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Rominserv este membru al Grupului Rompetrol -companie integrat` de petrol [i gaze. Compania î[i aresediul central în Bucure[ti, România [i opereaz` prinpuncte de lucru în Constan]a, Ploie[ti [i Zal`u.
În calitate de antreprenor general pentru proiectele deinvesti]ii ale Grupului precum [i pentru celelaltecompanii ale Grupului, Rominserv a acumulat expertizaspecific` industriei de petrol [i gaze, dar aplicabil` [ialtor industrii.
Rominserv este prima companie cu sediul în Româniacare integreaz` serviciile industriale, cele dementenan]`, management de proiecte industriale [idezvoltare tehnic` [i tehnologic`, cu scopul de a ofericlien]ilor s`i o alternativ` viabil` - atât financiar cât [ioperational - la tradi]ionalul sistem de gestionare intern`a lucr`rilor de intre]inere, modernizare [i dezvoltare.Rominserv a fost creat pentru a r`spunde nevoii deservicii profesioniste pe o pia]` specific` dar [i pentru adezvolta o con[tiin]` a profitabilit`]ii strategiilor deoutsourcing. Serviciile Rominserv sunt certificate ISO9001:2000 de c`tre Germanischer Lloyd CertificationGMbH.
Rominserv is a company member of The RompetrolGroup and works close together with Group companiesto provide its expert advice and services to all RompetrolGroup members. The company is headquartered inBucharest, Romania and operates through work basesin Constanta, Ploiesti and Zalau.
As general entrepreneur for the Group's investmentprojects as well as international contracting partner forall of the Group's companies, Rominserv can put to workan expertise of over 20 years in the field of oil and gas, inparticular, but also in other industrial branches.
Rominserv is the first Romanian company with the abilityto integrate industrial services, maintenance, industrialprojects management and technical upgrade. Thecompany aims to provide its clients with a feasiblealternative - financially and operationally - to thetraditional system of internal maintenance and upgrademanagement. We work to meet the need forprofessional services in the EPCM sector, but also toenhance awareness of the beneficial impact ofoutsourcing on company activities and budgeting.Rominserv services are ISO 9001:2000 certified byGermanisher Lloyd Certification GMbH.
Prezentare general`
Organizare tehnologic`
Pie]e de desfacere
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Rominserv Valves Iaifo, produc`tor de arm`turi industriale din font` [i o]el, punctde lucru al Rominserv, este situat în nord-vestul României, pe platforma industrial` aora[ului Zal`u, fiind sub aspectul diversit`]ii [i al volumului produc]iei una dintre celemai importante platforme de produc]ie industrial` din ]ar`.
De la data infiin]`rii în anul 1969 platforma Iaifo s-a specializat în proiectarea,fabricarea [i comercializarea unei largi game tipo-dimensionale de arm`turi industrialepentru diverse utiliz`ri în domeniul petrolier, petrochimic, transport gaze, centraletermice, re]ele de distribu]ie ap`, pentru temperaturi de lucru joase [i ridicate precum [ipentru medii de lucru specifice.
În noiembrie 2004 platforma a fost preluat` de c`tre Rominserv, companiemembr` a Grupului Rompetrol.
Produc]ia este complet integrat`, platforma dispunând de:A. sectoare de baz`:
turn`torii de font` [i o]elforj`tratament termicprelucr`ri mecanicemontaj [i probe
B. sectoare auxiliare:laboratoare pentru analize chimice clasic [i spectrallaboratoare pentru control nedistructivlaboratoare de încerc`ri mecanicesectoare de între]inere [i repara]ii, etc.
Aceast` organizare permite un control continuu [i eficient pe întreg parcursulprocesului de fabrica]ie.
În decursul anilor proiectarea [i fabricarea produselor s-a înbun`t`]it continuu. Înprezent Rominserv Valves Iaifo este unul din principalii produc`tori de arm`turiindustriale pe pia]a intern` precum [i exportator pe pie]e externe, cum ar fi: SUA,Marea Britanie, Olanda, Germania, Fran]a, Italia, Austria, Ungaria, Grecia, OrientrulApropiat [i Îndepartat, Indonezia, Australia etc.
Gama produselor de baz`
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Rominserv Valves Iaifo produce o gam` larg` de arm`turi industriale fabricate dinfont` turnat`, o]el carbon turnat sau forjat, o]eluri aliate [i inoxidabile, dup` cumurmeaz`: Conform standardelor DIN:
robinete de închidere (cu sertar pan`, ventil, sfera sau cep)robinete de re]inere (cu ventil, clap`)filter cu sit`separatoare termodinamice de eliminat condenssorburiindicatoare de nivelsupape de siguran]` cu arc etc.
Conform standardelor API, BS, ANSI:robinete de închidere (cu sertar pan`, ventil sau sfer`)robinete de re]inere cu clap`
Unele din aceste robinete se pot executa în varianta cu ac]ionare manual` sauelectric`. Robinetele speciale (destinate pentru mediile corozive, temperaturi sau/[ipresiuni mari etc.) se execut` numai în urma acordului dintre producator [i client.
P e r f o r m a n ] ` &S i g u r a n ] `
12 100 4374 TSM
Q
6D-0296
Foreword
Organisation
Market
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The Commercial Society IAIFO S.A. Steel and Iron Industrial Valves one of the
most important companies in our country, considering the diversity and the production
level, it is located in the north-west of Romania, in the industrial area of Zalãu (the
residence of Sãlaj district).
Since the date of its establishment, in 1969, IAIFO has been specialised in the
design, manufacture and trading of a wide range of steel and iron industrial valves for
the oil, gas, petrochemical and associated industries, water and steam supply, for high
and low temperature services, as well as for other specific fields.
The produ.ction is completely integrated, IAIFO having:A. basic sectors:
iron and steel foundries;forge;heat treatment;machining;assembly and test;
B. auxiliary sectors:wet and spectral chemical examination laboratories;laboratory for non-destructive examination;mechanical test laboratory;maintenance sectors etc.
This organisation ensures a continuous and efficient production planning and survey of
all manufac.turing processes.
Through the years, IAIFO has continually developed the design and the
manufacture of its products, becoming one of the leading industrial valves
manufacturer, most of the products being exported since years to markets all over the
world: USA, UK, Holland, Germany, France, Italy, Austria, Hungary, Greece, Syria,
Indonesia, Australia etc.
Basic Range of Products
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IAIFO produces a wide range of industrial valves made of cast iron, cast orforged carbon, alloy or stainless steel, as follows:
According to DIN standards:closure valves (gate, globe, ball and plug type);check valves (lift check, stop check, swing check);strainers;thermodynamic streamtraps;suckers;level indicators;spring loaded safety valves etc.
According to API, BS, ANSI standards:closure valves (gate, globe or ball type);check valves.
Some of these valves can be actuated manually or electrically. Special valves(designated for corrosive agents, special temperature or/and pressure etc.) will beproduced only as a result of an agreement between the manufacturer and the customer.
P e r f o r m a n c e &S a f e t y
12 100 4374 TSM
Q
6D-0296
Asigurarea calit`]ii
Calitatea æi satisfacerea deplinã a cerinåelor clienåilor a stat æi stã la baza întregiiactivitãåi de cercetare, proiectare æi producåie a firmei.
Întreaga responsabilitate pentru conducerea Sistemului Calitãåii este asumatã decãtre Directorul General.
Sistemul de Asigurare a Calitãåii, care corespunde cu cerinåele ISO 9001 æi API-6D, este aplicat æi implementat astfel încât se livreazã beneficiarilor numai produseperformante æi de calitate superioarã.
Recunoaæterea internaåionalã a calitãåii produselor noastre este atestatã de cãtreTÜV Bayern - Sachsen Certification din 1994, pentru Sistemul de Asigurare a Calitãåii înconformitate cu ISO 9001 cu certificarea de la American Petroleum Institute conformcerinåelor API - 6D.
Societatea IAIFO S.A. Zalãu este autorizatã sã producã armãturi, supape desiguranåã, supape de siguranåã cu arc în conformitate cu prescripåiile tehnice ISCIR.
Produsele IAIFO S.A. sunt agrementate tehnic de Comisia pentru Agrement Tehnicîn Construcåii.
P e r f o r m a n ] ` [ is i g u r a n ] `
Commitment to quality
The quality and complete satisfaction of the customer's requirements have beenbasic to all the research, engineering and manufacturing activities of the company.
The whole responsability for managing the Quality System is assumed by theGeneral Manager.
The Quality Assurance System which complies with the requirements of ISO 9001and API - 6D is maintained and implemented, so that, only the products of highperformance and superior quality are despatched to the customers.
The international aknowledgement of the quality of our products has beenconfirmed by TÜV Bayern - Sachsen Certification since 1994, for Quality AssuranceSystem in accordance with ISO 9001 with the certification from American PetroleumInstitute of conformance to API - 6D requirements.
The Society IAIFO Zalau is authorized to manufacture steel armatures, springloaded and steel safety valves, spring loaded in accordance with ISCIR technicalregulations.
P e r f o r m a n c e &s a f e t y
Simbol
RSP-OT
RSP-OT
DN
2” ... 24”
2" ... 12"
Clasa
150
300
Temperatura de lucru
-29 °C ... +425°C
-29 °C ... +425°C
Execuåie
Robinete cu sertarpan` din o]el
Presiunea de încercare
Etanæeitate (aer)
60 -100
4 - 7
60 - 100
4 - 7
150
300
Clasa
( F)°
( C)°
Temperatura de lucru
Rezistenåã
450
31
1125
78
Presiunea max. de lucru
-20...100
-29...38
285
19.6
740
51
200
93
260
17.9
675
46.5
300
149
230
15.8
655
45.1
400
204
200
13.7
635
43.7
500
260
170
11.7
600
41.3
600
316
140
9.6
550
37.9
700
371
110
7.5
535
36.8
800
425
80
5.5
410
28.2
psig
bar
psig
bar
12 100 4374 TMS
Robinetele cu sertar panã, tijã ascendentã se utilizeazã în instalaåii pentru apã, abur, gaze,produse petroliere æi alte fluide asemãnãtoare cu acåiune corozivã slabã, exclusiv hidrogen,amestecuri de hidrogen æi hidrocarburi, medii agresive conåinând sulf, hidrogen sulfurat etc.
corp drept cu flanæe cu pierderi de presiune minime;organ de închidere: sertar panã flexibil. Etanæarea secåiunii de trecere pe scaune realizatãprin încãrcare cu electrod inoxidabil, 13% Cr;tija de acåionare: ascendentã nerotitoare cu filet exterior;închiderea robinetului se face prin rotirea roåii de manevrã în sensul acelor de ceasornic;poziåia de montaj: indiferentã.
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execuåie conf. API 600;lungimi de construcåie conf. ANSI B 16.10;flanæe de legãturã conf. ANSI B 16.5;suprafaåa de etanæare la flanæe: bosaj 1,6 mm;presiunea de lucru funcåie de temperaturã conf. ASME B 16.34;teste conf. API 598;
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execuåie conf. API 6 D;alte materiale (conf. tab. 2, pag. A23);trim (conf. tab. 5, pag. A25);garnitura corp - capac(conf. tab. 6, pag. A25);cu lanternã æi dop la clasa 300;cu indicator de poziåie închis - deschis;acåionat cu reductor manual sau electric;execuåie conf. NACE MR 175 (conf. tab. 10, pag. A27)
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Caracteristici constructive æi funcåionale
Utilizãri
La cerere
Regim de lucru æi încercãri pentru A 216 WCB
Oåel moale / Grafit pentru 24"
Grafit10
11
Poz.
12
9
8
7
6
5
4
3
2
1
Capac
Garniturã
Roatã manevrã
Denumirea Material
Garniturã
Bucæã acåionare
Prezon
Bucæã capac
Piuliåã
Tijã
Sertar6”- 24”
2”- 4”
Inele etanæare
Corp A 16 WCB2
A 16 WCB2
A 16 WCB2
A 16 WCB2
A 193 B7
A 105
A 182 F 6a
A 182 F 6
A 439 D2
A 194 - 2H
13% Cr / 13% Cr
MASANETÃ
DN inchmm
L
H
W
D
D1
n x D2
b
DIM
EN
SIU
NI
DE
GA
BA
RIT
Clasa 150
FL
AN
ÆE
DE
LE
GÃ
TU
RÃ
inch
mm
inch
mm
inch
mm
inch
mm
inch
mm
inch
mm
inch
mm
7.00
178
14.29
363
7.88
200
6.00
152
4.75
120.5
4 x 0.75
4 x 19
0.62
16
46.3
21
7.50
190
14.57
370
7.88
200
7.00
178
5.50
139.5
4 x 0.75
4 x 19
0.69
17.5
59.5
27
8.00
203
16.93
430
9.75
248
7.50
190
6.00
152.5
4 x 0.75
4 x 19
0.75
19
81.5
37
9.00
229
19.68
500
9.75
248
9.00
229
7.50
190.5
8 x 0.75
8 x 19
0.94
24
119
54
10.50
267
25.00
635
11.88
302
11.00
279
9.50
241.5
8 x 0.88
8 x 22
1.00
25.4
185
84
11.50
292
29.84
758
14.00
355
13.50
343
11.75
298.5
8 x 0.88
8 x 22
1.12
28.5
275.6
125
13.00
330
35.55
903
15.88
404
16.00
406
14.25
362
12 x 1.00
12 x 25
1.19
30
431
198
15.00
381
46.90
1192
19.50
496
21.00
533
18.75
476
12 x 1.12
12 x 29
1.38
35
804
364
14.00
355
42.24
1073
17.88
454
19.00
483
17.00
432
12 x 1.00
12 x 25
1.25
32
598
272
16.00
406
52.60
1336
23.38
594
23.50
597
21.25
539.5
16 x 1.12
16 x 29
1.44
36.6
1090
490
17.00
432
58.97
1498
23.38
594
25.00
635
22.75
578
16 x 1.25
16 x 32
1.56
39.7
1433
650
18.00
457
66.50
1690
26.75
680
27.50
698
25.00
635
20 x 1.25
20 x 32
1.69
42.9
1896
860
20.00
508
77.40
1966
30.00
762
32.00
812.8
29.50
749.3
20 x 1.37
20 x 35
1.88
48
2688
1200
2”50
2 1/2”65
3”80
4”100
6”150
8”200
10”250
12”300
14”350
16”400
18”450
20”500
24”600
lbs
kg
MASANETÃ
DN inchmm
L
H
W
D
D1
n x D2
b
DIM
EN
SIU
NI
DE
GA
BA
RIT
Clasa 300
FL
AN
ÆE
DE
LE
GÃ
TU
RÃ
inch
mm
inch
mm
inch
mm
inch
mm
inch
mm
inch
mm
inch
mm
8.50
216
15.03
382
7.88
200
6.50
165
5.00
127
8 x 0.75
8 x 19
0.88
22
62
28
9.51
241.5
15.55
395
7.88
200
7.50
190
5.88
149
8 x 0.88
8 x 22
1.00
25.4
88
40
11.14
283
17.70
450
9.75
248
8.25
210
6.62
168
8 x 0.88
8 x 22
1.12
28.5
115
52
12.01
305
20.15
512
9.75
248
10.00
254
7.88
200
8 x 0.88
8 x 22
1.25
32
168
76
15.87
403
25.70
653
14.00
355
12.50
318
10.62
270
12 x 0.88
12 x 22
1.44
36.5
328
149
16.50
419
31.96
812
15.88
404
15.00
381
13.00
330
12 x 1.00
12 x 25
1.62
41.5
504
228
17.99
457
38.18
970
17.88
454
17.50
445
15.25
387.5
16 x 1.12
16 x 29
1.88
48
728
330
19.76
502
44.88
1140
19.50
496
20.50
521
17.75
451
16 x 1.25
16 x 32
2.00
51
1025
465
2”50
2 1/2”65
3”80
4”100
6”150
8”200
10”250
12”300
lbs
kg
11
12
➉
➈
➇
➆
➅
➄➃
➂
nxD2b ➁ ➀
W
L
H
D
D1
Fig. 1
Tab l 1e
Tab l 2e
Tab l 3e
Symbol
RSP-OT
RSP-OT
Size
2” ... 24”
2" ... 12"
Class
150
300
Working Temperature
-29 °C ... +425°C
-29 °C ... +425°C
Test Pressure
Seat (air)
60 -100
4 - 7
60 - 100
4 - 7
150
300
Class
( F)°
( C)°
Working temperature
Shell
450
31
1125
78
Max. working pressure
-20...100
-29...38
285
19.6
740
51
200
93
260
17.9
675
46.5
300
149
230
15.8
655
45.1
400
204
200
13.7
635
43.7
500
260
170
11.7
600
41.3
600
316
140
9.6
550
37.9
700
371
110
7.5
535
36.8
800
425
80
5.5
410
28.2
psig
bar
psig
bar
Application
Service and Tests for carbon steel A 216 WCB
These valves are used as passing or stop valves in installations for water, steam, gas,petroleum products or for other similar fluids with low corrosive action, except hydrogen,hydrogen and hydrocarbons mixtures, aggressive agents containing sulphur, hydrogen
Constructive and functional characteristics
Execution
On request
type: bolted bonnet, outside screw and yoke;flexible wedge;rising stem with top sealing (backseat);full bore;flanged ends;shutting-off: by rotating the handwheel in clockwise direction;mounting position: doesn't matter.
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basic design according to API 600;face to face according to ANSI B 16.10;flanges according to ANSI B 16.5;flange facings: 0,06" raised face;pressure - temperature ratings according to ASME B 16.34;sheel wall thickness according to API 600;testing according to API 598;
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other basic design according to API 6 D;other sheel materials (see table 2, page A23 );other trim (see table 5, page A25 );other flange facings according to ANSI B 16.5;other type gasket body - bonnet (see table 6 page A25);lantern ring for class 300;drain tappings;by-pass;open and shut indicator;gear operation;electric motor operation;manufactured according to specification NACE MR 0175 for hydrogen sulphide and sour gas
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Cast Steel Gate Valves
12 100 4374 TMS
Low carbon steel / Graphite for 24"
Graphite10
11
No.
12
9
8
7
6
5
4
3
2
1
Bonnet
Gasket
Handwheel
Description Material
Packing
Yoke sleeve
Studs
Backseat
Nuts
Stem
Wedge6”- 24”
2”- 4”
Seat ring
Body A 16 WCB2
A 16 WCB2
A 16 WCB2
A 16 WCB2
A 193 B7
A 105
A 182 F 6a
A 182 F 6
A 439 D2
A 194 - 2H
13% Cr / 13% Cr
NETWEIGHT
Size inchmm
L
H
W
D
D1
n x D2
b
OV
ER
AL
LD
IME
NS
ION
S
Class 150
CO
NN
EC
TIO
NF
LA
NG
ES
inch
mm
inch
mm
inch
mm
inch
mm
inch
mm
inch
mm
inch
mm
7.00
178
14.29
363
7.88
200
6.00
152
4.75
120.5
4 x 0.75
4 x 19
0.62
16
46.3
21
7.50
190
14.57
370
7.88
200
7.00
178
5.50
139.5
4 x 0.75
4 x 19
0.69
17.5
59.5
27
8.00
203
16.93
430
9.75
248
7.50
190
6.00
152.5
4 x 0.75
4 x 19
0.75
19
81.5
37
9.00
229
19.68
500
9.75
248
9.00
229
7.50
190.5
8 x 0.75
8 x 19
0.94
24
119
54
10.50
267
25.00
635
11.88
302
11.00
279
9.50
241.5
8 x 0.88
8 x 22
1.00
25.4
185
84
11.50
292
29.84
758
14.00
355
13.50
343
11.75
298.5
8 x 0.88
8 x 22
1.12
28.5
275.6
125
13.00
330
35.55
903
15.88
404
16.00
406
14.25
362
12 x 1.00
12 x 25
1.19
30
431
198
15.00
381
46.90
1192
19.50
496
21.00
533
18.75
476
12 x 1.12
12 x 29
1.38
35
804
364
14.00
355
42.24
1073
17.88
454
19.00
483
17.00
432
12 x 1.00
12 x 25
1.25
32
598
272
16.00
406
52.60
1336
23.38
594
23.50
597
21.25
539.5
16 x 1.12
16 x 29
1.44
36.6
1090
490
17.00
432
58.97
1498
23.38
594
25.00
635
22.75
578
16 x 1.25
16 x 32
1.56
39.7
1433
650
18.00
457
66.50
1690
26.75
680
27.50
698
25.00
635
20 x 1.25
20 x 32
1.69
42.9
1896
860
20.00
508
77.40
1966
30.00
762
32.00
812.8
29.50
749.3
20 x 1.37
20 x 35
1.88
48
2688
1200
2”50
2 1/2”65
3”80
4”100
6”150
8”200
10”250
12”300
14”350
16”400
18”450
20”500
24”600
lbs
kg
NETWEIGHT
Size inchmm
L
H
W
D
D1
n x D2
b
OV
ER
AL
LD
IME
SIO
NS
Class 300
CO
NN
EC
TIO
NF
LA
NG
ES
inch
mm
inch
mm
inch
mm
inch
mm
inch
mm
inch
mm
inch
mm
8.50
216
15.03
382
7.88
200
6.50
165
5.00
127
8 x 0.75
8 x 19
0.88
22
62
28
9.51
241.5
15.55
395
7.88
200
7.50
190
5.88
149
8 x 0.88
8 x 22
1.00
25.4
88
40
11.14
283
17.70
450
9.75
248
8.25
210
6.62
168
8 x 0.88
8 x 22
1.12
28.5
115
52
12.01
305
20.15
512
9.75
248
10.00
254
7.88
200
8 x 0.88
8 x 22
1.25
32
168
76
15.87
403
25.70
653
14.00
355
12.50
318
10.62
270
12 x 0.88
12 x 22
1.44
36.5
328
149
16.50
419
31.96
812
15.88
404
15.00
381
13.00
330
12 x 1.00
12 x 25
1.62
41.5
504
228
17.99
457
38.18
970
17.88
454
17.50
445
15.25
387.5
16 x 1.12
16 x 29
1.88
48
728
330
19.76
502
44.88
1140
19.50
496
20.50
521
17.75
451
16 x 1.25
16 x 32
2.00
51
1025
465
2”50
2 1/2”65
3”80
4”100
6”150
8”200
10”250
12”300
lbs
kg
11
12
➉
➈
➇
➆
➅
➄➃
➂
nxD2b ➁ ➀
W
L
H
D
D1
Fig. 1
Tabl 1e
Tabl 2e
Tabl 3e
12 100 4374 TMS
Robinete cu sertar pan` din o]el
Simbol
RSP-OT
DN
2” ... 12”
Clasa
600
Temperatura de lucru
-29 °C ... +425°C
Presiuneade încercare
Temperatura de lucru
( F)°
( C)°
Presiunea
max. de
lucru
psig
bar
2225
153.4
-20...100
-29...38
1480
102.1
200
93
1350
93.1
300
149
1315
90.5
400
204
1270
87.6
500
260
1200
83.4
600
316
1095
75.5
700
371
1065
73.5
800
427
825
60
60 -100
4 - 7
Rezistenåã Etanæeitate(aer)
Utilizãri
Regim de lucru æi încercãri pentru A 216 WCB
Robinetele cu sertar panã, tijã ascendentã se utilizeazã în instalaåii pentru apã, abur, gaze,produse petroliere æi alte fluide asemãnãtoare cu acåiune corozivã slabã, exclusiv hidrogen,amestecuri de hidrogen æi hidrocarburi, medii agresive conåinând sulf, hidrogen sulfurat, etc.
Caracteristici constructive æi funcåionale
corp drept cu flanæe cu pierderi de presiune minime;organ de închidere: sertar panã, care poate fi monobloc sau flexibil;tija de acåionare: ascendentã nerotitoare cu filet exterior;închiderea robinetului se face prin rotirea roåii de manevrã în sensul acelor de ceasornic;poziåia de montaj: indiferentã.
●
●
●
●
●
Execuåie
execuåie conf. API 600;lungimi de construcåie conf. ANSI B 16.10;flanæe de legãturã conf. ANSI B 16.5;suprafaåa de etanæare la flanæe: bosaj 6,4 mm;presiunea de lucru funcåie de temperaturã conf. ASME B 16.34;probe æi încercãri conf. API 598;trim standard nr. 1 etanæare 13% Cr / 13% Cr.
●
●
●
●
●
●
●
La cerere
execuåie conf. API 6 D;alte materiale (conf. tab. 2, pag. A23);trim (conf. tab. 5, pag. A25);alte tipuri de suprafeåe de etanæare la flanæe conf. ANSI B 16.5;cu dop de golire;cu by-pass;cu lanternã ;cu indicator de poziåie închis - deschis;acåionat cu reductor manual sau electric;execuåie conf. NACE MR 0175 (conf. tab. 10, pag. A27).
●
●
●
●
●
●
●
●
●
●
10
11
Poz.
12
9
8
7
6
5
4
3
2
1
Capac
Garniturã
Roatã manevrã
Denumirea
Garniturã
Bucæã acåionare
Prezon
Bucæã capac
Piuliåã
Tijã
Sertar6”- 12”
2”- 4”
Inele etanæare
Corp
Oåel moale
Grafit
Material
A 16 WCB2
A 16 WCB2
A 16 WCB2
A 16 WCB2
A 193 B7
A 105
A 182 F 6a
A 182 F 6a
A 439 D2
A 194 - 2H
13% Cr / 13%Cr
MASANETÃ
DN inchmm
L
H
W
D1
D2
C
n x D3
b
DIM
EN
SIU
NI
DE
GA
BA
RIT
Dimensiuni
FL
AN
ÆE
DE
LE
GÃ
TU
RÃ
inch
mm
inch
mm
inch
mm
inch
mm
inch
mm
inch
mm
inch
mm
inch
mm
11.5
292
17.08
434
9.76
248
6.5
165.1
5
127
3.62
92
8 x 0.75
8 x 19
1
25.4
114.4
52
13
330
19.88
505
9.76
248
7.5
190.5
5.875
149.3
4.118
104.6
8 x 0.88
8 x 22
1.125
28.5
138.6
63
14
356
21.73
552
9.76
248
8.25
209.5
6.62
168.1
5
127
8 x 0.88
8 x 22
1.25
31.7
165
75
17
432
27
686
13.98
355
10.75
273
8.5
215.9
6.19
157.2
8 x 1.00
8 x 25
1.5
38.1
308
140
21.97
558
35.98
914
17.87
454
14
355.6
11.5
292.1
8.5
215.9
12 x 1.12
12 x 29
1.882
47.8
646.8
294
25.98
660
42
1067
19.53
496
16.5
419.1
13.75
349.2
10.618
269.7
12 x 1.25
12 x 32
2.189
55.6
1030
468
30.9
787
49.48
1257
23.2
589
20
508
17
431.8
12.7
323.8
16 x 1
16 x 35
2.5
63.5
1542
694
3/8
32.9
838
57.99
1473
26.7
678
22
558.8
19.25
489
15
381
20 x 1
20 x 35
2.62
66.7
2022
910
3/8
2”50
2 1/2”65
3”80
4”100
6”150
8”200
10”250
12”300
lbs
kg
11
12
➉
➈
➇
➆
➅
➄
➂
L
W
nxD3
D1
H
D2
C
b➁ ➀
➃
Fig. 1
* - În curs de omologare
Tab l 1e
Tab l 2e
* *
12 100 4374 TMS
Cast Steel Gate Valves
Symbol
RSP-OT
Size
2” ... 12”
Class
600
Working Temperature
-29 °C ... +425°C
Application
Service and Tests for carbon steel A 216 WCB
Constructive and functional characteristics
Execution
On request
The cast steel gate valves are used at installations for water, gas, petroleum products andother similar fluids with low corrosive action, except hydrogen, hydrogen and hydrocarbonsmixtures, aggressive agents containing sulphur, hydrogen sulphide etc.
type: bolted bonnet, outside screw and yoke;flexible wedge;rising stem with top sealing (backseat);full bore;flanged ends;shutting-off: by rotating the handwheel in clockwise direction;
●
●
●
●
●
●
basic design according to API 600;face to face according to ANSI B 16.10;flanges according to ANSI B 16.5;flange facings: 0,25" raised face;pressure - temperature ratings according to ASME B 16.34;sheel wall thickness according to API 600;testing according to API 598;
●
●
●
●
●
●
●
other basic design according to API 6 D;other sheel materials (see table 2, page A23 );other trim (see table 5, page A25 );other flange facings according to ANSI B 16.5;lantern ring;drain tappings;by pass;open and shut indicator;gear operation;electric motor operation;manufactured according to specification NACE MR 0175 for hydrogen sulphide and sour
●
●
●
●
●
●
●
●
●
●
●
Test PressureWorking temperature
( F)°
( C)°
Max.
working
pressure
psig
bar
2225
153.4
-20...100
-29...38
1480
102.1
200
93
1350
93.1
300
149
1315
90.5
400
204
1270
87.6
500
260
1200
83.4
600
316
1095
75.5
700
371
1065
73.5
800
427
825
60
60 -100
4 - 7
Shell Seat (air)
Low Carbon Steel
Graphite10
11
No.
12
9
8
7
6
5
4
3
2
1
Bonnet
Gasket
Handwheel
Description Material
Packing
Yoke sleeve
Studs
Backseat
Nuts
Stem
Wedge6”- 12”
2”- 4”
Seat Ring
Body A 16 WCB2
A 16 WCB2
A 16 WCB2
A 16 WCB2
A 193 B7
A 105
A 182 F 6a
A 182 F 6a
A 439 D2
A 194 - 2H
13% Cr / 13%Cr
NETWEIGHT
Size inchmm
L
H
W
D1
D2
C
n x D3
b
OV
ER
AL
LD
IME
NS
ION
S
Dimensions
CO
NN
EC
TIO
NF
LA
NG
ES
inch
mm
inch
mm
inch
mm
inch
mm
inch
mm
inch
mm
inch
mm
inch
mm
11.5
292
17.08
434
9.76
248
6.5
165.1
5
127
3.62
92
8 x 0.75
8 x 19
1
25.4
114.4
52
13
330
19.88
505
9.76
248
7.5
190.5
5.875
149.3
4.118
104.6
8 x 0.88
8 x 22
1.125
28.5
138.6
63
14
356
21.73
552
9.76
248
8.25
209.5
6.62
168.1
5
127
8 x 0.88
8 x 22
1.25
31.7
165
75
17
432
27
686
13.98
355
10.75
273
8.5
215.9
6.19
157.2
8 x 1.00
8 x 25
1.5
38.1
308
140
21.97
558
35.98
914
17.87
454
14
355.6
11.5
292.1
8.5
215.9
12 x 1.12
12 x 29
1.882
47.8
646.8
294
25.98
660
42
1067
19.53
496
16.5
419.1
13.75
349.2
10.618
269.7
12 x 1.25
12 x 32
2.189
55.6
1030
468
30.9
787
49.48
1257
23.2
589
20
508
17
431.8
12.7
323.8
16 x 1
16 x 35
2.5
63.5
1542
694
3/8
32.9
838
57.99
1473
26.7
678
22
558.8
19.25
489
15
381
20 x 1
20 x 35
2.62
66.7
2022
910
3/8
2”50
2 1/2”65
3”80
4”100
6”150
8”200
10”250
12”300
lbs
kg
11
12
➉
➈
➇
➆
➅
➄
➂
L
W
nxD3
D1
H
D2
C
b➁ ➀
➃
Fig. 1
* - to be homologated in 2001
Table 1
Table 2
* *
Robinete cu sertar din o]el forjat -tij` ascendent`
Simbol
RSP-OT
DN
1/4 ... 2 inch
6 ... 50 mm
Clasa
800
Temperatura de lucru
-20°F ... +800°F
-29°C ... +426°C
Utilizãri
Regim de lucru æi încercãri
bar
psig
Presiunea de încercareTemperatura de lucru
Rezistenåã
205
2975
Etanæeitate
cu aer
4 ... 7
60 ... 100
cu apã
150
2175
(°C)
(°F)
315.5
600
100.6
1460
399
750
92.7
1345
426
800
75
1100
-29 ... 38
-20 ... 100
136
1975
93.5
200
124
1800
149
300
120.6
1750
204.5
400
116.5
1690
12 100 4374 TMS
Robinetele din oåel forjat se utilizeazã în instalaåii pentru apã, gaze, produse petroliere saufluide similare cu corozivitate limitatã, exceptând hidrogenul, hidrogen æi hidrocarburicompuse, alte fluide agresive cu conåinut de sulf, hidrogen sulfurat etc.
Caracteristici constructive æi funcåionale
capac boltit, trecere redusã●
●
●
●
●
●
;tijã ascendentã, nerotitoare, cu filet exterior;sertar monobloc ;capete cu mufe soclu pentru sudurã;închiderea robinetelor se face prin rotirea roåii de manevrã în sensul acelor de ceasornic;poziåia de montaj: indiferentã.
alte tipuri de materiale (conf. tab. 12, pag. 29)●
●
●
●
●
;
alte trimuri (conf. tab. 5, pag.A23);
trecere liberã conf BS 5352;
cu capete filetate conf.ANSI B2.1;
materiale pentru garnituri fãrã azbest.
●
●
●
●
●
●
corespunde cerinåelor API 602;mufe soclu pentru sudurã conf. ANSI B 16.11;rating presiune - temperaturã conf. API 602;
teste æi încercãri conf. API 598;grosimi de perete conf. API 602;
trim standard nr. 1 etanæare 13% Cr /13% Cr.
La cerere
Execuåie
Material
Grafit
Aluminiu
Oåel carbon
A 194 - 2H
Inox 18.8 + azbest
A 182 F 6a
A 182 F 6a
A 182 F 6a
A 182 F 6a
A 182 F 6a + 13% Cr
A 194 2H
A 193 B7
A 439 D2
A 105 N
A 105 N
A 105 N
A 16 WCB sauA 536 Gr. 60-42-10
2Roatã manevrã
Denumirea
Sertar
Inel etanæare corp
Corp
Capac
Tijã
Piuliåa roåii
Piuliåã
Æurub
Piuliåã
Prezon
Garniturã
Garnitura tijei
Placã inscripåionare
Presetupã
Flanæã presetupã
Bucæã filetatã
Poz.
13
12
5
4
3
2
1
10
11
9
8
7
6
16
17
15
14
Dimensiuni
2”50
3/8”10
1/2”15
3/4”20
1”25
1 1/4”30
1 1/2”40
1/4”6
L
Hdeschis
b
masa
Tre
ce
rere
du
sã
Tre
ce
relib
erã
L
Hdeschis
W
W
B
B
C
D
D
masa
Tip DN
6.10155
9.8422504.96126
1.12628.61.9248.70.5012.719.8
96.69170
11.222856.061541.4436.51.9248.70.5012.725.311.5
6.69170
11.0232806.06154
1.43736.52.4161.20.6215.725.311.58.27210
13.193356.061541.8346.52.4161.20.6215.737.517
5.00127
8.8582254.96126
0.94424
1.6842.60.5012.711.0
56.10155
10.242604.961261.1328.61.6842.60.5012.719.8
9
4.33110
7.8742004.96126
0.68917.51.3333.80.5012.77.73.5
5.001279.252354.961260.9424
1.3333.80.5012.7115
3.5490
6.299160
3.54390
0.51213
1.0727.10.5012.74.42
4.331108.072054.961260.6917.51.0727.10.5012.77.73.5
3.1580
5.984152
3.54390
0.3749.5
0.8722
0.389.64.01.8
3.5490
6.341613.5490
0.5113
0.8722
0.389.64.42
2.7570
5.708145
2.75570
0.2797.1
0.6917.50.389.63.11.4
3.1580
5.981523.5490
0.379.5----
4.01.8
2.7570
5.7081452.7570
0.2797.1
0.5514.10.389.63.11.4
2.7570
5.791472.7570
0.287.1----
3.81.7
inch
mm
lb
kg
lb
kg
mm
inch
mm
inch
mm
inch
mm
inch
mm
inch
inch
mm
inch
mm
inch
mm
inch
mm
inch
mm
inch
mm
➉
➈
➇
➅
➄
➃
➂ ➁➀
➆
H
W
L
DN
-NP
T
D B
b
11
12
13
1415
16
17
Fig. 1
Tab l 1e
Tab l 2e
Forged Gate ValvesRising Stem
12 100 4374 TMS
Symbol
RSP-OT
Size
1/4 ... 2 inch
6 ... 50 mm
Class
800
Working Temperature
-20°F ... +800°F
-29°C ... +426°C
Forged gate valves are used as stop valves in installations for water, gas, petroleumproducts or for other similar fluids with low corrosive action, except hydrogen, hydrogen andhydrocarbons mixtures, and aggressive agents containing sulphur, hydrogen sulphide etc.
●
●
●
●
●
●
bolted bonnet, reduced bore;rising stem, unrotative outside screwed;solid wedge ;socket weld ends;shutting-off: by rotating the handwheel in clockwise direction;mounting position: doesn’t matter.
other sheel materials (see table 12, page A29 )●
●
●
●
;
other trim (see table 5, pageA25);
full bore according to BS 5352;
screwed ends according toANSI B2.1.
●
●
●
●
●
●
basic design: API 602;socket weld according to ANSI B 16.11;pressure - temperature ratings according to API 602;sheel wall thickness according to: API 602;testing according to API 598;trim standard: no. 1 main sealing 13% Cr /13% Cr.
Application
Constructive and functional characteristics
On request
Execution
Service and Tests for A105
bar
psig
Test PressureWorking temperature
Shell
205
2975
Seat
Air
4 ... 7
60 ... 100
Hydro
150
2175
(°C)
(°F)
315.5
600
100.6
1460
399
750
92.7
1345
426
800
75
1100
-29 ... 38
-20 ... 100
136
1975
93.5
200
124
1800
149
300
120.6
1750
204.5
400
116.5
1690
Material
Graphite
Aluminium
Carbon Steel
A 194 - 2H
Spiral wound 304 + graphite
A 182 F 6a
A 182 F 6a
A 182 F 6a
A 182 F 6a
A 182 F 6a + 13% Cr
A 194 2H
A 193 B7
A 439 D2
A 105 N
A 105 N
A 105 N
A 16 WCB orA 536 Gr. 60-42-10
2Handwheel
Description
Wedge
Seat Ring
Body
Bonnet
Stem
Set Screw
Stud Nuts
Studs
Stud Nuts
Cap Screws
Gasket
Packing
Name Plate
Gland
Gland Flange
Yoke Sleeve
No.
13
12
5
4
3
2
1
10
11
9
8
7
6
16
17
15
14
Dimensions
2”50
3/8”10
1/2”15
3/4”20
1”25
1 1/4”30
1 1/2”40
1/4”6
L
Hopen
b
weight
Re
du
ce
db
ore
Fu
llb
ore
L
Hopen
W
W
B
B
C
D
D
weight
Type Size
6.10155
9.8422504.96126
1.12628.61.9248.70.5012.719.8
96.69170
11.222856.061541.4436.51.9248.70.5012.725.311.5
6.69170
11.0232806.06154
1.43736.52.4161.20.6215.725.311.58.27210
13.193356.061541.8346.52.4161.20.6215.737.517
5.00127
8.8582254.96126
0.94424
1.6842.60.5012.711.0
56.10155
10.242604.961261.1328.61.6842.60.5012.719.8
9
4.33110
7.8742004.96126
0.68917.51.3333.80.5012.77.73.5
5.001279.252354.961260.9424
1.3333.80.5012.7115
3.5490
6.299160
3.54390
0.51213
1.0727.10.5012.74.42
4.331108.072054.961260.6917.51.0727.10.5012.77.73.5
3.1580
5.984152
3.54390
0.3749.5
0.8722
0.389.64.01.8
3.5490
6.341613.5490
0.5113
0.8722
0.389.64.42
2.7570
5.708145
2.75570
0.2797.1
0.6917.50.389.63.11.4
3.1580
5.981523.5490
0.379.5----
4.01.8
2.7570
5.7081452.7570
0.2797.1
0.5514.10.389.63.11.4
2.7570
5.791472.7570
0.287.1----
3.81.7
inch
mm
lb
kg
lb
kg
mm
inch
mm
inch
mm
inch
mm
inch
mm
inch
inch
mm
inch
mm
inch
mm
inch
mm
inch
mm
inch
mm
➉
➈
➇
➅
➄
➃
➂ ➁➀
➆
H
W
L
DN
-NP
T
D B
b
11
12
13
1415
16
17
Fig. 1
Table 1
Table 2
Simbol
RSP-TA-FcDN
2" ... 12"
Clasa
125; 250
Temperatura de lucru
-10 °C ... +232°C
-20°F ... +450°F
psig
bar
psig
bar
Clasade
presiune
Presiuneade încercare
Temperatura de lucruPresiuneamax. de
lucruRezistenåã
350
25
875
61
Etanæeitate
200
14
500
35
125
250
( F)
( C)
°
°
450
232
125
8.6
250
17.2
-20...150
-10...65
200
13.8
500
34.5
200
93
190
12.8
460
30.9
300
149
165
11.2
375
25.9
400
204
140
9.6
290
20.5
12 100 4374 TMS
Utilizãri
Caracteristici constructive æi funcåionale
●
●
●
●
●
●
●
corp tip plat;sertar monobloc;tijã ascendentã cu filet exterior, nerotativã;cu etanæare superioarã;flanæe plane cu rizuri;închiderea robinetelor se realizeazã prin rotirea roåii de manevrã în sensul acelor deceasornic;poziåia de montaj: indiferentã.
La cerere
alte materiale conf. A 126 cl B cu 3% Ni;alte trimuri: - etanæare: inox / inox;
garnitura corp - capac æi garnitura tijei se pot executa din materiale fãrã azbest.
●
●
●
- fontã / fontã;
Execuåie
corespunde cerinåelor MSS SP 70;
dimensiunile flanæelor conf. ANSI B16.1;flanæe plane cu rizuri;rating presiune - temperaturã conf. MSS SP 70;încercãri conf. MSS SP 70;etanæare bronz/bronz.
●
●
●
●
●
●
●
lungimi de construcåie conf. ANSI B16.10;
Regim de lucru æi încercãri
Robinetele cu sertar panã, tijã ascendentã se utilizeazã în instalaåii pentru apã, abur, gaze,produse petroliere æi alte fluide asemãnãtoare cu acåiune corozivã slabã, exclusiv hidrogen,amestecuri de hidrogen æi hidrocarburi, medii agresive conåinând sulf, hidrogen sulfurat, etc.
Robinete cu sertar din font` -tij` ascendent`
Material
A 126 cl B
Ænur azbest
Gr. 5
Oåel carbon
Gr. 5
Bronz
Bronz
Oåel inox
Alamã
Alamã
A126 cl B
A126 cl B
A126 cl B
A126 cl B
A126 cl B
A126 cl B
Marsit unit
Oåel carbon
Bronz
Alamã
Roatã manevrã
Denumirea
Bucæã capac
Bolå
Sertar
Inel etanæare corp
Corp
Capac
Æurub
Tijã
Arcadã
Presetupã
Æurub
Piuliåã specialã
Inel etanæare sertar
Piuliåã
Garniturã
Garnitura tijei
Piuliåa roåii
Piuliåã
Bucæã filetatã
20
Poz.
19
18
13
12
5
4
3
2
1
10
11
9
8
7
6
16
17
15
14
Dimensiuni
2”50
2 1/2”65
3”80
4”100
6”150
8”200
10”250
12”300
330.213
120547.4
406.416
406.416
361.914.25
12 x 25.412 x 1.0
30.31.19
198.345545718
127350.1
457.218
44517.5387
15.2516 x 29
16 x 1.1247.51.88376829
355.614
140555.3
457.218
482.619
431.817.00
12 x 25.412 x 1.0
31.81.25
292.6672
501.519.75148558.550820
52120.5451
17.7516 x 32
16 x 1.2550.52.00564
1245
292.111.599539.2
355.614
342.913.5
298.511.758 x 22
8 x 0.8828.51.12
126.2290
419.116.5106341.8
406.416
38115
33013.0
12 x 2512 x 141.31.62236520
266.510.579531.3
304.812
279.511
241.39.50
8 x 228 x 0.88
25.41.0
84.9187
403.215.982932.6
355.614
317.512.5270
10.628 x 22
8 x 0.8836.51.44152335
228.59
57822.825410
228.69
190.57.50
8 x 198 x 0.75
240.9447.2104
304.812.064525.4
304.812
25410
2007.88
8 x 228 x 0.88
31.71.2581.5180
203.28
48018.9
228.59
190.57.5
152.46
4 x 194 x 0.75
190.7532.772
292.611.550721.12509.85
209.68.251686.62
8 x 228 x 0.88
28.51.1254
119
190.57.541616.4
190.57.5
177.87
139.75.50
4 x 194 x 0.75
17.50.6924.554
241.39.543617.2
190.57.5
190.57.51495.88
8 x 228 x 0.88
251.003577
177.87
37014.6
190.57.5
152.46
120.64.75
4 x 194 x 0.75
160.6217.538.62168.540215.8
190.57.51656.5127
58 x 19
8 x 0.7522.20.882657
mm
inch
kg
lb
kg
lb
mm
inch
mm
inch
mm
inch
mm
inch
mm
inch
mm
inch
mm
inch
mm
inch
mm
inch
mm
inch
mm
inch
mm
inch
mm
inch
L
Hdeschis
D
nxd3
b
masa
d2
d1
125
250
L
Hdeschis
D
d2
nxd3
b
d1
masa
Clasa DN
D
L
d1
H
d2
nxd3
b
➉
➈
➇
12
13
14
15
➆
➅
➄
➃➂
➁➀
16
17
18
19
20
11
Fig. 1
Tab l 1e
Tab l 2e
12 100 4374 TMS
Cast Iron Gate ValvesRising Stem
Symbol
RSP-TA-Fc
Size
2" ... 12"
Class
125; 250
Working Temperature
-10 °C ... +232°C
-20°F ... +450°F
These valves are used as passing or stop valves in installations for water, steam, gas,petroleum products or for other similar fluids with low corrosive action, excepthydrogen, hydrogen and hydrocarbons mixtures, and aggressive agents containingsulphur, hydrogen sulphide etc.
●
●
●
●
●
●
flat type body;solid wedge;rising stem outside screw, unrotative;with top sealing (back seat);flanged ends;shutting-off: by rotating the handwheel in clockwise direction;
other sheel materials: A 126 cl B 3% Ni; ;other trim: - stainless / stainless main sealing;
●
●
- cast iron / cast iron main sealing.
basic design: MSS SP 70;
flange dimensions according to ANSI B16.1;flange facings: flat face;pressure - temperature ratings according to MSS SP 70;testing according to MSS SP 70;trim standard: bronze/bronze main sealing.
●
●
●
●
●
●
●
face to face according to ANSI B16.10;
Application
Constructive and functional characteristics
On request
Execution
Service and Tests
psig
bar
psig
bar
Classpressure
Test PressureWorking temperatureMax.
workingpressure. Shell
350
25
875
61
Seat
200
14
500
35
125
250
( F)
( C)
°
°
450
232
125
8.6
250
17.2
-20...150
-10...65
200
13.8
500
34.5
200
93
190
12.8
460
30.9
300
149
165
11.2
375
25.9
400
204
140
9.6
290
20.5
Material
A 126 cl B
Asbestos free
Gr. 5
Carbon steel
Gr. 5
Bronze
Bronze
Stainless steel
Brass
Brass
A126 cl B
A126 cl B
A126 cl B
A126 cl B
A126 cl B
A126 cl B
Asbestos free
Carbon steel
Bronze
Brass
Handwheel
Description
Back seat
Wedge Pin
Wedge
Body Seat Ring
Body
Bonnet
Body Bolt
Stem
Yoke
Follower
Gland Bolt
Wedge Nut
Wedge Ring
Body Nut
Body Gasket
Packing
Yoke Lock Nut
Gland Nut
Yoke Sleeve
20
No.
19
18
13
12
5
4
3
2
1
10
11
9
8
7
6
16
17
15
14
Dimensions
2”50
2 1/2”65
3”80
4”100
6”150
8”200
10”250
12”300
330.213
120547.4
406.416
406.416
361.914.25
12 x 25.412 x 1.0
30.31.19
198.345545718
127350.1
457.218
44517.5387
15.2516 x 29
16 x 1.1247.51.88376829
355.614
140555.3
457.218
482.619
431.817.00
12 x 25.412 x 1.0
31.81.25
292.6672
501.519.75148558.550820
52120.5451
17.7516 x 32
16 x 1.2550.52.00564
1245
292.111.599539.2
355.614
342.913.5
298.511.758 x 22
8 x 0.8828.51.12
126.2290
419.116.5106341.8
406.416
38115
33013.0
12 x 2512 x 141.31.62236520
266.510.579531.3
304.812
279.511
241.39.50
8 x 228 x 0.88
25.41.0
84.9187
403.215.982932.6
355.614
317.512.5270
10.628 x 22
8 x 0.8836.51.44152335
228.59
57822.825410
228.69
190.57.50
8 x 198 x 0.75
240.9447.2104
304.812.064525.4
304.812
25410
2007.88
8 x 228 x 0.88
31.71.2581.5180
203.28
48018.9
228.59
190.57.5
152.46
4 x 194 x 0.75
190.7532.772
292.611.550721.12509.85
209.68.251686.62
8 x 228 x 0.88
28.51.1254
119
190.57.541616.4
190.57.5
177.87
139.75.50
4 x 194 x 0.75
17.50.6924.554
241.39.543617.2
190.57.5
190.57.51495.88
8 x 228 x 0.88
251.003577
177.87
37014.6
190.57.5
152.46
120.64.75
4 x 194 x 0.75
160.6217.538.62168.540215.8
190.57.51656.5127
58 x 19
8 x 0.7522.20.882657
mm
inch
kg
lb
kg
lb
mm
inch
mm
inch
mm
inch
mm
inch
mm
inch
mm
inch
mm
inch
mm
inch
mm
inch
mm
inch
mm
inch
mm
inch
mm
inch
L
Hopen
D
nxd3
b
weight
d2
d1
125
250
L
Hopen
D
d2
nxd3
b
d1
weight
Class Size
D
L
d1
H
d2
nxd3
b
➉
➈
➇
12
13
14
15
➆
➅
➄
➃➂
➁➀
16
17
18
19
20
11
Fig. 1
Table 1
Table 2
12 100 4374 TMS
Robinete cu sertar din font` -tij` neascendent`
Simbol
RSP-TN-Fc
DN
2” ... 12”
Clasa
125
Temperatura de lucru
-10 °C ... +232°C-20 °F ... +450°F
Presiuneade încercare
Temperatura de lucru
( F)°
( C)°
Clasa depresiune
Presiuneamax. de
lucru
125psig
bar
Rezistenåã
350
25
-20...150
-10...65
200
13.8
200
93
190
12.8
300
149
165
11.2
400
204
140
9.6
450
232
125
8.6
Etanæeitate
200
14
●
●
●
●
●
●
corp tip plat;sertar monobloc;tijã neascendentã;flanæe plane simple;închiderea robinetelor se realizeazã prin rotirea roåii de manevrã în sensul acelor deceasornic;poziåia de montaj: indiferentã.
se pot utiliza alte materiale: A 126 cl B cu 3% Ni;alte trimuri: - etanæare inox/inox;
garnitura corp-capac æi garnitura tijei se pot executa din materiale fãrã azbest.
●
●
●
- etanæare fontã/fontã;
execuåie conf. MSS SP 70;
flanæe simple æi cu rizuri conf. ANSI B16.1;suprafaåã de etanæare flanæã - platã;rating presiune - temperaturã conf. MSS SP 70;probe conf. MSS SP 70;etanæare: bronz/bronz.
●
●
●
●
●
●
●
lungimi de construcåie conf. ANSI B16.10;
Regim de lucru æi încercãri
Caracteristici constructive æi funcåionale
Robinetele din fontã cu sertar cu tijã neascendentã se utilizeazã în instalaåii pentru apã,abur, gaze, produse petroliere æi alte fluide asemãnãtoare cu acåiune corozivã slabã,exclusiv hidrogen, amestecuri de hidrogen æi hidrocarburi, medii agresive conåinând sulf,hidrogen sulfurat.
Utilizãri
Execuåie
La cerere
Poz.
10
15
12
13
14
11
9
8
7
6
5
4
3
2
1
Material
Capac
Garniturã
Roatã manevrã
Denumirea
Cutie de etanæare
Garnitura tijei
Presetupã
Garniturã
Æurub
Piuliåã
Tijã
Piuliåã specialã
Inel etanæare sertar
Sertar
Inel etanæare corp
Corp
Alamã
Oåel carbon
Oåel carbon
Marsit unit
Marsit unit
ænur azbest
A 126 cl B
A 126 cl B
A 126 cl B
A 126 cl B
A 126 cl B
A 126 cl B
Bronz
Bronz
Bronz
DN
L
H
D
d1
d2
n x d3
b
Masa
ClasaDimensiuni
125
mm
inch
mm
inch
mm
inch
mm
inch
mm
inch
mm
inch
mm
inch
lbs
kg
177.8
7
283
11.2
190.5
7.5
152.4
6
120.6
4.75
4 x 0.75
16
0.63
16.5
36
4 x 19
190.5
7.5
310
12.2
190.5
7.5
177.8
7
139.7
5.50
4 x 0.75
17.5
0.69
19
42
4 x 19
203.2
8
355
14
228.5
9
190.5
7.5
152.4
6.00
4 x 0.75
19
0.75
30.4
67
4 x 19
228.5
9
420
16.5
254
10
228.5
9
190.5
7.50
8 x 0.75
24
0.95
44.5
98
8 x 19
266.7
10.5
520
20.5
304.8
12
279.5
11
241.3
9.50
8 x 0.88
25.5
1.00
77.5
171
8 x 22
292.1
11.5
630
24.8
355.6
14
342.9
13.5
298.5
11.75
8 x 0.88
28.5
1.12
114
250
8 x 22
330.2
13
745
29.3
406.4
16
406.4
16
361.9
14.25
12
12 x 1.00
30.3
1.19
175.5
390
x 25.4
355.6
14
835
32.9
457.2
18
482.6
19
431.8
17.00
12 x 25.4
12 x 1.00
31.8
1.25
272.5
600
2”50
2 1/2”65
3”80
4”100
6”150
8”200
10”250
12”300
➁➀
➆
➉
➈
➇
➅
➄➃➂
11
12
13
14
15
H
L
D
d1
d2
b
nxd
3
Fig. 1
Tab l 1e
Tab l 2e
12 100 4374 TMS
Cast Iron Gate ValvesNon Rising Stem
Symbol
RSP-TN-Fc
Size
2” ... 12”
Class
125
Working Temperature
-10 °C ... +232°C-20 °F ... +450°F
The cast iron gate valves with nonrising stem are used as passing or stop valves at
installations for water, gas, petroleum products and other similar products with low corrosive
action, except hydrogen, hydrogen sulphide etc.
Test PressureWorking temperature
( F)°
( C)°
Class
pressure
Max.
working
pressure
125psig
bar
Shell
350
25
-20...150
-10...65
200
13.8
200
93
190
12.8
300
149
165
11.2
400
204
140
9.6
450
232
125
8.6
Seat
200
14
●
●
●
●
●
●
flat type body;solid wedge;nonrising stem, inside screwed;flanged ends;shutting-off: by rotating the handwheel in clockwise direction;mounting position: doesn’t matter.
other sheel materials: A 126 cl B 3% Ni; ;other trim: - stainless / stainless main sealing;
●
●
- cast iron / cast iron main sealing.
Application
Service and Tests
Constructive and functional characteristics
On request
Execution
basic design: MSS SP 70;
flange dimensions according to ANSI B16.1;flange facings: flat face;pressure - temperature ratings according to MSS SP 70;testing according to MSS SP 70;trim standard: bronze/bronze main sealing.
●
●
●
●
●
●
●
face to face according to ANSI B16.10;
Size
L
H
D
d1
d2
n x d3
b
Weight
ClassDimensions
125
mm
inch
mm
inch
mm
inch
mm
inch
mm
inch
mm
inch
mm
inch
lbs
kg
177.8
7
283
11.2
190.5
7.5
152.4
6
120.6
4.75
4 x 0.75
16
0.63
16.5
36
4 x 19
190.5
7.5
310
12.2
190.5
7.5
177.8
7
139.7
5.50
4 x 0.75
17.5
0.69
19
42
4 x 19
203.2
8
355
14
228.5
9
190.5
7.5
152.4
6.00
4 x 0.75
19
0.75
30.4
67
4 x 19
228.5
9
420
16.5
254
10
228.5
9
190.5
7.50
8 x 0.75
24
0.95
44.5
98
8 x 19
266.7
10.5
520
20.5
304.8
12
279.5
11
241.3
9.50
8 x 0.88
25.5
1.00
77.5
171
8 x 22
292.1
11.5
630
24.8
355.6
14
342.9
13.5
298.5
11.75
8 x 0.88
28.5
1.12
114
250
8 x 22
330.2
13
745
29.3
406.4
16
406.4
16
361.9
14.25
12
12 x 1.00
30.3
1.19
175.5
390
x 25.4
355.6
14
835
32.9
457.2
18
482.6
19
431.8
17.00
12 x 25.4
12 x 1.00
31.8
1.25
272.5
600
2”50
2 1/2”65
3”80
4”100
6”150
8”200
10”250
12”300
➁➀
➆
➉
➈
➇
➅
➄➃➂
11
12
13
14
15
H
L
D
d1
d2
b
nxd
3
Fig. 1
Brass
Carbon Steel
Carbon Steel
Asbestos free
Asbestos free
Asbestos free
10
11
15
No.
12
13
14
9
8
7
6
5
4
3
2
1
Bonnet
Gasket
Handwheel
Description Material
Stuffing box
Packing
Follower
Body Gasket
Body Bolt
Body Nut
Stem
Wedge Nut
Wedge Ring
Wedge
Body Seat Ring
Body A 126 cl B
A 126 cl B
A 126 cl B
A 126 cl B
A 126 cl B
A 126 cl B
Bronze
Bronze
Bronze
Table 1
Table 2
Robinete cu ventil din o]el
Simbol
RIV-OT
Tip
Drept
DN
2”...10”
Clasa
150; 300
Temperatura de lucru
-20 °F ... +800°F
-29 °C ... +427°C
12 100 4374 TMS
Utilizãri
Regim de lucru æi încercãri pentru A216 WCB
Caracteristici constructive æi funcåionale
Execuåie
La cerere
tip: corp drept;●
●
●
●
●
●
●
●
●
●
●
tijã ascendentã, cu filet exterior;ptr. DN 10" clasa 150 æi DN 8"; 10" clasa 300, cu tijã nerotitoare;legãtura la conductã cu flanæe;organul de închidere:
- ventil conic;- ventil de descãrcare pentru DN 8”; 10” clasa 150 æi DN 6"; 8"; 10" clasa 300;
presiunea mediului de lucru se aplicã sub ventil pentru DN 2”- 6” clasa 150; æi DN 2”- 4”clasa 300;robinetele cu DN 8”; 10” clasa 150; DN 6"; 8"; 10" clasa 300 - presiunea mediului de lucruse aplicã deasupra ventilului;sensul de curgere este indicat printr-o sãgeatã marcatã pe corp;etanæare superioarã (pe bucæã);închiderea robinetelor se face prin rotirea roåii de manevrã în sensul acelor de ceasornic;poziåia de montaj: indiferentã.
execuåie conf. BS 1873;lungimi de construcåie conf. ANSI B16.10;flanæe de legãturã conf. ANSI B16.5 cu suprafaåa de etanæare cu umãr de 1,6 mm;rating presiune - temperaturã conf. ASME B16.34;grosimi de perete conf. API 600;teste conf. API 598;trim standard: nr. 1 cu etanæare 13% Cr / 13% Cr.
