Otis Wireline Subsurface Flow Controls And Related Equipment.pdf

OEC 5121C

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SUBSURFACE FLOW CONTROLS & RELATED SERVICE EQlJIPIVIENT

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Tho Refe1ence L1bra,y ol lnd1v1<1uM Ca1a1ogs 1s a rn.iJOr pan ol our Otis Technical lnlorma11on System II currently conta,ns tile proouct and serv,ce catalogs shov. n on this pogo The basic number on each catalog remains the same. hoW1?ver the loner oos,gnat,on wdl change as rev,sec catalogs are produced II your Otis "hbra,y· 1s incomplete. please write or call your local Ot,s olfi<:e lor your m1ss,ng or current copies

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Otis is an organization with a unique capability 10 des ig n, manufacture and se rvice s tan dard and specialized oilfield equipmenl. To provide current data for you, a new customer ervice is being c tab Iished . This new service is ca lled O.T. l.S. (Otis Technical Informa ti on System). It will provide the informati on you need to order new equipment and replacement pans. as well as provide a Technical Data Bank by part numbers at most Oti s offi ces. Customers who require add itional technical information should contact their nearest Otis office, where this service is provided. or Oti . Dallas at the address shown.

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CATALOG IDENTIFICATION P\Jmpdown Completion Equ1pmen1 & Sef\1ce .. • • • . . . • • . • ..••..••.••.• OEC-5113A Pachrs P1ooue1,on Pac~ers & AccesM>nes •.... .. ..••..•• . ..•.•. . •• . OEC-51206 Surlacc Sale1y Equipmom & Services .. . .• .••.. . . ••. .• ••.•• ...•. OEC-51 1SA Gashn Equ1pmen1 & Ser.ices •.••••.• . . OEC-51228 Proouc11on Well Te$llng & Services ....... . ............. .. .. .. OEC·51340 Special Sef\1ces & Set\ ice Equ1pmen1 Package$ .... . ........ . OEC·5130C \'/11e11ne Subsul1ace Flow Con1101s & Service Equipment .... ........... . . OEC·5221C

complete. up-to-date in forma tion on Otis Standard Products and Services. Catalogs cover the range of capabilities. applicati ons, specificat ions and part m11nber (where appli cable) for Otis Standard Product Lines. Each catalog will be updated and reprinted on a regular schedule. The program is underway: and as indi vidual catalogs are printed . they will be distributed. If you would Iikc to request a c·opy of' one or a complete set or catalogs, please contact: Manager, Marketing Services Depanment Ot is Engineering Corporation • P. 0. Box 34380 Dallas, Texas U.S.A . 75234 • (2 14) 323-3000

The individual Product ancl Service Catalogs (illustrated on this page) arc designed to provide you with IMPORTANT: In this Catalog, the text respecting items for sale and for rent, and services, describes, as to the former, certain principles of design and operation, and as to the latter, certain procedures, and in both cases, tells the results it is desired to achieve. Achievement of those results is, however, in no case guaranteed . To state that equipment is designed to provide protection against certain hazards by operating in a specified manner is not to state that it will always so operate or always provide the desi red protection. On the other hand, Otis' liability with respect to merchandise and services shall in all cases be limited to that stated in its General Terms and Conditions. (See Otis Numerical Equipment Price List and/ or Regional Service Price List.)

Instructions. procedures, and other information presented in this Catalog pertaining to the use, operation or installation of Otis equipment are intended to serve only as a guide to aid in the selection of Otis equipment. Even though Otis may specify or describe in this Catalog, materials used to manufacture its products. Otis reserves the right to substitute for or change these materials without notice. To obtain additional details and operating instructions for Otis equipment described in this Catalog, please contact your local Otis office, or Otis' Dallas office. The text must be read in the light of the foregoing is unintended and must be disregarded. Olis Engineering Corporation " Copyright 1980 by Otis Engineering Corporation.

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INTRODUCTION This catalog is divided into three product areas. After a brief introduction, covering general information about completion equipment and 12 completion schematics, first part stans on page 13. It covers basic downholc eq uipment. Second pan . starting on page 34. details Otis Subsurface Safety Systems. Third part , starting on page 60, contains informati on on Otis Wireline Units. Wircline Tools and special Otis services performed by Otis Wireline Specialists. Starting on page I24 engineering data 1ables for ready reference.

01is dcvclopmenl of wireline produclion equipmcnl listed in this catalog. is helping 10 simplify and reduce well mainlc· nance cos1s throughout the world . Operators are saving money by performing a variety of well servicing work downhole under pressure using wireline melhods without killing the well. They find '"wireline"' gives lhem a wide range of completion possibilities lo solve most current well maintenance requirements and to anticipate future maintenance as well condi1ions change during the life of their wells.

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SUBSURFACE FLOW CONTROLS AND RELATED WIRELINE SERVICE EQUIPMENT CONTENTS OF CATALOG Page

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SECTION I - SUBSURFACE FLOW CONTROLS . . ... . . ........ . .. . . .... ........ 4-59 SECTION II - WIRELI NE SERV ICE EQUIPMENT .. ............... . 60-131 Includes AUX ILI ARY WI RELINE SERVICES: Bailing Service Bottom Hole Pressure Service Caliper Surveys Kinley Services Tubing-Perforating Service SU BSU RFACE FLOW CONTROLS OTIS "LIFE OF TH E WELL CONCEPT" .... . . ... 4 Downhole Equipment Guide .............. ... ... 5 Dual-Zone Installations .... .... .. . ............ . 11 Five Good Rules of Practice . ... . .. ........ . . ... 4 Gas Storage Well Installations .... .. ........ . . . . 10 Multi-Zone Installations ... ........ . ... . . . .... . 12 Single-Zone Installations .. . ... . . .. . ............. 7 Subsurface Flow Control Equipment .... .. .. . . . . . 6 OTIS WIRELINE EQUIPMENT-LANDING NIPPLES AND LOCK ING MANDRELS ..... .. 13 Automatic Shut-In Safety Systems ..... . . .. . . ... 34 Blast Joints .. .... . . .. . .. . . . . ... .. ....... . . . .. 33 Collar Stop . . . . .. . ..... • ....... ....... .. . . ... 32 Type D, F ... ............ . ................. 32 Control Line Reel Package ... . ........... . ..... 39 Control Lines and Accessories .................. 39 Flow Couplings .............. . . ...... . ....... 33 Landing Nipples and Locking Mandrels Packing Elements for Lock Mandrels . .... . . ... 20 Types X, XN, Rand RN Nipples and Mandrels ...................... .... .. 14 Types X and RN Mandrels and Plug Choke Assemblies .... . .............. . . 18. 19 Type X Equalizing Sub ................... . . . 16 Types R and N Mandrels and Plug Choke Assemblies .. . . . . ............ . .. 18. 19 Type R Equalizing Sub .. . ...... . ....... . .... 16 Type S and N Nipples and Mandrels .... .. .... 22 Type S and N Landing Nipples. Locator and Mandrels .. . . . ... ........ . . . .... . . . .. 23 Type H Equalizing Sub ....... .......... . . . .. 24 Type B. C, D and W Mandrels . . . . ... . . . .. . 25

Plug Beans . . . . ... . .. ............. ...... . .... 24 Plug Chokes ... . . . ...... ........... . . .... .... 17 Type PX Equalizing Prongs . ......... . .. . .... 21 Type PN and PS Equalizing Prongs ... . . . . .... 24 Type PR Equalizing Prongs ......... . .... .... 21 Type XR Pump-Through Plug Assembly . .. .. .. 20 Safety Valve Nipples .. ...... ......... ..... 36, 38 Sliding Side-Door® Equipment ....... ...... .... 26 Type XA and XO - Part Numbers . . .......... 28 Type XD - Part Numbers ........ . ... . . . ... .. 29 Type XEL- Part Numbers . .......... . . . ..... 38 Wireline Retrievable Bottom-Hole Regulator .. . ... 30 SAFETY VALVES . . . ......................... . 40 Direct-Controlled, Tubing Safety Valves .... . .... 55 Pressure-Differential (STORM CHOKE®) ...... 55 Type F - Description and Part Numbers . . .. . 55 Type .I - Description and Part Numbers .. .. .. 56 Type M - Description and Part Numbers .... . 57 Ambient-Type (STO RM C HOK E®) .... .. ... .. 58 Type H - Description and Part Numbers .. ... 58 T ype K - Description and Part Numbers . .. . . 59 Injection Safety Valves ..... . .. .. . .... . .... .... 49 Type J , Mand T ..... . .. .. . .. . .... ..... .. .. 49 Storage Well Safety Valves .. ... . . . ..... ........ 50 Type GO . . . . . . . ....... . .. . .... ... .... . .. .. 50 Hydraulic Piston Tool Assembly ... . ... ....... 50 Surface-Controlled. Tubing Retrievable Safety Valves . . . ... . ... .. .. .. . . .. ....... . .. 44 Type QLP (Flapper Type) . ... . .... ........ . . 44 QLP Part Numbers . ......... . . .. . ... . .. .... 45 Type DL (Ball Type) ...... .. . . .... .... .. .... 46 DL Part Numbers ... ... . ... .. . ..... ..... ... 47 Otis Wircline Extension For Tubing Retrievable Safety Valves ... . . .. .... .... ... 48 Surface-Controlled, Wireli ne-Retrievable Safety Valves . . .. .. .... .. . . . .. . ... .. ... ... . 40 Type DK (Ball Type) .. . ..... .. .. ..... .... 40 DK Part Numbers ... .......... . .. .. . . .. .. 41 Type DC (Ball Type) .. .... . .. .. .. .... .. . . . 42 DC Part Numbers ...... ... . ........ ...... 42 Type QO (Flapper T ype) .. ......... .. ..... 43 QO Part Numbers ..... .......... ..... .. .. 43 Surface Hydraulic Control Manifolds . . ...... ... . 52

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HOW OPERATORS BENEFIT FROM OTIS "LIFE-OF-THE WELL CONCEPT" Otis has long recognized a producer' s concern with initial costs, avai (ability of equipment and service when needed and most important, production control and well safety at all times. To help an operator in these areas, Otis developed its " Life-of-the-Well-Concept. " Basically this concept provides operators with Otis Equipment Specialists and Engineers who are particularily watchful of production maintenance costs and reservoir conservation for the producing life of a well. Also , operators can tum to Otis for one-source help in planning, securing specialized equipment and world-wide service for completions, production testing , wireline and pumpdown well maintenance systems , gas li ft systems and safety systems both surface and subsurface.

wells, deviated wells, etc. where routine production maintenance work such as installing Storm Chokes®may be accomplished by standard wireline methods, and where sand washing, cutting paraffin, reperforating, etc. can be performed by pumpdown method s; and (3) Standard Pumpdown Completions - providing production maintenance for every type of well, including those that require lllbing loops (ocean fl oor and platform installations).

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Many " Life-of-the-Well" problems are solved by Otis computer capabilities. Otis uses a number of fluid

mechanics correlations which have been designed fo r Otis' digital computer 10 assist in the solution of many fluid flow problems. The results are based on specific data applied to these correlations for a particular problem and should be used as a guide only for field application. Otis' " Life-of-the-Well-Concept' ' for well maintenance can be applied to three basic methods of completions: (I) Co11ve111io11al Vertical Access Completions - wells completed on land or from offshore platforms where standard wireline service can be performed; (2) Vertical Access Completions Plus the Option of P11111pdow11 Service - a welJcompletion technique that is particularly applicable to deep

Fully equipped Otis Truck- Mounted Wireline Units are manned by Otis trained equipment specialist.

These Five Proven "Rules of Good Practice" Can Save You Time and Expense! 1. A new well should be plugged before rig moving operations are begun in case the tree is accidentally damaged during such operations. 2. Wh en drilling fro m a multiwell platform, adjacent wells should be plugged until the drilling well is definitely clear of the other well bores. 3. Wh en pressure-testing tubing, every piece of equipment to be made-up in the string should be tested lo the same pressure. 4. Physically check the intern al diameter of all equipment made-up in the lubing to insure an unrestricted bore. Failure to do this has cost many operating companies considerable money. 5. II a special or newly designed tree will require a special surface wellhead connection for a wireline lubricator, such special connections should be ordered with the tree.

Otis Engineering and Specialist teams help plan wlreline and pump down well maintenance systems.

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OTIS EQUIPMENT GUIDE There are various hanger types from single mechanical-set liner hangers to hydraulicset multiple string hangers. Otis Hangers arc designed to offer llexihility in completions and provide a means of installing and servicing downhole safety systems. Otis Ratch Latch Tubing Hanger (used in some systems) permits an economical method of retrieving tubing safety valves above the hanger for routine maintenance. Hangers and Hanger Systems -

CONTROL LINES

SURFACE CONTROLLED TUBING SAFETY VALVES

Production Packers - The basic function of a packer is to dfccti vely seal the tubing/casing annulus. This not only protects the casing from reservoir lluids but also separates and assists in the effi cient production of oil and gas from one or more zones . Other applications (pack-off, tubing anchors, etc.) are very common, and a packer should be considered for all wells. Permanent Packers arc basically designed fo r permanent installations and must be removed from the well bore by mill ing. Retrievable Packers can be set in the well bore. released . moved and reset again without pulling packer. Well conditions. at the time of completion and anticipated changes during its life. should be considered in the selection of a spec ific type of packer.

HYDRAULIC-SET DUAL HANGER

Landing Nipples - Landing nipples . made-up as part of the tubing string, provide a honed bore and locking recess for locking· mandrels to locate and lock fl ow controls in the well.

ADJUSTABLE UNION

Selective Types, offer the ultimate in fl ow control applica-

SIDE-POCKET GAS-LIFT MANDRELS

tion when several are installed at various depths, since they gi ,·e the operator multiple choices fo r locating his controls. No-Go Types are designed with a slightly restricted I. D. Flow Couplings and Blast Joints Both are special. heavy-wall tubing joints. Flow couplings are installed above and below nipples to resist fluid turbulence caused by fl ow controls when installed in the nipple. Blast joints are located opposite casi ng perforations to resist the jetting action of a producing formation.

FLOW COUPLINGS LANDING NIPPLES FLOW COUPLINGS

CIRCU LATING DEVICES

Such equipment as an Otis Sliding Side-Door« or ported nipple is designed to give controlled access to the tubing/casing annulus at point of location in the tubing string. Circulating Devices -

HYDRAULIC-SET DUAL PACKER

Gas Lift Mandrels - When the well is scheduled to be placed on gas lift in the future, Otis Gas Li ft Mandrels can be nm (at various depths) on thl.! initial completion string to provide several locations for installing gas lift val ves when desired. An Otis Sliding Side-Doo~ and Type X Nipple Profil e are inCO'l)Orated in some mandrels, permitting their use as circulating devices and locking mandrels for production and well maintenance work .

NO-GO NIPPLE FLOW COUPLING LANDING NIPPLE BLAST JOINT LANDING NIPPLE CIRCULATING DEVICE

Otis can provide all the equipment you need to design safety systems from protecting a single well with ,1direct-controlled Storm Choke18 to full y integrated surface and sub-surface systems, usi ng hydraulic and pneumatic surface safety valves and surface-controlled hydraulic tubing safety valves. A wide variety or pilots are available.:: for these systems to protect against equipment fa ilu re . fi re. explosions, damage to wellheads or fl ow Iines . etc. Subsurface and Surface Safety Systems -

PRODUCTION PACKER NO-GO NIPPLE

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OTIS CONTROL-A-FLO® SUBSURFACE FLOW CONTROL EQUIPMENT during initial completions and well maintenance equipment installed to prevent excessive pulling jobs. Such equipment as Otis Circulating Devices, Concentric Gas Lift Mandrels. Selective Landing Nipples. Safety- Valve Nipples. etc. can be installed initially and serviced by wireline methods in the future as required.

This exclusive Otis equipment is designed to simplify completion programs and help maintain production control for the life of the well! Control-A-Flo equipment has the versatility producers need in planning economical means of controlling now clownhole. For economy , future well maintenance requirements should be anticipated as accurately as possible

OTIS WIRELINE PRODUCTION EQUIPMENT INSTALLATION GUIDE Control-A-Flo Equipment in the Tubing String (Tubular Goods)

Control-A-Flo Equipment Installed or Operated by Wireline Methods

Wellhead Landing Nipples are designed to permit the well to be plugged temporarily while working on tree or moving rig.

Tubing Safety Valves, available from Otis, include direct-controlled and surface-controlled, wireline retrievable models for all types of flowing and injection wells. Also, Otis has a variety of surface safety devices for producing installations. flowlines and pipelines.

Flow Coupling/Selective Landing Nipple/Flow Coup ling made-up in sequence, as shown, throughout the tubing string provide the operator with a choice of locations to install flow controls in the landing nipple by wireline as well conditions change. Flow couplings protect the tubing from fluid turbulence caused when flow controls are installed in the nipple.

Circulating Devices, con trolled by wireline, include models with a Sliding Side-Door' (one type opens by jarring up, another by jarring down). Other devices include: a gas lift mandrel with Sliding Side-Door for seating gas lift valves by wireline, ported nipples and a safetyvalve nipple that incorporates a Sliding Side-Door.

Flow Coupling/Selec tive Lan d i ng Nippl e/B last Joint/Selective Landing Nipple are made-up in the tubing in the sequence as shown to span perforated areas. The blast joint protects the tubing against erosion from the formation's jetting action. Landing nipples provide locations for a pack-off if necessary al a future date. Flow couplings protect lubing from fluid turbulence.

Flow Regulators are available for flowing wells and are designed to reduce surface flowline pressure and the possibility of surface controls freezing-up as often occurs when flow pressure is reduced at the surface.

Tubing Seal Dividers provide a means for pulling tubing without disturbing packer and tubing below. A nipple profile in the dividers may be used for plugging the well. - - - -

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Plug Chokes, set in no-go nipples, are designed to be installed and retrieved by wireline. They are used for: testing packers: plugging tubing prior to removing well· head equipment; separating zones during production or stimulation procedures; and whenever plugging the tubing is necessary.

..... Cir culating Devices provide a controlled access between the tubing and casing annulus wherever located in- ---1+-, the tubing string. Most circulating devices have a nipple profile for landing and locking flow-control equipment.

Oti s Pr oduction Packers are fully compatible with Control-A-Flo equipment. Otis offers a full selection of/ permanent and retri evable packers.

No-Go Nipples have a restricted 1.0. to prevent wireline tools and flow controls from dropping out the bottom of the tubing string. Many are equipped with nipple profiles for locating chokes and other controls. Large sizes {2-in. and above) permit passage of properly sized, through-tubing perforating guns, bottom-hole pressure bombs, etc.

Gas Lift Valves can be installed by wirellne when Otis Control-A-Flo Concentric Gas Lift Mandrels are installed in the initial tubing string. These versatile mandrels are also used as circulating devices and as selective landing nipples for a variety ol fl ow controls before gas lift valves are installed.

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Schematic shows relative position of equipment only.

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For detailed information on Otis Production Packers, Gas Utt Equipment and Surface Safety Systems, contact your Otis Specialist or write Otis in Dallas direct. (See Page 2 for the Otis Catalogs that are available and mailing address.)

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Subsurface Flow Controls

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SINGLE-ZONE INSTALLATIONS Surface-Controlled, Tubing Safety Valves

CONTROL LINE

TUBING-RETRIEVABLE SAFETY VALVE

SAFETY VALVE NIPPLE WIRE LIN E-RETRIEVABLE SAFETY VALVE

RATCH LATCH ASSEMBLY

FLOW COUPLING t-tt--

FLOW COUPLING

-; LANDING NIPPLE

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FLOW COUPLING

LANDING NIPPLE FLOW COUPLING

NO-GO NIPPLE

Schematic 1 - Wireline-Retrievable Safety Valve with External Control Une

Schematic 2 Ratch Latch

COMPLETION STAGE - Equipment shown in these wells permits the running, setting and testing of the packer, then flanging-up the tree before d1splac1ng drilling fluids and spotting completion fluid in the annulus. Often packer can be used for treating and testing through the tubing. In Schema tic 1, a wireline-retrievable dummy safety valve is installed in an Otis Sa fety Valve Nipple or in an Otis Safety Valve Nipple with Sliding Side·Door3. The sliding Side-Door feature is de· signed so side-door remains closed during completion and can be opened when producing. To facilitate the tapered string in Schematic 2, an Otis Ratch Latch Assemb ly is used. The Ratch Latch latching/sealing head, packer and flow controls below the packer are made-up, run and packer set. Upper part of the Ratch Latch Assembly (including sealing elements) and tubing-retrievable safety valve are made-up on the tubing. run, latched and sealed automatically into the Ratch Latch latching/sealing head (no tubing rotation required). Pro· visions for installing future gas lift valves should be made if artificial lilt is anticipated.

PRODUCTION MAINTENANCE - An Otis Surface Hydraulic Control Manifold is used to maintain control pressure to the safety valves ... by an external control line Schematic 1 and through the tubing/casing annulus in Schematic 2. By pulling the wireline· retrievable safety valve (Schematic 1) or by blocking open the tubing· re trievable safety valve (Schematic 2), these wells can be serviced by wireline under pressure wi thout killing the well. The operator can install and retrieve flow controls and install Concentric Otis Gas Lilt Valves (using Otis Pack·OII Anchor assemblies). Also. bottom-hole pressure and temperature surveys can be run, paraffin cut, sand bailed. etc. To retrieve the tubing-retrievable safety valves. a plug choke is run, tubing rotated to disengage the locking threads in the Aatch Latch assembly and production string pulled without disturbing th e packer or tubing below.

Tubing-Retnevabfe Safety VHlve with Otis

Some remedi al work, such as a cement plug·back, may be accom· plished under pressure by running an ex tension pipe on wireline. This eliminates pulling the tubing. Following such work, through· tubing perforating may be accomplished to open up the zone.

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SINGLE-ZONE INSTALLATIONS For High Temperature and H2 S Service

FLOW COUPLING LANDING NIPPLE FLOW COUPLING SEAL UNIT

FLOW COUPLING -t--++-

--l LANDING NIPP LE

FLOW COUPLING

POLISHED BORE RECEPTACLE

HANGER SYSTEM LANDING NIPPLE

Polished Bore Receptacle Below Hanger

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FLOW COUPLING LANDING NIPPLES

LANDING NIPPLE FLOW COUPLING

NO-GO NIPPLE

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Polished Bore Receptocle in Tapered Casing Strings - No Hanger

Schematic 3 - Packer Seal Bore Extension

Schematic 4 - Packer Polished Bore Receptacle

COMPLETION STAGE - These completion Schematics show all the equipment necessary for a well where tubing elongation and H 2S environment are causing special problems. Flow controls shown above the packer in Schematic 3 can also be used above the hanger in Schematic 4. Schematic 3 illustrates an Otis Production Packer equipped with a packer bore extension. Schematic 4 illustrates an Otis Hanger System with a polished bore receptacle. In both installations, the added length of the sealing bore provides containment of the seal unit at all times, exposing only the lower seal to corrosive well fluids. The packer bore extension in Schematic 3 and tail pipe In Schemati c 4 are equipped with landing nipples for plugging and landing bottomhole pressure equipment.

PRODUCTION MAINTENANCE - Normal production is through the tubing wh ich is allowed to move within the packer bore extension in Schematic 3 and in the polished bore receptacle in Schematic 4 as tubing is affected by temperature. A circulating device above the packer (shown in Schematic 3) may be used for inhibitor treatment it desired. During th e Production Stage of the well, when it Is necessary to remove the tubing, the wells may be plugged in the landing nipple in the packer bore extension (Schematic 3) or below the packer (Schematic 4), and the tubing pulled. These wells can be serviced by standard wireline methods under pressure without killing th e wells. Direct or remote -controlled tubing safety valves, made of special materials to resist the corrosive well flu ids, can be installed in the tubing.

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SINGLE-ZONE INSTALLATIONS

SAFETY-VALVE NIPPLE VllREUNERETRIEVABLE TYPE DC SAF ETY VALVE

ll+-41~-ll-l-- VENT-GAS BYPASS

OTIS PRODUCTION PACKER

PUMP NO-GO N IPPLE

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Schematic 5- Type DC Otis Wireline -Retrlevable Tubing Safety Valve with Electric Submersible Pump

Schematic 6- Type DC Otis Wireline-Retrievable Tubing Safety

COMPLETION STAGE-A special Otis Hydraulic-Set Packer is used that has an integral bypass, an extension and a low-pressure pack-otl recess for the electric cable to the submersible pump. The pump, pump cable, flow controls, packer with extension, safety-valve nipple and control line are run to location. and packer set hydraulically. After packer is set, the Type DC Safety Valve is run on wirellne and tested by pressuring-up on the control line. The Type DC Safety Va lve is ideal for electric pump installations, since gas, separated from the fluid during pumping, is free to move up the lower tubing/casing annulus, through the packer bypass and out into the tubing/casing annulus above the packer. Production passes up the tubing through the bore of the valve.

COMPLETION STAGE- A Type LO Otis Selective Casing Nipple is installed in the casing string. The production string is made-up with a no-go nipple, locator mandrel and safety-valve nipple with control line and lowered until the keys of the locator mandrel locate in the casing nipple profile. An Otis DC Safety-Valve Nipple is used to locate the Type DC Valve. After hanger is set, the valve is run on wireline and tested. The valve is designed to provide down-hole safety for highvolume wells where production is permitted up the tubing string and the tubing/casing annulus.

Valve with Casing Hanger Assembly

PRODUCTION MAINTENANCE-An Otis Surface Hydraulic Control Manifold is used to maintain control pressure to the safety valve by an external control line. Production is straight through the tubing string and through the annular area between the hanger 1.0 . and safetyva lve extension 0 .0. Should an emergency cause loss of control pressure. the valve is designed to automatically shut-in both tubing and tubing/casing annulus. Sa fety valve can be retrieved by wireline methods.

PRO DUCTION MAINTEN ANCE-An Otis Surface Hydraulic Control Manifold is used to maintain control pressure to the safety valve by an external control line. Should an emergency cause loss of control pressure. the valve is designed to automatically shut-in the vent gas as well as the production. The selective landing nipple and no-go nipple provide locations where bottom-hole pressure and temperature suNeys can be run. The safety valve can be retrieved for maintenance by standard wireline methods.

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SINGLE-ZONE INSTALLATION - Gas Storage Wells '

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ASSEMBLY FOR SAfETY VALVE "'

SEALING ELEMENTS GUIDE VALVE

RETRIEVABLE PLUG

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STORAGE GAS

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Kill STl!ING (Run to Depth)

PRESSURE

Schematic 7 - Storage Well Safety Valve without Kill or Syphon String

Schematic 8- Storage Well Safety Valve with Kill or Syphon String COMPLETION STAGE-The safety valve with a kill string is usually placed 30 to 100 feet below the surface. A hanger mandrel assembly, with kill string is run to depth, and hanger is set. The storage well safety valve is then run on wireline until the valve skirt locates on top of the hanger assembly, and valve slips are set. After the valve is installed, a pusher string (two or three tubing joints depending on valve depth) is installed up to the piston spool assembly. Injection and/or withdrawal is up the tubing/casing annulus through th e va lve and back into the annulus. Upon loss of control pressure, the valve is designed so the pusher string moves upward. This action allows the primary valve to close-in the tubing/casing annulus and the secondary valve to closein the tubing.

COMPLETION STAGE - The safety valve is located 30 to 100 feet below the surface. It can be installed in existing underground gas storage wells without killing the well pressure. No major well equipment changes are required to install th e equipment on new installations as all components can be installed in standard pipe used for casing, including flush joint as well as collared pipe. The storage well automatic shut-in equipment is designed to be installed by company personnel. Subsurface equipment is run on wireline until collets on the safety valve assembly locate in a collar of the casing. Slips are set. Then a pusher string (two or three tubing joints, depending on valve depth) is installed up to the piston spool assembly. A plug choke is set In the valve. Injection and/or withdrawal Is up the tu bing/casing annulus through the valve and back into the annulus. Loss of control pressure is designed to cause the pusher string to move upward, allowing the valve to close and shut-off production.

PRODUCTION MAINTENANCE - The kill string can be used to syphon out wat er from the well , for chemical injection or to kill the well. However. a plug choke can be run in the kill string, and the safety valve retrieved by wireline for maintenance.

PRODUCTION MAINTENANCE - The safety valve can be retrieved by wireline for inspection and maintenance without killing the well.

