Find flow meters including air flow meters, peak flow meters, ultrasonic flow meters and more. From water flow meters to rotometers, you will find the flow meter you need. Use the time-saving Request for Quote tool to submit your inquiry to all the flow meter manufacturers and suppliers you select.
We make vane flow meters, vortex shedding and mass flow for gasses. Typical applications include lubrication, cooling water, compressed air, shielding gas and air in robotic paint systems. Industries served include induction heat, molding, automotive, welding, machining, mining power and chemical.
Since 1980, KOBOLD Instruments has been designing and manufacturing high-quality instruments for measuring, controlling and regulating flow, pressure, level and temperature. Our products include switches, meters, gauges and transmitters. Call us today for help with your particular application.
Brooks flow meters and controllers offer unsurpassed reliability and repeatability to improve your overall process. Technologies include Coriolis, thermal mass, variable area, positive displacement, and more. As long as you know the Brooks name, you know the answer to your flow challenge.
Sierra manufacturers high performance mass flow meters and controllers for nearly any gas, liquid or steam. Customers choose Sierra when they need an accurate and repeatable flow measurement, short delivery lead times, expert flow advice and long term support. When it matters, choose Sierra.
ONICON is a manufacturer of highly-accurate water flow meters and energy measurement systems (BTU meters). We also offer vortex flow meters for steam and compressed air systems. ONICON provides unsurpassed performance at sensible prices. Visit us at www.onicon.com today for more information.
AW-Lake Company manufactures mass coriolis, positive displacement, inline flow meters, flow computers, optical and electric sensors, customized flow control products and more. Flow rates from 1 GPD to 5,000 GPM, pressure rating to 14,000 psi, typical accuracy 0.5% of reading. In business since 1984.
John C. Ernst provides flow meters—digital and mechanical plus vane and piston—which are used as water flow meters (plus for other liquids), gas flow meters or for diesel, gasoline and kerosene. We also have sight flow indicators and windows, liquid level gauges and valves plus other items.
Burkert Fluid Control Systems flow meters keep flow under control. We specialize in systematic flow control, offering integrated devices and compact flow meter systems for liquids and gases. Sensors, transmitters and fittings. We’ve got you covered for flow, level, pressure, analysis and temperature.
Porter Instrument offers a wide range of products including flow meters. Some of our flow meters include liquid flow meters and gas mass flow meters. Also offered — electronic proportional control valves, low flow metering valves, mechanical mass flow controllers, pressure regulators and rotameters.
ISO 9001 certified and globally recognized since 1972, Aalborg manufactures the highest quality Mass Flow Meters and Controllers, Vortex Meters, Rotameters and Needle Valves. NIST Traceable Calibrations and Services are offered. Technical help is readily available to discuss individual requirements.
DigiFlow offers a wide variety of low-flow electronic liquid and gas flowmeters including turbine, differential pressure, positive displacement, ultrasonic and thermal technologies. Liquid ranges of 10cc/day to 15,000 GPM and gas ranges from 0.01SCCM to 15,000 ACFM. Teflon® and disposable components available.
Flow meters are used to measure the flow of air, fluids and gas. Some of the
most popular flow meters are:
peak flow meters,
water flow meters, fuel flow
meters, air flow meters,
ultrasonic flow meters
and flow monitor services. Many flow meters measure the volume of the material
while other flow meters measure the speed, and still other flow meters measure
the mass of the materials. For the most part, flow meters are used to infer mass
flow through calculations that flow meters and flow monitor instruments make
after taking various flow measurements, such as absolute pressure, differential
pressure, viscosity and temperature. Most flow meters are made of three parts:
the primary device, transducer and transmitter. These three flow meters parts
are usually combined so that the flow meter is one complete instrument.
Flow meter distributors offer various instruments for different measurements of
flow. Thermal mass flow meters take measurements with two sensors that work together.
A temperature sensor reference and an active heated sensor take measurements
by calculating how much heat loss occurs in the flowing liquid, and thus these
flow meters can determine the flow rate based on this amount. Another type of
flow meter is the Coriolis mass flow meter, which operates on the basis of the
Coriolis Effect. Basically, an excitation force is applied to the flow meter
tube, causing the fluid or gas to rotate because the acceleration is acting in
opposite directions on both sides of the applied force. A flow meter measurement
can then be taken. Other kinds of flow meters operate using sound: These are
called ultrasonic flow meters, and include several types, like Doppler Effect
flow meters and time-of-flight flow meters.
Flow meter distributors offer products that are useful in a variety of fields.
Medically, flow meters are used to measure a patient’s air intake. These
types of flow meters are called peak
flow meters and are particularly beneficial
for asthma patients. In plumbing, water
flow meters are used to measure the amount
of fluid running through a tube for efficiency purposes. In general, flow meters
are used in many industrial purposes for flow measurements to help companies
determine profit gain or loss. Other industries that benefit from the use of
flow meters, peak flow meters, fuel flow meters, water flow meters and flow
monitor services include automotive, petroleum and gas,
utility services, HVAC, food processing and raw materials.