●
●
●
●
●
●
●
alte materiale (conf. tab. 2, pag. A23);cu alte trimuri (conf. tab. 5, pag. A25);cu alte suprafeåe de etanæare la flanæe conf. ANSI B16.5;cu alte tipuri de garnituri corp - capac (conf. tab. 6, pag. A25);cu indicator de poziåie;cu dop de golire;cu bypass;execuåie conf. NACE MR 0175 pt. hidrogen sulfurat æi gaze acide(conf. tab. 10, pag. A27).
●
●
●
●
●
●
●
●
Robinetele din oåel cu ventil se utilizeazã în instalaåii pentru apã, abur, gaze, produsepetroliere æi alte fluide asemãnãtoare cu acåiune corozivã slabã, exclusiv hidrogen, amestecuride hidrogen æi hidrocarburi, medii agresive conåinând sulf, hidrogen sulfurat.
Clasa Presiunea de încercareTemperatura de lucru
( F)° -20 ... 100 200 300 400 500 600 700 800
( C)° -29 ... 38 93 149 204 260 316 371 427
Presiunea max. de lucru
Psig.
bar
Psig.
bar
285 260 230 200 170 140 110 80
19.6 17.9 15.8 13.7 11.7 9.6 7.5 5.5
740 675 655 635 600 550 535 410
51 46.5 45.1 43.7 41.3 37.9 36.8 28.2
450
31
1125
78
315
22
815
57
315
22
815
57
150
300
EtanæeitatesuperioarãRezistenåã Etanæeitate
A 439 D2
Grafit
A 194 2H
Oåel moale
A 216 WCB
A 105 + 13% Cr
A 105 + 13% Cr
A 182 F6a
A 182 F6a
A 216 WCB
A 193 B7
Oåel carbon
Material
10
11
12
Poz.
9
8
7
6
5
4
3
2
1
Prezoane
Bucæã filetatã
Roatã manevrã
Denumirea
Piuliåe
Garnitura tijei
Capac
Garniturã
Bucæã
Tijã
Ventil
Inel etanæare corp
Corp
inch
mm
inch
mm
inch
mm
inch
mm
inch
mm
inch
mm
inch
mm
inch
mm
DN
L
H
W
D
D1
nxD2
b
2”
50
8.00
203
13.40
340
7.80
200
6.00
152
4.75
120.5
4 x 0.75
4 x 19
0.62
16
53
24
2 1/2”
65
8.50
216
15.00
382
9.80
248
7.00
178
5.50
139.5
4 x 0.75
4 x 19
0.69
17.5
71
32
3”
80
9.50
241
16.30
414
9.80
248
7.50
190
6.00
152.5
4 x 0.75
4 x 19
0.75
19
91
41
4”
100
11.50
292
18.30
465
11.80
302
9.00
229
7.50
190.5
8 x 0.75
8 x 19
0.94
24
143
65
6”
150
16.00
406
21.50
545
14.00
355
11.00
279
9.50
241.5
8 x 0.88
8 x 22
1.00
25.4
247
112
8”
200
19.50
495
23.60
600
15.80
404
13.50
343
11.75
298.5
8 x 0.88
8 x 22
1.12
28.5
392
178
10”
250
24.50
622
30.50
774
19.50
495
16.00
406
14.25
362
12 x 1.00
12 x 25
1.19
30
606
275
DIM
EN
SIU
NI
DE
GA
BA
RIT
Clasa 150
FL
AN
ÆE
DE
LE
GÃ
TU
RÃ
MA
SA
NETÃ lbs
kg
inch
mm
inch
mm
inch
mm
inch
mm
inch
mm
inch
mm
inch
mm
inch
mm
DN
L
H
W
D
D1
nxD2
b
2”
50
10.50
267
16.00
406
7.80
200
6.50
165
5.00
127
8 x 0.75
8 x 19
0.88
22
75
34
2 1/2”
65
11.50
292
17.60
447
9.80
248
7.50
191
5.88
149
8 x 0.88
8 x 22
1.00
25.4
99
45
3”
80
12.50
318
18.20
462
9.80
248
8.25
210
6.62
168
8 x 0.88
8 x 22
1.12
28.5
132
60
4”
100
14.00
356
21.10
535
14.00
355
10.00
254
7.88
200
8 x 0.88
8 x 22
1.25
32
209
95
6”
150
17.50
445
28.40
722
19.50
495
12.50
318
10.62
270
12 x 0.88
12 x 22
1.44
36.5
441
200
8”
200
22.00
559
34.60
879
23.40
594
15.00
381
13.00
330
12 x 1.00
12 x 25
1.62
41
694
315
10”
250
24.50
622
36.90
937
23.40
594
17.50
445
15.25
387.5
16 x 1.12
16 x 29
1.88
48
1009
458
DIM
EN
SIU
NI
DE
GA
BA
RIT
Clasa 300
FL
AN
ÆE
DE
LE
GÃ
TU
RÃ
MA
SA
NETÃ lbs
kg
➉➈
➇
➅
➄
➃
➂
➁
➀
➆
D1
D
nxD2
Lb
H
W
11
12
Pentru RIV-OT Pentru RIV-OTClasa 150; DN 10"Clasa 300; DN 8"; 10"
Clasa 150; DN 8" - 10"Clasa 300; DN 6" - 10"
Fig. 1
Fig. 2 Fig. 3
Tab l 1e
Tab l 2e Tab l 3e
Cast Steel Globe Valves
12 100 4374 TMS
Application
Service and Tests for carbon steel A216 WCB
Constructive and functional characteristics
Execution
On request
The cast steel globe valves are used in installations for water, steam, gas, petroleumproducts and other similar fluids with low corrosive action, except hydrogen, hydrogen andhydrocarbons mixtures, aggressive fluids containing sulphur, hydrogen sulphide etc.
type: straight body;●
●
●
●
●
●
●
●
●
●
●
rising stem, with external screw, rotative type;unrotative type for size 10" class 150 and size 8"; 10" class 300;flanged ends;stopper: - tapered disc;
- relief pressure disc for size 8”; 10” class 150; and size 6"; 8"; 10" class 300;the pressure of the working fluid is applied under the disc for size 2”- 6” class 150 and size2”- 4” class 300;the valves having the nominal size 8”; 10” class 150; size 6"; 8"; 10" class 300 - the pressureof the working fluid is applied above the disc;the flowing direction is indicated by an arrow marked on the body;with top seating (backseat);shutting-off: by rotating the handwheel in clockwise direction;mounting position: doesn't matter.
basic design according to BS 1873;face to face according to ANSI B16.10;flanges according to ANSI B16.5;flange facings 0.06" raised face;pressure - temperature ratings according to ASME B16.34;sheel wall thickness according to API 600;testing according to API 598;trim standard: no. 1 main sealing 13% Cr / 13% Cr.
●
●
●
●
●
●
●
●
other sheel materials (see table 2, page A23 );other trim (see table 5, page A25 );other flange facings according to ANSI B16.5;other type gasket body-bonnet (see table 6 page A25);open and shut indicator;drain tappings;by-pass;manufactured according to specification NACE MR 0175 for hydrogensulphide and sour gas service (see table 10, page A27).
●
●
●
●
●
●
●
●
Symbol
RIV-OT
Type
Straight
Size
2”...10”
Class
150; 300
Working Temperature
-20 °F ... +800°F
-29 °C ... +427°C
Class Test PressureWorking temperature
( F)° -20 ... 100 200 300 400 500 600 700 800
( C)° -29 ... 38 93 149 204 260 316 371 427
Max. working pressure
Psig.
bar
Psig.
bar
285 260 230 200 170 140 110 80
19.6 17.9 15.8 13.7 11.7 9.6 7.5 5.5
740 675 655 635 600 550 535 410
51 46.5 45.1 43.7 41.3 37.9 36.8 28.2
Shell
450
31
1125
78
Seat
315
22
815
57
Backseat
315
22
815
57
150
300
A 439 D2
Graphite
A 194 2H
Low Carbon Steel
A 216 WCB
A 105 + 13% Cr
A 105 + 13% Cr
A 182 F6a
A 182 F6a
A 216 WCB
A 193 B7
Carbon Steel
Material
10
11
12
No.
9
8
7
6
5
4
3
2
1
Studs
Yoke Bushing
Handwheel
Description
Stud Nuts
Packing
Bonnet
Gasket
Backseat
Stem
Disc
Seat Ring
Body
inch
mm
inch
mm
inch
mm
inch
mm
inch
mm
inch
mm
inch
mm
inch
mm
Size
L
H
W
D
D1
nxD2
b
2”
50
8.00
203
13.40
340
7.80
200
6.00
152
4.75
120.5
4 x 0.75
4 x 19
0.62
16
53
24
2 1/2”
65
8.50
216
15.00
382
9.80
248
7.00
178
5.50
139.5
4 x 0.75
4 x 19
0.69
17.5
71
32
3”
80
9.50
241
16.30
414
9.80
248
7.50
190
6.00
152.5
4 x 0.75
4 x 19
0.75
19
91
41
4”
100
11.50
292
18.30
465
11.80
302
9.00
229
7.50
190.5
8 x 0.75
8 x 19
0.94
24
143
65
6”
150
16.00
406
21.50
545
14.00
355
11.00
279
9.50
241.5
8 x 0.88
8 x 22
1.00
25.4
247
112
8”
200
19.50
495
23.60
600
15.80
404
13.50
343
11.75
298.5
8 x 0.88
8 x 22
1.12
28.5
392
178
10”
250
24.50
622
30.50
774
19.50
495
16.00
406
14.25
362
12 x 1.00
12 x 25
1.19
30
606
275
OV
ER
AL
LD
IME
NS
ION
S
Class 150
CO
NN
EC
TIO
NF
LA
NG
ES
NET
WEIG
HT
lbs
kg
inch
mm
inch
mm
inch
mm
inch
mm
inch
mm
inch
mm
inch
mm
inch
mm
Size
L
H
W
D
D1
nxD2
b
2”
50
10.50
267
16.00
406
7.80
200
6.50
165
5.00
127
8 x 0.75
8 x 19
0.88
22
75
34
2 1/2”
65
11.50
292
17.60
447
9.80
248
7.50
191
5.88
149
8 x 0.88
8 x 22
1.00
25.4
99
45
3”
80
12.50
318
18.20
462
9.80
248
8.25
210
6.62
168
8 x 0.88
8 x 22
1.12
28.5
132
60
4”
100
14.00
356
21.10
535
14.00
355
10.00
254
7.88
200
8 x 0.88
8 x 22
1.25
32
209
95
6”
150
17.50
445
28.40
722
19.50
495
12.50
318
10.62
270
12 x 0.88
12 x 22
1.44
36.5
441
200
8”
200
22.00
559
34.60
879
23.40
594
15.00
381
13.00
330
12 x 1.00
12 x 25
1.62
41
694
315
10”
250
24.50
622
36.90
937
23.40
594
17.50
445
15.25
387.5
16 x 1.12
16 x 29
1.88
48
1009
458
OV
ER
AL
LD
IME
NS
ION
S
Class 300
CO
NN
EC
TIO
NF
LA
NG
ES
NET
WEIG
HT
lbs
kg
➉➈
➇
➅
➄
➃
➂
➁
➀
➆
D1
D
nxD2
Lb
H
W
11
12
For RIV-OT For RIV-OTClass 150; Size 10"Class 300; Size 8"; 10"
Class 150; Size 8" - 10"Class 300; Size 6" - 10"
Fig. 1
Fig. 2 Fig. 3
Table 1
Table 2 Table 3
Robinete cu ventil dino]el forjat
Simbol
RIV-OT
RIV-OT-TS
Tip
Corp drept
trecere redusã
trecere liberã
DN
3/8”... 2”
1/4”... 2”
Clasa
800
800
Temperatura de lucru
-22 °F ... +850°F
-30 °C ... +454°C
-22 °F ... +850°F
-30 °C ... +454°C
12 100 4374 TMS
Presiuneade încercare
Temperatura de lucruPresiuneamax. de
lucru
psig
bar
-22..100 212 302 392 482 572 662 752 850(°F)
(°C) -30..100 100 150 200 250 300 350 400 454
3000
207
2200
152
2200
152
2002 1929 1885 1856 1769 1595 1407 1175 798
138 133 130 128 122 110 97 81 55
Rezis-tenåã
Etanæei-tate
Etanæeitatesuperioarã
Utilizãri
La cerere
capac cu prezoane;●
●
●
●
●
●
●
●
●
●
corp drept cu trecere redusã;tijã ascendentã cu filet exterior;cu etanæare superioarã;organul de închidere: ventil conic;presiunea mediului de lucru se aplicã sub ventil;sensul de curgere este indicat printr-o sãgeatã marcatã pe corp;cu mufe soclu pt. sudurã;închiderea robinetelor se face prin rotirea roåii de manevrã în sensul acelor de ceasornic;poziåia de montaj: indiferentã.
execuåie conf. BS 5352;mufe soclu pt sudurã conf. ANSI B 16.11;grosimi de perete pt. anvelopa sub presiune conf. BS 5352;
●
●
●
●
●
●
presiunea max. de lucru admisibilã în funcåie de temperaturã conf. BS 5352;teste conf. API 598;trim standard nr. 1 etanæare 13% Cr / 13% Cr.
alte materiale pentru anvelopa sub presiune (conf. tab. 12, pag. A29);alte trimuri (conf. tab. 5, pag. A25)
●
●
●
●
●
cu trecere standard (liberã);cu capete filetate conf. ANSI B 2.1;cu garnituri din materiale fãrã azbest.
Regim de lucru æi încercãri pentru A 105
Caracteristici constructive æi funcåionale
Execuåie
Robinetele din oåel cu ventil se utilizeazã în instalaåii pentru apã, abur, gaze, produsepetroliere æi alte fluide asemãnãtoare cu acåiune corozivã slabã, exclusiv hidrogen, amestecuride hidrogen æi hidrocarburi, medii agresive conåinând sulf, hidrogen sulfurat.
3/8
10
3.15
80
5.7
145
58
149
3.54
90
0.35
9
3/8
4.2
1.9
1/2
15
3.54
90
6.1
155
6.3
160
3.54
90
0.47
12
1/2
0.86
22
5.3
2.4
3/4
20
4.33
110
7.5
190
7.7
197
4.96
126
0.69
17.5
3/4
1.06
27
7.7
3.5
1
25
5
127
85
215
8.8
223
4.96
126
0.88
22.5
1
1.33
34
11.2
5.1
1 1/4
32
6.1
155
8.6
220
9.05
230
4.96
126
1.16
29.5
1 1/4
1.67
42.5
15
8.0
1 1/2
40
6.7
170
9.9
253
10.4
265
6.06
154
1.38
35
1 1/2
1.92
49
23.3
13.0
2
50
8.27
210
11.8
300
12.5
317
6.06
154
1.79
45.5
2
2.4
61
41.8
19
inch
mm
inch
mm
inch
mm
inch
mm
inch
mm
inch
mm
mm
inch
mm
DN
L
H
H1
W
D
NPT
d
DIM
EN
SIU
NI
DE
GA
BA
RIT
MA
SA
NETÃ lbs
kg
LE
GÃ
TU
RI
3/8
10
2.76
70
5.6
142
5.7
145
2.76
70
0.23
6
3/8
3.3
1.5
1/2
15
3.15
80
5.7
145
5.8
149
3.54
90
0.35
9
1/2
0.86
22
4.2
1.9
3/4
20
3.54
90
6.1
155
6.3
160
3.54
90
0.47
12
3/4
1.06
27
5.3
2.4
1
25
4.33
110
7.5
190
7.7
197
4.96
126
0.69
17.5
1
1.33
34
7.7
3.5
1 1/4
32
5
127
8.5
215
8.8
223
4.96
126
0.88
22.5
1 1/4
1.67
42.5
11.2
5.1
1 1/2
40
6.1
155
8.6
220
9.05
230
4.96
126
1.16
29.5
1 1/2
1.92
49
15
8.0
2
50
6.7
170
9.9
253
10.4
265
6.06
154
1.38
35
2
2.4
61
23.3
13.0
1/4
8
2.76
70
5.6
142
5.7
145
2.76
70
0.23
6
1/4
3.3
1.5
Trecere redusã Trecere liberã
A 193-B7
Grafit
A 105
A 105
A 216 WCB
A 182 F6a
A 182 F6a
A 182 F6a + 13% Cr
Inox 18.8 + azbest
A 194-2H
A 439 D2
Material
10
11
Poz.
9
8
7
6
5
4
3
2
1
Bucæã filetatã
Roatã manevrã
Denumirea
Garniturã
Prezon
Piuliåã
Capac
Garniturã
Tijã
Ventil
Inel etanæare
Corp
NP
T
D
➉
➈
➅
➆
➇
➄
➃
➂
➁
➀L
H
W
D
H1
11
d
Fig. 1 Fig. 3
Tab l 1e
Tab l 2e
Forged Steel Globe Valves
12 100 4374 TMS
Application
Service and Tests for A 105
Constructive and functional characteristics
Execution
On request
The forged steel globe valves are used in installations for water, steam, gas, petroleumproducts and other similar fluids with low corrosive action, except hydrogen, hydrogen andhydrocarbons mixtures, aggressive fluids containing sulphur, hydrogen sulphide etc.
bolted bonnet, straight type, reduced bore;●
●
●
●
●
●
●
●
rising stem with top sealing (backseat);stopper: tapered disc;the pressure of the working fluid is applied under the disc;the flowing direction is indicated by an arrow marked on the body;socket-weld ends;shutting-off: by rotating the handwheel in clockwise direction;mounting position: doesn't matter.
basic design according to BS 5352;socket - weld ends according to ANSI B 16.11;sheel wall thickness according to BS 5352;
●
●
●
●
●
pressure - temperature ratings according to BS 5352;testing according to API 598;
other sheel materials (see table 12, page A29 );other trim (see table 5, page A25 )
●
●
●
●
standard bore;threaded ends according to ANSI B 2.1.
Symbol
RIV-OT
RIV-OT-TS
Type
Straight:
reduced bore
standard bore
Size
3/8”... 2”
1/4”... 2”
Class
800
800
Working Temperature
-22 °F ... +850°F
-30 °C ... +454°C
-22 °F ... +850°F
-30 °C ... +454°C
Test PressureWorking temperatureMax.
working
pressure
psig
bar
-22..100 212 302 392 482 572 662 752 850(°F)
(°C) -30..100 100 150 200 250 300 350 400 454 Shell
3000
207
Seat
2200
152
Backseat
2200
152
2002 1929 1885 1856 1769 1595 1407 1175 798
138 133 130 128 122 110 97 81 55
3/8
10
3.15
80
5.7
145
58
149
3.54
90
0.35
9
3/8
4.2
1.9
1/2
15
3.54
90
6.1
155
6.3
160
3.54
90
0.47
12
1/2
0.86
22
5.3
2.4
3/4
20
4.33
110
7.5
190
7.7
197
4.96
126
0.69
17.5
3/4
1.06
27
7.7
3.5
1
25
5
127
85
215
8.8
223
4.96
126
0.88
22.5
1
1.33
34
11.2
5.1
1 1/4
32
6.1
155
8.6
220
9.05
230
4.96
126
1.16
29.5
1 1/4
1.67
42.5
15
8.0
1 1/2
40
6.7
170
9.9
253
10.4
265
6.06
154
1.38
35
1 1/2
1.92
49
23.3
13.0
2
50
8.27
210
11.8
300
12.5
317
6.06
154
1.79
45.5
2
2.4
61
41.8
19
inch
mm
inch
mm
inch
mm
inch
mm
inch
mm
inch
mm
mm
inch
mm
Size
L
H
H1
W
D
NPT
d
OV
ER
AL
LD
IME
NS
ION
SN
ET
WEIG
HT lbs
kg
CO
NN
EC
TIO
N
3/8
10
2.76
70
5.6
142
5.7
145
2.76
70
0.23
6
3/8
3.3
1.5
1/2
15
3.15
80
5.7
145
5.8
149
3.54
90
0.35
9
1/2
0.86
22
4.2
1.9
3/4
20
3.54
90
6.1
155
6.3
160
3.54
90
0.47
12
3/4
1.06
27
5.3
2.4
1
25
4.33
110
7.5
190
7.7
197
4.96
126
0.69
17.5
1
1.33
34
7.7
3.5
1 1/4
32
5
127
8.5
215
8.8
223
4.96
126
0.88
22.5
1 1/4
1.67
42.5
11.2
5.1
1 1/2
40
6.1
155
8.6
220
9.05
230
4.96
126
1.16
29.5
1 1/2
1.92
49
15
8.0
2
50
6.7
170
9.9
253
10.4
265
6.06
154
1.38
35
2
2.4
61
23.3
13.0
1/4
8
2.76
70
5.6
142
5.7
145
2.76
70
0.23
6
1/4
3.3
1.5
Reduced bore Standard bore
A 193-B7
Graphite
A 105
A 105
A 216 WCB
A 182 F6a
A 182 F6a
A 182 F6a + 13% Cr
Spiral wound 304 + graphite
A 194-2H
A 439 D2
Material
10
11
No.
9
8
7
6
5
4
3
2
1
Yoke Nut
Handwheel
Description
Stem Packing
Studs
Studs Nuts
Bonnet
Bonnet Gasket
Stem
Disc
Seat Ring
Body
NP
T
D
➉
➈
➅
➆
➇
➄
➃
➂
➁
➀L
H
W
D
H1
11
d
Fig. 1 Fig. 3
Table 1
Table 2
Robinete cu ventil din font`
Simbol
RIV-Fc
Tip
Corp dreptDN
2”... 6”
Clasa
125
Temperatura de lucru
14 °F ... +450°F-10 °C ... +232°C
Presiuneade încercare
Temperatura de lucruPresiuneamax. de
lucru
psig
bar
Rezistenåã
350
24
Etanæeitate
200
14
( F)°
( C)°
14...150
-10...65
200
13.8
212
100
190
12.8
250
121
175
12
300
150
165
11.2
350
180
150
10.4
400
204
140
9.6
425
218
130
8.8
450
232
125
8.6
12 100 4374 TMS
Utilizãri
Regim de lucru æi încercãri
Caracteristici constructive æi funcåionale
Execuåie
Robinetele din fontã cu ventil se utilizeazã în instalaåii pentru apã, abur, gaze, produsepetroliere æi alte fluide asemãnãtoare cu acåiune corozivã slabã, exclusiv hidrogen, amestecuride hidrogen æi hidrocarburi, medii agresive conåinând sulf, hidrogen sulfurat.
● tip: corp drept;organul de închidere: ventil conic;tijã ascendentã cu filet exterior;presiunea fluidului de lucru se aplicã sub ventil;sensul de curgere este indicat printr-o sãgeatã marcatã pe corp;închiderea robinetelor se face prin rotirea roåii de manevrã în sensul acelor de ceasornic;poziåia de montaj: indiferentã.
●
●
●
●
●
●
execuåia conf. MSS SP 85;lungimi de construcåie conf. ANSI B16.10;dimensiunile flanæelor de legãturã conf. ANSI B16.1 cu suprafaåa de etanæare planã;presiunea max. de lucru admisibilã în funcåie de temperaturã conf. MSS SP 85;teste conf. MSS SP 85;trim standard: etanæare Bronz / Bronz.
●
●
●
●
●
●
Alamã
ASTM A 126 clB
Material
ASTM A 126 clB
Oåel carbon
Ænur azbest
Oåel carbon
Marsit unit
Alamã
10
11
Poz.
9
8
7
6
5
4
32
1
Bucæã filetatã
Roatã manevrã
Denumirea
Prezon
Garniturã
Capac
Garniturã
Piuliåã
Tijã
Ineletanæare
Corp
Ventil
CorpASTM B62
ASTM A 126 clB
inch
mm
inch
mm
inch
mm
inch
mm
inch
mm
inch
mm
inch
mm
inch
mm
inch
mm
lbs
kg
DN
L
H
H1
Dr
d1
d2
n x d3
b
Masa netã
2”
50
8.00
203
9.50
240
10
255
6.50
165
6
152
4.75
120.5
4 x 0.75
4 x 19
0.62
16
38
17
2 1/2”
65
8.50
216
10
255
10.80
275
6.50
165
7
178
5.50
139.5
4 x 0.75
4 x 19
0.69
17.5
49
22
3”
80
9.50
241
11
280
12
305
7.50
190
7.50
190
6
152.5
4 x 0.75
4 x 19
0.75
19
64
29
4”
100
11.50
292
13.80
350
15
380
9
229
9
229
7.50
190.5
8 x 0.75
8 x 19
0.94
24
104
47
6”
150
14
355
17
435
19
480
12
305
11
279
9.50
241.5
8 x 0.88
8 x 22
1.00
25.4
187
85
➉
➈
➇
➅
➄
➃
➂
➁
➀
➆
11
H H1
d2
d1
DN
Lnxd3 b
Dr
Fig. 1
Tab l 1e
Tab l 2e
Cast Iron Globe Valves
12 100 4374 TMS
Application
Service and Tests
Constructive and functional characteristics
Execution
The cast iron globe valves are used in installations for water, steam, gas, petroleumproducts and other similar fluids with low corrosive action, except hydrogen, hydrogen andhydrocarbons mixtures and aggressive agents containing sulphur, hydrogen sulphide etc.
● type: straight body;stopper: tapered disc;rising stem with external screw;the pressure of the working fluid is applied under the disc;the flowing direction is indicated by an arrow marked on the body;shutting-off: by rotating the handwheel in clockwise direction;mounting position: doesn't matter.
●
●
●
●
●
●
basic design: MSS SP 85;face to face according to ANSI B16.10;flange dimensions according to ANSI B16.1;flange facings: flat face;pressure - temperature ratings according to MSS SP 85;testing according to MSS SP 85;trim standard: bronze / bronze main sealing.
●
●
●
●
●
●
●
Symbol
RIV-Fc
Type
StraightSize
2”... 6”
Class
125
Working Temperature
14 °F ... +450°F-10 °C ... +232°C
Test PressureWorking temperatureMax.
working
pressure
psig
bar
Shell
350
24
Seat
200
14
( F)°
( C)°
14...150
-10...65
200
13.8
212
100
190
12.8
250
121
175
12
300
150
165
11.2
350
180
150
10.4
400
204
140
9.6
425
218
130
8.8
450
232
125
8.6
Brass
ASTM A 126 clB
Material
ASTM A 126 clB
Carbon Steel
Graphite
Carbon Steel
Asbestos free
Brass
10
11
No.
9
8
7
6
5
4
32
1
Yoke Sleeve
Handwheel
Description
Studs
Stem Packing
Bonnet
Bonnet Gasket
Studs Nuts
Stem
Seat Ring
Body
DiscBody
ASTM B62
ASTM A 126 clB
inch
mm
inch
mm
inch
mm
inch
mm
inch
mm
inch
mm
inch
mm
inch
mm
inch
mm
lbs
kg
Size
L
H
H1
Dr
d1
d2
n x d3
b
Weight
2”
50
8.00
203
9.50
240
10
255
6.50
165
6
152
4.75
120.5
4 x 0.75
4 x 19
0.62
16
38
17
2 1/2”
65
8.50
216
10
255
10.80
275
6.50
165
7
178
5.50
139.5
4 x 0.75
4 x 19
0.69
17.5
49
22
3”
80
9.50
241
11
280
12
305
7.50
190
7.50
190
6
152.5
4 x 0.75
4 x 19
0.75
19
64
29
4”
100
11.50
292
13.80
350
15
380
9
229
9
229
7.50
190.5
8 x 0.75
8 x 19
0.94
24
104
47
6”
150
14
355
17
435
19
480
12
305
11
279
9.50
241.5
8 x 0.88
8 x 22
1.00
25.4
187
85
➉
➈
➇
➅
➄
➃
➂
➁
➀
➆
11
H H1
d2
d1
DN
Lnxd3 b
Dr
Fig. 1
Table 1
Table 2
Simbol
RRC - OT
DN
2" ... 12"
2" ... 12"
Clasa
150, 300
600
Temperatura de lucru
-20 °F ... 800°F; -29°C... 425°C
-20 °F ... 800°F; -29°C... 425°C
Presiunea de încercare
Presiunea max. de lucru Rezistenåã Etanæeitate
Clasa
300
600
150
(ºF)
(ºC)
700
371
-20...100
-29...38
200
93
285
19.6
740
51
1480
102.1
260
17.9
675
46.5
1350
93.1
230
15.8
655
45.1
1315
90.5
200
13.7
635
43.7
1270
87.6
170
11.7
600
41.3
1200
83.4
140
9.6
550
37.9
1095
75.5
110
7.5
535
36.8
1065
73.5
80
5.5
410
5.5
825
60
450
31
1125
78
2225
153.4
315
22
815
57
1628
112.3
300
149
400
204
500
260
600
316
800
425
psig
bar
psig
bar
psig
bar
Temperatura de lucru
12 100 4374 TMS
Regim de lucru æi încercãri
Robinetele cu clapã se utilizeazã ca armãturi de reåinere pentru apã, abur, produsepetroliere æi alte fluide asemãnãtoare cu acåiune corozivã slabã, exclusiv hidrogen,amestecuri de hidrogen æi hidrocarburi, medii agresive conåinînd sulf, hidrogen sulfurat etc.
asamblare corp-capac cu prezoane;corp cu flanæe;poziåia de montaj: orizontalã, cu sensul de curgere indicat pe corp cu o sãgeatã;cursã liberã.
●
●
●
●
construcåie conf. B.S. 1868;lungimi de construcåie conf. ANSI B 16.10;flanæe de legãturã conf. ANSI B 16.5;înãlåimea bosajului la flanæe 1,6 mm la clasa 150, 300 æi 6,4 mm la clasa 600;
●
●
●
●
●
●
●
●
presiunea în funcåie de temperaturã conf. ASME B 16.34;grosimi de perete conf. API 600;teste conf. API 598;etanæare principalã: trim 1 13% Cr / 13% Cr.
alte materiale pentru anvelopa sub presiune (conf. tab. 2, pag. A23);alte tipuri de etanæãri principale (conf. tab. 5, pag. A25);alte suprafeåe de etanæare flanæe laterale conf. ANSI B 16.5;alte tipuri de garnituri corp-capac la cl.150; 300, (conf. tab. 6, pag. A25);
●
●
●
●
●
●
●
dop de golire;cu by- pass;se pot fabrica conf. Specificaåiei NACE MR C175 pentru hidrogen sulfurat sau gazeacide (conf. tab. 10, pag. A27).
Caracteristici constructive æi funcåionale
Utilizãri
Execuåie
La cerere
Robinete de re]inerecu clap` din o]el
Material
A 216 WCB
A 105 (2"-6")
A 216 WCB (8"-12")
Oåel moale
3
4
5
10
Poz.
2
1
Inel etanæare clapã
Braå
Capac
Denumirea
Inel etanæare corp
Clapã
Corp
A 105 + 13% Cr
A 105 (2"-6")
A 216 WCB (8"-12")
A 105 (2"-6")
A 216 WCB (8"-12")
13% Cr
13% Cr
A 193 B7
A 194 2H
Ax6
7 Prezon
Piuliåã8
9 Garniturã
inch
mm
inch
mm
inch
mm
inch
mm
inch
mm
inch
mm
inch
mm
DN
L
H
D
D1
nxD2
b
2”
50
10.50
267
7.50
190
6.50
165
5.00
127
8x0.75
8x19
0.88
22
50.69
23
21/2”
65
11.50
292
8.09
205
7.50
190
5.88
149
8x0.88
8x22
1.00
25.5
72.75
33
3”
80
12.50
317.5
9.84
250
8.25
210
6.62
168
8x0.88
8x22
1.12
28.5
97.00
44
4”
100
14.00
356
11.22
285
10.00
254
7.88
200
8x0.88
8x22
1.25
32
143.31
65
6”
150
17.50
444.5
13.00
330
12.50
318
10.62
270
12x0.88
12x22
1.44
38.5
275.56
125
8”
200
21.00
533
15.16
385
15.00
381
13.00
330
12x1.00
12x25
1.62
41
496.03
225
10”
250
24.50
622
17.12
435
17.50
445
15.25
387.5
16 x 1.12
16 x 29
1.88
48
661.36
300
12”
300
28.00
711
20.09
510
20.50
521
17.75
451
16 x 1.25
16 x 32
2.00
51
992.06
450
DIM
EN
SIU
NI
DE
GA
BA
RIT
Clasa 300
MA
SA
NETÃ lbs
kg
FLA
NÆ
ED
ELE
GÃ
TU
RÃ
inch
mm
inch
mm
inch
mm
inch
mm
inch
mm
inch
mm
inch
mm
DN
L
H
D
D1
nxD2
b
2”
50
8.00
203
6.69
170
6.00
152
4.75
120.5
4x0.75
4x19
0.62
16
39.69
18
21/2”
65
8.50
216
7.47
190
7.00
178
5.50
139.5
4x0.75
4x19
0.69
17.5
52.91
24
3”
80
9.50
241
8.47
215
7.50
190
6.00
152.5
4x0.75
4x19
0.75
19
66.12
31.5
4”
100
11.50
292
8.88
225
9.00
229
7.50
190.5
8x0.75
8x19
0.94
24
112.44
51
6”
150
14.00
356
11.41
290
11.00
279
9.50
241.5
8x0.88
8x22
1.00
25.4
176.38
80
8”
200
19.50
495
13.38
340
13.50
343
11.75
298.5
8x0.88
8x22
1.12
28.5
319.66
145
10”
250
24.50
622
15.75
400
16.00
406
14.24
362
12 x 1.00
12 x 25
1.19
30
451.94
205
12”
300
27.50
698.5
17.53
445
19.00
483
17.00
432
12 x 1.00
12 x 25
1.25
32
692.25
314
DIM
EN
SIU
NI
DE
GA
BA
RIT
Clasa 150
FLA
NÆ
ED
ELE
GÃ
TU
RÃ
MA
SA
NETÃ lbs
kg
inch
mm
inch
mm
inch
mm
inch
mm
inch
mm
inch
mm
inch
mm
DN
L
H
D
D1
nxD2
b
2”
50
11.5
292
7.874
200
6.5
165.1
5
127
8 x 0.75
8 x 19
1
25.4
66
30
2 1/2”
65
13
330
8.5
216
7.5
190.5
5.875
149.3
8 x 0.88
8 x 22
1.125
28.5
99
45
3”
80
14
355
9.76
248
8.25
209.5
6.62
168.1
8 x 0.88
8 x 22
1.25
31.7
121
55
4”
100
17
432
11.614
295
10.75
273
8.5
215.9
8 x 1.00
8 x 25
1.5
38.1
227
103
6”
150
22
559
14.76
375
14
355.6
11.5
292.1
12 x 1.12
12 x 29
1.882
47.8
458
208
8”
200
26
660
17.12
435
16.5
419.1
13.75
349.2
12 x 1.25
12 x 32
2.189
55.6
845
384
10”
250
31
787
21.5
546
20
508
17
431.8
16 x 1.38
16 x 35
2.5
63.5
1056
480
12”
300
33
838
23
585
22
558.8
19.25
489
20 x 1.38
20 x 35
2.67
66.7
1540
700
Clasa 600
MA
SA
NETÃ lbs
kg
DIM
EN
SIU
NI
DE
GA
BA
RIT
FLA
NÆ
ED
ELE
GÃ
TU
RÃ
Tab l 1e
Tab l 2e Tab l 3e
Tab l 4e
* - În curs de omologare
➉
➈
➈
➇
➆
➅➄
➃➂➁➀
HD
nxD2
D1
L
pentru clasa 600
pentru clasa 600pentru clasa 150; 300
bb
Fig. 1
* *
12 100 4374 TMS
Cast Steel Swing Check Valves
Symbol
RRC - OT
Size
2" ... 12"
2" ... 12"
Class
150, 300
600
Working Temperature
-20 °F ... 800°F; -29°C... 425°C
-20 °F ... 800°F; -29°C... 425°C
The swing check valves are used as check valves for water, steam, gas, petroleum productsand other similar fluids with low corrosive action, except hydrogen, hydrogen andhydrocarbons mixtures, aggresive agents containing sulphur, hydrogen sulphide etc. Thesevalves will not allow the flowing of the fluid in reverse direction than that indicated by the arrow.
type: bolted cover;flanged ends;mounting position: horizontal, taking care of the flowing direction indicated by an arrowmarked on the body or in vertical position with down-up flow direction;free stroke.
●
●
●
●
basic design according to BS 1868;face to face according to ANSI B 16.10;flanges according to ANSI B 16.5;flange facings 0.06" raised face for class 150; 300 and 0.25" for class 600;
●
●
●
●
●
●
●
●
pressure - temperature ratings according to ASME B 16.34;shell wall thickness according to API 600;testing according to API 598;trim standard: trim 1 main sealing 13% Cr / 13% Cr.
other shell materials (see tab. 2, page A23 );other trim (see tab. 5, page A25);other flange facings according to ANSI B 16.5;other type gaskets body - bonnet for class 150; 300, (see table 6 page A25);
●
●
●
●
●
●
●
drain tappings;by pass;manufactured according to specification NACE MR 0175 for hydrogen sulphide and sourgas service (see tab. 10, page A27).
Application
Service and Tests
Execution
On request
Constructive and functional characteristics
Test Pressure
Max. working pressure (bar) Shell Seat
Class
300
600
150
(ºF)
(ºC)
700
371
-20...100
-29...38
200
93
285
19.6
740
51
1480
102.1
260
17.9
675
46.5
1350
93.1
230
15.8
655
45.1
1315
90.5
200
13.7
635
43.7
1270
87.6
170
11.7
600
41.3
1200
83.4
140
9.6
550
37.9
1095
75.5
110
7.5
535
36.8
1065
73.5
80
5.5
410
5.5
825
60
450
31
1125
78
2225
153.4
315
22
815
57
1628
112.3
300
149
400
204
500
260
600
316
800
425
psig
bar
psig
bar
psig
bar
Working temperature
Material
A 216 WCB
A 105 (2"-6")
A 216 WCB (8"-12")
Low Carbon Steel
3
4
5
10
No.
2
1
Seat Disc
Arm
Bonnet
Description
Seat ring
Disc
Body
A 105 + 13% Cr
A 105 (2"-6")
A 216 WCB (8"-12")
A 105 (2"-6")
A 216 WCB (8"-12")
13% Cr
13% Cr
A 193 B7
A 194 2H
Arm pin6
7 Studs
Studs Nuts8
9 Gasket
inch
mm
inch
mm
inch
mm
inch
mm
inch
mm
inch
mm
inch
mm
Size
L
H
D
D1
nxD2
b
2”
50
10.50
267
7.50
190
6.50
165
5.00
127
8x0.75
8x19
0.88
22
50.69
23
21/2”
65
11.50
292
8.09
205
7.50
190
5.88
149
8x0.88
8x22
1.00
25.5
72.75
33
3”
80
12.50
317.5
9.84
250
8.25
210
6.62
168
8x0.88
8x22
1.12
28.5
97.00
44
4”
100
14.00
356
11.22
285
10.00
254
7.88
200
8x0.88
8x22
1.25
32
143.31
65
6”
150
17.50
444.5
13.00
330
12.50
318
10.62
270
12x0.88
12x22
1.44
38.5
275.56
125
8”
200
21.00
533
15.16
385
15.00
381
13.00
330
12x1.00
12x25
1.62
41
496.03
225
10”
250
24.50
622
17.12
435
17.50
445
15.25
387.5
16 x 1.12
16 x 29
1.88
48
661.36
300
12”
300
28.00
711
20.09
510
20.50
521
17.75
451
16 x 1.25
16 x 32
2.00
51
992.06
450
OVE
RA
LL
DIM
EN
SIO
NS
Class 300
NET
WEIG
HT lbs
kg
CO
NN
EC
TIO
NFLA
NG
ES
inch
mm
inch
mm
inch
mm
inch
mm
inch
mm
inch
mm
inch
mm
Size
L
H
D
D1
nxD2
b
2”
50
8.00
203
6.69
170
6.00
152
4.75
120.5
4x0.75
4x19
0.62
16
39.69
18
21/2”
65
8.50
216
7.47
190
7.00
178
5.50
139.5
4x0.75
4x19
0.69
17.5
52.91
24
3”
80
9.50
241
8.47
215
7.50
190
6.00
152.5
4x0.75
4x19
0.75
19
66.12
31.5
4”
100
11.50
292
8.88
225
9.00
229
7.50
190.5
8x0.75
8x19
0.94
24
112.44
51
6”
150
14.00
356
11.41
290
11.00
279
9.50
241.5
8x0.88
8x22
1.00
25.4
176.38
80
8”
200
19.50
495
13.38
340
13.50
343
11.75
298.5
8x0.88
8x22
1.12
28.5
319.66
145
10”
250
24.50
622
15.75
400
16.00
406
14.24
362
12 x 1.00
12 x 25
1.19
30
451.94
205
12”
300
27.50
698.5
17.53
445
19.00
483
17.00
432
12 x 1.00
12 x 25
1.25
32
692.25
314
OVE
RA
LL
DIM
EN
SIO
NS
Class 150
CO
NN
EC
TIO
NFLA
NG
ES
NET
WEIG
HT lbs
kg
inch
mm
inch
mm
inch
mm
inch
mm
inch
mm
inch
mm
inch
mm
Size
L
H
D
D1
nxD2
b
2”
50
11.5
292
7.874
200
6.5
165.1
5
127
8 x 0.75
8 x 19
1
25.4
66
30
2 1/2”
65
13
330
8.5
216
7.5
190.5
5.875
149.3
8 x 0.88
8 x 22
1.125
28.5
99
45
3”
80
14
355
9.76
248
8.25
209.5
6.62
168.1
8 x 0.88
8 x 22
1.25
31.7
121
55
4”
100
17
432
11.614
295
10.75
273
8.5
215.9
8 x 1.00
8 x 25
1.5
38.1
227
103
6”
150
22
559
14.76
375
14
355.6
11.5
292.1
12 x 1.12
12 x 29
1.882
47.8
458
208
8”
200
26
660
17.12
435
16.5
419.1
13.75
349.2
12 x 1.25
12 x 32
2.189
55.6
845
384
Class 600
NET
WEIG
HT lbs
kg
OVE
RA
LL
DIM
EN
SIO
NS
CO
NN
EC
TIO
NFLA
NG
ES
➉
➈
➈
➇
➆
➅➄
➃➂➁➀
HD
nxD2
D1
L
for class 600
for class 600for class 150; 300
bb
Fig. 1
Table 1
Table 2 Table 3
Table 4
* - to be homologated in 2001
10”
250
31
787
21.5
546
20
508
17
431.8
16 x 1.38
16 x 35
2.5
63.5
1056
480
* 12”
300
33
838
23
585
22
558.8
19.25
489
20 x 1.38
20 x 35
2.67
66.7
1540
700
*
Robinete de re]inere din font`
Simbol
RRC- Fc
DN
2" ... 12"
Clasa
125
Temperatura de lucru
° °
° °
-20 F ... 450 F-10 C ... 232 C
Presiuneade încercare
Temperatura de lucru
( F)°
( C)°
Presiuneamax. de
lucru
psig
bar
-20...150
-29...65
200
13.8
212
100
190
12.8
121
250
175
12
150
300
165
11.2
180
350
150
10.4
204
400
140
9.6
420
218
130
8.8
232
450
8.6
120
Rezistenåã Etanæeitate
200
1424
350
12 100 4374 TMS
Regim de lucru æi încercãri
Robinetele de reåinere se utilizeazã ca armãturi de reåinere pentru apã, abur, gaze, produsepetroliere æi alte fluide asemãnãtoare cu acåiune corozivã slabã, exclusiv hidrogen,amestecuri de hidrogen æi hidrocarburi, medii agresive conåinînd sulf, hidrogen sulfurat etc.
corp cu flanæã;organ de obturare - clapã;cursã liberã;poziåia de montaj: orizontalã åinând seamã de sensul de curgere indicat de o sãgeatãmarcatã pe corpul robinetului, sau verticalã cu sens de curgere de jos în sus.
●
●
●
●
construcåie conf. MSS SP 71;lungimi de construcåie conf. ANSI B16.10;flanæe de legãturã conf. ANSI B 16.1;
●
●
●
●
●
●
●
suprafaåa de etanæare la flanæe de legãturã: planã;presiunea în funcåie de temperaturã conf. MSS SP 71;teste æi încercãri conf. MSS SP 71;etanæare principalã Bz / Bz.
alte materiale pentru anvelopa sub presiune: A 126 Cl. B 3% Ni;etanæare principalã: fontã / fontã;garnitura corp - capac fãrã azbest.
●
●
●
Caracteristici constructive æi încercãri
Utilizãri
Execuåie
La cerere
Material
3
4
5
Poz.
2
1
Braå
Capac
Denumirea
Inel etanæare
Clapã
Corp
AlamãAx
6
7
Æurub
Piuliåã
8
9
Garniturã
B 62
A 126 cl. B
A 126 cl. B
Marsit unit
A 105
Oåel moale
A 105
Oåel moale
inch
mm
inch
mm
inch
mm
inch
mm
inch
mm
inch
mm
inch
mm
DN
L
H
d1
d2
nxd3
b
2”
50
8.00
203.2
4.41
112
6.00
152.4
4.75
120.6
4x0.75
4x19
0.62
16
29
13
21/2”
65
8.50
215.9
5.31
135
7.00
177.8
5.50
139.7
4x0.75
4x19
0.69
17.5
35
16
3”
80
9.50
241.3
5.62
143
7.50
190.5
6.00
152.4
4x0.75
4x19
0.75
19
46
21
4”
100
11.50
291.1
6.97
177
9.00
228.6
7.50
190.5
8x0.75
8x19
0.94
23.4
75
34
6”
150
14.00
355.6
8.47
215
11.00
279.4
9.50
241.3
8x0.88
8x22.5
1.00
25.4
133
60
8”
200
19.50
495.3
11.22
285
13.50
342.9
11.75
298.4
8x0.88
8x22.5
1.12
28.6
265
120
10”
250
24.50
622.3
13.81
351
16.00
406.4
14.25
361.9
12x1.00
12x25.5
1.19
30.1
408
185
12”
300
27.50
698.2
14.65
372
19.00
482.6
17.00
431.8
12x1.00
12x25.5
1.25
31.8
650
295
DIM
EN
SIU
NI
DE
GA
BA
RIT
FLA
NÆ
ED
ELE
GÃ
TU
RÃ
MA
SA
NETÃ lbs
kg
➈
➇➆➅ ➄ ➃
➂
➁
➀
H
L
nxd3b
d1
d2D
N
Fig. 1
Tab l 1e
Tab l 2e
Cast Iron Swing Check Valves
12 100 4374 TMS
Symbol
RRC- Fc
Size
2" ... 12"
Class
125
Working Temperature
° °
° °
-20 F ... 450 F-10 C ... 232 C
The swing check valves are used as check valves for water, steam, gas, petroleumproducts and other similar fluids with low corrosive action, except hydrogen, hydrogen andhydrocarbons mixtures, aggresive agents containing sulphur, hydrogen sulphide etc.
flanged body;stopper: flat disc;free stroke;mounting position: horizontal, taking care of the flowing direction indicated by an arrowmarked on the body or vertical position with down - up flow direction.
●
●
●
●
basic design according to MSS SP 71;face to face according to ANSI B16.10;flange dimensions according to ANSI B 16.1;
●
●
●
●
●
●
●
flange facings: flat face;pressure - temperature ratings according to MSS SP 71;testing according to MSS SP 71;trim standard: bronze / bronze main sealing.
other sheel material: A 126 cl. B 3% Ni;other trim: cast iron / cast iron main sealing.
●
●
Application
Service and Tests
Execution
On request
Constructive and functional characteristics
Test PressureWorking temperature
( F)°
( C)°
Max.
working
pressure
psig
bar
-20...150
-29...65
200
13.8
212
100
190
12.8
121
250
175
12
150
300
165
11.2
180
350
150
10.4
204
400
140
9.6
420
218
130
8.8
232
450
8.6
120
Shell Seat
200
1424
350
Material
3
4
5
No.
2
1
Arm
Bonnet
Description
Seat Ring
Disc
Body
BrassArm pin
6
7
Studs
Studs Nuts
8
9
Gasket
B 62
A 126 cl. B
A 126 cl. B
Asbestos free
A 105
Carbon steel
A 105
Carbon steel
inch
mm
inch
mm
inch
mm
inch
mm
inch
mm
inch
mm
inch
mm
Size
L
H
d1
d2
nxd3
b
2”
50
8.00
203.2
4.41
112
6.00
152.4
4.75
120.6
4x0.75
4x19
0.62
16
29
13
21/2”
65
8.50
215.9
5.31
135
7.00
177.8
5.50
139.7
4x0.75
4x19
0.69
17.5
35
16
3”
80
9.50
241.3
5.62
143
7.50
190.5
6.00
152.4
4x0.75
4x19
0.75
19
46
21
4”
100
11.50
291.1
6.97
177
9.00
228.6
7.50
190.5
8x0.75
8x19
0.94
23.4
75
34
6”
150
14.00
355.6
8.47
215
11.00
279.4
9.50
241.3
8x0.88
8x22.5
1.00
25.4
133
60
8”
200
19.50
495.3
11.22
285
13.50
342.9
11.75
298.4
8x0.88
8x22.5
1.12
28.6
265
120
10”
250
24.50
622.3
13.81
351
16.00
406.4
14.25
361.9
12x1.00
12x25.5
1.19
30.1
408
185
12”
300
27.50
698.2
14.65
372
19.00
482.6
17.00
431.8
12x1.00
12x25.5
1.25
31.8
650
295
OVE
RA
LL
DIM
EN
SIO
NS
CO
NN
EC
TIO
NFLA
NG
ES
NET
WEIG
HT lbs
kg
➈
➇➆➅ ➄ ➃
➂
➁
➀
H
L
nxd3b
d1
d2D
N
Fig. 1
Table 1
Table 2
Simbol
ROS
DN
1 1/2” ... 6”
Clasa
150; 300
Temperatura de lucru
-29 °C ... +200°C-20 °F ... +400°F
Presiunea de încercareTemperatura de lucruClasa depresiune
Presiuneamax. de
lucru Rezistenåã Etanæeitate
cu apã cu aer
60...100
4...7
60...100
5...7
450
30
1125
77
325
22
825
56
150
300
bar
bar
psig
psig
260
17.9
675
46.5
200
93
200
13.7
635
43.7
400
200
300
149
230
15.8
655
45.1
-20 ... 100
-29 ... 38
285
19.6
740
51
( F)°
( C)°
12 100 4374 TMS
Execuåie
La cerere
lungimi de construcåie conform: ANSI B16.10;flanæe de legãturã conform: ANSI B16.5;suprafaåã de etanæare la flanæe cu rizuri;teste de încercãri conform: API 598;etanæare 304 / PTFE.
●
●
●
●
●
etanæare: - 316 / PTFE;- AM / PTFE;- 316 / PTFE + grafit;- 304 / PTFE + grafit;
suprafeåe de etanæare la flanæe de legãturã conform ANSI B16.5;cu trecere redusã 3"x 2"; 4"x 3"; 6"x 4", clasa 150 æi 300;
●
●
●
corp cu flanæe;trecere liberã;organul de închidere: sferã cu douã cãi;sensul de curgere: indiferent;
●
●
●
●
●
●
închiderea æi deschiderea se realizeazã cu ajutorul manetei prin rotire cu 90poziåia de montaj: indiferentã.
°;
Caracteristici constructive æi funcåionale
Utilizãri
Robinetele cu sferã din oåel se utilizeazã ca armãturi de închidere pentru apã, gaze,produse petroliere æi alte fluide asemãnãtoare cu acåiune corozivã slabã, exclusivhidrogen, amestecuri de hidrogen æi hidrocarburi, medii agresive conåinând sulf,hidrogen sulfurat.
Regim de lucru æi încercãri
Robinete cu sfer` din o]el
Material
A 304
PTFE
PTFE
Marsit unit
A 304
PTFE
A 304
A 216 WCB
A 216 WCB
Gr. B 7
Gr. 2H
Poz.
11
10
9
8
7
6
5
4
3
2
1
Denumirea
Presetupã
Garniturã
Inel
Garniturã
Tijã
Scaun
Sferã
Corp
Flanæã corp
Prezon
Piuliåã
Masa netã(kg)b
15.2
23.6
74.8
43.6
52.5
71.4
86
113.5
180.5
24
33.5
112.3
51.1
78.9
87.3
115.3
172
233
W
6.9
10.7
34
19.8
24.0
32.4
39.0
51.5
82.0
Hinfn x d3d1
155
165
190
210
210
254
254
318
318
127
152
178
190
190
229
229
280
280
d2Clasa
L
300
* - În curs de omologare
150
DNmm lbkg
190
216
241
283
283
305
305
403
403
165
178
190
203
203
229
229
267
394
mm
3.88
4.74
5.5
6.0
6.0
7.5
7.5
9.5
9.5
4.5
5.0
5.88
6.63
6.63
7.88
7.88
10.63
10.63
inch
6.1
6.5
7.5
8.26
8.26
10.0
10.0
12.5
12.5
5.0
5.98
7.0
7.5
7.5
9.0
9.0
11.02
11.02
inch
6.5
7.0
7.5
8.0
8.0
9.0
9.0
10.5
15.5
7.5
8.5
9.5
11.14
11.14
12.0
12.0
15.88
15.88
inch
98.5
120.5
139.5
152.5
152.5
190.5
190.5
241.5
241.5
114.5
127
149
168.5
168.5
200
200
270
270
mm
4.14
5.15
6.77
5.15
6.85
6.85
8.8
8.8
11.6
4.14
5.15
6.77
5.15
6.85
6.85
9.0
9.0
12
inch
17.5
19
22
24
24
24
24
25.5
25.5
21
22.5
25.4
29
32
32
37
37
29
mm
0.68
0.75
0.88
0.95
0.95
0.95
0.95
1.0
1.0
0.82
0.88
1.0
1.14
1.14
1.25
1.25
1.45
1.45
inch
4 x 16
4 x 20
4 x 20
4 x 20
4 x 20
8 x 20
8 x 20
8 x 22
8 x 22
4 x 22
8 x 20
8 x 22
8 x 22
8 x 22
8 x 22
8 x 22
12 x 22
12 x 22
mm
4 x 0.63
4 x 0.78
4 x 0.78
4 x 0.78
4 x 0.78
8 x 0.78
8 x 0.78
8 x 0.88
8 x 0.88
4 x 0.88
8 x 0.78
8 x 0.88
8 x 0.88
8 x 0.88
8 x 0.88
8 x 0.88
12 x 0.88
12 x 0.88
inch
105
131
172
131
174
174
223.5
223.5
295
105
131
172
131
174
174
228.5
228.5
305
mm
11.5
15.2
51
23.2
35.8
39.6
54.0
78.0
118.0
230
230
389
230
390
390
700
700
1100
mm
230
230
389
230
390
390
700
700
1100
9.05
9.05
15.31
9.05
15.35
1 35
27.56
27.56
43.30
5.
inch
9.05
9.05
15.31
9.05
15.35
15.35
27.56
27.56
43.30
1 1/2''
2''
2 1/2"
3''x 2''
3''
4''x 3''
4''
6''x 4''
6''
➉➈
➇
➅➄➃➂
➀
➁
➆
d1
d2
b
L
W
H
DN
nxd3
Fig. 1
Tab l 1e
Tab l 2e
1 1/2''
2''
2 "
3''x 2''
3''
4''x 3''
4''
6''x 4''
6''
1/2*
12 100 4374 TMS
Cast Steel Ball Valves
face to face: ANSI B16.10;flanges dimensions according to ANSI B16.5;flange facings: 0.06" raised face;testing according to API 598;trim standard 304 / teflon PTFE.
●
●
●
●
●
other trim: - 316 / PTFE;- bronze / PTFE;- 316 / PTFE + graphite;- 304 / PTFE + graphite;
other flange facings according to ANSI B16.5;reduced bore 3"x 2"; 4"x 3"; 6"x 4", class 150, 300.
●
●
●
flanged ends;●
●
●
●
●
●
full bore;
stopper: two ways ball;
flowing direction: doesn't matter;
closed and open position are accomplished by rotating the lever at 90°;
mounting position: doesn't matter.
Cast steel ball valves are used as stop valves for water, gas, petroleum products andother similar fluids with low corrosive action, except hydrogen, hydrogen andhydrocarbons mixtures, aggressive agents containing sulphur, hydrogen sulphide etc.
Execution
On request
Constructive and functional characteristics
Application
Service and Tests
Symbol
ROS
Size
1 1/2” ... 6”
Class
150; 300
Working Temperature
-29 °C ... +200°C-20 °F ... +400°F
Test PressureWorking temperatureClass
pressure
Max.
working
pressure Shell Seat AirSeat Hydro
60...100
4...7
60...100
5...7
450
30
1125
77
325
22
825
56
150
300
bar
bar
psig
psig
260
17.9
675
46.5
200
93
200
13.7
635
43.7
400
200
300
149
230
15.8
655
45.1
-20 ... 100
-29 ... 38
285
19.6
740
51
( F)°
( C)°
Material
A 304
PTFE
PTFE
Asbestos free
A 304
PTFE
A 304
A 216 WCB
A 216 WCB
Gr. B 7
Gr. 2H
No.
11
10
9
8
7
6
5
4
3
2
1
Description
Gland
Gland packing
Thrust bearing
Gasket
Stem
Seats
Ball
Body
Body cap
Studs bolts
Nuts
Weight (kg)b
15.2
23.6
74.8
43.6
52.5
71.4
86
113.5
180.5
24
33.5
112.3
51.1
78.9
87.3
115.3
172
233
W
6.9
10.7
34
19.8
24.0
32.4
39.0
51.5
82.0
Hinfn x d3d1
155
165
190
210
210
254
254
318
318
127
152
178
190
190
229
229
280
280
d2Class
L
300
* - to be homologated in 2001
150
Sizemm lbkg
190
216
241
283
283
305
305
403
403
165
178
190
203
203
229
229
267
394
mm
3.88
4.74
5.5
6.0
6.0
7.5
7.5
9.5
9.5
4.5
5.0
5.88
6.63
6.63
7.88
7.88
10.63
10.63
inch
6.1
6.5
7.5
8.26
8.26
10.0
10.0
12.5
12.5
5.0
5.98
7.0
7.5
7.5
9.0
9.0
11.02
11.02
inch
6.5
7.0
7.5
8.0
8.0
9.0
9.0
10.5
15.5
7.5
8.5
9.5
11.14
11.14
12.0
12.0
15.88
15.88
inch
98.5
120.5
139.5
152.5
152.5
190.5
190.5
241.5
241.5
114.5
127
149
168.5
168.5
200
200
270
270
mm
4.14
5.15
6.77
5.15
6.85
6.85
8.8
8.8
11.6
4.14
5.15
6.77
5.15
6.85
6.85
9.0
9.0
12
inch
17.5
19
22
24
24
24
24
25.5
25.5
21
22.5
25.4
29
32
32
37
37
29
mm
0.68
0.75
0.88
0.95
0.95
0.95
0.95
1.0
1.0
0.82
0.88
1.0
1.14
1.14
1.25
1.25
1.45
1.45
inch
4 x 16
4 x 20
4 x 20
4 x 20
4 x 20
8 x 20
8 x 20
8 x 22
8 x 22
4 x 22
8 x 20
8 x 22
8 x 22
8 x 22
8 x 22
8 x 22
12 x 22
12 x 22
mm
4 x 0.63
4 x 0.78
4 x 0.78
4 x 0.78
4 x 0.78
8 x 0.78
8 x 0.78
8 x 0.88
8 x 0.88
4 x 0.88
8 x 0.78
8 x 0.88
8 x 0.88
8 x 0.88
8 x 0.88
8 x 0.88
12 x 0.88
12 x 0.88
inch
105
131
172
131
174
174
223.5
223.5
295
105
131
172
131
174
174
228.5
228.5
305
mm
11.5
15.2
51
23.2
35.8
39.6
54.0
78.0
118.0
230
230
389
230
390
390
700
700
1100
mm
230
230
389
230
390
390
700
700
1100
9.05
9.05
15.31
9.05
15.35
1 35
27.56
27.56
43.30
5.
inch
9.05
9.05
15.31
9.05
15.35
15.35
27.56
27.56
43.30
1 1/2''
2''
2 1/2"
3''x 2''
3''
4''x 3''
4''
6''x 4''
6''
➉➈
➇
➅➄➃➂
➀
➁
➆
d1
d2
b
L
W
H
DN
nxd3
Fig. 1
Table 1
Table 2
1 1/2''
2''
2 "
3''x 2''
3''
4''x 3''
4''
6''x 4''
6''
1/2*
Specificaåii generale pentru formaconstructivã æi grosimi de peretepentru anvelopa sub presiuneRating Presiune - TemperaturãDimensiuni faåã la faåãDimensiuni cap la cap
Dimensiuni flanæe de capãtSuprafeåe de etanæare pentru garniturã
Denumire
API 600
ASME B16.34
ANSI B16.10
ANSI B16.5
Standard American
BS 1414 ( )BS 1873 ( )
BS 1868 ( )
rob. cu sertarrob. cu ventil
rob. de reåinereBS 1560
BS 2080
BS 1560
Standard Britanic
Specificaåii constructive
Tabel 1
Tabel 2
Materiale pentru anvelopa sub presiune
Specificaåie ASTM Tip material Temperatura de funcåionare°F * (°C)
-20°F (-29°C) - minimum
800°F (427°C) - maximum
-20°F (-29°C) - minimum
1000°F (537°C) - maximum
-20°F (-29°C) - minimum
1000°F (537°C) - maximum
-50°F (-46°C) - minimum
650°F (343°C) - maximum
-50°F (-46°C) - minimum
650°F (343°C) - maximum
-75°F (-59°C) - minimum
650°F (343°C) - maximum
-100°F (-73°C) - minimum
650°F (343°C) - maximum
-320°F (-196°C) - minimum
1000°F (537°C) - maximum
-320°F (-196°C) - minimum
1000°F (537°C) - maximum
A 216 WCB
A 217 WC6
A 217 C5
A 352 LCB
A 352 LCC
A 352 LC1
A 352 LC2
A 351 CF8
A 351 CF 8M
Oåel carbon
Oåel carbon
Oåel carbon
1 1/4 Cr - 1/2 Mo
5 Cr - 1/2 Mo
C - 1/2 Mo
2 1/2 Ni
18 Cr - 10 Ni
18 Cr - 10 Ni - 2 Mo
În afarã de materialul standard ASTM A 216 WCB, mai poate executa armãturi din urmãtoareleoåeluri turnate:
IAIFO
* Pentru detalii privind rating presiune - temperaturã la materialele cuprinse în standardeleASTM A 216, A 217, A 352, A 351 vezi tabelele nr. 7, 8 æi 9.
