OTT MF pro Velocity Sensors

The MF pro electromagnetic velocity sensors are designed for use with the MF pro Flow Meter.

Features

  • Electromagnetic sensor head has no moving parts and never requires calibration
  • Interchangeable sensors & cables for maximum flexibility
  • Magnetic inductive measurement principle ideal for use in low-flow conditions
List Price $$$$$
Your Price Check Price
Stock More On The Way   
OTT MF pro Velocity Sensors
Questions & Answers
What is the range of this velocity sensor?
The OTT MF pro velocity sensor has a range of 0 to 6.09 m/s (0 to 20 ft/s).
What is the minimum conductivity requirement for this sensor to work?
The Both the OTT MF pro velocity sensor and OTT MF pro velocity & depth sensor have a minimum conductivity requirement of 10 uS/cm. If the conductivity of the water is less than that, the electromagnetic field will not operate properly.
Will the sensor work if it is only partially submersed?
As long as the sensor knob is submerged, the velocity sensor should work properly. You will need to do follow the 0.9xVmax flow measurement method if you are not measuring at different depths and averaging velocity. This method calculates flow based on 90% of the fastest velocity and is the recommended method when the depth is less than 12.7 cm (5 in.) or when the velocity is not stable.
Are the OTT MF pro Velocity Sensors compatible with the Hach FH950 Meter?
Yes, the OTT velocity sensors will work with the Hach FH950 meter, as they are cross-compatible.
Did you find what you were looking for?

Select Options

  Products 0 Item Selected
Image
Part #
Description
Price
Stock
Quantity
OTT MF pro Velocity Sensors
1040500595-0N
MF pro velocity sensor, 6.5 ft. cable
Check Price
More On The Way  
OTT MF pro Velocity Sensors
1040500595-1N
MF pro velocity sensor, 20 ft. cable
Check Price
Check Availability  
OTT MF pro Velocity Sensors
1040500595-2N
MF pro velocity sensor, 40 ft. cable
Check Price
Check Availability  
OTT MF pro Velocity Sensors
1040500595-3N
MF pro velocity sensor, 100 ft. cable
Check Price
Check Availability  
  Accessories 0 Item Selected
Notice: At least 1 product is not available to purchase online
×
Multiple Products

have been added to your cart

There are items in your cart.

Cart Subtotal: $xxx.xx

Go to Checkout

In The News

USGS Streamflow Gages Track Ever-Changing Nature Of Nation’s Rivers

Rivers are a fundamental part of the American landscape, determining not only the geological features of the land, but also providing habitat for plants, animals and civilizations. Although rivers are a permanent part of the landscape, the rivers themselves are constantly changing, flowing at high or low levels, subtly changing course and affecting everything around them. Constantly monitoring the changes is very important, as the data influence flood predictions, show flood frequencies, indicate low-flow behavior, influence recreational pursuits as well as water management practices and can indicate potential improvements in engineering design. Few people know the temperament of constantly changing rivers as well as Tom Harris, Ohio data chief for the U.S.

Read More

Once-vacant village gathers baseline data on Southwest Alaska stream

The Kuskokwim River--the second-longest river in Alaska and the longest free-flowing river in the U.S.--winds through state's remote Southwest where isolation drives gas up to $7.50 a gallon. "Here in the Kuskokwim, this is what some people refer to as 'Real Alaska,'" said Dave Cannon, environmental director of the Native Village of Napaimute, which sits on the north bank of the river. "You could go to Anchorage and it would be just like any other big city. But you get out here--you can only get to where I'm at by airplane or boat." Napaimute played a historically important role in mining and fur trading in the region, but the village mostly vacated when those industries dwindled in the area.

Read More

Rounded pebbles give evidence of past flowing water on Mars

NASA's Curiosity rover has found pebbles that appear to have been rounded by streamflow, according to a release from University of California Davis. Experts say the finding represents the first on-site evidence of sustained flowing water on Mars. The rounded pebbles discovered are only known to form when transported through water over long distances. Their discovery supports theories that the red planet could once have supported life. The smooth rocks were found between the north rim of the planet’s Gale Crater and the base of Mount Sharp, a mountain inside the crater. Researchers say they chose Gale Crater for study because there was a sediment deposit there that typically requires water to form.

Read More