Subs

SUBSURFACE SAFETY SYSTEMS

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TABLE OF CONTENTSQuality Assurance ............................................................. 4Guide to Tubing Retrievable Safety Valves ...................... 5Baker Oil Tools Ultra Strong Flapper ................................ 6Thru-The-Flapper Self-Equalizing System ........................ 7

TUBING RETRIEVABLE SUBSURFACESAFETY VALVES AND ACCESSORIEST-Series Non-Elastomeric Tubing RetrievableSafety Valves ................................................................ 8-9

Model TE-5 and T-5 ........................................ 10Model TME-5 and TM-5 .......................................................... 11Model TSME-5 and TSM-5 .................................................. 12

T-Series Accessory ToolsControl Pressure PenetratorCommunication Tool ................................................ 13Flapper Lock-Open Tool .......................................... 13Model K Separation Sleeve ................................. 13

T-Series Backup Valve System .................................... 14FV-Series Tubing Retrievable Safety Valves

Model FV6S .................................................................................................. 15Model FVHDEM and FVHDM ........................................... 16Model FVQDM ........................................................................................... 17

WIRELINE RETRIEVABLE SUBSURFACESAFETY VALVES AND ACCESSORIESV-Series Wireline Safety Valves, Model

V/VE, VH/VHE, VD/VDE,VHD/VHDE, VDS/VDSE, and VQD ............. 18-19

Safety Valve Landing NipplesModel BA and BH ........................................... 20Nipple Adapter and Bottom Sub .............................. 20Model LP and QP ........................................................................... 21

Safety Valve LocksSur-Set Wireline, Model AF and HF ................... 22

Separation Sleeve, Model G .................................................................. 23Model J-3 and J-4 Injection Valves ........................ 24Model A-3 and A-4 Velocity Valves ........................ 25

SUBSURFACE ANNULUS SAFETY SYSTEMSAND ACCESSORIESModel RC Pack-Off Tubing Hanger

Safety System .......................................................... 26Model DGN/NAV(L) Pack-Off Tubing Hanger

Safety System .......................................................... 27Model VR and AGV Annulus

Control Safety Valves ........................................ 28-29Model AVLM Annular Safety Valve ............................ 30Subsurface Safety Valve Ordering Information ............... 31

PRODUCT NUMBER INDEXProd.No. Description734-94 Model AVLDM Annular Safety Valve ........................................... 30800-56 Model BA Safety Valve Nipple ..................................................... 20800-62 Model BH Safety Valve Nipple .................................................... 20805-51 Model G Separation Sleeve ......................................................... 23808-40 Model J-3 Wireline Retrievable Injection Valve ............................ 24808-44 Model A-3 Wireline Retrievable Velocity Safety Valve ................. 25808-47 Model A-4 Wireline Retrievable Velocity Safety Valve ................. 25808-89 Model J-4 Wireline Retrievable Injection Valve ............................ 24811-42 Model GS Running/Pulling Tool .................................................. 23811-55 Model A Running Tool .................................................................. 23811-56 Model D Probe ............................................................................. 23811-83 Model X Prong ............................................................................. 14817-43 Model DGH/NAV(L) Pack-Off Tubing Hanger ......................... 27817-84 Model RC Pack-Off Tubing Hanger w/Integral Annulus SV ......... 26820-04 Model K Separation Sleeve .......................................................... 13820-40 Model TAFV Insert Safety Valve .................................................. 14820-40 Model BAAFV Wireline Retrievable Safety Valve ........................ 18820-52 Model VH Wireline Retrievable Safety Valve ......................... 18-19820-90 Model VR Vent Safety Valve ........................................................ 28820-91 Model VD Wireline Retrievable Safety Valves ...................... 18-19820-91 Model BAAFVD Wireline Retrievable Safety Valve ..................... 19822-40 Model VE Wireline Retrievable Safety Valves ...................... 18-19822-52 Model VHE Wireline Retrievable Safety Valve ...................... 18-19822-80 Flapper Lock-Open Tool ................................................................... 13822-81 Control Pressure Penetrator Communication Tool ........................... 13822-91 Model TAFVD Insert Safety Valve ............................................... 14822-91 Model VDE Wireline Retrievable Safety Valve ...................... 18-19823-06 Model FVQDM Ultra High Pressure Tubing Retrievable SV ........ 17823-33 Model FVHDM Tubing Retrievable Safety Valve ......................... 16823-53 Model FVHDEM Tubing Retrievable Safety Valve ....................... 16823-75 Model VQD Wireline Retrievable Safety Valve ...................... 18-19824-07 Model LP Nipple ........................................................................... 21824-09 Model QP Hydraulic Communication Nipple ................................ 21824-30 Model FV6S Tubing Retrievable Safety Valve, ............................ 15824-56 Model VHDE Wireline Retrievable Safety Valve .................... 18-19824-71 Model VDS Wireline Retrievable Safety Valve ...................... 18-19824-72 Model VDES Wireline Retrievable Safety Valve .................... 18-19824-80 Model T-5 Tubing Retrievable Safety Valve ................................ 10824-81 Model TM-5 Tubing Retrievable Safety Valve ............................. 11824-83 Model TE-5 Tubing Retrievable Safety Valve .............................. 10824-84 Model TME-5 Tubing Retrievable Safety Valve ........................... 11824-88 Model TSM-5 Tubing Retrievable Safety Valve ........................... 12824-89 Model TSME-5 Tubing Retrievable Safety Valve ........................ 12824-90/93 T-Series Safety Valve Nipple Adapters ........................................ 20824-94/97 T-Series Safety Valve Bottom Subs ............................................. 20835-14 Model AF Sur-Set Top No-Go Wireline Lock Assembly .......... 22835-18 Model HF Sur-Set Top No-Go Wireline Lock Assembly .......... 22995-03 Model AGV (Annulus Gas Vent) Valve ........................................ 28


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At Baker, quality is not just a verbalization, but an allinclusive attitude that entails quality people, equipment,technology, and services which result in a qualityproduct. The Quality Assurance Group maintains the supportnecessary to perpetuate the attitude that quality counts.The basis for the success of this quality challenge is theSafety Systems Quality Program. The quality program providesfor the verification of conformanceto the requirements specified inapplicable codes, standards andspecifications such as ASME,ASTM, API, ASNT, ISO, ANSI,NACE, military standards andunique specific customerrequirements. In-house quality control com-mences with the documented train-ing of Baker personnel and thereview and control of the processesfor purchasing manufacturing useitems and raw material. Suppliersare regulated via supplier audit, avendor partnership program, andsupplier trend analysis. These con-trol functions include, receiving in-spection, chemical and mechani-cal property testing, on-line in-pro-cess inspection, hardness and non-destructive testing and evaluation,final mechanical inspection, statis-tical process controls, assemblyinspection, functional testing and final evaluation as theproduct is boxed and prepared for shipment. Complementing these control functions are the Bakeridentification, control and traceability program, and theprogram for control of measuring and testing equipment. The traceability program assures the components arecontrolled so the history of all operations is recordedstarting with the original composition of the raw material,

the manufacturing processes, shipment and final destina-tion. Components may be traced forward from origin todestination or destination back to origin including SafetySystems Service Center activity. To maintain product quality to Baker standards, eachfacility has precise control on all measuring and testingequipment used for manufacturing and product accep-

tance. All measuring and testingequipment is regularly calibratedto standards directly traceable tonational standards. All phases of the quality pro-gram are continuously monitoredby the Quality Assurance Organi-zation, which is responsible forperforming internal audits of eachactivity within the facility. The au-dits are conducted by personneltrained, qualified, and certified toperform audit activities. The successful implementationof the Baker Oil Tools Safety Qual-ity Program is reaffirmed by an-nual on-site evaluation by theAmerican Society of MechanicalEngineers, the American Petro-leum Institute, the InternationalStandards Organization, and in-dependent certifying agencies rep-resenting Bakers customers. Theeffectiveness of the program imple-mentation is attested to by the is-suance of Certificates of Accredi-

tation to use the official monogram (OCS) of the AmericanSociety of Mechanical Engineers (ASME), the AmericanPetroleum Institute (APE-6A, API-14A, API-14D) andCertificate of Conformance issued by Det Norske Veritasfor the International Standards Organization (ISO 9001). Baker Oil Tools is committed to being known as thecompany where quality counts. When you think quality,think Baker Oil Tools.

QUALITY ASSURANCE

Baker Oil Tools manufacturing andassembly of subsurface safetyvalves, locks and landing nipplesmeet API Spec. 14A and conform toANSI/ASME SPPE-1 requirements.


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GUIDE TO TUBING RETRIEVABLE SUBSURFACE SAFETY VALVEST-Series FV-Series

T(E) TM(E) TSM(E) FV6S FVHD(E)M FVQDMMedium Pressure - 5000 to 7500 PSI WP* High Pressure - 8000 to 10,000 PSI WP Ultra High Pressure - above 10,000 PSI WP Standard Temperature - to 300 F High Temperature - above 300 F Shallow Setting Depth - to 1000 ft Medium Setting Depth - to 2000 ft Deep Setting Depth - below 2000 ft Sweet Corrosion - H2S and Mild CO2 Service (9 Chrome 1 Moly Flow Path)Moderate Corrosion - H2S and CO2 Service (13% Min Chrome Flow Path)Severe Corrosion - H2S and CO2 Service (Nickel-Chrome Duplex)Sandy Service API Standard Weight Production Tubing Heavy Weight Production Tubing

Elastomeric Seals Full-Open/Closed Control Chamber Metal Stop SealsAll Metal-to-Metal Primary Seals Non-Equalizing (External Equalization) Integral Self-Equalizing Integral Secondary Valve Capability Secondary Valve Capability Utilizing Optional Communication NippleOptional Nipple Adapter and Bottom Sub Integral to Valve AssemblyOptional Temporary Lock-Open External Permanent Flapper Lock-Open Hydraulic Lock-Open Capabilities* Annular Piston Actuated Rod Piston Actuated

(E) The addition of E to the model description indicates the availability of Baker Thru-The-Flapper Self-Equalizing operation feature.* Not applicable in some valve sizes.