Pentru temperatura minimã de funcåionare a materialelor cuprinse în standardul ASTM A 352vezi ANSI B 31.3.
SPECIFICAÅII GENERALE
Robinet de reåinereRobinet cu ventilRobinet cu sertarDenumire reper
Inel etanæare obturator
Inel etanæare corp
Bucæã etanæare superioarã
Tijã
Alte repere
Specificaåie
O
O
O
O
API 600; BS 1414
Pãråi interioare
O
O
O
O
BS 1873
Piuliåã ventil
Materiale standard pentru execuåia inelelor de etanæare
Repere care definesc “trimul” armãturii
API 600, BS 1414; 1873; 1868 specificã urmãtorele componente ale armãturii pentru definiåia “trimului”:
Notã: * - la cerere se pot executa æi în varianta filetatã.
SPECIFICAÅII GENERALE
Tiparmãturã
Reper DN Class Materiale æi execuåie
150; 300;600
150; 300;600
150; 300;600
150; 300;600
150300600
150300600
6" - 24"6" - 12"6" - 12"
2" - 24"2" - 12"3" - 12"
2"
2" - 4"
2" - 6"
8" - 12"
2" - 12"2" - 12"
2" - 10"
2" - 10"
Sertar
Ventil
Clapã
Cu sertar
Cu ventil
Cu clapã
Inelecorp
Inel corp
Inel corp
600
150; 300
150; 300
Oåel forjat A 105 + 13% Cr depunere prin sudare
Oåel forjat A105 + 13% Cr depunere prin sudare
Oåel forjat A 105 + 13% Cr depunere prin sudare
Oåel turnat A 216 WCB + 13% Cr depunere prin sudare
Oåel forjat A 105 + 13% Cr depunere prin sudareinel filetat
Oåel forjat A 105 + 13% Cr depunere prin sudareinel filetat
Oåel forjat A 105 + 13% Cr depunere prin sudareæi inele sudate în corp*
Oåel forjat A 105 + 13% Cr depunere prin sudareæi inele sudate în corp*
Oåel turnat A 216 WCB + 13% Cr depunere prin sudare
O
O
–
–
BS 1868
Ax
Tabel 4
Tabel 3
Shell wall thickness and generalvalve design specifications
Pressure - temperature ratings
Face to face dimensionsEnd to end dimensions
End flange dimensionsGasket contact facing
Items
API 600
ASME B16.34
ANSI B16.10
ANSI B16.5
American Standard
BS 1414 (Gate valve)BS 1873 (Globe valve)BS 1868 (Check valve)
BS 1560
BS 2080
BS 1560
British Standard
General Design Specifications
Table 1
Table 2
Valve Shell Materials
ASTM Specification Material Designation Working temperature °F * (°C)
-20°F (-29°C) - minimum
800°F (427°C) - maximum
-20°F (-29°C) - minimum
1000°F (537°C) - maximum
-20°F (-29°C) - minimum
1000°F (537°C) - maximum
-50°F (-46°C) - minimum
650°F (343°C) - maximum
-50°F (-46°C) - minimum
650°F (343°C) - maximum
-75°F (-59°C) - minimum
650°F (343°C) - maximum
-100°F (-73°C) - minimum
650°F (343°C) - maximum
-320°F (-196°C) - minimum
1000°F (537°C) - maximum
-320°F (-196°C) - minimum
1000°F (537°C) - maximum
A 216 WCB
A 217 WC6
A 217 C5
A 352 LCB
A 352 LCC
A 352 LC1
A 352 LC2
A 351 CF8
A 351 CF 8M
Carbon steel
1 1/4 Cr - 1/2 Mo
5 Cr - 1/2 Mo
Carbon steel
Carbon steel
C - 1/2 Mo
2 1/2 Ni
18 Cr - 10 Ni
18 Cr - 10 Ni - 2 Mo
Besides its standard material ASTM A 216 (WCB), cast steel valves are optionally available withthe materials listed bellow:
IAIFO
* Refers to ASME B 16.34 for details of ASTM A 216; A 217; A 352;A 351 Pressure - temperature ratings (see tables no. 7; 8 and 9).The minimum working temperature of ASTM A 352 are based on ANSI B 31.3.
GENERAL SPECIFICATIONS
Check ValveGlobe ValveGate ValveDescription
Disc seat surface
Body seat surface
Bonnet bush (Backseat)
Stem
Others
Specified by
O
O
O
O
Internal small parts
API 600; BS 1414
O
O
O
O
Disc nut
BS 1873
Standard Seat Material and Construction
Valve Trim Materials
API 600 and BS 1414; 1873; 1868 specify the following valve component parts as the valve trim:
Note: * - on request: threaded
GENERAL SPECIFICATIONS
Valve type Part Size Class Material and Construction
150; 300;600
150; 300;600
150; 300;600
150; 300;600
150300600
150300600
6" - 24"6" - 12"6" - 12"
2" - 24"2" - 12"3" - 12"
2"
2" - 4"
2" - 6"
8" - 12"
2" - 12"2" - 12"
2" - 10"
2" - 10"
Disc
Disc
Disc
Gate
Globe
SwingCheck
BodySeats
Body Seats
Body Seats
600
150; 300
150; 300
Forged Steel A 105 + 13% Cr Deposited Seats
Forged Steel A 105 + 13% Cr Deposited Seat
Forged Steel A 105 + 13% Cr Deposited Seat
Cast Steel A 216 WCB + 13% Cr Deposited Seat
Forged Steel A 105 + 13% Cr Deposited andThreaded Seats
Forged Steel A 105 + 13% Cr Deposited andThreaded Seats
Forged Steel A 105 + 13% Cr Deposited andWelded * Seats
Forged Steel A 105 + 13% Cr Deposited andWelded * Seats
Cast Steel A 216 WCB + 13% Cr Deposited Seats
O
O
–
–
Hinge pin
BS 1868
Table 4
Table 3
Materiale pentru suprafeåe de etanæare inele, tijã, bucæã etanæare superioarã, duritãåi.
Nota: a) Duritate inele etanæare corp æi obturator minim 250 HB, cu respectarea diferenåei de duritate de 50HB între duritatea inelelor de etanæare corp æi obturator;
b) Diferenåa de duritate între inele etanæare corp æi obturator nu se cere;c) Diferenåa de duritate între inele etanæare corp æi obturator vor fi conform standard producãtor;d) Duritate conform standard producãtor;e) Clasificarea include materiale cum ar fi: Stellite 6(TM) Stoody 6(TM) sau Wallex 6 (TM).
SPECIFICAÅII GENERALE
Tabel 5
Trimnr.
Tipmaterial Tip
materialSpecificaåie
Duritatetijã
(HB)
Duritatebucæã
etanæaresuperioarã
(HB)
Tipmaterialsudurã
Tijã/bucæãetanæaresuperioarã
Denumiretrim
Duritãåiminime
suprafeåedeetanæare
1
5
8
10
12
a)
b)
350
250 ;350
c)
d)
d)
350
13% Cr
CoCr-Ae)
13% CrCoCr-A
18-8 CrNi
18-8 CrNiCoCr-A
AWS A5.9ER 410
AWS A5.13ECoCr-A
AWSA5.9ER410
AWSA5.13ECoCr-A
AWS A5.9ER 316
AWSA5.9ER316
AWSA5.13ECoCr-A
F6/F6
HF/HF
F6/HF
316/316
316/HF
13Cr
13Cr
13Cr
18Cr-8Ni
18Cr-8Ni
200min.275max.
200min.275max.
200min.275max.
d)
d)
250min.
250min.
250min.
d)
d)
ASTM A276 -T 410 sau T 420
ASTM A276 -T 410 sau T 420
ASTM A276 -T 410 sau T 420
ASTM A276-T316
ASTM A276-T316
600300
Clasa ANSI
150Material garniturã
Tablã ondulatã
Inel metalic
Garniturã spirometalicã cu azbest
Garniturã spirometalicã cu inseråie PTFE
Garniturã spirometalicã cu inseråie de grafit
●
O a)
O a)
O a)
●
O
O
O
●
Materiale pentru garnitura corp - capac
● - IAIFO Standard; O - la cerere; a) - numai la robinet cu ventil æi robinet cu clapã.
Tabel 6
Note: (1) - Permis dar nu este recomandat sã se utilizeze peste 800°F;(2) - A nu se utiliza peste 650°F;(3) - Utilizare: normalizat æi revenit.Capete cu flanæe pânã la 1000°F;(4) - Pentru temperaturi peste 1000°F, utilizat numai cu conåinut de carbon 0.04% sau mai mare;(a) - Numai pentru armãturi cu capete pentru sudurã. Capete cu flanæe se utilizeazã numai pânã la 1000°F.
Rating Presiune - Temperaturã pentru armãturi conf. Standard ASME B 16.34Presiuni de funcåionare pentru clasa 150, psig:
Tabel 7
Grupa dematerial
Forjat
1.1
A 105
A216WCB(1)
A352LCB(2)
A352LC1(2)
A217C5(3)
A351CF8M
(4)
A217WC6(3)
A351CF8(4)
A352LCCA352LC2A352LC3
(2)
1.2 1.3 1.5 1.9 1.13 2.1 2.2
Turnat
-20 to 100200300
285260230
290260230
290260230
290260230
275230205
275235215
265250230
265260230
400500600
200170140
200170140
200170140
200170140
190170140
195170140
200170140
200170140
650700750
125110
95
125110
95
125110
95
125110
95
125110
95
125110
95
125110
95
125110
95
800850900
806550
806550
806550
806550
806550
806550
806550
806550
95010001050
3520
3520
352020 (a)
352020 (a)
352020 (a)
352020 (a)
20 (a)20 (a)15 (a)
20 (a)20 (a)15 (a)
20 (a)20 (a)20 (a)
20 (a)20 (a)20 (a)
20 (a)20 (a)20 (a)
20 (a)20 (a)20 (a)
20 (a)20 (a)20 (a)
20 (a)15 (a)10 (a)
3520
3520
110011501200
125013001350
140014501500
(°F)
Temperatura
Note: (1) - Permis dar nu este recomandat a se utiliza peste 800°F;(2) - A nu se utiliza peste 650°F;(3) - Utilizare numai normalizat æi revenit. Capete cu flanæe pânã la1000°F;
Rating Presiune - Temperaturã pentru armãturi conf. Standard ASME B 16.34Presiune de funcåionare pentru clasa 300 psig:
Tabel 8
Grupa dematerial
Forjat
1.1
A 105
A216WCB(1)
A352LCB(2)
A352LC1(2)
A217C5(3)
A351CF8M
(4)
A217WC6(3)
A351CF8(4)
A352LCCA352LC2A352LC3
(2)
1.2 1.3 1.5 1.9 1.13 2.1 2.2
Turnat
-20 to 100200300
740675655
750750730
750750720
750745715
720600540
720620560
695655640
695680655
400500600
635600550
705665605
695665605
705665605
495465435
515480450
620585535
640620605
650700750
535535505
590570505
590570530
590570530
430425415
445430425
525520475
590570530
800850900
410270170
410270170
510485450
510485370
405395390
420420415
390270170
510485450
95010001050
10550
10550
320215145
275200145
380320
385350345
956040
1006035
255200155
305235185
1158560
145115
95
756040
503525
10550
280165
110011501200
125013001350
140014501500
(°F)
Temperatura
SPECIFICAÅII GENERALE
Note: a) Body and disc seats 250 HB minimum, with 50 HB minimum differential between body and discseats
b) Differential hardness between body and disc seat surface not required;c) Differential hardness between body and disc seats will be the manufacturer's standard;d) Manufacturer's standard hardness;e) This classification includes such trade-marked materials as Stellite 6 (TM); Stoody 6 (TM) and
Wallex 6 (TM).
GENERAL SPECIFICATIONS
Table 5
Trimno.
Materialtype Material
typeTypical
Specifications
Stemhardness
(HB)
BackseatBushing
Hardness(HB)
Welded
Stem/Bushing
Nominaltrim
Seathardness
HBminimum
1
5
8
10
12
a)
b)
350
250 ;350
c)
d)
d)
350
13% Cr
CoCr-Ae)
13% CrCoCr-A
18-8 CrNi
18-8 CrNiCoCr-A
AWS A5.9ER 410
AWS A5.13ECoCr-A
AWSA5.9ER410
AWSA5.13ECoCr-A
AWS A5.9ER 316
AWSA5.9ER316
AWSA5.13ECoCr-A
F6/F6
HF/HF
F6/HF
316/316
316/HF
13Cr
13Cr
13Cr
18Cr-8Ni
18Cr-8Ni
200min.275max.
200min.275max.
200min.275max.
d)
d)
250min.
250min.
250min.
d)
d)
ASTM A276 -T 410 or T 420
ASTM A276 -T 410 or T 420
ASTM A276 -T 410 or T 420
ASTM A276-T316
ASTM A276-T316
600300
ANSI Class
150Gasket Material
Corrugated metal
Ring joint metal
Spiral wound metal asbestos filled
Spiral wound metal PTFE filled
Spiral wound metal graphite filled
●
O a)
O a)
O a)
●
O
O
O
●
Bonnet Gasket Materials
● - IAIFO Standard; O - on request; a) - only globe and swing check valve.
Table 6
Nominal Seating Surface, Stem and Backseat Bushingor Welded - Deposit Materials and Hardness
Note: (1) - Permissible, but not recommended for prolonged use above 800°F;
(2) - Not to be used over 650°F;
(3) - Use: normalized and tempered material only. Flanged end ratings terminate at 1000°F;
(4) -At temperatures over 1000°F use only when the carbon content is 0.04% or higher;
(a) - For welding end valve only. Flanged end ratings terminate at 1000°F.
Pressure - Temperature: Ratings for Standard Class Valves to ASME B 16.34Working Pressure by Class 150, psig:
Table 7
MaterialGroup no.
Forgings
1.1
A 105
A216WCB(1)
A352LCB(2)
A352LC1(2)
A217C5(3)
A351CF8M
(4)
A217WC6(3)
A351CF8(4)
A352LCCA352LC2A352LC3
(2)
1.2 1.3 1.5 1.9 1.13 2.1 2.2
Castings
-20 to 100200300
285260230
290260230
290260230
290260230
275230205
275235215
265250230
265260230
400500600
200170140
200170140
200170140
200170140
190170140
195170140
200170140
200170140
650700750
125110
95
125110
95
125110
95
125110
95
125110
95
125110
95
125110
95
125110
95
800850900
806550
806550
806550
806550
806550
806550
806550
806550
95010001050
3520
3520
352020 (a)
352020 (a)
352020 (a)
352020 (a)
20 (a)20 (a)15 (a)
20 (a)20 (a)15 (a)
20 (a)20 (a)20 (a)
20 (a)20 (a)20 (a)
20 (a)20 (a)20 (a)
20 (a)20 (a)20 (a)
20 (a)20 (a)20 (a)
20 (a)15 (a)10 (a)
3520
3520
110011501200
125013001350
140014501500
(°F)
Temperature
Note: (1) - Permissible, but not recommended for prolonged use above 800°F;
(2) - Not to be used over 650°F;
(3) - Use: normalized and tempered material only. Flanged end ratings terminate at 1000°F;
(4) -At temperatures over 1000°F use only when the carbon content is 0.04% or higher.
Pressure - Temperature: Ratings for Standard Class Valves to ASME B 16.34Working Pressure by Class 300, psig:
Table 8
MaterialGroup no.
Forgings
1.1
A 105
A216WCB(1)
A352LCB(2)
A352LC1(2)
A217C5(3)
A351CF8M
(4)
A217WC6(3)
A351CF8(4)
A352LCCA352LC2A352LC3
(2)
1.2 1.3 1.5 1.9 1.13 2.1 2.2
Castings
-20 to 100200300
740675655
750750730
750750720
750745715
720600540
720620560
695655640
695680655
400500600
635600550
705665605
695665605
705665605
495465435
515480450
620585535
640620605
650700750
535535505
590570505
590570530
590570530
430425415
445430425
525520475
590570530
800850900
410270170
410270170
510485450
510485370
405395390
420420415
390270170
510485450
95010001050
10550
10550
320215145
275200145
380320
385350345
956040
1006035
255200155
305235185
1158560
145115
95
756040
503525
10550
280165
110011501200
125013001350
140014501500
(°F)
Temperature
GENERAL SPECIFICATIONS
Note: (1) - Permis, dar nu este recomandat a se utiliza peste 800°F;(2) - A nu se utiliza peste 650°F;(3) - A se utiliza numai normalizat æi revenit. Capete cu flanæe utilizare pânã la 1000°F;(4) - Pentru temperaturi peste 1000°F se utilizeazã numai cu conåinut de carbon de
0.04% sau mai mare.
Pentru utilizare la gaze acide sau hidrocarburi lichide ce conåin hidrogen sulfurat, IAIFO oferã armãturi NACEdin materiale special tratate æi a cãror duritate este controlatã în conformitate cu NACE MR 01-75.
Principalele materiale în condiåii NACE utilizate de IAIFO pentru armãturile din oåel - carbon:
Presiune - Temperaturã pentru armãturi conf. Standard ASME B 16.34Presiuni de funcåionare pentru clasa 600, psig:
Tabel 9
Armãturi NACE
Tabel 10
Grupa demateriale
Forjate
1.1
A 105
A216WCB(1)
A352LCB(2)
A352LC1(2)
A217C5(3)
A351CF8M
(4)
A217WC6(3)
A351CF8(4)
A352LCCA352LC2A352LC3
(2)
1.2 1.3 1.5 1.9 1.13 2.1 2.2
Turnate
-20 to 100200300
150015001455
150015001445
150014901430
144012001080
144012401120
139013151275
139013601305
400500600
141013301210
138513301210
141013301210
995930875
1025955900
123511651065
128012451210
650700750
117511351010
117511351065
117511351055
860850830
890870855
10451035
945
117511351065
800850900
825535345
1015975900
1015965740
805790780
845835830
780535345
1015975900
95010001050
148013501315
127012001095
107510651010
825535345
205105
205105
640430290
550400290
765640615
775700685
190125
75
200125
70
515400310
610475370
225170125
295235190
150115
85
957055
205105
560330
110011501200
125013001350
140014501500
(°F)
Temperatura
Denumire reper Specificaåii ASTM Duritate conf. NACE Tratament termic
Corp / Capac
Obturator
A 216 WCB Normalizat æirevenit
Normalizat æirevenit
Tratament termicîn 3 trepte
Tratament termicîn 3 trepte
A 105
A 216 WCB
13 Cr deposit
A 105
13% Cr
A 193 B7 M
A 194 2HM
Suprafeåe de etanæareobturator æi corp
Inel corp
PresetupãTija
Bucæa capacPiuliåã obturator
Ax clapã
Prezoane capac
Piuliåe capac
SPECIFICAÅII GENERALE
Compoziåia chimicã æi proprietãåi mecanice conform standardelor ASTMpentru materiale turnate
Table 11
AS
TM
Tip
Mate
ria
l
AS
TM
GR
AD
E
COMPOZIÅIA CHIMICÃ %
C
WCB
A216
max
0.30
max
1.00
max
0.04
max
0.045
max
0.60- -
- - -
- -
-
Mn P S Si Cr Ni Mo
70 - 95
(485-655)
WC6
A217
0.05-
0.2
0.50-
0.80
1.00-
1.50
0.45-
0.65
max
0.04
max
0.045
max
0.60-
- - -
70 - 95
(485-655)
C5max
0.2
0.40-
0.70
4.00-
6.50
0.45-
0.65
max
0.04
max
0.045
max
0.75-
90 - 115
(620-795)
65 - 90
(450-620)
70 - 95
(485-655)
65 - 90
(450-620)
CF8
LCB
LC1
A351
Oåe
luri
turn
ate
A352
max
0.08
max
0.30
max
1.0
max
0.25
max
1.20
max
0.25
0.50-
0.80
0.70-
1.25
max
0.08
max
1.5
max
1.5
18-21 8-11
9-12 2-318-21
max
0.04
max
0.04
max
0.04
max
0.04
max
0.045
max
0.045
max
0.045
max
2.00
max
0.60
max
0.60
max
0.60
max
0.5
0.45-
0.65
min
70
(485)
min
70
(485)
CF8M
LCC
max
0.04
max
0.04
max
0.04
max
1.5
- - 70 - 95
485-655
max
0.25
max
3
0.50-
0.80
2.00
3.00
2.75-
3.25
18.0-
22.0
max
0.045
max
0.60
1.50-
3.00
1.75-
2.75
LC2max
0.04
A126 min
31
(214)
min
31
(214)
--- - --max
0.15
cla
sa
B
max
0.75
A126
Fo
nte
turn
ate
A439 min
58
(400)
--
-
- - -
-
max
0.15
cla
sa
B
3%
Ni
Tip
D2
max
0.75
max
0.08
Rezistenåala rupere
Ksi(MPa)
-
36
(250)22 35
Energia
de rupere
pentru 2
epruvete
ft x lbf (J)
-
40
(275)20 35
60
(415)18 35
30
(205)
35
(240)
35
(240)
35
24 353535
22
24
min
13
(18)
-50°
(-46)
-50°
(-46)
-75°
(-59)
min
13
(18)
min
15
(20)
30
(205)
40
(275)
35
35
35
3524-100°
(-73)
min
15
(20)
40
(275)
Cerinåe pentru testul transversalForåa la centru min lb(kN) 3300 (14.65)
Îndoirea la centru in.(mm) 0.12 (3.0)
30
(207)8
Cerinåe pentru testul transversalForåa la centru min lb(kN) 3300 (14.65)
Îndoirea la centru in.(mm) 0.12 (3.0)
Duritate Brinell
(3000Kg)
139-202
30
Limita de
curgere
Ksi
(MPa)
min
Gâtuirea
%
min
Alungirea
in 2 in
%
min
Tempera-
tura de
testare
°F(°C)
PROPRIETÃÅI MECANICE
AS
TM
Gra
de
AS
TM
Cu
B62
B584
C8
36
00
C8
44
00
84.0-
86.0
4.00-
6.00
4.00-
6.00
max
0.30
78.0-
82.0
2.3-
3.5
7.00-
10.0
max
0.40
4.00-
6.00
max
0.05
max
0.08
max
1.00
6.00-
8.00
max
0.02
max
0.08
max
1.00
Zn Sn Fe Pb S P NiRezistenåala rupereksi (MPa)
Limita decurgere
ksi (MPa)
Alungirea%
min
Elementereziduale
COMPOZIÅIA CHIMICÃ (%) PROPRIETÃÅI MECANICE
TIp
Mate
rial
Bro
nz
turn
at min
30
(205)
min
14
(95)
max
0.26
min
29
(200)
min
13
(90)
max
0.26
20
18
SPECIFICAÅII GENERALE
Note: (1) - Permissible, but not recommended for prolonged use above 800°F;
(2) - Not to be used over 650°F;
(3) - Use: normalized and tempered material only. Flanged end ratings terminate at 1000°F;
(4) -At temperatures over 1000°F use only when the carbon content is 0.04% or higher.
For servicing sour gases or other Hydrogen Sulphide bearing hydrocarbon fluids, offers NACEValves made of component materials specially heat - treated and hardness controlled according toNACE MR 01-75 Standard.
Typical NACE material configuration is shown bellow, for cast carbon steel valves:
IAIFO
IAIFO
Pressure - Temperature: Ratings for Standard Class Valves to ASME B 16.34Working Pressure by Class 600, psig:
Table 9
NACE Valves
Table 10
MaterialGroup no.
Forgings
1.1
A 105
A216WCB(1)
A352LCB(2)
A352LC1(2)
A217C5(3)
A351CF8M
(4)
A217WC6(3)
A351CF8(4)
A352LCCA352LC2A352LC3
(2)
1.2 1.3 1.5 1.9 1.13 2.1 2.2
Castings
-20 to 100200300
150015001455
150015001445
150014901430
144012001080
144012401120
139013151275
139013601305
400500600
141013301210
138513301210
141013301210
995930875
1025955900
123511651065
128012451210
650700750
117511351010
117511351065
117511351055
860850830
890870855
10451035
945
117511351065
800850900
825535345
1015975900
1015965740
805790780
845835830
780535345
1015975900
95010001050
148013501315
127012001095
107510651010
825535345
205105
205105
640430290
550400290
765640615
775700685
190125
75
200125
70
515400310
610475370
225170125
295235190
150115
85
957055
205105
560330
110011501200
125013001350
140014501500
(°F)
Temperature
Valve parts ASTM Specification NACE Hardness Heat - treatment
Body / bonnet
Disc
A 216 WCB normalized andtempered
normalized andtempered
Heat treat Procedure(three - steps Process)
Heat treat Procedure(three - steps Process)
A 105
A 216 WCB
13 Cr deposit
A 105
13% Cr
A 193 B7 M
A 194 2HM
Disc seat surfaceand body seat surface
Body seat
GlandStem
Bonnet bushingDisc nut
Hinge pin
Bonnet bolts
Bonnet nuts
GENERAL SPECIFICATIONS
Chemical Analysis and Mechanical Properties in accordance with ASTMSpecifications for Casting Materials
Table 11
AS
TM
CL
AS
S
Typ
e
Mate
ria
l
AS
TM
GR
AD
E
CHEMICAL ANALYSIS IN %
C
WCB
A216
max
0.30
max
1.00
max
0.04
max
0.045
max
0.60- -
- - -
- -
-
Mn P S Si Cr Ni Mo
70 - 95
(485-655)
WC6
A217
0.05-
0.2
0.50-
0.80
1.00-
1.50
0.45-
0.65
max
0.04
max
0.045
max
0.60-
- - -
70 - 95
(485-655)
C5max
0.2
0.40-
0.70
4.00-
6.50
0.45-
0.65
max
0.04
max
0.045
max
0.75-
90 - 115
(620-795)
65 - 90
(450-620)
70 - 95
(485-655)
65 - 90
(450-620)
CF8
LCB
LC1
A351
Casti
ng
ste
el
A352
max
0.08
max
0.30
max
1.0
max
0.25
max
1.20
max
0.25
0.50-
0.80
0.70-
1.25
max
0.08
max
1.5
max
1.5
18-21 8-11
9-12 2-318-21
max
0.04
max
0.04
max
0.04
max
0.04
max
0.045
max
0.045
max
0.045
max
2.00
max
0.60
max
0.60
max
0.60
max
0.5
0.45-
0.65
min
70
(485)
min
70
(485)
CF8M
LCC
max
0.04
max
0.04
max
0.04
max
1.5
- - 70 - 95
485-655
max
0.25
max
3
0.50-
0.80
2.00
3.00
2.75-
3.25
18.0-
22.0
max
0.045
max
0.60
1.50-
3.00
1.75-
2.75
LC2max
0.04
A126 min
31
(214)
min
31
(214)
--- - --max
0.15
cla
ss
B
max
0.75
A126
Cast
iro
n
A439 min
58
(400)
--
-
- - -
-
max
0.15
cla
ss
B
3%
Ni
Typ
eD
2
max
0.75
max
0.08
Tensile
strengh
Ksi
(MPa)
-
36
(250)22 35
for two
specimens
-
40
(275)20 35
60
(415)18 35
30
(205)
35
(240)
35
(240)
35
24 353535
22
24
min
13
(18)
-50°
(-46)
-50°
(-46)
-75°
(-59)
min
13
(18)
min
15
(20)
30
(205)
40
(275)
35
35
35
3524-100°
(-73)
min
15
(20)
40
(275)
Transverse Test Requirements
Force at center min lb(kN) 3300 (14.65)
Deflection at center 0.12 (3.0)in. (mm)
30
(207)8
Transverse Test Requirements
Force at center min lb(kN) 3300 (14.65)
Deflection at center in.(mm) 0.12 (3.0)
Brinell hardness
(3000Kg)
139-202
30
Yield
strengh
Ksi
(MPa)
min
Reduc-
tion of
Area
%
min
Energy
value
ft x lbf (J)
Elonga-
tion
in 2 in
%
min
Testing
tempera-
ture
°F(°C)
MECHANICAL PROPERTIES
AS
TM
Gra
de
AS
TM
Cla
ss
Cu
B62
B584
C8
36
00
C8
44
00
84.0-
86.0
4.00-
6.00
4.00-
6.00
max
0.30
78.0-
82.0
2.3-
3.5
7.00-
10.0
max
0.40
4.00-
6.00
max
0.05
max
0.08
max
1.00
6.00-
8.00
max
0.02
max
0.08
max
1.00
Zn Sn Fe Pb S P NiTensile
strengthksi (MPa)
Yield
strength
ksi (MPa)
Elongation%
min
Residualelements
CHEMICAL ANALYSIS (%) MECHANICAL PROPERTIES
Typ
eM
ate
rial
Casti
ng
bro
nze
min
30
(205)
min
14
(95)
max
0.26
min
29
(200)
min
13
(90)
max
0.26
20
18
GENERAL SPECIFICATIONS
Compoziåia chimicã æi proprietãåile mecanice în concordanåã cu standardele ASTMpentru repere forjate, laminate, ambutisate
SPECIFICAÅII GENERALE
AS
TM
Gra
de
AS
TM
Cu
B16 06060-
63rem. -
max
0.35
2.5-
3.7
Zn Sn Fe Pb S P Ni
---
Rezistenåala rupere
(MPa)Duritate
Alungire%
min
COMPOZIÅIE CHIMICÃ (%) PROPRIETÃÅI MECANICE
Tip
Mate
rial
Bare
ala
mã
15 -min
345
AS
TM
Gra
de
AS
TM
C
A1
05
max
0.35
0.60-
1.05
max
0.035
max
0.040
0.10-
0.35
-
Mn P S Si Cr Mo
max
0.15
max
1.00
11.5-
13.5
0.50
max
max
0.040
max
0.030
max
1.00
-
-
- -
max
0.15
max
1.00
11.5
13.5
18.0-
20.0
18.0-
20.0
24.0-
26.0
16.0-
18.0
16.0-
18.0
0.50
max
8.0-
11.0
8.0-
13.0
19.0-
22.0
10.0-
14.0
10.0-
15.0
2.0-
3.0
75
(515)
30
(205)
25
(170)
max
0.040
max
0.030
max
1.00-
-
-
A1
82
A1
93
0.08
max
max
0.15
max
2.00
max
0.08
max
2.00
max
0.035
max
2.00
max
1.00
0.035
max
max
2.00
max
2.00
max
0.045
max
0.045
max
0.045
max
0.03
max
0.03
max
0.030
max
0.030
max
1.00
max
1.00
max
1.00
max
1.00
2.0-
3.0
70
(485)
max
0.045
max
0.045
max
0.030
max
1.00
70
(485)
-
- - - -
0.37-
0.49
0.37-
0.49
min
0.40
min
0.40
0.65-
1.10
0.65-
1.10
max
1.00
0.15-
0.25
125
(860)
105
(720)
0.15-
0.25
100
(690)
80
(550)
0.75-
1.20
0.75-
1.20
max
0.040
max
0.040
0.15-
0.35
0.15-
0.35
max
0.035
max
0.035-
-
-
---
- -- - - - -
max
0.050
max
0.040
max
0.040
max
0.040
max
0.040
max
0.035
max
0.050
max
0.035
Rezistenåala rupereksi (MPa)
min
-
36
(250)
70
(485)30 30 187
-
-
-
-
40
(275)
70
(485)18 35
143-
187
167-
229
55
(380)
85
(585)18 35
30
(205)
75
(515)
30
(205)
75
(515)
30 50
50
30 50
50
50
50
50
321 HB
sau
35 HRC
235 HB
sau
99 HRB
30
30
25
(170)
16
159-
237
248-
352
30
Limita decurgere
ksi (MPa)min
Gâtuirea%
min
Duri-tateaHBmax
Alungi-rea
in 2 in%min
COMPOZIÅIA CHIMICÃ (%) PROPRIETÃÅI MECANICE
Tip
Mate
rial
F6a
class
1
F6a
class
2
F304
F304L
F310
F316
F316L
B7
B7M
2H
2HM
Oåe
lcarb
on
mo
ale
Tab
lep
t.am
bu
ti-
sare
Oåe
luri
forj
ate
æila
min
ate
18
A1
94
max
0.45
max
0.10
Ni
Tabel 12
Tabel 13
Compoziåie chimice æi proprietãåi mecanice în concordanåã cu standardele STAS
ptr. repere forjate, laminate æi ambutisate
SPECIFICAÅII GENERALE
ST
AS
Sim
bo
l
ST
AS
Nu
mãr
C
88
0
OLC
25N 0.22-
0.29
0.40-
0.70
max
0.040
max
0.045
max
0.30
max
0.30
0.17-
0.37
Mn P S Si Cr Ni Mo
max
0.03
max
2.00
17.0 -
18.50
2.50 -
3.00
12.5 -
15.0
max
0.045
max
0.025
max
1.00
- -
-
-
-
-
-
-
-max
0.07
max
2.00
18.00 -
20.00
10.00-
12.50
max
0.045
max
0.030
max
1.00-
35
83
11
29
0
max
0.45
- -
-
0.42-
0.50
0.42-
0.50
max
0.10
0.50-
0.80
0.50-
0.80
max
0.30
max
0.30
max
0.30
max
0.30
max
0.035
max
0.035
0.17-
0.37
0.17-
0.37
max
0.035
max
0.035-
50
0/2
-- - -- ---max
0.035
max
0.035
Rezisten-åa la
rupere(MPa)
min
450270 24 180
490
690190 35
500-
700195 40
--12.00 -
14.00-0.08-
0.12
max
1.00
max
0.045
max
0.030
max
1.00-600-
800420 27520
--18.0-
20.0
10.0-
12.5
max
0.03
max
2.00
max
0.045
max
0.030
max
1.00- -460-
680180 45
18 30 265
-0.90-
1.20
max
0.30
0.15-
0.30
0.38-
0.45
0.60-
0.90
max
0.035
0.17-
0.37
max
0.03514 45 350590
min
780
min
590
-0.90-
1.20
max
0.30
0.38-
0.45
0.60-
0.90
max
0.035
max
0.035
0.17-
0.37
0.15-
0.3016 50 235
min
690550
350
270-
370240 34
16.5 -
18.5
10.5-
13.5
max
0.08
max
2.00
2.0-
2.5
max
0.045
max
0.030
max
1.00
5 x %C-
0.80- -35
500-
730210
Limitã
de
curgere
(MPa)
min
Gâtuire%
min
Duritate
HB
max
Alungire%
minTi
COMPOZIÅIA CHIMICÃ (%) PROPRIETÃÅI MECANICE
Tip
Mate
rial
2M
oN
iCr1
75
5N
iCr1
80
10C
r130
2N
iCr1
85
10TiM
oN
iCr1
75
42M
oC
r11A
SK
42M
oC
r11A
sIm
OLC
45A
SK
OLC
45A
sIm
FeP
o3A
m
EN
10
13
0
Tab
lep
t.am
bu
ti-
sare
Oåe
luri
forj
ate
sau
lam
inate
14 35 235min
550310
-max
0.15
max
0.60-- --- --
max
0.055
max
0.055310-
390
OL32
33170
Tabel 14
Chemical Analysis and Mechanical Properties in accordance with ASTM Specifications
for forgings, rollings and drawing materials
GENERAL SPECIFICATIONS
AS
TM
Gra
de
AS
TM
Cla
ss
Cu
B16 06060-
63rem. -
max
0.35
2.5-
3.7
Zn Sn Fe Pb S P Ni
---
Tensile
strength
(MPa)
Hardness
Elongation
%
min
CHEMICAL ANALYSIS (%) MECHANICAL PROPERTIES
Typ
eM
ate
rial
Dra
win
gb
rass
15 -min
345
AS
TM
Gra
de
AS
TM
Cla
ss
C
A1
05
max
0.35
0.60-
1.05
max
0.035
max
0.040
0.10-
0.35
-
Mn P S Si Cr Mo
max
0.15
max
1.00
11.5-
13.5
0.50
max
max
0.040
max
0.030
max
1.00
-
-
- -
max
0.15
max
1.00
11.5
13.5
18.0-
20.0
18.0-
20.0
24.0-
26.0
16.0-
18.0
16.0-
18.0
0.50
max
8.0-
11.0
8.0-
13.0
19.0-
22.0
10.0-
14.0
10.0-
15.0
2.0-
3.0
75
(515)
30
(205)
25
(170)
max
0.040
max
0.030
max
1.00-
-
-
A1
82
A1
93
0.08
max
max
0.15
max
2.00
max
0.08
max
2.00
max
0.035
max
2.00
max
1.00
0.035
max
max
2.00
max
2.00
max
0.045
max
0.045
max
0.045
max
0.03
max
0.03
max
0.030
max
0.030
max
1.00
max
1.00
max
1.00
max
1.00
2.0-
3.0
70
(485)
max
0.045
max
0.045
max
0.030
max
1.00
70
(485)
-
- - - -
0.37-
0.49
0.37-
0.49
min
0.40
min
0.40
0.65-
1.10
0.65-
1.10
max
1.00
0.15-
0.25
125
(860)
105
(720)
0.15-
0.25
100
(690)
80
(550)
0.75-
1.20
0.75-
1.20
max
0.040
max
0.040
0.15-
0.35
0.15-
0.35
max
0.035
max
0.035-
-
-
---
- -- - - - -
max
0.050
max
0.040
max
0.040
max
0.040
max
0.040
max
0.035
max
0.050
max
0.035
Tensile
strength
ksi (MPa)
min
-
36
(250)
70
(485)30 30 187
-
-
-
-
40
(275)
70
(485)18 35
143-
187
167-
229
55
(380)
85
(585)18 35
30
(205)
75
(515)
30
(205)
75
(515)
30 50
50
30 50
50
50
50
50
321 HB
or
35 HRC
235 HB
or
99 HRB
30
30
25
(170)
16
159-
237
248-
352
30
Yield
strength
ksi (MPa)
min
Reduc-tion ofArea
%min
Hard-
ness
HB
max
Elonga-tion
in 2 in%min
CHEMICAL ANALYSIS (%) MECHANICAL PROPERTIES
Typ
eM
ate
rial
F6a
class
1
F6a
class
2
F304
F304L
F310
F316
F316L
B7
B7M
2H
2HM
Lo
w
carb
on
ste
el
Dra
win
gF
org
ing
or
ro
llin
gs
tee
l
18
A1
94
max
0.45
max
0.10
Ni
Table 12
Table 13
Chemical Analysis and Mechanical Properties in accordance with STAS Specifications
for forgings, rollings and drawing materials
GENERAL SPECIFICATIONS
ST
AS
Sym
bo
l
ST
AS
Nu
mb
er
C
88
0
OLC
25N 0.22-
0.29
0.40-
0.70
max
0.040
max
0.045
max
0.30
max
0.30
0.17-
0.37
Mn P S Si Cr Ni Mo
max
0.03
max
2.00
17.0 -
18.50
2.50 -
3.00
12.5 -
15.0
max
0.045
max
0.025
max
1.00
- -
-
-
-
-
-
-
-max
0.07
max
2.00
18.00 -
20.00
10.00-
12.50
max
0.045
max
0.030
max
1.00-
35
83
11
29
0
max
0.45
- -
-
0.42-
0.50
0.42-
0.50
max
0.10
0.50-
0.80
0.50-
0.80
max
0.30
max
0.30
max
0.30
max
0.30
max
0.035
max
0.035
0.17-
0.37
0.17-
0.37
max
0.035
max
0.035-
50
0/2
-- - -- ---max
0.035
max
0.035
Tensilestrength
(MPa)
min
450270 24 180
490
690190 35
500-
700195 40
--12.00 -
14.00-0.08-
0.12
max
1.00
max
0.045
max
0.030
max
1.00-600-
800420 27520
--18.0-
20.0
10.0-
12.5
max
0.03
max
2.00
max
0.045
max
0.030
max
1.00- -460-
680180 45
18 30 265
-0.90-
1.20
max
0.30
0.15-
0.30
0.38-
0.45
0.60-
0.90
max
0.035
0.17-
0.37
max
0.03514 45 350590
min
780
min
590
-0.90-
1.20
max
0.30
0.38-
0.45
0.60-
0.90
max
0.035
max
0.035
0.17-
0.37
0.15-
0.3016 50 235
min
690550
350
270-
370240 34
16.5 -
18.5
10.5-
13.5
max
0.08
max
2.00
2.0-
2.5
max
0.045
max
0.030
max
1.00
5 x %C-
0.80- -35
500-
730210
Yieldstrength
(MPa)min
Reduc-tion ofArea
%min
Hard-
ness
HB
max
Elonga-tion%
min
Ti
CHEMICAL ANALYSIS (%) MECHANICAL PROPERTIES
Typ
eM
ate
rial
2M
oN
iCr1
75
5N
iCr1
80
10C
r130
2N
iCr1
85
10TiM
oN
iCr1
75
42M
oC
r11A
SK
42M
oC
r11A
sIm
OLC
45A
SK
OLC
45A
sIm
FeP
o3A
m
EN
10
13
0
Dra
win
g
ste
el
Fo
rg
ing
or
ro
llin
gs
tee
l
14 35 235min
550310
-max
0.15
max
0.60-- --- --
max
0.055
max
0.055310-
390
OL32
33170
Table 14
Cu
19
7/2
19
9/2
Cu
Zn
40
Pb
Sn
T
Cu
Sn
6
Zn
4P
b4
rem.4.80-
7.00
2.30-
5.50
max
0.45
58.0-
63.0
0.5-
1.20rem.
max
0.25
2.50-
5.50
max
0.10
max
0.10
max
2.00
0.8-
1.75
max
0.05- -
Zn Sn Fe Pb S P Ni
min
205
min
95
max
0.26
min
200
min
751.00
20
20
ST
AS
Sim
bo
l
ST
AS
Nu
mãr
Cu
291/2
Cu
Zn
39
Pb
2 57-
60rem. 0.30 0.4
1.00-
3.00
Zn Sn Fe Pb S P Ni
---
Rezistenåala rupere
(MPa)
Duritate
(HB)
Alungire%
min
Elementereziduale
COMPOZIÅIA CHIMICÃ (%) PROPRIETÃÅI MECANICE
Tip
Mate
rial
Bare
ala
mã
min
430181.50 90
Compoziåia chimicã æi proprietãåi mecanice în concordanåã cu standardele STAS
pentru materiale turnate
Tabel 16
Tabel 15
SPECIFICAÅII GENERALE
ST
AS
Sim
bo
l
ST
AS
nu
mãr
Tip
Mate
rial
Bro
nz
turn
at
Ala
mã
turn
atã
COMPOZIÅIA CHIMICÃ (%) PROPRIETÃÅI MECANICE
Rezistenåala rupere
(MPa)
Limita de
curgere
(MPa)
Alungire%
min
Elementereziduale
Urmãtoarele tabele indicã specificaåiile de material care sunt considerate a fi echivalente cumaterialele fabricate conform standardelor ASTM. Aceste tabele sunt indicate a fi folosite numai caun ghid pentru scopuri comparative æi nu trebuie folosite ca o echivalenåã exactã pentru compoziåiachimicã æi proprietãåile mecanice ale acestor materiale. Pentru detalii privind compoziåia chimicã æiproprietãåile mecanice este indicat a se folosi standardele specifice pentru fiecare material.
Organizaåiile de standardizare la care se face referire sunt indicate mai jos:
British Standards Institute
Deutcher Normenausshuss
Franåa Association Francaise de Normalisation
Asociaåia de Standardizare din România
(Marea Britanie) -
(Germania) -
( ) -
(Italia) - Ente Italiano di Unificatione
(Japonia) - Japanese StandardsAssociation
(USA) -American Society for Testing on Materials
(România) -
- European Committee for Standardization
�
�
�
�
�
�
�
�
BS
DIN
AFNOR
UNI
JIS
ASTM
SR/STAS
EN
Tabel 17
STANDARDE ECHIVALENTE PENTRU MATERIALE
X6CrNiMo17-12
-
9277
-
10718
10718
-
12403
12403
197/2
-
OTA 17MoCr13
-
T6NiCr180
T6MoNiCr180
-
T30Mn14R
T15Ni35R
CuSn6Zn4Pb4
G 5151
G 5151
G 5121
G 5121
G 5152
SCPL 1
-
G 5152
-
1504
1504
1504
1504
1504
1504-161
-
-
-
161-480
621
625
304C15
316C16
430LT40
-
-
-
10213
10213
10213
10213
-
-
-
-
-
10213-1
10213-1
10213-4
10213-4
-
-
-
-
-
A48C-M
-
-
Z6CN19-10
Z6CND18-12-2
-
FB - M
FC3 - M
-
32-055
-
-
-
-
-
32-053
32-053
-
-
-
-
X6CrNi18-10
-
-
-
-
-
-
-
-
-
-
-
-
-
SCPH 2
SCPH 21
SCPH 61
SCS 13
SCS 14
SCPL 1
-
SCPL 21
-
GP 240GH
G17CrMo55
-
GX5CrNi19-10
GX5CrNiMo19-11-2
-
-
-
-
GP 240GH
G17CrMo55
-
GX5CrNi19-10
GX5CrNiMo19-11-2
-
-
-
-
A 216 / WCB
A 217 / WC6
A 217 / C5
A 351 / CF8
A 351 / CF8M
A 352 / LCB
A 352 / LCC
A 352 / LC2
B 62 /
alloy C83600
Numãr
DIN EN
Marea Britanie Germania Franåa Italia Japonia
Numãr
BS
Grupa
BS
Tip
AFNOR
Numãr
NF
Tip
UNI
Numãr
UNI
Simbol
JIS
Tip
DIN EN
SpecificaåieASTM
România
Numãr
STAS
Simbol
STAS
Numãr
JIS
Europa
Numãr
EN
Simbol
EN
ST
AS
Sym
bo
l
ST
AS
nu
mb
er
Cu
19
7/2
19
9/2
Cu
Zn
40
Pb
Sn
T
Cu
Sn
6
Zn
4P
b4
rem.4.80-
7.00
2.30-
5.50
max
0.45
58.0-
63.0
0.5-
1.20rem.
max
0.25
2.50-
5.50
max
0.10
max
0.10
max
2.00
0.8-
1.75
max
0.05- -
Zn Sn Fe Pb S P NiTensile
strength(MPa)
Yield
strength
(MPa)
Elongation%
min
Residualelements
CHEMICAL ANALYSIS (%) MECHANICAL PROPERTIES
Typ
eM
ate
rial
Casti
ng
bro
nze
Casti
ng
bra
ss
min
205
min
95
max
0.26
min
200
min
751.00
20
20
ST
AS
Sym
bo
l
ST
AS
Nu
mb
er
Cu
291/2
Cu
Zn
39
Pb
2 57-
60rem. 0.30 0.4
1.00-
3.00
Zn Sn Fe Pb S P Ni
---
Tensilestrength
(MPa)
Hardness
(HB)
Elongation%
min
Residualelements
CHEMICAL ANALYSIS (%) MECHANICAL PROPERTIES
Typ
eM
ate
rial
Dra
win
gb
rass
min
430181.50 90
Chemical Analysis and Mechanical Properties in accordance with STAS Specifications
for castings materials
Table 16
Table 15
GENERAL SPECIFICATIONS
The following tables indicate material specifications which are considered to be equivalent to
materials manufactured according to ASTM standards. This table is intended as a guide for basic
comparation purposes only and exact equivalence must not be assumed in respect to the chemical
and physical properties or to the method of manufacture. Reference to the specific standards should
be made to identify precise co parative details.
