Download - 3 to 16 MV Series Turbine Meter

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SMITH METER® TURBINE METERSThe Smith Meter® MV Series Turbine Meter is intended forthe measurement of crude oils and other products having arelatively wide range of viscosities. It provides highly accu-rate measurement for custody transfer and volume balancepipeline applications. The design of the helical rotor makesthe MV Series a valuable asset for any pipeline application.

FE TURES

» Titanium swept-front helical rotor swept frontdesign allows for increased meter factor stabilitywhile minimizing the effects of containments ordebris.

» Stainless steel interchangeable measuringelement provides for ease of serviceability whileproviding corrosion-free service.

» Tungsten carbide bearings provide long ser-vice life and dependability on a wide variety of

products. » N CE Compliance to MR0175/ISO 15126-1.

OPER TING SPECIFIC TIONSThe Smith Meter MV Series Turbine Meter is a ReynoldsNumber dependent measurement device which accuratelymeasures over a wide measurement turndown range.The Measurement Turndown Range (MTR) of all turbinemeters is dependent upon both the Flow Range and theViscosity Range for a given application. The ratio of FlowRange to Viscosity Range is expressed in Reynolds Number.The MTR is then determined by using the ratio of themaximum Reynolds (Re max ) number over the minimumReynolds (Re min) number.

MV Series

SPECIFIC TIONS ME SUREMENT SOLUTIONS

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Reynolds number is calculated using the followingequations:

The minimum Reynolds number will determine themeasurement turndown over which the meter canaccurately measure.

Estimated Minimum Reynolds Number by Product

Reynolds Number (Re No.)

20,000 50,000 1,000,000

K - F

a c t o r

HeavyCrude MediumCrude Light Crude

Rened ProductsGasoline

LPGDieselHeating Oil

Bulletin SS02016 Issue/Rev. 1.7 (9/14)

2214 x Flow Rate maxMeter Size x Visc min

Remax =

2214 x Flow Rate minMeter Size x Visc max

Remin =


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2 Bulletin SS02016 Issue/Rev. 1.7 (9/14)

Linearity±0.15% over the PPROVED 1 Measurement TurndownRange.

RepeatabilityPer PI MPMS or OIML R-117-1.

Standard MVTM Operating Range

Maximum linear measurement turndown range for astandard 8" MVTM:

1,000 10,000 100,000 1,000,000

Reynolds Number

25.0

20.0

15.0

10.0

5.0

0.0

M e a s u r e m e n t

T u r n

d o w n

Typical ccuracy Curve for 8" MVTM

ccuracy over the complete Reynolds number range testedon 13 cSt product:

42.5

42.6

42.7

42.8

42.9

43.0

10000 100000 1000000

Reynolds Number (Re)

.

.

.

.

.

.

K - F a c t o r ( P u

l s e s

/ B a r r

e l )

ccuracy over the entire flow range tested on 13 cSt product:

.

.

.

.

.

.

42.5

42.6

42.7

42.8

42.9

43.0

0 1000 2000 3000 4000 5000 6000 7000 8000

Flow Range (BPH)

l

l

K - F a c t o r

( P u

l s e s

/ b a r r e

l )

MVTM Flow Range

Minimum and maximum design flow range:

FLOW R NGE

MeterSizes Units

Normal Flow RangeNominalK-FactorMin. Rate Max. Rate

3"BPH 90 900 600m 3/h 14 140 3,775

4"BPH 190 1,900 250m 3/h 30 300 1,570

6"BPH 400 4,000 100m 3/h 64 640 630

8"BPH 750 7,500 40m 3/h 119 1,190 250

10"BPH 1,250 12,500 18.5m 3/h 199 1,990 116

12"BPH 1,900 19,000 11.1m 3/h 302 3,020 70

16"BPH 2,700 27,000 6

m3

/h 429 4,290 38

M TERI L SPECIFIC TIONSEnd Connections*

Class 150, 300, 600

SME B16.5, 125-250 RH nish raised face (RF) anges

*Consult factory for higher working pressure or other types of anges.