APPL

ICAT

IONS

OPTI

ONAL

FEA

TURE

S

Service Category Material Description CO2 Range *Standard Service Material for non-corrosive environments or environments containing small 0 - 7 psi(Non-corrosive Sweet Crude or Gas) amounts of H2S within specified limits as defined in the Nace Standard MR-01-75.H2S Service (Often combined with standard service) Materials meet Nace Standard MR-01-75 0 - 7 psi(Hydrogen Sulfide) requirement for metals subjected to hydrogen sulfide environments.H2S and Mild CO2 Service Materials in flowpath have 9% minimum chrome content to minimize weight loss 0 - 30 psi(Hydrogen Sulfide and Trace of Carbon Dioxide due to CO2 attack. Parts not in the flow path may use alloy steels. (Tubing Retrievable)H2S and CO2 Service Materials throughout have 9% minimum chrome content for protection 7+ psi (Wireline)(Hydrogen Sulfide and Carbon Dioxide) against H2S and CO2 attack. 30+ psi (Tubing Retrievable)Special Corrosive Service For environments involving free chlorides, inhibitors, excessive temperatures, etc..., the Marketing Group in(salts, inhibitors, etc.) Broken Arrow should be consulted.

SUBSURFACE SAFETY VALVE MANUFACTURING MATERIALS FOR SERVICE ENVIRONMENTS

* Selection of service categories depends on the partial pressure of the CO2 (%CO2 times the total well pressure divided by 100). Example: Ensures 3000 psi shut-in pressure and 5% CO2 (MOL.%). The partial CO2 pressure is: 5% x 300 psi = 150 psi. In this instance, the partial CO2 pressure is greater than 30 psi. Therefore an H2S and CO2 service valve would be recommended. 100%

WP - Working Pressure.


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THE BAKER OIL TOOLSULTRA STRONG FLAPPERThe one thing that counts in the opera-tional and safety control of any well is theperformance of the safety valves clo-sure mechanism. For sound reliability,Baker Oil Tools' Safety Systems hasdeveloped the most rugged, depend-able flapper closure mechanisms in theindustry the Dual-Hinge Wedge-Shaped Flapper System.

FEATURES/BENEFITS Heavy duty hinge pin and torsion spring Valves open under 100 psi differential

pressure without damage due to le-verage gained by moving the initialcontact point with flow tube away fromthe hinge

Three point contact wedge shape mini-mizes loading on the hinge and hingepin

Strenuous prototype testing with ve-locity gas, slam tests at flow rates aminimum of 10 times those proposedby API

During slam closure, the flow tubehydraulically absorbs the shock, notthe valve seat

Flapper swings completely out of flowpath and the flow tube protects theflapper and the seat, preventing dam-age by wireline tools and producedfluids or contaminates

Every flapper system includes a tor-sion spring which returns the flapperto full closed, sealing position withoutthe assistance of well pressure

The Baker Oil ToolsUltra Strong Flapper


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THRU-THE-FLAPPERSELF-EQUALIZINGSYSTEM (PATENTED)This system, when activated, allows shut-in pressure from below the safety valveto be vented to the tubing above. Thisdecreases the differential pressureacross the flapper sufficiently to allowthe safety valve to open.

In the oil tools industry, two equaliz-ing systems have predominated, anAround-The-Flapper System and a Thru-The-Flapper System. Extensive researchand development lead to Bakers pat-ented Thru-The-Flapper design. Thesystem consists of an equalizing plunger,an equalizing spring, and an equalizingtype flapper.

FEATURES/BENEFITS Patented Thru-The-Flapper Self-

Equalizing System keeps productionfluids and solids inside the flow tube

No contaminates introduced to theoperating mechanism as with Around-The-Flapper Systems

Fewer leak paths than Around-The-Flapper Systems

Simple non-operating opening proce-dures pressure to full opening pres-sure for single stage opening

Interchangeability only a change offlapper is required to convert to a self-equalizing valve no additional valvelength is required

100% metal-to-metal seal is not af-fected by unloading under differentialpressure

Operating mechanism not in flow path;therefore, not subject to sticking prob-lems due to sand and debris or erosionduring production

Equalizing feature is through the cen-ter of the valve and does not interferewith valve operations control linepressure staging is not required

Equalizing feature returns to the closedposition when the valve is fully open

The flow tube depresses the plunger to openan equalizing path prior to the valve opening.

When the valve is closed, the equalizingmechanism's port is protected from contaminates.

During slam close, the flow tubehydraulically absorbs the shock not the valve seat.

Almost closed 3 pointshock absorption by

flow tube.

Flapper swings completely out of flow path,protecting flapper and seat from wireline tooldamage. Equalizing feature returns to closed

position when valve is fully open.

Flow


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Baker Oil Tools first brought to the oil industry the FV-Series Safety Valvesand continues to offer this line to meet special customer requirements;however, advances in safety valve design has led Baker to offer the newT-Series Safety Valves. This new design brings the next level oftechnological and manufacturing enhancements to the safety valve market.

T-SERIES NON-ELASTOMERIC TUBINGRETRIEVABLE SAFETY VALVESPREMIUM FEATURES IN A STANDARDLINE SAFETY VALVEThe T-Series Tubing Retrievable Safety Valves bring the advantages ofnon-elastomeric sealing technology to standard operating environments.Now, the same field-proven features that ensure high performance andextended life in premium applications are also available for lower-endapplications.

Premium two-step, metal-to-metal housing connections and a thermo-plastic dynamic sealing system eliminate all elastomeric seals and thusgreatly increase the valves service life. In addition to non-elastomerictechnology, the T-Series incorporates a number of other features fromsuccessful high temperature/high pressure safety valves. Among these arethe patented Dual-Hinge Wedge-Shaped Flapper Closure Mechanism, andan optional patented Through-The-Flapper Self-Equalizing System.

These features, combined with a unique control fluid communicationsystem that eliminates the possibility of premature actuation, make the T-Series the most rugged, reliable, and fail-safe surface controlled, subsur-face safety valves available for standard service.

ULTRA-STRONG CLOSURE MECHANISMThe T-Series Safety Valves, like all Baker Oil Tools conventional tubing-and wireline retrievable safety valves, use a flapper closure mechanism thathas proven to be practically indestructible. The heart of this mechanism isthe most rugged flapper on the market. It is thicker than those of comparablevalves and is wedge-shaped rather than flat to minimize loading on the hingeand flapper pin. A unique hinge design virtually eliminates flapper pinbending. Each valve is tested to withstand slam opens against differentialpressure at full rated control chamber pressure with no damage to theflapper, hinge, or flapper pin.

PREVENTS PREMATURE ACTUATION OFCOMMUNICATION SYSTEMPremature actuation of the control fluid communication system is the primarycause of safety valve failures. T-Series valves incorporate a revolutionarycommunication system that eliminates the possibility of accidental actuationwhile running wireline tools through the valve.

The radial communication systems design removes the mechanism fromthe valve and puts it in the wireline tool. The T-Series valve has a smoothID, free of sleeves or other devices which move linearly and can hang upwireline tools. Communication is achieved by radial motion of a one-trip, jar-down, wireline tool. No linear motion means no chance of inadvertentactivation by other tools.

Model T-5Safety Valve

Product No. 824-80

Model TM-5Safety Valve

Product No. 824-81


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METALLURGY OPTIONS FOR ALLENVIRONMENTST-Series valves are available in a widerange of metallurgy options for variousdownhole environments. Options include: 9 Cr-1Mo/4140 or 9 Cr-1Mo for H2S/ mild

CO2 service 420 modified for standard/CO2 service Custom 450 for H2S/CO2 service Inconel/Incoloy for hostile environments

BAKER PROTOTYPE TESTING:THE MOST STRENUOUS ANDCOMPREHENSIVE IN THEINDUSTRYBaker safety valves face their toughest testbefore they ever reach the field. That isbecause Baker Oil Tools performs the moststrenuous, comprehensive prototype safetyvalve testing in the industry. We subjectclosure mechanisms to high-velocity gas slamtests at flow rates up to ten times thoserequired by API, to prove they will withstandeven the most severe flow conditions. Addi-tional tests include slam open, endurancetesting simulating over 140 years of service,high temperature tests, and sand slurry flowtests. Only after demonstrating its rugged-ness and durability in this test program wasthe T-5 approved for field use. Bakersrigorous testing program helps assure opera-tors that their safety valves will perform asintended.

FEATURES/BENEFITS Field-proven, metal-to-metal sealing

technology Alternate locking profiles provide a full

range of locking profiles for landing acces-sory equipment

Premium metal-to-metal housingconnections

Baker control line jam nut reduces thepotential leak path to one when the controlline is attached to the valve

Limited number of housing connections a minimum number of connections limitsthe potential leak paths

Ultra-strong closure mechanism Optional Through-The-Flapper Self-Equal-

izing System Short, compact, modular design

Setting depths to 4000 ft Patented radial control fluid communica-

tion system Non-elastomeric rod piston actuator

system limits the potential leak pathsand optimizes setting depth capabilities

Deposit flapper lock-open mechanism not integral to the valve, is run only whenrequired, thus simplifying the valve andeliminating the risk of prematurely lockingopen the valve

Optional full open/closed control chambermetal stop seals provides redundantmetal-to-metal stop seals for end of stroke,full open, and full closed positions

Curved shaped flapper and seat reduces outside diameter of the valve,enabling larger diameter tubing to be in-stalled

Model TSM-5Safety Valve

Product No. 824-88

Product Family

Model Product No.

T-5 824-80TE-5 824-83TM-5 824-81

TME-5 824-84TSM-5 824-88

TSME-5 824-89

T-SERIES MODEL INFORMATION

Model DesignatorsT T-Series Safety Valve5 5000 psi working pressureE Valve incorporates Thru-The-Flapper

Self-Equalizing featureM Valve incorporates full open/close con-

trol chamber metal stop sealsS Slimline design utilizing curved shaped

flapper and seat for reduced OD

The T-Series Safety Valves have add-onsecondary valve capability nipple adaptersand bottom subs. For more information referto Nipple Adapter and Bottom Sub sectionsof this catalog (page 20).


