mass probar flowmeter - automaatika · 2015-03-12 · product data sheet 00813-0100-4762, ds-4011...

Product Data Sheet 00813-0100-4762, DS-4011

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Mass ProBar ® Flowmeter

WHEN COMPARED WITH TRADITIONALDP OR VORTEX MASS FLOWMEASUREMENT, THE MASS PROBARFLOWMETER OUTPERFORMSAND OFFERS SIGNIFICANT COSTREDUCING BENEFITSREDUCED INSTALLATION COSTS

• Reduced programming time for DCS

• Installation costs cut by 90%

• Integrated electronics and sensorreduce installation costs and leak points

• Three process measurements witha single penetration

• Three process measurements combinedin one electronics package

• NEW 2-line display with eight selectablevariables, including flow and total

HIGH PERFORMANCE

• ±1.3% of mass flow rate accuracyover 8:1 flow turndown

• Dynamically compensated mass flow

• Liquids, gases, and steam

• 4–20mA output proportional tocompensated mass flow

• Digital HART protocol superimposedon the 4–20mA signal allows accessto mass flow, DP, process temperature,and gage or absolute pressure

REDUCED OPERATING COSTS

• Significantly lower permanent pressureloss than orifice or vortex meters

• Low maintenance costs, nomoving parts, non-plug design

HIGH RELIABILITY

• ISO 9001 company

• NIST traceable calibration

COMPLETE POINT SOLUTIONS™Rosemount Inc. Complete Point Solutions provides fully engineered measurement solutions, combining best product and practices for improved performance, reliability, and cost of ownership.

The capability of the world’s finest industrial measurement instrumentation is further increased by combining it with a premier offering of complimentary products. This system is engineered and assembled by Rosemount Inc. to make it easy for you to specify and order the correct equipment for your process measurement needs.

We complement our field instruments with a wide range of technologies; including, manifolds, primary elements, process flanges and seals, and temperature sensors and accessories.

Complete Point Solutions is designed to provide you with Best-in-Class equipment — allowing you to save on installation costs, and improve the reliability and capability of your process. Take advantage of our vast experience in process measurement, and start improving your process with Complete Point Solutions.

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MASSPROBAR FLOWMETER - - - - - - - - - - - - - - - - - - - - 120REINVENTING DP FLOW MEASUREMENT- - - - - - - - - - - - 120

Performance

MASSPROBAR FLOWMETER - - - - - - - - - - - - - - - - - - - - 121HOW THE MASS PROBAR FLOWMETER WORKS - - - - - - - 122THREEPROCESSVARIABLES MEASUREDWITH ONE SENSOR - 122CALIBRATED MASSPROBAR FLOWMETER- - - - - - - - - - - 122

Benef i ts

LOW COSTINSTALLATION - - - - - - - - - - - - - - - - - - - - - - 123LOW OPERATING COSTS- - - - - - - - - - - - - - - - - - - - - - - 124

Mass ProBar F lowmeter Conf igura t ion

REDUCED ENGINEERING TIME WITH OPTIONALENGINEERING ASSISTANTSOFTWARE - - - - - - - - - - - - - - 125BUILT-IN PHYSICAL PROPERTIESDATABASE - - - - - - - - - 125SAVES TIME AND MONEY - - - - - - - - - - - - - - - - - - - - - - 126OPTIONAL HART TRI-LOOP™ - - - - - - - - - - - - - - - - - - - 126

Features

FEATURE - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 127BENEFIT - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 127

Insta l la t ion(Fol l ow the PIPES Plan for Qual i ty Ins ta l la t ion. )

PIPE ORIENTATION - - - - - - - - - - - - - - - - - - - - - - - - - - - 128INSIDE PIPE DIAMETER - - - - - - - - - - - - - - - - - - - - - - - - 128PIPE PENETRATION- - - - - - - - - - - - - - - - - - - - - - - - - - - 128ELECTRONICSMOUNTING - - - - - - - - - - - - - - - - - - - - - - 129STRAIGHT RUN - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 129

Sizing and How to Order

1. CHOOSE AMOUNTING METHOD - - - - - - - - - - - - - - - - 1312. CHOOSE ASENSORSIZE - - - - - - - - - - - - - - - - - - - - - 1323. VERIFY MODEL AND SENSORSIZE- - - - - - - - - - - - - - - 1334. CHOOSE THEMODEL OPTIONS - - - - - - - - - - - - - - - - - 1355. VERIFY PROCESS ANDPIPE INFORMATION - - - - - - - - - 136

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O rder ing In format ion—Model MBR

MODEL MBR+15S/16S - - - - - - - - - - - - - - - - - - - - - - - 137MODEL MBR+25S/26S - - - - - - - - - - - - - - - - - - - - - - - 139MODEL MBR+35S/36S - - - - - - - - - - - - - - - - - - - - - - - 142MODEL MBR+45S/46S - - - - - - - - - - - - - - - - - - - - - - - 145

Ordering In format ion—Model MBF

MODEL MBF+15S/16S- - - - - - - - - - - - - - - - - - - - - - - - 153MODEL MBF+25S/26S- - - - - - - - - - - - - - - - - - - - - - - - 156MODEL MBF+25H/26H - - - - - - - - - - - - - - - - - - - - - - - 159MODEL MBF+25M/26M- - - - - - - - - - - - - - - - - - - - - - - 162MODEL MBF+35S/36S- - - - - - - - - - - - - - - - - - - - - - - - 165MODEL MBF+45S/46S- - - - - - - - - - - - - - - - - - - - - - - - 168MODEL MBF+45H/46H - - - - - - - - - - - - - - - - - - - - - - - 171MODEL MBF+45M/46M- - - - - - - - - - - - - - - - - - - - - - - 174

Ordering In format ion—Model MNT

MODEL MNT+10S- - - - - - - - - - - - - - - - - - - - - - - - - - - 182

Ordering In format ion—Model MNF

MODEL MNF+10S - - - - - - - - - - - - - - - - - - - - - - - - - - - 184MODEL MNF+10H - - - - - - - - - - - - - - - - - - - - - - - - - - 186MODEL MNF+10M - - - - - - - - - - - - - - - - - - - - - - - - - - 188

Ordering In format ion—Model MNW

MODEL MNW+10S - - - - - - - - - - - - - - - - - - - - - - - - - - 190

Ordering In format ion—Model MHT

MODEL MHT+15S- - - - - - - - - - - - - - - - - - - - - - - - - - - 198MODEL MHT+25S- - - - - - - - - - - - - - - - - - - - - - - - - - - 201MODEL MHT+35S- - - - - - - - - - - - - - - - - - - - - - - - - - - 204

Ordering In format ion—Model MHF

MODEL MHF+15S - - - - - - - - - - - - - - - - - - - - - - - - - - - 213MODEL MHF+25S - - - - - - - - - - - - - - - - - - - - - - - - - - - 216MODEL MHF+25H - - - - - - - - - - - - - - - - - - - - - - - - - - 219MODEL MHF+25M - - - - - - - - - - - - - - - - - - - - - - - - - - 222MODEL MHF+35S - - - - - - - - - - - - - - - - - - - - - - - - - - - 225MODEL MHF+45S - - - - - - - - - - - - - - - - - - - - - - - - - - - 228MODEL MHF+45H - - - - - - - - - - - - - - - - - - - - - - - - - - 231MODEL MHF+45M - - - - - - - - - - - - - - - - - - - - - - - - - - 234

Spec i f icat ions

FUNCTIONAL SPECIFICATIONS - - - - - - - - - - - - - - - - - - - 243PERFORMANCESPECIFICATIONS- - - - - - - - - - - - - - - - - - 244PHYSICAL SPECIFICATIONS - - - - - - - - - - - - - - - - - - - - - 245

M A S S P R O B A R ®

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MASS PROBARFLOWMETERThe Mass ProBar flowmeter is a highly accurate insertion flowmeter. It measures mass flow rate for liquids, gases, and steam in line sizes from ½-inch to 72 inches. Mass ProBar is the combination of Dieterich Standard, Inc. Annubar® primary flow element technology and the 3095MV™ Multivariable™ transmitter from Rosemount Inc. into an integrated flowmeter.

Mass ProBar measures static pressure, temperature, and differential pressure (DP) with only one tap into the process line — offering significant installation cost savings. The multivariable electronics are capable of measuring all three process variables and calculating mass flow. The dynamic compensation provides a system accuracy of ±1.3% of mass flow rate over an 8:1 flow turndown—better performance than traditionally compensated DP flow measurement.

Dieterich Standard, Inc. has joined with Rosemount Inc. to provide flow solutions for process control and measurement.

Rosemount Inc. offers the leading technologies and highest quality in DP transmitters. The 3095MV multivariable transmitter accurately measures static pressure, temperature, DP, and calculates dynamically compensated mass flow. The 3095MV is the latest in multivariable technology and offers significant installation cost savings and performance.

As a member of the Rosemount Inc. team, Dieterich Standard, Inc. combines 3095MV-based electronics with the latest in DP primary technology—Diamond II+ Annubar primary flow element.

REINVENTING DPFLOW MEASUREMENTBy combining integrated electronics with insertion flowmeter technology, Mass ProBar provides the lowest total cost of any precision flowmeter. Installation costs are reduced by the measurement of three process variables through a small tap into an existing pipe and there is no plumbing required between the electronics and the sensing element. The multivariable electronics reduce hardware requirements. Due to the aerodynamic shape of the sensing element, the Mass ProBar flowmeter provides low operating costs. In addition, the insusceptibility of the sensor to warp, wear, and plugging and the stability of the electronics provide low maintenance costs.

When compared with traditional DP or vortex mass flow measurement, the Mass ProBar flowmeter outperforms and offers significant cost reducing benefits.

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Performance

MASS PROBAR FLOWMETER

Accuracy ±1.3% ofMass Flow Rate, Turndown 8:1The Mass ProBar flowmeter provides high accuracy mass flow over a wide operating range by dynamically compensating flow equation variables in real time, including thermal expansion effects, density, and gas expansion effects. The fully compensated flow equation reduces the sources of traditional DP flow uncertainty, thereby providing a more accurate flow measurement.

FIGURE 1. Accuracy % Rate.

Compared to Non-CompensatedFlow MeasurementChanges in temperature, pressure, density, and specific gravity can cause significant errors in mass flow readings if not compensated. For example, an 11% shift in pressure or temperature can cause over a 5% error in mass flow reading.

FIGURE 2. Non-Compensated Flow Measurement.

Compared to TraditionalCompensated DP Flow MeasurementTraditionally, DP flow has been calculated in a DCS or flow computer using a simplified mass flow equation. In simplified DP mass flow measurements, a constant is used to represent many of the terms of the flow calculation.

The Mass ProBar flowmeter dynamically compensates for changes not only in density, but also in other terms that are considered constant in typical mass flow compensation. In fact, only the units conversion factor is constant. The other terms (thermal expansion factor, pipe ID, and gas expansion factor) are functions of static pressure and temperature. The simplified flow equation cannot compensate for changes in these terms resulting in unrecorded errors in the calculated flow rate. The Mass ProBar flowmeter uses a fully compensated equation for mass flow.

FIGURE 3. Compensated DP Flow Measurement.

%C

hang

e(T

,P,S

G,ρ

)

% Error in flow rate

Qmass = KFaaYaD2 DP (ρ).

Traditionally, a constant has been used for F aaYaD2.

C’ is not constant.Where C’ = NKF aaYaD2.

The Model 3095 dynamically calculates flow coefficients.

Traditional flow uncertainty is eliminated.

C’

C’

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FIGURE 4. Mass ProBar Flowmeter Diagram.

HOW THE MASS PROBARFLOWMETER WORKS

FIGURE 5. Mass ProBar Flowmeter.

THREE PROCESS VARIABLESMEASURED WITH ONE SENSOR

Temperature

The temperature is sensed through a standard 100 Ω platinum RTD mounted integral to the Mass ProBar sensor. An Annubar primary flow element chamber that is isolated from the process fluid is used as a thermowell, which enables removal and replacement of the RTD without removing the flowmeter or shutting down the process.

Static Pressure

Static pressure is measured off the high side of the Mass ProBar sensor. The Mass ProBar electronics calculate the portion of the high side pressure sensed that would be equal to the true pipe static pressure.

Differential Pressure

Differential pressure is sensed utilizing the patented Diamond II+ Annubar primary flow element DP sensing technology. The Mass ProBar flowmeter senses the entire flow profile and produces an accurate DP signal.

The Diamond II+ design provides a fixed separation point for linear, repeatable performance.

FIGURE 6. Diamond II+ Design.

CALIBRATED MASSPROBAR FLOWMETER

The Mass ProBar flowmeter can be calibrated over an 8:1 Reynold’s Number range to provide an improved accuracy. This patented technology eliminates “percent to full scale” errors associated with traditional compensated DP mass flow measurement.

Multivariable electronicsmeasure pressure,

temperature, differentialpressure, and calculate true

mass flow rates. Access to allmeasurements is available

through HART ® or through anoptional splitter that provides

access to all variablesvia 4-20mA loops .

Integral3-ValveManifold.

PatentedPak-Lok ®

mountingfor safeinstallationor optionalflangemounting.Proven Annubar primary flow

element technology senses theentire flow profile. An integral

RTD inside the sensor measurestemperature accurately.

Optionally, the sensor can becalibrated for higher accuracy.

The MassProBarflowmeter iseasilyconfiguredusing theWindows-based EAwhich controlsfluid propertiesfor 125 fluidsbased onAICHE. data

QmDP, P, T

Applicationspecificsolution isengineeredand down-loaded to theMass ProBarflowmeter.

The MassProBarflowmetersenses DP, T,and P throughone processtap andcomputes fullycompensatedmass flow.

Mass ProBarsensor with

integrated RTD.

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Benefits

LOW COST INSTALLATION

Reduced Hardware Costs

Mass ProBar flowmeter offers a lower installation cost than traditional DP flow measurement devices. The fully integrated electronics and sensor eliminate fittings, tubing, valves, manifolds, adapters, and mounting brackets and reduce welding and installation time. In addition, the process line need only be tapped once to accurately measure temperature, pressure, and differential pressure. Installation time alone can be reduced up to 90% over traditional compensated mass flow measurement.

FIGURE 7. Flowmeter Hardware.

TABLE 1. Traditional vs. Mass ProBar Flowmeters.

Three Process VariablesMeasured with One Device

• One electronics package integrated into the sensing probe is all that is required to sense DP, temperature, and pressure.

• The Mass ProBar flowmeter reduces specification time, as one instrument specification replaces the four required for traditional compensated mass flow measurement.

• No DCS calculation time is required because mass flow rate is output as a 4-20 mA or through digital HART output.

FIGURE 8. Process Variables.

Compare the Mass ProBarFlowmeter Installation Costs

When compared to an orifice and vortex installation, the Mass ProBar flowmeter saves installation and hardware costs while offering superior accuracy and turndown. The larger the line size, the more value the Mass ProBar flowmeter offers.

FIGURE 9. Installation Costs.

Traditional Mass ProBar

Process tapsFittings & tubingValvesManifoldAdapter unionsTransmitter mountingWeldingLeak points

420512350 linear inches36

100Integral004 linear inches6

After Mass ProBarFlowmeter

Before Mass ProBarFlowmeter

DP

Pressure

COMPENSATEDMASS FLOW

Temperature

Mass ProBar Flowmeter

Vortex & Instruments

Orifice & Instruments

6 in. (150mm) pipe,steam 300# ANSI

Flowmeter or sensor

Mounting hardware

Transmitters

Manifold, valves,tees & bracket

Weld (mounting)

Fittings & Tubing

Wiring

Startup (Cal/Config)

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LOW OPERATING COSTS

Low Permanent Pressure Loss

The Mass ProBar flowmeter has the lowest pressure drop and operating cost of any DP or vortex flowmeter. The aerodynamic shape of the Mass ProBar sensor does not restrict the flow like the bluff body of a vortex shedder or the restrictive opening of an orifice plate.

FIGURE 10. Permanent Pressure Loss.Ref: 6”SCH40, 100# Steam, 11,300PPH

Energy Cost Saving

Permanent pressure loss can be converted directly into energy costs in the form of compressor costs for gas, electrical costs for pumping liquids, and fuel costs for generating steam. Energy savings increase with line size and flow rate. The payback time for a Mass ProBar flowmeter can be as short as six months just in energy savings. Contact your local salesperson for a cost savings analysis of your application.

FIGURE 11. Energy Costs.Ref: 6”SCH40, 100# Steam, 11,300PPH

Low Maintenance Costs

• Non-plug design

• No moving parts

• Combining three process variables and the mass flow calculation into one device reduces chance of mechanical breakdown

• Optional EA software and/or HART 275 handheld communicator allow easy maintenance and diagnostic functions

FIGURE 12. Non-Plug Design.

Reliability

• ISO 9001 certified

• Proven technology supplied by leading manufacturers

• 300 sales and service centers in 120 countries

• 90 years experience in flow measurement solutions

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Vortex & Instruments

Orifice & Instruments

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Mass ProBar Flowmeter Configuration

REDUCED ENGINEERING TIME WITH OPTIONALENGINEERING ASSISTANT SOFTWARE

BUILT-IN PHYSICAL PROPERTIES DATABASE

EA includes an extensive physical properties database allowing calculation of density or compressibility tables, viscosity, and related fluid data for 125 fluids. These data are based on information published by American Institute of Chemical Engineers (AICHE). If desired, plant engineers can also enter their own fluids.