Standards organisations referenced are:
(British) - British Standards Institute
(German) - Deutcher Normenausshuss
(French) -Association Francaise de Normalisation
(Italian) - Ente Italiano di Unificatione
(Japanese) - Japanese StandardsAssociation
(USA) -American Society for Testing on Materials
(Romania) - Romanian Standards Institute
m
- European Committee for Standardization
�BS
DIN
AFNOR
UNI
JIS
ASTM
SR / STAS
�
�
�
�
�
�
�EN
Table 17
EQUIVALENT STANDARDS FOR MATERIALS
X6CrNiMo17-12
British German French Italian Japanese Romanian European
SR/STAS
Number
-
9277
-
10718
10718
-
12403
12403
197/2
SR/STAS
Symbol
-
OTA 17MoCr13
-
T6NiCr180
T6MoNiCr180
-
T30Mn14R
T15Ni35R
CuSn6Zn4Pb4
JIS
Number
G 5151
G 5151
G 5121
G 5121
G 5152
SCPL 1
-
G 5152
-
BS
Number
1504
1504
1504
1504
1504
1504-161
-
-
-
BS
Grade
161-480
621
625
304C15
316C16
430LT40
-
-
-
DIN EN
Number
10213
10213
10213
10213
-
-
-
-
-
EN
Number
10213-1
10213-1
10213-4
10213-4
-
-
-
-
-
AFNOR
Type
A48C-M
-
-
Z6CN19-10
Z6CND18-12-2
-
FB - M
FC3 - M
-
NF
Number
32-055
-
-
-
-
-
32-053
32-053
-
UNI
Type
-
-
-
X6CrNi18-10
-
-
-
-
UNI
Number
-
-
-
-
-
-
-
-
-
JIS
Symbol
SCPH 2
SCPH 21
SCPH 61
SCS 13
SCS 14
SCPL 1
-
SCPL 21
-
DIN EN
Type
GP 240GH
G17CrMo55
-
GX5CrNi19-10
GX5CrNiMo19-11-2
-
-
-
-
EN
Type
GP 240GH
G17CrMo55
-
GX5CrNi19-10
GX5CrNiMo19-11-2
-
-
-
-
ASTMSpecification/
Grade
A 216 / WCB
A 217 / WC6
A 217 / C5
A 351 / CF8
A 351 / CF8M
A 352 / LCB
A 352 / LCC
A 352 / LC2
B 62 /
alloy C83600
Tabel 18
5332-64
-
X16CrNiSi25.20
880
3583
3583
3583
-
EN10130
500/2
291/2
3583
3583
11290
11290
11290
11290
1503-161
1503
1503
1503
-
1503
1503
1506-162
-
-
-
-
-1506-621
-
32A
410S21
304S40
304S30
-
-
-
-
-
-
316S40
316S30
-A
-
17240
-
-
-
-
-
-
-
17200
17440
17440
17440
17440
17440
17440
17200
16240
-
-
Z10C13
Z6CN18.09
Z2CN18.10
A60
-
-
-
-
Z12CNS25.20
Z6CND17.11
Z3CND17.12.03
42CD4
-
-
-
A35-578
A35-573
A35-573
A35-501
-
-
-
-
A35-573
A35-573
A35-559
-
A35-573
-
Aq50
-
X5CrNi18.10
X2CrNi18.11
C45
-
-
-
-
X5CrNiMo17.12
X2CrNiMo17.13
40CrMo4
-
-
3986
-
6901-
71
6901-
71
6901-
71
6901-
71
6901-
71
5332-64
-
-
-
-
-
S30C
SF50
SUS410
SUS304
SUS304R
S45C
-
-
-
-
SUH310
SUS316
SUS316L
SCM4
-
-
G4051
G3201
G4303
G4303
G4303
G4303
G4303
G4303
G4051
-
-
-
-
G4105
-
-
C 22
X10Cr13
X5CrNi18.10
X2CrNi19.11
X15CrNiSi25.20
X5CrNiMo18.12.2
C45
-
-
-
-
X2CrNiMo18.14.3
42C-Mo4
24C-Mo5
-
OLC25N
10Cr130
5NiCr180
2NiCr185
-
OLC45AsK
OLC45AsIm
FeP03Am
OL32
CuZn39Pb2
10TiMoNiCr175
2MoNiCr175
42MoCr11AsK
42MoCr11AsIm
A 105
A 182 / F6
A 182 / F304
A 182 / F304L
A 182 / F310
A 182 / F316
A 182 / F316L
A 193 / B7
A 194 / 2H
B 16
A 194 / 2HM
Low carbon
steel
Low carbon
steel
A 193 /
B7M
STANDARDE ECHIVALENTE PENTRU MATERIALE
Numãr
UNI
Germania Franåa Italia Japonia România
Numãr
STAS
Numãr
DIN
Tip
AFNOR
Numãr
NF
Tip
UNI
Simbol
JIS
Numãr
JIS
Tip
DIN
Simbol
STAS
Marea Britanie
Numãr
BS
Grupa
BS
SpecificaåieASTM
Tab
el19
SP
EC
IFIC
AÅ
IIG
EN
ER
AL
E
150
300
600
dt
(mm
)
A(m
m)
B(m
m)
d(m
m)
D(m
m)
di
(mm
)
RJ
19.5
55
55
6.3
6.3
6.3
6.3
8.4
8.4
8.4
8.4
8.4
8.4
11
11
11
11
11
11
11
13
136
146
164
190
253
320
368
434
508
580
632
688
-688
95
96
112
120
141
172
172
187
234
256
306
300
440
300
-
--
--
--
--
--
--
--
-
--
--
--
--
--
--
--
-
--
--
--
--
--
--
--
-
16
19
23
26
34
42
50
44
51
57
63
76
63
19.5
22.6
26
29
32.4
35.5
38.7
42
45.3
48.6
52
58.5
52
p n R
2"
21/2
"3"
4"
6"
8"
10"
12"
14"
16"
18"
20"
20"
24"
D
d
B
A
RJ
dt
de
(mm
)
s(m
m)
hc
(mm
)
n
19.5
19.5
22.6
26
29
32.4
35.5
38.7
42
45.3
48.6
52
52
58.5
32.3
32.3
35.4
38.8
44.8
47.2
51.3
57.7
61.6
65
68.2
74.8
74.8
83.9
32
32
32
32
39.5
39.5
39.5
47.5
47.5
47.5
47.5
55.5
63.5
55.5
12
12
15
15
17
20
22
25
27
33
33
37
60
37
6.4
6.4
6.4
6.4
7.9
7.9
7.9
9.5
9.5
9.5
9.5
11.1
12.7
11.1
5
22.6
5 1
R35
- - --
16
21/2
"
22.6
35.4
32
15
6.4 5
26 5 1
R37
- - --
19
3"
26
38.8
32
15
6.4 5
29
6.3 1
R41
- - --
23
4"
29
44.8
39.5
15
7.9 5
19.5
19.5
22.6
26
32.4
35.5
55
55
6.3
6.3
11
11
11
102
114
133
152
213
278
120
136
158
178
235
300
910
--
--
-
--
--
-
--
--
--
13
16
19
23
26
34
2"
21/2
"3"
4"
6"
8"
19.5
19.5
22.6
26
32.4
35.5
32.3
32.3
35.4
38.8
47.2
51.3
32
32
32
32
39.5
39.5
12
12
15
15
20
22
6.4
6.4
6.4
6.4
7.9
7.9
55
55
55
38.7
6.3 1
340
362
- - -42
10"
38.7
57.7
47.5
25
9.5 5
38.7
6.3 1
R49
- - --
26
6"
38.7
57.7
47.5
20
9.5 5
42
8.4 1
395
417.5
- - -38
12"
42
61
47.5
27
9.5 5
42
8.4 1
R53
- - --
26
8"
42
61
47.5
22
9.5 5
19.5
5 1
R31
- - --
13
2"
19.5
32.3
32
15
6.4 5
55
55
55
55
55
55
5
de
hc
s
di
n
RO
BIN
ET
CU
SE
RT
AR
Cla
sa
DN
DE
SC
RIE
RE
TIJ
Ã
GA
RN
ITU
RÃ
R-n
r.ro
taåii
ptr
. înc
hid
ere
n-nr
. de
înce
put
uri
p-p
as
GA
RN
ITU
RA
TIJ
EI
MO
ME
NT
(Kg
fm
)
Table 18
UNI
Number
British German French Italian Japanese Romanian
5332-64
-
X16CrNiSi25.20
STAS
Number
880
3583
3583
3583
-
EN10130
500/2
291/2
3583
3583
11290
11290
11290
11290
BS
Number
1503-161
1503
1503
1503
-
1503
1503
1506-162
-
-
-
-
-1506-621
-
BS
Grade
32A
410S21
304S40
304S30
-
-
-
-
-
-
316S40
316S30
-A
-
DIN
Number
17240
-
-
-
-
-
-
-
17200
17440
17440
17440
17440
17440
17440
17200
16240
-
AFNOR
Type
-
Z10C13
Z6CN18.09
Z2CN18.10
A60
-
-
-
-
Z12CNS25.20
Z6CND17.11
Z3CND17.12.03
42CD4
-
-
NF
Number
-
A35-578
A35-573
A35-573
A35-501
-
-
-
-
A35-573
A35-573
A35-559
-
A35-573
-
UNI
Type
Aq50
-
X5CrNi18.10
X2CrNi18.11
C45
-
-
-
-
X5CrNiMo17.12
X2CrNiMo17.13
40CrMo4
-
-
3986
-
6901-
71
6901-
71
6901-
71
6901-
71
6901-
71
5332-64
-
-
-
-
-
JIS
Symbol
S30C
SF50
SUS410
SUS304
SUS304R
S45C
-
-
-
-
SUH310
SUS316
SUS316L
SCM4
-
-
JIS
Number
G4051
G3201
G4303
G4303
G4303
G4303
G4303
G4303
G4051
-
-
-
-
G4105
-
-
DIN
Type
C 22
X10Cr13
X5CrNi18.10
X2CrNi19.11
X15CrNiSi25.20
X5CrNiMo18.12.2
C45
-
-
-
-
X2CrNiMo18.14.3
42C-Mo4
24C-Mo5
-
STAS
Symbol
OLC25N
10Cr130
5NiCr180
2NiCr185
-
OLC45AsK
OLC45AsIm
FeP03Am
OL32
CuZn39Pb2
10TiMoNiCr175
2MoNiCr175
42MoCr11AsK
42MoCr11AsIm
ASTMSpecification/
Grade
A 105
A 182 / F6
A 182 / F304
A 182 / F304L
A 182 / F310
A 182 / F316
A 182 / F316L
A 193 / B7
A 194 / 2H
B 16
A 194 / 2HM
Low carbon
steel
Low carbon
steel
A 193 /
B7M
EQUIVALENT STANDARDS FOR MATERIALS
Tab
le19
GE
NE
RA
LS
PE
CIF
ICA
TIO
NS
GA
TE
VA
LV
ES
Cla
ss
150
300
600
Siz
e
dt
(mm
)
A(m
m)
B(m
m)
d(m
m)
D(m
m)
di
(mm
)
RJ
19.5
55
55
6.3
6.3
6.3
6.3
8.4
8.4
8.4
8.4
8.4
8.4
11
11
11
11
11
11
11
13
136
146
164
190
253
320
368
434
508
580
632
688
-688
95
96
112
120
141
172
172
187
234
256
306
300
440
300
-
--
--
--
--
--
--
--
-
--
--
--
--
--
--
--
-
--
--
--
--
--
--
--
-
16
19
23
26
34
42
50
44
51
57
63
76
63
19.5
22.6
26
29
32.4
35.5
38.7
42
45.3
48.6
52
58.5
52
p n R
2"
21/2
"3"
4"
6"
8"
10"
12"
14"
16"
18"
20"
20"
24"
DE
SC
RIP
TIO
N
ST
EM
GA
SK
ET
R-n
o.of
turn
toop
enn-
no. o
f thr
.p-p
itch D
d
B
A
RJ
dt
de
(mm
)
s(m
m)
hc
(mm
)
n
19.5
19.5
22.6
26
29
32.4
35.5
38.7
42
45.3
48.6
52
52
58.5
32.3
32.3
35.4
38.8
44.8
47.2
51.3
57.7
61.6
65
68.2
74.8
74.8
83.9
32
32
32
32
39.5
39.5
39.5
47.5
47.5
47.5
47.5
55.5
63.5
55.5
12
12
15
15
17
20
22
25
27
33
33
37
60
37
6.4
6.4
6.4
6.4
7.9
7.9
7.9
9.5
9.5
9.5
9.5
11.1
12.7
11.1
5
22.6
5 1
R35
- - --
16
21/2
"
22.6
35.4
32
15
6.4 5
26 5 1
R37
- - --
19
3"
26
38.8
32
15
6.4 5
29
6.3 1
R41
- - --
23
4"
29
44.8
39.5
15
7.9 5
19.5
22.6
26
32.4
35.5
55
56.3
6.3
11
11
1
102
133
152
213
278
120
158
178
235
300
910
--
--
--
--
--
--
-
13
19
23
26
34
2"
3"
4"
6"
8"
19.5
22.6
26
32.4
35.5
32.3
35.4
38.8
47.2
51.3
32
32
32
39.5
39.5
12
15
15
20
22
6.4
6.4
6.4
7.9
7.9
5
19.5 5 1
114
136
- - -
16
21/2
"
19.5
32.3
32
12
6.4 5
55
55
38.7
6.3 1
340
362
- - -42
10"
38.7
57.7
47.5
25
9.5 5
38.7
6.3 1
R49
- - --
26
6"
38.7
57.7
47.5
20
9.5 5
42
8.4 1
395
417.5
- - -38
12"
42
61
47.5
27
9.5 5
42
8.4 1
R53
- - --
26
8"
42
61
47.5
22
9.5 5
19.5
5 1
R31
- - --
13
2"
19.5
32.3
32
15
6.4 5
55
55
55
55
55
55
5
PA
CK
ING
TO
RQ
UE
(Kg
fm
)
de
hc
s
di
n
150
300
600
d(m
m)
D(m
m)
RJ
d(m
m)
D(m
m)
--
--
--
--
--
--
--
--
-
--
-
--
2"
94
94
114
114
124
124
152
152
216
216
278
278
314
314
395
395
116
116
136
136
147
147
178
178
241
241
300
300
339
339
417.5
417.5
R30
R34
R37
14.2
14.2
14.2
14.2
14.2
14.2
19
19
19
19
19
19
19
25.4
25.4
35
41.1
35
35
22.4
22.4
22.4
22.4
22.4
22.4
30.2
30.2
30.2
30.2
30.2
30.2
30.2
39.6
39.6
53.8
66.3
53.8
53.8
2"
2"
21/2
"2
1/2
"2
1/2
"3"
3"
3"
4"
4"
6"
6"
8"
8"
10"
10"
12"
12"
D
d
RJ
Dd
Tab
l21
e
SP
EC
IFIC
AÅ
IIG
EN
ER
AL
E
150
300
dt
(mm
)19.5
4.2
55
56.3
6.3
6.3
11
11
11
1
55
7.6
7.9
11
11
13.5
22.6
29
26
32.4
35.5
45.3
p n R
2"
21/2
"3"
4"
6"
8"
10"
19.5
22.6
26
32.4
45.3
58.5
52
4.2
55
56.3
6.3
8.4
11
11
11
1
d(m
m)
D(m
m)
94
314
278
216
152
118
114
94
114
118
152
216
278
314
116
339
300
241
178
140
136
116
136
140
178
241
300
339
5.9
5.4
7.6
10.6
8.7
11
10
2"
21/2
"3"
4"
6"
8"
10"
Dd
di
(mm
)
de
(mm
)
s(m
m)
hc
(mm
)
n
19.5
22.6
26
29
32.4
35.5
45.3
45.3
32.3
35.4
38.8
44.8
48.2
48.2
51.3
64.3
64.3
32
32
32
39.5
39.5
39.5
47.5
47.5
12
16
16
22
27.5
27.5
22
27
27
6.4
6.4
6.4
7.9
7.9
7.9
9.5
9.5
55
55
55
5
19.5
22.6
26
32.4
52
58.5
32.3
35.4
38.8
74.2
83.9
32
32
32
39.5
55.5
63.5
12
16
16
33
33
6.4
6.4
6.4
7.9
11.1
12.7
55
55
55
5
de
hc
s
di
n
dt
DE
SC
RIE
RE
Cla
sa
DN
GA
RN
ITU
RA
CA
PA
C
GA
RN
ITU
RA
DO
P
RO
BIN
ET
DE
ÎNC
HID
ER
EC
UV
EN
TIL
Cla
sa
DN
DE
SC
RIE
RE
TIJ
Ã
GA
RN
ITU
RÃ
GA
RN
ITU
RÃ
TIJ
Ã
MO
ME
NT
(Kg
fm
)
R-n
r.d
ero
taåii
ptr
. înc
hid
ere
n-n
r.în
ceputu
ri
p-p
as
RO
BIN
ET
DE
RE
ÅIN
ER
EC
UC
LA
PÃ
Dim
en
siu
nip
en
tru
tijã
,g
arn
itu
rac
ap
ac
,g
arn
itu
rati
jei,
mo
me
nt
de
înc
hid
ere
pe
ntr
u:
--
-
--
-
R41
R99
R53
19
25.4
35
30.2
39.6
53.8
4"
6"
8"
Tab
l20
e
SPECIFICAÅII GENERALE
2a
aa
TIJÃ
P
t
t
hr
h
D1
d1
d2
d
D2
D
hr
BUCÆÃ
2=numãr de paæi pe åol=25.4/n - pas=0,5 p - înãlåimea de bazã a filetului=h + 1/2 joc de fund=0,5 p - lãåimea spirei=diametru maxim filet exterior (tijã)=diametru mediu filet exterior=diametru minim filet exterior=diametru maxim filet interior (bucæã)=diametru mediu filet interior=diametru minim filet interior
� = 29°
nPhhrtdd2d1DD2D1
Profil de bazã ptr. filet trapezoidal (29°) folosit ptr. filet tijã, bucæã acåionareîn conformitate cu ASME / ANSI B1.5
SW
ING
CH
EC
KV
AL
VE
SC
las
s150
300
600
Siz
e
d(m
m)
D(m
m)
RJ
d(m
m)
D(m
m)
--
--
--
--
--
--
--
--
--
--
--
--
--
--
2"
94
94
114
114
124
124
152
152
216
216
278
278
314
314
395
395
116
116
136
136
147
147
178
178
241
241
300
300
339
339
417.5
417.5
R30
R34
R37
R41
R99
R53
14.2
14.2
14.2
14.2
14.2
14.2
19
19
19
19
19
19
19
19
25.4
25.4
25.4
35
41.1
35
35
35
22.4
22.4
22.4
22.4
22.4
22.4
30.2
30.2
30.2
30.2
30.2
30.2
30.2
30.2
39.6
39.6
39.6
53.8
66.3
53.8
53.8
53.8
2"
2"
21/2
"2
1/2
"2
1/2
"3"
3"
3"
4"
4"
4"
6"
6"
6"
8"
8"
8"
10"
10"
12"
12"
BO
NN
ET
GA
SK
ET
PL
UG
GA
SK
ETD
d
RJ
Dd
Tab
l20
e
Tab
l21
e
GE
NE
RA
LS
PE
CIF
ICA
TIO
NS
Dim
en
sio
ns
for
Ste
m;
Bo
nn
et
gaske
t;P
ac
kin
g;
To
rqu
efo
r:
DE
SC
RIP
TIO
N
GL
OB
EV
AL
VE
SC
lasa
150
300
DN dt
(mm
)19.5
4.2
55
56.3
6.3
6.3
11
11
11
1
55
7.6
7.9
11
11
13.5
22.6
29
26
32.4
35.5
45.3
p n R
2"
21/2
"3"
4"
6"
8"
10"
19.5
22.6
26
32.4
45.3
58.5
52
4.2
55
56.3
6.3
8.4
11
11
11
1
d(m
m)
D(m
m)
94
314
278
216
152
118
114
94
114
118
152
216
278
314
116
339
300
241
178
140
136
116
136
140
178
241
300
339
5.9
5.4
7.6
10.6
8.7
11
10
2"
21/2
"3"
4"
6"
8"
10"
DE
SC
RIP
TIO
N
ST
EM
GA
SK
ET
Dd
di
(mm
)
de
(mm
)
s(m
m)
hc
(mm
)
n
19.5
22.6
26
29
32.4
35.5
45.3
45.3
32.3
35.4
38.8
44.8
48.2
48.2
51.3
64.3
64.3
32
32
32
39.5
39.5
39.5
47.5
47.5
12
16
16
22
27.5
27.5
22
27
27
6.4
6.4
6.4
7.9
7.9
7.9
9.5
9.5
55
55
55
5
19.5
22.6
26
32.4
52
58.5
32.3
35.4
38.8
74.2
83.9
32
32
32
39.5
55.5
63.5
12
16
16
33
33
6.4
6.4
6.4
7.9
11.1
12.7
55
55
55
5
PA
CK
ING
TO
RQ
UE
(Kg
fm
)
de
hc
s
di
n
dt
R-n
o.of
turn
toop
enn-
no. o
f thr
.p-p
itch
GENERAL SPECIFICATIONS
2a
aa
STEM
P
t
t
hr
h
D1
d1
d2
d
D2
D
hr
SLEEVE
2 = 29°�
nPhhrtdd2d1DD2D1
=number of threads per inch=25.4/n - pitch=0.5 p - basic height of thread=h + 1/2 allowance=0.5 p - thickness of thread=major diameter external thread (stem)=pitch diameter external thread (stem)=minor diameter external thread (stem)=major diameter internal thread (sleeve)=pitch diameter internal thread (sleeve)=minor diameter internal thread (sleeve)
Basic profile for 29° Trapezoidal Screw Threads Stems and Yoke Sleevesaccording toASME /ANSI B1.5
Nr.
crt.
d
(mm
)
1 2 3 4 5 6 7 8 9 10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
12
12
10 8 6 5 6 5 6 5 4 6 5 4 6 5 4 4 4 4 4 3 4 3 4 3 4 3 3 3 3 3 3
2.1
17
2.1
17
2.5
40
3.1
75
4.2
33
5.0
80
4.2
33
5.0
80
4.2
33
5.0
80
6.3
50
4.2
33
5.0
80
6.3
50
4.2
33
5.0
80
6.3
50
6.3
50
6.3
50
6.3
50
6.3
50
8.4
66
6.3
50
8.4
66
6.3
50
8.4
66
6.3
50
8.4
66
8.4
66
8.4
66
8.4
66
8.4
66
8.4
66
1.1
86
1.8
6
1.5
2
1.8
4
2.3
7
2.7
9
2.3
7
2.7
9
2.3
7
2.7
9
3.4
3
2.3
7
2.7
9
3.4
3
2.3
7
2.7
9
3.4
3
3.4
3
3.4
3
3.4
3
3.4
3
4.4
9
3.4
3
4.4
9
3.4
3
4.4
9
3.4
3
4.4
9
4.4
9
4.4
9
4.4
9
4.4
9
4.4
9
1.1
86
1.8
6
1.5
2
1.8
4
2.3
7
2.7
9
2.3
7
2.7
9
2.3
7
2.7
9
3.4
3
2.3
7
2.7
9
3.4
3
2.3
7
2.7
9
3.4
3
3.4
3
3.4
3
3.4
3
3.4
3
4.4
9
3.4
3
4.4
9
3.4
3
4.4
9
3.4
3
4.4
9
4.4
9
4.4
9
4.4
9
4.4
9
4.4
9
1.0
58
1.0
58
1.2
7
1.5
8
2.1
1
2.5
4
2.1
2
2.5
4
2.1
2
2.5
4
2.1
2
2.5
4
2.1
2
2.5
4
3.1
7
2.1
2
2.5
4
3.1
7
2.1
2
2.5
4
3.1
7
3.1
7
3.1
7
3.1
7
3.1
7
4.2
3
3.1
7
4.2
3
4.2
3
4.2
3
4.2
3
4.2
3
4.2
3
9.5
2
11.1
1
12.7
0
15.8
7
19.0
5
19.0
5
22.2
2
22.2
2
25.4
0
25.4
0
25.4
0
28.5
7
28.5
7
28.5
7
31.7
5
31.7
5
31.7
5
34.9
2
38.1
0
39.6
9
41.2
7
41.2
7
44.4
5
44.4
5
47.6
2
47.6
2
50.8
0
50.8
0
53.9
7
57.1
5
60.3
2
63.5
0
69.8
5
9.4
0
10.9
9
12.5
7
15.7
2
18.8
4
18.8
0
22.0
1
21.9
7
25.1
9
25.1
5
25.0
8
28.3
6
28.3
2
28.2
6
31.5
4
31.5
0
31.4
3
34.6
0
37.7
8
39.3
7
40.9
6
40.8
5
44.1
3
44.0
3
47.3
7
47.2
0
50.4
8
50.3
8
53.5
5
56.7
3
59.9
0
63.0
8
69.4
3
8.3
4
9.9
3
11.2
8
14.1
3
16.7
6
16.3
4
19.9
2
19.4
9
23.0
9
22.6
6
22.0
2
26.2
5
25.8
2
25.1
8
29.4
2
28.9
9
28.3
5
31.5
1
34.6
8
36.2
6
37.8
3
36.7
7
41.0
1
39.9
5
44.1
8
43.1
2
47.3
4
46.2
8
49.4
5
52.6
1
55.7
9
58.9
5
65.2
8
8.0
3
9.6
1
10.9
4
13.7
4
16.3
2
15.8
6
19.4
6
19.0
1
22.6
3
22.1
6
21.4
9
25.7
8
25.3
2
24.6
4
28.9
3
28.4
7
27.8
0
30.9
5
34.1
1
35.6
9
37.2
6
36.1
4
40.4
3
39.3
1
43.5
9
42.4
8
46.7
4
45.6
2
48.7
9
51.9
4
55.1
1
58.2
6
64.5
8
7.1
5
8.7
4
9.6
5
12.1
9
14.3
1
13.4
6
17.4
8
16.6
4
20.6
6
19.8
1
18.5
4
23.8
3
22.9
9
21.7
1
27.0
1
26.1
6
24.8
9
28.0
7
31.2
4
32.6
9
34.4
2
32.2
8
37.5
9
35.4
7
40.7
7
38.6
5
43.9
4
41.8
2
45.0
0
48.1
8
51.3
5
54.5
3
60.8
8
6.6
8
8.2
6
9.1
3
11.6
0
13.6
4
12.7
5
16.8
0
15.9
1
19.9
6
19.0
7
17.7
4
23.1
2
22.2
3
20.9
0
26.2
8
25.3
9
24.0
6
27.2
3
30.3
9
31.9
7
38.5
6
31.3
5
36.7
2
34.5
1
39.8
8
37.6
8
43.0
5
40.8
4
44.0
1
47.1
7
50.3
4
53.5
0
59.8
4
7.4
1
9.0
0
10.1
6
12.7
0
14.8
2
13.9
7
17.9
9
17.1
4
21.1
6
20.3
2
19.0
5
24.3
4
23.4
9
22.2
2
27.5
2
26.6
7
25.4
28.5
7
31.7
5
33.3
4
34.9
2
32.8
1
38.1
0
35.9
8
41.2
7
39.1
6
44.4
5
42.3
3
45.5
1
48.6
8
51.8
6
55.0
3
61.3
8
7.5
4
9.1
2
10.2
9
12.8
6
15.0
3
14.2
2
18.2
0
17.4
0
21.3
8
20.5
7
19.3
8
24.5
5
23.7
8
22.5
4
27.7
3
26.9
2
25.7
2
28.8
9
32.0
7
33.6
5
35.2
4
33.2
3
38.4
2
36.4
1
41.5
9
39.5
8
44.7
7
42.7
6
45.9
3
49.1
1
52.5
8
55.4
6
61.8
1
8.4
5
10.0
5
11.4
3
14.2
9
16.9
3
16.5
1
20.1
1
19.6
8
23.2
8
22.8
6
22.2
2
26.4
6
26.0
3
25.4
0
29.6
3
29.2
1
28.5
7
31.7
5
34.9
2
36.5
1
38.1
0
37.0
4
41.2
7
40.2
2
44.4
5
43.3
9
47.6
2
46.5
7
49.7
9
52.9
2
56.0
9
59.2
7
65.6
2
8.7
8
10.3
8
11.7
8
14.6
8
17.3
7
16.9
8
20.5
6
20.1
7
23.7
5
23.3
5
22.7
6
26.9
3
26.5
4
25.9
4
30.1
7
29.7
2
29.1
2
32.3
1
35.4
9
37.0
8
38.6
7
37.6
8
41.8
6
40.8
6
45.0
4
44.0
4
48.2
2
47.2
2
50.4
0
53.5
8
56.7
7
59.9
5
66.3
1
9.7
8
11.3
8
13.2
1
16.3
8
19.5
6
19.5
6
22.7
3
22.7
3
25.9
1
25.9
1
25.9
1
29.0
8
29.0
8
29.0
8
32.2
6
32.2
6
32.2
6
35.4
3
38.6
1
40.1
9
41.7
8
41.7
8
44.9
6
44.9
6
48.1
3
48.1
3
51.3
1
51.3
1
54.4
8
57.6
6
60.8
3
64.0
1
70.3
6
10.0
3
11.6
2
13.7
2
16.8
9
20.0
7
20.0
7
23.2
4
23.2
4
26.4
2
26.4
2
26.4
2
29.5
9
29.5
9
29.5
9
32.7
7
32.7
7
32.7
7
35.9
4
39.1
2
40.7
0
42.2
9
42.2
9
45.4
7
45.4
7
48.6
4
48.6
4
51.8
2
51.8
2
54.9
9
58.1
7
61.3
4
64.5
2
70.8
7
9.5
25
11.1
12
12.7
00
15.8
75
19.0
50
22.2
25
25.4
00
28.5
75
31.7
50
34.9
25
38.1
00
39.6
87
41.2
75
44.4
50
47.6
25
50.8
00
53.9
75
57.1
50
60.3
25
63.5
00
69.8
50
3/8
7/1
6
1/2
5/8
3/4
7/8 1
11/8
11/4
13/8
11/2
19/1
6
15/8
13/4
17/8
2
21/8
21/4
23/8
21/2
23/4
(mm
)(m
m)
(mm
)(m
m)
(mm
)(m
m)
(mm
)(m
m)
(mm
)(m
m)
(mm
)(m
m)
(mm
)(m
m)
(mm
)(i
nch
)
nP
hr
td
ma
xd
min
d2
ma
xd
1m
ax
d2
min
d1
min
D1
min
D2
min
Dm
inD
1m
ax
D2
ma
xD
ma
x
Ta
be
l2
2
Nr.
crt.
d
(mm
)
1 2 3 4 5 6 7 8 9 10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
12
12
10 8 6 5 6 5 6 5 4 6 5 4 6 5 4 4 4 4 4 3 4 3 4 3 4 3 3 3 3 3 3
2.1
17
2.1
17
2.5
40
3.1
75
4.2
33
5.0
80
4.2
33
5.0
80
4.2
33
5.0
80
6.3
50
4.2
33
5.0
80
6.3
50
4.2
33
5.0
80
6.3
50
6.3
50
6.3
50
6.3
50
6.3
50
8.4
66
6.3
50
8.4
66
6.3
50
8.4
66
6.3
50
8.4
66
8.4
66
8.4
66
8.4
66
8.4
66
8.4
66
1.1
86
1.8
6
1.5
2
1.8
4
2.3
7
2.7
9
2.3
7
2.7
9
2.3
7
2.7
9
3.4
3
2.3
7
2.7
9
3.4
3
2.3
7
2.7
9
3.4
3
3.4
3
3.4
3
3.4
3
3.4
3
4.4
9
3.4
3
4.4
9
3.4
3
4.4
9
3.4
3
4.4
9
4.4
9
4.4
9
4.4
9
4.4
9
4.4
9
1.1
86
1.8
6
1.5
2
1.8
4
2.3
7
2.7
9
2.3
7
2.7
9
2.3
7
2.7
9
3.4
3
2.3
7
2.7
9
3.4
3
2.3
7
2.7
9
3.4
3
3.4
3
3.4
3
3.4
3
3.4
3
4.4
9
3.4
3
4.4
9
3.4
3
4.4
9
3.4
3
4.4
9
4.4
9
4.4
9
4.4
9
4.4
9
4.4
9
1.0
58
1.0
58
1.2
7
1.5
8
2.1
1
2.5
4
2.1
2
2.5
4
2.1
2
2.5
4
2.1
2
2.5
4
2.1
2
2.5
4
3.1
7
2.1
2
2.5
4
3.1
7
2.1
2
2.5
4
3.1
7
3.1
7
3.1
7
3.1
7
3.1
7
4.2
3
3.1
7
4.2
3
4.2
3
4.2
3
4.2
3
4.2
3
4.2
3
9.5
2
11.1
1
12.7
0
15.8
7
19.0
5
19.0
5
22.2
2
22.2
2
25.4
0
25.4
0
25.4
0
28.5
7
28.5
7
28.5
7
31.7
5
31.7
5
31.7
5
34.9
2
38.1
0
39.6
9
41.2
7
41.2
7
44.4
5
44.4
5
47.6
2
47.6
2
50.8
0
50.8
0
53.9
7
57.1
5
60.3
2
63.5
0
69.8
5
9.4
0
10.9
9
12.5
7
15.7
2
18.8
4
18.8
0
22.0
1
21.9
7
25.1
9
25.1
5
25.0
8
28.3
6
28.3
2
28.2
6
31.5
4
31.5
0
31.4
3
34.6
0
37.7
8
39.3
7
40.9
6
40.8
5
44.1
3
44.0
3
47.3
7
47.2
0
50.4
8
50.3
8
53.5
5
56.7
3
59.9
0
63.0
8
69.4
3
8.3
4
9.9
3
11.2
8
14.1
3
16.7
6
16.3
4
19.9
2
19.4
9
23.0
9
22.6
6
22.0
2
26.2
5
25.8
2
25.1
8
29.4
2
28.9
9
28.3
5
31.5
1
34.6
8
36.2
6
37.8
3
36.7
7
41.0
1
39.9
5
44.1
8
43.1
2
47.3
4
46.2
8
49.4
5
52.6
1
55.7
9
58.9
5
65.2
8
8.0
3
9.6
1
10.9
4
13.7
4
16.3
2
15.8
6
19.4
6
19.0
1
22.6
3
22.1
6
21.4
9
25.7
8
25.3
2
24.6
4
28.9
3
28.4
7
27.8
0
30.9
5
34.1
1
35.6
9
37.2
6
36.1
4
40.4
3
39.3
1
43.5
9
42.4
8
46.7
4
45.6
2
48.7
9
51.9
4
55.1
1
58.2
6
64.5
8
7.1
5
8.7
4
9.6
5
12.1
9
14.3
1
13.4
6
17.4
8
16.6
4
20.6
6
19.8
1
18.5
4
23.8
3
22.9
9
21.7
1
27.0
1
26.1
6
24.8
9
28.0
7
31.2
4
32.6
9
34.4
2
32.2
8
37.5
9
35.4
7
40.7
7
38.6
5
43.9
4
41.8
2
45.0
0
48.1
8
51.3
5
54.5
3
60.8
8
6.6
8
8.2
6
9.1
3
11.6
0
13.6
4
12.7
5
16.8
0
15.9
1
19.9
6
19.0
7
17.7
4
23.1
2
22.2
3
20.9
0
26.2
8
25.3
9
24.0
6
27.2
3
30.3
9
31.9
7
38.5
6
31.3
5
36.7
2
34.5
1
39.8
8
37.6
8
43.0
5
40.8
4
44.0
1
47.1
7
50.3
4
53.5
0
59.8
4
7.4
1
9.0
0
10.1
6
12.7
0
14.8
2
13.9
7
17.9
9
17.1
4
21.1
6
20.3
2
19.0
5
24.3
4
23.4
9
22.2
2
27.5
2
26.6
7
25.4
28.5
7
31.7
5
33.3
4
34.9
2
32.8
1
38.1
0
35.9
8
41.2
7
39.1
6
44.4
5
42.3
3
45.5
1
48.6
8
51.8
6
55.0
3
61.3
8
7.5
4
9.1
2
10.2
9
12.8
6
15.0
3
14.2
2
18.2
0
17.4
0
21.3
8
20.5
7
19.3
8
24.5
5
23.7
8
22.5
4
27.7
3
26.9
2
25.7
2
28.8
9
32.0
7
33.6
5
35.2
4
33.2
3
38.4
2
36.4
1
41.5
9
39.5
8
44.7
7
42.7
6
45.9
3
49.1
1
52.5
8
55.4
6
61.8
1
8.4
5
10.0
5
11.4
3
14.2
9
16.9
3
16.5
1
20.1
1
19.6
8
23.2
8
22.8
6
22.2
2
26.4
6
26.0
3
25.4
0
29.6
3
29.2
1
28.5
7
31.7
5
34.9
2
36.5
1
38.1
0
37.0
4
41.2
7
40.2
2
44.4
5
43.3
9
47.6
2
46.5
7
49.7
9
52.9
2
56.0
9
59.2
7
65.6
2
8.7
8
10.3
8
11.7
8
14.6
8
17.3
7
16.9
8
20.5
6
20.1
7
23.7
5
23.3
5
22.7
6
26.9
3
26.5
4
25.9
4
30.1
7
29.7
2
29.1
2
32.3
1
35.4
9
37.0
8
38.6
7
37.6
8
41.8
6
40.8
6
45.0
4
44.0
4
48.2
2
47.2
2
50.4
0
53.5
8
56.7
7
59.9
5
66.3
1
9.7
8
11.3
8
13.2
1
16.3
8
19.5
6
19.5
6
22.7
3
22.7
3
25.9
1
25.9
1
25.9
1
29.0
8
29.0
8
29.0
8
32.2
6
32.2
6
32.2
6
35.4
3
38.6
1
40.1
9
41.7
8
41.7
8
44.9
6
44.9
6
48.1
3
48.1
3
51.3
1
51.3
1
54.4
8
57.6
6
60.8
3
64.0
1
70.3
6
10.0
3
11.6
2
13.7
2
16.8
9
20.0
7
20.0
7
23.2
4
23.2
4
26.4
2
26.4
2
26.4
2
29.5
9
29.5
9
29.5
9
32.7
7
32.7
7
32.7
7
35.9
4
39.1
2
40.7
0
42.2
9
42.2
9
45.4
7
45.4
7
48.6
4
48.6
4
51.8
2
51.8
2
54.9
9
58.1
7
61.3
4
64.5
2
70.8
7
9.5
25
11.1
12
12.7
00
15.8
75
19.0
50
22.2
25
25.4
00
28.5
75
31.7
50
34.9
25
38.1
00
39.6
87
41.2
75
44.4
50
47.6
25
50.8
00
53.9
75
57.1
50
60.3
25
63.5
00
69.8
50
3/8
7/1
6
1/2
5/8
3/4
7/8 1
11/8
11/4
13/8
11/2
19/1
6
15/8
13/4
17/8
2
21/8
21/4
23/8
21/2
23/4
(mm
)(m
m)
(mm
)(m
m)
(mm
)(m
m)
(mm
)(m
m)
(mm
)(m
m)
(mm
)(m
m)
(mm
)(m
m)
(mm
)(i
nch
)
nP
hr
td
ma
xd
min
d2
ma
xd
1m
ax
d2
min
d1
min
D1
min
D2
min
Dm
inD
1m
ax
D2
ma
xD
ma
x
Ta
ble
22
1 m/s² = 3.281 ft/s²1 ft/s² = 0.305 m/s²= acceleraåia gravitaåionalã
1 ha = 10,000m² = 2.471 acres = 3.86 x 10 mile1 acre = 0.405 ha = 4046.86 m²1 m² = 10.764 ft²1 ft² = 9.290 x 10 m²1 m² = 1.550 x 10³ in²1 mm² = 1.550 x 10 in²1 in² = 6.452 x 10 m² = 645.2 mm²1 m² = 3.861 x 10 mile²1 mile² = 2.589 x 10 m² = 259 ha1 m² = 1.196 yd²1 yd² = 0.836 m²
1 kg.m = 6.243 x 10 lb/ft1 lb.ft = 16.018 kg/m³1 lb.gal = 0.099 kg/dm³1 lb.in-3 = 27.679 g/cm³
1 J = 9.478 x 10 Btu1 Btu = 1.055 x 10³ J1 J = 0.738 ft.lbf1 ft.lbf = 1.356 J1 J = 0.238 x 10 kcal1kcal = 4.19 x 10³ J1 J = 0.102 kgf.m1 kgf.m = 9.810 J1 J = 0.278 x 10 kWh1 kWh = 3.6 x 10 J
1 N = 0.102 kgf1 kgf = 9.81 N = 2.205 lbf1 N = 0.225 lbf1 lbf = 4.448 N1 N = 1.003 x 10 tonf1 tonf = 9964 N
1 m = 3.281 ft1 ft = 0.305 m1 m = 39.37 in1 in = 0.025 m1 m = 6.214 x 10 mile1 mile = 1.609 x 10³ m1 "thou" = 25.4 mm1 m = 1.094 yd1 yd = 0.914 m
1 kg = 1.968 x 10 cwt1 cwt = 50.802 kg1 kg = 35.274 oz1 oz = 28.349 g1 kg = 2.203 lb1 lb = 0.454 kg1 kg = 9.842 x 10 ton1 ton = 1.016 x 10³ kg = 1.016 tonne1 tonne (= 1 metric tonne) = 1000 kg
1N.m = 0.102 kgf.m1 kgf.m = 9.807 N.m1 ozf.in = 7061.55 mN.m1 N.m = 0.738 lbf.ft1 lbf.ft = 1.356 N.m1 N.m = 8.85 lbf.in1 lbf.in = 0.113 N.m1 kN.m = 0.329 tonf.ft1 tonf.ft = 3.037 kN.m
1 kg.m² = 5.464 x 10³ oz.in²1 oz.in² = 0.183 x 10 kg.m²1 kg.m² = 23.730 x lb.ft²1 lb.ft² = 0.042 kg.m²1 kg.m² = 3.417 x 10³ lb.in²1 lb.in² = 2.926 x 10 kg.m²
-3 -2
-2
-3
-4
-7
6
-3 -2 -3
-3
-1
-4
-3
-6
6
-4
-4
-2
-4
-4
-4
ft/s²
32.174 ft/s²
acre
ft²
in²
mile²
yd²
lb/ft³
lb/gallb/in³
Btu
ft.lbf
kcal
kgf.m
kWh
kgf
lbf
tonf
ft
in (l")
mile
milli-inch ("thou")yd
cwt
oz
pound (lb)
ton
kgf.m
ozf.inlbf.ft
lbf.in
tonf.ft
oz.in²
lb.ft²
lb.in²
m/s²
9.806 m/s²
ha(hectare)m²
m²
m²
m²
kg/m³
kg/m³kg/m³
J
J
J
J
J
N
N
N
m
m
m
mm
kg
kg
kg
kg
N.m
N.mN.m
N.m
N.m
kg.m²
kg.m²
kg.m²
TABELE DE TRANSFORMARE
Acceleraåie
Arie
Densitate
Energie(lucru mecanic)
Foråã
Lungime
Masã
Moment al uneiforåe
Moment deineråie
Mãrime TransformãriUnitãåidiferite de SI
Unitãåiîn SI
1 W = 0.738 ft.lbf/s1 ft.lbs/s = 1.356 W1 W = 1.341 x 10 hp1 hp = 7.457 x 10² W1 W = 0.102 kgf.m/s1 kgf.m/s = 9.81 W
10 Pa = 1 MPa = 10 bar = 1 N/mm²1 bar = 0.10 MPa = 14.504 psi1 kPa = 0.335 ft H O1 ft H O = 2.989 kPa1 kPa = 0.295 in Hg1 inHg = 3.386 kPa1 Pa = 0.102 kgf/m²1 kgf/m² = 9.81 Pa1 MPa = 10.194 kp/cm²1 kp/cm² = 0.0981 MPa = 0.981 bar = 14.223 psi1 MPa = 1 N.mm = 1MN.m = 10.197 kp/cm²1 kPa = 20.885 lbf/ft²1 lbf/ft² = 47.880 Pa1 Pa = 1.450 x 10 lbf/in²1 lbf/in² = 6.895 kPa = 0.0703 kp/cm² = 0.0689 bar1 MPa = 6.477 x 10 ton.in1 ton.in = 15.44 MPa = 15.44 N.mmStandard atmosphere = 1.013 bar = 1.033 kp.cm
1 m³/s = 35.314 ft³/s1 ft³/s = 0.028 m³/s = 28.317 dm³/s1 m³/s = 7.919 x 10 imp. gal./h1 imp.gal./h = 1.263 x 10 m³/s = 4.546 dm³/h1 m³/s = 0.366 in³/min1 in³/min = 2.731 x 10 m³/s1 m³/s = 1.585 x 10 US gal/min1 US gal/min = 6.309 x 10 m³/s
K = °C + 273.15C = K - 273.15C = ( F - 32) x 0.556F = ( C x 1.8) + 32
1 m/s = 3.281 ft/s1 ft/s = 0.305 m/s1 m/s = 3.6 km/h1 km/h = 0.278 m/s1 m/s = 2.237 mile/h1 mile/h = 0.447 m/s = 1.467 ft/s
1 Pa.s = 10 P1 P = 0.1 Pa.s1 Pa.s = 2.089 x 10 lbf.s/ft²1 lbf.s/ft² = 47.880 Pa.s
1 m²/s = 10.764 ft²/s1 ft²/s = 9.290 x 10 m²/s1 in²/s = 6.452 cm²/s = 645.16 cSt1 m²/s = 10 St1 St = 10 m²/s
1 m³ = 35.315 ft³1 ft³ = 0.028 m³1 fl oz = 28.413 cm³1 m³ = 2.199 x 10² imp gal1 imp gal = 4.546 x 10 m³1 pt = 0.568 dm³1 m³ = 6.102 x 10 in³1 in³ = 1.639 x 10 m³1 L = 10 m³ = 0.220 imp gal = 0.264 US gal1 m³ = 2.642 x 10² US gal1 US gal = 3.785 x 10 m³
-3
6
-2 -2
-4
-2 -2
-2 -2
-2
5
-6
-7
4
-5
-2
-2
4
-4
-3
4
-5
-3
-3
2
2
°° °° °
ft.lbf/s
hp
kgf.m/s
bar
ft H O (feet of water)2
in Hg (inch of mercury)
kgf.m-2
kp/cm²
N.mm-2
lbf/ft²
(lbf/in²) - psi
ton.in-2
14.696 lbf.in-2
ft³/s (cusec)
imperial gal/h
in³/min
US gal/min
°C
°F
ft/s
km/h
mile/h
P (poise)
lbf.s/ft²
ft²/s
in²/s
St (stokes)
ft³
imperial fl oz
imperial gal
imperial pt (pint)
in³
litre (L)US gal
W
W
W
Pa
Pa
Pa
Pa
Pa
PaPa
Pa
Pa
1.013 x 10 Pa5
m³/s
m³/s
m³/s
m³/s
K
m/s
m/s
m/s
Pa.s
Pa.s
m²/s
m²/s
m³
m³m³
m³m³
m³m³
TABELE DE TRANSFORMARE
TransformãriUnitãåidiferite de SI
Unitãåiîn SI
Putere
Presiune
Debit(volumetric)
Temperaturi
Vitezã
Viscozitatedinamicã
Viscozitatecinematicã
Volum(capacitate)
Mãrime
Transformãri liniare (1 inch = 25.4 milimetri)(inchi în milimetri)
7.933.358.784.1
109.5
134.9160.3185.7211.1236.5
261.9287.3312.7338.1363.5
388.9414.3439.7465.1490.5
515.9541.3566.7592.1617.5
642.9668.3693.7719.1744.5
769.9795.3820.7846.1871.5
896.9922.3947.7973.1998.5
1023.91049.31074.71100.11125.5
1150.91176.31201.71227.11252.5
1277.9
3.228.654.079.4
104.8
130.2155.6181.0206.4231.8
257.2282.6308.0333.4358.8
384.2409.6435.0460.4485.8
511.2536.6562.0587.4612.8
638.2663.6689.0714.4739.8
765.2790.6816.0841.4866.8
892.2917.6943.0968.4993.8
1019.21044.61070.01095.41120.8
1146.21171.61197.01222.41247.8
1273.2
1.627.052.477.8
103.2
128.6154.0179.4204.8230.2
255.6281.0306.4331.8357.2
382.6408.0433.4458.8484.2
509.6535.0560.4585.8611.2
636.6662.0687.4712.8738.2
763.6789.0814.4839.8865.2
890.6916.0941.4966.8992.2
1017.61043.01068.41093.81119.2
1144.61170.01195.41220.81246.2
1271.6
11.136.561.987.3
112.7
138.1163.5188.9214.3239.7
265.1290.5315.9341.3366.7
392.1417.5442.9468.3493.7
519.1544.5569.9595.3620.7
646.1671.5696.9722.3747.7
773.1798.5823.9849.3874.7
900.1925.5950.9976.3
1001.7
1027.11052.51077.91103.31128.7
1154.11179.51204.91230.31255.7
1281.1
12.738.163.588.9
114.63
139.7165.1190.5215.9241.3
266.7292.1317.5342.9368.3
393.7419.1444.5469.9495.3
520.7546.1571.5596.9622.3
647.7673.1698.5723.9749.3
774.7800.1825.5850.9876.3
901.7927.1952.5977.9
1003.3
1028.71054.11079.51104.91130.3
1155.71181.11206.51231.91257.3
1282.7
14.339.765.190.5
115.9
141.3166.7192.1217.5242.9
268.3293.7319.1344.5369.9
395.3420.7446.1471.5496.9
522.3547.7573.1598.5623.9
649.3674.7700.1725.5750.9
776.3801.7827.1852.5877.9
903.3928.7954.1979.5
1004.9
1030.31055.71081.11106.51131.9
1157.31182.71208.11233.51258.9
1284.3
15.941.366.792.1
117.5
142.9168.3193.7219.1244.5
269.9295.3320.7346.1371.5
396.9422.3447.7473.1498.5
523.9549.3574.7600.1625.5
650.9676.3701.7727.1752.5
777.9803.3828.7854.1879.5
904.9930.3955.7981.1
1006.5
1031.91057.31082.71108.11133.5
1158.91184.31209.71235.11260.5
1285.9
17.542.968.393.7
119.1
144.5169.9195.3220.7246.1
271.5296.9322.3347.7373.1
398.5423.9449.3474.7500.1
525.5550.9576.3601.7627.1
652.5677.9703.3728.7754.1
779.5804.9830.3854.7885.1
906.5931.9957.3982.7
1008.1
1033.51058.91084.31109.71135.1
1160.51185.91211.31236.71262.1
1287.5
19.144.569.995.3
120.7
146.1171.5196.9222.3247.7
273.1298.5323.9349.3374.7
400.1425.5450.9476.3501.7
527.1552.5577.9603.3628.7
654.1679.5704.9730.3755.7
781.1806.5831.9857.3882.7
908.1933.5958.9984.3
1009.7
1035.11060.51085.91111.31136.7
1162.11187.51212.91238.31263.7
1289.1
20.646.071.496.8
122.2
147.6173.0198.4223.8249.2
274.6300.0325.4350.8376.2
401.6427.0452.4477.8503.2
528.6554.0579.4604.8630.2
655.6681.0706.4731.8757.2
782.6808.0833.4858.8884.2
909.6935.0960.4985.8
1011.2
1036.61062.01087.41112.81138.2
1163.61189.01214.41239.81265.2
1290.6
22.247.673.098.4
123.8
149.2174.6200.0225.4250.8
276.2301.6327.0352.4377.8
403.2428.6454.0479.4504.8
530.2555.6581.0606.4631.8
657.2682.6708.0733.4758.8
784.2809.6835.0860.4885.8
911.2936.6962.0987.4
1012.8
1038.21063.61089.01114.41139.8
1165.21190.61216.01241.41266.8
1292.2
23.849.274.6
100.0125.4
150.8176.2201.6227.0252.4
277.8303.2328.6354.0379.4
404.8430.2455.6481.0506.4
531.8557.2582.6608.0633.4
658.8684.2709.6735.0760.4
785.8811.2836.6862.0887.4
912.8938.2963.6989.0
1014.4
1039.81065.21090.61116.01141.4
1166.81192.21217.61243.01268.4
1293.8
6.431.857.282.6
108.0
133.4158.8184.2209.6235.0
260.4285.8311.2336.6362.0
387.4412.8438.2463.6489.0
514.4539.8565.2590.6616.0
641.4666.8692.2717.6743.0
768.4783.8819.2844.6870.0
895.4920.8946.2971.6997.0
1022.41047.81073.21098.61124.0
1149.41174.81200.21225.61251.0
1276.4
01234
56789
1011121314
1516171819
2021222324
2526272829
3031323334
3536373839
4041424344
4546474849
50
0.025.450.876.2
101.6
127.0152.4177.8203.2228.6
254.0279.4304.8330.2355.6
381.0406.4431.8457.2482.6
508.0533.4558.8584.2609.6
635.0660.4685.8711.2736.6
762.0787.4812.8838.2863.6
889.0914.4939.8965.2990.6
1016.01041.41066.81092.21117.6
1143.01168.41193.81219.21244.6
1270.0
9.534.960.385.7
111.1
136.5161.9187.3212.7238.1
263.5288.9314.3339.7365.1
390.5415.9441.3466.7492.1
517.5542.9568.3593.7619.1
644.5669.9695.3720.7746.1
771.5796.9822.3847.7873.1
898.5923.9949.3974.7
1000.1
1025.51050.91076.31101.71127.1
1152.51177.91203.31228.71254.1
1279.5
4.830.255.681.0
106.4
131.8157.2182.6208.0233.4
258.8284.2309.6335.0360.4
385.8411.2436.6462.0487.4
512.8538.2563.6589.0614.4
639.8665.2690.6716.0714.4
766.8792.2817.6843.0868.4
893.8919.2944.6970.0995.4
1020.81046.21071.61097.01122.4
1147.81173.21198.61224.01249.4
1274.8
in. 0 1/16 1/8 3/16 1/4 5/16 3/8 7/16 1/2 9/16 5/8 11/16 3/4 13/16 7/8 15/16
TABELE DE TRANSFORMARE
Transformãri temperaturã (°C °F)�
12345
6789
10
1112131415
1617181920
2122232425
2627282930
3132333435
3637383940
4142434445
4647484950
5152535455
5657585960
33.835.637.439.241.0
42.844.646.448.250.0
51.853.655.457.259.0
60.862.664.466.268.0
69.871.673.475.277.0
78.880.682.484.286.0
87.889.691.493.295.0
96.898.6
100.4102.2104.0
105.8107.6109.4111.2113.0
114.8116.6118.4120.2122.0
123.8125.6127.4129.2131.0
132.8134.6136.4138.2140.0
16.116.717.217.818.3
18.919.420.020.621.1
21.722.222.823.323.9
24.425.025.626.126.7
27.227.828.328.929.4
30.030.631.131.732.2
32.833.333.934.435.0
35.636.136.737.237.8
4349546066
7177828893
99100104110116
121127132138143
6162636465
6667686970
7172737475
7677787980
8182838485
8687888990
9192939495
96979899
100
110120130140150
160170180190200
210212220230240
250260270280290
141.8143.6145.4147.2149.0
150.8152.6154.4156.2158.0
159.8161.6163.4165.2167.0
168.8170.6172.4174.2176.0
177.8179.6181.4183.2185.0
186.8188.6190.4192.2194.0
195.8197.6199.4201.2203.0
204.8206.6208.4210.2212.0
230248266284302
320338356374392
410413.6428446464
482500518536554
149154160166171
177182188193199
204210216221227
232238243249254
260266271277282
288293299304310
316321327332338
343349354360366
371377382388393
399404410416421
427432438443449
454460466471477
300310320330340
350360370380390
400410420430440
450460470480490
500510520530540
550560570580590
600610620630640
650660670680690
700710720730740
750760770780790
800810820830840
850860870880890
572590608626644
662680698716734
752770788806824
842860878896914
932950968986
1004
10221040105810761094
11121130114811661184
12021220123812561274
12921310132813461364
13821400141814361454
14721490150815261544
15621580159816161634
482488493499504
510516521527532
538549560571582
593604616627638
649660671682693
704732760788816
843871899927954
9821010103810661093
11211149117712041232
12601288131613431371
13991427145414821510
15381566159316211649
900910920930940
950960970980990
10001020104010601080
11001120114011601180
12001220124012601280
13001350140014501500
15501600165017001750
18001850190019502000
20502100215022002250
23002350240024502500
25502600265027002750
28002850290029503000
16521670168817061724
17421760177817961814
18321868190419401976
20122048208421202156
21922228226423002336
23722462255226422732
28222912300230923182
32723362345235423632
37223812390239924082
41724262435244424532
46224712480248924982
50725162525253425432
-273-268-262-257-251
-246-240-234-229-223
-218-212-207-201-196
-190-184-179-173-169
-168-162-157-151-146
-140-134-129-123-118
-112-107-101- 96- 90
- 84- 79- 73- 68- 62
- 57- 51- 46- 40- 34
- 29- 23- 17.8
-459.4-450-440-430-420
-410-400-390-380-370
-360-350-340-330-320
-310-300-290-280-273
-270-260-250-240-230
-220-210-200-190-180
-170-160-150-140-130
-120-110-100- 90- 80
- 70- 60- 50- 40- 30
- 20- 10- 0
-17.2-16.7-16.1-15.6-15.0
-14.4-13.9-13.3-12.8-12.2
-11.7-11.1-10.6-10.0- 9.4
- 8.9- 8.3- 7.8- 7.2- 6.7
- 6.1- 5.6- 5.0- 4.4- 3.9
- 3.3- 2.8- 2.2- 1.7- 1.1
- 0.60.00.61.11.7
2.22.83.33.94.4
5.05.66.16.77.2
7.88.38.99.4
10.0
10.611.111.712.212.8
13.313.914.415.015.6
-459.4
-454-436-418-400-382
-364-346-328-310-292
-274-256-238-220-202
-184-166-148-130-112
- 94- 76- 58- 40- 22
- 41432
-459.4° ÷ 0° 1° ÷ 60° 61° ÷ 290° 300° ÷ 890° 900° ÷ 3000°
C FC
FC F
CF
C FC
FC F
CF
C FC
F
TABELE DE TRANSFORMARE
CubicMeter
U.S.Cubic Inch
U.S.Cubic Foot
U.S.Pint
U.S.Gallon
ImperialGallon
U.S.PoundWater*
Unitãåi de mãsurãptr. lichide æi
greutãåi
0.0037850.0045460.0004730.0004540.0283170.00001640.0010001
3.785334.545960.4731660.45405
28.317020.0163871
999.972
231.277.4228.87527.708
1728.1
61.0250961023.38
0.133680.160540.016710.01603510.00057870.0353154
35.31446
8.33710.1.0421
62.3650.036092.202
2202.
8.9.6075210.9596
59.84420.0346322.113423
2113.34
0.83310.10410.16.228880.003610.2199756
219.969
11.20090.1250.119957.480520.0043290.2641779
264.170
U.S. GallonImperial GallonU.S. PintU.S. Pound Water*U.S. Cubic FootU.S. Cubic InchLiterCubic Meter
Liter
2.20464.40926.61398.8185
11.0231
13.227715.432317.637019.841622.0462
24.250826.455528.866030.864733.0693
35.273937.478639.683241.887844.0924
46.297048.501750.706352.910955.1155
57.320259.524861.729463.934066.1386
68.343370.547972.752574.957177.1617
156.528158.733160.937163.142165.347
167.551169.756171.960174.165176.370
178.574180.779182.984185.188187.393
189.597191.802194.007196.211198.416
200.621202.825205.030207.234209.439
211.644213.848216.053218.258220.463
79.366481.571083.775685.980288.1848
90.389592.594194.798797.003399.2080
101.413103.617105.822108.026110.231
112.436114.640116.845119.050121.254
123.459125.663127.868130.073132.277
134.482136.687138.891141.096143.300
145.505147.710149.914152.119154.323
0.45360.90721.36081.81442.2680
2.72163.17523.62874.08234.5359
4.98955.44315.89676.35036.8039
7.25757.71118.16478.61829.0716
9.52559.9790
10.432610.886211.3398
11.793412.247012.700613.154213.6078
14.061414.515014.968615.422215.8757
32.205132.658733.112333.565934.0193
34.473034.926635.380235.833836.2874
36.741037.194637.648238.101838.5554
39.009039.462639.916240.369740.8233
41.276941.730542.184142.637743.0913
43.544943.998544.452144.905745.3593
16.329216.782917.236517.690118.1437
18.597319.050919.504519.958120.4117
20.865321.318921.772422.226022.6796
23.133223.586824.040424.494024.9476
25.401225.854826.308426.762027.2156
27.669228.122728.576329.029929.4835
29.937130.390730.844331.297931.7515
12345
6789
10
1112131415
1617181920
2122232425
2627282930
3132333435
7172737475
7677787980
8182838485
8687888990
9192939495
96979899
100
3637383940
4142434445
4647484950
5152535455
5657585960
6162636465
6667686970
lb lblbkg kgkg
Echivalenåe ptr. mãsuri de mase æi lichide
Transformãri de mase (1 pound = 0.4536 kilograme) (lb kg)�
*Ap la 60°F. 1 barrel = 42 gallons` (unitãåi m`surã petrol).
TABELE DE TRANSFORMARE
în.pãa
(60°F)
în.mercur(32°F)
în.pãa
(60°F)
mm.mercury
(32°F)kgf/m²Atm.1 lbf/in.² 1 lbf/ft ² kgf/cm²
2.036010.014139
29.92128.9590.0028960.0734830.8818010.03937
51.71480.35913
760.735.559
0.0735561.8665
22.398025.400051
2.30390.01603
33.93132.8400.0032840.0833311.13400.044647
27.7070.19241
407.17394.08
0.039411
12.13.6080.53576
703.0674.8824
10332.2710000.
125.375
304.50345.31613.5951
0.0703070.0004881.033210.00010.002530.030450.034530.0013595
0.0680460.00047310.967840.00009680.0024560.0294710.0334210.0013595
144.1
2116.222048.17
0.204825.1972
62.366870.72662.78450
10.006945
14.69614.22340.0014220.0360920.4331030.4911570.019337
1009.81024.11038.31052.51066.7
1081.01095.21109.41123.61137.9
1152.11166.31180.51194.71209.0
1223.21237.41251.61265.91280.1
1294.31308.51322.81337.01351.2
1365.41379.61393.91408.11422.3
512.0526.3540.5554.7568.9
583.2597.4611.6625.8640.0
654.3668.5682.7696.9711.2
725.4739.6753.8768.1782.3
796.5810.7824.9839.2853.4
867.6881.8896.1910.3924.5
938.7953.0967.2981.4995.6
0.07030.14060.21090.28120.3516
0.42190.49220.56250.63280.7031
0.77340.84370.91400.98431.0546
1.12501.19531.26561.33591.4062
1.47651.54681.61711.68741.7577
1.82811.89841.96872.03902.1093
2.17962.24992.32022.39052.4608
4.99205.06235.13265.20295.2732
5.34355.41385.48415.55455.6248
5.69515.76545.83575.90605.9763
6.04666.11696.18726.25766.3279
6.39826.46856.53886.60916.6794
6.74976.82006.89036.96067.0310
2.53112.60152.67182.74212.8124
2.88272.95303.02333.09343.1639
3.23423.30463.37493.44523.5155
3.58583.65613.72643.79673.8670
3.93734.00764.07804.14834.2186
4.28894.35924.42954.49984.5701
4.64044.71074.78114.85144.9217
7172737475
7677787980
8182838485
8687888990
9192939495
96979899
100
3637383940
4142434445
4647484950
5152535455
5657585960
6162636465
6667686970
lbf/in.²(psig)
lbf/in.²(psig)kgf/cm² kgf/cm² kgf/cm²
Echivalenåe de presiuni sau înãlåimi coloanã lichid
Transformãri (kgf/cm² lbf/in.² )Û (1lbf/in.² = 1psig)
TABELE DE TRANSFORMARE
Presiune sauînãlåime
1 lbf/in.²1 lbf/ft ²Atm.kgf/cm²kgf/m²in. waterft waterin. mercurymm mercury
14.2228.2442.6756.8971.12
85.3499.56
113.76128.01142.23
156.45170.68184.80199.12213.35
227.57241.79256.02270.24284.46
298.69312.91327.13341.35355.58
366.98384.00398.30
412.5426.7
440.9455.1469.4483.6497.8
12345
6789
10
1112131415
1617181920
2122232425
2627282930
3132333435
lbf/in.²(psig)
12 100 4374 TMS
A r m ` t u r i A P I
CUPRINS
ROBINETE CU SERTAR
ROBINETE DE REÅINERE
ROBINETE CU SFERÃ
ROBINETE CU VENTIL
INFORMAÅII TEHNICE
-
-
-
-
-
-
-
-
-
-
-
Robinete cu sertar panã, (oåel) cls. 150; 300Robinete cu sertar panã, (oåel) cls. 600Robinete cu sertar din oåel forjat, tijã ascendentã cls. 800Robinete cu sertar, tijã ascendentã, (fontã), cls. 125; 250
Robinete cu ventil din oåel, cls. 150; 300Robinete cu ventil din oåel forjat, cls. 800Robinete cu ventil din fontã, cls. 125
Robinete de reåinere cu clapã din oåel, cls. 150; 300; 600Robinete de reåinere cu clapã din fontã, cls. 125
Robinete cu sferã din oåel, cls. 150; 300
A1-2A3-4A5-6A7-8
Robinete cu sertar, tijã neascendentã, (fontã), cls. 125 A9-10
A11-12A13-14A15-16
A17-18A19-20
A21-22
A23 - A43
12 100 4374 TMS
A P I V a l v e s
CONTENTS
GATE VALVES
GLOBE VALVES
SWING CHECK VALVES
BALL VALVES
TECHNICAL INFORMATION
- Cast Steel Gate Valves, cls. 150; 300 A1-2- Cast Steel Gate Valves, cls. 600 A3-4- Forged Gate Valves, cls. 800 A5-6- Cast Iron Gate Valves (rising stem), cls. 125; 250 A7-8- Cast Iron Gate Valves (non rising stem) cls. 125 A9-10
- Cast Steel Globe Valves, cls. 150; 300 A11-12- Forged Steel Globe Valves, cls. 800 A13-14- Cast Iron Globe Valves, cls. 125 A15-16
- Cast Steel Swing Check Valves, cls. 150; 300; 600 A17-18- Cast Iron Swing Check Valves, cls. 125 A19-20
- Cast Steel Ball Valves, cls. 150; 300 A21-22
A23 - A43
Robinete cu sertar pan`,din o]el, tij` ascendent`
Simbol
RSP-TA-OT
RSP-AE-OT (pt. acåionare electricã)
DN
40 ... 500
50 ... 500
PN
16; 25; 40; 63
16; 25; 40; 63
Temperatura de lucru
-10 °C ... +400°C-10 °C ... +400°C
PN
16
25
40
63
Presiune nominalã Presiunea de încercareTemperatura ( C)°
120 200 250 300 350 400
Presiunea max. de lucru (bar)
16
25
40
63
14
22
35
50
13
20
32
45
11
17
28
40
10
16
24
36
8
13
21
32
Rezistenåã
24
38
60
96
Etanæeitate
18
28
44
70
12 100 4374 TMS
Robinetele cu sertar panã, tijã ascendentã se utilizeazã în instalaåii pentru apã, abur, gaze,produse petroliere æi alte produse asemãnãtoare cu acåiune corozivã slabã, exclusivhidrogen, amestecuri de hidrogen æi hidrocarburi, medii agresive conåinînd sulf, hidrogensulfurat etc.
forma corpului: drept cu flanæe cu pierderi de presiune minimã;organul de închidere - sertar panã, care poate fi monobloc sau flexibil; etanæarea secåiuniide trecere pe scaun realizat prin încãrcare cu electrod inoxidabil;
●
●
●
●
●
tija de acåionare - ascendentã, nerotitoare, cu filet exterior;închiderea robinetului se face prin rotirea roåii de manevrã în sensul acelor de ceasornic;poziåia de montaj - indiferentã;
etanæare alamã / inox;suprafaåã de etanæare la flanæe conf. DIN 2512; 2513; 2514;garnituri etanæare: fãrã azbest;materiale:
- oåel slab aliat pentru temperaturi joase ( );- oåel aliat pentru temperaturi ridicate ( );- oåel inoxidabil pentru ( ).
●
●
●
●
-50° .. 300°C
-10° .. 500°C
-50° .. 300°C
corespunde cu DIN 3352;lungimi de construcåie conf. DIN 3202 - F5 pentru PN 16; PN 25;
DIN 3202 - F7 pentru PN 40 æi PN 63;flanæe de legãturã conf. DIN 2501 partea 1;suprafaåa de etanæare la flanæe conf. DIN 2526 tip "C";presiunea de lucru funcåie de temperaturã conf. DIN 2401 partea 2;etanæare: inox / inox;probe æi încercãri conf. ISO 5208 æi DIN 3230 partea 3.
●
●
●
●
●
●
●
Utilizãri
Regim de lucru æi încercãri
Caracteristici constructive æi funcåionale
Execuåie
La cerere
➉
➈
➇
➅
➄
➃
➂➁
➀
➆
D
H H1
Lbnxd3
d1
d2
Fig. 1
Alamã
Gr. 5-8
Gr. 8
Material
Fontã cenuæie
Ænur azbest
13% Cr
13% Cr
Marsit unit
10
11
Nr.
