TRI-CONMODELL / MODEL WD (ZWISCHENFLANSCH / WAFER TYP EN 558 R16 /

DIN 3202 K3) ABMESSUNGEN UND GEWICHTE / DIMENSIONS AND WEIGHTS

DN 50 – DN 900 / PN 10 – 40 FREIES WELLENENDE / BARE SHAFT

ABMESSUNGEN / DIMENSIONS IN MM

GEWICHTE / WEIGHTS IN KG

DN

Size

50

2“

80

3“

100

4“

125

5“

150

6“

200

8“

250

10“

300

12“

350

14“

400

16“

450

18“

500

20“

600

24“

700

28“

800

32“

900

36“

A 210 231 242 272 290 376 417 436 528 578 628 670 757 904 978 1009 B 128 143 159 169 196 224 258 315 349 413 468 501 580 665 748 766 F 43 64 64 70 76 89 114 114 127 140 152 152 178 229 241 241 G 20 31 30 48 39 48 48 52 91 91 91 101 103 143 143 143 H 3 3,5 3,5 4 5 5 5 5,5 6 7 7,5 7,5 9 10 10 10 J 5 6 6 8 10 10 12 14 16 18 20 20 25 28 28 28 K 16 20 22 25 32 38 40 45 55 65 70 75 90 110 110 110 N 100 111 107 127 120 168 169 169 231 230 230 240 255 326 337 336

** IN ABHÄNGIGKEIT VON DER SPEZIFIKATION / IN ACCORDANCE TO SPECIFICATION

DN

Size

50

2“

80

3“

100

4“

125

5“

150

6“

200

8“

250

10“

300

12“

350

14“

400

16“

450

18“

500

20“

600

24“

700

28“

800

32“

900

36“

PN10 ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** PN16 ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** PN25 ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** PN40 ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** **

V

R

2911/2012

MO

DE

L N

UM

BE

RS

TR

I-C

ON

De

sig

na

tio

nS

ize

Pre

ss

ure

cla

ss

Bo

dy

& D

isc

ma

teria

lS

ha

ft m

ate

ria

lP

ac

kin

gL

am

ina

tio

n m

ate

ria

lE

xe

cu

tio

nO

pe

rati

on

A1

= A

PI

60

9 L

ug

Ty

pe

Ta

ble

200

50 =

DN

50

= 2“

A =

PN

10

A =

GP

240G

H /

P26

5GH

A =

1.4

057

(SS4

31)

1 =

Gra

phite

1 =S

tain

less

Ste

el /

Gra

phite

A =

Sta

ndar

dA

= B

are

Shaf

t

B1

= B

16

.10

Ga

te V

alv

e D

ou

ble

Fla

ng

e00

65 =

DN

65

= 2,

5“B

= P

N 1

6B

= 1

.455

2 (C

F8C

)B

= 1

.457

1 (S

S316

Ti)

2 =

PTF

E2

= St

ainl

ess

Stee

l Sol

id

Lam

inat

eB

= In

cone

l Sea

tE

= El

ectr

ical

Act

uato

r

I1 =

IS

O 5

75

2 D

ou

ble

Fla

ng

e00

80 =

DN

80

= 3“

C =

PN

25

C =

1.4

571

(SS3

16Ti

)C

= 1

.498

0 (A

ISI6

60)

3 =

Kal

rez

3 =

Stai

nles

s St

eel /

PTF

EC

= F

lang

e w

ith G

roov

eG

= G

ear

W1

= W

afe

r t

yp

e A

PI

60

901

00 =

DN

100

= 4

“D

= P

N 4

0D

= 1

.440

8 D

= D

uple

x4

= Sp

ecia

l4

= H

aste

lloy

/ Gra

phite

D =

Hig

h C

ylce

Bea

ring

H =

Hyd

raul

ic A

ctua

tor

D1

= E

N 5

58

R1

3/R

14

(DIN

32

02

/ F

16

/ F

4)

Do

ub

le F

lan

ge

0125

= D

N 1

25 =

5”

E =

PN

63

E =

1.43

01 (S

S304

)E

= 1.

4301

(SS3

04)

5 =

Gra

phite

/ Li

ve-L

oadi

ng5

= Sp

ecia

lE

= Se

aled

Bea

ring

I = G

ear

with

Sw

itch

Box

F1

= E

N 5

58

R1

4

(DIN

32

02

/ F

4)

Do

ub

le F

lan

ge

0150

= D

N 1

50 =

6“

F =

PN

100

F =

1.43

07 (S

S304

L)F

= 1.

