CAMERON T30 Series
Fully welded ball valves
CAMERON T30 Series* fully welded ball
valves feature a forged, seal-for-life ball
valve design compliant with the latest
environmental standards, with field-proven
reliability and extended operational service
life. These valves are extensively tested
and certified to fugitive emissions standard
ISO 15848-1 and API Standard 641.
Content
CAMERON T30 Series fully welded ball valves
Introduction ��������������������������������������������������������������������������������������������������������������������������������������������������������������� 2
Features and benefits��������������������������������������������������������������������������������������������������������������������������������������� 4
Standard T31 seat design����������������������������������������������������������������������������������������������������������������������������� 6
Alternative T32 seat design������������������������������������������������������������������������������������������������������������������������� 7
Accessories����������������������������������������������������������������������������������������������������������������������������������������������������������������� 8
How to order ������������������������������������������������������������������������������������������������������������������������������������������������������������� 9
Standards, specifications, and materials������������������������������������������������������������������������������������ 10
Dimensions �������������������������������������������������������������������������������������������������������������������������������������������������������������� 11
ASME Class 150 to 2500 [PN 20 to PN 420]
full- and reduced-port valves ���������������������������������������������������������������������������������������������������������� 12
API pressure class 2,000-, 3,000-, and 5,000-psi
full- and reduced-port valves ���������������������������������������������������������������������������������������������������������� 25
Dimensional data������������������������������������������������������������������������������������������������������������������������������������������������ 27
Top works dimensions ���������������������������������������������������������������������������������������������������������������������������������� 28
1
Ville Platte, LA, USA.
About Cameron, a Schlumberger Company
Cameron is a leading provider of valves and valve automation to the oil and gas industry.
Our products are primarily used to control and direct the flow of oil and gas as it is
moved from individual wellheads through flowlines, gathering lines, and transmission
systems to refineries, petrochemical plants, and industrial centers for processing.
We provide a wide range of valves for use in upstream, midstream,
and downstream applications for both gas and liquid products. Cameron,
looking to strengthen its single-source capabilities for a wide scope of
customer requirements, has developed the traditional CAMERON T30
Series fully welded ball valve product line with the GROVE* valves,
RING‑O* subsea valves, TOM WHEATLEY* check valves, and ENTECH*
nozzle check valves product lines.
2
Cameron also provides critical service valves for production, refinery,
chemical, and petrochemical processing businesses and for associated
storage terminal applications, particularly through the ORBIT* rising stem
ball valves and GENERAL VALVE* plug and diverter valves product lines.
These brands are complemented by WKM* valves and TEXSTEAM* plug
valves, which considerably expand the scope of our product offerings.
Overview
One of the most trusted valves in the petroleum industry for more than
50 years, the CAMERON T30 Series ball valve is a bidirectional, trunnionmounted ball valve with a lightweight spherical body design and superior
stem seal design compliant with fugitive emission regulations. Its unique
design increases service life, reduces leak paths, and resists pipeline pressures
and stresses.
CAMERON T30 Series ball valves are available in pressure classes ASME 150
to 2500 [PN 20 to 420] and API 2,000 to 5,000 psi. Made of forged steel to
ensure uniform fine-grain structure and toughness, they can be specified in
sizes from NPS 2 to 56 [DN 50 to 1,400].
Engineered for heavy-duty, maintenance-free usage, the CAMERON T30 Series ball valve is commonly selected for a number of applications, including
■
gas transmission
■
natural gas storage
■
CO2 services
■
product pipelines
■
dryer service
■
offshore
■
measurement skids
■
NGL plants
■
subsea.
■
dehydration systems
■
NGL pipelines
■
gas separation systems
■
compressor stations
3
Features and Benefits
The distinctive design of the CAMERON T30
Series ball valve gives it strength at reduced
weight as well as resistance to both pipeline
pressures and stresses. The compact, spherical
design eliminates body flanges, reducing overall
size and potential leak paths. The design also has
a smaller volume in the body cavity, minimizing
the loss of product during body pressure relief.
Standards and Specifications†
Sizes
2 to 56 in [DN 50 to 1,400] full, reduced, and venturi bore
Pressure classes
ASME Class 150 to 2500 [PN 20 to PN 420]
API 2,000 to 5,000 psi
Operating temperatures
–50 to 375 degF [–46 to 190 degC]
End connections
Flanged, weld and weld-by-flange, and more
Body styles
Fully welded
Standard material
Forged carbon steel
Optional materials
Seat and seal trim options include regular, corrosion resistant, and sour (NACE MR0175)
See page 10 for specification details.
†
Superior stem
sealing design
Stem injection port
with internal
check valve
Forged body and ball provides
superior ductility and strength
for added safety
Compact body design gives
increased strength with
reduced weight
Rotating seat (available in
self-relief seats)
Seat injection port with
internal check valve
permits safe cleaning
of seats and injection
of sealant for fast,
simple restoration
of tight shutoff in
emergency cases
Body bleed fitting allows
double block-andbleed testing of valve
seals in either open or
closed position
4
Trunnions encased in PTFE
impregnated stainless steel
bearings for smooth operation
without lubrication
Superior stem sealing performance
CAMERON T30 Series valves include an adjustable and replaceable
seal in an antiblowout stem design. Delta seals and lip seals made of
PTFE are incorporated in the upper stem area. PTFE is a low-friction,
nondeteriorating material that is not subjected to rapid decompression
explosion. Most valve sizes have a provision for the sealant injection to
establish a secondary seal and an internal check valve for additional safety.
In the unlikely event of a stem leak, tightening the stem nut will correct the
problem. In addition, the upper stem seal can be replaced safely with the
valve in service after having vented all pressure from the body cavity.
Low emissions
These valves have been extensively tested and certified to fugitive
emissions standards API Plan 61 and ISO 154848-1 class BM for
applications from −50 to 375 degF [−46 to 191 degC] and Class BH
for applications at −50 to 250 degF [−46 to 121 degC].
Reduced cost of ownership
The spherical design of the valve minimizes material for a lower weight,
decreases costs for installation and transportation, and is designed for
minimal maintenance, which improves production uptime. The welded body
also eliminates body flanges, reducing overall size and potential leak paths.
Fire tested for safety
All valves are fire safe compliant to API Standards 6FA and 607
or ISO 10497.
Trunnion-mounted ball for low-torque operation
High-strength forged stems are located in PTFE impregnated stainless
steel bearings for smooth, accurate operations. Trunnion-mounted stems
absorb the thrust from line pressure, preventing excess friction between
the ball and seats, so even at full-rated working pressure, operating torque
stays low.
Double block and bleed
This feature allows the verification of the integrity of both seats by blowing
down the pressure from the body cavity. This can be done in either fully
closed or fully open positions in case fluid transport cannot be disrupted.
Simplified seat injection
The seat injection system provides a fast and simple way of restoring tight
shutoff by flushing the sealing surfaces. This feature can also be used for
sealant injection if required.
Robust stem stops
Valve stops are integral to the body in a design that withstands actuator
torque and helps to accurately set actuator stops in both closed and
open positions.
Verifiable valve position
Stem stop viewports enable verification of ball positions at all times, which
further increases the accuracy of actuator stop settings.
Improved protection with Belleville springs
The Belleville springs have circumferential contact with the seat and body,
maintaining constant spring force and protecting the seat-to-body seal
from debris.
5
Standard T31 Seat Design
In service since the early 1960s, the
standard seat arrangement is a proven
sound design.
Line
pressure
Features and benefits
Upstream sealing
At low pressure, seat-to-ball contact is maintained by Belleville springs.
Belleville springs also protect the sealing area from ingress of particles. At
higher pressures, seat contact is reinforced by line pressure.
Trapped
line pressure
Automatic internal relief of body pressure
Relief of excess body cavity pressure is automatic, avoiding dangerous
pressure buildup. Any pressure exceeding downstream line pressure and
pressure resulting from spring force pushes the downstream seat away
from the ball, allowing the pressure to relieve into the pipeline. This design
delivers full protection to the valve body, prevents leaks, and enhances
safety in case of fire.
No elastomers
Nylon, PTFE, Tefzel™, or PEEK® polymer seat seals are not subject to
explosive decompression or aging effects and have a low friction coefficient
for long service life.
Automatic internal relief of body pressure.
Antiblowout seat insert retention
Because of its mechanical retention of the insert, the CAMERON T30 Series
valve can be used at high pressures and at low and high temperatures. The
valve can be operated under full differential pressure and is suitable for
quick operating time.
Rotating seat rings
The exclusive rotating seat feature is standard in CAMERON T30 Series ball
valve size 14 in [350 mm] and larger. Both seats rotate 15° each time the
valve is closed, delivering the following benefits:
■
■
■
Distributes seat wear. Evenly distributing wear over 360° prevents the
creation of a pinch point, substantially increasing seat life.
Prevents buildup. As the seat rotates, it prevents buildup from occurring
or breaks up existing buildup, ensuring proper floating and hence full
seating contact of the seat rings.
Simplifies maintenance. The rotation improves efficiency of grease,
flush, or sealant that is injected by distributing it evenly across the
full circumference.
Rotating seat rings.
6
Escaping
pressure
Alternative T32 Seat Design
The CAMERON T30 Series valve is
available with double-piston-effect seats to
accommodate a variety of applications and
customer preferences.
Features and benefits
Conventional upstream sealing
With upstream pressure, the body-to-seat seal is pushed against the ball
by the line pressure through the piston effect.
Downstream sealing
If the pressure in the body cavity is higher than the downstream pressure,
the seat-to-body seal shifts, and the piston effect is reversed, maintaining
the downstream seat against the ball. With this design, the valve has a
double isolation and bleed (DIB) between the upstream and downstream
sides of the valve.
Conventional upstream sealing.
Double-piston effect with self relief
This configuration is also available for applications requiring double
isolation in one flow direction and internal body cavity self relief in
the opposite flow direction—e.g., protection of a platform, refinery,
or other assets.
T31 and T32 Available Sizes
Size,
in [mm]
150
300
●
●
2 [50]
●
●
3 [80]
●
●
4 [100]
●
●
6 [150]
■
■
8 [200]
■
■
10 [250]
■
■
12 [300]
■
■
14 [350]
■
■
16 [400]
■
■
18 [450]
■
■
20 [500]
■
■
22 [550]
■
■
24 [600]
■
■
26 [650]
■
■
28 [700]
■
■
30 [750]
■
■
32 [800]
■
■
34 [850]
■
■
36 [900]
■
■
42 [1,050]
■
■
44 [1,000]
■
■
46 [1,150]
■
■
48 [1,200]
■
■
56 [1,400]
ASME Pressure Class
400
600
900
1500
2500
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
■
■
■
●
●
■
■
■
●
●
■
■
■
●
●
■
■
■
●
■
■
■
●
■
■
■
●
■
■
■
●
■
■
■
●
■
■
■
●
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
■
■
■
■
■
■
■
■
■
■
■
■
■
■
■
■
■
■
■
■
■
■
–
–
–
–
–
■
■
■
■
■
■
Downstream sealing.
● T31 standard design.
■ T31 and T32 designs available.
–
Not available.
7
Accessories
Accessories are available to improve the CAMERON T30 Series ball
valve’s adaptability for a variety of situations.
Stem extension for remote operation
For situations in which the CAMERON T30 Series ball valve must be
underground, the high head makes the controls accessible above
ground. Additional options such as stub-up and auxiliary valves are
available. Designed and constructed to withstand harsh environments,
it has proved itself in uses all over the world for many years.
Transition pieces
Cameron can weld transition pieces to the valve during the
manufacturing process. Transition can be supplied by the
customer or by Cameron to suit the customer’s specifications.
A wide variety of weld procedures are offered in accordance with
international standards.
Right angle improves flexibility
CAMERON T30 Series ball valves can be specified for tight spaces
when fitted with a right-angle extension. The valve control is turned
90° from its usual position, allowing more space at the top of the
valve and better access by operators.
Gears and actuators optimize performance
To complement the operational excellence achieved in our
manufactured valves, Cameron offers actuation and gear technologies
such as LEDEEN* actuators, MAXTORQUE* high-performance valve
products, and DYNATORQUE* valve accessories. Other brands are
also available upon request.
Stem extension and transition pieces for remote operation.
Shallow-water subsea configuration.
