Sreath sìoltachain loidhne brùthaidh àrd Zu - h Qu-h

Tuairisgeul Goirid:

Tha an superheater air a chuir a-steach air loidhne cuideam an t-siostam uisgeachaidh gus an roisinn, pitch, fuigheall gualain, msaa a leigeil às bho na neo-chunbhalaidhean meacanaigeach agus ath-bhualadh ceimigeach na h-ola uisgeachaidh fhèin, mar sin a ’cur casg air spool a bhith steigte, beàrn toll beag a throtadh agus pluga toll taise agus co-phàirtean uisgeachaidh caitheamh ro luath, agus fàilligeadh eile. Tha deagh bhuaidh sìoltachain aig a ’chriathrag agus mionaideachd àrd, ach tha e duilich a ghlanadh às deidh a bhith air a bhacadh, agus feumar cridhe an teòthachd a chuir na àite. Tha an inneal aodion uidheamaichte le inneal cur eadar-dhealachadh cuideam.


Mion-fhiosrachadh toraidh

Tagaichean toraidh

RO-RÀDH

Tha an superheater air a chuir a-steach air loidhne cuideam an t-siostam uisgeachaidh gus an roisinn, pitch, fuigheall gualain, msaa a leigeil às bho na neo-chunbhalaidhean meacanaigeach agus ath-bhualadh ceimigeach na h-ola uisgeachaidh fhèin, mar sin a ’cur casg air spool a bhith steigte, beàrn toll beag a throtadh agus pluga toll taise agus co-phàirtean uisgeachaidh caitheamh ro luath, agus fàilligeadh eile. Tha deagh bhuaidh sìoltachain aig a ’chriathrag agus mionaideachd àrd, ach tha e duilich a ghlanadh às deidh a bhith air a bhacadh, agus feumar cridhe an teòthachd a chuir na àite. Tha an inneal aodion uidheamaichte le inneal cur eadar-dhealachadh cuideam. Nuair a tha an cridhe aoidionachd air a bhacadh gu eadar-dhealachadh cuideam a-steach agus a-mach ola aig 0.35 MPA, tha an comharra suidse air a chuir a-mach, agus tha an cridhe teòthachd air a chuir na àite aig an àm seo gus an amas airson sàbhailteachd an t-siostaim a dhìon. Tha an cruinneas thar-teòthachd air a calibratadh le mionaideachd thar-teòthachd iomlan agus co-mheas thar-tuiteam de 03,5,10,20 & GT 200, èifeachdas overtemperature i1n99.5%, a rèir inbhe ISO.
Tha sìoltachain sreath ZU-Hx QU-H de sheòrsa cuideam àrd agus air an cleachdadh ann an loidhne cuideam siostam uisgeachaidh. Tha eileamaid sìoltachain air a dhèanamh le snàithleach glainne no pàipear. Comharran comharra cuideam eadar-dhealaichte nuair a ruigeas an tuiteam cuideam thairis air eileamaid criathra 0.35MPa.

zqh1

 

Àireamh

Ainm

Nota

1

Ceann fliter  

2

Eileamaid

A ’caitheamh pàirtean

3

O-ring

A ’caitheamh pàirtean

4

Taigheadas  

5

O-ring

A ’caitheamh pàirtean

6

Sgriubha  

7

Earrach  

8

Cap  

CÒD MODEL

ZU: Criathrag pàipeir
QU: Fib re filter
WU: Criathrag mogal uèir
I: Le comhla seach-rathad
Leig seachad ma thèid a chleachdadh às aonais bhalbhaichean seach-rathad
BH: Uisge-glycol
Leig seachad ma tha thu a ’cleachdadh ola uisgeachaidh
Clas cuideam: H: 32MPa
E: W22MPa
P: Le comharra CMS
Leig seachad air falbh às aonais comharra

Leig seachad ma tha ceangal snàthaichte ann
F: ceangal flanged
B: ceangal plated
DL: ceangal snàthaichte inverted
DF: ceangal flanged inverted
DFA: ceangal flanged inverted A.
DFB: ceangal flanged inverted B.
BD: ceangal inverted plated
Cruinneas sìolaidh (pm)
Ìre sruth (L / min)

zqh3

DÀTA TEICNICEACH

 Modail

 Dia.