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MODEL TE-5 AND T-5 TUBING RETRIEVABLESAFETY VALVESProduct Nos. 824-83 and 824-80The TE-5 and T-5 are 5000 psi working pressure tubing retrievable subsurfacesafety valves which bring the advantages of premium features to standard operatingenvironments. The same field-proven features that ensure high performance andextended life in premium applications are available for lower-end applications.Premium two-step, metal-to-metal housing connections and a thermoplastic dynamicsealing system eliminate all elastomeric seals and greatly increase the valves servicelife. The T-Series incorporates a number of other features from Bakers successfulhigh temperature/high pressure safety valves. Among these are Bakers patentedDual-Hinge Wedge-Shaped Flapper Closure Mechanism, and an optional, patentedThru-The-Flapper Self-Equalizing System.FEATURES/BENEFITS 5000 10,000 psi working pressure Field-proven, metal-to-metal sealing

technology Alternate locking profiles provides a

full range of locking profiles for landingaccessory equipment

Premium metal-to-metal housingconnections all housing connectionsemploy premium metal-to-metalthreads that eliminate elastomericseals

Control line jam nut reduces thepotential leak path to one, when thecontrol line is attached to the valve

Limited number of housing connec-tions limits the potential leak paths

Ultra-strong closure mechanism rugged closure mechanism withstandshigh-velocity slam closures wedge-shaped flapper, dual hinges, and large,high-strength alloy flapper pin elimi-nate bending

Optional Thru-The-Flapper Self-Equalizing System

Short, compact, modular design Setting depths to 4000 ft Patented radial control fluid communi-

cation system no sleeves or incum-bent seals provides an uninterruptedcontrol fluid path to the piston nosleeves assures no accidental com-munications, nor additional leak path

Non-elastomeric rod piston actuatorsystem limits potential leak pathsand optimizes setting depthcapabilities

Deposit flapper lock-open mechanism not integral to the valve, simplifyingthe valve and eliminating the risk ofprematurely locking open the valve

Model T-5Safety Valve

Product No. 824-80

SPECIFICATION GUIDEMax Min Valve Standard Working Setting Temp

Size OD ID Length Seal Bore Pressure Depths RatingIn. mm In. mm In. mm In. M In. mm PSI Kg/Cm2 Ft M

2-3/8 60,33 3.625 92,08 1.906 48,41 54 16,46 1.875 47,632-7/8 73,03 4.625 117,48 2.379 60,43 57 17,37 2.313 58,75 20F -6,7C 3-1/2 88,90 5.380 136,65 2.875 73,03 74 22,56 2.813 71,45 5000 352 4000 1219,20 300F 148,90C4-1/2 114,30 7.125 180,98 3.875 98,43 78 23,77 3.813 96,855-1/2 139,70 8.375 212,73 4.625 117,48 84 25,60 4.563 115,90

ORDERING EXAMPLE:PRODUCT NO. 824-80SIZE: 5-1/2" X 4.56" MODEL T-5 TUBINGRETRIEVABLE SAFETY VALVE with AFLocking Profile, for H2S & Mild CO2 Service,for 1000 ft Setting Depth, w/ 5-1/2" Vam Box xPin for L80 15.5 lb/ft Tubing.


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MODEL TME-5 AND TM-5 TUBING RETRIEVABLESAFETY VALVESProduct Nos. 824-84 and 824-81The TME-5 and TM-5 are 5000 psi working pressure tubing retrievable subsurface safetyvalves which offer the same premium features as the T-5 Safety Valve but have incorporatedfull open/closed control chamber stop seals providing protection from corrosive well fluids forthe control chamber seals. Complementing this feature is a shock-absorbing spring dampenersystem which prevents damage to the stop seals during slam openings and closures.

Premium two-step, metal-to-metal housing connections and a thermoplastic dynamicsealing system eliminate all elastomeric seals and greatly increase the valves service life. TheT-Series incorporates a number of other features from Bakers successful high temperature/high pressure safety valves. Among these are Bakers patented Dual-Hinge Wedge-ShapedFlapper Closure Mechanism, and an optional, patented Through-The-Flapper Self-EqualizingSystem.



2-3/8 60,33 3.625 92,08 1.906 48,41 57 17,37 1.875 47,632-7/8 73,03 4.625 117,48 2.379 60,43 60 18,29 2.313 58,75 20F -6,7C 3-1/2 88,90 5.380 136,65 2.875 73,03 77 23,47 2.813 71,45 5000 352 4000 1219,20 300F 148,9C4-1/2 114,30 7.125 180,98 3.875 98,43 81 24,69 3.813 96,85

Model TM-5Safety Valve

Product No. 824-81

FEATURES/BENEFITS 5000-10,000 psi working pressure Field-proven, metal-to-metal sealing

technology Alternate locking profiles provides a full range of locking profiles for landing

accessory equipment Premium metal-to-metal housing connec-

tions all housing connections employpremium metal-to-metal threads thateliminate elastomeric seals

Control line jam nut reduces the poten-tial leak path to one, when the control lineis attached to the valve

Limited number of housing connections limits the potential leak paths

Ultra-strong closure mechanism ruggedclosure mechanism withstands high-ve-locity slam closures wedge-shaped flap-per, dual hinges and large high-strengthalloy flapper pin eliminate bending

Optional Thru-The-Flapper Self - Equaliz-ing System

Short, compact modular design

Setting depths to 4000 ft Patented radial control fluid communica-

tion system no sleeves or incumbentseals provides an uninterrupted control fluidpath to the piston no sleeves assures noaccidental communications, nor additionalpotential leak path

Non-elastomeric rod piston actuatorsystem limits potential leak paths andoptimizes setting depth capabilities

Deposit flapper lock-open mechanism not integral to the valve, simplifying thevalve and eliminating the risk of prema-turely locking open the valve

Optional full-open/closed control chambermetal stop seals provides redundant,metal-to-metal stop seals for end of stroke,full-open and full closed positions

ORDERING EXAMPLE:PRODUCT NO. 824-81SIZE: 5-1/2" X 4.56" MODEL TM-5 TUBINGRETRIEVABLE SAFETY VALVE with AF LockingProfile, for H2S & Mild CO2 Service, for 1000 ftSetting Depth, w/ 5-1/2" Vam Box x Pin for L8015.5 lb/ft Tubing.


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MODEL TSME-5 and TSM-5 TUBING RETRIEVABLESAFETY VALVESProduct No. 824-89 and 824-88The TSME-5 and TSM-5 are 5000 psi working pressure tubing retrievable subsurface safetyvalves which offer the same premium features as the T-5 Safety Valve but have incorporatedfull open/closed control chamber stop seals providing protection from corrosive well fluids forthe control chamber seals. Complementing this feature is a shock-absorbing spring dampenersystem which prevents damage to the stop seals during slam openings and closures.

The S in TSM-5 signifies this valve's slimline design. The OD has been decreasedproviding a safety valve that is attractive for use in dual completions or in situations where ODrestrictions apply. This feature has been introduced due to the development of Bakers curvedshaped flapper and seat.

Model TSME-5Safety Valve

Product No. 824-89



2-3/8 60,33 3.625 92,08 1.906 48,41 57 17,37 1.875 47,632-7/8 73,03 4.620 117,35 2.379 60,43 60 18,29 2.313 58,75 20F -6,7C 3-1/2 88,90 5.380 136,65 2.875 73,03 77 23,47 2.813 71,45 5000 352 4000 1219,20 300F 148,9C4-1/2 114,30 6.650 168,91 3.875 98,43 81 24,69 3.813 96,855-1/2 139,70 7.700 195,58 4.625 117,48 87 26,52 4.563 115,90

7 177,80 9.200 233,68 6.095 154,81 90 27,43 5.950 151,13

FEATURES/BENEFITS 5000 - 10,000 psi working pressure Field-proven, metal-to-metal sealing

technology Alternate locking profiles provides a full

range of locking profiles for landingaccessory equipment

Premium metal-to-metal housingconnections all housing connections em-ploy premium metal-to-metal threads thateliminate elastomeric seals

Control line jam nut reduces the potentialleak path to one, when the control line isattached to the valve

Limited number of housing connections limits the potential leak paths

Ultra-strong closure mechanism ruggedclosure mechanism withstands high-ve-locity slam closures wedge-shaped flap-per, dual hinges and large high-strengthalloy flapper pin eliminate bending


Short, compact modular design Setting depths to 4000 ft

Patented radial control fluid communica-tion system no sleeves or incumbentseals provides an uninterrupted controlfluid path to piston no sleeves assuresno accidental communications, no addi-tional potential leak path

Non-elastomeric rod piston actuator system limits the potential leak paths and optimizes setting depth capabilities Deposit flapper lock-open mechanism

not integral to the valve, simplifying thevalve and eliminating the risk of prema-turely locking open the valve

Optional full-open/closed control chambermetal stop seals provides redundantmetal-to-metal stop seals for end of stroke,full open, and full closed positions

Curved shaped flapper and seat reducesoutside diameter of valve enabling largertubing to be installed

ORDERING EXAMPLE:PRODUCT NO. 824-88SIZE: 5-1/2"X 4.56" MODEL TSM-5 TUBINGRETRIEVABLE SAFETY VALVE with AF LockingProfile, for H 2 S & Mild CO2 Service, for 1000 ftSetting Depth, w/ 5-1/2" Vam Box x Pin for L8015.5 lb/ft Tubing.


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T-SERIES ACCESSORY TOOLSBakers philosophy in the development of the T-Series Safety Valves is to present a complete safety system to the customer thatis backed by a full range of our own accessory equipment that may be required throughout the life of the well.

ORDERING EXAMPLES:PRODUCT NO. 822-81SIZE: PENETRATOR COMMUNICATION TOOL for 3-1/2" x 2.81" T-5Tubing Retrievable Safety Valve with BALocking Profile.