Engineering Assistant Physical Properties Database

Acetic Acid Cyclopropane Isopropanol n-Heptane 1-Decanol

Acetone Divinyl Ether Melamine n-Hexane 1-Dodecene

Acetonitrile Ethane Methane n-Octane 1-Dodecanol

Acetylene Ethanol Methanol n-Pentane 1-Heptanol

Acrylonitrile Ethylamine Methyl Acrylate Oxygen 1-Heptene

Air Ethylbenzene Methyl Ethyl Ketone Pentafluorothane 1-Hexene

Allyl Alcohol Ethylene Methyl Vinyl Ether Phenol 1-Hexadecanol

Ammonia Ethylene Glycol m-Chloronitrobenzene Propane 1-Octanol

Aniline Ethylene Oxide m-Dichlorobenzene Propadiene 1-Octene

Argon Fluorene Neon Pyrene 1-Nonanal

Benezene Formic Acid Neopentane Propylene 1-Nonanol

Benzaldehyde Formaldehyde Nitric Acid p-Nitroaniline 1-Pentadecanol

Benzyl Alcohol Furan Nitric Oxide Styrene 1-Pentanol

Biphenyl Helium-4 Nitrobenzene Sorbitol 1-Pentene

Carbon Dioxide Hydrazine Nitroethane Sulfer Dioxide 1-Undecanol

Carbon Monoxide Hydrogen Nitrogen Toluene 1,2,4-Trichlorobenzene

Carbon Tetrachloride Hydrogen Chloride Nitromethane Trichloroethylene 1,1,2-Trichloroethane

Chlorine Hydrogen Cyanide Nitrous Oxide Vinyl Acetate 1,1,2,2-Tetrafluoroethane

Chlorotrifluoroethylene Hydrogen Peroxide n-Butane Vinyl Acetylene 1,2-Butadiene

Chloroprene Hydrogen Sulfide n-Butanol Vinyl Chloride 1,3-Butadiene

Citric Acid Isobutane n-Butyraldehyde Vinyl Cyclohexane 1,3,5-Trichlorobenzene

Cycloheptane Isobutene n-Butyronitrile Water 1,4-Dioxane

Cyclohexane Isobutylbenzene n-Decane 1-Butene 1,4-Hexadiene

Cyclopentane Isopentane n-Dodecane 1-Decene 2-Methyl-1-Pentene

Cyclopentene Isoprene n-Heptadecane 1-Decanal 2,2-Dimethylbutane

The Mass ProBar flowmeter has extensive configuration capabilities and can be quickly and easily configured to measure many fluids. The Engineering Assistant (EA) software is a PC-based software package that allows comprehensive configuration of the Mass ProBar flowmeter. EA is easy to use, provides the technology to configure most mass flow processes, and includes a built-in physical property database. EA also provides the primary communications interface to the Mass ProBar flowmeter for maintenance and diagnostic functions. The handheld communicator HC275 can still be used as well for maintenance and diagnostic functions. FIGURE 13. Engineering Assistant Setup Screen.


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SAVES TIME AND MONEY

EA saves both time and money. Engineering time is saved because the plant engineer does not have to calculate viscosities, densities, flow equations, and related mass flow calculations. Market research estimates that users can expect to save four to six hours of engineering time per flow application with EA.

One of the dynamic capabilities of the EA is the compressibility and viscosity table. After identifying the liquid or gas and entering the operating pressure and pressure ranges, this table is automatically populated with a complete set of fluid data over the specified temperature/pressure range.

Another feature of EA is the configuration speed. With so much built-in to EA, a plant engineer can quickly get a process up and running. Later, after hands-on experience with the process, an engineer can easily modify the Mass ProBar configurations and density to improve product quality and to reduce by-product formation.

OPTIONAL HART TRI-LOOP™

Four Separate 4–20mA Outputs forP, T, DP, and Mass Flow

• Provides three additional 4–20 mA analog signals when installed with one Mass ProBar flowmeter

• Can be installed without disconnecting or disrupting existing Mass ProBar installations

• Each Tri-Loop analog output is electronically isolated from one another

• Provides three additional analog process variable measurements with no additional process penetrations

FIGURE 15. Hart Tri-Loop.

FIGURE 14. Engineering Assistant Steam Setup Screens.

CH 3 T

P

DP

MASS FLOW

CH 2

CH 1

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Features

FEATURE BENEFIT

Integral RTDA three wire 100Ω platinum RTD is inserted into a sealed, pressure retaining thermowell in the sensor. Connections are made through an explosion-proof junction box. Designs by other vendors that do not provide a sealed thermowell are a potential hazard when removal of the RTD is required. The integral RTD eliminates hardware and installation costs.

A single pipe penetration allows measurement of mass flow, including temperature.

FIGURE 16. Integral RTD.

Pak-Lok MountingPak-Lok mounting seals and secures the Mass ProBar flowmeter firmly against the inside opposite wall simply and without high torque requirements. This design safely retains the sensor under high process pressures. It also provides additional structural support by placing the sensor in compression.

Allows safe and simple installation of Mass ProBar flowmeter.

FIGURE 17. Pak-Lok Mounting.

Direct Mount Integral ManifoldThe Mass ProBar electronics can be mounted directly to the sensor by means of either a three- or five-valve manifold. Upwards of 28 potential leak paths can be eliminated. The integral mount can be used in all fluids, except where the temperature is over 500 °F (260 °C).

Allows the electronics to be mounted directly to the sensor, eliminating costs and leak paths.

FIGURE 18. Direct MountIntegral Manifold.

Flanged Pipe SectionA good installation of the sensor is assured with the flanged pipe section option. The pipe can be made to any length for easy replacement of other piping components.

The Mass ProBar flowmeter can be mounted in a flanged pipe section for easy installation between existing flanges. FIGURE 19. Flanged Pipe Section.

Elbow MountMass ProBar flowmeter can be installed two pipe diameters from the centerline of an elbow and still provide good accuracy and repeatability: +3% without calibration.

Mass ProBar flowmeter can achieve good accuracy two pipe diameters from an elbow.

FIGURE 20. Elbow Mount.

Flo-Tap Mass ProBar FlowmeterThe Flo-Tap Mass ProBar flowmeter is perfectly suited to retrofit applications because the Flo-Tap flowmeter can be hot-tapped without interruption of the flow and without system shutdown.

Allows insertion and retraction without system shutdown.

FIGURE 21. Bi-DirectionalFlow Measurement.

Bi-Directional Flow MeasurementThe symmetrical design along with the controlled separation point provided by the exclusive diamond-shaped sensor means that a single Mass ProBar flowmeter is all that is required for bi-directional flow measurement.

A single Mass ProBar flowmeter can provide accurate bi-directional flow measurement.

Integrated Electronics Mounting

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Installation (Follow the PIPES Plan for Quality Installation.)

The performance of any flow measurement device depends greatly upon the quality of the installation. This is also true for the Mass ProBar flowmeter. Studies have shown that greater than 70% of flow measurement problems are traceable to installation error. Installation of Mass ProBar flowmeter is very simple, but attention must be paid to simple principles. These principles are common to all DP devices and most flowmeters in general. The Dieterich Standard, Inc. acronym for these principles is PIPES:

P ipe orientation

I nside diameter

P ipe penetration

E lectronics mounting

S traight run

Pipe Orientation

The flowmeter sensor must be installed in the proper orientation relative to the pipe and the fluid measured. This must be specified at time of order placement. For gases, the electronics must be mounted above the pipe (Figure 22). For liquid and steam, the electronics must be mounted below the pipe (see the I/O manual for detailed installation instructions).

FIGURE 22. Pipe Orientation.

Inside Pipe Diameter (ID)

It is important to use the exact pipe ID in Mass ProBar installations to avoid flow measurement errors. Throat diameter is a squared factor for DP flow measurement devices, and with the Mass ProBar flowmeter, the pipe itself forms the throat. Using the pipe as the throat of the meter reduces permanent pressure loss and the effect of wear on the throat.

FIGURE 23. Inside Pipe Diameter.

Pipe Penetration

The sensor mounting hole must be smooth and the correct size to avoid disturbing the flow profile (Figure 24). Drilling is the only acceptable method to properly prepare the mounting hole.

FIGURE 24. Sensor Mounting Hole.

80°

50° 50°

30° 30°

Gas Installation Liquid or Steam Installation

Qmass KFaaYaD2 DP p( )=

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Electronics Mounting

Mounting of the electronics can be integral or remote. Integral is preferred because of simplified installation, fewer leak points, faster response, and greater accuracy. Remote mounting is required when the process temperature is over 500 °F (260 °C), or when there is excessive vibration. Where remote mounting of the electronics is used, it is important that the orientation of the electronics relative to the sensor is correct. For gases, the electronics must be above the sensor and for liquids, below the sensor. It is critical to review the instruction manual on this topic and on commissioning.

FIGURE 25. Electronics Mounting.

Straight Run

To obtain published accuracy, sufficient straight run is required to produce a fully developed flow profile. Shorter lengths are possible, but accuracy will be affected. Consult the factory for further information.

Straight run requirements are also more stringent for achieving the highest accuracy. Recommended values shown are upstream straight run requirements. Four diameters are required downstream.

TABLE 2. Upstream Straight Run Requirements.

LocationWith

VanesWithoutVanes

After an elbow 8 10

Two elbows out of plane 8 28

After a modulating control valve 8 30

After an expansion 8 18

After a constriction 8 12

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Sizing and How to Order

1. CHOOSE A MOUNTING METHOD

MBR

FIGURE 26. Regular (Threaded Pak-Lok).

Mounting Method Threaded, Pak-Lok.Pipe Sizes2- to 72-in. (50 mm to 1800 mm).

MBF

FIGURE 27. Flanged.

Mounting MethodFlanged.Pipe Sizes2- to 72-in. (50 mm to 1800 mm).

MNT

FIGURE 28. Threaded In–Line.

Mounting MethodThreaded In-Line.Pipe Sizes½- to 2-in. (25 mm to 50 mm).

MNF

FIGURE 29. Flanged In–Line.

Mounting MethodFlanged In-Line.Pipe Sizes½- to 2-in. (25 mm to 50 mm).

MNW

FIGURE 30. In-Line Welded.

Mounting MethodIn-Line Welded.Pipe Sizes½ in. to 2 in. (25 mm to 50 mm).

MHT

FIGURE 31. High-Pressure Threaded Flo-Tap.

Mounting MethodThread Flo-Tap for pressure equivalent to ANSI Class 600 Flanges.Pipe Sizes2- to 72-in. (50 mm to 1800 mm).

MHF

FIGURE 32. High-Pressure Flanged Flo-Tap.

Mounting MethodFlanged Flo-Tap for pressure equivalent to ANSI Class 600 Flanges.Pipe Sizes2 in. to 72 in. (50 mm to 1800 mm).


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2. CHOOSE A SENSOR SIZE

TABLE 5. Sensors and Pipe Sizes.

Conversions for Verifications of Flows for Fluids Other than Air

Sensor Pipe Sizes

10 - MNT,MNW & MNF ½ in. to 2 in. (DIN 15 to DIN 50)

15/16 2 in. to 5 in. (DIN 50 to DIN 125)

25/26 4 in. to 42 in. (DIN 100 to DIN 1000)

35/36 10 in. to 72 in. (DIN 200 to DIN 1800)

45/46 16 in. to 72 in. (DIN 250 to DIN 1800)

1. To convert SCFM of air to SCFM of any other gas, divide the max SCFM by the square root of the specific gravity of the other gas.

2. To convert standard flow rates to actual flow rates (gas).

3. To convert U.S. to metric units.

SCFMotherSCFMair

SGother-----------------------------=

ACFMTf 460

oF+( )

Pf 35.302×( )-----------------------------------------XSCFM=

Tf = Flowing temperature, °FPf = Flowing pressure, psia

lb hr⁄ 2.205× kg hr⁄=

NM3

H SCFH35.37------------------=

Rosemount Inc.

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3. VERIFY MODEL AND SENSOR SIZECompare maximum allowable flow to your maximum flow rates.

hw = maximum differential pressure in inches of water column 1.2 in. to 24 in. Sch 40

SCFM = maximum air flow in standard cubic feet per minute 30 in. to 42 in. Sch Std.

PPH = maximum steam flow in pounds per hour 48 in. to 72 in. Actual Id

At standard conditions: Air: 60°F at 14.73 psia

Steam flow at 100 lbs saturated (*hw calculated above 300 °F)

Nom.Pipe

Size (ininches)

Sensor 10

MNT MNF MNW

SCFM hw PPH SCFM hw PPH SCFM hw PPH

.5 180.52 1500 1521.2 180.52 1500 1521.2 180.52 1500 1521.2

.75 307.79 1500 2626.2 307.79 1500 2626.2 307.79 1500 2626.2

1 498.82 1500 4204.1 498.82 1500 4204.1 498.82 1500 4204.1

1.25 765.68 1180 6451.2 765.68 1180 6451.2 765.68 1180 6451.2

1.5 902.04 884 7654.8 902.04 884 7654.8 902.04 884 7654.8

2 1174.9 552 10070 1174.9 552 10070 1174.9 552 10070

Sensor 15 Sensor 16

MBR MBF MHF MBR MBF

SCFM hw PPH SCFM hw PPH SCFM hw PPH SCFM hw PPH SCFM hw PPH

2 1236.1 611 10672 502.91 84.3 4020.8 1555 967 13296 1236.1 611 10672 1322 699 11387

2.5 1531.9 451 13108 639.74 66.9 5111.1 1886.4 699 16190 1531.9 451 13108 1641 529 14161

3 2010.5 314 16935 859.71 50.5 6858.1 2408.7 478 20768 2010.5 314 16935 2175.3 380 18585

3.5 2408.7 246 20083 1046.1 41.7 8336.2 2852.6 369 24475 2408.7 246 20083 2639.5 305 22308

4 2816 199 23291 1237.1 35.1 9849.7 3331.3 294 28195 2816 199 23291 3126.9 253 26200

5 3723.8 137 30434 1663.7 25.6 13223 4364.9 195 36214 3723.8 137 30434 4213.3 180 34814

Sensor 25 Sensor 26

MBR MBF MHF MBR MBF


4 6263.45 1090 53745 2827.2 189 22801 7347.5 1500 62506 6263.4 1090 53745 7047.5 1380 60109

5 8148.5 747 70042 3798.1 138 30621 10066 1140 85564 8148.5 747 70042 9366.4 987 79961

6 10088 549 86951 4839.5 107 38950 12299 816 105070 10088 549 86951 11783 749 100880

8 14100 346 120070 6867.4 71.2 55057 16486 489 141940 14100 346 120070 16570 494 142640

10 18737 235 156510 9125.3 50.2 72913 21270 318 181400 18737 235 156510 22053 348 189510

12 23218 174 191570 11299 38 90092 26142 228 218740 23218 174 191570 27773 263 234550

14 25971 147 213040 12665 32.6 700870 29131 190 241690 25971 147 213040 31411 226 263140

16 30390 116 247520 14829 26.1 117930 33874 147 278210 30390 116 247520 37265 182 309040

18 34880 94.2 282610 17017 21.4 135190 38584 117 314580 34880 94.2 282610 43086 149 354430

20 39558 77.7 319230 19311 17.8 153270 43384 94.5 351770 39558 77.7 319230 49210 124 402350

24 48768 55.7 391340 23901 13 189480 52897 66 425730 48768 55.7 391340 61463 90.6 498150

30 65577 35.6 523390 32211 8.43 255050 70325 41.1 562200 65577 35.6 523390 83933 59.3 674620

36 80406 25.2 639850 39598 6.03 313340 85555 28.6 681520 80406 25.2 639850 103900 42.6 801100

42 95305 18.8 757040 47023 4.53 371910 100650 21 800040 95305 18.8 757040 123750 32 9869905


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3. VERIFY MODEL AND SENSOR SIZE (CONTINUED)

hw = maximum differential pressure in inches of water column 1.2 in. to 24 in. Sch 40

SCFM = maximum air flow in standard cubic feet per minute 30 in. to 42 in. Sch Std.

