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The Hoffer Sanitary Design Turbine flowmeter is accepted as
meeting 3-A Sanitary Standard No. 28-03 for measurement of
process liquids where high sanitary standards are required.
Available in 11 sizes, ¼” to 3” with standard Tri-Clamp™
fittings, covering flow rates for 0.35 to 650 GPM.
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The Webster DHM 3 Series Digital Hydraulic Multimeter is an all-in-one unit designed to test the performance of hydraulic pumps, motors, valves and hydrostatic transmissions.
The easy-to-use design allows the operator to just switch on and test, without complex setup or special training.
The DHM measures flow, pressure and temperature. In addition, the DHM holds the peak pressure value as well as calculating hydraulic power and volumetric efficiency using the unique P-Q test button.
The DHM is the ideal tool for pinpointing hydraulic system faults, reducing downtime, and helping in preventative maintenance. The design builds on the very successful Webster DHT range of portable testers with the addition of a large digital display and a built-in pressure transducer.
The turbine flow meter with built-in loading valve is bi-directional and specifically designed to enable the operator to simulate the maximum working pressure safely during normal machine operation.
The loading valve has safety discs built-in to protect the operator and the multimeter in the event of excessive pressure, allowing oil to bypass the loading valve INTERNALLY with no spillage of oil from the hydraulic circuit, eliminating any danger to the operator or environmental hazards.
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Litre Meter developed the Pelton wheel principle as the best to achieve accurate measurements of low flows.
A single turbine ring size is common to all Litre Meter flowmeters. The turbine rotor is based on a highly efficient 'Pelton Wheel' design. It is available in various chemically resistant materials such as PFA (Teflon)and PVDF. The rotor ferrites are sealed to make them non-wetted parts. Sapphire bearings are offered for maximum chemical resistance as standard. These provide a very low friction mechanically-robust bearing with long life characteristics.
The rotation of the rotor is sensed by an electronic system using the interaction of ferrites in the rotor tips with a pickup coil. No drag is imposed on the rotor which assists in the measurement of extremely low flows. This, coupled with the efficient Pelton Wheel design and low friction bearings gives the meter major advantages. The complete turbine ring assembly can be easily removed with the meter remaining in line if cleaning is required.
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The Litre Meter pelton wheel flowmeter was first patented in 1975 and has an established reputation for function and reliability. Flows from 0.004 l/min can be metered up to 28 l/min using our LM series range. Large flowmeters are provided utilising the orifice/bypass principle where a wide flow range is given and the ability to measure low flows is retained. Pelton Wheel flowmeters are suitable for low viscosity clean fluids with variants in all- PFA Teflon for maximum chemical resistance and high pressure types to 2000 bar at the other end of the spectrum.
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This multi-range radial flow turbine meter uses a low inertia turbine supported on robust sapphire bearings in a chemically resistant housing. Ten flow ranges, a choice of "plug in" end connection fittings, and two styles of pulse detection system make this meter one of the most flexible available. The unit has individual traceable calibration, and can be considered as simple apparatus when placed in a hazardous area.
The unit can be configured with fittings and electrical connections to suit OEM requirements. Particular advantages include a wide flow range, long bearing life and in-line design. Output is via a pulse, which can be monitored by simple electronic systems.
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The Webster DHT 1 Series Digital Hydraulic Testers accurately measure flow, pressure and temperature. Webster testers are designed to conveniently check the performance of hydraulic pumps, motors, valves and hydrostatic transmissions.
This easy to use diagnostic tester has simplified controls and can pin-point hydraulic system faults, reducing downtime and helping in preventive maintenance. The tester comprises a turbine flow block and a large easy to read digital display which indicates both flow and temperature.
The tester has a built-in loading valve to simulate the working pressure during normal machine operation. The built-in safety discs protect the machine and operator in event of excessive pressure, allowing oil to safely bypass the loading valve INTERNALLY with no spillage of oil from the hydraulic circuit, eliminating clean-up costs and environmental hazards.
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Flow Monitoring
Blue-White manufactures electronic BW DIGI-METER digital flow meters, flow sensors, and flow monitoring equipment; as well as MICRO-FLO Flow Verification Systems.
BW DIGI-METER variations include Rate and Totalizer meters; 4-20mA / 0-10 VDC analog output flow rate and totalizers; Batch Process Controllers; and Hall Output Signal. Both battery and AC powered versions are offered. Many material, calibration and mounting styles are available.
