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CCI 100 DPC DRAG® Wellhead Production Choke Valve
CC
I 10
0D
PC
DR
AG
® W
ellh
ead P
roducti
on C
hoke
Val
ve2 Severe service DRAG® choke valve delivers precise wellhead
pressure control with superior reliability and life.
nImproves well production
time
nEnhances control at wellhead
nReduces costs associated
with maintenance and repair
nImproves ability to
accommodate changes in
well operating conditions
nEnhances the safety and
reliability of production
facilities
DRAG® Technology for Severe Service Choke Valves
Today’s gas field environment means higher wellhead pressures with
aggressive fluids with entrained sand and other solid particles. A
conventional single stage choke valve is not suitable for this kind of severe
service. The need to maintain production rates means that frequent choke
repair or replacement is no longer acceptable. CCI has responded to this
need by developing the world’s first true severe service choke valve.
CCI has been solving severe service control valve problems in the oil and gas
industry for over 30 years. The CCI severe service choke uses a combination
of proven DRAG® velocity control technology and the best grades of
tungsten carbide material used in the industry to provide long trim life and
precise process control.
Figure 1: Exploded view of DRAG® choke disks showing flow path
Typical Conventional Valve Problems Solved by DRAG® Technology
RequirementConventional Choke Valve
Root Cause(s)
Operation at high pressure differentials for extended periods of time.
Production time significantly reduced due to frequent repair or replacement of trims and/or bodies.
Inadequate control of fluid velocities resulting in rapid damage to trim components.
Improved control at wellhead.
Inability to precisely control pressure and/or flow.
Poor rangeability inherent to design. Inadequate control of fluid velocities resulting in high erosion rates and rapid damage to control surfaces of trim components.
Improved resistance to erosion due to sand and other particulate matter entrained in fluids.
Production time significantly reduced due to frequent repair or replacement of trims and/or bodies.
Inadequate control of fluid velocities resulting in high erosion rates and rapid damage to trim components. Poor material selection.
Ability to accommodate significant changes in well operating conditions over time.
Replace existing valve to address new well operating conditions.
Poor rangeability. Inability to significantly modify existing valve.
Safety and reliability for increasingly demanding and challenging environments.
Operation of facility and health of employees compromised due to rapid erosion to pressure boundary parts, severe mechanical vibration and excessive noise.
Inadequate control of fluid velocities.
CC
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DP
C D
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Wellh
ead P
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hoke V
alve3Highly flexible configuration allows for future
depleted well conditions.
Proven DRAG® Technology for Effective Control of Fluid Velocities
CCI’s DRAG® disk stack controls flowing velocities throughout the valve
trim by forcing the process fluid to follow a tortuous path of right angle
turns. The resistance to flow provided by these turns (or stages) limits
the trim exit velocity to a safe level, regardless of the pressure drop. The
DRAG® choke valve eliminates problems resulting from excessive fluid
velocities such as trim and body erosion, noise, vibration and poor
process control. The fluid velocities within the trim of CCI choke valves
are typically 1/3 to 1/4 that of conventional single stage chokes. Velocity
control protects the trim from erosion and increases the trim life many
fold.
The rate of erosion has been shown to be proportional to the velocity of
the fluid by the third to fifth power, which suggests that the erosion rate
would be reduced by eight times if the fluid velocity is reduced by half
based on a proportionality to the third power.
Proven Materials of Construction for Superior Wear Resistance
CCI chokes utilize solid tungsten carbide trim. The plug is solid tungsten
carbide, not just carbide tipped. The disk stack provides for multi-stage
letdown and is made from solid tungsten carbide, an industry first.
The seat ring is provided with a tungsten carbide venturi, allowing for
a controlled, erosion resistant expansion into the choke outlet and
downstream piping.
Proven Engineered Solutions for Maximum Design Flexibility
The CCI 100DPC Production Choke Valve is designed to accommodate
a variety of trim sizes and throttling elements (i.e. disk stacks and
cages) in order to accommodate changes to well operating conditions
that will occur over time. Instead of having to purchase an entirely new
valve, CCI can simply re-fit the existing valve with an appropriate trim
set that will properly address the new operating conditions.