PPH = maximum steam flow in pounds per hour 48 in. to 72 in. Actual Id

At standard conditions: Air: 60°F at 14.73 psia

Steam flow at 100 lbs saturated (*hw calculated above 300 °F)

Nom.Pipe

Size (ininches)

Sensor 35 Sensor 36

MBR MBF MHF MBR MBF


8 20661 768 177160 9950.2 153 80562 24501 1080 208060 20661 768 177160 24387 1070 207160

10 26823 521 231030 13239 108 106760 31224 706 267130 26823 521 231030 32204 751 275060

12 32883 385 282890 16469 82.3 132370 37485 505 322440 32883 385 282890 39824 570 341660

14 37058 327 315630 18488 70.7 148340 41364 421 356720 37058 327 315630 44625 490 383740

16 43668 258 367050 21690 56.7 173600 48040 325 410760 43668 258 367050 52273 394 450890

18 50338 209 418930 24947 46.6 199290 55095 258 464420 50338 209 418930 60481 324 518860

20 57299 172 473010 28344 38.8 226080 62559 210 521700 57299 172 473010 69596 270 589880

24 71017 123 579670 36548 28.3 279370 76801 146 630850 71017 123 579670 87930 198 732800

30 96282 78.9 777460 47441 18.4 376620 103040 91.1 834910 96282 78.9 777460 121480 130 995350

36 118650 56 952310 58452 13.2 463420 125830 63.3 1012100 118650 56 952310 151120 93.2 1226100

42 141020 41.8 1127500 69564 9.95 551080 148640 46.6 1190200 141020 41.8 1127500 181070 70.3 1460000

48 163400 32.4 1326100 80662 7.76 649630 171330 35.7 1389500 163400 32.4 1326100 211020 54.9 1722900

60 208140 21.1 1676400 102920 5.1 825010 216230 22.8 1744100 208140 21.1 1676400 270800 36.1 2192800

72 253470 14.9 2033100 125280 3.61 1001700 261750 15.9 2094700 253470 14.9 2033100 330970 25.6 2664200

Sensor 45 Sensor 46

MBR MBF MHF MBR MBF


10 41878 1270 357030 20133 256 164060 45513 1500 385940 41878 1270 357030 45513 1500 385940

12 51142 940 437040 24994 195 203330 59210 1260 501370 51142 940 437040 61288 1350 517620

14 56913 797 487310 28092 168 228160 65325 1050 554920 56913 797 487310 68661 1160 581210

16 66100 630 567710 33012 135 267310 74858 808 638920 66100 630 567710 80698 939 685660

18 75353 511 648900 38019 111 306960 84461 642 723780 75353 511 648900 92738 774 790720

20 85108 422 734630 43418 93.2 349760 94565 521 813020 85108 422 734630 105460 648 902180

24 106480 303 903590 53975 68.2 433030 114620 364 987770 106480 303 903590 130590 475 1123000

30 146170 194 1213100 73415 44.7 586360 156190 226 1307400 146170 194 1213100 178800 313 1532300

36 181760 138 1489400 90648 32.1 722020 192700 157 1587000 181760 138 1489400 226020 226 1897800

42 217210 103 1764700 108240 24.3 860600 229510 116 1871500 217210 103 1764700 273660 171 2266000

48 251110 78.8 2061800 125770 19 1014200 265390 88.6 2183700 251110 78.8 2061800 321370 134 2680200

60 321930 51.5 2615700 160730 12.5 1290800 337470 56.8 2744300 321930 51.5 2615700 416410 88.4 3421600

72 392880 36.3 3171000 195900 8.86 1568100 408770 39.4 3301600 392880 36.3 3171000 511830 62.8 4161900

Rosemount Inc.

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4. CHOOSE THE MODEL OPTIONS

Model Numbers Description Page Numbers

Standard Models: Line sizes 2 inches and larger

MBR+15/16S Mass ProBar Flowmeter—Regular (Threaded, Pak-Lok), SST page 137




MBF+15/16S Mass ProBar Flowmeter—Flanged, SST page 153


MBF+25/26H Mass ProBar Flowmeter—Flanged, Hastelloy–C page 159

MBF+25/26M Mass ProBar Flowmeter—Flanged, Monel page 162



MBF+45/46H Mass ProBar Flowmeter—Flanged, Hastelloy–C page 171

MBF+45/46M Mass ProBar Flowmeter—Flanged, Monel page 174

In–Line Models: Line sizes ½-inch to 2 inches

MNT+10S Mass ProBar Flowmeter—In-Line Threaded, SST page 182

MNF+10S Mass ProBar Flowmeter—In-Line Flanged, SST page 184

MNF+10H Mass ProBar Flowmeter—In-Line Flanged, Hastelloy–C page 186

MNF+10M Mass ProBar Flowmeter—In-Line Flanged, Monel page 188

MNW+10S Mass ProBar Flowmeter—In-Line Butt Weld, SST page 190

Flo–Tap Models

MHT+15S Mass ProBar Flowmeter—Threaded Flo-Tap, SST page 198



MHF+15S Mass ProBar Flowmeter—Flanged Flo-Tap, SST page 213


MHF+25H Mass ProBar Flowmeter—Flanged Flo-Tap, Hastelloy–C page 219

MHF+25M Mass ProBar Flowmeter—Flanged Flo-Tap, Monel page 222



MHF+45H Mass ProBar Flowmeter—Flanged Flo-Tap, Hastelloy–C page 231

MHF+45M Mass ProBar Flowmeter—Flanged Flo-Tap, Monel page 234

Flow-136


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5. VERIFY PROCESS AND PIPE INFORMATION

Configuration InformationWhen ordering a Mass ProBar Flowmeter, it is important to include all of the flowing conditions and pipe information for your application. This will ensure that you receive the correct product for your application. Please see the Mass ProBar Flowmeter Configuration Data Sheet 00806–0100–4762.

Dimension CodesCertain dimensions are critical to fabrication of the primary flow element assembly. The following codes can be specified in the model callout “string” and Dieterich Standard, Inc. will build the primary flow element assembly to suit. If no dimension is specified, cataloged components will default to standard dimensions.

ODH

ODH is the outside diameter of the pipe to the top of the Annubar primary flow element head (Figure 33). If this dimension is specified for a flanged, Flo–Tap, or Regular model, the neck of the primary flow element just below standard dimension can be considered a minimum. This dimension does not apply to in–line sensors or to Model 45S.

FIGURE 33. ODH.

ODF

ODF is the outside diameter of the pipe to the face of the mounting flange (Figure 34). This dimension applies only to DFF, DHF, DSF, NFF, SPF, SFF, and SSF models. If Dieterich Standard, Inc. is not supplying the mounting hardware, this dimension must be specified. If Dieterich Standard, Inc. is providing the mounting flange assembly, notethe following:

• The standard ODF is a minimum.

• The extensions must be at least 2 inches longer than the minimum ODF.

FIGURE 34. ODF.

ODV

ODV is the outside diameter of the pipe to the top of the isolation valve (Figure 35). ODV applies to Flo–Tap models only, and only when the customer supplies some or all of the mounting hardware.

FIGURE 35. ODV.

NL

NL is the nipple length for DNW, DNF, and DNT-10 in-line models (Figure 36). Additional length can be specified to fit specific piping configurations. The extra length will be applied upstream of the sensor unless otherwise specified.

FIGURE 36. NL.

CMH

CMH is the customer mount height distance from the outside of the pipe to the top of the appropriately sized NPT threaded female mounting coupling (Figure 37). Supply these values for Regular and Flo–Tap models that are being installed in a customer’s mounting or saddle.

FIGURE 37. CMH.

ODH

ODF

ODV

CMH

Rosemount Inc.

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Flow

Ordering Information—Model MBRMODEL MBR+15S/16S

Model Product Description

MBR+15SMBR+16S

Mass ProBar® Flowmeter - Regular (Threaded, Pak-Lok)Mass ProBar® Flowmeter - Regular (Threaded, Pak-Lok) with Opposite Side Support

Code Line Size

020025030035040050

2 in. (50 mm)2½ in. (63.5 mm)3 in. (80 mm)3½ in. (89 mm)4 in. (100 mm)5 in. (125 mm)

Code Head Style

HA2S0HA2SSHP2S0HP2SS

Remote Mount - Horizontal LineAxial, Horizontal Line, ½—14 NPT, SSTAxial, Horizontal Line, ½ in. Socket Weld Ports, SSTParallel, Horizontal Line, ½—14 NPT, SSTParallel, Horizontal Line, ½ in. Socket Weld Ports, SST

HPVS0HPVSSHV2S0HV2SS

Remote Mount - Vertical LineParallel, Vertical Line, ½ in. Socket Weld Ports, SSTParallel, Vertical Line, ½—14 NPT, SSTAxial, Vertical Line, ½—14 NPT, SSTAxial, Vertical Line, ½ in. Socket Weld Ports, SST

Code Instrument Connections

C0000S0000

Eliminate Instrument Connection Options (For use with Direct and Integral Mount Head Styles)Eliminate Instrument Connection AssemblyEliminate Instrument Connection Assembly (Steam)

CA2C0CP2C0SA2C0SP2C0

Needle Valve - CSNeedle Valve, Elbow, ½—14 NPT, CSNeedle Valve, Nipple, ½—14 NPT, CSNeedle Valve, Elbow and Tee, ½—14 NPT, CSNeedle Valve, Nipple and Tee, ½—14 NPT, CS

CA2S0CA2SSCP2S0CP2SSSA2S0SP2S0SP2SS

Needle Valve - SSTNeedle Valve, Elbow, ½—14 NPT, SSTNeedle Valve, Elbow, ½ in. Socket Weld Ports, SSTNeedle Valve, Nipple, ½—14 NPT, SSTNeedle Valve, Nipple, ½ in. Socket Weld Ports, SSTNeedle Valve, Elbow and Tee, ½—14 NPT, SSTNeedle Valve, Nipple and Tee, ½—14 NPT, SSTNeedle Valve, Nipple and Tee, ½ in. Socket Weld Ports, SST

CB2C0CC2C0SB2C0SC2C0SV2C0

Gate Valve - CSOutside Stem and Yoke Gate Valve, Elbow, ½—14 NPT, CSOutside Stem and Yoke Gate Valve, Nipple, ½—14 NPT, CSOutside Stem and Yoke Gate Valve, Elbow and Tee, ½—14 NPT, CSOutside Stem and Yoke Gate Valve, Nipple and Tee, ½—14 NPT, CSOutside Stem and Yoke Gate Valve, Vertical Line, Nipple and Tee, ½—14 NPT, CS

CB2S0CB2SSCC2S0CC2SSSB2S0SC2S0SV2S0SV2SS

Gate Valve - SSTOutside Stem and Yoke Gate Valve, Elbow, ½—14 NPT, SSTOutside Stem and Yoke Gate Valve, Elbow, ½ in. Socket Weld Ports, SSTOutside Stem and Yoke Gate Valve, Nipple, ½—14 NPT, SSTOutside Stem and Yoke Gate Valve, Nipple, ½ in. Socket Weld Ports, SSTOutside Stem and Yoke Gate Valve, Elbow and Tee, ½—14 NPT, SSTOutside Stem and Yoke Gate Valve, Nipple and Tee, Steam, ½—14 NPT, SSTOutside Stem and Yoke Gate Valve, Vertical Line, Nipple and Tee, ½—14 NPT, SSTOutside Stem and Yoke Gate Valve, Vertical Line, Nipple and Tee, ½ in. Socket Weld Ports, SST

Code Mounting Hardware

MP2C0MP2S0MR2C0MR2S0

Pak-Lok, with Contoured Weld Fitting, ½—14 NPT, CSPak-Lok, with Contoured Weld Fitting, ½—14 NPT, SSTPak-Lok, No Contoured Weld Fitting, ½—14 NPT, CSPak-Lok, No Contoured Weld Fitting, ½—14 NPT, SST

Code DP Ranges

123

0-.5 to 0-25 in H2O (0-.12 to 0-6.22 kPa)0-2.5 to 0-250 H2O (0-.62 to 0-62.2 kPa)0-10 to 0-830 H2O (0-2.48 to 0-206 kPa)

Code Static Pressure Ranges

34CD

0–8 to 0–800 psia (0–55.1 to 0–5515 kPa)0–36.26 to 0–3626 psia (250 to 25000 kPa)0–8 to 0–800 psig (0–55.1 to 0–5515 kPa)0–36.26 to 0–3626 psig (250 to 25000 kPa)

Code Output

A 4—20 mA with Digital Signal Based on HART

Flow-1


Mass

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Code Fill Fluid

12

SiliconeInert Fill

Code Housing Material

ABCDJKLM

Epoxy-Poly-Aluminum ½—14 NPTEpoxy-Poly-Aluminum CM 20Epoxy-Poly-Aluminum PG 13.5Epoxy-Poly-Aluminum G½316 SST ½—14 NPT316 SST CM 20316 SST PG 13.5Epoxy-Poly-Aluminum G½

Code Opposite Side Support (Required for Model 16S ONLY)

MS2C0MS2CWMS2S0MS2SW

Contoured Weld Fitting and Plug, ½—14 NPT, CSContoured Weld Fitting and Plug, ½ in. Socket Weld Ports, CSContoured Weld Fitting and Plug, ½—14 NPT, SSTContoured Weld Fitting and Plug, ½ in. Socket Weld Ports, SST

Code Optional Auxiliary Mounting (Mounting alternatives for use when Contoured Weld Fitting is Not Specified in Mounting Hardware)

MT2CMT2SME2CME2AME2KME2PME2SNB20NC20ND20NE20NF20

Contoured Weld Fitting, ½—14 NPT, CSContoured Weld Fitting, ½—14 NPT, SSTWeld Coupling, ½—14 NPT, CSWeld Coupling, ½—14 NPT, AluminumWeld Coupling, ½—14 NPT, CopperWeld Coupling, ½—14 NPT, PVCWeld Coupling, ½—14 NPT, SSTSaddle, Double Strap, 2.35-2.56, ½—14 NPT, Iron (Model 15S only)Saddle, Double Strap, 2.41-2.91, ½—14 NPT, Iron (Model 15S only)Saddle, Double Strap, 2.97-3.54, ½—14 NPT, Iron (Model 15S only)Saddle, Double Strap, 4.14-4.80, ½—14 NPT, Iron (Model 15S only)Saddle, Double Strap, 5.94-6.70, ½—14 NPT, Iron (Model 15S only)

Code Optional Temperature Sensors (For Use with Remote Mount Head Styles.)

TRRTXR

Remote Thermowell and RTDRemote Thermowell and RTD, Explosion-Proof

Code Optional Optional Manifolds

35678

Model 305 Manifold Bolted to Transmitter5-Valve Manifold, CS5-Valve Manifold, SST3-Valve Manifold, CS3-Valve Manifold, SST

Code Optional Mounting Brackets

K Coplanar Bracket, 2 in., Pipe/Panel, SST Bolts

Code Optional Meters

1 LCD Meter (Rate and Total)

Code Optional Hazardous Location Certificates

ABCDFH

FM Explosion-Proof ApprovalFM Explosion-Proof and Intrinsic Safety ApprovalCSA Explosion-Proof ApprovalCSA Explosion-Proof and Intrinsic Safety ApprovalKEMA/CENELEC Intrinsic Safety ApprovalKEMA/CENELEC Explosion-Proof Approval

Code Optional Calibration

MZ

Lab Flow Calibration (Average K) (<10 in.)Special Calibration

Code Optional Quality Assurance

QA1Q21Q23Q29QJ2QM2QT1QT2QT8

Dieterich ProgramANSI B31.1ANSI B31.3NACE MR-0175-91Special Product DrawingASTM Material-Traceable (Sensor Only)Hydrostatic Test EP-4017Dye Penetrant ES-1012Extended Hydro EP-4046

Typical Model Number MBR+15S 030 HA2S0 CA2C0 MP2C0 1 3 A 1 A TRR 3 K

MODEL MBR+15S/16S

38

Rosemount Inc.

Mas

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MODEL MBR+25S/26SModel Product Description

MBR+25SMBR+26S


Code Line Size

040050060080100120140160180200240300360420

4 in. (100 mm)5 in. (125 mm)6 in. (150 mm)8 in. (200 mm)10 in. (250 mm)12 in. (300 mm)14 in. (350 mm)16 in. (400 mm)18 in. (450 mm)20 in. (500 mm)24 in. (600 mm)30 in. (750 mm)36 in. (900 mm)42 in. (1066 mm)

Code Head Style

HADS0HADSBHADSNHAMS0HAPS0

Direct and Integral Mount Heads - Horizontal LineDirect Mount, with 5-Valve Manifold, Horizontal Line, SSTDirect Mount, with 5-Valve Manifold, B31.1, Horizontal Line, SSTDirect Mount, with 5-Valve Manifold, NACE, Horizontal Line, SSTIntegral, 3-Valve Manifold, Horizontal Line, SSTDirect Mount, No Manifold, Horizontal Line, SST

HATS0HATSBHATSDHATSN

Direct and Integral Mount Heads - Horizontal Line with RTDIntegral, 3-Valve Manifold, RTD, Horizontal Line, SSTDirect Mount, 5-Valve Manifold, RTD, B31.1, Horizontal Line, SSTDirect Mount, with 5-Valve Manifold, RTD, Horizontal Line, SSTDirect Mount, 5-Valve Manifold, RTD, NACE, Horizontal Line, SST

HVDS0HVDSBHVDSNHVMS0HVPS0

Direct and Integral Mount Heads - Vertical LineDirect Mount, with 5-Valve Manifold, Vertical Line, SSTDirect Mount, 5-Valve Manifold, B31.1, Vertical Line, SSTDirect Mount, 5-Valve Manifold, NACE, Vertical Line, SSTIntegral, 3-Valve Manifold, Vertical Line, SSTDirect Mount, No Manifold, Vertical Line, SST

HVTS0HVTSBHVTSDHVTSN

Direct and Integral Mount Heads - Vertical Line with RTDIntegral Mount, with 3-Valve Manifold, Vertical Line, SSTDirect Mount, 5-Valve Manifold, RTD, B31.1, Vertical Line, SSTDirect Mount, with 5-Valve Manifold, RTD, Vertical Line, SSTDirect Mount, 5-Valve Manifold, RTD, NACE, Vertical Line, SST






C0000S0000



Needle Valves - CSNeedle Valve, Elbow, ½—14 NPT, CSNeedle Valve, Nipple, ½—14 NPT, CSNeedle Valve, Elbow and Tee, ½—14 NPT, CSNeedle Valve, Nipple and Tee, ½—14 NPT, CS


Needle Valve - SSTNeedle Valve, Elbow, ½—14 NPT, SSTNeedle Valve, Elbow, ½ in. Socket Weld Ports, SSTNeedle Valve, Nipple, ½—14 NPT, SSTNeedle Valve, Nipple, ½ in. Socket Weld Ports, SSTNeedle Valve, Elbow and Tee, ½—14 NPT, SSTNeedle Valve, Nipple and Tee, ½—14 NPT, SSTNeedle Valve, Nipple and Tee, ½ in. Socket Weld Ports, SST

Flow-139

Flow-1


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Code Instrument Connections (For use with Direct and Integral Mount Head Styles) (Continued)




Gate Valve - SSTOutside Stem and Yoke Gate Valve, Elbow, ½—14 NPT, SSTOutside Stem and Yoke Gate Valve, Elbow, ½ in. Socket Weld Ports, SSTOutside Stem and Yoke Gate Valve, Nipple, ½—14 NPT, SSTOutside Stem and Yoke Gate Valve, Nipple, ½ in., Socket Weld Ports, SSTOutside Stem and Yoke Gate Valve, Elbow and Tee, ½—14 NPT, SSTOutside Stem and Yoke Gate Valve, Nipple and Tee, Steam, ½—14 NPT, SSTOutside Stem and Yoke Gate Valve, Vertical Line, Nipple and Tee, ½—14 NPT, SSTOutside Stem and Yoke Gate Valve, Vertical Line, Nipple and Tee, ½ in. Socket Weld Ports, SST


MR4C0MR4S0MP4C0MP4S0

Pak-Lok, No Contoured Weld Fitting, 1—11.5 NPT, CSPak-Lok, No Contoured Weld Fitting, 1—11.5 NPT, SSTPak-Lok, with Contoured Weld Fitting, 1—11.5 NPT, CSPak-Lok, with Contoured Weld Fitting, 1—11.5 NPT, SST

Code DP Ranges

123



34CD


Code Output


Code Fill Fluid

12

SiliconeInert Fill


ABCDJKLM




Contoured Weld Fitting and Plug, 1—11.5 NPT, CSContoured Weld Fitting and Plug, 1 in. Socket Weld Ports, CSContoured Weld Fitting and Plug, 1—11.5 NPT, SSTContoured Weld Fitting and Plug, 1 in. Socket Weld Ports, SST


MT4CMT4SME4CME4AME4KME4PME4SNE40NF40NG40NH40NJ40

Contoured Weld Fitting, 1—11.5 NPT, CSContoured Weld Fitting, 1—11.5 NPT, SSTWeld Coupling, 1—11.5 NPT, CSWeld Coupling, 1—11.5 NPT, AluminumWeld Coupling, 1—11.5 NPT, CopperWeld Coupling, 1—11.5 NPT, PVCWeld Coupling, 1—11.5 NPT, SSTSaddle, Double Strap, 3.74-4.55 OD, 1—11.5 NPT, IronSaddle, Double Strap, 5.94-6.7 OD, 1—11.5 NPT, IronSaddle, Double Strap, 8.54-10.1 OD, 1—11.5 NPT, IronSaddle, Double Strap, 10.64-12.12 OD, 1—11.5 NPT, IronSaddle, Double Strap, 12.6-14.3 OD, 1—11.5 NPT, Iron

MODEL MBR+25S/26S

40

Rosemount Inc.

