Cameron-TBVCorrosionResistant&CryogenicValves

PROCESS VALVES

TBV™ Corrosion Resistant & Cryogenic Valves

TBV™

PROCESS VALVES

PROCESS VALVES

TABLE OF CONTENTS

TBV™ Corrosion Resistant & Cryogenic Valves Introduction........................................................................................... 4 Instrument Valves.................................................................................. 5 Flanged Ball Valves ............................................................................... 7 Three-Piece Ball Valves........................................................................... 8 Diverter Valves....................................................................................... 9 Cryogenic Ball Valves............................................................................. 10 Special Service....................................................................................... 12 Check Valves......................................................................................... 13 Instrument Installation Details................................................................ 14 Instrument & Process Valves................................................................... 14 Seat Rating Chart................................................................................... 15 How to Order........................................................................................ 16 Aftermarket Services.............................................................................. 17 Trademark Information.......................................................................... 18

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Millbury, MA

Cameron’s Valves & Measurement (V&M) group is a leading provider of valves and measurement systems to the oil and gas industry. The group’s products are primarily used to control, direct and measure the flow of oil and gas as it is moved from individual wellheads through flow lines, gathering lines and transmission systems to refineries, petrochemical plants and industrial centers for processing.

The Process Valves division provides critical service valves for refinery, chemical and petrochemical processing businesses and for associated storage terminal applications, particularly through the ORBIT® and General Valve® product lines.

Orbit and General lines are complimented by WKM® and TBV™ valve products and expand the scope of this division’s product offerings.

TBV valve products are manufactured and assembled at Cameron’s new facility in Millbury, Massachusetts. The TBV facility offers 100,000 ft2 of space of which 80,000 ft2 is dedicated to manufacturing, assembling, testing, shipping, and quality assurance. The increased manufacturing space has afforded Cameron the opportunity to expand its product offering and size ranges. TBV is now competitive in the LNG, mining and petrochemical markets with its ability to offer larger size ranges in its line of products.

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TBV™ Corrosion Resistant & Cryogenic Valves Instrument Valves Series 4100 The TBV Series 4100 is an all welded, double female instrument or process valve which meets API 607 4th Edition fire safe requirements. Standard sizes include 1/4 in. - 1 in. (8 mm - 25 mm). Material options include all commercially available alloys.

Series 41/61 The TBV Series 41/61 is an all welded design with one female NPT end and one male end. The male end is available with screwed, butt weld, socket weld, and flanged connections. Male and female ends may be different sizes upon request.

Series 5500 The TBV Series 5500 is a true dual ball block and bleed valve used for primary isolation – for both instrumentation and process. There are two closure members on each side of the bleed valve. For the bleed, a standard TBV instrument ball valve is recommended. Non-TBV brands can be utilized for the bleed, such as needle or gate valves, depending on customer preference. The Series 5500 is available up through 3” and ASME 600 pressure class in any commercially available material.

Series 6100 The TBV Series 6100 is fully rodable and provides three 1/2” female ports with one male end for attachment to an orifice flange. The TBV Series 6100 allows for different sized male ends up to 1” in size and is available in a variety materials. The valve can be installed in pairs on 2 1/8” centers.

Series 61/41/61 The double male end TBV Series 61/41/61 Valve is a natural offshoot of the TBV Series 4100 which eliminates the need for nipples to be used with female end valves. The all welded design reduces the number of leak paths and extended male ends are available upon request.

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TBV™ Corrosion Resistant & Cryogenic Valves Instrument Valves Series 6400 The TBV Series 6400 Valve includes all of the advanced TBV Ball Valve features in a fire safe design that meets API 607 4th Edition. The TBV Series 6400 is available with a variety of seat materials in a carbon steel or stainless forged body from 1/2” - 1”. Other materials are available upon request. The TBV Series 6400 is furnished with one NPT end and allows a choice of NPT, socket weld, or IREB end connections for the other end. This 1/4 turn ball valve replaces leaky extended body gate valves in process, block, bleed and drain applications.