Table 1: Comparison of energy at trim exit for gases and liquids multi-stage vs. single-stage
Gas - Velocity Head kPa (psi)
Liquid - Velocity Head meter/sec (ft/sec)
PBar (psi)
6 Stages 1 Stage 6 Stages 1 Stage
400 (5800) 6400 (933) 25200 (3675) 71 (233) 280 (918)
200 (2900) 1600 (233) 21500 (3135) 50 (164) 197 (646)
100 (1450) 700 (102) 10700 (1560) 35 (115) 138 (453)
P1
V1
Velocity/Energy Limit �n�cce�t��le
�cce�t��le
P
V
Pvc
Vvc vc = vena contracta
P�
V�
�nacce�ta��e
�cce�ta��eV
PVe�oc�t���ner�� ����t
Figure 3: Single-stage letdown
Figure 2: Multi-stage letdown
Figure 4: DRAG® high capacity hybrid trim (cage and disk stack)
Figure 5: DRAG® total velocity trim (full disk stack)
CC
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PC
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® W
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ve4 CCI DRAG® choke features ensure extended operating life.
Bolted Bonnet
Easy Maintenance
Pressure Balancing Seals
Reduces actuator/handwheel force
Provided with dual wiper rings to keep solids out of sealing areas
Solid Tungsten Carbide Venturi Seat
Solid tungsten carbide venturi seat in high turbulence zones
Venturi seat transition flows smoothly into valve outlet and piping
Solid Tungsten Carbide Plug
Solid tungsten carbide eliminates galling
Excellent erosion resistance
Large balance holes will not clog
Solid Tungsten Carbide Disk Stack
Solid tungsten carbide for erosion resistance
Multi-step letdown to control velocity, erosion and noise
Large flow passages, easily handle solids and dirty fluids
Seals, Gaskets & Stem
Packing materials selected are explosive decompression resistant
Dual Body Seals
For high integrity toxic services
DRAG® Disk Stack
Up to six stages of velocxity control
CC
I 100
DP
C D
RA
G®
Wellh
ead P
roductio
n C
hoke V
alveUse this checklist to evaluate the benefits of the CCI
severe service choke valve.
5
BenefitsCCI 100DPC
DRAG® Choke Valve
Competitors
1 Solid tungsten carbide plug, seat and disk stack eliminates erosion and galling and extends performance life for maximum productivity.
2 Large flow passages to easily handle solids means continued reliable performance.
3 Multi-step letdown to control velocity, erosion, noise, and vibration for minimum down time and safety.
4 Increased rangeability due to a longer stroke means superior performance and control.
5 Dual scrapers prevent solids from entering sealing areas for reduced maintenance.
6 Venturi seat transition assures smooth flow into valve outlet and piping for problems downstream.
7 Easy maintenance, quick-change trim means no trim parts are welded or screwed into the body.
8 One choke body can handle changing wellhead conditions by swapping trim for less down time.
9 Up to 6 stages of DRAG® velocity control ( with total velocity control trim disk stack.)
10 All trim seals are PTFE. PTFE is explosive decompression resistant.
CC
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veTechnical specifications and materials.6
Table 2: Materials
ComponentItem No.
StandardNACE MR0175-2002NACE MR0103-2005
NACE MR0175-2005/ISO 15156-2 2003
/Cor.2.2005(see Note 4)
Com-ments
Body 1
ASTM A958-SC4130ASTM A352-LCBASTM A216-WCCA995-4A (Duplex)
ASTM A958-SC4130ASTM A352-LCBASTM A216-WCCA995-4A (Duplex) See
Note 1
Bonnet 2AISI 4130
F51/S31803A350-LF2
AISI 4130F51/S31803A350-LF2
Disk Stack 3Solid Tungsten
CarbideSolid Tungsten
Carbide
Seat Housing/
Insert4
17-4/Solid Tungsten Carbide
Inconel 718/Solid Tungsten Carbide
Plug 5Solid Tungsten
CarbideSolid Tungsten
Carbide
Stem 6 17-4PH Inconel 718See
Note 2
Seals 7 PTFE PTFE
Body to Bonnet Seal
8 17-4PH Inconel 625
Component Specifications/Options AvailablePressure Rating ANSI 1500-2500, API 5000-10000
Actuator TypeManual handwheel, pneumatic diaphragm or piston, pneumatic stepper,
electric, hydraulic Standard Quality Level API 6A PSL1 Optional Quality Levels PSL2 and 3 and NACE MR0175
Standard Temperature Ratings-50 to +250 degF (-45 to +121 degC)
(API 6A temperature classifications L, P, R, S, T, U)Valve Characteristics Modified equal percent
Standard Shut-Off Class ANSI/FCI Class IVOptional Shut-Off Class ANSI/Class V
Table 3: Performance Data
Figure 9: Stepper Motor Actuator
Figure 8: Pneumatic Piston
Figure 7: Handwheel Actuator
Figure 6: Pneumatic Diaphragm
(1) ASTM A958-SC4130, A352-LCB, and A216-WCC are available with or without an Inconel 625 inlay for corrision resistance.