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_ _ _ _ _ _ _ _s_u_b_su_r_fa_c_e _F1_ow _ c_on_t_ro_1s_ _ _ _ __ _ DUAL-ZONE INSTALLATIONS

FLOW COU PLINGS

11.::f::i!:=-J

LANDING NIPPLES FLOW COUPLINGS

CIRCULATING DEVICES HYDRAULIC - SET DUAL HANGER SYSTEM

ADJUSTABLE UNION CONCENTR IC GAS LIFT MANDRELS

,---,.__,-----,+-++--- PRESSURE-OPERATED CIRCULATING SLEEVE

FLOW COUP LINGS

-rt- -- NO-GO NIPPLE

LANDING N IPPLES

FLOW COUPLING

FLOW COU PLINGS

LANDING NIPPLE BLAST JOINT

CIRCULATING DEVICES

LANDING NIPPLE

PRODUCTION PACKER NO-GO NIPPLE 0

TUBING SEAL DIVIDER

FLOW COUPLING LANDING NIPPLE BLAST JOINT LANDING N IPPLE CIRCULATING DEVICE PRODUCTION PACKER

NO-GO N IPPLE

Schematic 9 -

Two Packers. Dual String

Schematic 10-

COMPLETION STAGE - Each zone may be produced through an independent tubing string. A permanenl packer is set on bottom with an expendable plug to isolate bottom zone while completing upper. A dual hydraulic-set packer is set on top with an Otis PressureOperated, Circulating Sleeve made-up below the packer for displacing drilling fluid (without a wireline trip) before setting the dual packer. The circulating sleeve is opened by pressuring-up on the long string and is designed to close automatically when dual packer is set.

Dual Tubing Hanger

COMPLETION STAGE - Initial completion includes hydraulic-set. slip-type tubing hanger and provisions for gas lifting either zone. PRODUCTI ON MAINT EN ANCE - All wireline production maintenance procedures normally performed in dual completions are feasible with this hook-up. To re trieve the safety valves for inspection, plug chokes are run and set in the nipples below the hanger: the sleeve in the collet latch, securing the long string to the hanger, is shifted, and the tubing picked-up. Surface equipmen t requirements for retrieving the tubing and safety valves above the hanger are minimal and can be calculated by figu ring the weight of the tubing from the surface to the hanger. One or both of the zones can be converted to gas lift by installing selective gas lift mandrels. or side-pocket mandrels on initial completion, then running wireline-retrievable gas lift valves.

PRODUCTION MAINTENANCE - The plug in the bottom packer is pumped out. and both zones are on production. Circulating devices are opened and closed by wireline fo r various purposes such as zone stimulation. Landing nipples allow installation of subsurface controls: Storm Chokes-11, regulators. plugs, etc. The dual packer is available with both strings retrievable. This facilitates conversion to gas lift or changing out tubing if necessary. The tubing seal divider allows plugging and removal of both strings and th e dual packer, keep ing zones separated at all times.

11

OTIS_______

s_u_bs_u_rf_a_ce__ Fl_ow _ c_on_tr_o_ls_ _ __ __ _ _. . .

MULTIZONE INSTALLATIONS

FLOW COUPLING LANDING NIPPLE

SAFETY VALVE NIPPLES WITH CONTROL UN ES

FLOW COUPLING 0 0

WIREUNE-RETRIEVABLE SAFETY VALVES

--=~

CIRCULATING DEVICE

FLOW CO UPLING

CONCENTRIC GAS LIFT MANDRELS

LANDING NIPPLE BLAST JOINT LANDING NIPPLE

0

•-t--+t---

-

CIRCULATING DEVICE

CIRCULATING DEVICES

FLOW COUPLING LANDING NIPPLE

0 0

0

BLAST JOINT LANDING NIPPLE

LANDING NIPPLE BLAST JOINT LANDING NIPPLE CIRCULATING DEVICE PRODUCTION PACKER NO-GO NIPPLE

NOGO NIPPLE

Schematic 11 - Single String. Alternate Zone Selective

Schematic 12- Three Zones, Two Strings Alternate Zone Selective with Provisions for Gas Ute

COMPLETION STAGE - This single string, multi-zone completion allows selective testing or production of any zones by wireline methods. The equipment shown permits standard completion procedures of running equipment, flanging-up we llhead, displacing comple· lion fluid, set1ing packers selectively and testing by wireline methods. The lower packer may be a permanent or permanent/retrievable type set by wireline.

COMPLETION STAGE - This type installation is used to complete a three zone well when: (1) eilher the life and productivity of one or more of the zones is questionable and (2) when other well conditions such as deviated hole. casing size, etc. make completing with a triple packer and three strings of tubing difficult or uneconomical. Otis Safety Valve Nipples with control lines are made-up and run with tubing to accommodate remote controlled, wireline -retri evable tubing safety valves. Otis Concentric Gas lift Mandrels are also run with th e tubing as fu ture locations for gas lift valves.

PRODUCTION MAINTEN ANCE - The installation of equipment shown allows two zones to be produced simultaneously , one through casing and any of the lower zones through the tubing. This can be accomplished under pressure by wireline methods. Addi tionally, one or more zones may be abandoned by setting plugs in landing nipples, ci rculating devices or simply by closing the circulating devices. Additionally, where applicable the Installation of Otis Dual Flow Chokes may make possible the production of two zones in the tubing simultaneously.

PRODUCTION MAINTENANCE - Production from the upper two zones Is on an alternate, selective basis through either string. Alternate zone selective production of the upper zones, conversion to gas lift and Installation of the safety valves are accomplished by wireline methods. Circulating devices may be opened and closed by wire line for zone stimul ation or to change producing zones.

12

DTIS

. :_ _ _ _ _ _ _ _s_u_hs_u_rf_a c_e_F_1o_w_c_o_nt_ro_1s_ _ _ _ _ _ _

GUIDE TO OTIS WIRELINE EQUIPMENT This Gu ide is designed to show the relationship of the different types of Otis Landing Nipples to their respective Locking Mandrels. A slip-type mandrel and collar-lock mandrel are also shown. The Guide also indicates the relationship of equalizing subs and subsurface controls to the TYPES X and R EQUIPMENT

mandrels. Equalizing subs may he used where needed on all Otis Flow Controls that can have a pressure differential across them. Certain flow controls are designed with their own equalizi ng means.

T YPES B, C and W EQUIPMENT

TYPE S EQUIPMENT

Nipple not required. Sets in tubing .

Selective Landing Nipple Type X for Standard Tubing Weight and Type R for Heavy Tubing Weight

Landing Nipple -Selective by Locating Mandrel, Available with a Series of 7 Different Internal Profiles

Slip Carrier and Slips.

Locking Mandrel

Locating and Locking Mandrel

Pack-off and Expander Elements.

Equalizing Sub Subsurface Flow Control

TYPES XN and RN EQUIPMENT (No-Go)

Equalizing Sub Equalizing Sub ~!;loLl11---

TYPE D EQUIPMENT

Collar Locating and Locking Dogs

Locking Mand rel

TYPE XEL EQUIPMENT Control Line

Landing Nipple Lock ing drel " ··""'--

M an -

Equalizing Sub

Pack-off Elemen t

Equalizing Sub

'

TYPE N EQUIPMENT (No-Go)

Nipple not required. Sets in collar recess

Landing Nipple Type X for Standard Tubing Weight and Type R for Heavy Tubing Weight

Subsurface Flow Control

Subsurface Flow Control

Subsurface Flow Controls

Lock Mandrel Equalizing Sub

ris:;~- -

Subsurface Flow Controls

TYPE XEL EQUIPMENT (With Sliding Side-Door ® )

Subsurface Flow Control

TYPE ROE EQUIPMENT (No-Go)

Control Line Control Line

Safety-Valve Nipple Locking Mandrel

Surface-Controlled Tubing Safety Valve

Safety Valve Nipple (No-Go) Locking Mandrel

SurfaceControlled Tubing Safety Valve

13

Safety-Valve Nipple with Sliding Side-Door Locking Mandrel Surface-Controlled Tubing Safety Valve

DTIS_______

s_u_b_ su_r_ fa_ce_ F1_ow _ c_on_t_ro_1s_ _ _ _ _ __ _. . . .

OTIS LANDING NIPPLES AND MANDRELS TYP ES X AND R (Selective b y running tool)- TYPES XN AND RN NO-GO (Non-selective)

In this line of universal landing nipples and locking mandrels. Otis has achieved a new degree of downhole selectivity. Now, an operator can place as many nipples with the same 1.D. as desired in his production string (wi thout regards to a specific sequence) to provide an unl imited number of positions for sett ing and locking subsurface flow controls. TI1en, he can select the one nipple that will be the best location for his fl ow control. If this location is unsatisfactory or well conditions change, he can move the flow control up or down the well wherever another nipple is located ... all by wi reline under pressure without killing the well. Nipples have same I. D. for a particular tubing weight as indicated. Type X and XN Nipples are available for use wi th standard weight tubing; 'TYpe R and RN Nipples for heavy weight tubing. The "N ' ' designation is for no-go nipples.

serve as a preselected landing location for subsurface flow control equipment. Types X and R Locking Mandrels

• Landing and lock ing keys are designed to be retracted 10 mandrel 0. D. during ru nning and pu lling operations for faster wireline service. • Wireline operator maintai ns control over locating, landing and locking in nipple of his choice. Nipple location may be selected before or after the mandrel and running tool are below the brndcnhead. • Locking principle is designed to hold agai nst pressure from either direction and sudden and/or repeated reversals of pressure. • Inside fi shing neck of both types of mandrels makes possible extra large I. D. for higher flow volumes and throughtubing work .

BENEFITS OF DESIGN PRINCIPLE Type X and A Landing Nipples

• Maximum versatility to reduce completion and production maintenance costs. • A large bore to permit maximum flow capacity. A nipple bore compatible with tubing size and weight is available when usi ng either Type X or Type R nipples. • Unequalled in simplici1y/selec1ivi1y when running, selling or retrieving subsurface fl ow comrols. • Universal nipples with one internal profile (within each type: X-standard weight tubing; R-heavy weight tubing) 10

Types XN and RN No-Go Nipples and Mandrels (Non-Selective)

• Designed for use in single nipple installations or as the bottom nipple in conjunction wi th series of Type X or R Landing Nipples. • Full -opening packing bore, wi th locking recess at top of nipple with a slightly restricted no-go profile at the bottom, designed to prevent some wireline tools from being run below the lllbing and lost.

FIS.HING

N(CK

~ '""'~ I I

FISHING NECK

h~ J__

NECK

EXPANDER

f1St11NG

f

EXPANOER MANDREL

I,. .,

NECK

D0U8l E

fl

I -

- LOCKING DOGS J

Type RO/is Landing Nipple and Locking Mandrel

TypeXNOtis No-Go Landing Nipple and Locking Mandrel

14

4CIINC

SPRING

f

TypeXOtis Landmg Nipple and Looking Mandrel

ooom

I

AC11NG

~

EXP.ANDER M.ANDREl

- lCX1UNG OOGS

TypeRNO/Js No-Go Landing Nipple and Locking Mandrel

& ________

DTIS

s _ub_s_ur_fa_c_e_F_1o_w_c_o_nt_ro_1s_ _ _ _ __ _

HOW TO SELECT AND ORDER OTIS LANDING NIPPLES AND LOCKING MANDRELS On the next few pagc:s. guides arc provided 10 help in the !>election of 01i~ Landing \lipples and Locking Mandrels for ~tandard and heavy tubing weights. You ha\'e a choice of different bores under the headings Type X and XN (for standard tubing weights). ..Standard " and .. Optional" bores arc availab le (under certai n sizes) fo r nipple bore. packi ng bore a nd no-go (Type XN). "Standard Bores .. arc normally recommended. as they are tubing drift or smaller. When a la rge r bore is required. the nipple bores shown in the .. Optional" col umn ca n be selected .

HOW TO ORDER- Include: ( 1) Quantity of nipples required : (2) Type of nipple and/ or mandrels (X. XN. R, RN. S, N. C. B. W, or D): (3) nipple or packing bore (standard or optional for Type X and R equipmen t): and (4) Tubing size. O.D.. weight and thread. NOTE: If abnormal H .,S or CO 2 cond itions exist. indicate on your o rd er. Locking mandrels are available in three standard materials: (1) 9 Chrome 1 Moly for sweet service: this material is suitable for use i n applications whe re CO2 and water are present without the presence of H , S: (2) 9 Chrome 1 Moly for sour service: th is material is suitable for use where H 2S. CO 2 and water are present in small to moderate concentrations; (3) Monel: th is material is for use in high conten t CO2 • water. and/or H 2S concentrations. 9 Chrome ilnd Monel, when recom mended for H2S service are heat tref!ted f!S per NACE MR-01 -75 specifications. Your O ti s Completion Specialist has additional ordering information. Call him or write Otis. Dallas for th e information you need.

GUIDE TO T YPES X AND R OTIS LANDING NI PP LES FOR STANDARD TUB IN G WEI GH TS TYPE X TUBING SIZE O.D./ln.

Wt./Ft.

1.050

1.2

1.315 1.660

1.900

~ 2.063

2.375

2.875

3.500

4.000

4.500

5.000

5.500

7.000

1.8 2.25 2.33 2.4 3.02 2.4 2.6 2.9 3,64 3.4

-m3.4 4.6 4.7 5.3 5.95 6.2 7.7 6.4 6.5 7.9 ~ j 8.9 9.5 10.4 10.7 11.0 11.65 9.3 10.3 12.8 12.95 15.8 16.7 17.05 10.9 11.0 11.6 13.4 12.75 13.5 15.5 16.9 19.2 13.00 15.00 18.00 15.50 17.00 23.00 17 32

1.0./ ln. .824 1.049 .957 1.380 1.38ll 1.278 1.rn 1.610 1.610 1.500 1.670 1.751 1.750 1.995 1.995 1.939 1.867 1.853 t.703 2.441 2.441 2.323 2.259 2.243 2.195 2.151 2.091 2.065 1.995 2.992 2.922 2.764 2.750 2.548 2.480 2.440 3.476 3.476 3.428 3.340 3.958 3.920 3.826 3.754 3.640 4,49~ 4.408 4.276 4.950 4,892 4.670

....

Nipple Bore/ Inch es Drift/ In. .730 .955 .848 1.2&6 1.286 1.184 1.516 1.516 1.516 1.406 1.576 1.657 1.657 (901 1.901 1.845

Sta ndard .875

Optional .937

1.250

1.500

Packing Bore/ Inches Sta ndard

1.438

1.625 1.905

TYPER No-Go 1.0./ Inches

Optional

AVAILABLE ON REQUEST .875 .937

Standard

Optional

.850

m

--

1.250

1.500

1.87 5

FOR HEAVY TUBING WEIGHTS

TYPE XN

I 448

1.438

2.313

2.813 2.750

2.380

1.500

1.443

1.625

1.536

1.875

1.791

2.875 2.813

·-

2.3 13

2.750 2.750

3.313

2.875 2.875

3.813

4.313

4.562

3.313

--

3.813

.714

.714

.638

1.125

1.125

1.012

·-

1.375

1.375

1.250

-

-

1.781

1.781

1.640

1.710

1.7 10

1.560

1.500

1.500

1.345

2.205

2.635 2.635

~:~~:

3.351 3.351 3.303 3.215 3.833 3,795 3.701 3.629 3.515 4.369 4.283 US! 4.825 4,767 4.545

No-Go 1.0./ Inches

1.401

1J75 1.759 1.609 2.347 2.347 2.229 2. 165 2.149 2.101 2.057 1.997 1.971 1.901 2.867 2.797 2.639 2.625 2.423

Packing Bore/ Inches

1.135

-

1.500

TYPE RN

Packing Bore/ Inch es

2.188

2.188

2.010

2.125

2.125

1.937

2.000

2.000

1.881

1.875

1.875

1.716

2.562

2.562

2.329

2.3 13

2.313

2.131

2.188

2.188

2.010

3.250 3. 125 3.813

3.250 3.125

3.088 2.907

3.688

3.688

3.456

2.760 2.760

3.IJS

3.725

3.437

3.437

3.162

4.313

4.125 U 25 4.000

U25 U 25 4.000

3.913 3.912 3.748

4.552

4.562

4.562

4.455

4.313 5.962

4.313 5.962

3.987 5.750

4.455

.....

The above dlmonslons apply to alidlng sldo-doors and other Olis equipment having Integ ral land ing nipple protllcs.

15

DTIS_______

su _b_s_ur_fa_c_e _F_1o_w_c_on_t_ro_1s_ _ _ _ _ _ _ _- .

OTIS TYPES X AND R LOCKING MANDRELS AND EQUALIZING SUBS

-++----- - - - -

llr t -- - - - --

EXPANDER StfEVE

r---- - - - KEY,RETAINER SIEEVE I V t t - - - -- - -

FISH NECK

- ; - --

SPRING

- - - - KEY-REIAINER SlEEVE

_ , - - - - KEY (SELECTIVE)

r"''"°ro' MALE PACKING ADAP!ER

V,PACKING MAIE PACKING ADAPTER

BACK-UP RING

BACK.UP RING

Represenrallve of Types X (Selective) and Types XN (No·Go) Locking Man· drels

Represenralive of Types R (Selective) and Types RN (No-Go) Locking Man· drels

These equalizing subs are used where pressure differentials arc anticipated across a flow -control device if 1he device does not include such provi sions . They are designed to be used wi1h l arge bore mandrels: Type X Otis Mandrels for srandard rubing weights and Type R Oris Mandrels for heavy

tubing wcigh1s. The accompanyi ng line drawings illustra1e how Types X and R Equalizing Subs opcrare. The equalizing sub is in i1s open position when run, and 1he running prong shif1s 1he sleeve 10 a closed posi1ion af1er selling procedure. Pull ing prong shif1s sleeve downward 10 its open posi 1ion .

Representar,ve of Type R Otis Equalmng Subs

Represenrar,ve of Type X Oris Equalizing Subs

VALVE HOUSING

VALVE HOUSING

0

VALVE VALVE BACK,UP RING

ORING

0 -RING

16

& ________

DJIS

s _ub_s_ur_fa_c_e_F_1o_w_c_o_nt_ro_1s_ _ __ _ _ _

OTIS PLUG CHOKES Otis Plug Chokes are offered on a rental basis in areas where Otis Wireline Service is available through the world. Plug chokes are rnn and pulled on wireline and are designed to plug the tubing for: ( I) testing packer leakage; (2) removing wellhead; (3) testing tubing; and (4) separati ng zones during remedial workovers.

Ordering lnformation:'Choke assemblies consist of a lock ing mandrel. equali zing mechanism (equalizing sub or equalizing prong and valve) and a cap. When ord ering from 1he following tables . use Reference Thread Box-Up line for sel ecting proper Jock ing mandrel. Select Type X Mandrel for Type PX Choke. Type XN Mandrel for ·1) 1 pc PXN Choke. Type R Mandrel for Type PR Choke nncl Type RN Mnndrel for Type PRN Choke.

Otis manufacrurers chokes for Type X and R Selective and No-Go Mandrels (X for regular weight tubing and R for heavy weigh! tubing). · ' N '' designation is for No-Go Nipples. Chokes are designed to hol d pressure from above and below.

FISHING

NECK

EXPANDER . . -...--- MAND1<El

EQUALIZ ING PRONG HOUSIN G

ElEJ,IENT VA!Vt CAP

S~ ll !. St.:. 1

SPRING

Otis Plug ChOkes .. Types PX PR. PXN and PRN

Olis Plug Chokes·· Types XX, RR. XXN. and RRN

' See pages 18-21 for Reference Guide to Otis Plug Chokes and Equalq1ng Prongs.

17

Otis Type XR Pump· Through Plug Assembly

·011s_______

s_u_bs_u_rf_a_c e_ F _lo_w _ co_n_tr_o_1s_ _ _ _ _ _ _ _- - - - .

Guide to 'X' & 'XN ' Lock Mandrels and Plug Choke Assemblies lock Mandrel

Ref I

2 3

4 5 6

7 8 9 10 II

12

Nipple Size 1.250 1.500 1.500 1.625 1.625 1.875 1.875 1.875 2.313 2.313 2.313 2.750 2.750 2.750 2.813 2.813 3.313 3.313 3.313 3.813 3.813 3.813 4.562 4.562

Type 'X' Part No. IOX027 IOX09 IOX071 10X037 IOXOl23 1OX024 10XOl8700 IOXOlB IOX073 IOX023100 IOX02 1 IOX0113 IOX027502 IOXOll2 IOX028100 10X028120 10X045 IOX033101 IOX098 IOX038100 IOX038102 10X038120 10X045600 I OX045620

Type 'XN' Part No. IOXNI 2500 IOXNl5000 IOXNl5020 IOXN16200 10XN16220 10XN18700 1OXN18704 10XN18720 IOXN23100 IOXN23101 IOXN23120 IOXN27501 IOXN27503 IOXN27520 10XN28100 l OXNJJIOO 10XN33101 10XN33120 IOXN38103 10XN38106 IOXN38121 10XN45601 10XN45621

lock 1.0. .62 .75 75 75 75 1.00 1.00 1.00 1.38 1.38 1.38 1.75 1.75 1.75 1.75 1.75 2.12 2.12 2 12 2.62 2.62 2.62 3.12 3.12

Material 9Cr,1Mo 9Cl-!Mo K-Monel 9Cr-1Mo K,Monel 9u-1Mo 9u -1Mo K-Monel 9Cr-1 Mo 9Cr-1Mo K-Monel 9Cr -1Mo 9Cr-1Mo K-Monel 9Cr -1Mo K-Monel 9Cr,1Mo 9Cr-1Mo K-Monel 9Cr-1Mo 9Cr-1Mo K-Monel 9Cr-1Mo K·Monel

Service Std. Std. H,S Std

H.S Std H,S H,S Std H,S H,S Std. H,S H,S Std. 11,S Std H,S H,S Std H,S 11,S Std. H,S

Size Thread 7/8,20 I l / 8,16 I 118·16 1 1/ 8-16 1 118-16 1 318-14 1 3/ 8-1 4 I 3/ 8-14 I 3/4-12 I 3/ 4-12 I 3/ 4·12 2 l / 4·12SLB 2 l t 4-12SLB 2 l / 4-12SLB 2 l / 4-12SLB 2 l / 4-12SLB 2 3/ 4-12SLB 2 3/ 4-12SLB 2 3/ 4-12SLB 3 l t 16·12SLB 3 l t l6-12SLB 3 1/I 6-l 2SLB 4-12SLB 4,12SLB

Guide to 'R' & 'RN' Lock Mandrels and Plug Choke Assemblies Lock Mandrel

Ref.

I

2 3 4 5

6 7

8 9 10

II 12

13 14

15 16 17

18

Nipple Size 1.375 1.375 1.500 1.500 1.710 1.710 1.710 1.781 1.875 2.125 2.125 2 188 2.188 2.188 2.313 2.562 2.562 2.875 3.125 3.125 3.125 3.250 3.437 3.437 3.437 3.688 3.688 4,000 4.125 4.125 4.125 4.313 4.813 5.250 5.963

Type 'R' Part No. IOROl 3700 IOROl3720 IOROl 5001 IOROl 5020 IOROl 7101 IOROl 7160 I OROl 7120 IOROl7801 IOROl8702 I ORD21201 1DR02 I 221 IORD21801 IORD21860 IOR021820 10R023101 IOR025601 IOR025620 IOR028701 IORD31201 I OR031260 IOR031220 10R032520 10R034301 IOR034302 10R034320 10R036803 1DR036820 10R040001 IOR04I 201 IOR04 I 203 IOR041221 10R043101 IOR048!00 10R052501 IOR059602

Type 'RN' Part No. IORNl3700 IORNl3720 10RNl5001 IORNI 7101

IORN I 7801 IORN 18701 10RN21200 I ORN21221 10RN2180D IORN21821 10RN23100 10RN25600

IORN31201 IORNJl 202 10RN31220 I ORN32520 I ORN34300 I ORN34301 IORN34 321 IORN36800 IORN 36820 IORN40002 IORN41201 IORN41220 IORN43100 IORN48100 IORN52502 I ORN59602

18

lock 1.0. 62 .62 .62 .62 .75 .75 .75 .88 .88 .88 .88 1.12 1.12 1.12 1.125 1.375 1.375 1500 1.94 1.94 1.94 1.94 1.94 1.94 1.94 2.38 2.38 2.38 2.75 2.75 2.75 2.62 3 12 3 50 3 75

Material 9Ct-1Mo K-Monel 9u -1Mo K-Monel 9Cl-1Mo 9Cl-1Mo K-Monel 9Cr-1 Mo 9Cr-1Mo 9Cr-1 Mo K-Monel 9Cr-1Mo 9Cr-1 Mo K-Monel 9Ci-!Mo 9Cr-1Mo K-Monel 9Cr-1Mo 9Cr-1Mo 9Cr-1Mo K-Monel K-Monel 9Cr-1Mo 9Cr-1Mo K-Monel 9Cr-1Mo K-Monel 9Cr-1 Mo qes.JMo 9Cr-1Mo K-Monel 9u-1Mo 9u-1Mo 9Cr-1Mo 9Cl / 41 0

Service Std H,S Std. H,S Std. H.S 11,S Std. Std. Std. 11,S Std. 11,S ll,S Std. Std. H,S Std. Std H,S 11,S 11,S Std. H,S ll,S Std. ll,S Std. Std fi,S H.S Std Std Std Std

Size Thread 7/ 8,20 7/ 8,20 11/ 8-16 I 1/ 8-16 I 1/ 8-16 I l / 8-16 I 1/8,16 I 3/8,14 1 318-14 I 3/8·1 4 1 3/8-14 I 3/4-12 I 3/ 4-12 I 3/ 4-12 1 314-12 2-12SLB 2-12SLB 2 l / 4·12SLB 2 5t 8-12SLB 2 518·12SLB 2 5/ 8,12SLB 2 5/ 8-12SLB 23t4-l2SLB 2 3/ 4-12SLB 2 3/ 4·12SLB 3 l/16-12SLB 3 l ! l 6-12SLB 3 l/16-12SLB 3 l / 4-12SLB 3 l / 4-12SLB 3 l / 4·12SLB 3 l / 4-12SLB 4-12SLB 4 l/2-8SLB 5 l t l6-8SLB

& ________

DTIS

s_u_bs_u_rf_ac_e_F_1o_w_c_o_nt_ro_1s_ _ _ _ _ _ _

Guide to 'X' & 'XN' Lock Mandrels and Plug Choke Assemblies

Ref. I

2 3

4

5 6

7

8 9

10 II

12

'XX' Plug Choke Equalizing Sub Sub 1.0.

Running Valve Cap

Tool

Pulling Prong

Tool

Prong

49P627 49Q037 49Q037 49Q037 49Q037 49Q035 49Q035 49Q035 49Q044

20XOl 2500 20X015000 20XOl 5020 20XOl6200 20XOl6220 20X018700 20X018701 20XOl8720 20X023JOO

500 .625 .625 .625 .625 .875 .875 .875 1.218

20R76 20R49 20R50 20R49 20R50 20R6 20R208 20R55 20R7

mo9 41 X013 41X013 4 IX020 4 IX020 41X05 41X05 41X05 41X06

49Q626 49Q1323 49Q1323 49Ql324 49Ql324 49Q496 49Q496 49Q496 49Ql056

40GR 12500 40GR 15000 40GR 15000 40GR 15000 40GR 15000 40GR18700 40GRl8700 40GR18700 40GR23100

20X023120 20X027500 20X027504 20X027520 20X028 100 20X028120 20X033 100 20X033103 20X033120 20X038 100 20X038104 20X038120 20X045600 20X045620

1.218 1.625 1.625 1.625 1.625 1.625 2.00 2.00 2.00 2.50 2.50 2.50 3.00 3.00

20R56 20Rl44 20Rl81 20R58 20R144 20R58 20R34 20R218 20R35 20R59 20R59 20R61 20R65 20R67

41X06 41X066 4 IX066 41X066 41X028 100 4 IX028100 4 IX025 41X025 41X025 41X015 41X015 41X015 41X027 41X027

49Q I056 49Q599 49Q599 49Q599 49Q599 49Q5 99 49P762 49P762 49P762 49P640 49P640 49P640 49P805 49P805

40GR23100 40GR27500 40GR27500 40GR27500 40GR27500 40GR27500 40GRJl200 40GR31200 40GR31200 40GR36800 40GR36800 40G R36800 40GR45600 40G R45600

-

49Q044 49Q043 49Q043 49Q043 49Q043 49Q043 49P763 49P763 49P763 49P64l 49P64 I 49P64 I 49P944 49P944

Guide to 'R' & 'RN' Lock Mandrels and Plug Choke Assemblies

Ref.

