Selection of 63 products among
452
U705 UHP LIQUID FLO-SENSOR
McMillan Model U705 UHP FLO-SENSORS will precisely measure flow rates of virtually any fluid as low as 15 mL/minute or as high as 50 L/minute. Repeatable results are achieved by using a patented
microturbine flow sensor design. This design, unlike traditional paddlewheel designs, provides accurate flow measurement with no particle generation. PTFE, perfluoroelastomers, and sapphire wetted parts ensure compatibility with chemicals commonly found in microelectronics manufacturing processes, including deionized water, CMP slurries, acids, solvents, and photoresist.
These UHP FLO-SENSORS integrate the sensing element with advanced electronics to provide output signals proportional to flow rate. Each unit is individually calibrated before shipment, and a certificate of calibration accompanies all FLO-SENSORS. A repeatability specification of ±0.2% full scale reassures process engineers of consistent results.
The Model U705 features a straight flow path and a pulse output.
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View the product on mcmflow.com
McMillan
U706 UHP LIQUID FLO-SENSOR
McMillan Model U706 UHP FLO-SENSORS will precisely measure flow rates of virtually any fluid as low as 15 mL/minute or as high as 50 L/minute. Repeatable results are achieved by using a patented
microturbine flow sensor design. This design, unlike traditional paddlewheel designs, provides accurate flow measurement with no particle generation. PTFE, perfluoroelastomers, and sapphire wetted parts ensure compatibility with chemicals commonly found in microelectronics manufacturing processes, including deionized water, CMP slurries, acids, solvents, and photoresist.
These UHP FLO-SENSORS integrate the sensing element with advanced electronics to provide output signals proportional to flow rate. Each unit is individually calibrated before shipment, and a certificate of calibration accompanies all FLO-SENSORS. A repeatability specification of ±0.2% full scale reassures process engineers of consistent results.
The Model U706 features a straight flow path and an analog output.
>>>
View the product on mcmflow.com
McMillan
U701 UHP LIQUID FLO-SENSOR
McMillan Model U701 UHP FLO-SENSORS will precisely measure flow rates of virtually any fluid as low as 15 mL/minute or as high as 50 L/minute. Repeatable results are achieved by using a patented
microturbine flow sensor design. This design, unlike traditional paddlewheel designs, provides accurate flow measurement with no particle generation. PTFE, perfluoroelastomers, and sapphire wetted parts ensure compatibility with chemicals commonly found in microelectronics manufacturing processes, including deionized water, CMP slurries, acids, solvents, and photoresist.
These UHP FLO-SENSORS integrate the sensing element with advanced electronics to provide output signals proportional to flow rate. Each unit is individually calibrated before shipment, and a certificate of calibration accompanies all FLO-SENSORS. A repeatability specification of ±0.2% full scale reassures process engineers of consistent results.
The Model U701 features a U-shaped space-saving flow path and pulse output.
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View the product on mcmflow.com
McMillan
PADDLEWHEEL FLOW SENSOR - 2537 ROTOR-X
2537 Rotor-X
paddle wheel flow sensor with various output options
General
An enhancement to a recognised industry standard with the added functionality of various output options including flow
switch, pulse divider, digital (S3L) or 4 to 20mA. Additionally, it offers low flow, low power and high resolution options and can be configured on-site directly through the built-in user interface. Installation is simple because the Signet 2537 utilizes the same fittings as the popular Signet 515 and 2536 Paddlewheel Sensors, and fits into pipe sizes ranging from DN15 to DN200. Available in a variety of wetted materials, such as Polypropylene and PVDF, it is ideal for a variety of applications including chemical processing, water and wastewater monitoring and scrubber control.
