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Coriolis Flow Meter KTM RuMASS F – series Compact version®

Benefits:

  • Flow meters with nominal diameters from 25 to 100 mm;
  • High-temperature design up to +350°C;
  • Operating pressure up to 20 MPa;
  • Possibility of manufacturing with installation dimensions according to the customer’s requirements;
  • Reduced hydraulic losses by 20% compared to the best foreign equivalents;
  • Measurement error ±0.1 – 0.5%;
  • Accounting for high-viscosity media;
  • Compact version available;
  • Possibility of self-draining;
  • Verification interval – 5 years, service life – 20 years.

 

Parameter name Parameter value
Nominal bore diameter, mm 25 50 80 100
Mass flow rate, kg/h: Nominal1) 17 000 44 000 130 000 300 000
Maximum 22 500 66 000 195 000 450 000
Zero stability ZS8), kg/h 0.85 2.2 6.5 15
Density measurement range, kg/m³ from 650 to 2000
Dynamic measurement range (from nominal flow) 1:208)
Limits of relative measurement error

(calculations) δ0, %:

mass flow rate and liquid mass9) ±0.23); ±0.253); ±0.53)
volume flow rate and liquid volume ±0.23); ±0.253); ±0.53)
mass flow rate of liquefied natural

gas and other cryogenic media

±0.5
mass flow rate of natural gas and other gaseous media ±0.5; ±0.355)
by simulation verification method δ0 + 0.1
gross mass and mass flow rate

of oil/oil products by direct and indirect

dynamic measurement method according to GOST 8.587

±0.25
net mass and mass flow rate

of oil/oil products by direct and indirect

dynamic measurement method according to GOST 8.587

±0.35
Repeatability of mass and volume flow rate

of the 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, ºC ±1
Temperature repeatability, ºC ±0.2
Working medium

temperature, ºC

standard integral design from minus 60 to plus 1252)
standard remote design from minus 60 to plus 2002)
cryogenic design (remote) from minus 196 to plus 802)
high-temperature design (remote) from minus 10 to plus 3502)
_______________

1) Nominal flow Qnom – flow for which the pressure drop value at the measuring instrument, when using water at a temperature of 20 °C to 25 °C and pressure of 0.1 to 0.2 MPa as the medium, is approximately 0.1 MPa;

2) With flow and density reading compensation by temperature;

3) With calibration and/or verification using a compact prover, piston prover, second-rank standards;

4) With simulation verification;

5) With gas calibration using calibration coefficients;

6) With laboratory calibration under operating site conditions;

7) With calibration under operating conditions on-site using an inline densitometer, working standard;

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

9) When verifying flow meters as part of SIKN, SIKNP, or ASN systems, further operation is allowed with permissible limits of relative error of liquid mass flow rate (mass): ±0.25% as working and ±0.2% as control.

 

 

KTM RuMASS F 025:
a) with BOI Light ; b) with BOI Standard design

 

Overall dimensions of the Coriolis mass flow meter
Model Dimension A, mm Dimension B, mm Dimension C, mm Dimension E, mm Dimension F, mm
KTM RuMASS F 025 541-631 * 338 124 258 177
_______________

* Depending on flange configuration

 

 

KTM RuMASS F 050 integral design:
a) with BOI Light; b) with BOI Standard design

 

Overall dimensions of the Coriolis mass flow meter
Model Dimension A, mm Dimension B, mm Dimension C, mm Dimension D, mm Dimension E, mm Dimension F, mm
BOI Light BOI Standard design
KTM RuMASS F 050 591-705 * 371 162 242 332 356 554
_______________

* Depending on flange configuration

 

 

 

KTM RuMASS F 080-100 integral design:
a) with BOI Light ; b) with BOI Standard design

 

Overall dimensions of the Coriolis mass flow meter
Model Dimension A, mm Dimension B, mm Dimension C, mm Dimension E, mm Dimension F, mm
BOI Light BOI

Standard design

KTM RuMASS F 080 906-1054 * 578 180 202 381.7 569.6
KTM RuMASS F 100 1152-1390 * 788 240 300 416.7 606.7
_______________

* Depending on flange configuration

 

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