PRODUCT NO. 822-80SIZE: FLAPPER LOCK OPEN TOOL for 3-1/2" x 2.81" T-5 TubingRetrievable Safety Valve with BA Locking Profile.

PRODUCT NO. 820-04SIZE: MODEL K SEPARATION SLEEVE for 3-1/2" x 2.81" T-5 TubingRetrievable Safety Valve with BA Locking Profile.

Control PressurePenetrator

CommunicationTool

Product No. 822-81

Model KSeparation SleeveProduct No. 820-04

Flapper Lock-Open Tool

Product No. 822-80

CONTROL PRESSURE PENETRATORCOMMUNICATION TOOLProduct No. 822-81The Control Pressure Penetrator Communication Tool is de-signed to establish control line communication to the tubingthrough the ID of a tubing retrievable safety valve or landing nipple.Communication is achieved by radial motion of this one-trip, jar-down, wireline tool which punctures a hole in the communicationarea of the tubing retrievable equipment. By removing thecommunication mechanism (typically linear motion sleeves) fromthe tubing retrievable equipment, this unique system eliminatesthe possibilty of accidental actuation while running wireline tools.

FLAPPER LOCK-OPEN TOOLProduct No. 822-80The Flapper Lock-Open Tool is designed to deposit an expandingsleeve into the flapper section of the valve to permanently retainit in the open position. The tool is run on wireline and locked inplace in the nipple adapter of the valve. Withdrawal of the wirelinerunning tool actuates the Flapper Lock-Open Tool. The tool isdesigned such that the expanding sleeve cannot be released intothe flapper section if the flow tube is in the open position.

MODEL K SEPARATION SLEEVEProduct No. 820-04The Model K Separation Sleeve is a wireline retrievable tool usedto blank-off the hydraulic chamber in a locked open tubing retriev-able safety valve to prevent contamination of the control mediumwith well fluids. The separation sleeve is recommended when atubing retrievable valve is permanently locked-open and produc-tion is scheduled to continue without an operable safety valve. Aseparation sleeve is also recommended when pulling the stringwith a locked open safety valve.

When a lock is assembled to the separation sleeve, the modeldesignation is expanded to include the lock model and the firstletter of the safety valve model designation. Example: A modelTAFK Separation Sleeve is a Model K Separation Sleeveassembled to an AF Lock to be landed in a T-Series SafetyValve.


14

T-SERIES BACKUP VALVE SYSTEMWIRELINE RETRIEVABLEINSERT SAFETY VALVESProduct Nos. 820-40, 822-40 (V),820-91, 822-91 (VD)The V-Series Wireline Retrievable Insert Safety Valves, at-tached to safety valve locks, are designed to be run and set in apermanently locked open T-Series Tubing Safety Valve. Theinsert valve straddles the tubing retrievable valve from top tobottom and uses the same control line that previously operated thetubing retrievable safety valve.

For T-Series Safety Valves located in the tubing at less than1000 ft deep, the Model V should be the backup valve. For T-Series Safety Valves set deeper than 1000 ft, the Model VDshould be the backup valve.

Both models are available with Bakers patented Thru-The-Flapper Self-Equalizing System.

Both models are also adaptable to competitor locks. Fordetailed information on Models V and VD Wireline RetrievableSafety Valves, please refer to that section of this catalog (pages 18and 19).

When V or VD Insert Safety Valves are assembled to asafety valve lock, the model designation is expanded to include thelock model and the first letter of the tubing retrievable safety valvemodel designation. Example: A Model TAFVE Insert SafetyValve is a Model VE Insert Safety Valve assembled to a ModelAF Lock to be landed in a permanently locked open T-SeriesTubing Retrievable Safety Valve.

Model X Prongs are used to hold the wireline insert safetyvalve in the open position during run-in. The X Prong is attachedto the running shank or probe and extended to the flapper of theinsert valve. When ordering, specify the lock model designation toensure compatibility.

ORDERING EXAMPLES:PRODUCT NO. 822-91SIZE: MODEL TAFVE WIRELINE RETRIEVABLE INSERT SAFETY VALVEw/ AF LOCK to land in MODEL 3-1/2" x 2.81" "T-5" TUBING RETRIEVABLESAFETY VALVE w/ BA Locking Profile for H2S and CO2 service.

PRODUCT NO. 811-83SIZE: MODEL X PRONG FOR USE WITH MODEL AF LOCK FOR SIZE3.81" MODEL TAFVE WIRELINE INSERT SAFETY VALVE.

Model TAFVDInsert Safety Valve Product No. 822-91

Model TAFVInsert Safety ValveProduct No. 820-40

Model X ProngProduct No. 811-83


15

MODEL FV6S TUBING RETRIEVABLE SAFETY VALVEProduct No. 824-30The FV6S Valve utilizes a curved-shaped flapper and seat to obtain a reduced majoroutside diameter to allow installation in completions where tubing-to-casing clearanceis a concern. The strength and integrity of the flapper-hinge mechanism has not beensacrificed. Normally closed, this valve is opened by application of hydraulic control pressurevia a small diameter hydraulic control line connecting the valve to the surfaceemergency shutdown system. Loss of hydraulic control pressure for any reason willclose the valve and shut-in the well.

ORDERING EXAMPLE:PRODUCT NO. 824-30SIZE: 3-1/2" X 2.81" MODEL FV6S TUBINGRETRIEVABLE SAFETY VALVE with AFLocking Profile, 1000 Setting Depth, 6000 psiWP, 9Cr/1Mo Flow Path, 4140 Outer Housing,Viton Elastomers, for H2S and Mild CO2Service, w/ 3-1/2" OD EU 8RD Box x Pin, forL-80 9.3 lb/ft Tubing w/o TLO Feature.

FEATURES/BENEFITS Simplicity minimal moving parts to

the fully opened position Rugged construction unique one-

piece flapper-hinge provides strength and durability Operating mechanism not in flow path not subjected to sticking prob-

lems due to sand and debris or theerosion of critical parts duringproduction

Low friction operation due to theuniquely designed inter-relationship ofthe spring, piston, flow tube, and flap-per, frictional resistance is minimizedpermitting maximum closing force,minimum opening force, and minimumwear of parts

Permanent lock-open feature anexpanding sleeve is inserted into flap-per section only when permanent lock-open is required communication ofthe control line to the tubing is sequen-tially achieved by use of the controlpressure communication tool

Patented dynamic seal system resistance to spiral failure and stress exhibits opening/closing pressureconsistency

Extrusion proof static seal system fills the extrusion gap extending thelife of the seal

Optional temporary lock-open feature permits the operator to mechanicallymaintain the valve in the open position

ACCESSORIES:Flapper Lock-Open ToolControl Pressure Communication ToolTemporary Lock-Open ToolSeparation SleeveWireline Retrievable Insert Valve

Size Max OD Standard Seal Bore Working Pressure Setting Depths TempIn. In. In. PSI Ft Rating

mm mm mm Kg/Cm2 M3-1/2 5.000 2.813 6000 2000 20F - 275F88,90 127,00 71,45 422 609,60 -6,7C - 135,0C

SPECIFICATION GUIDE

Model FV6SSafety Valve

Product No. 824-30


16

MODEL FVHDEM AND FVHDM TUBING RETRIEVABLESAFETY VALVESProduct Nos. 823-53 and 823-33The M-Series Model FVHDEM and FVHDM are non-elastomeric, flapper type, fail-safetubing retrievable subsurface safety valves for extended life in high temperature, highpressure, extremely corrosive, hostile environments. These valves, normally closed, areopened by application of hydraulic control pressure via a small diameter hydraulic control lineconnecting the valve to the surface emergency shutdown system. Loss of hydraulic controlpressure for any reason will close the valve and shut in the well.

ORDERING EXAMPLE:PRODUCT NO. 823-33SIZE: 5 1/2" X 4.56" MODEL FVHDM TUBINGRETRIEVABLE SAFETY VALVE with AF LockingProfile, for H2S & Mild CO2 Service, for 4000Setting Depth, w/ 5-1/2" Vam Box x Pin for L8015.5 lb/ft Tubing.

FEATURES/BENEFITS Simplicity there are a minimum number

of moving parts Rugged construction unique one-piece

flapper-hinge construction providesstrength and durability

Operating mechanism not in flow path not subjected to sticking problems due tosand and debris or the erosion of criticalparts during production

Low friction operation due to the uniquelydesigned inter-relationship of spring, pis-ton, flow tube, and flapper, frictional resis-tance is minimized permitting maximumclosing force, minimum opening force andminimum wear of parts

Permanent lock-open feature an ex-panding sleeve is inserted into flappersection only when permanent lock-open isrequired communication of the controlline to the tubing is sequentially achievedby use of the control pressure communica-tion tool

Field-proven metal-to-metal sealtechnology

Cutter communication enhances reliabil-ity by removing a potential leak path fromthe valves control system

Rod piston deep-set actuator only onepotential leak path, allows optimization ofsetting depths

Optional hydraulic lock-open allows lock-open without wireline intervention hydraulic lock-open is ideal for tandemsafety valve arrangements in subseacompletions

Optional Baker patented Thru-The-Flap-per Self-Equalizing System keeps theflow inside the flow tube for cleaner, sim-pler operation system performs well insandy service areas

ACCESSORIES:Permanent Lock-Open ToolTemporary Lock-Open ToolSeparation SleeveWireline Retrievable Insert Valve

SPECIFICATION GUIDEMax Min Valve Standard Working Setting

Size OD ID Seal Bore Pressure Depths TempIn. In. In. In. PSI Ft Rating

mm mm mm mm Kg/Cm2 M2-3/8 4.100 1.921 1.875 12,00060,33 104,14 48,79 47,63 8442-7/8 5.135 2.343 2.313 10,00073,03 130,43 59,51 58,75 703 20F - 300F3-1/2 5.750 2.840 2.813 10,000 3000 6,7C 88,90 146,05 72,14 71,45 703 914,40 148,9C4-1/2 7.500 3.870 3.813 8200

114,30 190,50 98,30 96,85 5775-1/2 8.375 4.185 4.125 9000

139,70 212,73 106,30 104,78 633

Model FVHDMSafety Valve

Product No. 823-33


17

MODEL FVQDM ULTRA HIGH PRESSURETUBING RETRIEVABLE SAFETY VALVEProduct No. 823-06The Model FVQDM is an ultra high pressure (15,000 psi rated working pressure) non-elastomeric, flapper type, fail-safe tubing retrievable subsurface safety valve for extended lifein high temperature, high pressure, extremely corrosive, hostile environment applications.