Mas

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TRRTXRTRATRPTXATXP

Remote Thermowell and RTDRemote Thermowell and RTD, Explosion-ProofIntegral RTD, Axial HeadIntegral RTD, Parallel HeadIntegral RTD, Explosion, AxialIntegral RTD, Explosion-Proof, Parallel


35678







ABCDFH



MZOQSUWY

Lab Flow Calibration (Average K) (<10 in.)Special CalibrationLab Flow Calibration (Average K) (12 in.)Lab Flow Calibration (Average K) (14 in. to 16 in.)Lab Flow Calibration (Average K) (18 in. to 20 in.)Lab Flow Calibration (Average K) (24 in.)Lab Flow Calibration (Average K) (30 in.)Lab Flow Calibration (Average K) (36 in.)




Typical Model Number MBR+25S 060 HATS0 C0000 MP4C0 1 3 A 1 A 1 B

MODEL MBR+25S/26S

Flow-141

Flow-1


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MODEL MBR+35S/36S


MBR+35SMBR+36S


Code Line Size

080100120140160180200240300360420480600720

8 in. (200 mm)10 in. (250 mm)12 in. (300 mm)14 in. (350 mm)16 in. (400 mm)18 in. (450 mm)20 in. (500 mm)24 in. (600 mm)30 in. (750 mm)36 in. (900 mm)42 in. (1066 mm)48 in. (1210 mm)60 in. 1520 mm)72 in. (1820 mm)

Code Head Style








Direct and Integral Mount Heads - Vertical Line with RTDIntegral, 3-Valve Manifold, RTD, Vertical Line, SSTDirect Mount, 5-Valve Manifold, RTD, B31.1, Vertical Line, SSTDirect Mount, with 5-Valve Manifold, RTD, Vertical Line, SSTDirect Mount, 5-Valve Manifold, RTD, NACE, Vertical Line, SST






C0000S0000



Needle Valve - CSNeedle Valve, Elbow, ½—14 NPT, CSNeedle Valve, Nipple, ½—14 NPT, CSNeedle Valve, Elbow and Tee, ½—14 NPT, CSNeedle Valve, Nipple and Tee, ½—14 NPT, CS


Needle Valve, Elbow, ½—14 NPT, SSTNeedle Valve, Elbow, ½ in. Socket Weld Ports, SSTNeedle Valve, Nipple, ½—14 NPT, SSTNeedle Valve, Nipple, ½ in. Socket Weld Ports, SSTNeedle Valve, Elbow and Tee, ½—14 NPT, SSTNeedle Valve, Nipple and Tee, ½—14 NPT, SSTNeedle Valve, Nipple and Tee, ½ in. Socket Weld Ports, SST

42

Rosemount Inc.

Mas

sP

roB

ar®





Gate Valve - SSTOutside Stem and Yoke Gate Valve, Elbow, ½—14 NPT, SSTOutside Stem and Yoke Gate Valve, Elbow, ½ in. Socket Weld Ports, SSTOutside Stem and Yoke Gate Valve, Nipple, ½—14 NPT, SSTOutside Stem and Yoke Gate Valve, Nipple, ½ in. Socket Weld Ports, SSTOutside Stem and Yoke Gate Valve, Elbow and Tee, ½—14 NPT, SSTOutside Stem and Yoke Gate Valve, Nipple and Tee, Steam, ½—14 NPT, SSTOutside Stem and Yoke Gate Valve, Vertical Line, Nipple and Tee, ½—14 NPT, SSTOutside Stem and Yoke Gate Valve, Vertical Line, Nipple and Tee, ½ in. Socket Weld Ports, SST


MP6C0MP6S0MR6C0MR6S0

Pak-Lok, with Contoured Weld Fitting, 1½—11.5 NPT, CSPak-Lok, with Contoured Weld Fitting, 1½—11.5 NPT, SSTPak-Lok, No Contoured Weld Fitting, 1½—11.5 NPT, CSPak-Lok, No Contoured Weld Fitting, 1½—11.5 NPT, SST

Code DP Ranges

123



34CD


Code Output


Code Fill Fluid

12

SiliconeInert Fill


ABCDJKLM




Contoured Weld Fitting and Plug, 1½—11.5 NPT, CSContoured Weld Fitting and Plug, 1½ in. Socket Weld Ports, CSContoured Weld Fitting and Plug, 1½—11.5 NPT, SSTContoured Weld Fitting and Plug, 1½ in. Socket Weld Ports, SST


MT6CMT6S

Contoured Weld Fitting, 1½—11.5 NPT, CSContoured Weld Fitting, 1½—11.5 NPT, SST


TRRTXRTRATRPTXATXP


MODEL MBR+35S/36S

Flow-143

Flow-1


Mass

ProB

ar®


35678







ABCDFH



MZOQSUWY





Typical Model Number MBR+35S 100 HATS0 C0000 MP6C0 1 3 A 1 A B

MODEL MBR+35S/36S

44

Rosemount Inc.

Mas

sP

roB

ar®

MODEL MBR+45S/46SModel Product Descriptions

MBR+45SMBR+46S


Code Line Size

100120140160180200240300360420480600720

10 in. (250 mm)12 in. (300 mm)14 in. (350 mm)16 in. (400 mm)18 in. (450 mm)20 in. (500 mm)24 in. (600 mm)30 in. (750 mm)36 in. (900 mm)42 in. (1066 mm)48 in. (1210 mm)60 in. 1520 mm)72 in. (1820 mm)

Code Head Style





HVDS0HVDSNHVMS0HVPS0HVDSB

Direct and Integral Mount Heads - Vertical LineDirect Mount, with 5-Valve Manifold, Vertical Line, SSTDirect Mount, 5-Valve Manifold, NACE, Vertical Line, SSTIntegral, 3-Valve Manifold, Vertical Line, SSTDirect Mount, No Manifold, Vertical Line, SSTDirect Mount, 5-Valve Manifold, B31.1, Vertical Line, SST






Parallel, Vertical Line, ½ in. Socket Weld Ports, SSTParallel, Vertical Line, ½—14 NPT, SSTAxial, Vertical Line, ½—14 NPT, SSTAxial, Vertical Line, ½ in. Socket Weld Ports, SST


C0000S0000


CP2C0SP2C0

Needle Valve - CSNeedle Valve, Nipple, ½—14 NPT, CSNeedle Valve, Nipple and Tee, ½—14 NPT, CS

CP2S0CP2SSSP2S0SP2SS

Needle Valve - SSTNeedle Valve, Nipple, ½—14 NPT, SSTNeedle Valve, Nipple, ½ in. Socket Weld Ports, SSTNeedle Valve, Nipple and Tee, ½—14 NPT, SSTNeedle Valve, Nipple and Tee, ½ in. Socket Weld Ports, SST

Flow-145

Flow-1


Mass

ProB

ar®


CC2C0SC2C0SV2C0

Gate Valve - CSOutside Stem and Yoke Gate Valve, Nipple, ½—14 NPT, CSOutside Stem and Yoke Gate Valve, Nipple and Tee, ½—14 NPT, CSOutside Stem and Yoke Gate Valve, Vertical Line, Nipple and Tee, ½—14 NPT, CS

CB2SSCC2S0CC2SSSC2S0SV2S0SV2SS

Gate Valve - SSTOutside Stem and Yoke Gate Valve, Elbow, ½ in. Socket Weld Ports, SSTOutside Stem and Yoke Gate Valve, Nipple, ½—14 NPT, SSTOutside Stem and Yoke Gate Valve, Nipple, ½ in. Socket Weld Ports, SSTOutside Stem and Yoke Gate Valve, Nipple and Tee, Steam, ½—14 NPT, SSTOutside Stem and Yoke Gate Valve, Vertical Line, Nipple and Tee, ½—14 NPT, SSTOutside Stem and Yoke Gate Valve, Vertical Line, Nipple and Tee, ½ in. Socket Weld Ports, SST


MPDC0MPDS0

Pak-Lok, with Contoured Weld Fitting, 3—8 NPT, CSPak-Lok, with Contoured Weld Fitting, 3—8 NPT, SST

Code DP Ranges

123



34CD


Code Output


Code Fill Fluid

12

SiliconeInert Fill


ABCDJKLM



MSDCWMSDSW

Contoured Weld Fitting and Cap, 3 in., BW, CSContoured Weld Fitting and Cap, 3 in., BW, SST


TRRTXRTRATRPTXATXP



35678




MODEL MBR+45S/46S

46

Rosemount Inc.

Mas

sP

roB

ar®




ABCDFH



MZOQSUWY





Typical Model Number MBR+45S 240 HATS0 C0000 MPDC0 2 3 A 1 B H

MODEL MBR+45S/46S

Flow-147


Mass

ProB

ar®

Flow-1
48

Rosemount Inc.

Mas

sP

roB

ar®

Flow-149


Mass

ProB

ar®

Flow-1
50

Rosemount Inc.

Mas

sP

roB

ar®

Flow-151


Mass

ProB

ar®

Flow-1
52

Rosemount Inc.

Mas

sP

roB

ar®

Ordering Information—Model MBFMODEL MBF+15S/16S

Code Product Description

MBF+15SMBF+16S

Mass ProBar® Flowmeter - FlangedMass ProBar® Flowmeter - Flanged with Opposite Side Support

Code Line Size

020025030035040050


Code Head Style




Direct and Integral Mount Heads - Vertical LineDirect Mount, with 5-Valve Manifold, Vertical Line, SSTDirect Mount, 5-Valve Manifold, B31.1,Vertical Line, SSTDirect Mount, 5-Valve Manifold, NACE, Vertical Line, SSTIntegral, 3-Valve Manifold, Vertical Line, SSTDirect Mount, No Manifold, Vertical Line, SST






C0000S0000


CP2C0SP2C0CA2C0SA2C0

Needle Valve - CSNeedle Valve, Nipple, ½—14 NPT, CSNeedle Valve, Nipple and Tee, ½—14 NPT, CSNeedle Valve, Elbow, ½—14 NPT, CSNeedle Valve, Elbow and Tee, ½—14 NPT, CS

CA2SSCP2S0CP2SSSP2S0SP2SSCA2S0SA2S0

Needle Valve - SSTNeedle Valve, Elbow, ½ in. Socket Weld Ports, SSTNeedle Valve, Nipple, ½—14 NPT, SSTNeedle Valve, Nipple, ½ in. Socket Weld Ports, SSTNeedle Valve, Nipple and Tee, ½—14 NPT, SSTNeedle Valve, Nipple and Tee, ½ in. Socket Weld Ports, SSTNeedle Valve, Elbow, ½—14 NPT, SSTNeedle Valve, Elbow and Tee, ½—14 NPT, SST

CC2C0SC2C0SV2C0CB2C0SB2C0

Gate Valve - CSOutside Stem and Yoke Gate Valve, Nipple, ½—14 NPT, CSOutside Stem and Yoke Gate Valve, Nipple and Tee, ½—14 NPT, CSOutside Stem and Yoke Gate Valve, Vertical Line, Nipple and Tee, ½—14 NPT, CSOutside Stem and Yoke Gate Valve, Elbow, ½—14 NPT, CSOutside Stem and Yoke Gate Valve, Elbow and Tee, ½—14 NPT, CS

CB2SSCC2S0CC2SSSC2S0SV2S0SV2SSCB2S0SB2S0

Gate Valve - SSTOutside Stem and Yoke Gate Valve, Elbow, ½ in. Socket Weld Ports, SSTOutside Stem and Yoke Gate Valve, Nipple, ½—14 NPT, SSTOutside Stem and Yoke Gate Valve, Nipple, ½ in. Socket Weld Ports, SSTOutside Stem and Yoke Gate Valve, Nipple and Tee, Steam, ½—14 NPT, SSTOutside Stem and Yoke Gate Valve, Vertical Line, Nipple and Tee, ½—14 NPT, SSTOutside Stem and Yoke Gate Valve, Vertical Line, Nipple and Tee, ½ in. Socket Weld Ports, SSTOutside Stem and Yoke Gate Valve, Elbow, ½—14 NPT, SSTOutside Stem and Yoke Gate Valve, Elbow and Tee, ½—14 NPT, SST

Flow-153

Flow-1


Mass

ProB

ar®

Code Sensor Flange

FNMS0FLMS0FJMS0FC4S0FB4S0FA4S0

DIN 25 PN 100, 316 SSTDIN 25 PN 40, 316 SSTDIN 25 PN 16, 316 SST1 in. ANSI Class 600, RF, SST1 in. ANSI Class 300, RF, SST1 in. ANSI Class 150, RF, SST

Code Flanged Mount

FA4CFA4SFB4CFB4SFC4CFC4SFJMCFJMSFLMCFLMSFNMCFNMS

1 in. ANSI Class 150, Weld-Neck RF, CS1 in. ANSI Class 150, Weld-Neck RF, SST1 in. ANSI Class 300, Weld-Neck RF, CS1 in. ANSI Class 300, Weld-Neck RF, SST1 in. ANSI Class 600, Weld-Neck RF, CS1 in. ANSI Class 600, Weld-Neck RF, SSTDIN 25 PN 16, CSDIN 25 PN 16, 316 SSTDIN 25 PN 40, CSDIN 25 PN 40, 316 SSTDIN 25 PN 100, CSDIN 25 PN 100, 316 SST

Code DP Ranges

123

0–.5 to 0–25 in H2O (0–.12 to 0–6.22 kPa)0–2.5 to 0–250 H2O (0–.62 to 0–62.2 kPa)0–10 to 0–830 H2O (0–2.48 to 0–206 kPa)


34CD


Code Output

A 4–20 mA with Digital Signal Based on HART

Code Fill Fluid

12

SiliconeInert Fill


ABCDJKLM




Contoured Weld Fitting and Plug, ½—14 NPT, CSContoured Weld Fitting and Plug, ½ in. Socket Weld Ports, CSContoured Weld Fitting and Plug, ½—14 NPT, SSTContoured Weld Fitting and Plug, ½ in. Socket Weld Ports, SST


TRRTXR


Code Optional Manifolds

35678


MODEL MBF+15S/16S

54

Rosemount Inc.

Mas

sP

roB

ar®

Code Optional Optional Mounting Brackets





ABCDFH



MZ





Typical Model Number MBF+15S 020 HAMS0 CP2C0 FA4S0 FA4C 1 3 A 1 A 1 TXR B

MODEL MBF+15S/16S

Flow-155

Flow-1


Mass

ProB

ar®

Model MBF+25S/26SModel Product Description

MBF+25SMBF+26S


Code Line Size

040050060080100120140160180200240300360

4 in. (100 mm)5 in. (125 mm)6 in. (150 mm)8 in. (200 mm)10 in. (250 mm)12 in. (300 mm)14 in. (350 mm)16 in. (400 mm)18 in. (450 mm)20 in. (500 mm)24 in. (600 mm)30 in. (750 mm)36 in. (900 mm)

Code Head Style

HADS0HADSBHADSNHAMS0HAPS0HAXS0

Direct and Integral Mount Heads - Horizontal LineDirect Mount, with 5-Valve Manifold, Horizontal Line, SSTDirect Mount, with 5-Valve Manifold, B31.1, Horizontal Line, SSTDirect Mount, with 5-Valve Manifold, NACE, Horizontal Line, SSTIntegral, 3-Valve Manifold, Horizontal Line, SSTDirect Mount, No Manifold, Horizontal Line, SSTDirect Mount, Quantity Two, 3-Valve Manifold, Horizontal Line, SST





HP2SSHA2S0HA2SSHP2S0

Remote Mount - Horizontal LineParallel, Horizontal Line, ½ in. Socket Weld Ports, SSTAxial, Horizontal Line, ½—14 NPT, SSTAxial, Horizontal Line, ½ in. Socket Weld Ports, SSTParallel, Horizontal Line, ½—14 NPT, SST




C0000S0000






56

Rosemount Inc.

