foster and w-k-m pipeline gate valves

T A B L E O F C O N T E N T S 

F OSTER AND W-K-M 

P IPELINE G ATE V ALVES 

Features & Benefits 

D-Seal Gate Valves 2 

Pow-R-Seal Gate Valves 5 

Saf-T-Gard Actuators 6 

Product Specifications 

D-Seal Gate Valves 8 

Actuation Data 10 

Pow-R-Seal® Gate Valves 12 

Terms and Conditions 20 

Trademark Information 22

G ATE 

V A L V E S 

WKM & FOSTER 

GATE VALVES from Orbit Valve, 

a Division of Cooper Cameron 

Valves 

• Double block and bleed 

• Through conduit 

• Zero leakage 

• Full bore 

• Firesafe 

Foster Dual Seal Valves 

• Slab Gate Design 

• Double Sealed Upstream and 

Downstream 

• Double Block & Bleed OPEN and 

CLOSED 

• Sizes 2" to 40" (50mm - 1000mm) 

• ANSI 150 to ANSI 1500 

W-K-M Pow-R-Seal Valves 

• Expanding Gate Design 

• Positive Mechanical Sealing 

• Rated to +1000°F (538°C) 

• Sizes 2" to 36" (50mm - 900mm) 

• ANSI 300 to ANSI 2500 

F E A T U R E S A N D B E N E F I T S p1

D-S E A L G ATE V A L V E S 

FOSTER 

The Foster Dual Seal Features 

The Foster Dual Seal is Unique 

Foster Dual Seal is a completely different 

slab gate valve. Instead of using sealant 

injection to make temporary repairs to 

damaged seals, the Foster valve has SEC- 

ONDARY SEAL RINGS on both faces of 

the gate that are automatically energized 

ONLY if the primary seals are damaged. 

For critical pipeline service where Full 

Port, Through Conduit, Double Block and 

Bleed is required, Foster D-Seal will provide 

tight shut-off, long after ordinary slab 

gate valves have failed. 

A Pair of Seals in Reserve 

Through their normal valve lifetime, the 

primary seals of the Foster D-Seal are 

all that is needed for zero-leak shut-off. 

But erosive forces can concentrate at the 

“pinch point” of a valve, when almostclosed 

or just-opening, to damage the 

seals. With the Foster D-Seal design, if 

erosion causes the primary seals to leak, 

the back-up secondary seals are automatically 

energized to take over the sealing 

function. The secondary seals are protected 

from erosion by their position in 

the seat. 

No Coil Springs 

There are NO coil springs in the Foster D- 

Seal. Gentle compression is applied to the 

secondary seals by a Belleville load ring. 

The load is uniform all round the seal surface, 

unlike coil springs that have variable 

loading. The light loading is sufficient to 

hold drop-tight sealing, even at low differential 

pressure. The light loading reduces 

the dragging and seal damage experienced 

by traditional designs of slab gate valve. 

Double Block and Bleed 

Every Foster D-Seal valve has a body 

bleed vent point. By venting the body 

cavity in EITHER THE FULLY OPEN 

OR THE FULLY CLOSED POSITION, 

positive zero leak sealing can be confirmed. 

In the OPEN position, there is 

positive assurance that no pipeline scale, 

sand or line contaminants are settling 

inside the body, that would endanger 

good operation. There is no valve design 

that is better able than Foster D-Seal to 

handle pipeline Pigs or Scrapers. In the 

CLOSED position, Foster D-Seal can 

be used for segregation and custody 

transfer, with complete assurance of leaktight 

protection. 

Standard API Face to Face Size 

All Foster D-Seal valves conform to 

API 6D and ANSI B16.10 face to face 

dimensions for gate valves. No deviations! 

No flange holes drilled and tapped! No 

unpleasant surprises! 

Backseated Stem 

Every Foster D-Seal valve has a backseated 

stem that buffers between the resilient 

stem packing and the line pressure. 

Under certain conditions, it is possible for 

damaged packing to be replaced with the 

valve still in service. Cooper Cameron 

Valves trains its people and its customers 

to avoid working on any valve while it is 

subjected to operating pressure, since 

there can be unforeseen hazards. 

However, when repair is essential at an 

operating site, a well trained service 

person can safely backseat the stem and 

replace damaged stem packing. Consult 

the Field Service Specialists of CCV 

before attempting this work. 

Low Torque 

Operating torque of the Foster D-Seal 

valve is surprisingly LOW. A combination 

of unique seal design, low-friction coatings 

and special stem packing makes the 

Foster valve easier to operate than traditional 

slab gate valves. Smaller actuators 

can be used for power operation. The 

challenge for the Foster D-Seal designers 

was to find the right compromise between 

seal resilience, for reliable, leak-tight sealing, 

while retaining the durability that is 

essential in harsh, pipeline duty. Other 

designs of slab gate valve may be downrated 

because of their small stem diameter, 

which has been incorporated to reduce 

friction and lower the torque. With Foster 

D-Seal, strength is never compromised. 

Bonnet 

Yoke Tube 

Self-Energized 

Seals 

Valve Body 

Cavity 

Stem 

Lantern Ring 

Injection Point 

Backseat 

Gate 

p2


FOSTER 

Foster Dual Seal Operation 

When the gate has moved to the fully closed position, upstream 

pressure loads the gate firmly against the downstream seat, compressing 

it tightly into its seat pocket. There are two independent 

seal rings pressed against the downstream face of the gate and 

two independent O-ring seals at the back of the seat assembly, 

assuring drop-tight shut-off! 

Simultaneously, the upstream seat is pressed by the load ring and 

by the resilience of the back O-ring, so that the two upstream 

seal rings press against the face of the gate. 

Venting the body cavity pressure will exert additional closing 

force on the seats. Differential pressure on the seat assembly 

applies a “piston” load (see colored arrows) which squeezes the 

seals even tighter. 

The inner resilient seat ring is the PRIMARY SEAL. The 

outer resilient seat ring is the SECONDARY SEAL. With the 

primary seal in good condition and holding tight, compression 

from the Belleville load ring is the only load that is applied to 

the secondary seal. The secondary seal activates only if the primary 

seal becomes damaged. If pressure leaks across a damaged 

primary seat face, the secondary seat is energized by line pressure, 

acting on the back of the secondary seat. The seat is moved 

tighter against the gate by the imbalance of pressure. 

When “Pinch Point” erosion has damaged the primary seals, 

Foster Dual Seal secondary seals continue to hold drop tight. 

Load Ring 

Upstream 

Pressure 

O-Rings 

Gate 

Gate 

Bore 

Between upstream and downstream conduits, there are four seals. 

Damaged 

Primary Seat 

Secondary Seat 

Primary Seat 

Belleville 

Load Ring 

Secondary 

Seat 

Damage to a primary seal automatically energizes the 

secondary seal. 

Upstream 

Line 

Gate 

Automatic Venting to Upstream 

Pressure rise inside the closed body cavity of a ZERO LEAK 

valve, which can occur due to increase of temperature, is automatically 

vented back to the High Pressure (upstream) line. When 

body pressure exceeds the seat loading, the Primary and 

Secondary seats are pushed back, venting the body pressure. The 

downstream seat remains firmly in place. 

THERE IS NO NEED FOR AN EXTERNAL PRESSURE 

RELIEF SYSTEM. 

Body Cavity 

Gate 

Bore 

F E A T U R E S A N D B E N E F I T S p3


FOSTER 

Foster Dual Seal Integrity Checking 


Primary Seal Check 

With pressure on the pipeline, turn the handwheel to the fully 

closed position, then turn the handwheel BACK to the TEST 

position, as listed in the data sheet for “Primary Seal Test 

Position.” In this position, only the Primary Seal is in continuous 

contact with the gate. The secondary seal has been released 

to the body pressure conditions. Vent the body cavity by using a 

pressure venting tool. Body pressure will vent and finally stop, 

showing that the PRIMARY SEAL is holding tight. Continuous 

emission from the open body vent would indicate damage to the 

primary seals. Pressurize each side of the valve to check seals. 

Valve 

Body 

Upstream 

Pressure 

Gate 

Primary 

Seat 

Secondary Seal Check 

With pressure on the pipeline, turn the handwheel to the fully 

open position, then turn the handwheel BACK to the TEST 

position, as listed in the data sheet for “Secondary Seal Test 

Position.” In this position, only the Secondary Seals are in 

continuous contact with the gate. The Primary Seals have begun 

to emerge into the flow path. Vent the body cavity by using a 

pressure venting tool. Body pressure will vent and finally stop, 

showing that the SECONDARY SEALS are holding tight. 

Continuous emission from the open body vent would indicate 

damage to the secondary seals. 

Valve 

Body 

Belleville 

Load Ring 

Gate 

Bore 

Gate 


Gate 

Bore 

Primary 

Seat 

Belleville 

Load Ring 

Left: The Foster Dual Seal valve, full port, 

through conduit, isolates a safety relief 

valve at a liquid products manifold. 

Right: The WKM Pow-R-Seal valve, full 

port, through conduit, with mechanically 

locked-in-place seals, isolates a flow control 

valve, for repair or maintenance, in a 

liquids pipeline. 

p4

P O W-R-S E A L ® G ATE V A L V E S 

W-K-M 

WKM Pow-R-Seal Operation 

W-K-M Pow-R-Seal is the ultimate 

choice for Full Port, Through Conduit, 

Positive Shut-Off gate valves. 

60 years of Worldwide service in oil, 

gas, chemicals, water, slurry and multiproducts 

has confirmed the Pow-R-Seal 

as the most trusted gate valve, where 

safety and reliability of sealing are critical. 

The positive, mechanical seating 

force of the Lock-In-Place seals holds 

with zero leakage, through conditions of 

vibration, pressure change and temperature 

excursion. The rigid, cast steel body 

resists pipeline bending moments. 

PTFE seals on both faces of the valve 

assure drop-tight sealing, even at low differential 

pressure, while metal-metal contact 

between the seals and gate mechanism 

provides FIRESAFE shut-off to API 

6FA and BS6755. All-metal seals are also 

available for service to +1,000F (+538C), 

where leakage rates comply with API 6D, 

Supplement 2. 

DBB 

Vent 

Segment 

Body Seat 

Ring 

Preferred 

flow direction 

End 

Stop 

Gate 

Body Seat 

Ring 

Sealed Closed 

In the fully closed position the Segment 

has engaged with an end-stop and the 

Gate is wedged downward, expanding the 

Segment and Gate so that they form a 

tight mechanical closure against the 

upstream and downstream ports. Venting 

the body cavity will prove total, zero-leak 

shut off. 

Mid-Travel 

During travel towards Open, the Gate 

slides across the wedge angle of the 

Segment, collapsing the assembly so that 

it travels freely between the seal faces. 