I 2 3

4 5

6 7 8

9 10 II 12

13 14

15 16

17 18

'RR' Plug Choke Equalizing Sub

20ROl3700 20ROl3720 20R015001 20R015020 20ROl 7101 20ROl 7121 20ROI 7801 20R0 l870l 20R02l 20l 20R021221 20R02 l801 20R02l820 20R023l01 20R025601 20R025620 20R028701 20R03l201 20R03 1204 20R031 220 20R032521 20R034301 20R034320 20R036802 20R036821 20R040000 20R041201 20R041200 20R04 I220 20R043100 20R048100 20R052501 20R059601

Sub

1.0. .50 .50 .50 50 .62 .62 .62 .78 .78 .78 .78

LOO 1.00 1.00 1.00 1.19 1.19 1.375 1.813 1813 1813 1813 1813 1813 1.813 2.250 2.250 2.250 2.625 2.625 2.625 2.500 3.00 3.38 3625

Running

Pulling

Valve Cap

Tool

Prong

Tool

Prong

20R76 20R77 20R49 20RSO 20R49 20R50 20R49 20R6 20R6 20R6 20R55 20R7

41R013700 41ROl3700 41R015001 4lROl5001 41R01 7101 41R01 7101 41ROl 7101 4l ROl 7801 41 ROl 870l 4l R021201 41R02l201 4lR021801 41R021801 41R02180l 4l R02310 1 41R025601 41 R02560l 41 R028701 41R03 1201 41R031201 41R031201 41 R032500 4l R034301 4l R034301 41R034301 4l R036801 41R03680 1 41R040002 4! R041201 41R041 201 4IR041201 41 R043100 41 R048100 41RX52510 4JRX59610

49Ql l 50 49Ql 150 49QI 150 49Q I 150 49Ql324 49Ql324 49Ql324 49P 793 49P793 49P793 49P793 49Ql325

40GRl2500 40G R12500 40GR l 5000 40GR I5000 40GR l 5000 40G RI5000 40G Rl 5000 40GRl 7800 40GR l8700 40GRl8700 40GR l8700 40GR2 l800 40GR21800 40GR2 l800 40GR 23100 40GR23100 40GR23100 40GR27500 40GR31200 40GR31200 40G R31200 40G R31 200 40GR31200 40GR31200 40GR31200 40GR36800 40GR36800 40GR36800 40GR36800 40GR36800 40GR36800 40GR36800 40GR45600 40GR45600 40G R59600

49Q037 49Q037 49Q037 49Q037 49Q037 49Q037 49Q037 49Q078 49Q078 49Q078 49Q078 49Q081

20R56 20R7 20R l3 20R57 20R l44 20R46 20R22 l 20R47 20R47 20R34 20R35 20R59 20R61 20R59 20R62 20R225 20R64 20R62 20R65 20R90 20R92

49Q l325 49Ql 325 49Q1056 49Q1056 49Ql 119 49P882 49P882 49P882 49P882 49P882 49P882 49P882 49P826 49P826 49P826 49Pl012 49Pl012 49P 1012 49P640 49P943 49P970 49Pl 295

19

-

49Q081 49Q081 49Q044 49Q044 49Q085 49P881 49P881 49P881 49 P881 49 P881 49P881 49P881 49P827 49P827 49P827 49P I 148 49P ll 48 49P l 148 49 P64 I 49P944 49P971 49 Pl 156

OTIS_______

s_ u_b_su_r_fa_c_e _F1_ow _ c _on_tr_o_1s_ _ __ _ _ _ _- - - - .

GUIDE TO OTIS TYPE XR PUMP THROUGH-PLUG ASSEMBLY r 1ppl1 t en /

''""" 1:00

,vs

l31J

2'£1

2 ;50

l l?S

3313

3613

U IS

' lo?

S.250

h p 111,u o

•utir.Dlr lilue~t t

S-tr,lu

ll ht ltflal

11XRl!OO)

s,.

'lCR

21lR1!001

H·S

'lCR

21lRI~

HS

~.U~d

)llRIIIOO

Ste

'lCR

]UA1U01

HS

'lCR

71XR1&1ZI

H.S

1(1.'.0fltl

11XR7)100

StG

'lCR

21XR7l101

H·S

'lCR

11XRnt22

H,S

I( M ctnf'I

21XR2!,600

StG

!ICR

21XR15601

>l,S

9CR

2tXR1'£1?

ti 1 )

~

lnclla

I 111 16

I l &-u

1-)/4

11

1-11 Sl8

Monti

2" R21SOO

S1c

9CR

1U,R2i5(11

HS

'lCR

I UR?lll?

HS

i-. ,V~ tl

11lltl1100

s,,

'lCR

2UR)1X)I

HS

9CR

?ORJl721

HS

l(..,.,,,ontJ

?IXR33100

Std

9CR

21XRl3t01

HS

!ICR

1 1XRlll22

,. s

,: Monti

21XRl S100

Std

9CR

21XR3S10t

H.S

9CR l(..f.l Of'l-tl

1 114 11 SlB

2 H 12 Sl8

l-314-11 Sl8

J l/16 11 Sl B

2" R38122

H,S

11lR'1200

SIC

<;:R

1"!l,IX)1

H.S

'lCR

71>Rllm

HS

l.V..Qt"tl

21lR•!Wl

SIC

9CR

1>XR• l60>

1'.S

9CR

11lR•l622

H5

~

l-1• • 12 SlB

• 11 Sta

M.;ntl

21XRS1!00

Ste

9CR

11XR=1

,..s

9CR

11XRS2!>22

H.S

K·A.' one1

> 111&8 SLB

GUIDE TO OTIS PACKING ELEMENTS FOR LOCK MANDRELS NIPPLE SIZE INCHES

H,S - CO'

STANDARD JM9800

RYTON

TEFLON

H,S - CO'

NIPPLE SIZE INCHES

STANDARD JM9800

RYTON

TEFLON

91V4390(2) 91V4388(2)

91V4391(6) 91V4389(6)

l.250 1.375

91V345 91V3325

91V4416(2) 91V45!3

91V4353(4) 91V4514

3.125 3.250

None 91V3317

1.500 1.625

91V347 91V346

None 91V4607

None 91V4608

3.313 3.437

91V3317 91V4624

91V4386(2) 91V4384(2)

91V4387(4) 91V4385(6)

l.7IO 1.781

91 V3378 91V304

91V44 14(2) 91V4412(2)

91V441 5(7) 91V44 13(7)

3.688 3.813

91V3334 91V320

91V4382(2) 91V4380(2)

91V4383(6) 91V4381(4)

1.875 2.125

91V310 91V3451

91V441 0(2) 9IV4404(2)

91V44 11(4) 91V4405(6)

4.00 4.125

None 9IV375

91V4378(2) 91V4376(2)

91V4379(6) 91V4 377(5)

2.188 2.313

91V38 91V318

91V4403(2) 91V4309(2)

91V4402(4) 91V4308(4)

4.313 4.562

91V3422 91V3309

91V4374(2) 91V4372(2)

91V4375(7) 91V4373(4)

2.562 2.750

91V3450 9IV3376

91 V4399 (2) 91V4 396(2)

91V4400(7) 91V4397(6)

4 813 5.750

None 91V3910

9JV4368(2) None

91V4369(5) None

2.813 2.875

91V1330 91V64

91V439 4(2) 91V4392(2)

9JV4395(6) 91V4393(4)

5.875 5.963

None 91V322

9JV4365(2) 91V4362(2)

9JV4364(8) 91V4363(4)

20

&~_______

DT1S

s_ub_s_u_rf_ac_e_F_1o_w_c_o_nt_ro_1s_ _ _ _ _ _ _

GUIDE TO OTIS TYPE 'PX' EQUALIZING PRONG ASSEMBLIES

Top Thread (Box)

Running Tool F/ Prong

Pulling Tool F/ Prong

Prong Fish Neck O.D.

40SBl4 40SB14

1.00

I l/ 8·16

40SB l4 40SBl4

24PXl873 1 24PX23131

l 3/ 8·14 l 3/ 4·12

40SBI 40SBI

40SBI 40SBI

1.375 1.375

24PX27505

24PX2753 1

2 l14·12SLB

40SBI

24PX28101

24PX28120

2 l / 4·12SLB

40SBI

40SBI 40SBI

1.375 1.375

24PX33103 24PX38104

24PX33102 24PX38107

24PX3312 1

2 3/ 4·12SLB

40SBI

40SB1

1.375

24PX38123

3 1/ 16·12SLB

40SBI

40SBI

1.375

24PX45602

24PX45603

24PX45621

4· 12SLB

40SBIO

40SB IO

3. 125

Running Tool F/ Prong

Pulling Tool F/ Prong

Prong Fish Neck O.D.

40SBl 4 40SB6

1.00 1.187

Ref. Landing Nipple Bore

STD 9Cr-1Mo

H,S 9Cr-1Mo

K·Monel

1.500

24PXl5000 24PXl6200

24PX15021 24PXl6221

I l/ 8·16

1.625

24PXl5001 24PXl620 1

1.875 2.3 13

24PX18707 24PX23100

24PX18711 24PX23105

2.750 2.813

24PX27502 24PX28100

3.813 4.562

3.313

1.00

GUIDE TO OTIS TYPE 'PR' EQUALIZING PRONG ASSEMBLIES Ref. Landing Nipple Bore

Top Thread (Box)

STD 9Cr·1Mo

H,S 9Cr-1Mo

K·Monel

1.500 1.710

24PR1500 1 24PRI 7101

24PR15002 24PR 17102

24PR15021 24PR 17123

l l/ 8· 16 I 1/ 8·16

40SBl4 40SB6

1.781 1.875

24PR 17801 24PR 18701

24PR 17802 24PRl8702

24PR I782 1 24PR 18721

1318·14 l 3/ 8·14

40SB6 40SB6

40SB6 40SB6

l.187 1.187

2.000 2.125

24PR20001 24PR2 1201

24PR20002 24PR21203

24PR20020 24PR21220

l 3/ 8·14 1 318·14

40SB6 40SB6

40SB6 40SB6

l.187 l.187

2.188 2.3 13

24PR21801

24PR21821 24PR23121

I 3/ 4·12 I 314·12

40SB6 40SB I

40SB6

24PR23101

24PR21802 24PR23102

40SBI

1.187 1.375

2.562 2.875

24PR25601 24PR28701

24PR25602 24PR28702

24PR25621 24PR28720

2·12SLB 2 l/ 4·12SLB

40SB 1 40SBl

40SB1 40SB I

1.375 1.375

3.125

24PR3 1202 24PR3250 1

24PR31203 24PR32502

24PR31221 24PR32520

2 518·12SLB 2 518·12SLB

40SBI

3.250

40SB1

40SBI 40SBI

1.375 1.375

3.437 3.688

24PR34301 24PR36800

24PR34302 24PR36801

24PR34320 24PR36821

2 3/ 4· 12SLB 3 l/ 16·12SLB

40SB2 40SB9

40$82 40SB9

l.750 2.3 13

3.875 4.000

24PR38700 24PR40001

24PR38701 24PR40002

24PR38721 24PR40021

3 II 16·12SLB 3 l/ 16·12SLB

40SB9 40SBIO

40$89 40SBIO

2.313 3.125

4.125 4.313

24PR41201 24PR43101

24PR4 I203 24PR43100

24PR41221 24PR43 120

3 l/ 4·12SLB 3 l/ 4·12SLB

40SBIO 40SBIO

40SBIO 40SBIO

3.125 3. 125

21

.

OTIS_______

s_u_b s_u_rf_a_c e_F_1o_w_ co_n_tr_o_ 1s _ _ _ _ __ _ _. . . .

OTIS LANDING NIPPLES AND MANDRELS TYPES (Selective by locating mandrel)-TYPE N NO-GO (Non-selective) The Type S Otis Nipple and Mandrel permit the use of a complete line o f wireline production equipment and are designed to perm it the landing and l ocking of Otis fl ow control s in predetermin ed nipple locati ons in the tubing. The Type S Selecti ve L anding N ipple and its related Type N (No-Go) Landing N ipple are designed 10 provide: ( I ) 7 predetennined selective landing locations in a single tubi ng string: (2) Programmed locating through the use or selecti ve locating keys: (3) Si mpl icity in running and pu lling to reduce production maintenance expense. Type S Otis Landing Nipples are available in a seri es of 7 different internal profiles . When all 7 profiles are used in a single tubing string, they are to be made-up starting with the smallest number on the bottom and th e largest number on the top, i .e. Position I on bo110111 , then coming up the string. Position 2 through 7.

V,TYPE PACKING

ADAPTER

The Type N Otis L anding Nipple is normally used in single nipple installations or as the bou om nipple when used in conj unction with a series of "' selecti ve" nipple..

LOCATOR KEYS SPRING

BENEFITS OF DESIGN PRINCIPLES Type S Landing Nipples

• Positive preselected selective land ing location for Otis subsurface fl ow control equipment.

ADAPTER

• Large I. D. , a tubing bore of 1. 875 inches in 2-inch tubing is avail able through the tubing string when you use Type S Nipples. Type S Oas Landing Nipple and Locking Mandrel

Type S Locating and Locking Mandrel

• Selecti ve L ocating K eys wil l onl y locate in nipple with marching position profile. • Designed to withs tand pressure from above or below. • Floating keys available if nuctuating pressure from above and belo w is an1icipa1ed to hold against repeated reversals pressure.

t - RUNN ING NECK

I

or

r

PULUNG NECK

NOTE: N ot recommended where sudden change in pressure reversal is anticipated.

Type N No-Go Nipples LOCKING DOGS

• Designed for single nipple installa1ions or as bouom nipple when used wi th a series of " sclcc1ive" nipples. • Ful l-opening packing bore, wi1h locking recess at top of nipple and a sligh1ly restri c1cd no-go at bo11om to prevent wireline tools from being nm below tubing and l ost.

V-TYPE PACKING

Type N No-Go Mandrel

• Designed 10 l and in Type N Oti s No-Go Nipple Type N Otis Landing Nipple and Locking Mandrel

• No-go ring provided below packing.

22

& ________

DTIS

s_u_bs_u_rf_ac_e_F_lo_w_ c_ o_n_tr_ol_s _ __ _ __ _

GUIDE TO TYPES SAND NOTIS LANDING NIPPLES TYPES

TUBI NG SIZE 0.0./ln.

Wl. / fl.

1.0. / ln .

Drift/ In .

1.050

1.2

.824

.730

Standard

-

1.315

1.8

1.049

.955

1.660

2.33 2.4

1.380 1.380

I 286 1.286

1.900

2.4 2.6 2.9

1.650 1.6!0 1.61 0

!516 1.516 1.516

2.000

3.4

1.6)0

1.5)6

2.063

3.25 3.4

1.751 1.750

1.65) 1.65)

1.625

2.375

4.6 4.7

1.995 1.995

1.901 1.901

1.875

2.8)5

6.4 6.5

2.441 2.441

2.34) 234)

2.313

9.2 9.3 10.3

2.992 2.992 2.922

2 86) 2.867 2.797

2.875

moo

I0.9 11.0

3.476 3.4)6

3.351 3.351

3.313

4.50-0

12.75

3.958

3.833

3.813

-

Option31

,) 14

No-Go 1.0./lnches

--

Standard

Optional

Standard

--

.714

.8)5

- -- - - - - .8)5 .937

--

--

Packing Bore/ Inches

~

f-

3.500

TYPE N

Nipple Bore/Inches

1.250

.656

-

.937

.850

- -

l.2SO

- - --

- ~

-- - -

l.438

1.500

1.500

--

-

- -

-

-

-

--

1.625

1.448

1.401

1.448

-- -

- - -

..

1. 536

1.875

2 380

2.313

2.)50

.885

- - -

1.'1 38

I 500

1.905

--

- --..

1.135

---

1.500

Optional

- - 1.791 2.205

"

2.750

...

2.875

2.635

2.)60

3.313

3.135

·-···

3.813

3.725

-"

NOT( · f or T)pes X ,1nd R /11pples. ste page 15.

GUIDE TO TYPES OTIS EQUIPMENT (Selective by Locator Mandrel) AND TYPE NOTIS NO-GO EQUIPMENT (Selective by Locking Mandrel) MANDRE L-Types Sand N ~

Landing Nipple Bore/ Inches r--

.714

lock Mandrel Assembly Number

- -

locator Mandre l Assembly Number•

10SOJ02

-

1.0./ Inches

-.187

---

Packing 0 .0./ Inches

IIO ·GO SUB-Type N Fishing Neck 0.0./ Inches

.729

.531

Thread Pin -Down

Part Number

½ 20 Bo,

101152

Thread Pin Up

.805

101036

.343

.785

.687

¾ 18

IOQ II

½ -20

I 125 I 250

10T035 IOS0133

.343 A65

1.1 25 1.250

.750 1 000

t;,. - 18 l\ 16

IOQ5 ION2)

•;,,- 18 11/2, - 16

I, 14 '-. - 14

101117

10$0134

1500 1.625

10SO l67 10SO l38

10$0168 10$0139

.562 .562

1.500 1.625

I 187 1.18)

I 781 1.875

10104 IOS052

IOT06 IOS055

.688

1.781 I 875

1.375 I 375

2 125 7. 188

IOGOI 10103

lOGOIO IOT02

1.000 .8)5

2.125 2.188

1 750 1 750

IOS059 IOGO l5

10S060 IOGO l6

.875 1.000

2.313 2 625

1.750

IOTOIS

1.500

IOS071 ...__

- --

I 500

2.750 2 875

1.562 1.875

3. 125 3.250

I 875 2.250

3.312 3 688

2.313 2625

-7750 -

-101055

2 8)5

IOS0157

J. 125 3.250

IOG02 10T043

10G03 IO T042

J 313

1osom 1010)3

10$0226 1010)6

3688 3813

- IOS0108 - -

>-

IOS0109

.688

-2.250

- --

J 812

- -

- --

-

Jl/2, 14 I½, 14

-- -

Thread Pin-Down

- - -r - - -½-70

¼-14

EQ UALIZIN G SUB

..

Y, - 18

--

1/1- 18 H - 16 ~t - 14

Assembly llu mber

4lJ36

41) 33

20H07

¾ 16

41)33 41 101

40801 40RS10

20 1106 201106

V, 14

41T02 41T02

JI/,, 14 l'/2, 14

41T03 41T03

1•;,, 12

41 J2 41TO•l

IOZ1 2 IOQ2

l ¼ - 12 l¼ - 12

PA, ... J~ 1½,-14

201101 3 201109

1/2, 12 11/2, 12

ION79

l' ½,- 14 I ¾- 12

l'li, - 12 1•1,.-12

201109 20 11 09

2 313 7 313

2 12 2 12

IOQ22 101130

1',- 12 l ' H2

l'li,-12 2 12

2.750 2.750

2 12

IOZl I

2¼ - 12 21/i-12

3 125

2', 12

IOQ28

3 125

2 ', 12

ION62

1.750

-1

--

2½ 12 - --2½ 2 )50 12

•Specify Position.

23

--

- - -t 201108 ?0 1108

-

- - -

1/1 - 18

-24S026

¾- 14 l'li,- 14

l'li, 12 11/2, 12

Pulling Tool

(for Snubbing) 40RS12

l ¼ - 12 l ¼ - 12

t-

Running Tool

-

IOQ3 101m

-

Th road Box Up Pin-Down

-

-

ii 14

- l'/2, - - 12

-

I---

- 40RSII -

40RS14 t -

40RS6 40RS6

- - -

40RS13 40RS7

-40RS7 -

11/2, - 12 l'/i,- 12

41T04 41 J2

201101 0 2011010

2 12 2 12

41T05 4I T05

7 12 2½ - 12

2011010 20110 18

2 12 2 12

41T09 41T09

40RS16 40RSl6

21/i-12 rn - 12

2½- 12 2½-12

2011018 20HOl 2

2 12 2'', - 12

41T09

40RS1 6 40RS9

21/, - 12

2¼- 12

2011012

2' , 12

411 06

41T06

40RS13

--40RS8 40RS8

- -40RS9

OTIS_______

s_u_bs_u_rf_a_ce_ F _1o _w _ c _on_tr_o_1s_ _ _ _ _ _ _ _- .

OTIS TYPE PN and PS PLUG CHOKES OTIS TYPE H EQUALIZING SUB and TYPE C PLUG BEAN GUIDE TO TYPE PN and PS: OTIS EQUALIZING PRONG and VALVE ASSEMBLIES REFERENCE LANDING NIPPLE BORE/I NS. REFERE NCE THREAD BOX·UP

1.250

1.500

1.875

2.313

2.87S

IH6

¼•14

l'/21· 14

l '.t\1·12

2·12

Assembly Ho. Type PN

Available on 24 PN6 Request

24PN4

24PN3

24PN l3

Assem bly No . Ty pe PS

24PS15

24PS4

24PSS

24PS6

TypeHOlls Equalizing Sub

TYPE H OTIS EQUALIZING SUBS

These equalizing subs are short and compact. The ends of the va lves protrude int o the bore of the sub itself. The Type H Otis Equalizing Sub provides a larger l.D. than many types of subs and utili7es a single valve designed to prevent chok ing action across the eq ualizi ng sub when a larger-bore subsurface controls are used.

FISH NEC(

GUIDE TO OTIS TYPE H EQUALIZING SUB

EQUALIZING SUBS ROl l PIN

Thread Box-Up Pin·Down

¾- 16

Type H

0.0./ Inches

I.II

I.D./ Inches

.47

Assembly Number

20H020

½- 14

1.42

.56

20HOG

1½6- 14

1.75

.69

20H08

J9/wl2

2.16

.87

20H09

2- 12

2.72

1.50

20HOIO

2¼- 12

3.22

1.75

20H011

3.72

2.25

20H012

PRONG

2½- 12 2Ya-12

VAl VE

VALV E ~ EAT

-

VAlVE S EAT

VALVE BUTTON TypePN Otis Plug Choke

Type PS Otis Plug Choke

TYPED EQUALIZING SUB

OTIS TYPE C and D PLUG BEANS

MElAL·TO METAL

Plug Beans: These beans are run and pulled on wireline and are designed to plug tubing for: ( 1) testing packer leakage; (2) removing wellhead; (3) testing tubing; and (4) separating zones during remedial workovers. ·n1ey are designed for Types B, C and W Otis Locking Mandrels and Type D Otis Collar Lock Mandrels in wells where no landing nipples are installed. They are designed to hold pressures from below only and provide a means of pumping through the plug.

PLUG BEAN BEAN CAGE SPRING

Type C Otis Plug Bean

24

TypeDOlis Plug Bean

&:.________

DTIS

s_u_bs_u_rf_a_c e_ F _to_w_ co_n_tr_ol_s _ _ _ _ _ _ _

TYPES 8 , C, D AND W OTIS MANDRELS (For wells without landing nipples) • Cannot be unlocked with pressure differential from below or above. • Carries 5,000 psi diff~rential rating . • Extra large 1. 0. for higher volumes. • Inside fi shing neck tends 10 eliminate sand problems when retrieving. • Dogs retracted when rnnning or retrieving . • Sized to pas!> through standard Type S Otis Nipple when necessary.

These mandrels have a pressure rating of 1.500 psi and arc designed to lock and pack-off wircline-retricvable flow controls in wells not equipped with landing nipples. It is recommended that Type O. C and W Mandrel be set below 1,000 feet when plugging the well to remove the tree. ll1ey arc designed to hold pressure differential from the bottom only. Picking up the running tool is designed to set the mandrel' s slips. Type B Mandrel utilizes choke cups that arc designed to be set by flowing the well. Wi th the Type C Mandrel , upward jarring is designed 10 shear a pin. allowing the main mandrel to move upwards. expanding a sealing clement against the tubing for a seal. An element expander, in the Type W Mandrel is designed to compress a scaling element against the tubing for a !>cal.

r

-

SUP CARRIER

-

I-

MAIN MANDR(l

I[

NECK

-SUP CA~RI ER

INTERNAi RUNN ING RECESS

,t

INSIDE FISHING

LOCKING SLEEVE

BENEFITS OF DESIGN PRINCIPLE Type B, C and W Mandrols

COLLET LOCK

• Mandrels can be sct or retrieved, under pressure. by wircline. • Slip pack-off element is mechanically expanded with the nrnning wol-eliminating the need of differential pressure to set mandrels. • Mandrel may be run and l> et below i.clccti ve landing nipple),.

MAIN MANDREL

1

O\Jl
SUP MANDREi

SLEEVE

SLIPS

r::.

0,RING

t OC< MANDREL DOGS

Type D Collar Lock Mandrel is designed to lock in /\Pl tubing collars. It is nrn to desired depth, and the running tool picked-up to locate and lock mandrel in the first coupling it encounters as it moves upward . Additional upward jarring serves to expand the resi lient clement against the tubing and lock the collet.

TAPERED RETAIN "G

1\-cuP '--UPPER ~CUPRING

~ _

0 ,RING

I

PIN

V RING

~"'"'"'

~().RING RESILIENT ElEMEN T

LOWER CUP RING

1_ I

BENEFITS OF DESIGN PRINCIPLE Typ e D Mandrel

PACK1t,.G MANO<El

= ... ""

• Mandrel can be sct and retrieved, under pressure . by wirclinc. • Sets in any collar in tubing string.

;::; SHEAR

ADAPTER SUB

V)

:.

Typo B 011s

TypeC 011s

TypeD

Mandrel

Mandrel

Mandrel

ElEMENI

-

ElE>o'ENT EXl'ANDER

O:,s

GUIDE TO TYPES 8 , C AND W OTIS MANDREL ASSEMBLIES Tubina 0 .0 ./ Inches

Slips

Slips

Expanded/

Retracted/

Inches

Inches

1.470 1.680

I ?34 1484

1.820 2.062 2 530 3 080

1.660 1.900 .__ 2.063 2.375 2.875 3 5-00

-

--

-- -3-500-

4.000

Minim um 1. 0./ ln che•

- -.468

fish In& Neck O. D./ Inches

- - -

Type 8 Running Too l

Pulli ng Tool

Thre•d Pin/ Down

- - -¼

562

1.181

41W025 4IW0,3

40RB10 4QR814

16 1, 14

1609 I 859

562 687

1.187 1.375

41W023 4IWOl3

40R814 40R817

r, - 1,

2.296 2 843

875 1.375

1.750 2.312

4IW022

40R B1 9

41 W03-0

40R830

3 281

-

1.000

- I 750 -2.750

41W014

1½, 14

-

El ement

Number

Number

Number

108045 108043

91A2- H 91A9 H

IOC01250 IOCOI~

108044 108032

91810-H 91 ( 1-H

IOC01750 IOC02000

108033 108034

91 [ 2-H 91EJ- H

IOC02500 IOC03000

91[10-H

10C03500

---

--

1

2 12

21\ 12

Type W

Assembly

-

--

·-

' -

- 40RBl8- ~1/a, 12

---

Type C Element Number

Assembly

- 108028 -

--

--

Assembly Number

'-

W ,11 471 91 MS06

IOW029 10W026

Element Number

--91 M395 91M366

l-

-

-

91M507 91M496

--

91M508 91M509

IOW027 IO'NOl8

9:MJ95 91MJ64

IOW022 IOW023

91M375 91M397

10W034

91Ml12

--

--

--

GUIDE TO TYPE D OTIS COLLAR LOCK MANDREL

,-..

Tu blna 0 . 0 ./ Inches

Maximum 0 .0 ./ln s. Does Retr acted

2.375

1843 f-

2 875

-

Lock Dog Assembly Number

-

Elemenl Assembly Number

Inside rishin1t Neck

3100037

310DOU

-310083 -

3100030

31000~9

310075

3100 057

- - 3.500

??81 2844

3100058

4,500

3.800

3100067

- - -

--3100 068

- - -

3100129

-3100153 25

Bollom Ada pl er

--

-

Thread Down

- -

3100144

l~I, 14 Pin

31001 45

l','ii 12 Pin

3100126

2 12 Pin

- --

None

3'11,

- 12 SLB

BOX

Runn ing Tool ~

--

Pulling Tool

--

410010

40GRl

410011

40GP.4

-..._ 41009 410015

---

40GRl 4 40GP.26

OTIS_______

s_u_bs_u_rf_a_c e_ F _1o_w _ co_n_tr_o_1s_ _ _ _ _ _ __ - - .

OTIS SLIDING SIDE-DOOR® EQUIPMENT Otis Control-A-Flo • Sliding Side-Doors are the most widely used selective circulating wols in the oil and gas indiistry today and are universally accepted wi th a design thoroughly proven through years of use. Otis Sliding SideDoors are essentiall y full-opening devices with an inner sleeve that can be opened or closed, using standard wireline methods 10 provide communication between the tuhing and tubing/casing annulus. They feature a nipple profile (Otis Type X ur R) above the inner slidi ng sleeve and a polished pack-off area below as an integral part of the assembly . This provides a location for an additional landing nipple in the tubing siring for a wide variety of Oti s llow control equipment.

ID LANDING -.....--r-NIPPLE PROFILE

Otis has adapted the sliding-sleeve concept into three basic tools: Slid ing Side-Door Types XA , RA , XO and XO used for a variety of installations with models that can be opened by jarring up- closed by jarring down: or models opened by jarring down- closed by jarring up . Concentric Otis Gas Lift Mandrel permi ts the installarion of concentric . wireline-rerrievable gas lift valves by wireline methods. In addition ro serving as a landing location for gas lift valves . this versatile mandrel can be used for many production procedures before the well is placed on gas lift. Safety-Valve Ni pples provide a location fo r wirclinc-retrievable. surfaceconrrolled safery valves. This design permits the hydrau lic control port 10 be closed-off from the tubing bore during testing. Ru nning !Ools can be assembled so the inner sleeve is opened when the safety valve is run and closed when ihc valve is retrieved.