(2) Inconel 718 is selected for stem material when API material classes FF or HH is specified.(3) Seals are Explosive Decompression Resistant.(4) Certification to NACE is dependant on fluid composition and temperature.
Note:Valve body material is cast as standard. Forged bodies with weld on flanges are available. Consult factory for options.
2
6
5
3
4
1
8
7
CC
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DP
C D
RA
G®
Wellh
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roductio
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hoke V
alveCCI DRAG® choke trim provides performance and reliability
regardless of your wellhead life cycle.7
(1) Type of end connections include through-hole flanges and hubs
DRAG® High Capacity Hybrid Trim (Cage and
Disk Stack)
Standard End Connections Sizes for Specified Trims (See Note 1)
DRAG® Total Velocity Control Trim
(Full Disk Stack)) Stroke Length (inches)
Trim Size Rated CvBody Rating 1500 ANSI
Body Rating 2500 ANSI
Body Rating API 5000
Body Rating API 10000
Trim SizeRated
Cv
1.0 18 1 1/2, 2, 3” 1 1/2, 2, 3”2 1/16, 2 9/16,
3 1/8”1 13/16, 2 1/16, 2 9/16, 3 1/16 ”
1.0 9 1.5
1.75 50 3, 4” 3, 4”2 9/16,
3 1/8, 4 1/16”2 9/16, 3 1/16,
4 1/16”1.75 24 2.5
2.5 100 4, 6” 4, 6”3 1/8, 4 1/16,
5 1/8”3 1/16, 4 1/16,
5 1/8”2.5 31 2.5
3.25 160 4, 6” 4, 6”4 1/16, 5 1/8,
7 1/16”4 1/16, 5 1/8,
7 1/16”3.25 50 3.5
4.0 250 6, 8” 6, 8”5 1/8,
7 1/16, 9”5 1/8,
7 1/16, 9”4.0 60 3.5
5.0 335 6, 8, 10” 6, 8, 10” 7 1/16, 9” 7 1/16, 9” 5.0 105 4.5
(1) Type of end connections include through-hole flanges and hubs (2) For optional sizes and pressure ratings consult factory.
Figure 11: DRAG® total velocity control trim (full disk stack)
Figure 10: DRAG® high capacity hybrid trim (cage and disk stack)
Table 4: Cv, Stroke, and End Connections
CC
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ve8 Technical specifications and materials.