M XIMUM WORKING PRESSURE- PSI (kPa)

NSI Carbon Steel Flanges150 285 (1,965)300 740 (5,102)600 1,480 (10,205)

METER OPER TING TEMPER TURE R NGE(with low temperature Carbon Steel Flanges)

Meter with: UL / CUL TEX

Pickup Coil and Preamp -50°F to 158°F-46°C to 70°C-40°F to 158°F-40°C to 70°C

Pickup Coil and Preamp

with 24" Standoff

-50°F to 225°F

-46°C to 107°C

-40°F to 225°F

-40°C to 107°C

Pulse OutputSee P -6 Preamplier specication bulletin SS02012 orUPCC specication bulletin SS02017.

1 Contact FMC Technologies for review of all applicationsto determine the Measurement Turndown Range for thespecic application.


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4 Bulletin SS02016 Issue/Rev. 1.7 (9/14)

Flow ConditioningThe MVTM will be tested with a Flow Conditioner and willconform to PI Chapter 5.3.

PPLIC TIONSMeter SelectionConsult Factory.

Minimum Back PressureIn order to prevent cavitation, PI MPMS. Chapter 5 rec-ommends a minimum back pressure according to thefollowing:

BP = (2 x ∆P) + 1.25 Vp

Where: BP = Minimum back pressure ∆P = Pressure drop at maximum ow rate Vp = bsolute vapor pressure at operating

temperatureExample:6" MV at 4,000 BPH - ∆P = 4 psi.

bsolute vapor pressure of crude oil at operating tempera-ture - Vp = 5 psia.

Min. BP = (2 x 4) + 1.25 (5) = 14.25 psi

Pressure Drop CorrectionFor liquids with other than 1.0 cP viscosity and/or 1.0specic gravity, the meter pressure drop can be estimatedby the following equation:

∆P = PD X µ 1/4 X (sp. gr.) 3/4

Where: PD = Pressure drop from chart at desiredow rate.

µ = bsolute viscosity (cP or mPa•s)

sp. gr. = Specic Gravity

Example:6" meter at 4,000 BPH, 50 cP, 0.9 sp. gr.

∆P = 4 psi (from chart) (50) 1/4 X (0.9)3/4

∆P = 9.8 psi.

PICKUP COIL SPECIFIC TIONS Type: Inductive

Electrical Characteristics

Effective Series Resistance (R e): 4,700 Ω (±10%).Effective Series Inductance (L e): 6H @ 100 Hz.Minimum Open Circuit Voltage (V o): 75 millivolts p/p atminimum ow rate.

Maximum Transmission Distance: 2,000 ft (610 m) using#20 WG two-conductor, shielded cable.

Note: preamplier is recommended for remote instrumentationthat does not have Common Mode Noise Rejection. See BulletinSS02012 for P -6 Preamplier Specications.

PRESSURE DROP

Vo

L e R e


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5Bulletin SS02016 Issue/Rev. 1.7 (9/14)

C T LOG CODEThe following guide denes the correct MV Ser turbine meter for a given application and the respective catalog code. Thiscode is part of the ordering information and should be included on the purchase order.

Position 1: CodeK - Catalog Code

Position 2: Product Line2 - Turbine Meter

Position 3 and 4: Model 2

VE - 3-InchVF - 4-InchVG - 6-Inch

VH - 8-InchVJ - 10-InchVK - 12-InchVM - 16-Inch

Position 5: Pressure ClassNSI End Connections ( SME B16.5) - Class 150

B - Class 300D - Class 600

Position 6: Material / End ConnectionsL - Low Temperature Carbon Steel RF Flanges

Position 7: Internal CongurationU - Swept-Front Titanium Rotor, Unidirectional Flow

Position 8: Pickup Coils and PreampliersMeter Mounted Junction Box(es) with

1 - 1 Pickup Coil and Preamplier3 - 2 Pickup Coils and 2 Preampliers

Pickup Coil(s) with Online Diagnostics S - 1 Pickup Coil and ccuLERT 3 XUT - 2 Pickup Coils and ccuLERT 3 XUU - UPC Compensator with 1 Pickup Coil

W - UPC Compensator with 2 Pickup CoilsExtended Temperature Range with Preamplier D - 1 Pickup Coil and 1 Preamplier on 24-InchStandoff (-40°F to 225°)J - 2 Pickup Coils and 2 Preampliers on 24-InchStandoff (-40°F to 225°)

Extended Temperature Range with Online Diagnostics E - 1 Pickup Coil and ccuLERT 3 XU on 24-InchStandoff (-40°F to 225°)K - 2 Pickup Coils and ccuLERT 3 XU on 24-InchStandoff (-40°F to 225°)

1 2 3 4 5 6 7 8 9 10 11

K 2 v F L U 1 0 0

Position 9: Testing / Linearity Standard Meters0 - Linearity ±.015, Tested with High PerformanceFlow Conditioner1 - Linearity ±.015, Tested with Conventional FlowConditioner

Note: ll meters are tuned to a specic application.Consult factory for more information.