The patented Leverlock gate centralizer 

holds the mechanism in the collapsed position 

until seal expansion is required. 

Fully Open 

When the aperture in the Segment is 

aligned with the conduit bore, an endstop 

prevents further travel and the Gate 

slides across the wedge angle, expanding 

the Gate and the Segment, isolating the 

flow from the body. The preferred flow 

direction assures easier operation. 

Emergency 

Sealant 

Injection 

Leverlock Mechanism 

End stop 

Upstream 

Skirt 

Segment 

Downstream 

Skirt 

Gate 

The lever arm is held parallel to the gate 

faces by the skirt plates, while the assembly 

is moving through its stroke. Near endof-travel, 

the skirt allows the lever to tilt. 

The gate and segment slide against their 

angled faces, creating the expanding seal 

action. In their final position, the gate and 

segment are mechanically secured in place 

by the self-locking taper angle. The skirt 

plates are guide rails, at the sides of the 

gate. They do not cover the sealing faces. 

F E A T U R E S A N D B E N E F I T S 

p5

S A F-T-G A R D ® 

A C T U A T O R S 

CAMERON 

The ideal actuators for Foster 

D-Seal gate valves, Saf-T-Gard 

Pneumatic Diaphragm, Pneumatic 

Piston and Hydraulic actuators 

combine field-proven features 

with innovative technology. 

The Saf-T-Gard Pneumatic Diaphragm 

MA 12 Series actuator is designed for 

trouble-free operation, avoiding most of 

the problems such as galling, misalignment, 

distortion and O-ring failures 

commonly associated with piston-type 

actuators. 

Engineered for heavy duty, maintenance-free 

performance, it features: 

• Stronger actuator mounting 

arrangement 

• Corrosion-resistant materials 

• Superior diaphragm design 

• Flexible actuator orientation 

• Heavy duty compression spring 

SPECIFICATIONS (MA12 Series) 

Sizing for 

1-13/16" through 12" 

API Classification 

6A, 14D, 6D 

Trim 

Standard - AA 

PSL* (API requires that only 

retained fluid actuators must 

have a PSL rating) 

1,2,3 

Class 

Standard - 1,2 

Maximum Operating Pressure 

170 psi 

Relief device setting 

170 psi (12 Bars) at 130ºF (54ºC) 

Test Pressure 

255 psi (18 Bars) 

Spring preload at full closed 

position 

850 lbs force 

Weight 

75 lbs (34kg) 

Operating Temperatures 

(T) = 0ºF to +180ºF (-18ºC to + 66ºC) 

Volume Displacement 

397 in 3 (6506 cm 3 ) 

MA12 

Model MA12 


p6

CLOSE 

OPEN 

S A F-T-G A R D ® 

A C T U A T O R S 

CAMERON 

MH60 

MP14 

Model MP14 

Model MH60 

C0922 

C0762 

The Saf-T-Gard Pneumatic Piston 

MP 14 Series actuator’s remarkable simple 

design and operating principle make it 

suitable for all types of applications. The 

Cameron piston actuators are interchangeable 

and versatile because they 

accept a wide variety of supply gas, compressed 

air, nitrogen or well gas. 



• Superior piston design 

• Simplified seal replacement 

• Actuator interchangeability 

SPECIFICATIONS (MH60 Series) 

Sizing for 

1-13/16" through 12" 


6A, 14D 

Trim 


Trim for retained fluid components 

FF 

PSL* 

1,2,3 

Class 



5800 psi (400 Bars) 



Test Pressure 

8750 psi (603 Bars) 

Weight by model 

6002, 6003 - 175 lbs (78kg); 6004, 6005, 

6006 - 275 lbs (125kg) 

Operating Temperatures - (P/U) 

-20ºF to +250ºF (-29ºC to + 121ºC). For special 

temperature applications, contact 

engineering. 

The Saf-T-Gard Hydraulic MH 60 

Series actuator is a dual piston design 

which combines the greatest force value 

with minimal supply pressure while 

requiring a very small swept volume. 



• Superior piston design 

• Wear bearings eliminate galling 

• Visual indicator easily viewed 

SPECIFICATIONS (MP14 Series) 

Sizing for 

1-13/16" through 12" 


6A, 14D, 6D 

Trim 


Trim for retained fluid components 

FF 

PSL* 

1,2,3 

Class 



170 psi 



Test Pressure 

255 psi (18 Bars) 

Spring preload at full closed 

position 

1000 lbs force 

Weight 

190 lbs (86kg) 

Operating Temperatures 

T= 0ºF to +180ºF (-18ºC to + 66ºC) 

Volume displacement 

1200 in 3 (19,656 cm 3 ) 


p7


FOSTER 

How to Order 

All requirements should be stated 

at the time of purchase with the 

understanding that, if not otherwise 

specified on the order, Cooper 

Cameron Valves may supply the 

valve standard with respect to 

materials, end connections, etc. 

The following information should 

be furnished: 

1. Name of valve: D-Seal. 

2. Quantity. 

3. Size (pipe size × bore size). 

4. Pressure class. 

5. End connection (if weld end, 

specify grade and wall of pipe). 

6. Trim (see page 9). 

7. Method of operation: handwheel, 

bevel gear or power actuator. 

8. Service conditions: type of 

installation, working pressure 

and temperature, lading, presence 

of corrosive or abrasive 

conditions. 

9. Delivery requirements. 

Dimensional Data (inches) and Weights (lbs) 

A B C D E 

Valve 

End-To-End Nominal CL-To- CL-To- Handwheel Approx. 

Class 

Size (in) Bore Bottom Top Diameter Weight 

RTJ RF (in) (in) (in) (in) (lbs) 

150 7 1 /2 7 2 1 /16 5 3 /4 18 1 /4 14 50 

300 9 1 /8 8 1 /2 2 1 /16 5 3 /4 18 1 /4 14 75 

2" 600 11 5 /8 11 1 /2 2 1 /16 6 18 1 /4 14 100 

900 14 5 /8 14 1 /2 2 1 /16 6 18 5 /8 14 225 

1500 14 5 /8 14 1 /2 2 1 /16 6 18 5 /8 14 225 

150 8 7 1 /2 2 9 /16 7 1 /4 22 7 /8 14 60 

300 10 1 /8 9 1 /2 2 9 /16 7 1 /4 22 7 /8 14 100 

2 1 /2" 600 13 1 /2 13 2 9 /16 7 1 /2 22 7 /8 14 140 

900 16 5 /8 16 1 /2 2 9 /16 7 1 /2 23 1 /2 14 250 

1500 16 5 /8 16 1 /2 2 9 /16 7 1 /2 23 1 /2 14 250 

150 8 1 /2 8 3 1 /8 8 1 /4 26 14 75 

300 11 3 /4 11 1 /8 3 1 /8 8 1 /4 26 14 150 

3" 600 14 1 /8 14 3 1 /8 8 1 /2 26 14 175 

900 15 1 /8 15 3 1 /8 9 26 3 /4 14 275 

1500 18 5 /8 18 1 /2 3 1 /8 9 26 3 /4 14 350 

150 9 1 /2 9 4 1 /16 11 30 14 125 

300 12 5 /8 12 4 1 /16 11 30 14 200 

4" 600 17 1 /8 17 4 1 /16 11 1 /4 30 14 325 

900 18 1 /8 18 4 1 /16 11 1 /2 31 1 /2 14 450 

1500 21 5 /8 21 1 /2 4 1 /16 11 1 /2 31 1 /2 18 675 

150 11 10 1 /2 6 13 3 /8 42 22 225 

300 16 1 /2 15 7 /8 6 13 3 /8 42 22 375 

6" 600 22 1 /8 22 6 13 3 /8 42 22 675 

900 24 1 /8 24 6 13 5 /8 44 5 /8 22 850 

1500 28 27 3 /4 6 14 5 /8 49 24 1350 

150 12 11 1 /2 8 16 1 /2 49 1 /4 22 350 

300 17 1 /8 16 1 /2 8 16 1 /2 49 1 /4 22 575 

8" 600 26 1 /8 26 8 16 1 /2 49 1 /4 22 1075 

900 29 1 /8 29 8 16 3 /4 52 30 1550 

1500 33 1 /8 32 3 /4 7 5 /8 18 1 /4 54 1 /2 24 2450 

150 13 1 /2 13 10 19 5 /8 62 22 550 

300 18 5 /8 18 10 19 5 /8 62 22 875 

10" 600 31 1 /8 31 10 19 5 /8 62 30 1950 

900 33 1 /8 33 10 20 64 1 /4 30 2600 

1500 39 3 /8 39 9 1 /2 22 1 /4 67 24 4250 

150 14 1 /2 14 12 22 7 /8 62 22 775 

300 20 3 /8 19 3 /4 12 22 7 /8 62 22 1250 

12" 600 33 1 /8 33 12 22 7 /8 62 30 2550 

900 38 1 /8 38 12 23 3 /4 64 1 /4 24 3750 

1500 45 1 /8 44 1 /2 11 3 /8 26 3 /8 67 24 6500 

150 15 1 /2 15 13 1 /4 25 71 3 /4 30 975 

300 30 5 /8 30 13 1 /4 25 1 /2 71 3 /4 30 2050 

14" 600 35 1 /8 35 13 1 /4 26 71 3 /4 24 3350 

900 44 7 /8 40 1 /2 12 3 /4 26 74 7 /8 24 5125 

1500 50 1 /4 49 1 /2 12 1 /2 29 77 36 9150 

150 16 1 /2 16 15 1 /4 27 1 /8 79 1 /2 36 1150 

300 33 5 /8 33 15 1 /4 27 5 /8 79 1 /2 36 2475 

16" 600 39 1 /8 39 15 1 /4 28 5 /8 79 1 /2 24 4000 

900 44 7 /8 44 1 /2 14 3 /4 28 5 /8 82 1 /2 36 6350 

1500 55 3 /8 54 1 /2 14 1 /4 32 1 /2 85 5 /8 36 11500 

150 17 1 /2 17 17 1 /4 30 1 /8 84 3 /8 24 1475 

300 36 5 /8 36 17 1 /4 30 3 /4 84 3 /8 24 3325 

18" 600 43 1 /8 43 17 1 /4 31 7 /8 84 3 /8 36 5325 

900 48 1 /2 48 16 3 /4 31 7 /8 86 7 /8 36 8100 

1500 — 60 1 /2 — — — — — 

150 18 1 /2 18 19 1 /4 33 1 /2 93 3 /4 24 2125 

300 39 3 /4 39 19 1 /4 34 1 /2 93 3 /4 24 4850 

20" 600 47 1 /4 47 19 1 /4 37 93 3 /4 36 7450 

900 52 1 /2 52 18 5 /8 37 98 3 /8 36 11675 

1500 — 65 1 /2 — — — — — 

150 20 1 /2 20 23 1 /4 40 3 /4 109 3 /4 24 2750 

300 45 7 /8 45 23 1 /4 41 1 /4 109 3 /4 24 7450 

24" 600 55 3 /8 55 23 1 /4 44 1 /2 109 3 /4 36 12025 

900 61 3 /4 61 22 1 /2 44 1 /2 118 1 /4 36 18850 

1500 — 76 1 /2 — — — — — 

P R O D U C T S P E C I F I C A T I O N S 

p8


FOSTER 

Foster Dual Seal Specifications 

Service 

Trim Body & 

Primary and Stem Seat 

Gate 

Code Bonnet Secondary Seats Seal Elastomers 

Stem Bolting Fittings 

Standard Carbon Steel Carbon Steel with Fluoromyte Viton 17-4PH Carbon 

-20° to +250F FT-7 Carbon Steel with Electroless Electroless Nickel Plate Lip Seals (Fluoro- Stainless Alloy Steel Steel 