Trim Size
ANSI Class
Inlet x Outlet Size
Centerline to Inlet Face Dim A
Centerline to Outlet Face Dim B
RF RTJ RF RTJ
1
1500
1.5x1.5 8.00 in (203 mm) 8.00 in (203 mm) 8.00 in (203 mm) 8.00 in (203 mm)1.5x2 8.00 in (203 mm) 8.00 in (203 mm) 8.75 in (222 mm) 8.81 in (224 mm)2x2 8.75 in (222 mm) 8.81 in (224 mm) 8.75 in (222 mm) 8.81 in (224 mm)2x3 8.75 in (222 mm) 8.81 in (224 mm) 9.38 in (238 mm) 9.44 in (240 mm)3x3 9.38 in (238 mm) 9.44 in (240 mm) 9.38 in (238 mm) 9.44 in (240 mm)
2500
1.5x1.5 9.13 in (232 mm) 9.19 in (233 mm) 9.13 in (232 mm) 9.19 in (233 mm)1.5x2 9.13 in (232 mm) 9.19 in (233 mm) 9.75 in (248 mm) 9.81 in (249 mm)2x2 9.75 in (248 mm) 9.81 in (249 mm) 9.75 in (248 mm) 9.81 in (249 mm)2x3 9.75 in (248 mm) 9.81 in (249 mm) 11.38 in (289 mm) 11.50 in (292 mm)3x3 11.38 in (289 mm) 11.50 in (292 mm) 11.38 in (289 mm) 11.50 in (292 mm)
1.75
15003 x 3 10.12 in (257 mm) 10.19 in (259 mm) 10.12 in (257 mm) 10.19 in (259 mm)3 x 4 10.12 in (257 mm) 10.19 in (259 mm) 10.38 in (264 mm) 10.44 in (265 mm)4 x 4 10.38 in (264 mm) 10.44 in (265 mm) 10.38 in (264 mm) 10.44 in (265 mm)
25003 x 3 12.12 in (308 mm) 12.25 in (311 mm) 12.12 in (308 mm) 12.25 in (311 mm)3 x 4 12.12 in (308 mm) 12.25 in (311 mm) 13.00in (330 mm) 13.19 in (335 mm)4 x 4 13.00 in (330 mm) 13.19 in (335 mm) 13.00in (330 mm) 13.19 in (335 mm)
2.5
15004 x 4 11.62 in (295 mm) 11.69 in (297 mm) 11.62 in (295 mm) 11.69 in (297 mm)4 x 6 11.62 in (295 mm) 11.69 in (297 mm) 13.50 in (343 mm) 13.62 in (346 mm)6 x 6 13.50 in (343 mm) 13.62 in (346 mm) 13.50 in (343 mm) 13.62 in (346 mm)
25004 x 4 14.25 in (362 mm) 14.44 in (366 mm) 14.25 in (362 mm) 14.44 in (366 mm)4 x 6 14.25 in (362 mm) 14.44 in (366 mm) 17.50 in (445 mm) 17.75 in (451 mm)6 x 6 17.50 in (445 mm) 17.75 in (451 mm) 17.50 in (445 mm) 17.75 in (451 mm)
3.25
15004 x 4 11.62 in (295 mm) 11.69 in (297 mm) 11.62 in (295 mm) 11.69 in (297 mm)4 x 6 11.62 in (295 mm) 11.69 in (297 mm) 13.50 in (343 mm) 13.62 in (346 mm)6 x 6 13.50 in (343 mm) 13.62 in (346 mm) 13.50 in (343 mm) 13.62 in (346 mm)
25004 x 4 14.25 in (362 mm) 14.44 in (366 mm) 14.25 in (362 mm) 14.44 in (366 mm)4 x 6 14.25 in (362 mm) 14.44 in (366 mm) 17.50 in (445 mm) 17.75 in (451 mm)6 x 6 17.50 in (445 mm) 17.75 in (451 mm) 17.50 in (445 mm) 17.75 in (451 mm)
4
