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Coriolis Flow Meter KTM RuMASS E — series®

Advantages:

  • Significantly greater flow rate Qmax with the same nominal line diameter compared with leading
    world companies.
  • Flowmeters with nominal diameters from 2 to 300 mm are manufactured at an in-house
    full-cycle production facility.
  • High-temperature design up to +350°С/+400°С.
  • Working pressure up to 40 MPa.
  • Reduced hydraulic losses by 15–20% compared with the best foreign
    counterparts.
  • Function for calculating the mass of oil and petroleum products (oil calculator).
  • Built-in function for pressure and temperature correction.
  • Metrologically supported, verifiable density measurement channel with an error
    up to ±0.2 kg/m³.
  • Metrologically supported, verifiable temperature measurement channel.
  • Accounting of LNG down to -196 °С and other cryogenic media.
  • Diagnostic function for the condition of measuring tubes Clever Control Tool Software® *.
  • Possibility of dry verification of the flowmeter without removal or with removal from the
    pipeline, as well as flowmeter proving using a compact prover or a
    pipe-prover installation (PPI).
  • Calibration interval – 5 years, service life – 20 years.
  • Possibility of manufacturing with installation dimensions according to customer requirements.

METROLOGICAL AND TECHNICAL CHARACTERISTICS

Parameter name Parameter value
2 8 15 25 50 80 100 200 250
Mass flow, kg/h: Nominal1) 120 1000 3820 18290 50580 177750 566892 762000 1340000
Максимальный 130 1800 7500 30050 91700 293400 645000 1470000 2550000
Zero stability ZS8), kg/h 0,006 0,05 0,19 0,92 2,53 8,9 28 38 67
Density measurement range, kg/m3 от 650 до 2000
Dynamic range of measurements (from nominal flow) 1:208)
Limits of relative error of measurements (calculations) δ0, %:
mass flow and liquid mass9) ±0,1;        ±0,15; ±0,23; ±0,253); ±0,53        
volume flow and liquid volume ±0,11; ±0,15; ±0,23); ±0,253); ±0,53)
mass flow of liquefied natural gas and other cryogenic media ±0,5
mass flow of natural gas and other gaseous media ±0,5; ± 0,355)
with the simulation verification method δ0 + 0,1
mass and gross mass flow rate of oil/petroleum products using direct and indirect methods of dynamic measurements according to GOST 8.587 ±0,25
mass and net mass flow of oil/petroleum products using direct and indirect methods of dynamic measurements according to GOST 8.587 ±0,35
Repeatability of mass and volume flow of working medium, % ±0,05
Density measurement error, kg/m3 ±104); ±5; ±1; ±0,5; ±0,37); ±0,26)
Repeatability of density measurement, kg/m3 ±0,1
Temperature measurement error, ºС ±1
Temperature repeatability, ºС ±0,2
Working environment temperature, ºС standard integral version from minus 60 to plus 1252)
standard remote version from minus 60 to plus 2002)
cryogenic version (spaced) from minus 196 to plus 802)
high temperature version (remote)  from minus 10 to plus 4002)
1) Nominal flow rate Qnom – flow rate at which the pressure drop across the measuring device, when using water as a medium with a temperature of 20 °C to 25 °C and a pressure of 0.1 to 0.2 MPa, is approximately 0.1 MPa;

2) With the function of compensating flow and density readings by temperature;

3) When calibrating and/or checking using a compact prover, a pipe piston unit, 2nd category standards;

4) During simulation verification;

5) When calibrating on gas using calibration coefficients;

6) When calibrated in a laboratory under the conditions of the operating site;

7) When calibrated under operating conditions on site using an in-line density meter, a working standard;

8) For mass flow Q < 0.05·Qnom, the relative measurement error is calculated by the formula;

9) When calibrating flow meters as part of SIKN, SIKNP or ASN, their further operation is allowed with a limit of permissible relative error in measuring liquid mass flow (mass) of ±0.25% as a working one and ±0.2% as a control one.

KTM RuMASS E 002-008 with BOI Lite KTM RuMASS E 002-008 with standard BOI
a)KTM RuMASS E 002-008 with BOI Lite b)KTM RuMASS E 002-008 with standard BOI

 

Overall dimensions of the Coriolis flow meter
Sizes Dimension A, mm Dimension B, mm Dimension C, mm Dimension E, mm Dimension F, mm
KTM RuMASS E 002 304-412 * 148 50 113 122
KTM RuMASS E 008 392-500 * 206 70 138 119
_______________

* Depending on flange design

 

KTM RuMASS E 015-025 with BOI Lite KTM RuMASS E 015-025 with standard BOI
a) KTM RuMASS E 015-025 with BOI Lite b) KTM RuMASS E 015-025 with standard BOI

 

Overall dimensions of the Coriolis flow meter
Sizes Dimension A, mm Dimension B, mm Dimension C, mm Dimension D, mm Dimension E, mm
KTM RuMASS E 015 151-306 * 400 56 153 282
KTM RuMASS E 025 204-348 * 570 90 183 419
_______________

* Depending on flange design

 

KTM RuMASS E 050-250 integral design with BOI Lite KTM RuMASS E 050-250 integral design with standard BOI
a) KTM RuMASS E 050-250 integral design with BOI Lite b) KTM RuMASS E 050-250 integral design with standard BOI

 

Overall dimensions of the Coriolis flow meter
Sizes Dimension A, mm Dimension B, mm Dimension C, mm Dimension D, mm Dimension E, mm Dimension F, mm
BOI Lite Standard BOI
KTM RuMASS E 050 543-708 * 501 145 236 748 325 513
KTM RuMASS E 080 813-1108 * 767 208 300 998 373 564
KTM RuMASS E 100 969-1406 * 806 274 367 1019 439 627
KTM RuMASS E 200 992-1149 * 806 324 416 1250 439 627
KTM RuMASS E 250 1030-1222 * 806 354 446 1367 437 627
_______________

* Depending on flange design

   

 

Video

* The final cost is determined based on the technical features of the device and is calculated based on the application for a technical and commercial offer:

from 2.9 million rubles excluding VAT*