(-29° to +121°C) Nickel Plate & Filled PTFE Insert carbon) 

Mild Corrosive 

and Sour Carbon Steel Carbon Steel with Fluoromyte Viton 17-4PH Alloy Steel Stainless 

(H2S & C02) FT-8 Carbon Steel with Electroless Electroless Nickel Plate Lip Seals (Fluoro- Stainless NACE Steel 

-20° to +250°F Nickel Plate & Filled PTFE Insert carbon) 

(-29° to +121°C) 

Highly 

Corrosive Stainless Stainless Stainless Steel with Fluoromyte Viton 17-4PH Alloy Steel Stainless 

Full Stainless FT-9 Steel Steel Stellite 6 Hardface Lip Seals (Fluoro- Stainless NACE Steel 

-20° to +250°F (1) & Filled PTFE Insert (2) carbon) 

(-29° to +121°C) 

Corrosive Carbon Steel Carbon Steel Carbon Steel with Viton 

Waterflood FT-10 with Internal with Electroless Electroless Nickel Plate Fluoromyte (Fluoro- 17-4PH Alloy Steel Stainless 

-20° to +250°F Plastic Nickel Plate & Filled PTFE Insert Lip Seals carbon) Stainless Steel 

(-29° to +121°C) Coating 

MTBE 

High 

(less than 40% Carbon Steel Carbon Steel with Fluorine 17-4PH Carbon 

concentration) FT-14 Carbon Steel with Electroless Electroless Nickel Plate Filled PTFE Content Stainless Alloy Steel Steel 

-20° to +250°F Nickel Plate & Filled PTFE Insert Viton 

(-29° to +121°C) 

MTBE 

Filled 

(greater than 40% Carbon Steel Carbon Steel with PTFE with 17-4PH Carbon 

concentration) FT-17 Carbon Steel with Electroless Electroless Nickel Plate Filled PTFE Eligiloy Stainless Alloy Steel Steel 

-20° to +250°F Nickel Plate & Filled PTFE Insert Spring 

(-29° to +121°C) 

Anhydrous Carbon Steel Carbon Steel with Ethylene 

Ammonia FT-19 Carbon Steel with Electroless Electroless Nickel Plate Propylene Neoprene Alloy Steel Alloy Steel Stainless 

-20° to +250F Nickel Plate & Filled PTFE Insert Lip Seals Molycoat NACE Steel 

(-29° to +121°C) 

Low Temperature Carbon Steel Carbon Steel with 

Standard 

Carbon Steel with Electroless Electroless Nickel Plate Fluoromyte Low Temp 17-4PH Alloy Steel Stainless 

FT-36 

-50° to +250°F Impact Tested Nickel Plate & Filled PTFE Insert Lip Seals Nitrile Stainless Impact Steel 

(-46° to +121°C) Tested 

Low Temperature 

Sour Carbon Steel Carbon Steel Carbon Steel with Fluoromyte Epichloro- 17-4PH Alloy Steel Stainless 

(H2S & C02) FT-37 Impact Tested with Electroless Electroless Nickel Plate Lip Seals hydrin Stainless Impact Steel 

-50° to +250°F NACE Nickel Plate & Filled PTFE Insert Tested 

(-46° to +121°C) NACE 

(1) -75°F (-60°C) available on request. 

(2) Secondary Seat is without Hard Facing. 

Materials shown are for reference purposes only and are subject to 

change. 

Cooper Cameron Valves reserves the right to substitute equivalent 

materials if necessary. 


p9

A C T U A T I O N 

D ATA 

FOSTER 

E 

C 

B 

F 

D 

A Stem Thread 

Dia. 

G 

Dia. 

K 

M Depth 

P 

Actuator Interface Data (inches) 

H No. of Holes 

J Hole Diameter 

Mounting holes straddle 

Dia. 

L 

Dia. 

N 

Operating Data: 

R Thread 

S = Maximum axial thrust (Lbs.) 

T = Maximum torque (Ft-Lbs.) 

Size A B C D E F G H J K L M N P R S T 

2 900 3 /4"-6 STUB ACME-LH 6.53 3.00 N/A N/A N/A 3.50 4 .56 4.75 2.323 .328 1.25 0.75 1 /2" 13 2615 12 






4 150 1"-5 STUB ACME-LH 10.65 5.00 0.84 0.319 .250 4.50 4 .56 5.75 2.878 .396 1.50 0.75 1 /2" 13 1110 7 

4 300 1"-5 STUB ACME-LH 10.65 5.00 0.84 0.319 .250 4.50 4 .56 5.75 2.880 .401 1.63 0.75 1 /2" 13 2910 18 

4 600 1"-5 STUB ACME-LH 10.65 5.00 0.84 0.319 .250 4.50 4 .56 5.75 2.883 .401 1.63 0.75 1 /2" 13 6125 35 

4 900 1"-5 STUB ACME-LH 10.65 5.00 0.84 0.319 .250 4.50 4 .56 5.75 2.883 .401 1.63 0.75 1 /2" 13 9200 55 

4 1500 1"-5 STUB ACME-LH 10.87 5.25 0.84 0.319 .250 4.50 4 .56 5.75 2.883 .401 1.63 0.75 1 /2" 13 16650 200 

6 150 1"-5 STUB ACME-LH 12.59 7.00 0.84 0.319 .250 4.50 4 .56 5.75 2.883 .401 1.63 0.75 1 /2" 13 2000 12 

6 300 1"-5 STUB ACME-LH 12.59 7.00 0.84 0.319 .250 4.50 4 .56 5.75 2.883 .401 1.63 0.75 1 /2" 13 5250 30 

6 600 1 1 /4"-5 STUB ACME-LH 13.42 7.00 1.19 0.457 .250 5.50 4 .69 7.00 4.260 .156 2.38 0.97 5 /8" 11 10900 75 

6 900 1 1 /4"-5 STUB ACME-LH 13.42 7.00 1.19 0.457 .250 5.50 4 .69 7.00 4.260 .156 2.38 0.97 5 /8" 11 16350 115 

6 1500 1 1 /2"-4 ACME-2G-LH 11.00 7.50 1.56 0.464 .375 5.50 4 .69 7.00 4.260 .156 2.38 0.97 5 /8" 11 31350 260 

8 150 1"-5 STUB ACME-LH 24.64 9.00 0.84 0.319 .250 4.50 4 .56 5.75 2.883 .401 1.63 0.75 1 /2" 13 3150 20 

8 300 1"-5 STUB ACME-LH 14.64 9.00 0.84 0.319 .250 4.50 4 .56 5.75 2.883 .401 1.63 0.75 1 /2" 13 8250 50 

8 600 1 1 /4"-5 STUB ACME-LH 15.30 9.00 1.19 0.457 .250 5.50 4 .69 7.00 4.260 .156 2.38 0.97 5 /8" 11 16650 120 

8 900 1 1 /4"-5 STUB ACME-LH 15.30 9.12 1.19 0.457 .250 5.50 4 .69 7.00 4.260 .156 2.38 0.97 5 /8" 11 26350 180 

8 1500 1 3 /4"-4 ACME-2G-LH 14.58 9.25 1.81 0.598 .375 6.50 4 .81 8.19 5.010 .250 3.11 1.22 3 /4" 10 48895 451 

10 150 1 1 /4"-5 STUB ACME-LH 17.42 11.00 1.19 0.457 .250 5.50 4 .69 7.00 4.260 .156 2.38 0.97 5 /8" 11 4550 30 

10 300 1 1 /4"-5 STUB ACME-LH 17.42 11.00 1.19 0.457 .250 5.50 4 .69 7.00 4.260 .156 2.38 0.97 5 /8" 11 12000 85 

10 600 1 1 /2"-4 ACME-2G-LH 19.70 11.00 1.56 0.464 .375 5.50 4 .69 7.00 4.260 .156 2.38 0.97 5 /8" 11 24825 206 

10 900 1 1 /2"-4 ACME-2G-LH 19.70 11.38 1.56 0.464 .375 5.50 4 .69 7.00 4.260 .156 2.38 0.97 5 /8" 11 38325 320 

10 1500 2 1 /4"-.25P-.50L-ACME-2G-LH 16.22 11.25 2.00 0.770 .500 6.50 4 .81 8.19 5.010 .250 3.11 1.37 3 /4" 10 72175 1040 

12 150 1 1 /4"-5 STUB ACME-LH 19.42 13.00 1.19 0.457 .250 5.50 4 .69 7.00 4.260 .156 2.38 0.97 5 /8" 11 6230 320 

12 300 1 1 /4"-5 STUB ACME-LH 19.42 13.00 1.19 0.457 .250 5.50 4 .69 7.00 4.260 .156 2.38 0.97 5 /8" 11 16300 115 

12 600 1 1 /2"-4 ACME-2G-LH 19.70 13.38 1.56 0.464 .375 5.50 4 .69 7.00 4.260 .156 2.38 0.97 5 /8" 11 35300 300 

12 900 1 3 /4"-4 ACME-2G-LH 19.04 13.75 1.81 0.598 .375 6.50 4 .81 8.19 5.010 .250 3.11 1.22 3 /4" 10 56960 525 

12 1500 2 1 /2"-.25P-.50L-ACME-2G-LH 21.00 14.38 2.31 0.820 .625 10.00 8 .69 11.56 6.010 .250 5.50 1.13 5 /8" 11 115300 1765 