(mm)

Ìre sruth (L / min)

 Filtr.

(U ni)

Brùth.

(MPa)

Call cuideam (MPa)

 

Cumhachd comharra

 Cuideam (Kg)

Modail eileamaid

Ceangail

Toiseach

Max.

 U-H10x * P. 15

10

1

3

5

10

20

30

32

0.08

0.35

24V / 48W

220V / 50W

3.6 HX - 10 x * #

 

Threaded

n U-H25x * P.

25

5.0 HX - 25 x * #
q U-H40x * P. 20

40

0.1

8.0 HX-40x * #
% U-H63x * P.

63

9.8 HX - 63 x * #
q U-H100x * P. 25

100

12.0

HX - 100 x * #
 U-H160x * P. 32

160

0.12

18.2

HX - 160 x * #
n U-H250x * FP 40

250

23.0

HX - 250 x * #

 

Flanged

q U-H400x * FP 50

400

0.15

33.8

HX-400X * #
% U-H630x * FP 53

630

42.0

HX - 630 x * #
* U-H800x * FP

800

52.0

HX - 800 x * #

Nòta: tha * a ’riochdachadh sìoladh, # tha meadhanan sìoltachain Mas e uisge-glycol a th’ ann an id flu flu, cuideam cleachdaidh 32MPa, ìre flùr 63L / min, tha meadhanan sìoltachain pàipear, tha an criathrag uidheamaichte le comharradh agus seach-rathad bhalbhaichean, am modail de is e an fi-lter ZUI • BH H63 x * P. Is e sin an eileamaid HX • BH - H63 x * ma tha meadhanan sìoltachain fib re agus an criathrag uidheamaichte le comharra, is e modail an criathra QU • BH - H63 x P, is e sin an eileamaid HX • BH- H63 x * Q; ma tha meadhanan sìoltachain mogal uèir agus an criathrag uidheamaichte le comharra, is e modail an criathra WU • BH - H63 x 大 P, Is e HX • BH an eileamaid sin. - H63 x * W;

Modail

 Dia.

(mm)

Ìre sruth (L / min)

 Filtr.

(H m)

Brùth.

(Mpa)

Call cuideam (MPa)

Cumhachd comharra

 Cuideam (Kg)

Modail eileamaid

Ceangail

Toiseach

Max.

