ELITE Coriolis flow meters are the preferred solution for critical applications such as custody transfer, two-phase flow and more. Designed for superior mass flow, density and volume measurement in the widest variety of line sizes and materials, ELITE Coriolis flow meters deliver the most accurate, repeatable measurement for liquids, gases or slurries.

Low-footprint, drainable R-Series Coriolis flow meters provide accurate flow and density measurements. They are ideally suited for general purpose applications that typically require repeatable, reliable, low-maintenance measurements.

Delivering highly reliable and robust measurement, F-Series flow meters are the preferred choice for process control applications. Choose these smart meters to more efficiently run your process and resolve your toughest productivity challenges

With superior flow measurement in a single straight-tube design, the T-Series Coriolis Flow and Density meter features all titanium-wetted parts for excellent corrosion resistance, and is self-draining with a plug-resistant flow path.

Ideal for hygienic process-control applications, H-Series flow meters are accurate, low frequency, fit-and-forget meters with a compact, drainable, cleanable design. Get reliable performance under extreme process conditions, including entrained gas.

The ideal solution for challenging high-pressure processes. The High Pressure Coriols Flow Meter works well in applications such as chemical injection and hydrogen dispensing.

Single-meter CNG flow meters meet the challenges of measuring compressed natural gas for custody transfer in light and heavy-duty vehicle dispensers while reducing fill time with higher flow rate capability.

The LNG dispenser system uses both a liquid delivery and gas return meter which is seamlessly integrated with a single transmitter to offer a complete dispensing measurement solution in one package.

The smallest Coriolis meters available – roughly the size of a cellphone – the Micro Motion LF-Series fits into any tight space for ultra-low, high precision flow measurement, providing a scalable platform for individual flow measurement needs.

Model D flow meters provide flow and density measurements for specialized applications including hygienic, corrosive and high pressure. Model DL sensors are designed to meet 3-A sanitary standards for milk and milk products, and are USDA-accepted.

Smart Meter Verification delivers complete measurement confidence with a diagnostic tool, reporting total Coriolis meter’s health, without interrupting your process. Smart Meter Verification provides actionable remedies to common process instrumentation challenges - reducing downtime, lengthening proving cycles, and increasing operational certainty.

Delivering the best in measurement technology and unparalleled support, the 5700 transmitter's intuitive design ensures measurement confidence, valuable process insight and productivity through simplified solutions. Data historian feature captures rich information about process events, fluid quality, and measurement stability - over long and short periods of time. Zero Verification tool provides confidence in the meter zero and analyzes process conditions to indicate potential issues for re-zeroing.

A field-mount transmitter powered by MVD Technology designed for compact, integral mounting. These transmitters feature a rugged Class I, Division 1 / Zone 1 housing with an optional local operator interface designed to make flow meter access easy. Flow meter commissioning is simple and straight-forward with virtually no special programming requirements.

With an integrated architecture designed for easy access to process intelligence, the 2400S Compact, Integral Transmitter provides superior performance in the most challenging applications, such as entrained gas, batching and loading

With combined Coriolis transmitter functions and PLC capabilities, the Series 3000 is built for industry-focused solutions, including net oil computer, enhanced density, custody transfer and marine fuel bunkering solutions.

With combined Coriolis transmitter functions and PLC capabilities, the Series 3000 is built for industry-focused solutions, including net oil computer, enhanced density, custody transfer and marine fuel bunkering solutions.

The 9739 MVD transmitter provides a versatile architecture for process control and custody transfer applications as well as a variety of I/O channels for application flexibility with a robust, field-mount design. Quantity 10 feet (3 meters) of 9-wire Teflon CFEPS cable is included.

A 2-wire transmitter that enables the use of reliable, accurate, compact and hygienic Micro Motion Coriolis meters virtually anywhere in a plant. The 2-wire design brings measurement accuracy, repeatability and operational savings on a level not previously possible for flow points with only loop power. You can reduce waste and rework while improving the quality without the need for additional power wiring.