PACK -OFF SEALING AREA

Sch ematic 1 Type XO Otis Sliding Side-Door (Closed)

INNER SLEEVE

t] LOWER ZONE

D UPPER ZONE

BENEFITS OF DESIGN PRINCIPLE

THREE -STAGE COLLET LOCK

• Permits shi fting of sleeve- even when outside of sleeve is packed with sand as packing is rerained in lhe nippk and does not move when the sleeve is shifted.

LOCK RECESS - - - - - -( EQUALIZING POSITION)

• Compression. tensile and burst strength of Oris Sliding Side-Doors are equal to or greater than N-80 tubi ng. Models arc also available in strengths equal 10 or greater than P-1 JO tubing.

LOCK RECESS ---+-(OPEN POSITION)

• Three-stage coll er lock helps tu keep sleeve in fullopen ing. equalizing or full -closed position.

POLISHED SEALING AREA

Type XO Otis Sliding Side-Door

• Equalizing pons in the inner sleeve arc designed to allow pressure differential between the wbi ng and casing annulus to equalize before shi fting into the open or closed pos ition . • Any number of Otis Slid ing Side-Doors may be run in a single tubing string and all opened <1r all closed on a s ingle trip of the wire line. Also, indi vidual sleeves may be opened or closed selecti vely as desired .

Sch ematlc2 Type xoo11s Shding $,de-Door m open pos1tmn with separation tool m place.

• The use or srationary V-packing is designed to permit greater clearance between the inner sleeve and outer nipple than can he accomplished if "O" rings are used. 26

& ________

DTIS

s_u_b_su_r_fa_c_eFl_ow _ c_on_t_ro_ls_ _ _ _ _ _ _

HOW TO SELECT AND ORDER AN OTIS S LIDING SIDE-DOOR'RJ Sliding-Side Doors may he located any place in the tubing string where it is necessary or may be desirable to provide communication between the tubing and tubing/<:asing annulus. The selection of the type of Sli ding Side-Door wi ll be determin ed by i ts use, 1he size and weight of wbing to be used and the bo re of lh e landin g nipp l es to be made-up in the tubing. The compatibility of all Otis downhole equ ipment is vital for maximum efficiency of operation .

Otis Landing Nipples" and a rnble pro\'iding tubing sizes and weigh t for each nipple.

HOW TO ORDER: When ordering Sliding Side-Doors. specify a size wilh an I.D. compatible 10 your tubing and nioples. When ordering. be sure to specify: (1) quantity of Sliding Side-Doors required: (2) type: and (3) tubing size and type. Example: 4 each. Type XO Sliding Side-Doors. 1.875-in bore for 2.375 0 .0 . - EU lubing.

After determining the type of Sl iding Side-Door best for your in~ta Jlation. Check page 15 for a guide .. I Im\ To Sclccl

GU ID E TO OTIS SLIDING SIDE-DOORS NOTE: Sliding Side-Door should not be run below a position No. 1 of a Type S Otis Landing Nipple.

TUBING SIZ E 0.D.

LOSO

T3ls 1.660

Drill

l.2

.824 l.049

.730

~va ,la~le_ on Request

848 I 286 I 286

Availablt on Request

_I._ B_

~ 2.33 V ~

2.6 2.9

:ru--

tlso'" 1.380

,~

1.278

1.610 1.610

l:soo'°

2.000

3.4

7,063

3.25

I 670 175 1 1.750

3A

4-:-6 4)

5.3

5}s 6.2

7J 6.!

6.5 - 7'] 2.875

8.7 8.9

9.S

10.4 - ,-o.-7 11.0 11.65

-rm1.995

,-:m1.867 1.853

,~

2.441 2.441 2.323 2259 2.243 ~ 2. 151

To9I 2.065 1.995

1.0./ ln.

.m ·

0 . 0. / ln.

I 250

nso

1.125 l.500

Wt ./ rt.

7 620

10 9 110 II 6

1.375 1.500

2 670

I 675

7 670

I.SIS

J 09

4 000

131. 12 IS

--

1181

2.313

1.710 1~00

4500

-

-

315

.

15 00

5 000 2. 175

iToi

2.057

2.000

1.971 1.901

1.875

,~

18 00

-

5 500

-

--

13 5 15.5 16 9 19 ? !JOO

-

15 SO 17.00 23 00

2 992 2.922 ?764

_uso

2 54 8 2,180 1..140 3 476 l ~16 3 428

-

27

-

4,408

4.283

-4.776 -

4.950

489i 4,670

-

4.151 H 2S _".:!_67 4,645

478 t 28

Weight

1.0./ ln.

- -

~

-- -3 813

2.188

-

3.31]

3.2 15

49!

~

2.8 13 2.750

·-

3833

-

O. D./ln.

--

2 31 3

3303

3.795 3101 3.629 3.515 069

I. D./ ln.

-..........C-

Heavy

2 562

I--

3 920 3.826 3 754 3.640

-

NOTE: See Wireline Service Equipment for !isling of positioning tools.

-

2 867 2 797 2 639 ?625 7l23 2.355 2 315 3 351 3351

.__3 340 3958

--

Standard Weig ht

-Drift -

I.D.

93 ._!Q.3 1500 17 8 12 95 15.8 ,_ 16 7 17 05

- -

IJ75 1.759 1]ijg 2.347 ?.347 2.229 2: m 2.149

O.D.

1.0./ln.

t. is.f t:S t6 I 516 1.516 1.4061.576 l.657 1.657 190! 1.901 18!5

TUBI NG Sil(

Weiehl

I. D.

TIT"

1.375

Standard Weight

Wt./ fl.

2.4 1.900

Heavy

81

-

-

3 250

5 50 --

-3,125 J.688

--

3.l37

-4313 -

-

1--

-4.125

-4.000-

062

-

---=-

6 56

- -

- -

4 313

,---= .==-

DTIS_______

s_u_b_su_r_fa_ce__ F1_o w _ c_on_t_ ro_1s_ _ _ _ __ _ _. . . .

TYPE XA OTIS SLIDING SIDE-DOOR® ASSEMBLY NUMBER

121 XA 5

I21 XA 3

121XA53

121XA1

121XA2

12IXA16

Minimum I.D./ lnches

1.250

1.500

1.625

-2.620

1.875

1.875

1.875

3.09

3.09

3.09

9 Cr.·! Mo

Alloy

Alloy

9 Cr.-1 Mo

21/wCS

2½ EU

2½·CS

2½ DSS

4280 121

42801 16

4280116

4280116

---

2.250

-2.380

Material

Alloy

Alloy

Threarl Connection

1.660 EU

Maximum O.D./lnches

t-

~

1.900 EU I-

Shiftin g Tool

4260116

ASSEMBLY NUMBER

4280120

121X024

Minimum I. D./ lnches

1.250

Maximum O.D./lnches

2.250

-

--

121X06

-

121X098

121X0 1

121X02

1.500

1.625

1.875

1.875

2.375

2.620

3.094

3.094

Material

9 Cr.·! Mo

9 Cr.- 1 Mo

9 Cr. -1 Mo

9 Cr.-1 Mo

9 Cr. -1 Mo

Thread Connections

1.660 EU

1.900 EU

21/ 1& GST

2½ EU

7½-4.7• EU

Shi fting Tool

4260119

4260120

4280121

4280116

4260116

IOPSUB

TOPSUB

~~ NIPPLE

NIPPLE

OQING

0 -RING 0-RING

MAIE PACKING ADAPTER

FEM,\LE PACKING ADAPTER

SPIii RING

CLOSING StEEVE

-ti

FEMALE PACKING ADAPTER CIOSING SLEEVE

fE/M.IE PACKING ADAPIER

1l.,.

ORING

~

V-PACKING 0-RING

SPIil RING FEMAtE PACKING ADAPrER

MALE PACKING 1\ 0A.PTER

1'.

V PAC'l(ING V PACKING B0110MSUB

,... en

BOTTOM SUB

00


:::;

Otis Type XA Sliding Side,Door

Olis Type XO Sliding Side-Door

28

&:_________

su_b_s_ur_fa_c_e _F_1o_w_c_o_nt_ro_1s_ _ __ _ __

-

121XA4

121XA7

121XA6

121XA52

I21XA115

2.31

2.31

2.75

3.3 13

3.813

3.75

4.28

4.8 1

5.50

9 Cr.·1 Mo

9 Cr.-1 Mo

9 Cr.-1 Mo

9 Cr.- 1 Mo

Norm. Alloy

2Ys EU

3½ EU

4 Vam

4½ Vam

5½ Vam

4280118

4280147

42BOl54

428111

4280153

3.75

---

Alloy

2½ cs ---

----

4280118

121X03

-

121XA81 4.562

-6.56

-

--

121X04

121X054

121X081

121X080

2.313

2.313

2.750

3.313

3.813

3.750

3.750

4.281

4.810

5.500

9 Cr.-1 Mo

9 Cr.-1 Mo

2½ EU

2½-6.5,

42801 18

42801 18

cs

DTIS

9 Cr.- 1 Mo

410 (li 2S)

3½ EU

4·11.0· Vam

42B0 147

4280154

-

9 Cr.- 1 Mo 4½ EU 42B0111

TYPE XD OTIS SLIDING-SIDE-DOOR® ASSEMBLY NUMBER

121XD23

Minimum I.D./lnches Maximum O.D./lnches

1.875 3.093

Material

9Cr· l Mo.

-

-

Thread Connections

2½ EU

Shifting Tool

4280116

--

121XD1

121XD3

121XD34

2.313 3.750

2.750 4.281

3.813 5.500

9Cr-l Mo.

9Cr-l Mo.

Alloy

3½ EU

Blank

5½ LTC

4280147

d28011 l

---

--Alloy

2½ EU

--4280118

·-

,_121XD19 --

4.562 6.562

---

--- --

CLOSING SH EVE

-42130153 -

N IPPlE

fEMALE PAC~INC ADAPTEQ

Oris rype XD S/i(Jing Slde·Door

29

OTIS_______

s_u_bs_u_rf_a_c e_ F _1_o w _ c o_n_tr_o_1s_ _ __ _ _ _ _. . . . .

TYPE E OTIS WIRELINE-RETRIEVABLE BOTTOM-HOLE REGULATOR Type E Otis Regulators are designed to reduce surface flowline pressure to keep surface controls from freezi ng and to maintain a safe and workabl e surface pressure. They are applicable in any well where hydrates or hi gh surface pressure presents problems.

• Serves to l iberate gas from solution downhole and lighten oi l column to increase flow velocity.

Type E Regulators consist of a va l ve and a spring-loaded seat. J\ predetermined spring tension is loaded against the valve depending on the amount of pressure di fferential to be carri ed across the regulator. When this predetermin ed di fferential is reached. the seat is designed to move up and off the val ve to al low the well to fl ow .

APPLICATI ON AND INSTALLATION

• Can be set in randem to provide progressive reduction of pressure.

Lower temperatures that result from the regulator 's pressure reduction can be offset by placing the regulator downhole. Here formation temperature can reheat the fl ow stream before it reaches the surface to prevent the possibil ity of surface controls from freezing. Type E Regulators can be installed in most sizes of tubing, either i n an Ot is L anding Nipple. or an Ot is Slip-Type M andrel , or on an O tis Collar Lock M andrel. There is a limitation on the pressure differentials that can be taken across a regulator. If greater differentials are des ired, two regulators can be made-up in tandem, or several separate regulator control s can be set at vari ous depths in the tubing str ing. A n equalizing sub is made-up between the locking mandrel assembly and the regul ator to facilitate the equalizing of pressure above and below the tools for pulling.

BEN EFITS OF DESIGN PRIN CIPLE • Run , set and retrieved by wireline. • Can be set in landing nipple, coll ar recess or tubing. • Locates poi nt of pressure drop downhole to prevent the formation o f hydrates .

GUIDE TO TYP E E OTIS REGULATOR S

t -SPRING HOUSING

Top Thread

Maximum

Minimum

Box-Up/ Inches

0 . 0 ./lnches

1.0./lnches

1.09 1.41

5 /16

ADJUSTING RING

¾- 16 NF Vs- 14 NF

---

-1.75 -

Jl/i.- 14 NS 19/1.- 12 NS

1/a

,__

- 191'32 Io/n

l.88

f---

2- 12 NS 2- 12 NS

2.50 2.34

19/21

1

ASSEMBLY NUMBERS AN D REPLACEMENT PARTS SPRING GUIDE

-

ASSEMB LY NUMBER

23E019

23E018

23E017

Minimum 1.0 ./ lnches Ma ximum O.D./l nches

.59 1.75

.59 1.88

.59 1.75

Top Th read Bottom Th read

Jlli.·14 ¾- API-LP

19/1.-12

¾ ·API-LP

2-12 ¾-AP I-LP

PART NO.

PART NO.

PART NO.

23El4 23E68

23E31 23E68

92N7 90C642

92N7 90C642

FEMALE PACKING A DAPTER V-lYPE PACKING MALE PACKING ADAPTER SPllT RING - VALV E HOUSING VALVE SEAT WELDMENT

VAlVE W ELDMENT

SPRING

VALVE GUIDE

DETAIL

PART NAME

QTY.

I

1 2

Top Sub Spring Housi ng

1

23E13 23E68

3 4

Adjus ti ng Ring Spring

I I

92N7 90C642

5

6

Spring Guide Fema le Adapter

I I

23El6 23El24

23El6 23El24

7 8

V-Packing Male Adapter

2 I

91Vl 54 91Vl53

91Vl54 91Vl53

91Vl54 91Vl53

9 10

Split Ring Valve Housing

3 I

23£67 23£ 17

23E67 23£1 7

23E67 23£17

11 12

Valve Seat Weldment Valve Weldment

I 1

23El36 23El35

23El36 23El35

23£136 23El35

13 14

Spring Valve Guide

I I

90C448 23[15

90C448 23El5

30

-

--

--

-

23El6 23El24

90C448 23EIS

-

& ________

DJIS

s_u_b_su_r_fa_ce_ F1_ow _ c_on_t_ro_1s_ _ _ _ _ _ _

TYPES G, F AND W OTIS PACK-OFF ANCHORS These anchors are designed to be set anywhere in the wbing string to straddle and pack-off holes or other communication in the tubing string, so well production can be con tinued wi thout pulling tubing. Anchors are run and set by wireline methods under pressure without killing the well. Pressure ratings for all Otis Pack-Off Anchors are dependent upon packing clements and condition of the tubing string. Type G Otis Pack-Off Anchor is particu larly suited for install ations where a high volume of production is desired. The use of an internal running and pulling neck permits a large internal diameter. Large bore allows the use of properly-sized wirelinc tools to be used: bollom-hole pressure bombs , etc. Anchor utilizes a Type D Otis Collar Stop Lock at the bottom . Lock is designed to l ocate and lock in the collar recess of upset or non-upset tubing. For stream-lined tubing wi thout collar recess , this anchor is available with a slip-type lower stop . The upper pack-off section i s usually anchored with a slip-type hold-clown. The Type G Otis Pack-Off Assembly is designed to seal against tubing wall and is held in i ts set position by a mechanical lock . It is a pressure-balanced unit designed to seal against pressures from above and below.

SLIP TYPE

HOLD DO WN

~I

~ -

~

I -

_TOP PACK.Off ANCHOR STOP

CENTRALI ZERS TOP TYPEG OTIS PACK-OFF ASSEMBLY

Type F Otis Pack-Off Anchor utilizes slip-type tubing stops, incorporates expanders into the pack-off section and has two opposed scaling elements. The Type F uses a cup-type seal ing element. Type W Otis Pack-Off Anchor is identical to the Type F Anchor, except in place or cups, the Type W Anchor uses rnbber seali ng elements . SPACER - PIPE

INSTALLATION: If the tubing to he packed-off is under pressure, the length of the pack-off assembly can be as long as the lubricator. However, if well can be killed, the length of the pack -off assembly is limited only by its weight.

SPACER PIPE

GUIDE TO TYPE G OTIS PACK-OFF ANCHORS Tbg. Size 0.0./ Max. Min . Inches O.D ./ ln. 1.0,/ ln.

-

Elemen t• Assembly

Spacer** -

1.900 2.063

1.468 1.593

.742 .812

I3GO175(2) 13G0173(2)

2.375 2.875

1.843 2.28 1

.957 1.500

3.500

-2.843 -

-

l.939

-

Pipe Thread

Fish Neck

Hold Colle t

Down

-·-

Used With Lower Stop

---

1.050 NU 1.050 NU

13Gl48 13Gl 49 13G0193 33D09 13Gl46 13Gl47 13G0 186 33D08

13G0150(2) 13G0178(2)

1.315 NU 1.900 NU

13Gl02 13G46 13G l03 13G64

l3G0l82(2)

2.375 NU

13G255 13G73

--

----13G0187 13G0189

-

33DOI 33D03

!3GO I92 33D04

,

/ I

BOTIOM PACK-OFF SECTION

BOTTOM TYPEG

0115

•Quanti ty shown in parentheses after part number. '*Specify length and material.

'

PACK-OFF ASSEMBLY

GUIDE TO TYPE F OTIS PACK-OFF ANCHORS Tubing Size 0.0./lnches

CEN TRALIZERS

Upper Assembly

Lower Assembly

Pipe/ In ches

.500

13F042

13F043

¾

13F049

.625

!3F024

!3F025

l

13F050

.937

rno2s

13F029

l½

13F08

Maximum O.D./l nches

I.D./lnches

2.063

1.593

2.375

1.859

2.875

2.312

Min imum

Space, +-

Lower Stop

TYPED OTIS COLLAR STOP LOCK

Bon OM PACK-OFF ANCHOR STOP

•speci fy length and material.

GU IDE TO TYPE W OTIS PA'CK-OFF ANCHORS Tubin g Size 0 .0./lnches

Maximum 0 .0./lnches

Minimum

Upper

Lower

Spacer•

I.D./lnches

Assem bly

Assembly

Pipe/Inches

1.660 1.900

1.234 1.484

.500 .625

13W041 13W051

13W042 13W052

¾

2.063 2.375

1.609 1.859

.625 .750

!3W049 13W029

13W050 13W030

I I

2.875

2.296

.875

13W031

13W032

I

-

I

•Specify length and ma terial.

31

Type F Ous Pack-Off Anchor

Type G Oils Pack- OIi Ancho,

OTIS_______

s_ u_b_s_ur_fa_c_e_F_1o_w_ c_o_n_tr_o1_s _ _ _ _ _ __ _- - - - .

OTIS WIRELINE-RETRIEVABLE TYPE D AND TYPE F COLLAR STOPS Type D Otis Collar Stop is used to locate wireline-retrievable

reduces the necess ity of bailing operations when Type D Collar Stop is retrieved.

subsurface controls in wells not equipped with landing nipples. It rearures an inside fishing neck and large I. D. that offers a minimum resistance to !low ... ideal for wells where a high volume of production is desired. Large I. D. also permits properly-sized wireline tools and bottom-hole equipment to pass through.

Type F Otis Collar Stop is used in wells where bottom-hole pressure instruments are n111 , regularly. If the instrument should be dropped , the collar stop catches it , simplifying the fi shing job. Thi. collar stop is also applicable where swabbing or other wirelineoperations are performed in the tubing.

BENEFITS OF DESIGN PRINCIPLE

BENEFITS OF DESIGN PRINCIPLE

• Locates in any collar recess in tubing string. • Ex tra large I. D. minimizes resistance to !l ow. • Internal pull ing neck reduces possibility of sand bailing problems when unit is retrieved . • Set or retrieved by wireline methods under pressure. • Rugged constrnction.

• • • • •

Locates in any collar recess in tubi ng string. Sets or retrieved by wireline methods under pressure. Offers very little resistance 10 !low. Economical. Sturdy constn1ction. APPLICATION AND INSTALLATION

APPLICATION AND INSTALLATION

Type F Otis Collar Stop is designed to locate in a coupling recess of upset or non-upset tubing. When desired depth is reached, picki ng-up the tools is designed 10 trip a latch , al lowing a collet to expand into the first coupling recess reached. Downward jarring is designed to move the expander sleeve clown behind the collet and to lock the collar stop securely in place.

Type D Collar Stop is designed to locate and lock in any collar recess of upset or non-upset lllbi ng. When desired depth is reached. picking-up the tool allows the collar stop to locate in the first 111bing coll ar reached. Continued upward pull is designed 10 expand and lock the collar stop's dogs into the collar recess. Internal fi shing neck should minimize sand ing-in of the tool and eliminates or

GUIDE TO TYPED OTIS COLLAR STOP

ROLL

PIN

Tubing Size D.D./l nches

Maximum O. D./ lnchcs (Dogs Retracted)

Minimum

Ru nning

Tool

Pulling Tool

Assembly

I.D ./ lnches

1.900 2.063

I 468 1.593

.750 .81 2

4JC90 4JC91

40GR10 ~OGRIO

33D09 33008

2.375 2.875

1.843 2.281

1.062 1.500

41C74 41C77

40GR7 40GR8

33001 33003

3.500

2.843

2.000

41C78

40GRl7

33004

-

Number..

*Slip -type available for premium g,~de tubing.

GUIDE TO TYPE F OTIS COLLAR STOP Maximum

fishing 0 .0./lnches Tubing Size (Dogs Minimum Neck 0 .0 ./ lnchcs Retracted) 1. 0 ./ lnches O.D./lnchcs

INNER LOCK

J.660 rw 1.660 EU

MANDREL

Type DOtis Removable Collar Stop

Type FOIis Collar Stop

COL.LET SPRING

Pu lling Too l

Coll et Spring

Assem bly Number

1.093 1.093

.468 .468

1.000 1.000

41Cl03 41Cl03

40R09 40RB9

90Tl28 90Tl28

33 F0 14 33 F01 3

1.312

.625 .625

1.000 1.000

41CI04 41Cl04

40R09 40RB9

90161 90161

33F0 15 33 F03

2.375 tlU 2.375 EU

1.750 1.750

.875 875

1.375 1.375

41C8 41C8

40RB17 40RBl7

90T48 90148

33F016 3JFOI

2.875 NU 2.875 EU

2.187 2.187

1.1 25 1.1 25

1.750 1.750

41C8 41C8

40RB18 40RB18

90149 90T49

33 F017 33F02

3.Soo rw 3500EU

2.750 2.750

1.625 1.625

2.313 2.313

41C9 41C9

40RB19 40R819

90T65 90T65

33F018 33FO~

4.500 EU

3.750

1.625

2.313

41C9

40RBl9

90182

33FOIO

1.900 tlU 1.900 EU -

Runnin g Tool

--1.3 12

32

& ________

s_u_bs_u_rf_a_ce_ F _1_o w _ c _on_tr_o_1s_ _ _ _ _ __

DTIS

OTIS FLOW COUPLINGS AND BLAST JOINTS In your life- of-the-well comple tion planning, it is important to include Otis Flow Couplings in the tubing in conjunction with Otis Landing Nipples and Flow Controls . Also, you will want to install Otis Heat: rreated Blast Joints in the tubing opposite perfora tions in wells with two or more zones . Otis Flow Couplings-Field experience imlicates now couplings should be 36 inches or longer fo r maximum protection. Otis recommends that flow couplings be installed above and below nipples that will be used for tubing

safety val ves , regulators. bollom-hole chokes, side-door chokes and cross-over chokes. Blast Joints-These alloy, heat-treated joints are avai lable in IO-foot and 20-foot lengths. All blast joint connections make up fl ush jointed. In the fo llowing table, select the I. D. and 0.0. of the fl ow couplings and blast joints that wil l be compati ble wi th o ther down-hole equipment being considered . When ordering, specify the I. D. , optional O . D. and length . Also specify tubing size. weight and thread.

.,-.._.,___ FLOW COUPLING

LANDING NIPPLE AND FLOW CONTROL

GUIDE TO OTIS FLOW COU PLI NGS AND BLAST JOINTS TUBING SIZE

O.D. / ln.

Wt./ Ft.

1. 0 ./ ln.

1.050

1.2 1.8 2.25 2.33

5.3 5.95 6.2 7.7 6.4 6,5 7.9 8.7 8.9 9,5 10.4 10.7 11.0 11.65

.824 1.049 .957 1.380 1.380 1.278 1.660 1.610 1.610 1.600 1.670 1.751 1.750 1.995 1.995 1.939 1.867 1.853 I 703 2..:.: 1 2.441 2.323 2.259 2.243 ?.195 2. 151 2.091 2.065 1.995

9.3 10.3

2.992 2.922

1.315 1.660

1.900

2.000 2,063

2.4

3.02 2.4 2.6 2.9 J.64 3.4 3.25 3.4 4.6

47

2.375

2.875

3.500

4,000

4.500

5.000

5,500

7.000

12.8 12.95 15.8 16.7 17.05 10.9 11.0 11.6 ,__ 13.4 12.7 5 13.5 15.5 16.9 19.2 13.00 - ,5.00 18.00 15.50 17.00 23.00 17.00 20.00 23.00 26.00 29.00 32.00 35.00

NIPPLE

OriIt/ In.

1. 0 ./ln.

.87 5

1.000 1.375 1.313

--~

-

2.000

1.m

I.D./ lns.

Optional 0.0.'s

1.000

2.000

~

1.500

1.562

2.20 1.880 1.880 Available on Request

1.375 1.313

2.250 1.880

2.062

I I 13 2.500

2.220

1.562

2.500

2.200

---

1.625

1.625

2.500

2.375

1.657

1.625

1.688

2.500

2,375

2.326

1.688

2.500

2.375

!Toi

I 875

1.938

3,062

2.710

1.938

3.062

3.000

2910 2.710-

1.875

3.000

2.910 or 2.710 2.710

3.000

2.937

1.790

3.000

1.625

J.130

3.668

3.2,0

2.3 75

3.668

3.250

3.625

3.500

2.250

3.500

3.380

J.625

3.500

2.000

3.750

3.875

3.000 2.875

4,500 3.910

4.312

2.375

4.500

1.901 1.845

1.iis

I 759 1.609 2.347 2.347

rm

2.165 2.149 2:io1 2.057 1.997 1.971 1.901

-

Optional 0.0.'s /Ins.

.7 14

1.286 1.184 1.516 1.516 1.516 1.406 1.576

BLAST JOINTS

1.375I 500

~

2.764 2.750 2.548 2.480 2.4 40 347--r3.416 3.428 3,340 3~

1.0./ ln.

.730 ~ .848

~

FLOW COU PLINGS

2.867 2.797 2.639 2.625 2 423 2 355 2.315

-mi

3 351 3 303 3.215 3833 3.7% 3.701 3.629 3.515

3,920 3.826 3.754 3.640 4.494 (369 4.408 4,283 4.276 illl - U 25 4.950 4.89? 4.767 4.670 4.545 6.538 ~ 3 6.456 6.331 6.366 6.241 6.276 6. 151 6.181 6.059 6 091 5.969 6.004 5 879

l 781

- 1.875

l 710

1.790

--

150()~

._

2 313

2.375

2.~

2.250

2 125

2.190

2.000

2.125

A•1a,lable on Reque st 2. 500 2.300

-3. IJO --

- - - --

,_

3.830

3.625

-

-

1.875

2.00

2.813 2.750

3.75

3.69

us

- 3,875

2.910 2.87 5

4,250

2.680

4.50

l-

2.562 1313

2.375

4.50

2.188

2.250

4.625

l 313

3.38

l .500

4.370

3.250 3.125 3.813

3 38 J.250 3.880

l .500 4.625 5.000

4.370

J.688

3. 750

5.130

3.437

3.500

5.000

-

-

-.rm-

4.250 4.190 4750 Available on

5.380

- 5.370 6.050

- -~

4.815 -

---

-·4.313- -4.-110 5.000 4Tz5 4.000

USO

4.350

------

---- -

3.880

4.625 5.000

3.500

5.000

4.250

5.380

6.250

7.750

6, 100

7.660

Request

4313 5 963

6.250

7.660

--

1-

33

3.875

FLOW COUPLING (O ptional)

OTIS_______

s_u_bs_u_rf_a_c e_ F _1o_w_ co_n_tr_o_1s _ _ __ _ _ _ _. . . .

