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Dynasonics TFX Ultra ultrasonic flow and energy meter clamps onto the outside of pipes and do not contact the internal liquid. Available in stand alone flow meter or as an energy flow meter used in conjunction with dual clamp-on RTDs measuring energy usage. Available in integral and remote mount systems, both in a rugged, aluminum enclosure. Reduced material costs, installation time and maintenance costs make this the ideal flow meter for nearly all liquid applications.
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The FLUXUS® ADM 8127 ultrasonic flowmeter was specially designed for offshore applications. Its housing is made entirely of stainless steel. It is seawater-proof and ATEX approved for use in explosive atmosphere zones 1 and 2. All electronic components are in a flameproof enclosure with protection degree IP66. Terminals and terminal boxes are designed with protection type Ex-e "increased safety".
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Clamp-on ultrasonic flowmeters
The SITRANS F US clamp-on ultrasonic flow technology offers several advantages, number one being the utilization of external transducers. These are quickly and easily mounted on the outside of the pipe, making them the perfect choice for retrofit applications and applications where corrosive, toxic or high pressure liquids and gases rule out the option of cutting the pipe.
With the use of the WideBeam technology, clamp-on flowmeters from Siemens have proven their superiority in both the field and the lab. They offer several benefits such as measurement of practically any liquid and gas; performance unaffected by viscosity, flow rate, pipe size, solids and aeration content; high accuracy and repeatability through automatic temperature compensation and zero drift correction; and installation flexibility on pipe sizes up to DN9140 (360 inches). They are available in six families: two geared towards general industry solutions and four tailored to energy, liquid hydrocarbon, gas and portable installations.
Combine this with flexible configuration options that allow you to either customize your flowmeter or to order complete systems, you can rest assured that we have the right solution for you.
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Dynasonics hybrid ultrasonic flow meters utilize both Doppler and transit time sound techniques and automatically select the correct technology to calculate the flow rate. This dual technology provides an accurate measurement of the volumetric flow of clean, solids-bearing or gaseous liquids on full pipes. Adverse flow conditions - surges, particulate, gas pockets, etc. - will not clog, damage or influence accuracy of the "flow-through" meter design.
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FLUXUS® ADM 8027 is an ultrasonic flowmeter with IP66 enclosure for permanent installation in explosion-hazardous areas. It is ATEX certified for use in explosion hazard zones 1 and 2. All electronic components are in a flameproof enclosure. Terminals and terminal boxes are designed in protection type "increased safety".
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The Series TFXL ultrasonic transit time flow meter is a reliable and cost-effective flow meter designed to replace mechanical meters where liquid conditions damage or impede operation. This non-invasive flow meter requires no maintenance, as it clamps on to the outside of the pipe. It provides a 4-20mA analog and simulated turbine meter frequency output, interfacing with a variety of monitoring equipment. The TFXL is available in an integral mount system for pipes size .5" (12mm) to 2” (50mm), and a remote system for pipes size .5" [12mm] and larger.
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The battery-powered ultrasonic flowmeter FLUXUS® F601 is an ideal tool for service work and quick control measurements. Its clamp-on flow transducers are simply mounted onto the pipe from the outside and are thus quickly installed, without process interruption.
The measurement is pressure independent and can take place on pipes of almost any materials and on almost any liquid. Transducers are available for pipe diameters from 6 mm to 6500 mm and for temperatures ranging from -40°C to 400°C (more). Two pairs of transducers usually are enough to realize all standard industrial applications. FLUXUS F601 is thus highly flexible and can be used on the most various applications on totally different measuring points.
FLUXUS® F601 has been engineered for the harsh conditions of industrial installations. Its housing is water and dust tight and resistant against oil, many liquids and dirt. The meter and its many accessories are delivered in a sturdy waterproof transport case which dimensions fulfil the airline requirements for carry-on luggage.
Thanks to advanced battery management and Lithium ions battery, F601 allows for more than 14 hours of battery-powered measurement. The remaining battery capacity is displayed and helps planning measuring campaigns realistically.
Beside the standard version, F601 can also be delivered with a wider range of signal inputs and outputs (Multifunctional version), as well as in the Energy version with high precision temperature probes making the energy measurement more powerful than ever.
