Vanessa Rotary Process Valves, Figure 30,000 (Cryogenic)

Transcription

Triple Offset Valves, Series 30,000
Cryogenic and High Temperature Configurations
VANESSA
Vanessa fully metal-to-metal torque seated design
ensures superior sealing performance from cryogenic to
high temperatures.
Features
• Valve design, including the extended bonnet,
enables pipe insulation of the body
• The actuator remains protected from the
extremely low/high line temperature
• Operability is not affected by temperature
• Type Approval Tested (TAT) BS 6364 to
Shell MESC SPE 77/300 (formerly SPEC
no. T.2.973.870) up to ANSI class 900
• Production test BS 6364 to customer
specifications, incl. Shell MESC SPE 77/200
• In-house testing in the fully equipped
facilities at Vanessa plant (sizes up to 140”)
• The fully metal-to-metal torque seated
design eliminates unpredictability related
to the use of polymers in cryogenic
configuration
• Cryogenic buttweld body style also available
with top entry flange for inline access
requirements
General applications
Cryogenic valves
Isolation, flow & pressure control, ON-OFF,
emergency/safety operations, HIPPS, major
equipment protective function (including:
turbine expander, pump and compressor)
in: LNG plants, carriers & terminals, air
separation, gas treatment (e.g. molecular
sieve), hydrocarbon cryogenic distillation,
aerospace.
Fluids: Liquid propane, oxygen, liquid
nitrogen, liquid hydrogen, glycol, ethylene
glycol, ethylene.
High temperature valves
Isolation, flow & pressure control, ON-OFF,
switching, emergency/safety operations,
HIPPS, major equipment protective function
(including: turbo expander and gas turbine)
in: heat exchanger, fuel cell, FCC (Fluid
Catalytic Cracking), RFCC (Residue Fluid
Catalytic Cracking), TRT (Top pressure
Recovery Turbine), coal gasification, coal
chemical, fertilizer plant, power plant, gas
turbine, steam turbine, steel plant, solar
power plant, aerospace.
Fluids: Super-heated steam, flue gas,
exhaust gas, syngas, molten salt, coke oven
gas, blast furnace gas, coal gas, combustion
gas, HTF (Heat Transfer Fluid), hot air.
www.pentair.com/valves
Technical data
Design standards
Flange drilling
Sizes
Face to face
Pressure ratings
Temperature range
: API 609 & EN 593; ASME B16.34 & EN 12516
: ASME B16.5; ASME B16.47; EN 1092-1; ISO 7005
: from 80 to 1800 mm (3” to 72”)
: ISO 5752; EN 558; ASME B16.10; API 609
: ASME from class 150 to 900; EN from PN 10 to PN 160
: from -254°C to +250°C (-425.2°F to +482°F)
from +450°C to +815°C (+842°F to +1500°F)
Pentair Vanessa reserves the right to change the contents without notice
VANSB-0013-EN-1305
Cryogenic Configuration - Sectional drawing and material selection
Materials selection
ASTM A351 CF8M /
1b
2a
q
2b
2c
3a
l
3b
l
4a
4b
4c
4d
5a
l
5b
5c
5d
5e
5f
5h
G
5m G
5n G
6a
6b
6c
l
7a
7b
7c
8a
8b
9a
9b
10a
q
10b
10c
10d
Body
EN 10213 1.4408
Weld surfacing on seat
Cast disc or
forge disc
Retainer flange Retainer flange screw
Solid seal ring
Disc gasket
Shaft
Disc key
Locating nut
Locating bolt
Packing
Spacer
Packing bushing
Stud nut Stud bolts Packing flange Lantern ring (Bearing & packing flushing option)
Plug (Bearing & packing flushing option)
Belleville spring (Live loaded packing option)
Bottom flange Screw
Bottom spiral wound gasket
Thrust bearing
Thrust bearing washer
Key or ring
Bearing
Bearing protector
Bracket
Screw
Bonnet
Bonnet bearing
Screw Bonnet spiral wound gasket
Stellite® gr.21
ASTM A351 CF8M /
EN 10213 1.4408 or
ASTM A182 Type F316 /
EN 10222-5 1.4401
UNS S31600
ISO 3506 A4 (AISI 316)
UNS S20910 (Nitronic 50 ®)
hard faced
UNS S31600 + Graphite
ASTM A479 Type XM19
(Nitronic 50 ®)
UNS S20910
UNS S31600
ISO 3506 A4 (AISI 316) or
UNS N10276
Graphite
UNS S31600
UNS S31600
ISO 3506 A4 (AISI 316)
ISO 3506 A4 (AISI 316)
ASTM A240 Type 316
UNS S31600
10
10a
Bonnet
1a
9a
9b
5
10b
10c
10
10d
1
3
4
4b
2
4a
Shaft
Material
Bracket
9
Item Note Description
8
4c
4d
7
6
2a
2c
1a
2b
3a
1b
3b
UNS S31600
Stainless steel or
spring steel nickel plated
ASTM A240 Type 316
ISO 3506 A4 (AISI 316)
UNS S31600 hard faced
UNS S31600
Reinforced graphite
Carbon steel
Alloy steel PTFE coated
ASTM A351 CF8M /
EN 10213 1.4408
ISO 3506 A4 (AISI 316)
Notes
Vanessa Series 30,000 triple offset valves in
cryogenic configuration can be manufactured
in the following valve body materials:
austenitic stainless steel e.g. CF8M, 1.4408,
CF8, CF3M, CF3, CF8C; high alloy austenitic
stainless steel e.g. 6Mo (CN3MN); Incoloy,
Hastelloy, Inconel.