Mas

sP

roB

ar®




Code Sensor Flange

FNPS0FLPS0FJPS0FC6S0FB6S0FA6S0

DIN 40 PN 100, 316 SSTDIN 40 PN 40, 316 SSTDIN 40 PN 16, 316 SST1½ in. ANSI Class 600, RF, SST1½ in. ANSI Class 300, RF, SST1½ in. ANSI Class 150, RF, SST

Code Flanged Mount

FA6CFA6SFB6CFB6SFC6CFC6SFJPCFJPSFLPCFLPSFNPCFNPS

1½ in. ANSI Class 150, Weld-Neck RF, CS1½ in. ANSI Class 150, Weld-Neck RF, SST1½ in. ANSI Class 300, Weld-Neck RF, CS1½ in. ANSI Class 300, Weld-Neck RF, SST1½ in. ANSI Class 600, Weld-Neck RF, CS1½ in. ANSI Class 600, Weld-Neck RF, SSTDIN 40 PN 16, CSDIN 40 PN 16, 316 SSTDIN 40 PN 40, CSDIN 40 PN 40, 316 SSTDIN 40 PN 100, CSDIN 40 PN 100, 316 SST

Code DP Ranges

123



34CD


Code Output


Code Fill Fluid

12

SiliconeInert Fill


ABCDJKLM





Model MBF+25S/26S

Flow-157

Flow-1


Mass

ProB

ar®


TRRTXRTRATRPTXATXP

Remote Thermowell and RTDRemote Thermowell and RTD, Explosion-ProofIntegral RTD, Axial HeadIntegral RTD, Parallel HeadIntegral RTD, Explosion-Proof, AxialIntegral RTD, Explosion-Proof, Parallel


35678







ABCDFH



MZOQSUWY





Typical Model Number MBF+25S 060 HATS0 C0000 FA6S0 FA6C 2 3 A 1 A

Model MBF+25S/26S

58

Rosemount Inc.

Mas

sP

roB

ar®

MODEL MBF+25H/26HModel Product Description

MBF+25HMBF+26H


Code Line Size

040050060080100120140160180200240300360420


Code Head Style

HADH0HADHBHADHNHAMH0HAPH0

Direct and Integral Mount Heads - Horizontal LineDirect Mount, with 5-Valve Manifold, Horizontal Line, Hastelloy-CDirect Mount, with 5-Valve Manifold, B31.1, Horizontal Line, Hastelloy-CDirect Mount, with 5-Valve Manifold, NACE, Horizontal Line, Hastelloy-CIntegral, 3-Valve Manifold, Horizontal Line, Hastelloy-CDirect Mount, No Manifold, Horizontal Line, Hastelloy-C

HATH0HATHBHATHDHATHN

Direct and Integral Mount Heads - Horizontal Line with RTDIntegral, 3-Valve Manifold, RTD, Horizontal Line, Hastelloy-CDirect Mount, 5-Valve Manifold, RTD, B31.1, Horizontal Line, Hastelloy-CDirect Mount, with 5-Valve Manifold, RTD, Horizontal Line, Hastelloy-CDirect Mount, 5-Valve Manifold, RTD, NACE, Horizontal Line, Hastelloy-C

HVDH0HVDHBHVDHNHVMH0HVPH0

Direct and Integral Mount Heads - Vertical LineDirect Mount, with 5-Valve Manifold, Vertical Line, Hastelloy-CDirect Mount, 5-Valve Manifold, B31.1,Vertical Line, Hastelloy-CDirect Mount, 5-Valve Manifold, NACE, Vertical Line, Hastelloy-CIntegral, 3-Valve Manifold, Vertical Line, Hastelloy-CDirect Mount, No Manifold, Vertical Line, Hastelloy-C

HVTH0HVTHBHVTHDHVTHN

Direct and Integral Mount Heads - Vertical Line with RTDIntegral, 3-Valve Manifold, RTD, Vertical Line, Hastelloy-CDirect Mount, 5-Valve Manifold, RTD, B31.1, Vertical Line, Hastelloy-CDirect Mount, with 5-Valve Manifold, RTD, Vertical Line, Hastelloy-CDirect Mount, 5-Valve Manifold, RTD, NACE, Vertical Line, Hastelloy-C

HA2H0HA2HSHP2H0

Remote Mount - Horizontal LineAxial, Horizontal Line, ½—14 NPT, Hastelloy-CAxial, Horizontal Line, ½ in. Socket Weld Ports, Hastelloy-CParallel, Horizontal Line, ½—14 NPT, Hastelloy-C

PVH0HV2H0

Remote Mount - Vertical LineParallel, Vertical Line, ½—14 NPT, Hastelloy-CAxial, Vertical Line, ½—14 NPT, Hastelloy-C


C0000S0000




CP2S0SP2S0CA2S0SA2S0

Needle Valve - SSTNeedle Valve, Nipple, ½—14 NPT, SSTNeedle Valve, Nipple and Tee, ½—14 NPT, SSTNeedle Valve, Elbow, ½—14 NPT, SSTNeedle Valve, Elbow and Tee, ½—14 NPT, SST

CA2H0CP2H0

Needle Valve - HastelloyNeedle Valve, Elbow, ½—14 NPT, Hastelloy-CNeedle Valve, Nipple, ½—14 NPT, Hastelloy-C

Flow-159

Flow-1


Mass

ProB

ar®




CC2S0SC2S0SV2S0CB2S0SB2S0

Gate Valve - SSTOutside Stem and Yoke Gate Valve, Nipple, ½—14 NPT, SSTOutside Stem and Yoke Gate Valve, Nipple and Tee, Steam, ½—14 NPT, SSTOutside Stem and Yoke Gate Valve, Vertical Line, Nipple and Tee, ½—14 NPT, SSTOutside Stem and Yoke Gate Valve, Elbow, ½—14 NPT, SSTOutside Stem and Yoke Gate Valve, Elbow and Tee, ½—14 NPT, SST

Code Sensor Flange

FC6H0FB6H0FA6H0

1½ in. ANSI Class 600, RF, Hastelloy-C1½ in. ANSI Class 300, RF, Hastelloy-C1½ in. ANSI Class 150, RF, Hastelloy-C

Code Flanged Mount

FA6CFA6SFB6CFB6SFC6CFC6S

1½ in. ANSI Class 150, Weld-Neck RF, CS1½ in. ANSI Class 150, Weld-Neck RF, SST1½ in. ANSI Class 300, Weld-Neck RF, CS1½ in. ANSI Class 300, Weld-Neck RF, SST1½ in. ANSI Class 600, Weld-Neck RF, CS1½ in. ANSI Class 600, Weld-Neck RF, SST

Code DP Ranges

23

0–2.5 to 0–250 H2O (0–.62 to 0–62.2 kPa)0–10 to 0–830 H2O (0-–2.48 to 0–206 kPa)


34CD


Code Output


Code Fill Fluid

12

SiliconeInert Fill


ABCDJKLM


Code Opposite Side Support (Required for Model 26H ONLY)




TRRTXRTRATRPTXATXP


MODEL MBF+25H/26H

60

Rosemount Inc.

Mas

sP

roB

ar®


35678







ABCDFH



MZOQSUWY





Typical Model Number MBF+25H 060 HATH0 C0000 FA6H0 FA6C 2 3 A 1 A

MODEL MBF+25H/26H

Flow-161

Flow-1


Mass

ProB

ar®

MODEL MBF+25M/26MModel Product Description

MBF+25MMBF+26M


Code Line Size

040050060080100120140160180200240300360420


Code Head Style

HADM0HADMBHADMNHAMM0HAPM0

Direct and Integral Mount Heads - Horizontal LineDirect Mount, with 5-Valve Manifold, Horizontal Line, MonelDirect Mount, with 5-Valve Manifold, B31.1, Horizontal Line, MonelDirect Mount, with 5-Valve Manifold, NACE, Horizontal Line, MonelIntegral, 3-Valve Manifold, Horizontal Line, MonelDirect Mount, No Manifold, Horizontal Line, Monel

HATM0HATMBHATMDHATMN

Direct and Integral Mount Heads - Horizontal Line with RTDIntegral, 3-Valve Manifold, RTD, Horizontal Line, MonelDirect Mount, 5-Valve Manifold, RTD, B31.1, Horizontal Line, MonelDirect Mount, with 5-Valve Manifold, RTD, Horizontal Line, MonelDirect Mount, 5-Valve Manifold, RTD, NACE, Horizontal Line, Monel

HVDM0HVDMBHVDMNHVMM0HVPM0

Direct and Integral Mount Heads - Vertical LineDirect Mount, with 5-Valve Manifold, Vertical Line, MonelDirect Mount, 5-Valve Manifold, B31.1, Vertical Line, MonelDirect Mount, 5-Valve Manifold, NACE, Vertical Line, MonelIntegral, 3-Valve Manifold, Vertical Line, MonelDirect Mount, No Manifold, Vertical Line, Monel

HVTM0HVTMBHVTMDHVTMN

Direct and Integral Mount Heads - Vertical Line with RTDIntegral, 3-Valve Manifold, RTD, Vertical Line, MonelDirect Mount, 5-Valve Manifold, RTD, B31.1, Vertical Line, MonelDirect Mount, with 5-Valve Manifold, RTD, Vertical Line, MonelDirect Mount, 5-Valve Manifold, RTD, NACE, Vertical Line, Monel

HA2M0HA2MSHP2M0

Remote Mount - Horizontal LineAxial, Horizontal Line, ½—14 NPT, MonelAxial, Horizontal Line, ½ in. Socket Weld Ports, MonelParallel, Horizontal Line, ½—14 NPT, Monel

HPVM0HV2M0HV2MS

Remote Mount - Vertical LineParallel, Vertical Line, ½—14 NPT, MonelAxial, Vertical Line, ½—14 NPT, MonelAxial, Vertical Line, ½ in. Socket Weld Ports, Monel


C0000S0000






CP2M0CA2M0

Needle Valve - MonelNeedle Valve, Nipple, ½—14 NPT, MonelNeedle Valve, Elbow, ½—14 NPT, Monel

62

Rosemount Inc.

Mas

sP

roB

ar®






Code Sensor Flange

FC6M0FB6M0FA6M0

1½ in. ANSI Class 600, RF, Monel1½ in. ANSI Class 300, RF, Monel1½ in. ANSI Class 150, RF, Monel

Code Flanged Mount



Code DP Ranges

23

0–2.5 to 0–250 H2O (0–.62 to 0–62.2 kPa)0–10 to 0–830 H2O (0–2.48 to 0–206 kPa)


34CD


Code Output


Code Fill Fluid

12

SiliconeInert Fill


ABCDJKLM


Code Opposite Side Support (Required for Model 26M ONLY)




TRRTXRTRATRPTXATXP


MODEL MBF+25M/26M

Flow-163

Flow-1


Mass

ProB

ar®


35678







ABCDFH



MZOQSUWY





Typical Model Number MBF+25M 060 HATM0 C0000 FA6M0 FA6C 2 3 A 1 B F

MODEL MBF+25M/26M

64

Rosemount Inc.

Mas

sP

roB

ar®

MODEL MBF+35S/36SModel Product Description

MBF+35SMBF+36S


Code Line Size

100120140160180200240300360420080480600720


Code Head Style














C0000S0000






Flow-165

Flow-1


Mass

ProB

ar®






Code Sensor Flanges

FNRS0FLRS0FJRS0FC8S0FB8S0FA8S0


Code Flanged Mount

FA8CFA8SFB8CFB8SFC8CFC8SFJRCFJRSFLTCFLTSFNTCFNTS


Code DP Ranges

123



34CD


Code Output


Code Fill Fluid

12

SiliconeInert Fill


ABCDJKLM


MODEL MBF+35S/36S

66

Rosemount Inc.

Mas

sP

roB

ar®



Contoured Weld Fitting and Plug, 1½—11.5 NPT, CSContoured Weld Fitting and Plug, 1½ in. Socket Weld Ports, CSContoured Weld Fitting and Plug, 1½—11.5 NPT, SSTContoured Weld Fitting and Plug, 1½ in. Socket Weld Ports, SST


TRRTXRTRATRPTXATXP



35678




Code Optional Optional Meters



ABCDFH



MZOQSUWY





Typical Model Number MBF+35S 120 HATS0 C0000 FA8S0 FA8C 2 3 A 1 A

MODEL MBF+35S/36S

Flow-167

Flow-1


Mass

ProB

ar®

MODEL MBF+45S/46SModel Product Description

MBF+45SMBF+46S


Code Line Size

100120140160180200240300360420480600720


Code Head Style









HP2SSHA2S0HA2SSHP2S0HSHS0

Remote Mount - Horizontal LineParallel, Horizontal Line, ½ in. Socket Weld Ports, SSTAxial, Horizontal Line, ½—14 NPT, SSTAxial, Horizontal Line, ½ in. Socket Weld Ports, SSTParallel, Horizontal Line, ½—14 NPT, SSTStack Head with Purge, Horizontal Line, ½—14 NPT, SST

HPVS0HPVSSHV2S0HV2SSHSVS0

Remote Mount - Vertical LineParallel, Vertical Line, ½ in. Socket Weld Ports, SSTParallel, Vertical Line, ½—14 NPT, SSTAxial, Vertical Line, ½—14 NPT, SSTAxial, Vertical Line, ½ in. Socket Weld Ports, SSTStack Head with Purge, Vertical Line, ½—14 NPT, SST


C0000S0000


CP2C0SP2C0


CP2S0SP2S0CP2SSSP2SS

Needle Valve - SSTNeedle Valve, Nipple, ½—14 NPT, SSTNeedle Valve, Nipple and Tee, ½—14 NPT, SSTNeedle Valve, Nipple, ½ in. Socket Weld Ports, SSTNeedle Valve, Nipple and Tee, ½ in. Socket Weld Ports, SST

68

Rosemount Inc.

Mas

sP

roB

ar®


CC2C0SC2C0SV2C0


CC2S0SC2S0SV2S0CB2SSCC2SSSV2SS

Gate Valve - SSTOutside Stem and Yoke Gate Valve, Nipple, ½—14 NPT, SSTOutside Stem and Yoke Gate Valve, Nipple and Tee, Steam, ½—14 NPT, SSTOutside Stem and Yoke Gate Valve, Vertical Line, Nipple and Tee, ½—14 NPT, SSTOutside Stem and Yoke Gate Valve, Elbow, ½ in. Socket Weld Ports, SSTOutside Stem and Yoke Gate Valve, Nipple, ½ in. Socket Weld Ports, SSTOutside Stem and Yoke Gate Valve, Vertical Line, Nipple and Tee, ½ in. Socket Weld Ports, SST

Code Sensor Flanges

FNTS0FLTS0FJTS0FCDS0FBDS0FADS0


Code Flanged Mount

FADCFADSFBDCFBDSFCDCFCDSFJTCFJTSFLTCFLTSFNTCFNTS


Code DP Ranges

123



34CD


Code Output


Code Fill Fluid

12

SiliconeInert Fill


ABCDJKLM



MSDCWMSDSW

Contoured Weld Fitting and Cap, 3 in. BW, CSContoured Weld Fitting and Cap, 3 in. BW, SST

MODEL MBF+45S/46S

Flow-169

Flow-1


Mass

ProB

ar®


TRRTXRTRATRPTXATXP



35678







ABCDFH



MZOQSUWY





Typical Model Number MBF+45S 240 HATS0 C0000 FADS0 FADC 1 3 A 1 A

MODEL MBF+45S/46S

70

Rosemount Inc.

Mas

sP

roB

ar®

MODEL MBF+45H/46HModel Product Description

MBF+45HMBF+46H


Code Line Size

100120140160180200240300360420480600720


Code Head Style






Direct and Integral Mount Heads - Vertical LineDirect Mount, with 5-Valve Manifold, Vertical Line, Hastelloy-CDirect Mount, 5-Valve Manifold, B31.1,Vertical Line, Hastelloy-CDirect Mount, 5-Valve Manifold, NACE, Vertical Line, Hastelloy-CIntegral, 3-Valve Manifold, Vertical Line, Hastelloy-CDirect Mount, No Manifold, Vertical Line, Hastelloy-C



HA2H0HA2HSHP2H0


PVH0HV2H0HSVH0

Remote Mount - Vertical LineParallel, Vertical Line, ½—14 NPT, Hastelloy-CAxial, Vertical Line, ½—14 NPT, Hastelloy-CStack Head with Purge, Vertical Line, ½—14 NPT, Hastelloy-C


C0000S0000


CP2C0SP2C0


CP2S0SP2S0

Needle Valve - SSTNeedle Valve, Nipple, ½—14 NPT, SSTNeedle Valve, Nipple and Tee, ½—14 NPT, SST

CP2H0Needle Valve - HastelloyNeedle Valve, Nipple, ½—14 NPT, Hastelloy-C

CC2C0SC2C0SV2C0


CC2S0SC2S0SV2S0

Gate Valve - SSTOutside Stem and Yoke Gate Valve, Nipple, ½—14 NPT, SSTOutside Stem and Yoke Gate Valve, Nipple and Tee, Steam, ½—14 NPT, SSTOutside Stem and Yoke Gate Valve, Vertical Line, Nipple and Tee, ½—14 NPT, SST

Flow-171

Flow-1


Mass

ProB

ar®

Code Sensor Flanges

FCDH0FBDH0FADH0

3 in. ANSI Class 600, RF, Hastelloy-C3 in. ANSI Class 300, RF, Hastelloy-C3 in. ANSI Class 150, RF, Hastelloy-C

Code Flanged Mount

FADCFADSFBDCFBDSFCDCFCDS

3 in. ANSI Class 150, Weld-Neck RF, CS3 in. ANSI Class 150, Weld-Neck RF, SST3 in. ANSI Class 300, Weld-Neck RF, CS3 in. ANSI Class 300, Weld-Neck RF, SST3 in. ANSI Class 600, Weld-Neck RF, CS3 in. ANSI Class 600, Weld-Neck RF, SST

Code DP Ranges

23



34CD


Code Output


Code Fill Fluid

12

SiliconeInert Fill


ABCDJKLM


Code Opposite Side Support (Required for Model 46H ONLY)

MSDCWMSDSW



TRRTXRTRATRPTXATXP



35678







ABCDFH


MODEL MBF+45H/46H

72

Rosemount Inc.