I U-H10x * BP

15 10 1

3

5

10

20

30

40

32

0.08

0.35

24V / 48W

220V / 50W

5.7

HBX -10x * Air a chur

I U-H25x * BP

25

7.0

HBX 一 25 x 大

I U-H40x * BP

25 40

0.1

11.5

HBX-40X *

% U-H63x * BP

63

13.2

HBX 一 63 x 大

% U-H100x * BP

25 100

15.0

HBX - 110 x *

% U-H160x * BP

32 160

0.12

21.4

HBX - 160 x *

% U-H250x * BP

40 250

25.7

HBX - 250 x *

% U-H400x * BP

50 400

0.15

38.0

HBX - 400 x *

% U-H630x * BP

630

42.3

HBX - 630 x *

% U-H10x * DLP

15 10

0.08

8.5

HDX-lOx * Inverted

snàithichte

赤 U-H25x * DLP

25

9.9

HDX-25X *

赤 U-H40x * DLP

20 40

0.1

16.4

HDX-40X *

& U-H63x * DLP

63

18.9

HDX-63X *

^ U-H100x * DLP

25 100

22.5

HDX-lOOx *

& U-H160x * DLP

32 160

0.15

33.4

HDX-160X *

& U-H10x * DFP

15 10

0.08

8.6

HDX-lOx * Inverted flanged

& U-H25x * DFP

25

10.0

HDX-25X *

& U-H40x * DFP

20 40

0.1

16.6

HDX-40X *

& U-H63x * DFP

63

19.2

HDX-63X *

^ U-H100x * DFP

25 100 22.9 HDX - 100 x *

& U-H160x * DFP

32 160

0.12

34.0

HDX-160X *

<U-H250x*DFP

40 250

41.9

HDX - 250 x*

<U-H400x*DFP

50 400

0.15

57.6

HDX - 400 x*

%U-H630x*DFP

53 630

62.4

HDX - 630 x*

&U-H800 x*DFP

800   HDX - 800 x*

% U-H10x*DFAP

15 10

0.08

8.6

HDX-lOx * Inverted

flanged A

% U-H25x*DFAP

25

10.0

HDX-25X *

% U-H40x*DFAP

20 40

16.6

HDX-40X *

% U-H63x*DFAP

63

0.1

19.2

HDX-63X *

% U-H100 x *DFAP

25 100

22.9

HDX -100 x*

% U-H160 x *DFAP

32 160

0.12

34.0

HDX -160 x*

% U-H250 x *DFAP

40 250

41.9

HDX - 250 x*

% U-H400 x *DFAP

50 400

0.15

57.6

HDX - 400 x*

* U-H630 x *DFAP

53 630

62.4

HDX - 630 x*

* U-H800 x *DFAP

800   HDX - 800 x*

* U-H10x*DFBP

15 10

0.08

8.6

HDX-lOx * Inverted

flanged B

* U-H25x*DFBP

25

10.0

HDX-25X *

* U-H40x*DFBP

20 40

16.6

HDX-40X *

* U-H63x*DFBP

63

0.1

19.2

HDX-63X *

* U-H1OO x *DFBP

25 100

22.9

HDX -100 x*

% U-H160x*DFBP

32 160

0.12

34.0

HDX -160 x*

* U-H250 x *DFBP

40 250

41.9

HDX - 250 x*

% U-H400 x*DFBP

50 400

0.15

57.6

HDX - 400 x*

% U-H630 x *DFBP

53 630

62.4

HDX - 630 x*

% U-H800x*DFBP

800   HDX - 800 x*

* U-H10x*BDP

15 10

0.08

8.4

HDX-lOx *

Inverted

plate

* U-H25x*BDP

25

9.8

HDX-25X *

* U-H40x*BDP

20 40

0.1

16.3

HDX-40X *

* U-H63x*BDP

63

18.9

HDX-63X *

* U-H1OO x *BDP

25 100

22.5

HDX -100 x*

% U-H160x*BDP

40 160

0.12

33.6

HDX -160 x*

% U-H250 x *BDP

250

41.3

HDX - 250 x*

% U-H400 x *BDP

50 400

0.15

57.0

HDX - 400 x*

% U-H630 x *BDP

630

61.8

HDX - 630 x*

* U-H800 x *BDP

800   HDX - 800 x*

ELEMENT PRESSURE DROP( AP)AGAINST FLOW CURVES

zqh4

MOUNTING SIZE

1. Threaded connection

zqh5
Modail Size (mm)
〜H ~h L I 1)

D

(1

m

M
Zq U- H10x*P 198 140 118   70 Φ88

Φ73

2-M6 M27 x 2
Zq U - H25x*P 288 230
Zq U - H40x*P 255 194 128 44 86 Φ124 Φ102 4-M10 M33 x 2
Zq U - H63x*P 323 262
ZqU - H100x*P 394 329 M42x2
ZqU - H160x*P 435 362 166 60 100 Φ146 Φ121 M48x2

 Note: 10L/min connecting thread M18 x 1.5, 25L/min connecting thread M22 x 1.5 is special order. The model will be ZUT-H10 x *P and ZUT-H25 x *P.

Change instructions

① The original flow rate of 10l/min is 10l/min, except the screw size of the oil inlet and outlet is changed from 2-M18XL5 to 2-M27x2(model Zu-h10x * P) , the other size is the same, 2-M18X1.5 is special, order, model is Zut10x * P, 2-M27 x 2(model ZU-H25 x * P) is changed from 2-M22 x l 5 to 2-M27 x 2(model ZU-H25 x * P) , the other size, unchanged, 2-M22 XL5 is a special order, model zut-h25 x * P, the above changes will take effect from January 1,1986.