Valve bodies fabricated from forged steel are
also available.
5e
5d
5f
6c
5c
6a
6b
Bottom
Seal
3
5a
5b
5n
Packing
5
6
qMaterial selection depends on valve size
lSuggested spare parts
GOptions available upon request
Disc
2
5m
5
4a
7b
7
7a
5a
5m
Packing (optional)
7c
Thrust bearing
5h
8b
8
8a
Bushing
Notes relevant to cryogenic configuration (pages 4-5-6)
•
•
•
All dimensions are in millimeters and weights are in kilograms.
Total kg indicates the sum of valve and manual gear weights.
Trim A: Δp max. 10 bar
Trim B: Δp max. 25 bar
Trim C: Δp max. 52 bar
Trim D: Δp max. 110 bar
Trim E: Δp max. 160 bar at ambient temperature
• Drawings and dimensional tables illustrated on this datasheet represent just a selection
from Vanessa’s much wider product range.
• Sectional drawings and dimensional tables on this datasheet refer to valves with gears,
but all Vanessa valves are suitable for operation with all kinds of quarter turn actuators
(pneumatic, hydraulic, electric, etc.)
• For liquid cryogenic applications, vertical shaft (or inclined from vertical) is suggested to
allow the vapour space formation into the bonnet.
page 2
High temperature configuration - Sectional drawing and material selection
Materials selection
9a
9b
Bracket
9
5
10a
10
10b
2a
2c
5f
6
4b
1a
2b
5a
6a
Bottom
6b
5m
8
4a
1b
3
5b
5n
5
4a
7b
7
7a
7
4c
6
4d
Shaft
4
Packing
5
6c
5c
2
10d
Disc
2
5d
3
Bonnet
10
5e
10c
1
3b
3a
Seal
5a
5h
5m
Packing (optional)
7c
Thrust bearing
8b
8
8a
Item Note Description
Material
1a
Body
ASTM A351 CF8M /
EN 10213 1.4408
Weld surfacing on seat
Cast disc or
forge disc
Retainer flange Retainer flange screw
Solid seal ring
Disc spiral wound gasket
Shaft
Disc key
Locating nut
Locating bolt
Packing
Spacer
Packing bushing
Stud nut Stud bolts Packing flange Lantern ring (Bearing & packing flushing option)
Plug (Bearing & packing flushing option)
Belleville spring (Live loaded packing option)
Bottom flange Screw
Bottom spiral wound gasket
Thrust bearing
Thrust bearing washer
Key or ring
Bearing
Bearing protector
Bracket
Screw
Bonnet
Bonnet bearing
Screw Bonnet spiral wound gasket
Stellite® gr.21
ASTM A351 CF8M /
EN 10213 1.4408 or
ASTM A182 Type F316 /
EN 10222-5 1.4401
UNS S31600
ASTM F468 UNS N10276
UNS S20910 (Nitronic 50 ®)
hard faced
ASTM A479 Type XM19
(Nitronic 50 ®)
UNS S20910
UNS S31600
Graphite
UNS S31600
UNS S31600
ISO 3506 A4 (AISI 316)
ISO 3506 A4 (AISI 316)
ASTM A240 Type 316
UNS S31600
1b
2a
q
2b
2c
3a
l
3b
l
4a
4b
4c
4d
5a
l
5b
5c
5d
5e
5f
5h
G
5m G
5n G
6a
6b
6c
l
7a
7b
7c
8a
8b
9a
9b
10a
q
10b
10c
10d
UNS S31600
Stainless steel or
spring steel nickel plated
ASTM A240 Type 316
Stellite® gr.6
Stellite® gr.6
UNS S31600
Stellite® gr.6
Reinforced graphite
Carbon steel
Alloy steel PTFE coated
ASTM A351 CF8M /
EN 10213 1.4408
Bushing
Notes
qMaterial selection depends on valve size
lSuggested spare parts
GOptions available upon request
Notes relevant to high temperature configuration (pages 7-8-9)
•
•
•
All dimensions are in millimeters and weights are in kilograms.
Total kg indicates the sum of valve and manual gear weights.
Trim A: Δp max. 10 bar
Trim B: Δp max. 25 bar
Trim C: Δp max. 52 bar
Trim D: Δp max. 110 bar
Trim E: Δp max. 160 bar At ambient temperature
• Drawings and dimensional tables illustrated on this datasheet represent just a selection
from Vanessa’s much wider product range.
• Sectional drawings and dimensional tables on this datasheet refer to valves with gears,
but all Vanessa valves are suitable for operation with all kinds of quarter turn actuators
(pneumatic, hydraulic, electric, etc.)
• Suggested orientation is with the valve shaft horizontal or inclined from vertical.
Vanessa Series 30,000 triple offset valves
in high temperature configuration can be
manufactured in the following valve body
materials: high temperature alloy steel e.g.
WC6, WC9, C5, C12; austenitic stainless steel
e.g. CF8M, 1.4408, CF8, CF8C; Hastelloy,
Inconel.
