Domestic Emerson Quality Flow Meter Agent

Domestic Emerson Quality Flow Meter Agent

High precisionFSeries flow and density meters

High precision performance in real-world environments

Adopting a compact design, it has good performance in measuring liquid mass flow rate, volume flow rate, and density

Robust sensor design can reduce downtime and process interruption costs

Durable and sturdy design aimed at reducing process, installation, and environmental impact

applicability

■ Cleanable, self draining design for critical process control applications

Compact design enables installation flexibility and reduces maintenance costs

■ Provide a wide range of servicesI/OInterface, includingHARTTheProfibus-DPTheFOUNDATIONFieldbus4-20mAAnd wireless functionality

Reliability and safety

There are no worn-out or replaceable moving parts, reducing maintenance requirements and ensuring long-term reliability

■316LStainless steel structure is suitable for most media

Robust sensor design can reduce parking time and process interruption costs

Domestic Emerson Quality Flow Meter Agent

High precision®FSeries flow and density meters

High precisionFThe flow and density performance, as well as excellent reliability, of the series instruments can provide measurements in critical process control environment applications.

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If you need assistance in determining a high-precision product suitable for your application, please refer toHigh precision(Micro Motion®)Technical Overview and Specification Summary

Other resources.

Flow and density measurement suitable for critical process applications

Adopting a compact and self emptying design, it provides high-performance and reliable measurement, which can extend normal operation time

Low frequency, high sensitivity "once and for all" instrument that can provide reliable measurements even under harsh process conditions

■ With multiple calibers, it provides an ideal platform for batching, packaging, distribution, and in plant measurement applications

Intelligent instrument self calibration: capable of advanced diagnosis of the entire system

Comprehensive testing can be conducted on-site or in the control room to demonstrate the functionality and performance of the instruments

Check if your instrument performance is as good as it was on the day of installation, in just a short period of time90 Judgment can be made within seconds

Reduce labor costs and outsourcing calibration service costs, thereby saving a significant amount of expenses while eliminating process interruptions

Unleash your craft potential with the industry

■ Provides a wide range of transmitters and installation options, compatible with your system

■ CompliantISO-IEC 17025The calibration device has reached an uncertainty of±0.014%, can achieve measurement accuracy

Adopting communication protocol products in the industry, including intelligent wireless

True multivariate technology can simultaneously measure necessary flow and density process variables

Wide range of installation and adaptability to process conditions

Featuring low voltage drop and lightweight design, it can reduce installation and commissioning costs

■ ofMVDTransmitter Technology and Digital Signal Processing(DSP), can provide fast response rate, thereby achieving precise batch and process measurement

High adaptability in design, capable of withstanding high temperatures(350°C)And high voltage(345 bars)Run under specific conditions to solve your severe measurement challenges

Measuring principle

As a practical application of the Coriolis effect, the working principle of the Coriolis mass flowmeter is to cause vibration in the flow tube through which the medium flows. Although the vibration is not a complete circle,

Still formed a rotating coordinate system, thereby triggering the Coriolis effect. Sensors detect and analyze changes in flow tube frequency, phase difference, and amplitude. The specific detection method will vary depending on the flow

The design of the measuring instrument varies. These observed changes represent the mass flow rate and density of the fluid.

Quality flow measurement

The measuring tube swings under the action of force, resulting in a sine wave. When the flow rate is zero, two pipelines vibrate in phase. When there is flow, Coriolis force causes the pipeline to undergo

Bending can cause phase shift. Measure the time difference between sine waves, which is proportional to the mass flow rate.

FSeries Coriolis Mass Flow Meter and Density Meter

Entrance detection displacement

B.No traffic

C.Export detection displacement

D.time

E.Entrance detection displacement

F.There is traffic

G.Export detection displacement

H.jet lag

I.time

Density measurement

The measuring tube vibrates at its natural frequency. The change in the quality of the medium inside the pipeline will cause a corresponding change in the natural frequency of the pipeline. Calculate density based on the frequency variation of the pipeline.

temperature measurement

Temperature, as a measurement variable, can be used as an output quantity. In addition, temperature can also be used to compensate for the effect of temperature changes on the Young's modulus of elasticity inside the sensor.

