Teledyne HFM-E-200, HFC-E-202 instruction manual C2H7N

Page 21

48

Difluoroethylene

C2H2F2

49

Dimethylamine

C2H7N

50

Dimethyl Ether

C2H6O

51

Dimethyl Sulfide

C2H6S

52

Divinyl

C4H6

53

Ethane

C2H6

54

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

C2HClF4

tetrafluoro-

 

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

 

55

tetrafluoro-

C2HClF4

56

Ethanol

C2H6O

57

Ethylacetylene

C4H6

58

Ethyl Amine

C2H7N

59

Ethylbenzene

C8H10

60

Ethyl Bromide

C2H5Br

61

Ethyl Chloride

C2H5Cl

62

Ethyl Fluoride

C2H5F

63

Ethylene

C2H4

64

Ethylene Dibromide

C2H4Br2

65

Ethylene Dichloride

C2H4Cl2

66

Ethylene Oxide

C2H4O

67

Ethyleneimine

C2H4N

68

Ethylidene Dichloride

C2H4Cl2

69

Ethyl Mercaptan

C2H6S

70

Fluorine

F2

71

Formaldehyde

CH2O

72

Freon 11

CCl3F

73

Freon 12

CCl2F2

74

Freon 13

CClF3

75

Freon 14

CF4

76

Freon 22

CHClF2

77

Freon 23

CHF3

78

Freon 114

C2Cl2F4

79

Furan

C4H4O

80

Helium

He

81

Heptafluoropropane

C3HF7

82

Hexamethyldisilazane

C6H19NSi2

83

Hexamethyldisiloxane

C6H18OSi2

84

Hexane

C6H14

85

Hexafluorobenzene

C6F6

86

Hexene

C6H12

87

Hydrazine

N2H4

88

Hydrogen

H2

89

Hydrogen Bromide

HBr

90

Hydrogen Chloride

HCl

91

Hydrogen Cyanide

CHN

92

Hydrogen Fluoride

HF

93

Hydrogen Iodide

HI

94

Hydrogen Selenide

H2Se

95

Hydrogen Sulfide

H2S

96

Isobutane

C4H10

97

Isobutanol

C4H10O

98

Isobutene

C4H8

 

 

 

 

 

 

Vinylidenefluoride, G-1132A,

 

 

 

0.4492

4

2.617

-

2.857

-

Difluoroethene

1.2

129.85

2.0457

0.3705

4

1.843

-

2.011

-

N-methylmethanamine

1.2

184.42

1.4793

 

 

 

 

 

 

Methylether; Methane,

 

 

 

0.4088

4

1.883

-

2.055

-

Oxybis-

1.2

180.48

1.5211

 

 

 

 

 

 

2-thiopropane,

 

 

 

0.3623

4

2.540

-

2.772

-

Thiobismethane

1.2

133.81

1.8455

0.3248

4

2.211

-

2.413

-

1,3-butadiene

1.2

153.71

1.6433

0.4998

2

1.229

-

1.342

-

NA

1.19

276.51

1.1175

0.2684

4

5.578

-

6.089

-

Chlorotetrafluoroethane

1.2

60.92

2.8629

0.2719

4

5.578

-

6.089

-

Chlorotetrafluoroethane

1.2

60.92

2.8806

0.4046

4

1.883

-

2.055

-

Ethyl Alcohol

1.2

180.48

1.5187

0.3256

4

2.211

-

2.413

-

1-butyne

1.2

153.71

1.6438

0.3694

4

1.843

-

2.011

-

Ethanamine

1.2

184.42

1.4789

0.2001

4

4.339

-

4.737

-

1-butyne

1.2

78.32

2.3099

0.4124

4

4.454

-

4.862

-

NA

1.2

75.60

3.1724

0.4212

4

2.637

-

2.878

-

Chloroethane

1.2

128.88

2.0018

0.4430

4

1.964

-

2.144

-

Fluoroethane, R-161

1.2

173.00

1.5967

0.6062

1

1.147

-

1.252

-

Ethene

1.21

296.38

1.0475

0.3173

4

7.679

-

8.382

-

1,2-dibromoethane

1.2

44.26

4.1196

0.3475

4

4.045

-

4.415

-

1,2-dichloroethane

1.2

84.02

2.5846

0.5308

4

1.801

-

1.965

-

Acetaldehide

1.2

188.74

1.5495

0.4790

4

1.719

-

1.877

-

Aziridine

1.2

197.71

1.4552

0.3506

4

4.045

-

4.415

-

1,1-dichloroethane

1.2

84.02

2.5976

0.3654

4

2.540

-

2.772

-

Ethanethiol

1.2

133.81

1.8499

0.9115

4

1.553

-

1.695

-

NA

1.4

218.82

1.5574

0.7912

4

1.227

-

1.340

-

NA

1.2

276.91

1.1232

0.3535

4

5.615

-

6.129

-

Trichloro,fluoromethane

1.2

60.53

3.4473

0.3712

4

4.942

-

5.395

-

Dichloro,difluoromethane

1.2

68.76

3.2026

0.3792

4

4.270

-

4.661

-

Chloro, trifluoromethane

1.2

79.60

2.8572

 

 

 

 

 

 

Carb. Tetrafluoride, Meth.