Valve bodies fabricated from forged steel are
also available.
page 3
Cryogenic valve configuration - Dimensions and weights
ASME Class 150
Design Code ASME B16.5 Class 150 - Trim B
Double Flanged - face to face ISO 5752 Basic Series 13
Valve
Total
mminch A
B
C
L
FT
ØV
kg
kg
ØV
B
Design Code ASME B16.47 Series A Class 150 - Trim B
ØV
ØV
987
1320
1345
1973
2535
2925
3945
4920
5530
6747
FT
FT
L
L
FT
Face to face
N
L
Valve
Total
mminch A
B
C
L
N
ØV
kg
kg
590
620
710
775
865
942
1077
1120
1155
1215
1295
125
141
165
214
243
286
312
350
383
407
484
548 578 668 724 814 889 1024 1050 1085 1145 1200 180
190
210
230
250
270
290
310
330
350
390
up to
up to
up to
up to
up to
up to
up to
up to
up to
up to
up to
80
80
80
60
40
40
40
40
40
40
40
125
125
125
300
300
500
500
600
600
700
300
25
34
42
55
74
110
138
165
194
252
357
32
41
49
66
85
123
151
195
224
282
403
A
X
A
B
B
A
A
C
ØV
ØV
Pipe Valve
ØV
End to end
L
L
Please see notes on page 2
A
B
B
N
LN
L Face to face
N
Design Code ASME B16.34L Class 150 - Trim B
L
C
X
3
4
6
8
10
12
14
16
18
20
24
A
A
X
80
100
150
200
250
300
350
400
450
500
600
C
C
X
Buttweld - end to end ISO 5752 Basic Series 14
ApplicableValveTotal
mminch A
B
C
L
SCH ØVkg kg
ØV
ØV
C
B
26
31
40
60
78
124
160
228
274
356
507
C
A
A
B
19
24
33
49
67
111
147
198
244
326
461
C
125
125
125
300
300
500
500
600
600
700
300
C
20
24
26
28
32
38
44
49
55
63
78
C
C C
48
54
57
64
71
81
92
102
114
127
154
C
548
578
668
724
814
889
1024
1050
1085
1145
1200
C
125
141
165
214
243
286
312
350
383
407
484
A
A
C
590
620
710
775
865
942
1077
1120
1155
1215
1295
A
A
ØV
ØV
Pipe thickness
3
4
6
8
10
12
14
16
18
20
24
C
C
Design Code ASME B16.5 Class
150 - Trim B
L
Lug - face to face API 609 Class 150
80
100
150
200
250
300
350
400
450
500
600
A
ØV
ØV
A
822
1155
1180
1801
2245
2635
3510
4485
4885
6102
A
820
820
820
680
680
680
680
680
820
820
B
69.9
73.1
79.4
88.9
88.9
95.3
106.4
119.1
122.3
130.2
C
292
318
318
330
410
410
470
530
530
600
C
1343
1463
1463
1612
1736
1736
1930
2000
2053
2328
C
556
611
611
736
801
801
941
1060
1060
1078
C
C
1450
1570
1570
1705
1835
1835
2057
2127
2245
2520
C
A
28
30
32
36
40
42
48
54
56
60
A
FT
Face to face
L
Valve
Total
mminch A
B
C
L
FT
ØV
kg
kg
700
750
800
900
1000
1050
1200
1350
1400
1500
C
A
43
59
72
114
154
206
243
328
395
481
690
B
36
52
65
103
143
193
230
298
365
451
644
B
125
125
125
300
300
500
500
600
600
700
300
B
22.3
22.3
23.9
27
28.6
30.2
33.4
35
38.1
41.3
46.1
A
114
127
140
152
165
178
190
216
222
229
267
A
548
578
668
724
814
889
1024
1050
1085
1145
1200
A
125
141
165
214
243
286
312
350
383
407
484
A
590
620
710
775
865
942
1077
1120
1155
1215
1295
L
page 4
A
B
3
4
6
8
10
12
14
16
18
20
24
C
80
100
150
200
250
300
350
400
450
500
600
Design Code ASME B16.5 Class 300 - Trim C
Valve
Total
mminch A
B
C
L
FT
ØV
kg
kg
80 C 3
590
125
548ØV 114
27
125
41
48
A
B
52
92
140
199
265
357
478
563
694
1036
59
103
153
212
295
387
524
610
741
1201
30
60
75
30
15
30
60
75
15
30
45
A
A
CLOSE
CHIUDE
90° ±6°
13
140Kgm
OPEN
APERTO
OV100-C Ø40
ROTATION
ROTAZIONE
TURNS No.
N. DI GIRI
MAX TORQUE
COPPIA MAX
45
KEYSTONE VANESSA Srl
CODICE TARGHETTA 08 100 020
vanessa
ACTUATOR TYPE
ATTUATORE TIPO
CLOSED
CHIUSO
CLOSE
CHIUDE
90° ±6°
13
OPEN
APERTO
140Kgm
OV100-C Ø40
ROTATION
ROTAZIONE
TURNS No.
N. DI GIRI
MAX TORQUE
COPPIA MAX
45
B
15
vanessa
ACTUATOR TYPE
ATTUATORE TIPO
60
75
CLOSED
CLOSE
CHIUDE
90° ±6°
13
OPEN
APERTO
140Kgm
OV100-C Ø40
ROTATION
ROTAZIONE
TURNS No.