8
How to Order
Specify the following when ordering a CAMERON T30 Series ball valve:
Specify the following when ordering another manufacturer’s power operator
to fit a CAMERON T30 Series ball valve:
1.Valve figure number (see chart below)
1.Valve size and pressure class and, if for field conversion, the
present operator
2.Pressure classification (ASME 600, API 3,000 psi)
3.End and bore sizes
2.Maximum differential pressure across valve during operation and any
abnormal operating conditions
4.Type of end connections (unequal ends can be furnished). For weld end
valves, specify ID or OD, wall thickness, and grade of pipe
3.Speed of opening and closing, probable frequency of operation
5.Type of operator
4.Type of operator desired (electric, hydraulic, pneumatic)
6.Stem extension, if desired. Specify distance from valve centerline to
center of handwheel, or top of power operator mounting flange
5.Information on power supply. (If electric: voltage, frequency, single- or
three-phase, open- or explosion-proof motor. If hydraulic or pneumatic:
operating medium and pressure.)
7.Type of trim or application.
Note: Specify any accessories, from lifting eyes, locking devices, and more.
Handwheels are included with gearboxes. Operating levers must be ordered
separately. Information on special trims and API configurations are available
upon request.
6.Accessories and controls (limit switches, valving, instrumentation, tanks,
pumps, etc.)
How to order example: API Spec 6D, ASME 600, full bore, RF end connections, worm gear, and standard trim
80 06 0 1 2 1
Classification
Pressure classification
Bore
Classification
80 API Spec 6D
81 API Spec 6A
82
83
84
AFNOR
DIN
UNI
Trim
Operator
Pressure Classification
01 ASME 150
Bore
0 Full
End Connections
1 RF/RF
Operator
1
Lever
03
04
06
09
15
25
20
30
50
7
Reduced
2
WE/WE
1A
Extension lever
4
Venturi
3
RF/WE
2
Worm gear
9
All others
4
RTJ/RTJ
2A
Extension worm gear
5
RTJ/WE
4
9
All others
4A
ASME 300
ASME 400
ASME 600
ASME 900
ASME 1500
ASME 2500
API 2,000
API 3,000
API 5,000
Trim
US EUR Description
7
7A
8
8A
22
Extension worm gear
adapted for actuation
Square
22A Extension square nut with
mounting flange
Subsea gear
23 Worm gear with 2-in-square
Subsea gear 300 feet +
operating nut
Direct stem
23A Worm gear with right-angle
pinion shaft extension and
Extension direct stem
2-in-square operating nut
Worm gear adapted
for actuation
Seat
Material
Service
ASME
US
EUR Description
Seat
Material
Service
ASME
001
1111 T31 no NACE
Nylon
Standard
150 to 2500
447
–
Tefzel
Sour
150 to 2500
004
1113 T31 no NACE
PTFE
Standard
150 to 600
452
1111 T32 no NACE low-temp
Nylon
Standard
150 to 900
008
1111 T31 no NACE low-temp
Nylon
Standard
150 to 2500
454
1311 T32 NACE low-temp
Nylon
Sour
150 to 900
123
–
–
Regulating valve
150 to 1500
459
1341 T32 NACE low-temp 316 inlay
Nylon
Sour
150 to 900
140
1112 T31 NACE
Tefzel
Standard
150 to 2500
–
1343 T31 NACE low-temp
PTFE
High corrosion
150 to 600
214
1312 T31 NACE
Tefzel
Sour
150 to 2500
–
2451 T31 low-temp duplex internals
Nylon
Extreme corrosion
150 to 2500
216
1311 T31 NACE low-temp
Nylon
Sour
150 to 2500
–
2452 T31 low-temp duplex internals
Tefzel
Extreme corrosion
150 to 2500
222
1313 T31 NACE
PTFE
Sour
150 to 600
–
2453 T31 low-temp duplex internals
PTFE
Extreme corrosion
150 to 600
259
1341 T31 NACE low-temp 316 inlay
Nylon
Sour
150 to 2500
–
2454 T31 low-temp duplex internals
PTFE
Extreme corrosion
150 to 2500
438
1314 T31 NACE
PEEK
Sour
150 to 2500
–
3461 T31 low-temp full duplex
Nylon
Extreme corrosion
150 to 2500
415
–
T31 NACE low-temp
Nylon
Low corrosive
150 to 2500
–
1321 T31 No NACE low-temp
Nylon
Ammonia
150 to 2500
466
–
T31 NACE low-temp alloy 625 inlay
Nylon
Deep water
150 to 2500
607
–
T31 NACE low-temp alloy 625 inlay
Nylon
Shallow water
150 to 2500
244
1313 T31 NACE low-temp
PTFE
Sour
150 to 600
US trim manufactured in Ville Platte, Louisiana, USA
EUR trim manufactured in Voghera, Italy
EUR trim is equivalent to US trim if both are available
Other trims available upon request
T31 no NACE low-temp
T31 NACE low-temp
9
Standards, Specifications, and Materials
CAMERON T30 Series ball valves covers a wide
range of applications and are qualified and
certified according to many standards around the
globe. Additional testing and certifications may
be available upon request.
Materials
Materials used in ball valve construction are
equivalent at all Cameron manufacturing plants.
However, the availability of supplies and the
need to conform to national standards and
to offer various trims may necessitate some
variations. In corrosive applications, valve trims
may be offered using various types of alloys and
stainless steels. For more information on material
specifications and properties, contact your
sales representative.
Weld overlays
Cameron valves can be overlayed in case of
corrosive service. More frequently used materials
are AISI 316L and alloy 625.
Torque information
Contact your sales representative to obtain
a copy of the engineering bulletin, which
provides detailed torque information for power
actuators sizing.
Ville Platte, Louisiana, USA.
Trim Materials
Pressure range,
ASME Class [PN]
Temperature range,
degF [degC]
Body shell
End connections
Ball, stem, trunnion
Seat rings
Barrier ring
Delta seals
Body to seat seal
Seat ring insert
Coating on ball,
stem, trunnion
T31 Trim 001
Standard
150 to 2500
[20 to 420]
−20 to 250
[−29 to 121]
ASTM A350 LF2 or
ASTM A516 Gr70†
ASTM A350 LF2
AISI 4130 or
ASTM A694 Gr F50
AISI 1040
Carbon steel
PTFE
PTFE
Nylon
001 ENP
T31 Trim 216
NACE
150 to 2500
[20 to 420]
−50 to 250
[−46 to 121]
ASTM A350 LF2 or
ASTM A516 Gr70†
ASTM A350 LF2
AISI 4130 or
ASTM A694 Gr F50
AISI 410 SS
Carbon steel
nickel plated or
Xylan® coated
PTFE
PTFE
Nylon
003 ENP
T31 Trim
Duplex Internals
150 to 2500
[20 to 420]
−50 to 250
[−46 to 121]
ASTM A350 LF2 or
ASTM A516 Gr70†
ASTM A350 LF2
ASTM A182 F51 (duplex)
T31 Trim
Full Duplex
150 to 2500
[20 to 420]
−50 to 250
[−46 to 121]
ASTM A182 F51 (duplex)
ASTM A182 F51 (duplex)
UNS N07718
ASTM A182 F51 (duplex)
UNS N07718
T32 Trim
Standard
150 to 900
[20 to 150]
−50 to 250
[−46 to 121]
ASTM A350 LF2 or
ASTM A516 Gr70†
ASTM A350 LF2
AISI 4130 or
ASTM A694 Gr F50
AISI 1040
Carbon steel
PTFE
PTFE
Nylon
–
PTFE
PTFE
Nylon
–
PTFE
HNBR
Nylon
001 ENP
ASTM A182 F51 (duplex)
ASTM A182 F51 (duplex)
Trim materials of construction for valves larger than 12 in.
Most common trims shown in table. Trims information is available upon request.
Additional Certifications, Testing, and Spare Parts
Fugitive emissions
API Standard 641
ISO 15848-1 perfomance class BM
ISO 15848-1 perfomance class BH (need to specified at the time of the order)
ISO 15848-2 production test
Quality system
Include QSL 1, optional QSL-2, QSL-3, and QSL-4
API testing
API Spec 6D supplementary tests
API Spec 6DSS testing
API Standard 598
Regulatory compliance
Safety Integrity Level (SIL) 3 to IEC 61508
ATEX Directive 2014/34/EU
Pressure Equipment Directive (PED) 2014/68/EU Module HI
Eurasian Conformity (EAC) and TR CU standard compliance
Canadian Registration Number (CRN) system approved
Spare parts
Stem seal and body fittings
10
Voghera, Italy.
T32 Trim
NACE
150 to 900
[20 to 150]
−50 to 250
[−46 to 121]
ASTM A350 LF2 or
ASTM A516 Gr70†
ASTM A350 LF2
AISI 4130 or
ASTM A694 Gr F50
AISI 410 SS
Carbon steel
nickel plated or
Xylan coated
PTFE
HNBR
Nylon
003 ENP
Dimensions
Dimensional Codes for Flanged and Weld Ends (Full and Reduced Openings)
Code
Description
A
End-to-end (length dimension)
Dimensional Codes for Cameron Manual Operators
Code
Description
G
Handwheel diameter
B
C
D1
D2
E
H
Bore diameter
Centerline to bottom
Flange outside diameter
Flange inside dimension
Sphere dimension
L
Center of bore to top of square nut for lever operated valves,
center of bore to handwheel for gear operated valves
Center of bore to end of lever
L
G
D1 D2
B
E
H
H
C
A
SD-24027.
SD-24028.
SD-24029.
11
ASME Class 150 (PN 20)
Full bore
Dimensions
Size, in
Nom.
Ball
Diameter Bore
B
2
2.06
3
3.13
4
4.06
6
6.00
8
8.00
10
10.00
12
12.00
14
13.25
16
15.25
18
17.25
20
19.25
22
21.25
24
23.25
26
25.00
28
27.00
30
29.00
32
30.75
34
32.75
36
34.50
40
38.50
42
41.25
48
46.50
Size, mm
50
52
80
80
100
103
150
152
200
203
250
254
300
305
350
337
400
387
450
438
500
489
550
540
600
591
650
635
700
686
750
737
800
781
850
832
900
876
1,000
978
1,050
1,048
1,200
1,181
Lever
Length
Diameter
Handwheel
for Gear
C.L. to
Handwheel
C.L.
Approximate Valve
Weight, lbm
A
11.0§
12.5§
14.0
18.0
21.5§
23.5§
26.5§
28.5‡
30.5‡
33.5‡
35.5‡
38.5‡
42.0‡
44.5‡
47.0‡
49.0‡
52.0‡
54.5‡
56.5‡
65.0‡
66.5‡
76.0‡
C
3.94
5.12
5.94
7.91
10.00
12.12
14.50
14.64
16.01
19.25
20.81
22.28
23.69
26.49
27.88
29.51
31.16
32.16
33.76
40.14
41.78
45.90
E
5.00
6.75
8.50
11.25
15.50
18.50
22.36
24.00
26.32
29.20
32.27
36.00
38.76
41.75
44.86
47.90
52.25
53.64
56.83
65.00
68.60
77.00
L
24
24
36
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
G
–
–
–
12
18
18
18
18
18
24
18
18
18
24
24
24
24
30
36
30
42
–
H
6.34
7.44
8.43
10.43
12.55
14.54
20.14
21.16
22.52
26.19
27.75
29.22
30.63
34.34
35.72
37.37
37.01
40.01
41.60
50.25
51.89
–
Flange
39
62
115
200
428
705
1,210
1,330
1,650
2,325
3,310
3,875
4,620
6,400
7,200
9,500
Weld
45
75
100
225
450
650
1,100
1,230
1,550
2,200
2,760
3,510
4,260
5,600
6,500
8,800
‡‡
‡‡
12,000
14,500
–
–
–
25
25
38
38
51
51
76
76
76
102
102
102
102
127
127
127
127
127
127
191
191
191
178
203
229
394
457
533
610
686
762
864
914
1,016
1,067
1,143
1,245
1,295
1,372
1,473
1,524
1,753
1,829
2,032
279§
318§
356
457
546§
597§
673§
724‡
775‡
851
902
978‡
1,067‡
1,130‡
1,194‡
1,245‡
1,321‡
1,384‡
1,435‡
1,651‡
1,689‡
1,930‡
100
130
151
201
254
308
368
372
407
489
529
566
602
673
708
750
791
817
858
1,020
1,061
1,166
127
171
216
286
394
470
568
610
669
742
820
914
985
1,060
1,139
1,217
1,327
1,362
1,443
1,651
1,742
1,956
610
610
914
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
305
457
457
457
457
457
610
457
457
457
610
610
610
610
762
914
762
1,067
–
161
189
214
265
319
369
512
537
572
665
705
742
778
872
907
949
940
1,016
1,057
1,276
1,318
–
13,500
15,150
–
–
–
Weight, kg
18
28
52
91
194
320
549
603
748
1,055
1,501
1,758
2,096
2,903
3,266
4,309
‡‡
‡‡
6,123
6,872
–
–
–
5,443
6,577
–
–
–
Stem
Size
191
216
241
406
470
546
622
699
775
876
927
1,029
1,080
–
–
–
–
–
–
–
–
–
152
191
229
279
343
406
483
533
597
635
699
749
813
870
927
984
1,060
1,111
1,168
1,289
1,346
1,511
52
80
103
152
203
254
305
337
387
438
489
540
591
635
686
737
781
832
876
978
1,048
1,181
†
Length (A) of a weld × flanged-end valve is one half the sum of length (A) of a weld end and a flange end of the same size and rating.
