Hardware System Design of Condition Monitoring and Fault Diagnosis System for Hydrogenerator Unit

The system of the fault diagnosis system hardware was designed.

1:B Article ID: 1006 1 Author 1 Introduction: Wu (1 evasion -) male (Professor Wenshan A from Yunnan) is mainly engaged in the teaching and research work of the magic system computer system Ved.http:// The generator set condition monitoring and fault diagnosis system is a computer-managed online monitoring analysis and diagnosis system consisting of sensor components, pre-data acquisition and processing systems, computers, signal monitoring and analysis software, status reporting software, database and diagnostics. It can monitor the vibration, displacement, temperature, pressure and stator air gap of each part of the unit in real time, provide the unit's mechanical status information, real-time alarm, perform early fault diagnosis, and provide comprehensive status report.

The hardware system mainly refers to the three subsystems of the sensor, the pre-data acquisition system and the host computer system, and gives the form of the whole system.

*In the school's foundation, the sub-worker A's signal nickname is 1 Department a Liu Dawei. Turbine Beijing: China Water Conservancy and Hydropower Press, 1996. Wuhan: Huazhong Institute of Technology, North China Institute of Water Resources and Hydropower, etc. Installation and maintenance of hydraulic units. The power industry came out of Wuhan Water Conservancy and Electric Power College, and so on. Hydraulic unit auxiliary equipment and automation. Power Industry Press, 1979. Chen Runtai, Xu Wei. Detection technology and smart meters. Central South University of Technology Press, (Continued from page 55) 3.2 High-speed and metered water wheel generator set condition monitoring and fault diagnosis system using multiple AD boards in parallel, on the one hand added the number of channels, more importantly By means of parallel acquisition, the sampling frequency of a single channel is added. In other words, the number of AD boards can be increased, which can significantly increase the sampling frequency. This is achieved by hardware modularization of the status monitoring and fault diagnosis system of the hydro-generator set. The number of different sampling channels and sampling frequency provide the most convenient and flexible way.

3.3 Data Processing of Data Acquisition System of Smart Key Phase Lower Computer One of the most important problems is the processing of key phase signals, that is, how to achieve synchronous sampling.

At present, due to the development of computers, memory capacity and CPU speed are greatly improved. Therefore, it has become possible to collect a large amount of data and calculate values. The method used in this system is that, corresponding to each unit, an IPC is responsible for collecting at the maximum speed that the system can achieve (obviously, its density is much greater than the density of the data we require). The incoming data is processed by another IPC to get the required data. The key phase signal is inserted into the collected data in the form of an interrupt signal. As a basis for data processing, the appropriate phase interpolation value is corrected by an appropriate interpolation algorithm, thereby ensuring synchronization of data acquisition. High speed and continuity.

3.4 Network Communication The network used in this system is Ethernet and adopts TCP/IP protocol. For local networks, various protocols can be used. TCP/IP is not the most efficient. However, due to the expansion of the network in the future, it is necessary to use the TCP/IP protocol because it is supported by each LAN. It is also convenient to use the Internet for long distance communication.

3.5 Screen display Originally, for the lower computer, as the software data collector, as long as it can perform data acquisition and processing functions, but for the convenience of debugging and joint adjustment, at the same time, in order to achieve a certain man-machine dialogue, to change a certain Some parameters, the software part of the lower computer plus the screen display part, the collected data is displayed on the screen in a certain way.

The screen display part is divided into two aspects. On the one hand, the data is displayed in a graphical form, that is, it is used as an oscilloscope to monitor the data collected, and on the other hand, a dialog box for setting parameters is displayed to implement parameter setting.

4 Conclusion In the hydroelectric generating unit condition monitoring and fault diagnosis system, the hardware system is the basis for realizing various functions. The pertinence, reliability and openness of the hardware system have an important impact on the application of the entire system and further functional expansion, so it has been given considerable attention.


Cylindrical Gear Reducer


NO

MODEL

CENTER

DISTANCE

TRANSMISSION

RATIO

MAX

OUTPUT TORQUE

MAX OUTPUT SPEED

SPECIFICATION

(L*W*H)

WEIGHT

1

ZHLR-100

1000

12.5:20:30

90

960

1.90X1.0X0.6

5680

2

ZHLR-100A

1000

12.5:20:30

90

960

2.1X1.2X1.4

5250

3

ZHLR-115

1150

11.5:20:30

115

960

2.1X1.9X18

7430

4

90

720

2.3X1.9X18

5

ZHLR-115A

1150

11.5:20:30

115

720

2.3X1.8X16

6280

6

ZHLR-115K

1150

11.5:20:30

90

720

2.1X19X1.7

7550

7

ZHLR-115D

1150

11.5:20:30

90

720

2.1X18X1.7

7550

8

ZHLR-130

1300

11.5:20:30

180

720

2.60X1.40X0.80

10700

9

ZHLR-130A

1300

11.5:20:30

180

720

2.60X1.40X1.80

10160

10

ZHLR-150

1500

11.5:20:30

232

750

2.93X2.37X1.96

14340

11

180

750

2.93X2.43X1.96

14400

12

ZHLR-150D

1500

11.5:20:30

180

750

2.90X2.40X2.00

14480

13

ZHLR-150K

1500

11.5:20:30

180

750

2.64X2.0X2.1

14480

14

2HLR-170

1700

11.5:15.5:20

300

750

3.20X2.70X2.10

17580

15

ZHLR-170K

1700

11.5:15.5:20

300

750

3.00X2.80X2.10

23020

Type

A

B

H≈

a

i=6.3~11.2

i=12.5~20

d2

(m6)