Each type of flow meter has specific guidelines that must be followed for proper
use. For example, when using gas flow meters, the flow meters must remain full
of gas. Liquid in gas flow meters can affect the flow meter’s accuracy. Similarly,
in order for liquid flow meters to work properly, they must remain full of liquid.
Gas in liquid flow meters can affect the accuracy of flow meters’ readings. Generally,
contaminants of any kind will cause an inaccurate reading of flow meters, so
flow meter distributors advise that flow meters and flow monitor instruments
must be treated with care and cleaned regularly.
Smart-Trak Mass Flow Meters
Innova-Vortex Mass Flow Meters
Flow Meters and Flow Meter Distributors Images Provided by Sierra
Instruments
Coriolis mass flow meters
are used to measure the force of acceleration resulting from a moving
object towards or away from the center of rotation.
Differential pressure
flow meters are used to measure the flow of fluids and gases
in a pipe by introducing constriction that causes the pressure to drop.
The pipe must be clean to result in accurate measurements.
Insertion flow meters
measure flow at one position in a pipe, and then, based on the measurement,
they estimate the flow rate for the entire pipe.
Magnetic flow meters
measure by creating a magnetic field that is channeled into the liquid
and causes a voltage signal to be sensed that is proportional to the
flow of liquid.
Mass flow meters
are used to measure gas flow and are one of the more popular flow meters.
This meter is relatively unaffected by changes in temperature or pressure
in the tube or pipe.
Open channel flow meters
are used to measure the flow of liquids when they are open to the atmosphere.
Peak flow meters
are used by patients with asthma or other lung disorders to measure
the amount of air patients take into their lungs. These flow meters
allow physicians to determine the severity of the illness.
Positive displacement
flow meters trap liquid to measure its flow by rotating parts
that move between seals and the meter body.
Rotometers have a rotating float that moves vertically through a tapered tube.
Sight flow indicators
allow the operator to view the liquid as it is moving. Some models come
equipped with lights to enhance the visibility of the fluids.
Target flow meters
measure the amount of force that is exerted on a target in a particular
liquid or gas. This should not be used to measure high viscosity liquids
because the target can be damaged.
Thermal flow meters
are meters that use thermal properties of fluids to measure the flow.
The meter is heated and as the liquid flows by, it can tell the flow
rate by the amount of heat lost.
Turbine flow meters
consist of a rotor that measures the fluid when it passes through the
blades. The blade speed is translated into the speed of the fluid
Ultrasonic flow meters
use sound to determine flow rate. Both Doppler Effect meters and time-of-flight
meters are different kinds of this type.
Variable area flow
meters measure by letting the flow stream change the opening
in the meter with a movement of an internal part.
Vortex and fluid flow
meters generate oscillations as a result of the flow that allows
a measurement to be taken.
Water flow meters are flow meters designed for measuring flow rates of water in various channels, tubes, partially filled pipes, streams, and rivers.
Common Terms Related to Flow Meters
Absolute Pressure – Atmospheric pressure plus gage pressure in flow
meters.
Accumulator – Area where fluid is under pressure and stored as a source
of power within flow meters.
Control Point – The temperature flowmeter instruments need to maintain to
perform designated functions of flow meters.
Coriolis Force – The force that occurs when a mass has a velocity moving
outward in a rotating plane of flow meters.
Counter Weight – A mass that is added to a particular substance to create
a more balanced and stable apparatus for flow meters.
Current – The flow rate of electricity within flow meters.
Density – A substance’s mass per unit of volume in flow meters.
Flow – The travel of materials in response to a force, such as pressure
within flow meters.
Flow Nozzle – A constriction made of a contoured plate that forms a hole
in flow meters for the flow stream so a flowmeter measurement can be taken.
Flow Rate – The velocity of flow in flow meters.
Head-Loss – The loss of pressure in flow meters or a flowmeter system
that is measured with a length parameter (such as amount).
Hot-Tap – Allows for flow meters to be inserted or removed without
causing a complete system shutdown.
Integrator/Totalizer – A flow meters device that measures the total flow
of fluids.
Manometer – Measures fluid pressure. This is a U-shaped flowmeter tube
containing liquid which adjusts with the pressure in the flowmeter tube.
Mass Flow Rate – The volumetric flow rate of a liquid or gas times its
density, expressed as pounds per hour or kilograms per minute in flow meters.
Potential Energy – The potential of energy when a liquid is in a position
or height above a flowmeter place to which it can potentially flow.
Transducer – The part of flow meters that sense fluid as it passes
through the flowmeter device.
Transmitter – The part of flow meters that produce the usable flowmeter
information from the transducer of flow meters.
Weldolet – A connection for a metal pipe that is used to aid as a fitting
for insertion-type sensors or flow meters.