‡
Short pattern.
§
Length exceeds specified dimensions in API Spec 6D and ISO 14313.
††
‡‡
12
Weld
C.L. to Body
End†
Bottom Sphere
Length
1.0
1.0
1.5
1.5
2.0
2.0
3.0
3.0
3.0
4.0
4.0
4.0
4.0
5.0
5.0
5.0
5.0
5.0
5.0
7.5
7.5
7.5
Flanged End†
RF
RTJ
Diameter Diameter
Length Length
A
A
D1††
D2
7.0
7.5
6.00
2.06
8.0
8.5
7.50
3.13
9.0
9.5
9.00
4.06
15.5
16.0
11.00
6.00
18.0
18.5
13.50
8.00
21.0
21.5
16.00
10.00
24.0
24.5
19.00
12.00
27.0
27.5
21.00
13.25
30.0
30.5
23.50
15.25
34.0
34.5
25.00
17.25
36.0
36.5
27.50
19.25
40.0
40.5
29.50
21.25
42.0
42.5
32.00
23.25
45.0
–
34.25
25.00
49.0
–
36.50
27.00
51.0
–
38.75
29.00
54.0
–
41.75
30.75
58.0
–
43.75
32.75
60.0
–
46.00
34.50
69.0
–
50.75
38.50
72.0
–
53.00
41.25
80.0
–
59.50
46.50
Dimensions of 22-in [550-mm] flanges are per MSS-SP-44, and 26-in [650-mm] to 42-in [1,050-mm] flanges are per ASME B16.47 series A.
For additional information, please contact Cameron engineering team.
20
34
45
102
204
295
499
558
703
998
1,252
1,592
1,932
2,540
2,948
3,992
ASME Class 150 (PN 20)
Reduced bore
Dimensions
Size, in
Nom.
Ball
Diameter Bore
B
3
2.06
4
3.13
6
4.06
8
6.00
10
8.00
12
10.00
14
12.00
16
13.25
18
15.25
20
17.25
22
19.25
24
21.25
26
23.25
28
25.00
30
27.00
32
29.00
36
32.75
42
34.50
Size, mm
80
52
100
80
150
103
200
152
250
203
300
254
350
305
400
337
450
387
500
438
550
489
600
540
650
591
700
635
750
686
800
737
900
832
1,050
876
†
‡
Weld
Diagram End†
Length
D2
A
3.13
11.0§
4.06
12.5§
6.00
14.0§
8.00
18.0
10.00
21.5§
12.00
23.5§
13.25
26.5§
15.25
28.5‡
17.25
30.5‡
19.25
33.5‡
21.25
35.5‡
23.25
38.5‡
25.00
42.0‡
27.00
44.5‡
29.00
47.0‡
32.75
49.0‡
34.50
54.5‡
41.25
56.5‡
C.L. to Body
Lever
Bottom Sphere Length
1.0
1.0
1.5
1.5
2.0
2.0
3.0
3.0
3.0
4.0
4.0
4.0
4.0
5.0
5.0
5.0
5.0
5.0
Flanged End†
RF
RTJ
Diagram
Length Length
A
A
D1††
8.0
8.5
7.50
9.0
9.5
9.00
15.5
16.0
11.00
18.0
18.5
13.50
21.0
21.5
16.00
24.0
24.5
19.00
27.0
27.5
21.00
30.0
30.5
23.50
34.0
34.5
25.00
36.0
36.5
27.50
40.0
40.5
29.50
42.0
42.5
32.00
45.0
–
34.25
49.0
–
36.50
51.0
–
38.75
54.0
–
41.75
60.0
–
46.00
72.0
–
53.00
C
3.94
5.12
5.94
7.91
10.00
12.12
14.50
14.64
16.01
19.25
20.81
22.28
23.69
26.49
27.88
29.51
32.16
33.76
E
5.00
6.75
8.50
11.25
15.50
18.50
22.36
24.00
26.32
29.20
32.27
36.00
38.76
41.75
44.86
47.90
53.64
56.83
25
25
38
38
51
51
76
76
76
102
102
102
102
127
127
127
127
127
203
229
394
457
533
610
686
762
864
914
1,016
1,067
1,143
1,245
1,295
1,372
1,524
1,829
80
103
152
203
254
305
337
387
438
489
540
591
635
686
737
832
876
1,048
100
130
151
201
254
308
368
372
407
489
529
566
602
673
708
750
817
858
127
172
216
286
394
470
568
610
669
741
820
914
985
1,061
1,139
1,217
1,363
1,444
Stem
Size
216
241
406
470
546
622
699
775
876
927
1,029
1,080
–
–
–
–
–
–
191
229
279
343
406
483
533
597
635
699
749
813
870
927
984
1,048
1,168
1,346
279§
318§
356§
457
564§
597§
673§
724‡
774‡
851‡
902‡
978‡
1,067‡
1,130‡
1,194‡
1,245‡
1,384‡
1,435‡
L
24
24
36
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
Diameter
Handwheel
for Gear
G
–
–
–
12
18
18
18
18
18
24
18
18
18
24
24
24
30
36
C.L. to
Handwheel
C.L.
H
6.34
7.44
8.43
10.43
12.55
14.54
20.14
21.16
22.52
26.19
27.75
29.22
30.63
34.34
35.72
37.37
40.01
41.60
610
610
914
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
305
457
457
457
457
457
610
457
457
457
610
610
610
762
914
161
189
214
265
319
369
512
537
572
665
705
742
778
872
907
949
1,016
1,057
Approximate Valve
Weight, lbm
Flange Weld
55
50
100
87
170
150
345
290
620
525
950
840
1,280
1,160
1,450
1,330
1,510
1,700
2,410
2,300
3,450
3,050
4,300
3,650
5,400
5,100
7,040
6,100
8,900
7,600
9,600
8,500
14,000
12,500
–
–
Weight, kg
25
23
45
39
77
68
156
132
281
238
431
381
581
526
658
603
685
771
1,093
1,043
1,565
1,383
1,950
1,656
2,449
2,313
3,193
2,767
4,037
3,447
4,355
3,856
6,350
5,670
–
–
Length (A) of a weld × flanged-end valve is one half the sum of length (A) of a weld end and a flange end of the same size and rating.
Short pattern.
Length exceeds specified dimensions in API Spec 6D and ISO 14313.
Dimensions of 22-in [550-mm] flanges are per MSS-SP-44, and 26-in [650-mm] to 42-in [1050-,mm] flanges are per ASME B16.47 series A.
Note: Venturi opening or other reduced-bore valves are available upon request.
§
†† 13
ASME Class 300 (PN 50)
Full bore
Dimensions
Size, in
Nom.
Ball
Diameter Bore
B
2
2.06
3
3.13
4
4.06
6
6.00
8
8.00
10
10.00
12
12.00
14
13.25
16
15.25
18
17.25
20
19.25
22
21.25
24
23.25
26
25.00
28
27.00
30
29.00
32
30.75
34
32.75
36
34.50
40
38.50
42
41.25
48
46.50
Size, mm
50
52
80
80
100
103
150
152
200
203
250
254
300
305
350
337
400
387
450
438
500
489
550
540
600
591
650
635
700
686
750
737
800
781
850
832
900
876
1,000
978
1,050
1,048
1,200
1,181
†
‡
Weld
End†
Length
C.L. to
Bottom
Body
Sphere
Lever
Length
Diameter
Handwheel
for Gear
C.L. to
Approximate Valve
Handwheel Weight, lbm
C.L.
1.0
1.0
1.5
1.5
2.0
2.0
3.0
3.0
3.0
4.0
4.0
4.0
4.0
5.0
5.0
5.0
5.0
5.0
7.5
7.5
7.5
7.5
RF
Length
A
8.50
11.125
12.00
15.875
19.75‡‡
22.375
25.50
30.00
33.00
36.00
39.00
43.00
45.00
49.00
53.00
55.00
60.0
64.00
68.00
74.00
76.00
86.00
Flanged End†
RTJ
Diameter Diameter
Length
A
D1††
D2
9.125
6.50
2.06
11.750 8.25
3.13
12.625 10.00
4.06
16.500 12.50
6.00
20.375 15.00
8.00
23.000 17.50
10.00
26.125 20.50
12.00
30.625 23.00
13.25
33.625 25.50
15.25
36.625 28.00
17.25
39.750 30.50
19.25
43.875 33.00
21.25
45.875 36.00
23.25
50.000 38.25
25.00
54.000 40.75
27.00
56.000 43.00
29.00
61.130 45.25
30.75
65.125 47.50
32.75
69.125 50.00
34.50
–
48.75
38.50
–
50.75
41.25
–
57.75
46.50
A
11.0§
12.5§
14.0§
18.0
21.5§
23.5§
26.5§
28.5‡
30.5‡
33.5‡
35.5‡
38.5‡
42.0‡
44.5‡
47.0‡
49.0‡
52.0‡
54.5‡
56.5‡
65.0‡
66.5‡
76.0‡
C
3.94
5.12
5.94
7.91
10.00
12.12
14.50
14.64
16.01
19.25
20.81
22.28
23.69
26.49
27.88
29.51
31.16
32.16
36.80
40.14
41.78
45.90
E
5.00
6.75
8.50
11.25
15.50
18.50
22.36
24.00
26.32
29.20
32.27
36.00
38.76
41.75
44.86
47.90
52.25
53.64
56.83
65.00
68.60
77.00
L
24
24
36
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
G
–
–
–
12
18
18
18
24
24
24
18
24
24
24
24
30
30
36
24
36
42
–
H
6.34
7.44
8.43
10.43
12.55
14.54
20.14
21.16
22.52
26.19
27.75
29.22
30.63
34.34
35.72
37.37
37.01
40.01
46.92
50.25
51.89
–
25
25
38
38
51
51
76
76
76
102
102
102
102
127
127
127
127
127
191
191
191
191
216
283
305
403
502‡‡
568
648
762
838
914
991
1,092
1,143
1,245
1,346
1,397
1,524
1,626
1,727
1,880
1,930
2,184
232
298
321
419
518
584
664
778
854
930
1,010
1,114
1,165
1,270
1,372
1,422
1,553
1,654
1,756
–
–
–
279§
318§
356§
457
546§
597§
673§
724‡
775‡
851‡
902‡
978‡
1,067‡
1,130‡
1,194‡
1,245‡
1,321‡
1,384‡
1,435‡
1,651‡
1,689‡
1,930‡
100
130
151
201
254
308
368
372
407
489
529
566
602
673
708
750
791
817
935
1,020
1,061
1,166
127
172
216
286
394
470
568
610
669
742
820
914
985
1,060
1,139
1,217
1,327
1,362
1,443
1,651
1,742
1,956
610
610
914
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
305
457
610
457
610
610
610
457
610
610
610
610
762
762
914
610
914
1,067
–
161
189
214
265
319
369
512
537
572
665
705
742
778
872
907
949
940
1,016
1,192
1,276
1,318
–
Stem
Size
165
210
254
318
381
445
521
584
648
711
775
838
914
972
1,035
1,092
1,149
1,207
1,270
1,238
1,289
1,467
52
80
103
152
203
254
305
337
387
438
489
540
591
635
686
737
781
832
876
978
1,048
1,181
Length (A) of a weld × flanged-end valve is one half the sum of length (A) of a weld end and a flange end of the same size and rating.