N. DI GIRI
MAX TORQUE
COPPIA MAX
45
A
15
vanessa
ACTUATOR TYPE
ATTUATORE TIPO
A
125
300
500
500
600
700
300
500
500
820
CLOSED
CHIUSO
C
30.2
35
39.7
46.1
49.3
52.4
55.6
58.8
62
68.3
CLOSED
CHIUSO
C
CLOSE
CHIUDE
90° ±6°
13
C
60
75
OPEN
APERTO
140Kgm
OV100-C Ø40
ROTATION
ROTAZIONE
TURNS No.
N. DI GIRI
MAX TORQUE
COPPIA MAX
45
C
30
C
15
127
140
152
165
178
190
216FT
L 222
229
267
Double
Flanged - face to face
ØV ISO 5752 Basic Series 13
C
ØV
C
Valve
Total
mminch A
B
C
L
FT
ØV
kg
kg
700 C 28 1535
617
1442ØV 292
84.2
680 1557 1729
C
ØV
750 30 1705
671
1606
318
90.5
680
1941 2231
800 32 1705
671
1606
318
96.9
680
2011 2301
900 36
1917
801
1790
330
103
680 2730 3165
1000 40
1917
801
1790
410
113
680 2540 2975
FT
1050 42 1982 900
1855
410FT 117
680 3265 3700
A
B
L
1200A 48 2192B 991
1993 L 470
132
820 4260 5055
1350 54 2619 1190
2387N 530FT 151
1400 6150 7095
A 56 2619BB 1190
1400A
2387 L L 530
152
1400 6450 7395
ØV
ØV
ØV
ØV
578
689
764
854
895
1050
1085
1170
1210
1333
Design Code ASME B16.47 Series A Class 300 - Trim C
141
189
236
272
310
335
389
422
461
531
vanessa
FT
Face to face
620
740
817
907
965
1120
1180
1265 B
1305
1440
ACTUATOR TYPE
ATTUATORE TIPO
100 4
150 6
200 8
250 10
300 12
350 14
400 16
450A 18
500 20
600 24
CLOSED
CHIUSO
ØV
L
ASME Class 300
60
75
B
OPEN
B
FT
Face to face
N
300 - Trim C
L
Valve
Total
C
ØV
mminch
A
B
CØV L
N
ØV
kg
kg
C
15
vanessa
30
45
60
75
OPEN
APERTO
15
30
45
vanessa
60
OPEN
APERTO
75
CLOSED
CHIUSO
A
A
B
B
X
A
A
C
B
B
A
X
X
X
CLOSED
CHIUSO
60
75
OPEN
APERTO
A
578 ØV
689
764 854 895 1050 1085L
L
1170 1210 L
1333 45
141
189
236
272
310
335
389
422
461
531
30
620
740
817
907
965
1120
B
1180
B
1265
1305
B
1440
15
100 4
150 C 6
200 8
250 10
300 12
350 14
A 16
400
A
450 18
500 20
A
600 24
CLOSED
CHIUSO
C
48
54
59
73
83
92
117
133
149
159
181
20
24
26
32
37
39
60
65
73
72
82
125
125
300
500
500
600
700
300
500
500
820
24
29
53
76
101
149
291
358
523
588
919
31
36
64
89
114
179
321
404
570
635
1084
vanessa
A
60
75
OPEN
APERTO
B
45
B
30
B
CLOSED
CHIUSO
15
vanessa
C C
60
75
OPEN
C
45
C
15
30
C
60
75
OPEN
Pipe thickness
15
45
L
30
End to end
L
60
75
OPEN
L
45
Pipe Valve
548
578 ØV
ØV
689
764
854
N
895
LN
1050
L
1085
N
1170
L
1210
L
1333
ApplicableValve Total
mminch
A
B
C
L
SCH ØVkg kg
ØV
C
ØV 180 up to 80 125
80 C 3
125 548
590
27
34
ØV
ØV
ØV
125
141
189
236
272
310
335
B
1180
389
1265
422
B
1305
461
B
1440
531
30
N
LN
L Face to face
N
Design Code ASME B16.34L Class 300 - Trim C
L
590
620
740
817
907
965
1120B
15
ØV
ØV
80 3
100 C 4
150 C 6
200 8
250 10
300 12
A 14
350
A
400 16
450 18
A
500 20
A
600 24
CLOSED
ØV
ØV
CLOSED
L
B
L
CLOSED
L
FT
FT
190
210
230
250
270
290
310
330
350
390
up to
up to
up to
up to
up to
up to
up to
up to
up to
up to
80
80
80
80
80
60
40
40
40
40
125
300
500
500
600
700
300
500
500
820
37
46
76
98
139
205
254
381
444
634
44
57
89
111
169
235
300
428
491
799
page 5
ASME Class 600 & 900
Design Code ASME B16.5 Class 600 - Trim D
Valve
Total
mminch A
B
C
L
FT
ØV
kg
kg
ØV
B
Design Code ASME B16.5 Class 900 - Trim E
55.6
63.5
69.9
79.4
85.8
88.9
101.6
108
139.7
500
700
500
820
680
680
680
680
680
199
331
512
709
922
1170
1480
2020
3245
212
361
559
874
1094
1342
1770
2455
3680
FT
Face to face