9
8
7
6
5
4
3
2
1
Bucæã acåionare
Prezon
Piuliåã
Denumire
Roatã
Garniturã
Capac
Garniturã
Tijã
Sertar
Inele etanæare
Corp
Tabel 1
5080
10015020025030035040050040506580
10012515020025030035040050040506580
10012515020025030035040050040506580
100125150200250300350400500
165200220285340405460520580715150165185200235270300360425485555620730150165185200235270300375450515580650755170180205215250295345415470530600670800
125160180240295355410470525650110125145160190220250310370430490550660110125145160190220250320385450510585670125135160170200240280345400460525585705
400520610880
102012401390167019602350370400520570630735880
104012351390172019802390370400520570630735880
104012351390172019802390370400520570630735910
113012701390175019902390
344430500660800960
1060130015001800325344430465510600660820964
1060133015401860325344430465510600660820964
1060133015401860325344430465520600750910
10141060135015501860
250280300350400450500550600700240250270280300325350400450500550600700240250290310350400450550650750850950
1150240250290310350400450550650750850950
1150
228228250355355457457558558610228228250250304355355457457559558558610228228250250304355355457457559558558610228228250250304355457559559559558610914
21.534.546.595.0142220280465620
101018
24.538.546.55796
132175290386520680
106018
24.5394759
110138198312392700920
165021.029.542.049.067.0136214290445480810
10101980
16202022242628303234151719212123252729303840441517192121232531353846505223232325273133394348566062
4 x 188 x 188 x 188 x 22
12 x 2212 x 2612 x 2616 x 2616 x 3020 x 33
4 x 184 x 188 x 188 x 188 x 188 x 228 x 26
12 x 3012 x 3316 x 3316 x 3316 x 3620 x 36
4 x 184 x 188 x 188 x 188 x 188 x 228 x 26
12 x 3012 x 3316 x 3316 x 3616 x 3920 x 42
4 x 224 x 228 x 228 x 228 x 268 x 308 x 33
12 x 3612 x 3616 x 3616 x 3916 x 4220 x 48
PN
16
25
40
63
d1DN d2 n x d3 b DLH H1
Masa(kg)
Tabel 2
Notã: * - produse în curs de omologare
*
**
***
GP 240 GH (GSC - 25)
GP 240 GH (GSC - 25)
GP 240 GH (GSC - 25)
Symbol
RSP-TA-OT
RSP-AE-OT (for electric driving)
DN
40 ... 500
50 ... 500
PN
16; 25; 40; 63
16; 25; 40; 63
Working Temperature
-10 °C ... +400°C
-10 °C ... +400°C
The cast steel gate valves with rising stem are used at installations for water, steam, gas,petroleum products or for other similar products with low corrosive action, except hydrogen,hydrogen and hydrocarbons mixtures, and aggressive agents containing sulphur, hydrogensulphide etc.
PN
16
25
40
63
Nominal Pressure Test PressureTemperature ( C)°
120 200 250 300 350 400
Max. working pressure (bar)
16
25
40
63
14
22
35
50
13
20
32
45
11
17
28
40
10
16
24
36
8
13
21
32
Shell
24
38
60
96
Seat
18
28
44
70
Application
Service and Tests
Constructive and functional characteristics
Execution
On request
type: bolted bonnet;flexible wedge;
●
●
●
●
●
●
rising stem, outside screw and yoke;full bore;flanged ends;shutting-off: by rotating the handwheel in clockwise direction;
other seats rings (brass /stainless steel) with brass rings inserted in the wedge;other flange facings according to DIN 2512; 2513; 2514;other sheel materials:
- alloy steel low temperature ( );- alloy steel high temperature ( );- stainless steel ( ).
●
●
●
-50° .. 300°C
-10° .. 500°C
-50° .. 300°C
basic design: DIN 3352;face to face according to: DIN 3202 part 1 line F5 for PN 16; PN 25;
DIN 3202 part 1 line F7 for PN 40 and PN 63;flanges connecting dimensions: according to DIN 2501 part 1;flange facings: raised face according to DIN 2526 type "C";pressure - temperature ratings according to DIN 2401 part 2;seats rings: stainless steel /stainless steel;testing according to ISO 5208 and DIN 3230 part 3.
●
●
●
●
●
●
●
Cast Steel Gate ValvesOutside Screw & Yoke
12 100 4374 TMS
➉
➈
➇
➅
➄
➃
➂➁
➀
➆
D
H H1
Lbnxd3
d1
d2
Fig. 1
EN GJS 400-15
Gr. 5-8
Gr. 8
Material
Cast iron
Asbestos free
GP 240 GH (GSC - 25)
GP 240 GH (GSC - 25)
GP 240 GH (GSC - 25)
13% Cr
13% Cr
Asbestos free
10
11
No.
9
8
7
6
5
4
3
2
1
Yoke sleeve
Studs
Nuts
Description
Handwheel
Packing
Bonnet
Gasket
Stem
Wedge
Seat Ring
Body
Table 1
5080
10015020025030035040050040506580
10012515020025030035040050040506580
10012515020025030035040050040506580
100125150200250300350400500
165200220285340405460520580715150165185200235270300360425485555620730150165185200235270300375450515580650755170180205215250295345415470530600670800
125160180240295355410470525650110125145160190220250310370430490550660110125145160190220250320385450510585670125135160170200240280345400460525585705
400520610880
102012401390167019602350370400520570630735880
104012351390172019802390370400520570630735880
104012351390172019802390370400520570630735910
113012701390175019902390
344430500660800960
1060130015001800325344430465510600660820964
1060133015401860325344430465510600660820964
1060133015401860325344430465520600750910
10141060135015501860
250280300350400450500550600700240250270280300325350400450500550600700240250290310350400450550650750850950
1150240250290310350400450550650750850950
1150
228228250355355457457558558610228228250250304355355457457559558558610228228250250304355355457457559558558610228228250250304355457559559559558610914
21.534.546.595
142220280465620
101018
24.538.546.55796
132175290386520680
106018
24.5394759
110138198312392700920
165021.029.542.049.067.0136214290445480810
10101980
16202022242628303234151719212123252729303840441517192121232531353846505223232325273133394348566062
4 x 188 x 188 x 188 x 22
12 x 2212 x 2612 x 2616 x 2616 x 3020 x 33
4 x 184 x 188 x 188 x 188 x 188 x 228 x 26
12 x 3012 x 3316 x 3316 x 3316 x 3620 x 36
4 x 184 x 188 x 188 x 188 x 188 x 228 x 26
12 x 3012 x 3316 x 3316 x 3616 x 3920 x 42
4 x 224 x 228 x 228 x 228 x 268 x 308 x 33
12 x 3612 x 3616 x 3616 x 3916 x 4220 x 48
PN
16
25
40
63
d1DN d2 n x d3 b DLH H1
Weight(kg)
Table 2
Note: * - to be homologated in 2001
*
**
***
12 100 4374 TMS
Robinete cu sertar pan`,din o]el, tij` ascendent`
● alte materiale:- oåel slab aliat pentru temperaturi scãzute (-50 .. 300 C);- oåel aliat pentru temperaturi ridicate (-10 .. 500 C);- oåel inoxidabil pentru (-50 .. 300 C);
° °
° °
° °
●
●
suprafaåa de etanæare la flanæe conf. DIN 2512; 2513; 2514;garnituri etanæare: fãrã azbest.
Simbol
RSP-TA-OT
DN
50 ... 250
PN
100
Temperatura de lucru
-10 °C ... +400°C
Utilizãri
Regim de lucru æi încercãri
Caracteristici constructive æi funcåionale
Execuåie
La cerere
PN
100
Presiunea nominalã Presiunea de încercareTemperatura ( C)°
120 200 250 300 350 400
Presiunea max. de lucru (bar)
100 80 70 60 56 50
Rezistenåã
150
Etanæeitate
110
Robinetele cu sertar panã, tijã ascendentã se utilizeazã în instalaåii pentru apã, abur, gaze,produse petroliere æi alte fluide asemãnãtoare cu acåiune corozivã slabã, exclusiv hidrogen,amestecuri de hidrogen æi hidrocarburi, medii agresive conåinîn sulf, hidrogen sulfurat etc.
● forma corpului: drept cu flanæe cupierderi de presiune minimã;●
●
●
●
organul de închidere - sertar panã, care poate fi monobloc sau flexibil; etanæarea secåiuniide trecere pe scaune realizat prin încãrcare cu electrod inoxidabil;tija de acåionare - ascendentã nerotitoare cu filet exterior;închiderea robinetului se face prin rotirea roåii de manevrã în sensul acelor de ceasornic;poziåia de montaj - indiferentã.
● corespunde cu DIN 3352;●
●
●
●
●
●
lungimi de construcåie DIN 3202 -F7;flanæe de legãturã: conf. DIN 2501 partea 1;suprafaåa de etanæare la flanæe: DIN 2526 tip C;presiunea de lucru funcåie de temperaturã: DIN 2401 partea 2;etanæare: inox/inox;probe æi încercãri: ISO 5208 æi DIN 3230 partea 3;
Fontã cenuæie
Gr. 8
Material
Alamã
Gr. 5 - 8
Ænur azbest
13% Cr
13% Cr
Marsit unit
10
11
9
8
7
6
5
4
3
2
1
Roatã
Piuliåã
Denumire
Bucæã acåionare
Prezon
Garniturã
Capac
Garniturã
Tijã
Sertar
Inele etanæare
Corp
50
80
100
150
200
250
195
230
265
355
430
505
145
180
210
290
360
430
25
31
35
43
51
57
250
320
360
450
500
640
292
310
350
450
550
787.5
380
510
570
785
985
1175
50
92
118
223
310
360
315
415
455
620
770
910
4 x 26
8 x 26
8 x 30
12 x 33
12 x 36
12 x 39
d1DN d2 n x d3 bD LH
deschisînchis
Masa(kg)
➉
➈
➇
➅
➄
➃
➂
➁
➀
➆
11
H
D
L
d1
d2
bnxd3
Fig. 1
Fig. 1
Tabel 1
Tabel 2
* in curs de omologare** lungimi de construcåie cf. ANSI B 16.10
Nr.
GP 240 GH (GSC 25)
GP 240 GH (GSC 25)
GP 240 GH (GSC 25)
*
**
**
12 100 4374 TMS
Cast Steel Gate ValvesOutside Screw & Yoke
Symbol
RSP-TA-OT
DN
50 ... 250
PN
100
Working Temperature
-10 °C ... +400°C
Application
Service and Tests
Constructive and functional characteristics
Execution
On request
The cast steel gate valves with rising stem are used in installations for water, steam, gas,
petroleum products and other similar fluids with low corrosive action, except hydrogen,
hydrogen and hydrocarbons mixtures, and aggressive agents containing sulphur, hydrogen
sulphide etc.
type: bolted bonnet;
flexible wedge;
rising stem, outside screwed, unrotative;
full bore;
flanged ends;
shutting-off: by rotating the handwheel in clockwise direction;
mounting position: doesn't matter.
●
●
●
●
●
●
●
other sheel materials:
- alloy steel - low temperature (-50° .. 300°C);
- alloy steel - high temperature (-10° .. 500°C);
- stainless steel (-50° .. 300°C);
other flange facings according to DIN 2512; 2513; 2514.
●
●
PN
100
Nominal Pressure Test PressureTemperature ( C)°
120 200 250 300 350 400
Max. working pressure (bar)
100 80 70 60 56 50
Shell
150
Seat
110
basic design: DIN 3352;
face to face according to DIN 3202 part 1 line F7;
flanges connecting dimensions according to DIN 2501 part 1;
flange facings: raised face according to DIN 2526 type C;
pressure - temperature ratings according to DIN 2401 part 2;
with top sealing (backseat);
testing according to ISO 5208 and DIN 3230 part 3;
seats rings: stainless steel /stainless steel.
●
●
●
●
●
●
●
●
50
80
100
150
200
250
195
230
265
355
430
505
145
180
210
290
360
430
25
31
35
43
51
57
250
320
360
450
500
640
292
310
350
450
550
787.5
380
510
570
785
985
1175
50
92
118
223
310
360
315
415
455
620
770
910
4 x 26
8 x 26
8 x 30
12 x 33
12 x 36
12 x 39
d1DN d2 n x d3 bD LH
openclosed
Weight(kg)
➉
➈
➇
➅
➄
➃
➂
➁
➀
➆
11
H
D
L
d1
d2
bnxd3
Fig. 1
Fig. 1
Table 2
Cast Iron
Gr. 8
Material
EN GJS 400-15
Gr. 5 - 8
Asbestos free
13% Cr
13% Cr
Asbestos free
10
11
No.
9
8
7
6
5
4
3
2
1
Handwheel
Nuts
Description
Yoke sleeve
Studs
Packing
Bonnet
Gasket
Stem
Wedge
Seat Ring
Body
Table 1
GP 240 GH (GSC 25)
GP 240 GH (GSC 25)
GP 240 GH (GSC 25)
* to be homologated in 2001** face to face acc. to ANSI B 16.10
*
**
**
Robinete cu sertar pan`,din o]el, tij` ascendent`
● materiale:- oåel slab aliat pentru temperaturi scãzute(-50 .. 300 C);- oåel aliat pentru temperaturi ridicate (-10 .. 500 C);- oåel inoxidabil pentru (-50 .. 300 C);
° °
° °
° °
● garnituri etanæare: fãrã azbest.
Simbol
RSP-TA-OT
DN
50 ... 250
PN
160; 250
Temperatura de lucru
-10 °C ... +400°C
Utilizãri
Regim de lucru æi încercãri
Caracteristici constructive æi funcåionale
Execuåie
La cerere
PN
160
250
Presiunea nominalã Presiunea de încercareTemperatura ( C)°
120 200 250 300 350 400
Presiunea max. de lucru (bar)
160 130 112 95 90 80
250 200 175 150 140 125
Rezistenåã
240
375
Etanæeitate
176
275
12 100 4374 TMS
Robinetele cu sertar panã, tijã ascendentã se utilizeazã în instalaåii pentru apã, abur,gaze, produse petroliere æi alte fluide asemãnãtoare cu acåiune corozivã slabã, exclusivhidrogen, amestecuri de hidrogen æi hidrocarburi, medii agresive conåinînd sulf, hidrogensulfurat etc.
● forma corpului: drept cu flanæe cu pierderi de presiune minimã;●
●
●
●
organul de închidere - sertar panã, care poate fi monobloc sau flexibil; etanæarea secåiuniide trecere pe scaune realizat prin încãrcare cu electrod inoxidabil;tija de acåionare - ascendentã nerotitoare cu filet exterior;închiderea robinetului se face prin rotirea roåii de manevrã în sensul acelor de ceasornic;poziåia de montaj - indiferentã;
● corespunde cu DIN 3352;●
●
●
●
●
●
lungimi de construcåie conf. DIN 3202 - F8 pentru PN 160 æi F9 pentru PN 250;flanæe de legãturã conf. DIN 2501 partea 1;suprafaåa de etanæare la flanæe: æanå inelar;presiunea de lucru funcåie de temperaturã: DIN 2401 partea 2;etanæare: inox/stellite;probe æi încercãri: ISO 5208 æi DIN 3230 partea 3.
Fontã cenuæie
Material
Gr. 8
Alamã
Gr. 5 - 8
Ænur azbest
13% Cr
13% Cr / stellite
Oåel moale
10
11
Nr.
9
8
7
6
5
4
3
2
1
Roatã
Denumirea
Piuliåã
Bucæã acåionare
Prezon
Garniturã
Capac
Garniturã
Tijã
Sertar
Inele etanæare
Corp
50
100
150
200
200
300
390
485
150
235
320
400
36
51
65
79
305
457
558
762
350
550
750
950
95
160
205
275
90
240
630
895
420
605
750
1130
8 x 26
8 x 33
12 x 36
12 x 42
PN
250
DN b DL HMasa(kg)d1 d2 n x d3 d4
50
80
100
150
200
195
230
265
355
430
145
180
210
290
360
27
33
37
47
57
250
305
355
558
558
300
390
450
600
750
95
130
160
205
275
57
108
140
280
480
410
480
560
750
940
4 x 26
8 x 26
8 x 30
12 x 33
12 x 36
PN
160
d1DN d2 n x d3 b DL Hd4Masa(kg)
➈
➅ ➄
➃
➂
➁
➀
➇
➆
11
H
D
L
d1
d2
d4 D
N
bnxd3
➉
Fig. 1
Tabel 1
Tabel 2
Tabel 3
GP 240 GH (GSC 25)
GP 240 GH (GSC 25)
GP 240 GH (GSC 25)
Cast Steel Gate ValvesOutside Screw & Yoke
12 100 4374 TMS
Symbol
RSP-TA-OT
DN
50 ... 250
PN
160; 250
Working Temperature
-10 °C ... +400°C
Application
Service and Tests
Constructive and functional characteristics
Execution
On request
The cast steel gate valves with rising stem are used in installations for water, steam, gas,
petroleum products and other similar fluids with low corrosive action, except hydrogen,
hydrogen and hydrocarbons mixtures, and aggressive agents containing sulphur, hydrogen
sulphide etc.
PN
160
250
Nominal Pressure Test PressureTemperature ( C)°
120 200 250 300 350 400
Max. working pressure (bar)
160 130 112 95 90 80
250 200 175 150 140 125
Shell
240
375
Seat
176
275
type: bolted bonnet;
flexible wedge;
rising stem, outside screwed, unrotative;
full bore;
flanged ends;
shutting-off: by rotating the handwheel in clockwise direction;
mounting position: doesn't matter.
●
●
●
●
●
●
●
other sheel materials:
- alloy steel - low temperature (-50° .. 300°C);
- alloy steel - high temperature (-10° .. 500°C);
- stainless steel (-50° .. 300°C).
●
basic design: DIN 3352;
face to face according to DIN 3202 part 1 line F8 for PN 160 and line F9 for PN 250;
flanges connecting dimensions according to DIN 2501 part 1;
flange facings: ring joint;
pressure - temperature ratings according to DIN 2401 part 2;
with top sealing (backseat);
testing according to ISO 5208 and DIN 3230 part 3;
seats rings: stainless steel /harded.
●
●
●
●
●
●
●
●
Cast Iron
Material
Gr. 8
EN GJS 400-15
Gr. 5 - 8
Asbestos free
13% Cr
13% Cr/HF
Low carbon steel
10
11
No.
9
8
7
6
5
4
3
2
1
Handwheel
Description
Nuts
Yoke sleeve
Studs
Packing
Bonnet
Gasket
Stem
Wedge
Seat Ring
Body
50
100
150
200
200
300
390
485
150
235
320
400
36
51
65
79
305
457
558
762
350
550
750
950
95
160
205
275
90
240
630
895
420
605
750
1130
8 x 26
8 x 33
12 x 36
12 x 42
PN
250
DN b DL HWeight
(kg)d1 d2 n x d3 d4
50
80
100
150
200
195
230
265
355
430
145
180
210
290
360
27
33
37
47
57
250
305
355
558
558
300
390
450
600
750
95
130
160
205
275
57
108
140
280
480
410
480
560
750
940
4 x 26
8 x 26
8 x 30
12 x 33
12 x 36
PN
160
d1DN d2 n x d3 b DL Hd4Weight
(kg)
➈
➅ ➄
➃
➂
➁
➀
➇
➆
11
H
D
L
d1
d2
d4 D
N
bnxd3
➉
Fig. 1
Table 1
Table 2
Table 3
GP 240 GH (GSC 25)
GP 240 GH (GSC 25)
GP 240 GH (GSC 25)
12 100 4374 TMS
Robinete cu sertar pan`,din o]el, tij` neascendent`
corespunde cu DIN 3352;lungimi construcåie: DIN 3202-F5 pentru PN 16; PN 25;
DIN 3202-F7 pentru PN 40 æi PN 63;flanæe de legãturã conf. DIN 2501 partea 1;suprafeåe de etanæare la flanæe conf. DIN 2526 tip "C";presiunea de lucru funcåie de temperaturã conf. DIN 2401 partea 2;etanæare: inox/inox;probe conf. ISO 5208 æi DIN 3230 partea 3.
●
●
●
●
●
●
●
Robinetele din oåel cu sertar se utilizeazã în instalaåii pentru apã, abur, gaze, produsepetroliere æi alte fluide asemãntoare cu acåiune corozivã slabã, exclusiv hidrogen, amestecuride hidrogen æi hidrocarburi, medii agresive conåinînd sulf, hidrogen sulfurat, etc.
Simbol
RSP-TN-OT
DN
40 ... 500
PN
16; 25; 40; 63
Temperatura de lucru
-10 °C ... +150°C
Utilizãri
Regim de lucru æi încercãri
Caracteristici constructive æi funcåionale
Execuåie
La cerere
PN
16
25
40
63
Presiune nominalã Presiunea de încercareTemperatura ( C)°
120 150
Presiune max. de lucru (bar)
16
25
40
63
13
20
35
50
Rezistenåã
24
38
60
96
Etanæeitate
18
28
44
70
forma corpului drept cu flanæe cu pierderi de presiune minime;organ de închidere: sertar panã monobloc;
●
●
●
●
●
●
etanæarea secåiunii de trecere pe scaune de etanæare realizate prin încãrcare cu electrodinoxidabil;tija de acåionare - cu filet interior;închiderea robinetului se face prin rotirea roåii de manevrã în sensul acelor de ceasornic;poziåia de montaj - indiferentã.
etanæare alamã / inox;suprafeåe de etanæare la flanæe conf. DIN 2512; 2513; 2514;garnitura corp - capac æi la tijã: fãrã azbest.
●
●
●
5080
100150200250300350400500
40506580
100125150200250300350400500
40506580
10012515020025030035040050040506580
100125150200250300350400500
165200220285340405460520580715
150165185200235270300360425485555620730
150165185200235270300375450515580650755170180205215250295345415470530600670800
125160180240305355410470525650
110125145160190220250310370430490550660
110125145160190220250320385450510585670125135160170200240280345400460525585705
310415480575670730868
120014001700
280310370415480540576670810868
120014001700
280310370415480540576670810868
120014001700280310370415490540680900
1200920
120014001700
250280300350400450500550600700
240250270280300325350400450500550600700
240250290310350400450550650750850950
1150240250290310350400450550650750850950
1150
220250320360450450450560560560
160220250250320320360450450450560560560
160220250250320320360450450450560560560220220250250320320450560560560560560560
20324690
138216280440580980
152330
47.258.483
122171265360490675
1050
1523
31.548.360.590
128197271380660875
158018.426.834.248.361.5104200268410440780
10001940
18202022243031303234
18202224242628303334384044
1820222424262834384246505226262628303436424652566062
4 x 188 x 188 x 188 x 22
12 x 2212 x 2612 x 2616 x 2616 x 3020 x 33
4 x 184 x 188 x 188 x 188 x 228 x 268 x 26
12 x 2612 x 3016 x 3016 x 3316 x 3620 x 36
4 x 184 x 188 x 188 x 188 x 228 x 268 x 26
12 x 3012 x 3316 x 3316 x 3616 x 3920 x 42
4 x 224 x 228 x 228 x 228 x 268 x 308 x 33
12 x 3612 x 3616 x 3616 x 3916 x 4220 x 48
PN
16
25
40
63
d1DN d2 n x d3 bDL HMasa(kg)
➉
➈
➇
➆
➅
➄
➃
➂
➁
➀
H
D
L
d1
d2
bnxd3
Fig. 1
Tabel 2
Tabel 1
Gr. 8
Material
Gr. 5 - 8
13% Cr
13% Cr
10
9
8
7
6
5
4
3
2
1
Fontã cenuæie
Ænur azbest
Marsit unit
Nr.
Roatã
Piuliåã
Denumirea
Prezon
Garniturã
Capac
Garniturã
Tijã
Sertar
Inele etanæare
Corp
Notã: * - produse în curs de omologare
GP 240 GH (GSC 25)
GP 240 GH (GSC 25)
GP 240 GH (GSC 25)
****
****
****
****
12 100 4374 TMS
Cast SteelGate ValvesNon RisingStem
Symbol
RSP-TN-OT
DN
40 ... 500
PN
16; 25; 40; 63
Working Temperature
-10 °C ... +150°C
Application
Service and Tests
Constructive and functional characteristics
Execution
On request
The cast steel gate valves are used at installations for water, steam, gas, petroleumproducts or for other similar fluids with low corrosive action, except hydrogen, hydrogen andhydrocarbons mixtures, aggressive agents containing sulphur, hydrogen sulphide etc.
type: bolted bonnet;solid wedge;
●
●
●
●
●
●
●
nonrising stem, inside screw;full bore;flanged ends;shutting-off: by rotating the handwheel in clockwise direction;mounting position: doesn’t matter.
other seats rings (brass /stainless steel) with brass rings inserted in the wedge;other flange facings according to DIN 2512; 2513; 2514.
●
●
PN
16
25
40
63
Nominal Pressure Test PressureTemperature ( C)°
120 150
Max. working pressure (bar)
16
25
40
63
13
20
35
50
Shell
24
38
60
96
Seat
18
28
44
70
basic design: DIN 3352;face to face according to: DIN 3202 part 1 line F5 for PN 16; PN 25;
DIN 3202 part 1 line F7 for PN 40 and PN 63;flanges connecting dimensions: according to DIN 2501 part 1;flange facings: raised face according to DIN 2526 type "C";pressure - temperature ratings according to DIN 2401 part 2;seats rings: stainless steel /stainless steel;testing according to ISO 5208 and DIN 3230 part 3.
●
●
●
●
●
●
●
5080
100150200250300350400500
40506580
100125150200250300350400500
40506580
10012515020025030035040050040506580
100125150200250300350400500
165200220285340405460520580715
150165185200235270300360425485555620730
150165185200235270300375450515580650755170180205215250295345415470530600670800
125160180240305355410470525650
110125145160190220250310370430490550660
110125145160190220250320385450510585670125135160170200240280345400460525585705
310415480575670730868
120014001700
280310370415480540576670810868
120014001700
280310370415480540576670810868
120014001700280310370415490540680900
1200920
120014001700
250280300350400450500550600700
240250270280300325350400450500550600700
240250290310350400450550650750850950
1150240250290310350400450550650750850950
1150
220250320360450450450560560560
160220250250320320360450450450560560560
160220250250320320360450450450560560560220220250250320320450560560560560560560
20324690
138216280440580980
152330
47.258.483
122171265360490675
1050
1523
31.548.360.590
128197271380660875
158018.426.834.248.361.5104200268410440780
10001940
18202022243031303234
18202224242628303334384044
1820222424262834384246505226262628303436424652566062
4 x 188 x 188 x 188 x 22
12 x 2212 x 2612 x 2616 x 2616 x 3020 x 33
4 x 184 x 188 x 188 x 188 x 228 x 268 x 26
12 x 2612 x 3016 x 3016 x 3316 x 3620 x 36
4 x 184 x 188 x 188 x 188 x 228 x 268 x 26
12 x 3012 x 3316 x 3316 x 3616 x 3920 x 42
4 x 224 x 228 x 228 x 228 x 268 x 308 x 33
12 x 3612 x 3616 x 3616 x 3916 x 4220 x 48
PN
16
25
40
63
d1DN d2 n x d3 bDL HWeight
(kg)
➉
➈
➇
➆
➅
➄
➃
➂
➁
➀
H
D
L
d1
d2
bnxd3
Fig. 1
Table 2
Table 1
Cast Iron
Gr. 8
Material
Gr. 5 - 8
Asbestos free
13% Cr
13% Cr
Asbestos free
10
No.
9
8
7
6
5
4
3
2
1
Handwheel
Nuts
Description
Studs
Packing
Bonnet
Gasket
Stem
Wedge
Seat Ring
Body
* to be homologated in 2001
GP 240 GH (GSC 25)
GP 240 GH (GSC 25)
GP 240 GH (GSC 25)
****
****
****
****
12 100 4374 TMS
Robinete cu sertar pan`,din font`, tij` ascendent`
●
●
●
●
●
●
corespunde cerinåelor DIN 3352;
ea pentruflanæe de legãturã conf. DIN 2501 partea 1, PN 10 pentru corp plat æi PN 10 sau PN 16 pentrucorp oval;suprafaåa de etanæare la flanæe, planã cu umãr conf. DIN 2526 tip C;presiunea de lucru funcåie de temperaturã conf. DIN 2401 partea 2;probe conf. ISO 5208 æi DIN 3230 partea 3;etanæarea principalã: alamã / alamã.
● lungimi de construcåie: DIN 3202 partea 1 F4 pentru PN 6; PN 10 (corp plat);DIN 3202 part 1 F5 PN 10 æi PN 16 (corp oval);
Simbol
RSP-TA-Fc
DN
40 ... 300
PN
6; 10; 16
Temperatura de lucru
-10 °C ... +200°C
Utilizãri
Regim de lucru æi încercãri
Caracteristici constructive æi funcåionale
Execuåie
La cerere
PN
6
10
16
Presiune nominalã Presiunea de încercareTemperatura ( C)°
120 200
Presiune max. de lucru (bar)
6
10
16
5
8
14
Rezistenåã
9
15
24
Etanæeitate
7
11
18
Se utilizeazã ca armãturi de trecere æi închidere în instalaåiile de apã, abur, gaze, produsepetroliere æi alte fluide asemãnãtoare cu acåiune corozivã slabã, exclusiv hidrogen, amestecuride hidrogen æi hidrocarburi, medii agresive conåinînd sulf, hidrogen sulfurat etc.
●
●
●
●
●
●
●
●
corp plat Pn 10 pentru Dn 40 - 150 æi Pn 6 pentru Dn 200 - 300 cu flanæe prelucrate Pn 6 sauPn 10;
corp oval Pn 10 æi Pn 16;
organul de închidere: sertar panã monobloc;etanæarea secåiunii de trecere: pe scaune de etanæare aplicate sau prelucrate direct în corpæi sertar (etanæare fontã/fontã); în acest ultim caz, nici o piesã interioarã în contact cu mediulde lucru nu se executã din aliaje neferoase;tija de acåionare ascendentã nerotitoare cu filet exterior;închiderea robinetelor se face prin rotirea roåii de manevrã în sensul acelor de ceasornic;poziåia de montaj - indiferentã.
capac cu arcadã, asamblat de corp cu æuruburi;
alte tipuri de etanæare: - inox / inox;- fontã / fontã;
●
● alte tipuri de etanæare la flanæe conf. DIN 2512; 2513; 2514;
Gr. 8
Material
Gr. 5 - 8
13% Cr
10
11
9
8
7
6
5
4
3
2
1
40
50
65
80
100
125
150
200
250
300
40
50
65
80
100
125
150
200
250
300
150
165
185
200
220
250
285
340
395
445
150
165
185
200
220
250
285
340
395
445
110
125
145
160
180
210
240
295
350
400
110
125
145
160
180
210
240
295
350
400
16
16
16
18
18
20
20
22
24
24
18
20
20
22
24
26
26
26
28
28
140
140
180
180
200
200
200
250
250
300
180
200
200
250
320
320
320
320
360
450
140
150
170
180
190
200
210
230
250
270
240
250
270
280
300
325
350
400
450
500
334
355
435
482
546
725
770
940
1100
1220
360
385
445
525
570
675
770
960
1050
1110
10.0
13.5
19.5
24.5
30.5
44.0
58.0
87.0
160.0
170.0
15.0
19.0
24.3
36.0
44.0
65.5
84.0
125.0
212.0
272.0
280
295
355
390
430
570
600
725
840
910
304
325
365
435
460
545
610
720
749
780
4 x 18
4 x 18
4 x 18
8 x 18
8 x 18
8 x 18
8 x 22
8 x 22
12 x 22
12 x 22
4 x 18
4 x 18
4 x 18
8 x 18
8 x 18
8 x 18
8 x 22
8 x 22
12 x 22
12 x 22
Corpplat
PN 10
CorpplatPN 6
Corpoval
PN 10
Tip d1DN d2 n x d3 bD L H H1Masa(kg)
➉
➈
➇ ➆
➅
➄
➃
➂
➁
➀
11H H1
D
L
d1
d2
n x d3 b
Fig. 1
Tabel 1
Tabel 2
Fontã cenuæie
Alamã
Ænur azbest
Marsit unit
Nr.
Roatã
Piuliåã
Denumirea
Bucæã filetatã
Æurub
Garniturã
Capac
Garniturã
Tijã
Sertar
Inele etanæare
Corp
Alamã
EN GJL 250 (GG 25)
EN GJL 250 (GG 25)
EN GJL 250 (GG 25)
12 100 4374 TMS
Cast Iron Gate ValvesOutside Screw & Yoke
Symbol
RSP-TA-Fc
DN
40 ... 300
PN
6; 10; 16
Working Temperature
-10 °C ... +200°C
Application
Service and Tests
Constructive and functional characteristics
Execution
On request
These valves are used as passing or stop valves in installations for water, steam, gas, petroleum
products or for other similar fluids with low corrosive action, except hydrogen, hydrogen and
hydrocarbons mixtures, and aggressive agents containing sulphur, hydrogen sulphide etc.
type: bolted bonnet;
body type: - flat for PN 10: DN 40 - 150; and PN 6: DN 200 - 300 with flanges processed at
PN 6 or 10;
- oval for PN 10 and PN 16;
solid wedge;
rising stem, with outside screw and yoke, unrotative;
●
●
●
●
●
●
●
the sealing surface at passage section: inserted or directly processed seats on body or
wedge (cast iron/cast iron sealing);
shutting-off: by rotating the handwheel in clockwise direction;
mounting position: doesn’t matter.
other seats rings: - stainless stel/stainless steel main sealing;
- cast iron/cast iron main sealing;
other flange facings according to DIN 2512; 2513; 2514.
●
●
PN
6
10
16
Nominal Pressure Test PressureTemperature ( C)°
120 200
Max. working pressure (bar)
6
10
16
5
8
14
Shell
9
15
24
Seat
7
11
18
basic design: DIN 3352;
face to face according to DIN 3202 part 1 line F4 for PN 6; PN 10 (flat body);
DIN 3202 part 1 line F5 for PN 10 and PN 16 (oval body);
flange facings: raised face according to DIN 2526 type C;
pressure - temperature ratings according to DIN 2401 part 2;
testing according to ISO 5208 and DIN 3230 part 3;
seats rings: brass/brass.
●
●
●
●
●
●
●
flanges connecting dimensions according to DIN 2501 part 1, PN 10 for flat body, and PN
10 or Pn 16 for oval body;
Cast Iron
Gr. 8
Material
Brass
Gr. 5 - 8
Asbestos free
13% Cr
Asbestos free
10
11
No.
9
8
7
6
5
4
3
2
1
Handwheel
Nuts
Description
Yoke sleeve
Studs
Packing
Bonnet
Gasket
Stem
Wedge
Seat Ring
Body
Brass
40
50
65
80
100
125
150
200
250
300
40
50
65
80
100
125
150
200
250
300
150
165
185
200
220
250
285
340
395
445
150
165
185
200
220
250
285
340
395
445
110
125
145
160
180
210
240
295
350
400
110
125
145
160
180
210
240
295
350
400
16
16
16
18
18
20
20
22
24
24
18
20
20
22
24
26
26
26
28
28
140
140
180
180
200
200
200
250
250
300
180
200
200
250
320
320
320
320
360
450
140
150
170
180
190
200
210
230
250
270
240
250
270
280
300
325
350
400
450
500
334
355
435
482
546
725
770
940
1100
1220
360
385
445
525
570
675
770
960
1050
1110
10.0
13.5
19.5
24.5
30.5
44.0
58.0
87.0
160.0
170.0
15.0
19.0
24.3
36.0
44.0
65.5
84.0
125.0
212.0
272.0
280
295
355
390
430
570
600
725
840
910
304
325
365
435
460
545
610
720
749
780
4 x 18
4 x 18
4 x 18
8 x 18
8 x 18
8 x 18
8 x 22
8 x 22
12 x 22
12 x 22
4 x 18
4 x 18
4 x 18
8 x 18
8 x 18
8 x 18
8 x 22
8 x 22
12 x 22
12 x 22
FlatBodyPN 10
FlatBodyPN 6
OvalBodyPN 10
Type d1DN d2 n x d3 bD L H H1Weight
(kg)
➉
➈
➇ ➆
➅
➄
➃
➂
➁
➀
11H H1
D
L
d1
d2
n x d3 b
Fig. 1
Table 1
Table 2
EN GJL 250 (GG 25)
EN GJL 250 (GG 25)
EN GJL 250 (GG 25)
●
●
alte tipuri de etanæare
alte tipuri de etanæare la flanæe: conf. DIN 2512; 2513; 2514;
: - inox / inox;- fontã / fontã;
●
●
●
●
●
●
●
corespunde cerinåelorlungimi de construcåie DIN 3202 partea 1 F4 pentru PN 6; PN 10 (corp plat);
flanæe de legãturã conf. DIN 2501 partea 1, PN 10 pentru corp plat æi PN 10 sau PN 16pentru corp oval;forma de etanæare la flanæe conf. DIN 2526 tip C;presiunea de lucru funcåie de temperaturã conf. DIN 2401 partea 2;încercãri, probe conf. ISO 5208 æi DIN 3230 partea 3;etanæarea principalã: alamã / alamã.
DIN 3352;
DIN 3202 partea 1 F5 pentru PN 10 and PN 16 (corp oval);
Simbol
RSP-TN-Fc
DN
40 ... 300
PN
6; 10; 16
Temperatura de lucru
-10 °C ... +150°C
12 100 4374 TMS
Utilizãri
Regim de lucru æi încercãri
Caracteristici constructive æi funcåionale
Execuåie
La cerere
Se utilizeazã ca armãturi de trecere æi închidere în instalaåiile de apã, abur, gaze, produsepetroliere æi alte fluide asemãnãtoare cu acåiune corozivã slabã, exclusiv hidrogen, amestecuride hidrogen æi hidrocarburi, medii agresive conåinînd sulf, hidrogen sulfurat etc.
●
●
●
●
●
●
capac fixat cu æuruburiforma corpului: - plat pentru PN 10, DN 40 - 150 æi PN 6, DN 200 - 300, cu flanæe prelucrate
Pn 10 sau Pn 6;
sertar monobloc;tijã neascendentã cu filet la interior;închiderea robinetelor se face prin rotirea roåii de manevrã în sensul acelor de ceasornic;poziåia de montaj - indiferentã.
;
- oval pentru PN 10 æi PN 16;
PN
6
10
16
Temperatura ( C)°
120 150
6
10
16
5
8
14
Rezistenåã
9
15
24
Etanæeitate
7
11
18
Presiune nominalã Presiunea de încercare
Presiune max. de lucru (bar)
Robinete cu sertar, din font`,tij` neascendent`
Material
Gr. 8
Gr. 5.8
13% Cr
10
9
8
7
6
5
4
3
2
1
40506580
100125150200250300
40506580
100125150200250300
150165185200220250285340395445
150165185200220250285340395445
110125145160180210240295350400
110125145160180210240295350400
16161618182020222424
18202022242626262828
140140180180200200200250250320
160180200250320320320320360360
140150170180190200210230250270
240250270280300325350400450500
9.413.419.323.330.542.050.080.0
150.0160.0
14.018.023.034.042.068.081.0
120.0170.0250.0
260270320350380440455525650730
295315360415440455490575720960
4 x 184 x 184 x 188 x 188 x 188 x 188 x 228 x 22
12 x 2212 x 22
4 x 184 x 184 x 188 x 188 x 188 x 188 x 228 x 22
12 x 2212 x 22
CorpplatPN 6
Corpplat
PN 10
Corpoval
PN 10
Tip d1DN d2 n x d3 bD L HMasa(kg)
➉
➈
➇
➆
➅
➄
➃
➂
➁ ➀
H
D
L
d1
d2
bnxd3
Fig. 1
Tabel 1
Tabel 2
Fontã cenuæie
Ænur azbest
Marsit unit
Nr.
Roatã manevrã
Denumirea
Capac
Æurub
Garniturã
Garniturã
Piuliåã
Tijã
Sertar
Inele etanæare
Corp
Alamã
EN GJL 250 (GG 25)
EN GJL 250 (GG 25)
EN GJL 250 (GG 25)
Symbol
RSP-TN-Fc
DN
40 ... 300
PN
6; 10; 16
Working Temperature
-10 °C ... +150°C
Application
Service and Tests
The cast iron gate valves with nonrising stem are used as passing or stop valves atinstallations for water, steam, gas, petroleum products or for other similar fluids with lowcorrosive action, except hydrogen, hydrogen and hydrocarbons mixtures, and aggressiveagents containing sulphur, hydrogen sulphide etc.
PN
6
10
16
Nominal Pressure Test PressureTemperature ( C)°
120 150Max. working pressure (bar)
6
10
16
5
8
14
Shell
9
15
24
Seat
7
11
18
Constructive and functional characteristics
Execution
On request
type: bolted bonnet;
body type: - flat for PN 10: DN 40 - 150; and PN 6: DN 200 - 300 with flanges processed
at PN 6 or 10;
- oval for PN 10 and PN 16;
solid wedge;
non rising stem, inside screwed;
●
●
●
●
●
●
●
the sealing surface at passage section: inserted or directly processed seats on body or
wedge (cast iron/cast iron sealing);
shutting-off: by rotating the handwheel in clockwise direction;
mounting position: doesn’t matter.
other seats rings: - stainless stel/stainless steel main sealing;
- cast iron/cast iron main sealing;
other flange facings according to DIN 2512; 2513; 2514.
●
●
basic design: DIN 3352;
face to face according to DIN 3202 part 1 line F4 for PN 6; PN 10 (flat body);
DIN 3202 part 1 line F5 for PN 10 and PN 16 (oval body);
flange facings: raised face according to DIN 2526 type C;
pressure-temperature ratings according to DIN 2401 part 2;
testing according to ISO 5208 and DIN 3230 part 3;
seats rings: brass/brass.
●
●
●
●
●
●
●
flanges connecting dimensions according to DIN 2501 part 1, PN 10 for flat body and PN
10 or PN 16 for oval body
12 100 4374 TMS
Cast Iron Gate ValvesNon Rising Stem
Cast Iron
Material
Gr. 8
Asbestos free
Gr. 5.8
13% Cr
Asbestos free
10
No.
9
8
7
6
5
4
3
2
1
Handwheel
Description
Bonnet
Studs
Packing
Gasket
Nuts
Stem
Wedge
Seat Ring
Body
Brass
40506580
100125150200250300
40506580
100125150200250300
150165185200220250285340395445
150165185200220250285340395445
110125145160180210240295350400
110125145160180210240295350400
16161618182020222424
18202022242626262828
140140180180200200200250250320
160180200250320320320320360360
140150170180190200210230250270
240250270280300325350400450500
9.413.419.323.330.542.050.080.0
150.0160.0
14.018.023.034.042.068.081.0
120.0170.0250.0
260270320350380440455525650730
295315360415440455490575720960
4 x 184 x 184 x 188 x 188 x 188 x 188 x 228 x 22
12 x 2212 x 22
4 x 184 x 184 x 188 x 188 x 188 x 188 x 228 x 22
12 x 2212 x 22
FlatBodyPN 6
FlatBodyPN 10
OvalBodyPN 10
Type d1DN d2 n x d3 bD L HWeight
(kg)
➉
➈
➇
➆
➅
➄
➃
➂
➁ ➀
H
D
L
d1
d2
bnxd3
Fig. 1
Table 1
Table 2
EN GJL 250 (GG 25)
EN GJL 250 (GG 25)
EN GJL 250 (GG 25)
12 100 4374 TMS
Robinete cu ventil din o]el
alte materiale pentru anvelopa sub presiune:- oåel aliat pentru temperaturi negative (-50 ... 300 C);
●
●
●
●
●
°C °
- oåel aliat pentru temperaturi pozitive (-10 ... 500 C);- oåel inox (-50 ... 300 C);
alte etanæãri: alamã/oåel inox;alte suprafeåe de etanæare conf. DIN 2512, 2513, 2514;garnitura corp - capac æi garnitura tijei din material fãrã azbest;cu capete pentru sudurã conf. DIN 3239 forma 1 pentru RVD - OT PN 25/40, DN 15, 20, 25;
°C °
°C °
lungimi de construcåie conf.DIN 3202 partea 1 æirul F1 pentru RVD-OT, RCR-OT, RVD-E-OT, PN 16, 25, 40;DIN 3202 partea 1 F2 RVD-OT, PN 63, 100,160;DIN 3202 partea 1 F32 RVC-OT, PN 25, 40;DIN 3202 partea 1 F33 RVC-OT, PN 63;
dimensiunile flanæelor de legãturã conf. DIN 2501 partea 1 cu suprafaåa de etanæeitate planã cu umãrconf. DIN 2526 tip C;presiuni de lucru max. admisibile funcåie de temperaturã conf. DIN 2401 partea 2;cu etanæare superioarã;teste conf. ISO 5208 æi DIN 3230 partea 3;
●
●
●
●
●
æirul pentruæirul pentruæirul pentru
Tip
Drept
De colå
Drept cu con de reglare
Drept, acå. electric
Simbol
RVD-OT
RVD-OT
RVC-OT
RCR-OT
RVD-E-OT
RVD-OT
RVD-OT
DN
15 ... 200
15 ... 100
15 50
15 150
32 100
...
15 ... 25
15 ... 100
...
...
PN
16; 25; 40
63
100
160
25; 40; 63
25; 40
25; 40; 63
Temperatura de lucru
-10 °C ... +400°C
-10 °C ... +400°C
-10 °C ... +400°C
-10 °C ... +400°C
-10 °C ... +400°C
-10 °C ... +400°C
-10 °C ... +400°C
Utilizãri
Regim de lucru æi încercãri
Caracteristici constructive æi funcåionale
Execuåie
La cerere
Robinete din oåel cu ventil se utilizeazã în instalaåii pentru: apã, abur, gaze, produse petroliere æi altefluide asemãnãtoare cu acåiune corozivã slabã, exclusiv hidrogen, amestecuri de hidrogen æi hidrocarburi,medii agresive conåinînd sulf, hidrogen sulfurat etc.
tip: capac cu prezoane;forma corpului: drept pentru RVD-OT; RCR-OT;RVD-E-OT
de colå pentru RVC-OT;corp cu flanæe;tija ascendentã cu filet exterior;organul de închidere:
a.ventil plat cu etanæare planã pentru RVD, RVC-OT æi
●
●
●
●
●
●
●
●
●
RVD-E-OT;b. ventil con de reglare cu etanæare planã pentru RCR-OT;c. cu ventil de descãrcare pentru RVD-OT DN 150, 200;
pentru robinete cu DN < 150 presiunea fluidului de lucru se aplicã sub ventil;pentru robinete de tip RVD-OT cu ventil de descãrcare cu DN >– 150 presiune fluidului de lucru seaplicã deasupra ventilului;sensul de curgere este indicat printr-o sãgeatã marcatã pe corp;închiderea robinetelor se face prin rotirea roåii de manevrã în sensul acelor de ceasornic;
PN
16
25/40
63
Temperatura ( C)°
120 200 250 300 350 400
16
40
63
14
35
50
13
32
45
10
24
36
11
28
40
8
21
32
Rezistenåã
24
60
96
Etanæeitate
18
44
71
Presiune nominalã Presiunea de încercare
Presiune max. de lucru (bar)
RVD-OT RVC-OT
➈
➇
➅➄➃
➂➁
➀
➆➉
D
L1
L1
H H1
b
d2
d1
nxd
3
Fig. 1
Pentru RVD-OT, DN 150;200 PN 25; 40
Fig. 3
Fig. 2
Pentru RCR-OT
H H2
Fig. 4
1520253240506580
100125150200
141616161618182020222224
100100100140160180250250320400400450
130150160180200230290310350400480600
190195200260285290320365410465560610
197205210275305315350400450510610675
4.55
6.513171929396078
120212
200210215280310320355410465535640
197205210275305315350400450510610
212230240285310335375425465252265265260305345252265265
55.57
141820314162
55.57
14182031416280
125
79
12.5172226385076
10.615.518202230
10.615.518
79
12.5172226385076
5.56
7.514.5192132426482
127
190195200260285290320365410465560
205220230270290310345390425245255255248290325245255255
9095
100105115125145155175
105115115130130150170190215
130150160180200230290310350400480
210230230260260300340380430210230230260260300210230230
100100100140160180250250320400400
120120140160180250320320360140140140140180180140140140
1618181818202224242628
202224242626262830202224242628202224
4 x 144 x 144 x 144 x 184 x 184 x 188 x 188 x 188 x 228 x 268 x 26
4 x 14
4 x 224 x 228 x 22
x 22
4 x 184 x 184 x 22
88 x 264 x 14
4 x 224 x 26
4 x 184 x 184 x 22
4 x 144 x 184 x 18
4 x 144 x 144 x 144 x 184 x 184 x 184 x 188 x 188 x 188 x 188 x 22
12 x 221520253240506580
100125150
1520253240506580
100152025324050152025
200
200
12 x 26
12 x 30
675
675
217
230
610
610
310
320
30
34
600
600
450
450
360
375
95105115140150165185200235270300
105130140155170180205215250105130140155170195105130140
95105115140150165185200220250285340
657585
100110125145160190220250
7590
1001101251351601702007590
1001101251457590
100
657585
100110125145160180210240295
PN
16
25
40
63
100
160
25/40
d1DN d2 n x d3 b D L L1 H H1 H2RVD-OT RVC-OT RCR-OT
Masa (kg)
Tabel 2
Material
Gr. 5.6.
Gr. 6
13% Cr.
10
9
8
7
6
5
4
3
2
GP 240 GH (GSC 25) pentru DN 32- 200
C25 for DN 15-25
13% Cr13% Cr
Tabel 1
1
Fontã cenuæie
Fontã cenuæie
Ænur azbest
Marsit unit
Nr.
Roatã de manevrã
Denumirea
Bucæã filetatã
Garniturã
Prezon
Piuliåã
Capac
Garniturã
Tijã
Ineletanæare
Corp
VentilCorp
GP GH (GSC 25)240
10
9
8
5
4
3
2
1
7
6
The cast steel globe valves are used in installations for water, steam, gas, petroleum products, andother similar fluids with low corrosive action, except hydrogen, hydrogen and hydrocarbons mixtures, andaggressive fluids containing sulphur, hydrogen sulphide etc.
PN
16
25/40
63
Nominal Pressure Test PressureTemperature ( C)°
120 200 250 300 350 400Max. working pressure (bar)
16
40
63
14
35
50
13
32
45
10
24
36
11
28
40
8
21
32
Shell
24
60
96
Seat
18
44
71
Application
Service and Tests
Constructive and functional characteristics
Execution
On request
type: bolted bonnet;body type: straight for RVD-OT; RCR-OT; RVD-E-OT;
type for RVC-OT;flanged body;rising stem, with outside screw;stopper:
a. flat disc and flat seat for RVD-OT, RVC-OT
●
●
●
●
●
●
●
●
●
angle
and RVD-E-OT;b. throttling cone for RCR-OT;c. discharge disc for RVD-OT DN 150, 200;
for valve having DN < 150 the pressure of the working fluid is applied under the disc;for valve having DN 150 for RVD-OT are provided with discharge disc and the pressure of theworking fluid is applied above the disc;the flowing direction is indicated by an arrow marked on the body;shutting-off: by rotating the handwheel in clockwise direction or electric actuator for RVD-E-OT;
³
face to face according to DIN 3202 part 1, line F1 for RVD-OT, RCR-OT, RVD-E-OT, PN 16, 25, 40;DIN 3202 part 1 line F2 for RVD-OT, PN 63 ;DIN 3202 part 1 line F32 for RVC-OT, PN 25, 40;DIN 3202 part 1 line F33 for RVC-OT, PN 63;
flanges connecting dimensions according to DIN 2501 part 1;flange facings: raised face according to DIN 2526 type C;pressure - temperature ratings according to DIN 2401 part 2;with top sealing (backseat);testing according to ISO 5208 and DIN 3230 part 3;
●
●
●
●
●
●
,100, 160
other sheel materials:- alloy steel low temperature (-50 ... 300 C);
●
●
●
●
°C °
- alloy steel high temperature (-10 ... 500 C);- stainless steel (-50 ... 300 C);
other seats rings (brass/stainless steel);other flange facings according to DIN 2512, 2513, 2514;butt weld end according to DIN 3239 form 1 for RVD - OT PN 25/40, DN 15, 20, 25;
°C °
°C °
Type
Straight
Angle
Straight with Throttling Cone
Straight Electric Driven
Symbol
RVD-OT
RVD-OT
RVC-OT
RCR-OT
RVD-E-OT
RVD-OT
RVD-OT
DN
15 ... 200
15 ... 100
15 50
15 150
32 100
...
15 ... 25
15 ... 100
...
...
PN
16; 25; 40
63
100
160
25; 40; 63
25; 40
25; 40; 63
Working Temperature
-10 °C ... +400°C
-10 °C ... +400°C
-10 °C ... +400°C
-10 °C ... +400°C
-10 °C ... +400°C
-10 °C ... +400°C
-10 °C ... +400°C
12 100 4374 TMS
Cast Steel Globe Valves
RVD-OT RVC-OT
➈
➇
➅➄➃
➂➁
➀
➆➉
D
L1
L1
H H1
b
d2
d1
nxd
3
Fig. 1
For RVD-OT, DN 150;200 PN 25; 40
Fig. 3
Fig. 2
For RCR-OT
H H2
Fig. 4
1520253240506580
100125150200
141616161618182020222224
100100100140160180250250320400400450
130150160180200230290310350400480600
190195200260285290320365410465560610
197205210275305315350400450510610675
4.55
6.513171929396078
120212
200210215280310320355410465535640
197205210275305315350400450510610
212230240285310335375425465252265265260305345252265265
55.57
141820314162
55.57
14182031416280
125
79
12.5172226385076
10.615.518202230
10.615.518
79
12.5172226385076
5.56
7.514.5192132426482
127
190195200260285290320365410465560
205220230270290310345390425245255255248290325245255255
9095
100105115125145155175
105115115130130150170190215
130150160180200230290310350400480
210230230260260300340380430210230230260260300210230230
100100100140160180250250320400400
120120140160180250320320360140140140140180180140140140
1618181818202224242628
202224242626262830202224242628202224
4 x 144 x 144 x 144 x 184 x 184 x 188 x 188 x 188 x 228 x 268 x 26
4 x 14
4 x 224 x 228 x 22
x 22
4 x 184 x 184 x 22
88 x 264 x 14
4 x 224 x 26
4 x 184 x 184 x 22
4 x 144 x 184 x 18
4 x 144 x 144 x 144 x 184 x 184 x 184 x 188 x 188 x 188 x 188 x 22
12 x 221520253240506580
100125150
1520253240506580
100152025324050152025
200
200
12 x 26
12 x 30
675
675
217
230
610
610
310
320
30
34
600
600
450
450
360
375
95105115140150165185200235270300
105130140155170180205215250105130140155170195105130140
95105115140150165185200220250285340
657585
100110125145160190220250
7590
1001101251351601702007590
1001101251457590
100
657585
100110125145160180210240295
PN
16
25
40
63
100
160
25/40
d1DN d2 n x d3 b D L L1 H H1 H2RVD-OT RVC-OT RCR-OT
Weight (kg)
Table 2
Cast iron
Material
Cast iron
Asbestos free
Gr. 5.6.
Gr. 6
Asbestos free
13% Cr.
10
No.
9
8
7
6
5
4
3
2
Handwheel
Description
Yoke sleeve
Stem Packing
Studs
Studs Nuts
Bonnet
Bonnet Gasket
Stem
Seat RingDiscBody
GP 240 GH for DN 32- 200
C25 for DN 15-25
(GSC 25)
13% Cr13% Cr
Table 1
1 Body
GP 240 GH (GSC 25)
10
9
8
5
4
3
2
1
7
6
12 100 4374 TMS
Robinete cu ventil din o]elac]ionate pneumatic
alte suprafeåe de etanæare a flanæelor de legãturã conf. DIN 2512, 2513, 2514;garnituri din materiale fãrã azbest.
●
●
lungimi de construcåie conf. DIN 3202 partea 1 æirul F1 pentru PN 16;DIN 3202 part 1 æirul F2 pentru PN 63;
dimensiunile flanæelor de legãturã conf. DIN 2501 partea 1cu suprafaåa de etanæare planã cu umãrconf. DIN 2526 tip C;presiunea maximã de lucru admisibilã funcåie de temperaturã conf. DIN 2401 partea 2;teste conform ISO 5208 æi DIN 3230 partea 3;etanæare: 13% Cr / 13% Cr.
●
●
●
●
●
capac cu prezoane;corp drept cu flanæe pentru PN 63, DN 25 - 100; PN 16, DN 100, æi cu 3 cãi pentru PN 63, DN 15 simbolRVD -III -AP-OT;organul de închidere:- ventil plat cu suprafaåã de etanæare planã;
●
●
●
●
●
●
- ventil de descãrcare pentru PN 63, DN 65 simbol RVD-AP-OT;presiunea mediului de lucru se aplicã deasupra ventilului;sensul de curgere este indicat printr-o sãgeatã marcatã pe corp;mecanismul de acåionare - servomotor pneumatic simplu efect æi arc;
³
Tip
Drept
Cu 3 cãi
Simbol
RVD-AP-OT
RVD-AP-OT
RVD-III-AP-OT
DN
25 ... 100
100
15
PN
63
16
63
Temperatura de lucru
-10 °C ... +350°C-10 °C ... +350°C-10 °C ... +350°C
Robinetele din oåel cu ventil acåionate pneumatic se utilizeazã în instalaåii pentru abur supraîncãlzit,gaze naturale, pãcurã æi alte fluide asemãnãtoare cu acåiune corozivã slabã, exclusiv hidrogen, amestecuride hidrogen æi hidrocarburi, medii agresive conåinînd sulf, hidrogen sulfurat.
Utilizãri
Regim de lucru æi încercãri
Caracteristici constructive æi funcåionale
Execuåie
La cerere
PN
16
63
Temperatura ( C)°
120 200 250 300 350
16
63
14
50
13
45
10
36
11
40
Rezistenåã
24
96
Etanæeitate
18
71
Presiune nominalã Presiunea de încercare
Presiune max. de lucru (bar)
15
25
32
40
50
65
80
100
100
105
140
155
170
180
205
215
250
220
75
100
110
125
135
160
170
200
180
20
24
24
26
26
26
28
30
20
210
230
260
260
300
340
380
430
350
270
275
307
350
400
425
490
525
490
538
543
575
755
805
830
895
930
895
30
34
37
70
81
87
98
125
98
1144 x 14
4 x 18
4 x 22
4 x 22
4 x 22
8 x 22
8 x 22
8 x 26
8 x 18
PN
63
16
d1DN d2 n x d3 b L H H1 H2 Masa(kg)
➈
➇
➅
➄
➃
➂
➁
➀
➆
L
b
b
H1
d1
d1
d2
d2
DN
DNnx
d3
nxd3
HH
2
Gr. 5 - 6.
Gr. 6
13% Cr.
13% Cr.
9
8
7
6
5
4
3
2
115 - 25
DN
DN
32 - 100
C 25
Material
RVD-AP-OT RVD-III-AP-OT
➈
➇➅➄
➃
➂➁
➀
➆
Lb
Hd
1d2
DN
nxd3
H1
Fig. 1
Fig. 2
Tabel 1
Tabel 2
GP 240 GH GSC 25)(
GP 240 GH GSC 25)(
Ænur azbest
Marsit unit
Mecanism deacåionare
Garniturã
Prezon
Piuliåã
Capac
Garniturã
Tijã
Ineletanæare
Corp
VentilCorp
Poz. Denumirea
Type
Straight
3 Ways
Symbol
RVD-AP-OT
RVD-AP-OT
RVD-III-AP-OT
DN
25 ... 100
100
15
PN
63
16
63
Working Temperature
-10 °C ... +350°C
-10 °C ... +350°C
-10 °C ... +350°C
The cast steel pneumatically driven globe valves are used in installations for heated-up steam, naturalgas, fuel, oil or other similar fluids with low corrosive action, except hydrogen, hydrogen and hydrocarbonsmixtures, and aggressive agents containing sulphur, hydrogen sulphide etc.