14 150 1 3 /4"-.20P-.40L-ACME-2G-LH 19.42 14.63 1.81 0.598 .375 5.50 4 .69 7.00 3.760 .156 2.65 0.97 3 /4" 10 8425 96 

14 300 1 3 /4"-.20P-.40L-ACME-2G-LH 19.42 14.63 1.81 0.598 .375 5.50 4 .69 7.00 3.760 .156 2.65 0.97 3 /4" 10 22055 250 

14 600 2"-.25P-.50L-ACME-2G-LH 20.47 15.00 2.25 0.651 .500 6.50 4 .81 8.19 5.010 .250 3.25 1.37 3 /4" 10 47750 648 

14 900 2"-.25P-.50L-ACME-2G-LH 20.47 15.00 2.25 0.651 .500 6.50 4 .81 8.19 5.010 .250 3.25 1.37 3 /4" 10 71625 972 

16 150 1 3 /4"-.20P-.40L-ACME-2G-LH 21.37 16.63 1.81 0.598 .375 5.50 4 .69 7.00 3.760 .156 2.65 0.97 5 /8" 11 10750 125 

16 300 1 3 /4"-.20P-.40L-ACME-2G-LH 21.37 16.63 1.81 0.598 .375 5.50 4 .69 7.00 3.760 .156 2.65 0.97 5 /8" 11 28060 320 

16 600 1 3 /4"-.20P-.40L-ACME-2G-LH 21.37 16.63 1.81 0.598 .375 6.50 4 .81 8.19 5.010 .250 3.11 1.22 3 /4" 10 53400 600 

16 900 2 1 /4"-.25P-.50L-ACME-2G-LH 22.02 17.00 2.00 0.770 .500 6.50 4 .81 8.19 5.010 .250 3.11 1.37 3 /4" 10 85300 1225 

18 150 2"-.25P-.50L-ACME-2G-LH 23.97 18.00 2.25 0.651 .500 6.50 4 .81 8.19 5.010 .250 3.11 1.22 3 /4" 10 13210 180 

18 300 2"-.25P-.50L-ACME-2G-LH 23.97 18.00 2.25 0.651 .500 6.50 4 .81 8.19 5.010 .250 3.11 1.22 3 /4" 10 34586 469 

18 600 2 1 /2"-.25P-.50L-ACME-2G-LH 26.00 19.25 2.31 0.820 .625 10.00 8 .69 11.56 6.010 .250 5.50 1.13 5 /8" 11 73625 1125 

20 150 2"-.25P-.50L-ACME-2G-LH 26.19 20.75 2.25 0.651 .500 6.50 4 .81 8.19 5.010 .250 3.25 1.37 3 /4" 10 16180 200 

20 300 2"-.25P-.50L-ACME-2G-LH 26.19 20.75 2.25 0.651 .500 6.50 4 .81 8.19 5.010 .250 3.25 1.37 3 /4" 10 42370 575 

20 600 2 3 /4"-.25P-.50L-ACME-2G-LH 29.92 21.25 3.25 0.949 .625 11.75 8 .81 13.50 7.010 .250 4.50 1.13 3 /4" 10 88240 1432 

20 900 2 3 /4"-.25P-.50L-ACME-2G-LH 29.92 21.25 3.25 0.949 .625 11.75 8 .81 13.50 7.010 .250 4.50 1.13 3 /4" 10 132360 2148 

24 150 2 3 /4"-.25P-.50L-ACME-2G-LH 30.25 24.75 2.25 0.770 .500 6.50 4 .81 8.19 5.010 .250 3.25 1.37 3 /4" 10 2705 325 

24 300 2 1 /4"-.25P-.50L-ACME-2G-LH 30.25 24.75 2.25 0.770 .500 6.50 4 .81 8.19 5.010 .250 3.25 1.37 3 /4" 10 59475 855 

24 600 3 1 /4"-.33P-.67L-ACME-2G-LH 34.75 25.50 4.19 1.117 .750 11.75 8 .81 13.50 7.010 .250 4.50 1.13 3 /4" 10 126900 2565 

24 900 3 1 /4"-.33P-.67L-ACME-2G-LH 34.75 25.50 4.19 1.117 .750 14.00 8 1.38 16.50 8.510 .250 7.25 2.13 1 1 /4" 7 190350 3850 

28 150 2 1 /4"-.25P-.50L-ACME-2G-LH 34.45 28.50 2.25 0.770 .500 6.50 4 .81 8.19 5.010 .250 3.25 1.37 3 /4" 10 30000 432 

36 300 2 3 /4"-.25P-.50L-ACME-2G-LH 45.38 36.75 3.25 0.949 .625 11.75 8 .81 13.50 7.010 .250 4.50 1.13 3 /4" 10 124850 2025 

40 300 3 1 /4"-.33P-.67L-ACME-2G-LH 49.47 41.00 4.19 1.117 .750 11.75 8 .81 13.50 7.010 .250 4.50 1.13 3 /4" 10 154240 3118 


p10

A C T U A T I O N 

D ATA 

FOSTER 

Actuation Data (inches) 

Valve 

Stem Torque Stem Stem 

Stroke 

Thrust Ft-Lbs Pitch Lead 

Stem Thread 

HWO Option 

BGO Operator Option 

No. HW Rim Model Main Spur HW Rim Trq. No. 

Turns Dia. Pull No. Gear Gear Dia. Pull @BGO Turns 

2 150 499 2 3.00 0.167 0.167 3 /4"-6 STUB ACME-LH 10.0 10 6 N/A N/A N/A N/A N/A N/A N/A 


2 600 2613 12 3.00 0.167 0.167 3 

/4"-6 STUB ACME-LH 18.0 10 29 N/A N/A N/A N/A N/A N/A N/A 



3 150 898 4 4.00 0.167 0.167 3 /4"-6 STUB ACME-LH 24.0 10.25 9 N/A N/A N/A N/A N/A N/A N/A 

3 300 2350 11 4.00 0.167 0.167 3 /4"-6 STUB ACME-LH 24.0 10.25 26 N/A N/A N/A N/A N/A N/A N/A 



4 150 1110 7 5.00 0.200 0.200 1"-5 STUB ACME-LH 25.0 14 12 N/A N/A N/A N/A N/A N/A N/A 







6 600 10905 76 7.00 0.200 0.200 1 1 /4"-5 STUB ACME-LH 35.0 22 83 B320-10 3 N/A 24 28 28 105 


6 1500 31350 260 7.50 0.250 0.250 1 1 /2"-4NA-2G-LH 30.0 N/A N/A B320-20 4 N/A 24 72 72 120 

8 150 3150 19 9.00 0.200 0.200 1"-5 STUB ACME-LH 45.0 17 27 B320-10 3 N/A 24 7 7 135 

8 300 8250 50 9.00 0.200 0.200 1"-5 STUB ACME-LH 45.0 17 71 B320-10 3 N/A 24 19 19 135 



8 1500 48895 451 9.25 0.250 0.250 1 3 /4"-4NA-2G-LH 37.0 N/A N/A B320-40 4 N/A 24 125 125 148 



10 600 24825 206 11.00 0.250 0.250 1 1 /2"-4NA-2G-LH 44.0 30 165 B320-20 4 N/A 24 57 57 176 

10 900 38325 320 11.38 0.250 0.250 1 1 /2"-4NA-2G-LH 45.5 30 256 B320-20 4 N/A 24 89 89 182 

10 1500 72158 1040 11.25 0.250 0.500 2 1 /4"-.25P-.50L-2G-LH 22.5 N/A N/A B320-40 6 N/A 24 193 193 135 



12 600 35310 293 13.38 0.250 0.250 1 1 /2"-4NA-2G-LH 53.5 30 234 B320-20 4 N/A 24 81 81 214 

12 900 56960 525 13.75 0.250 0.250 1 3 /4"-4NA-2G-LH 55.0 36 350 B320-40 4 N/A 24 146 146 220 

12 1500 115300 1765 14.38 0.250 0.500 2 1 /2"-.25P-.50L-2G-LH 28.8 N/A N/A B320-50 6 36 218 327 173 

14 150 8423 96 14.63 0.200 0.400 1 3 /4"-.20P-.40L-2G-LH 36.6 26 89 B320-30 4 N/A 24 27 27 146 

14 300 22055 250 14.63 0.200 0.400 1 3 /4"-.20P-.40L-2G-LH 36.6 26 231 B320-30 4 N/A 24 69 69 146 

14 600 47750 648 15.00 0.250 0.500 2"-.25P-.50L-2G-LH 30.0 36 432 B320-40 4 N/A 24 180 180 120 

14 900 71625 972 15.00 0.250 0.500 2"-.25P-.50L-2G-LH 30.0 36 648 B320-40 6 N/A 24 180 180 180 

16 150 10720 122 16.63 0.200 0.400 1 3 /4"-.20P-.40L-2G-LH 41.6 26 113 B320-30 4 N/A 24 34 34 166 

16 300 28067 320 16.63 0.200 0.400 1 3 /4"-.20P-.40L-2G-LH 41.6 26 295 B320-30 4 N/A 24 89 89 166 

16 600 53422 606 16.63 0.200 0.400 1 3 /4"-.20P-.40L-2G-LH 41.6 36 404 B320-40 4 N/A 24 168 168 166 

16 900 85300 1229 17.00 0.250 0.500 2 1 /4"-.25P-.50L-2G-LH 34.0 N/A N/A B320-40 4 (1) 36 228 341 136 

18 150 13210 179 18.63 0.250 0.500 2"-.25P-.50L-2G-LH 37.3 36 119 B320-40 4 N/A 24 50 50 149 

18 300 34586 469 18.63 0.250 0.500 2"-.25P-.50L-2G-LH 37.3 36 313 B320-40 4 N/A 24 130 130 149 

18 600 73625 1128 19.25 0.250 0.500 2 1 /2"-.25P-.50L-2G-LH 38.5 N/A N/A B320-50 6 36 139 209 231 

20 150 16185 220 20.75 0.250 0.500 2"-.25P-.50L-2G-LH 41.5 36 147 B320-40 4 N/A 24 61 61 166 

20 300 42369 575 20.75 0.250 0.500 2"-.25P-.50L-2G-LH 41.5 36 383 B320-40 4 N/A 24 160 160 166 

20 600 88240 1432 21.25 0.250 0.500 2 3 /4"-.25P-.50L-2G-LH 42.5 42 818 B320-70 6 N/A 36 177 265 255 

20 900 132360 2148 21.25 0.250 0.500 2 3 /4"-.25P-.50L-2G-LH 42.5 42 1227 B320-70 6 (1) 36 265 398 255 

24 150 22715 327 24.75 0.250 0.500 2 1 /4"-.25P-.50L-2G-LH 49.5 36 218 B320-40 4 N/A 36 61 91 198 

24 300 59472 857 24.75 0.250 0.500 2 1 /4"-.25P-.50L-2G-LH 49.5 36 571 B320-40 4 N/A 36 159 238 198 

24 600 126903 2568 25.50 0.333 0.667 3 1 /4"-.33P-.67L-2G-LH 38.2 48 1284 B320-70 8 (1) 36 238 357 306 

24 900 190355 3848 25.50 0.333 0.667 3 1 /4"-.33P-.67L-2G-LH 38.2 48 1924 B320-80 8 (1) 36 356 534 306 

28 150 30000 432 28.50 0.250 0.500 2 1 /4"-.25P-.50L-2G-LH 57.0 N/A N/A B320-40 4 (1) 36 80 120 228 

36 300 124850 2025 36.75 0.250 0.500 2 3 /4"-.25P-.50L-2G-LH 73.5 N/A N/A B320-70 6 (1) 36 250 375 441 

40 300 154240 3118 41.00 0.333 0.667 3 1 /4"-.33P-.67L-2G-LH 61.5 N/A N/A B320-70 8 (1) 36 289 433 492 

(1) Spur gears will reduce input rim pull but the number of turns will 

increase. Spur gear ratio available varies with BGO used. 


p11

P OW-R-SEAL ® G ATE V ALVES 

W-K-M 

Parts Detail 

2"- 4" Exploded View 6"- 12" Exploded View 14"- 36" Exploded View 

How to Order 

All requirements should be stated at the time of purchase with 

the understanding that, if not otherwise specified on the order, 

Cooper Cameron Valves may supply the valve standard in respect 

to materials, end connections, etc. The following information 

should be furnished: 

1. Name of valve: Pow-R-Seal. 

2. Quantity. 

3. Size (pipe size × bore size). 

4. Pressure class. 

5. End connection (if weld end, specify grade and wall of pipe). 

6. Trim (see page 13). 

7. Method of operation: handwheel, bevel gear or power actuator. 

8. Service conditions: type of installation, working pressure 

and temperature, lading, presence of corrosive or abrasive 

conditions. 