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KROHNE’s OPTISONIC 6300 stands for continuity and long term reliability. Flow measurement can be done anywhere and start-up is immediate. The new OPTISONIC 6300 clamp-on flowmeter with its robust industrial construction and regreasing concept provides a revolutionary solution for easy handling.
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The FLUXUS F601 is a portable ultrasonic flowmeter. With its clamp-on transducers and its rechargeable battery, it is an ideal tool for service work.
The clamp-on flow transducers are simply mounted onto the pipe from the outside. Measurement is therefore non-invasive, and no process interruption is necessary for the installation. The transducers are not in direct contact with the medium to be measured and thus in no way submitted to pressure and wear and tear.
All transducer pairs are factory calibrated. All calibration data (including the transducer identification and parameters) is stored permanently in the transducers and is transferred to the transmitter automatically upon connection. This facilitates operation and a zeroing procedure is not necessary.
The user interface is adapted to the detected transducers. The instruments simply asks in a logical sequence for the pipe and medium parameters. The physical properties of a large number of pipe materials and media are stored in an internal data base. The status display enables even the inexperienced user to judge online the quality and precision of the measurement.
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The Dynasonics Series 902 portable ultrasonic flowmeter is an excellent tool for measuring liquids containing 25 ppm or more suspended solids or aeration. The instrument also features a 4-20 mA output, rechargeable battery (8 hours continuous operation), and two-line display of rate and total. For full pipes of 1" (25 mm) to 120" (3050 mm) diameter.
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Measure flow from outside a pipe. The Greyline DFM 5.0 is designed for "difficult liquids" that would damage regular flow meters - wastewater, slurries, sludge, chemicals, viscous liquids and abrasives. There is no obstruction to flow and no pressure drop. The standard, strap-on ultrasonic sensor fits any pipe 1/2" (12.5 mm) Inside Diameter or larger. The electronics/display enclosure can be mounted nearby.
- Non-Contacting Ultrasonic Sensor
- Large, Backlit LCD Display
- 12-Digit Totalizer
- Reverse Flow Measurement
- Isolated 4-20mA (1000 ohm)
- 2 Programmable Control Relays
- Automatic Sensitivity Adjustment
- New Signal Processing System
- Built-in 5-Key Calibrator
- RFI Rejection Filters
- Optional 2 million point Data Logger with USB output to Flash memory
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The Heat Calculator Option of FLEXIM's non invasive FLUXUS ADM flow meter allows the easy determination of the energy flow in a system.
With temperature measurements made at the inlet and at the outlet of a system as well as flow measurement at the outlet , FLUXUS calculates the Heat Flow or energy usage within that system. All this is done with temperature and flow measurement devices mounted on the outside of a pipe.
FLUXUS will display the actual heat flow through the system, and if needed, totalize the heat flow in order to obtain the heat quantity.
The values can easily be transmitted to a PC for display and analysis. The data obtained can be used for energy flow balancing or it can be transmitted to a process control system.
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The solution for extreme temperatures
The WaveInjector® enables flow measurement at both very low and very high temperatures (400°C), even in explosion-hazard areas. It offers you the well known advantage of the clamp-on ultrasonic technology: a non-invasive, pressure and medium independant measurement with a high dynamic range and a high flexibility.
No special transducers are needed for the high-temperature measurement. The standard transducers are simply fixed to the WaveInjector®. For very large pipes, a special WaveInjector® version with chains guarantees a robust fixation on the pipe and a high surface pressure on the coupling point.
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Hybrid
Blue-White introduces Sonic-ProTM Hybrid Ultrasonic Flowmeters.
Sonic-Pro has the ability to measure fluid flow using either Doppler or Transit Time methods. Additional features include: Non invasive clamp-on transducers; Custom metric algorithms and DSP technology ensures reliable, accurate measurement; easy reading LCD; data is logged to a standard SD card format supplied with each unit; isolated 4-20 mA output is fully configurable; 0 - 1000Hz Pulse Output is fully configurable; computer connection permits remote access to, and control of, all functions including: real time display, system configuration, data logging, remote data capture and process control functions. Sonic-Pro is IP66.
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Dynasonics manufactures transit time and Doppler ultrasonic flow meters, in fixed-position, portable and multi-channel versions. These meters are totally non-invasive and easy to install and operate. For clean or dirty liquids, Dynasonics products provide high accuracy measurements on a wide range of pipe materials, diameters and temperatures.