PN
16
63
Nominal Pressure Test PressureTemperature ( C)°
120 200 250 300 350Max. working pressure (bar)
16
63
14
50
13
45
10
36
11
40
Shell
24
96
Seat
18
71
Application
Service and Tests
Constructive and functional characteristics
Execution
On request
type: bolted bonnet;body type: straight for PN 63, DN 25 - 100; PN 16, DN 100, and 3 ways for RVD-III-AP-OT, PN 63, DN 15;flanged body;stopper:- flat disc and flat seat;
●
●
●
●
●
●
●
- discharge disc for RVD-AP-OT, PN 63, DN 65;the pressure of the working fluid is applied above the disc;the flowing direction is indicated by an arrow marked on the body;the operating mechanism: pneumatical single effect servo-unit and helical spring;
³
face to face according to DIN 3202 part 1, line F1 for PN 16;DIN 3202 part 1 line F2 for PN 63;
flanges connecting dimensions according to DIN 2501 part 1;flange facings: raised face according to DIN 2526 type "C";pressure - temperature ratings according to DIN 2401 part 2;testing according to ISO 5208 and DIN 3230 part 3;seats rings: 13% Cr / 13% Cr.
●
●
●
●
●
●
other flange facings according to DIN 2512, 2513, 2514.●
12 100 4374 TMS
Cast Steel Globe ValvesPneumatically Driven
15
25
32
40
50
65
80
100
100
105
140
155
170
180
205
215
250
220
75
100
110
125
135
160
170
200
180
20
24
24
26
26
26
28
30
20
210
230
260
260
300
340
380
430
350
270
275
307
350
400
425
490
525
490
538
543
575
755
805
830
895
930
895
30
34
37
70
81
87
98
125
98
1144 x 14
4 x 18
4 x 22
4 x 22
4 x 22
8 x 22
8 x 22
8 x 26
8 x 18
PN
63
16
d1DN d2 n x d3 b L H H1 H2 Weight(kg)
➈
➇
➅
➄
➃
➂
➁
➀
➆
L
b
b
H1
d1
d1
d2
d2
DN
DNnx
d3
nxd3
HH
2
Asbestos free
Gr. 5 - 6.
Gr. 6
Asbestos free
13% Cr.
13% Cr.
9
8
7
6
5
4
3
2
1
ActuatorPneumatically
Stem Packing
Studs
Studs Nuts
Bonnet
Bonnet Gasket
Stem
Seat Ring
Body
Disc
15 - 25
Size
Size
32 - 100
Body
C 25
MaterialNo. Description
RVD-AP-OT RVD-III-AP-OT
➈
➇➅➄
➃
➂➁
➀
➆
Lb
Hd
1d2
DN
nxd3
H1
Fig. 1
Fig. 2
Table 1
Table 2
GP 240 GH GSC 25)(
GP 240 GH GSC 25)(
12 100 4374 TMS
Robinete cu ventil din font`
alte etanæãri: oåel inox/oåel inox;alte suprafeåe de etaæare a flanæelor conf. DIN 2512, 2513, 2514;garnituri (corp - capac; tijã) din materiale fãrã azbest.
●
●
●
Tip
Drept
De colå
Drept cu con de reglare
Drept acåionat electric
Simbol
RVD-Fc
RVC-Fc
RCR-Fc
RVD-E-Fc
DN
15 200
15 100
15 150
50 100
...
...
...
...
PN
6; 16
6; 16
6;16
16
Temperatura de lucru
-10 °C ... +300°C
-10 °C ... +300°C
-10 °C ... +300°C
-10 °C ... +300°C
Utilizãri
Regim de lucru æi încercãri
Caracteristici constructive æi funcåionale
Execuåie
La cerere
Robinetele din fontã cu ventil se utilizeazã în instalaåii pentru apã, abur, gaze, produse petroliere æi altefluide asemãnãtoare cu acåiune corozivã slabã, exclusiv hidrogen, amestecuri de hidrogen æi hidrocarburi,medii agresive, conåinînd sulf, hidrogen sulfurat.
capac cu prezoane;forma corpului: drept pentru RVD-Fc, RCR-Fc, RVD-E-Fc æi de colå pentru RVC-Fc;corp cu flanæe;tija ascendentã cu filet exterior;organul de închidere:
a. ventil plat cu etanæare planã pentru RVD, RVC-Fc æi
●
●
●
●
●
●
●
●
●
●
RVD-E-Fc;b. ventil con de reglare cu etanæare planã pentru RCR-Fc;c. cu ventil de descãrcare pentru RVD-Fc DN 200;
pentru robinetele cu DN 150 presiunea fluidului de lucru se aplicã sub ventil;pentru robinetele cu DN > 150 tip RVD-Fc presiunea fluidului de lucru se aplicã deasupra ventilului;sensul de curgere este indicat printr-o sãgeatã marcatã pe corp;închiderea robinetelor se face prin rotirea roåii de manevrã în sensul acelor de ceasornic;poziåia de montaj: indiferentã.
£
lungimi de construcåie conf. DIN 3202 partea 1æirul F1 pentru RVD-Fc, PN 6; 16;DIN 3202 partea 1 æirul F32 pentru RVC-Fc, PN 16;
dimensiunile flanæelor de legãturã conf. DIN 2501 partea 1 cu suprafaåa de etanæare planã cu umãrconf. DIN 2526 tip C;presiunea de lucru max. admisibilã funcåie de temperaturã conf. DIN 2401 partea 2;teste conf. ISO 5208 æi DIN 3230 partea 3;etanæare alamã/alamã; iar pentru RCR-Fc etanæare inox/inox.
●
●
●
●
●
PN
6
16
Temperatura ( C)°
120 200 250 300
6
16
5
13
4.5
11
3.6
10
Rezistenåã
9
24
Etanæeitate
7
18
Presiune nominalã Presiunea de încercare
Presiune max. de lucru (bar)
1520253240506580
100125150200
8090
100120130140160190210240265320
55657590
100110130150170200225280
141616181820202224262630
100100100120140160160180200250320400
130150160180200230290310350400480600
170180185205235255270310360390450500
177190195220255280300345400435505570
3.54.556
10121824305070
131
34
4.55.59.5
11.5172329
45
5.57
11132026325273
180195200225260285310355415460530
180195200225260285310355415460530
177190195220255280300345400435505570
4.55.56
7.512142026355677
150
3.55
5.57
11.513.5192534
4.56
6.58.513152228375880
170180185205235255270310360390450500
9095
100105115125145155175
9095
100105115125145155175
130150160180200230290310350400480600
100100100120140160160180200250320400
141616181820202224262630
4 x 114 x 114 x 114 x 144 x 144 x 144 x 144 x 184 x 188 x 188 x 188 x 184 x 144 x 144 x 144 x 184 x 184 x 184 x 188 x 188 x 188 x 188 x 22
12 x 22
1520253240506580
100125150200
95105115140150165185200220250285340
657585
100110125145160180210240295
PN
6
16
d1DN d2 n x d3 b D L L1 H H1 H2RVD-Fc RVC-Fc RCR-Fc
Masa (kg)
Materiale
Gr. 5.6.
Gr. 6
13% Cr.
10
9
8
7
6
5
4
3
2
1
RVD-Fc RVC-Fc
Pentru RVD-Fc, DN 200, PN 16 Pentru RCR-Fc
➉
➈
➇
➅
➄
➃
➂
➁➀
➆
D
Lb
Hd
1
d2
nxd
3H1
H H2
➈
➇
➅➄➃
➂➁
➀
➆
➉
D
L1
L1
H H1
b
d2
d1
nxd
3
Fig. 1
Fig. 3
Fig. 2
Fig. 4
Tabel 1
Tabel 2
EN GJL 250 (GG 25)
Fontã cenuæie
Fontã cenuæie
EN GJL 250 (GG 25)
Ænur azbest
Marsit unit
Poz.
Roatã de manevrã
Denumirea
Bucæã filetatã
Garniturã
Prezon
Piuliåã
Capac
Garniturã
Tijã
Ineletanæare
Corp
VentilCorp Alamã
12 100 4374 TMS
Cast Iron Globe Valves
Type
Straight
Angle
Straight with Throttling Cone
Straight Electric Driven
Symbol
RVD-Fc
RVC-Fc
RCR-Fc
RVD-E-Fc
DN
15 200
15 100
15 150
50 100
...
...
...
...
PN
6; 16
6; 16
6;16
16
Working Temperature
-10 °C ... +300°C
-10 °C ... +300°C
-10 °C ... +300°C
-10 °C ... +300°C
Application
Service and Tests
Constructive and functional characteristics
Execution
On request
The cast iron globe valves are used in installations for water, steam, gas, petroleum products,or for other similar fluids with low corrosive action, except hydrogen, hydrogen andhydrocarbons mixtures, and aggressive agents containing sulphur, hydrogen sulphide etc.
type: bolted bonnet;body type: straight for RVD-Fc, RCR-Fc, RVD-E-Fc and type angle for RVC-Fc;flanged body;rising stem, with outside screw;stopper:
a. flat disc and flat seat for RVD, RVC-Fc
●
●
●
●
●
●
●
●
●
●
and RVD-E-Fc;b.throttling cone for RCR-Fc;c. discharge disc for RVD-Fc DN 200;
for valve having DN 150 the pressure of the working fluid is applied under the disc;for valve having DN > 150 for RVD-Fc are provided with discharge disc and the pressure of theworking fluid is applied above the disc;the flowing direction is indicated by an arrow marked on the body;shutting-off: by rotating the handwheel in clockwise direction or electric actuator for RVD-E-Fc;mounting position: doesn't matter.
£
face to face according to DIN 3202 part 1, line F1 for RVD-Fc, PN 6; 16;DIN 3202 part 1 line F32 for RVC-Fc, PN 16;
flanges connecting dimensions according to DIN 2501 part 1;flange facings: raised face according to DIN 2526 type C;pressure - temperature ratings according to DIN 2401 part 2;testing according to ISO 5208 and DIN 3230 part 3;seats rings: brass / brass; for RCR-Fc: stainless steel/stainless steel.
●
●
●
●
●
●
other seats rings (stainless steel/stainless steel);other flange facings according to DIN 2512, 2513, 2514.
●
●
PN
6
16
Nominal Pressure Test PressureTemperature ( C)°
120 200 250 300
Max. working pressure (bar)
6
16
5
13
4.5
11
3.6
10
Shell
9
24
Seat
7
18
1520253240506580
100125150200
8090
100120130140160190210240265320
55657590
100110130150170200225280
141616181820202224262630
100100100120140160160180200250320400
130150160180200230290310350400480600
170180185205235255270310360390450500
177190195220255280300345400435505570
3.54.556
10121824305070
131
34
4.55.59.5
11.5172329
45
5.57
11132026325273
180195200225260285310355415460530
180195200225260285310355415460530
177190195220255280300345400435505570
4.55.56
7.512142026355677
150
3.55
5.57
11.513.5192534
4.56
6.58.513152228375880
170180185205235255270310360390450500
9095
100105115125145155175
9095
100105115125145155175
130150160180200230290310350400480600
100100100120140160160180200250320400
141616181820202224262630
4 x 114 x 114 x 114 x 144 x 144 x 144 x 144 x 184 x 188 x 188 x 188 x 184 x 144 x 144 x 144 x 184 x 184 x 184 x 188 x 188 x 188 x 188 x 22
12 x 22
1520253240506580
100125150200
95105115140150165185200220250285340
657585
100110125145160180210240295
PN
6
16
d1DN d2 n x d3 b D L L1 H H1 H2RVD-Fc RVC-Fc RCR-Fc
Weight (kg)
Cast iron
Materials
Cast iron
Asbestos free
Gr. 5.6.
Gr. 6
Asbestos free
13% Cr.
10
No.
9
8
7
6
5
4
3
2
1
Handwheel
Description
Yoke sleeve
Stem Packing
Studs
Studs Nuts
Bonnet
Bonnet Gasket
Stem
Seat Ring
Body
DiscBody
Brass
RVD-Fc RVC-Fc
For RVD-Fc, DN 200, PN 16 For RCR-Fc
➉
➈
➇
➅
➄
➃
➂
➁➀
➆
D
Lb
Hd
1
d2
nxd
3H1
H H2
➈
➇
➅➄➃
➂➁
➀
➆
➉
D
L1
L1
H H1
b
d2
d1
nxd
3
Fig. 1
Fig. 3
Fig. 2
Fig. 4
Table 1
Table 2
EN GJL 250 (GG 25)
EN GJL 250 (GG 25)
12 100 4374 TMS
Robinete de \nchiderecu ventil [i plutitor
alte tipuri de etanæare: - cauciuc/alamã;- oåel inox/oåel inox;
material pentru garnituri: - compoziåie fãrã azbest;alte tipuri de suprafeåe a flanæelor conf. DIN 2512; 2513, 2514.
●
●
●
●
●
●
●
●
lungimi de construcåie conf.: DIN 3202 partea ; F1 pentru RVP-D;DIN 3202 partea 1; F32 pentru RVP-C;
dimensiunile flanæelor conf. DIN 2501 partea 1;presiunea maximã admisibilã conf. DIN 2401 partea 2;probe æi încercãri conf. ISO 5208 sau DIN 3230 partea 3;etanæare alamã/alamã.
● capac montat cu prezoane;●
●
corp drept pentru DN 50 -200 æi corp de colå pentru DN 50 -100;organ de închidere al robinetului - ventil.
Simbol
RVP DRVP C
DN
50 0...20...50 100
Temperatura de lucru
-10° ... 80°C
-10° ... 80°C
PN
1010
Utilizãri
Regim de lucru æi încercãri
Caracteristici constructive æi funcåionale
Execuåie
La cerere
Robinetele cu ventil æi plutitor se monteazã pe conductele de alimentare ale rezervoarelorîn scopul menåinerii automate a nivelului fluidelor în aceste rezervoare.
PN
10
Temperatura ( C)°
-10 80
10 10
Rezistenåã
15
Etanæeitate
11
Presiune nominalã Presiunea de încercare
Presiune max. de lucru (bar)
165185200220250285340
506580
100125150200
125145160180210240295
20202224262630
230290310350400480600
518518600650
100013001444
1000100010001000100010001350
300332332390400400500
1724
30.5396485
155
17.5243139–––
195200230250340385480
125145155175
–––
4 x 184 x 188 x 188 x 188 x 188 x 228 x 22
DN d1 d2 n x d3 b AL L1 H D hdrept de colå
Masa(kg)
H
L1
D A
A
nxd
3
d1
d2
h
b
➈
➇
➅
➄➃
➂
➆➉
H
L1
hD L
➀ bnxd3
d1
d2
11
➁
RVP D
RVP C
Fig. 1
Fig. 2
Tabel 2
Material
EN GJL 250 (GG 25)
EN GJL 250 (GG 25)
13% Cr
13% Cr
10
11
9
8
7
6
5
4
3
2
1
Tabel 1
GP 240 GH GSC 25)(
GP 240 GH GSC 25)(
Tablã decapatã
Alamã
Marsit unit
Cauciuc
Poz
Plutitor
Pârghie
Denumirea
Bucæã
Capac
Garniturã
Garniturã
Cilindru
Tijã
Ventil
Inel etanæare corp
Corp
Alamã
12 100 4374 TMS
Cast Iron Close Valvewith Float
Symbol
RVP DRVP C
DN
50 0...20...50 100
Working Temperature
-10° ... 80°C
-10° ... 80°C
PN
1010
Application
Service and Tests
Constructive and functional characteristics
Execution
On request
The cast iron close valves with float are used on the supply pipes of the tanks to selfmaintain automatically the level of the water.
● type: bolted cover;●
●
body type: straight for DN 50 -200 and type angle for DN 50 -100;stopper: flat relief pressure disc.
●
●
●
●
●
●
face to face according to: DIN 3202 part 1 line F1 for RVP-D;DIN 3202 part 1 line F32 for RVP-C;
flange dimensions according to DIN 2501 part 1;flange facings: raised face according to DIN 2526 type C;pressure - temperature ratings according to DIN 2401 part 2;testing according to ISO 5208 and DIN 3230 part 3;seats rings: brass / brass.
other seats rings: - rubber / brass;- stainless steel / stainless steel;
other flange facings according to DIN 2512; 2513, 2514.
●
●
PN
10
Nominal Pressure Test PressureTemperature ( C)°
-10 80
Max. working pressure (bar)
10 10
Shell
15
Seat
11
165185200220250285340
506580
100125150200
125145160180210240295
20202224262630
230290310350400480600
518518600650
100013001444
1000100010001000100010001350
300332332390400400500
1724
30.5396485
155
17.5243139–––
195200230250340385480
125145155175
–––
4 x 184 x 188 x 188 x 188 x 188 x 228 x 22
DN d1 d2 n x d3 b AL L1 H D hstraight angle
Weight (kg)
H
L1
D A
A
nxd
3
d1
d2
h
b
➈
➇
➅
➄➃
➂
➆➉
H
L1
hD L
➀ bnxd3
d1
d2
11
➁
RVP D
RVP C
Fig. 1
Fig. 2
Table 2
Soft Iron Sheet
Material
Brass
Asbestos free
Rubber
13% Cr
13% Cr
10
11
No.
9
8
7
6
5
4
3
2
1
Float
Lever
Description
Bushing
Bonnet
Gasket
Gasket
Cylinder
Stem
Disc
Body Seat Ring
Body
Brass
Table 1
EN GJL 250 (GG 25)
EN GJL 250 (GG 25)
GP 240 GH GSC 25)(
GP 240 GH GSC 25)(
12 100 4374 TMS
Robinet de re]inerecu clap` din o]el
Simbol
RRC-OT
DN
40 250...
PN
16; 25; 40; 63
Temperatura de lucru
-10 °C ... +400°C
Utilizãri
Regim de lucru æi încercãri
Caracteristici constructive æi funcåionale
Execuåie
La cerere
alte materiale:oåel aliat temperaturi scãzute
suprafeåe de etanæare la flanæe de legãturã conf.
●
●
- (-50° ... 300°C);
- (-10° ... 500°C);
- (-50° ... 300°C);
DIN 2512; 2513; 2514;
oåel aliat temperaturi ridicateoåel inox
asamblare corp-capac cu prezoane;corp cu flanæe;
●
●
●
●
●
organul de obturare: clapã planã;cursã liberã;poziåia de montaj: orizontalã, åinând cont de sensul de curgere indicat de sãgeatamarcatã pe corpul robinetului.
Robinetele cu clapã se utilizeazã ca armãturi de reåinere pentru apã, abur, gaze, produsepetroliere æi alte fluide asemãnãtoare cu acåiune corozivã slabã, exclusiv hidrogen, amestecuride hidrogen æi hidrocarburi, medii agresive conåinând sulf, hidrogen sulfurat, etc.
lungimi de construcåie conf. DIN 3202 partea 1, æirul F6 pentru PN 16, æirul F1 pentru PN 25;40, æirul F2 pentru PN 64;flanæe de legãturã conf. DIN 2501 partea 1;suprafaåã de etanæare flanæe: planã cu umãr conf. DIN 2526 tip "C";presiunea maximã în funcåie de temperaturã conf. DIN 2401 partea 2;teste încercãri conf. ISO 5208 æi DIN 3230 partea 3;etanæare principalã: inox/inox.
●
●
●
●
●
●
PN
16
25
40
63
Temperatura ( C)°
120 200 250 300 350 400
16
25
40
63
14
22
35
50
13
20
32
45
11
17
28
40
10
16
24
36
8
13
21
32
Rezistenåã
24
38
60
96
Etanæeitate
18
28
44
70
Presiune nominalã Presiunea de încercare
Presiune max. de lucru (bar)
C 25
Gr. 5.6
Material
Gr. 8
13% Cr
C 25
13% Cr
C 25
7
6
5
4
3
2
1
8
9
40506580
100125150200250
40506580
100125150
200250
200250
40506580
100125150200250
150165185200220250285340405
145160180195230270300
360425
375445
165175200210250295340405470
110125145160180210240295355
110125145160190220250
310370
320385
125135160170200240280345400
105110140145154185210240360
135160175205230235340
400450
400450
15516219520230255350400450
5
180200240260300350400500600
200230290310350400480
600730
600730
260300340380430500550650775
161818202022222426
16171919212527
3133
3539
222325272933354145
12152024354862
103164
14.519.52834496596
165250
175265
212635436492
135235355
4 x 18
8
4 x 184 x 18
x 188 x 188 x 188 x 22
12 x 2212 x 26
4 x 184 x 188 x 188 x 188 x 228 x 268 x 26
12 x 2612 x 30
12 x 3012 x 33
4 x 224 x 228 x 228 x 228 x 268 x 308 x 33
12 x 3312 x 39
PN
16
25/40
25
40
63
d1DN d2 n x d3 bL HMasa(kg)
➀ ➁ ➂
➃
➄
➅
➆
➇
Hd
1d
2D
N
Lnxd3b
➈
Fig. 1
Tabel 1
Tabel 2
GP 240 GH GSC 25)(
Marsit unit
Poz.
Prezon
Denumirea
Piuliåã
Garniturã
Capac
Braå
Ax
Clapã
Inele de etanæare
Corp
12 100 4374 TMS
Cast Steel Swing Check Valve
Symbol
RRC-OT
DN
40 250...
PN
16; 25; 40; 63
Working Temperature
-10 °C ... +400°C
Application
Service and Tests
Constructive and functional characteristics
Execution
On request
These valves are used as check valves for water, steam, gas, petroleum products and othersimilar fluids with low corrosive action, except hydrogen, hydrogen and hydrocarbons mixtures,aggressive agents containing sulphur, hydrogen sulphide etc.
type: bolted cover;flanged ends;
●
●
●
●
●
stopper: flat disc;free stroke;mounting position: horizontal, taking care of the flowing direction indicated by an arrowmarked on the body or in vertical position with down - up flow direction.
other sheel materials;
- alloy steel low temperature (-50° ... 300°C);
- alloy steel high temperature (-10° ... 500°C);
- stainless steel (-50° ... 300°C);
other flange facings according to DIN 2512; 2513; 2514.
●
●
PN
16
25
40
63
Nominal Pressure Test PressureTemperature ( C)°
120 200 250 300 350 400Max. working pressure (bar)
16
25
40
63
14
22
35
50
13
20
32
45
11
17
28
40
10
16
24
36
8
13
21
32
Shell
24
38
60
96
Seat
18
28
44
70
face to face: according to DIN 3202 part 1, line F6 for PN 16;
flange dimensions according to DIN 2501 part 1;flange facings: raised face according to DIN 2526 type "C";pressure - temperature ratings according to DIN 2401 part 2;testing according to ISO 5208 and DIN 3230 part 3;
●
●
●
●
●
line F1 for PN 25; 40;line F2 for PN 63;
C 25
Gr. 5.6
Material
Gr. 8
Asbestos free
13% Cr
C 25
13% Cr
C 25
7
6
5
4
3
2
1
8
9
No.
Studs
Description
Stud Nuts
Gasket
Bonnet
Arm
Arm Pin
Disc
Seat Ring
Body
40506580
100125150200250
40506580
100125150
200250
200250
40506580
100125150200250
150165185200220250285340405
145160180195230270300
360425
375445
165175200210250295340405470
110125145160180210240295355
110125145160190220250
310370
320385
125135160170200240280345400
105110140145154185210240360
135160175205230235340
400450
400450
15516219520230255350400450
5
180200240260300350400500600
200230290310350400480
600730
600730
260300340380430500550650775
161818202022222426
16171919212527
3133
3539
222325272933354145
12152024354862
103164
14.519.52834496596
165250
175265
212635436492
135235355
4 x 18
8
4 x 184 x 18
x 188 x 188 x 188 x 22
12 x 2212 x 26
4 x 184 x 188 x 188 x 188 x 228 x 268 x 26
12 x 2612 x 30
12 x 3012 x 33
4 x 224 x 228 x 228 x 228 x 268 x 308 x 33
12 x 3312 x 39
PN
16
25/40
25
40
63
d1DN d2 n x d3 bL HWeight
(kg)
➀ ➁ ➂
➃
➄
➅
➆
➇
Hd
1d
2D
N
Lnxd3b
➈
Fig. 1
Table 1
Table 2
GP 240 GH GSC 25)(
12 100 4374 TMS
Robinet de re]inerecu clap` din font`
DIN 2512; 2513; 2514;●
●
●
suprafeåe de etanæare conf.: - cauciuc/ alamã, numai pentru. PN 10, Tmax = 80°C;
- 13% Cr / 13% Cr;
.
etanæare principalã
garniturã fãrã azbest
lungimi de construcåie conf. DIN 3202 partea 1, æirul F6 pentru PN 10; 16;flanæe de legãturã conf. DIN 2501 partea 1;suprafaåã de etanæare flanæe: planã cu umãr conf. DIN 2526 tip "C";presiunea maximã în funcåie de temperaturã conf. DIN 2401 partea 2;teste încercãri conf. ISO 5208 æi DIN 3230 partea 3;etanæare principalã: alamã/alamã.
●
●
●
●
●
●
Robinetele cu clapã se utilizeazã ca armãturi de reåinere pentru apã, abur, gaze, produsepetroliere æi alte fluide asemãnãtoare cu acåiune corozivã slabã, exclusiv hidrogen, amestecuride hidrogen æi hidrocarburi, medii agresive conåinând sulf, hidrogen sulfurat, etc.
Simbol
RRC- Fc
DN
40 ... 200
PN
10; 16Temperatura de lucru
-10 C ... 300 C° °
Utilizãri
Regim de lucru æi încercãri
Caracteristici constructive æi funcåionale
Execuåie
La cerere
asamblare corp-capac cu prezoane;corp cu flanæe;
●
●
●
●
●
organul de obturare: clapã planã;cursã liberã;poziåia de montaj: orizontalã, åinând cont de sensul de curgere indicat de sãgeata marcatãpe corpul robinetului.
PN
10
16
Temperatura ( C)°
120 180 225
10
16
8.5
13.6
7
12
Rezistenåã
15
24
Etanæeitate
11
18
Presiune nominalã Presiunea de încercare
Presiune max. de lucru (bar)
d2DN d1
n x d3
P 16N
4 x 18
4 x 18
4 x 18
8 x 18
8 x 18
8 x 18
8 x 22
12 x 22
P 10N
40
50
65
80
100
125
150
200
150
165
185
200
220
250
285
340
110
125
145
160
180
210
240
295
4 x 18
4 x 18
4 x 18
8 x 18
8 x 18
8 x 18
8 x 22
8 x 22
b
P 16N
12
15
20
28
41
69
72.5
105
PN16
18
20
20
22
24
26
26
26
18
20
20
22
24
26
26
30
120
135
150
170
188
200
220
285
12
15
20
28
40.2
67.8
71.2
102
Masa (kg)
P 10NPN10HLe
3
3
3
3
3
3
3
3
180
200
240
260
300
350
400
500
Material
Gr 5.6
13% Cr
9
8
7
6
5
4
3
2
1
Gr 5
➇ ➈➆➅
➄
➃
➂
➁
➀
H
L
DN
d2
d1
nxd3
be
Varianta
cauciuc / alamã
Fig. 1
Fig. 2
Tabel 1
Tabel 2
EN GJL 250 (GG 25)
EN GJL 250 (GG 25)
EN GJL 250 (GG 25)
EN GJL 250 (GG 25)
Poz. Denumirea
Marsit unit
Prezon
Piuliåã
Capac
Garniturã
Ax
Clapã
Braå
Inele etanæare
Corp
Am/Am
12 100 4374 TMS
Cast Iron SwingCheckValves
Symbol
RRC- Fc
DN
40 ... 200
PN
10; 16Working Temperature
-10 C ... 300 C° °
These valves are used as check valves for water, steam, gas, petroleum products and othersimilar fluids with low corrosive action, except hydrogen, hydrogen and hydrocarbonsmixtures, aggresive agents containing sulphur, hydrogen sulphide etc.
PN
10
16
Nominal Pressure Test PressureTemperature ( C)°
120 180 225Max. working pressure (bar)
10
16
8.5
13.6
7
12
Shell
15
24
Seat
11
18
Application
Service and Tests
Constructive and functional characteristics
Execution
On request
type: bolted cover;flanged ends;
●
●
●
●
●
stopper: flat disc;free stroke;mounting position: horizontal, taking care of the flowing direction indicated by an arrowmarked on the body or in vertical position with down - up flow direction.
● other flange facings according to DIN 2512; 2513; 2514;other trim: - rubber / brass, only for PN 10, Tmax = 80°C;
- 13% Cr / 13% Cr.●
face to face: according to DIN 3202 part 1, line F6 for PN 10; 16;flange dimensions according to DIN 2501 part 1;flange facings: raised face according to DIN 2526 type "C";pressure - temperature ratings according to DIN 2401 part 2;testing according to ISO 5208 and DIN 3230 part 3;seats rings: brass / brass.
●
●
●
●
●
●
d2DN d1
n x d3
P 16N
4 x 18
4 x 18
4 x 18
8 x 18
8 x 18
8 x 18
8 x 22
12 x 22
P 10N
40
50
65
80
100
125
150
200
150
165
185
200
220
250
285
340
110
125
145
160
180
210
240
295
4 x 18
4 x 18
4 x 18
8 x 18
8 x 18
8 x 18
8 x 22
8 x 22
b
P 16N
12
15
20
28
41
69
72.5
105
PN16
18
20
20
22
24
26
26
26
18
20
20
22
24
26
26
30
120
135
150
170
188
200
220
285
12
15
20
28
40.2
67.8
71.2
102
Weight (kg)
P 10NPN10HLe
3
3
3
3
3
3
3
3
180
200
240
260
300
350
400
500
MaterialNo. Description
Asbetos free
Gr 5.6
13% Cr
Studs
Studs Nuts
Bonnet
Gasket
Arm pin
Disc
Arm
Seat Ring
Body
9
8
7
6
5
4
3
2
1
Brass/ Brass
Gr 5
➇ ➈➆➅
➄
➃
➂
➁
➀
H
L
DN
d2
d1
nxd3
be
Rubber / brass
sealing
Fig. 1
Fig. 2
Table 1
Table 2
EN GJL 250 (GG 25)
EN GJL 250 (GG 25)
EN GJL 250 (GG 25)
EN GJL 250 (GG 25)
12 100 4374 TMS
Robinete de re]inere cu ventilcu curs` fix`, din o]el
alte materiale pentru anvelopa sub presiune:oåel aliat pentru temperaturioåel aliat pentru temperaturioåel inoxidabil pentru temperaturi
●
●
●
- scãzute (-50°... 300°C);
- ridicate (-10°... 500°C);
- (-50°...300°C);
alte suprafeåe de etanæare a flanæelor conf. DIN 2512; 2513; 2514;garnitura din material fãrã azbest.
lungimi de construcåie: - conf. DIN 3202 partea 1 æirul F 1 pentru RRV-OT PN 25/40;- conf. DIN 3202 partea 1 æirul F2 pentru RRV-OT PN 63;- conf. DIN 3202 partea 1 æirul F 32 pentru RRVC - OT PN 25/40;- conf. DIN 3202 partea 1 æirul F 33 pentru RRVC-OT PN 63;
●
●
●
●
●
dimensiunile flanæelor de legãturã conf. DIN 2501, partea 1, cu suprafaåã de etanæare planãcu umãr conf. DIN 2526 tip "C";presiunea de lucru maxim admisibilã funcåie de temperaturã conf. DIN 2401 partea 2;teste conf. ISO 5208 æi DIN 3230 partea 3;etanæare: 13% Cr / 13% Cr.
forma corpului: dreptã pentru RRV-OT PN 25/40; PN 63, sau de colå pentru RRVC-OT PN25/40; 63;capac cu prezoane;corp cu flanæe;organul de închidere: ventil plat cu etanæare planã;
●
●
●
●
● presiunea fluidului de lucru se aplicã sub ventil;
Se utilizeazã ca armãturi de reåinere pentru apã, abur, aer, gaze, produse petroliere æi altefluide asemãnãtoare cu acåiune corozivã slabã, exclusiv hidrogen, amestecuri de hidrogen æihidrocarburi, medii agresive conåinînd sulf, hidrogen sulfurat etc.
Tip
Drept
De colå
Simbol
RRV - OT
RRV - OT
RRVC - OT
DN
15 ... 200
15 ... 100
15 ... 100
PN
25/40
63
25/40; 63
Temperatura de lucru
-10°C ... +400°C
-10°C ... +400°C
-10°C ... +400°C
Utilizãri
Regim de lucru æi încercãri
Caracteristici constructive æi funcåionale
Execuåie
La cerere
PN
25/40
63
Temperatura ( C)°
120 200 250 300 350 400
35
50
40
63
32
45
28
40
24
36
21
32
Rezistenåã
60
96
Etanæeitate
44
71
Presiune nominalã Presiunea de încercare
Presiune max. de lucru (bar)
Gr. 5 - 6
Material
Gr. 6
13% Cr
6
5
4
3
2
1
1520253240506580
100125150
200200
1520253240506580
100
130150160180200230290310350400480
600600
210230230260260300340380430
1618181818202224242628
3034
202224242626262830
657585
100110125145160190220250
310320
7590
100110125135160170200
95105115140150165185200235270300
360375
105130140155170180205215250
9095
100105115125145155175
105115115130130150170190215
34.56
10.513.516
27.536416090
185198
689
13.517.522344560
707580
126136140150171185190200
280280
808590
126135150165180210
4 x 144 x 144 x 144 x 184 x 184 x 188 x 188 x 188 x 228 x 268 x 26
12 x 2612 x 30
4 x 144 x 184 x 184 x 224 x 224 x 228 x 228 x 228 x 26
PN
25/40
2540
63
d1DN d2 n x d3 L1b L HMasa netã
(kg)
HL 1
L1
b
nxd3
d2
d1
DN
➅➃
➂
➀
➄
➁
RRV-OT RRVC-OT
Fig. 1 Fig. 2
Tabel 1
Tabel 2
GP 240 GH GSC 25)(
GP 240 GH GSC 25)(
Marsit unit
Poz.
Prezon
Denumirea
Garniturã
Capac
Piuliåã
Ineletanæare
Corp
CorpVentil
6
5
4
3
2
1
12 100 4374 TMS
Cast Steel Lift Check Valveswith Steady Stroke
Type
Straight
Angle
Symbol
RRV - OT
RRV - OT
RRVC - OT
DN
15 ... 200
15 ... 100
15 ... 100
PN
25/40
63
25/40; 63
Working Temperature
-10°C ... +400°C
-10°C ... +400°C
-10°C ... +400°C
These valves are used as check valves for water, steam, air, gas, petroleum products andother similar fluids with low corrosive action, except hydrogen, hydrogen and hydrocarbonsmixtures, aggressive agents containing sulphur, hydrogen sulphide etc.
PN
25/40
63
Nominal Pressure Test PressureTemperature ( C)°
120 200 250 300 350 400
Max. working pressure (bar)
35
50
40
63
32
45
28
40
24
36
21
32
Shell
60
96
Seat
44
71
Application
Service and Tests
Constructive and functional characteristics
Execution
On request
body type: straight for RRV-OT PN 25/40; PN 63, or angle type for RRVC-OT PN 25/40; PN 63;type: bolted cover;flanged body;
●
●
●
●
●
●
stopper: disc and flat seat;the pressure of the working fluid is applied under the disc;the flowing direction is indicated by an arrow, marked on the body.
face to face: - according to DIN 3202 part 1 line F 1 for RRV-OT PN 25/40;- according to DIN 3202 part 1 line F2 for RRV-OT PN 63;- according to DIN 3202 part 1 line F 32 for RRVC - OT PN 25/40;- according to DIN 3202 part 1 line F 33 for RRVC-OT PN 63;
●
●
●
●
●
flange dimensions according to DIN 2501, part 1;flange facings: raised face according to DIN 2526 type "C";pressure - temperature ratings according to DIN 2401 part 2;testing according to ISO 5208 and DIN 3230 part 3;
other sheel materials:●
●
- alloy steel low temperature (-50°... 300°C);
- alloy steel high temperature (-10°... 500°C);
- stainless steel (-50°...300°C);
other flange facings: according to DIN 2512; 2513; 2514.
Gr. 5 - 6
Material
Asbestos free
Gr. 6
13% Cr
6
No.
5
4
3
2
1
Studs
Description
Bonnet Gasket
Bonnet
Stud Nuts
Seat Ring
Body
BodyDisc
1520253240506580
100125150
200200
1520253240506580
100
130150160180200230290310350400480
600600
210230230260260300340380430
1618181818202224242628
3034
202224242626262830
657585
100110125145160190220250
310320
7590
100110125135160170200
95105115140150165185200235270300
360375
105130140155170180205215250
9095
100105115125145155175
105115115130130150170190215
34.56
10.513.516
27.536416090
185198
689
13.517.522344560
707580
126136140150171185190200
280280
808590
126135150165180210
4 x 144 x 144 x 144 x 184 x 184 x 188 x 188 x 188 x 228 x 268 x 26
12 x 2612 x 30
4 x 144 x 184 x 184 x 224 x 224 x 228 x 228 x 228 x 26
PN
25/40
2540
63
d1DN d2 n x d3 L1b L HWeight
(kg)
HL 1
L1
b
nxd3
d2
d1
DN
➅➃
➂
➀
➄
➁
RRV-OT RRVC-OT
Fig. 1 Fig. 2
Table 1
Table 2
GP 240 GH GSC 25)(
GP 240 GH GSC 25)(
6
5
4
3
2
1
Robinete de re]inere cu ventilcu curs` fix`, din font`
alte suprafeåe de etanæare conf. DIN 2512; 2513; 2514;alte etanæãri: inox/inox;garniturã din material fãrã azbest.
●
●
●
lungimi de construcåie conf.: -DIN 3202 partea 1æirul F 1 pentru RRV-Fc PN 6;16;- DIN 3202 partea 1 æirul F 32 pentru RRVC - Fc PN 6; 16;
●
●
●
●
●
dimensiunile flanæelor de legãturã conf. DIN 2501, partea 1cu suprafaåa de etanæare planã cuumãr conf. DIN 2526 tip "C";presiunea de lucru maximã admisibilã funcåie de temperaturã conf. DIN 2401 partea 2;teste conf. ISO 5208 æi DIN 3230 partea 3;etanæare: alamã/alamã.
forma corpului: dreaptã pentru RRV-Fc PN 6; 16, sau de colå pentru RRVC-Fc PN 6; 16;tip: capac cu prezoane;corp cu flanæe;organul de închidere - ventil plat cu suprafaåa de etanæare planã;
●
●
●
●
●
●
presiunea fluidului de lucru se aplicã sub ventil;sensul de curgere este indicat de o sãgeatã marcatã pe corp.
Se utilizeazã ca armãturi de reåinere pentru apã, abur, aer, gaze, produse petroliere æi altefluide asemãnãtoare cu acåiune corozivã slabã, exclusiv hidrogen, amestecuri de hidrogen æihidrocarburi, medii agresive conåinînd sulf, hidrogen sulfurat etc.
12 100 4374 TMS
Tip
Drept
De colå
Simbol
RRV - Fc
RRVC - Fc
DN
15 ... 200
15 ... 100
PN
6; 16
6; 16
Temperatura de lucru
-10°C ... +300°C
-10°C ... +300°C
Utilizãri
Regim de lucru æi încercãri
Caracteristici constructive æi funcåionale
Execuåie
La cerere
PN
6
16
Temperatura ( C)°
120 200 250 300
6
16
5
13
4.5
11
3.6
10
Rezistenåã
9
24
Etanæeitate
7
18
Presiune nominalã Presiunea de încercare
Presiune max. de lucru (bar)
Gr. 5 - 6
Material
Gr. 6
6
5
4
3
2
1
1520253240506580
100125150200
1520253240506580
100125150200
130150160180200230290310350400480600
130150160180200230290310350400480600
141616181820202224262630
141616181820202224262630
55657590
100110130150170200225280
657585
100110125145160180210240295
8090
100120130140160190210240265320
95105115140150165185200220250285340
9095
100105115125145155175
9095
100105115125145155175
2.23.33.85.56.98.7
14.620.025.040.055.088.0
3.03.94.56.58.0
11.517.023.028.048.067.0
107.0
6580859095
105125140155160200275
6580859095
105125140155160200275
4 x 11
4
4 x 114 x 114 x 144 x 144 x 14
x 144 x 184 x 188 x 188 x 188 x 18
4 x 144 x 144 x 144 x 184 x 184 x 184 x 188 x 188 x 188 x 188 x 22
12 x 22
PN
6
16
d1DN d2 n x d3 L1b L HMasa(kg)
➅
➄
➃
➂
➁
➀
L
b
nxd3
Hd1
d2
DN
HL1
L1
b
nxd3
d2
d1
DN
➅➃
➂
➀
➄
➁
RRV-Fc RRVC-Fc
Fig. 1 Fig. 2
Tabel 1
Tabel 2
EN GJL 250 (GG 25)
EN GJL 250 (GG 25)
Marsit unit
Alamã
Poz.
Prezon
Denumirea
Garniturã
Capac
Piuliåã
Ineletanæare
CorpCorpVentil
Cast Iron Lift Check Valveswith Steady Stroke
12 100 4374 TMS
Type
Straight
Angle
Symbol
RRV - Fc
RRVC - Fc
DN
15 ... 200
15 ... 100
PN
6; 16
6; 16
Working Temperature
-10°C ... +300°C
-10°C ... +300°C
Application
Service and Tests
Constructive and functional characteristics
Execution
On request
These valves are used as check valves for water, steam, air, gas, petroleum products andother similar fluids with low corrosive action, except hydrogen, hydrogen and hydrocarbonsmixtures, aggressive agents containing sulphur, hydrogen sulphide etc.
body type: straight for RRV-Fc PN 6; 16 , or angle type for RRVC-Fc PN 6; 16;type: bolted cover;flanged body;
●
●
●
●
●
●
stopper: disc and flat seat;the pressure of the working fluid is applied under the disc;the flowing direction is indicated by an arrow, marked on the body.
PN
6
16
Nominal Pressure Test PressureTemperature ( C)°
120 200 250 300
Max. working pressure (bar)
6
16
5
13
4.5
11
3.6
10
Shell
9
24
Seat
7
18
face to face: - according to DIN 3202 part 1 line F 1 for RRV-Fc PN 6;16;- according to DIN 3202 part 1, line F 32 for RRVC - Fc PN 6; 16;
●
●
●
●
●
●
flange dimensions according to DIN 2501, part 1;flange facings: raised face according to DIN 2526 type "C";pressure - temperature ratings according to DIN 2401 part 2;testing according to ISO 5208 and DIN 3230 part 3;seats rings: brass / brass.
other flange facings: according to DIN 2512; 2513; 2514;other seats rings: stainless steel / stainless steel.
●
●
Gr. 5 - 6
Material
Asbestos free
Gr. 6
Brass
6
No.
5
4
3
2
1
Studs
Description
Bonnet Gasket
Bonnet
Stud Nuts
Seat Ring
Body
BodyDisc
1520253240506580
100125150200
1520253240506580
100125150200
130150160180200230290310350400480600
130150160180200230290310350400480600
141616181820202224262630
141616181820202224262630
55657590
100110130150170200225280
657585
100110125145160180210240295
8090
100120130140160190210240265320
95105115140150165185200220250285340
9095
100105115125145155175
9095
100105115125145155175
2.23.33.85.56.98.7
14.620.025.040.055.088.0
3.03.94.56.58.0
11.517.023.028.048.067.0
107.0
6580859095
105125140155160200275
6580859095
105125140155160200275
4 x 11
4
4 x 114 x 114 x 144 x 144 x 14
x 144 x 184 x 188 x 188 x 188 x 18
4 x 144 x 144 x 144 x 184 x 184 x 184 x 188 x 188 x 188 x 188 x 22
12 x 22
PN
6
16
d1DN d2 n x d3 L1b L HWeight
(kg)
➅
➄
➃
➂
➁
➀
L
b
nxd3
Hd1
d2
DN
HL1
L1
b
nxd3
d2
d1
DN
➅➃
➂
➀
➄
➁
RRV-Fc RRVC-Fc
Fig. 1 Fig. 2
Table 1
Table 2
EN GJL 250 (GG 25)
EN GJL 250 (GG 25)
12 100 4374 TMS
Robinete de re]inere cu ventilcurs` reglabil`, din o]el
Se utilizeazã ca armãturi de trecere æi reåinere pentru apã, abur, aer, gaze, produsepetroliere æi alte fluide asemãnãtoare cu acåiune corozivã slabã, exclusiv hidrogen,amestecuri de hidrogen æi hidrocarburi, medii agresive conåinînd sulf, hidrogen sulfurat etc.
alte suprafeåe de etanæare la flanæele de legãturã conf. DIN 2512; 2513; 2514;garnituri din materiale fãrã azbest.
●
●
lungimi de construcåie conf.: - DIN 3202 partea 1 æirul F 1 pentru RVDR-OT;- DIN 3202 partea 1 æirul F 32 pentru RVCR - OT;
●
●
●
●
●
dimensiunile flanæelor de legãturã conf. DIN 2501, partea 1cu suprafaåã de etanæareplanã cu umãr conf. DIN 2526 tip "C";presiunea de lucru max. admisibilã funcåie de temperaturã conf. DIN 2401 partea 2;teste conf. ISO 5208 æi DIN 3230 partea 3;etanæare: 13% Cr / 13% Cr.
capac cu prezoane;forma corpului: drept pentru RVDR-OT æi de colå pentru RVCR-OT;tijã ascendentã cu filet exterior;organul de închidere: ventil plat cu etanæare planã;
●
●
●
●
●
●
●
●
presiunea fluidului de lucru se aplicã sub ventil;sensul de curgere este indicat printr-o sãgeatã marcatã pe corp;reglarea cursei robinetului se realizeazã cu o roatã de manevrã;acåionare: manualã cu roatã de manevrã.
Tip
Drept
De colå
Simbol
RVDR - OT
RVCR - OT
DN
15 ... 150
15 ... 100
PN
25/40
25/40
Temperatura de lucru
-10°C ... +400°C
-10°C ... +400°C
Utilizãri
Regim de lucru æi încercãri
Caracteristici constructive æi funcåionale
Execuåie
La cerere
PN
25/40
Temperatura ( C)°
120 200 250 300 350 400
3540 32 28 24 21
Rezistenåã
60
Etanæeitate
44
Presiune nominalã Presiunea de încercare
Presiune max. de lucru (bar)
Gr. 5.6
Fontã cenuæie
Fontã cenuæie
Material
13% Cr
13% Cr
Gr. 66
8
10
7
9
5
4
3
2
1
1520253240506580
100125150
130150160180200230290310350400480
1618181818202224242628
657585
100110125145160190220250
95105115140150165185200235270300
9095
100105115125145155175
55.57
14182031416280
125
100100100140160180250250320400400
190195200260285290320365410465560
197205210275305315350400450515625
4 x 14
4
4 x 144 x 144 x 18
x 184 x 188 x 188 x 188 x 228 x 268 x 26
PN
25/40
d1DN d2 n x d3 L1b D L H H1Masa(kg)
➀ ➁
➂➃
➄➅
➆➇➈
➉
H
Lb
H1
D
d1
d2
nxd3
DN
➀➁
➂
➃
➄
➅
➆➇
➈
➉
H H1
D
L1
L1
bnxd3
d2 d1
RVDR-OT RVCR-OT
Fig. 1 Fig. 2
Tabel 1
Tabel 2
GP 240 GH GSC 25)(
GP 240 GH GSC 25)(
Marsit unit
Ænur azbest
Nr.
Prezon
Garniturã
Bucæã filetatã
Roatã de manevrã
Denumirea
Tijã
Garniturã
Capac
Piuliåã
Ineletanæare
Corp
CorpVentil
12 100 4374 TMS
Cast Steel CheckValveswithAdjustable Stroke
Type
Straight
Angle
Symbol
RVDR - OT
RVCR - OT
DN
15 ... 150
15 ... 100
PN
25/40
25/40
Working Temperature
-10°C ... +400°C
-10°C ... +400°C
Application
Service and Tests
Constructive and functional characteristics
Execution
On request
This type of valves is used as passing and check valves for water, steam, gas, petroleumproducts and other similar fluids with low corrosive action, except hydrogen, hydrogen andhydrocarbons mixtures, aggressive agents containing sulphur, hydrogen sulphide etc.
type: bolted bonnet;body type: straight for RVDR-OT and angle for RVCR-OT;
�
�
�
�
�
�
�
�
rising stem with external screw;stopper: disc and flat seat;the working fluid pressure is applied under the disc;the flowing direction is indicated by an arrow, marked on the body;the adjustment of the stroke is made by a handwheel;actuating: manual, by handwheel.
PN
25/40
Nominal Pressure Test PressureTemperature ( C)°
120 200 250 300 350 400
Max. working pressure (bar)
3540 32 28 24 21
Shell
60
Seat
44
face to face: - according to DIN 3202 part 1, line F 1 for RVDR-OT;- according to DIN 3202 part 1, line F 32 for RVCR - OT;
�
�
�
�
�
�
flange dimensions: according to DIN 2501, part 1;flange facings: raised face according to DIN 2526 type "C";pressure - temperature ratings according to DIN 2401 part 2;testing according to ISO 5208 and DIN 3230 part 3;seat rings: 13% Cr / 13% Cr.
other flange facings according to DIN 2512; 2513; 2514.�
Gr. 5.6
Cast iron
Material
Asbestos free
13% Cr
13% Cr
Gr. 6
Cast iron
Asbestos free
6
8
10
No.
7
9
5
4
3
2
1
Studs
Stem Packing
Yoke Sleeve
Handwheel
Description
Stem
Bonnet Gasket
Bonnet
Stud Nuts
Seat Ring
Body
BodyDisc
1520253240506580
100125150
130150160180200230290310350400480
1618181818202224242628
657585
100110125145160190220250
95105115140150165185200235270300
9095
100105115125145155175
55.57
14182031416280
125
100100100140160180250250320400400
190195200260285290320365410465560
197205210275305315350400450515625
4 x 14
4
4 x 144 x 144 x 18
x 184 x 188 x 188 x 188 x 228 x 268 x 26
PN
25/40
d1DN d2 n x d3 L1b D L H H1Weight
(kg)
� �
��
�
�
�
H
Lb
H1
D
d1
d2
nxd3
DN
�
�
�
�
�
�
�
H H1
D
L1
L1
bnxd3
d2 d1
RVDR-OT RVCR-OT
Fig. 1 Fig. 2
Table 1
Table 2
GP 240 GH GSC 25)(
GP 240 GH GSC 25)(
12 100 4374 TMS
Robinete de re]inere cu ventilcurs` reglabil`, din font`
alte suprafeåe de etanæare la flanæele de legãturã conf. DIN 2512; 2513; 2514;garnituri din materiale fãrã azbest;etanæare: inox/inox.
●
●
●
lungimi de construcåie conf.: DIN 3202 partea 1 æirul F 1 pentru RVDR-Fc;DIN 3202 partea 1 æirul F 32 pentru RVCR - Fc;
●
●
●
●
●
dimensiunile flanæelor de legãturã conf. DIN 2501, partea 1cu suprafaåa de etanæare planãcu umãr conf. DIN 2526 tip "C";presiunea de lucru maxim admisibilã funcåie de temperaturã conf. DIN 2401 partea 2;teste conf. ISO 5208 æi DIN 3230 partea 3;etanæarea: alamã/alamã.
capac cu prezoane;forma corpului: dreaptã pentruRVDR-Fc æi de colå pentru RVCR-Fc;tijã ascendentã cu filet exterior;organul de închidere: ventil plat cu etanæare planã;
●
●
●
●
●
●
●
●
presiunea fluidului de lucru se aplicã sub ventil;sensul de curgere este indicat printr-o sãgeatã marcatã pe corp;reglarea cursei robinetului se realizeazã cu o roatã de manevrã;acåionare: manualã cu roatã de manevrã.
Se utilizeazã ca armãturi de trecere æi reåinere pentru apã, abur, aer, gaze, produsepetroliere æi alte fluide asemãnãtoare cu acåiune corozivã slabã, exclusiv hidrogen,amestecuri de hidrogen æi hidrocarburi, medii agresive conåinînd sulf, hidrogen sulfurat etc.
Tip
Drept
De colå
Simbol
RVDR - Fc
RVCR - Fc
DN
15 ... 150
15 ... 100
PN
6; 16
6; 16
Temperatura de lucru
-10°C ... +300°C
-10°C ... +300°C
PN
6
16
Presiune nominalã Presiunea de încercareTemperatura ( C)°
120 200 250 300
Presiune max. de lucru (bar)
6
16
5
13
4.5
11
3.6
10
Rezistenåã
9
24
Etanæeitate
7
18
Utilizãri
Regim de lucru æi încercãri
Caracteristici constructive æi funcåionale
Execuåie
La cerere
Gr. 5 - 6
Material
13% Cr
Gr. 66
8
10
7
9
5
4
3
2
1
1520253240506580
100125150
1520253240506580
100125150
130150160180200230290310350400480
130150160180200230290310350400480
1416161818202022242626
1416161818202022242626
55657590
100110130150170200225
657585
100110125145160180210240
8090
100120130140160190210240265
95105115140150165185200220250285
9095
100105115125145155175
9095
100105115125145155175
3.54.556
10121824305070
45.56
7.512142026355677
100100100120140160160180200250320
100100100120140160160180200250320
170180185205235255270310360390450
177190195220255280300345400435505
170180185205235255270310360390450
177190195220255280300345400435505
4 x 11
4
4 x 114 x 114 x 144 x 144 x 14
x 144 x 184 x 188 x 188 x 18
4 x 144 x 144 x 144 x 184 x 184 x 184 x 188 x 188 x 188 x 188 x 22
PN
6
16
d1DN d2 n x d3 L1b D L H H1Masa(kg)
➀➁
➂
➃➄
➅
➆ ➇➈➉
H H1
D
L1
L1
bnxd3
d2 d1
➀ ➁
➂➃➄
➅
➆➇➈
➉
H
Lb
H1
D
d1
d2
nxd3
DN
RVDR-Fc RVCR-Fc
Fig. 1 Fig. 2
Tabel 1
Tabel 2
Fontã cenuæie
Fontã cenuæie
Marsit unit
Ænur azbest
Nr.
Prezon
Garniturã
Bucæa filetatã
Roatã de manevrã
Denumirea
Tijã
Garniturã
Capac
Piuliåã
Ineletanæare Corp
VentilAlamã
Corp
EN GJL 250 (GG 25)
EN GJL 250 (GG 25)
12 100 4374 TMS
Cast Iron Check Valveswith Adjustable Stroke
Type
Straight
Angle
Symbol
RVDR - Fc
RVCR - Fc
DN
15 ... 150
15 ... 100
PN
6; 16
6; 16
Working Temperature
-10°C ... +300°C
-10°C ... +300°C
This type of valves is used as passing and check valves for water, steam, gas, petroleumproducts and other similar fluids with low corrosive action, except hydrogen, hydrogen andhydrocarbons mixtures, aggressive agents containing sulphur, hydrogen sulphide etc.
PN
6
16
Nominal Pressure Test PressureTemperature ( C)°
120 200 250 300
Max. working pressure (bar)
6
16
5
13
4.5
11
3.6
10
Shell
9
24
Seat
7
18
Application
Service and Tests
Constructive and functional characteristics
Execution
On request
type: bolted bonnet;body type: straight for RVDR-Fc and angle for RVCR-Fc;
●
●
●
●
●
●
●
rising stem with external screw;stopper: disc and flat seat;the working fluid pressure is applied under the disc;the flowing direction is indicated by an arrow, marked on the body;the adjustment of the stroke is made by a handwheel;
face to face: - according to DIN 3202 part 1, line F 1 for RVDR-Fc;- according to DIN 3202 part 1, line F 32 for RVCR - Fc;
●
●
●
●
●
flange dimensions: according to DIN 2501, part 1;flange facings: raised face according to DIN 2526 type "C";pressure - temperature ratings according to DIN 2401 part 2;testing according to ISO 5208 and DIN 3230 part 3;
other flange facings according to DIN 2512; 2513; 2514;rings of stainless steel.
●
●
Gr. 5 - 6
Cast iron
Material
Asbestos free
13% Cr
Gr. 6
Cast iron
Brass
Asbestos free
6
8
10
No.
7
9
5
4
3
2
1
Studs
Stem Packing
Yoke Sleeve
Handwheel
Description
Stem
Bonnet Gasket
Bonnet
Stud Nuts
Seat Ring
Body
BodyDisc
1520253240506580
100125150
1520253240506580
100125150
130150160180200230290310350400480
130150160180200230290310350400480
1416161818202022242626
1416161818202022242626
55657590
100110130150170200225
657585
100110125145160180210240
8090
100120130140160190210240265
95105115140150165185200220250285
9095
100105115125145155175
9095
100105115125145155175
3.54.556
10121824305070
45.56
7.512142026355677
100100100120140160160180200250320
100100100120140160160180200250320
170180185205235255270310360390450
177190195220255280300345400435505
170180185205235255270310360390450
177190195220255280300345400435505
4 x 11
4
4 x 114 x 114 x 144 x 144 x 14
x 144 x 184 x 188 x 188 x 18
4 x 144 x 144 x 144 x 184 x 184 x 184 x 188 x 188 x 188 x 188 x 22
PN
6
16
d1DN d2 n x d3 L1b D L H H1Weight
(kg)
➀➁
➂
➃➄
➅
➆ ➇➈➉
H H1
D
L1
L1
bnxd3
d2 d1
➀ ➁
➂➃➄
➅
➆➇➈
➉
H
Lb
H1
D
d1
d2
nxd3
DN
RVDR-Fc RVCR-Fc
Fig. 1 Fig. 2
Table 1
Table 2
EN GJL 250 (GG 25)
EN GJL 250 (GG 25)
Robinete de re]inerecu disc din o]el
curentã: cu flanæã intermediarã sau inel intermediar;etanæare inox/inox.
●
●
● teste æi încercãri conf. ISO 5208 æi DIN 3230 partea 3.
Variante de execuåie:I. Varianta cu flanæã intermediarã. Se foloseæte pentru montarea robinetului la capãtul
instalaåiei. Montarea robinetului se face între flanæa conf. STAS 1748 æi flanæa intermediarãprelucratã
II. Varianta cu inel intermediar se utilizeazã în cazul montãrii robinetului între douã flanæestandardizate.organul de închidere: disc plan;etanæare principalã: inox/inox;sensul de curgere este indicat printr-o sãgeatã marcatã pe corp;poziåia de lucru: indiferentã.
●
●
●
●
Robinetele de reåinere cu disc se utilizeazã ca armãturi de reåinere pentru apã, abur, gaze,produse petroliere æi alte fluide asemãnãtoare cu acåiune corozivã slabã. Aceste armãturi aurolul sã nu permitã circulaåia fluidului în sens invers direcåiei de vehiculare indicatã prin
12 100 4374 TMS
Simbol
RRD-OT
DN
15 ...100
PN
25; 40
Temperatura de lucru
-10 °C ... +400°C
PN
25/40
Presiune nominalã Presiunea de încercareTemperatura ( C)°
120 200 250 300 350 400
Presiune max. de lucru (bar)
40 35 32 28 24 21
Rezistenåã
60
Etanæeitate
44
Utilizãri
Regim de lucru æi încercãri
Caracteristici constructive æi funcåionale
Execuåie
Material
3
4
5
6
2
1
15
20
25
32
40
50
65
80
100
65
75
85
100
110
125
145
160
190
45
58
68
78
88
102
122
138
158
25
30
34
40
42
45
50
55
60
1.1
1.2
1.6
1.8
2.4
2.8
4.9
5.7
7.7
0.5
0.9
0.8
0.9
2.0
1.0
2.7
3.5
4.4
4 x 12
4
4 x 12
4 x 12
x 16
4 x 16
4 x 16
8 x 16
8 x 16
8 x 20
d1DN d2 n x MhMasa (kg)
inel
intermediar
flanæã
intermediarã
➅
➄
➃
➂➁➀
h
d1
d2
nxM
DN
Fig. 1
Tabel 1
Tabel 2
Oåel carbon
Oåel carbon
Relon P
Oåel carbon
Oåel inoxidabil
Oåel arc
Poz.