Mas

sP

roB

ar®


MZOQSUWY





Typical Model Number MBF+45H 240 HATH0 C0000 FADH0 FADC 2 3 A 1 A

MODEL MBF+45H/46H

Flow-173

Flow-1


Mass

ProB

ar®

MODEL MBF+45M/46MModel Product Description

MBF+45MMBF+46M


Code Line Size

100120140160180200240300360420480600720


Code Head Style









HA2M0HA2MSHP2M0


HPVM0HV2M0HV2MSHSVM0

Remote Mount - Vertical LineParallel, Vertical Line, ½—14 NPT, MonelAxial, Vertical Line, ½—14 NPT, MonelAxial, Vertical Line, ½ in. Socket Weld Ports, MonelStack Head with Purge, Vertical Line, ½—14 NPT, Monel


C0000S0000


CP2C0SP2C0


CP2S0SP2S0


CP2M0Needle Valve - MonelNeedle Valve, Nipple, ½—14 NPT, Monel

CC2C0SC2C0SV2C0


74

Rosemount Inc.

Mas

sP

roB

ar®

Code Instrument Connections (Continued)

CC2S0SC2S0SV2S0


Code Sensor Flanges

FCDM0FBDM0FADM0

3 in. ANSI Class 600, RF, Monel3 in. ANSI Class 300, RF, Monel3 in. ANSI Class 150, RF, Monel

Code Flanged Mount



Code DP Ranges

23



34CD


Code Output


Code Fill Fluid

12

SiliconeInert Fill


ABCDJKLM


Code Opposite Side Support (Required for Model 46M ONLY)

MSDCWMSDSW



TRRTXRTRATRPTXATXP



35678




MODEL MBF+45M/46M

Flow-175

Flow-1


Mass

ProB

ar®




ABCDFH



MZOQSUWY





Typical Model Number MBF+45M 240 HATM0 C0000 FADM0 FADC 2 3 A 1 A

MODEL MBF+45M/46M

76

Rosemount Inc.

Mas

sP

roB

ar®

Flow-177


Mass

ProB

ar®

Flow-1
78

Rosemount Inc.

Mas

sP

roB

ar®

Flow-179


Mass

ProB

ar®

Flow-1
80

Rosemount Inc.

Mas

sP

roB

ar®

Flow-181


Flow-1

Mass

ProB

ar®

Ordering Information—Model MNTMODEL MNT+10S


MNT+10S Mass ProBar® Flowmeter - In-line Threaded

Code Line Size

005007010012015020

½ in. (12.5 mm)¾ in. (19 mm)1 in. (25 mm)1¼ in. (31 mm)1½ in. (37.5 mm)2 in. (50 mm)

Code Fittings

HAMS0HADS0HADSBHADSNHAPS0

Direct and Integral Mount Heads - Horizontal LineIntegral, 3-Valve Manifold, Horizontal Line, SSTDirect Mount, with 5-Valve Manifold, Horizontal Line, SSTDirect Mount, with 5-Valve Manifold, B31.1, Horizontal Line, SSTDirect Mount, with 5-Valve Manifold, NACE, Horizontal Line, SSTDirect Mount, No Manifold, Horizontal Line, SST

HVMS0HVDS0HVDSBHVDSNHVPS0

Direct and Integral Mount Heads - Vertical LineIntegral, 3-Valve Manifold, Vertical Line, SSTDirect Mount, with 5-Valve Manifold, Vertical Line, SSTDirect Mount, 5-Valve Manifold, B31.1, Vertical Line, SSTDirect Mount, 5-Valve Manifold, NACE, Vertical Line, SSTDirect Mount, No Manifold, Vertical Line, SST

HF1SSHM1S0

Remote MountFittings, ¼ in. Socket Weld Ports, SSTFittings, ¼—18 NPT, SST


C0000S0000


CP1C0SP1C0

Needle Valve - CSNeedle Valve, Nipple, ¼—18 NPT, CSNeedle Valve, Nipple and Tee, ¼—18 NPT, CS

CP1S0SP1S0

Needle Valve - SSTNeedle Valve, Nipple, ¼—18 NPT, SSTNeedle Valve, Nipple and Tee, ¼—18 NPT, SST

SB1C0SB1S0

Gate ValveOutside Stem and Yoke Gate Valve, Elbow and Tee, ¼—18 NPT, CSOutside Stem and Yoke Gate Valve, Elbow and Tee, ¼—18 NPT, SST

Code DP Ranges

123



34CD

0-8 to 0-800 psia (0-55.1 to 0-5515 kPa)0-36.26 to 0-3626 psia (250 to 25000 kPa)0-8 to 0-800 psig (0-55.1 to 0-5515 kPa)0-36.26 to 0-3626 psig (250 to 25000 kPa)

Code Output


Code Fill Fluid

12

SiliconeInert Fill

82

Rosemount Inc.

Mas

sP

roB

ar®


ABCDJKLM



TRRTXR



35678







ABCDFH



MZ





Typical Model Number MNT+10S 015 HAMS0 C0000 2 3 A 1 A TXR B

MODEL MNT+10S

Flow-183

Flow-1


Mass

ProB

ar®

Ordering Information—Model MNFMODEL MNF+10S


MNF+10S Mass ProBar® Flowmeter - In-line Flanged

Code Line Size

005007010012015020


Code Fittings





HF1SSHM1S0



C0000S0000


CP1C0SP1C0


CP1S0SP1S0


SB1C0SB1S0


Code Flanged Mount

FASFBSFCSFJSFLSFNS

ANSI Class 150, Weld-Neck RF, SSTANSI Class 300, Weld-Neck RF, SSTANSI Class 600, Weld-Neck RF, SSTDIN PN16, SSTDIN PN40, SSTDIN PN100, SST

Code DP Ranges

123



34CD


Code Output


Code Fill Fluid

12

SiliconeInert Fill

84

Rosemount Inc.

Mas

sP

roB

ar®


ABCDJKLM



TRRTXR



35678



K Coplanar Bracket, 2 in. Pipe/Panel, SST Bolts




ABCDFH



MZ





Typical Model Number MNF+10S 015 HAMS0 C0000 FAS 1 3 A 1 A TRR 1

MODEL MNF+10S

Flow-185

Flow-1


Mass

ProB

ar®

MODEL MNF+10HModel Product Description

MNF+10H Mass ProBar® Flowmeter - In-line Flanged

Code Line Size

005007010012015020


Code Fittings

HADHNHADH0HADHBHAMH0HAPH0

Direct and Integral Mount Heads - Horizontal LineDirect Mount, with 5-Valve Manifold, NACE, Horizontal Line, Hastelloy-CDirect Mount, with 5-Valve Manifold, Horizontal Line, Hastelloy-CDirect Mount, with 5-Valve Manifold, B31.1, Horizontal Line, Hastelloy-CIntegral, 3-Valve Manifold, Horizontal Line, Hastelloy-CDirect Mount, No Manifold, Horizontal Line, Hastelloy-C

HVDHNHVDH0HVDHBHVMH0HVPH0

Direct and Integral Mount Heads - Vertical LineDirect Mount, 5-Valve Manifold, NACE, Vertical Line, Hastelloy-CDirect Mount, with 5-Valve Manifold, Vertical Line, Hastelloy-CDirect Mount, 5-Valve Manifold, B31.1, Vertical Line, Hastelloy-CIntegral, 3-Valve Manifold, Vertical Line, Hastelloy-CDirect Mount, No Manifold, Vertical Line, Hastelloy-C

HM1H0Remote MountFittings, ¼—18 NPT, Hastelloy-C


C0000S0000


CP1C0SP1C0


CP1S0SP1S0


SB1C0SB1S0


Code Flanged Mount

FAHFBHFCH

ANSI Class 150, Weld-Neck RF, Hastelloy-CANSI Class 300, Weld-Neck RF, Hastelloy-CANSI Class 600, Weld-Neck RF, Hastelloy-C

Code DP Ranges

23



34CD


Code Output


Code Fill Fluid

12

SiliconeInert Fill

86

Rosemount Inc.

Mas

sP

roB

ar®


ABCDJKLM



TRRTXR



35678







ABCDFH



MZ





Typical Model Number MNF+10H 015 HAMH0 C0000 FAH 2 3 A 1 A TRR 1

MODEL MNF+10H

Flow-187

Flow-1


Mass

ProB

ar®

MODEL MNF+10MModel Product Description

MNF+10M Mass ProBar® Flowmeter - In-line Flanged

Code Line Size

005007010012015020


Code Fittings

HADMNHADM0HADMBHAMM0HAPM0

Direct and Integral Mount Heads - Horizontal LineDirect Mount, with 5-Valve Manifold, NACE, Horizontal Line, MonelDirect Mount, with 5-Valve Manifold, Horizontal Line, MonelDirect Mount, with 5-Valve Manifold, B31.1, Horizontal Line, MonelIntegral, 3-Valve Manifold, Horizontal Line, MonelDirect Mount, No Manifold, Horizontal Line, Monel

HVDMNHVDM0HVDMBHVMM0HVPM0

Direct and Integral Mount Heads - Vertical LineDirect Mount, 5-Valve Manifold, NACE, Vertical Line, MonelDirect Mount, with 5-Valve Manifold, Vertical Line, MonelDirect Mount, 5-Valve Manifold, B31.1, Vertical Line, MonelIntegral, 3-Valve Manifold, Vertical Line, MonelDirect Mount, No Manifold, Vertical Line, Monel

HM1M0Remote MountFittings, ¼—18 NPT, Monel


C0000S0000


CP1C0SP1C0


P1S0SP1S0


SB1C0SB1S0


Code Flanged Mount

FAMFBMFCM

ANSI Class 150, Weld-Neck RF, MonelANSI Class 300, Weld-Neck RF, MonelANSI Class 600, Weld-Neck RF, Monel

Code DP Ranges

23



34CD


Code Output


Code Fill Fluid

12

SiliconeInert Fill

88

Rosemount Inc.

Mas

sP

roB

ar®


ABCDJKLM


Code Optional Temperature Sensors (For use with remote mount head styles)

TRRTXR



35678







ABCDFH



MZ





Typical Model Number MNF+10M 015 HAMM0 C0000 FAM 2 3 A 1 A TRR

MODEL MNF+10M

Flow-189

Flow-1


Mass

ProB

ar®

Ordering Information—Model MNWMODEL MNW+10S


MNW+10S Mass ProBar® Flowmeter - In-line Butt Weld

Code Line Size

005007010012015020


Code Fittings





HF1SSHM1S0



C0000S0000


CP1C0SP1C0


CP1S0SP1S0


SB1C0SB1S0


Code DP Ranges

123



34CD


Code Output


Code Fill Fluid

12

SiliconeInert Fill

90

Rosemount Inc.

Mas

sP

roB

ar®


ABCDJKLM


Code Optional Temperature Sensors (For use with remote mount head styles)

TRRTXR



35678







ABCDFH



MZ





Typical Model Number MNW+10S 015 HAMS0 C0000 2 3 A 1 B TXR H

MODEL MNW+10S

Flow-191


Mass

ProB

ar®

Flow-1
92

Rosemount Inc.

Mas

sP

roB

ar®

Flow-193


Mass

ProB

ar®

Flow-1
94

Rosemount Inc.

Mas

sP

roB

ar®

Flow-195


Mass

ProB

ar®

Flow-1
96

Rosemount Inc.

Mas

sP

roB

ar®

Flow-197

Flow-1


Mass

ProB

ar®

Ordering Information—Model MHTMODEL MHT+15S


MHT+15S Mass ProBar® Flowmeter - Threaded Flo-Tap

Code Line Size

020025030035040050


Code Head Style










C0000S0000




CA2SSCP2S0SP2S0CP2SSSP2SSCA2S0SA2S0

Needle Valve - SSTNeedle Valve, Elbow, ½ in. Socket Weld Ports, SSTNeedle Valve, Nipple, ½—14 NPT, SSTNeedle Valve, Nipple and Tee, ½—14 NPT, SSTNeedle Valve, Nipple, ½ in. Socket Weld Ports, SSTNeedle Valve, Nipple and Tee, ½ in. Socket Weld Ports, SSTNeedle Valve, Elbow, ½—14 NPT, SSTNeedle Valve, Elbow and Tee, ½ in., NPT, SST



98

Rosemount Inc.

Mas

sP

roB

ar®


CC2S0SC2S0SV2S0CB2SSCC2SSSV2SSCB2S0SB2S0

Gate Valve - SSTOutside Stem and Yoke Gate Valve, Nipple, ½—14 NPT, SSTOutside Stem and Yoke Gate Valve, Nipple and Tee, Steam, ½—14 NPT, SSTOutside Stem and Yoke Gate Valve, Vertical Line, Nipple and Tee, ½—14 NPT, SSTOutside Stem and Yoke Gate Valve, Elbow, ½ in. Socket Weld Ports, SSTOutside Stem and Yoke Gate Valve, Nipple, ½ in. Socket Weld Ports, SSTOutside Stem and Yoke Gate Valve, Vertical Line, Nipple and Tee, ½ in. Socket Weld Ports, SSTOutside Stem and Yoke Gate Valve, Elbow, ½—14 NPT, SSTOutside Stem and Yoke Gate Valve, Elbow and Tee, ½—14 NPT, SST

Code Packing Gland

GV3S0GV3C0GH3S0GH3C0

Graphite, ¾—14 NPT, SSTGraphite, ¾—14 NPT, CSUrethane, ¾—14 NPT, SSTUrethane, ¾—14 NPT, CS

Code Insert/Retract

IHRSIHRC

Manual, Dual, SST RodsManual, Dual, CS Rods

Code Isolation Valve

VT3SGVT3CG

Gate ValveGate Valve, ¾—14 NPT, SSTGate Valve, ¾—14 NPT, CS

VT3SBVT3CB

Ball ValveBall Valve, ¾—14 NPT, SSTBall Valve, ¾—14 NPT, CS


MH3C0MH3S0

Weld Coupling and Nipple, ¾—14 NPT, CSWeld Coupling and Nipple, ¾—14 NPT, SST

Code DP Ranges

123



34CD


Code Output


Code Fill Fluid

12

SiliconeInert Fill


ABCDJKLM



TRRTXR


MODEL MHT+15S

Flow-199

Flow-2


Mass

ProB

ar®


35678







ABCDFH



MZ





Typical Model Number MHT+15S 030 HAMS0 C0000 GV3S0 IHRS VT3SG MH3C0 1 3 A 1 A TRR

MODEL MHT+15S

00

Rosemount Inc.

Mas

sP

roB

ar®

MODEL MHT+25SModel Product Description


Code Line Size

040050100120140160180200240300360420080060


Code Head Style



HATSNHATS0HATSDHATSB

Direct and Integral Mount Heads - Horizontal Line with RTDDirect Mount, 5-Valve Manifold, RTD, NACE, Horizontal Line, SSTIntegral, 3-Valve Manifold, RTD, Horizontal Line, SSTDirect Mount, with 5-Valve Manifold, RTD, Horizontal Line, SSTDirect Mount, 5-Valve Manifold, RTD, B31.1, Horizontal Line, SST










C0000S0000





Needle Valve - SSTNeedle Valve, Elbow, ½ in. Socket Weld Ports, SSTNeedle Valve, Nipple, ½—14 NPT, SSTNeedle Valve, Nipple and Tee, ½—14 NPT, SSTNeedle Valve, Nipple, ½ in. Socket Weld Ports, SSTNeedle Valve, Nipple and Tee, ½ in. Socket Weld Ports, SSTNeedle Valve, Elbow, ½—14 NPT, SSTNeedle Valve, Elbow and Tee, ½—14 NPT, SST



Flow-201

Flow-2


Mass

ProB

ar®




Code Packing Gland


Graphite, 1¼—11.5 NPT, SSTGraphite, 1¼—11.5 NPT, CSUrethane, 1¼—11.5 NPT, SSTUrethane, 1¼—11.5 NPT, CS

Code Insert/Retract

IHRSIHRCIHDS

Manual, Dual, SST RodsManual, Dual, CS RodsGear, Dual, SST Rods


VT5SGVT5CG

Gate ValveGate Valve, 1¼—11.5 NPT, SSTGate Valve, 1¼—11.5 NPT, CS

VT5SBVT5CB

Ball ValveBall Valve, 1¼—11.5 NPT, SSTBall Valve, 1¼—11.5 NPT, CS


MH5C0MH5S0

Weld Coupling and Nipple, 1¼—11.5 NPT, CSWeld Coupling and Nipple, 1¼—11.5 NPT, SST

Code DP Ranges

123



34CD


Code Output


Code Fill Fluid

12

SiliconeInert Fill


ABCDJKLM


MODEL MHT+25S

02

Rosemount Inc.