OTIS AUTOMATIC SHUT-IN SAFETY SYSTEMS With Otis Safety Equipment , you can design complete safety systems from single-point pro tection to integrated systems that offer the widest range o f multi-point pro tection avail able today. O tis equipment may be used for a total system or as subsystems in an overall safety installation. Otis has a full line of wireline and tubing-retrievable subsurface safety valves . . . both surface-contro ll ed and directcontrolled designs. These valves are available with flapper or ball-type closures. For wireline-retrievable safety val ves, Oti s provides special safety- val ve nipples. And for tubingretrievable safety val ves, Otis' unique hanger systems permit the pulling of these valves for servicing withou t disturbing the packer. Otis auxiliary equipment adds flexibilit y to your safety system des igns: surface hydraul ic control manifolds, pil ots. relay val ves . fu sible plugs . emergency shut-down

A. Emergency Shut-Down Valve

B. Fusible Plugs

@-

C. Hydraulic Control Manifold D. Control Line E. Surface-Controll ed Safety Valve F. Otis Hydraulic Surface Safety Valve

val ves and the necessary equipment for full y automated systems when desired . In addition, you get Otis Service to help in system design. personnel to install and test your equipment and system maintenance for the life of your installation. ORDERING INFORMATION: Call your Otis Saf'cty Specialist for help in analyzing well conditions, choosing the safety valve type, selecting the tubing and nippl e grade. calculating the control manifold needed, recommending the control line to use etc. Otis has detailed information on surface safety equipment. Ask for your copy of Otis SURFACE SAFETY EQUIPMENT AND SYSTEMS Catalog or write Dallas direct. See page 2 for address.

G. Otis Pneumatic Surface Safety Valve H. Low- Pressure Con trol Line I. 3-Way Block and Bleed Valve J. Monitor Pilot K. Low-Pressure Air or Gas Source L. Safety Valve Nipple M. Wi ref1 ne-Retrievable Tubing Safety Valve N. Casing/Tubing Annulus for Control Fluid 0. Tubing Retrievable Tubing Safety Valve P. O tis Ratch Latch Hanger System a. Scoop Head R. Locator Head s. Hydraulic-Se t Hanger

Schematic 1

l1l M

g

V)

:::,

Schematic 2

Schematic 3

Schematic 4

Safety-Valve Nipple. Surface control to the safety valve is through an external control line.

Schematic 1 - This fully integrated, surface-controlled, automatic shut-in surface/ subsurface safety system uses a pneumatic control line for controlling the wing valve on the tree, a hydraulic system for controlling the secondary master valve and the tubing safely valve. A Type PHI-LO Olis Monitor Pilot monitors the flowline. Fusible plugs and emergency shut-down valves are used in th e pneumatic and hydraulic control lines. This sys tem is designed lo shut-in surface and subsurface safety valves automatically in the event of abnormally high or low line pressure (caused by a line break, malfunction of production equipment or damage to the wellhead), explosions or fires. Such systems can be used for a single well or expanded to protect a multiwell, offshore gathering complex.

Schematic 3- The annulus between the tubing and casing is used for the control pressure in this concentric installation, using a full-open , tubing-retrievable safety valve. Tubing can be rotated to disengage the locking threads of the Otis Ratch Latch, and the production string (with safety valve) pulled without disturbing the hanger or packer below.

Schematic 4-Here you can see·the advantage of Otis Hanger Systems. Both tubing strings can be plugged below the valve whereby the tubing and valve above the hanger can be pulled to service the valves without disturbing th e setting of the hanger or packer below.

Schematic 2- This is a basic surface -controlled safety system with a wireline-retrievable flapper or ball-type safety valve installed in an Olis

34

& ________

DT1S

s_u_b_su_r_fa_c_ e _F1_ow _ c_on_t_ro_1s_ __ _ __ _

OTIS AUTOMATIC SHUT-IN SAFETY SYSTEMS - Continued Otis Direct-Controlled Tubing Safety Valves (Storm Choke®) are easily installed by standard wireline methods in selective landing nipples made-up on the tubing. They are simpler in design and more economica l th an surfacecontrolled tubing safety valves and require no control lines or surface equipment. Valves require regular maintenance and do not give the full protection as surface-controlled tubing safety valves.

2. If well conditions change to the ex tent that the well is not capab le of producing th e fl ow rate for which the pressure-differential valve is set. the valve cannot close. The valve setting is changed if the fl ow bean becomes flow cut, and it takes a greater fl ow rate to increase the differential required to close the valve.

IMPORTANT: Since pressure-differential valves are de-

ORDERING INFORMATION-After selec ting the safety valve, certain well data is needed for calculating bean size and/or pressure settings . Your Otis Safety Speciali st can help you determine thi s data. When ordering selecti ve landing nipples. state tubing size, 0 . D. , weight and thread. See page 15 for details.

3. Where high production rates require maximum flow area through the valve.

signed to shut-in a well under predetermined conditions , surface-controlled safety valves might be preferred in the following situations: I. When the increase flow rate (caused by a line break, etc.) necessary to shut-in the valve cannot be obtained due to limited tubing or casing size in high-volu me wells.

Type H Otis Tubing Safety Valve

Type K Otis Tubing Safety Valve

Type F O t,s Tubing Safety Valve

Schematic 5-Ambient-Type Valves

Typo J Otis Tubing Safety Valve

Type M Otis Tvbing Satecv Valve

Schematic 6- Pressure-Dlfferentlal Valves

Schematic 6-Pressure-Ditferential Safety Valves - Types F. J and M Otis Tubing Safety Valves (normally open) are spring loaded. They are designed to automatically close-in the well below the surface should an abnorma l production increase (across the flow bean) exceeds the valve's spring setting. For fu ll details, see pages 55-57.

Schematic 5- Ambient-Type Sa fety Valves-Types Hand K Otis Tubing Safety Valves (normally closed) are pre-charged before installation with a set dome pressure. They are designed to automatically close -in the well below the surface when the flowing pressure of the well drops below the predetermined dome-pressure charge of the valve. For full details, see pages 58. 59.

35

OTIS_______

s_u_ b s_u_rf_ac_e_F_1o_w_ c_ o_n_tr_o1_s _ __ __ __ _. . . .

OTIS SAFETY-VALVE NIPPLES Landing nipples shown on these pages are designed for surface-controlled. 1t1bing safety va lves. They are provided in severa l co nfiguration s for add ed nexibili1y in locating safety va lves downhole. They are available with lug connections for one or two external control lines an-d several designs have a port for conceniric ins1alla1ions where 1he casing/ t ubing annulus is used for 1hc control pressure lo t he safety valve. An interna l profile has been machined in these nipples where a locki ng mandrel/ safely valve ca n be landed and locked in place. Nipples are avai lable fo r standard tubing weight (Type X) or for heavy lubing weight (Type R). In so me nipples sizes, there is a choice of upper packing bore I. D.'s and an Otis Slidi ng S ide-Doo r is avai lable in the Type XL SSD Nipp le.

landing and locking safety va lve in a preselected location. • Locking principle is designed 10 hold against pressure fo r either direction and sudden and / or repeated reversa Is of pressure. • Large l.D . tubing bore is compati ble with tubing size and weight. Nipple types are as follows: Type XEL or XEP, packing bore I. D. for standard weight

tubi ng (lug or port). Type XL SSD, packing bore I. D.'s and Slidi ng SideDoor for standard weight lu bing (l ug or port) wit h Type X profile. T he inner sleeve can be closed d uri ng 1es1ing and well cleaned up. Then sleeve can be opened by a wireline trip prior to runn ing safel y va lve. or a shifter ma ndrel ca n be run wit h the safety va lve, so the inner sleeve is opened when the va lve is run ;ind closed when lhe va h·e is retrieved. Type DCE, packing bore I.D. for Type DC 01is Wirelinc-Retrievahle Tubing Safety Valve for standard weight tubing (lug or port). Type REL o r REP, packi ng bore I.D. for heavy weight tubing (lug or port).

BENEFIT OF DESIGN PRINCIPLE

• Designed 10 be made-up and become part of the tubing ... choice of standard weight or heavy weight lubing. • Choice of lug. pon or Sliding Side-Door adds nexibility in designing safety systems. • Wireli ne operator main1ains control ove r locating. Standard Weight Tubing

Heavy Weight Tubing -

•

flSHlNG

-

NEO<

KEY

II

REW NER

~ / SIEM EXPANOU SIEM

1

00\/Blf

ACTING SPRING LOCKING

I

DOGS

PACKING MANDREl

· PACl<JNC

Type RO Lock Mandrel

Reprosonra r,ve of Typo XL w ith SSD

Representative of Types XEL and XEP

Representative of Types ROE and ROF

36

& ________

s_u_b_su_r_fa_c e_ _F1_ow _ c_on_t_ro_1s_ _ _ _ _ __

DTIS

OTIS SAFETY VALVE NIPPLES-Continued Otis No-Go Safety Valve Nipples arc si milar to Types

Type ROF No-Go Nipple, si ngle cont ro l line with upper

REL and REP and are avai lable in large sizes. See table. The no-go fea t ure is achieved by a no-go ring on the locking mandrels run with the fo llowing nipples. T ype ROE No-Go Nipple, single control line with both packi ng bores of the sa me dimensions (lug or port).

packing bore la rger than lower packing bore. for standard or hca\·y weight tubing (lug o r port). T ype ROM Nipple This designates a special nipple ordered through your Otis Safety Specialist.

GU IDE TO OTIS SAFETY-VALVE NI PPLES Tubing Size/ Inc hos

Tubing Weight Lbs/Ft.

1.660 1.900 2.063

2.90

2.375

2.875

3.500

4.000 4.500

5.000

5.500

7.000

Upper Packing Bore/Inche s

2.40

1.250 1.500 1.625 l.710 1.781 1.875 2.000 2.125 2.188 2.313 2.380 2.3 13 2.562 2.750 2.813 2.875 3.313 3.430 3.125 3.688 3.813 3.813 4.125 4.313 4.313 4.562 4.562 5.625 5.625 5.813 5.813 5.963 5.963

3.25 5.95 5.95 4.70 8.70 8.70 7.90 6.50 6.50 12.80 12.95 9.30 9.30 9.30 11.00 19.2 24.6·26.5 13.5-15.5 9.5- 12.75 20.3-23.2 15- 18 23-26 23-26 15.5·20 15.5-20 35.3g 35·38 29·32 29·32 23-26 23-26

Lower Packing

Bore/I nches

I

SSD XEL

XEL XEP

REL REP

DCE

•• •

•• •

•

••

•

••

•• •

•• ••

•

•

RQE

•

• •

•

4.437 5.500 5.750 5.750

••• • •• • • •

GUIDE TO TYP E RO OTIS NO-GO LOCKING MANDRELS Assembly Number

3.688 3.813

IORQ38101

2.625

3½&· 12 SLB

4.125 4.313 •1.562

10R041 200 10R043130 10R045602

2.750 2.625 3.125

3% ·12 SLB 3½-12SLB 4·12 SLB

Pin Thread Down/Inches

No · Go Ring 0.0./ lnches

Available on Order

>- -

5.625 5.8 13 5.963

Mandrel 1.0./l nchos

--

-

I

3.750

-

4.195 4.410

4.635

Available·on Order Available on Order

JORQ59600

3.750 3.860

5.750 5.882 6.033

5½6 ·8 SLB

37

RQF RQK

•• • •• ••

4.125

Nipple Boro 1.0./lnchcs

I

RX

• • •

• •

Selective Runn ing Too l

ll unning Too l

41R043100

41RX38110

40GR36800

41R041201 41R043100

41RX41210 41RX43110 41RX456JO

40GR36800 40GR36800 40GR45600

41RX 59612

40GR5960

--

-

. ..

..

Pulling Tool

--

---

OTIS_______

s_u_bs_u_rf_ac_e_F_1o_w_ c_ o_n_tr_o1_s _ _ _ _ _ _ _ _- - .

OTIS SAFETY-VALVE NIPPLES-Continued GUIDE TO TYPE XL OTIS SAFETY-VALVE NIPPLES with SLIDING-DOOR®

TOP SUB

Landing Nipple Bore/ Inches

Shifter• Mandrel

1.500

10Xl15000

1½-16

1.625

IOXL16200

l½-16

1.875

IOXL18700

1½-14

2.313

10XL23100

1¾-12

2.380

10XL23800

l¼-12

2.750

10XY27500

2.813

IOXL28100

3.813

10XL38150

Safety ... Valve

Running Prong

Pulling Prong

Positioning Tool

Shifter Keys for Positioning Tool

22" 15001 22Q015001

49Pl071

49Pl070

42XLl5010

42X82

49PI071

49Pl070

42XLl6210

42X87

22 .. 18701 22QOl8701

49Pl072

49P986

42XL18710

42X81

22°23101 22Q02310 1 22DC231 l0

49Pl073 49Pl073 49POl61

49P0167 49POl67 49P0160

42XL23110

42X83

...

49Pl073

49POl67

42XL23810

42X84

2¼-12 SLB

22··27501 22Q027501

49P1057

49POl64

42XL27510

42X85

2¼·12SLB

22" 28101 22Q028101

Available on Req uest

42XL281 10

·· ····

3½6·12 SLB

22·· 38101 22Q038101

Available on Request

42XL38150

42X 110

Box Thread Up

22" 16201

...

22• ' 23801

•An extension sub may be used in lieu of shifter mandrel: if used, the sliding sleeve must be opened and closed with an Olis positioning tool. A Type XN Lock Mandrel may be used with the shifter mandrel. " Specify Type DE. DK or DR Safety Valve. •" Valves for other de pths available on req uest. See page 40 for Type DK Valves. See page 43 for Type 00 Valves. NIPPlE WHOMENT

FEMALE PAO
ASSEMBLY NUMBER

121XL1B70t

Minimum I.D./lnches Maximum O.D./lnches

1.875 3.062

Material Thread Connections Shifting Tool

3.750

121XL23102 2.313 3.750

9 Cr.-1 Mo. 2½ EU

121 Xll8702 1.875 3.062 9 Cr.-1 Mo. 2½ cs

9 Cr.-1 Mo. 2¾ EU

9 Cr.-1 Mo. 2¾ cs

42XLl8710

42XL18710

42XL23110

42XL23110

' Future Assembly Numbers may be in the 721XL _

__,__ _ ().RING V-PAO
-+--- sonOM SUB

38

___ Series.

l21XL231Dl 2.313

& _________

DTIS

su_b_s_ur_fa_c_e_F_lo_w_c_o_nt_ro_ls_ _ _ _ __ _

OTIS HYDRAULIC CONTROL LINES, BANDING EQUIPMENT AND PROTECTORS To complete your safety system, Otis offers hydraulic control manifolds. pilots, sensing equipment and control lines. See your Otis Safety Specialist for complete help in system planning.

~

TUSING CON TROL LINE

Otis provides various sizes of hydraulic control lines in several materials fo r surface controlling

subsurface safety va lves. Control lines are assembled on reels. filled with fluid and pressure tested. Reel spools are designed, so pressure ca n be applied any time during running to check integrity of control line. INSTALLATI ON AND APPLICATI ON

Control line or lines are attached to subsurface controls with appropriate tube fitting and pressure tested befo re running into wellbore. Line spools are hung in derrick and control line is paid out as tubing is run. NOTE: It is important to prevent crimping or mashing of control lines during installation.

Double Control Line Installations COLLAR GUARO LINE PROTECTOR

BEN EFITS OF DESIGN PRINC IPLE

• Different lengths of control line in continuous coil. • Wide variety of materials offered: stainless, monel, annealed carbon steel, etc. • Control lines are offered in single and dual polyester jacket encapsulated. • ¼-inch and ¾-inch tubing is coiled on reel, filled with diesel and tested. ¼-inch tubing is tested 10 10,000 psi: ¾-inch is tested to 5,000 psi. • Vario us types of attachment devices for control line offered. Band-it material and buckles: line collar guards: Otis-Bettis protectors.

Cable Installations

GUIDE TO OTIS CONTROL LINE PROTECTORS OVERALL DIMENSIONS/IN S.

ASSEMBLY NUMBER

2.375 • 3.75 2.875 • 4.25

78CP2300 78CP2800

3.50 X4.938 4.50 X 6.00

78CP3500 78CP4500

5.00 X 6.50 5.50 • 7.00 7.00 X 8.55

78C PSOD0 78CP5500 78CP7000

Pin

78C22 78C24 78C23

Assembly Tool

Disassembly Tool

Dual Encapsulated Control Lines with or without Stress Cable

NOTE: Pins are included with protector. Additional pins may be ordered on part number 78C22. GUIDE TO OTIS HYDRAULIC CONTROL LINES DESCRIPTION

O.D./ Inches

I.D./ Inches

A.

½-inch li ne pipe .095 wall schedule 80, grade B

.405

.215

B.

¼-inch lubing .049 wall annealed carbon sleet

.250

.152

C.

¼-Inch tubing .049 wall seamless stainless (304 L)

.250

.152

D.

¼-inch lubing .049 wall welded and drawn stainless (304 l)

.250

.152

E.

¼-inch tubing .045 wall annealed monel (400)

.250

.160

F.

1 Inch x .44 inch dual polyester encapsulated .049 wall tubinr with stainless tracer cabin

.250

.152

Control Line Reel Package

•lubing available in monel, stainless or alloy

39

OTIS_______

s_u_bs_u_rf_a_c e_ F _1o_ w _ co_ n_tr_o_1s_ _ _ _ _ _ __ . . . .

OTIS SURFACE-CONTROLLED WIRELINE-RETRIEVABLE TUBING SAFETY VALVES (Storm Choke®) These Otis T ubing Safety Valves, when properly installed , are designed to automatically shut-in the well below the ea rth's surface in the event of damage to we llhead. fl owline o r malfunction of surface equipment . Otis Wireline-Retrieva ble Safe ty Valves are available with ba ll or flapper-type closures.

Otis marwfac1unng and assembly ot surface and

sut>Sufface safe1y valves meet 1hC <eQuirernent 0 1 ANSI/ ASME OCS-1-1977. Certthcaw OCS-102. Feo,uary 16, 1979 Cer11tica1c 102

ocs

TYPE DK OTIS BALL-TYPE TUBING SAFETY VALVES

SAFETYVALVE NIPPLE

T he Ot is Type DK Wireline-Retrievable Safety Valve has become the sta ndard of the industry. It is designed to be run and pulled by wireline methods without killing the well. And it is an eq ualizing valve that fea tures a time-proven, ball-type closure. The Type DK valve is simpler in design with fewe r moving pa n s. All springs are now made of corrosion-resistant materials rega rdless of service. And the va lve is designed to meet or exceed both OCS -1 a nd API 14A specifications fo r reliable performance.

HYDRAULIC CONTROL LINE

BENEFITS OF DESIG N PRINCIPLE

:=-- - -

• Meets or exceeds AP I 14A specifications. • Operation of valves' opening and closing is controlled from the surfa ce, desira ble when testing va lves. • Valves a re designed to close on demand rega rdless of tubing pressures . Upon loss of hydraulic fl uid press ure in the contro l line, the large spring alone is designed to mechanically close the valve. • Valve and sea t a re wi ped clean each time va lve is closed. • With valve closed. piston sea ls are not exposed to we ll pressure. (Secondary scat contains well pressure.) • S hock load (when valve slams shut) is not likely to cause damage, since ba ll and seat travel together. • Sealing and seating surfaces arc out of the corrosive and abrasive well fluid or gas with valve in opened posit io n. • Full. straight-flo w design permits high fl ow rat es and allows the running of properly-sized. bottom-hole pressure bomb with valve in place in most valve sizes. • With control pressure bled off. va lve can be pumped pa rtially open. and well pumped into through the valve in an emergency. • Spring modules ca n be added for additional depth requirements.

SPRING

ij EOUAUZING

-++-- - - PORT (OK & OR MODELS)

-

- - - VALVE

t - - - - - BALl

OPERATING PRINCIPLE

J.

Type DK Otis. Ball-Type Valves are norma lly closed valves held open by hydraulic pressure through an external control line or through the cas ing/ tubing annulus in concentric installations. Valves ca n also be adapted to a closed hydraulic system. Upon loss of the hydraul ic pressure. the large va lve spring is designed to: ( I) lift the hyd raulic head of the control fl uid . and (2) mechanically rotate the ball into a closed posit ion.

Type DK Otis Tubing Safety Valve installed in safety-valve nipple

40

& ~________

OTIS

su_b_s_ur_fa_c_e _F_1o_w_c_o_nt_ro_1s_ _ __ _ _ _

OTIS SURFACE-CONTROLLED WIRELI NE-RETRIEVABLE TUBING SAFETY VALVES (Storm Choke®) -Continued

When desirable to set a valve deeper. additional spring modules can be added to offset the increased weight of the hydraulic control nuid. Schematic drawings illustrate the operation of the Type DK Otis Tubing Safety Valves. To open. hydraulic pressure grea ter than the well pressure is applied to move the piston downward. exposing the equali1ing ports (Schematic I) and allowing the well pressure to equalize across the va lve. This equalizing action prevents damage to the sealing surfaces when opening the valve. As additional pressure is applied. the piston continues its downward movement. rotating the hall into an open position . (Schematic 2) Loss of hydraulic pressure allows the spring to move the piston upward. rotating the ball into a closed position. (Schematic 3) Well pressure and / or fluid at valve also help to close valve.

Schematic 1

Schemalic 2

Schematic 3

Equalizing

Open

Closed

a WELL PRESSURE

0 HYDRAULIC PRESSURE

GUIDE TO TYPE DK OTIS WIRELINE-RETRIEVABLE BALL-TYPE SAFETY VALVES Landing Nipple Bore/ Inches

1.500 1.625 1.710 1.875 1.875 2.125 2.188 2.3 13 2.313 2.562 2.750 2.750 2.813 2.813 3.125 3.3 13 3.430 3.680 3.812 3.8 12 4.125

Box Up Thread

1 1/8·16 X-XN 1 1/8-16 X-XN 1 1/8-16 X-XN 1 3/ 8-14X-XN 1 3/ 8-14 X-XN 1 3/ 8-14 X-XN 1 3/4- 12 1 3/ 4-12 1 3/4-12 2- 12SLB 2 1/4-12 SLB 2 1/ 4-12 SLB 2 l/4-12 SLB 2 l / 4- 12 SLB 2 5/ 8-12 SLB 3 1116-12 SLB 2 3/ 4-12 SLB 3 1116-12 SLB 3 1/ 16-12 SLB 3 1/ 16·12 SLB 31 / 4-12 SLB

4.437 4.562 4.562 5.625 5.750 5.963

4-12 SLB 4-1 2SLB

5 l / 16-8 SLB

Valve Standard Service

22DK15001 22DK16201 220Kl7101 22DK18751 22DK 18702 22DK21201 22DK21801 22DK23101 22DK23102 220K25601 220K27501 220K27502 22DK28101 22DK28102 220K33101

22DK1505 1 220Kl6251 22DK17151 220Kl875 l 22DK18752 22DK21251 22DK2! 852 22DK23151 220K23152 220K25651 22DK2755 l 22DK27552 220K28 151 22DK28512 220K31253 22DK33151

Avail. on Req.

Avail. on Req.

220K36801 220K38101 220K38102 220K41201

220K36851 22DK38151 22DK38 152 22DK41251

Avail. on Req.

Avail. on Req.

22DK45601 22DK45652

22DK4565 I 220K45652

Avail. on Req. Avail. on Req.

Avail. on Req. Avail. on Req.

220K59601

22DK59651

Avail. on Req.

1.0./

Valve H,SService

Inches

.59 .59 .62 .62 .62 .81 .81 1.00 1.00 1.00 1.38 1.38 1.38 1.38 1.50 1.75 1.625 1.875 2.00 2.00 2.25 2.44 2.50 2.50 3.25 3.25 350

41

.35Grad. Depth/ Feet

500 500 1,000 1.000 2,000 500 500 500 1.000 500 500 1,000 500 1,000 1.200 360 300 300 600 285 300 600

200

Running Prong

Pulling Prong

Dummy

49P954 49P919 49P884 49P867 49P.867 49P889 49P889 49P833 49P833 49P833 49P862 49P862 49P862 49P862 49PJ253 49PI 112

49P955 49P920 49P907 49P953 49P986 49P887 49PI028 49P0125 49P0125 49P01 25 49POl28 49PO l29 49POl28 49POl28 40P021 1 49Pl 113

220098 2200145 220046 220034 220034 220049 220048 220039 220039 220053 220017 220017 2200190 2200190 2200255 2200110

Avail. on Req.

Avail. on Req.

Avail. on Req.

49Pl 235 49P l 310 49Pl310 49P998

49P0208 49P0136 49PO 136 49P0141

2200230 220044 220044 220043

Avail. on Req.

Avail. on Req.

Avail. on Req.

49PIOOI 49PIOOI

49POl44 49P0144

220029 220029

Avail. on Req. Avail. on Req.

Avail. on Req. Avail. on Req.

Avail. on Req. Avail. on Req.

49Pl021

49Pl020

2200129

Choke

OTIS_______

s_u_bs_u_rf_a_ce_ F _1o_w _ c _on_tr_o_1s_ __ __ _ __ - - - .

TYPE DC OTIS WIRELINE-RETRIEVABLE, BALL-TYPE SAFETY VALVES This safety valve is an adaptation of the Type DK Otis Safety Va lve. It is designed to shut-in both tubing and the tu bing/ casing annulus fo r d ual installation,

high-volume wells. A special applica tion of the Type DC Valve is with an electric submersible pump. See page 9 for a detailed installation schematic. T he Type DC is norma lly-closed va lve held open by hydraulic pressure. Loss of pressure allows the two springs to mechanica lly rotate the ba ll shutting-in the tu bing string and to raise the va lve extension, allowing the va lve sea l to shut-in the tubing/ casing annulus below the packer or liner hanger.

Otis Type DC Wireline -Retrievsble. Ball-Type Salety Valve.

HYDRAULIC CONTROL -FLUID INLET PORT

PI STON

SPRING

= ;s; 6

=

GUIDE TO TYPE DC OTIS SAFETY VALVES VALVE SEAT

BALL SEAT BALL

l anding N ippl e Bore/ Inches

V)

:,;

OPEN

Valv e 1.0. /I nches

1.875 2.313 2.750

.625 .750 and 1.000 1.375

2.875 3.813 4.125

1.375 2.000 2.250

4.562 5.963

2.500 3.500

CLOSED

Production is through the tubing and through the annulus between the valve extension and liner hanger. The bell shuts-in the tubing string. and the valve seal unit shuts-in the Wbingl casing annulus.

OPEN

Production is through the tub· ing and through an internal bypass In the Otis HydraulicSet Production Packer. The ball shuts-In the tubing string, and the valve seal unit shuts-in the tubing/casing annulus.

•

HYDRAULIC PRESSURE

0

WELL PRESSURE

ASSEMBLYNUMBER

22DC23103

22DC28702

22DC38101

Thread Connection Minimum 1.0./lnches Maximum O.D./lnches

I 3/4 -12 .750 2.313

2 1/4 -12 1.375 2.875

3 1/16 SLB 2.000 3.781

m-EXTENSION

RETRIEVA BLE SEAL UNIT

42

CLOSED

DTI S

. :_ _ _ _ _ _ _ _s_u_b_su_r_fa_c_e _F1_ow _ c_o_ nt_ro_1s_ _ __ _ _ _

ao OTIS WIRELINE-RETRIEVABLE, FLAPPER-TYPE SAFETY VALVES

TYPE

Wl,en properly installed , this valve is designed to automatically shut-in the well below the earth 's surface in the event of damage to wellbead, flowlinc or malfunction of surface equipment. Valve can be installed or retrieved by wireline under pressure. Standard valve is an equalizing type which can be converted 10 a nonequalizi ng valve. BENEFITS OF DESIGN PRINCIPLE

• Economical. • Scaling and seating surfaces are out of fl ow path of well production with valve in open position.

SAFETY VALVE NIPPLE

• Standard valve furnished with resilient seal (backed by metal-to-metal scat) on both primary and secondary seats . Seals are easily replaced. Metal-to-metal seals can be provided on request. • Flapper can be pumped open or opened with a prong.

HYDRAULIC CONTROL LINE

• Spring modules can be added to set valves at lower depth . • Simple design - hydraulic piston design provides for a free-moving closure.

