density of 0.075 lb/ft^3 for reference. As the pressure goes up the flows go up as well. For example, if the pressure is DOUBLED, so too does the mass flow. Download chart below here:

 IMPORTANT Note to Thermal Mass Flow Meter users...

Did you know that Multivariable Vortex Flow Meters offer a significant advantage over Thermal Mass Flow Meters when it is not necessary to measure ultra low or ultra high flows?

Did you know that a Multivariable Vortex Meter is not affected by gas composition? This means you can change gas composition and STILL report the proper Mass Flow! Why utilize a Gas Chromatograph to determine gas composition to correct your Thermal Mass Flow Meter measurement? If you need ultra low flows it makes sense but if your minimum flows are within the measuring range of a Vortex meter then consider a Multivariable Vortex Mass Flow Meter.

Ever have problems with temperature swings causing your Thermal Mass Flow meter to over or under report the flow measurement? The Multivariable Vortex Mass Flow Meter does not exhibit these symptoms simply because the vortex shedding velocity is not a function of temperature or pressure. And, with the Multivariable Vortex Meters built in Pressure and Temperature sensors you can get true Mass Flow, Pressure, AND Temperature and even gather Volume flow on those rare occasions when deemed necessary. And, you have a true pressure measurement as well as the Mass Flow and temperature. All at a price very competitive with Thermal Mass Flow Meters.

HOWEVER, if you DO need very low or very high flows we suggest the use of Thermal Mass Flow Meters and suggest you consider the use of the Sage Metering Prime for the most cost effective solution. Tell them we sent you! Visit Sage Metering if you need to measure very low flows, or need an Insertion Thermal Mass Flow Meter. Refer to the chart above for the minimum and maximum flows.

Vortex Multivariable Flange Meter Dimensions with 150# ANSI B 16.5 Flanges

Vortex Meter Specifications and Dimensions:
Download Brochure , Specifications and Dimensions.

How to use button interface and ModBus RTU video:To get the most out of the video open the link below and print out the document or open it in another window

ModBus commands and Meter codes

Vortex Manual

CORIOLIS MASS FLOW METER, 1/2", 1", 2", 3" & 4" ANSI PIPE FLANGE SIZE RANGES AND 1/4" Swage to 1/2" Swage for low flows and high pressure

Coriolis Mass Flow Meters at the prices of high end Thermal or Vortex Mass Flow Meters do not require any upstream plumbing. Accuracy: 0.2% to 0.5% of READING

Coriolis Flow Meter Display

Features LARGE LCD display, shows the Instantaneous (Instant) Flow Rate, Total Flow, Temperature, and Density in user selectable units.

 Coriolis Mass Flow Meter Specifications.

• Wetted Materials all 316 SS
• Flows from 0.1 kg/h to 200,000 kg/h relative to water
• Accuracy: +/- 0.2% or 0.5% of reading in gas or water. 0.1% available on special order.
• Repeatability of +/- 0.02% of reading
• 1/2" to 4" 150# ANSI Flange Connections, up to 6" available custom as well as 1/4" Swage to 1/2" Swage.
• LCD Display
• Temperature Accuracy +/- 1 Deg C
• Temperature:                
• Gas: -58°F (-50°C) to 257°F (125°C)
• Ambient: -40°F (-40°C) to 131°F (55°C)              

• Power Requirement: 24 VDC or 85-220 VAC, 15 Watts maximum;   
• Output signals: Modbus RTU, 4–20 mA, and 0-10 KHz for flow rate indication
• Digital communications: Modbus RTU
• Proof Pressure 4.0 MPa, 580 PSIG, with higher pressures for low flows.
• Display: Flow rate, Total flow, Temperature, and Density
• Wiring connection to enclosure size: M20 x 1.5
• Factory Final QC Test Certificate
• Integral Electronics installation
• Explosion Proof Rating: ExdibIICT5Gb
• Electronics Enclosure NEMA 4X / IP67
  
  

Coriolis Meter Quick User Manual and Spec Sheet Download

Mounting Guide:

High Pressure, Low Flow Coriolis Mass Flow Meter

High Pressure Low Flow Coriolis Meter Specs

Coriolis Mass Flow Meter User Interface Video

Coriolis User Interface and ModBus RTU 

Notes about ZERO Calibration on Coriolis meters.

NOTE: It is critical to invoke the zero point calibration after installation.

Every Coriolis Meter must be zeroed in the final installation point with the fluid that will be measured.

Make sure the meter has warmed up for at least 15 minutes before invoking the zero function. Make sure the measuring tube is fully filled with liquid. Turn off the stop valves, make sure the liquid is in a stationary state, and enter password 20 to invoke calibrate the zero point. The zero function is in process when the display indicates "Adjust zero" for about 30 seconds and then reverts to the normal display mode, after you hit the bottom left Enter button to start the function. This function is CRITICAL to allow the meter to determine the resonant frequency of the measuring tube is to determine the density of the fluid within it. This step cannot be skipped. Once this step is complete you will want to confirm the measured density is accurate.

This is done in the main running screen by touching the up arrow (upper right hand corner) and confirm the indicated density  agrees with the density of your fluid.

Coriolis mass flow meters directly measure the mass flow and the density of the fluid. The volume flow rate is calculated by mass flow divided by density. If the density measured at the zero point is not accurate, then the flow rates will be affected as well.

We show the process using the touch screen below