Short pattern.
Length exceeds specified dimensions in API Spec 6D and ISO 14313.
Dimensions of 2-in [550-mm] flanges are per MSS-SP-44, and 26-in [650-mm] to 42-in [1,050-mm] flanges are per ASME B16.47 series A.
‡‡
Prior to 1/1/98 and manufactured to 16.5-in [419-mm] short-pattern length.
§§
For additional information, please contact Cameron engineering team.
§
††
14
Flange
50
80
125
250
455
750
1,275
1,370
1,725
2,700
3,400
4,050
5,390
6,625
7,725
10,000
Weld
45
75
100
225
450
650
1,100
1,230
1,550
2,200
2,760
3,510
4,260
5,600
6,500
8,800
§§
§§
14,700 12,000
16,300 15,500
–
–
–
–
–
–
Weight, kg
23
20
36
34
57
45
113
102
206
204
340
295
578
499
621
558
782
703
1,225
998
1,542
1,252
1,837
1,592
2,445
1,932
3,005
2,540
3,504
2,948
4,536
3,992
§§
§§
6,668
7,394
–
–
–
5,443
7,031
–
–
–
ASME Class 300 (PN 50)
Reduced bore
Dimensions
Size, in
Nom.
Ball
Diameter Bore
B
3
2.06
4
3.13
6
4.06
8
6.00
10
8.00
12
10.00
14
12.00
16
13.25
18
15.25
20
17.25
22
19.25
24
21.25
26
23.25
28
25.00
30
27.00
32
29.00
36
32.75
42
34.50
Size, mm
80
52
100
80
150
103
200
152
250
203
300
254
350
305
400
337
450
387
500
438
550
489
600
540
650
591
700
635
750
686
800
737
900
832
1,050
876
†
‡
Weld
Diagram End†
Length
D2
A
3.13
11.0‡
4.06
12.5§
6.00
14.0‡
8.00
18.0‡
10.00
21.5‡
12.00
23.5‡
13.25
26.5‡
15.25
28.5‡
17.25
30.5‡
19.25
33.5‡
21.25
33.5‡
23.25
38.5‡
25.00
42.0‡
27.00
44.5‡
29.00
47.0‡
32.75
49.0‡
34.50
54.5‡
41.25
56.5‡
C.L. to Body
Lever
Bottom Sphere Length
1.0
1.0
1.5
1.5
2.0
2.0
3.0
3.0
3.0
4.0
4.0
4.0
4.0
5.0
5.0
5.0
5.0
7.5
Flanged End†
RF
RTJ
Diagram
Length Length
A
A
D1††
8.25
11.125 11.75
12.00
12.625 10.00
15.875 16.500 12.50
19.75‡‡ 20.375 15.00
22.375 23.000 17.50
25.50
26.125 20.50
30.00
30.625 23.00
33.00
33.625 25.50
36.00
36.625 28.00
39.00
39.750 30.50
43.00
43.875 33.00
45.00
45.875 36.00
49.00
50.000 38.25
53.00
54.000 40.75
55.00
56.000 43.00
60.00
61.125 45.25
68.00
69.125 50.00
76.00
–
50.75
C
3.94
5.12
5.94
7.91
10.00
12.12
14.50
14.64
16.01
19.25
20.81
22.28
23.69
26.49
27.88
29.51
32.16
36.80
E
5.00
6.75
8.50
11.25
15.50
18.50
22.36
24.00
26.32
29.20
32.27
36.00
38.76
41.75
44.86
47.90
53.64
56.83
25
25
38
38
51
51
76
76
76
102
102
102
102
127
127
127
127
191
283
305
403
502‡‡
568
648
762
838
914
991
1,092
1,143
1,245
1,346
1,397
1,524
1,727
1,930
80
103
152
203
254
305
337
387
438
489
540
591
635
686
737
832
867
1,048
100
130
151
201
254
308
368
372
407
489
529
566
602
673
708
750
817
935
127
171
216
286
394
470
568
610
669
742
820
914
985
1,060
1,139
1,217
1,362
1,443
Stem
Size
298
321
419
518
584
664
778
854
930
1,010
1,114
1,165
1,270
1,372
1,422
1,553
1,756
–
210
254
318
381
445
521
584
648
711
775
838
914
972
1,035
1,092
1,149
1,270
1,289
279‡
318§
356‡
457‡
546‡
597‡
673‡
724‡
775‡
851‡
851‡
978‡
1,067‡
1,130‡
1,194‡
1,245‡
1,384‡
1,435‡
L
24
24
36
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
Diameter
Handwheel
for Gear
G
–
–
–
12
18
18
18
24
24
24
18
24
24
24
24
30
36
24
C.L. to
Handwheel
C.L.
H
6.34
7.44
8.43
10.43
12.55
14.54
20.14
21.16
22.52
26.19
27.75
29.22
30.63
34.34
35.72
37.37
40.01
49.92
610
610
914
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
305
457
457
457
610
610
610
457
610
610
610
610
762
914
610
161
189
214
265
319
369
512
537
572
665
705
742
778
872
907
949
1,016
1,192
Approximate Valve
Weight, lbm
Flange Weld
64
50
95
87
180
150
365
290
650
525
1,050
840
1,285
1,160
1,660
1,330
1,990
1,700
3,100
2,300
3,600
3,050
4,500
3,650
5,750
5,100
7,260
6,100
9,100
7,600
10,150
8,800
15,350
13,000
–
–
Weight, kg
29
23
43
39
82
68
166
132
295
238
476
381
583
526
753
603
903
771
1,406
1,043
1,633
1,383
2,041
1,656
2,608
2,313
3,293
2,767
4,128
3,447
4,604
3,992
6,963
5,897
–
–
Length (A) of a weld × flanged-end valve is one half the sum of length (A) of a weld end and a flange end of the same size and rating.
Short pattern.
Length exceeds specified dimensions in API Spec 6D and ISO 14313.
Dimensions of 2-in [550-mm] flanges are per MSS-SP-44, and 26-in [650-mm] to 42-in [1,050-mm] flanges are per ASME B16.47 series A.
‡‡
Prior to 1/1/98 and manufactured to 16.5-in [419-mm] short-pattern length.
Note: Venturi opening or other reduced-bore valves are available upon request.
§
†† 15
ASME Class 400 (PN 64)
Full bore
Dimensions
Size, in
Nom.
Ball
Diameter Bore
B
2
2.06
3
3.13
4
4.06
6
6.00
8
8.00
10
10.00
12
12.00
14
13.25
16
15.25
18
17.25
20
19.25
22
21.25
24
23.25
26
25.00
28
27.00
30
29.00
32
30.75
34
32.75
36
34.50
40
38.50
42
41.25
48
46.50
Size, mm
50
52
80
80
100
103
150
152
200
203
250
254
300
305
350
337
400
387
450
438
500
489
550
540
600
591
650
635
700
686
750
737
800
781
850
832
900
876
1,000
978
1,050
1,048
1,200
1,181
Stem
Size
1.5
1.5
2.0
2.0
3.0
3.0
4.0
4.0
5.0
5.0
5.0
5.0
5.0
5.0
7.5
7.5
7.5
7.5
7.5
9.0
38
38
51
51
76
76
102
102
127
127
127
127
127
127
191
191
191
191
191
229
RF
Length
A
16.0
19.5
23.5
26.5
30.0
32.5
35.5
38.5
41.5
45.0
48.5
51.5
55.0
60.0
65.0
70.0
74.0
78.0
81.0
91.0
406
495
597
673
762
826
902
978
1,054
1,143
1,232
1,308
1,397
1,524
1,651
1,778
1,880
1,981
2,057
2,311
Flanged End†
Weld
C.L. to Body
Bottom Sphere
RTJ
Diameter Diameter End†
Length
Length
A
D1§
D2
A
C
E
Use ASME Class 600 valves (PN 100)
Use ASME Class 600 valves (PN 100)
16.125 10.00
4.06
14.0‡
5.94
8.50
19.625 12.50
6.00
18.0‡
7.91
11.25
23.625 15.00
8.00
21.5‡
10.00
15.50
26.625 17.50
10.00
23.5‡
12.12
18.50
30.125 20.50
12.00
26.5‡
14.50
22.36
32.625 23.00
13.25
28.5‡
14.64
24.00
35.625 25.50
15.25
30.5‡
17.84
26.32
38.625 28.00
17.25
33.5‡
19.25
29.20
41.750 30.50
19.25
35.5‡
22.11
32.27
45.375 33.00
21.25
38.5‡
23.63
36.00
48.875 36.00
23.25
42.0‡
25.05
38.76
52.000 38.25
25.00
44.5‡
26.49
41.75
55.500 40.75
27.00
47.0‡
27.88
44.86
60.500 43.00
29.00
49.0‡
29.51
47.90
65.630 45.25
30.75
52.0‡
34.25
52.25
70.625 47.50
32.75
54.5‡
35.19
53.64
74.625 50.00
34.50
56.5‡
36.80
56.83
–
50.00
38.50
65.0‡
40.14
65.00
–
52.00
41.25
66.5‡
41.78
68.60
–
59.50
46.50
76.0‡
47.98
77.00
410
498
600
676
765
829
905
981
1,060
1,153
1,241
1,321
1,410
1,537
1,667
1,794
1,895
–
–
–
254
318
381
445
521
584
648
711
775
838
914
9,712
1,035
1,092
1,149
1,207
1,270
1,270
1,321
1,511
Use ASME Class 600 valves (PN 100)
Use ASME Class 600 valves (PN 100)
103
356‡
151
216
152
457‡
201
286
203
546‡
254
394
254
597‡
308
470
305
673‡
368
568
337
724‡
372
610
387
775‡
453
669
438
851‡
489
742
489
902‡
562
820
540
978‡
600
914
591
1,067‡ 636
985
635
1,130‡ 673
1,060
686
1,194‡ 708
1,139
737
1,245‡ 750
1,217
781
1,321‡ 870
1,327
832
1,384‡ 894
1,362
876
1,435‡ 935
1,443
978
1,651‡ 1,020
1,651
1,048
1,689‡ 1,061
1,742
1,181
1,930‡ 1,219
1,956
Lever
Length
Diameter
Handwheel
for Gear
C.L. to
Approximate Valve
Handwheel Weight, lbm
C.L.
L
G
H
Flange
48
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
12
18
24
18
24
18
24
24
24
24
24
30
36
24
30
30
42
42
–
8.43
10.43
12.55
14.54
20.14
21.16
24.78
26.19
30.00
31.53
32.95
34.34
35.72
37.37
44.53
45.31
46.92
50.25
51.89
–
150
300
550
850
1,400
1,650
2,225
2,850
3,750
4,750
5,600
7,100
8,560
10,600
1,219
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
305
457
610
457
610
457
610
610
610
610
610
762
914
610
762
762
1,067
1,067
–
214
265
319
369
512
537
629
665
762
801
837
872
907
949
1,131
1,151
1,192
1,276
1,318
–
68
136
249
386
635
748
1,009
1,293
1,701
2,155
2,540
3,221
3,883
4,808
Length (A) of a weld × flanged-end valve is one half the sum of length (A) of a weld end and a flange end of the same size and rating.
Short pattern.
§
Dimensions of 22-in [550-mm] flanges are per MSS-SP-44, and 26-in [650-mm] to 42-in [1,050-mm] flanges are per ASME B16.47 series A.
‡‡
For additional information, please contact Cameron engineering team.
†
‡
16
Weld
100
225
450
650
1,100
1,230
1,770
2,200
3,000
3,950
4,750
5,600
6,500
8,800
††
10,494
15,400 12,300
18,000 15,500
25,500 22,250
28,750 24,750
–
–
Weight, kg
††
6,985
8,165
11,567
13,041
–
45
102
204
295
499
558
803
998
1,361
1,792
2,155
2,540
2,948
3,992
4,760
5,579
7,031
10,092
11,226
–
ASME Class 400 (PN 64)
Reduced bore
Dimensions
Size, in
Nom.