15006 x 6 14.50 in (368 mm) 14.62 in (371 mm) 14.50 in (368 mm) 14.62 in (371 mm)6 x 8 14.50 in (368 mm) 14.62 in (371 mm) 18.12 in (460 mm) 18.31 in (465 mm)8 x 8 18.12 in (460 mm) 18.31 in (465 mm) 18.12 in (460 mm) 18.31 in (465 mm)
25006 x 6 18.50 in (470 mm) 18.75 in (476 mm) 18.50 in (470 mm) 18.75 in (476 mm)6 x 8 18.50 in (470 mm) 18.75 in (476 mm) 22.25 in (565 mm) 22.56 in (573mm)8 x 8 22.25 in (565 mm) 22.56 in (573 mm) 22.25 in (565 mm) 22.56 in (573mm)
5
1500
6 x 6 16.50 in (419 mm) 16.62 in (422 mm) 16.50 in (419 mm) 16.62 in (422 mm)6 x 8 16.50 in (419 mm) 16.62 in (422 mm) 18.12 in (460 mm) 18.31 in (465 mm)8 x 8 18.12 in (460 mm) 18.31 in (465 mm) 18.12 in (460 mm) 18.31 in (465 mm)8 x 10 18.12 in (460 mm) 18.31 in (465 mm) 21.50 in (546 mm) 21.69 in (551 mm)10 x 10 21.50 in (546 mm) 21.69 in (551 mm) 21.50 in (546 mm) 21.69 in (551 mm)
2500
6 x 6 20.50 in (521 mm) 20.75 in (527 mm) 20.50 in (521 mm) 20.75 in (527 mm)6 x 8 20.50 in (521 mm) 20.75 in (527 mm) 22.25 in (565 mm) 22.56 in (573mm)8 x 8 22.25 in (565 mm) 22.56 in (573mm) 22.25 in (565 mm) 22.56 in (573mm)8 x 10 22.25 in (565 mm) 22.56 in (573mm) 28.00 in (711 mm) 28.44 in (722 mm)10 x 10 28.00 in (711 mm) 28.44 in (722 mm) 28.00 in (711 mm) 28.44 in (722 mm)
Table 5: Face to Face Dimensions
B
INLET
OUTLET A
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Trim Size
API Class
Inlet x Outlet Size
Centerline to Inlet Face Dim A
Centerline to Outlet Face Dim B
6B 6BX 6B 6BX
1
5000
2 1/16 x 2 1/16 8.81 in (224 mm) - 8.81 in (224 mm) -2 1/16 x 2 9/16 8.81 in (224 mm) - 8.94 in (227 mm) -2 9/16 x 2 9/16 8.94 in (227 mm) - 8.94 in (227 mm) -2 9/16 x 3 1/8 8.94 in (227 mm) - 9.44 in (240 mm) -3 1/8 x 3 1/8 9.44 in (240 mm) - 9.44 in (240 mm) -
10000
1 13/16 x 1 13/16 - 8.25 in (210 mm) - 8.25 in (210 mm)1 13/16 x 2 1/16 - 8.25 in (210 mm) - 8.81 in (224 mm)2 1/16 x 2 1/16 - 8.81 in (224 mm) - 8.81 in (224 mm)2 1/16 x 2 9/16 - 8.81 in (224 mm) - 9.38 in (238 mm)2 9/16 x 2 9/16 - 9.38 in (238 mm) - 9.38 in (238 mm)2 9/16 x 3 1/16 - 9.38 in (238 mm) - 10.75 in (273 mm)3 1/16 x 3 1/16 - 10.75 in (273 mm) - 10.75 in (273 mm)
1.75
5000
2 9/16 x 2 9/16 9.69 in (246 mm) - 9.69 in (246 mm) -2 9/16 x 3 1/8 9.69 in (246 mm) - 10.19 in (259 mm) -3 1/8 x 3 1/8 10.19 in (259 mm) - 10.19 in (259 mm) -3 1/8 x 4 1/16 10.19 in (259 mm) - 10.44 in (265 mm) -4 1/16 x 4 1/16 10.44 in (265 mm) - 10.44 in (265 mm) -
10000