9. Delivery requirements. 


p12


W-K-M 

WKM Pow-R-Seal Specifications 

Service 

Trim Body & 

Stem 

Gate & Segment Seat 

Code Bonnet Seal 

Stem Bolting Fittings 

Standard Carbon Steel (300-600) Carbon Steel, Low Alloy Carbon 

-20° to +250°F T-11 Carbon Steel Low Alloy Steel (900+) Nickel Plated, PTFE Steel Alloy Steel Steel 

(-29° to +121°C) Nickel Plated PTFE Insert Nickel Plated 

100% MTBE Carbon Steel (300-600) Carbon Steel, Low Alloy Carbon 

-20° to +250°F T-102 Carbon Steel Low Alloy Steel (900+) Nickel Plated, PTFE Steel Alloy Steel Steel 

(-29° to +121°C) Nickel Plated PTFE Insert Nickel Plated 

Sour, Mildly Carbon Steel (300-600) Carbon Steel, Low Alloy 

Corrosive T-24 Carbon Steel Low Alloy Steel (900+) Nickel Plated, PTFE Steel Alloy Steel Stainless 

-20° to +250°F Nickel Plated PTFE Insert Nickel Plated Steel 

(-29° to +121°C) NACE 

Corrosive Waterflood Carbon Steel Carbon Steel (300-600) Carbon Steel, Low Alloy 

-20° to +250°F T-10 Internal Plastic Low Alloy Steel (900+) Nickel Plated, PTFE Steel Alloy Steel Stainless 

(-29° to +121°C) Coating Nickel Plated PTFE Insert Nickel Plated NACE Steel 

NACE 

Geothermal, Sour Carbon Steel (300-600) Carbon Steel, 40% filled Alloy Steel Stainless 

-20° to +250°F T-08 Carbon Steel Low Alloy Steel (900+) HF-6 hard face PTFE 17-4PH, NACE NACE Steel 

(-29° to +121°C) HF-6 hard face 

High Temperature Low Alloy 400 Series Low Alloy Flexible 400 Series Stainless 

-20° to +1000°F T-31 Steel Stainless Steel Steel, Graphite Stainless Steel Alloy Steel Steel 

(-29° to +538°C) HF-6 hard face HF-6 hard face (1) 

Low Temperature Carbon Steel Carbon Steel (300-600) Carbon Steel, Low Alloy Alloy Steel 

-50° to +250°F T-36 Charpy Impact Low Alloy Steel (900+) Nickel Plated, PTFE Steel, Charpy Impact Stainless 

(-46° to +121°C) Tested Nickel Plated PTFE Insert Impact Tested, Tested Steel 

Nickel Plated 

Low Temperature Carbon Steel Carbon Steel (300-600) Carbon Steel, Low Alloy Alloy Steel 

Sour, MTBE T-37 Charpy Impact Low Alloy Steel (900+) Nickel Plated, PTFE Steel, Charpy Impact Stainless 

-50° to +250°F Tested Nickel Plated PTFE Insert Impact Tested, Tested, Steel 

(-46° to +121°C) NACE Nickel Plated NACE 

(1) O.S. & Y design. 

MTBE trims are suitable for MTBE in concentration up to 100%. Sour 

denotes trims which conform to NACE MR-01-75. 

Double Block and Bleed 

Pow-R-Seal gate valves shut with an upstream seal that is 

mechanically compressed and locked in place AND a downstream 

seal that is similarly compressed and locked tight. Soft 

seat Pow-R-Seal valves achieve zero leakage. Metal seat Pow-R- 

Seal valves have a permitted leak rate according to API 6D. 

All Pow-R-Seal valves can be checked for tight shut-off by 

venting the body cavity at the bleed port, located near the top of 

the body. When the body cavity is vented, body pressure can be 

monitored to show that it is holding at a pressure below line 

pressure, proving that neither seal is leaking. 

Materials shown are for reference purposes only and are subject to 

change. Cooper Cameron Valves reserves the right to substitute 

equivalent materials if necessary. 

Repairs 

Should foreign material in the flowing medium cause damage to 

the seal faces or the stem packing, sealant injection will stop the 

leak until repairs can be made. Replacement of damaged seats, 

gates or other internal parts can be performed with the valve still 

in-line, but with the line drained and the valve isolated. 

CAUTION: Because the Pow-R-Seal locks both its upstream 

and downstream seals drop-tight, body pressure will rise in a 

closed valve, if the temperature rises. Excess pressure could 

cause rupture of the pressure enclosure, exposing plant and 

personnel to danger. All Pow-R-Seal valves are shipped with 

a body pressure relief system. Any Pow-R-Seal found to be 

installed without a pressure relief system should be reported 

immediately to the site supervisor for remedial action. 


p13


W-K-M 

2" – 4" Handwheel Operated 

Dimensional Data (inches) 

Class 600 

Size A B F G H N* 

Wt., Lb. 

FE WE F × W 

Class 900 


Wt., Lb 

FE WE F × W 

2 11 1 /2 2 1 /16 4 13 /16 17 3 /4 12 16 90 72 84 

3 14 3 3 /16 6 15 /16 23 7 /8 12 20 180 144 155 

4 17 4 1 /8 8 5 /8 27 14 20 345 259 245 

2 14 1 /2 2 1 /16 5 1 /16 17 3 /4 12 16 150 72 105 

3 15 3 3 /16 7 5 /16 23 7 /8 12 20 265 193 247 

4 18 4 1 /8 9 1 /16 28 1 /2 18 20 515 390 417 

Class 1500 


Wt., Lb. 

FE WE F × W 

Class 2500 


Wt., Lb 

FE WE F × W 

2 14 1 /2 2 1 /16 5 1 /16 17 3 /4 12 16 150 72 105 

3 18 1 /2 3 3 /16 7 5 /16 23 7 /8 12 20 295 215 242 

4 21 1 /2 4 1 /8 9 1 /16 28 1 /2 18 20 530 403 325 

2 17 3 /4 1 13 /16 5 13 /16 20 5 /8 12 12 220 105 154 

3 22 3 /4 2 9 /16 8 1 /8 25 7 /8 14 18 450 328 370 

4 26 1 /4 3 1 /16 9 1 /4 29 5 /8 24 23 720 547 583 

Note: Flange dimensions conform to American National Standards 

Institute Standard B16.5, 1981. Information on power-actuated and 

other types of valves available on application. 

*N = No. of turns of Handwheel to fully open or close valve. 


p14


W-K-M 

6" – 12" Handwheel Operated and Bevel Gear Operated 


Class 300 

Size A B F 

G G H 

N* N* 

K 

(HWO) (BGO) Dia. (HWO) (BGO) 

Wt., Lb. (HWO) Wt., Lb. (BGO) 

FE WE F × W FE WE F × W 

J 

6 15 7 /8 6 12 1 /2 45 1 /4 46 1 /4 24 30 11 /16 29 114 472 397 400 500 445 470 26 7 /8 

8 16 1 /2 8 16 57 1 /4 56 1 /4 24 36 11 /16 37 146 853 751 805 903 845 895 32 

10 18 10 20 63 1 /4 64 1 /4 24 44 11 /16 45 180 1345 1200 1273 1475 1380 1448 42 1 /8 

12 30 12 22 3 /4 73 3 /8 74 5 /8 30 51 11 /16 40 239 — — — 1950 1670 1880 45 1 /2 

12† 30 12 3 /8 22 3 /4 73 3 /8 74 5 /8 30 51 11 /16 40 239 — — — 1950 1670 1880 45 1 /2 

Class 400 

Size A B F 

G G H 

N* N* 

K 


Wt., Lb (HWO) Wt., Lb (BGO) 


J 

6 19 1 /2 6 12 1 /2 45 1 /4 46 1 /4 24 30 11 /16 29 114 490 430 480 533 473 523 26 7 /8 

8 23 1 /2 8 15 3 /8 57 1 /4 56 1 /4 24 36 11 /16 37 146 950 650 685 875 660 742 32 

10 26 1 /2 10 19 5 /8 64 3 /4 66 1 /8 30 45 3 /16 34 203 1400 1255 1305 1578 1348 1473 42 1 /8 

12 30 12 22 3 /4 73 1 /4 74 5 /8 30 51 11 /16 40 239 1975 1745 1915 2045 1690 1860 45 1 /2 

12† 30 12 3 /8 22 3 /4 73 1 /4 74 5 /8 30 51 11 /16 40 239 1975 1745 1915 2045 1690 1860 45 1 /2 




*N = No. of turns of Handwheel or Bevel Gear Operator Handwheel to 

fully open or close valve. 

†Geothermal valve dimensions. 