Ball
Diameter Bore
B
3
2.06
4
3.13
6
4.06
8
6.00
10
8.00
12
10.00
14
12.00
16
13.25
18
15.25
20
17.25
22
19.25
24
21.25
26
23.25
28
25.00
30
27.00
32
29.00
36
32.75
42
34.50
Size, mm
80
52
100
80
150
103
200
152
250
203
300
254
350
305
400
337
450
387
500
438
550
489
600
540
650
591
700
635
750
686
800
737
900
832
1,050
876
†
‡
§
1.0
1.5
1.5
2.0
2.0
3.0
3.0
4.0
4.0
5.0
5.0
5.0
5.0
5.0
5.0
7.5
7.5
Flanged End†
Weld C.L. to Body
Lever
Bottom Sphere Length
RF
RTJ
Diameter Diameter End†
Length
Length Length
A
A
D1§
D2
A
C
E
L
Use ASME Class 600 valves (PN 100)
16.0
16.125 10.00
4.06
12.5‡
5.12
6.75
24
19.5
19.625 12.50
6.00
14.0‡
5.94
8.50
48
23.5
23.625 15.00
8.00
18.0‡
7.91
11.25 –
26.5
26.625 17.50
10.00
21.5‡
10.00
15.50 –
30.0
30.125 20.50
12.00
23.5‡
12.12
18.50 –
32.5
32.625 23.00
13.25
26.5‡
14.50
22.36 –
35.5
35.625 25.25
15.25
28.5‡
14.64
24.00 –
38.5
38.625 28.00
17.25
30.5‡
17.84
36.32 –
41.5
41.750 30.50
19.25
33.5‡
19.25
29.20 –
45.0
45.375 33.00
21.25
35.5‡
22.11
32.27 –
48.5
48.875 36.00
23.25
38.5‡
23.63
36.00 –
51.5
52.000 38.25
25.00
42.0‡
25.05
38.76 –
55.0
55.500 40.75
27.00
44.5‡
26.49
41.75 –
60.0
60.500 43.00
29.00
47.0‡
27.88
44.86 –
65.0
65.625 45.25
32.75
49.0‡
29.51
47.90 –
74.0
74.625 50.00
34.50
54.5‡
35.19
53.64 –
81.0
–
52.00
41.25
56.5‡
36.80
56.83 –
25
38
38
51
51
76
76
102
102
127
127
127
127
127
127
191
191
406
495
597
673
762
826
902
978
1,054
1,143
1,232
1,308
1,397
1,524
1,651
1,880
2,057
Stem
Size
410
498
600
676
765
829
905
981
1,060
1,153
1,241
1,321
1,410
1,537
1,667
1,895
–
254
318
381
445
521
584
641
711
775
838
914
972
1,035
1,092
1,149
1,270
1,321
Use ASME Class 600 valves (PN 100)
103
318‡
130
171
610
152
356‡
151
216
1,219
203
457‡
201
286
–
254
546‡
254
394
–
305
597‡
308
470
–
337
673‡
368
568
–
387
724‡
372
610
–
438
775‡
453
923
–
489
851‡
489
742
–
540
902‡
562
820
–
591
978‡
600
914
–
635
1,067‡ 636
985
–
686
1,130‡ 673
1,060 –
737
1,194‡ 708
1,139 –
832
1,245‡ 750
1,217 –
876
1,384‡ 894
1,362 –
1,048
1,435‡ 935
1,443 –
Diameter
Handwheel
for Gear
G
C.L. to
Handwheel
C.L.
H
Approximate Valve
Weight, lbm
–
–
12
18
24
18
24
18
24
24
24
24
24
30
36
30
30
7.44
8.43
10.43
12.55
14.54
20.14
21.16
24.78
26.19
30.00
31.53
32.95
34.34
35.72
37.37
45.31
46.92
125
87
189
150
424
290
608
525
1,020
840
1,490
1,160
1,910
1,330
2,400
1,920
3,200
2,650
4,250
3,300
5,050
4,300
6,250
5,100
7,750
6,100
9,500
7,600
11,500
9,350
16,000
13,000
–
–
Weight, kg
–
–
305
457
610
457
610
457
610
610
610
610
610
762
914
762
762
189
214
265
319
369
512
537
629
665
762
801
837
872
907
949
1,151
1,192
57
86
192
276
463
676
866
1,089
1,451
1,928
2,291
2,835
3,515
4,309
5,216
7,257
–
Flange
Weld
39
68
132
238
381
526
603
871
1,202
1,497
1,950
2,313
2,767
3,447
4,241
5,897
–
Length (A) of a weld × flanged-end valve is one half the sum of length (A) of a weld end and a flange end of the same size and rating.
Short pattern.
Dimensions of 22-in [550-mm] flanges are per MSS-SP-44, and 26-in [650-mm] to 42-in [1,050-mm] flanges are per ASME B16.47 series A.
17
ASME Class 600 (PN 100)
Full bore
Dimensions
Size, in
Nom.
Ball
Diameter Bore
B
2
2.06
3
3.13
4
4.06
6
6.00
8
8.00
10
10.00
12
12.00
14
13.25
16
15.25
18
17.25
20
19.25
22
21.25
24
23.25
26
25.00
28
27.00
30
29.00
32
30.75
34
32.75
36
34.5
40
38.5
42
41.25
44
42.75
48
46.50
56
55.12
Size, mm
50
52
80
80
100
103
150
152
200
203
250
254
300
305
350
337
400
387
450
438
500
489
550
540
600
591
650
635
700
686
750
737
800
781
850
832
900
876
1,000
978
1,050
1,048
1,100
1,086
1,200
1,181
1,400
1,400
Weld C.L. to
Bottom
Diameter End†
Length
Body
Sphere
Lever
Length
Diameter
Handwheel
for Gear
C.L. to
Approximate Valve
Handwheel Weight, lbm
C.L.
1
1
1.5
1.5
2
2
3
3
4
4
5
5
5
5
7.5
7.5
7.5
7.5
7.5
9
9
11
11
13
Flanged End†
RF
RTJ
Diameter
Length Length
A
A
D1§
11.5
11.625 6.5
14
14.125 8.25
17
17.125 10.75
22
22.125 14
26
26.125 16.5
31
31.125 20
33
33.125 22
35
35.125 23.75
39
39.125 27
43
43.125 29.25
47
47.25
32
51
51.375 34.25
55
55.375 37
57
57.5
40
61
61.5
42.25
65
65.5
44.5
70
70.630 47.00
76
76.625 49
82
82.625 51.75
80
–
52
83
–
55.25
–
–
–
94
–
62.75
–
–
–
D2
2.06
3.13
4.06
6
8
10
12
13.25
15.25
17.25
19.25
21.25
23.25
25
27
29
30.75
32.75
34.5
38.5
41.25
42.75
46.5
55.12
A
11.0‡
12.5‡
14.0‡
18.0‡
21.5‡
23.5‡
26.5‡
28.5‡
30.5‡
33.5‡
35.5‡
38.5‡
42.0‡
44.5‡
47.0‡
49.0‡
52.0‡
54.5‡
56.5‡
65.0‡
66.5‡
70.5‡
76.0‡
93.7‡
C
3.94
5.12
5.94
7.91
10
12.12
14.5
14.64
17.84
19.25
22.11
23.63
25.05
26.49
30.87
32.53
34.25
35.19
36.8
42.02
43.66
46.95
51.18
59.10
E
5
6.75
8.5
11.25
15.5
18.5
22.36
24
26.32
29.2
32.27
36
38.76
41.75
44.86
47.9
52.25
53.64
56.83
65
68.6
71.00
77.33
91.70
L
24
36
48
–
–
–
–
–
–
–
–
–
–
–
–
–
G
–
–
–
12
18
24
18
24
18
24
24
24
30
36
30
30
42
42
42
42
42
–
–
–
H
6.34
7.44
8.43
10.43
12.55
14.54
20.14
21.16
24.78
26.19
30
31.53
32.95
34.34
40.99
42.65
44.50
45.31
46.92
55.425
57.06
–
–
–
25
25
38
38
51
51
76
76
102
102
127
127
127
127
191
191
191
191
191
229
229
279
279
330
292
356
432
559
660
787
838
889
991
1,092
1,194
1,295
1,397
1,448
1,549
1,651
1,778
1,930
2,083
2,032
2,108
–
2,388
–
52
80
103
152
203
254
304
337
387
438
489
540
591
635
686
737
781
832
876
978
1,048
1,086
1,181
1,400
279‡
318‡
356‡
457‡
546‡
597‡
673‡
724‡
775‡
851‡
902‡
978‡
1,067‡
1,130‡
1,194‡
1,245‡
1,321‡
1,384‡
1,435‡
1,651‡
1,689‡
1,791‡
1,930‡
2,381‡
100
130
151
201
254
308
368
372
453
489
562
600
636
673
784
826
870
894
935
1,067
1,109
1,192
1,300
1,501
127
171
216
286
394
470
568
610
669
742
820
914
985
1,060
1,139
1,217
1,327
1,362
1,443
1,651
1,742
1,803
1,964
2,328
610
914
1,219
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
305
457
610
457
610
457
610
610
610
762
914
762
762
1,067
1,067
1,067
1,067
1,067
–
–
–
161
189
214
265
319
369
512
537
629
665
762
801
837
872
1,041
1,083
1,130
1,151
1,192
1,408
1,449
–
–
–
Stem
Size
295
359
435
562
664
791
841
892
994
1,095
1,200
1,305
1,407
1,461
1,562
1,664
1,794
1,946
2,099
–
–
–
–
–
165
210
273
356
419
508
559
603
686
743
813
870
940
1,016
1,073
1,130
1,193.8
1,245
1,314
1,321
1,403
–
1,594
–
Length (A) of a weld × flanged-end valve is one half the sum of length (A) of a weld end and a flange end of the same size and rating.
Short pattern.
§
Dimensions of 22-in [550-mm] flanges are per MSS-SP-44, and 26-in [650-mm] to 42-in [1,050-mm] flanges are per ASME B16.47 series A.
†
‡
18
–
–
–
–
–
–
–
–
–
–
–
–
–
–
Flange Weld
60
45
85
75
165
100
360
225
650
450
1,000
650
1,510
1,100
1,910
1,230
2,400
1,770
2,955
2,200
4,100
3,000
5,400
3,950
6,550
4,750
7,800
5,600
9,500
6,700
12,000 9,120
13,999 10,494
16,025 12,300
19,100 15,500
26,770 23,000
30,500 25,500
–
–
–
–
–
–
Weight, kg
27
20
39
34
75
45
163
102
295
204
454
295
685
499
866
558
1,089
803
1,340
998
1,860
1,361
2,449
1,792
2,971
2,155
3,538
2,540
4,309
3,039
5,443
4,137
6,350
4,760
7,269
5,579
8,664
7,031
12,143 10,433
13,835 11,567
–
–
–
–
–
–
ASME Class 600 (PN 100)
Reduced bore
Dimensions
Size, in
Nom.