2 9/16 x 2 9/16 - 11.38 in (289 mm) - 11.38 in (289 mm)2 9/16 x 3 1/16 - 11.38 in (289 mm) - 12.00 in (305 mm)3 1/16 x 3 1/16 - 12.00 in (305 mm) - 12.00 in (305 mm)3 1/16 x 4 1/16 - 12.00 in (305 mm) - 13.00 in (330 mm)4 1/16 x 4 1/16 - 13.00 in (330 mm) - 13.00 in (330 mm)
2.5
5000
3 1/8 x 3 1/8 10.19 in (259 mm) - 10.19 in (259 mm) -3 1/8 x 4 1/16 10.19 in (259 mm) - 11.69 in (297 mm) -4 1/16 x 4 1/16 11.69 in (297 mm) - 11.69 in (297 mm) -4 1/16 x 5 1/8 11.69 in (297 mm) - 12.94 in (329 mm) -5 1/8 x 5 1/8 12.94 in (329 mm) - 12.94 in (329 mm) -
10000
3 1/16 x 3 1/16 - 12.00 in (305 mm) - 12.00 in (305 mm)3 1/16 x 4 1/16 - 12.00 in (305 mm) - 13.00 in (330 mm)4 1/16 x 4 1/16 - 13.00 in (330 mm) - 13.00 in (330 mm)4 1/16 x 5 1/8 - 13.00 in (330 mm) - 14.81 in (376 mm)5 1/8 x 5 1/8 - 14.81 in (376 mm) - 14.81 in (376 mm)
3.25
5000
4 1/16 x 4 1/16 11.69 in (297 mm) - 11.69 in (297 mm) -4 1/16 x 5 1/8 11.69 in (297 mm) - 12.94 in (329 mm) -5 1/8 x 5 1/8 12.94 in (329 mm) - 12.94 in (329 mm) -5 1/8 x 7 1/16 12.94 in (329 mm) - 13.62 in (346 mm) -7 1/16 x 7 1/16 13.62 in (346 mm) - 13.62 in (346 mm) -
10000
4 1/16 x 4 1/16 - 14.00 in (356 mm) - 14.00 in (356 mm)4 1/16 x 5 1/8 - 14.00 in (356 mm) - 14.81 in (376 mm)5 1/8 x 5 1/8 - 14.81 in (376 mm) - 14.81 in (376 mm)5 1/8 x 7 1/16 - 14.81 in (376 mm) - 18.75 in (476 mm)7 1/16 x 7 1/16 - 18.75 in (476 mm) - 18.75 in (476 mm)
4
5000
5 1/8 x 5 1/8 13.94 in (354 mm) - 13.94 in (354 mm) -5 1/8 x 7 1/16 13.94 in (354 mm) - 14.62 in (371 mm) -7 1/16 x 7 1/16 14.62 in (371 mm) - 14.62 in (371 mm) -
7 1/16 x 9 14.62 in (371 mm) - 18.31 in (465 mm) -9 x 9 18.31 in (465 mm) - 18.31 in (465 mm) -
10000
5 1/8 x 5 1/8 - 14.74 in (374 mm) - 14.74 in (374 mm)5 1/8 x 7 1/16 - 14.74 in (374 mm) - 16.18 in (411 mm)7 1/16 x 7 1/16 - 16.18 in (411 mm) - 16.18 in (411 mm)
7 1/16 x 9 - 16.18 in (411 mm) - 20.38 in (518 mm)9 x 9 - 20.38 in (518 mm) - 20.38 in (518 mm)
5
50007 1/16 x 7 1/16 16.62 in (422 mm) - 16.62 in (422 mm) -
7 1/16 x 9 16.62 in (422 mm) - 18.31 in (465 mm) -9 x 9 18.31 in (465 mm) - 18.31 in (465 mm) -
100007 1/16 x 7 1/16 - 18.18 in (462 mm) - 18.18 in (462 mm)
7 1/16 x 9 - 18.18 in (462 mm) - 20.38 in (518 mm)9 x 9 - 20.38 in (518 mm) - 20.38 in (518 mm)
Table 5: Face to Face Dimensions (continued)
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ve10 Technical specifications and materials.