Instrument characteristics

The measurement accuracy of medium mass flow rate is independent of operating temperature, pressure, or composition. However, the pressure drop of the sensor depends on the operating temperature, pressure, and composition of the medium.

The specifications and functions vary by model, and some models may have fewer available options. Please refer to the Emerson website for more informationOnline Store Sizing and Selection Tool(Online)

Shop Selection ToolLearn more about performance and functionality.

Basic model code (e.gF100S）The letter at the end indicates the material and/Or application name:S =stainless steelH =Nickel alloyC22TheP =High voltageA =high temperature

316Lstainless steelB =High-temperature nickel alloyC22The detailed information about the complete product model code will be explained later in this document.

Performance Specifications

Reference operating conditions

To determine the performance of our instruments, we need to use/Follow the following conditions:

The water temperature is68 - 77 °FThe water pressure is14.5 - 29 psig（20 - 25 °CAnd1 - 2 bars）

Accuracy is based on experienceISO/IEC17025Calibration standards for certification

All models have a density measurement range of up to3 g/cm3（3000 kg/m3）

FSeries Coriolis Mass Flow Meter and Density Meter

Accuracy and repeatability

Accuracy and repeatability of liquid and slurry measurement

Performance specification calibration codeZCalibration codeA(1)Calibration code1 (1)Calibration codeK(2)Calibration codeC(3)

Quality flow accuracy(4)±0.20%Traffic volume±0.15%Traffic volume±0.10%Traffic volume±0.10%Traffic volume±0.10%traffic

Volume flow accuracy(4)(5)±0.20%Traffic volume±0.15%Traffic volume±0.15%Traffic volume±0.10%Traffic volume±0.15%traffic

Quality flow repeatability0.10%Traffic volume0.075%Traffic volume0.05%Traffic volume0.05%Traffic volume0.05%traffic

Volume flow repeatability0.10%Traffic volume0.075%Traffic volume0.075%Traffic volume0.05%Traffic volume0.075%traffic

Density accuracy±0.002 g/cm3

(±2.0 kg/m3)

±0.002 g/cm3

(±2.0 kg/m3)

±0.001 g/cm3

(±1.0 kg/m3)

±0.0005 g/cm3

(±0.5 kg/m3)

±0.002 g/cm3

(±2.0. kg/m3 )

Density repeatability0.001 g/cm3

(1.0 kg/m3 )

0.001 g/cm3

(1.0 kg/m3 )

0.0005 g/cm3

(0.5 kg/m3 )

0.0002 g/cm3

(0.2 kg/m3 )

0.001 g/cm3

(1.0 kg/m3 )

Temperature accuracy±1 °C ±0.5%The measured value(°C)

Temperature repeatability0.2 °C

(1)Not applicable toF100PType Instrument；Not applicable to electronic component interface codesJOrU.

(2)Only applicable to electronic component codes0、1、2、3、4、5、6、7、8 And9；Not applicable toF025Type of instrument or any high-temperature or high-pressure model (basic materials)/Application codeATheBor

P）.

(3)Only used forF100PType of instrument.

(4)The accuracy of labeled traffic includes the combined effects of repeatability, linearity, and hysteresis.

(5)When using calibration media under calibration conditions.

Accuracy and repeatability of gas measurement

Performance specifications for all models

Quality flow accuracy(1)±0.5%traffic

Quality flow repeatability(1)0.25%traffic

Temperature accuracy±1 °C，0.5%of

reading

Temperature repeatability0.2 °C

(1)The accuracy of labeled traffic includes the combined effects of repeatability, linearity, and hysteresis.

liquid flow rate

rated flow

The term "rated flow" used by high-precision refers to the instrument pressure drop caused by water flow under reference conditions, which is approximately14.5 psig (1 barg)Corresponding traffic at that time.