Specialized transmitter optimized for performance with the Low Flow series of Coriolis meters. Available as a DIN rail or field-mount, and compatible with the LF2M, LF3M and LF4M sensors.

This transmitter is specifically designed for high-speed, precision-fill measurement in filling and dosing applications. In a compact and lightweight design, the Filling Mass Transmitter is capable of measuring challenging fluids that contain entrained gas, suspended solids, or fluids with high viscosities.

A field-mount transmitter powered by MVD Technology and is designed for compact, integral mounting. These transmitters feature a rugged Class I, Division 1 / Zone 1 housing with an optional local operator interface designed to make flow meter access easy. Flow meter commissioning is simple and straight-forward with virtually no special programming requirements.

Powered by MVD Technology, DIN rail-mounted transmitters easily fit into control room panels. A simple four-wire connection to the sensors for power and signal eliminates the expense of custom cabling

Powered by MVD Technology, DIN rail-mounted transmitters easily fit into control room panels. A simple four-wire connection to the sensors for power and signal eliminates the expense of custom cabling

A direct-insertion Fork Density Meter, that offers installation flexibility with continuous, real-time density and concentration measurement in pipelines, bypass loops and tanks.

A high performance, multivariable Fork Viscosity Meter that delivers reliable viscosity, density and temperature measurement in pipelines, bypass loops and tanks.

A Gas Specific Gravity Meter designed to provide a fast-response, direct measurement of gas specific gravity, molecular weight and relative density.

A Ni-Span C, 316L Stainless Steel, fiscal Gas Density Meter designed for high accuracy, gas density and concentration measurement.

A 316L Stainless Steel fork with DLC coated tines for measurement and control of heavy fuel oil (HFO) that supplies engines, turbines and burners in marine and power applications.

A 316L Stainless Steel, precision density and concentration meter, designed for custody transfer and concentration measurement.

Rosemount 8705 Flanged Magnetic Flow Meter Sensors provide long-lasting, reliable performance in even the most challenging applications. An all-welded construction provides a hermetic seal that protects against moisture and other contaminants. The sealed housing ensures maximum sensor reliability by protecting all internal components and wiring from even the most aggressive environments. A removable and replaceable terminal block enables easy repair in the field without the need to replace the entire meter.

Reliable, all-welded coil housing and lightweight sensor design rated to IP68 ensures compatibility with all utility, water and wastewater applications. Available with drinking water certifications.

The flangeless design of the Rosemount 8711 Wafer Magnetic Flow Meter Sensor makes it an economical, compact and lightweight alternative to flanged magnetic flowmeters. Choose from a wide range of rugged liner and electrode material options compatible with virtually all applications, from highly corrosive liquids to fibrous slurries often considered difficult to measure with other devices. For easy installation, alignment spacer kits are provided with every 8711 meter to center the sensor in the process line

Rosemount 8707 High Signal Sensors are designed for stable flow measurements in difficult high-noise applications. When paired with a Rosemount 8712H High Signal Transmitter, this system utilizes a robust signal, specialty signal processing, and superior filtering techniques to provide a more stable flow rate, reducing process variability. For the latest in signal stability in high-noise applications, look to the MS Slurry Sensor and 8782 Slurry Transmitter for optimum performance.

The Rosemount 8721 Hygienic Magnetic Flow Meter Sensor uses an all-welded meter body that is specifically designed for food, beverage and life science applications that demand safe, hygienic and reliable performance. All contact surfaces are constructed of FDA-approved materials designed in accordance with 3A standards. Additionally, the 8721 is available with a variety of sanitary process connections with easily accessed process gaskets to facilitate efficient inspection and maintenance.

A dual-compartment transmitter housing provides isolation from the external environment. Advanced diagnostics and through-the-glass Local Operator Interface offer unparalleled process insight.

Intuitive Local Operator Interface with dedicated keys enhance ease of use and enables instant access to all diagnostic information. Ideal for hazardous environments or difficult-to-reach locations.

