Emerson TG-0807 manual Extended Extended Max, Standard Flow Range

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Technical Guide

DAN-LIQ-Turbine Meter-TG-0807

August 2007

The deployment of this high resolution rotor in each of the sizes available gives a nominal K-factor twice that of the standard meter and allows for proving with a smaller size prover.

The rimmed design is available as an option on 3”-6” turbines, and is standard on 8” and larger.

Whatever the design of meter and rotor configuration, the blades are locked and welded into the desired angular position, forming a solid, one piece rotor.

In the Daniel Series 1500 Liquid Turbine Flow Meter both up and downstream shaft supports are deployed. The expanding hanger principle is used to ensure positive self-centering of the internals. The shape of the internal cones results in a reverse differential pressure that counterbalances the downstream thrust on the rotor, thus allowing the rotor to float on a fluid cushion. This floating action ensures long life and minimal maintenance. (See Figure 10)

DANIEL® SERIES 1500 LIQUID TURBINE FLOW METER DESIGN FEATURES

The following data is applicable for Daniel Series 1500 Liquid Turbine Flow Meter calibrated on mineral spirits or water.

 

 

 

Extended

 

 

Extended

 

 

Extended Max

 

 

 

 

 

Min Flow

 

 

Size

Standard Flow

Max Flow

Standard Flow

Range

Standard Flow

Flow Range

(Inches)

Range BBL/Hr

BPH w/20%

Range M3/Hr

USGPM

Range USGPM

USGPM w/20%

 

 

 

Duty Cycle

 

 

+ .75 (1”- 2.5”)

 

 

Duty Cycle

 

 

 

 

 

 

+ .50 (3”- 18”)

 

 

 

 

Min

Max

 

Min

Max

 

Min

Max

 

1

10

100

116

1

15

5.6

7

70

81

1.5

21

214

247

3

34

12

15

150

173

2

36

360

411

6

57

20

25

250

288

2.5

57

571

657

9

91

32

40

400

460

3

100

1,000

1,150

16

159

56

70

700

805

4

184

1,850

2,126

29

294

104

129

1,295

1,488

6

420

4,200

4,830

67

668

235

294

2,940

3,381

8

850

8,500

9,776

135

1,351

476

595

5,950

6,843

10

1,200

12,000

13,800

191

1,908

672

840

8,400

9,660

12

1,800

18,000

20,700

286

2,862

1,008

1,260

12,600

14,490

16

2,800

28,000

32,200

445

4,452

1,568

1,960

19,600

22,540

18

4,000

40,000

46,000

636

6,359

2,240

2,800

28,000

32,200

Linearity

 

 

 

 

 

 

Size

 

Standard Linearity

 

Premium Linearity

 

(Inches)

 

 

 

 

 

 

1”- 2.5”

 

+/-0.25%

 

+/-0.15%

 

 

 

 

 

 

3”- 18”

 

+/-0.15%

 

+/-0.1%*

 

 

 

 

+/-0.07%*

 

 

 

 

 

 

 

 

 

 

 

 

*5 to 1 turndown

Repeatability: +/-0.02% at any point throughout the minimum to extended maximum flowrange.

Viscosity and Specific Gravity

Low specific gravities or high viscosities will reduce the flow range of the meter.

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Contents Daniel Liquid Turbine Flow Meter Technical Guide Page Foreword Table of ContentsFlow Ranges +0.15% +0.02% Turbine Meter ParametersLiquid Turbine Flow Meter System Flow Computer Turbine Meter Theory Daniel Valves In Load Rack DutyPatented* Floating Rotor Magnetic Pickoff of Rotor Velocity Surge And Pressure Relief ValvesTurbine Meter Rotor and Bearing Design Rimmed Rotors for Higher Resolution Daniel Series 1200Pre-amplifer Liquid Turbine Flow Meter Daniel Series 1200 Liquid Turbine Flow MeterSize Standard Extended Inches Size Inches Standard Linearity Premium LinearitySize Factor Inches Pulses/BBL Pulses/M Pulses/US Gal Standard Optional Daniel Series Liquid Turbine Flow Meter Daniel Series 1500 Liquid Turbine Flow MeterInches Range BBL/Hr BPH w/20% Range M 3/Hr Extended Extended MaxStandard Flow Standard Flow RangeNominal K-Factor Size Pulses/BBL Pulses/M Pulses/US Gal Rangeability of Liquid Turbine Flow Meters = 1 .7 to Meter Size Minimum Linear Maximum Linear BBL/Hr Sizing Ratio Meter Performance in High Viscosity LiquidsSmall Diameter Meter Tube Installation and Operating RecommendationsEffects of Back Pressure Back PressureTurbine Meter Instrumentation Pickoff SpecificationsPage Stirling, Scotland Europe, Middle East, Africa