Details o f Otis Flapper-Type Closure

• Valve closure is designed so it is not affected by a slight change in hydraulic control pressure. OPERATING PRINCIPLE

The Type QO is a normall y closed va lve held open by hydraulic control pressure from the surface. Valve operates on a hydraulic-piston principle. To open equalizing models, hydraulic pressure slightly higher than the well pressure is applied to move the piston downward, unseating the secondary seal which allows pressure to enter through equalizing ports. 111en, as additional hydraulic pressure is applied to the piston, it continues its downward movement , pushing the flapper open. The flapper hinge assembly is designed so the force on the piston is not applied directly on the hinge pin. On nonequalizing models, the outer equalizing ports (shown in drawing and sche,natics) are plugged . Upon loss of hydraulic pressure in the control line, the valve's large spring serves to lift the hydrostatic head of the control fluid. The flapp er spring is designed to close the valve when the piston moves up past the flapper. The valve is also designed to allow the well flow to create a differential pressure and help close the valve. GUIDE TO TYPE Landln2 Nipple Bo,e/lnthes

Bo1 Up Th1ead 1 1/8,16 1 118·16 1 318·14 1 3/4,12

1.625 1.710 1.875 2.313 2.750 2.813 3313 3.688 3 812 4.125

3 ltl6·12SLB 3 l/ 16,J2SLB 3 lt l6·12SlB 3 l/ 4,12SLB

4.562 5.963

4 · 12SlB 5 l/ 16-8 SLB

2 l/ 4,12SLB 2 l/4 ,l2SLB

Valve

PISTON

SPRING OPEN

•

HYDRAULIC CONTROL PRESSURE

0

WELL PRESSURE

ao OTIS FLAPPER-T YPE SAFETY VALVES

Standa,d ~mce

Yalvt H,S ~rvite

Available on Request 22Q017101 Available on Request 22QOl8701 22Q018721 22Q023101 22Q023121 22Q027501 22Q027521 22Q028101 22Q02814 I Available on Request 22Q036801 22Q036841 22Q038101 22Q038131 22Q041201 22Q041231 22Q04560l 22Q045631 Available on Request 22Q059631

1.0./ tnche1

.62 .62 .75 1.12 1.50 1.50 1.87 2.00 2.12 2.38 2.56 3.50

Runnin2 P1on1

Pulling P1on1

Available on Request 49Pl095 49P l 096 49Pll28 49P l 128 49P0154 49?0106 49P0156 49P0155 49P0156 49P0155 Available on Request 49?0224 49P0225 49P862 49?0135 49?0163 49PO l63 49?0166 49P0166 49Pl 173 49P l 173

43

SECONDARY SEAT Dummy Choh 220098 220046 220034 220039 220039 2200190

.... ,. 2200287 220044 220043 220029 2200129

SECONDARY VALVE EQUALIZING PORT PRIMARY SEAT FLAPPER SPRING FLAPPER

OTIS________

su _b_s_u_ rf_ac_e_F_1o_w_ co_n_tr_o_1s _ __ __ _ _ _. . . .

OTIS TYPE QLP TUBING-RETRIEVABLE, FLAPPER-TYPE SAFETY VALVE

CONCENTRIC PORT DESIGN

When properly installed, the Type QLP Valve is designed to automatically shut-in the well below the earth's surface in the event of damage to well head, flow line or malfunction of surface equipment.

Otts manu1ac1urmg and assembly or sutf,:1ce and subsu,tace sofoty ..,a1ves meet lhe requlrcmon1 o l ANSI/ ASME OCS·l-1977 eor1111ca1c OCS-102, Februory 16, 1979. Cer1,11ca10 OCS 102

BENEFITS OF DESIGN

• Valve is designed and built to meet or exceed AP I 14A, Class 2 Specifications complying with strict regulations for safety eq uipmen t designs. • Full-bore. straight-through-flow design permit s high flow rates and the running of properly sized wireline tools. • Smallest, concentric-design 0. D. now avai lable. aids running in smaller diameter casi ng rings. • Normally closed. noneq ualizing valve, can be set at varying depths through use of moclular-clesigned, closing-spring assemblies. • Sealing and seating surfaces out of now path. reducing abrasive actio n on these critical areas. • As part of tubing string, valve is always downhole protecting the well even when performing wireline work through it. • Should it become necessary, a wireline-retrievable valve can be set in the tubing-retrievable valve. locking it open. The wireline-rctrievable va lve is then operated on the sa me control system as the tubingretrievable va lve.

SHlffiNG SLEM

LOCKOUT SLEEVE

FlOATING PISTON

OPER ATING PRINCIPLE

The safety valve is made-up in the tubing and run to desired depth with a control line. The va lve operates on a hydraulic-piston principle. To open this nonequalizing type va lve. hydraulic pressure equal to well pressure is applied clown the tubing string on the equa lizing sca t in the valve. After pressure is equalized across the flapper, control pressure ca n be applied to open the va lve. A Flapper Guard feature in the valve helps prevelll damage to the valve's flapper in the event that hydra ulic control pressure is applied before the valve is equalized. A lower protecti on spring is designed to compress aga inst t he opening prong of the valve and not permit the napper to open. When pressure across the flapper is equalized to within JOO psi, the spring is calculated to lower the opening prong. thus opening the flapper. Upon loss of hydraulic pressure in the control line, the valve's large main spring and tubing pressure acting on piston area are designed to lift the hydrostatic head of the control fluid and to raise the one-piece opening prong from across the flapper. This action is designed to permit the flapper spring to close the flapper. During closing, the opening prong and valve piston move as a unit, tra nsmitting the closing fo rce through a meta l-to-metal shoulder. Closure does not depend on co llets that could weaken over a period of lime.

MAIN PISTON SPRING

HAPPER GUARD SPRING

PRIMARY SEAT HAPPER SPRING flAPPER

Typo OLP Otis Tubing-Retrievable Flapper-Typo Safety Valve

44

&:.....________

s_u_b_su_r_fa_c_e_F1_ow _ c_o_ nt_ro_1s_ _ _ __ __

DTI S

OTIS TYPE OLP TUBING-RETRIEVABLE, FLAPPER-TYPE SAFETY VALVE-Contin ued

CONTROl llNE

lilOUNOANl SEAl S

PSTON

MAIN SPRING

\OW{R PROIECIION SPRING

OPENING PRONG

VA\ VE SEt, I

~

~

-t-

PQESSURE DOWN IUBING IOfUllY EOUALIZE ACROSS FLAPPE R

FLAPPER

CLOSED

OPEN

EOUAL/ZING

0

WELL PRESSURE

•

HYDRA ULIC C ONTROL PRESSURE

GUIDE TO OTIS O LP TUBING-RETRIE VABLE FLAPPER VAL VE llorl.in1

am

Lan&1h/ In.

O.D.iln.

1.0.iln.

I.bi.

l.o
78QLP18701 2 3/ 8" EU

1& 2

108.6

3.78

1.875

5000

42EO 18705

78QLP23101 2 7/ 8" EU

2

129.0

4.56

2.313

5000

42E023106

2.750

5000

42E027500

hi" Aswmblr No.

lluud

78QLP2750 1 3 1/2" CS/ CB

PttnUJI /

S.ttin1 0.plh

llrtin1 l.o
Fl.

lhndnt

Wittlin,

S111Nor ll1ndnl

a,plmmont Vtht

565

10X024

10XL18700

22Q018701

758

10X073

10XL23100

22Q023101

476

10X027500

IOXL27500

22Q027501

I &2

160.5

5.88

78QLP28101 31/2'' EU

2

157.8

5.88

2.813

5000

4280194

476

IOX028100

IOXL28100

22Q028101

78QLP38101 4 1/2" VAM

2

185.5

7.38

3.813

5000

42E038102

263

IOX038 100

IOXL38151

22Q038101

NOTE: All valves are non-equalizing types.

45

OTIS_______

s_u_b_ su_r_ fa_ce_ F1_ow _ c_on_tr_o_1s_ _ _ _ __ _ _. . . .

OTIS TYPE DL TUBING-RETRIEVABLE BALL-TYPE SAFETY VALVE The Type DL Valve is a tubing-retrievable valve providing ball-type closure. When properly installed, the valve is desig ned to automa tically shut-in the well below the earth's sur face in the event of damage to wellhead , flowlin e or malfunction of surface equipment.

Otis manutoc1unng and a.ssembly or surtac.e ano subsurface s.,tety vatves meet the requirement of ANSIIASME

OCS- 1- 1977 Ce1111,ca1e OCS- 102. February 16, 1979 Cert11tca10 OCS 102 I

~

LANDING NIPl'tE PROFILE

~ CONCTNTRIC PORT DESIGN

BENEFITS OF DESIGN

I

• Valve is designed and built to meet or exceed API 14A, Class 2 S pecifications complying with strict regulations for safety equipment designs. • Full-bo re, straight-through-flow design permits high flow rates a nd the running of prope rl y sized wireline tools. • Smallest, concentric-design 0. D. now available, aids running in sma ller diameter casing strings. • Norma lly closed, nonequalizing va lve, can be set at varying d epths through use of modular-designed , closing-spring assemblies. • Sealing and seating surfaces o ut of flow path, red uci ng abrasive action o n these critical areas. • As part of tubing string, valve is a lways downhole protecting the well even when perfo rming wireline work through it . • S hould it become necessary, a wireline-retrievable va lve can be set in the tubing-retrievable valve, locking it open . The wireline-retrievable valve is then operated o n the same control system as the tubingretrieva ble valve.

SHIFTING SlfEVE

l0CKOU1 SLEEVE

FLOATING PISTON

OPERATING PRINCIPLE The sa fety va lve is made-up in the tubing and run to desired depth with a control line. The valve operates on a h ydraulic-piston principle . See schematic. Prior to opening the valve, it is recommended that pressure equal to the well pressure below the valve be applied down the tubing to equalize pressure at the ball valve. The valve is then designed to be opened b y applying h ydraulic pressure from the surface. As long as this pressure is applied, the valve is designed to remain open. When control pressure is released from the valve, the two la rge springs, aided by tubing press ure, arc d esigned to lift the hydrostatic head of the hydraulic control fluid and to mechanically rotate the ball into its closed p ositio n. The springs also lift the piston to close-in a meta l-to-meta l secondary seal which is backed up with a resilient seal. Ball va lve a nd seat arc wiped by felt wipers each time valve is closed for a cleaner, bette r sea l. With the va lve closed . piston seals are not exposed to well pressure with 1he seconda ry seal being designed to contain the well pressure. S hock loads (when valve slams shut) are not like ly to cause damage.

SPRINGS

BAllANO SEAT

46

& ________

DJIS

s _ub_s_u_rfa_c_e_F_1o_w_c_o_nt_ro_1s_ _ _ _ _ _ _

OTIS TYPE DL TUBING RETRIEVABLE, BALL-TYPE SAFETY VALVE - Continued

OPEN

CLOSED

EQUALIZING

0

WELL PRESSURE

•

HYDRAULIC CONTROL PRESSURE

GUIDE TO OTIS DL TUBING - RETRIEVABLE BALL VALVE

Vll-11Autmbl1 No.

Thrud

Class

78DLJ 7I 01

23/ 8" DSS-HT

I

79.98

3.52

78DL1870!

2 3/ 8" EU

2

84.4

3.78

78DL23101

2 718" EU

I &2

94.5

4.56

780L27501

31/2" EU

2

117.19

78DL27551*

31/2" EU

2

78DL38101

4 1/2" EU

78Dl38151*

4 1/2" cs 4 1/2" cs

78DL38171**

LAncthi In.

0.0.iln.

W..linr rrmun/

S.ttinr Depth/

llatinr l.ocl llandrtf

Sl>ittor llandrtf

Rtpbumtnl

!ORO! 7100

IORLI 7100

22DK17101

881

IOX024

I OXL18700

22DKl8702

932

10X073

10XL23100

220K23102

42E027502

983

l OXOI 13

10XL27500

22DK27502

5000

542 54

983

10XOl13

IOXL27500

22DK27552

5000

42E038101

1317

IOX038100

IOXL38!01

22DK38102

3.813

5000

42EOI

1317

I OX038100

I OXL38100

220K38152

3.813

5000

42E038101

1317

10X038100

10XL38100

220K38151

1.0.iln.

lb<.

l.ocl Ou!Toc,j

1.710

10,000

42EOl7!00

500

1.875

5000

42EOl8700

2.313

5000

42E023100

5.88

2.750

5000

117.19

5.88

2.750

2

130.04

7.75

3.813

2

130.8

7.75

3

142.1 8

7.75

NOTE: All valves are non-equalizing types. * H1SService **H1S, CO, Service All other valves shown are for Standard Service

47

00

f l.

Wirdine

Vat..

OTIS_______

s_ u_b_s _ur_fa_c_e_F_1o_w_c_o_n_tr_o1_s _ _ _ __ _ _ _. . . .

OTIS WIRELINE EXTENSIONS FOR TUBING-RETRIEVABLE SAFETY VALVES Otis Wireline Ex tensions arc designed to provide additional sca ling surfaces within the I. D. of a tubingretrievable safety valve. In the event that the tubing va lve must be Jocked open, the ex tension a llows fo r the running and setting of a wircli nc-rctricvable across the hydraulic cont rol port of the tubing-rctrievahle valve.

thus reestablishing control of the downhole safety valve. T he fo llowing "guides" provide all part numbers for the extensions required when setting a wireline-retricvablc va lve in a locked -open tubing retrievable valve. For additional information contact your local Otis Representative or write or ca ll Otis. Dallas.

GU IDE TO WIRELINE EXTENSIONS FOR TUBING-RETRIEVABLE SAFETY VALVES Upper Bore

Ex1en1ion Asse mbly Ho.

- - lOCX MA.NOA.Et

780L17101 780L18701 780L23101 780L27S01 780L38101 780LP18701 780LP23101 780LP27S01 780LP28101 780LP38101

Wllhout Shiller

Wilh Shiller None nequu cd 2202376 (5.12) 2202394 (5.34) 2202386 (6.92) 2202445 (6 47) 2202410 (13 33) 2203010 (13.76)

2203005 (17.55) 2202377 (14.03) 2202395 (15.48) 2202401 (18.45) 2202446 (20.75) 22024tt (22.21) 2203001 128 84)

2202-163 (20.94)

2202462 (39 84)

2202580 (19.82)

Ellension Assembly Ho.

Wllh Shiller

780L17101 780L18701 780l23101 780L2750t 780L38101 780LP1S701 7SOLP23101 780LP27S01 780LP28101 780LP38101

2202579 (41.98)

Lower Bore Wllhoul Shifter

Between· Lock & Shiller

Ju Shih .. Adapter

2203004 (4~ 80) 2202379 (54 27) 2202344 (58.39) 2202402 (78 89) 2202447 (79 37) 220W4 (84.86) 2203000 (91.92)

2203003 (61.40) 2202378 (63.15) 220241 5 (68.43) 2202403 (89.33) 2202448 (98.54) 2202413 (93.09) 2203002 (107.00)

None Required None Required None Required 2202400 (2.59) 220301t (8 70) 220241 2 (2.90) 22023~ (5.34)

2203008 t0X 1136 t0X 1160 2202404 2202449 t0X1 136 tOX 1t60

2202466 (116 50)

2202467 (135.50)

220246-l (9 09)

2202404

2200316 (133 24)

2200315 (155.~ )

2202566 (11 69)

22024-19

1 ) Leng1h of Ex1ens1on shown in paren1hes1s ..To be used only when sh1Ue1 1s par1 ol wuehne safety valve assernbty .. Adap1er for shifter 10 1a1s, for mechanically shifting closing sleeve

THREAD DATA ON EXTENSIONS FOR TRSV'S Thread Size 2"

IL

1·

'

o.o. 101

1.0. Ill

t-t/8 • 16UN • 2

t.49

.63

t.875 2.313 2.750

1·3/8 • t4UN • 2 1·3/4 • 12UN • 2

t.75 2 25

1.0t 1.25

2· t/4 • 12 SLB

2 72

t.76

3-ti t6 • 12 SLS

3.74

2.50

2-1/2"

/

3" "-, 2 813 4-1/2"

Thread B·P

< 1.710

3.813

48

& ________

DTI S

s_u_b_ su_r_ fa_ce_ Fl_ow _ c_on_t_ ro_ls_ _ _ _ __ _

OTIS INJECTION SAFETY VALVES TYPE JC OTIS BALL-TYPE VALVE• TYPE MC OTIS FLAPPER-TYPE VALVE TYPE T OTIS STEM-AND-SEAT-TYPE VALVE

·-- -lij

t

TOP SUB

t

r

TOP SUB

ORIFICE

ORIF ICE -

SPRING BEAN CAG E

SPRING MANDREL GU IDE

VALVE BEAN

SEAT , t , - s EAT

FLAPPER VALVE AND SPING ASS EMBLY

Type MC Oris Injection Safety Valve

SPRING

BODY WELDMENT

SEAT INSERT

BALL AND SEAT

Type JC Otis Injection Safety Valve

Type T Otis Injection Safety Valve

These valves are designed to be used in injection wells to automatically shut-in the tubing in the event injection is stopped or flow reverses.

fluid passage. If injection flow becomes static or reverses for any reason, the spring tension and/or flow pressure act to force the valve to close .

BENEFITS OF DESIGN PRINCIPLE

INSTALLATION-All valves are designed to be landed in an Otis Nipple made-up in the tubing. Special collar s tops are also available, so valves may be set at any point in the tubing.

• Automatic shut-in of tubing string in the event injection is s topped or flow reverses . • Installed and retrieved by wireline under pressure.

GUIDE TO OTIS INJECTION SAFETY VALVES

• Designed to be set on various Otis Mandrels.

TYPE J BALL TYPE

• Spring force and any reverse flow used to close valve. Type JC (Ball Type) and Type MC (Flapper Type) Otis Injection Valves - These spring-loaded valves have large unres tricted bores and their sealing areas are out of direct flow path. An orifice can be installed to accommodate the desired volume with a specific injection pressure. Valves are designed so that injection pressure will hold the valve open for fluid passage. If injection flow becomes static or reverses for any reason, the spring tension and/or reverse flow act to force the valve to close. Valves are designed to remain closed until pressure differential across the valves is equalized.

TYPE M FLAPPER TYPE

Inches

Assembly Number

Assembly Number

½-20 1¼-16

1.12 1.41

22JCX12540 22JCX15000

Available on Request

l¼-14 l¾ -12

1.75 2.16

22JCX 18700 22JCX23100

22MCXl8700 22MCX23100

2.62 3.70

22JCX27500 22JCX38100

22MCX27500 22MCX38100

O.D./

Thread Box-Up

2¼ -12 SLB 3½d2 SLB

22MCXl5000

TYPE T-STEM-AND-SEAT TYPE

Type T (Stem-and-Seat Type) Otis Injection Valve-This valve has a large area through the cage assembly that offers Iittle restriction to downward flow and has not been known to overload the compressor. Valve has sufficient bypass area for 'injection gas or fluid without excessive pressure drop. It is a simple, spring-loaded valve with its seai provided by the locking mandrel. Injection pressure forces the valve open for

Thread Box-Up

O.D./lnches

Assembly Number

½-14 J3/i6-14 19/26· 12 2- 12

1.12 1.50

22TOl9 22T04

1.88 2.38

22T02 22T03

NOTE: The above valves are available upon request for H2S Service

49

DTIS_______

s_u_bs_u_rf_a_c e_ F _1o_w _ co_n_tr_o_1s_ _ _ _ _ _ __

OTIS STORAGE WELL SAFETY VALVES

SPRING

-SPOOi. CHAMBER

. 11

Otis provides storage well safety valves: with or without a kill or syphon string. TI1ey are·pan of a safety system designed to automatically shut-in gas storage wells should wellhead equipment or flowlines become damaged. TI1e valves consist of two major components: ( I) a subsurface safety valve that is specially designed for gas storage well installations and is capable of handling the high-volume fl ow requirements of peak shaving without shutting-in the well; and (2) a piston spool a sembly which is a pan of the wellhead to actuate the safety valve and is adaptable to numerous control sensing devices such as pneumatic , hydraulic and electronic equipment for multi -point protection. Valves can be installed in either existing or new wells. Simplified design of system. usually allows fie ld personnel to service and maintain the equipment. Otis Storage Well Safety Valve without Kill String-All equipment is designed to be installed by wireline under pressure, without killing the well. Otis Storage Well Safety Valve with Kill or Syphon String- The lower assembly of this valve consists of a hanger mandrel with a kill string extending down into the well. A pipe-handling stri ng is used to set the hanger slips. The safety-valve assembly is then run on wireline until the valve skin locates on top of the hanger assembly. TI1en, the valve slips are set. Injection and/or withdrawal is up the tubing/casing annulus through the valve and back into the annulus. The primary valve is designed to close-in the annulus and the secondary valve to close-in the tubing. GUIDE TO TYPE GO OTIS SAFETY VALVE USIN, Sitt/la.

llote

t,t

3 2

0.DJlas.

lliaia•• UIJla.

Lt•~/

O..OJla.

9.3 9.3 9.3 9.5 11.6 9.S 11.6 12 2 95 15.5 14.0 15.5 17.0 15 5 H.O 17.0 200 24.0 20.0 230 200 230 17 0 32.0 32.0 24.0 32.0

3040 3.040 3.040 4 1S3 4 063 4 153 4 063 4 021 4 153 5 013 5.075 S.01 3 4.960 5 013 5m 6190 6.110 5.980 6 520 6420 6 520 6 420 6 590 8.010 7.984 8.lS7

2.90 2.90 2.90 4.00 3.91 4.00 3.91 3 87 4.00 4.83 4.88 4.83 4.75 4.77 4.62 5.68 5.68 5.68 6.18 6.18 6.18 6.18 6.18 7.44 7.75 7.87 7.44

2.030 1.418 2.030 1.448 1.448 1.448 1.448 1.448 1.791 l.79t !.79t 1.791 1.791 1.791 2.067 1.791 1.791 1.791 1.791 1.791 2.067 2.067 1.791 1.791 2.500 1.791 1.791

27.50 40.00 31.00 42.00 42.00 S7 00 57.00 57.00 57.00 57.00 51.00 51.00 51.00 S4 12 69 92 6312 63.1 2 63.12 63.55 63.55 58 56 58.56 63.55 71.51 57.56 57.S6 67.77

J I, J I,

31, 41,

4

I I 2 2 2 2 2 I 1 I 2 l I I l I 1 l l 1 1 l l 1

41,

41, 41; 41.\

4;,

5½ 51; 51; 51, 51.\ 51.\ 6', 6!\ 6)\ 7 7 7 7 7 8!\ 8)\

8!1 8!.

8.010

.......,

0...d

,.....

O..nt

11,ul

hub

W..c,t/

Ntabtn

78G03000 78G03S0l 78G03502 78G04500 78G04S03 78G04S04 78G04S05 78G04S06 78G04S07 78G05S08 78GOS509 78GOS510 78G0551 I 78COS513

mosm

78G06SOI 78G06S02 78G06503 78G07003 78G07004 78G07007 78G07008 78G07010 78G08002 78G08004 78G0800S 78C08006

NOTE : I With syphon string capability, collar-slip lock. 2 With syphon string capability, opposing-slip lock. 3 Without syphon string capability. collar-slip lock. 4 Without syphon string capability, opposing-slip lock.

GUIDE TO HYDRAULIC PISTON SPOOL ASSEMBLY

I I. I.

,.._..,

N.. lotl

h abtr

Sm/II.

,,.;

l!GSI /SGS/ 18CS IJ

100 4.00 4.00

2000 3000 2000/

ca,i.,

n...,,

llonla1 ,._,

aa, "Rll R-37 R-37

1111.

UlJ

tidies 16~ 1680 1.680

600

a.HSI )

I.

...

2 2 I

IIGSl6 IIGS2 llGSS l&CS9 IIGSIO

600 600 600 600 600

2000 2000 2000 2000 3000

R-'S R-'S

us us

RI S

117S 2000 2000

HOO

2000

2 I 2 2 I 2 I

.....

Nomlaal

C.U.1

~

~l!.

l8GS1S 18CSll

'00 '00

18GSS 18GSl4

'00

/!GS)

100

/~So 18GSl2

600

aoo aoo

llo
'"'

3000 2000/

600

ANSI 3000 3000 2000 3000 2000/ 600 ANSI

IIIL

liq 1,,..,.

R-'S

us

R-' S IUS R-'9 U9

u,

I.DJ IICACI 2 000 2 000

)000 3000

2000 2 000 2 000

NOTE : I With flow slots in piston tube. 2 Without flow slots in piston tube. 3 With landing nipple profile in piston tube.

50

& ________

s _ub_s_u_rf_ a c_e_F_1o_w_c_o_nt_ro_1s_

DJIS

______

OTIS STORAGE WELL SAFETY VALVES OPERATING PRINCIPLE-Otis Storage Well Safety Valves are usuall y placed 30 to 100 feet below the surface. When properly installed, the system is d esigned to automatically shut-In the well below the earth's surface should wellhead. flowline or surface equipment become damaged. The safety valve, with surface piston spool assembly, is a normally-closed type of safety system and is designed to shut-in the well any time hydraulic pressure in the wellhead spool assembly (which Is holding the valve open) is bled-off. The hydraulic pressure,

•

holding the valve open, is a closed hydraulic system that serves to hold the operating piston in the spool depressed so long as pressure is maintained. Once the hydraulic system is pressured-up, no external pressure supply is required until such ti me as the pressure is bled-ott, and the valve closes. An Otis Type SP Monitor-Act uator Pilot is used to monitor flowline pressure and rate of pressure decrease. System is adaptable to numerous control sensing devices such as pneumatic, hydraulic and electron ic equipment for multipoint protection.

•

WELL PRESSURE

HYDRAULIC CONTROL PRESSURE

TO LINE SENTRY

PISTON SPOOL ASSEMBLY FOR

)

SAFElY VALVE

J

r

• 1• •11- PUSHER STRING GUIDE

FISHING NECK

,..,.,L.. 1 ,......__GUIDE SPRING

SAFElY VALVE PACKER

SLI PS

GUIDE SEALING ELEMENTS

VALVE

G UIDE RETRIEVABLE PLUG

PRIMARY VALVE

HANGER ! MANDREL ASSEMBLY

STINGER

SECONDARY VALVE

Kill STRING (Run IO Depth)

Valve Open Well Flowing

Valve Closed Well Shut-In

Valve Open Well Flowing

Safety Valve without KIii String

Valve Closed Well Shut-In

Safety Valve with Kill String

51

OTIS_______

s_u_bs_u_rf_ac_e_F_1o_w_ c_ o_n_tr_o1_s _ __ _ _ _ __

....

OTIS SURFACE HYDRAULIC CONTROL MANIFOLDS For use with Otis Surface and Subsurface Safety Valves

The Otis Surface Hydraulic Control Manifo ld is designed provide the hydraul ic pressure required 10 hold open various Oti s Safet y Valves such as the Type U Otis Hydraulic Surface Safet y Valve and 10 control this pressure 10 the valves . Any loss of pressure in either the pilot line or hydraulic line allows the safety valve (or valves) 10 close. Loss of pressure could be from operation of pilots or damage 10 the system.

pressures in fl owline caused by line ruptures, damage 10 surface equipment, etc. Also. fusible plugs are available 10 sense high temperature. Erosion pilots can be used 10 warn against excessive erosion in the system.

10

The unit shown has a single pump with manual override and single control valve. Manifolds with multiple pumps are available to control several wells collecti vely or individually. (Sec foll owing page.) Reservoir, pressure-comrol regulators, gauges and relief val ve arc all contained in a compact. covered uni t which has a corrosion-resistant coating. Manifolds are complete units. requiring connections only to the supply gas line and hydraulic lines to the safety valves and pilots.

APPLI CATI ON AN D INSTALLATI ON Otis Hydraulic Control Manifolds are operated by any number of monitor pilots (see schematic of Type P Otis Monitor Pilot) designed 10 sense abnormally high or low

The Otis New Type OS Monitor Pilol Is O SMSIINO, l,qt>d·l~d. oauoe !>IOI designed to accurately mon,tor cxossure srtuallOr\S thrOU!jh the uso ol a bourdon·l ube sensing device The pilot has a hioher degree of pressute sensitivity and repeatabo'llty than con, vont.,naJ spring actuated pilots.

-

- - -- - - - -- - - - - - -- -- - - -- - --

SUPPLY GAS LINE

- - -- - , IMP OR TANT : Extreme ca re should be exercised in selecting Hyd1auic Control Manil olds l o, remolo saloly systems. Bolh volume and s,ze ol control inos (external o, concentric) Should be calculallld to, the mcst effi. oent operaung conditions. Con· tact your Otis Safety Specialst fo, computenzed assistance.

l.OW·PRESSURE CONTROL LINE TO MONITOR PILOT

3•WAY CONTROLLER HYDRAULIC RESERVOIR

OPERATING PRINCIPLE-A gas-powered hydraulic pump in this single-pump unit is used to maintain a desired hydraulic pressure for the safety valve. When the monitor pilot in the safety system operates. it exhausts pressure from th e lowpressure control line causing the 3-way va lve In the control manifold to block incoming control pressure. This action in turn

releases the con trol pressure ott of a diaphragm in the 3-way hydraulic con troller. The 3-way hydraulic controller, on loss of control pressure, blocks incoming hydraulic fluid pressure and allows the hydraulic fluid in th.e safety valve control line to bleed into the reservoir. Such action allows th e safety va lve to close.

52

& ________

DTI S

s_u_ bs_u_ rf_ ac_e_F_1o_w_c_o_nt_ro_1s_ _ _ _ _ _ _

OTIS SURFACE HYDRAULIC CONTROL MANIFOLDS- Continued maintain a desired hydrau lic pressure for controlling the safety valve. Where two or more safety valves are to be controlled. additional pumps arc normally built into the manifold.

