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General inflation festival



Diagram of mechanism

sg21.JPG (39185 字节)

Product generation of note:

Pd-HT (K) -DN ×n -J (F)

H: This company inflates the festival code number; T: General;K: Armor link (structure pattern);

Pd: Design pressure (kgf/cm 2); DN: The nominal passes the diameter(mm);

N: Wave number; J (F): The joint pattern (J takes over control, Fflange)

Product unique feature

The inflation festival takes over control the constitution by acorrugated pipe and two. It distorts through the corrugated pipeflexibility absorbs the pipeline axial displacement (also to have fewcrosswise, angular orientation displacement), the end takes overcontrol or directly takes over control the welding with the pipeline,or welds the flange again with the pipeline flange joint. In theinflation festival small tension bar mainly is transports in theprocess the rigid support or uses as the product pre- distortionadjustment, it is not receives the strength. This kind of inflationfestival structure simple, the price is low, thus every is thepossible place to be supposed first to give on the pipeline toconsider.

Installs the use matters needing attention:

In the barrel direction consistently flows to with the medium (ininflation festival to have flows to symbol)

After the scene installs, must demolish the small tension bar.

For the pipe support stress, may the kind of inflation festivalcarry on the pre- distortion regarding this before the installment(pretension, precompression), the user needs when please indicates inthe contract.

The nominal passes diameter DN

Mm

Corrugated pipe

Compensates the quantity

Rigidity

Radial direction contour greatest size

B

mm

Total length L mm

Product type

Active surface A

cm 2

Wave number

n

Axial

X 0

mm

Crosswise

Y 0

mm

Angular orientation

θ 0

± / (°)

Axial

Kx 0

N/mm

Crosswise Ky 0

N/mm

Angular orientation

K θ 0

N · m/ (°)

Joint pattern

Takes over control J

Flange F

Design pressure P d =0.25MPa (2.5kgf/cm 2) fatigue life [ N ] =1000number of times design temperature t=20 ℃