Designed to overcome challenges presented with high-noise applications, the 8712H High Signal Transmitter features a robust signal and specialty signal processing to filter out noise. For the latest in signal stability in high-noise applications, look to the 8782 Slurry Transmitter for optimum performance

Preferred worldwide for fiscal measurement, the Daniel™ SeniorSonic™ 3414 Four-Path Ultrasonic Flow Meter retains the field-proven, British Gas-chordal design while increasing sampling speed with ultra-fast Daniel 3410 Series Electronics. This powerful, high-performance ultrasonic flow meter minimizes flow measurement uncertainty by enabling rapid detection of changing flow dynamics such as blockages upstream of the ultrasonic meter, abnormal flow profiles and liquid hydrocarbons. MeterLink™ Software displays a wealth of predictive diagnostics generated by the meter, providing expert flow analysis, flow disturbance alerts and suggested corrective actions, to expedite detection before measurement is impacted.

From refined products to heavy crude, the highly accurate Daniel™ 3814 Four-Path Ultrasonic Flow Meter offers exceptional rangeability and linearity to minimize flow measurement uncertainty of liquid hydrocarbons. Preferred worldwide for highly accurate, repeatable flow measurement in accordance with API Chapter 5.8 and OIML R117, the ultrasonic flow meter features a full bore design that virtually eliminates pressure drop to improve measurement integrity and reliability. Powerful Daniel 3810 Series Electronics detect changing flow dynamics and help operators pinpoint issues, including blockages upstream of the meter and abnormal flow profiles, to minimize flow measurement uncertainty

Ideal for check metering and allocation, the economical Daniel™ 3812 Two-Path Liquid Ultrasonic Flow Meter features two mid-radius, parallel-plane measurement paths that minimize flow measurement uncertainty caused by disturbed flow profiles. The meter is equipped with ultra-fast Daniel 3810 Series Electronics that further enhance flow measurement stability and accuracy by minimizing sensitivity to changes in the flow profile, solids and/or entrained air. The intuitive operator interface within MeterLink™ Software helps operators identify costly flow disturbances and meter performance issues in real time to improve measurement and maintenance practices

Ideal for allocation and check metering, the Daniel™ JuniorSonic™ 3412 Two-Path Gas Ultrasonic Flow Meter combines a dual-bounce path design with powerful 3410 Series Electronics to ensure a superior non-fiscal measurement solution. This cost-effective meter is wet gas tolerant and features rugged Daniel T-21 Transducers that are engineered for wet, rich and/or dirty gas applications for reliable, long-term performance. Innovative MeterLink™ Software ensures operators have easy access to the diagnostics generated by the meter for real-time detection of flow disturbances.

Dynamically measure LNG with greater accuracy and stability than static measurement methods with the fully-redundant, dual four-path Daniel™ 3818 Liquid Ultrasonic Flow Meter. The unique multi-plane, interlocked British Gas ultrasonic flow meter design ensures increased flow capacity and virtually no incremental pressure drop with factory-proven linearity within ±0.15% and a flow meter factor uncertainty of less than ±0.027% to ensure the highest flow measurement integrity. The meter is equipped with powerful Daniel 3810 Series Electronics that generate a wealth of real-time predictive diagnostics to help operators rapidly identify process upsets to minimize flow measurement uncertainty.

Daniel™ Ultrasonic Meter Tubes significantly minimize the adverse effects of turbulence on flow measurement accuracy by expertly integrating a Daniel Ultrasonic Meter and a flow conditioner or tube bundle with upstream and downstream pipe lengths per end user requirements. Built by code-qualified welders, Daniel meter tubes adhere to the highest quality standards to ensure internal roundness, a smooth, even surface finish, and precise alignment with no steps or offsets for superior, long-term measurement performance. Pre-assembly at the factory allows for rapid installation and startup to save time and reduce costs

Immediately pinpoint the cause of minor flow disturbances with the Daniel™ 3416 4+2 Ultrasonic Flow Meter that delivers the power and performance of a field-proven Daniel four-path, British Gas-design chordal meter (certified to OIML R137 1&2 Accuracy Class 0.5) and a two-path, reflective check meter in one body. A highly sensitive, vertical 90° path quickly detects trace amounts of liquid and other debris at the bottom of the pipe that can significantly increase lost and unaccounted for (LAUF) gas. A wealth of predictive diagnostics are generated by ultra-fast 3410 Series Electronics and are displayed via MeterLink™ Software to help detect costly process upsets in real time.