Series 6500 The TBV Series 6500 cast body process transmitter valve replaces gate valves with advanced TBV Ball Valve features in a fire safe design meeting stringent refinery and chemical plant requirements. The TBV Series 6500 features all welded tamper proof construction, an internal blow-out proof stem and an oval safety handle to prevent accidental operation. The unique design of the TBV Series 6500 incorporates back-up metal fire lips to provide sealing should the soft seals sublimate in the event of fire and optional graphoil stem seals ensuring fire safe protection. TBV’s Series 6500 offers reliability, safety, visibility, unique mounting capability, quality and unsurpassed leakage protection.

Series 6800 The TBV Series 6800 is an instrument valve with a cast body that incorporates an integral lockout pad and a high performance stem packing. The valve comes equipped with a locking oval handle as a standard feature. It is seal welded to prevent tampering or accidental unthreading when removing from the line.

The TBV Series 6800 is fire safe when ordered with appropriate seals, and is fully rodable. Because of the cast lockout pad, it cannot be turned on 2 1/8” centers.

Series 6900 An instrument valve similar to the TBV Series 6100 Valve, the TBV Series 6900 Valve uses a cast body that incorporates an integral lockout pad and a high performance stem packing. Like the TBV Series 6100, the TBV Series 6900 is intended as a gage isolation valve, with tapped NPT side ports for flush and drain functions. It incorporates all of the other features of the TBV Series 6100 Valve; rodability, fire safety, and seal welding. The valve comes equipped with a locking oval handle as a standard feature. Because of the cast lockout pad, it cannot be turned on 2 1/8” centers.

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TBV™ Corrosion Resistant & Cryogenic Valves Flanged Ball Valves Series 2000 The TBV Series 2000 is a uniquely designed, reduced port flanged ball valve offering unlimited versatility with respect to materials, features, and modifiers to satisfy today’s sophisticated process valve requirements. Where corrosion, high temperatures, slurries, and flow control applications are to be met, the TBV Series 2000 is a clear choice. The valve body is designed to facilitate ease of automation by including both ISO and flange boss mounting capabilities as standard. The TBV Series 2000 is available in 1/2” - 8”, ASME 150, 300.

Valve safety is also addressed by utilizing the standard blow-out proof stem design in conjunction with optional features such as oval safety handle for sizes up to 1 1/2”, lock-out device, fugitive emission and bellows seal bonnets. They are designed to comply with the fire safe standards of major oil refineries and API 607. As with all TBV Valves, quality, flexibility, long service life, and safety make this valve the best choice for integrity and application satisfaction.

Series 1800 The TBV Series 1800 Flanged Valve, available in standard or full port design, is a high integrity two-piece design. The leak proof design is enhanced through the use of an optional high performance bonnet which eliminates all possibility of release of toxic media. The TBV Series 1800 also provides a stop plate with open/closed indication and a tapped actuator mounting plate which allows actuator installation without disturbing the stem packing. This unique design allows the valve to be manufactured from bar stock, thereby maintaining flexibility of manufacture. It is available from 1/2” to 10” in a variety of body and seat materials with ASME 150 - 1500 flanges.

Series FE2000 and Series FE1800 The TBV Series FE2000 and TBV Series FE1800 Valves incorporate all of the features of the TBV Series 2000 and TBV Series 1800 Flange Valves, plus the ability to be used in critical applications where handling of toxic emissions is required. The bonnet is welded to the valve body eliminating a potential leak path, utilizing either double chevron or wedge packing with lantern ring, optional monitoring, leak off port, and maintenance free-extended cycle life.

Finally, our unique live loaded floating stem design preserves the FE seal integrity even in fire safe applications. The valve is available in 1/2” to 8”sizes for the TBV Series FE2000 and 1/2” to 10” sizes for the TBV Series FE1800.