MICRO-FLO variations include: Sensor Only and Panel Mount Display. Units can be mounted to Blue-White metering pumps to verify chemical injection has occurred. Flow units include: Gallons; Liters; Ounces, Milliliters. Time units include: Minutes; Hours; Days.
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initial smallest measurable flow rate dependent on type of vane wheel:
in gases 0.2...1.6 m/s; in liquids 0.01...0.08 m/s
terminal flow rate dependent on type of vane wheel:
in gases 3 m/s; 20 m/s; 40 m/s; 80 m/s;120 m/s; in liquids: 3 m/s; 7.5 m/s; 10 m/s; condition: no cavitation
probe diameter: 14/15 mm; 16 mm; 18 mm; 18/20 mm; 25 mm; 25/27 mm and 30 mm
working temperature range: up to 100° C; 140 °C; 260 °C; 370 °C; 450 °C and 500 °C
maximum working pressure: up to 25 bar overpressure
explosion-proof type of protection: Category 1G and 1D Zone 0 and Zone 20; Category 2G and 2D Zone 1 and Zone 21
probe tube material: aluminium, stainless steel, titanium
special designs on request
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Lake Monitors’ new FlowStat ES/Economy Series Sensor offers accurate flow measuring, several electronic outputs, and durable polypropylene construction for cost savings and compatibility with a variety of fluids used in many process control applications.
The FlowStat ES Sensor offers a flow measuring range of 0.5 – 15 GPM and an accuracy of +/- 2% of full scale. It is also capable of handling pressures up to 150 PSIG and temperatures up to 150º F. This ability, coupled with its rugged polypropylene construction, makes the FlowStat ES ideal for chemical batching, chiller, HVAC and factory automation applications.
A new addition to Lake’s popular FlowStat® line, the ES Sensor offers 4-20 mA, 0-5VDC, pulse or relay outputs. The circuitry is hermetically encapsulated to ensure performance in the harshest environments. A “snap-in” lock ring allows for easy cleaning and maintenance without removing the sensor from the piping. As with most of its products, Lake backs the FlowStat ES with a 5-year warranty.
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Titan manufacture flowmeters based on the Pelton wheel technique. This well proven method is the ideal way of measuring low rates of flow of low viscosity liquids. Advantages are wide flow range, good linearity and repeatability, with a compact, low-cost design. The unit can be built totally from engineering plastics, with no metallic parts in contact with the fluid monitored.
The 800, 900 and 1000 series flowmeters can measure flows from 0.05L/min to 30 L/min, or are available as simple flow switches, to alarm on flow failure, low or high flow. End connections are typically BSPF threads or hose barbs, other connections can be supplied.
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A large range of flow meters ideal for hydraulic applications that require large turndown ratio, high accuracy, and low pressure drop. Range from 0.1 - 1200 lpm. Pressures up to 480 bar. Built-in thermistor as standard.
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The Water Specialties Propeller Meter is the best choice for measuring clean water flows in municipal and industrial applications. The meter is engineered to deliver superior performance, low maintenance and unsurpassed durability. Meter materials and performance meet or exceed AWWA standard C704/92.
Water Specialties Propeller Meters are manufactured using precise techniques and high quality materials. For example, long-life ceramic thrust bearings and a cast bronze gearbox produce the best propeller meter available.
Measurement accuracy is +/- 2% of reading. The meter accommodates flow ranges from 35 GPM to 200,000 GPM. The Water Specialties Propeller Meter can be installed vertically, horizontally or inclined, with sizes ranging from 2" to 120".
Proven design for clean water flows
Quality construction
Long-life components
Meets/exceeds AWWA standard
Accuracy of +/-2% of reading
Wide flow range
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McCrometer has set the standard for liquid flow measurement performance, ease-of-use and value in the agricultural and turf markets since 1955. Its leading-edge propeller flow meters offer economical and versatile flow measurement. The Mc Propeller is suited to dirty water flows, municipal and other high-volume water applications.
Unlike traditional propeller meters, the Mc Propeller uses a flexible drive-train and sealed ball bearings. A unique design makes it easy to service in the field and requires no external power or batteries. The Mc Propeller is designed to comply with AWWA standard No. C704/02. Standard features include an instantaneous flow rate indicator and six-digit totalizer.
There are no tight tolerances in the Mc Propeller. It handles solids suspended in water without clogging. With its high accuracy, this flow meter is also a water management tool, that reduces water costs, preventing over-irrigation and reduces leaching of chemicals and fertilizers into the ground.