Cost-effective and reliable, the field-proven Daniel™ JuniorSonic™ 3411 One-Path Gas Ultrasonic Flow Meter offers a single-bounce path design for accurate, stable performance during allocation and other non-fiscal measurement applications. This next-generation designed ultrasonic flow meter features ultra-fast 3410 Series Electronics that generate a wealth of predictive diagnostics in real time.

Next-generation Daniel™ 3410 Series Electronics rapidly process critical gas ultrasonic flow data to ensure changing flow dynamics are communicated in a matter of seconds. Compatible with all Daniel 3410 Series Gas Ultrasonic Flow Meters and most prior models, the powerful electronics platform provides superior low-flow accuracy and linearity throughout the calibrated flow range. This accuracy and repeatability is maintained over the life of the ultrasonic flow meter to ensure stable, long-term performance. In addition, the streamlined electronics design simplifies flow meter installation and reduces flow meter maintenance time and costs.

Compatible with all Daniel™ 3810 Series Liquid Ultrasonic Flow Meters, next-generation Daniel 3810 Series Electronics provide superior low-flow accuracy and linearity throughout the calibrated flow range for reliable, long-term performance. This powerful electronics platform reduces flow measurement uncertainty by rapidly processing ultrasonic flow data to ensure changing flow dynamics are communicated in a matter of seconds. In addition, the streamlined electronics design has fewer parts to simplify flow meter installation and reduce overall flow meter maintenance time and costs.

Designed for custody transfer applications, this next-generation four-path ultrasonic meter retains the field-proven SeniorSonic chordal meter design while significantly increasing sampling speed with new, more powerful Daniel 3410 Series Electronics.

This innovative electronics platform improves the speed and simplicity of managing ultrasonic measurement information, saving time and assuring measurement integrity. All transducers are sampled 32 times per second and measurement is updated every quarter of a second. Mark III Electronics firmware utilizes Linux operating system, enabling fast and easy access to data including alarms, configuration changes and flow dynamics in seconds. In addition, this scalable platform improves low-flow performance and the ability to detect and process ultrasonic signals in the presence of high-frequency valve noise.

The new Daniel 3418 8-path ultrasonic flow meter crafted, developed, and designed by Emerson, offers the highest accuracy and best in class performance coupled with the same high functionality required by sophisticated fiscal measurement users. The 3418 combines the power of two interlocked 4-path British Gas design meters in one flow meter body. The second set of chords is the mirror image of the first, which allows the meter to cancel out the effects of swirl and cross flow. The 3418 Flow Meter boasts a 0.5 OIML accuracy class and requires only five diameters of straight run and no flow conditioner.

Designed for custody transfer applications, this next-generation four-path ultrasonic meter retains the field-proven SeniorSonic chordal meter design while significantly increasing sampling speed with new, more powerful Daniel 3410 Series Electronics.

The Rosemount 3051SFA Annubar Flow Meter is a no-equal solution with a patented, averaging pitot tube that delivers superior measurement accuracy over a wide flow range. This flow meter can measure multiple variables and is engineered with an integrated thermowell for temperature measurement. Its patented T-shaped sensor is capable of obtaining measurements via a single pipe penetration while maintaining a small profile in the pipe to reduce permanent pressure loss and increase energy savings.

With over one million Daniel™ Senior™ Orifice Fittings in service worldwide, this differential pressure flow meter reigns as the most widely used device for unparalleled measurement accuracy in accordance with AGA 3, API 14.3 and OIML 5167. The industry-leading dual-chamber design saves time and money by providing a fast, safe and extremely simple method of changing orifice plates under pressure to prevent unscheduled downtime. A unique plate carrier ensures superior concentricity to reduce measurement uncertainty and also allows the fitting to be mounted in a vertical or horizontal plane. No need for costly bypasses or additional valves that are required with conventional orifice flanges simplifies installation and startup.