4307

(SS3

04L)

6 =

PTF

E / L

ive-

Load

ing

6 =

Dup

lex

/ Gra

phite

F =

Stel

lite

Seat

M =

Mou

ntin

g B

rack

et

L1

= E

N 5

58

R1

6

(DIN

32

02

/ K

3)

Lu

g t

yp

e02

00 =

DN

200

= 8

”G

= P

N 1

60G

= 1

.735

7 (W

C6)

G =

1.4

923

7 =

O2-

Gra

phite

7 =

Inco

nel /

O2-

Gra

phite

G =

Blo

w o

ut p

roof

sha

ft a

cc.

AP

I 609

for

DIN

Val

ves

P =

Pne

umat

ic A

ctua

tor

S1

= E

N 5

58

R1

4

(DIN

32

02

/ F

4)

Bu

ttw

eld

/ F

ab

ric

ate

d02

50 =

DN

250

= 1

0”H

= P

N 2

50H

= H

aste

lloy

H =

Has

tello

y 8

= O

2-G

raph

ite /

Live

-Loa

ding

8 =

Has

tello

yH

= C

ombi

natio

n E

+ F

Q =

Ele

ctro

hydr

aulic

Act

uato

r

S2

= E

N 5

58

R1

4

(DIN

32

02

/ F

4)

Bu

ttw

eld

/ C

as

tin

g03

00 =

DN

300

= 1

2”I

= P

N 6

I = In

cone

lI =

Inco

nel

9 =

EPAG

RA

PH

9 =

Dup

lex

I = C

ombi

natio

n D

+ F

S =

Spec

ial

WD

= E

N 5

58

R1

6

(DIN

32

02

/ K

3)

Wa

fer T

yp

e03

50 =

DN

350

= 1

4”J

= JI

S St

anda

rdJ

= D

uple

xJ

= 1.

4401

/ 1.

4404

(SS3

16/3

16L)

0 =

Inco

nel

J =

Com

bina

tion

D +

F &

HT-

Bol

ting

L =

Low

Tem

pera

ture

Gea

r

WS

= E

N 5

58

R2

0/R

25

(DIN

32

02

/ K

1/K

2)

Wa

fer T

yp

e03

75 =

DN

375

= 1

5”X

= A

NSI

150

K =

1.4

401

/ 1.4

404

(SS3

16/3

16L)

K =

1.45

41 (S

S321

)A

= M

onel

/ O

2-G

raph

iteK

= C

ombi

natio

n D

+ F

+ H

T-B

oltin

g +

Exte

nsio

nT

= H

igh

Tem

pera

ture

Gea

r

LS

= E

N 5

58

R2

0/R

25

(DIN

32

02

/ K

1/K

2)

Lu

g T

yp

e04

00 =

DN

400

= 1

6”Y

= A

NSI

300

L =

1.62

20 /

P35

5NL

M =

Mon

el K

500

B =

Bro

nze

/ Gra

phite

L =

Bod

y Ex

tens

ion

O =

O2-

Gea

r

DB

= D

ou

ble

Blo

ck

an

d B

lee

d04

50 =

DN

450

= 1

8”Z

= A

NSI

600

M =

Mon

elN

= N

itron

ics

50C

= M

onel

M =

Sea

led

bear

ing

+ N

ACE

N =

Off

shor

e G

ear

CF

= E

N 5

58

R1

4

(DIN

32

02

/ F

4)

Fla

ng

ed

Ch

ec

k V

alv

e05

00 =

DN

500

= 2

0”

W =

AN

SI 9

00N

= C

S B

ody

& S

S D

isc

P =

17-

4 P

H /

1.45

42D

= S

uper

dupl

ex /

Gra

phite

N =

NAC

ER

= G

ear

with

Pad

lock

Fla

nge

CS

= E

N 5

58

R1

4

(DIN

32

02

/ F

4)

Bu

ttw

eld

Ch

ec

k V

alv

e06

00 =

DN

600

= 2

4”V

= A

NSI

150

0O

= O

2 B

rass

Q =

Sup

erdu

plex

O =

Ste

am J

acke

t

FA

= E

N 5

58

R1

4

Do

ub

le F

lan

ge

wit

h A

NS

I C

on

ne

cti

on

0650

= D

N 6

50 =

26”

S =

Spec

ial

P =

C95

800/

C95

500

U =

1.4

536-

39 (9

04/9

04L)

P =

Sea

led

bear

ing

+ St

eam

Ja

cket

0700

= D

N 7

00 =

28”

Q =

Sup

erdu

plex

S =

Spec

ial

Q =

Sea

led

bear

ing

+ St

eam

Ja

cket

+ N

ACE

0750

= D

N 7

50 =

30”

R =

16M

o3 /

1.54

15 /

G20

Mo5

/ 1.