N
39
96
163
237
411
430
544
822
995
1611
50
109
193
283
458
595
709
994
1285
1901
ØV
ØV
FT
FT
L
L
C
C
A
A
A
A
A
N
L Face to face
N
900 - Trim E
L
L
B
300
500
600
300
500
820
820
680
680
680
C
C
C
B
29
38
52.5
60
71.5
68
84
92
101
102
C C
64
78
102
117
140
155
178
200
216
232
C
587
769
800
915
1010
1158
1228
1245
1401
1491
C C
185
216
265
315
362
390
440
460
526
623
A
A
X
ØV
ØV
ØV
Valve
Total
mminch A
B
C
L
N
ØV
kg
kg
638
822
870
1010
1105
1265
1335
1338
1500
1590
A
FT
600 - Trim D
L
4
6
8
10
12
14
16
18
20
24
C
C
L
L
100
150
200
250
300
350
400
450
500
600
ØV
ØV
A
225
275
325
375
425
475
500
575
675
B
754
840
985
1103
1235
1292
1326
1460
1620
C
226
277
337
401
456
492
510
590
673
C
C
807
910
1080
1210
1328
1385
1425
1587
1747
ØV
C
6
8
10
12
14
16
18
20
24
A
FT
Face to face
L
Valve
Total
mminch A
B
C
L
FT
ØV
kg
kg
150
200
250
300
350
400
450
500
600
C
A
94
159
263
405
551
742
965
1130
1561
2107
A
83
146
233
359
504
577
800
958
1271
1817
A
300
500
600
300
500
820
820
680
680
680
B
38.1
47.7
55.6
63.5
66.7
69.9
76.2
82.5
88.9
101.6
B
190
210
230
250
270
290
310
330
350
390
A A
587
769
800
915
1010
1158
1228
1245
1401
1491
A
185
216
265
315
362
390
440
460
526
623
B AB A
638
822
870
1010
1105
1265
1335
1338
1500
1590
B
4
6
8
10
12
14
16
18
20
24
C
100
150
200
250
300
350
400
450
500
600
134
296
379
569
1033
1243
1666
2488
147
326
426
734
1205
1533
2101
2923
ØV
C
X
500
700
500
820
680
680
680
680
X
52.5
70
77.5
89
117
122
150
175
A A
105
140
155
178
241
244
300
350
A
754
840
985
1103
1292
1326
1460
1620
A
A
A
B B
226
277
337
401
492
510
590
673
N
LN
L Face to face
B
807
910
1080
1210
1385
1425
1587
1747
C C C
6
8
10
12
16
18
20
24
C
C
C
C
150
200
250
300
400
450
500
600
ØV
ØV
ØV
A
Lug - face to face Vanessa Standard
Valve
Total
mminch A
B
C
L
N
ØV
kg
kg
L
210
230
250
270
290
310
330
350
390
up to
up to
up to
up to
up to
up to
up to
up to
up to
80
100
100
100
100
80
80
80
80
500
600
300
500
820
820
680
680
680
87
138
201
279
330
535
650
771
1045
100
168
247
326
495
700
822
1061
1335
C
C
ØV
ØV
Pipe Valve
page 6
L
L
End to end
X X
769 800 915 1010 1158 1228 1245 1401 1491 B B
216
265
315
362
390
440
460
526
623
C C
822
870
1010
1105
1265
1335
1338
1500
1590
Pipe thickness
6
8
10
12
14
16
18
20
24
A A
Applicable
ValveTotal
mminch A
B
C
L
SCH ØVkg kg
150
200
250
300
350
400
450
500
600
A
B
L
A
A
High Temperature valve configuration - Dimensions and weights
ASME Class 150
Valve
Total
mminch A
B
C
L
FT
ØV
kg
kg
ØV
15
30
60
75
CLOSE
CHIUDE
90° ±6°
13
OPEN
APERTO
140Kgm
OV100-C Ø40
ROTATION
ROTAZIONE
TURNS No.
N. DI GIRI
MAX TORQUE
COPPIA MAX
45
vanessa
ACTUATOR TYPE
ATTUATORE TIPO
A
CLOSED
CHIUSO
C
B
FT
Face to face
L
Design Code ASME B16.47 Series A Class 150 - Trim B
ØV
ØV
C
C
ØV
ØV
15
30
15
30
60
15
30
CLOSE
CHIUDE
60
75
CLOSED
15
CLOSE
CHIUDE
90° ±6°
13
140Kgm
OPEN
APERTO
OV100-C Ø40
ROTATION
ROTAZIONE
TURNS No.
N. DI GIRI
MAX TORQUE
COPPIA MAX
45
vanessa
ACTUATOR TYPE
ATTUATORE TIPO
CLOSED
CHIUSO
CLOSE
CHIUDE
90° ±6°
13
OPEN
APERTO
140Kgm
OV100-C Ø40
ROTATION
ROTAZIONE
TURNS No.
N. DI GIRI
MAX TORQUE
COPPIA MAX
45
vanessa
ACTUATOR TYPE
ATTUATORE TIPO
CLOSED
CHIUSO
90° ±6°
13
OPEN
APERTO
140Kgm
OV100-C Ø40
ROTATION
ROTAZIONE
TURNS No.