The Rosemount 3051SFC Compact Conditioning Orifice Plate Flow Meter is a no-equal solution for multivariable measurement, obtaining direct variable measurements in combinations of differential pressure, static pressure and process temperature. This flow meter comes with a patented, 4-hole conditioning orifice plate for accurate measurement in turbulent flow conditions. This orifice plate also reduces pipe straight run, requiring only two pipe diameters (2D) upstream and downstream of the plate.

Featuring multivariable measurements in a single device, the Rosemount 3051SFC Compact Orifice Plate Flow Meter delivers accurate flow measurements. Built with a compact orifice plate, this flow meter provides measurements for closed loop control, general purpose monitoring and custody transfer applications. Available in line sizes up to 12 in. (300 mm), this primary element is designed for gas, liquid and steam service and operates well in harsh process conditions.

The Rosemount 3051SFP Integral Orifice Flow Meter is a no-equal multivariable device customized with an integral orifice primary element. This meter run assembly provides easy installation and is engineered to facilitate highly accurate flow measurement in small line sizes (0.5 - 1.5 in. or 15 - 40 mm). This device is also engineered with built-in flow calculations for fully compensated mass flow measurements.

Daniel™ Orifice Meter Tubes significantly minimize the adverse effects of turbulence on flow measurement accuracy by expertly combining a Daniel orifice fitting (Senior™, Junior™, Simplex™ or Orifice Flange Union) and a flow conditioner or tube bundle with the appropriate upstream and downstream pipe lengths based on end user requirements. Built by code-qualified welders with decades of experience, Daniel meter tubes adhere to the hightest quality standards to ensure internal roundness, a smooth, even surface finish, and precise alignment with no steps or offsets for enhanced long-term measurement performance. Pre-assembly at the factory allows for rapid installation to save time and reduce startup costs

Offering a best-in-class and cost-effective solution, the Rosemount 3051SFC Wireless Compact Conditioning Orifice Plate Flow Meter delivers accurate, multivariable measurements via a secure WirelessHART® network. This wireless flow meter includes a conditioning orifice plate with a patented, 4-hole design that enables precise measurements in turbulent flow conditions. The primary element also reduces pipe straight run, requiring only two pipe diameters (2D) upstream and downstream.

For superior accuracy, the Rosemount 3051SFC Compact Annubar Flow Meter is a no-equal, multivariable device engineered with built-in flow calculations for direct reporting of fully-compensated mass flow. This flow meter includes an averaging pitot tube that installs between raised-face flanges, eliminating the need for impulse piping and additional process penetrations. The patented, T-shaped sensor is also designed with a flat upstream surface for high performance over a wide flow range.

The Rosemount 3051CFC Compact Orifice Plate Flow Meter is an industry-leading flow meter designed with a compact orifice plate that delivers precise flow measurements. This flow meter has been leak-tested and calibrated to reduce leak points and increases process control. Available in a range of line sizes (0.5 - 12 in. or 15 - 300 mm), the orifice plate withstands harsh process conditions and is engineered for loop control, general purpose monitoring and custody transfer applications

Designed to provide industry-standard performance, the Rosemount 2051 Differential Pressure Flow Transmitter offers dependable differential pressure (DP) flow measurements. For easy installation, this DP flow transmitter can be pre-assembled to various primary elements. This safety-certified transmitter also features a local operator interface (LOI) with easy-to-use menus and built-in configuration buttons for device commissioning without tools.

The Rosemount 3051 Differential Pressure (DP) Flow Transmitter is an industry-leading flow measurement solution that features optimal accuracy. This transmitter can be pre-assembled to various primary elements, leak-tested and calibrated for cost-effective commissioning and quick installation while reducing leak points and increasing process control and accuracy. This DP flow transmitter is also engineered with power advisory diagnostics, which detect electrical loop integrity issues to reduce downtime.

