Specialists in flow measurement

Flow Meter

& Flow Measurement Solutions

Tel:  0208 207 6565     Email sales@flowline.co.uk  

 

Search

home     contact us     sitemap    application centre

Products

 

Clamp on Ultrasonic Flow Meters

 
 

Differential Pressure Flow Meters

 
 

Electromagnetic Flowmeters

 
 

Open Channel Radar Flowmeters

 
 

Thermal Mass Meters

 
 

Data Loggers, ATEX, Web Enabled

 
 

Flow Computers

 
 

Flow Switches

 
 

Level Measurement

 
 

Mass Flow Meters

 
 

Pressure Sensors

 
 

Samplers

 
 

Turbine Meters

 
 

VA Meters

 
 

Vortex Meters

 
 

Ultrasonic Thickness Gauges

 

Flowmeter Hire

 

Application Centre

 
 
   
 

Electromagnetic Flowmeters \ Open Channel Electromagnetic Sewer Flowmeters \ Flo-Tote 3

 

Flo-Tote 3

Portable Electromagnetic Flowmeter (Fixed Versions Available)

 
 
 
 

Not quite the right specs for you?

Provide us with the specifics of your application and we will target a solution for you.

Submit your specs for

application assistance

 

Product details 

 

 

Building on the success of thousands of installations worldwide we are pleased to introduce the Flo-Tote 3 - the new generation of the world's most popular sewer flowmeter.

Marsh-McBirney's Flo-Tote 3 portable flowmeters are based on the original and unsurpassed velocity/area measurement sensors and techniques. Continuous product innovation has made it possible to combine proven sensor design with state-of-the art technology.

In addition to the accuracy and ease-of-use our customers have come to expect, the Flo-Tote 3 offers some exciting new features:

  • -  Disconnectable sensor for quick and easy   
  •    replacement.
  • -  Interchangeable with Flo-Dar sensors.
  • -  Room to store more data with a storage capacity
  •    increased to 64K .
  • -  Extended battery life.
  • -  Pocket PC compatible for data collection
  •    convenience .

Accuracy is Important!

Unlike Acoustic Doppler meters, the Marsh-McBirney electromagnetic area/velocity flowmeters measure both velocity and level in the same cross-section (or slice of pipe), a requirement necessary for accurate flow rate measurement using the continuity equation:

Q = V x A

Using measurements derived empirically over ten years, MMI has bridged the gap between the performance of its velocity sensor in a tow tank and its ability to calculate the average velocity that exists in an open channel sewer pipe.

The flow accuracy of the Flo-Tote 3 is based upon the accurate measures of both velocity and level in hydraulic flow labs, as well as under actual sewer conditions in the field.

Flow measurement is based on the equation:

Q = V x A where

Q = Flow
V = Average Velocity
A = Area

The measurement of both velocity and level in the same cross-section of pipe is critical for accurate flow rate determination.


 

 

 

Components / Downloads

 

 

ref

description

downloads