Mas

sP

roB

ar®


TRRTXRTRATRPTXATXP



35678







ABCDFH



MZOQSUWY





Typical Model Number MHT+25S 060 HATS0 C0000 GV5C0 IHRC VT5SG MH5C0 2 3 A 1 A B

MODEL MHT+25S

Flow-203

Flow-2


Mass

ProB

ar®

MODEL MHT+35SModel Product Description


Code Line Size

100120140160180200240300360420080480600720


Code Head Style




Direct and Integral Mount Heads - Horizontal Line with RTDDirect Mount, with 5-Valve Manifold, RTD, NACE, Horizontal Line, SSTIntegral, 3-Valve Manifold, RTD, Horizontal Line, SSTDirect Mount, with 5-Valve Manifold, RTD, Horizontal Line, SSTDirect Mount, with 5-Valve Manifold, RTD, B31.1, Horizontal Line, SST










C0000S0000








04

Rosemount Inc.

Mas

sP

roB

ar®




Code Packing Gland


Graphite, 2—11.5 NPT, SSTGraphite, 2—11.5 NPT, CSUrethane, 2—11.5 NPT, SSTUrethane, 2—11.5 NPT, CS

Code Insert/Retract

IHRSIHRCIHDS

Manual, Dual, SST RodsManual, Dual, CS RodsGear, Dual, SST Rods

Code Isolation Valves

VT8SGVT8CG

Gate ValveGate Valve, 2—11.5 NPT, SSTGate Valve, 2—11.5 NPT, CS

VT8SBVT8CB

Ball ValveBall Valve, 2—11.5 NPT, SSTBall Valve, 2—11.5 NPT, CS


MH8C0MH8S0

Weld Coupling and Nipple, 2—11.5 NPT, CSWeld Coupling and Nipple, 2—11.5 NPT, SST

Code DP Ranges

123



34CD


Code Output


Code Fill Fluid

12

SiliconeInert Fill


ABCDJKLM


MODEL MHT+35S

Flow-205

Flow-2


Mass

ProB

ar®


TRRTXRTRATRPTXATXP



35678







ABCDFH



MZOQSUWY





Typical Model Number MHT+35S 120 HATS0 C0000 GV8S0 IHRS VT8SG MH8S0 2 3 A 1 A 1 B

MODEL MHT+35S

06

Rosemount Inc.

Mas

sP

roB

ar®

Flow-207


Mass

ProB

ar®

Flow-2
08

Rosemount Inc.

Mas

sP

roB

ar®

Flow-209


Mass

ProB

ar®

Flow-2
10

Rosemount Inc.

Mas

sP

roB

ar®

Flow-211


Mass

ProB

ar®

Flow-2
12

Rosemount Inc.

Mas

sP

roB

ar®

Ordering Information—Model MHFMODEL MHF+15S


MHF+15S Mass ProBar® Flowmeter - Flanged Flo-Tap

Code Line Size

020025030035040050


Code Head Style


Direct and Integral Head Mount - Horizontal LineDirect Mount, with 5-Valve Manifold, Horizontal Line, SSTDirect Mount, with 5-Valve Manifold, B31.1, Horizontal Line, SSTDirect Mount, with 5-Valve Manifold, NACE, Horizontal Line, SSTIntegral, 3-Valve Manifold, Horizontal Line, SSTDirect Mount, No Manifold, Horizontal Line, SST


Direct and Integral Head Mount - Vertical LineDirect Mount, with 5-Valve Manifold, Vertical Line, SSTDirect Mount, 5-Valve Manifold, B31.1, Vertical Line, SSTDirect Mount, 5-Valve Manifold, NACE, Vertical Line, SSTIntegral, 3-Valve Manifold, Vertical Line, SSTDirect Mount, No Manifold, Vertical Line, SST






C0000S0000










Code Packing Gland

GV4SCGV4SBGV4SAGH4SCGH4SBGH4SA

Graphite, 1 in. ANSI Class 600, SSTGraphite, 1 in. ANSI Class 300, SSTGraphite, 1 in. ANSI Class 150, SSTUrethane, 1 in. ANSI Class 600, SSTUrethane, 1 in. ANSI Class 300, SSTUrethane, 1 in. ANSI Class 50, SST

Flow-213

Flow-2


Mass

ProB

ar®

Code Insert/Retract

IHRSIHRC

Manual, Dual, SST RodsManual, Dual, CS Rods


VC4SGVC4CGVB4SGVB4CGVA4SGVA4CG

Gate ValveGate Valve, 1 in. ANSI Class 600, SSTGate Valve, 1 in. ANSI Class 600, CSGate Valve, 1 in. ANSI Class 300, SSTGate Valve, 1 in. ANSI Class 300, CSGate Valve, 1 in. ANSI Class 150, SSTGate Valve, 1 in. ANSI Class 150, CS

VB4SBVB4CBVA4SBVA4CB

Ball ValveBall Valve, 1 in. ANSI Class 300, SSTBall Valve, 1 in. ANSI Class 300, CSBall Valve, 1 in. ANSI Class 150, SSTBall Valve, 1 in. ANSI Class 150, CS

Code Flanged Mount



Code DP Ranges

123



34CD


Code Output


Code Fill Fluid

12

SiliconeInert Fill


ABCDJKLM



TRRTXR



35678




MODEL MHF+15S

14

Rosemount Inc.

Mas

sP

roB

ar®




ABCDFH



MZ

Lab Flow Calibration (Average K) (<10 in)Special Calibration



Dieterich ProgramANSI B31.1ANSI B31.3NACE MR–0175–91Special Product DrawingASTM Material-Traceable (Sensor Only)Hydrostatic Test EP-4017Dye Penetrant ES-1012Extended Hydro EP-4046

Typical Model Number MHF+15S 030 HAMS0 C0000 GV4SA IHRC VA4SG FA4S 1 3 A 1 A TRR

MODEL MHF+15S

Flow-215

Flow-2


Mass

ProB

ar®

MODEL MHF+25SModel Product Description


Code Line Size

040050060080100120140160180200240300360420


Code Head Style



HATSNHATS0HATSBHATSD

Direct and Integral Mount Heads - Horizontal Line with RTDDirect Mount, 5-Valve Manifold, RTD, NACE, Horizontal Line, SSTIntegral, 3-Valve Manifold, RTD, Horizontal Line, SSTDirect Mount, 5-Valve Manifold, RTD, B31.1, Horizontal Line, SSTDirect Mount, with 5-Valve Manifold, RTD, Horizontal Line, SST










C0000S0000






16

Rosemount Inc.

Mas

sP

roB

ar®






Code Packing Gland


Graphite, 1½ in. ANSI Class 600, SSTGraphite, 1½ in. ANSI Class 300, SSTGraphite, 1½ in. ANSI Class 150, SSTUrethane, 1½ in. ANSI Class 600, SSTUrethane, 1½ in. ANSI Class 300, SSTUrethane, 1½ in. ANSI Class 150, SST

Code Insert/Retract

IHRSIHRCIHDSIHDC

Manual, Dual, SST RodsManual, Dual, CS RodsGear, Dual, SST RodsGear, Dual, CS Rods



Gate ValveGate Valve, 1½ in. ANSI Class 600, SSTGate Valve, 1½ in. ANSI Class 600, CSGate Valve, 1½ in. ANSI Class 300, SSTGate Valve, 1½ in. ANSI Class 300, CSGate Valve, 1½ in. ANSI Class 150, SSTGate Valve, 1½ in. ANSI Class 150, CS


Ball ValveBall Valve, 1½ in. ANSI Class 300, SSTBall Valve, 1½ in. ANSI Class 300, CSBall Valve, 1½ in. ANSI Class 150, SSTBall Valve, 1½ in. ANSI Class 150, CS

Code Flanged Mount


11/2 in. ANSI Class 150, Weld-Neck RF, CS11/2 in. ANSI Class 150, Weld-Neck RF, SST11/2 in. ANSI Class 300, Weld-Neck RF, CS11/2 in. ANSI Class 300, Weld-Neck RF, SST11/2 in. ANSI Class 600, Weld-Neck RF, CS11/2 in. ANSI Class 600, Weld-Neck RF, SST

Code DP Ranges

123



34CD


Code Output


Code Fill Fluid

12

SiliconeInert Fill

MODEL MHF+25S

Flow-217

Flow-2


Mass

ProB

ar®


ABCDJKLM



TRRTXRTRATRPTXATXP



35678







ABCDFH



MZOQSUWY





Typical Model Number MHF+25S 060 HATS0 C0000 GV6SA IHRC VA6CG FA6C 2 3 A 1 B

MODEL MHF+25S

18

Rosemount Inc.

Mas

sP

roB

ar®

MODEL MHF+25HModel Product Description

MHF+25H Mass ProBar® Flowmeter - Flanged Flo-Tap

Code Line Size

040050060080100120140160180200240300360420


Code Head Style






Direct and Integral Mount Heads - Vertical LineDirect Mount, with 5-Valve Manifold, Vertical Line, Hastelloy-CDirect Mount, 5-Valve Manifold, B31.1, Vertical Line, Hastelloy-CDirect Mount, 5-Valve Manifold, NACE, Vertical Line, Hastelloy-CIntegral, 3-Valve Manifold, Vertical Line, Hastelloy-CDirect Mount, No Manifold, Vertical Line, Hastelloy-C



HA2H0HA2HSHP2H0


HPVH0HV2H0



C0000S0000






CA2H0CP2H0

Needle Valve - HastelloyNeedle Valve, Elbow, ½—14 NPT, Hastelloy-CNeedle Valve, Nipple, ½—14 NPT, Hastelloy-C



Flow-219

Flow-2


Mass

ProB

ar®




Code Packing Gland

GV6HCGV6HBGV6HA

Graphite, 1½ in. ANSI Class 600, Hastelloy-CGraphite, 1½ in. ANSI Class 300, Hastelloy-CGraphite, 1½ in. ANSI Class 150, Hastelloy-C

Code Insert/Retract

IHRSIHRCIHDSIHDC







Code Flanged Mount



Code DP Ranges

23



34CD


Code Output


Code Fill Fluid

12

SiliconeInert Fill


ABCDJKLM


MODEL MHF+25H

20

Rosemount Inc.

Mas

sP

roB

ar®


TRRTXRTRATRPTXATXP



35678







ABCDFH



MZOQSUWY





Typical Model Number MHF+25H 060 HATH0 C0000 GV6HA IHRC VA6CG FA6C 2 3 A 1 A

MODEL MHF+25H

Flow-221

Flow-2


Mass

ProB

ar®

MODEL MHF+25MModel Product Description

MHF+25M Mass ProBar® Flowmeter - Flanged Flo-Tap

Code Line Size

040050060080100120140160180200240280300360420

4 in. (100mm)5 in. (125 mm)6 in. (150 mm)8 in. (200 mm)10 in. (250 mm)12 in. (300 mm)14 in. (350 mm)16 in. (400 mm)18 in. (450 mm)20 in. (500 mm)24 in. (600 mm)28 in. (711 mm)30 in. (750 mm)36 in. (900 mm)42 in. (1066 mm)

Code Head Style









HA2M0HA2MSHP2M0


HPVM0HV2M0HV2MS

Remote Mount - Vertical LineParallel, Vertical Line, ½—14 NPT, MonelAxial, Vertical Line, ½—14 NPT, MonelAxial, Vertical Line, ½ in. Socket Weld Ports, Monel


C0000S0000





Needle Valve - SSTNeedle Valve, Nipple, ½—14 NPT, SSTNeedle Valve, Nipple and Tee, ½—14 NPT, SSTNeedle Valve, Elbow, ½—14 NPT, SSTNeedle Valve, Elbow and Tee, ½—14 NPT, SS

CP2M0CA2M0

Needle Valve - MonelNeedle Valve, Nipple, ½—14 NPT, MonelNeedle Valve, Elbow, ½—14 NPT, Monel



22

Rosemount Inc.

Mas

sP

roB

ar®




Code Packing Gland

GV6MCGV6MBGV6MA

Graphite, 1½ in. ANSI Class 600, MonelGraphite, 1½ in. ANSI Class 300, MonelGraphite, 1½ in. ANSI Class 150, Monel

Code Insert/Retract

IHRSIHRCIHDSIHDC







Code Flanged Mount



Code DP Ranges

23



34CD


Code Output


Code Fill Fluid

12

SiliconeInert Fill


ABCDJKLM


MODEL MHF+25M

Flow-223

Flow-2


Mass

ProB

ar®


TRRTXRTRATRPTXATXP



35678







ABCDFH



MZOQSUWY





Typical Model Number MHF+25M 060 HATM0 C0000 GV6MA IHRC VA6CG FA6C 2 3 A 1 A

MODEL MHF+25M

24

Rosemount Inc.

Mas

sP

roB

ar®



Code Line Size

100120140160180200240300360420080480600720


Code Head Style




Direct and Integral Mount Heads - Horizontal Line with RTDDirect Mount, 5-Valve Manifold, RTD, NACE, Horizontal Line, SSTIntegral, 3-Valve Manifold, RTD, Horizontal Line, SSTDirect Mount, with 5-Valve Manifold, RTD, Horizontal Line, SSTDirect Mount, with 5-Valve Manifold, RTD, B31.1, Horizontal Line, SST










C0000S0000




CA2SSCP2S0SP2S0CA2S0SA2S0CP2SSSP2SS

Needle Valve - SSTNeedle Valve, Elbow, ½ in. Socket Weld Ports, SSTNeedle Valve, Nipple, ½—14 NPT, SSTNeedle Valve, Nipple and Tee, ½—14 NPT, SSTNeedle Valve, Elbow, ½—14 NPT, SSTNeedle Valve, Elbow and Tee, ½—14 NPT, SSTNeedle Valve, Nipple, ½ in. Socket Weld Ports, SSTNeedle Valve, Nipple and Tee, ½ in. Socket Weld Ports, SST



Flow-225

Flow-2


Mass

ProB

ar®


CC2S0SC2S0SV2S0CB2S0SB2S0CB2SSCC2SSSV2SS

Gate Valve - SSTOutside Stem and Yoke Gate Valve, Nipple, ½—14 NPT, SSTOutside Stem and Yoke Gate Valve, Nipple and Tee, Steam, ½—14 NPT, SSTOutside Stem and Yoke Gate Valve, Vertical Line, Nipple and Tee, ½—14 NPT, SSTOutside Stem and Yoke Gate Valve, Elbow, ½—14 NPT, SSTOutside Stem and Yoke Gate Valve, Elbow and Tee, ½—14 NPT, SSTOutside Stem and Yoke Gate Valve, Elbow, ½ in. Socket Weld Ports, SSTOutside Stem and Yoke Gate Valve, Nipple, ½ in. Socket Weld Ports, SSTOutside Stem and Yoke Gate Valve, Vertical Line, Nipple and Tee, ½ in. Socket Weld Ports, SST

Code Packing Gland


Graphite, 2 in. ANSI Class 600Graphite, 2 in. ANSI Class 300Graphite, 2 in. ANSI Class 150Urethane, 2 in. ANSI Class 600, SSTUrethane, 2 in. ANSI Class 300, SSTUrethane, 2 in. ANSI Class 150, SST

Code Insert/Retract

IHRSIHRCIHDSIHDC



VB8SGVB8CGVA8SGVA8CG

Gate ValveGate Valve, 2 in. ANSI Class 300, SSTGate Valve, 2 in. ANSI Class 300, CSGate Valve, 2 in. ANSI Class 150, SSTGate Valve, 2 in. ANSI Class 150, CS


Ball ValveBall Valve, 2 in. ANSI Class 300, SSTBall Valve, 2 in. ANSI Class 300, CSBall Valve, 2 in. ANSI Class 150, SSTBall Valve, 2 in. ANSI Class 150, CS

Code Flanged Mount



Code DP Ranges

123



34CD


Code Output


Code Fill Fluid

12

SiliconeInert Fill


ABCDJKLM


MODEL MHF+35S

26

Rosemount Inc.