FE2000

FE1800

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TBV™ Corrosion Resistant & Cryogenic Valves Flanged Ball Valves Series 2800 The TBV Series 2800 Two-Piece, cast full port flanged ball valve is specifically designed to tackle severe service applications. This design includes a “Live Loaded” dual stem seal (primary and secondary seal) as standard. The body and bonnet are cast as a single piece with no welds or crevices. The TBV Series 2800 is available from 1” to 8” with ASME 150 - 300 flanges (3”- 8” ASME 600 available). Materials include cast stainless steel, monel, hastelloy, alloy 20, nickel and others as required.

Series 3300 An enhanced version of the TBV Series 1800, the TBV Series 3300 is suited for highly corrosive and erosive applications. Design includes a secured downstream seat, spring loaded upstream seat and enhanced ball / stem engagement. This valve is manufactured from barstock from any commercially available material. It is available from 1” to 14” ASME 150 - 1500.

THREE-PIECE BALL VALVES Series 1100 Along with all of the features and versatility of a three-piece valve, the TBV Series 1100 Valve incorporates a raised face on the seat bearing side of the endplate which assures positive alignment of the components and positive preset. The body seal is 100% enclosed, extending the temperature range of virgin TFE. Rugged construction features a heavy duty handle and stop plate, and oversize body bolts with a variety of material options. The TBV Series 1100 is 1500 WOG rated and is available in a wide variety of materials with NPT, socket weld, butt weld, and flanged end connections in 1/4” through 10” sizes. Other special end connections are available upon request.

Series 3100 The TBV Series 3100 Wafer Three-Piece Valve combines the benefits of a standard three piece with additional wafer features. The three-piece design utilizes raised face end plates to ensure correct alignment with the body, totally encapsulated body seals, and a bottom entry blow-out proof stem. The wafer configuration provides additional benefits, including reduction of the material mass of the valve and lower cost. The TBV Series 3100 can be used between ASME 150 - 600 flanges with a 1500 psi pressure rating and is available from 1/2” - 8” in a wide variety of alloys.

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TBV™ Corrosion Resistant & Cryogenic Valves DIVERTER VALVES Series 5100 (fabricated from a Series 1100) TBV offers the Series 5100 Diverter Valve to accomplish what would otherwise require two or more two-way valves. The diverter valve utilizes all of the benefits of the two-way, three-piece TBV valve: a blow-out proof stem, raised face end plates to eliminate radial piping stresses that could cause body seal leakage, a wide variety of seals, and a large selection of end connections. The TBV Series 5100 is also available in either a diverter or a three-way format with bottom or side porting, and for 90° or 180° operation, from 1/4” through 6”, making it valuable for a multitude of applications.

Four-Way TBV’s Four-Way Valve is manufactured to our highest standards for use where several two-way valves would otherwise be needed. It is available in a wide array of flow patterns utilizing an L port, a T port or a double L ball. Four seats ensure leak tight sealing. The four-way can be produced in a large variety of body and seat materials from 1/2” - 6” and is available with screwed, socket weld, butt weld or flanged end connections. Consult factory for specific application.

Series 51/20 (fabricated from a Series 2000) The TBV Series 51/20 Flanged, Unibody Diverter Valve is an integrally flange design for use in applications which would normally require two or more two-way valves. It is available with side or bottom porting in 90° or 180° operation. The 90º operation allows diverting from the bottom or side port to either of the other two ports with a 90° turn of the handle, but the flow can never be shut-off. The 180° operation allows diverting with a 180° turn of the handle and flow can be shut-off at the 90° position. The TBV Series 51/20 is available from 1/2” to 8” with ASME 150 - 300 flanges and in a variety of alloys.

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TBV™ Corrosion Resistant & Cryogenic Valves CRYOGENIC BALL VALVES Series 2100 (fabricated from a Series 1100) The unique design of TBV’s Series 2100 Three-Piece Cryogenic Valve incorporates features that provide long life, safety and low torque. The high strength, blowout proof stem is used in conjunction with an all welded extended bonnet and a five chevron V-Ring packing to provide leak proof stem seal integrity, as well as providing live loaded self-adjustment. TBV’s specially designed and formulated Cryofil seats provide low operating torque at cryogenic temperatures. The TBV Series 2100 has a temperature rating down to -452°F and is available up to ASME 1500. It is available in 316L stainless steel, brass and other commercially available materials with NPT, socket weld, butt weld or ASME 150 - 1500 flanged end connections, in 1/4” through 8” sizes.