50

48

4

15

4

11

108

288

1.5

157

220

236

T

8

31

15

22

54

36

0.8

280

296

65

70

4

16

3

9

129

486

2.5

186

220

236

8

32

13

19

65

61

1.3

280

296

80

95

4

17

3

8

150

758

4

219

220

236

8

34

11

16

75

95

2

280

296

100

153

4

19

3.7

4

230

1050

9.8

238

284

300

8

38

15

8

115

131

4.9

364

380

150

297

4

20

2.7

4

315

2792

26

289

284

300

8

40

11

8

158

349

13

364

380

200

527

4

37

5.7

4

212

1485

31

389

380

400

8

74

23

8

106

186

16

500

520

250

769

4

36

4.7

4

252

2575

54

443

380

400

8

72

19

8

126

322

27

500

520

300

1064

4

46

6

4

220

2156

65

495

426

450

8

92

24

8

110

269

33

570

594

350

1257

4

46

5.5

4

238

2750

83

577

426

450

8

92

22

8

119

344

41

570

594

400

1605

4

46

4.8

4

262

3880

117

626

426

450

8

92

19

8

131

485

59

570

594

450

1987

4

45

4.3

4

290

5033

152

678

426

450

8

90

17

8

145

629

76

570

594

500

2411

4

44

3.8

4

320

7106

214

729

426

450

8

88

15

8

160

888

107

570

594

600

3452

4

70

8.4

4

270

3090

259

830

576

600

8

140

34

8

135

386

129

816

840

700

4742

4

73

7.5

4

290

4324

362

980

576

600

6

110

17

6

193

1281

241

696

720

800

6041

4

74

6.7

4

310

6209

520

1080

576

600

T

6

110

15

6

207

1840

347

696

720

900

7497

4

74

6

4

333

8265

692

1180

676

700

6

110

14

6

222

2449

462

796

820

1000

9287

4

78

5.7

4

368

11316

948

1280

676

700

6

117

13

6

245

3353

632

796

820

1100

11074

4

77

5.2

3.3

395

14504

1215

1380

676

/

6

116

12

5

263

4293

810

796

/

1200

13017

4

76

4.7

3.3

425

18343

1537

1480

676

700

6

114

11

5

283

5435

1024

796

820

1300

15118

4

74

4.3

3.2

455

22808

1911

1580

676

/

6

113

9.8

4.8

303

6758

1274

796

/

1400

17376

4

74

4

2.8

485

27943

2341

1680

676

700

6

111

9

4.2

323

8279

1561

796

820

1500

19791

4

73

3.7

2.5

515

33795

2831

1780

676

/

6

111

8.3

3.9

343

10013

1887

796

/

1600

22363

4

72

3.4

2.4

545

40411

3386

1880

676

700

6

108

7.7

3.6

363

11974

2257

796

820

1700

25092

4

71

4.6

2.2

575

47839

4008

1980

700

/

6

107

6.8

3.3

383

14174

2672

820

/

1800

27978

4

71

3

2.2

605

16629

4702

2080

700

/

6

106

6.8

3.3

403

56124

3135

820

/

1900

31021

4

70

2.8

2

635

65314

5472

2180

700

/

6

106

6.4

3

423

19352

3648

820

/

2000

34735

3

66

2.4

1.8

943

123614

9102

2360

725

/

4

88

4.2

2.4

708

52150

6826

800

/

2200

41656

3

65

2.1

1.7

1027

161340

11880

2560

725

/

4

87

3.8

2.2

770

68065

8910

800

/

The nominal passes diameter DN

Mm

Corrugated pipe

Compensates the quantity

Rigidity

Radial direction contour greatest size

B

mm

Total length L mm

Product type

Active surface A

cm 2

Wave number

n

Axial

X 0

mm

Crosswise

Y 0

mm

Angular orientation

θ 0

± / (°)

Axial

Kx 0

N/mm

Crosswise Ky 0

N/mm

Angular orientation

K θ 0

N · m/ (°)

Joint pattern

Takes over control J

Flange F

Design pressure P d =0.25MPa (2.5kgf/cm 2) fatigue life [ N ] =1000number of times design temperature t=20 ℃

2400

49205

3

65

1.9

1.5

1110

206048

15172

2760

725

/

T

4

86

3.5

2

833

86926

11379

800

/

2500

53216

3

65

1.9

1.4

1153

231517

17047

2860

725

/

4

86

3.3

1.8

865

97671

12785

800

/

2600

57383

3

64

1.8

1.4

1197

259055

19075

2960

725

/

4

86

3.2

1.8

898

109289

14306

800

/

2800

66189

3

64

1.7

1.2

1280

319618

23534

3160

725

/

4

85

2.9

1.6

960

134839

17650

800

/

3000

75623

3

64

1.5

1.2

1367

389899

28709

3360

725

/

4

85

2.7

1.6

1025

164488

21532

800

/

3200

85738

3

51

1.2

0.9

3387

1095421

80657

3560

725

/

4

68

2.0

1.2

2540

462131

60493

800

/

3400

96432

3

50

111

0.8

3590

1306022

96164

3760

725

/

4

67

119

1

2693

550978

72123

800

/

3500

102014

3

50

1.0

0.8

3690

1420108

104564

3860

725

/

4

67

1.9

1

2768

599108

78423

800

/

4000

132929

3

60

1.1

0.8

3083

1546235

113851

4360

725

/

4

80

1.9

1

2313

652318

85388

800

/

4500

167204

3

60

1.0

0.8

3453

2178313

160392

4860

725

/

4

80

1.7

1

2590

918976

720294

800

/

4700

182089

3

49

0.8

0.6

6960

4781100

352038

5060

725

/

4

65

1.4

0.8

5220

2017027

264029

800

/

5000

205486

3

49

0.7

0.6

7387

5726193

421627

5360

725

/

4

65

1.3

0.8

5540

2415738

316220

800

/

5500

247623

3

49

0.7

0.5

8097

7563663

556922

5860

725

/

4

65

1.2

0.6

6073

3190920

417691

800

/

6000

293782

3

42

0.5

0.5

15120

16757607

1233884

6360

725

/

4

56

0.9

0.6

11340

7069615

925413

800

/

7000

397707

3

42

0.5

0.3

17560

25021583

1842371

7360

725

/

4

56

0.8

0.4

13170

10555980

1381778

800

/

The nominal passes diameter DN

Mm

Corrugated pipe

Compensates the quantity

Rigidity

Radial direction contour greatest size

B

mm

Total length L mm

Product type

Active surface A

cm 2

Wave number

n

Axial

X 0

mm

Crosswise

Y 0

mm

Angular orientation

θ 0

±(°)

Axial

Kx 0

N/mm

Crosswise Ky 0

N/mm

Angular orientation

K θ 0

N · m/ (°)

Joint pattern

Takes over control J

Flange F

Design pressure P d =0.6MPa (6kgf/cm 2) fatigue life [ N ] =1000number of times design temperature t=20 ℃

40

37

4

6

1.4