Trim Size
ANSI Class
Inlet x Outlet Size
Max Overall Height with Manual Override Dim C
inch (mm)
Max Overall Height w/out Manual
Override Dim C inch (mm)
Weight lbs (kg) w/ Act
Weight lbs (kg)
Bare Stem
1
1500
1.5 x 1.5
44.3 (1125) 31.3 (795)
347 (158)
126 (57)1.5 x 2 144 (65)2 x 2 163 (74)2 x 3 175 (80)3 x 3 227 (103)
2500
1.5 x 1.5
502 (228)
207 (94)1.5 x 2 227 (103)2 x 2 242 (110)2 x 3 312 (142)3 x 3 382 (174)
1.75
15003 x 3
68 (1727) 58 (1473)634
(288)
324 (147)3 x 4 349 (159)4 x 4 374 (170)
25003 x 3
68 (1727) 58 (1473)849
(386)
484 (220)3 x 4 534 (243)4 x 4 589 (268)
2.5
15004 x 4
69 (1753) 59 (1499)904(411)
444 (202)4 x 6 544 (247)6 x 6 644 (293)
25004 x 4
69 (1753) 59 (1499)1377(626)
697 (317)4 x 6 907 (412)6 x 6 1117 (508)
3.25
15004 x 4
72 (1829) 61 (1549)1081(491)
626 (285)4 x 6 726 (330)6 x 6 821 (373)
25004 x 4
72 (1829) 61 (1549)1704(775)
994 (452)4 x 6 1224 (556)6 x 6 1444 (656)
4
15006 x 6
72 (1829) 61 (1549)1564(711)
1004 (456)6 x 8 1154 (525)8 x 8 1304 (593)
25006 x 6
74 (1880) 61 (1549)2463(1120)
1728 (785)6 x 8 1968 (895)8 x 8 2203 (1001)
5
1500
6 x 6
76 (1930) 63 (1600)2584(1175)
1464 (665)6 x 8 1599 (727)8 x 8 1739 (790)8 x 10 1994 (906)10 x 10 2249 (1022)
2500
6 x 6
76 (1930) 63 (1600)4499
(2045)
2412 (1096)6 x 8 2607 (1185)8 x 8 2802 (1274)8 x 10 3402 (1546)10 x 10 3924 (1784)
Table 6: Overall Heights and Weights * Dim “D” is 8 in (200 mm) Required for actuator removal
CC
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C D
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alve11Technical specifications and materials.
Trim Size
API Class
Inlet x Outlet Size
Max Overall Height with Manual Override
Dim C inch (mm)
Max Overall Height w/out Manual Override Dim C inch
(mm)
Weight lbs (kg)Weight lbs (kg)
Bare Stem
1
5000
2 1/16 x 2 1/16
44.3 (1125) 31.3 (795)347
(158)
163 (74)2 1/16 x 2 9/16 178 (81)2 9/16 x 2 9/16 192 (87)2 9/16 x 3 1/8 208 (95)3 1/8 x 3 1/8 227 (103)
10000
1 13/16 x 1 13/16
67.7 (1720) 57.4 (1458)412
(187)
182 (83)1 13/16 x 2 1/16 187 (85)2 1/16 x 2 1/16 197 (90)2 1/16 x 2 9/16 212 (96)2 9/16 x 2 9/16 232 (105)2 9/16 x 3 1/16 262 (119)3 1/16 x 3 1/16 292 (133)
1.75
5000
2 9/16 x 2 9/16
68 (1727) 58 (1473)634
(288)
304 (138)2 9/16 x 3 1/8 314 (143)3 1/8 x 3 1/8 324 (147)3 1/8 x 4 1/16 349 (159)4 1/16 x 4 1/16 374 (170)
10000
2 9/16 x 2 9/16
70 (1778) 58 (1473)769
(350)
379 (172)2 9/16 x 3 1/16 404 (184)3 1/16 x 3 1/16 424 (193)3 1/16 x 4 1/16 469 (213)4 1/16 x 4 1/16 509 (231)
2.5
5000
3 1/8 x 3 1/8
69 (1753) 59 (1499)839
(381)
384 (175)3 1/8 x 4 1/16 414 (188)4 1/16 x 4 1/16 444 (202)4 1/16 x 5 1/8 514 (234)5 1/8 x 5 1/8 579 (263)
10000
3 1/16 x 3 1/16
71 (1803) 59 (1499)917
(417)
477 (217)3 1/16 x 4 1/16 517 (235)4 1/16 x 4 1/16 557 (253)4 1/16 x 5 1/8 607 (276)5 1/8 x 5 1/8 657 (299)
3.25
5000
4 1/16 x 4 1/16
72 (1829) 61 (1549)1001(455)
576 (262)4 1/16 x 5 1/8 636 (289)5 1/8 x 5 1/8 701 (319)5 1/8 x 7 1/16 721 (328)7 1/16 x 7 1/16 741 (337)
10000
4 1/16 x 4 1/16
74 (1880) 61 (1549)1594(725)
834 (379)4 1/16 x 5 1/8 874 (397)5 1/8 x 5 1/8 919 (418)5 1/8 x 7 1/16 1129 (513)7 1/16 x 7 1/16 1334 (606)
Table 6: Overall Heights and Weights (continued)
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