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The FLUXUS ® ADM 5107 ultrasonic flowmeter for permanent installation was designed for the water- and wastewater industry.
The watertight transducers are small and practical, fast to install They are watertight and equipped with fixed transducer wiring. On request, the instrument can be pre-configured at the factory so as to reduce commissioning work to a minimum. Thanks to the clamp-on technology, no cutting or welding work is needed to mount the transducers on the pipe.
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The UFM 3030 is the universal meter for almost all applications to measure liquids in the chemical and petrochemical, oil production and refining, water and wastewater industry.
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Our Innova-Sonic digital liquid flow meters are state-of-the-art universal transit-time instruments incorporating the latest advances in digital signal processing. The Innova-Sonic™ Portable Model 210 clamp-on features an industry-unique Bluetooth® wireless PDA interface for a truly flexible and convenient liquid flow measurement tool. Innova-Sonic™ Model 205 is our dedicated/fixed display readout version with non-invasive clamp-on transducers.
Our Innova-Sonic™ Insertion Model 205 features insertion transducers resulting in high signal strength in challenging applications and extremely large pipes.
While principally designed for clean liquid applications, all instruments in our Innova-Sonic family are tolerant of liquids with small amounts of air bubbles or suspended solids common in most industrial environments. All Innova-Sonic liquid flow meters offer low power consumption, high reliability and outstanding applicability at an economical cost.
UNIQUE PRODUCT FEATURES
- Accuracy better than +/-1%
- Wide operating temperature range -40F to +212F (-40C to 100C) (210 Innov-Sonic)
- One meter for a wide range of pipe sizes 1-200” (25mm-5000mm)
- 256MB Tungsten™ T5 PDA interface with Bluetooth wireless
- Numerical and graphical display interface
- Battery power supply with battery recharge port (including spare battery)
- Low installation effort and costs
- Wide bi-directional Flow range of 0 to 40 fps
-Measurement is independent of fluid conductivity
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Fuji
Fuji PortaflowX and TimeDelta are multi-use flowmeters for liquid media. Particular advantage: The clamp-on mounting of the ultrasonic sensors, so that any cutting of the pipe is unnecessary and pressure loss can be avoided. The clamp-on measurement is available either as a portable, battery run version, or as a non-withdrawable type. The handling of the PortaflowX is very simple. The user interface of the big graphical display is compatible to the Windows system, so that even inexperienced users can handle it without problems. The PortaflowX speaks four languages fluently and can be delivered optionally with an integrated printer, that can be used either for printing parameters or as a line recorder.
The TimeDelta can convince as well by its easy handling, its enlarged options for diagnosis and analysis and its particular measurement stability, even under difficult conditions. Due to the highly efficient 32bit technology and modern DSP-technique, PortaflowX and TimeDelta can be run under operating conditions, that until now have been considered as impossible for the clamp-on ultrasonic measurement.
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Proven to have accuracy of better than ±0.10%, the Thermo Scientific M-PULSe™ multi-path ultrasonic liquid flow measurement system delivers a rapid return on investment by ensuring less lost and unaccounted for product. The system’s accuracy surpasses the API required custody transfer specification of ±0.15%, making it the most reliable flowmeter on the market today. Certified to ATEX Zone 0, the sleek stainless steel spool ranges from 4 to 16 inches in size, has no moving parts, and is intrinsically safe and spark-proof for use in the most hazardous environments. It has also proven to be independent of viscosity, is highly accurate over a wide liquid temperature range and features a non-metallic diaphragm that is well suited for corrosive applications to lower overall maintenance costs. The multi-path flowmeter works in tandem with a lightning fast flow computer to create an integrated liquid flow measurement system. The flow computer features built-in API conversion tables and compensates for temperature, pressure and density to provide unmatched repeatability and linearity. Additional system advantages include real-time flow profiling for accurate laminar, turbulent and transitional flow measurements for superior accountability and less product loss; the transducers can easily be changed while the instrument is in use, simplifying maintenance and reducing downtime; strong performance results with the flow conditioner placed just 5 pipe diameters (5D) upstream of the meter rather than the standard 10 pipe diameters (10D); and the flowmeter's compact design and shorter footprint simplify installation on offshore platforms and other areas where pipe space is at a premium.