The FVQDM is not equipped with control fluid redirectional features and, therefore, worksin conjunction with the Model QP Communication Nipple when the insertion of wirelineequipment is required. These valves, normally closed, are opened by application of hydrauliccontrol pressure via a small diameter hydraulic control line connecting the valve to the surfaceemergency shutdown system. Loss of hydraulic control pressure for any reason will close thevalve and shut in the well.

ORDERING EXAMPLE:PRODUCT NO. 823-06SIZE: 3 1/2" X 2.31" MODEL FVQDM TUBINGRETRIEVABLE SAFETY VALVE with AF LockingProfile, for H 2S & Mild CO2 Service, for 4000Setting Depth, w/ 3-1/2" Vam Box x Pin for L8012.95 lb/ft Tubing.

FEATURES/BENEFITS Simplicity there are minimum number of

moving parts Rugged construction unique wedge-

shaped flapper and a large high-strengthalloy hinge pin eliminate bending

Operating mechanism not in flow path therefore not subjected to sticking prob-lems due to sand and debris or the erosionof critical parts during production

Low friction operation due to the uniquelydesigned interrelationship of spring, pis-ton, flow tube, and flapper, frictional resis-tance is minimized permitting maximumclosing force, minimum opening force, andminimum wear of parts

Unique permanent lock-open feature - anexpanding sleeve is inserted into flappersection only when permanent lock-open isrequired

Metal-to-metal seal technology maxi-mizes life and reliability

Two-step metal-to-metal housing connec-tions optimization of pressure rating andtorsion loads

Anti-torque mechanism - prevents cockingof the actuator, allowing smooth actuation

Single non-elastomeric dynamic (rodpiston deep-set actuator) seal system only one potential dynamic leak path, rodpiston allows optimization of setting depths,metal-to-metal seal provides reliablepressure integrity

ACCESSORIES:Permanent Lock-Open ToolSeparation SleeveWireline Retrievable Insert ValveQ Nipple

SPECIFICATION GUIDEMax Min Valve Standard Working Setting

Size OD ID Seal Bore Pressure Depths TempIn. In. In. In. PSI Ft Rating

mm mm mm mm Kg/Cm2 M3-1/2 5.415 2.343 2.313 177588,90 137,54 59,51 58,75 541,02 20F 350F3-1/2 5.750 2.620 2.563 15,000 2100 -6,7C 88,90 146,05 66,55 65,10 1055 640,08 176,7C4-1/2 7.800 3.780 3.750 1800

114,30 198,12 96,01 95,25 548,64

Model FVQDMUltra HighPressure Safety Valve

Product No. 823-06


18

V-SERIES WIRELINE RETRIEVABLE SAFETY VALVESMODELS VE, VHE, VDE, VHDE, VDSE, VQDProduct Nos. 820-40(V), 822-40(VE), 820-52(VH), 822-52(VHE),820-91(VD), 822-91(VDE), 824-56(VHD & VHDE), 824-71(VDS),824-72(VDES), 823-75(VQD)The V-Series Safety Valves offer a wide range of wireline safety equipment employing amodular concept to allow flexibility and adaptability to existing and new completions. V-SeriesSafety Valves may be supplied as a sub-assembly for attachment to a Baker Safety Valve Lock,as a complete assembly including lock, or as a sub-assembly with adapter to competitor lock.

The V-Series Safety Valves are flapper-type, wireline retrievable, fail-safe, subsurfacesafety valves. When assembled to an appropriate lock, they run and land in a safety valvenipple. Hydraulic control line connects the safety valve nipple to the surface emergency shut-down system. Loss of control line pressure will close the valve and shut in the well.

When V-Series Safety Valves are assembled to a safety valve lock, the model designationis expanded to include the lock and the safety valve nipple into which it is landed. Example:a Model BAAFV Safety Valve is comprised of a Model V Safety Valve assembled to aModel AF Lock and is landed in a Model BA Safety Valve Nipple.

ACCESSORIES:Safety Valve LocksSafety Valve Nipples

ORDERING EXAMPLE:PRODUCT NO. 822-40SIZE: MODEL BAAFVE WIRELINE RETRIEVABLE FLAPPERSAFETY VALVE with MODEL AF LOCK to land in MODEL 3-1/2" x2.81" BA SAFETY VALVE NIPPLE for H2S & CO 2 Service.

MODEL DESIGNATORSV V-Series Flapper Safety ValveE Incorporates Bakers patented self-equalizing systemH Designed to work in applications requiring up to 10,000 psi working pressureD Incorporates rod piston actuator for deepset applicationsQ Designed to work in applications requiring up to 15,000 psi working pressureS Slimline design incorporates Bakers curved-shaped flapper for optimization of through ID

MODEL VARIATIONSWorking Pressure Setting Depth

Actuator (Max) (Max) Product Model Type PSI Ft Number

Kg/Cm2 MV & VE Annular Piston 6000 - 7500 1000 - 1500 820-40

422 - 527 304,80 - 457,20VH & VHE Annular Piston 9000 - 10,000 1000 - 2500 820-52

633 - 703 304,80 - 762,00VD & VDE Deepset Rod Piston 6000 - 7000 1700 - 10,000 822-91

422 - 492 518,16 - 3048,00VHD & VHDE Deepset Rod Piston 10,000 1700 - 10,000 824-56

703 518,16 - 3048,00VDS & VDES Deepset Rod Piston 5000 1000 - 2000 824-72

352 304,80 - 609,60VQD Deepset Rod Piston 15,000 1000 - 1700 823-75

1055 304,80 - 518,16

The VQD is not available with self-equalizing feature.Working pressures and setting depths vary between sizes of any given model (see additional chart).Product numbers are for reference and change with different options (i.e., metallurgy, lock valve combination).

Model BAAFVSafety Valve

Product No. 820-40


19

FEATURES/BENEFITS Design simplicity only two moving

parts: the flow tube and the flapper,thus providing a longer working life

Rugged construction unique wedge-shaped flapper with a high-strengthalloy pin eliminate the most commonmechanical failures in a flapper valve,bent hinge pins and seat damage

3-point contact slam protection allslam closures are hydraulicallyabsorbed by the flow tube

Differential pressure opening protec-tion 3-point contact leverage effectallows accidental unequalized open-ing with up to 200 psi below the flap-per without damaging the valve

Clean seal surfaces dynamic sealsurfaces are bathed in a clean hy-draulic fluid not well fluid while thevalve is in the open position, ensuringpremature dynamic seal failure fromdirty seal surface abrasion

Positive sealing resilient seal

SPECIFICATION GUIDETubing Maximum Min Working Setting

OD Seal Bore Model ID Pressure DepthIn. mm In. mm In. mm PSI Kg/Cm2 Ft M

2-3/8 60,33 1.875 47,63 V 0.807 20,50 6000 422 1511 460,551.875 47,63 VH 0.650 16,51 10000 703 1500 457,20

2-7/8 73,03 2.313 58,75 V 1.125 28,58 6000 422 1137 346,562.313 58,75 VH 1.125 28,58 10000 703 2500 762,002.188 55,58 VQD 0.575 14,61 15000 1055 1779 542,24

3-1/2 88,90 2.813 71,45 V 1.560 39,62 6000 422 1050 320,042.750 69,85 VH 1.265 32,13 10000 703 2500 762,002.813 71,45 VD 1.265 32,13 6000 422 10000 3048,002.813 71,45 VHD 1.265 32,13 10000 703 10000 3048,002.563 65,10 VQD 0.995 25,27 15000 1055 1000 304,80

4-1/2 114,30 3.813 96,85 V 2.122 53,90 6000 422 1000 304,803.813 96,85 VH 1.970 50,04 10000 703 1071 326,443.813 96,85 VDS 2.500 63,50 5000 352 1000 304,80

5-1/2 139,70 4.563 115,90 V 2.562 65,07 6000 422 1000 304,804.563 115,90 VH 2.100 53,34 10000 703 2087 636,124.563 115,90 VD 2.562 65,07 6000 422 3000 914,404.438 112,73 VDS 3.062 77,77 5000 352 2000 609,60

7 177,80 5.950 151,13 V 3.265 82,93 6000 422 1053 320,955.950 151,13 VH 3.265 82,93 10000 703 1000 304,806.000 152,40 VD 3.375 85,73 6000 422 2400 731,526.650 168,91 VDS 4.115 104,52 5000 352 1000 304,80

working in conjunction with the metal-to-metal seal assures both a high andlow pressure seal

Operating mechanism not in flow path therefore not subject to stickingproblems due to sand and debris, orthe erosion of critical parts duringproduction

Straight through flow path allowsmaximum production with minimalrestriction

Low friction operation due to thedesigned inter-relationship of spring,flow tube, and flapper, frictional forcesare minimized, permitting maximumopening force and minimum wear ofparts


Emergency kill feature kill fluids canbe pumped down the tubing throughthe closed valve if hydraulic control ofthe valve is lost and it becomesnecessary to kill the well

V-SERIES WIRELINE RETRIEVABLE SAFETY VALVES

Model BAAFVDSafety Valve

Product No. 820-91


20

NIPPLE ADAPTERS, Product Nos. 824-90 and 824-93BOTTOM SUBS, Product Nos. 824-94 and 824-97The T-Series Safety Valves have a modular design. The nipple adapter, and bottom sub areseparate itemized products which make up the valve assembly. A wide variety of lockingprofiles and seal bore sizes are available to accommodate Baker locks and competitor locks.Utilizing a design that incorporates seal bores in the nipple adapters and bottom subsguarantees complete isolation of the valve should any malfunction occur. Through theimplementation of modular design, nipple adapters and bottom subs for T and M seriesvalves are ordered as separate items. Tubing threads, locking profile, and seal bore sizeshould be specified when ordering these items.