Ball
Diameter Bore
B
3
2.06
4
3.13
6
4.06
8
6.00
10
8.00
12
10.00
14
12.00
16
13.25
18
15.25
20
17.25
22
19.25
24
21.25
26
23.25
28
25.00
30
27.00
32
29.00
34
29.00
36
32.75
42
34.50
44
38.50
56
46.50
Size, mm
80
52
100
80
150
103
200
152
250
203
300
254
350
305
400
337
450
387
500
438
550
489
600
540
650
591
700
635
750
686
800
737
850
737
900
832
1,100
978
1,400
1,181
†
‡
§
Weld
Diameter End†
Length
D2
A
3.13
11.0‡
4.06
12.5‡
6
14.0‡
8
18.0‡
10
21.5‡
12
23.5‡
13.25
26.5‡
15.25
28.5‡
17.25
30.5‡
19.25
33.5‡
21.25
35.5‡
23.25
38.5‡
25
42.0‡
27
44.5‡
29
47.0‡
30.75
49.0‡
32.75
49.0‡
34.5
54.5‡
41.25
56.5‡
42.75
65.0‡
55.10
76.0‡
C.L. to Body
Lever
Bottom Sphere Length
1
1
1.5
1.5
2
2
3
3
4
4
5
5
5
5
7.5
7.5
7.5
7.5
7.5
9
11
Flanged End†
RF
RTJ
Diameter
Length Length
A
A
D1§
14.125 8.25
14
17
17.125 10.75
22
22.125 14
26
26.125 16.5
31
31.125 20
33
33.125 22
35
35.125 23.75
39
39.125 27
43
43.125 29.25
47
47.25
32
51
51.375 34.25
55
55.375 37
57
57.5
40
61
61.5
42.25
65
65.5
44.5
70.00
70.630 47.00
76.00
76.625 49.00
82
82.625 51.75
83
–
55.25
–
–
–
–
–
–
C
3.94
5.12
5.94
7.91
10
12.12
14.5
14.64
17.84
19.25
22.11
23.63
25.05
26.49
30.87
32.53
32.53
35.19
36.8
42.02
51.18
E
5
6.75
8.5
11.25
15.5
18.5
22.36
24
26.32
29.2
32.27
36
38.76
41.75
44.86
47.90
47.90
53.64
56.83
65.00
77.32
25
25
38
38
51
51
76
76
102
102
127
127
127
127
191
191
191
191
229
279
356
432
559
660
787
838
889
991
1,092
1,194
1,295
1,397
1,448
1,549
1,651
1,778
1,930
2,083
–
–
80
103
152
203
254
305
337
387
438
489
540
591
635
686
737
781
832
876
1,086
1,400
100
130
151
201
254
308
368
372
453
489
562
600
636
673
784
826
826
894
1,067
1,300
127
171
216
286
394
470
568
610
669
742
820
914
985
1,060
1,139
1,217
1,217
1,362
1,651
1,964
Stem
Size
359
435
562
664
791
841
892
994
1,095
1,200
1,305
1,407
1,461
1,562
1,664
1,794
1,946
2,099
–
–
210
273
356
419
508
559
603
686
743
813
870
940
1,016
1,073
1,130
1,194
1,245
1,314
–
–
279‡
318‡
356‡
457‡
546‡
597‡
673‡
724‡
775‡
851‡
902‡
978‡
1,067‡
1,130‡
1,194‡
1,245‡
1,245‡
1,384‡
1,651‡
1,930‡
L
24
36
48
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
Diameter
Handwheel
for Gear
G
–
–
–
12
18
24
18
24
18
24
24
24
30
36
30
30
30
42
42
–
–
C.L. to
Handwheel
C.L.
H
6.34
7.44
8.43
10.43
12.55
14.54
20.14
21.16
24.78
26.19
30
31.53
32.95
34.34
40.99
42.65
42.65
45.31
46.92
–
–
610
914
1,219
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
305
457
610
457
610
457
610
610
610
762
914
762
762
762
1,067
–
–
161
189
214
265
319
369
512
537
629
665
762
801
837
872
1,041
1,083
1,083
1,151
–
–
Approximate Valve
Weight, lbm
Flange Weld
80
50
150
87
250
150
470
290
850
525
1,150
840
1,640
1,160
2,225
1,330
2,600
1,920
3,500
2,650
4,450
3,300
5,750
4,300
7,000
5,100
8,600
6,300
10,100
7,800
12,800
9,350
15,200
11,200
17,600
13,000
–
–
–
–
–
–
Weight, kg
36
23
68
39
113
68
213
132
386
238
522
381
744
526
1,009
603
1,179
871
1,588
1,202
2,018
1,497
2,608
1,950
3,175
2,313
3,901
2,858
4,581
3,538
5,800
4,250
6,900
5,100
7,983
5,897
–
–
–
–
Length (A) of a weld × flanged-end valve is one half the sum of length (A) of a weld end and a flange end of the same size and rating.
Short pattern.
Dimensions of 22-in [550-mm] flanges are per MSS-SP-44, and 26-in [650-mm] to 42-in [1,050-mm] flanges are per ASME B16.47 series A.
19
ASME Class 900 (PN 150)
Full bore
Dimensions
Size, in
Nom.
Ball
Diameter Bore
B
2
2.06
3
3.13
4
4.06
6
6.00
8
8.00
10
10.00
12
12.00
14
12.75
16
14.75
18
16.75
20
18.625
22
20.625
24
22.50
26
25.00
28
27.00
30
29.00
32
30.75
36
34.50
Size, mm
50
52
30
80
100
103
150
152
200
203
250
254
300
305
350
324
400
375
450
425
500
473
550
524
600
572
650
635
700
686
750
737
800
781
900
876
Stem
Size
1.5
2.0
2.0
2.0
3.0
3.0
5.0
5.0
5.0
7.5
7.5
7.5
7.5
7.5
7.5
9.0
9.0
38
51
51
51
76
76
127
127
127
191
191
191
191
191
191
229
229
Flanged End†
C.L. to Body
Weld
Bottom Sphere
RF
RTJ
Diameter Diameter End†
Length
Length Length
A
A
D1§
D2
C
E
A
Use 1,500 Class valves (PN 250)
15.0
15.125 9.50
3.13
4.88
7.00
13.5‡
18.0
18.125 11.50
4.06
6.77
9.25
15.0‡
24.0
24.125 15.00
6.00
8.39
12.50
20.0‡
29.0
29.125 18.50
8.00
10.00
15.50
23.5‡
33.0
33.125 21.50
10.00
12.88
18.50
25.5‡
38.0
38.125 24.00
12.00
14.50
22.36
29.5‡
40.5
40.875 25.25
12.75
17.40
24.50
31.5‡
44.5
44.875 27.75
14.75
19.02
27.25
33.5‡
48.0
48.500 31.00
16.75
20.62
30.07
36.5‡
52.0
52.500 33.75
18.625
24.22
33.88
38.5‡
††
††
††
20.625
25.71
36.50
41.5‡
61.0
61.750 41.00
22.50
28.07
39.95
45.0‡
††
65.0
65.880 42.75
25.00
33.63
42.55
††
70.840 46.00
27.00
30.87
47.00
50.0‡
75.0
75.875 48.50
29.00
32.53
49.88
52.0‡
††
††
51.75
30.75
36.29
53.25
55.0‡
90.0
91.125 57.50
34.50
38.64
58.25
59.5‡
381
457
610
737
838
965
1,029
1,130
1,219
1,321
384
460
613
740
841
968
1,038
1,140
1,232
1,334
241
292
381
410
546
610
641
705
787
857
††
††
††
1,549
1,651
1,905
1,568
1,673
1,799
1,927
††
††
2,286
2,315
1,041
1,086
1,168
1,232
1,314
1,461
††
80
103
152
203
254
305
324
375
425
473
524
572
635
686
737
781
876
Use 1,500 Class valves (PN 250)
124
178
343‡
172
235
381‡
213
318
508‡
254
394
597‡
327
470
648‡
368
568
749‡
442
622
800‡
483
692
851‡
524
764
927‡
615
861
978‡
927
1,054‡ 653
1,015
1,143‡ 713
††
854
1,081
1,194
1,270‡ 784
1,267
1,321‡ 826
1,353
1,397‡ 922
1,511‡ 981
1,480
Lever
Length
Diameter
Handwheel
for Gear
C.L. to
Approximate Valve
Handwheel Weight, lbm
C.L.
L
G
H
Flange
Weld
36
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
12
18
24
18
24
24
24
24
24
24
30
36
36
42
40
–
7.44
9.76
10.86
12.55
18.49
20.14
25.30
26.92
28.51
35.23
36.72
38.18
39.59
40.99
42.65
49.43
52.03
140
250
525
1,210
1,325
2,250
3,250
4,000
5,300
7,100
120
190
410
590
1,010
1,350
2,155
2,450
3,950
5,250
5,099
6,450
914
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
305
457
610
457
610
610
610
610
610
610
762
914
914
1,067
1,016
–
189
248
276
319
470
512
643
684
724
895
933
970
1,006
1,041
1,083
1,256
1,322
64
113
238
549
601
1,021
1,474
1,814
2,404
3,221
Length (A) of a weld × flanged-end valve is one half the sum of length (A) of a weld end and a flange end of the same size and rating.
‡
Short pattern.
§
Dimensions of 22-in [550-mm] flanges are per MSS-SP-44, and 26-in [650-mm] to 42-in [1,050-mm] flanges are per ASME B16.47 series A.
††
For additional information, please contact Cameron engineering team.
†
20
††
10,500
9,778
††
17,500
8,988
11,500
††
††
††
25,600 17,500
Weight, kg
††
4,763
4,435
54
86
186
268
458
612
977
1,111
1,792
2,381
2,313
2,926
††
7,938
4,077
5,216
††
††
11,612
7,938
††
ASME Class 900 (PN 150)
Reduced bore
Dimensions
Size, in
Nom.
Ball
Diameter Bore
B
3
2.06
4
3.13
6
4.06
8
6.00
10
8.00
12
10.00
14
12.00
16
12.75
Size, mm
80
52
100
80
150
103
200
152
250
203
300
254
350
305
400
324
†
‡
§
Weld
End†
Length
A
11.0‡
13.5‡
15.0‡
20.0‡
23.5‡
25.5‡
29.5‡
31.5‡
C.L. to Body
Lever
Bottom Sphere Length
1.0
1.5
2.0
2.0
2.0
3.0
3.0
5.0
Flanged End†
RF
RTJ
Diameter Diameter
Length Length
A
A
D1§
D2
15.125 9.50
3.13
15.0
18.0
18.125 11.50
4.06
24.0
24.125 15.00
6.00
29.0
29.125 18.50
8.00
33.0
33.125 21.50
10.00
38.0
38.125 24.00
12.00
40.5
40.875 25.25
12.75
44.5
44.875 27.75
14.75
C
3.94
4.88
6.77
8.39
10.00
12.88
14.50
17.40
E
5.00
7.00
9.25
12.50
15.50
18.50
22.36
24.50
25
38
51
51
51
76
76
127
381
457
610
737
838
965
1,029
1,130
279‡
343‡
381‡
508‡
597‡
648‡
749‡
800‡
100
124
172
213
254
327
368
442
127
178
235
318
394
470
568
622
Stem
Size
384
460
613
740
841
968
1,038
1,140
241
292
381
470
546
610
641
705
80
103
152
203
254
305
324
375
L
24
36
–
–
–
–
–
–
Diameter
Handwheel
for Gear
G
–
–
12
18
24
18
24
24
C.L. to
Handwheel
C.L.
H
6.34
7.44
9.76
10.86
12.55
18.49
20.14
25.30
610
914
–
–
–
–
–
–
–
–
305
457
610
457
610
610
161
189
248
276
319
470
512
643
Approximate Valve
Weight, lbm
Flange Weld
120
70
190
150
400
260
850
650
1,290
725
1,700
1,110
2,750
1,680
3,650
2,300
Weight, kg
54
32
86
68
181
118
386
295
585
329
771
503
1,247
762
1,656
1,043
Length (A) of a weld × flanged-end valve is one half the sum of length (A) of a weld end and a flange end of the same size and rating.
Short pattern.
Dimensions of 22-in [550-mm] flanges are per MSS-SP-44, and 26-in [650-mm] to 42-in [1,050-mm] flanges are per ASME B16.47 series A.
Note: Venturi opening or other reduced-bore valves are available upon request.
21
ASME Class 1500 (PN 250)
Full bore
Dimensions
Size, in
Nom.