N. DI GIRI
MAX TORQUE
COPPIA MAX
45
vanessa
ACTUATOR TYPE
ATTUATORE TIPO
60
75
30
45
60
FT
FT
OPEN
B
B
A
A
BB
L
L
N
L L
FT
Face to face
ØV
ØV
C
C
ØV
CLOSED
15
30
45
60
75
OPEN
CLOSED
15
30
45
60
75
CLOSED
15
X
OPEN
30
45
60
75
OPEN
CLOSED
CHIUSO
15
30
45
vanessa
N
N
L
L
N
L
L
60
OPEN
APERTO
75
A
A
B
B
Face to face
ØV
Valve Pipe
15
30
45
60
OPEN
APERTO
75
CLOSED
CHIUSO
15
30
45
vanessa
60
X
OPEN
APERTO
75
CLOSED
CHIUSO
15
30
45
vanessa
60
OPEN
APERTO
75
A
A
B
B
L
L
A
B
L
Pipe
thickness
C
22.3
22.3
23.9
27
28.6
30.2
33.4
35
38.1
41.3
46.1
125
125
125
300
300
500
500
600
600
700
300
35
51
63
101
140
188
225
292
356
442
634
42
58
70
112
151
201
238
322
386
472
680
700
750
800
900
1000
1050
1200
1350
1400
1500
28
30
32
36
40
42
48
54
56
60
1300
1370
1370
1505
1635
1635
1857
1927
2045
2120
556
611
611
736
801
801
941
1060
1060
1078
1193
1263
1263
1412
1536
1536
1730
1800
1853
1928
292
318
318
330
410
410
470
530
530
600
69.9
73.1
79.4
88.9
88.9
95.3
106.4
119.1
122.3
130.2
820
820
820
680
680
680
680
680
820
820
789
1108
1155
1745
2190
2580
3450
4330
4730
5964
954
1273
1320
1917
2480
2870
3885
4765
5375
6609
80
100
150
200
250
300
350
400
450
500
600
3
4
6
8
10
12
14
16
18
20
24
490
520
560
625
665
742
777
820
955
1015
1095
125
141
165
214
243
286
312
350
383
407
484
448
478
518
574
614
689
724
750
885
945
1000
48
54
57
64
71
81
92
102
114
127
154
20
24
26
28
32
38
44
49
55
63
78
125
125
125
300
300
500
500
600
600
700
300
18
23
31
47
64
106
142
192
235
317
451
25
30
38
58
75
119
155
222
265
347
497
CLOSED
CHIUSO
ØV
ØV
114
127
140
152
165
178
190
216
222
229
267
ApplicableValve Total
mminch A
B
C
L
SCH ØVkg kg
vanessa
X X
C
C
448
478
518
574
614
689
724
750
885
945
1000
Valve
Total
mminch A
B
C
L
N
ØV
kg
kg
ØV
B
B
125
141
165
214
243
286
312
350
383
407
484
C
C
A
A
490
520
560
625
665
742
777
820
955
1015
1095
75
75
A
A
3
4
6
8
10
12
14
16
18
20
24
Valve
Total
mminch A
B
C
L
FT
ØV
kg
kg
CLOSED
CHIUSO
C
C
80
100
150
200
250
300
350
400
450
500
600
End to end
80
100
150
200
250
300
350
400
450
500
600
3
4
6
8
10
12
14
16
18
20
24
490
520
560
625
665
742
777
820
955
1015
1095
125
141
165
214
243
286
312
350
383
407
484
448 478 518 574 614 689 724 750 885 945 1000 180
190
210
230
250
270
290
310
330
350
390
up to
up to
up to
up to
up to
up to
up to
up to
up to
up to
up to
80
80
80
60
40
40
40
40
40
40
40
125
125
125
300
300
500
500
600
600
700
300
24
33
40
53
71
105
133
159
185
243
347
31
40
47
64
82
118
146
189
215
273
393
page 7
High Temperature valve configuration - Dimensions and weights
ASME Class 300
Valve
Total
mminch A
B
C
L
FT
ØV
kg
kg
45
FT
FT
OPEN
A
A
B
B
A
A
BB
L
L
N
L L
FT
Face to face
X
30
45
60
75
OPEN
APERTO
A
A
B
B
A
A
B
B
Face to face
ØV
60
OPEN
APERTO
75
CLOSED
CHIUSO
15
vanessa
30
45
60
X
OPEN
APERTO
75
CLOSED
CHIUSO
15
30
45
vanessa
60
OPEN
APERTO
75
A
A
B
B
L
L
A
B
L
C
A
AA
A
L
Valve Pipe
page 8
Pipe
thickness
C
45
XX
ØV
ØV
CLOSED
CHIUSO
C
C
30
33
43
55
86
107
164
229
291
414
472
778
15
26
36
44
73
94
134
199
245
367
425
613
vanessa
AA
30
A
CLOSED
CHIUSO
15
vanessa
B B
60
75
OPEN
N
N
L
L
N
L
L
45
B
CLOSED
15
A
60
75
OPEN
B B
45
125
125
300
500
500
600
700
300
500
500
820
CLOSED
30
B
60
75
15
up to 80
ØV
upØV
to 80
up to 80
ØV
up
to 80
up to 80
up to 80
up to 60
up to 40
up to 40
up to 40
up to 40
ØV
ØV
OPEN
B
C
C
45
30
35
62
86
110
174
315
395
556
616
1063
30
23
28
51
73
97
144
285
349
509
569
898
ØV
ØV
15
37
39
60
65
73
72
82
125
125
300
500
500
600
700
300
500
500
820
C
C
CLOSED
CC
AA
A
B B A
CLOSE
CHIUDE
C
CLOSE
30
B
15
90° ±6°
13
140Kgm
OPEN
APERTO
OV100-C Ø40
ROTATION
ROTAZIONE
TURNS No.
