Turbine Flowmeters – Today’s Technology-of-Choice for Critical Fluid Flow Measurement Applications
The
aerospace industry has some of the most difficult operating conditions imaginable.
Sensors of all kinds used in this industry must stand up to the environment and
be able to perform under harsh conditions, fit in extremely tight spaces, and
have electronics that can compensate for variable conditions in order to
provide precise, repeatable results.
In
particular, flight instruments measuring fluid flow in aircraft fuel and
hydraulic systems are required to operate over extreme temperature ranges,
while enduring heavy vibration and shock, and withstand electromagnetic
interference and voltage transients. And, as aerospace test environments become
more severe (higher temperature, greater vibration) and test application
requirements for measurement devices grow more stringent (smaller, lighter,
more stable, higher accuracy), obtaining meaningful data can be challenging.
Typical Flow Applications Where
Turbine Flowmeters’ Use Is a Must
From
monitoring the fuel consumption of rotary and fixed wing aircraft, missiles and
drones, to evaluating the performance of hydraulic fluid and lubricants,
aerospace applications place high demands on flow sensing technology. Accurate
and dependable turbine flow meters are required for numerous fluid measurements
on board aircraft and in component test stands, such as:
Fuel
Management: Aerospace companies rely on flow transducers to provide accurate,
instantaneous fuel flow rate and total fuel consumption data. Paired with
cockpit displays, flow meters must offer easy installation and high
reliability.
Hydraulic
System Verification: Measuring hydraulic fluid leakage or displacement during a
flight test requires a flow meter that is highly repeatable, capable of
differential flow, and extremely compact as well as rugged. Instrumentation
suppliers are called upon to answer the size, safety, and durability
requirements of flight test engineers in a wide range of hydraulic system
applications.
Best Applications of Turbine
Flowmeters
When
it comes to listing the best applications of a turbine flowmeter, it’s tough to
decide what to include and what not as it has a wide variety of market
applications. Turbine flowmeters’ industrial applications include but not
limited to aerospace, oil and gas, gas and liquid, sanitary R&D, military
grade etc.
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Turbine Flowmeter Application in
Industries Dealing with Liquid
An
industry that deals with liquid uses turbine flowmeters for low to moderate
viscosity liquids. Thus, specific designed has developed further for high solid
content slurry service.
Turbine Flowmeters for Gas
Applications:
Turbine
flowmeters are used for gas applications widely because it cleans to moderately
clean air, pure gasses and gas blends for velocities up to 250 FT/SEC
Turbine Flowmeters in Cryogenic
Applications:
Turbine
flowmeters in cryogenic applications ensure cryogenic fluids with temperatures
down to -4500F. For lower temperatures, you need to consult the
factory.
Turbine Flowmeters in Steam
Applications:
Not
recommended for measurement. May be used to clean turbine meters at low
velocities and saturated conditions up to 3000F.
Turbine
flowmeters employ a proven measurement technology which is digital in nature
and provides exceptionally reliable outputs. Turbine flowmeters functions by
sensing the linear velocity of the fluid passing through the known cross
sectional area of its housing to determine the volumetric flow rate. The fluid,
as it passes through the turbine flowmeter, imparts an angular velocity to the
rotor, which is proportional to the linear velocity of the flowing fluid. Since
the linear velocity of the flowing fluid through a given area is directly
proportional to the volumetric flow rate it follows that the speed of rotation
of the rotor is directly proportional to the volumetric rate.
Want
to purchase turbine flowmeters of highly accurate and proficiency at par?
Contact us today!
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