For applications such as vent and bleed lines or intermittent cryogenic service, TBV offers the non-extended stem. This valve incorporates all of the unique features of our standard TBV Series 2100 Cryogenic Ball Valve.

Series 21/18, 21/20 and 21/28 Flanged Cryogenic Valves TBV Flanged Cryogenic Valves provide chatter free operation down to -452°F through the use of our exclusively formulated Cryofil seat. The integrity of the valve is further enhanced by the all welded bonnet design and upstream cavity relief. The stem is blowout proof and self adjusting to wear and pressure due to live loading. The standard body materials are 316L Stainless Steel and are available with ASME 150-1500 flanges, model dependent, in ½” through 8” sizes.

Series 21/18

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TBV™ Corrosion Resistant & Cryogenic Valves CRYOGENIC BALL VALVES Series 21/80 The TBV Series 21/80 is the large bore (10” – 16”), cryogenic valve available from ASME 150 through 900. This series of valve is full port, trunnion, split body design. The valve is low temperature tested per Bechtel 3PS-PV00-F0001 and Chevron, specification for testing requirements for qualification of valves in low temperature and cryogenic service.

Series 21/51 (fabricated from a Series 1100) The TBV Series 21/51 Cryogenic Diverter incorporates all features found in the TBV Series 2100 and provides diverting capabilities for use where two or more two-way valves would normally be necessary, specifically in dual safety relief.

The TBV Series 21/51 is available in two porting arrangements: 90° operation and 180° operation. The 90° operation allows flow from a bottom port to be diverted to either of two outlet ports over a 90° turn of the handle, but can never shut-off the flow. The 180° operation also diverts a flow from the bottom port to either of two outlet ports, but uses a 180° turn of the handle, allowing the flow to be shut-off completely at the 90° position.

The TBV Series 21/51 is available in full port or standard port from 1/2” through 8”, in 316L stainless or brass, with or without an extended stem. Screw ends, socket weld ends, butt weld ends or ASME 150 - 600 flanged ends are also available.

Series 21/51A The TBV Series 21/51A High Flow Cryogenic Diverter Valve Assembly for dual safety relief systems is designed to meet the high flow requirements of stationary cryogenic containers. This valve features foolproof 180° operation, provides positive porting with consistently high Cv during transfer and is suitable for tank pressures to 600 psi. The TBV Series 21/51A combines TBV’s compact, modular design virtually eliminating the necessity of costly field fabrication.

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TBV™ Corrosion Resistant & Cryogenic Valves SPECIAL SERVICE Actuation and Gear Operators TBV’s pneumatic and electric actuation packages compliment our complete valve line. Pneumatic actuation is available with spring return or double acting. Electric actuation includes all standard voltages. TBV can provide a total control package including limit switches and positioners to meet customer requirements.

Oxygen Service TBV Valves are commonly applied on oxygen service in either the liquid (cryogenic) or gaseous phase. Because of the danger of oxygen reacting explosively with any grease, oil or combustible material left in the piping system, TBV Valves provided for oxygen service are: • Inspected for chips, burrs, foreign matter and any other defects

in workmanship

•

Cleaned and degreased prior to assembly

•

All tools and handling apparatus degreased as above

•

Purged and dried with filtered, non-lubricated air

• Seats and seals are lubricated with an oxygen compatible lubricant (Fluorolube) on gaseous O2 valves. Cryogenic valves are not lubricated •

Black light inspected before assembly

•

Assembled, tested and air dried in a “Clean” room

•

Capped on each end

•

Tagged “Cleaned for Oxygen Service”

•

Poly bagged and sealed closed

•

Complies with Praxair Standard GS-38

Chlorine Service For the handling of chorine compounds, TBV has developed special designs to withstand these harsh applications. TBV Chlorine Valves feature Inconel Belleville loaded stem seals for automatic compensation of temperature and pressure fluctuations, an upstream pressure relief hole in the ball or a slotted upstream end plate to allow expanding chlorine to escape harmlessly upstream, and a wide variety of available materials to suit each individual application.