Meters Tuned for Special Conditions - Linearity (Specify) Tested with High Performance

Flow ConditionerB - Linearity (Specify) Tested with Conventional FlowConditioner

Meters Congured for Viscosity Compensation with UPCC C - Linearity (Specify) Tested with High Performance FlowConditionerD - Linearity (Specify) Tested with Conventional FlowConditioner

Position 10: Compliance with Standards0 - UL/CUL Listed, File (E23545)3 - TEX / IEC Ex Certied4 - TEX / IEC Ex / PED4 Certied

5 - UL / CUL / CRN pproved

Position 11: Specials0 - NoneX - Special - Specify

2 Two (2) pickup bosses are standard for all sizes. dditional pickup coils and preamps, can be added if required.3 The ccuLERT also provides dual channel preamplication and online diagnostics.4 PED required for all European countries; equipment must be manufactured by Ellerbek, Germany facility.


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www.fmctechnologies.com/measurementsolutions

© 2014 FMC Technologies. ll rights reserved. SS02016 Issue/Rev. 1.7 (9/14)

FMC TechnologiesMeasurement Solutions, Inc.500 North Sam Houston Parkway West,

Suite 100Houston, Texas 77067 USP:+1 281.260.2190

US Operation1602 Wagner venueErie, Pennsylvania 16510 USP:+1 814.898.5000

Germany OperationSmith Meter GmbH

Regentstrasse 125474 Ellerbek, GermanyP:+49 4101.304.0

We put you rst.nd keep you ahead.

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Revisions included in SS02016 Issue/Rev. 1.7 (9/14):

Total Revision.

The specications contained herein are subject to change without notice and any user of said specications should verify from the manufacturer that the specications are currentlyin effect. Otherwise, the manufacturer assumes no responsibility for the use of specications which may have been changed and are no longer in effect.

Contact information is subject to change. For the most current contact information, visit our website at www.fmctechnologies.com/measurementsolutions and click on the “ContactUs” link in the left-hand column.

2"(51)

B

C

2 Explosion-Proof Box

Second pickup coil spaced90 electrical degrees, +/- 60degrees from rst coil (optional)

3"(76)

1" NPT

Note – Meter weights by ange class with one pickup coil and explosion-proof box. dd 5 lb (2.3 kg) for each additional pickup coil andexplosion-proof box.

Dimensions – inches to the nearest tenth (millimeters to the nearest whole mm), each independently dimensioned from respectiveengineering drawings.

Class 150 SME Class 300 SME Class 600 SME

Size B 5 C Wt. C Wt. C Wt.

3" 10.0(254)6.38(162)

7.5(191)

60(27)

8.3(211)

76(34)

8.3(211)

100(45)

4" 12.0(305)6.8

(173)9.0

(229)65

(30)10.0(254)

85(39)

10.8(274)

110(50)

6" 14.0(356)7.9

(201)11.0(279)

100(45)

12.5(318)

145(66)

14.0(356)

245(111)

8" 16.0(406)8.9

(226)13.5(343)

155(70)

15.0(381)

230(104)

16.5(419)

320(145)

10" 20.0(508)9.9

(252)16.0(406)

265(120)

17.5(445)

350(159)

20.0(508)

560(254)

12" 24.0(610)11.0(279)

19.0(483)

385(175)

20.5(521)

575(261)

22.0(559)

750(340)

16" 32.0(813)12.6(320)

23.5(597)

835(379)

25.5(648)

1,080(490) C/F C/F

5 dd 24" for a standoff when using a preamplier for temperatures 158°F to 225°F (70°C to 107°C).

DIMENSIONSInches (mm) and Pounds (kg)

Download - 3 to 16 MV Series Turbine Meter

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