Valve Nominal Seal Bore Size Locks and CorrespondingSize Wt Tubing Heavy Wt Tubing Profiles

In. mm In. mm In. mm In. mm In mm PSI Kg/Cm2 PSI Kg/Cm22-3/8 60,33 1.875 47,63 1.813 46,05 1.781 45,242-7/8 73,03 2.313 58,75 2.250 57,15 2.188 55,58 2.125 53,98 BA BA BH BH3-1/2 88,90 2.813 71,45 2.750 69,85 2.563 65,10 10,000 703 15,000 10554-1/2 114,30 3.813 96,85 3.750 95,25 3.688 93,68 3.438 87,335-1/2 139,70 4.563 115,90 4.313 109,55 4.250 107,95 4.125 104,78

SPECIFICATION GUIDE

SPECIFICATION GUIDETubing Size Std Seal Max Working

OD Bore OD PressureIn. mm In. mm In. mm In. mm PSI Kg/Cm2

2-3/8 60,33 1.718 43,64 1.718 43,64 15,000 10551.781 45,24 1.781 45,24 10,000 7031.875 47,63 1.875 47,63 3.625 92,08 10,000 703

2-7/8 73,03 2.125 53,98 2.125 53,98 20,000 14062.188 55,58 2.188 55,58 15,000 10552.313 58,75 2.312 58,72 4.234 107,54 10,000 703

3-1/2 88,90 2.313 58,75 2.312 58,72 5.078 128,98 10,000 7032.562 65,07 2.562 65,07 5.078 128,98 10,000 7032.750 69,85 2.750 69,85 5.078 128,98 10,000 703

4-1/2 114,30 3.688 93,68 3.688 93,68 6.000 152,40 15,000 10553.750 95,25 3.750 95,25 6.000 152,40 10,000 7033.812 96,82 3.812 96,82 6.000 152,40 10,000 703

5-1/2 139,70 4.562 115,87 4.562 115,87 6.690 169,93 20,000 14064.750 120,65 4.750 120,65 6.690 169,93 10,000 703

7 177,80 5.500 139,70 5.500 139,70 8.300 210,82 10,000 7035.750 146,05 5.750 146,05 8.300 210,82 10,000 7035.953 151,21 5.953 151,21 8.300 210,82 10,000 7036.125 155,58 6.125 155,58 8.300 210,82 10,000 703

MODEL BA SAFETY VALVE NIPPLE 10,000 PSI WP,MODEL BH SAFETY VALVE NIPPLE 15,000 PSI WP,Product Nos. 800-56 and 800-62

All BA and BH Safety Valve Nipples use materials containing 9% minimum chrome contentfor use in H2S and CO2 environments. The control line lug is eccentrically machined (notwelded). The standard control line connection for the Model BA is the Baker jam nut type fora safer, more secure connection. Other type control line connections are available on specialrequest.

ORDERING EXAMPLE:PRODUCT NO. 800-56SIZE: 2.81 MODEL BA SAFETY VALVE NIPPLE for H2S & CO2 Service with 3-1/2" EU 8RD Box x PinThreads for N-80 9.3 lb/ft Tubing for AF Lock.


21

Model LP NIPPLEProduct No. 824-07The LP Safety Valve Nipple is used as aprimary valve seating nipple for wireline re-trievable valves and as a backup for a tubingretrievable valve.

The LP Nipple incorporates Bakersunique (puncture) communication featureleaving the ID free of sleeves which canhang up on wireline tools.

The control line lug is eccentrically ma-chined (not welded) with a single control lineinlet and a .312 x .312 slot to allow for thepassage of a single 1/4 control line to aretrievable valve below. The control fluid isisolated from tubing communication by ametal-to-metal seal.

FEATURES/BENEFITS Patented radial control fluid

communication system Field proven metal-to-metal sealing

technology 6000 psi tubing pressure rating 10,000 psi burst and control chamber

rating Optional locking profile can be provided

with Baker or competitor profile Backup control for a secondary valve Maximizing of secondary safety valve ID

ORDERING EXAMPLE:PRODUCT NO. 824-07SIZE: 2.81 MODEL LP SAFETY VALVE NIPPLEfor H2S service with 3-1/2" EU 8RD Box x PinThreads for N-80 9.3 lb/ft for B Lock.

SPECIFICATION GUIDE

MODEL QP HYDRAULICCOMMUNICATION NIPPLEProduct No. 824-09The QP Safety Valve Nipple is generallyused in conjunction with an FVQDM Tub-ing Retrievable Safety Valve. This nipple/valve combination allows installation of ashort secondary wireline retrievable safetyvalve.

The QP Nipple incorporates Bakersunique (puncture) communication featureleaving the ID free of sleeves which canhang up on wireline tools.

FEATURES/BENEFITS Patented radial control fluid

communication system

ACCESSORIES Control Pressure Penetrator

Communication Tool Wireline Retrievable Insert Valve

ORDERING EXAMPLE:PRODUCT NO. 824-09SIZE: 3-1/2" x 2.31" MODEL QP HYDRAULICCOMMUNICATION NIPPLE with HF Profile, Inconel718 Metallurgy, 3-1/2" 12.7 lb/ft Vam Ace Box.

Model QP NippleProduct No. 824-09

Size OD Seal Bore Tubing PressureIn. mm In. mm In. mm PSI Kg/Cm2

3-1/2 88,90 5.000 127,00 2.813 71,45 6000 4224-1/2 114,30 6.130 155,70 3.813 96,85 6000 422

7 177,80 8.250 209,55 5.750 146,05 6000 422

Field proven metal-to-metal sealingtechnology

15,000 psi tubing pressure rating 22,500 psi burst and control chamber rating Available with or without control line outlet

to safety valve (shown here with control lineoutlet)

Model LP NippleProduct No. 824-07

SPECIFICATION GUIDESize OD Seal Bore Tubing Pressure

In. mm In. mm In. mm PSI Kg/Cm23-1/2 88,90 5.390 136,91 2.563 65,10 15,000 1055


22

TOP NO-GO SUR-SET WIRELINE LOCK ASSEMBLIESMODEL AF 10,000 PSI WP, Product No. 835-14MODEL HF 15,000 PSI WP, Product No. 835-18The AF and HF Lock Assemblies are Top No-Go style locks. With a No-Go shoulderlocated just below the locking dogs, these locks land and lock flow control devices inthe Models BA and BH Top No-Go Seating Nipples. Lock selection should becompatible with the size and model designation (based on designed pressure rating)or the selected seating nipple.

Tubing OD Seal Bore No-Go OD Min ID Working Pressure To Run To PullIn. mm In. mm In. mm In. mm PSI Kg/Cm2 A Running Tool D Probe GS Type AFHF

1.718 43,64 1.765 44,83 0.610 15,49 15,000 1055 811-55-0302 Built-in Run Tool 811-42-1555 2-3/8 60,33 1.781 45,24 1.835 46,61 0.610 15,49 15,000 1055 811-55-0302 Built-in Run Tool 811-42-1555

1.875 47,63 1.935 49,15 0.820 20,89 10,000 703 811-55-0304 811-56-2300 811-42-1875 2.125 53,98 2.160 54,86 0.750 19,05 15,000 1055 811-55-3000 811-56-3000 811-42-1870

2-7/8 73,03 2.188 55,58 2.223 56,46 0.812 20,62 15,000 1055 811-55-3000 811-56-3200 811-42-1870 2.313 58,75 2.346 59,59 1.125 28,58 10,000 703 811-55-3500 811-42-2315 811-42-2315 2.313 58,75 2.390 60,71 1.125 28,58 15,000 1055 811-55-3500 811-42-2315 811-42-2315 2.563 65,10 2.615 66,42 1.280 32,51 15,000 1055 811-55-3500 811-56-4101 811-42-2315

3-1/2 88,90 2.750 69,85 2.803 71,20 1.453 36,91 10,000 703 811-55-0701 811-56-4300 811-42-2755 2.813 71,45 2.865 72,77 1.453 36,91 10,000 703 811-55-0701 811-56-4300 811-42-2755 3.688 93,68 3.740 95,00 2.300 58,42 10,000 703 811-55-6001 811-56-5401 811-42-3685

4-1/2 114,30 3.750 95,25 3.805 96,65 2.300 58,42 10,000 703 811-55-6002 811-56-5401 811-42-3685 3.813 96,85 3.870 98,30 2.315 58,80 10,000 703 811-55-6002 811-56-5800 811-42-3685

5-1/2 139,70 4.313 109,55 4.390 111,51 2.315 58,80 10,000 703 811-55-6003 811-56-6000 811-42-3685 4.563 115,90 4.650 118,11 2.880 73,15 10,000 703 811-55-1701 811-56-6700 811-42-4565 5.750 146,05 5.840 148,34 3.875 98,43 10,000 703 811-55-1700 811-56-7500 811-50-5250 (M)

7 177,80 5.950 151,13 6.020 152,91 3.875 98,43 10,000 703 811-55-6900 811-56-9000 811-50-5250 (M) 6.000 152,40 6.058 153,87 4.115 104,52 10,000 703 811-55-6900 811-56-9001 811-42-3685

SPECIFICATION GUIDE

FEATURES/BENEFITS Simple and rugged construction Large pressure bearing locking dogs

eliminating No-Go shoulder swagging The locking mechanism is located

above the seating elements, thereforerequiring no o-rings

Smooth bore through the lock doesnot subject operating mechanism tocorrosion or sticking by debris

Running tool gives positive indicationthat the lock is set in the nipple and thatthe locking operation is complete

All locks are good for H2S-CO2 serviceat 300F with standard seals

Lock and running tool are compatiblewith normal wireline equipment andprocedures

ACCESSORIESModel A Running Tool,Product No. 811-55Model D Probe,Product No. 811-56Model GS Pulling Tool,Product No. 811-42

Model AF LockProduct No. 835-14

ORDERING EXAMPLE:PRODUCT NO. 835-14SIZE: 2.75 MODEL AF Top No-Go for H2S &Mild CO2 Service.