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The Thermo Scientific SX40 flowmeter combines dedicated, dual frequency Doppler (DFD) technology with a patented digital signal processing technique to accurately determine the flow of liquids that contain particulates or air bubbles. By correlating two independent ultrasonic signals at different frequencies, it is able to automatically identify and eliminate noise errors from sources such as variable frequency drives. The SX40 incorporates clamp-on sensors which are easily installed for sludge management in sewage treatment plants and industrial applications, including slurry and effluent monitoring. Its large backlit graphics display provides excellent visibility even in poorly lit environments and it can be easily commissioned in a fraction of the time necessary to configure competitive models. Outputs include a 12-bit, optically isolated 4-20 mA analog signal and up to four independent programmable relays. It is available with a contact closure that helps to eliminate unwanted or erroneous flow volume data when backflow conditions occur. The instrument also offers a powerful 90,000 point data logger with non-volatile memory, enabling users to avoid the additional expense of a chart recorder or external data logger.
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Electonic Flow Switch for flow monitoring with ultrasonic sensor, digital display, 2 set points and analog output, linearity error 2,5% m.v.
Features:
7-segment LED dispaly, microprocessor-controlled, self monitoring with error display. All prameteers are configured by keypad, tamper proof, keypad lock, rugged construction, vibration- and shock-proof, long term stability
Applications:
OEM-applications, automotive, automobile industry, cooling
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Our Innova-Sonic digital liquid flow meters are state-of-the-art universal transit-time instruments incorporating the latest advances in digital signal processing. The Innova-Sonic™ Portable Model 210 clamp-on features an industry-unique Bluetooth® wireless PDA interface for a truly flexible and convenient liquid flow measurement tool. Innova-Sonic™ Model 205 is our dedicated/fixed display readout version with non-invasive clamp-on transducers.
Our Innova-Sonic™ Insertion Model 205 features insertion transducers resulting in high signal strength in challenging applications and extremely large pipes.
While principally designed for clean liquid applications, all instruments in our Innova-Sonic family are tolerant of liquids with small amounts of air bubbles or suspended solids common in most industrial environments. All Innova-Sonic liquid flow meters offer low power consumption, high reliability and outstanding applicability at an economical cost.
UNIQUE PRODUCT FEATURES
- Accuracy better than +/-1%
- Wide operating temperature range -40F to +212F (-40C to 100C) (210 Innov-Sonic)
- One meter for a wide range of pipe sizes 1-200” (25mm-5000mm)
- 256MB Tungsten™ T5 PDA interface with Bluetooth wireless
- Numerical and graphical display interface
- Battery power supply with battery recharge port (including spare battery)
- Low installation effort and costs
- Wide bi-directional Flow range of 0 to 40 fps
-Measurement is independent of fluid conductivity
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deltawave Ultrasonic flowmeter
Our new measuring system deltawave is not only a precise flowmeter for open channels,filles and partially filled pipes but also a temperatur meter and a flow profile analysis tool. Due to the unique patent pending signal analysis deltawave works under extreme conditions, maintenance-free, calibration-free and reliably. The measurement system monitors itself continously and the multi-channel property ensures redundant safety. With only one deltawave, you can realize up to four independent measurement sites, significantly reducing the equipment cost. This feature, combined with the high accuracy up to 0.5% makes deltawave to one of the most powerful measuring systems.
Because of the high accuracy, field acceptance tests of hydraulic turbines, storage pumps and pump-turbines are possible due to ISO60041 and ASME PTC 18. Accuracies up to 1% could be achieved in open channels without calibration. In filled pipes or channels you will get an accuracy of 0.5% of reading. But measuring with deltawave do not means only accuracy. The optimized transducers ensures long-term stable measuring without maintenance. This has been proven successfully by public authorities.
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LEFM® technology was installed on the first petroleum application in 1972. By 1976 a leak detection system in Alaska using 48 inch LEFM meters was installed and continues to operate today.
Caldon played a key role in establishing the API standard for measuring liquid hydrocarbons with transit time ultrasonic flow meters.
LEFM Series 200 flow meters are used in all areas of Petroleum processing - gathering, production, and distribution - by companies all over the world. The SoundTrack system is used to measure the relative density and kinematic viscosity of petroleum fluids.This information can provide interface detection in pipelines that carry multiple products.