TBV

Chlorine Valves are assembled, cleaned and bagged following the recommendations of the Chlorine Institute Pamphlet 6. The chlorine service option is available for all of TBV’s Ball Valves and can be tailored to fit any application.

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TBV™ Corrosion Resistant & Cryogenic Valves SEVERE SERVICE FE Bonnet for High Performance For critical applications in which leakage of toxic or volatile organic compounds cannot be tolerated, TBV provides the fugitive emissions bonnet. The bonnet utilizes a unique design in which the stem packing is live loaded between the threads on the top of the stem and a shoulder on the stem, rather than a shoulder in the packing box. Through this floating stem design, TBV has eliminated the effect of temperature cycles on the packing arrangement. The packing consists of a stack of up to ten chevron v-ring sandwiched between top and bottom adapter rings, or wedge style packing and can be modified to accept a leak off with a lantern ring. This unique design has been proven in hundreds of installations in services including phosgene and chlorine. Available for our entire ball valve line with an optional fire safe version, this fully welded or integrally cast bonnet can be used with any valve series in any configuration to prevent the release of dangerous media.

1/4 Turn Bellows Seal This product line demonstrates the utmost in sealing capabilities (zero leakage) for processes involving volatile organic compounds. Available on most TBV Valves, the ASME 300 is uniquely designed for endurance, and backup secondary standard sealing as well as all welded integrity. A standard mounting plate allows automation with linear or 90° electrical and pneumatic actuators.

CHECk VALVES

Series 7100 The TBV Series 7100 Swing Check Valve utilizes our special toggle arm and disc arrangement. This valve is available with integral metal seats. The TBV Series 7300 Wafer Swing Check Valve can be supplied for use with all ASME flanges up to ASME 600 as standard. Both the TBV Series 7100 Swing Check and the TBV Series 7300 Wafer Swing Check Valves are available in sizes ranging from 2” through 8”.

Series 9100 TBV’s Series 9100 Ball Check is available from 1/2” to 2” in a wide variety of material choices such as stainless, monel, hastelloy and titanium. TBV can provide the TBV Series 9100 with all available end connections including socket weld, butt weld, screw end or ASME 150 - 900 flanged ends. The TBV Series 9100 is controlled by back pressure and can be supplied with a spring set calibrated from 5-25 psi.

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TBV™ Corrosion Resistant & Cryogenic Valves INSTRUMENT INSTALLATION DETAILS TBV’s instrument installation details combine optimum measurement technology, proven mounting practices (close coupling) and hardware integration to produce not only the specified .075 or .05% accuracy and zero stability, but a low installed cost unequalled in performance and constructability. This system can reduce installation costs by modularizing, pre-engineering, pre-fabricating, and locking in the optimum transmitter installation in a tamper-proof, foolproof system that guarantees the rated performance of the transmitter, while lowering the installed cost per instrument loop by 30 to 80%.

Flow Applications

Pressure Applications

Level Applications

INSTRUMENT & PROCESS VALVES TBV Instrument Valves were developed in response to

body parts can never be separated. Standard valves have

concerns expressed by plant engineers. Common

been subjected to bending loads exceeding 27,000 lbs.

problems such as center-to-center spacing in DP

without weld failure.

installations, visual position indication, plunging of impulse lines and tamper proofing have been eliminated in our instrument valve line. The center-to-center spacing problem arises in competitive designs since the bonnet must be removed from the body in order to screw the valve into the orifice flange next to another valve. TBV has solved this problem since our instrument valves can be installed on 2 1/8” centers* by simply removing the mating valve handle, leaving the valve’s factory integrity intact.