Economical and easy-to-use, Daniel™ Orifice Flange Unions securely hold an orifice plate in the line to ensure differential pressure measurement in accordance with AGA 3, API 14.3 and OIML 5167. This low maintenance flow measurement device simplifies the plate inspection and removal process with one tool required for flange separation. Rigorous manufacturing procedures, including correct alignment of the flange bore and plate centering, ensure every Daniel flange union meets strict AGA tolerances for reliable, long term measurement performance. The device is available in a range of standard line sizes and configurations with optional materials available upon request to meet more severe application requirements.

The Daniel Junior Single-Chamber Fitting is now discontinued. For orifice measurement needs in large line sizes, please consider Daniel Senior Dual-Chamber Fittings or Orifice Flange Unions.

The Rosemount 3051S Wireless Differential Pressure Flow Transmitter combines no-equal scalable technology and state-of-the art primary flow elements with the security and data reliability of a WirelessHART®network. A best-in-class solution, this DP flow transmitter seamlessly integrates with a variety of primary elements that can be pre-assembled to the device. As a wireless transmitter, installation is straightforward, delivering long-lasting, >99% data reliability without the cost of wiring.

Built with a patented design, the Rosemount 485 Annubar Primary Element is an averaging pitot tube that delivers reliable measurement accuracy over a wide flow range. This sensor maintains a small profile in the pipe to reduce permanent pressure loss and increase energy savings. This T-shaped sensor is capable of temperature, pressure and flow measurements via a single pipe penetration.

Exceptional performance and superior durability are the hallmarks of Daniel™ Orifice Plates and Plate Seals. Available in a variety of line sizes and materials, these simple yet effective differential pressure measurement solutions are compatible with all Daniel fittings (Senior, Junior, Simplex and Orifice Flange Unions) and continue to be one of the most widely used oil and gas flow measurement technologies. Every Daniel plate is expertly manufactured to meet or exceed AGA 3/API 14.3 standards and a variety of plate materials and seal options, including nitrile (NBR) and PTFE, are available to ensure optimum performance in extreme conditions as well as to eliminate the possibility of gas leakage or spillage of liquids.

Rosemount 8800 Series Vortex Flow Meters offer world-class reliability with a gasket-free, non-clog meter body that eliminates potential leak points, resulting in maximum process availability and fewer unscheduled shutdowns. The unique design of Emerson's Rosemount 8800 Vortex Flow Meters features isolated sensors that eliminate the need to break process seals for flow and temperature sensor replacement.

The Rosemount 8800 Reducer Vortex Flow Meter utilizes the trusted electronics, sensor, and meter body of the Rosemount 8800 Series while harnessing the benefits of integral reducers to accurately measure lower flow rates. This design eliminates field assembly and welding of separate reducers and piping, thereby greatly reducing installation costs and project risk. Additionally, the face-to-face dimensions of the Rosemount 8800 Reducer match that of the traditional Rosemount 8800 Series for ultimate versatility

Optimized for cost-effective general purpose flow metering and clean fluid applications including steam, air, water and nitrogen.

The Rosemount 8800 Wafer Vortex flow meter is a lightweight, cost-effective solution that is easy to install and ideal for utility applications.The 8800 Wafer Vortex Flow Meter offers world-class reliability with a gasket-free, non-clog meter body that eliminates potential leak points, resulting in maximum process availability and fewer unscheduled shutdowns. The unique design of the 8800 features isolated sensors that eliminate the need to break process seals for flow and temperature sensor replacement.

Rosemount 8800 Flanged Vortex Flow Meter offers world-class reliability with a gasket-free, non-clog meter body that eliminates potential leak points, resulting in maximum process availability and fewer unscheduled shutdowns. The 8800 Flanged Vortex is ideal for all applications from general purpose to the most demanding application. The unique design of the 8800 features isolated sensors that eliminate the need to break process seals for flow and temperature sensor replacement.

The Rosemount 8800 Dual Vortex provides a redundant flow measurement solution. The 8800 Dual Vortex Flow Meter protects against spurious trips using one out of two, or two out of two voting . The 8800 Dual Vortex Flow Meter offers world-class reliability with a gasket-free, non-clog meter body that eliminates potential leak points, resulting in maximum process availability and fewer unscheduled shutdowns.