N. DI GIRI
MAX TORQUE
COPPIA MAX
45
B
30
C
CLOSED
CHIUSO
15
vanessa
ACTUATOR TYPE
ATTUATORE TIPO
60
75
CLOSED
CLOSE
CHIUDE
B
CLOSE
CHIUDE
CHIUDE
90° ±6°
13
CC
60
75
OPEN
APERTO
140Kgm
OV100-C Ø40
ROTATION
ROTAZIONE
TURNS No.
N. DI GIRI
MAX TORQUE
COPPIA MAX
45
C C
30
CC
CLOSED
CHIUSO
15
vanessa
ACTUATOR TYPE
ATTUATORE TIPO
C
CLOSED
CHIUSO
90° ±6°
180
190
210
230
250
270
290
310
330
350
390
L L
13
448 478 539 614 654 695 750 785 970 1010 1133 140Kgm
OPEN
APERTO
125
141
189
236
272
310
335
389
422
461
531
OV100-C Ø40
490
520
590
667
707
765
820
880
1065
1105
1240
60
75
60
L
mminch A
B
C
L
SCH ØVkg kg
3
4
6
8
10
12
14
16
18
20
24
ROTATION
ROTAZIONE
ØV
20
ØV
24
ØV26
ØV
32
L
Buttweld - end to end ISO 5752 Basic
Series 14
80
100
150
200
250
300
350
400
450
500
600
TURNS No.
N. DI GIRI
MAX TORQUE
COPPIA MAX
48
54
59
73
83
92
117
133
149
N
N
159
L
L
181
N
45
448
478
539
614
654
695
750
785
970
1010
1133
30
125
141
189
236
272
310
335
389
422
461
531
15
490
520
590
667
707
765
820
880
1065
1105
1240
ØV
ØV
75
Valve
Total
mminch A
B
C
L
N
ØV
kg
kg
3
4
6
8
10
12
14
16
18
20
24
C
C
L
80
100
150
200
250
300
350
400
450
500
600
ØV
ØV
1689
2180
2250
3118
2928
3625
4950
6976
7276
C
C
1517
1890
1960
2683
2493
3190
4155
6031
6331
FT
Face to face
L
vanessa
96.9
103
113
117
132
151
152
680
680
680
680
680
680
820
1400
1400
B
ACTUATOR TYPE
ATTUATORE TIPO
ØV
84.2
90.5
ØV
90° ±6°
292
318
318
330
410
410
470FT
L 530FT
L
530
FT
L
N
13
1292
1406
1406
1590
1590
1655
1793
2187
2187
140Kgm
617
671
671
801
801
900
991
1190
1190
OPEN
APERTO
ØV
1385
1505
1505
1717
1717
1782
1992
2419
2419
60
75
Design Code ASME B16.47 Series A Class 300 - Trim C
28
30
32
36
40
42
48
54
56
OV100-C Ø40
A
ØV
Valve
Total
mminch A
B
C
L
FT
ØV
kg
kg
700
750
800
900
1000
1050
1200
1350
1400
ØV
C
47
58
101
150
208
290
381
515
596
722
1180
ROTATION
ROTAZIONE
40
51
90
137
195
260
351
469
549
675
1015
TURNS No.
N. DI GIRI
MAX TORQUE
COPPIA MAX
125
125
300
500
500
600
700
300
500
500
820
45
30.2
35
39.7
46.1
49.3
52.4
55.6
58.8
62
68.3
CLOSED
CHIUSO
ØV
27
30
114
127
140
152
165
178
190
216
222
FT
L 229
267
15
448
478
539
614
654
695
750
785
970
1010
1133
125
141
189
236
272
310
335
389
422
461
531
490
520
590
667
707
765
820
880
1065
1105
1240
vanessa
3
4
6
8
10
12
14
16
18
20
24
ACTUATOR TYPE
ATTUATORE TIPO
80
100
150
200
250
300
350
400
450
500
600
End to end
High Temperature valve configuration - Dimensions and weights ASME Class 600 & 900
Valve
Total
mminch A
B
C
L
FT
ØV
kg
kg
ØV
15
30
60
75
CLOSE
CHIUDE
90° ±6°
13
OPEN
APERTO
140Kgm
OV100-C Ø40
ROTATION
ROTAZIONE
TURNS No.
N. DI GIRI
MAX TORQUE
COPPIA MAX
45
vanessa
ACTUATOR TYPE
ATTUATORE TIPO
A
CLOSED
CHIUSO
C
B
FT
Face to face
L
C
C
ØV
ØV
15
30
15
30
60
75
CLOSED
15
CLOSE
CHIUDE
90° ±6°
13
OPEN
APERTO
140Kgm
OV100-C Ø40
ROTATION
ROTAZIONE
TURNS No.
N. DI GIRI
MAX TORQUE
COPPIA MAX
45
vanessa
ACTUATOR TYPE
ATTUATORE TIPO
CLOSED
CHIUSO
CLOSE
CHIUDE
90° ±6°
13
OPEN
APERTO
140Kgm
OV100-C Ø40
ROTATION
ROTAZIONE
TURNS No.