“J” dimension is from pipeline centerline to the top of the yoke 

mounting flange. 


p15


W-K-M 

Class 600 

Size A B F 

G G H 

N* N* 

K 


Wt., Lb. (HWO) Wt., Lb, (BGO) 


J 

6 22 6 12 5 /8 45 1 /4 46 1 /4 24 30 11 /16 29 114 595 495 545 695 575 635 26 7 /8 

8 26 8 15 1 /2 57 1 /4 56 1 /4 24 36 11 /16 37 146 1028 730 865 1075 895 990 32 

10 31 10 19 3 /4 64 7 /8 66 1 /8 30 45 3 /16 34 203 1735 1370 1505 1895 1585 1835 42 1 /8 

12 33 12 23 73 3 /8 74 5 /8 30 51 11 /16 40 239 3030 2360 2680 2525 2250 2360 45 1 /2 

12† 33 12 3 /8 23 73 3 /8 74 5 /8 30 51 11 /16 40 239 3030 2360 2680 2525 2250 2360 45 1 /2 

Class 900 

Size A B F 

G G H 

N* N* 

K 




J 

6 24 6 12 7 /8 45 1 /4 46 1 /4 24 30 3 /4 29 114 743 577 625 805 565 680 26 7 /8 

8 29 8 15 3 /4 57 1 /4 56 1 /4 24 36 3 /4 37 146 1272 1040 1180 1329 1180 1238 32 

10 33 10 20 1 /8 64 7 /8 66 1 /8 30 45 1 /4 34 203 2250 1930 2085 2315 1875 2185 42 1 /8 

12 38 12 23 1 /2 — 73 3 /4 30 56 5 /8 40 318 3392 2725 2860 3600 2880 3276 45 1 /2 

12† 38 12 3 /8 23 1 /2 — 73 3 /4 — 56 5 /8 40 318 3392 2725 2860 3600 2880 3276 45 1 /2 

Class 1500 

Size A B F 

G G H 

N* N* 

K 




J 

6 27 3 /4 4 11 /16 14 3 /4 46 1 /4 46 1 /4 30 32 7 /8 — — — — — — — — — 

8 32 3 /4 7 1 /2 18 11 /16 59 13 /16 59 13 /16 30 38 11 /16 — — — — — — — — — 

10 39 9 1 /4† 22 5 /16 68 3 /8 68 3 /8 30 51 9 /16 — — — — — — — — — 

12 44 1 /2 10 1 /4 26 1 /16 76 15 /16 76 15 /16 30 56 7 /16 — — — — — — — — — 

Class 2500 

Size A B F 

G G H 

N* N* 

K 




J 

6 36 5 1 /2 14 13 /16 41 7 /8 41 7 /8 30 29 15 /16 — — — — — — — — — 

8 40 1 /4 7 3 /16 17 1 /2 41 41 30 35 3 /16 — — — — — — — — — 

10 50 8 1 /2 20 7 /8 68 3 /8 68 3 /8 30 43 — — — — — — — — — 

12 56 10 1 /8 26 1 /16 77 77 30 56 5 /8 — — — — — — — — — 




*N = No. of turns of Handwheel or Bevel Gear Operator Handwheel to 

fully open or close valve. 

†Geothermal valve dimensions. 

“J” dimension is from pipeline centerline to the top of the yoke 

mounting flange. 


p16


W-K-M 

14" – 36" Bevel Gear Operated 


Class 300 

Size A B F G K N* 

Wt., Lb. 

FE WE F × W 

Class 400 


Wt., Lb. 

FE WE F × W 

14 30 13 1 /4 25 1 /4 65 7 /8 53 177 2632 2230 2500 

16 33 15 28 1 /8 83 9 /16 58 3 /8 167 3450 3015 3310 

18 36 17 31 86 13 /16 65 5 /16 190 4650 4260 4375 

20 39 18 3 /4 35 1 /4 106 1 /4 73 7 /8 211 6248 5780 6000 

24 45 22 3 /4 42 115 3 /4 86 3 /8 253 10678 9550 10240 

26 49 25 1 /4 45 1 /8 122 93 1 /2 275 12600 12015 12300 

28 — — — — — — — — — 

30 60 29 1 /2 53 143 7 /8 107 3 /4 318 16000 14670 15600 

36 68 34 5 /8 63 1 /2 185 3 /4 130 5 /8 558 30000 28000 28000 

14 32 1 /2 13 1 /4 25 1 /4 69 3 /4 53 1 /2 177 2900 2340 2672 

16 35 1 /2 15 28 1 /8 81 1 /8 61 1 /4 167 3610 2631 2990 

18 38 1 /2 17 31 3 /8 86 1 /2 66 5 /8 190 5006 4450 4530 

20 41 1 /2 18 3 /4 35 1 /2 98 1 /8 73 7 /8 211 6390 5875 6135 

24 48 1 /2 22 3 /4 41 7 /8 113 1 /2 87 7 /8 253 11934 10275 11134 

26 51 1 /2 25 1 /4 44 5 /8 122 93 1 /2 275 12753 11530 11860 

28 55 26 5 /8 48 1 /4 137 3 /4 102 1 /2 — 18360 16510 17115 

30 60 28 5 /8 53 142 107 1 /2 318 22948 19968 21250 

36 74 34 5 /8 63 1 /2 170 3 /4 130 5 /8 — — — — 

Class 600 


Wt., Lb. 

FE WE F × W 

Class 900 


Wt., Lb. 

FE WE F × W 

14 35 13 1 /4 25 9 /16 69 3 /4 53 1 /2 177 3040 2931 3000 

16 39 15 28 1 /8 81 1 /8 61 1 /4 167 4420 3950 4160 

18 43 17 31 5 /8 86 1 /2 66 5 /8 190 5705 5115 5200 

20 47 18 3 /4 36 98 1 /8 73 7 /8 211 7595 7115 6605 

24 55 22 3 /4 42 1 /4 113 1 /2 87 7 /8 253 12994 11380 12730 

26 57 25 1 /4 45 7 /8 122 93 1 /2 275 15583 13583 14380 

28 61 26 5 /8 48 5 /8 137 3 /4 102 1 /2 — 20350 18400 19175 

30 65† 28 5 /8 53 142 107 1 /2 318 25000 23000 24000 

36 82 34 5 /8 63 7 /8 170 3 /4 130 5 /8 — — — — 

14 40 1 /2 12 1 /2 26 1 /8 69 3 /4 53 1 /2 — 5200 4902 4902 

16 44 1 /2 14 1 /4 30 1 /4 81 1 /8 66 5 /8 174 7346 6435 6956 

18 — — — — — — — — — 

20 — — — — — — — — — 

24 61 22 44 1 /2 113 1 /2 87 7 /8 — — — — 

26 — — — — — — — — — 

28 — — — — — — — — — 

30 — — — — — — — — — 

36 — — — — — — — — — 




*N = No. of turns of Handwheel to fully open or close wheel. 

†End-to-end distance on weld-end valve is 60". 


p17


W-K-M 

Actuation Data (Single Lead Acme Thread) 

1 2 3 4 5 6 7 8 9 10 11 12 13 14 

Valve Stem Stem Stem Rec. Rec. Block & Block & Max. Max. 

Turns 

Stem 

Size 

Class Working Thread Thread Thread Opr. Opr. Bleed Bleed Opr. Opr. To 

Travel 

(in) Pressure Size Pitch Lead* Thrust Torque Thrust Torque Thrust Torque 

Open 

(in) 

(psig) (in) (in) (in) (lbf) (ft-lbf) (lbf) (ft-lbf) (lbf) (ft-lbf) Valve 

6 300 750 1.50 0.250 0.250 6626 82 8625 106 21711 267 7.19 29 

6 600 1500 1.50 0.250 0.250 13252 163 17249 212 21711 267 7.19 29 

6 900 2250 1.50 0.250 0.250 19878 245 25874 318 32594 401 7.19 29 

8 300 750 1.75 0.250 0.250 10705 149 13190 183 27423 381 9.12 36 

8 600 1500 1.75 0.250 0.250 21410 298 26379 367 27423 381 9.12 36 

8 900 2250 1.75 0.250 0.250 32115 447 39569 550 42377 590 9.12 36 

10 300 750 2.25 0.333 0.333 16462 296 20081 362 49745 896 11.31 34 

10 600 1500 2.25 0.333 0.333 32924 593 40162 723 49745 896 11.31 34 

10 900 2250 2.25 0.333 0.333 49386 889 60244 1085 76635 1380 11.31 34 

12 300 750 2.25 0.333 0.333 21911 395 28416 512 67648 1218 13.38 40 

12 300 750 2.25 0.333 0.333 23180 417 27147 489 67648 1218 13.38 40 

12 600 1500 2.25 0.333 0.333 43822 789 56832 1023 67648 1218 13.38 40 

12 600 1500 2.25 0.333 0.333 46360 835 54293 978 67648 1218 13.38 40 

12 900 2250 2.25 0.333 0.333 65732 1184 85248 1535 86920 1565 13.38 40 

12 900 2250 2.25 0.333 0.333 68683 1237 82297 1482 86920 1565 13.38 40 

14 300 750 2.00 0.250 0.500 24833 425 32363 554 101825 1938 14.75 29.50 

14 600 1500 2.00 0.250 0.500 49665 851 64726 1108 101825 1938 14.75 29.50 

14 900 2250 2.25 0.333 0.333 70273 1132 104213 1679 127093 2276 14.75 44.29 

16 300 750 2.50 0.400 0.800 32214 760 40107 947 141016 3699 16.69 20.86 

16 600 1500 2.50 0.400 0.800 64428 1521 80215 1894 141016 3699 16.69 20.86 

16 900 2250 2.50 0.400 0.800 88591 2091 151629 3579 176271 4161 16.69 20.86 

18 300 750 2.50 0.400 0.800 40019 945 49898 1178 141016 3329 18.94 23.67 

18 600 1500 2.50 0.400 0.800 80038 1889 99796 2358 141016 3329 18.94 23.67 

18 900 2250 2.50 0.400 0.400 128042 2670 167251 3488 239891 5003 19.88 49.70 

20 300 750 2.50 0.400 0.800 40019 945 49898 1178 141016 3329 18.94 23.67 

20 300 750 2.75 0.400 0.800 48394 1217 62517 1572 180611 4541 21.13 26.41 

20 600 1500 2.75 0.400 0.800 96789 2434 125034 3144 180611 4541 21.13 26.41 

20 900 2250 3.00 0.400 0.400 147724 3105 187552 3943 239476 5034 21.13 52.81 

22 300 750 3.00 0.400 0.800 61315 1626 74872 1986 225696 5986 23.25 29.06 

22 600 1500 3.00 0.400 0.800 122630 3253 149745 3972 225696 5986 23.25 29.06 

24 300 750 3.00 0.400 0.800 69328 1839 94567 2508 225696 5986 25.25 31.56 

24 600 1500 3.00 .0.400 0.800 138656 3678 189134 5016 225696 5986 25.25 31.56 

26 300 750 3.25 0.400 0.800 84717 2364 107963 3013 275770 7697 27.50 34.38 

26 600 1500 3.25 0.400 0.800 169433 4729 215927 6027 275770 7697 27.50 34.38 

30 300 750 3.50 0.400 0.800 111047 3254 145134 4253 331086 9702 31.75 39.69 

30 600 1500 3.50 0.400 0.800 222094 6509 290267 8506 331086 9702 31.75 39.69 

36 300 720 4.50 0.400 0.400 154484 4539 192348 5651 621389 18256 38.00 95.00 

36 600 1500 4.50 0.400 0.400 321842 9455 400726 11773 621389 18256 38.00 95.00 

Columns 7 and 8: 



Columns 8, 10 and12: 

Columns 7–12: 

Recommended operating thrust and torque are the loads required to close the valve with full differential 

pressure across the gate. The operator should be sized for these values. 