Features
• Digital (S3L) and 4 to 20mA outputs
• Available with Flow Switch and Pulse Divider output
• Allows up to six connections to Signet 8900 Controller
• Low flow capabilities down to 0.1m/s
• Available with Polypropylene and PVDF wetted materials
• Installs into pipe sizes DN 15 to DN 200
• Built-in user interface for on-site configuration
• Low power and high resolution options
Typical Applications
• Process flow monitoring
• Pump protection
• Pure water production
• Filtration systems
• Chemical production
• Reverse osmosis
• Demineralization/regeneration
• Fume scrubbers
• Cooling towers
• Proportional metering pump
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View the product on icenta.co.uk
icenta CONTROLS LTD
U702 UHP LIQUID FLO-SENSOR
McMillan Model U702 UHP FLO-SENSORS will precisely measure flow rates of virtually any fluid as low as 15 mL/minute or as high as 50 L/minute. Repeatable results are achieved by using a patented
microturbine flow sensor design. This design, unlike traditional paddlewheel designs, provides accurate flow measurement with no particle generation. PTFE, perfluoroelastomers, and sapphire wetted parts ensure compatibility with chemicals commonly found in microelectronics manufacturing processes, including deionized water, CMP slurries, acids, solvents, and photoresist.
These UHP FLO-SENSORS integrate the sensing element with advanced electronics to provide output signals proportional to flow rate. Each unit is individually calibrated before shipment, and a certificate of calibration accompanies all FLO-SENSORS. A repeatability specification of ±0.2% full scale reassures process engineers of consistent results.
The Model U702 features a U-shaped space-saving flow path and an analog output.
>>>
View the product on mcmflow.com
McMillan
U707 UHP COMPACT LIQUID FLO-SENSOR
McMillan Model U707 UHP FLO-SENSORS will precisely measure flow rates of virtually any fluid as low as 15 mL/minute or as high as 10 L/minute. Repeatable results are achieved by using a patented
microturbine flow sensor design. This design, unlike traditional paddlewheel designs, provides accurate flow measurement with no particle generation. PTFE, perfluoroelastomers, and sapphire wetted parts ensure compatibility with chemicals commonly found in microelectronics manufacturing processes, including deionized water, CMP slurries, acids, solvents, and photoresist.
These UHP FLO-SENSORS integrate the sensing element with advanced electronics to provide output signals proportional to flow rate. Each unit is individually calibrated before shipment, and a certificate of calibration accompanies all FLO-SENSORS. A repeatability specification of ±0.2% full scale reassures process engineers of consistent results.
The Model U707 features a compact footprint-reducing design and a pulse output.
>>>
View the product on mcmflow.com
McMillan
U708 UHP COMPACT LIQUID FLO-SENSOR
McMillan Model U708 UHP FLO-SENSORS will precisely measure flow rates of virtually any fluid as low as 15 mL/minute or as high as 10 L/minute. Repeatable results are achieved by using a patented
microturbine flow sensor design. This design, unlike traditional paddlewheel designs, provides accurate flow measurement with no particle generation. PTFE, perfluoroelastomers, and sapphire wetted parts ensure compatibility with chemicals commonly found in microelectronics manufacturing processes, including deionized water, CMP slurries, acids, solvents, and photoresist.
These UHP FLO-SENSORS integrate the sensing element with advanced electronics to provide output signals proportional to flow rate. Each unit is individually calibrated before shipment, and a certificate of calibration accompanies all FLO-SENSORS. A repeatability specification of ±0.2% full scale reassures process engineers of consistent results.
The Model U708 features a compact footprint-reducing design and an analog output.
>>>
View the product on mcmflow.com
McMillan
MULTIPLE-PIPE, MULTIPLE-PATH FLOWMETER
Series TFXM Multiple-Pipe, Multiple-Path Transit Time
Flowmeters feature advanced non-invasive flow measurement
technology – providing a measuring system with unsurpassed
accuracy, versatility,
low-cost of installation and low-cost of
ownership. The TFXM system installs quickly onto liquid piping
systems with its non-invasive, non-fouling transducers and can be
configured and operational within minutes. Mathematical formulas
can be applied to discrete flow measurements – up to eight
discrete channels/pipes – to display and output average flow,
flow difference, proportions or sums.