N. DI GIRI
MAX TORQUE
COPPIA MAX
45
vanessa
ACTUATOR TYPE
ATTUATORE TIPO
60
75
30
45
60
75
OPEN
FT
A
A
BB
L
N
L L
FT
Face to face
ØV
30
CLOSED
CHIUSO
15
30
CLOSE
CHIUDE
CLOSE
CHIUDE
90° ±6°
13
140Kgm
OPEN
APERTO
OV100-C Ø40
ROTATION
ROTAZIONE
TURNS No.
N. DI GIRI
MAX TORQUE
COPPIA MAX
45
vanessa
ACTUATOR TYPE
ATTUATORE TIPO
60
75
15
CLOSED
90° ±6°
13
140Kgm
OPEN
APERTO
OV100-C Ø40
ROTATION
ROTAZIONE
TURNS No.
N. DI GIRI
MAX TORQUE
COPPIA MAX
45
60
75
30
45
60
75
CLOSED
15
X
OPEN
30
45
FT
FT
Face to face
60
75
OPEN
CLOSED
CHIUSO
15
vanessa
30
45
60
NL
L L
N
L
L
OPEN
APERTO
75
B
B
A
A
B
B
C
ØV
15
30
45
60
75
CLOSED
15
X
OPEN
30
45
60
75
OPEN
CLOSED
CHIUSO
15
vanessa
30
45
60
15
vanessa
N
LN
L
CLOSED
CHIUSO
X
OPEN
APERTO
75
30
45
60
A
A
B
B
A
B
L
A
B
L
OPEN
APERTO
Face to face
ØV
ØV
CLOSED
CHIUSO
15
vanessa
30
45
OPEN
APERTO
CLOSED
CHIUSO
15
30
45
vanessa
60
OPEN
APERTO
75
L
L
Pipe
thickness
X X
82
143
228
353
482
544
770
946
1268
1806
93
156
258
399
529
709
935
1118
1558
2096
150
200
250
300
350
400
450
500
600
6
8
10
12
14
16
18
20
24
657
760
980
1110
1128
1185
1225
1487
1647
226
277
337
401
456
492
510
590
673
604
690
885
1003
1035
1092
1126
1360
1520
225
275
325
375
425
475
500
575
675
55.6
63.5
69.9
79.4
85.8
88.9
101.6
108
139.7
500
700
500
820
680
680
680
680
680
196
325
502
685
906
1145
1440
1975
3215
209
355
549
850
1078
1317
1730
2410
3650
100
150
200
250
300
350
400
450
500
600
4
6
8
10
12
14
16
18
20
24
538
672
720
910
1005
1065
1135
1138
1350
1440
185
216
265
315
362
390
440
460
526
623
487
619
650
815
910
958
1028
1045
1251
1341
64
78
102
117
140
155
178
200
216
232
29
38
52.5
60
71.5
68
84
92
101
102
300
500
600
300
500
820
820
680
680
680
38
93
158
231
389
397
514
810
992
1600
49
106
188
277
436
562
679
982
1282
1890
150
200
250
300
400
450
500
600
6
8
10
12
16
18
20
24
657
760
980
1110
1185
1225
1487
1647
226
277
337
401
492
510
590
673
604
690
885
1003
1092
1126
1360
1520
105
140
155
178
241
244
300
350
52.5
70
77.5
89
117
122
150
175
500
700
500
820
680
680
680
680
131
290
369
545
1008
1203
1621
2458
144
320
416
710
1180
1493
2056
2893
Valve Pipe
60
B
B
300
500
600
300
500
820
820
680
680
680
mminch A
B
C
L
SCH ØVkg kg
75
A
A
38.1
47.7
55.6
63.5
66.7
69.9
76.2
82.5
88.9
101.6
Valve
Total
mminch A
B
C
L
N
ØV
kg
kg
CLOSED
ØV
ØV
ØV
C
C
190
210
230
250
270
290
310
330
350
390
Lug - face to face Vanessa Standard
C
C
C
75
487
619
650
815
910
958
1028
1045
1251
1341
Valve
Total
mminch A
B
C
L
N
ØV
kg
kg
CLOSED
CHIUSO
15
ACTUATOR TYPE
ATTUATORE TIPO
C
C
vanessa
ØV
ØV
ØV
A
A
185
216
265
315
362
390
440
460
526
623
C
C
C
ØV
538
672
720
910
1005
1065
1135
1138
1350
1440
Valve
Total
mminch A
B
C
L
FT
ØV
kg
kg
CLOSED
CHIUSO
ØV
B
4
6
8
10
12
14
16
18
20
24
C
A
100
150
200
250
300
350
400
450
500
600
End to end
150
200
250
300
350
400
450
500
600
6
8
10
12
14
16
18
20
24
672
720
910
1005
1065
1135
1138
1350
1440
216
265
315
362
390
440
460
526
623
619 650 815 910 958 1028 1045 1251 1341 210
230
250
270
290
310
330
350
390
up to 80
up to 100
up to 100
up to 100
up to 100
up to 80
up to 80
up to 80
up to 80
500
600
300
500
820
820
680
680
680
84
133
195
257
297
505
638
768
1034
97
163
241
304
462
670
810
1058
1324
page 9

Vanessa Rotary Process Valves, Figure 30,000 (Cryogenic)

Transcription

Similar documents

3/2005