5. Conversion Factor Table

Rec

 

 

#

Gas

Symbol

1

Acetic Acid

C2H4F2

2

Acetic Acid, Anhydride

C4H6O3

3

Acetone

C3H6O

4

Acetonitryl

C2H3N

5

Acetylene

C2H2

6

Air

Air

7

Allene

C3H4

8

Ammonia

NH3

9

Argon

Ar

10

Arsine

AsH3

11

Benzene

C6H6

12

Boron Trichloride

BCl3

13

Boron Triflouride

BF3

14

Bromine

Br2

15

Bromochlorodifluoromethane

CBrClF2

16

Bromodifluoromethane

CHBrF2

17

Bromotrifluormethane

CBrF3

18

Butane

C4H10

19

Butanol

C4H10O

20

Butene

C4H8

21

Carbon Dioxide

CO2

22

Carbon Disulfide

CS2

23

Carbon Monoxide

CO

24

Carbon Tetrachloride

CCl4

25

Carbonyl Sulfide

COS

26

Chlorine

Cl2

27

Chlorine Trifluoride

ClF3

28

Chlorobenzene

C6H5Cl

29

Chlorodifluoroethane

C2H3ClF2

30

Chloroform

CHCl3

31

Chloropentafluoroethane

C2ClF5

32

Chloropropane

C3H7Cl

33

Cisbutene

C4H8

34

Cyanogen

C2N2

35

Cyanogen Chloride

ClCN

36

Cyclobutane

C4H8

37

Cyclopropane

C3H6

38

Deuterium

H22

39

Diborane

B2H6

40

Dibromodifluoromethane

CBr2F2

41

Dichlorofluoromethane

CHCl2F

42

Dichloromethane

CH2Cl2

43

Dichloropropane

C3H6Cl2

44

Dichlorosilane

H2SiCl2

45

Diethyl Amine

C4H11N

46

Diethyl Ether

C4H10O

47

Diethyl Sulfide

C4H10S

GCF

Derived

Density

 

Density

 

Synonyms

Gamma

R

Z

 

 

(g/L)

 

(g/L)

 

 

(Cp/Cv)

 

 

 

 

25°C

 

0°C

 

 

 

 

 

 

/ 1 atm

 

/ 1 atm

 

 

25

J/gm*K

 

0.4155

4

2.700

-

2.947

-

Ethanoic Acid

1.2

125.88

2.0301

0.2580

4

4.173

-

4.555

-

Aceticanhydride

1.2

81.44

2.3384

0.3556

4

2.374

-

2.591

-

2-propanone

1.2

143.16

1.7504

0.5178

4

1.678

-

1.832

-

Methyl Cyanide

1.2

202.54

1.4462

0.6255

4

1.064

-

1.162

-

Ethyne

1.23

319.33

0.9792

1.0015

1

1.185

-

1.293

-

NA

1.4

287.00

1.0930

0.4514

4

1.638

-

1.787

-

Propadiene

1.2

207.53

1.3876

0.7807

2

0.696

-

0.760

-

NA

1.32

488.21

0.6409

1.4047

1

1.633

-

1.782

-

NA

1.66

208.13

2.1243

0.7592

5

3.186

-

3.478

-

NA

1.2

106.67

4.0839

0.3057

4

3.193

-

3.485

-

NA

1.2

106.44

2.0636

0.4421

4

4.789

-

5.228

-

NA

1.2

70.96

3.6531

0.5431

4

2.772

-

3.025

-

NA

1.2

122.62

2.4109

0.8007

4

6.532

-

7.130

-

NA

1.4

52.03

1.0000

0.3684

4

6.759

-

7.378

-

NA

1.2

50.28

4.2789

0.4644

4

5.351

-

5.841

-

NA

1.2

63.51

4.3990

0.3943

4

6.087

-

6.644

-

NA

1.2

55.84

4.1546

0.2622

2

2.376

-

2.593

-

NA

1.09

143.05

1.6896

0.2406

4

3.030

-

3.307

-

1-Butanol, Butyl Alcohol

1.2

112.17

1.9233

0.3056

4

2.293

-

2.503

-

1-Butene, 1-Butylene

1.2

148.19

1.6700

0.7526

1

1.799

-

1.964

-

NA

1.22

188.93

1.7511

0.6160

4

3.112

-

3.397

-

NA

1.2

109.20

3.0744

1.0012

4

1.145

-

1.250

-

NA

1.4

296.84

1.0433

0.3333

4

6.287

-

6.863

-

Tetrachloromethane

1.2

54.05

3.6196

0.6680

4

2.456

-

2.680

-

Carbon Oxysulfide

1.2

138.40

2.4230

0.8451

4

2.898

-

3.163

-

NA

1.4

117.26

3.9995

0.4496

5

3.779

-

4.125

-

NA

1.2

89.94

2.8970

0.2614

4

4.601

-

5.022

-

NA

1.2

73.87

2.4954

0.3216

4

4.108

-

4.484

-

Ethane, 2-chloro-1,1-difluoro-

1.2

82.74

2.5119

0.4192

4

4.879

-

5.326

-

Trichloromethane

1.2

69.65

3.5284

0.2437

4

6.314

-

6.892

-

NA

1.2

53.83

2.9778

0.3080

4

3.210

-

3.504

-

Propylchloride

1.2

105.86

2.0756

0.3004

4

2.293

-

2.503

-

Cis-2-butene

1.2

148.19

1.6672

0.4924

4

2.127

-

2.322

-

NA

1.2

159.79

1.7626

0.6486

5

2.513

-

2.743

-

NA

1.2

135.26

2.4405

0.3562

4

2.293

-

2.503

-

Tetramethylene

1.2

148.19

1.7091

0.4562

4

1.720

-

1.877

-

Trimethylene

1.2

197.59

1.4440

1.0003

4

0.165

-

0.180

-

D2

1.4

2062.13

0.3102

0.5063

5

1.131

-

1.235

-

NA

1.2

300.49

1.0486

0.3590

4

8.576

-

9.361

-

NA

1.2

39.63

5.2998

0.4481

4

4.207

-

4.592

-

R21

1.2

80.78

3.2249

0.5322

4

3.472

-

3.789

-

Methylene Chloride

1.2

97.90

3.0592

0.2698

4

4.618

-

5.041

-

1,2-dichloropropane,

1.2

73.59

2.5291

0.4716

5

4.129

-

4.506

-

NA

1.2

82.32

3.3176

0.2256

4

2.989

-

3.263

-

NA

1.2

113.68

1.9080

0.2235

4

3.030

-

3.307

-

1,1-oxybisethane

1.2

112.17

1.9215

0.2255

4

3.686

-

4.024

-

3-thiapentane, UN-2375

1.2

92.19

2.1300

HFM-E-200/HFC-E-202

Page 20 of 30

Page 19 Page 21
Page 20
Image 20
Teledyne HFC-E-202, HFM-E-200 instruction manual Conversion Factor Table, BF3
Page 19 Page 21

HFC-E-202, HFM-E-200 specifications

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The Teledyne HFC-E-202 is a highly sensitive flow meter that utilizes a thermal mass flow measurement technology. This technology enables the HFC-E-202 to accurately measure the mass flow rate of gases regardless of temperature and pressure conditions. One of its key features is its ability to provide high precision and fast response times, making it suitable for applications that require immediate data feedback. The device is also equipped with advanced diagnostics that allow users to monitor the health of the system and identify potential issues before they escalate.

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