Arc
Flanæã
Disc
Denumirea
Ventil
Inel de centrare
Corp
Cast Steel Disck Check Valves
12 100 4374 TMS
Symbol
RRD-OT
DN
15 ...100
PN
25; 40Working Temperature
-10 °C ... +400°C
Application
Service and Tests
Constructive and functional characteristics
Execution
The cast steel disc check valves are used as check valves for water, steam, gas, petroleumproducts and other similar fluids with low corrosive action. These valves will not allow theflowing of the fluid in reverse direction than that indicated by the arrow.
Execution variants:I. The variant with intermediate flange, is used to mount the valve at the end of pipes of the
installations. The valve’s mounting will be made between the flange conforming to theSTAS 1748 standard and the processed intermediate flange.
II. The variant with intermediate ring, is used in case that the valve is mounted betweenstandard flanges.stopper: flat disc;main sealing: stainless steel /stainless steel;the flowing direction is indicated by an arrow, marked on the body;the mounting position: doesn’t matter.
●
●
●
●
PN
25/40
Nominal Pressure Test PressureTemperature ( C)°
120 200 250 300 350 400
Max. working pressure (bar)
40 35 32 28 24 21
Shell
60
Seat
44
serial: with intermediate flanges or intermediate ring;main sealing: stainless steel /stainless steel.
●
●
● test according to ISO 5208 and DIN 3230 part 3.
Carbon steel
Material
Carbon steel
P relon
Stainless steel
Carbon steel
Spring steel3
4
5
6
No.
2
1
Spring
Flange
Disc
Description
Disc
Aligning ring
Body
15
20
25
32
40
50
65
80
100
65
75
85
100
110
125
145
160
190
45
58
68
78
88
102
122
138
158
25
30
34
40
42
45
50
55
60
1.1
1.2
1.6
1.8
2.4
2.8
4.9
5.7
7.7
0.5
0.9
0.8
0.9
2.0
1.0
2.7
3.5
4.4
4 x 12
4
4 x 12
4 x 12
x 16
4 x 16
4 x 16
8 x 16
8 x 16
8 x 20
d1DN d2 n x MhWeight (kg)
With intermediate
ring flange
➅
➄
➃
➂➁➀
h
d1
d2
nxM
DN
Fig. 1
Table 1
Table 2
Robinete de re]inerecu disc din font`
curentã: cu flanæã intermediarã sau inel intermediar;etanæare inox/inox.
●
●
● teste æi încercãri conf. ISO 5208 æi DIN 3230 partea 3.
12 100 4374 TMS
Simbol
RRD-Fc
DN
15 ...100
PN
16
Temperatura de lucru
-10 °C ... +225°C
PN
16
Presiune nominalã Presiunea de încercareTemperatura ( C)°
120 180 200 225Presiune max. de lucru (bar)
16 13.6 13 12
Rezistenåã
24
Etanæeitate
18
Robinetele de reåinere cu disc se utilizeazã ca armãturi de reåinere pentru apã, abur, gaze,produse petroliere æi alte fluide asemãnãtoare cu acåiune corozivã slabã. Aceste armãturi aurolul sã nu permitã circulaåia fluidului în sens invers direcåiei de vehiculare indicatã prin sãgeatã.
Variante de execuåie:I. Varianta cu flanæã intermediarã. Se foloseæte pentru montarea robinetului la capãtul
instalaåiei. Montarea robinetului se face între flanæa conf. STAS 1748 æi flanæa intermediarãprelucratã
II. Varianta cu inel intermediar se utilizeazã în cazul montãrii robinetului între douã flanæestandardizate.organul de închidere: disc plan;etanæare principalã: inox/inox;sensul de curgere este indicat printr-o sãgeatã marcatã pe corp;poziåia de lucru: indiferentã.
●
●
●
●
Utilizãri
Regim de lucru æi încercãri
Caracteristici constructive æi funcåionale
Execuåie
Material
3
4
5
6
2
1
15
20
25
32
40
50
65
80
100
65
75
85
100
110
125
145
160
180
45
58
68
78
88
102
122
138
158
25
30
35
40
42
45
50
55
60
1.1
1.2
1.6
1.8
2.4
2.8
4.9
5.7
7.7
0.5
0.9
0.8
0.9
2.0
1.0
2.7
3.5
4.4
4 x 12
4
4 x 12
4 x 12
x 16
4 x 16
4 x 16
8 x 16
8 x 16
8 x 16
d1DN d2 n x Mh
➅
➄
➃
➂➁➀
hd1
d2
nxM
DN
Fig. 1
Tabel 2
Tabel 1
Masa (kg)
inel
intermediar
flanæã
intermediarã
Oåel carbon
Oåel carbon
Relon P
Oåel carbon
Oåel inoxidabil
Oåel arc
Poz.
Arc
Flanæã
Disc
Denumirea
Ventil
Inel de centrare
Corp
Cast Iron Disc Check Valves
12 100 4374 TMS
Symbol
RRD-Fc
DN
15 ...100
PN
16
Working Temperature
-10 °C ... +225°C
Application
Service and Tests
Constructive and functional characteristics
Execution
Cast iron disc check valves are used as check valves for water, steam, gas, petroleumproducts and other similar fluids with low corrosive action. These valves will not allow the flowingof the fluid in reverse direction than that indicated by the arrow.
Execution variants:I. The variant with intermediate flange, is used to mount the valves at the end of the
installation. The valve’s mounting will be made between the flange conforming to the STAS1748 standard and the processed intermediate flange.
II. The variant with intermediate ring, is used in case that the valve is mounted betweenstandard flanges.stopper: flat disc;the main sealing: stainless steel /stainless steel;the flowing direction is indicated by an arrow, marked on the body;the mounting position: doesn’t matter.
●
●
●
●
PN
16
Nominal Pressure Test PressureTemperature ( C)°
120 180 200 225Max. working pressure (bar)
16 13.6 13 12
Shell
24
Seat
18
serial: with intermediate flanges or intermediate ring;sealing: stainless steel /stainless steel.
●
●
● test according to ISO 5208 and DIN 3230 part 3.
Carbon steel
Grey cast iron
Material
Carbon steel
P relon
Stainless steel
Spring steel3
4
5
6
No.
2
1
Spring
Flange
Disc
Description
Disc
Aligning ring
Body
15
20
25
32
40
50
65
80
100
65
75
85
100
110
125
145
160
180
45
58
68
78
88
102
122
138
158
25
30
35
40
42
45
50
55
60
1.1
1.2
1.6
1.8
2.4
2.8
4.9
5.7
7.7
0.5
0.9
0.8
0.9
2.0
1.0
2.7
3.5
4.4
4 x 12
4
4 x 12
4 x 12
x 16
4 x 16
4 x 16
8 x 16
8 x 16
8 x 16
d1DN d2 n x MhWeight (kg)
With intermediate
ring flange
➅
➄
➃
➂➁➀
hd1
d2
nxM
DN
Fig. 1
Table 2
Table 1
Robinete de \nchiderecu sfer` din o]el
12 100 4374 TMS
Simbol
ROS-OT
DN
15 ...100
PN
16; 40; 63
Temperatura de lucru
-10 °C ... +200°C
Robinetele de închidere cu sferã din oåel se utilizeazã ca armãturi de închidere pentru apã,gaze, produse petroliere æi alte fluide asemãnãtoare cu acåiune corozivã slabã, exclusiv hidrogen,amestecuri de hidrogen æi hidrocarburi, medii agrasive conåinând sulf, hidrogen sulfurat.
corp drept cu flanæe de legãturã, mufe soclu sau mufe filetate;trecere liberã;organul de închidere, sferã cu douã cãi;sensul de curgere: indiferent;închiderea æi deschiderea se realizeazã cu ajutorul manetei prin rotire cu 90poziåia de montaj: indiferentã;
●
●
●
●
●
●
°;
varianta oåel inox;varianta oåel aliat;
●
●
● alte materiale pentru sferã.
PN
164063
barbarbar
120
16
40
63
200
14
35
50
Presiune nominalã Presiunea de încercareTemperatura de lucru ( C)°Presiune max.
de lucru Rezistenåã
24
60
96
Etanæeitate
18
44
71
execuåie conform DIN 3357;lungimi de construcåie conform DIN 3202-F1;teste de încercare conform ISO 5208 æi DIN 3230 partea 3;
●
●
●
● etanæare: inox/teflon.
Utilizãri
Regim de lucru æi încercãri
Caracteristici constructive æi funcåionale
Execuåie
La cerere
1520253240506580
100
1520253240506580
100
1520253240506580
100
130150160200200230290310350
130150160200200230290310350
170210215240255270290320430
95105115140150165185200220
95105115140150165185200235
105130140155170180205215250
657585
100110125145160180
657585
100110125145160190
7590
100110125135160170200
4558687888
102122138158
4558687888
102122138162
4558687888
102122138162
85100105130135145175185200
85100105130135145175185200
85100105130135145175185200
100160160230230230280450450
100160160230230230280450450
160160160230230230280450450
7595
105110135155
---
7595
105110135155
---
9595
105110135155
---
G 1/2"G 3/4"G 1"
G 1 "G 1 "
G 2"---
1/4
1/2
G 1/2"G 3/4"G 1"
G 1 "G 1 "
G 2"---
1/4
1/2
G 1/2"G 3/4"G 1"
G 1 "G 1 "
G 2"---
1/4
1/2
21.727.134.042.648.761.1
---
21.727.134.042.648.761.1
---
21.727.134.042.648.761.1
---
1.42.42.69.2
10.610.8
---
1.41.82.59.2
10.810.8
---
1.83.83.9
10.412.012.6
---
2.95.96.5
11.412.613.820.830.740.8
3.75.86.4
11.612.815.623.331.242.9
4.88.3
10.713.716.324.432.139.062.0
141416161618182020
161818181820222424
202224242626262830
4 x 144 x 144 x 144 x 184 x 184 x 184 x 188 x 188 x 18
4 x 144 x 144 x 144 x 184 x 184 x 188 x 188 x 188 x 22
4 x 144 x 184 x 184 x 224 x 224 x 228 x 228 x 228 x 26
PN
16
40
63
d1DN d2 n x d3 b G M cu flanæe cu mufeL c H h L1
Masa (kg)
Ænur azbest
Oåel carbon
Oåel carbon
Material
13% Cr
Gr. 8
Gr. 5.8
PTFE
C 25
PTFE
10
11
No.
9
8
7
6
5
4
3
2
1
Garniturã
Presetupã
Manetã
Denumirea
Tijã
Piuliåã
Prezon
Inel
Scaun
Sferã
Flanæã corp
CorpC 25 ptr. DN 15 - 50GP 240 GH ptr. DN 65 - 100(GSC25)
➉➈➇➆
➅
➄
➃
➂➁➀
11
Fig. 1
Fig. 2 Fig. 3
Tabel 1
Tabel 2
13%Cr
Cast Steel Ball Valves
12 100 4374 TMS
Symbol
ROS-OT
DN
15 ...100
PN
16; 40; 63
Working Temperature
-10 °C ... +200°C
Application
Service and Tests
Constructive and functional characteristics
Execution
On request
The cast steel ball valves are used as stop valves for water, gas, petroleum products and othersimilar fluids with low corrosive action, except hydrogen and hydrocarbons mixture, aggressiveagents containing sulphur, hydrogen sulphide etc.
straight body with flanged ends, socket weld end or threaded sleeve;full bore;stopper, two ways ball;flowing direction: doesn't matter;closed and open position are accomplished by rotating the lever at 90mounting position: doesn' matter.
●
●
●
●
●
●
°;
stainless steel material for shell;alloyed steel material for shell;
●
●
● other material for ball.
PN
164063
barbarbar
120
16
40
63
200
14
35
50
Nominal Pressure Test PressureWorking temperature ( C)°Max. workingpressure Shell
24
60
96
Seat
18
44
71
basic design according to DIN 3357;face to face according to DIN 3202-F1;testing according to ISO 5208 and DIN 3230 part 3;
●
●
●
● standard trim: stainless steel/teflon.
1520253240506580
100
1520253240506580
100
1520253240506580
100
130150160200200230290310350
130150160200200230290310350
170210215240255270290320430
95105115140150165185200220
95105115140150165185200235
105130140155170180205215250
657585
100110125145160180
657585
100110125145160190
7590
100110125135160170200
4558687888
102122138158
4558687888
102122138162
4558687888
102122138162
85100105130135145175185200
85100105130135145175185200
85100105130135145175185200
100160160230230230280450450
100160160230230230280450450
160160160230230230280450450
7595
105110135155
---
7595
105110135155
---
9595
105110135155
---
G 1/2"G 3/4"G 1"
G 1 "G 1 "
G 2"---
1/4
1/2
G 1/2"G 3/4"G 1"
G 1 "G 1 "
G 2"---
1/4
1/2
G 1/2"G 3/4"G 1"
G 1 "G 1 "
G 2"---
1/4
1/2
21.727.134.042.648.761.1
---
21.727.134.042.648.761.1
---
21.727.134.042.648.761.1
---
1.42.42.69.2
10.610.8
---
1.41.82.59.2
10.810.8
---
1.83.83.9
10.412.012.6
---
2.95.96.5
11.412.613.820.830.740.8
3.75.86.4
11.612.815.623.331.242.9
4.88.3
10.713.716.324.432.139.062.0
141416161618182020
161818181820222424
202224242626262830
4 x 144 x 144 x 144 x 184 x 184 x 184 x 188 x 188 x 18
4 x 144 x 144 x 144 x 184 x 184 x 188 x 188 x 188 x 22
4 x 144 x 184 x 184 x 224 x 224 x 228 x 228 x 228 x 26
PN
16
40
63
d1DN d2 n x d3 b G M with flange with sleeveL c H h L1
Weight (kg)
Asbestos free
Carbon steel
Carbon steel
Material
13% Cr
Gr. 8
Gr. 5.8
PTFE
C 25
18Cr - 8Ni
PTFE
10
11
No.
9
8
7
6
5
4
3
2
1
Gland packing
Gland
Handwheel
Description
Stem
Nuts
Stubs bolts
Thrust bearing
Seats
Ball
Body cap
Body C 25 for DN 15 - 50GP 240 GH for DN 65 - 100(GSC25)
➉➈➇➆
➅
➄
➃
➂➁➀
11
Fig. 1
Fig. 2 Fig. 3
Table 1
Table 2
12 100 4374 TMS
Arm`turi conform normei DIN - Partea 1.(Robinete cu sertar, cu ventil, de re]inere [i cu sfer`)
CUPRINS
ROBINETE CU SERTAR
ROBINETE CU VENTIL
ROBINETE DE REÅINERE
ROBINETE CU SFERÃ
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
Robinete cu sertar, tijã ascendentã, (oåel), Pn 16; 25; 40; 63 B1-2
Robinete cu sertar, tijã ascendentã, (oåel), Pn 100 B3-4
Robinete cu sertar, tijã ascendentã, (oåel), Pn 160; 250 B5-6
Robinete cu sertar, tijã neascendentã, (oåel), Pn 16; 25; 40; 63 B7-8
Robinete cu sertar, tijã ascendentã, (fontã), Pn 6; 10;16 B9-10
Robinete cu sertar, tijã neascendentã, (fontã), Pn 6; 10; 16 B11-12
Robinete cu ventil, (oåel), Pn 16; 25; 40; 63 ; 100; 160 B13-14
Robinete cu ventil acåionate pneumatic, (oåel), Pn 16; 63 B15-16
Robinete cu ventil, (fontã), Pn 6; 16 B17-18
Robinete de închidere cu ventil æi plutitor, (fontã), Pn 10 B19-20
Robinete de reåinere cu clapã, (oåel), Pn 16; 25; 40; 63 B21-22
Robinete de reåinere cu clapã, (fontã), Pn 10; 16 B23-24
Robinete de reåinere cu ventil cu cursã fixã, (oåel), Pn 25; 40; 63 B25-26
Robinete de reåinere cu ventil cu cursã fixã, (fontã), Pn 6; 16 B27-28
Robinete de reåinere cu ventil cu cursã reglabilã, (oåel), Pn 25/40 B29-30
Robinete de reåinere cu ventil cu cursã reglabilã, (fontã), Pn 6; 16 B31-32
Robinete de reåinere cu disc din oåel, Pn 25; 40 B33-34
Robinete de reåinere cu disc din fontã, Pn 16 B35-36
Robinete de închidere cu sferã din oåel Pn 16; 40; 63 B37-38
12 100 4374 TMS
DIN Valves - Part 1.(Gate, Globe, Check and Ball Valves)
CONTENTS
GATE VALVES
GLOBE VALVES
CHECK VALVES
BALL VALVES
- Cast Steel Gate Valves (rising stem), Pn 16; 25; 40; 63 B1-2
- Cast Steel Gate Valves (rising stem), Pn 100 B3-4
- Cast Steel Gate Valves (rising stem), Pn 160; 250 B5-6
- Cast Steel Gate Valves (non rising stem), Pn 16; 25; 40; 63 B7-8
- Cast Iron Gate Valves (rising stem), Pn 6; 10; 16 B9-10
- Cast Iron Gate Valves (non rising stem), Pn 6; 10; 16 B11-12
- Cast Steel Globe Valves, Pn 16; 25; 40; 63; 100; 160 B13-14
- Cast Steel Globe Valves, Pneumatically driven, Pn 16; 63 B15-16
- Cast Iron Globe Valves, Pn 6; 16 B17-18
- Cast Iron Close Valves, with Float, Pn 10 B19-20
- Cast Steel Swing Check Valves, Pn 16; 25; 40; 63 B21-22
- Cast Iron Swing Check Valves, Pn 10; 16 B23-24
- Cast Steel Lift Check Valves, Pn 25; 40; 63 B25-26
- Cast Iron Lift Check Valves, Pn 6; 16 B27-28
- Cast Steel Check Valves, with Adjustable Stroke, Pn 25/40 B29-30
- Cast Iron Check Valves, with Adjustable Stroke, Pn 6; 16 B31-32
- Cast Steel Disc Check Valves, Pn 25; 40 B33-34
- Cast Iron Disc Check Valves, Pn 16 B35-36
- Cast Steel Ball Valves , Pn 16; 40; 63 B37-38
Filtru de impurit`]i, din o]el
asamblare corp-capac cu prezoane;corp înclinat cu pierderi de presiune minime.
�
�
�
�
�
�
�
�
�
lungimi de construcåie conf. DIN 3202 partea 1 æirul F1;flanæe de legãturã conf. DIN 2501 partea 1;suprafaåa de etanæare flanæe: planã cu umãr conf. DIN 2526 tip "C";presiunea în funcåie de temperaturã conf. DIN 2401 partea 2;teste æi încercãri conf. ISO 5208 æi DIN 3230 partea 3;element filtrant: tablã perforatã inox;poziåia de montaj: indiferentã, dar întotdeauna filtrul se va monta cu capacul în jos.
alte materiale:oåel aliat ptr. temperaturioåel aliat ptr. temperaturi înalteoåel inox
suprafeåe de etanæare la flanæe de legãturã conf. DIN 2512; 2513; 2514;garnituri fãrã azbest;se pot executa cu dop de golire:
R 3/4" (DIN 259 ptr. DN 40 - 200);R 1" (DIN 259 ptr. DN 250 ... 400);
element filtrant: åesãturã inox, åesãturã alamã.poate fi livrat æi cu alte dimensiuni ale perforaåiilor elementului filtrant.
�
�
�
�
�
�
�
�
�
�
�
scãzute(-50 ... 300°C);
(-10 ... 500°C);
(-50 ... 300°C);
Simbol
FOSY
DN
15 ... 400
PN
25; 40
Temperatura de lucru
-10 C ... +400 C� �
PN
25
40
Presiunea nominalã Presiunea de încercareTemperatura ( C)°
120 200 250 300 350 400Presiunea max. de lucru (bar)
25 22 20 17 16 13
40 35 32 28 24 21
Rezistenåã
60
Etanæeitate
28
44
Utilizãri
Regim de lucru æi încercãri
Caracteristici constructive æi funcåionale
Execuåie
La cerere
12 100 4374 TMS
Se utilizeazã ca armãturi pentru reåinerea impuritãåilor din apã, aer, produse petroliere æialte fluide asemãnãtoare cu acåiune corozivã slabã, exclusiv hidrogen, amestecuri dehidrogen æi hidrocarburi, medii agresive conåinând sulf, hidrogen sulfurat, etc.
1520253240506580
100125150
95105115140150165185200235270300
657585
100110125145160190220250
1618181818202224242628
130150160180200230290310350400480
2.54.15.38.5
10.713.521.527.038.058.076.0
0.630.630.80.80.80.80.80.81.01.01.0
7884
110126144170208235265305360
4 x 144 x 144 x 144 x 184 x 184 x 188 x 188 x 188 x 228 x 268 x 26
d1DNPN
25/40
25
40
d2 n x d3 b L H
Masãnetã(kg)
Diametrulsau laturaochiului
200250300350400
200250300350400
310370430490550
320385450510585
3032343840
3438424650
600730850980
1100
600730850980
1100
510540630675800
510540630675800
140.0180.0305.0363.0500.0
145.0205.0320.0385.0525.0
360425485555620
375450515580660
12 x 2612 x 3016 x 3016 x 3316 x 36
12 x 3012 x 3316 x 3316 x 3616 x 39
1.01.61.61.61.6
1.01.61.61.61.6
�
�
�
�
�
�
d1
d2
b
L
H
DN
nxd3
Gr. 8
C 25
C 25 DN 15 - 100GP240 GHDN 125 - 400
(GSC25)
C 25 DN 15 - 25GP240 GHDN 32 - 400
(GSC25)
18Cr-8Ni
Gr. 5 - 6
Marsit unit
7
6
5
4
3
2
Nr.
Capac
Dop de golire
Garniturã
Piuliåã
Prezon
Element filtrant
1 Corp
Denumirea Material
Fig. 1
Tabel 2
Tabel 1
Cast Steel Strainers
12 100 4374 TMS
The cast steel strainers for impurities are used to retain the impurities from water, air,petroleum products or for other similar fluids with low corrosive action, except hydrogen,hydrogen and hydrocarbons mixtures, and aggressive agents containing sulphur,hydrogen sulphide etc.
type bolted cover;�
body type: “Y”, with minimal loss of pressure.�
�
�
�
�
�
�
�
face to face according to DIN 3202 part 1 line F1;flange dimensions according to DIN 2501 part 1;flange facings: raised face according to DIN 2526 type "C";pressure - temperature ratings according to DIN 2401 part 2;testing according to ISO 5208 and DIN 3230 part 3;screen: stainless steel perforated sheet;mounting position: doesn't matter, but it has to be always mounted with thebonnet downwards.
other sheel materials:alloy steel low temperaturealloy steel high temperaturestainless steel
other flange facings according to DIN 2512; 2513; 2514;manufactured with threaded draining plug:
R 3/4" thread (DIN 259 for DN 40 - 200);R 1" thread (DIN 259 for DN 250 ... 400);
screen: stainless steel mesh, brass mesh;
�
�
�
�
�
(-50 ... 300°C);
(-10 ... 500°C);
(-50 ... 300°C);
�
�
�
�
�
it can be delivered with other diameters of mesh perforation.
Symbol
FOSY
DN
15 ... 400
PN
25; 40
Working Temperature
-10 C ... +400 C� �
PN
25
40
Nominal Pressure Test PressureTemperature ( C)°
120 200 250 300 350 400Max. working pressure (bar)
25 22 20 17 16 13
40 35 32 28 24 21
Shell
38
60
Seat
28
44
Application
Service and Tests
Constructive and functional characteristics
Execution
On request
1520253240506580
100125150
95105115140150165185200235270300
657585
100110125145160190220250
1618181818202224242628
130150160180200230290310350400480
2.54.15.38.5
10.713.521.527.038.058.076.0
0.630.630.80.80.80.80.80.81.01.01.0
7884
110126144170208235265305360
4 x 144 x 144 x 144 x 184 x 184 x 188 x 188 x 188 x 228 x 268 x 26
d1DNPN
25/40
25
40
d2 n x d3 b L H Weight(kg)
Size of meshor diameter
of perforation
200250300350400
200250300350400
310370430490550
320385450510585
3032343840
3438424650
600730850980
1100
600730850980
1100
510540630675800
510540630675800
140.0180.0305.0363.0500.0
145.0205.0320.0385.0525.0
360425485555620
375450515580660
12 x 2612 x 3016 x 3016 x 3316 x 36
12 x 3012 x 3316 x 3316 x 3616 x 39
1.01.61.61.61.6
1.01.61.61.61.6
�
�
�
�
�
d1
d2
b
L
H
DN
nxd3
Gr. 8
C 25
C 25 DN 15 - 100GP240 GHDN 125 - 400
(GSC25)
C 25 DN 15 - 25GP240 GHDN 32 - 400
(GSC25)
18Cr-8Ni
Gr. 5 - 6
Asbestos free
7
6
5
4
3
2
No.
Bonnet
Threaded plug
Gasket
Stud Nuts
Studs
Screen
1 Body
Description Material
Fig. 1
Table 2
Table 1
Filtru de impurit`]i, din font`
12 100 4374 TMS
Utilizãri
Regim de lucru æi încercãri
Caracteristici constructive æi funcåionale
Execuåie
La cerere
DN
15 ... 400
Temperatura de lucru
-10 C ... +300 C� �
Simbol
FFS
PN
16
Se utilizeazã ca armãturi pentru reåinerea impuritãåilor din apã, aer, produse petroliere æialte fluide asemãnãtoare cu acåiune corozivã slabã, exclusiv hidrogen, amestecuri dehidrogen æi hidrocarburi, medii agresive conåinând sulf, hidrogen sulfurat, etc.
asamblare corp-capac cu prezoane;corp înclinat cu pierderi de presiune minime.
�
�
�
�
�
�
�
�
�
lungimi de construcåie conf. DIN 3202 partea 1 æirul F1;flanæe de legãturã conf. DIN 2501 partea 1;suprafaåa de etanæare flanæe: planã cu umãr conf. DIN 2526 tip "C";presiunea în funcåie de temperaturã conf. DIN 2401 partea 2;teste æi încercãri conf. ISO 5208 æi DIN 3230 partea 3;element filtrant: tablã perforatã inox;poziåia de montaj: indiferentã, dar întotdeauna filtrul se va monta cu capacul în jos.
suprafeåe de etanæare la flanæe de legãturã conf. DIN 2512; 2513; 2514;garniturã fãrã azbest;se pot executa cu dop de golire:
R 3/4" (DIN 259 ptr. DN 40 - 200);R 1" (DIN 259 ptr. DN 250 ... 400);
element filtrant: åesãturã inox, åesãturã alamã;se pot livra æi cu alte dimensiuni ale perforaåiilor pentru elementul filtrant.
�
�
�
�
�
�
�
Presiunea nominalã Presiunea de încercare
Presiunea max. de lucru (bar)
Temperatura ( C)°
120 180 225
PN
16 16 13.6 12
Rezistenåa
24
Etanæeitate
18
Gr. 5
C 25
EN GJL 250 (GG 25)
18Cr - 8Ni
Gr. 5 - 6
Marsit unit
7
6
5
4
3
2
1
Nr.
Capac
Dop
Garniturã
Piuliåã
Prezon
Element filtrant
Corp
Denumirea
EN GJL 250 (GG 25)
Material
15
20
25
32
40
50
65
80
100
125
150
200
250
300
350
400
95
105
115
140
150
165
185
200
220
250
285
340
405
460
520
580
65
75
85
100
110
125
145
160
180
210
240
295
355
410
470
525
14
16
16
18
18
20
20
22
24
26
26
30
32
32
36
38
130
150
160
180
200
230
290
310
350
400
480
600
730
850
980
1100
2.1
2.9
3.8
5.8
7.3
11.0
14.4
22.6
29.4
38.5
52.3
126.0
171.0
225.0
296.0
440.0
0.63
0.63
0.8
0.8
0.8
0.8
0.8
0.8
1
1
1
1
1.6
1.6
1.6
1.6
68
74
98
104
117
142
170
200
240
280
325
400
485
565
640
700
4 x 14
4 x 14
4 x 14
4 x 18
4 x 18
4 x 18
4 x 18
8 x 18
8 x 18
8 x 18
8 x 22
12 x 22
12 x 26
12 x 26
16 x 26
16 x 30
d1DN d2 n x d3 b L HMasa netã
(kg)
Diametrul saulatura
ochiului
�
�
�
�
�
d1
d2
b
L
H
DN
nxd3
Fig. 1
Tabel 2
Tabel 1
Cast Iron Strainers
12 100 4374 TMS
Application
Service and Tests
Constructive and functional characteristics
Execution
On request
DN
15 ... 400
Working Temperature
-10 C ... +300 C� �
Symbol
FFS
PN
16
The cast iron strainers for impurities are used to retain the impurities from water, air,petroleum products or from other similar fluids with low corrosive action, except hydrogen,hydrogen and hydrocarbons mixtures, and aggressive agents containing sulphur, hydrogensulphide, etc.
type bolted cover;�
body type “Y” with minimal loss of pressure.�
�
�
�
�
�
�
�
face to face according to DIN 3202 part 1 line F1;flange dimensions according to DIN 2501 part 1;flange facings: raised face according to DIN 2526 type C;pressure - temperature ratings according to DIN 2401 part 2;testing according to ISO 5208 and DIN 3230 part 3;screen: stainless steel perforated sheet;mounting position: doesn't matter, but it has to be mountedwith the bonnet downwards.
always
�
�
�
�
other flange facings according to DIN 2512; 2513; 2514;
it can be delivered with other diameters of mesh perforation.
manufactured with threaded draining plug:R 3/4" thread (DIN 259 for DN 40 ... 200);R 1" thread (DIN 259 for DN 250 ... 400);
screen stainless steel mesh, brass mesh;
�
�
Nominal Pressure Test Pressure
Max. working pressure (bar)
Temperature ( C)°
120 180 225
PN
16 16 13.6 12
Shell
24
Seat
18
Gr. 5
C 25
EN GJL 250 (GG 25)
18Cr - 8Ni
Gr. 5 - 6
Asbestos free
7
6
5
4
3
2
1
No.
Bonnet
Threaded plug
Gasket
Stud Nuts
Studs
Screen
Body
Description
EN GJL 250 (GG 25)
Material
15
20
25
32
40
50
65
80
100
125
150
200
250
300
350
400
95
105
115
140
150
165
185
200
220
250
285
340
405
460
520
580
65
75
85
100
110
125
145
160
180
210
240
295
355
410
470
525
14
16
16
18
18
20
20
22
24
26
26
30
32
32
36
38
130
150
160
180
200
230
290
310
350
400
480
600
730
850
980
1100
2.1
2.9
3.8
5.8
7.3
11.0
14.4
22.6
29.4
38.5
52.3
126.0
171.0
225.0
296.0
440.0
0.63
0.63
0.8
0.8
0.8
0.8
0.8
0.8
1
1
1
1
1.6
1.6
1.6
1.6
68
74
98
104
117
142
170
200
240
280
325
400
485
565
640
700
4 x 14
4 x 14
4 x 14
4 x 18
4 x 18
4 x 18
4 x 18
8 x 18
8 x 18
8 x 18
8 x 22
12 x 22
12 x 26
12 x 26
16 x 26
16 x 30
d1DN d2 n x d3 b L HWeight
(kg)
Size of meshor diameter
of perforation
�
�
�
�
�
d1
d2
b
L
H
DN
nxd3
Fig. 1
Table 2
Table 1
Simbol
STC-OT
DN
15 50...
PN
25/40
Temperatura de lucru
-10 C ... +400 C� �
Utilizãri
Regim de lucru æi încercãri
Se utilizeazã pentru eliminarea condensului din instalaåii care utilizeazã aburul.
PN
25
40
Nominal Pressure Presiunea de încercareTemperatura ( C)°
120 200 250 300 350 400Presiunea max. de lucru (bar)
25 22 20 17 16 13
40 35 32 28 24 21
Rezistenåã
38
60
Etanæeitate
28
44
Caracteristici constructive æi funcåionale
Execuåie
La cerere
corp drept cu flanæeorgan de închidere: ventil
�
�
�
;;
poziåia de montaj: orizontalã, åinând cont de sensul de curgere indicat de o sãgeatã pecorp.
�
�
�
�
�
lungimi de construcåie conf. DIN 3203 partea 1 æirul F1;flanæe de legãturã conf. DIN 2501 partea 1;suprafaåa de etanæare flanæe: planã cu umãr conf. DIN 2526 tip "C";presiunea în funcåie de temperaturã conf. DIN 2401 partea 2;teste æi încercãri conf. ISO 5208 æi DIN 3230 partea 3;
garniturã fãrã azbest�
�
suprafeåe de etanæare conf. DIN 2512, 2513, 2514;.
12 100 4374 TMS
Separator termodinamicde eliminat condens, din o]el
Åesãturã alamã
C 25
C 25, DN 15 -25GP240 GHDN 32 - 50
(GS C25)
13% Cr
13% Cr
Marsit unit
Marsit unit
Marsit unit
7
8
9
6
5
4
3
2
1
Nr.
Scaun ventil
Garniturã
Garniturã
Garniturã
Filtru
Dop
Ventil
Capac
Corp
Denumirea
C 25
Material
15
20
25
32
40
50
95
105
115
140
150
165
65
75
85
100
110
125
16
18
18
18
18
20
64
64
79
93
100
100
3.6
4.0
5.8
8.3
10.5
11.5
130
150
160
180
200
230
4 x 14
4 x 14
4 x 14
4 x 18
4 x 18
4 x 18
d1DN d2 n x d3 b L HMasã netã
(kg)
�
�
�
�
�
�
�
nxd
3
DN
b
L
d2
d1
H
Fig. 1
Tabel 2
Tabel 1
12 100 4374 TMS
Cast Steel SteamtrapThermodynamic Separators
Symbol
STC-OT
DN
15 50...
PN
25/40
Working Temperature
-10 °C ... +400°C
The cast steel steamtrap separators are used to release thecondensate of the installations working with steam.
thermodynamic
PN
25
40
Nominal Pressure Test PressureTemperature ( C)°
120 200 250 300 350 400Max. working pressure (bar)
25 22 20 17 16 13
40 35 32 28 24 21
Shell
38
60
Seat
28
44
Application
Service and Tests
Constructive and functional characteristics
Execution
On request
●
●
●
flanged body, straight;
mounting position: horizontal, taking care of the flowing direction indicated by an arrowmarked on the body.
stopper: disc;
face to face according to DIN 3203 part 1 line F1;flange dimensions according to DIN 2501 part 1;flange facings: raised face according to DIN 2526 type C;pressure - temperature ratings according to DIN 2401 part 2;testing according to ISO 5208 and DIN 3230 part 3.
●
●
●
●
●
other flange facings according to DIN 2512; 2513; 2514.●
Brass texture
C 25
C 25, DN 15 -25GP240 GHDN 32 - 50
(GS C25)
13% Cr
13% Cr
Asbestos free
Asbestos free
Asbestos free
7
8
9
6
5
4
3
2
1
No.
Seat ring
Gasket
Gasket
Gasket
Screen
Plug
Disc
Bonnet
Body
Description
C 25
Material
15
20
25
32
40
50
95
105
115
140
150
165
65
75
85
100
110
125
16
18
18
18
18
20
64
64
79
93
100
100
3.6
4.0
5.8
8.3
10.5
11.5
130
150
160
180
200
230
4 x 14
4 x 14
4 x 14
4 x 18
4 x 18
4 x 18
d1DN d2 n x d3 b L HWeight
(kg)
➈
➇
➅
➄
➃
➂
➁
➀
➆
nxd
3
DN
b
L
d2
d1
H
Fig. 1
Table 2
Table 1
12 100 4374 TMS
Separator termodinamicde eliminat condens, din font`
Simbol
STC-Fc
DN
15 50...PN
10
Temperatura de lucru
-10 C ... +300 C� �
Utilizãri
Regim de lucru æi încercãri
Caracteristici constructive æi funcåionale
Execuåie
La cerere
Se utilizeazã pentru eliminarea condensului din instalaåii careutilizeazã aburul.
corp drept cu flanæeorgan de închidere: ventil
�
�
�
;;
poziåia de montaj: orizontalã, åinând cont de sensul de curgereindicat de o sãgeatã pe corp.
�
�
�
�
�
lungimi de construcåie conf. DIN 3203 partea 1 æirul F1;flanæe de legãturã conf. DIN 2501 partea 1;suprafaåa de etanæare flanæe: planã cu umãr conf. DIN 2526 tip "C";presiunea în funcåie de temperaturã conf. DIN 2401 partea 2;teste æi încercãri conf. ISO 5208 æi DIN 3230 partea 3;
�
�
suprafeåe de etanæare conf. DIN 2512, 2513, 2514.garnituri din materiale fãrã azbest.
PN
10
Nominal Pressure Presiunea de încercareTemperatura ( C)°
120 180 225Presiunea max. de lucru (bar)
10 8.5 7
Rezistenåã
15
Etanæeitate
11
Åesãturã alamã
EN GJL 250 (GG 25)
13% Cr
13% Cr
Marsit unit.
Marsit unit.
Marsit unit.
7
8
9
6
5
4
3
2
1
Nr.
Scaun ventil
Garniturã
Garniturã
Garniturã
Filtru
Dop
Ventil
Capac
Corp
Denumirea
EN GJL 250 (GG 25)
Material
15
20
25
32
40
50
95
105
115
140
150
165
65
75
85
100
110
125
14
16
16
18
18
20
78
80
80
120
110
115
2.8
3.5
3.8
8.4
10
12.5
130
150
160
180
200
230
4 x 14
4 x 14
4 x 14
4 x 18
4 x 18
4 x 18
d1DN
Fig. 1
Tabel 2
Tabel 1
d2 n x d3 b L HMasa netã
(kg)
�
�
�
�
�
�
�
nxd
3
DN
b
L
d2
d1
H
EN GJL 250 (GG 25)
12 100 4374 TMS
Cast Iron SteamtrapThermodynamic Separators
Symbol
STC-Fc
DN
15 50...PN
10
Working Temperature
-10 °C ... +300°C
Application
Service and Tests
Constructive and functional characteristics
Execution
On request
The cast iron steamtrap thermodynamic separators are used torelease the condensate of installations working with steam.
●
●
●
flanged body, straight;
mounting position: horizontal, taking care of the flowing directionindicated by an arrow marked on the body.
stopper: disc;
face to face according to DIN 3203 part 1 line F1;flange dimensions according to DIN 2501 part 1;flange facings: raised face according to DIN 2526 type C;pressure - temperature ratings according to DIN 2401 part 2;testing according to ISO 5208 and DIN 3230 part 3.
●
●
●
●
●
other flange facings according to DIN 2512, 2513, 2514.●
PN
10
Nominal Pressure Test PressureTemperature ( C)°
120 180 225Max. working pressure (bar)
10 8.5 7
Shell
15
Seat
11
Brass texture
EN GJL 250 (GG 25)
13% Cr
13% Cr
Asbestos free
Asbestos free
Asbestos free
7
8
9
6
5
4
3
2
1
No.
Seat ring
Gasket
Gasket
Gasket
Screen
Plug
Disc
Bonnet
Body
Description
EN GJL 250 (GG 25)
Material
15
20
25
32
40
50
95
105
115
140
150
165
65
75
85
100
110
125
14
16
16
18
18
20
78
80
80
120
110
115
2.8
3.5
3.8
8.4
10
12.5
130
150
160
180
200
230
4 x 14
4 x 14
4 x 14
4 x 18
4 x 18
4 x 18
d1DN
Fig. 1
Table 2
Table 1
d2 n x d3 b L HWeight
(kg)
➈➇
➅
➄
➃
➂
➁
➀
➆
nxd
3
DN
b
L
d2
d1
H
EN GJL 250 (GG 25)
12 100 4374 TMS
Robinet cu cep din font`
Simbol
RC II - 2 cãiRC III - 3 cãi
DN
15 10015 65
...
...
PN
1010
Temperatura de lucru
-10 C ... +120 C-10 C ... +120 C
� �
� �
Utilizãri
Regim de lucru æi încercãri
Caracteristici constructive æi funcåionale
Execuåie
La cerere
Se utilizeazã ca armãturi de închidere în instalaåii pentru apã, abur, gaze, produsepetroliere æi alte fluide asemãnãtoare cu acåiune corozivã slabã, exclusiv hidrogen, amestecuride hidrogen æi hidrocarburi, medii agresive conåinând sulf, hidrogen sulfurat, etc.
corp cu flanæe: - cu 2 cãi ptr. RC II;- cu 3 cãi ptr. RC III;
organul de obturare: cep conic;
�
�
� închis - deschis se realizeazã prin rotirea axului cu 90°;
�
�
�
�
�
�
lungimi de construcåie conf. DIN 3202 partea 1 æirul F1;flanæe de legãturã conf. DIN 2501 partea 1;suprafaåa de etanæare flanæe: planã cu umãr conf. DIN 2526 tip "C";presiunea în funcåie de temperaturã conf. DIN 2401 partea 2;teste æi încercãri conf. ISO 5208 æi DIN 3230 partea 3;etanæare: fontã/fontã;
etanæare principalã bronz/fontã;suprafeåe de etanæare conf. DIN 2512, 2513, 2514.
�
�
PN
10
Presiunea nominalã Presiunea de încercareTemperatura ( C)°
120Presiunea max. de lucru (bar)
10
Rezistenåã
15
Etanæeitate
11
1520253240506580
100
95105115140150165185200220
657585
100110125145160180
141616181820202224
130150160180200230290310350
65758090
100115145
--
141719222732414655
141719222732414655
2.75.16.79.2
11.515.520.526.544
3.75.87.0
10.5131946--
95115125135160190223
--
87100114136150180200235280
4 x 144 x 144 x 144 x 184 x 184 x 184 x 188 x 188 x 18
d1DN d2 n x d3 b h1L L1H
RC II RC IIRC III RC III
Masa netã (kg)
L1
�
�
�
�
�
H
L
h1
d1
d2
DN
nx
d3
b
RC III PN 10RC II PN 10
EN GJL 250 (GG 25)
Ænur azbest
6
5
4
3
2
1
Nr.
Garniturã
Cep
Presetupã
Piuliåã
Prezon
Corp
Denumirea
Gr. 5 - 6
Gr. 5
Material
Fig. 1 Fig. 2
Fig. 3
Tabel 2
d2
nxd3
L
H
�
�
�
�
h1
d1
DN
b�
Tabel 1
EN GJL 250 (GG 25)
EN GJL 250 (GG 25)
12 100 4374 TMS
Cast Iron Plug Valves
Symbol
RC II - 2 waysRC III - 3 ways
DN
15 10015 65
...
...
PN
1010
Working Temperature
-10 °C ... +120°C-10 °C ... +120°C
Application
Service and Tests
Constructive and functional characteristics
Execution
On request
These valves are used as stop or distributing valves for water, steam, gas, petroleumproducts and other similar fluids except hydrogen, hydrogen and hydrocarbons mixtures,aggressive agents containing sulphur, hydrogen sulphide etc.
flanged body: - 2 ways for RC II;- 3 ways for RC III;
stopper: tapered plug;
●
●
● closed and open position are accomplished by rotating the plug at 90°;
face to face: according to DIN 3202 part 1 line F1;flange dimensions according to DIN 2501 part 1;flange facing: raised face according to DIN 2526 type C;pressure - temperature ratings according to ISO 5208 and DIN 2401 part 2;testing according to ISO 5208 and DIN 3230 part 3;seats rings: cast iron/cast iron.
●
●
●
●
●
●
other seats rings (bronze/cast iron);other flange facings according to DIN 2512, 2513, 2514.
●
●
PN
10
Nominal Pressure Test PressureTemperature ( C)°
120Max. working pressure bar.
10
Shell
15
Seat
11
1520253240506580
100
95105115140150165185200220
657585
100110125145160180
141616181820202224
130150160180200230290310350
65758090
100115145
--
141719222732414655
141719222732414655
2.75.16.79.2
11.515.520.526.544
3.75.87.0
10.5131946--
95115125135160190223
--
87100114136150180200235280
4 x 144 x 144 x 144 x 184 x 184 x 184 x 188 x 188 x 18
d1DN d2 n x d3 b h1L L1H
RC II RC IIRC III RC III
Weight (kg)
L1
➅
➄
➃
➂
➁
➀
H
L
h1
d1
d2
DN
nx
d3
b
RC III PN 10RC II PN 10
EN GJL 250 (GG 25)
Asbestos free
6
5
4
3
2
1
No.
Packing
Plug
Follower
Stud Nuts
Studs
Body
Description
Gr. 5 - 6
Gr. 5
Material
Fig. 1 Fig. 2
Fig. 3
Table 2
d2
nxd3
L
H
➅➄➃➂
➁
h1
d1
DN
b➀
Table 1
EN GJL 250 (GG 25)
EN GJL 250 (GG 25)
12 100 4374 TMS
Sorburi din font`
Sorb simplu cu flanæe din fontã
Sorb cu ventil de reåinere din fontã
Simbol
SSF
DN
40 600...
PN
6
Temperatura de lucru
-10 C ... +300 C� �
Simbol
SVR
DN
40 ... 400
PN
1 ... 4
Temperatura de lucru
-10 C ... +50 C� �
Utilizãri
Regim de lucru æi încercãri
Caracteristici constructive æi funcåionale
Execuåie
La cerere
Se utilizeazã la instalaåii de pompe la capãtul conductelor de aspiraåie.Mediul de lucru: apã, petrol æi alte lichide neagresive.
corp cu flanæe;organ de obturare: ventil la varianta SVR;etanæare: cauciuc/fontã la varianta SVR;poziåia de montaj: - indiferent ptr. SSF;
- vertical ptr. SVR.
�
�
�
�
�
�
�
flanæe de legãturã conf. DIN 2501 - PN 10 - partea 1;suprafaåa de etanæare flanæe: planã cu umãr normal conf. 2526 tip Cteste æi încercãri conf. ISO 5208 æi DIN 3230 partea 3;
alte tipuri de etansare.suprafeåe de etanæare conf. DIN 2512; 2513; 2514.
�
�
PN
1
2.5
4
6
Presiunea nominalã Presiunea de încercareTemperatura ( C)°
120 180 225Presiunea max. de lucru (bar)
6 5.2 4.5
1 1 1
2.5 2.1 1.8
4 3.3 2.8
Rezistenåã
1.5
4
6
9
Etanæeitate
1.1
3
4.5
7
Gr. 5
Gr. 5.6
Oåel carbon
EN GJL 250 (GG 25)
Cauciuc
6
5
4
3
2
1
Nr.
Æurub
Piuliåã
Ventil
Garniturã
Sitã
Corp
Denumirea
EN GJL 250 (GG 25)
Material
40506580
100
150165185200220
110125145160180
95110150170220
165180220240290
1.51.51.51.51.5
190225270290330
100120142164187
59
141924
1616161818
4 x 184 x 184 x 188 x 188 x 18
d1DNPN
4
2.5
1
d2 dn x d3 b gL h1 h2Masa netã
(kg)
125150200250300
350400
210240295350400
460515
255300370435510
560590
340390460525600
660705
2020222424
2628
1.51.51.51.51.5
370410515575650
228230305340388
1.51.5
700750
400410
250285340395445
505565
8 x 188 x 228 x 22
12 x 2212 x 22
16 x 2216 x 26
35457690
120
170230
40506580
100125150200250300350400500600
150165185200220250285340395445505565670780
110125145160180210240295350400460515620725
8495
120130160190220285350415475540670800
1616161818202022242426283030
140155180185210245275320385430495545652760
95107120127142165188208255293344374442510
2.23.54.86.27.5
11.514.521.530.0356785
115145
1.51.51.51.51.51.51.51.51.51.51.51.51.51.5
4 x 184 x 184 x 188 x 188 x 188 x 228 x 228 x 22
12 x 2212 x 2216 x 2216 x 2620 x 2620 x 30
d1DN d2 n x d3 b gd h1 h2Weight
(kg)
SSF
SVR
d1d2
DN
nxd3
h2
h1
gd
b
�
SSF SVR
�
�
�
�
�
nxd3
d1d2
d g h2h1
DN
Fig. 1 Fig. 2
Tabel 2
Tabel 3
Tabel 1
12 100 4374 TMS
Cast Iron Suckers
Simple cast iron flanged sucker
Cast iron check valve sucker
Symbol
SSF
DN
40 600...
PN
6
Working Temperature
-10 C ... +300 C� �
Symbol
SVR
DN
40 ... 400
PN
1 ... 4
Working Temperature
-10 C ... +50 C� �
Application
Service and Tests
Constructive and functional characteristics
Execution
On request
The check valve sucker is at pump plants at the end of the suction pipes.The working fluid: water, kerosine and other non-aggressive liquids.
flanged body;stopper: disc for SVR;main sealing: rubber/cast iron for SVR;mounting position: - doesn’t matter for SSF;
�
�
�
�
�
�
�
end flanges: according to DIN 2501 - PN10 - sealing surface at flanges: ordinary raisedface.tests according to ISO 5208 and DIN 3230 part 3;flange facing: raised face according to DIN 2526 type C.
other sealing surface;other flange facings according to DIN 2512; 2513; 2514.
�
�
PN
1
2.5
4
6
Nominal Pressure Test PressureTemperature ( C)°
120 180 225Max. working pressure (bar)
6 5.2 4.5
1 1 1
2.5 2.1 1.8
4 3.3 2.8
Shell
1.5
4
6
9
Seat
1.1
3
4.5
7
Gr. 5
Gr. 5.6
Carbon Steel
EN GJL 250 (GG 25)
Rubber
6
5
4
3
2
1
No.
Bolt
Nut
Disc
Gasket
Screen
Body
Description
EN GJL 250 (GG 25)
Material
40506580
100
150165185200220
110125145160180
95110150170220
165180220240290
1.51.51.51.51.5
190225270290330
100120142164187
59
141924
1616161818
4 x 184 x 184 x 188 x 188 x 18
d1DNPN
4
2.5
1
d2 dn x d3 b gL h1 h2Weight
(kg)
125150200250300
350400
210240295350400
460515
255300370435510
560590
340390460525600
660705
2020222424
2628
1.51.51.51.51.5
370410515575650
228230305340388
1.51.5
700750
400410
250285340395445
505565
8 x 188 x 228 x 22
12 x 2212 x 22
16 x 2216 x 26
35457690
120
170230
40506580
100125150200250300350400500600
150165185200220250285340395445505565670780
110125145160180210240295350400460515620725
8495
120130160190220285350415475540670800
1616161818202022242426283030
140155180185210245275320385430495545652760
95107120127142165188208255293344374442510
2.23.54.86.27.5
11.514.521.530.0356785
115145
1.51.51.51.51.51.51.51.51.51.51.51.51.51.5
4 x 184 x 184 x 188 x 188 x 188 x 228 x 228 x 22
12 x 2212 x 2216 x 2216 x 2620 x 2620 x 30
d1DN d2 n x d3 b gd h1 h2Weight
(kg)
For SSF
For SVR
d1d2
DN
nxd3
h2
h1
gd
b
�
For SSF For SVR
�
�
�
�
�
nxd3
d1d2
d g h2h1
DN
Fig. 1 Fig. 2
Table 2
Table 3
Table 1
Indicator de nivel
Simbol
I.N - O
DN
25PN
25; 40; 63
Temperatura de lucru
°10 ...250 C�
Utilizãri
Rolul funcåional al indicatorului de nivel este de a permite stabilirea nivelului de lichid dincazanele de abur sau din recipientele care conåin produse petroliere sau alte lichideasemanãtoare cu acåiune corozivã slabã exclusiv hidrogen, amestecuri de hidrogen înhidrocarburi, medii agresive conåinând sulf, hidogen sulfurat, etc.
�
�
�
�
corp capac de fixare a sticlelor prismatice: oåel carbon sau oåelinox;corp, capac la robinetele de legãturã: oåel carbon sau inox;ventil, tijã: oåel inoxidabil;garnitura la sticle: marsit.
Regim de lucru æi încercãri
�
�
�
În cazul lungimilor multiple de vizare, vizarea este discontinuã
Indicatoarele de nivel cu sticlã prismaticã sunt cu una sau mai multe lungimi de vizare;;
Legãtura de cazan sau recipient se face prin intermediul robinetelor cu ventil cu diametrulnominal (DN) 25.
Caracteristici constructive æi funcåionale
Execuåie
Materiale
�
�
�
curentã: la robinetele de legãturã cu flanæe având suprafaåa de etanæare planã cuumãr;etanæarea ventil - scaun: oåel inoxidabil;la cererea beneficiarului: suprafaåa de etanæare la flanæele de legãturã canal sauadânciturã.
Presiunea de încercare
Rezistenåã Etanæeitate
Presiunea nominalã
PN
25
40
63
25
40
63
22
35
50
20
32
45
38
60
96
28
44
70
Presiunea max. de lucru (bar)
120 200 250Temperatura (°C)
12 100 4374 TMS
Înãlåimea de vizare
maximumHV
o sticlHV’
ã
Numãr deporåiuni
devizare
H ± 5
P 25N P 40N P 63N
31.3
32.9
34.3
41.3
46.2
50.1
55.7
63.2
74.2
87.1
27.3
28.9
30.3
37.3
42.2
46.1
51.7
58.2
70.2
83.1
26.4
27.6
28.8
30.9
33.9
36.3
40.6
44.1
52.6
61.2
1
1
1
2
2
2
3
3
4
5
195
255
315
445
565
685
875
1055
1425
1795
195
255
315
195
255
315
255
315
315
315
335
400
500
590
710
830
1020
1200
1570
1940
Reflexie Transparenåã
Masa netã (kg)
H HV
HV
'
Fig. 1
Tabel 1
Symbol
I.N - O
DN
25PN
25; 40; 63
Working Temperature
°10 ...250 C�
The functional role of level indicator is to allow the establishment of the level in steam orpetroleum products containing boilers, or tanks containing similar low corrosive action fluids.
� body, glass fixing cover : carbon or stainless steel;�
�
�
body, bonnet of jointing valves: carbon or stainless steel;disc, stem: stainless steel;glass gasket graphite.
� The level indicators are manufactured with prismatic glass;�
�
The level indicators manufactured using prismatic glass have one or more sighting lenghtsand the sighting is not continuous;The indicator to boiler joint is made by close valves of 25 mm nominal size.
Application
Service and Tests
Constructive and functional characteristics
Execution
Materials
� serial: flanged ends, having the sealing surface at flanges ordinary raised face;�
�
the disc - seat sealing: stainless steel;on special request: sealing surface at flanges: grooved or female.
Test Pressure
Shell Seat
Nominal Pressure
PN
25
40
63
25
40
63
22
35
50
20
32
45
38
60
96
28
44
70
Max. working pressure (bar)
120 200 250Temperature (°C)
Level Indicators
12 100 4374 TMS
Sighting height
maximumHV
one glassHV’
Numberof
sighting outsections
H ± 5
P 25N P 40N P 63N
31.3
32.9
34.3
41.3
46.2
50.1
55.7
63.2
74.2
87.1
27.3
28.9
30.3
37.3
42.2
46.1
51.7
58.2
70.2
83.1
26.4
27.6
28.8
30.9
33.9
36.3
40.6
44.1
52.6
61.2
1
1
1
2
2
2
3
3
4
5
195
255
315
445
565
685
875
1055
1425
1795
195
255
315
195
255
315
255
315
315
315
335
400
500
590
710
830
1020
1200
1570
1940
Reflection Transparence
Weight (kg)
H HV
HV
'
Fig. 1
Table 1
Debitul de condens evacuat (Q) conform diagramei:- condens evacuat
- diferenåa de presiune la intrare - ieæire- diametrul nominal
Q (l / h)Dp (bar)DN (mm)
14000
12000
10000
8000
6000
5000
4000
3000
2000
1000
700
600
500
400
300
200
150
Dp [bar]
STC P 25/40N
Q[l
/h]
1 2 3 4 5 6 7 8 9 10 20 30 40
DN50
DN40
DN32
DN25
DN20
DN15
DIAGRAMA DEBITULUI DE CONDENS EVACUATDE SEPARATORUL TERMODINAMIC (OÅEL)
Debitul de condens evacuat (Q) conform diagramei:- condens evacuat
- diferenåa de presiune la intrare - ieæire- diametrul nominal
Q (l / h)Dp (bar)DN (mm)
5000
4000
3000
2000
1000
800
600
500
400
300
200
100
50
Dp [bar]
STC P 10N
Q[l
/h]
1 320.1 40.2 50.3 60.4 70.5 8 9 10
DN50
DN40
DN32
DN25
DN20
DN15
DIAGRAMA DEBITULUI DE CONDENS EVACUATDE SEPARATORUL TERMODINAMIC (FONTÃ)
The flow of the drained condensate (Q) - conforming to the diagram where:- condensate quantity
- difference of pressure (in - out)- nominal size
Q (l / h)Dp (bar)DN (mm)
14000
12000
10000
8000
6000
5000
4000
3000
2000
1000
700
600
500
400
300
200
150
Dp [bar]
STC P 25/40N
Q[l
/h]
1 2 3 4 5 6 7 8 9 10 20 30 40
DN50
DN40
DN32
DN25
DN20
DN15
DIAGRAM OF THE DRAINED CONDENSATE FORSTEAMTRAP THERMODYNAMIC SEPARATORS
The flow of the drained condensate (Q) - conforming to the diagram where:- condensate quantity
- difference of pressure (in - out)- nominal size
Q (l / h)Dp (bar)DN (mm)
5000
4000
3000
2000
1000
800
600
500
400
300
200
100
50
Dp [bar]
STC P 10N
Q[l
/h]
1 320.1 40.2 50.3 60.4 70.5 8 9 10
DN50
DN40
DN32
DN25
DN20
DN15
DIAGRAM OF THE DRAINED CONDENSATE FORSTEAMTRAP THERMODYNAMIC SEPARATORS
12 100 4374 TMS
Arm`turi conform normei DIN - Partea 2.(Alte tipuri de arm`turi)
CUPRINS
FILTRE DE IMPURITÃÅI
SEPARATOARE TERMODINAMICE
ROBINETE CU CEP
SORBURI
INDICATOARE DE NIVEL
DIAGRAMELE DEBITULUI DE CONDENS EVACUAT DESEPARATORUL TERMODINAMIC
- Filtru de impuritãåi (oåel), Pn 25; 40 C1-2- Filtru de impuritãåi (fontã), Pn 16 C3-4
- Separator termodinamic de eliminat condens (oåel), Pn 25/40 C5-6- Separator termodinamic de eliminat condens (fontã), Pn 10 C7-8
- Robinet cu cep (fontã), Pn 10 C9-10
- Sorburi din fontã, Pn 1; 2.5; 4; 6 C11-12
- Indicatoare de nivel, Pn 25; 40; 63 C13-14
C15-16
12 100 4374 TMS
DIN Valves -Part 2.(Other Valves)
CONTENTS
STRAINERS
STEAMTRAP THERMODYNAMIC SEPARATORS
PLUG VALVES
SUCKERS
LEVEL INDICATORS
DIAGRAM OF THE DRAINED CONDENSATE FOR STEAMTRAPTHERMODYNAMIC SEPARATORS
- Cast Steel Strainers, Pn 25; 40 C1-2- Cast Iron Strainers, Pn 16 C3-4
- Cast Steel Steamtrap Themodynamic Separators, 25/40 C5-6- Cast Iron Steamtrap Thermodynamic Separators, Pn 10 C7-8
- Cast Iron Plug Valves, Pn 10 C9-10
- Cast Iron Suckers, Pn 1; 2.5; 4; 6 C11-12
- Level Indicators, Pn 25; 40; 63 C13-14
C15-16
Supap` de siguran]` cu arctip B1000
Simbol de tip
Caracteristici tehnice
presiunea nominalã PN (bar): 40; 64;presiunea nominalã a racordurilor PNi/PNo (bar): 40/25; 64/25;diametrul nominal DNi/DNo (mm): 25/40; 40/50; 40/65; 50/80; 65/100; 80/125; 100/150;150/200; 150/250; 200/250; 250/300 pentru PN 40/25 æi DNi/DNo: 25/40; 40/50; 40/65;50/80; 65/100; 80/125; 100/150 pentru PN 64/25;
●
●
●
● variante de material, temperatura de lucru, fluide de lucru;
Tipul constructiv
Supapã de siguranåã din oåel, cu arc, în construcåie închisã, etanæã, cu deschiderecompletã pentru gaze æi vapori.