23

RUNNING AND PULLING TOOLS FOR MODEL AF AND HF SUR-SET LOCKS

Model A Running ToolProduct No. 811-55

Model D ProbeProduct No. 811-56

Model G Separation SleeveProduct No. 805-51

MODEL GSEPARATION SLEEVEProduct No. 805-51A Model G Separation Sleeve, whenattached to an appropriate lock, is awireline retrievable tool used to isolatethe control line port of a Model BASafety Valve Nipple. Model G Separa-tion Sleeves are recommended whenrunning the production string to isolatetubing pressure from the control line.This allows pressurization of the controlline indepenent of the tubing pressure.

The G Separation Sleeves may alsobe used when flowing the well or pullingthe production string without an oper-able safety valve in the safety valvenipple or in a situation where it is desir-able to prevent contamination of the con-trol medium with tubing fluids.

When a G Separation Sleeve isassembled to a lock, the model designa-tion is expanded to include the lock modeland the safety valve nipple into which itis run.

Example: a Model BAAFG Sepa-ration Sleeve is a Model G SeparationSleeve assembled to a Model AF Lockto be landed in a Model BA SafetyValve Nipple.

ORDERING EXAMPLE:PRODUCT NO. 805-51SIZE: 2.81 MODEL BAAFG SEPARATIONSLEEVE for H2S & CO2 Service.


24

MODEL J-3 AND J-4 WIRELINE RETRIEVABLE INJECTION VALVESProduct No. 808-40 and 808-89The Model J-3 and J-4 Injection Valves are normally closed valves that are designed to automati-cally shut-in the tubing in the event injection is stopped or flow reverses. Injection pressure opens thevalve by creating a pressure drop across the orifice that allows the spring guide to push past the flapperto the open position. When injection ceases, the spring guide allows the flapper to close. The J-3 andJ-4 Injection Valve Sub Assemblies are compatible with any of Bakers wireline locks.

CorrosiveEnvironment

As Required

ClosureType

Flapper

ProductNo.

808-40

808-89

Temperature

20 to 275F(-7 to 135C)

(A) OD of valve only; for OD of lock, refer to appropriate lock section.

Tubing ODIn.

mm

3-1/288,90

4101,60

4-1/2114,30

5-1/2139,70

7177,80

Seal BoreIn.

mm

2.75069,852.81371,423.12579,373.31384,123.68893,673.75095,253.81396,824.125104,784.563115,875.750146,05

Max OD(A)In.

mm

2.68768,25

3.61591,82

4.405111,76

5.615142,62

To Run and Pull

Refer toappropriatelock section.

ORDERING EXAMPLE:PRODUCT NO. 808-89SIZE: 4.56 MODEL FMJ-04 WIRELINE RETRIEVABLE INJECTION VALVE WITH MODEL F LOCK.

FEATURES/BENEFITS Large bore allows unrestricted flow and protection of sealing areas and flapper valve from the direct

flow Wireline retrievable valve can be run and retrieved under pressure by conventional wireline

methods Easy adaptability run on Baker locks and landed in Baker non-ported seating nipples Rugged construction J-4 Injection Valve uses the same wedge-shaped flapper as the V-Series

Surface Controlled Safety Valve

SPECIFICATION GUIDE

ControlType

InjectionFlow

ModelName

J-3

J-4

WorkingPressure

6000 psi (422Kg/Cm2)10,000 psi (703Kg/Cm2)

SizeIn.

mm

2.750 69,852.81371,453.12579,383.31384,153.68893,683.75095,253.81396,854.125

104,784.563

115,905.750

146,05


25

MODEL A-3 AND A-4 WIRELINE RETRIEVABLEVELOCITY SAFETY VALVESProduct No. 808-44 and 808-47The Models A-3 and A-4 Safety Valves are normally open-type valves that are closed by well flowin excess of the valves preset closure flow rate. If loss of normal well control occurs at the surface, anyincrease in flow velocity causes the valve to close, thus shutting in the well downhole. The valve willre-open once pressures across the closed pressure are equalized. The A-3 and A-4 have anequalizing sub-assembly which permits self-equalizing prior to retrieving the valve, and are compatiblewith any of Bakers wireline locks.

Adjustment of the valve closure mechanism is accomplished by changing the orifice size andinternal spring rate. This requires specific well information and is accomplished through the use ofBakers computer program designed for this purpose. Please consult your Baker representative forexact information required.


As Required

ClosureType

Flapper

ProductNo.

808-44

808-47

Temperature

20 to 275F(-7 to 135C)

ControlType

InjectionFlow

ModelName

A-3

A-4

WorkingPressure

6000 psi (422Kg/Cm2)10,000 psi (703Kg/Cm2)

FEATURES/BENEFITS Wireline retrievable valve can be run and

retrieved under pressure by conventionalwireline methods

Adaptability valve utilizes a conventionalBaker safety valve lock and is landed in con-ventionally sized Baker Model F or RSeating Nipples

Deep set capability valve may be set at anydepth as it is not surface controlled

Adjustability valve may be readjusted on-siteto meet changing well characteristics

Rugged construction A-4 Velocity SafetyValve uses the same wedge-shaped flapperas the V-Series Surface Controlled SafetyValve

ORDERING EXAMPLE:PRODUCT NO. 808-47SIZE: 2.31 MODEL A-4 VELOCITY VALVE forH2S Service, 5000 psi WP 6-4" Orifice,Spring No. 02-19807-00 w/4 Spacers.

Tubing ODIn.

mm2-3/860,32

2-7/873,02

3-1/288,90

4-1/2114,30

5-1/2139,70

7177,80

Seal BoreIn.

mm1.8747,632.2557,152.3158,722.7569,852.8171,423.6893,673.8196,824.56

115,874.75

120,655.75

146,05

Max OD(A)In.

mm1.71843,64

2.15654,76

2.68768,25

3.61591,82

4.405111,76

5.615142,64

To Run and Pull

Refer toappropriatelock section.

(A) OD of valve only; for OD of lock, refer to appropriate lock section.

SPECIFICATION GUIDESizeIn.

mm1.87547,632.25057,152.31358,752.75069,853.81396,853.68893,683.81396,854.563

115,904.750

120,655.750

146,05


26

MODEL RC PACK-OFF TUBING HANGERWITH INTEGRAL ANNULUS SAFETY VALVEProduct No. 817-84The Model RC Pack-Off Tubing Hanger with Integral Annulus Safety Valve is a control line set pack-off tubing hanger designed for well completions requiring control of both tubing and annular flow. Theannulus flow may be similarly controlled by a conventional tubing retrievable or wireline retrievablesafety valve. Specific application for the hanger includes: Gas lift large annular gas flow area through the hanger maximizes annulus flow rates

and improves gas lift efficiency integral annulus safety valve ensures total well controland security

Gas storage large flow areas through both the tubing and the annulus allow production or injectionby either mode

Dual formation completions when used in conjunction with a permanent or retrievable productionpacker below the hanger, two zones may be isolated and produced simultaneously

The hanger can be supplied with a single control line port to both set the hanger and actuate the integralannulus safety valve or it can be supplied with separate control line ports: one to set the hanger, andone to actuate the integral annulus safety valve.

ORDERING EXAMPLE:PRODUCT NO. 817-84SIZE: 47 AB x 2-7/8" MODEL RC PACK-OFF TUBINGHANGER with INTEGRAL ANNULUS SAFETY VALVE,for Standard and H2S Service, with separate Control LinePorts for Setting the Hanger and Actuating the SafetyValve, with 2-7/8" OD EU 8RD Threads Box x Pin 9.3 lb/ftN-80 Grade Tubing.

FEATURES/BENEFITS Full open tubing ID ID through the hanger is

equivelant to the tubing ID as specified Large annulus flow area annulus flow area is

maximized for each tubing size Emergency kill feature if killing the well

becomes necessary, fluid can be pumped downeither the tubing or the annulus

Simple operation the hanger is set by appli-cation of control line pressure and is releasedby a tensile load on the tubing

MaxODIn.

mm

6.130155,7

7.685195,2

8.681220,5

OD

In.mm

7177,80

8-5/8219,08

9-5/8244,48

Casing HangerMinimumAnnulus

Flow Area

In.2mm2

5.8037,42

3.7524,20

10.4067,10

14.0890,84

TubingFlow Area

In.2mm2

4.71430,41

7.06945,61

3.12620,17

12.30079,35

Weight

Lb In.

20-26

32-40

40-47

OD

47AB x 2-7/8

47AB x 3-1/2

49B x 2-3/8

51A x 4-1/2

TemperatureRating

60F to 275F15,5C to 135C

Below

2500175,8

Above

1500105,5

SPECIFICATION GUIDE


27

MODEL DGH/NAV(L) PACK-OFF TUBING HANGER SAFETY SYSTEMProduct No. 817-43The Model DGH/NAV(L) Pack-Off Tubing Hanger Safety System is an annulus safety systemdesigned to shut in the flow from the tubing to casing annulus in the event of an emergency. The hangeris hydraulic set, tension release device used to hang off the tubing string and to seal the annulus.

This system can be used in conjunction with a tubing safety valve installed in the production stringabove the hanger. Specific applications for the hanger include: Gas lift large annular gas flow area through the hanger maximizes annulus flow rates and, when

installed in conjunction with an annular safety valve (AVLDM), improves gas lift efficiency theannulus safety valve ensures total well control and security

Gas storage large flow areas through both the tubing and the annulus allow production or injectionby either mode

Dual formation completions when used in conjunction with a permanent or retrievable productionpacker below the hanger, two zones may be isolated and produced simultaneously

The Model EAV, Product No. 734-42, is the equalizing version of the annulus safety valve.