The Rosemount 8800 MultiVariable Vortex Flow Meter option combines temperature and flow devices into a single, highly accurate instrument, eliminating the costly installation of two separate devices. The integrated, removable temperature sensor is isolated from the process and separate from the Vortex flow sensor. This facilitates independent verification or replacement of each sensor without shutdown or breaking the process seal. Additionally, the MultiVariable Vortex automatically adjusts for changes in density, making it easy to accurately measure mass and corrected volume in steam and liquid applications.

Redundant, independent sensors and electronics help protect against spurious trips. Ideal for Safety Instrumented Systems and related applications.

Ideal for a variety of crude oil and refined product applications, Daniel™ Series 1500 Liquid Turbine Meters are the volumetric flow measurement instruments of choice for petroleum manufacturers and distributors worldwide. A unique stainless steel internal assembly maximizes volume throughput and minimizes pressure drop, enabling high flow rates over an extended flow range. Rugged, next-generation electronics integrate two pickoff coils and a highly durable dual-channel preamplifier to guarantee total pulse integrity, virtually eliminating the possibility of missing or double-counted pulses. Improve functionality by pairing the meter with the backlit Daniel DRT-899 Rate/Totalizer to streamline access to critical flow data.

Load rack and marketing terminal operators worldwide rely on Daniel™ Series 1200 Liquid Turbine Meters for accurate, repeatable performance during fiscal measurement or inline blending operations. The low-maintenance meters feature a self-cleaning, flow-through bearing design that enables higher flow rates and an extended flow range on light hydrocarbons and light crude products. Highly durable, potted electronics improve meter performance by providing a superior combination of a new dual-channel preamplifier and one or two pickoff coils. The optional second pickoff coil guarantees total pulse integrity, virtually eliminating the possibility of missing or double-counted pulses, further improving measurement accuracy.

Empower your turbine flow measurement with the Rosemount™ 705 Wireless Totalizing Transmitter. This transmitter is equipped with wireless technology that consistently delivers average flow rate and totalized volume measurements, even in remote and challenging environments. Ready-to-install, this wireless transmitter provides you with continuous and reliable pulse data from the field and delivers predictive diagnostics data to indicate instrument health and support timely maintenance.

Inline, field–mounted Roxar Watercut Meters use sensitive, microwave–resonance technology to accurately measure the permittivity of oil/water mixtures in real– time. The full–bore meters improve wellhead efficiencies, separation processes, custody transfers and fiscal reporting, and can be easily adjusted for salinity and changing dry–oil densities.

The Roxar 2600 Multiphase Flow Meters (MPFM) accurately characterize flow regimes and provide critical information on a well’s production capabilities. Built on a scalable technology platform, the advanced meter’s signal processing and field electronics provide sensitive measurements and a comprehensive mapping of flow. Employ this modular meter to improve production optimization, flow assurance and well testing, while meeting all field conditions and cost requirements.

Roxar Subsea Wetgas meters provide highly accurate water, gas and condensate flow rates, reducing risk and improving flow assurance. The advanced meters deliver unparalleled water sensitivity, accuracy and rapid response for reliable production measurement.These include the industry’s first built-in salinity-measurement system, which provides information vital to protecting subsea well and pipeline integrity and supporting metering/allocation strategies in gas and gas condensate fields.

The Roxar Multiphase Salinity System provides sensitive and real-time measurements of the conductivity and salinity of produced water in multiphase production wells. Together with the Roxar Multiphase Meter, this enables operators to obtain saline independent multiphase measurements, take immediate remedial action to improve flow assurance (optimizing corrosion, erosion and scale inhibitors), minimize water coning, and maximize oil & gas production.