B 1000 - 40/25 - DNi x d x DNo
Fluide de lucru
Gaze æi vapori cucorozivitate normalã
Gaze æi vapori cu corozivitatecompatibile cu materialul
Temperatura de lucru ( C)°
tmin
- 30- 50
- 100
- 100
tmax
+450+200+ 200
+ 400
trecomandatã
- 30 ... + 450- 50 ... - 30- 100 ...- 50
- 100 ... + 400
OCTS 1TS 2
INOX 1
Variantade material
Tip
B 1000
B 1000
Simbol
SSB
SSB
PN
40/25
64/25
DN
25 ... 250
25 ... 100
Temperatura de lucru
-100 °C ... +450°C-100 °C ... +450°C
Dimensiuni funcåionale æi de legãturã
Temperatura de lucru ( C)°
20
40
40
40
40
150
37
36
36
36
250
32
33
100
40
38
38
38
200
35
34
34
34
300
30
32
400
24
30
440
14
350
27
31
420
17
450
13
64
64
64
64
59
58
58
58
51
53
64
61
61
61
56
54
54
54
48
51
38
48
2343
50
26 20
OC
TS 1
TS 2
INOX 1
OC
TS 1
TS 2
INOX 1
Varianta de materialPresiunea de lucru
PN 40
PN 64
Dimensiuni de montaj, gabarit æi masã netã:
25/4040/5040/6550/80
65/10080/125
100/150150/200150/250200/250250/300
25/4040/5040/6550/80
65/10080/125
100/150
244304335405472588657
1125128016401750
315345345450520630780
120126137148170170197227255267316
125136136153175196220
105110120130150175200245250300370
110130130150170190210
13.820.323335279
106199256431775
14.522.526436484
130
PN
40
64
CDN A BMasã(kg)
A
BC
Dimensiuni funcåionale æi de legãturã
Dim
en
siu
ni
fun
cåi
on
ale
Dim
en
siu
nid
ele
gãtu
rã
INTR
AR
E
D imm
N
D omm
N
d1omm
d2omm
bomm
n x d3omm
bmm
1
d
mm1i
d
mm2i
nxd
mm3i
IEÆ
IRE
Diametrul nominal D i/D o (mm)N N
Diametrul min. de scurgere “d”(mm)
Cursa de descãrcare“hd” (mm)
P 40N
P 40N
P 40N
P 40N
P 40N
P 40N
P 64N
P 64N
P 64N
P 64N
P 64N
P 64N
P 25N
25/40
15
4
177
25
25
115
140
85
100
4x14
4x18
33
39
40
40
150
110
4x18
18
40/50
19
5
284
40
40
150
170
110
125
4x18
4x22
35
42
50
50
165
125
4x18
20
40/65
24
6.4
452
40
40
150
170
110
125
4x18
4x22
36
43
65
65
185
145
8x18
22
50/80
30
8
707
50
50
165
180
125
135
4x18
4x22
38
44
80
80
200
160
8x18
24
65/100
39
10.4
1195
65
65
185
205
145
160
8x18
8x22
42
46
100
100
235
190
8x22
24
80/125
48
12.8
1810
80
80
200
215
160
170
8x18
8x22
44
48
125
125
270
220
8x26
26
100/150
60
16
2827
100
100
235
250
190
200
8x22
8x26
47
52
150
150
300
250
8x26
28
250/300
150
40
17671
250
450
385
12x33
62
300
485
430
16x30
34
150/200
72
19
4072
150
300
250
8x26
51
200
360
310
12x26
30
150/250
90
24
6362
150
300
250
8x26
52
250
425
370
12x30
32
200/250
120
32
11310
200
375
320
12x30
58
250
425
370
12x30
36
Secåiunea min. de scurgere “A” (mm²)
Dimensiunile de legãturã ale racordurilor de intrare æi de evacuare sunt conf. STAS pentru diametrul nominal indicat.
bo
d1i
d2i
D iN
n x d3o
n x d3i
Fig. 1
Fig. 2
Tab l 1e
Tab l 2e
d1i
A
d2i
n x d3i
n x d3o
DNi
b1
bo
BC
d2o
Do
N d1o
A-A
A A
➅
➆
➇
➈
➄
➃
➂
➁
➀
SSB Tip: B 1000
TS 2
- 100° ... +200°C
INOX 1
- 100° ... +400°C
TS 1
- 50° ... +200°C
1
2
3
4
5
6
7
8
9
Corp
Scaun
Ventil
Ghidaj tijã
Carcasã
Arc
Ghidaj arc
Æurub reglare
Capac
OC
- 30° ... +450°CPoz. Denumirea
Principalele materiale de execuåie
Tab l 1e
Suprafeåe de etanæare: PUflanæe intrare: STAS 1730 - 89;flanæe evacuare: STAS 1730 - 89;
●
●
●
●
La cererea beneficiarului se pot executa suprafeåe de etanæare PA2, CP2 - STAS 1730-89.
Domeniul de reglare:●
0,7 ... 40 bar la supape PN 40;14 ... 64 bar la supape PN 64.
●
●
Caracteristici funcåionale
Coeficient de scurgere “ ”: = 0,75;
Abaterea presiunii de reglare “a” bar:
Creæterea presiunii la deschidere “b ”:
pentru presiunea pr < 3 bar, b 0,5 bar;
pentru presiunea pr 3 bar, b 10%;
Scãderea presiunii la închidere “b “:
pentru presiunea pr < 3 bar, b 0,5 bar;
pentru presiunea pr > 3 bar, 2% b 15%.
●
●
●
●
� �
1
1
1
2
2
2
pentru presiunea pr < 5 bar, a = ± 0,15 bar;
pentru presiunea pr > 5 bar, a = ± 3% pr;
pentru 20 bar < pr 64 bar, a = ± 0,02 x pr;
●
●
●
●
●
●
●
£
£
³ £
£
£ £
Condiåii tehnice de execuåie
Supapele de siguranåã sunt proiectate, executate æi omologate în conformitate cu prevederileprescripåiilor tehnice ISCIR C 37 - 96.
●
Notã: Producãtorul îæi rezervã dreptul de a efectua modificãri, cu menåinerea caracteristicilor principale.
T15TiNiCr180
10TiNiCr180
10TiNiCr180
10TiNiCr180
OTA15Ni35
51VCr11A
OL50
20Cr130
OTC20K
OTA10TiMoNiCr170
10TiNiCr180
10TiNiCr180
10TiNiCr180
OTA10TiMoNiCr170
51VCr11A
10TiNiCr180
10TiNiCr180
OTA10TiMoNiCr170
OTA15Ni35
10TiNiCr180
10TiNiCr180
10TiNiCr180
OTA15Ni35
51VCr11A
OL50
20Cr130
OTC20K
OTC20K
20Cr130
40Cr130
20Cr130
OTC20K
51VCr11A
OL50
20Cr130
OTC20K
Safety Valves Spring LoadedB1000
nominal pressure PN (bar): 40; 64;nominal pressure of connections PNi/PNo (bar): 40/25; 64/25;nominal size DNi/DNo (mm): 25/40; 40/50; 40/65; 50/80; 65/100; 80/125; 100/150; 150/200;150/250; 200/250; 250/300 for PN 40/25 andDNi/DNo: 25/40; 40/50; 40/65; 50/80; 65/100; 80/125; 100/150 for PN 64/25;
●
●
●
● material variants; operating temperature; process media;
Steel safety relief valve;Spring-loaded, closed bonnet, full lift for gases and vapors.
B 1000 - 40/25 - DNi x d x DNo
Process media
Gases and vapors withnormal corrosivity
Gases and vapors withhigh corrosivity compatible
with the used materials
Operating temperatures ( C)°
tmin
- 30- 50
- 100
- 100
tmax
+450+200+ 200
+ 400
trecommended
- 30 ... + 450- 50 ... - 30- 100 ...- 50
- 100 ... + 400
OCTS 1TS 2
INOX 1
Materialvariant
Type
B 1000
B 1000
Symbol
SSB
SSB
PN
40/25
64/25
DN
25 ... 250
25 ... 100
Working Temperature
-100 °C ... +450°C-100 °C ... +450°C
Type designation
Technical characteristics
Type of construction
Maximum allowable working pressure according to working temperature
Process medium temperature ( C)°
20
40
40
40
40
150
37
36
36
36
250
32
33
100
40
38
38
38
200
35
34
34
34
300
30
32
400
24
30
440
14
350
27
31
420
17
450
13
64
64
64
64
59
58
58
58
51
53
64
61
61
61
56
54
54
54
48
51
38
48
2343
50
26 20
OC
TS 1
TS 2
INOX 1
OC
TS 1
TS 2
INOX 1
Material variantworking pressure
PN 40
PN 64
Mounting and end-to-end dimensions, net weight
25/4040/5040/6550/80
65/10080/125
100/150150/200150/250200/250250/300
25/4040/5040/6550/80
65/10080/125
100/150
244304335405472588657
1125128016401750
315345345450520630780
120126137148170170197227255267316
125136136153175196220
105110120130150175200245250300370
110130130150170190210
13.820.323335279
106199256431775
14.522.526436484
130
PN
40
64
CDN A BWeight
(kg)
A
BC
Functional and connection dimensions
Fu
nc
tio
nal
dim
en
sio
ns
Co
nn
exi
on
dim
en
sio
ns IN
LE
T
D imm
N
D omm
N
d1omm
d2omm
bomm
n x d3omm
bmm
1
d
mm1i
d
mm2i
nxd
mm3i
OU
TLE
T
Nominal size D i/D o (mm)N N
Min. flow diameter “d”(mm)
Discharge lift “hd” (mm)
P 40N
P 40N
P 40N
P 40N
P 40N
P 40N
P 64N
P 64N
P 64N
P 64N
P 64N
P 64N
P 25N
25/40
15
4
177
25
25
115
140
85
100
4x14
4x18
33
39
40
40
150
110
4x18
18
40/50
19
5
284
40
40
150
170
110
125
4x18
4x22
35
42
50
50
165
125
4x18
20
40/65
24
6.4
452
40
40
150
170
110
125
4x18
4x22
36
43
65
65
185
145
8x18
22
50/80
30
8
707
50
50
165
180
125
135
4x18
4x22
38
44
80
80
200
160
8x18
24
65/100
39
10.4
1195
65
65
185
205
145
160
8x18
8x22
42
46
100
100
235
190
8x22
24
80/125
48
12.8
1810
80
80
200
215
160
170
8x18
8x22
44
48
125
125
270
220
8x26
26
100/150
60
16
2827
100
100
235
250
190
200
8x22
8x26
47
52
150
150
300
250
8x26
28
250/300
150
40
17671
250
450
385
12x33
62
300
485
430
16x30
34
150/200
72
19
4072
150
300
250
8x26
51
200
360
310
12x26
30
150/250
90
24
6362
150
300
250
8x26
52
250
425
370
12x30
32
200/250
120
32
11310
200
375
320
12x30
58
250
425
370
12x30
36
Min. flow area “A” (mm²)
The dimensions of inlet and outlet connections are according to STAS for the respective nominal size
bo
d1i
d2i
DNi
n x d3o
n x d3i
Fig. 1
Fig. 2
Table 1
Table 2
d1i
A
d2i
n x d3i
n x d3o
DNi
b1
bo
BC
d2o
Do
N d1o
A-A
A A
➅
➆
➇
➈
➄
➃
➂
➁
➀
SSB Type: B 1000
Functional characteristics
Discharge coeficient “ ”: = 0.75;
Set pressure tolerance “a” bar:
Overpressure “b ”:
for set pressures < 3 bar, b 0.5 bar;
for set pressures 3 bar, b 10%;
Blowdown “b “:
for set pressure < 3 bar, b 0.5 bar;
●
●
●
●
a a
£
³ £
£
for set pressures pr < 5 bar, a = ± 0.15 bar;
for set pressures pr > 5 bar, a = ± 3% pr;
for set pressures 20 bar < pr 64 bar, a = ± 0.02 x pr;
●
●
●
●
●
●
£
1
1
1
2
2
Manufacturing conditions
Safety valves are designed, manufactured and accepted according to ISCIR “TechnicalPrescriptions C 37 - 96”.
●
Note: The manufacturer maintains its right to make changes preserving the main characteristics.
18/8 CrNi Stainless St.
18/8 CrNi Stainless St.
18/8 CrNi Stainless St.
18/8 CrNi Stainless St.
3.5 Ni Alloy St.
Spring St.
Carbon St.
13 Cr Stainless St.
Carbon St.
18/8 CrNiMo Stainless St.
18/8 CrNi Stainless St.
18/8 CrNi Stainless St.
18/8 CrNi Stainless St.
18/8 CrNi Stainless St.
Spring St.
18/8 CrNi Stainless St.
18/8 CrNi Stainless St.
18/8 CrNiMo Stainless St.
TS 2
- 100° ... +200°CINOX 1
- 100° ... +400°C
3.5 Ni Alloy St.
18/8 CrNi Stainless St.
18/8 CrNi Stainless St.
18/8 CrNi Stainless St.
3.5 Ni Alloy St.
Spring St.
Carbon St.
13 Cr Stainless St.
Carbon St.
TS 1
- 50° ... +200°C
1
2
3
4
5
6
7
8
9
Body
Nozzle
Disc
Spindle
Bonnet
Spring
Spring Guide
Spring Adj. Screw
Cap
Carbon St.
13 Cr Stainless St.
13 Cr Stainless St.
13 Cr Stainless St.
Carbon St.
Spring St.
Carbon St.
13 Cr Stainless St.
Carbon St.
OC
- 30° ... +450°CNo. Designation
Main material selection
Table 1
Seating surfaces:inlet flange: raised face STAS 1730 - 89;outlet flange: raised face STAS 1730 - 89;
On request other types of surfaces are also available.
●
●
●
●
Set pressure range:●
●
●
0.7 ... 40 bar for safety valves PN 40;14 ... 64 bar for safety valves PN 64.
Supap` de siguran]` cu arctip P1000
Simbol de tip
Caracteristici tehnice
presiunea nominalã PN (bar): 40; 64;presiunea nominalã a racordurilor PNi/PNo (bar): 40/25; 64/25;diametrul nominal DNi/DNo (mm): 25/40; 40/50; 40/65; 50/80; 65/100;
●
●
●
●
80/125; 100/150;variante de material, temperatura de lucru, fluide de lucru.
Tipul constructiv
Supapã de siguranåã din oåel cu arc, în construcåie închisã, cu deschidere completãpentru lichide.
P 1000 - 40/25 -P 1000 - 64/25 -
DNi x d x DNoDNi x d x DNo
Variante de material, temperatura de lucru, fluide de lucru
Fluide de lucru
Lichide cu corozivitatenormalã
Lichide cu corozivitatecompatibilã cu materialele
Temperatura de lucru ( C)°
tmin
- 30
- 50
- 100
- 100
tmax
+450
+200
+ 200
+ 400
trecomandatã
- 30 ... + 450
- 50 ... - 30
- 100 ...- 50
- 100 ... + 400
OC
TS 1
TS 2
INOX 1
Variantade material
Temperatura de lucru ( C)°
20
40
40
40
40
150
37
36
36
36
250
32
33
100
40
38
38
38
200
35
34
34
34
300
30
32
400
24
30
440
14
350
27
31
420
17
450
13
64
64
64
64
59
58
58
58
51
53
64
61
61
61
56
54
54
54
48
51
38
48
2343
50
26 20
OC
TS 1
TS 2
INOX 1
OC
TS 1
TS 2
INOX 1
Varianta de materialPresiunea de lucru
PN 40
PN 64
Tip
P 1000Simbol
SSP
PN
40/25; 64/25DN
25 ... 100Temperatura de lucru
-100 °C ... +450°C
Dimensiunea de montaj, gabarit æi masã netã
25/4040/5040/6550/80
65/10080/125
100/150
25/4040/5040/6550/80
65/10080/125
100/150
262329373450530629753
261330365481524644740
120126137148170170197
125136136153175196220
105110120130150175200
110130130150170190210
1421
23.435.64879
107.5
1522.427.248.463.284
132.5
PN
40
64
CDN A BMasa(kg)
Dimensiuni funcåionale æi de legãturã
Dim
en
siu
ni
fun
cåi
on
ale
Dim
en
siu
nid
ele
gãtu
rã
IIN
TR
AR
ED imm
N
D omm
N
d1omm
d2omm
bomm
n x d3omm
bimm
d
mm1i
d
mm2i
n x d
mm3i
IEÆ
IRE
Diametrul nominal D i/D o (mm)N N
Diametrul min. de scurgere (mm)
Cursa de deschidere“hd” (mm)
25/40
15
4
177
25P 40N
P 40N
P 40N
P 40N
P 40N
P 40N
P 64N
P 64N
P 64N
P 64N
P 64N
P 64N
P 25N
115
140
85
100
4 x 14
4 x 18
33
39
40
150
110
4 x 18
18
40/50
19
5
284
40
150
170
110
125
4 x 18
4 x 22
35
42
50
165
125
4 x 18
20
40/65
24
6.4
452
40
150
170
110
125
4 x 18
4 x 22
36
43
65
185
145
8 x 8
22
50/80
30
8
707
50
165
180
125
135
4 x 18
4 x 22
38
44
80
200
160
8 x 18
24
65/100
39
10.4
1195
65
185
205
145
160
8 x 18
8 x 22
42
46
100
235
190
8 x 22
24
80/125
48
12.8
1810
80
200
215
160
170
8 x 18
8 x 22
44
48
125
270
220
8 x 26
26
100/150
60
16
2827
100
235
250
190
200
8 x 22
8 x 26
47
52
150
300
250
8 x 26
28
Secåiunea min. de scurgere “A” (mm²)
Dimensiunile de legãturã ale racordurilor de intrare æi evacuare sunt conf. STAS pentru diametrul nominal indicat.
A
BC
bo
d1i
d2i
D iN
n x d3o
n x d3i
Fig. 1
Fig. 2
Tab l 1e
Tab l 2e
SSP P 1000Tip:
➅
➆
➇
➈
➉
➄
➃
➂
➁
➀
d1i
A
d2i
n x d3i
n x d3o
DNi
bi
bo
BC
d2o
Do
N d1o
A-A
A A
Abatere a presiunii de reglare “a” bar:
pentru presiunea pr > 5 bar, a = ± 3% x pr;
Creæterea presiunii la deschidere: “b ”:
pentru presiunea pr < 3 bar, b 0.5 bar;
pentru presiunea pr 3 bar, b 10%;
Scãderea presiunii la închidere “b “:
pentru presiunea pr < 3 bar, b 0.6 bar;
pentru presiunea pr > 3 bar, 2% b 15%.
●
●
●
pentru presiunea pr < 5 bar, a = ± 0.15 bar;●
●
●
●
●
●
1
1
1
2
2
2
£
³ £
£
£ £
TS 2
- 100° ... +200°C
INOX 1
- 100° ... +400°C
TS 1
- 50° ... +200°C
1
2
3
4
5
6
7
8
9
10
OC
- 30° ... +450°CPoz. Denumirea
Coeficient de scurgere: “ ”:a
NDi/NDo 25/40 40/50 50/80 80/12540/65 65/100 100/125
a 0.6 0.6 0.6 0.650.6 0.6 0.65
Tab l 1e
Corp
Scaun
Ventil
Ghidaj tijã
Tijã
Carcasã
Arc
Ghidaj arc
Æurub reglare
Capac
Principalele materiale de execuåie
Suprafeåe de etanæare: PUflanæe intrare: STAS 1730 - 89;flanæe evacuare: STAS 1730 - 89;
●
●
●
●
La cererea beneficiarului se pot executa suprafeåe de etanæare PA2, CP2 - STAS 1730-89.
Domeniul de reglare:●
0,7 ... 40 bar la supape PN 40;14 ... 64 bar la supape PN 64.
●
●
Caracteristici funcåionale
Condiåii tehnice de execuåie
Supapele de siguranåã sunt proiectate, executate æi omologate în conformitate cu prevederileprescripåiilor tehnice ISCIR C 37 - 96.
●
Notã: Producãtorul îæi rezervã dreptul de a efectua modificãri, cu menåinerea caracteristicilor principale.
T15TiNiCr180
10TiNiCr180
10TiNiCr180
10TiNiCr180
10TiNiCr180
OTA15Ni35
51VCr11A
OL50
20Cr130
OTC20K
OTA10TiMoNiCr170
10TiNiCr180
10TiNiCr180
10TiNiCr180
10TiNiCr180
OTA10TiMoNiCr170
51VCr11A
10TiNiCr180
10TiNiCr180
OTA10TiMoNiCr170
OTA15Ni35
10TiNiCr180
10TiNiCr180
10TiNiCr180
10TiNiCr180
OTA15Ni35
51VCr11A
OL50
20Cr130
OTC20K
OTC20K
20Cr130
40Cr130
20Cr130
OTC20K
51VCr11A
OL50
20Cr130
OTC20K
20Cr130
Safety Valves Spring LoadedP1000
Nominal pressure PN (bar): 40; 64;Nominal pressure of connections PNi/PNo (bar): 40/25; 64/25;Nominal size DNi/DNo (mm): 25/40; 40/50; 40/65; 50/80; 65/100;
●
●
●
●
80/125; 100/150;Material variants; operating temperature; process media.
Steel safety relief valve;Spring-loaded, closed bonnet, full lift for liquids.
P 1000 - 40/25 -P 1000 - 64/25 -
DNi x d x DNoDNi x d x DNo
Type designation
Technical characteristics
Type of construction
Maximum allowable working pressure according to working temperature
Process media
Liquids withnormal corrosivity
Liquids withhigh corrosivity compatible
with the used materials
Operating temperatures ( C)°
tmin
- 30
- 50
- 100
- 100
tmax
+450
+200
+ 200
+ 400
trecommended
- 30 ... + 450
- 50 ... - 30
- 100 ...- 50
- 100 ... + 400
OC
TS 1
TS 2
INOX 1
Materialvariant
Process medium temperature ( C)°
20
40
40
40
40
150
37
36
36
36
250
32
33
100
40
38
38
38
200
35
34
34
34
300
30
32
400
24
30
440
14
350
27
31
420
17
450
13
64
64
64
64
59
58
58
58
51
53
64
61
61
61
56
54
54
54
48
51
38
48
2343
50
26 20
OC
TS 1
TS 2
INOX 1
OC
TS 1
TS 2
INOX 1
Material variantworking pressure
PN 40
PN 64
Type
P 1000
Symbol
SSP
PN
40/25; 64/25
DN
25 ... 100
Working Temperature
-100 °C ... +450°C
Mounting and end-to-end dimensions, net weight
25/4040/5040/6550/80
65/10080/125
100/150
25/4040/5040/6550/80
65/10080/125
100/150
262329373450530629753
261330365481524644740
120126137148170170197
125136136153175196220
105110120130150175200
110130130150170190210
1421
23.435.64879
107.5
1522.427.248.463.284
132.5
PN
40
64
CDN A BWeight
(kg)
Functional and connection dimensions
Fu
nc
tio
nal
dim
en
sio
ns
Co
nn
exi
on
dim
en
sio
ns
INLE
TD imm
N
D omm
N
d1omm
d2omm
bomm
n x d3omm
bimm
d
mm1i
d
mm2i
n x d
mm3i
OU
TLE
T
Nominal size D i/D o (mm)N N
Min. flow diameter (mm)
Discharge lift “hd” (mm)
25/40
15
4
177
25P 40N
P 40N
P 40N
P 40N
P 40N
P 40N
P 64N
P 64N
P 64N
P 64N
P 64N
P 64N
P 25N
115
140
85
100
4 x 14
4 x 18
33
39
40
150
110
4 x 18
18
40/50
19
5
284
40
150
170
110
125
4 x 18
4 x 22
35
42
50
165
125
4 x 18
20
40/65
24
6.4
452
40
150
170
110
125
4 x 18
4 x 22
36
43
65
185
145
8 x 8
22
50/80
30
8
707
50
165
180
125
135
4 x 18
4 x 22
38
44
80
200
160
8 x 18
24
65/100
39
10.4
1195
65
185
205
145
160
8 x 18
8 x 22
42
46
100
235
190
8 x 22
24
80/125
48
12.8
1810
80
200
215
160
170
8 x 18
8 x 22
44
48
125
270
220
8 x 26
26
100/150
60
16
2827
100
235
250
190
200
8 x 22
8 x 26
47
52
150
300
250
8 x 26
28
Min. flow area “A” (mm²)
The dimensions of inlet and outlet connections are according to STAS for the respective nominal size
A
BC
bo
d1i
d2i
DNi
n x d3o
n x d3i
Fig. 1
Fig. 2
Table 1
Table 2
SSP P 1000Type:
➅
➆
➇
➈
➉
➄
➃
➂
➁
➀
d1i
A
d2i
n x d3i
n x d3o
DNi
bi
bo
BC
d2o
Do
N d1o
A-A
A A
Main material selection
Functional characteristics
Set pressure tolerance “a” bar:
Overpressure “b ”:
for set pressures < 3 bar, b 0.5 bar;
for set pressures 3 bar, b 10%;
Blowdown “b “:
for set pressure < 3 bar, b 0.6 bar;
for set pressure > 3 bar, 2% b 15%.
●
●
●
for set pressures pr < 5 bar, a = ± 0.15 bar;
for set pressures pr > 5 bar, a = ± 3% x pr;
●
●
●
●
●
●
1
1
1
2
2
2
£
³ £
£
£ £
Manufacturing conditions
Safety valves are designed, manufactured and accepted according to ISCIR “TechnicalPrescriptions C 37 - 96”.
●
Note: The manufacturer maintains its right to make changes preserving the main characteristics.
18/8 CrNi Stainless St.
18/8 CrNi Stainless St.
18/8 CrNi Stainless St.
18/8 CrNi Stainless St.
3.5 Ni Alloy St.
Spring St.
Carbon St.
13 Cr Stainless St.
Carbon St.
18/8 CrNi Stainless St.
18/8 CrNiMo Stainless St.
18/8 CrNi Stainless St.
18/8 CrNi Stainless St.
18/8 CrNi Stainless St.
18/8 CrNi Stainless St.
Spring St.
18/8 CrNi Stainless St.
18/8 CrNi Stainless St.
18/8 CrNiMo Stainless St.
18/8 CrNiMo Stainless St.
TS 2
- 100° ... +200°C
INOX 1
- 100° ... +400°C
3.5 Ni Alloy St.
18/8 CrNi Stainless St.
18/8 CrNi Stainless St.
18/8 CrNi Stainless St
.
3.5 Ni Alloy St.
Spring St.
Carbon St.
13 Cr Stainless St.
Carbon St.
18/8 CrNi Stainless St.
TS 1
- 50° ... +200°C
1
2
3
4
5
6
7
8
9
10
Body
Nozzle
Disc
Spindle Guide
Spindle
Bonnet
Spring
Spring Guide
Spring Adj. Screw
Cap
Carbon St.
13 Cr Stainless St.
13 Cr Stainless St.
13 Cr Stainless St.
Stainless St.
Carbon St.
Spring St.
Carbon St.
13 Cr Stainless St.
Carbon St.
OC
- 30° ... +450°CNo. Designation
Seating surfaces:inlet flange: raised face STAS 1730 - 89;outlet flange: raised face STAS 1730 - 89;
On request: other types of surfaces are also available.
●
●
●
●
Set pressure range:●
●
●
0.7 ... 40 bar for safety valves PN 40;14 ... 64 bar for safety valves PN 64.
Discharge coeficient “ ”:a
NDi/NDo 25/40 40/50 50/80 80/12540/65 65/100 100/125
a 0.6 0.6 0.6 0.650.6 0.6 0.65
Table 1
12 100 4374 TMS
Supape de siguran]`
CUPRINS
- Supape de siguranåã cu arc Tip B 1000 Pn 40/25; 64/25 D1-4
- Supape de siguranåã cu arc Tip P1000 Pn 40/25; 64/25 D5-8
În condiåiile actuale ale dezvoltãrii industriei nu existã practic domeniufãrã procese tehnologice care necesitãsau dezvoltã presiune. Deplinasecuritate a desfãæurãrii acestor procese, protejarea mediului înconjurãtor,limitarea pierderilor tehnologice sunt astãzi de neconceput fãrã utilizareasupapelor de siguranåã.
IAIFO Zalãu produce supape de siguranåã pentru industria chimicã æipetrochimicã, energeticã, industria petrolierã, domeniul naval, etc.
Pentru presiuni de reglare de 0,7 ... 64 bar în gama de dimensiuni DN 25... DN 100, pentru gaze, vapori æi lichide æi 0,7...40 bar în gama de dimensiuniDN 25...DN 250 pentru gaze æi vapori, supapele de siguranåã sunt concepute,realizate æi garantate în conformitate cu prevederile prescripåiilor tehniceI.S.C.I.R. în vigoare.
Probele de omologare cât æi cercetãrile în domeniul perfecåionãriicontinue a caracteristicilor funcåionale se executã pe complexul de standurispecializate care asigurã posibilitãåi de verificare cu aer, apã sau abur aoricãrei supape din programul de fabricaåie.
Standurile sunt prevãzute cu un computer care asigurã înregistrarea æiprelucrarea tuturor datelor precum æi trasarea diagramelor funcåionale.
Supapele de siguranåãsunt executate în mai multe variante de materialcare asigurã funcåionarea cu fluide de corozivitate normalã ridicatã.
12 100 4374 TMS
Safety Valves
CONTENTS
- Safety Valves, Spring Loaded, Type B1000, Pn 40/25; 64/25 D1-4
- Safety Valves, Spring Loaded, Type P1000, Pn 40/25; 64/25 D5-8
Under the present conditions of industrial development there ispractically no field without processes which require or develop pressure.
The safetyness of these processes, the protection of the environment,the limiting of technological losses are unconceivable today without the useof safety valves.
IAIFO SA Zalau manufactures safety valves for the chemical,petrochemical and petroleum industries, for energetics, shipbuilding etc.
Available for set pressures of 0.7... 40 bar, in size DN 25... 250, forgases and vapors, and 0.7...64 bar for size 25...100 for gases, vapors andliquids, safety valves are designed, manufactured and guaranteed inaccordance with the ISCIR technological regulations, valid in Romania.
Type testing as well as research for the improvement of functionalcharacteristics are carried out on the special test facilities, which allow thetesting of each valve with air and steam.
The test facilities are equipped with computers in order to collect andprocess all necessary data, as well as to trace functional graphs.
Safety valves are manufactured in many material variants, thusallowing their functioning with media of high and normal corrosivity.
12 100 4374 TMS
Robinet cu sertar pan` din font`nodular`, tij` ascendent`
corp plat Pn 10 pentru Dn 40-150 æi Pn 6 pentru Dn 200-300 cu flanæe prelucrate Pn 10;corp oval Pn 10 æi Pn 16;capac cu arcadã, asamblat de corp cu æuruburi;organul de închidere: sertar panã monobloc;etanæarea secåiunii de trecere: pe scaune de etanæare aplicate sau prelucrate direct încorp æi sertar (etanæare fontã/fontã); în acest ultim caz, nici o piesã interioarã în contact cumediul de lucru nu se executã din aliaje neferoase;tija de acåionare ascendentã nerotitoare cu filet exterior;închiderea robinetelor se face prin rotirea roåii de manevrã în sensul acelor de ceasornic;poziåia de montaj - indiferentã.
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corespunde cerinåelor: DIN 3352;lungimi de construcåie: DIN 3202 partea 1, F4 pentru Pn 10; 16, Dn 40-150 æi Pn 6 Dn 200-300 (corp plat); DIN 3202 partea 1, F5 pentru Pn 10 æi Pn 16 (corp oval);flanæe de legãturã: conf. DIN 2501 partea 1, Pn 10 pentru corp plat æi Pn 10 sau Pn 16pentru corp oval;suprafaåa de etanæare la flanæe: planã cu umãr, conf. DIN 2526 tip C;presiunea de lucru funcåie de temperaturã: conf. DIN 2401 partea 2 (vezi tab. 2);încercãri, probe: conf. ISO 5208 æi DIN 3230 partea 3;etanæare principalã: bronz/bronz.
alte tipuri de etanæare: inox/ inox; fontã/ fontã; alamã/ alamã;flanæe prelucrate Pn 6 pentru Dn 200 - 300 corp plat;alte tipuri de etanæare la flanæe: conf. DIN 2512; 2513; 2514;garniturile corp - capac æi garnitura tijei: fãrã azbest.
�
�
�
�
Simbol
RSP-TA-Fc
DN
40 ... 300
PN
6; 10; 16
Temperatura de lucru
-10 C ... +200 C� �
PN
6
10
16
Presiunea nominalã Presiunea de încercareTemperatura ( C)°
120 200Presiunea max. de lucru (bar)
6 510 816 14
Rezistenåã
9
15
24
Etanæeitate
7
11
18
Utilizãri
Regim de lucru æi încercãri
Caracteristici constructive æi funcåionale
Execuåie
La cerere
Se utilizeazã ca armãturi de trecere æi închidere în instalaåiile de apã, abur, gaze,produse petroliere æi alte fluide asemãnãtoare cu acåiune corozivã slabã, exclusiv hidrogen,amestecuri de hidrogen æi hidrocarburi, medii agresive conåinând sulf, hidrogen sulfurat etc.
40506580
100125150
40506580
100125150
10; 16
6*
10; 16
16
150165185200220250285
110125145160180210240
140140180180200200200
140150170180190200210
10.013.519.524.530.544.058.0
280295355390430570600
334355435482546725770
4 x 184 x 184 x 188 x 188 x 188 x 188 x 22
4 x 184 x 184 x 188 x 188 x 188 x 188 x 22
8 x 2212 x 2212 x 22
12 x 2212 x 2612 x 26
d1DNDNTip
corpplat
corpoval
* Cu flanæe prelucrate Pn 10
d2 n x d3 D L H H1
Masaaprox.(kg)
110125145160180210240
180200200250320320320
240250270280300325350
304325365435460545610
360385445525570675770
15.019.024.336.044.068.084.0
150165185200220250285
11
10
9
8
7
6
5
4
3
2
1
Piuliåã
Roatã de manevrã
Bucæã filetatã
Æurub
Garniturã
Capac
Garniturã
Tijã
Sertar
Inele etanæare
Corp
Gr. 8
Fontã cenuæie
Alamã
Gr. 5.8
Fãrã azbest
GGG 50
Fãrã azbest
13% Cr
GGG 50
Bronz
GGG 50
Nr. Denumirea Material
Tabel 2
Tabel 1
200250300
340395445
295350400
250250300
230250270
725840910
94011001220
87.0160.0170.0
200250300
340405460
295355410
320360450
400450500
720749780
96010501110
125.0212.0272.0
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d1
d2
D
L
H H1
nxd3
�
�
11
Fig. 1
12 100 4374 TMS
Ductile Iron Gate ValvesOutside Screw & Yoke
type: bolted bonnet;body type: - flat for Pn 10; 16, Dn 40-150 and Pn 6, Dn 200-300 with flanges processed at Pn 10;
- oval for Pn 10 and Pn 16;solid wedge;rising stem, with outside screw and yoke, unrotative;the sealing surface at passage section: inserted seat rings or directly processed seat ringson body or wedge in case of cast iron/cast iron sealing;shutting-off: by rotating the handwheel in clockwise direction;mounting position: any.
�
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�
�
�
�
�
�
�
�
�
�
�
basic design: DIN 3352;
flanges connecting dimensions according to DIN 2501 part 1;flange facings: raised face according to DIN 2526 type C;pressure-temperature ratings according to DIN 2401 part 2;testing according to ISO 5208 and DIN 3230 part 3;seat rings: bronze/bronze.
face to face according to: DIN 3202 part 1, line F4 for Pn 10; 16, Dn 40-150 and Pn 6 Dn 200-300;DIN 3202 part 1, line F5 for Pn 10 æi Pn 16 (oval body);
other seat rings: - stainless steel/stainless steel main sealing;- cast iron/cast iron main sealing;- brass/brass;
with flanges processed at Pn 6 for flat body Dn 200 - 300 and Pn 10 for oval body Dn 200 - 300;other flange facings according to DIN 2512, 2513, 2514.
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Symbol
RSP-TA-Fc
DN
40 ... 300
PN
6; 10; 16
Working Temperature
-10 C ... +200 C� �
PN
6
10
16
Nominal Pressure Test pressureTemperature ( C)°
120 200Max. working pressure (bar)
6 5
10 8
16 14
Shell
9
15
24
Seat
7
11
18
Application
Service and Tests
Constructive and functional characteristics
Execution
On request
The ductile iron gate valves outside screw and yoke are used as passing or stop valvesin installations for water, steam, gas, petroleum products or for other similar fluids with lowcorrosive action, except hydrogen, hydrogen and hydrocarbons mixtures and aggressiveagents containing sulphur, hydrogen sulphide etc.
40506580
100125150
40506580
100125150
10; 16
6*
10; 16
16
150165185200220250285
110125145160180210240
140140180180200200200
140150170180190200210
10.013.519.524.530.544.058.0
280295355390430570600
334355435482546725770
4 x 184 x 184 x 188 x 188 x 188 x 188 x 22
4 x 184 x 184 x 188 x 188 x 188 x 188 x 22
8 x 2212 x 2212 x 22
12 x 2212 x 2612 x 26
d1DNDNType
Flatbody
Ovalbody
d2 n x d3 D L H H1
Weightaprox.(kg)
110125145160180210240
180200200250320320320
240250270280300325350
304325365435460545610
360385445525570675770
15.019.024.336.044.068.084.0
150165185200220250285
11
10
9
8
7
6
5
4
3
2
1
Nuts
Handwheel
Yoke sleeve
Studs
Packing
Bonnet
Gasket
Stem
Wedge
Seat ring
Body
Gr. 8
Cast iron
Brass
Gr. 5.8
Asbestos free
GGG 50
Asbestos free
13% Cr
GGG 50
Bronze
GGG 50
No. Description Material
Tab e 2l
Tabl 1e
200250300
340395445
295350400
250250300
230250270
725840910
94011001220
87.0160.0170.0
200250300
340405460
295355410
320360450
400450500
720749780
96010501110
125.0212.0272.0
�
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�
�
�
d1
d2
D
L
H H1
nxd3
�
�
11
Fig. 1
* With flanges processed at Pn 10
12 100 4374 TMS
Robinet cu sertar din font`nodular`, tij` neascendent`
Simbol
RSP-TN-Fc
DN
40 ... 300
PN
6; 10; 16
Temperatura de lucru
-10 C ... +150 C� �
PN
6
10
16
Presiunea nominalã Presiunea de încercareTemperatura ( C)°
120 150Presiunea max. de lucru (bar)
6 5
10 8
16 14
Rezistenåã
9
15
24
Etanæeitate
7
11
18
Utilizãri
Regim de lucru æi încercãri
Caracteristici constructive æi funcåionale
Execuåie
La cerere
Se utilizeazã ca armãturi de trecere æi închidere în instalaåiile de apã, abur, gaze, produsepetroliere æi alte fluide asemãnãtoare cu acåiune corozivã slabã, exclusiv hidrogen, amestecuride hidrogen æi hidrocarburi, medii agresive conåinând sulf, hidrogen sulfurat etc.
capac fixat cu æuruburi;forma corpului: - plat pentru Pn 10; 16, Dn 40-150 æi Pn 6, Dn 200-300 cu flanæe prelucrate la
Pn 10;- oval pentru Pn 10 æi Pn 16;
sertar monobloc;tijã neascendentã cu filet interior;închiderea robinetelor se face prin rotirea roåii de manevrã în sensul acelor de ceasornic;poziåia de montaj - indiferentã.
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corespunde cerinåelor: DIN 3352;
flanæe de legãturã: conf. DIN 2501 partea 1, Pn 10 pt. corp plat æi Pn 10 sau Pn 16 pt. corp oval;forma de etanæare la flanæe: conf. DIN 2526 tip C;presiunea de lucru funcåie de temperaturã: conf. DIN 2401 partea 2 (vezi tab. 2);încercãri, probe: conf. ISO 5208 æi DIN 3230 partea 3;etanæare principalã: bronz/bronz.
lungimi de construcåie: DIN 3202 partea 1, F4 pt. Pn 10; 16, Dn 40-150 æi Pn 6 Dn 200-300(corp plat);DIN 3202 partea 1, F5 pt. Pn 10 æi Pn 16 (corp oval);
alte tipuri de etanæare: - inox/ inox;- fontã/ fontã;- alamã/ alamã;
flanæe prelucrate Pn 6 pt. Dn 200 - 300 corp plat;alte tipuri de etanæare la flanæe: conf. DIN 2512; 2513; 2514;garnitura corp - capac æi garnitura tijei: fãrã azbest.
�
�
�
�
40506580
100125150
40506580
100125150
10; 16
6*
10; 16
16
150165185200220250285
110125145160180210240
140140180180200200200
140150170180190200210
9.413.419.323.328.042.050.0
260270320350380440455
4 x 184 x 184 x 188 x 188 x 188 x 188 x 22
4 x 184 x 184 x 188 x 188 x 188 x 188 x 22
8 x 2212 x 2212 x 22
12 x 2212 x 2612 x 26
d1DNDNTip
corpplat
corpoval
d2 n x d3 D L H
Masaaprox.(kg)
110125145160180210240
160180200250320320320
240250270280300325350
295315360415440455490
14.018.023.034.042.065.081.0
150165185200220250285
10
9
8
7
6
5
4
3
2
1
Roatã de manevrã
Garniturã
Capac
Æurub
Garniturã
Piuliåã
Tijã
Sertar
Inel etanæare
Corp
Fontã cenuæie
Fãrã azbest
GGG 50
Gr. 5.8
Fãrã azbest
Gr. 8
13% Cr
GGG 50
Bronz
GGG 50
Nr. Denumire Material
Tabel 2
Tabel 1
200250300
340395445
295350400
250250320
230250270
525650730
80.0150.0160.0
200250300
340405460
295355410
320360360
400450500
575720960
120.0170.0250.0
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�
d1
d2
D
L
H
nxd3
�
�
Fig. 1
* Cu flanæe prelucrate Pn 10
12 100 4374 TMS
Ductile Iron Gate ValvesNon Rising Stem
Application
Service and Tests
Constructive and functional characteristics
Execution
On request
The ductile iron gate valves with non rising stem are used as passing or stop valves ininstallations for water, steam, gas, petroleum products or for other similar fluids with lowcorrosive action, except hydrogen, hydrogen and hydrocarbons mixtures and aggressiveagents containing sulphur, hydrogen sulphide etc.
Symbol
RSP-TN-Fc
DN
40 ... 300
PN
6; 10; 16
Working Temperature
-10 C ... +200 C� �
PN
6
10
16
Nominal Pressure Test pressureTemperature ( C)°
120 200Max. working pressure (bar)
6 5
10 8
16 14
Shell
9
15
24
Seat
7
11
18
type: bolted bonnet;body type: - flat for Pn 10; 16, Dn 40-150 and Pn 6, Dn 200-300 with flanges processed at
Pn 10;- oval for Pn 10 and Pn 16;
solid wedge;non rising stem, inside screwed;the sealing surface at passage section: inserted seat rings or directly processed seat ringson body or wedge in case of cast iron/cast iron sealing;shutting-off: by rotating the handwheel in clockwise direction;mounting position: any.
�
�
�
�
�
�
�
�
�
�
�
�
�
�
basic design: DIN 3352;
flanges connecting dimensions according to DIN 2501 part 1;flange facings: raised face according to DIN 2526 type C;pressure-temperature ratings according to DIN 2401 part 2;testing according to ISO 5208 and DIN 3230 part 3;seat rings: bronze/bronze.
face to face according to: DIN 3202 part 1, line F4 for Pn 10; 16, Dn 40-150 and Pn 6 Dn 200-300;DIN 3202 part 1, line F5 for Pn 10 and Pn 16 (oval body);
other seat rings: - stainless steel/stainless steel main sealing;- cast iron/cast iron main sealing;- brass/brass;
with flanges processed at Pn 6 for flat body Dn 200 - 300 and Pn 10 for oval body Dn 200 - 300;other flange facings according to DIN 2512, 2513, 2514.
�
�
�
40506580
100125150
40506580
100125150
10; 16
6*
10; 16
16
150165185200220250285
110125145160180210240
140140180180200200200
140150170180190200210
9.413.419.323.328.042.050.0
260270320350380440455
4 x 184 x 184 x 188 x 188 x 188 x 188 x 22
4 x 184 x 184 x 188 x 188 x 188 x 188 x 22
8 x 2212 x 2212 x 22
12 x 2212 x 2612 x 26
d1DNDNType
flatbody
ovalbody
d2 n x d3 D L H
Weightaprox.(kg)
110125145160180210240
160180200250320320320
240250270280300325350
295315360415440455490
14.018.023.034.042.065.081.0
150165185200220250285
10
9
8
7
6
5
4
3
2
1
Handwheel
Packing
Bonnet
Studs
Gasket
Nuts
Stem
Wedge
Seat ring
Body
Cast iron
Asbestos free
GGG 50
Gr. 5.8
Asbestos free
Gr. 8
13% Cr
GGG 50
Bronze
GGG 50
No. Description Material
Tabl 2e
Tabl 1e
200250300
340395445
295350400
250250320
230250270
525650730
80.0150.0160.0
200250300
340405460
295355410
320360360
400450500
575720960
120.0170.0250.0
* With flanges processed at Pn 10
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�
d1
d2
D
L
H
nxd3
�
�
Fig. 1
12 100 4374 TMS
Robinet de re]inerecu clap` din font` nodular`
asamblare corp - capac cu prezoane;corp cu flanæe;organul de obturare: clapã planã;cursã liberã;poziåia de montaj - orizontalã, åinând cont de sensul de curgere indicat de sãgeata marcatã
pe corpul robinetului sau verticalã, cu sens de curgere de jos în sus.
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�
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�
�
�
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lungimi de construcåie: conf. DIN 3202 partea 1, æirul F6 pentru Pn 10; 16;flanæe de legãturã: conf. DIN 2501 partea 1;suprafaåã de etanæare flanæã: planã cu umãr conf. DIN 2526 tip C;presiunea maximã în funcåie de temperaturã: conf. DIN 2401 partea 2 (vezi tab. 2);teste, încercãri: conf. ISO 5208 æi DIN 3230 partea 3;etanæare principalã: bronz/bronz.
suprafeåe de etanæare: conf. DIN 2512, 2513, 2514;etanæare principalã: - cauciuc/alamã, numai pentru Pn 10, T = 80 C;
�
� °
- 13% Cr/ 13% Cr.
max
Simbol
RRC-Fc
DN
40 ... 200
PN
10; 16
Temperatura de lucru
-10 C ... +225 C� �
PN
6
10
Presiunea nominalã Presiunea de încercareTemperatura ( C)°
120 180 225Presiunea max. de lucru (bar)
10 8.5 7
16 13.6 12
Rezistenåã
15
24
Etanæeitate
11
18
Utilizãri
Regim de lucru æi încercãri
Caracteristici constructive æi funcåionale
Execuåie
La cerere
Se utilizeazã ca armãturi de reåinere pentru apã, abur, gaze, produse petroliere æi alte fluideasemãnãtoare cu acåiune corozivã slabã, exclusiv hidrogen, amestecuri de hidrogen æihidrocarburi, medii agresive conåinând sulf, hidrogen sulfurat etc.
40506580
100125150200
150165185200220250285340
110125145160180210240295
1820202224262626
1820202224262630
180200240260300350400500
12152028
40.267.871.2102
121520284169
72.5105
120135150170188200220285
4 x 184 x 184 x 188 x 188 x 188 x 188 x 228 x 22
4 x 184 x 184 x 188 x 188 x 188 x 188 x 22
12 x 22
d1DN d2Pn 10 Pn 10 Pn 10Pn 16 Pn 16 Pn 16
n x d3 bL H
Masa aprox. (kg)
9
8
7
6
5
4
3
2
1
Prezon
Piuliåã
Capac
Garniturã
Ax
Clapã
Braå
Inele etanæare
Corp
Gr. 5.6
Gr. 5
GGG 50
Fãrã azbest
13% Cr
GGG 50
GGG 50
Bronz/bronz
GGG 50
Nr. Denumirea Material
Tabel 2
Tabel 1
�
�
�
�
�
d1
d2
DN
L
b
H
nxd3
��
Fig. 1
Fig. 2
Detaliu pt. varianta cauciuc/alamã
12 100 4374 TMS
Ductile Iron Swing Check Valves
Simbol
RRC-Fc
DN
40 ... 200
PN
10; 16
Temperatura de lucru
-10 C ... +225 C� �
PN
6
10
Nominal Pressure Test PressureTemperature ( C)°
120 180 225Max. working pressure (bar)
10 8.5 7
16 13.6 12
Shell
15
24
Seat
11
18
Application
Service and Tests
Constructive and functional characteristics
Execution
On request
type: bolted cover;flanged ends;stopper: flat disc;free stroke;mounting position: horizontal, taking care of the flowing direction indicated by an arrowmarked on the body or in vertical position with down-up flow direction.
�
�
�
�
�
�
�
�
�
�
�
flanges dimensions according to DIN 2501 part 1;flange facings: raised face according to DIN 2526 type C;pressure-temperature ratings according to DIN 2401 part 2;testing according to ISO 5208 and DIN 3230 part 3;seat rings: bronze/bronze.
face to face according to: DIN 3202 part 1, line F6 for Pn 10; 16;
other flange facings according to DIN 2512, 2513, 2514;other trim: - rubber/ brass, only for Pn 10, T = 80 C;
- 13% Cr/ 13% Cr.
�
� °max
The ductile iron swing valves are used as check valves in installations for water, steam,gas, petroleum products and other similar fluids with low corrosive action, except hydrogen,hydrogen and hydrocarbons mixtures and aggressive agents containing sulphur,hydrogen sulphide etc.
40506580
100125150200
150165185200220250285340
110125145160180210240295
1820202224262626
1820202224262630
180200240260300350400500
12152028
40.267.871.2102
121520284169
72.5105
120135150170188200220285
4 x 184 x 184 x 188 x 188 x 188 x 188 x 228 x 22
4 x 184 x 184 x 188 x 188 x 188 x 188 x 22
12 x 22
d1DN d2Pn 10 Pn 10 Pn 10Pn 16 Pn 16 Pn 16
n x d3 bL H
Weight aprox. (kg)
9
8
7
6
5
4
3
2
1
Studs
Studs nuts
Bonnet
Gasket
Arm pin
Disc
Arm
Seat ring
Body
Gr. 5.6
Gr. 5
GGG 50
Asbestos free
13% Cr
GGG 50
GGG 50
Bronze/bronze
GGG 50
No. Description Material
Tabl 2e
Tabl 1e
�
�
�
�
�
d1
d2
DN
L
b
H
nxd3
��
Fig. 1
Fig. 2
Detail for rubber/brass sealing
1. Scop
2. Domeniul de aplicare
3. Depozitarea arm`turilor
4. Montajul arm`turilor
5. Exploatarea arm`turilor
Scopul prezentelor instruc]iuni este de a ar`ta modul de depozitare, montare,exploatare [i între]inere la beneficiar a arm`turilor executate [i livrate de c`tre S.C.IAIFO S.A. Za`u, cu excep]ia celor pentru care exist` instruc]iuni specifice.
Instruc]iunile se aplic` pentru toate arm`turile fabricate de S.C. IAIFO S.A. Zal`u.
3.1. Beneficiarul are obliga]ia de a asigura spa]ii de depozitare adecvate pentruarm`turi, spa]ii în care acestea s` poat` fi dezasamblate [i a[ezate corect în pozi]ia încare au fost ambalate (cu roata de manevr` în sus) într-un singur rând sau pe rafturi. Îndepozite, manevrarea se va efectua cu mijloace adecvate pentru a evita lovirile,[ocurile, r`sturn`rile care pot afecta calitatea [i integritatea produselor. Depozitele vorasigura condi]iile necesare pentru evitarea expunerii arm`turilor la praf, ploaie, vânt,z`pad` sau înghe].3.2. Pe durata depozit`rii se vor men]ine mijloacele de protec]ie asigurate de furnizor(capace de plastic pe flan[ele laterale, banderole pe tije, s`cule]i cu silicagel, etc.)
4.1. Înainte de începerea montajului, beneficiarul are obliga]ia de a verifica dac`arm`tura care urmeaz` a fi montat` corespunde prescrip]iilor tehnice ale proiectuluide montaj (diametru, presiune, temperatur` [i material) [i de a efectua o cur`]aregeneral` a suprafe]elor de etan[are ale flan[elor de leg`tur` [i a circuitului mediului delucru, îndep`rtându-se eventualele depuneri de n`mol, nisip, pic`turi de sudur`,rugin`, piatr`, etc. Cur`]irea se realizeaz` cu ap`, aer comprimat, etc.4.2. La montajul arm`turilor se va verifica alinierea tronsoanelor de conduct`,paralelismul flan[elor, distan]a dintre acestea, dimensiunile de leg`tur` [ipozi]ionarea acestora. Se atrage aten]ia în mod special c` arm`turile din font` nupreiau dezax`ri. Încerc`rile de preluare a dezax`rilor pot determina deform`ri care s`afecteze etan[eitatea [i, de cele mai multe ori, ruperi care determin` distrugereaarm`turii. În acest scop se vor sprijini provizoriu conductele care nu au supor]ii lordefinitivi, iar pe por]iunile orizontale ale conductei se vor monta compensatori.4.3. Montarea robinetelor se execut` cu organul de închidere în pozi]ia închis.4.4. Pentru acele arm`turi pentru care sensul de trecere al fluidului de lucru nu esteindiferent, se va respecta indica]ia s`ge]ii de sens.4.5. Strângerea [uruburilor la flan[e se execut` în cruce [i în mod uniform. Strângerea[uruburilor trebuie s` asigure etan[eitatea, dar trebuie evitat` supratensionarea, (înmod deosebit la flan[ele din font`). În acest scop se recomand` controlul strângerii cuchei dinamometrice.
5.1. Dup` montarea arm`turilor în instala]ie, întreaga instala]ie sau tronson se supununei încerc`ri hidraulice de rezisten]`. La efectuarea încerc`rii, arm`turile vor avea
Instruc]iuni de lucru pentru
depozitarea, montajul, exploatarea
[i între]inerea
la beneficiar a arm`turilor
5.2. Încercarea hidraulic` de rezisten]` se efectueaz` la presiunea stabilit` de proiectantulinstala]iei. Înaintea acestei încerc`ri se strâng piuli]ele presetupei. Piuli]ele presetupei sestrâng ori de câte ori este necesar [i dup` darea în exploatare a instala]iei.5.3. Deschiderea [i închiderea robinetelor se realizeaz` prin aplicarea unei for]e normale,corespunz`toare unui om cu putere medie. Utilizarea unor mijloace auxiliare pentrusuplimentarea for]ei (pârghii , prelungitoare, etc.) este interzi`.5.4. Manevrele trebuie s` se fac` încet, pentru a evita solicitarea conductelor, a pieselor deleg`tur` [i a supunerii la [ocuri hidraulice.5.5. Dup` realizarea montajului [i a încerc`rilor de rezisten]` hidraulic`, instala]iile se vorvopsi conform cerin]elor proiectului de instala]ie. Arm`turile pot fi revopsite, dar furnizorulle livreazã conform specificaåiilor contractuale [i cerin]elor în domeniu.
6.1. Pentru asigurarea func]ionãrii f`r` deranjamente a arm`turilor, se vor efectua periodiccontroale asupra func]ion`rii. La interval minim de o lun` se va efectua o manevr` închis -deschis. La demontarea din instala]ie, în vederea între]inerii sau repara]iei, se va îndep`rtapresiunea din conduct` sau recipient. Demontarea [i montarea se vor face numai de c`trepersonal instruit în acest scop.6.2. Arm`turile prev`zute cu ung`toare se vor gresa prin ung`tor înainte de montaj [i întimpul func]ion`rii în instala]ie, periodic, iar intervalele de timp se stabilesc în func]ie denum`rul de manevre [i temperatura de lucru. Dacã num`rul de manevre este mic,gresarea se va repeta dup` un interval de timp de maxim 3 luni.Dac` num`rul de manevre este mare, gresarea se va repeta dup` un num`r de manevrede maxim 100.6.3. Arm`turile montate la cap`t de conduct` vor fi protejate la capãtul liber cu capace deprotec]ie din material plastic ce se îndep`rteaz` în timpul func]ion`rii [i se aplic` din noudup` închidere.
7.1. În condi]iile respect`rii instruc]iunilor de mai sus, S.C. IAIFO S.A. Zal`u garanteaz`buna func]ionare a arm`turilor pe o perioad` de 12 luni de la punerea în func]iune, dar numai mult de 18 luni de la livrarea de la produc`tor.7.2. Defectele [i deranjamentele ap`rute în perioada de garan]ie vor fi aduse la cuno[tin]afurnizorului care prin unitatea de Service le va rezolva pe cheltuiala sa.7.3. Defectele [i deranjamentele care apar dup` expirarea perioadei de garan]ie [i nu pot firemediate de c`tre beneficiar, vor fi aduse la cuno[tin]a furnizorului care le va rezolvacontra cost.7.4. Furnizorul î[i declin` r`spunderea pentru defecte [i deranjamente ap`rute în urmadepozit`rii, mont`rii sau între]inerii incorecte.
La darea în exploatare beneficiarul are obliga]ia de a redacta [i afi[a instruc]iuni deTehnica Securit`]ii [i Protec]ia Muncii.
6. Între]inerea arm`turilor
7. Garan]ii.
8. Norme de protec]ia muncii
- End flanges sealing surfaces and bores have to be protected with some coversmade by plastics, wood or carton, to avoid the appearance of sand and otherimpurities at the seat ring surfaces.
- The valves will be fixed on the pallets to assure a good safety during transportation.- It is necessary to keep the valves in clean places especially made for this purpose, in
order to avoid the wind blowing, fire, rain, snow or frost.- It is necessary to check if the valves which will be mounted are in accordance with the
design (diameter, temperature, pressure, material etc.).- A generally cleaning of the end flanges sealing surfaces and of the work place circuit
(valves, pipes, tanks etc.) has to be made by removing the deposits, sand, mud,welding drops, rust, stone etc. The cleaning is made with water and compressed air.
- The alignment of pipe section, the flange parallelism and distance between flangesand the bore dimensions (the holes for studs - dimensionally and position) have tobe checked. Do not consider that the cast iron valves could take over themisalignments (it could appear deformations which generate sealing defects, bodycracks etc.). For this reason the pipes which do not have their own supports, will betemporarily supported and on the horizontal parts of the pipes will be mounteddilation compensators.
- Mounting of the valves is made with the handwheel in "CLOSED" position.- It is necessary to realize an uniform tightness of the screws and repeat it in different
positions of the flange (in cross). As possible, the tightness has to be checked byusing the torque wrench.
- Before putting into operation pipes together with the valves already mounted arehydraulic tested for pressure resistance. For this test, the valves have to be in"OPEN" position.
- Opening and closing of the valves has to be made applying a normal stress to thehandwheel, wrench etc., which usually correspond to medium-man strength. Forthese operations it is forbidden to use some auxiliary tools that would produce asupplementary force.
- These closing operations have to be done slowly to avoid the hydraulic shocks ofthe pipes and of the valves.
- To assure a proper working of the valve there has to be made a periodically control ata period of time previously established (one per month). Operating, maintenanceand repairs will be made only by a trained personnel.
- When putting into operation, the customer will write down the safety and protectioninstructions and will display these instructions in a visible place.
Directions of transportation,
storage, mounting,
operation and maintenance