l2

L2

b2

t2

d1

(m6)

l1

L1

b1

t1

d1

(m6)

l1

L1

b1

t1

112

385

215

265

192

24

36

141

8

27

22

36

141

6

24.5

48

82

192

14

51.5

125

425

235

309

215

28

42

157

8

31

24

36

151

8

27

55

82

197

16

59

140

475

245

335

240

32

58

185

10

35

28

42

167

8

31

65

105

230

18

69

160

540

290

375

272

38

58

198

10

41

32

58

198

10

35

75

105

245

20

79.5

180

600

320

435

305

42

82

232

12

45

32

58

208

10

35

85

130

285

22

90

200

665

355

489

340

48

82

247

14

51.5

38

58

223

10

41

95

130

300

25

100

224

755

390

515

384

48

82

267

14

51.5

42

82

267

12

45

100

165

355

28

106

250

830

450

594

430

60

105

315

18

64

48

82

292

14

51.5

110

165

380

28

116

280

920

500

670

480

65

105

340

18

69

55

82

317

16

59

130

200

440

32

137

315

1030

570

780

539

75

105

365

20

79.5

60

105

365

18

64

140

200

470

36

148

355

1150

600

870

605

85

130

410

22

90

70

105

385

20

74.5

170

240

530

40

179

400

1280

690

968

680

90

130

440

25

95

80

130

440

22

85

180

240

560

45

190

450

1450

750

1065

765

100

165

515

28

106

85

130

480

22

90

220

280

640

50

231

 

i=6.3~12.5

i=14~20

 

500

1600

830

1190

855

110

165

555

28

116

95

130

520

25

100

240

330

730

56

252

560

1760

910

1320

960

120

165

575

32

127

110

165

575

28

116

280

380

820

63

292

630

1980

1010

1480

1080

140

200

660

36

148

120

165

625

32

127

300

380

870

70

314

710

2220

1110

1653

1210

160

240

740

40

169

140

200

700

36

148

340

450

990

80

355

Type

C

m1

m2

m3

n1

n2

e1

e2

e3

h

FOOT MARGIN

 

Weight

kg

 

Oil

quantities L

d3

n

112

22

160

ˉ

180

43

85

75.5

92

134

125

15

6

60

3

125

25

180

ˉ

200

45

100

77.5

98

153

140

15

6

69

4.3

140

25

200

ˉ

210

47.5

112.5

85

106

171

160

15

6

105

6

160

32

225

ˉ

245

58

120

103

126

188

180

18.5

6

155

8.5

180

32

250

ˉ

275

60

135

110

134

209

200

18.5

6

185

11.5

200

40

280

ˉ

300

65

155

117.5

148

238

225

24

6

260

16.5

224

40

310

ˉ

335

70

165.5

137.5

168

263

250

24

6

370

23

250

50

350

ˉ

380

80

190

145

184

293

280

28

6

527

32

280

50

380

ˉ

430

75

205

155

195

325

315

28

6

700

46

315

63

420

ˉ

490

78

223

173

219

364

355

35

6

845

65

355

63

475

ˉ

520

92.5

252.5

192.5

238

398

400

35

6

1250

90

400

80

520

ˉ

590

95

265

215

275

445

450

42

6

1750

125

450

80

ˉ

400

650

117.5

317.5

242.5

305

505

500

42

8

2650

180

500

100

ˉ

440

710

120

345

262.5

337

557

560

48

8

3400

250

560

100

ˉ

490

790

120

390

265

354

624

630

48

8

4500

350

630

125

ˉ

540

870

115

425

295

384

694

710

56

8

6800

350

710

125

ˉ

610

950

140

480

335

440

780

800

56

8

8509

520

cylindrical gear reducer


Introduction:

The product is mainly applied to the mining, cement, petroleum equipments and the power plants.

Model Imlication:

cylindrical gear reducer

Order Requirement:

Please inform us of the model and specification of the equipment;

Please place another order for the spare parts.

Factory Introduct

workshop show
12334


Factory Equipments

34565


Luoyang Hong Xin Heavy Co., LTD. is located in Luoyang Xin'an Industrial Park, Luoyang Hongxin Heavy Machinery Co., Ltd is an enterprise featured with industrial designing, processing and manufacturing, which is qualified for import-export trade. Covering an area of 15,000 square meters and holding an annual production value of 80 million RMB, the company of 20 million RMB registered capital has total 100 staff members, among which there are 20 engineering technicians owning senior and medium professional titles and 40 intermediate and senior technicians capable of product designing and developing.

Hongxin is dedicated to produce reducers, hoists, crushers, Ball Grinding Mills and the equipments of screening, coal washing, metallurgy and cement, and replacement parts. Meanwhile, we provide the perform maintenance service for various series of equipments. There are 52 large-scale equipments applied into the manufacturing process, such as T200 CNC floor boring and milling machine, YK 73125 CNC molding gear grinding machine, YK322B CNC molding gear grinding machine, Y3200 gear hobbing machine, Y1600 CNC gear sharper, 4m vertical lathe, 6.3m CNC vertical lathe, T110 CNC boring machine, and 52 middle-sized productive and assistive equipments, which integrate strong manufacturing and processing capability with complete managing system of production and technology, quality management system and comprehensive testing measures.


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Cylindrical Gear Reducer

Cylindrical Gear Reducer,Cylindrical Gear Speed Reducer,Cylindrical Cyclo Gear Reducer,Electric Motor Cylindrical Gear Reducer

Luoyang Hongxin Heavy Machinery CO., TLD. , https://www.hxreducer.com

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