Photographs, on this page, indicate the wide variety and types of hydraulic control manifolds , consoles and modules available from Otis. Units can be furni shed for controll ing a single safety valve or for installations utilizing several surface and subsurface safety valves collecti vely and/or individually.

Each Oti s Manifold is a complete power unit. The Hydrauli c reservoir , pressure-control regul ators, gauges, pumps and relief valve are al l contained in the covered unit which has a corrosion-resistant coating.

Otis Surface Hydraulic Control Manifold for a single safety valve installation has a gas-powered hydraulic pump to

1

This 8· Well Console provides individual hydraulic pressure to each well and yet has a total shut-in capablltty.

This Power Unit provides hydraulic control pressure and pilot control pressure tor 15 wells.

53

OTIS_______

s_u_b_su_r_fa_c_e _F_1o_w_c_o_n_ tro_1_s _ __ _ _ _ __

--.

OTIS SURFACE HYDRAULIC CONTROL MANIFOLDS - Continued

Single- Well Control Manifold featuring Otis ' Type OS Olaf Pilot

Single-Well Control Manifold

DESIGN SPECIFICATIONS FOR HYDRAULIC CONTROL MANIFOLDS MANIFOLD NUMBER

71C0208

71C0179

71C0209

71C0185

Manifold Type

Hydraulic

Hydraulic

Hydraulic

Hydraulic

Maximum Pressure

6000 psi

6000 psi

10,000 psi

10,000 psi

Supply Pressure

100 to 400 psi

100 to 400 psi

100 to 400 psi

100 to 400 psi

PIiot-Line Pressure

40 to 100 psi

40 to 100 psi

40 to 100 psi

40 to 100 psi

Hydraulic Outlets

1

1

1

1

Number of Wells

1 to 6

1 to 6

1 to 6

1 to 6

Manual Pump

1

1

1

1

Pneumatic Pump

( I) Haskel M-71

(2) Haskel M-7 1

(1) HaskelM-110

(2) Haskel M-110

Re servoir Capacity

8 gallons

8 gallons

8 gallons

8 gallons

Type of Service

Standard

Standard

Standard

Standard

Manual Override

Yes

Yes

Yes

Yes

Approximate Weight

150 lbs.

158 lbs.

Dimensions (Inches)

22¼ X 18¼ X 181/a

24

Remarks

1/ 4-in. Control Line

1/ 4-in. Control Line

1 /,

X

18

150 lbs. 1 /,

X

181/e

22

1 /,

X

158 lbs. 1

18¼ X 18 /e

1/4-in. Control Line

241/,x181/, x 181/a 1/ 4-in. Control Line

IMPORTANT: Extreme care should be exercised in selecting Hydraulic Control Manifolds for remote sa fety systems. Both volume and size of control lines (external or concentric) should be calculated for the most efficient operating conditions. Contact your local Otis Safety Specialist for computerized assistance.

54

& _________

DTIS

su_b_s_ur_fa_c_e_F_lo_w_c_o_nt_ro_ls_ __ _ _ __

TYPE F OTIS PRESSURE-DIFFERENTIAL TUBING SAFETY VALVES {Storm Choke®) This direct-controlled safety valve is a normallyopen type va lve that operates o n a spring-loaded , now bean. pressure-differential principle. Valve has a now skirt that extends below t he valve to protect tubing wall from turbulence at that point. A metal-to-metal poppet type va lve and seat a rc used for its sea l. The spring ho lds the valve off-seat until the well flow reaches a predetermined rate. When the pressure differential across the bean exceeds the spring compression (due to a rupture in a fl owline, surface equipment. etc.). the valve is designed to close. shutting-in the well below the earth's surface. T o reopen, pressure must be applied in the tubing from the surface or by a n equalizing prong. Whe n pressu re is equa lized, the spring is designed to o pen the valve automatically. Va lve can be installed and retrieved under pressure by wireline methonds, is ada ptable to any Otis Locking Mandrel and can be located in any Otis Landing Nipple. IMPORTANT: Direct-co nt rolled tubing safety valves close o n predetermined conditions. and they do not offer protection until these conditions ex ist. In many cases. surface-controlled safety va lves might be preferred. See pages 40-47.

-

~

l

f

r

I

~

""'

GUIDE TO TYPE F OTIS SAFETY VALVES

~

~

1.0. r Inches

Assembly

1.12 1.12 l.41

.38 .44 .44

22F037 22F051 22F027

½-14 Jl/2&· 14 1½&·14

l.41 1.75 l.81

.50 .56 .69

22F057 22F044 22F029

\l/25·14 19/15-12 19/25-12

l.81 l.88 2.13

.75 .56 l.00

22F065 22F045 22F025

2-12 2¼-12 2½- 12

2.63 3.00 3.63

l.38 l.38 2.00

22F032 22F059 22F039

Box-Up

0.0./ Inches

¾-16 ¾-16 ½-14

Thread

l

~

Numhor

~

t t t

TOP SUB

0,RING SPACER WASHER

VALVE CAGE SPRll\'G

BEAN EXTENSION

~

OPEN

~ ~

CLOSED

t BEAN

-

NOTE : The above valves arc available upon request for 1t2S Service. 'This is Bean extension 1.0. Actual is delermined by Bean in 64th.

.~

1 ) ~ - - SKIRT I t-1-+H-

I

55

- VA\VE

OTIS_______

s_u_bs_u_rf_a_c e_ F _1o_w_ co_n_tr_o_1s _ _ __ _ _ __ . . . .

TYPE J OTIS PRESSURE-D IFFERENTIAL TUBING SAFETY VALVE (Storm Choke®)

This direct-.::ontrolled safety valve is a normallyopen type valve that operates on a spring-loaded. now bea n, pressure-differential principle. Valve is designed for high vol ume. It has a through-conduit design that lessens turbulence and the possibility of sanding-up after valve closes. A metal-t o-metal ball and seat are used for its seal. T he spring holds the valve off-seat unt il the well now reaches a predetermined rate. When the press ure differential across the bean exceeds the spring compression (due to a rupture in a nowline, surface eq uipment, etc.). t he valve is designed to close. shutting-in t he well below the earth's surface. T o reopen, pressure must be applied in the tubing from the surface or by an equa lizing prong. When pressure is eq uali7.ed , the spring is designed to open the valve automatica lly. Valve can be installed and retrieved under pressure by wireli ne methods. is adaptable to any Otis Locking Mandrel and ca n be located in any Otis Landing ipple. IMPORTANT : Direct-controlled tubing safety valves close on predetermined conditions and they do not offer protection until these conditions ex ist. In many cases. surface-controlled safet y valves might be preferred . See pages 40-47. BACK-UP RING C ~ - - 0-RING

GUIDE TO TYPE J OTIS SAFETY VALV ES

VAl VE CAGE

Thread

O. D./ Inches

I.D./'

Assembly

lnthu

Number

¼- 16 ½-20 ½-14

1.19 1.19 1.41

.38 .38 .69

22JOSl2550 22JOXl2550 22JOS15050

ll/tG· 14 l¼-14 191kl2

1.75 1.75 1.88

.75 .75 .75

22J0Sl87S0 22JOXl8751 22JOS23151

19/2&· 12 2- 12 SLB 2- 12

2.12 2.31 2.73

1.00 1.00 1.50

22JOS231SO 22JOR256SO 22JOS275SO

2¼- 12 SLB 2¼-12

2.73 3.72

1.50 2.00

22JOX27550 22J0S381SO

3½,· 12 SLB 3¼-12 SLB

3.72 3.72

2.00 2.00

22JOX381SO 22JOR41 250

Box-Up

.&;i;;I-J-- PJSTON

OPEN

CLOSED

H-4--SPACER

D - 1 - - - SPRING

- - SAU RETAINER BAl l

NOTE : th e above valves are available upon requesl for t12S Service. ' This is Bean exlenslon I.D. Actua l is delerminod by Bean in 641h.

BODY WElDMENT lli..~-BEAN

56

& ________

s_u_bs_u_rf_ac_e_F_lo_w_ c_o_n_tr_ ol_s _

_ __

DTIS

__

TYPE M OTIS PRESSURE-DIFFERENTIAL TUBING SAFETY VALVE (Stonn Choke®) T his dircc1-controlled safety valve is a normallyopen type valve that operates on a spring-loaded. now bean. pressure-differential principle. Va lve is similar to T ype J exce pt that a flapp er va lve with a metal or resilient seal is used in place of a ba ll and seat. The spring holds the va lve off-seat unt il the well flow reaches a predetermined rate. When the pressure differential across the bean exceeds the spring compression (due 10 a rupture in a fl owline. surface eq uipment , etc.). the valve is designed to close. shutting-in the well below the earth 's surface. To reopen, pressure must be applied in 1he tubing from the surface or by an eq ualizing prong. When pressure is equalized, the spring is designed to open the valve automatica lly. Valve ca n be installed a nd retrieved under pressure by wireline methods. is adaptable to any Otis Locking Mandrel and can be located in any Otis Landing Ni pple. IMPORTANT: Di rect-controlled tubing safety valves close on predetermined conditions, and they do not offe r protection unti l these conditions ex ist. In many cases, surface-controlled safety valves might be preferred . See page!> 40 -47.

!OPSU!!

;1; ..., ~

M~ ~~

V'.)

::!£

OPEN

GUIDE TO TYPE M OTIS SAFETY VALVES Thread

0.0./

Box·U p

Inc hes

I.D./' lnt hu

1½- 16 1¼ ·14

1.42 1.86

.62 .69

22M0X1SOOO 22MOX 18700

1¾·1 2 2¼-12SLB

2.30 2.72

.94 1.44

22MOX23 100 22MOX27500

31/1,-12 SLB

3.74

2.00

22MOX381SO

Assembly

SPACER

CLOSED SPRING ASSEA,&1 Y

Humber &ODY B(AN EXTENSION

NOTE: The above valves are available upon request for H2S Ser vice. ' This is Bu n ext ensi on 1.0. Aclu1I is de term ined by

e..n

In 64t h.

BEAN SCAT

VAlVE HOUSIIK, SU.I INSlRI PIN SPRING flAPffRVAIVE

57

DTIS_______

s _ub_s_ur_fa_c_e _F_1o_w_c_o_ nt_ro_1s_ _ _ _ _ _ _ _- - .

TYPE H OTIS AMBIENT-TYPE TUBING SAFETY VALVES (Storm Choke®)

This valve is a no rmally-closed type, precharged with a set dome pressure. When the well's flowing pressure drops below the predetermined domepressure charge {due to rupture in flowline. surface equipment, etc.), the dome pressure and valve spring are designed to close the valve. shutting-in the well below the ea rth's surface. The Type H Valve can be used in wells producing large volumes of abrasive fluids due to its large bore that is not limited by a flow bean. Valve is designed to resist pressure surges. and a metal-to-metal ball and seat are used for its sea l. The Type H is an ideal valve to protect wells with declining bottom-hole press ure, since a decline in pressure that would not activate a valve with a flow bean will close this va lve. T o reopen, pressure must be applied in the tubing from the surface or by an equalizing prong. When pressure is equalized, a spring and the dome pressure are designed to open the va lve automatically. Valve can be installed and retrieved under pressure by wireline methods, is adaptable 10 any Otis Locking Mandrel and ca n be located in any Otis Landing Nipple.

OPEN

!IACX-UP RING 1 1 + - - - 0-RING

a WELL

PRESSURE

CLOSED

GUIDE TO TYPE H OTIS SAFETY VALVES

• INTERNAL CHAMBER PRESSURE

Throad Box- Up

GUIOERING

119-if----

PISTON

~ - - SPRING 1-.i--- -CHAMBER

O.D./

I.D./

Inches

Inch es

A ssembly Number

1½&·14 19/i&· 12

1.75 1.88

.75 .75

22H017 22H016

19/w l2 l¾- 12

2.12 2.25

1.00 1.25

22H018 22H012

2-12 2½-12

2.68 3.72

1.50 2.00

22H014 22H025

NOTE: The above valves are available upon req uest for H2S Servi ce. ; r - - - BACK-UP RING

0 -RING

r.;---

80DYW£LDM£N I

58

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DT1S

s_u_b_s u_r_fa_c_e _F1_ow _ c_on_t_ro_1s_ _ _ _ __ _

TYPE K OTIS-AMBIENT TYPE TUBING SAFETY VALVES (Storm Choke®) This valve is a normally-closed type. precharged with a set dome pressure. When the wcll's nowing pressure drops below the predetermined d omepressure charge (due to rupture in nowline. surface eq uipment . etc.), the dome pressure and two valve springs are designed to close the va lve. shutting-in the well below the earth 's surface. T he Type K Valve is the largest ported of all subsurface lubing sa fety valves on the market with a ca pacity fo r high-volume wells. Its n ow is not limited by a fl ow bea n. Valve is designed to res ist pressure surges. a nd a metal-to-metal plunger va lve and seat are used fo r its seal. The T ype K is an idea l valve to protect well with declining bottom-hole press ure, since a decline in pressure that would not activate a va lve with a fl ow bean will close this valve. To reo pen. pressure must be applied in the tubing from the s urface or by an equalizing prong. When pressure is eq ualized . the two springs and the dome pressure a rc designed to open the valve a utomatica lly. Valve ca n installed and retrieved under pressure by wireline methods. is adaptable to any Otis Locking Mandrel and can be located in any Otis Landing Nipple.

TOP SUB

HOUSING

PIN

VALVE HEAD CRING

GUIDE T O TYPE K OTIS SAFETY VALVES

OPEN Thread B ox -U p

0.0./

1. 0 ./

I nches

I nc hes

As sembly Number

½· 14 1½- 16 P/i6·14

1.47 1.47 1.75

Mandrel Bore Mandrel Bore Mandrel Bore

22KS7 22KX 7 22KS4

1½ · 14 l 9/i&· 12 1¼- 12

1.75 2.16 2.16

Mandrel Bore Mandrel Bore Mandrel Bore

22KX5 22KS3 22KX2

2-12 2¼- 12 SLB 2¼- 12 SLB

2.50 2.50 3.00

Mandrel Bore Mandrel Bore Mandrel Bore

22KS2 22KX1 22KX9

2½- 12 31/i&·12 SLB 4-12 SLB

3.50 3.50 4.44

Mandrel Bore Mandrel Bore Mandrel Bore

22KS5 22KX6 22KX3

EJ

WELL PRESSURE

CLOSED •

INTERNAL CHAMBER PRESSURE

l~ I+--

-

ROD

- +-- -

SPACER

ln-f---

SPRING

BODY

-

DETENI RING BALL

GASICn S£T SCREW

59

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_ _- - - - .

INTRODUCTION: WIRELINE SERVICE EQUIPMENT SECTION The wide choice of Otis Wireline Surface Service Equipment Packages in this section provides the needed flexibilit y for perfo rming various types of well maintenance operati ons. Such Otis eq uipment has had a long history of reliable performance. Otis Wireline Units, ranging from Otis standa rd designs to speciali zed assemblies to meet varying co nditions, can provide up to 25,000 feet of .092-in. of so lid wireline and 17.000 feet of 3/ 16-in. braided line. These units arc ava ilable truck mounted . as mast unit s or ca n be skid mounted for case of transportation to remote locations. In addition , Otis will work with you in providing a custom-designed unit to meet your specifications. Recommendations for such special units wi ll be based on the advanced eq uipment and engineering features you should ex pect fr om Otis as the world ·s largest wireline service compa ny. The Surface Lubrica tor packages and specifications shown and described on the fo llowing pages represe nt the standard designs provided by Otis. From this information yo u can plan your total well maintenance needs fr om routine jobs to specialized requirements.

1. W I REUNE SIUHING 80X

2 UPPER SECTION 3 QUICK UNIO"' •

ROPE Bl OCKS

5 THESCOPINC CIN POlE 6. MIDDlE SECTION 7, lOWER ~CTION

8. 8lEED-Off VALVE 9 WIREUNE VAIVE 10 W1~EllNE PUllEY 11

SWAGE ( 1REE CONNECTION)

17. W EIGKl INDICATOR

13 t 0AD BINDER AND CHAINS

IL-.+--

'"\ 2

Lubrica tor assembly specifications and wireline va lve details let you plan in advance for all running and pulling of maintenance tools, wirelinc caliper and bottom-hole pressure and temperature survey tools and tools fo r remedial workove r. Au xilia ry Wireline Surface Equipment a nd grease injecti on sections highlight Otis equipment ava ilable for high press ure and / or corrosive environment services. Wire and Measuring Lines arc discussed in grea ter detai l than in previous ca tal ogs in an effort to provide a comprehensive guide to various wireline capabil ities and features. The Wlreline Tool section covers Otis basic tool string discussing each tool's func tion in the too l string and elaborating on the several types of running and pulling tools used in maintenance a nd remedial wireline operations. Additional pages in the catalog arc devoted to highlighting Auxiliary Wireline Services available utilizing Ot is equipment and trained personnel. These services inc lude: testing operations for tubing continuity. caliper surveys. bottom-h ole pressure and temperature surveys. Otis perforating service. Kincly perforating. and bailing operations. Otis' development of wircline surface equipment a nd services listed in t his section arc helping to simplify and reduce well maintena nce costs throughout the world. This eq uipment. linked with Otis Wireline Specialist's training and experience pays off downhole where it counts. Otis Wireline Equipment Specialists a re located in major producing areas throughout the world to assist operato rs in the selection and installati on of eq uipment and the 1raining of customer's personnel in the operation of the equipment. Olis Wireline Surface Equipment

60

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CONTENTS WIRELINE SERVICE EQUIPMENT Page

Page

OTIS WI RELINE UN ITS ............. 62 Accessory Equipment for Otis Wireline Units ................... 69 Hydraulic Reel Packages and Hydraulic Power Packages ......... 64 Mast Trucks ............... .. ...... 68 Mechanical, Skid-M ounted ........... 62 Single-piece, Hyd raulic. Skid-Mounted .................... 63 Wireline and Measuring Lines and Equipment ................... 94 Wireline Trucks .................... 67 SURFACE EQU IPM ENT FOR WIRELINE OPERAT IONS ......... 70 Auxiliary Surface Service Equipment ................ 95 Auxiliary Wireline Surface Equipment ............. . . 87 Crossover Lubricator Sections ........ 80 Grease Injection Systems ............ 92 Hydrau lic Packing Nut Assembly ..... 89 I PS Service Lubricators ............. 79 Standard Service Lubricators ......... 78 Stuffing Boxes for Lubricators ....... 76 Swab Lubricator Sect ions .... ........ 90 Tree Cap Assemblies .. .. . ........... 84 Tree Flanges .................. . .... 85 Wireline Lubricators ................ 71 Wireline Valves ..................... 81 S UBSURFACE EQUIPMENT FO R WI RELINE OPERATIONS ......... 96 Pulling Tools ... . .......... . ...... l 15 Type BB, BE ......... . .. . .. . ... 11 8 Type GR. GS. GU .............. 11 7 Type RB, RS. JU .. . ... . .. .. . ... 116 Type SB, SS, SM .. . ... . ....... . 118 Running Tools ...... . . ............ 106 Type C. D ..... .... .. . ........ 112 Type H .............. .... .. . ... 11 3 Type J ...... ..... ..... . ........ 112 Type R ................... 11 0. Ill Type RX .................. 106. 107 Type S P .... . ................ . . 113 Type T ............. . ..... . ..... 114 Type W ................ .. ...... 11 4 Type X ................... 108. 109 Wireline Tool String Components .... 96 Accelerators .. .................... 98 Blind Boxes .. . ... .. ... .. .. . . . . . .. 97

Knuckle Jars. Knuckle .J oints ..... . 97 Impression Tool ................. 100 Mechanical Jars .. . . . . .. .......... 98 Rope Socket .. . .................. 96 Stems . ..... . ................... . 96 Tubing Broaches ................ 100 Tubing Gauge Cutters ............. 99 Type ·HJ' Hydraulic Wircline .Jars ................... 98 Wire Retrieving Tools ..... . . ..... IOI Center Grab .................. IOI O'Bannon Overshot Type 'B' . ... 102 O'Bannon Slips ... . . .... . . . . .. . 102 Type 'A' Go-Devil ............. IOI Type ·G' Fishing Socket ........ 102 T ype 'M · Fishing Magnets ...... 102 Type ·p· Wireline Grab ......... IOI T ype ·po· Wireline Retrievers ... IOI AUXILIARY WI RELINE SE RVI CES . 11 9 Bailing Service .................... 104 Bottom Hole Pressure Services . . . . . . . . . . . . . . . . . . . . 120- 122 Softset Bomb-Hanger ... .. ... 120- 122 Caliper Surveys ................... 119 Type L Bomb-Hanger . .. . . . . ..... 122 Type LO Shock Absorber . . . ..... 122 Kinley Services ........... ......... 119 Explosive-J ar Service ............. 119 Power-Charged Perforating Service . . .......... . .......... 11 9 Power-Charged Sandline Cutting Linc Service .. . . .. ..... 11 9 Tubing-Perfora ting Service . . ........ 103 COMMON TOOLS FO R OTIS WIRELI NE UNITS ..... .. . . .. . ... 123 ENG INEE RI NG TABLES . . . . . . . . .. . . 124 API Tubing Table .. ..... . . .. ..... . 127 Areas of Circles ............... . ... 128 Casing Data Sheet ................. 126 Conver~ion Factors Applying to Oil Country Calculations ......... 129 Con\'ersion Tabks ........ ... .. . ... 130 Fluid Weight Conversion Tables ..... 131 Fraction. Decimal. Millimeter Conversion Chan ................ 129 Premium Tubing Tab le .... . . . . . .... 124 GENERAL TERMS AND CONDITIONS CONCERNING SERVICES AND MERCHANDISE ....... . . .. . . . . .... 133

KINLE Y SERVICE PERFORMED BY OTIS 0 1i, i, lice n~ed 10 use 1he follo\\ing Kinley Se rvice,. Kinley Po"der-Charged Pcrforn tin l! Se rvic e uses a powder charge to dri, c a wedge perfora1ing or im 1a lling an o rifice in 1hc lubing. Kinle) Po" der-Chnr gcd. Sa nd-Line C utting Service for ca,ing a nd tubing ( I ¾-in. I.D. or la rger) and in d rill pipe (3¼-in. min imum I. 0 .) is dc, igncd 10 cul , and lines of any ,i, c. including ¼ inch in 2-in. tubing and ¼ inch in 2½-in. 1ubing. Kinl c) Explo~i,·e-Jar Sen•ice for , pcc ia l. high-in1 pac1 npplica tio n,. , uch a, oprning a bull plug o r knocking ou1 a cross pin.

61

Typical Str,ng of W,re/ine Tools

OTIS______

w_ i_re_li_ne_ se_rv_ i_ce_E_q_ui_pm _ e_n_t _ _ __

_ _. . . .

WIRELINE UNITS Mechanical, Skid Mounted These Ot;s mechanically driven, skid mounted Wireline Units are available in two basic designs - InLine Drive and Right-Angle Drive. Both models use an electric or hydraulic-starting, Ford. diesel engine, a four-speed transmission with reverse and a belt drive system to the reel. Control features include an idler spool for speed and torque control on the drive belts, and a hand-operated band type brake for slowing, stopping and holding the reel. Unitized steel frames are designed to provide durability in many operating environments . Units are eq uipped with engi ne

instrumentation, levelwind with counter, spool-off assembly and vise. T he In-Line unit is operated from the stand ing position with the operator between the unit and the wellhead. The Right-Angle Drive unit is operated from behind the unit. For increased versatility, the Right Angle Drive unit may be trailer mounted . These units are equipped with standard line-coun ter equipment for .092-inch diameter wire, measu ring in English units (feet). Metric and other size line-counter equipment is availa ble, and should be added to the sales order. (See the Accessory Equipment, page 69.)

SPECIFICATIONS: OTIS MECHANICAL, SKID MO UNTED WIRELINE UNITS Auembly Number

Auembly Number

82M0675

82M0684

Type

Mechanical ln-L,ne

Type

Mechanical Right-Angle 01ive

Engine

Ford 172 CID Diesel 4-Cyhnder 47 BHP @ 2400 RPM Electric S1ar1ing·

Engme

Ford 172 CID Diesel 4-Cyhnder 47 BHP @ 2400 RPM Elec!rlc S1ar1ing ·

Reel Capacrly

16.200 F1 • .108 Line 20.000 Fl • .092 Lone 22,400 FL •.082 Line

Reel Capac,1y

16.200 FL • .108 Line 20.000 FL • .092 Line 22,400 FL · 082 line

Maximum Line Speed

4000 FUMin. @ Surface 1400 FI./M1n. @ 20,000'

Maximum Line Speed

4000 FUM,n. @ Surface 1400 Ft/Min. @ 20.000'

Maximum Line Pull

1000 Lbs @ Sutface 3000 Lbs. @ 20.000'

Maximum Line Pull

1000 l bs. @ Su1face 3000 Lbs. @ 20000·

Tank Capacity

13 Gallons (49 Luers) Diesel

Tank Capacity

9 Gallons (34 Liters) Diesel

Skid Dimensions

72· Long x 39" \'fide x 56" High

Skid 01mens1ons

10· Long x 52· Wide x 49" High

Weight w/ Wrre

3000 Lbs. (1360 KG)

Weight w/Wrre

2800 lljs. (1270 KG)

' Optional Model

82M0676 · Hydraulic Starting

·optional Models

62

82M0689 • Hydraulic Start,ng 82T0332 • Tratler Mounted 82T0333 • Hydraulic Starting, Trailer Mounted tSee Accessory Equipment 101 Trailer Spec1hca11ons)

& _______

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DTIS

OTIS WIRELINE UNITS Single-Piece, Hydraulic, Skid-Mounted Wireline Units These Single-Piece. Hydraulic. Self Contained, SkidMounted Wireline Units arc available in single and double drum combinations wi th open consoles or one and three-man opera tor houses. Power sources include a 75 horsepower electric motor or a large selection of diesel engi nes. The !>ingle-piccc units arc co nstructed to high-standard specifications with welded. unitized frames for durabilit y and component protection. Uni ts are equipped with standard counter equipment for .092-inch diameter wire and / or 3/ 16-inch diameter cable mcnsuring in English units 9 feet) unless otherwise noted. (Sec the Accessory Eq uipment Section page 69 for metric and other sized counters).