Ball
Diameter Bore
B
2
2.06
3
3.13
4
4.06
6
6.00
8
8.00
10
10.00
12
12.00
14
12.75
16
14.75
18
16.75
20
18.625
24
22.50
Size, mm
50
52
80
80
100
103
150
152
200
203
250
254
300
305
350
324
400
375
450
425
500
473
600
572
†
‡
22
1.0
1.5
2.0
2.0
3.0
4.0
4.0
5.0
5.0
7.5
7.5
7.5
RF
Length
A
14.50
18.50
21.50
27.75
32.75
39.00
44.50
49.50
54.50
60.50
65.50
76.50
Flanged End†
RTJ
Diameter Diameter
Length
A
D1
D2
14.625 8.50
2.06
18.625 10.50
3.13
21.625 12.25
4.06
28.000 15.50
6.00
33.125 19.00
8.00
39.375 23.00
10.00
45.125 26.50
12.00
50.250 29.50
12.75
55.375 32.50
14.75
61.375 36.00
16.75
66.375 38.75
18.625
77.625 46.00
22.50
25
38
51
51
76
102
102
127
127
191
191
191
368
470
546
705
832
991
1,130
1,257
1,384
1,537
1,664
1,943
371
473
549
711
841
1,000
1,146
1,276
1,407
1,559
1,686
1,972
Stem
Size
216
267
311
394
483
584
673
749
826
914
984
1,168
52
80
103
152
203
254
305
324
375
425
473
572
Weld
End†
Length
A
11.0‡
13.5‡
15.0‡
20.0‡
23.5‡
25.5‡
29.5‡
31.5‡
33.5‡
36.5‡
38.5‡
45.0‡
279‡
343‡
381‡
508‡
597‡
648‡
749‡
800‡
851‡
927‡
978‡
1,143‡
C.L. to
Bottom
Body
Sphere
Lever
Length
C
3.94
4.88
6.77
8.39
10.95
15.15
17.31
17.40
19.02
22.69
24.22
28.07
E
5.00
7.00
9.25
12.50
16.38
19.50
23.38
26.00
29.25
31.57
34.72
42.16
100
124
172
213
278
385
440
442
483
576
615
713
127
178
235
318
416
495
594
660
743
802
882
1,071
Length (A) of a weld × flanged-end valve is one half the sum of length (A) of a weld end and a flange end of the same size and rating.
Short pattern.
L
36
–
–
–
–
–
–
–
–
–
–
–
Diameter
Handwheel
for Gear
G
–
12
12
18
18
18
24
24
30
30
30
48
C.L. to
Handwheel
C.L.
H
6.34
7.44
9.76
10.86
16.89
19.96
21.80
25.30
26.92
33.71
35.23
38.18
914
–
–
–
–
–
–
–
–
–
–
–
–
305
305
457
457
457
610
610
762
762
762
1,219
161
189
248
276
429
507
554
643
684
856
895
970
Approximate Valve
Weight, lbm
Flange Weld
100
45
180
120
300
190
715
410
1,550
1,075
2,000
1,575
3,250
1,825
4,200
2,550
5,400
2,950
6,350
5,125
9,260
6,025
16,250 9,400
Weight, kg
45
20
82
54
136
86
324
186
703
488
907
714
1,474
828
1,905
1,157
2,449
1,338
2,880
2,325
4,200
2,733
7,371
4,264
ASME Class 1500 (PN 250)
Reduced bore
Dimensions
Size, in
Nom.
Ball
Diameter Bore
B
3
2.06
4
3.13
6
4.06
8
6.00
10
8.00
12
10.00
14
12.00
16
12.75
Size, mm
80
52
100
90
150
103
200
152
250
203
300
254
350
305
400
324
†
‡
Weld
End†
Length
A
11.0‡
13.5‡
15.0‡
20.0‡
23.5‡
25.5‡
29.5‡
31.5‡
C.L. to Body
Lever
Bottom Sphere Length
1.0
1.5
2.0
2.0
3.0
4.0
4.0
5.0
Flanged End†
RF
RTJ
Diameter Diameter
Length Length
A
A
D1
D2
18.625 10.50
3.13
18.50
21.50
21.625 12.25
4.06
27.75
28.000 15.50
6.00
32.75
33.125 19.00
8.00
39.00
39..375 23.00
10.00
44.50
45.125 26.50
12.00
49.50
50.250 29.50
12.75
54.50
55.375 32.50
14.75
C
3.94
4.88
6.77
8.39
10.95
15.15
17.31
17.40
E
5.00
7.00
9.25
12.50
16.38
19.50
23.38
26.00
25
38
51
51
76
102
102
127
470
546
705
832
991
1,130
1,257
1,384
279‡
343‡
381‡
508‡
597‡
648‡
749‡
800‡
100
124
172
213
278
385
440
442
127
178
235
318
416
495
594
660
Stem
Size
473
549
711
841
1,000
1,146
1,276
1,407
267
311
394
483
584
673
749
826
80
103
152
203
254
305
324
375
L
36
–
–
–
–
–
–
–
Diameter
Handwheel
for Gear
G
–
12
12
18
18
18
24
24
C.L. to
Handwheel
C.L.
H
6.34
7.44
9.76
10.86
16.89
19.96
21.80
25.30
914
–
–
–
–
–
–
–
–
305
305
457
457
457
610
610
161
189
248
276
429
507
554
643
Approximate Valve
Weight, lbm
Flange Weld
150
70
240
150
550
260
1,025
650
1,725
1,200
2,810
1,650
3,750
2,100
5,150
2,725
Weight, kg
68
32
109
68
249
118
465
295
782
544
1,275
748
1,701
953
2,336
1,236
Length (A) of a weld × flanged-end valve is one half the sum of length (A) of a weld end and a flange end of the same size and rating.
Short pattern.
Note: Venturi opening or other reduced-bore valves are available upon request.
23
ASME Class 2500 (PN 420)
Full and reduced bore
Dimensions
Size, in
Nom.
Ball
Diameter Bore
B
Full Opening
2
2.06
3
3.13
4
4.06
6
6.00
8
7.125
10
8.875
12
10.50
Reduced Opening
3
2.06
4
3.13
6
4.06
8
6.00
10
7.13
12
8.875
Size, mm
Full Opening
50
52
80
80
100
103
150
152
200
181
250
225
300
267
Reduced Opening
80
42
100
80
150
103
200
152
250
181
300
225
†
‡
24
RF
Length
A
Flanged End†
RTJ
Diameter Diameter
Length
A
D1
D2
Weld C.L. to
End†
Bottom
Length
A
C
Body
Sphere
Lever
Length
E
1.0
1.5
2.0
3.0
4.0
4.0
5.0
17.75
22.75
26.50
36.00
40.50
50.00
56.00
17.875
23.000
26.875
36.500
40.875
50.875
56.875
9.25
12.00
14.00
19.00
21.75
26.50
30.00
2.06
3.13
4.06
6.00
7.125
8.875
10.50
15‡
18‡
20‡
24‡
28‡
33‡
36‡
4.53
5.67
7.24
9.76
12.84
14.84
16.65
1.0
1.5
2.0
3.0
4.0
4.0
22.75
26.50
36.00
40.50
50.00
56.00
23.000
26.875
36.500
40.875
50.875
56.875
12.00
14.00
19.00
21.75
26.50
30.00
3.13
4.06
6.00
7.125
8.875
10.50
15‡
18‡
20‡
24‡
28‡
33‡
25
38
51
76
102
102
127
451
578
673
914
1,029
1,270
1,422
454
584
683
927
1,038
1,292
1,445
235
305
356
483
552.5
673
762
52
80
103
152
181
225
267
25
38
51
76
102
102
578
673
914
1,029
1,270
1,422
584
683
927
1,038
1,292
1,445
305
356
483
553
673
762
80
103
152
181
225
267
Stem
Size
L
Diameter
Handwheel
for Gear
G
C.L. to
Approximate Valve
Handwheel Weight, lbm
C.L.
H
Flange Weld
5.43
7.50
9.75
13.50
18.11
20.87
24.50
48
–
–
–
–
–
–
–
12
18
24
24
24
30
7.25
8.94
11.70
13.13
17.88
20.00
24.75
114
236
471
943
2,094
2,922
4,506
4.53
5.67
7.24
9.76
12.84
14.875
5.43
7.50
9.75
13.50
18.11
20.87
48
–
–
–
–
–
–
12
18
24
24
24
7.25
8.94
11.70
13.13
17.88
20.00
156
129
286
247
638
513
1,297
1,017
2,518
1,916
3,566
2,657
Weight, kg
381‡
457‡
508‡
610‡
711‡
838‡
914‡
115
144
184
248
326
378
423
138
191
248
343
460
530
622
1,219
–
–
–
–
–
–
–
305
457
610
610
610
762
184
227
297
334
454
508
629
52
107
214
428
950
1,325
2,044
43
85
173
334
760
983
1,478
381‡
457‡
508‡
610‡
711‡
838‡
115
144
184
248
326
377
138
191
248
343
460
530
1,219
–
–
–
–
–
–
305
457
610
610
610
184
227
297
334
454
508
71
130
289
588
1,142
1,618
59
98
233
461
869
1,205
Length (A) of a weld × flanged-end valve is one half the sum of length (A) of a weld end and a flange end of the same size and rating.
Short pattern.
94
187
382
737
1,676
2,166
3,258
API Flanged 2,000-, 3,000-, and 5,000-psi
Working Pressure (WP)
Full bore
Dimensions
Size, in
Nom.
Ball Bore
Diameter
B
Stem
Size
2,000-psi WP: 4,000-psi Test
2
2.06
1.0
3
3.13
1.0
4
4.06
1.5
7
6.00
2.0
3,000-psi WP: 6,000-psi Test
2
2.06
1.0
3
3.13
1.5
4
4.06
2.0
7
6.00
2.0
5,000-psi WP: 10,000-psi Test
2
2.06
2.0
3
3.13
1.5
4
4.06
2.0
7
6.00
3.0
Size, mm
13.8-MPa WP: 27.6-MPa Test
50
52.3
25.4
80
79.5
25.4
100
103.1
38.1
180
152.4
50.8
20.7-MPa WP: 41.4-MPa Test
50
52.3
25.4
80
79.5
38.1
100
103.1
50.8
180
152.4
50.8
34.5-MPa WP: 70.0-MPa Test
50
52.3
25.4
80
79.5
38.1
100
103.1
50.8
180
152.4
76.2
Length
A
Flanged End
Diameter Diameter
D1
D2
C.L. to
Bottom
C
Body
Sphere
E
Lever
Length
L
Diameter Handwheel Data for Valve with Operator
for Gear
Normally Furnished
G
H
Approximate Valve
Weight, lbm
11.625
14.124
17.125
22.125
6.50
8.25
10.75
14.00
2.06
3.13
4.06
6.00
3.94
5.12
5.94
7.91
5.00
6.75
8.50
11.50
36
36
36
–
–
–
–
24
6.34
7.44
8.43
10.29
44
85
165
445
14.625
15.125
18.125
24.125
8.50
9.50
11.50
15.00
2.06
3.13
4.06
6.00
3.94
4.88
6.77
8.39
5.00
7.00
9.25
12.50
36
36
36
–
–
–
–
30
6.34
7.44
9.76
10.92
90
130
255
675
14.625
18.625
21.625
28.000
8.50
10.50
12.25
15.50
2.06
3.13
4.06
6.00
3.94
4.88
6.77
8.39
5.00
7.00
9.25
13.50
36
36
–
–
–
–
24
24
6.34
7.44
9.30
13.13
95
189
361
805
Weight, kg
295
359
435
562
165
210
274
356
52
80
103
152
100
130
151
201
127
171
216
292
914
914
914
–
–
–
–
610
161
189
214
261
20
39
75
202
371
384
460
613
216
241
292
381
52
80
103
152
100
124
172
213
127
178
235
318
914
914
914
–
–
–
–
762
161
189
248
277
41
59
116
306
371
473
549
711
216
267
311
394
52
80
103
152
100
124
172
213
127
178
235
343
914
914
914
–
–
–
–
610
161
189
236
334
43
86
164
365
25
API Flanged 2,000-, 3,000-, and 5,000-psi WP
Reduced bore
Dimensions
Size, in
Nom.