Maximum thrust and torque values are the maximum allowable loads for these valves. 

When”Block and Bleed” or “Double Block and Bleed” service is specified, operators should be sized for 

these values. 

Unless otherwise stated, handwheel rim pull for manual and motor operators shall not exceed 120lbs. 

All torque and thrust values are based on maximum working pressure at ambient temperature. 


p18


W-K-M 

Actuator Interface Data (inches) 

Valve ISO A-NA-2G-L.H. 

Class Model 

Size FL Single Lead Thd. 

B C D E F G H J K L M N P 

6" 3/9C E1A F14 1 1 /2"-.250P-.250L 8.31 15.50 7.19 16.44 16.06 26.88 6.89 5.512 4-.69 3.955 2.50 1.03 .178 

3.945 

8" 3/9C E1A F14 1 3 /4"-.250P-.250L 8.44 17.56 9.12 18.94 18.56 32.00 6.89 5.512 4-.69 3.955 2.50 1.03 .178 

3.945 

10" 3/9C E1A F16 2 1 /4"-.333P-.333L 9.38 20.69 11.31 24.38 24.00 42.13 8.27 6.496 4-.81 5.230 3.12 1.50 .230 

5.220 

12" 3/6C E1A F16 2 1 /4"-.333P-.333L 11.50 24.88 13.38 26.06 25.69 45.44 8.27 6.496 4-.81 5.230 3.12 1.50 .230 

5.220 

12" 9C E1A F16 2 1 /4"-.333P-.333L 11.34 24.75 13.38 26.06 25.69 45.56 8.27 6.496 4-.81 5.230 3.12 1.50 .230 

5.220 

Note: Operator Interfaces comply with ISO 5210. 


p19

T E R M S A N D C O N D I T I O N S 

1. CONTRACT ACCEPTANCE: 

Any written or oral purchase order received 

from Buyer by Cooper Cameron Corporation, 

Cameron Division and Cooper Cameron Valves 

(“Seller”) shall be construed as a written 

acceptance of Seller’s offer to sell and shall 

be filled in accordance with the terms and 

conditions of sale set forth herein. SELLER’S 

ACCEPTANCE OF THIS ORDER IS EXPRESSLY 

CONDITIONED ON BUYER’S ASSENT TO THE 

TERMS CONTAINED HEREIN. The terms and 

conditions of Seller’s proposal (if any) and 

acknowledgement shall prevail over any 

conflicting or different terms in Buyer’s order 

unless Buyer notifies Seller in writing of its 

objections thereto within fifteen (15) days 

from receipt of Seller’s acknowledgement. 

Buyer’s standard terms of purchase will not 

be considered a counteroffer to Seller’s terms 

and conditions of sale. The failure of Seller to 

object to any provision in conflict herewith 

whether contained on Buyer’s purchase order 

or otherwise shall not be construed as a 

waiver of the provisions hereof nor as an 

acceptance thereof. 

2. QUOTATIONS AND PRICES: 

All quotations are made for prompt acceptance 

and any terms quoted therein are subject to 

change without notice after thirty (30) days 

from the date quoted unless specifically stated 

otherwise on the quotation. Any product, 

service capability or manufacturing capability 

which may be available at the time a quotation 

is made is subject to prior sale. Prices quoted 

are valid for thirty (30) days unless specifically 

stated otherwise on the quotation and are 

subject to change without notice. The price in 

effect at the time of shipment including any 

escalation formula will apply, unless a valid 

quotation or written agreement to the contrary 

exists between Buyer and Seller. All prices 

shown are in U.S. dollars and are F.O.B. Seller s 

shipping point. Any documentation pertaining 

to traceability requirements for raw materials 

or products or documentation required for any 

routine or special processes must be identified 

by the Buyer at the time of quotation (if any) 

or at the time of order placement. 

3. TAXES: 

Any tax or other charge imposed by law on 

the sale or production of goods or the performance 

of services shall be paid by the 

Buyer, unless the law specifically provides that 

such payment must be made by Seller, in 

which case Buyer shall reimburse Seller for 

such payment as part of the purchase price. 

Custom duties, consular fees, insurance 

charges and other comparable charges will be 

borne by Buyer. 

4. SHIPPING SCHEDULE AND 

DELIVERY: 

Shipment schedules are given as accurately 

as conditions permit and every effort will be 

made to make shipments as scheduled. Seller 

will not be responsible for deviations in meeting 

shipping schedules nor for any losses or 

damages to Buyer (or any third party) occasioned 

by deviations in the shipping schedule, 

whether due to Acts of God, orders bearing 

priority ratings established pursuant to law, 

differences with workmen, local labor shortages, 

fire, flood, shortages or failure of raw 

materials, supplies, fuel, power or transportation, 

breakdown of equipment or any other 

causes beyond Seller’s reasonable control, 

whether of similar or dissimilar nature than 

those enumerated. Seller shall have additional 

time within which to perform as may be reasonably 

necessary under the circumstances and 

shall have the right to apportion its production 

among its customers in such a manner as 

it may consider to be equitable. Seller reserves 

the right to furnish commercially equivalent or 

better substitutes for materials or to subcontract 

the Buyer’s order or portions thereof as 

Seller deems necessary. In no event shall Seller 

be liable for any consequential damages for 

labor resulting from failure or delay in shipment. 

If Buyer requires drawings, procedures, 

standards or similar material for approval, 

shipping schedules will be calculated from 

the time such approvals are received by Seller, 

since shipping schedules are based on Seller 

having all required information and a firm 

order from Buyer which is enterable into production. 

Any hold points, witness points or the 

need for inspection by Buyer’s representatives 

must be identified by Buyer at the time of 

quotation (if any) and/or order placement in 

order that the effect on the prices or shipping 

schedules (if any) can be taken into account. 

Additional inspection or testing required by 

Buyer which affects normal production 

sequence will be considered as extending 

the shipping dates accordingly. 

5. MINIMUM BILLING: 

Seller reserves the right to impose a minimum 

billing charge on all sales, change orders or 

order supplements. 

6. TERMS OF PAYMENT: 

Terms of payment for all materials and service 

are 30 days from invoice date, at net price, 

provided satisfactory credit has been established. 

All unpaid invoices are subject to the 

maximum legal interest rate per annum 

commencing with the due date. 

7. CANCELLATIONS AND RETURNS: 

Purchase orders once placed by Buyer and 

accepted by Seller can be canceled only with 

Seller’s written consent and upon terms which 

will save Seller from loss. No products may 

be returned for credit or adjustment without 

written permission from Seller’s office authorized 

to issue such permission. 

8. WARRANTIES: 

All products of Seller’s manufacture are warranted 

against defects of material and workmanship 

for a period of twelve (12) months 

from the date of installation or eighteen (18) 

months from date of shipment, whichever 

period first expires, when such products are 

used in the service and within the pressure 

range for which they were manufactured. In 

the case of products or parts not wholly of 

Seller’s manufacture, Seller’s liability shall be 

limited to the extent of its recovery from the 

manufacturer of such products or parts under 

its liability to Seller. 

Any repair work performed by Seller is warranted 

for one year from completion of such 

repairs and applies only to work performed. 

If, within these specified periods, Seller 

receives notice from Buyer of any alleged 

defect in or nonconformance of any product 

or repair and if in the Seller’s sole judgment 

the product or repair does not conform or 

is found to be defective in material or workmanship, 

then, Buyer shall, at Seller’s request, 

return the part or product F.O.B. to Seller’s 

designated plant or service location. Seller, 

at its option and expense, shall repair or 

replace the defective part or product, or 

repay to Buyer the full price paid by Buyer 

for such defective part, repair or product. 

Any repayment of purchase price shall be 

without interest. 

Seller’s warranty liability, including defects 

caused by Seller’s negligence, shall be limited 

to such repair, replacement or refund, and 

shall not include claims for labor costs, expenses 

of Buyer resulting from such defects, recovery 

under general tort law or strict liability or 

for damages resulting from delays, loss of use, 

or other direct, indirect, incidental or consequential 

damages of any kind. Seller will not 

be responsible for failures of products which 

have been in any way tampered with or 

altered by anyone other than an authorized 

representative of Seller, failures due to lack of 

compliance with recommended maintenance 

procedures or products which have been 

repaired or altered in such a way (in Seller’s 

judgment) as to affect the products adversely. 

THIS WARRANTY IS EXPRESSLY IN LIEU OF 

ALL OTHER WARRANTIES, EXPRESS, STATUTO- 

RY OR IMPLIED, INCLUDING THE WARRANTY 

OF MERCHANTABILITY AND FITNESS FOR 

PARTICULAR PURPOSE WHICH EXCEED THE 

FOREGOING WARRANTY. 

9. NUCLEAR SALES: 

The products sold hereunder are not designed 

or manufactured for use in or with any atomic 

installation or activity. If the Buyer or ultimate 

user of these products intends to use them in 

such an installation or activity, Seller’s Nuclear 

Terms of Sale shall be part of and control this 

contract. Seller will furnish Buyer with a copy 

of its Nuclear Terms of Sale upon request. 

10. PATENT INFRINGEMENT: 

Seller warrants that the use or sale of material 

or apparatus sold or rented by it to Buyer 

hereunder will not infringe United States’ 

patents of others covering such material or 

apparatus by itself, and hereby agrees to 

indemnify Buyer against judgment for damages 

for such infringement of any such patent, 

provided that Buyer shall, upon receipt of any 

claim for infringement of any such patent or 

threat of suit for such infringement or upon 

the filing of any suit for infringement, 

whichever comes first, promptly notify Seller 

in writing and afford Seller full opportunity, at 

its option and its own expense, to answer such 

claim or threat of suit, assume the control of 

the defense of said suit, and settle or compromise 

same in any way Seller sees fit. Other 


p20


than court-awarded judgments as aforesaid 

Seller shall not be liable for any delays, loss of 

use or for other direct, indirect, incidental or 

consequential damages incurred by reason of 

any such judgment. Seller does not warrant 

that such material or apparatus (a) will not 

infringe any such patent when not manufactured 

by or for Seller or when specially made 

in whole or in part to the Buyer’s design specification 

and such infringement arises from 

the inclusion of such specified design or (b), 

if used or sold in combination with other 

material or apparatus, or if used in the 

practice of a process, will not, as a result of 

such combination or use, infringe any patent 

covering such combination or process; and 

Seller shall not be liable for and does not 

indemnify Buyer for damages or losses of any 

nature whatsoever resulting from actual or 

alleged patent infringement arising pursuant 

to (a) or (b) above. 

