Omega Engineering FP-6000 manual Factors Wrought Steel

Page 27

K-factors Wrought Steel

STD WROUGHT STEEL PIPE PER ANSI B36.10

K-FACTOR K-FACTOR A-FACTOR A-FACTOR

PIPE

 

PULSES/

 

PULSES/

 

U.S.

 

 

 

SIZE

 

U.S. GAL

 

LITER

 

GPM/HZ

 

LPM/HZ

1 1/2

 

122.000

32.2325

0.4918

1.8615

 

2

78.690

20.7900

0.7625

2.8860

 

2 1/2

55.630

14.6975

1.0786

4.0823

 

3

35.530

9.3871

1.6887

6.3918

 

3 1/2

26.070

6.8877

2.3015

08.711

 

4

19.840

5.2417

3.0242

11.447

 

5

12.090

3.1942

4.9628

18.784

 

6

8.0410

2.1244

7.4618

28.243

 

8

4.3500

1.1493

13.793

52.207

 

10

2.6080

0.6890

23.006

87.078

 

12

1.7400

0.4597

34.483

130.52

 

14

1.3950

0.3686

43.011

162.80

 

16

1.0220

0.2700

58.708

222.21

 

18

0.7800

0.2061

76.923

291.15

 

20

0.6150

0.1625

97.561

369.27

 

22

0.4970

0.1313

120.72

456.94

 

24

0.4110

0.1086

145.99

552.55

 

 

 

 

 

 

 

 

 

 

 

XS WROUGHT STEEL PIPE PER ANSI B36.10

K-FACTOR K-FACTOR A-FACTOR A-FACTOR

PIPE

 

PULSES/

 

PULSES/

 

U.S.

 

 

 

SIZE

 

U.S. GAL

 

LITER

 

GPM/HZ

 

LPM/HZ

 

1 1/2

 

136.100

35.9577

0.4409

1.6686

 

2

88.590

23.4055

0.6773

2.5635

 

2 1/2

62.810

16.5945

0.9553

3.6157

 

3

39.990

10.5654

1.5004

5.6789

 

3 1/2

29.220

7.7199

2.0534

7.7721

 

4

22.160

5.8547

2.7076

10.248

 

5

13.420

3.5456

4.4709

16.923

 

6

9.0160

2.3820

6.6548

25.189

 

8

4.8190

1.2732

12.451

47.126

 

10

2.7730

0.7326

21.637

81.897

 

12

1.8240

0.4819

32.895

124.51

 

14

1.4550

0.3844

41.237

156.08

 

16

1.0590

0.2798

56.657

214.45

 

18

0.8050

0.2127

74.534

282.11

 

20

0.6320

0.1670

94.937

359.34

 

22

0.5100

0.1347

117.65

445.29

 

24

0.4200

0.1110

142.86

540.71

 

SCH 40 WROUGHT STEEL PIPE PER ANSI B36.10

K-FACTOR K-FACTOR A-FACTOR A-FACTOR

PIPE

PULSES/

 

PULSES/

 

U.S.

 

 

 

SIZE

U.S. GAL

 

LITER

 

GPM/HZ

 

LPM/HZ

1 1/2

122.000

32.232

0.4918

1.8615

 

2

78.690

20.790

0.7625

2.8860

 

2 1/2

55.630

14.697

1.0786

4.0823

 

3

35.530

9.3871

1.6887

6.3918

 

3 1/2

26.070

6.8877

2.3015

08.711

 

4

19.840

5.2417

3.0242

11.447

 

5

12.090

3.1942

4.9628

18.784

 

6

8.0410

2.1244

7.4618

28.243

 

8

4.3500

1.1493

13.793

52.207

 

10

2.6080

0.6890

23.006

87.078

 

12

1.7610

0.4653

34.072

128.96

 

14

1.4250

0.3765

42.105

159.37

 

16

1.0590

0.2798

56.657

214.45

 

18

0.8180

0.2161

73.350

277.63

 

20

0.6460

0.1707

92.879

351.55

 

22

*

*

*

*

 

24

0.4350

0.1149

137.93

522.07

 

 

 

 

 

 

 

 

 

 

SCH 80 WROUGHT STEEL PIPE PER ANSI B36.10

K-FACTOR K-FACTOR A-FACTOR A-FACTOR

PIPE

 

PULSES/

 

PULSES/

 

U.S.

 

 

 

SIZE

 

U.S. GAL

 

LITER

 

GPM/HZ

 

LPM/HZ

 

1 1/2

 

136.100

35.9577

0.4409

1.6686

 

2

88.590

23.4055

0.6773

2.5635

 

2 1/2

62.810

16.5945

0.9553

3.6157

 

3

39.990

10.5654

1.5004

5.6789

 

3 1/2

29.220

7.7199

2.0534

7.7721

 

4

22.160

5.8547

2.7076

10.248

 

5

13.420

3.5456

4.4709

16.923

 

6

9.0160

2.3820

6.6548

25.189

 

8

4.8190

1.2732

12.451

47.126

 

10

2.8970

0.7654

20.711

78.391

 

12

1.9620

0.5184

30.581

115.75

 

14

1.5890

0.4198

37.760

142.92

 

16

1.1750

0.3104

51.064

193.28

 

18

0.9040

0.2388

66.372

251.22

 

20

0.7160

0.1892

83.799

317.18

 

22

0.5820

0.1538

103.093

390.21

 

24

0.4820

0.1273

124.48

471.16

 

21

Image 27
Contents User’s Guide Servicing North America For immediate technical or application assistanceServicing Europe Table of Contents Page Important Safety Information Type Omega FP-6000 Series Warranty RecordChapter Introduction DescriptionTheory of Operation Chapter Installation and Wiring Location of FittingSensor Position +30 Sensor Wiring11/4 in mm diameter drill Pipe thread sealant Tape measure Standard Fitting InstallationHardware, Standard Sensor Hardware, Hot-Tap SensorHot-Tap Fitting Installation Remove brass sensor nut from sensorThread brass sensor nut into pipe fitting Wall Thickness Calculating the H DimensionHot-Tap Sensor = 15.00 pipe wall thickness 0.10 X I.D Record your pipes H dimension for future referenceStandard Installation Sensor flange Alignment rod Direction of flow Hot-Tap Installation StepThread one jam nut and lower hex nut onto Direction of flow Make sure the bleed valve is closed full clockwise positionUsing the Hot-Tap Installation Tool Protector plate Installation tool shaft Upper hex nuts Into the port to prevent damage ChapterStandard Sensor Removal Hot-Tap Sensor RemovalCap nuts Installation tool Chapter Maintenance and Replacement Parts MaintenanceReplacement Parts Rotor Replacement Procedure Conversion Stainless Steel Pipe Per Ansi B36.19 Mm = inches DimensionsDimensions for Standard Sensors Wrought Steel Pipe Per AnsiDimensions for Hot-Tap Sensors GPM/HZ LPM/HZ Factors Stainless SteelFactors Wrought Steel GPM/HZ LPM/HZ Factors Plastic PipeGeneral Data SpecificationsSpecifications WARRANTY/DISCLAIMER OMEGA…Of Course