5419

R =

Rin

g-Jo

int F

acin

g

0800

= D

N 8

00 =

32”

S =

Spec

ial

S =

Spec

ial

0900

= D

N 9

00 =

36”

T =

1.48

27T

= H

T-B

oltin

g

1000

= D

N 1

000

= 40

”U

= 1

.485

9U

= C

ombi

natio

n L

& T

1050

= D

N 1

050

= 42

”V

= SS

/ O

2 B

rass

V =

Shaf

t Ext

ensi

on

.W

= W

C9

W =

Com

bina

tion

T +

V

X =

LCB

X =

Com

bina

tion

L +

N +

T

Y =

CF8

M

.Z

= W

CB

/ A

516G

r.70

.1

= 1.

4536

-39

(904

/904

L)

.3

= C

F3

4 =

CF3

M

.5

= C

5

2200

= D

N 2

200

= 88

”6

= C

12

8 =

CF8

TRI-CON

34 11/2012

STANDARDWERKSTOFFE / MATERIALS DIN

Pos. Bauteil Stahl Ausführung Edelstahl Ausführung

1 Gehäuse GP240GH / P265GH 1.4552 / 1.4571 / 1.4408

2Sitz

(Optional)1.4571

(Stellite)1.4552 / 1.4571 / 1.4408

(Stellite)

3 Scheibe GP240GH / C 22.8 1.4552 / 1.4571 / 1.4408

4 Klemmring P265GH 1.4571

5Lamellendichtung

(Optional)1.4571 / Graphit

1.4571 / Volledelstahl1.4571 / Graphit

1.4571 / Volledelstahl

6 Welle 1.4057 1.4057

7Untere Lagerbuchse

(Optional)1.4305 hartverchromt

(spezielle Lagervorabdichtung)1.4305 hartverchromt

(spezielle Lagervorabdichtung)

8 Kammerungsring Kohlefasergeflecht Kohlefasergeflecht

9 Stopfbuchse 1.4305 1.4571

10 Packungsring Graphit Graphit

11Obere Lagerbuchse

(Optional)1.4305 hartverchromt

(spezielle Lagervorabdichtung)1.4305 hartverchromt

(spezielle Lagervorabdichtung)

12 Deckeldichtung Graphit Graphit

13 Deckel P265GH 1.4571

14 Deckelschrauben A2 - 70 A4 - 70

15 Gewindebolzen A2 - 70 A4 - 70

16 Mutter A2 - 70 A4 - 70

17 Stopfbuchsbrille P265GH / 1.4408 1.4408 / 1.4571

18 Klemmringschraube A2 - 70 A4 - 70

19 Abschlussdichtung Graphit Graphit

20 Haltering 1.4112 gehärtet 1.4112 gehärtet

21 Stift 1.4571 1.4571

22 Passfeder 1.4571 1.4571

23 Gleitring 1.4112 gehärtet 1.4571

Pos. Part Carbon Steel Design Stainless Steel Design

1 Body GP240GH / P265GH 1.4552 / 1.4571 / 1.4408

2Body Seat(Optional)

1.4571(Stellite)

1.4552 / 1.4571 / 1.4408(Stellite)

3 Disc GP240GH / C 22.8 1.4552 / 1.4571 / 1.4408

4 Clamp Ring P265GH 1.4571

5Laminated Seal

(Optional)1.4571 / Graphite

(1.4571 / solid lamination)1.4571 / Graphite

(1.4571 / solid lamination)

6 Shaft 1.4057 1.4057

7Lower Bearing Bush

(Optional)1.4305 hard chromed

(zero leakage bearing)1.4305 hard chromed

(zero leakage bearing)

8 Gland Packing Carbon Fibre Carbon Fibre

9 Gland Follower 1.4305 1.4571

10 Gland Packing Graphite Graphite

11Upper Bearing Bush

(Optional)1.4305 hard chromed

(zero leakage bearing)1.4305 hard chromed

(zero leakage bearing)

12 Cover Seal Graphite Graphite

13 Cover P265GH 1.4571

14 Cover Screw A2 - 70 A4 - 70

15 Gland Adjust. Stud A2 - 70 A4 - 70

16 Gland Adjust. Nut A2 - 70 A4 - 70

17 Gland Plate P265GH / 1.4408 1.4408 / 1.4571

18 Clamp Ring Screw A2 - 70 A4 - 70

19 Gasket Graphite Graphite

20 Shaft Retainer 1.4112 hardened 1.4112 hardened

21 Cross Pin 1.4571 1.4571

22 Disc Drive Key 1.4571 1.4571

23 Thrust Ring 1.4112 hardened 1.4571

TRI-CONERSATZTEILPAKET

SPARE PARTS KIT

: 031 579-2593: 031 579-2562: sales@valve.co.za

TelFaxE-mail

DURBAN: 011 397-2833: 011 397-4700: sales.jhb@valve.co.za

TelFaxE-mail

JOHANNESBURG

: 083 320-0393: 083 227-7722: 083 321-4960: 083 656-4254 / 082 495 3751

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