To avoid plunging of impulse lines, all of TBV’s Instrument Valves are fully rodable. The bore through the ball and seats is larger than the body bore. This failure prevents accidental damage to the ball or seats during the rodding operation. TBV’s Ball Valves are available in any commercially produced alloy. In fact, we regularly produce valves in Alloy 20, Monel, Hastelloy C22, Hastelloy C276, 316L Stainless, Titanium, Zirconium and more. TBV can also accommodate the entire spectrum of end connections on our instrument

Visual position indication is achieved through the use of

product line. All are available with threaded, socket

an oval safety handle. This handle allows easy position

weld, butt weld or flanged end connections and all can

identification while maintaining safety. These tamper-

be ordered as fire safe.

proof valves incorporate additional safety through a full

*With exception of the TBV Series 6800 + 6900.

penetration, all welded design which assures that the

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TBV™ Corrosion Resistant & Cryogenic Valves SEAT RATING CHART psig (BAR) 4000 (276)

PRESSURE psig (BAR)

3500 (241) Kel-F

3300 (207)

Delrin AF Metal

2500 (172) 2000 (138)

UHMW Polyethelyne

Thermafil

1500 (103) 1000

(69)

500

(34)

0

Glass Filled PTFE Virgin PTFE

Ultrafil

(0) °F °C

0 (-18)

100 (38)

200 (93)

300 (149)

400 (204)

500 (260)

600 (316)

700 (371)

800 (427)

900 (482)

1000 (538)

1100 (593)

TEMPERATURE °F (°C)

Extended pressures and temperatures may be achieved by altering design for specific applications.

Consult factory with service conditions.

Seat Material Identification Code T-Virgin PTFE

White

G-Reinforced PTFE

White (Red speckles)

U-Ultrafil

Black

C-Cryofil*

White (Identifying Groove)

F-Thermafil (PEEK)

Light Brown

P-U.H.M.W.P.

Translucent White

D-Delrin

Dark Brown

K-CTFE

Translucent

M-Metal

Silver

H-Graphite

Black

Graphite and metal seats are available for services up to 1000°F, at varying pressures, dependant on media and service conditions. Consult factory for specific rating. * Registered Trademark of TBV. Extended pressures and temperatures may be achieved by altering designs for specific applications. Consult factory with service conditions.

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TBV™ Corrosion Resistant & Cryogenic Valves How to order VALVE SPECIFICATION CHART Size

Porting

Series

End Connections

Body / End Material*

Ball / Stem Material

Seat / Seal Material

Bolting

Modifiers

S = Standard Port F = Full Port 01 02 03 05 07 10 12 15 17 20 21 23 25 30 32 35 40 51 52 57 60 71 75 80 X0 X2 X4 X6 1A 2A

= = = = = = = = = = = = = = = = = = = = = = = = = = = = = =

1/8” 1/4” 3/8” 1/2” 3/4” 1” 1 1/4” 1 1/2” 1” x 3/4” 2” 2” x 1” 1/4” x 3/8” 2 1/2” 3” 3/8” x 1/4” 3 1/2” 4” 1/2” x 1” 1/2” x 1/4” 1/2” x 3/4” 6” 3/4” x 1” 3/4” x 1/2” 8” 10” 12” 14” 16” 1” x 1/2” 1/4” x 1/2”

11 = 1100-3 Piece 16 = 1600-Tank Bottom 18 = 1800-2 Piece ASME Flange 20 = 2000-Unibody Flange 21 = 2100-Cryogenic 2B = 21/20-Cryogenic Unibody Flanged 2C = 21/31 Cryogenic Wafer 2D = 21/51 Cryogenic Diverter 2F = 21/51/20 Cryogenic Unibody Flanged Diverter 2G = 21/18-Cryogenic 2-piece ASME Flanged 2H = 21/61 Series Cryo 2K = 21/65 Series Cryo 2L = 21/64 Series Cryo 2P = 21/51/18 Split body Flanged Cryogenic Diverter 2R = Switching Diverter Non-Extended Stem - Bottom Port 2S = Switching Diverter Extended Stem - Side Port 2T = Switching Diverter Non-Extended Stem - Side Port 2V = Cryogenic 2800 2W = Cryogenic Large Bore, Split Body 28 = 2800-Cast Full Port 31 = 3100-Wafer 32 = 3200-Steam “Let Down” 33 = Severe Service Valve 3L = 3100L-Lugged Wafer 41 = 4100-Welded 43 = 4300-Welded w / ds Relief on Ball 46 = 41/61-Male End 4100 Unibody 50 = 51/20-Diverter Unibody Flanged 51 = 5100-Diverter 53 = 51/18 Diverter 61 = 6100-Orifice Tap Gauge 66 = 61/41/61-Double Male End All Welded 71 = 7100-Swing Check 73 = 71/31-Wafer Swing Check 91 = 9100-Ball Check