Ball Bore
Diameter
B
Stem
Size
2,000-psi WP: 4,000-psi Test
3.13
2.06
1.0
4.06
3.13
1.0
7.06
4.06
1.5
3,000-psi WP: 6,000-psi Test
3.13
2.06
1.0
4.06
3.13
1.5
7.06
4.06
2.0
5,000-psi WP: 10,000-psi Test
3.13
2.06
1.0
4.06
3.13
1.5
7.06
4.06
2.0
Size, mm
13.8-MPa WP: 27.6-MPa Test
79.5
52.3
25.4
103.1
79.5
25.4
179.3
103.1
38.1
20.7-MPa WP: 41.4-MPa Test
79.5
52.3
25.4
103.1
79.5
38.1
179.4
103.1
50.8
34.5-MPa WP: 70.0-MPa Test
79.5
52.3
25.4
103.1
79.5
38.1
179.3
103.1
50.8
26
Length
A
Flanged End
Diameter Diameter
D1
D2
C.L. to
Bottom
Body
Sphere
Lever
Length
Diameter Handwheel Data for Valve with Operator
for Gear
Normally Furnished
C
E
L
G
H
Approximate Valve
Weight, lbm
14.125
17.125
22.125
8.25
10.75
14.00
3.13
4.06
6.00
3.94
5.12
5.94
5.00
6.75
8.50
36
36
36
–
–
–
6.34
7.44
8.43
80
140
230
15.125
18.125
24.125
9.50
11.50
15.00
3.13
4.06
6.00
3.94
4.88
6.77
5.00
7.00
9.25
36
36
36
–
–
–
6.34
7.44
9.76
105
197
345
18.625
21.625
28.000
10.50
12.25
15.50
3.13
4.06
6.00
3.94
4.88
6.77
5.00
7.00
9.25
36
36
–
–
–
24
6.34
7.44
9.30
130
230
490
Weight, kg
359
435
562
210
273
356
80
103
152
100
130
151
127
171
216
914
914
914
–
–
–
161
189
214
36
64
104
384
460
613
241
292
381
80
103
152
100
124
172
127
178
235
914
914
914
–
–
–
161
189
248
48
89
156
473
549
711
267
311
394
80
103
152
100
124
172
127
178
235
914
914
–
–
–
610
161
189
236
59
104
222
Dimensional Data
A
Dimensions Centerline to Mounting Flanged
Bore Size,
in [mm]
150
300
PN 20
PN 50
4.06 [103]
2 [50]
4.06 [103]
3 [80]
5.08 [129]
5.08 [129]
4 [100]
5.79 [147]
5.79 [147]
6 [150]
7.64 [194]
7.64 [194]
8 [200]
9.92 [252]
9.92 [252]
11.91 [303]
11.91 [303]
10 [250]
12 [300]
16.70 [424]
16.70 [424]
17.72 [450]
17.72 [450]
14 [350]
16 [400]
19.08 [485]
19.08 [485]
18 [450]
22.19 [564]
22.19 [564]
20 [500]
23.75 [603]
23.75 [603]
22 [550]
25.22 [641]
25.22 [641]
24 [600]
26.63 [676]
26.63 [676]
26 [650]
29.59 [752]
29.59 [752]
28 [700]
30.97 [787]
30.97 [787]
30 [750]
32.62 [829]
32.62 [829]
32 [800]
34.25 [870]
34.25 [870]
34 [850]
35.26 [896]
35.26 [896]
36 [900]
36.85 [936]
40.92 [1,039]
40 [1,000]
44.25 [1,124]
44.25 [1,124]
42 [1,050]
45.89 [1,166]
45.89 [1,166]
48 [1,200]
50.04 [1,271]
50.04 [1,271]
400
PN 64
4.06 [103]
5.08 [129]
5.79 [147]
7.64 [194]
9.92 [252]
11.91 [303]
16.70 [424]
17.72 [450]
20.78 [528]
22.19 [564]
25.25 [641]
26.78 [680]
28.20 [716]
29.59 [752]
30.97 [787]
32.62 [829]
38.53 [979]
39.31 [998]
40.92 [1,039]
44.25 [1,124]
45.89 [1,166]
54.02 [1,372]
Dimension A
ASME Pressure Class
600
900
PN 100
PN 150
4.06 [103]
4.06 [103]
5.08 [129]
4.76 [121]
5.79 [147]
6.61 [168]
7.64 [194]
8.23 [209]
9.92 [252]
9.92 [252]
11.91 [303]
15.05 [382]
16.70 [424]
16.70 [424]
17.72 [450]
20.55 [522]
20.78 [528]
22.17 [563]
22.19 [564]
23.76 [604]
25.25 [641]
29.23 [742]
26.78 [680]
30.72 [780]
28.20 [716]
32.18 [817]
29.59 [752]
33.59 [853]
34.99 [889]
34.99 [889]
36.65 [931]
36.65 [931]
38.53 [979]
42.05 [1,068]
39.31 [998]
–
40.92 [1,039]
44.65 [1,134]
48.05 [1,220]
–
49.69 [1,262]
–
56.50 [1,435]
–
1500
PN 250
4.06 [103]
4.76 [121]
6.61 [168]
8.23 [209]
13.45 [342]
15.96 [405]
17.80 [452]
20.55 [522]
22.17 [563]
27.71 [704]
29.23 [742]
–
32.18 [817]
–
–
–
–
–
–
–
–
–
2500
PN 420
4.68 [119]
5.71 [145]
6.89 [175]
12.52 [318]
15.39 [391]
18.07 [459]
19.61 [498]
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
The dimensions on this page, combined with the top works dimensions on the following two pages, provide the information required to determine the overall dimensions of a CAMERON T30 Series fully welded ball valve when
an actuator is installed.
For additional dimensional information on CAMERON T30 Series fully welded ball valves, contact your sales representative.
27
Top Works Dimensions
Square nut and adapter flange (BX-1220)
B
D
P
C
F
A
Mounting Dimensions
Dash Number
Valve Stem Size, in
Flange diameter
A
B
Boss diameter
C
Height of nut
D
Bolt size
F
Width of nut
H
Number of holes
J
Diameter bolt circle
P
Boss height
Flange bolt size
Bolt torque, lbf.ft
Dash Number
Valve Stem Size, mm
A
Flange diameter
B
Boss diameter
C
Height of nut
D
Bolt size
F
Width of nut
H
Number of holes
J
Diameter bolt circle
P
Boss height
Flange bolt size
Bolt torque, N.m
-1
1.00
6.50
4.747
1.94
0.44
1.50
8
5.75
0.328
3/8 to 16 NC-2
30
-1
25.40
165.10
120.57
49.28
11.18
38.10
8
146.05
8.33
3/8 to 16 NC-2
40.68
Note: -1 and -2 bolt holes straddle centerline. -3 bolt holes are on centerline.
28
-2
1.50
6.50
4.747
2.12
0.54
2.00
8
5.75
0.328
3/8 to 16 NC-2
30
-2
38.10
165.10
120.57
53.85
13.72
50.8
8
146.05
8.33
3/8 to 16 NC-2
40.68
-3
2.0
8.75
6.997
2.62
0.66
2.50
16
8.00
0.328
3/8 to 16 NC-2
30
-3
50.80
222.25
177.72
66.55
16.76
63.50
16
203.20
8.33
3/8 to 16 NC-2
40.68
Top Works Dimensions
Keyed shaft and adapter flange (BX-1221)
F
E
S
R
J
O
W N
V
H
K
Mounting Dimensions
Dash Number
Valve Stem Size, in
Number of holes
A
C
Diameter bolt circle
E
Max. shaft diameter
F
Boss diameter
H
Key seat
J
Height of nut
K
Flange diameter
N
Flange thickness
Q
Key width
R
Key length
S
Overall height
V
Adapter flange
thickness (max.)
W
Boss height
Flange bolt size
Bolt torque, lbf.ft
Dash Number
Valve Stem Size, mm
A
Number of holes
C
Diameter bolt circle
E
Max. shaft diameter
F
Boss diameter
H
Key seat
J
Height of nut
K
Flange diameter
N
Flange thickness
Q
Key width
R
Key length
S
Overall height
V
Adapter flange
thickness (max.)
W
Boss height
Flange bolt size
Bolt torque, N.m
-4
3.00
16
10.375
2.745
9.122
2.402
4.75
11.50
0.63
0.625
3.75
6.120
1.00
-5
4.00
16
17.25
3.245
16.246
2.831
5.310
18.25
0.63
0.75
4.310
7.00
1.00
-6
5.00
24
18.375
4.495
17.121
3.786
6.25
19.380
0.63
1.25
5.250
8.120
1.00
-7
7.50
24
24.00
5.495
21.746
4.803
8.50
25.75
1.00
1.25
7.50
11.00
1.00
-8
9.00
24
31.00
6.245
28.308
5.409
9.13
32.75
1.00
1.50
8.13
11.75
1.00
-9
11.00
28
27.50
8.995
25.496
7.887
13.31
30.00
1.25
2.00
12.00
16.12
1.25
-10
13.00
28
27.50
8.995
25.496
6.774
13.31
30.00
1.25
2.00
12.00
15.84
1.25
-11
15.00
32
36.00
–
33.496
–
19.25
39.00
1.50
2.25
17.50
21.50
1.50
0.328
1/2 to 13 NC-2
60
-4
76.20
16
263.53
69.73
231.69
61.01
120.65
292.10
16.00
15.88
95.25
155.45
25.40
0.328
1/2 to 13 NC-2
60
-5
101.60
16
438.15
82.43
412.64
71.91
134.88
463.55
16.00
19.05
109.48
177.80
25.40
0.328
1/2 to 13 NC-2
63
-6
127.00
24
466.73
114.18
434.87
96.16
158.75
492.26
16.00
31.75
133.35
206.25
25.40
0.328
7/8 to 9 NC-2
330
-7
190.50
24
609.60
139.58
552.34
122.00
215.90
654.05
25.40
31.75
190.50
279.40
25.40
0.328
7/8 to 9 NC-2
330
-8
228.60
24
787.40
158.63
719.02
137.38
231.91
831.85
25.40
38.10
206.51
298.45
25.40
0.328
11/4 to 8 NC-2
1,000
-9
279.40
28
698.50
228.48
647.59
200.32
338.03
762.00
31.75
50.80
304.80
409.45
31.75
0.328
11/4 to 8 NC-2
1,000
-10
330.20
28
698.50
228.48
647.59
172.05
338.03
763.00
31.75
50.80
304.80
402.34
31.75
0.328
11/4 to 8 NC-2
1,600
-11
381.00
32
914.40
–
850.79
–
488.95
990.60
38.10
57.15
444.50
546.10
38.10
8.33
1/2 to 13 NC-2
81
8.33
1/2 to 13 NC-2
81
8.33
1/2 to 13 NC-2
85
8.33
7/8 to 9 NC-2
447
8.33
7/8 to 9 NC-2
447
8.33
11/4 to 8 NC-2
1,356
8.33
11/4 to 8 NC-2
1,356
8.33
11/4 to 8 NC-2
2,169
Note: -7 through -11 bolt holes straddle centerline. -4 through -6 holes are on centerline.
29
Top Works Dimensions
Manual gear dimensions for DYNATORQUE accesories gear operators
Q
M
N
P
DYNATORQUE accessories gearbox. Stem size 1 in, 1.5 in, 2 in, and 3 in.
Manual Gear Dimensions
Stem Size,
Model
in [mm]
Effective Ratio
1.0 [25.4]
1.5 [38.1]
2.0 [50.8]
3.0 [76.2]
22.5:1
22.5:1
27.6:1
91.2:1
DT21
DT21
DT40
DT54
Number of Turns Dimension, in [mm]
per 90°
M
N
15
3.56 [90]
3.54 [90]
15
3.56 [90]
3.54 [90]
19.75
5.68 [144]
4.83 [123]
79.5
5.66 [144]
6.83 [173]
Q
M
DYNATORQUE accessories gearbox. Stem size: 3 in and 4 in.
30
Manual Gear Dimensions
Stem Size,
Model
in [mm]
Effective Ratio
4.0 [101.6]
5.0 [127.0]
7.5 [190.5]
9.0 [228.6]
110:1
153:1
297:1
432:1
WG1/B6
WG1/S12
WG1/S12
WG1/S12
Weight,
lbm [kg]
Q
3.63 [92]
3.63 [92]
4.63 [118]
4.30 [109]
M
P
N
P
1.63 [41]
1.63 [41]
2.25 [57]
4.94 [125]
36 [16]
36 [16]
75 [34]
108 [49]
Q
P
N
DYNATORQUE accessories gearbox. Stem size: 5 in, 7.5 in, and 9 in.
Number of Turns Dimension, in [mm]
per 90°
M
N
112.5
9.13 [232]
8.69 [221]
190
9.69 [246]
10.25 [260]
297
12.88 [327]
12.63 [321]
428t
16.37 [416]
14.77 [375]
P
4.69 [119]
5.50 [140]
6.63 [168]
7.39 [188]
Q
12.64 [321]
9.50 [241]
14.00 [356]
19.50 [495]
Weight,
lbm [kg]
211 [96]
364 [165]
581 [264]
793 [360]
Notes
31
CAMERON T30 Series
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