② The CS-V differential pressure transmitter in the original sample has been changed from s to P and is a CMS differential pressure transmitter. The CMS differential pressure transmitter is based on the CS-V differential pressure transmitter, it is a more advanced and reliable anti-signal device with visual observation and electric transmission.

zqh6

2. Flanged connection

Modail  Size (mm)
〜H ~h L I b D d

D1

m

Zq U - H250x*FP 508 430 166 60 100 146 121 Φ40 M10
ZqU-H400x*FP 545 461 206 123 170 146 Φ50 M12
ZQ|u-H630x*FP 647 563 128 Φ55
ZQU-H800x*FP 767 683

2.1 Manufacturing connecting flange as follow drawing

zqh7
Modail Size (mm)

ring for flange

 Screw for flange

A

B

C

D

DI

D2

D3

d

E

D1

q U - H250x*FP

100 30

18

Φ40 Φ55

0 -0.2

Φ52 + 0.2

0

Φ60

Φ98

2.4

0

-0.1

17 Φ55 x 3.1 M16 x 45

q U- H400 x *FP

123 36

20

Φ52 Φ73 Φ65 Φ73 Φ118

4.5

22 Φ73 x 5.7 M20 x 60

q U- H630 x *FP

142 42

22

Φ55 Φ77 Φ)77 Φ85 Φ145 Φ80 x 5.7 M20 x 65

q U- H800 x *FP

142 42

22

Φ55 Φ77 Φ77 Φ85 Φ14545 Φ)80 x 5.7 M20 x 65

3. Plated connection

zqh8

Modail

Size (mm)

〜H

~H1

R

(1

L

B

I

b

E

F

h

hl

h2

(11

d2

(13

Zq U - H10x*BP 210

142

46

Φ73

158 60 128 30 40

20

50 110 22 Φ15 Φ24 Φ13
Zq U - H25x*BP 300

232

Zq U-H40x*BP 269

109

62 Φ102 190 64 160 32 50

25

65 138 25 Φ25 Φ32 Φ15
Zq U - H63x*BP 337

267

Zq U-H100x*BP 399

329

Zq U - H160x*BP 426

353

73 Φ121 212 72 180

40

60

30

77 164 30 Φ32 Φ40 Φ17
Zq U - H250x*BP 507

429

80

48

Φ40 Φ50
Zq U-H400 x*BP 554

461

85 Φ146 275

110

225 60 80

40

92 194

40

Φ50 Φ65 Φ26
Zq U - H630x*BP 654

561

4. Inverted threaded connection

1. Screw

2. Cover

3. Element

4. Bowl

5. Filter head

6. By-pass valve

7.  Indicator

zqh9
Modail

 Size (mm)

H

Hl

L

LI

B

(11

h

hl

112

M

D

ZQU- H10x*DLP 198 148

130

95

115

Φ19

27.5

33

54 M27x2

Φ92

ZQU-H25x*DLP 288 238
ZQU-H40x*DLP 247 197

156

115

145

Φ14

34

41

68 M33x2 Φ124
ZQU-H63x*DLP 315 265
ZQU- H100x*DLP 377 327 M42 x 2
ZQU- H160x*DLP 415 365

190

140

170

46

50

92 M48 x 2 Φ146

5. Inverted flange connection

1. Screw

2. Cover

3. Element

4. Bowl

5. Filter head

6. By-pass valve

7. Indicator

zqh10

Modail

 Size (mm)

H

Hl

D

L

LL

B

D1

h

hl h2

d

ZQU- H10x*DFP 198 148

Φ92

130

95

115 Φ9

27.5

33 54

Φ18

ZQU-H25x*DFP 288 238
ZQU-H40x*DFP 247 197 Φ124 156

115

145

Φ14

34

41

68

Φ25

ZQU-H63x*DFP 315 265
ZQU- H100x*DFP 377 327
ZQU- H160x*DFP 415 365 Φ146 190

140

170

46

50 92

Φ32

ZQU-H250x*DFP 485 435

Φ40

ZQU-H400x*DFP 532 482 Φ176 240

160

200

Φ18

63 75

122

Φ50

ZQU-H630x*DFP 632 582 Φ55
ZQU-H800x*DFP 752 702

Note: the sizes of flange see page 72

6. Inverted flanged connection A

1. Screw

2. Cover

3. Element

4. Bowl

5. Filter head

6. By-pass valve

7. Indicator

zqh11

Modail

Size (mm)