TFXM is designed for indoor and outdoor fixed installations and is
designed to operate on both AC and DC power sources. The
backlit graphics display provides four lines of user-selected
flow information including rate, totalizer, liquid sound speed
and signal strength – for any meter connected to the TFXM
network. An integral optical interface is used with the optional
Windows® ULTRALINK™ software utility and allows simple in-field
programming, calibration and software upgrades. All TFX systems
utilize Dynasonics’ proprietary dual time-base time expansion
software algorithm, digital cross-correlation, optically isolated
input-output and field replaceable communication modules.
TFX flow measurement systems are a cost effective versatile
investment that can be readily configured for piping from 1 inch
[25mm] to 100 inches [2540mm].
FEATURES
Use of the TFXM as a multiple-pipe flowmeter results in significantly
lower cost per pipe versus the use of discrete meters on each pipe.
Automatic Reynolds Number compensation assures accurate
measurements through the laminar, transition and turbulent
system flow regions.
Non-invasive clamp-on transducers are simple and cost efficient
to install. Since the transducers do not contact the liquid, fouling,
pressure drop, leaks and maintenance are eliminated.
The measurement range of the TFX system includes zero flow.
Reading accuracy and reliability, especially at low flow rates,
are improved versus mechanical, DP and vortex shedding
flowmeter performance.
Multiple-path, single-pipe installations assure accurate flow
measurements without the need for long runs of straight pipe.
User configurable rate and totalizer units include: feet, gallons,
cubic feet, million gallons, barrels, acre feet, pounds, meters, liters,
cubic meters, million liters and kilograms.
Each measurement channel contains integral 4-20 mA, dual-relay and
RS485 communications. Field replaceable output and communication
module options include: 200,000-event data logger, rate pulse, RTD
(see TFX BTU-Pro data sheet), and RS232C.
An integral optical interface and optional Windows® software utility
provide complete control of system configuration, calibration and
diagnostics – without opening the NEMA 4X enclosure.
>>>
View the product on dynasonics.com
Dynasonics Groupe - Racine Federated
THERMAL MASS FLOW METERS - OVAL MASS FLOW MONITOR
OVAL Mass Flow Monitor
thermal mass flow monitor for utility gases, such as air and nitrogen
General
The OVAL mass flow monitor is designed to accurately monitor and measure utility gases, such
as air and nitrogen, even at extremely low flows (10NL/min). It is ideal for energy saving applications, in being able to accurately detect flows and converts them into an equivalent currency. Accurate flow detection that extends to extremely low flow rates makes the OVAL mass flow monitor ideal for monitoring and measurement of leaks, for example from air cylinders, pneumatic equipments, hose connections, etc. Thanks to the thermal dispersion principle of operation to detect mass flow, the OVAL mass flow monitor requires no corrections for temperature and pressure.
Features
• Competitively priced, compact meters
• Exceptionally wide flow range (10 - 600 to 135 - 800 NL/min)
• Wide rangeability (1:60)
• Low pressure loss
• Displays relevant currency equivalent as well as total, cumulative total and instantaneous flow rates
• Indicates an equivalent flow rate under normal operating conditions (1 atmosphere at 0 deg C)
Typical Applications
• Monitoring utility gas flow rates in energy saving programmes
• Metering natural-gas consumption
• Air leak monitoring and measurement
>>>
View the product on icenta.co.uk
icenta CONTROLS LTD
101 LIQUID FLO-SENSOR
McMillan Model 101 FLO-SENSORS are capable of measuring extremely low liquid flow rates from
13 mL/minute up to 10 L/minute with a full scale accuracy of ±1.0% or better!
A wide variety of fluids
may be measured. Repeatable results are achieved using a patented Pelton-type microturbine wheel. This proven design has been providing precision results since 1988 and has developed a well-deserved reputation for continuous operational service for many years without failure.
Because of the compact size and economical cost of these products, the Model 101 FLO-SENSORS are suitable for a wide variety of industrial, commercial, laboratory and O.E.M. applications. Some sample applications
include measurement of hydrocarbon fluids, fuels, light oils, solvents, coolant, pesticides, mild acids, alkalis, and deionized water.
Several power and output configurations are available,including both pulse and analog outputs. NIST Traceable certificates are available.
A power adapter or cable assembly is required for operation.
>>>
View the product on mcmflow.com
McMillan