Mass flow rate for all models:316LStainless steel(S/A)Nickel alloyC22 (H/B)Compared to high-voltage type(P)

model

Standard caliber rated flow rate large flow rate

Inch millimeter pound/Kilogram per minute/Hour pound/Kilogram per minute/hour

F025 1/4”DN6 50 1,366 100 2,720

F050P 1/2”DN15 84 2,287 168 4,570

F050S/H/A/B 1/2”DN15 155 4,226 300 8,160

F100P 1”DN25 400 11,000 800 22,000

FSeries Coriolis Mass Flow Meter and Density Meter

model

Standard caliber rated flow rate large flow rate

Inch millimeter pound/Kilogram per minute/Hour pound/Kilogram per minute/hour

F100S/H/A/B 1”DN25 600 16,440 1,200 32,650

F200 2”DN50 1,917 52,160 3,200 87,100

F300 3”DN80 5,298 144,200 9,995 272,000

Volume flow rate for all models:316LStainless steel(S/A)Nickel alloyC22 (H/B)Compared to high-voltage type(P)

model

Rated flow rate, large flow rate

gallon/Minute bucket/Hour increase/Hourly gallon/Minute bucket/Hour increase/hour

F025 6 9 1,366 12 18 2,720

F050S/H/A/B 19 27 4,226 38 52 8,160

F050P 10 15 2,287 20 29 4,574

F100P 48 69 11,000 96 138 22,000

F100S/H/A/B 72 103 16,440 144 206 32,650

F200 230 328 52,160 384 550 87,100

F300 635 907 144,200 1,200 1,720 272,000

gas flow rate

gas flow rate

When selecting sensors for gas measurement, the pressure drop of the sensor depends on the operating temperature, pressure, and composition of the medium. Therefore, when selecting sensors for any specific gas application

It is strongly recommended to use high-precision websites The online store selection tool

Perform selection calculations for each sensor.

The following table shows the molecular weight of17 The natural gas is60 °F (16 °C)And500 psig (34 barg)Approximately generated below25 psig (1.7 barg)Flow rate during pressure drop.

Gas flow rates for all models:316LStainless steel(S/A)Nickel alloyC22 (H/B)Compared to high-voltage type(P)

model

Mass and volume

pound/Kilogram per minute/Hour by hourSCFM Nm3 /h

F025 17 468 388 659

F050 52 1,429 1,183 2,010

F100P 125 3,400 2,888 4,909

F100S/H/A/B 200 5,452 4,514 7,670

F200 666 18,137 15,018 25,515

F300 1,745 47,505 39,334 66,829

note

Standard(SCFM)The reference condition is that the molecular weight is17 Natural gas with a pressure of14.7 psig (1 barg)The temperature is60°F (15°C).

2017 Year by year12 MonthFSeries Coriolis Mass Flow Meter and Density Meter

Zero stability

When the flow value approaches the small limit range of the flow range, the accuracy of the flowmeter begins to deviate from the declared accuracy. At this time, zero stability must be considered, as described in the range ratio section.

When the accuracy of operating flow begins to deviate from the declared accuracy, the accuracy of the flow meter will depend on the formula: accuracy=Zero stability/Traffic valuex 100%The repeatability is the same

It will be affected by small traffic measurements.

Range ratio performance

The following chart shows an example of measuring characteristics under various flow conditions. If the flow requires a larger range ratio (greater than)20:1）The zero stability value may be affected by

Fluid conditions and instruments used can affect performance.