H

Hl

L

LI

L2

B

D1

h

hl

h2

d D

ZQU-H10 x * DFAP

198 148

122.5

65

95

115 Φ9

27.5

33

54

Φ18

Φ92

ZQU-H25X* DFAP

288 238

ZQU-H40 x * DFAP

247 197

150.5

78

115

145 Φ14

34

41

68

Φ25 Φ124

ZQU-H63 x* DFAP

315 265
ZQ U-HlOOx* DFAP 377 327
ZQ U-H160 x * DFAP 415 365

180

95

140

170

46

50

92

Φ32 Φ146
ZQU-H250 x * DFAP 485 435 Φ40
ZQ U-H400 x * DFAP 532 482

220

120

160

200

Φ18

63

75

122

Φ50 Φ176
ZQU-H630 x * DFAP 632 582 Φ55
ZQU-H800 x * DFAP 752 702

Note:the sizes of flange see page 72

7. Inverted flanged connection B

1. Screw

2. Cover

3. Element

4. Bowl

5. Filter head

6. By-pass valve

7. Indicator

zqh12
ZQ U-H10 x * DFBP 198 148

122.5

65

95

115 Φ9

27.5

33

54

Φ18 Φ92
ZQ U-H25 x * DFBP 288 238
ZQ U-H40X* DFBP 247 197

150.5

78

115

145 Φ14

34

41

68

Φ25 Φ24
ZQ U-H63 x * DFBP 315 265
ZQU-HlOOx* DFBP 377 327
ZQ U-H160 x * DFBP 415 365

180

95

140

170

46

50

92

Φ32 Φ146
ZQ U-H250 x * DFBP 485 435 Φ40
ZQ U-H400 x * DFBP 532 482

220

120

160

200

Φ18

63

75

122

Φ50 Φ176
ZQ U-H630 x * DFBP 632 582 Φ55
ZQ U-H800 x * DFBP 752 702

Note:the sizes of flange see page 72

8. Inverted plated connection

1. Screw
2. Cover
3. Element
4. Bowl
5. Filter head
6. By-pass valve
7. Indicator

zqh14
Modail

Size (mm)

H

Hl

D

L

Ll

B

d1

E

hl h2

d3

d4

b

ZQ U-H10 x * BDP 196 146

Φ92

130

90

115

Φ11.5

60

31 50 Φ15 Φ24 14
ZQU-H25 x * BDP 286 236
ZQU-H40 x * BDP 245 195 Φ124 156

115

145

Φ16

88

39 64 Φ25 Φ38 15
ZQ U-H63 x * BDP 313 263
ZQ U-H100 x * BDP 375 325
ZQ U-H160X* BDP 413 363 Φ146 190

135

170

Φ18

104

48 88 Φ40 Φ50 23
ZQ U-H250 x * BDP 483 433
ZQ U-H400 x * BDP 530 480 Φ176 240

160

200

Φ26

144

70

118

Φ50 Φ65 24
ZQ U-H630 x * BDP 630 580
ZQ U-H800 x * BDP 750 700

9. Connecting flange as follow drawing

1. Screw
2. Cover
3. Element
4. Bowl
5. Filter head
6. By-pass valve
7. Indicator

zqh16
Modail

 Size (mm)

 "0"ring for flange

Screw for flange

A

B

C

D

DI

D2

D3

D

E

dl
ZQU-H10x*DAP

52

22

11 Φ18 Φ30

0

-0.2

Φ28

+ 0.2

0

Φ36 Φ50 2.4

0

-0.1

Φ9 Φ30 x 3.1

M 8 x 40

ZQ U-H25x*DAP
ZQ U-H40x*DAP

66

12 Φ25 Φ40

Φ35

Φ43 Φ62 Φ11 Φ40x3.1 M 10 x 45
ZQ U-H63x*DAP
ZQU-H100x*DAP
ZQ U-H160x*DAP

90

26

16 Φ32 Φ50

Φ43

Φ51 Φ85 Φ17 Φ50 x 3.1 M 16 x 45
ZQU-H250x*DAP Φ40

Φ52

Φ60
ZQU-H400x*DAP

120

36

20 Φ52 Φ73 Φ65 Φ73 Φ118 4.5 Φ22 Φ73 x 5.7 M 20 x 65
ZQ U-H630x*DAP Φ55 Φ80 Φ77 Φ85 Φ 80 x 5.7
ZQU-H800x*DAP

Note: F, FA, FBO Note: △ is F, FA,FB


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