BWT = Buttweld Ext. & Tube Ends** B_ = Buttweld + Schedule (B40 = Schedule 40) CPE = CPI Ends FSE = NPT Female Thread FSW = Female Socket Weld GRE = Graylok Ends MFD = Manifold Connection MLS = Metal Seal MSE = NPT Male Thread MST = Straight Thread with O-Ring MSW= Male Socket Weld MWE = Male Weld End SOE = O.D. Tube End Socket Weld SPL = Special TCE = Ladish End TE_ = Tube End (K,L,M) Socket Weld UNE = Union End 150 = ASME 150 Flng RF 15L = ASME150 Lap Joint Flanged 15R = ASME 150 RTJ 300 = ASME 300 Flng RF 30L = ASME 300 Lap Joint Flanged 30R = ASME 300 RTJ 600 = ASME 600 Flng RF 60R = ASME 600 RTJ 900 = ASME 900 Flng RF 005 = ASME 1500 Flng RF 05R = ASME 1500 RTJ 0 1 2 3 4 5 6 7 8 9

= IREB = MSE = MSW for mixed = FSE combination = FSW of end = I-Flange plates = BW80 = BW40 = BW160 = I-Flange Neutral

A2 AL BR CS

= Alloy 20 = Aluminum = Brass = Carbon Steel D1 = Duplex Stainless UNS-32550 D2 = Duplex Stainless UNS-32750 DS = Duplex Stainless AL6XN HB = Hastelloy B HC = Hastelloy C H3 = Hastelloy B-3 H2 = Hastelloy C-22 IN = Inconel IY = Incoloy LC = LCB Carbon Steel M4 = Monel 400 M5 = Monel K500 N2 = Nickel 200 T2 = Titanium Gr 2 T5 = Titanium Gr 5 T7 = Titanium Gr 7 T12 = Titanium Gr 12 TN = Tantalum ZR = Zirconium 34 = 304 SS 36 = 316 SS 37 = 317 SS 4L = 304L SS 6L = 316L SS

EXAMPLE:

1 x 3 = MSE X FSE

* For valves with different end connections indicate upstream (first), downstream (second). ** Special O.D. Wall Thickness and Length.

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B

= ASTM A193 B7M x A194 7M C = ASTM A193 B8 CL2 x A194 Gr 8 D = Alloy 20 E = ASTM A193B8 CL1 x A194 Gr 8F F = ASTM A540 B21 x A194 Gr 2H G = ASTM A320 L7 x A194 Gr 4 H = Inconel 718 J = 410SS A193 Gr B6 K = 304L SS L = Hastelloy B2 M = Monel 400 N = ASTM A320 Gr B8P Q = A193 Gr B8 x ASTM A194 Gr 8 W = All Welded 0 = None 1 = Carbon Steel 2 = 300 SS 3 = ASTM A193 B7 x A194 2H 4 = ASTM A193 B8M x A194 8M 5 = Monel K-500 6 = Hastelloy C 7 = 316 SS 8 = Gr 5 Titanium 9 = HAST C-276 A

= Arlon 1555 PEEK B = Buna C = Cryofil D = Delrin AF E = E.P.R. F = Thermafil G = 15% GF TFE H = Grafoil/Graphite K = CTFE L = Vespel M = Metal N = Nylon P = UHMWP Q = E.P.D.M. S = Stellite T = Virgin TFE U = Ultrafil 25 V = Viton 1 = Tefzel 2 = Kalrex 3 = PFA 4 = FEP 5 = Ertelyte (CERTAIN COMBINATIONS NOT AVAILABLE)