11. SELLER’S RIGHT TO 

MANUFACTURE: 

Seller in its sole discretion shall have the right 

to manufacture the products provided hereunder 

as far in advance of its estimated shipping 

schedule as it deems appropriate. Seller 

expressly reserves the right to change or modify 

the design and construction of any product 

in due course of Seller’s manufacturing procedure 

without incurring any obligation or liability 

to furnish or install such changes, modifications 

or improvements to products previously 

or subsequently sold. 

12. ENGINEERING AND SERVICE: 

Upon request, Seller will provide engineering 

and/or technical information regarding its 

products and their uses and, if feasible, will 

provide personnel to assist Buyer in effecting 

field installations and/or field service. Any such 

information, service or assistance so provided, 

whether with or without charge, shall be 

advisory only. In that regard, neither Seller 

nor Buyer assumes any liability for the acts or 

omissions of the other party except as may be 

provided in these terms. 

13. LABOR STANDARDS: 

Seller hereby certifies that these products were 

produced in accordance with all applicable 

requirements of Section 6, 7 and 12 of the 

Fair Labor Standards Act as amended and of 

regulations and orders of the United States 

Department of Labor issued under Section 14 

thereof. 

14. INSPECTION: 

Unless otherwise agreed in writing, final 

inspection and acceptance of products must 

be made at Seller’s plant or other shipping or 

receiving point designated by Seller and shall 

be conclusive except as regards latent defects. 

Buyer’s representatives may inspect at the 

Seller’s plant or shipping point during working 

hours prior to shipment in such manner as will 

not interfere with operations. 

15. TITLE: 

Title to the products sold hereunder passes 

to Buyer upon payment of the full purchase 

price. 

16. TRANSPORTATION CHARGES, 

ALLOWANCES, CLAIMS: 

All prices are F.O.B. Seller’s plant or other 

designated shipping point. 

No freight is allowed unless stated in 

Seller’s quotation (if any) or in a written 

contract which may exist between Seller and 

Buyer at the time of shipment. If Seller’s quotation 

or a written contract states that all or a 

portion of freight is allowed, all prices are 

F.O.B. Seller’s plant or other designated shipping 

point, with most economical surface 

transportation allowed. If the quoted or contractual 

price includes transportation, Seller 

reserves the right to designate the common 

carrier and to ship in the manner it deems 

most economical. Added costs due to special 

routing requested by the Buyer are chargeable 

to the Buyer. Under no circumstances is any 

freight allowance which is absorbed by Seller 

to be deducted from the selling price. If the 

quoted price or contract includes transportation, 

no deduction will be made in lieu thereof 

whether Buyer accepts shipment at plant, 

warehouse, freight station, or otherwise 

supplies its own transportation. When sales 

are made from the Seller’s warehouse, Seller 

reserves the right to charge either actual or 

pro-rated freight from Seller’s principle point 

of manufacture to Seller’s warehouse. Buyer 

assumes risk of loss upon delivery to the carrier, 

regardless of who pays shipping costs. 

Seller endeavors to pack or prepare all 

shipments so that they will not break, rust or 

deteriorate in transit, but does not guarantee 

against such damage. Unless requested in 

writing by the Buyer, no shipments are insured 

by Seller against damage or loss in transit. 

Seller will place insurance as nearly as possible 

in accordance with Buyer’s written instructions 

but in such case Seller acts only as agent 

between the insurance company and the 

Buyer and assumes no liability whatsoever. 

Any claims for shipping loss, breakage or 

damage (obvious or concealed) are Buyer’s 

responsibility and should be made to the 

carrier. All claims regarding shortages must be 

made within thirty (30) days from receipt of 

shipment and must be accompanied by the 

packing list(s) covering the shipment. 

17. CONSULAR INVOICES: 

Consular fees for legalizing invoices, stamping 

bills of lading, or other documents required 

by the laws of any country or destination are 

not included in quotations or selling prices. If 

instructed in writing, Seller will make arrangements 

for consular documents and declarations 

as agent of the Buyer, but Seller assumes no 

liability whatsoever as a result of making such 

arrangements. Seller assumes no responsibility 

for any fines or other charges imposed due to 

errors or incorrect declarations. 

18. INDEMNIFICATION AND 

LIMITATION OF LIABILITY: 

A. INDEMNIFICATION: 

Seller agrees to indemnify Buyer and hold 

Buyer harmless against any claims, demands 

or causes of action for property damage or 

personal injury (including death) caused by 

the negligent act or omission of any employee, 

agent or subcontractor of Seller and not 

contributed to by the negligence of Buyer, 

its employees, its agents or any third party. 

Seller shall not be responsible for the acts and 

workmanship of employees, agents, contractors 

or subcontractors of Buyer or any third party, 

nor for failure or malfunction of any tools, 

materials, equipment, products, supplies, 

facilities or devices not manufactured and 

supplied by Seller. Buyer agrees to hold Seller 

harmless from any and all losses, claims, or 

damages arising from subsurface damage, 

surface damage caused by subsurface damage, 

loss of hydrocarbons and from pollution, 

regardless of whether such damages, losses or 

claims were caused by the negligence or sole 

negligence of Seller, it being the intent of the 

parties that this indemnity shall apply to property 

of Buyer or to that of any third party. 

B. LIMITATION OF LIABILITY: 

UNDER NO CIRCUMSTANCES SHALL SELLER BE 

LIABLE FOR ANY SPECIAL, CONSEQUENTIAL OR 

INCIDENTAL DAMAGES, INCLUDING, BUT NOT 

LIMITED TO LOSS OF ANTICIPATED PROFITS, 

LOSS OF USE OF EQUIPMENT OR OF ANY 

INSTALLATION, SYSTEM OR FACILITY INTO 

WHICH SELLER’S EQUIPMENT MAY BE LOCAT- 

ED OR AT WHICH SELLER, ITS AGENT OR SUB- 

CONTRACTOR MAY BE PERFORMING WORK. 

Seller’s total responsibility for any claims, 

damages, losses or liabilities arising out of or 

related to its performance of this contract or 

the products or services covered hereunder 

shall not exceed the purchase price. 

19. MODIFICATION, RESCISSION 

& WAIVER: 

The terms herein may not be modified or 

rescinded nor any of its provisions waived 

unless such modification, rescission or waiver 

is in writing and signed by an authorized 

employee of Seller at its office in Houston, 

Texas. 

Failure of Seller to insist in any one or 

more instances upon the performance of any 

of the terms and conditions of the contract or 

the failure of Seller to exercise any of its rights 

hereunder shall not be construed as a waiver 

or relinquishment of any such term, condition, 

or right hereunder and shall not affect Seller’s 

right to insist upon strict performance and 

compliance with regard to any unexecuted 

portions of this contract or future performance 

of these terms and conditions. 

All orders must be accepted by an 

authorized employee of Seller. The rights 

and duties of the parties and construction 

and effect of all provisions hereof shall be 

governed by and construed according to the 

internal laws of the State of Texas. Any disputes 

which arise under this agreement shall be 

venued in the District Court of Harris County, 

Texas or in the Southern District of Texas. 


p21

T R A D E M A R K 

I N F O R M A T I O N 

References in this catalog to registered trademarks or product 

designations, which are owned by Cooper Cameron Corporation 

are as follows: 

Cameron ® 

Demco ® 

DynaCentric ® 

DynaSeal ® 

Foster ® 

Pow-R-Seal ® 

Saf-T-Seal ® 

Thornhill Craver 

Unibolt 

W-K-M ® 

References in this catalog to registered trademarks or product 

designations, which are not owned by Cooper Cameron 

Corporation are as follows: 

Celcon 

Delrin 

Fluorel 

Hastelloy 

Hycar 

Hydrin 

Hypalon 

Inconel 

Monel 

Nordel 

Stellite 

Teflon 

Viton 

Hoechst Celanese Corporation 

E. I. Dupont De Nemours & Company 

Minnesota Mining and Manufacturing Company 

Haynes International, Inc. 

Hydrocarbon Chemical and Rubber Company 

Zeon Chemicals USA, Inc. 


INCO Nickel Sales, Inc. 

INCO Alloys International, Inc. 


Stoody Deloro Stellite, Inc. 



T R A D E M A R K I N F O R M A T I O N 

p22

USA 

Cooper Cameron Valves 

16500 South Main Street 

Missouri City, TX 77489-1300 

Phone: 281-499-8511 

Fax: 281-499-6965 

UK 

Cooper Cameron Valves 

Houstoun road 

Livingston, West Lothian 

Scotland, EH545BZ 

Phone: 441-506-444-000 

Fax: 441-506-441-320 

Canada 

Cooper Cameron Corporation 

715-5th Ave. S.W. #600 

Calgary, Alberta T2P 2X6 

Canada 

Phone: 403-261-2800 

Fax: 403-262-5181 

Mexico 

Cooper Cameron de Mexico 

S.A. de C.V. 

Avenida Homero 1804, 

Suite 403 

Col. Chapultepec Morales, 

11510 Mexico, D.F. Mexico. 

Phone: 52-5-580-0296 

Fax: 52-5-395-8669 

Argentina 

Cameron Argentina S.A.I.C. 

Av. Antartida Argentina 2711 

CC No. 2 

2800 Zarate, Pica Buenos Aires 

Phone: 54-487-22297 

Fax: 54-487-23404 

Singapore 

Cooper Cameron (Singapore) 

Pte. Ltd. 

No. 2 Gul Circle 

Jurong Industrial Estate 

Locked Bag Service No. 3 

Jurong Town Post Office 

Singapore 2262 

Republic of Singapore 

Phone: 65-861-3355 

Fax: 65-861-6197 

France 

Cameron France, S.A. 

Plaine Sainte-Pierre 

CS 620 

34535 Beziers Cedex 

Beziers, France 

Phone: 33-467-111500 

Fax: 33-467-111600 

Other Locations 

Austria 

Australia 

Brazil 

Brunei 

Chile 

Congo 

Egypt 

England 

Gabon 

Germany 

Hungary 

Indonesia 

Ireland 

Japan 

Malaysia 

Netherlands 

New Zealand 

Nigeria 

Norway 

Oman 

Poland 

Qatar 

Russia 

Saudi Arabia 

UAE 

Venezuela 

COOPER CAMERON 

VALVES 

16500 South Main Street 

Missouri City, TX 77489 

281 499 8511 

800 323 9160 

www.ccvalve.com 

©Cooper Cameron Corporation, Cooper Cameron Valves Division Printed in USA 1/01 TC1459

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