Key features:
Best-selling irrigation meter in the US
Clean and dirty flows
Easy to install and operate
Easy to service in the field
Accuracy of +/-2% of reading
Repeatability of +/-0.25%
Self-cleaning design
Instantaneous flow rate Indicator-totalizer on every model
Flow range of up to 25:1
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FlowStat® Sensors, Lake's patented stainless steel flow sensors, are the perfect lmonitoring solution for chillers/cooling circuits, HVAC, medical equipment, batching, and industrial process control applications. Designed and constructed to withstand the harshest environments, they’re available with several output options and can be directly connected to analog acquisition cards, chart recorders and other monitoring instruments.
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...disturbance insensitive and long-lived!
The turbine flow sensors of the product line Turbotron are sensors for flow rate measurement or dosing applications for liquids. Through its especially compact type, its very wide measuring range and its convincing precision of measurement, it has an almost unlimited application.
Function
The liquid flowing into the Turbotron is divided by the guiding blades in four split beams. These hit the rotor from four directions and put it in motion. The uniform loading of bearing from four sides causes the forces to cancel themselves out for the most part and wear is reduced to a minimum.
The extremely hard bearing materials, sapphire and hard metal, ensure in addition an extraordinary life expectancy.
The rotor rotation rate is now converted into an electrical pulse signal (frequency):
VTH and VTP are equipped with rotors which are fitted with magnets. A Hall effect sensor recognizes the rotation of the rotor.
VTI has stainless steel pins in the rotor. An inductive proximity switch detects the rotor rotation.
In both cases, a flow-proportional frequency signal (square wave signal) is available.
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Available Temperature Range: -400°F to +350°F
continuous (to +400°F intermittent heat).
End Fittings: MS flared and flanged styles are
recommended. Other types available on request.
Bearing Styles: Ceramic hybrid ball bearings sizes 1¼”
through 12”. Stainless steel ball bearings sizes ¼” through
1”.
Materials: 316 stainless steel standard. Consult with
applications group for corrosive applications. Broad material
list available.
*** Linearity is density-dependent for a given meter.
Consult factory for details.
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Low cost.
· Outstanding accuracy.
· Provides wide flow ranges (10:1 to 100:1 turndown ranges available).
· One piece 316/316L S/S Construction for most pressures.
· For use with unique Hoffer high pressure 316/316L or carbon steel mating flange kits,
supplied complete with SAE J429 Grade 8 high yield strength bolts and "O" rings.
· Operate over a wide range of temperatures.
· Sizes 1/4" through 2". Pressure ratings of 3,000, 6,000, 8,000, and 10,000 psi available
for most sizes.
· Larger sizes and pressures available upon request. Contact factory.
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OUTSTANDING FEATURES
· Low cost.
· Outstanding accuracy.
· Provides wide flow ranges (10:1 to
100:1 turndown ranges available).
· Wide variety of process connections
available.
· Wide selection of construction
materials.
· Operate over a wide range of
temperatures and pressures.
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The flowmeter pickup coil senses
the motion of the rotor and converts it
to a pulsing electrical signal which is
of a discrete digital nature. Three
basic pickup types are offered for use
with the MF Series which will satisfy
standard electrical interface
requirements for turbine flowmeters.
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● Connecting size: 3/8", 1/2", 3/4", 1" NPT female standard
● Power Supply: 3.8V to 30VDC
● Output: Sink (NPN)
● Material: Body-Polypropylene; Cover-Acrylic,PP,PTFE available; Rotor-PVDF; Shaft-Ceramic; Bearings-Ceramic
● O-ring: Viton
● Max. Temperature: 70ºC
● Max. Pressure: 10kg/cm²
● Accuracy: ±2% F.S
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Rototron RRI
The sensor consists of a rotor vane that is rotated by the spped of the flowing medium. The speed of rotation is proportional to the volume flow per unit time. The rotation of the rotor is detektiert by a inductive sensor.
no magnet parts
large wear liberty by high-quality ceramic axle and ceramic bearings
output circuit PNP, NPN or Namur
no straight line in-out necessary
easy measurement of flow rates
inherently safe properties
modular construction with the most versatile connection systems
connections can be plugged and rotated
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1MX = Magnetic pickup coil with 1” riser on meter body for mounting of
enclosures and electronics.
1MX3/0=Magnetic pickup coil with 1" riser and enclosure Class I, Groups C & D.
PED-CE =PED-CE mark required for Europe requires the operating temperature and
pressure be given and will be marked on the housing.