Mas

sP

roB

ar®


TRRTXRTRATRPTXATXP



35678







ABCDFH



MZOQSUWY





Typical Model Number MHF+35S 120 HATS0 C0000 GV8SA IHRC VA8CB FA8C 2 3 A 1 A

MODEL MHF+35S

Flow-227

Flow-2


Mass

ProB

ar®



Code Line Size

100120140160180200240300360420480600720


Code Head Style


Direct and Integral Mount Heads - Horizontal LineDirect Mount, with 5-Valve Manifold, Horizontal Line, SSTDirect Mount, with 5-Valve Manifold, B31.1, Horizontal Line, SSTDirect Mount, with 5-Valve Manifold, NACE, Horizontal Line, SSTIntegral, 3-Valve Manifold, Horizontal Line, SSTDirect Mount, No Manifold, Horizontal Line, SSTDirect Mount, Quantity 2, 3-Valve Manifold, Horizontal Line, SST


Direct and Integral Mount Heads - Horizontal Line with RTDDirect Mount, 5-Valve Manifold, RTD, NACE, Horizontal Line, SSTIntegral, 3-Valve Manifold, RTD, Horizontal Line, SSTDirect Mount, with 5-Valve Manifold, RTD, Horizontal Line, SSTDirect Mount, with 5-Valve Manifold, RTD, B31.1, Horizontal Line, SST

HVDSBHVDSNHVMS0HVPS0HVDS0

Direct and Integral Mount Heads - Vertical LineDirect Mount, 5-Valve Manifold, B31.1, Vertical Line, SSTDirect Mount, 5-Valve Manifold, NACE, Vertical Line, SSTIntegral, 3-Valve Manifold, Vertical Line, SSTDirect Mount, No Manifold, Vertical Line, SSTDirect Mount, 5-Valve Manifold, Vertical Line, SST




C0000S0000


CP2C0SP2C0


CP2S0SP2S0CP2SSSP2SS

Needle Valve - SSTNeedle Valve, Nipple, ½—14 NPT, SSTNeedle Valve, Nipple and Tee, ½—14 NPT, SSTNeedle Valve, Nipple, ½ in. Socket Weld Ports, SSTNeedle Valve, Nipple and Tee, ½ in. Socket Weld Ports, SST

CC2C0SC2C0SV2C0


CC2S0SC2S0SV2S0CB2SSCC2SSSV2SS

Gate Valve - SSTOutside Stem and Yoke Gate Valve, Nipple, ½—14 NPT, SSTOutside Stem and Yoke Gate Valve, Nipple and Tee, Steam, ½—14 NPT, SSTOutside Stem and Yoke Gate Valve, Vertical Line, Nipple and Tee, ½—14 NPT, SSTOutside Stem and Yoke Gate Valve, Elbow, ½ in. Socket Weld Ports, SSTOutside Stem and Yoke Gate Valve, Nipple, ½ in. Socket Weld Ports, SSTOutside Stem and Yoke Gate Valve, Vertical Line, Nipple and Tee, ½ in. Socket Weld Ports, SST

Code Packing Gland

GVDSCGVDSBGVDSA

Graphite, 3 in. ANSI Class 600Graphite, 3 in. ANSI Class 300Graphite, 3 in. ANSI Class 150

28

Rosemount Inc.

Mas

sP

roB

ar®

Code Insert/Retract

IHRSIHRCIHDSIHDC



VCDSGVCDCGVBDSGVBDCGVADCGVADSG

Gate ValveGate Valve, 3 in. ANSI Class 600, SSTGate Valve, 3 in. ANSI Class 600, CSGate Valve, 3 in. ANSI Class 300, SSTGate Valve, 3 in. ANSI Class 300, CSGate Valve, 3 in. ANSI Class 150, CSGate Valve, 3 in. ANSI Class 150, SST

VBDSBVBDCBVADCBVADSB

Ball ValveBall Valve, 3 in. ANSI Class 300, SSTBall Valve, 3 in. ANSI Class 300, CSBall Valve, 3 in. ANSI Class 150, CSBall Valve, 3 in. ANSI Class 150, SST

Code Flanged Mount



Code DP Ranges

123



34CD


Code Output


Code Fill Fluid

12

SiliconeInert Fill


ABCDJKLM



TRRTXRTRATRPTXATXP



35678


MODEL MHF+45S

Flow-229

Flow-2


Mass

ProB

ar®






ABCDFH



MZOQSUWY





Typical Model Number MHF+45S 240 HATS0 C0000 GV DSA IHRC VADCG FADC 2 3 A 1 A

MODEL MHF+45S

30

Rosemount Inc.

Mas

sP

roB

ar®

MODEL MHF+45HModel Product Description

MHF+45H Mass ProBar® Flowmeter - Flanged Flo-Tap

Code Line Size

100120140160180200240300360420480600720


Code Head Style






Direct and Integral Mount Heads - Vertical LineDirect Mount, with 5-Valve Manifold, Vertical Line, Hastelloy-CDirect Mount, 5-Valve Manifold, B31.1, Vertical Line, Hastelloy-CDirect Mount, 5-Valve Manifold, NACE, Vertical Line, Hastelloy-CIntegral, 3-Valve Manifold, Vertical Line, Hastelloy-CDirect Mount, No Manifold, Vertical Line, Hastelloy-C



HA2H0HA2HSHP2H0


HPVH0HV2H0



C0000S0000


CP2C0SP2C0


CP2S0SP2S0


CP2H0Needle Valve - HastelloyNeedle Valve, Nipple, ½—14 NPT, Hastelloy-C

CC2C0SC2C0SV2C0


CC2S0SC2S0SV2S0


Flow-231

Flow-2


Mass

ProB

ar®

Code Packing Gland

GVDHCGVDHBGVDHA

Graphite, 3 in. ANSI Class 600, Hastelloy-CGraphite, 3 in. ANSI Class 300, Hastelloy-CGraphite, 3 in. ANSI Class 150, Hastelloy-C

Code Insert/Retract

IHRSIHRCIHDSIHDC







Code Flanged Mount



Code DP Ranges

23



34CD


Code Output


Code Fill Fluid

12

SiliconeInert Fill


ABCDJKLM



TRRTXRTRATRPTXATXP


MODEL MHF+45H

32

Rosemount Inc.

Mas

sP

roB

ar®


35678







ABCDFH



MZOQSUWY





Typical Model Number MHF+45H 240 HATH0 C0000 GVDHA IHRC VADCG FADC 3 A 1 A

MODEL MHF+45H

Flow-233

Flow-2


Mass

ProB

ar®

MODEL MHF+45MModel Product Description

MHF+45M Mass ProBar® Flowmeter - Flanged Flo-Tap

Code Line Size

100120140160180200240300360420480600720


Code Head Style









HA2M0HA2MSHP2M0


HPVM0HV2M0HV2MS

Parallel, Vertical Line, ½—14 NPT, MonelAxial, Vertical Line, ½—14 NPT, MonelAxial, Vertical Line, ½ in. Socket Weld Ports, Monel


C0000S0000


CP2C0SP2C0


CP2S0SP2S0


CP2M0Needle Valve - MonelNeedle Valve, Nipple, ½—14 NPT, Monel

CC2C0SC2C0SV2C0


CC2S0SC2S0SV2S0


34

Rosemount Inc.

Mas

sP

roB

ar®

Code Packing Gland

GVDMCGVDMBGVDMA

Graphite, 3 in. ANSI Class 600, MonelGraphite, 3 in. ANSI Class 300, MonelGraphite, 3 in. ANSI Class 150, Monel

Code Insert/Retract

IHRSIHRCIHDSIHDC







Code Flanged Mount



Code DP Ranges

23

0–2.5 to 0–250 H2O (0–.62 to 0 – 62.2 kPa)0–10 to 0–830 H2O (0–2.48 to 0–206 kPa)


34CD


Code Output


Code Fill Fluid

12

SiliconeInert Fill


ABCDJKLM



TRRTXRTRATRPTXATXP


MODEL MHF+45M

Flow-235

Flow-2


Mass

ProB

ar®


35678







ABCDFH



MZOQSUWY





Typical Model Number MHF+45M 240 HATM0 C0000 GVDMA IHDC VADCG FADC 2 3 A 1 A

MODEL MHF+45M

36

Rosemount Inc.

Mas

sP

roB

ar®

Flow-237


Mass

ProB

ar®

Flow-2
38

Rosemount Inc.

Mas

sP

roB

ar®

Flow-239


Mass

ProB

ar®

Flow-2
40

Rosemount Inc.

Mas

sP

roB

ar®

Flow-241


Flow-242

Mass

ProB

ar®

Rosemount Inc.

-243

Mas

sP

roB

ar®

Specifications

Flow

FUNCTIONAL SPECIFICATIONS

Service (1)

Liquid, gas, or steam.

Pipe Sizes (2)

½ in. to 72 in. (12 mm to 1800 mm).

Differential Sensor RangesRange 1:0–0.5 in. to 0–25 in. wc

(0–.12 to 0–6.22 kPa).

Range 2:0–2.5 in. to 0–250 in. wc(0–0.62 to 0–62.2kPa).

Range 3:0–10 in. to 0–830 in. wc(0–2.48 to 0–248kPa).

Absolute/Gage Sensor RangesRange 3:0–8 to 0–800 psia

(0–55.16 to 0–5515.8 kPaA).

Range 4:0–36.26 to 0–3,626 psia(0–250 to 0–25000kPaA).

Range C:0–8 to 0–800 psig(0–55.16 to 0–5515.8 kPaG).

Range D:0–36.26 to 0–3,626 psig(0–250 to 0–25000kPaG).

Temperature Sensor Ranges

Integral

-40 °F to 500 °F (-40 °C to 260 °C).

HATSB and HVTSB headstyles for Regular,Flanged, and Flo–Tap flanged models:

-40 °F to 750 °F (-40 °C to 398 °C).

Remote

-40 °F to 850 °F (-40 °C to 454 °C).

Output

Two wire 4-20 mA, user-selectable for DP, AP, PT, or mass flow. Digital HART protocol super imposed on 4–20 mA signal, available to any host that conforms to the HART protocol.

Power Supply

External power supply (or PS120/PS240 option) required. Operates on 11-55VDC with no load.

Load LimitationsLoop resistance is determined by the voltage level of the external power supply, as described below:

Pressure Limits

0 to 1440 psig (100 barg) @ 100 °F (37.8 °C). Contact the factory for higher pressures.

Temperature

Storage

-50 °F to 230 °F (-46 °C to 110 °C).

With Integral Meter

-40 °F to 185 °F (-40 °C to 85 °C).

Process

Integral mount-40 °F to 500 °F (-40 °C to 260 °C).

For HATSB, HVTSB, HADSB, and HVDSB head styles and regular flanged, Flo-Tap models -40 °F to 750 °F (-40 °C to 398 °C).

Remote mount (SST and Monel)-40 °F to 850 °F (-40 °C to 454 °C).

Remote mount (Hastelloy-C)-40 °F to 900 °F (-40 °C to 482 °C).

Remote mount (Hastelloy-C) with remote temperature sensor -40 °F to 1200 °F (-40 °C to 649 °C).

Ambient

-40 °F to 185 °F (-40 °C to 85 °C).

With integral meter

-4 °F to 175 °F (-20 °C to 80 °C).(1) In most cases, the Mass ProBar flowmeter can measure different

fluids with different specific gravity values with no adjustments.High Reynolds Numbers may cause some shifts in overallaccuracy; consult the factory.

(2) Consult factory for line size >72 in.

2000

011.0

4–20 mA dc

55

Load

(Ohm

s)

HART protocol communication requires a loop resistance valuebetween 250–1100 ohms, inclusive.

Max. Loop Resistance = Power Supply Voltage–11.00.022

Power Supply Voltage V dc35

(1) For CSA approval, power supply must not exceed 42.4 V dc.

Operating Region

42.4 V(1)

Flow-2


Mass

ProB

ar®

Damping

Response to step input change is user selectable from 0 to 30 seconds for one time constant. This in addition to sensor response time of 0.2 seconds.

Turn On Time

Performance within specification less than two seconds after power is applied.

Humidity Limits

0 to 100% relative humidity.

PERFORMANCE SPECIFICATIONS

Combined System Accuracy(Including linearity, hysteresis, and repeatability)+ 1.3% of mass flow rate.

Flow Turndown

8:1 flow turndown.

Differential Pressure

Ambient Temperature Effect Per 50 °F (28 °C)

• +0.025% of URL + 0.175% of span, spans from 1:1 to 30:1.

• +0.035% of URL + 0.125% of span, spans from 30:1 to 100:1.

Static Pressure Effects

• Zero error = +0.10% of URL per 1000 psi (6894 kPa).

• Span error = +0.20% of reading per 1000 psi (6894 kPa).

Stability

• +0.1% of URL for 12 months.

Absolute/Gage Pressure


• +0.05% of URL+0.175% of span, spans from 1:1 to 30:1.

• +0.06% of URL-0.125% of span, spans from 30:1 to 100:1.

Stability

• +0.1% of URL for 12 months.

Process Temperature


• 0.36 °F(0.20 °C) for process temperatures from-40 to 185 °F (-40 °C to 85 °C).

• +0.64 °F (0.36 °C) + 0.16% of reading for process temperatures from 185 °F to 400 °F (85 °C to 204 °C).

Mass ProBar FlowmeterOperating Limitations

TABLE 6. Operating Limitations.

See DS-7300 or 00807–0100–1191 for detailed information.

Model Minimum Reynolds Number (Re rod )

10 2300

½ inch 4000

15/16 6500

25/26 10000

35/36 15000

45/46 25000

Where: ρ = fluid density in lbm/ft3

d = probe width in feetV = velocity in fluid in ft/secµ = fluid viscosity in lbm/ft-sec

ReroddVρ

µ-----------=

44

Rosemount Inc.

w-245

Mas

sP

roB

ar®

Flo

PHYSICAL SPECIFICATIONS

Electrical Considerations

1/2–14 NPT, PG 13.5, and CM20 conduit. HART interface connections are permanently fixed to the terminal block.

Sensor

316/316L SST.

Hastelloy–C (flanged models, sensors 10, 25/26, and 45/46).

Monel (flanged models, sensors 10, 25/26, and 45/46).

Integral Valve and DirectMount Head Styles (3 and 5 Valve)

Material

316 SST, Hastelloy–C and Monel options.

O–Rings

Teflon® (Grafoil above 500 °F [260 °C]).

Bolts

316 SST.

Flange, Isolation Valves

316L SST. Flange pressure limits are per ANSI B16.5 for 316 SST and material per SA 182. Flange face finish ANSI B16.5, 125 to 250 RMS.

Packing Gland Assembly

Packing Gland316 SST.

Packing

Graphite AFP–127.

Flange Mounting Hardware

Includes nuts, bolts, and gasket

316 SST or CS.

Temperature Options

Integral RTD

• 100 Ω Platinum RTD.

Remote

• 100 Ω Platinum RTD.

• Spring loaded with ½ —14 NPT nipple and union.

• Thermowell: ½ in. × ½.—14 NPT, 316 SST with ½ in. CS weld couplet, u = 2½ in.

Electronics

SST Models• Vent valve and process: 316 SST.• Flanges: 316 SST.• Process isolating diaphragms: 316L SST.• O–rings: Glass-filled TFE.

Hastelloy and Monel models• Vent valves and process flanges: Hastelloy–C.• Process isolating diaphragms: Hastelloy–C.• O–rings: Glass-filled TFE.

Hazardous Locations CertificationsFactory Mutual (FM) ApprovalsA Explosion Proof for Class I, Division 1,

Groups B, C, and D. Dust-Ignition Proof for Class II, Division 1, Groups E, F, and G. Dust-Ignition Proof for Class III, Division 1. NEMA 4X. Factory Sealed. Install per Rosemount drawing 03095-1025.

B Combination of Approval Code A and the following: Intrinsically Safe for use in Class I, Division 1, Groups A, B, C and D; Class II, Division 2, Groups E, F, and G; Intrinsically safe for Class III, Division 1. Nonincendive for Class I, Division 2, Groups A, B, C, and D. Temperature Code T4. Install per Rosemount drawing 03095-1020.

Canadian Standards Association (CSA)C Explosion Proof for Class I, Division 1, Groups C, and D.

Dust-Ignition Proof for Class II, Division 1, Groups E,F, and G. Dust-Ignition Proof for Class III, Division 1.Suitable for Class I, Division 2, Groups A, B, C, and D. CSA Enclosure-Type 4X. Factory-sealed. Rosemount Drawings 03095-1024.

D Combination of Approval Code C and the following:Intrinsically safe for use in Class I, Division 1, GroupsA, B, C and D when connected in accordance withRosemount Drawings 03095-1021.Temperature Code T3C.

KEMA/CENELECH Explosion Proof.

EEx d IIC T5 (Tamb = 70 C).EEx d IIC T6 (Tamb = 40 C).Enclosure Type: IP65.

F Intrinsically safe. EEx ia IIC T5 (Tamb = -45 to +40 C).EEx ia IIC T4 (Tamb = -45 to +70 C).Ui = 30V dcIi = 200 mAPi = 1.0 WCi = 0.012 µFLi = 0

00813-0100-4762 Rev. DA

¢00813-0100-4762+¤

Dieterich Standard Inc.5601 North 71st StreetBoulder, CO 80301Tel (303) 530-9600Fax (303) 530-7064

© 1998 Rosemount Inc.http://www.rosemount.com

PR

INTED

INU.S. A.

Fisher-RosemountSingapore Pte Ltd.1 Pandan CrescentSingapore 128461Tel (65) 777-8211Fax (65) 770-8007Tlx RS 61117 FRSPL

Fisher-Rosemount LimitedHeath Place Bognor RegisWest Sussex PO22 9SHEnglandTel 44 (1243) 863 121Fax 44 (1243) 867 5541

Rosemount Inc.8200 Market BoulevardChanhassen, MN 55317 USATel 1-800-999-9307Telex 4310012Fax (612) 949-7001


Flow-246

Mass

ProB

ar®

May be protected by one or more of the following U.S. Patent Nos.4,559,836; 4,717,159, and variousforeign patents. Other foreign patents issued and pending.

Rosemount and the Rosemount logotype are registered trademarks of Rosemount Inc.Coplanar, MV, and Multivariable are trademarks of Rosemount Inc.PlantWeb is a mark of the Fisher-Rosemount group of companies.Mass ProBar, ProBar, and Annubar are registered trademarks of Dieterich Standard Inc.HART is a registered trademark of the HART Communications Foundation.Monel is a registered trademark of International Nickel Co.Teflon is a registered trademark of E. I. du Pont de Nemours & Co.Hastelloy C and Hastelloy C-276 are registered trademarks of Cabot Corp.Windows is a trademark of Microsoft Corp.

Cover Photo: 1295-001AB

mass probar flowmeter - automaatika · 2015-03-12 · product data sheet 00813-0100-4762, ds-4011...

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