 

 

 

0.4422

4

3.597

-

3.926

-

Tetrafluoride

1.2

94.48

2.7242

0.4857

4

3.534

-

3.858

-

Chloro, difluoromethane

1.2

96.16

2.8794

0.5282

4

2.862

-

3.124

-

Trifluoromethane, Fluoroform

1.2

118.76

2.4487

0.2327

4

6.986

-

7.626

-

1,2-dichloro, 1,1,,2,2-

1.2

48.65

3.1174

tetrafluoroethane

0.3889

4

2.783

-

3.037

-

Oxacylopentadiene

1.2

122.139

2.0253

1.4005

1

0.164

-

0.179

-

NA

1.66

2077.28

0.2304

0.1987

4

6.950

-

7.586

-

Freon 227, R-227ea

1.2

48.90

2.9681

0.1224

4

6.597

-

7.201

-

HMDS

1.2

51.52

3.2710

0.1224

4

6.637

-

7.245

-

NA

1.2

51.20

3.2794

0.1828

4

3.522

-

3.845

-

NA

1.2

96.48

2.1062

0.1733

4

7.605

-

8.301

-

Perfluorobenzene

1.2

44.69

3.0771

0.1918

4

3.440

-

3.755

-

1-Hexene, 4-Methyl, 1-

1.2

98.79

2.0677

Pentene

0.5506

4

1.310

-

1.430

-

NA

1.2

259.46

1.1757

1.0038

1

0.082

-

0.090

-

NA

1.38

4124.51

0.3895

1.0028

4

3.307

-

3.610

-

NA

1.38

102.76

7.6975

1.0034

4

1.490

-

1.627

-

NA

1.4

228.04

1.5183

0.7772

4

1.105

-

1.206

-

Hydrocyanic Acid

1.2

307.66

1.0003

1.0039

4

0.818

-

0.893

-

NA

1.4

415.59

0.6845

0.9996

4

5.228

-

5.707

-

NA

1.4

65.00

1.0000

0.8412

5

3.309

-

3.612

-

NA

1.2

102.68

5.1920

0.8420

4

1.393

-

1.521

-

NA

1.2

243.96

1.3174

0.2725

2

2.376

-

2.593

-

2-Methylpropane

1.2

143.05

1.6912

 

 

 

 

 

 

2-methyl-1-propanol,

 

 

 

0.2391

4

3.030

-

3.307

-

Isobutyl Alcohol

1.2

112.17

1.9228

0.2984

4

2.293

-

2.503

-

Isobutylene, Methylpropene

1.2

148.19

1.6663

HFM-E-200/HFC-E-202

Page 21 of 30

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Contents Teledyne Hastings Manual Print History Table of Contents Features Installation and OperationSwagelok, 1/8 Swagelok, VCR, VCO SpecificationsHastings Power supplies Other AccessoriesInterconnecting Cables Optional 4-20 mA Current OutputOutput Signal Power RequirementsReceiving Inspection Mechanical ConnectionsElectrical Connections Operation Operating ConditionsZero Check Operation with a power supply other than a Hastings Operation with a Hastings power supplyOperation with External Devices High Pressure OperationRange Changing Operation with an external sensor. FigSoft Start Overall Functional Description Theory of OperationSensor ElectronicsShunt Valve Maintenance Authorized MaintenanceTroubleshooting Calibration Procedure Figure AdjustmentsSensor Replacement Printed Circuit Board ReplacementMiscellaneous adjustments Inlet RemovalHFC-E-202 Orifice 0014 QReplacement Parts BF3 Conversion Factor TableC2H7N C3H8O SO2 Non-Warranty Repair Policy Warranty Repair PolicyDrawings HFM-E-200/HFC-E-202 HFM-E-200/HFC-E-202 HFM-E-200/HFC-E-202 HFM-E-200/HFC-E-202 HFM-E-200/HFC-E-202

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

Teledyne HFC-E-202 and HFM-E-200 are advanced flow meters designed to provide precise measurement and monitoring of gas and liquid flows in various industrial applications. Both devices are engineered to meet the demands of sectors such as petrochemicals, pharmaceuticals, and food and beverage, where accuracy and reliability are paramount.

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.

On the other hand, the HFM-E-200 is particularly renowned for its versatility in measuring both gas and liquid flows. It employs differential pressure technology, which is highly effective in a wide range of operating conditions. The HFM-E-200 incorporates a robust design that can withstand harsh environments, ensuring longevity and reliability. Its user-friendly interface allows for easy configuration and monitoring, catering to both novice and experienced technicians.

Both flow meters feature digital output options, facilitating seamless integration with existing control systems. This enables real-time data acquisition and monitoring, enhancing process control and efficiency. Furthermore, their compact design minimizes installation space, allowing for easy placement in tight operational areas.

In terms of safety and compliance, both the HFC-E-202 and HFM-E-200 are designed to meet strict industry standards, ensuring they can be deployed in critical applications without compromising safety.

In conclusion, Teledyne HFC-E-202 and HFM-E-200 flow meters stand out due to their innovative technologies, accuracy, and durability. Their unique features position them as essential tools for a variety of industrial sectors, enhancing operational efficiency and ensuring reliable fluid flow measurement. With Teledyne’s commitment to quality and innovation, users can trust that these devices will meet their demands both now and in the future.
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