CE = CE mark required for Europe.
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Blancett sanitary turbine flow meters for liquids meet the 3-A standard for C-O-P (clean out of place) and S-O-P (sterilize out of place) procudures. Flow rates to 400 GPM, clamp sizes to 2.5".
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The Hoffer Sanitary Design Turbine flowmeter is accepted as
meeting 3-A Sanitary Standard No. 28-03 for measurement of
process liquids where high sanitary standards are required.
Available in 11 sizes, ¼” to 3” with standard Tri-Clamp™
fittings, covering flow rates for 0.35 to 650 GPM.
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Flow ranges are 0.6 up to 5,000 GPM, line sizes 1/2" to 10", pressure rating up to 5,000 PSI, standard temperture rating is 300F (consult factory for higher temperature applications) accuracy of +/- 1% of reading.
Please consult the AW Company website for detailed information regarding all available Turbine flow meters.
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Blancett turbine flow meters for liquids are available in pipe sizes from 1/2" to 10" and flow ranges from 0.6-3 to 500-5000 GPM. Blancett turbine meters use high-quality materials of contruction, including 316 stainless steel and tungsten carbide, to ensure high performance in rugged and aggresive environments. Blancett Model 1100 turbine meters offer +/- 1% accuracy and 0.1% repeatability, and they are rated to 350 degrees F (177 degrees C). Uses include secondary oil recovery, semiconductor, food and beverage, and pharmaceutical.
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Hoffer inline turbine flowmeters are
velocity measuring devices, which is
to say they measure the average
velocity of a fluid flowing through
the body of the meter. See
Illustration 1 for details on the
construction of the Hoffer inline
turbine flowmeter. Mounted within
the body of a Hoffer liquid turbine
flowmeter is a vaned rotor.
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Low Volume Rotating Vane Flowmeter DPL
Low Volume Rotating Vane Flowmeter DPM
Turbine Wheel Flowmeter DRS
Low Volume Rotating Vane Flowmeter DTK
Low Volume Turbine Wheel Flowmeter SFL
Electronic Low Volume Flowmeter KFF
Micro Flow Rate Measuring Transducer LFM
Rotating Vane Flowmeter DRH
Rotating Vane Flowmeter DRG
Turbine Wheel Flowmeter DPE
Turbine Wheel Flowmeter DRB
Rotating Vane Flowmeter/- switch /- counter DF
Rotating Vane Flowmeter/- switch DFT
Paddle Wheel Flowmeter/- counter/- batcher DFB
Turbine Wheel Flowmeter / -counter EDM
High Precision Turbine Wheel Flowmeter PEL
Turbine Wheel Flowmeter TUV
Turbine Wheel Flowmeter TUR
Ring Piston Counter DRZ
Oval Gear Wheel Flowmeter OVZ
Screw-Spindle Flowmeter OME
Gear Wheel Flowmeter, aluminum KZA
Screw-Spindle Flowmeter OM..
Gear Wheel Fllwmeter DZR
Universal Indicator ADI
Digital Panel Indicators DAG
Universal Batch Controller ADI-Z
Industrial Batcher, Counter, Flowindicator DAG-AXI
Frequency Transmiter FMU
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VOLUTRONIC® - that means high-dynamic, precise volume and flow measurements, evaluated according to the application - from a simple display unit to an intelligent micro-controller solution.
The basis for all this is the KRACHT gear type flow meter. This flow measure product presents the successful result of our long-experienced engineers. The sophisticated tooth system geometry in connection with application-specific bearings are made for the gear type flow meter being an absolute "All-rounder". The gear type flow meter covers a wide medium range: to go from hydraulic oil to printing ink, from gear grease to water based lacquer. The highly-efficient KRACHT electronics take the signals given by the gear type flow meter and ensures that processes are exactly monitored, regulated and controlled.
For example, in process technology as micro-controller for metering and mixing systems, or as flexible measuring and recording electronics for differentiated applications in test bench technology. KRACHT know-how guarantees functional solutions - standardized and optimized for application.
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Turbine flow meters are mediate volume transmitters similar to a Woltmann's sailwheel meter. Thanks to extremely rapid response times and high resolution turbine flow meters are perfectly suitable for fast filling systems.
Due to an enormous pressure and temperature resistance turbine flow meters will also be the perfect choice for water torch systems, temperature control units, cooling circuits or painting systems, where the consumption of solvents and di-water needs to be measured.
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