01 = 90° Operation (Diverter Valve) 02 = 180° Operation (Diverter Valve) 04 = 4 Seated AH = Act. Prep w/std Handle AI = Act. Installed AP = Prepared for Actuation BS = Bellows Seal CA = Cutaway Sample CB = Enclosed Bolting CD = Cleaned and Degreased CS = Crusher Seats CF = Cavity Filler CL = Chlorine Cleaning EB = Extended Bonnet EE = Extended Ends EP = Electro Polish ES = Extended Stem FE = Fugitive Emissions Bonnet FL = Fire Lip FS = Fire Safe GO = Gear Operator GS = Grounding Spring HF = Hydro-Fluoric Service HP = High Pressure LG = Locking Gear Operator LH = Locking Handle LO = Locking Oval Handle LR = Lantern Ring LS = locking SS Oval Handle LV = Lever Handle M1 = 15° Control Seat M3 = 30° Control Seat M6 = 60° Control Seat M9 = 90° Control Seat NE = Non-Extented OH = Oval Handle OS = Stainless Steel Oval Handle OX = Oxygen Cleaned PC = Phosgene Cleaned PM = Panel Mounted RS = Self Relieving Seats SJ = Steam Jacket SL = Spring Loaded/9100 SP = Side Port/5100 SR = Spring Return Handle TR = Trunnion VB = Vented Ball VS = Vacuum Service W1 = Spiral Wound Body Seal W2 = Spiral Wound Body Seal 316S Grafoil W3 = Spiral Wound Body Seal Ti Gr2 TFE W4 = Spiral Wound Body Ti Gr 2 Grafoil W5 = Spiral Wound Body Gasket Hast C Grafoil

PROCESS VALVES

AFTERMARKET SERVICES Cameron’s Aftermarket Services’ goal is to help our customers lower the total cost of valve ownership. To that end we offer a full range of services from over twenty-five Service Centers worldwide and can provide experienced personnel trained to meet the specific service requirements of each valve type.

Aftermarket Services •

Supplies replacement valves and parts:

• Customer Property Repair

– Maintains a full inventory of new and

Cameron valve customers to store assets at our

reconditioned valves for immediate delivery

service centers throughout the world

– Provides factory warranty support for all Cameron OEM brands as well as service for most

– The Customer Property Repair program allows

– Valves tracked in electronic database accessible through the Internet

other valves • Field Service & Technical Support

•

Remanufactured Products

– Offers a broad range of API-compliant

– Field service technicians on call 24 hours a day

reconditioned equipment with fast delivery

7 days a week to handle service issues wherever they arise

– Provides equipment installation, field repairs, as

• Total Valve Management

packages

well as track and perform scheduled maintenance

– Supply and service automation and control

– Assist with valve installation, commissioning and start-up

CERTIFICATIONS

CT-TBV-BALL-CRCV 04/10-SWP-3M

TBV™ 17

PROCESS VALVES

TRADEMARK INFORMATION TBV™ is a registered trademark which is owned by Cameron.

This document contains references to registered trademarks or product designations, which are not owned by Cameron.

Trademark Owner

DELRIN

E.I. DuPont De Nemours & Company

Hastelloy

Haynes International, Inc.

INCONEL

INCO Nickel sales, Inc.

Monel

INCO Alloys International, Inc.

PEEK

Vitrex PLC Corp United Kingdom

Teflon

E.I. DuPont De Nemours & Company

VITON

E.I. DuPont De Nemours & Company

18 TBV™

CT-TBV-BALL-CRCV 04/10-SWP-3M

PROCESS VALVES

PROCESS VALVES

VALVES & MEASUREMENT 3250 Briarpark Drive, Suite 300 Houston, TX 77042 USA Toll 800 323 9160 For the most current contact and location information go to: www.c-a-m.com

Š Cameron Printed in USA 04/10-SWP-3M ct-tbv-ball-crcv