0

0.2

0.4

0.6

0.8

1.0

0 100908070605040302010

40:1

20:1

1:1

2:1

A

B

A.Accuracy,%

B.Flow rate, rated flow rate%

Range ratio of rated flow rate40:1 20:1 2:1 1:1

Accuracy±% 0.26 0.20 0.20 0.20

Pressure droppsig (barg) ~0 (0) 0.04 (0.003) 4.2 (0.29) 14.5 (1.0)

Standard temperature/Zero stability of pressure model:316LStainless steel(S)Nickel alloyC22 (H)

model

Zero stability

pound/Kilogram per minute/hour

F025S/H 0.002 0.054

F050S/H 0.012 0.327

F100S/H 0.05 1.36

F200S/H 0.16 4.35

F300S/H 0.5 13.6

High temperature(A/B)With high voltage(P)Zero stability of type

model

Zero stability

pound/Kilogram per minute/hour

F025A/B/P 0.0065 0.177

F050A/B/P 0.02 0.544

F100A/B/P 0.08 2.18

FSeries Coriolis Mass Flow Meter and Density Meter2017 Year by year12 moon

Process pressure level

The working pressure of the sensor indicates that the sensor can reach the process pressure level. The type of process connection, as well as the ambient temperature and process medium temperature, may reduce this

Grade. For general sensor and process connector combinations, refer to the technical data sheet.

All sensors comply with the EU Pressure Equipment Directive2014/68/EUThe requirements.

note

Equipped withJISProcess ConnectionFSeries sensors do not complyASME B31.1Power pipeline specifications.

The high working pressure of all models of sensors:316LStainless steel(S/A)Nickel alloyC22 (H/B)Compared to high-voltage type(P)

model(1)psig bars

025/ATheF050S/ATheF100S/ATheFS F200STheF300S 1,450 100

025/BTheF050H/BTheF100H/BTheFH F200HTheF300H 2,160 149

F025P 2,320 160

F050P 5,800 400

F100P 6,250 431

(1)Can provide higher process pressure levels. For more details, please contact the manufacturer.

Shell pressure

Shell pressure for all models:316LStainless steel(S/A)Nickel alloyC22 (H/B)Compared to high-voltage type(P)

model

Large shell pressure(1)NAMUR NE132Typical blasting pressure

Psychiatric acid

F025 166 11 1,256 87 1,884 130

F050 135 9 1,020 70 1,530 105

F100 109 7 854 59 1,281 88

F200 64 4 507 35 760 52

F300 256 17 1,754 120 2,630 180

(1)Long10 One time containment pressure of one hour.

FSeries Coriolis Mass Flow Meter and Density Meter

Working conditions: Environmental conditions

Vibration limitation

Compliant withIEC 68.2.6Stability scan,5 - 2000 Hz，1.0 gWhen50 One scanning cycle.

temperature limit

The sensor can be used within the process and ambient temperature range shown in the temperature limit diagram. If electronic component options are to be selected, temperature limit diagrams should only be used as general guidance. If the process

The conditions are close to the gray area, please consult with a high-precision representative.

note

In all cases, electronic components must not be exposed to ambient temperatures below -40°F (–40°C)Or higher than+140°F (+60°C)Used in the application. If the sensor needs to operate at ambient temperature

For use in applications beyond the allowable range of the electronic component, the electronic component must be installed separately in a location where the ambient temperature is within the allowable range, such as the shadow in the temperature limit chart

As shown in the area.

■ Hazardous area certification may further limit temperature limits. Please refer to the hazardous area certification document attached to the sensor,

The extended installation type electronic component option isolates the sensor housing without covering the transmitter, core processor, or junction box, but does not affect the temperature rating. AboveCheng temperature（140 °FWhen insulating the sensor housing, please ensure that the electronic components are not sealed inside the insulation material, otherwise it may cause electronic component failure.

For allF300The temperature difference between the sensor, process medium temperature, and the average temperature of the casing must be less than120°F (66°C).

Environmental and process temperature limits for standard temperature models:316LStainless steel(S)Nickel alloyC22 (H)Compared to high-voltage type(P).