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Oil Flow Meter - Ultrasonic Liquid Flow Sensor
The oil flow meter has been developed for ‘real time’ liquid measurement with specific attention given to the mechanical packaging to allow dyno and ‘on car’ correlation of data. The sensor installs directly into a suitable existing pipeline modified to accept flexible -16 tube connector couplings.
The system uses the established ultrasonic ‘time of flight’ measurement principle. The flow tube, transducers and mounting arrangement are compatible with an installation on an engine, capable of measuring liquid flow of up to 200 litres/min and temperatures of up to 150°C.
The remote processing electronics are rated for 105°C and can be placed up to one metre away from the flow tube. These electronics provide the user with flow data over a USB or analogue interface and can be powered from an automotive supply of 5 to 24 volts.
- 0-200 l/min Flow Rate
- No Moving Sensor Parts
- High Temperature Operation to 150°C
- No Pressure Drop
- Thermally Stable
- Compact (25mm x 160mm)
- Lightweight (140g)
- 16 Tube Connectors
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Flowmax 400i
Flowmax® is a flowmeter for measuring liquid flow. Flowmax® is especially suited to measure dynamic processes in closed pipes of an automation environment.
Flowmax® 400i has no moving parts and is free of wear. The design of the pipe minimizes dead volumes over the whole geometry.
All parts having contact to the medium are PFA (New Teflon). Therefore Flowmax® 400i can be used for very alkaline, very toxic and/or very aggressive media like concentrated acids and leaches.
CIP or SIP cleaning processes are possible. The measuring result is provided over a scalable pulse output and a programmable current output. All parameters of the flowmeter are individually configurable with MIB PC-Software FlowSoft® and USBtoRS485-Converter. The integrated gas control with empty pipe detection at the alarm output offers additional information. Process connection of Flowmax® 400i is free of seals using flare technology or NPT-screwing.
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The Preso ThermoTrack is a non-invasive ultrasonic flow meter combined with non-invasive temperature sensors, to measure energy use in water-based HVAC systems. No sensors come in contact with the liquid and there are no moving parts, so downtime and maintenance are eliminated. The flow meter utilizes transit time ultrasonic technology and the temperature sensors are Pt1000 RTDs. The flow rate, supply line temperature and return line temperature measurements provide the necessary inputs to calculate energy use, displayed in BTUs, Calories or Watts. The ThermoTrack is available for pipe sizes 1/2" (12 mm) and larger, with a variety of power supply and output options available.
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The MINISONIC P & P-B flowmeters are THE new portable metering tools.
Features include :
- a massive battery life : up to 40 h
- very light weight at 850 g
- Ingress protection IP 67
New measurement technology 'ESC' (or Echo Shape Control), this is an automatic function, essentially an ultrasonic auto-focus, which offers the warranty of quick, sure and accurate flow measurement.
The dual pipe version can calculate, display and transmit a QT flow value equal to the sum or the difference of the two flows that device measures on two independent pipes. It is possible to install the two set of transducers on a same pipe and closed to each other to improve the measurement reliability or better at two different locations and do a line balance or a leak detection.
The portable MINISONIC offer other important advantages :
- measurement resolution < 0.1 ns
- A higher amplification gain range and noise rejection
- an ergonomic keypad and menu calibration, back-lighted display
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Clamp-on Ultrasonic Flowmeter with DSP Technology
The MUL-310 is a "Time of flight" type Ultrasonic Flowmeter for liquids. Since the ultrasonic receiver required for the flow measurement is installed by the clamp-on system on the exterior of the pipe, it does not contact the measuring fluid at all, and also there are no concerns about particle generation or contamination of metallic ions in the fluid as it is truly non-invasive. It is suitable for the flow rate measurement of pure water and ultra pure water for the semiconductor industry. The resistance to bubble interference in the signal has been sharply improved by the new signal process method "DSP"(Digital Signal Processor). If bubbles are contained in the fluid, the transmission of the ultrasonic signal is impeded and signal recognition becomes difficult resulting in a loss of signal. Digital Signal Processing technology has been adopted for MUL-310, and even if the bubbles are contained in the fluid, the stable measurement of signal can be achieved. This product does not have limitations in terms of volume of bubbles by air volume being less than 10%. (It is not possible to recognize the signal in case of fluid streams with excessive bubbles)
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