The compact, explosion-proof Daniel™ DRT-899 Pulse Input Rate/Totalizer provides real-time flow data in an easy-to-read, backlit display. Ideal for any liquid metering application, the device offers the flexibility to easily view a 5-digit flow rate or total on the top line along with the ability to toggle between user-selectable, 7-digit values on the bottom line, including unit/tag, total or grand total. During programming, operators simply enter the meter's K-factor and the preferred unit of measure (i.e. pulses/gallon, etc.) and the DRT-899 automatically converts the data into the correct units. No additional conversion factors are necessary, simplifying programming and eliminating manual calculation errors.

Preamplifiers are a key component within Daniel™ Liquid Turbine Meters that reliably amplify and condition the low voltage, high impedance output emitted by the pickoff coil, transforming this output into high-voltage, low impedance pulses. Regardless of low or high frequencies, the preamplifier matches the characteristic output of the turbine meter to ensure continuous signal transmission. It offers high sensitivity at low frequencies to enable the meter to effectively measure the lowest possible flow rates while reduced sensitivity at high frequencies prevents spurious counting due to radio frequency interference (RFI) and other spurious signals to improve measurement accuracy.

Daniel™ Straightening Vanes minimize the adverse effects of flow disturbances by generating a consistent flow profile. Installed upstream of a Daniel Orifice Fitting or Daniel Ultrasonic Flow Meter, these devices smooth out and straighten the fluid flow to reduce measurement uncertainty by minimizing the effects of swirl, turbulence and other costly flow disturbances caused by insufficient straight pipe and/or valves. The straightening vanes also allow for shorter upstream pipe lengths and can significantly reduce space requirements, installation costs and startup time.

Featuring an intuitive interface, the ProLink III Microsoft Windows-based software application empowers you to easily access all the information you may need to configure, assess and manage your Micro Motion and Rosemount flow meters.

Micro Motion ProcessViz is a standalone software solution that takes Emerson’s Micro Motion 5700 or 4200 transmitter raw historian data and places it into an easy-to-use graphical format, offering a snapshot of the flow process. This software is a data visualization tool that eliminates the need for technicians to manipulate their data, thereby saving time.

Unique to Daniel™ Ultrasonic Flow Meters, the MeterLink™ software application displays a wealth of advanced diagnostics in real time to help operators quickly troubleshoot meter performance or pinpoint the cause of a flow disturbance. This feature-rich software improves uptime by providing easy access to expert flow analysis and alerts operators of abnormal flow profiles. The system's unparalleled combination of advanced diagnostics and early alarm capabilities ensure operators can immediately troubleshoot and resolve meter issues before failure occurs.

Hydrocarbon measurement standards and calculations can be challenging, especially for instrumentation specialists charged with managing different flow devices and specifications to reduce measurement uncertainty and financial risk. Flowel simplifies and expedites the process of accurately sizing Venturi meters, orifice plates, and flow nozzles, delivering the confidence of accurate instrument sizing and specification.

Get multivariable outputs and a powerful configuration and maintenance interface in a convenient, easy-to-install package. This smart module provides fast access to flow, density, temperature and many other parameters.

Reducing complexity and ensuring accuracy are critical to optimizing flow measurement operations. FlowCheck software uses industry-standard equations to calculate and verify the flow of hydrocarbon gases or liquids through meters and pipe provers. This advanced software allows easy verification of the electronic flow measurement (EFM) configuration across an entire system, minimizing the financial and litigation risk of disputed measurement.

Roxar Fieldwatch is an application platform for data collection, validation and trending & analyzing. Fieldwatch provides users with real time data on a distributed system allowing for secure remote operations. Information from multiple instruments and systems are displayed giving complete overview of wells and fields from your workstation, merging measurement and production data on one screen for operational transparency and collaboration across disciplines.

The Micro Motion MVD Direct Connect combines the performance of Micro Motion flow meters with a direct Modbus interface. An I.S. barrier option enables hazardous-area installation and provides the same power conditioning benefits of a transmitter.

Smart Meter Verification delivers complete measurement confidence with a diagnostic tool, reporting total Coriolis meter’s health, without interrupting your process. Smart Meter Verification provides actionable remedies to common process instrumentation challenges - reducing downtime, lengthening proving cycles, and increasing operational certainty.