Weight

Lb/Ft

20-26

40-47

SPECIFICATION GUIDECasing

In.mm

7177,80

9-5/8244,48

MinIDIn.

mm

2.99276

3.958100,53

MaxODIn.

mm

5.958151,6

8.405213,5

Pressure RatingAbove

PSIKg/Cm2

5000340

5000340

BelowPSI

Kg/Cm2

2000135

5000340

TemperatureRating

60F- 275F15C - 135C

60F - 275F15C - 135C

Size

47B2 X 3-1/2

51B X 4-1/2

FEATURES/BENEFITS Annulus flow capability provides for gas lift

with a single tubing string hook-up Emergency kill feature if killing the well

becomes necessary, fluid can be pumped downeither the tubing or the annulus

Easy retrievability annulus safety valve isretrieved just like an anchor latch by right-handrotation hanger is released by applyingtension

Simple operation hanger is set by hydraulicpressure annulus safety valve is latched intothe hanger

Versatility system allows the operator toremove the annulus safety valve without dis-turbing the rest of the completion below thehanger

Single control line option single control linemay be used to activate both the tubing andannulus safety valve simultaneously

ORDERING EXAMPLE:PRODUCT NO. 817-43SIZE: 47B2 MODEL DGH PACK-OFF TUBINGHANGER for Standard and H2S Service, with 3-1/2 OD 9.3lb/ft EU 8rd thread pin down, complete with:PRODUCT NO. 734-43SIZE: 7 "x 3-1/2" MODEL NAVL ANNULUS SAFETYVALVE, for Standard and H2S Service.


28

ANNULUS CONTROL SAFETY VALVESAnnulus Control Safety Valves are control line actuated valves which attach directly to the top of the Twin-Seal Submersible Pump Packer, Product No. 785-40. Both valves are used to control the flow of annulus gasacross the Twin-Seal packer. Applications include venting for submersible pump completions or injecting forgas injection completions. Loss of control line pressure results in closure of both valve models, thus they arefail-safe closed. Both valves will withstand 5000 psi burst.

MODEL VR VENT SAFETY VALVEProduct No. 820-90The Model VR Vent Safety Valve is a normally closed valve which is opened by the application of controlline pressure (1500 psi plus shut-in pressure) and has a rated working pressure of 2500 psi. Control chambertest pressure is 10,000 psi. Fail-safe setting depth is 1300 ft with hydraulic fluid in the control line.

An optional feature of the VR is activation of a recirculation port in the twin-seal packer. Upon loss ofcontrol line pressure this feature allows pumped fluid to be recirculated from tubing to annulus below thepacker.

Application of pressure to the annulus above the Twin-Seal Packer will open the VR valve. If necessary,this feature can be used to kill the well.

MODEL AGV (ANNULUS GAS VENT) VALVEProduct No. 995-03The Model AGV (Annulus Gas Vent) Valve is a normally closed valve which is opened by the applicationof control line pressure (1500 psi plus shut-in pressure) and has a rated working pressure of 2500 psi. Controlchamber test pressure is 10,000 psi. Fail-safe setting depth is 1600 ft with hydraulic fluid in the control line.

The AGV differs from the VR in that the AGV major OD is smaller than the VR for limited driftapplications.

FlowArea

In.2mm2

0.4258

0.8516

MaxOD

In.mm

1.78045,21

2.30658,57

OperatingPressure

PSI Kg/Cm2

1500102

1500102

SPECIFICATION GUIDE

TemperatureRating

20F to 275F-7C to 135C

WorkingPressure

RatingPSI

Kg/Cm2

2500170

2500170

Features

Vent

Vent/Recirculation

Model

AGV

VR

ProductNo.

995-03

820-90


As required.


29

TUBING SAFETY VALVE OPEN,VR VALVE IN VENTPOSITION

Production is taken up the tubing. Thegas is vented to the annulus above thepacker.

TUBING SAFETY VALVE OPEN,VR VALVE IN RECIRCULATINGPOSITION

Production is open to the tubing abovethe safety valve but the gas vent is closedpermitting recirculation of the productionfluid.

TUBING SAFETY VALVE CLOSED,VR VALVE IN RECIRCULATINGPOSITION

The well is shut-in to the production of fluidor gas. The VR Vent/Recirculating Valveis in the recirculating position to avoiddead heading of the submersible pump.


30

Model AVLDM Annular Safety ValveProduct No. 734-94

MODEL AVLDM ANNULAR SAFETY VALVEProduct No. 734-94The Model AVLDM is a tubing retrievable, surface controlled, subsurface annularsafety valve. The surface control is via a small diameter control line connecting thesafety valve to the emergency shut-down system. Since the valve is of the normallyclosed type, the valve automatically returns to the closed (fail-safe) position, thusshutting in the annulus.

The Model AVLDM Annular Safety Valve, when used in conjunction with theModel FLX Pack-Off Tubing Hanger, provides a secondary barrier to annular flowand a means to control the flow of fluids from the lower annulus to the upper annulusor dedicated injection line. Primary applications include gas lift installations and wellswhere pressurization of the upper casing annulus as a result of a downhole leak is notpermissible.

FEATURES/BENEFITS Field proven metal-to-metal seal tech-

nology Large annular flow area minimizes

pressure drop to enhance gas lift op-erations

High tensile rating does not compro-mise tubing rating

Simple operating procedures ID compatible with tubing, allowing no

reduction in production rate Optional self-equalizing mechanism

allows valve to be opened against2500 psi differential pressure

Optional deep-set capabilities allowsetting depths up to 4000 ft

Optional hydraulic permanent lockopen feature

Critical components not susceptible toerosion

ORDERING EXAMPLE:PRODUCT NO. 734-94SIZE: 9-5/8" x 5-1/2" MODEL AVLDMSAFETY VALVE for H2S & CO2 Service with5-1/2" 20 lb/ft VAM AG Box Threads for N-80Tubing.

Casing/Tubing Size (In.) 9-5/8 x 5-1/2 10-3/4 x 7Maximum OD (In.) (mm) 8.000 203,20 9.500 241,30Minimum ID (In.) (mm) 4.625 117,48 6.140 155,96Working Pressure (PSI) (Kg/Cm 2) 5000 351,55 5000 351,55Setting Depth (Ft) (m) to 4000 1219 to 4,000 1219Flow Area (Sq In.) 0.787 1.06Tubing Rating 5-1/2" 23 ppf 7" 29 ppf

SPECIFICATION GUIDE


31

ORDERING INFORMATIONThe following information is required when ordering a subsurface safety valve.

SAFETY VALVE DATA

Product Number: Model Name: Working Pressure: Size: Lock/Lock Profile: Thread Type: Desired Setting Depth: Maximum Desired Full Open Pressure at Valve:

q Tubing Retrievable q Wireline Retrievable Maximum OD: Minimum ID: q OCS CertifiedType Metallurgy: Type Elastomers:

Optional Features:q Self-Equalizing

QA Requirementsq Baker Traceable q *Regulated Traceable:

* Regulated Traceable may include but not be limited to: Third Party Inspection, SPPE 1/API/ISO Certified, Special Customer Certification/Testing Data Book, etc.

Special Requirements:

COMPLETION DATA

Control Panel/Wellhead Pressure Limitation: Maximum Shut-In Tubing Pressure: Annulus Fluid (Type and PSI/Ft): Control Fluid (Name and PSI/Ft): Tubing (Thread Type, Size, Weight & Grade): Casing (Size & Weight): Corrosion Inhibitor (Type): Type:

q Production q Injection q Dual q Single q Gas Storageq Gas Lift q Tandem Safety Valves q Subsea

WELL ENVIRONMENT

H2S %: CO2 %: O2 %: H2O %: Clorides ppm: Temp:

Product Catalog MenuTable of ContentsProduct Number IndexQuality AssuranceGuide to Tubing Retrievable Safety ValvesBaker Oil Tools Ultra Strong FlapperThru-Tubing Flapper Self-Equalizing SystemTubing Retrievable Valves & Accessories"T-Series" Non-Elastomeric Safety Valves824-80 Model "T-5"824-81 Model "TM-5"824-83 Model "TE-5"824-84 Model "TME-5"824-88 Model "TSM-5"824-89 Model "TSME-5"

"T-Series" Accessory Tools820-04 Model "K" Separation Sleeve822-80 Flapper Lock Open Tool822-81 Control Pressure Penetrator Communication Tool

"T-Series" Backup Valve System811-83 Model "X" Prong820-40 Model "TAFV" Insert Safety Valve822-91 Model "TAFVD" Insert Safety Valve

"FV-Series" Safety Valves823-06 Model "FVQDM" Ultra High Pressure Valve823-33 Model "FVHDM"823-53 Model "FVHDEM"824-30 Model "FV6S"

Wireline Retrievable Vales & Accessories"V-Series" Safety Valves820-40 Model "BAAFV"820-52 Model "VH"820-91 Model "VD"820-91 Model "BAAFVD"822-40 Model "VE"822-52 Model "VHE"822-91 Model "VDE"823-75 Model "VQD"824-56 Model "VHDE"824-71 Model "VDS"824-72 Model "VDES"

Safety Valve Landing Nipples800-56 Model "BA"800-62 Model "BH"824-07 Model "LP"824-09 Model "QP" Hydraulic Communication Nipple824-90/93 "T-Series" Nipple Adapters824-94/97 "T-Series" Bottom Subs

Safety Valve Locks805-51 Model 'G" Separation Sleeve811-42 Model "GS" Running/Pulling Tool811-55 Model "A" Running Tool811-56 Model 'D" Probe835-14 Model "AF""Sur-Set" Top No-Go835-18 Model "HF" "Sur-Set" Top No-Go

808-40 Model "J-3" Injection Valve808-44 Model "A-3" Velocity Valve808-47 Model "A-4" Velocity Valve808-89 Model "J-4" Injection Valve

Subsurface Annulus Saftey Systems & Accessories734-94 Model "AVLDM"Annular Safety Valve817-43 Model "DGH"/"NAV(L)" Pack-Off Tubing Hanger817-84 Model "RC" Pack-Off Tubing Hanger w/Integral Annulus SV820-90 Model "VR" Vent Safety Valve995-03 Model "AGV" (Annulus Gas Vent) Valve

Ordering Information

Documents

Subs