SPECIFICATIONS: SINGLE PIECE, HYDRAULIC, SKID MOUNTED, SINGLE DRUM UNITS .w1,r.blr N•mbtr Type

Engine

Rttl Ca:,ac,ty Max Lrne Speec1

Ma., une Pull Tan, Capacities S~1d o,mensrons Reel UM Conuot Un11 l'O•er IMl•t v., wlflu,ds and Wue Reel Un11 Control Unil Power Unit Op11ona1 Model

82M0696 82M0680 Single Orem /()pen Consol!/ s,ngre Orum/Open Console L1gM Wer9h1 0,sassembles 1n10 Three Pieces Ptr~1ns 4· 1<6 Otesel General MolOrs 3 53 Diesel Ptr~1ns 4 108 O,esel 4 cyl1ndt1 38 BHP ft 3 000 RPM 4-Cyhnder 38 BHP @ J ,00) RPM 3-cyhnder 64 BltP @' 2 200 RPM Becu.c S1ar1,ng Hf(lracl< Starting Hidrautoe S1111,ng 16.'00 It 108 l111e 15000 It • 082 Line 20 200 ft · t08 line 20000 It 092 LUie 13 .:00 It • 092 Lme 25000 tt · 092 line 22400 It • 082 line 10.SOO II • 108 Line 28.000 ft • 082 line 1.8l0 It /mrn ~ Sur1ace 3 800 It /min @ Sur lace 2 200 It /min @ Surface U:00 It /rr,n @ 15,000 It 800 It /min I> 20 000 tt l 8l0 It /mrn (i 25.CX:O It 2.200 IDS (;: Surface 2 400 t~s t! S<Jrt.ice 1 XO lbs (, Surtact ~ COO IDS ~ 15000 IL 5000 1:,s (r 25000 n l .:00 lbs (. 20 000 n 6 Gal 122 t,tersl Oesel to Gal 137 l1te<SI Orsel 20 Gal (75 l1tmt Oesel 40 Gal 1151 lltml Hr drauhc 0,1 22 Gal (83 Lllersl Hydrauhc Oil 60 Gal (227 Lifers) lt)drauhc 0.1 Sol , F 1rw • r,i· H 60'L x ol:W x 46"H t82MD6521 3.n • 23 s·w, 38.H (82MD6531 32'L • 23 s·w x 33· H (82~1~1!,IH x 26-W x 38'H 3 600 lbs t 1632Kg) 6 200 IDs t2812Kg) 650 lbs tn!Kg) Alum1nu11 Frame 450 lbs (20lKg I Aluminu11 F, ame 750 lbs (34-0l
82110501 S.no•e Drum10pen Console

82M0616 Srn~le Drum/Ot>en Console

82110330 S.ngle OrumtOne Man H011se

ford 256 CID 4 cyhnder 64 BHP fJ 2 200 RPM Eteor,c StaJtll\Q 20 200 It • 108 lint 25 000 II • 092 lln• 28 000 It · 082 llllt 2 400 It /rr,n tit S.,rlace l, 100 It /rr.n @ 25000 It 2 400 lbs @ Surtace 5000 IDs @ 25 CX:0 It 20 Gal (75 L1ters1 0.tsd 00 G.11 1221 Loltrsl ltydrauhc Oil B6·t , ra·w , .ia·1,

c.?neral Motors 3-53 Diesel 3
6000 IDs 12.n n,01

6 500 lbs 12.9:X)Kg)

82M0547 . Ford 256 CID Diesel 4,Cyl1nde1 64 BHP @ 2.200 RPI,\ Electr,c StarhnQ

SPECIFICATIONS: SIN GLE-PIECE, HYDRAULIC, SKID-MOUNTED, DOUBLE-DRUM UNITS Type

Double Orum/Open Console

Double Orum /One Man Ito use

.,.. 0640 Double D1urn/One Man House

Eng,ne

Ford tn CID Diesel 4 Cylinder 40 BHP @) 2.400 RPM llvdrauhc S1ar11no t6 800 ft · 082 Line 15 000 It · 092 Line 12 000 11 · 108 Line 9 000 It • 3, 15· S• aD line 5400 11 • t/4" s ..ab lone

GM 3-53 Dresel 3-Cyhnder 64 BHP @ 2.200 RPM Electric Starling 28.000 It • 082 Line 25,000 It · 092 Lone 20.200 It • 108 lrne 11.000 11 · 3/16" So b line 10 llO ft • 114· S.-ab lrne

Electrrc Motor. 460 Volts 41' 60Ht. 75 BltP @ t.800 RPM Elect11c S1art1no 28.000 It . 002 Line 092 Line 25.000 It 20.200 tt • ,ca Line 20.000 tt 3116" s ,- ab lrnt 12.200 It • t/4' SNab Lrne

2 200 It /min '"' S<Jrlact 800 It 1m111 ~ t5 000 It t EiOO 11 /rr•n .., S<Jrrur 640 It min ft. 9000 It

2.900 ft /min @ Surface t.400 11 /min @ 25.000 tt 2 500 It /rrMn @ Surface 1.100 It ,,.n @' 17 0C0 fl

3.000 1,.tOO 2 EllO 1100

t 200 lllS \'- Sur lace 3 000 lbs @ 15 000 n 1 000 lbs @ Surtace 4 000 lbs @ 9 000 ft 20 GJls (75 l1trrs1 Ottstt 40 GJIS 1151 l1ttrs1 tt,drauflc Dot B6'L • 6D'W • 46-W 5,700 IDs (2,5851<01

2 .:00 los I; S<Jrtace 5.000 lbs @ 25 000 tt 3.500 IDs @ Surlact 8 000 lbs @ 17 OCO It 20 Gals 75 Lrttrs) O.esel 60 Gals /227 L•ltrsl H, araul,c 0,1 li:'l X 7rW X l>l°H 9.800 lbs (4,445Kg)

1.'XlO IDS {> S..rtate 4.000 ID> ~ 25 000 n 2.500 lbs (.i' Sur face 5 700 lbs ~ 20000 It 25 Gals t94 tittrsl Hydraul,c 0.1

AmmDlr NUfflDII

Reel Capacolres Upper Reel lo• er Rtet Max tine Silted Upper Reel Lo.,e· Rttl Ma, Line Pull Upper Reel LO'Wtr Reel Tani. ~~awies

O,mtns.ons Wt w/Flu1ds and Wire Special features

"'"'"""

"""""""

11 I min le- Sur tace II 1m1n 41' 25.000 11 II lrr.n fl Sur lace It m,n e; 200CO It

110-L • 76-W • 72'H 9,000 lbs (4,082Kg)

Hydrosta11c Closed Loop Hvdraul1cs

82M06ti5 Double Orum/1h1er Man House Colj Wtalher Serv ce Lister HR-6 Diesel &-Cyhndtr 88 BHP @ 2,200 RPM Etect11c Sta111no 28,000 It • 062 l ine 25.000 It · 092 Line 20 200 It • 108 line 17500 It • 3/16' SwaD Lrne !OJ)() It 1/4. S.-ab Lrnt

3.0CO It /rr,n @ Surtacr 1,4.ll II I rr,n @ 25,000 II 2 &:xi ft '"'" @ SJrlact l t:x> It /rr,n @ 17 000 It t gx, 10s ft Sur1ace 4 000 lbs @ 2i00) ft 2.!ro lbs @ Surface 5 700 lbs @ 17,00) 11 JO Gals (113 LomsJ Oiesel 9l GJts ~O 1.Jttrsl Hvarauhc 0,1 1.:0-L 1 'i/J-W • S:ii 12 000 lbs 15.4431(g) EQJ1ppea tor 40" Env11onmen1s 82M0666 , tnctuaes Au Co01h11ontr

O~tional Modtt

63

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OTIS WIRELINE UNITS Hydraulic Reel Packages and Hydraulic Power Packages These Otis hydraulically operated reel packages, when connected to an Otis hydra ulic power package. are designed to offer the performance. the portability and the position flex ibility required during many operations. The reel packages arc available in single-and doubledrum units with open consoles as well as one-man and three-man operator houses. With welded , unitized fram es. the reels and components are protected fr om shipping and handling damage and provide the operator with a durable, dependable wireline unit. All units are equipped with standard counter equipment for .092-i nch dia meter wire and / or 3/ 16-inch diameter ca ble measuring in English units (feet) unless ot herwise noted. Metric and other size counter equipment is available, and should be added to the sa les order ("to be installed") wi th the appropriate Otis assembly number. (See the Accessory Equipment Secuon, page 69).

Otis skid-mounted hydraulic power packages a re available in a wide range of sizes and performance characteristics. With a large selection of diesel engines or electric motors as the primary power source. the demands for many power applicauons can be met. All units arc manufactured with an all-welded framework of structural members to insure the safety of component. during shipping and rough use in the field. Fixed volume-vane type hydraulic pumps arc standard. with double stage pumps. fo r added flexibil ity, available on so me units. Quick-con nects are provided for ease of operator rig-up. A listi ng of Otis hyd raulic power packages showing Otis assembly numbers, performance characteristics, and other engineering info rmation follows on pages 65 and 66. These units are divided into light. medium and heavy dut y units, followed by a special listing of those units suitable for use in NEMA Class I areas.

SPECIFICATIONS: HYDRAULIC REEL PACKAGES, SINGLE- DRUM Asumbly Nulllll11

82RDID1

82MD638

82M039J

82MD58J

Type

Single Orum/Open Console

Srngle Orum /Open Console

Single Drum/Open Console

Smote Drum/Cm Man luluse

Reel C..pac11y

16.200 It . 108 Line 20.000 It. • 092 Line 22.400 It • 082 Line

20,000 IL · 108 lone 25,000 It. · 092 Line 28.000 It • 082 Line

17.000 · 3/16 Swab line 10.llO · 1/4 Swab line

28.000 It. • 082 Line 25.000 It · .092 Line 20,200 It · 108 Line

Max Line Speed

2.700 It /mm @ Surloce 900 11./mln. @ 20.000 It

2.700 II.Imm. @ Surface 1.300 11.lmln @ 25.000 It

2,300 II /min.@ Surlace 10,l)() 11./min. @ 17.000 It

2.800 It /min @ Surface 1.300 It tm.n. @ 25.000 II

Max . Line Pull

t,800 lbs @ Surface 5.000 tbs @ 20.000 It.

2.400 lbs @ Surface 5.000 lbs @ 25.000 It.

3.500 lbS. @ Surface 8.000 lbs. @ 17.000 II.

2.900 lbs. @ Surface 6.000 lbs @ 25.000 It.

Dimensions

5CrL , J2,15·w , 59 5·H

60°l

Weight with Wire

Approx 2.250 lbs 11020Kgl

2.500 tbs (t133Kgl

3.700 Lbs P687Kg)

3.750 tbs (1,700t
Hydr aulrc Requirement

35GPM/ 1,650 psi

50GPM/ 1.800 psi

SOGPM/1.800 psi

50 GPM/ 1,800 ps,

E.ternal Connee11ons

Hose Gioup A·

Hose Gtoup B'

Hose Group

X

48"\'/

X

4J"H

82R0102 · Aluminum Frame Approximate Weight 1450 lbs. i657Kgl ·see Accessory Equipment. page 69 Optronat Model

64

70.l x ':IY'W

X

a·

45. H

IWL x

~·w x 71"H

Hose Group

a·

DTI S

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OT IS WIRELINE UNITS Hydraulic Reel Packages and Hydraulic Power Packages - Continued SPECIFICATIONS: HYDRAULIC REEL PACKAG ES, SINGLE-DRUM, SINGLE- CONDUCTOR ELECTRIC LI NE UNIT 82M0681

AJumbly Number Type

Single Orum 7/32 Single Conductor Elect11c Line, lluee /,Ian and Equ1pmen1 House

Reel Capac,1y

25.000 II • 7/'32 Conduc1or Line

I.lax Line Speed

700 It /min @ Surface 200 It /min @25.000 It

Ma, Line Pull

1,200 lbs @ Surface 3.500 lbs. @ 25.000 II

1a·w , a.rn

01mens,ons

144"L x

We1gll1 with w11e

7, 100 lbs (3.220Kg)

Hydraulic Req u11erne111

16GPM/2,000 PSI

External Connec11ons

tlose Group

Special Features

120V lnteuor and Ex1e11or Ugnts

0011ona1 Model

93ST1041 • Au Cond111oner 96£ 1186A · Healer 96E1379 • lns11urnent Rack

s·

·see Accessory Equ,pment. page 69

SPECIFICATIONS: HYDRAULIC REEL PACKAG ES DOUBLE DRUM UNITS 82MD1 90

82M0612

Double Orum/Open Console

Double Orum/Open Console/ Boa1 Unit

Double Orum/Ore Man ltouse

Ooublt Orum/ Three \Ian House

Upptr Retl

28,000 It • 082 Lone 25.000 It • 092 Line 20.200 II • 108 lme

26.000 II • 082 Line 25.000 fl · .092 une 20.200 It • 108 Line

28 000 It • 082 l ine 25 000 II • 092 Line 20 200 II • 108 Lone

35.9:Xl It 32.100 II 26.000 II

Lower Reel

17,000 II • 3116" Swab line 10.300 II • 114· Swab Line

17.000 It . 3/ 16" Swa b L1.e 10,300 It • 1/ 4' Swab Line

17 000 It • 3116' Swab L,ne 10.300 II • 114' Swab line

20 000 It • 3/1 6' Sv.ab Line 12.2CO II , 1/ 4' Swab line

2,800 II /min @ Surla:e 1.llO II /moo @ 25.000 II

2.800 II /mn @ Surface 1,300 II.Im n. @ 25.000 II

2.800 11 1m1n @ Surface 1.llO II /moo @ 25.000 It

3 600 II /rn,n @ Surface 1,500 It /mn @ 26,000 It

2.200 II /moo @) Surface 900 ll lm1n @ 17.000 It

2.200 fl /mn @ Surface 900 ll./m1n @ 17.000 II

2.200 II /m,n @ Surface 900 11 /min ~ 17,000 11

2.200 It / rn,n @ Surface 900 11 / mn. @ 20.000 It

3.SOO lbs (@ Sur lace 7,200 lbs @ 25.000 11

3.500 lbs. @ Surface 7,200 lbs. @ 25.000 It

3,500 lbs @ Surface 7,200 lbs @ 25.000 II

3. 100 lbs. @ Surfact 7.200 lbs @ 26.000 ft

Lower Reel

4,000 lbs @ Sur lace 9,000 lbs. @) 17.000 It

4.000 lbs @ Surface 9.000 lbs. @ 17,000 11.

4,000 lbs @ Surtace 9.000 lbs. @ 17.000 It.

4 000 lbs @ Surface 9,000 lbs @ 20.000 It

01mens1ons

88"L

79"L x 44' W x 47'H

89' L x 46"W X 55'11

1,19'L x 52· W x OO' H

4,800 lbs. 12. 177Kg)

6,000 lbs. (2,72 1Kg)

8.000 lbs {3.628Kg)

SOGPM/1,800 psi

50GPM/ 1,800 psi

82M0271

AJurobly Number Type

S2M0209

Reel Capac,ty

!,lax u ne Speed Upper Reel Lower Reel Max Line Pull Upper Reel

Wt w/Wire

X

48' W x 52.H

5.200 lbs. (2 358Kg)

l(ydraul c Requ11emen1

50GPM/ 1,800 PSI

SOGPM/ 1.600 psi

External Connections

••ose Group B•

llose Group

s·

llose Group

o·

llose Group

082 lme 092 Line 108 Line

s·

Au Lights

Special Features

·see Accessory f:ilulpment , page 69

SPECIFICATIONS: HYD RAULIC POWER PACKAGES, LIGHT DUTY UNITS Ammbly Humber Engine

82MD307 Lister ST,J01esel 3-Cyhnder 30 8HP @2f,OO RPI,\ E1ec1r,c S1a111no

Hydraulic P\Jmp

Vicker s 25 v 12 2 •SCIO/REV

V,c, ers 25 V 17 337 CID/REV

UM Performance

25GP\I (? 1800 PSI

23GPM@ 1800PSI

Tani. Capac111,s

30 Gas (113L1ters) Hioraullc Ori

60 Gals (22/Llle<SI Hyorauhc 0,1

2 5 G.lllons 19 5 L,1ers) 01ese1 SkKl 0,mens,cns

68° Long x 28. W,de , 38" Wide

52" Long X 32· \\Ide X 52 5· Hlgh

We1gn1 w /Fluids

1200 Lbs (544 KG! Aluminum Frame

2150lbs (975KG)

External Coonec1,ons

Hose Group f.. •

Hose Group A·

Special Fea1ures ·see Accessory Equ1pmen1. page 69

65

82M0554 Hec111c Motor '160 Vo11s @60 Hz ll BHP @ 1800RPM tlect11c Starltnij

Meets NEMA Class I, OIVISIOn I. Group I Spec1t1ca11ons

DTIS______

w _ ir_el_in_e _s_er_v_ic_e _Eq_u_ip_m_e_nt_ _ _ _ _ _ _- - - .

OTIS WIRELINE UNITS Hydraulic Reel Packages and Hydraulic Power Packages - Continued SPECIFICATIONS: HYDRAULIC POWER PACKAGES, MEDIUM DUTY UNITS 82M0279

82M0527

82M0565

Pe1kins 4· 108 Diesel 4-Cyhnder 38 BHP @ 3000 RPM Hydraulic S1arting..

Elec11ic Motor 460 Volts @ 60 Hz 50 BHP @ 1800 RPM Electric Starting

lister HR3 Diesel :.-Cylinder 44 BHP @ 2200 RPM Manual Starting .. (Hand Crank)

Assembly Number Engine

82P0102 Ford 172 CID Diesel 4-Cylinder 40 BHP @ 2400 RPM Hydraulic S1arting ..

Hydraulic Pump

Vrckers 25 V 17 3.37 CID/REV

Vickers 35 V 25 4.98 CID/REV

Vickers 25 V 21 4. 12 CID/REV

Vickers 25 VO 21 4.12 CID/REV

Unit Performance

34 GPM @ 2000 PSI

36 GPM @ 2000 PSI

37 GPM @ 2000 PSI

40 GPM @ 2000 PSI

Tink Capaci1ies

60 Gals. {227 liters) Hydraulic 011

40 Gals. (151 liters) Hydraulic Oil 10 Gals (37 L1ters1 Diesel

35 Gals. (132 liters) Hydraulic Ori 10 Gals . (37 liters) Diesel

Skid Dimensions

4-0 Gals. (151 Liters) llydrzulic Ori 10 Gals. (37 Liters) Diesel 70" Long x 26" Wide x 35· High

72· long x 36" Wide x 45· ll 1gh

68" Long x 48" Wide x

Weight w/Fluids

1150 Lbs. (52 1 KG) Aluminum Frame

2500 lbs. (t 133 KG)

1900 Lbs. (861 KG)

24-00 lbs. (1088 KG)

External Connections

Hose Group A·

Hose Group A·

Hose G1oup A·

Hose Group A·

82M0618. Hydraulic S1arting 82M069t · Electric Starting

82M0411 • Electric Starting

Special Feature

,:a· High

75· long x 30· Wide x

.u· lligh

Meets NEMA Class I. Division I. Group I Spec,tications

Op1ional Model"·

82M0690 • Etec1ric Star ting

·see Accessory Equipment. page 69.

SPECIFICATIONS: HYDRAULIC POWER PACKAGES, HEAVY DUTY UNITS AJumbly Number

82M0683 Ford 380 CID Diesel f.Cylinder 91BHP @2500 RPM Electric Starting ··

82M0693 Ford 380 CID Diesel f.Cylinder 91BHP@2500 RPM Hydraulic Starting ..

82M0586

Engine

82M061 I General Motors 3-53 Diesel :.-Cylinder 64 BHP@ 2200 RPM Electric Starting..

82M0695 General Motors 3-53 Dresel 3-Cylinder 64 BHP@2200 RPM Electric Starling ..

Hydraulic Pump

Vickers 35 VO 35 6.88 CID/REV

Vickers 3520 V25 4.9811.67 CID/REV Vickers 35 VO 35 6.88 CID/REV Double Fi xed Vane Type

Vickers 3520 V25 4.9811.67 CID/REV Vickers35 V38 7.42 CID/REV Double Fixed vane Tvoe

Unit Performance

62 GPM@2000 PSI

Separate Flow 45 GPM @ 1800 PSI 62 GPM @2000 PSI 15 GPM@ 1800 PSI Combined Flow 60 GPM@ 1800 PSI

Se par a1e flow 45 GPM@ 1800 PSI

60 Gals. (227 Lilers) Hydraulic 011 20 Gals. (75 liters) Diesel

60 Gals. (227 Liters) Hydraulic Oil 20 Gals. (75 lrters) O.esel

60 Gals. (227 Liters) Hydraulic 0,1 20 Gals. (75 lrters) Diesel

60 Gals. \227 Liters) Hydraulic Oil 20 Gals. (75 Liters) Diesel

60Gats. (227 Liters) Hydraulic 0,1

Skid Dimensions

78" long x 40" Wide x 45· High

78" Long x 40· Wiae x 46" Hign

90· Long x 47" Wide x :13_5· High

90· Long x 47" Wide x :13.5" High

52· Long x 34· Wide x :13.5" High

Weight w/ Fluids

4000lbs. (1814 KG)

4000 Lbs.\1814 KG)

3800 lbs. (176'.l KG)

3900Lbs. (1769KG)

1850 Lbs. \839 KG)

Ex1ernal Connections

Hose Group o·

Hose Group a·

Hose Group a·

Hose Group B"

Hose Group s· (See Accessory Equipmen1)

Tank Capacities

54 GPM @2000 PSI

15GPM@ 1800 PSI Combmed f low 60 GPM @ 1800 PSI

Meets NEMA Class I. Division I. Group I. Specitications

Special Feature .. Optional Builds

Electric Motor 460 Volts@60 Hz 75 BHP @ 1800 RPM Electric S1a1 ling

82M0633 · Hydraulic Starling 82MOS88 • Air Slarting 82M0673 · Auxiliary Au Star1mg (Requires External Air Source)

82MD667 • Hydraulic Startmg

82M069'l · Hydr au11c ~1arung

8,MUti94 : tleclric Starling

• "See Accessory Equipment. page 69.

SPECIFICATIONS: HYDRAULIC POWER PACKAGES, UNITS FOR NEMA CLASS I AREAS Ammbly Number Engine

82M068l Perkins 4-154 Diesel 4-Cylinder 57 8HP@3000 RPM Auxiliary Air Starling

SPECIFICATIONS: ELECTRIC GENERATORS

82MD642

82APSS3

82APS40

Ammblv Number

ford 254 Diesel 4-Cylinder 59 OHP @2500 RPM Air/Spring Starting

Lister ST· 1Diesel 1-Cylinder 10 8HP @2600 RPM Manual Starting (Hand Crank)

Onan 2-Cylrnder 12 BHP @ 1800 RPM Electnc Startmg

Alterna1or

Lima MAC·R

Onan Model 6

Unit Performance

3.5 KW 1201240 Volts 60 HZ

6 KW 120/240Votts 60 liz

Engine

Hydraulic Pump

Vickers 25 V 21 4.12 CID/REV,

Vickers 3520 V 356.8811.67 CID

Unit Performance

40GPM@1450PSI

SO GPM @ 1700PS1

Tank Capacities

60 Gals. (227 liters) Hydraulic Ori 20Gals. (75 Liters) Diesel

60 Gals. (227 Liters) Hydraulic Oil 20 Gals. (75 Lite1s) Diesel

Tank Capacity

3 Gallons (1 1liters) Diesel

8 Gallons (30Lilers) Diesel

Skid Dimensions

78" Long x 40" Wide x 46" High

112· Long x 40" Wrde x 45· High

Skid Dimensions

52" Long x 31" Wide x 46" High

60" long x 34· Wide x 52" Hrgh

Weight w/Fluids

4150 Lbs. (1882 KG)

4000 Lbs. ( 1814 KG)

Weigh! wlfluids

1250 Lbs. (566 KG)

I 100 Lbs. (498 KG)

External Connec1ions

Hose Group 8

Hose Group B

Ex1erna1 Connections

4Wue

4WJTe

66

&~______

DTI S

w_ir_e_ lin_e_s_e_ rv_ic_e_E_ qu_ip_m _e_nt_ _ _ __ _ OTIS WIRELINE UNITS Wireline Trucks

protection agamst weather and noise. Powe r for the hyd raulic system is provided by the truck engine through a power take-off. The operator's compartment has sea ting for the operator and helpers. a nd is equipped with a heater. storage cabi net. drawers. wa ter-can rack a nd an emergency escape hatch. Ample tool storage s pace is provided in the side compartmcnb and drawers. The rear doors and roof hatch open wide to give the o perator good vis ibility of t he wellhead and lubrica tors.

Otis Wireline Trucks are designed and built to handle a variety of wireline completion and maintenance requirements. Unit s ca n be specified from three different reel packages a nd a va riety of cab and chass is/ engine combi nations. The cab and chassis. truck body a nd wireline reel package arc combined as an integral assemb ly providing a complete a nd self-contained . mobile uni1. The wireline bod y is co mprised of an allwelded structural tubing frame with heavy ga uge sheet metal exterior skins. Insulation is provided for

SPECIFICATIONS: OTIS WIRELINE TRUCKS Rttl

Au embly Numbrr

Picklge

82\'11501 82WT502 821'11503

A B C

fo1d f700 fo1d f700 ford f700

Ford 370 Gas ford 370 Gas ford 370 Gas

82\'ITSOl 82WT505 82W l 506

A

C

fo,d Ford fo1d

Cal 3208 Diesel Cal 3208 Diesel Cal 3208 Diesel

82WT507 82W1508 82W1 509

A B C

IHC 1854 HIC 1854 IHC 1854

Cal 3208 Diesel Cai 3208 Diesel Cai 3208 01ese1

82'1'11510 821'11511 821'11512

A

IIIC 1854 IHC 1854 IHC 1854

111c 0466 Diesel IHC 0466 Diesel 111c 0466 Diesel

Chev1ole1 CD65 Chev1ole1 CD65 C/1ev1ole1 CD65

GM 8 2 L11e, o,esel GM 8 2 Lile, Diesel GM 8.2 L11e1 Diesel

821'11513 82WT514 82"NT515

!:ab and C/lmls'

B

B C /.,

B

C

Engine

·,,11 cab al\
AVAILABLE REEL PACKAGES Ooublt Orum

Single Orum Reel CapaClty

2S.OOO F1 082 Line 25,00'l Fl 092 Line 20 200 Fl 108 Line

Ma "'num Lme SiJ<'ed

3000 f l / Min @ Su1 1ace 1~00 Ft.lM1n @ 25.000'

Maumum Line Pull

2400 Lbs @ Surface 5000 Lbs. @ 25.000'

Reel Capac111es Uppe1 Reel

Lower Reel

Max imum line Speed Upper Reel

Dual SIio\ Lint

28.000 Fl 082 Line 1SOOO fl 092 Line 20.200 F1 108 Line

Reel Capac111es 1Eacn1

28 000 Ft OE2 Line 25 000 Ft 002 Line 20200 Ft 108 Line

17,000 F1 3116 Swao lme 10,300 Fl II~ Swab Line

Maximum Line Speed

3000 Ft /Mm @ Surlace 1200 Ft /M,n (@ 25,000'

Maximum Linc Pull 3000 rt I Mm @ Surface 1400 Fl /Min @ 25.000'

n /Min @ Sur face· 1200 Fl/Min. @ 17.000'

Lower Reel

2900

Max,mum Line Pull Uppe1 Reel

2~00 Los 5000 LDS

~

(>

S4Jrlate 25 000

3900 LDS Ii< S4Jrlace 8900 Lbs @ 17.clOO

Lowe, Reel

·Reduced sllghtly wnen 1ruck 1s equipped w11n d1e$el engme

67

2000 lbs

@

Su11ace

5000 l bs @ 25.000'

DTI S______

w_ir_e_ lin_e_s_e_ rv_ic_e_E_ qu_ip_m _e_nt_ _ __ _ __ . : - . OTIS WIRELINE UNITS Mast Trucks SPECIFICATIONS: OTIS MAST TRUCKS Ammbly Number

Mast

Heigh!

Cab and Ch1u1,•

Engine

82MTS01 82MTS02

55 fl. 70 f l.

ford F700 f ord F700

ford 370 Gas Ford 370 Gas

82MT503 82M TS04

55 f l. 70 Fl.

Chevro1e1 C065 Chevrole1 C065

GM 8.2 Lrter Dresel GM 8.2 Liter Diesel

82MT505 82MT506

55 FL 70 FT.

lllC 1854 IHC 1854

Cat 3208 Diesel Cat 3208 Diesel

' All Cab and chassis are equipped as follows: GVW • 24.000 lbs.: Cab lo Axle · 102 inches: Fron! Tires· 000x20. Highway: Rear Tires On-011 Road: Transm ission · 5 Speed: Rear End . 2 Speed: Fuel Tanks· Dual Step; Radiator· Heavy Duty: AH Cleaner • Ory Type/Extra Duty: Allernator - Heavy Duly,

Otis Mast Trucks are built to hoist and support equipment for wireline operations and other service work. The mast is ava ilable in 55 foot and 70 foot versions and is designed for stability, structural strength and safety. Two hydraulically operated and two manuall y set outriggers are provided for load distribution during operations. Lubricator racks and tool basket are supplied as standard equipment. A va riety of cab and chassis are available with gas or diesel engines.

Pl!rlormance Data: 45 fl./Min. 3500 Lbs. {1587 KG) 10 ft.

Maximum Winch Speed Maxrmum Prck-up Weight Maxrmum Well Reach

ACCESSORY EQUIPMENT FOR OTIS WIRELINE UNITS OTIS GENERAL PURPOSE HYDRAULIC PUMPS are designed for testing tubing, chemical injection, etc.

SPECIFICATIONS: OTIS LIQUID VOLUME PUMPS 82M0224

Ammbly Number Maximum Pressure Output

68

10,000 PSI

Maximum Volume Output

10.8 GPM

Tank Capacity

225 Gallons (851 L1ters1

Skid Dimensions

64" Long x 55· Wide x 44· High

we,ght (Ory)

1500 Lbs. (680 KG) Steel Frame

Maximum Hydraulic Input

70 GPM, 2000 PSI

& _______

OJI S

w_ir_el_ in_e _s_ er_vi_ce_E _q_ui_pm _e _n_t _ _ _ _ _

OTIS WIRELINE UNITS Accessory Equipment for Otis Wireline Units COUNTER EQUIPMENT

TRAILERS. Otis Wireline Trailers may be used for

transporting equipment or mobilizing a n Otis skidmounted unit. The trailers a re all-steel constructed a nd built fo r durability and rough road handling.

WHEELS

Ol1m1ltr IAllprolimlltl

961073-A

Asumbly Nu.,.bv

082

Sides

12 Ga. Steel. 26' High

Suspension

4800 Lb. Single Axle 3300 Lb. Leal Sp11ngs

Standard Equ1pmen1

7 50 x 16-8 Ply Tues Front and Rear Suppoll Jacks Fold Down la1lgale Regulat on llghls 40" Tongue wnh Height Ao1ustable Hitch

.082 .092 .092 .108 . 108 125 188 188

r

Preu ure Wbttl

/.lemc

31251.112403 3t2SMl2803 312SM12503 312SMt2903 312SM1332 312SM1236 1 312SM1 2261 3t2SM1 322 312SM1 2133

312SM12338 312Sl,1 12338 31251,112~ 312SM 12~ 312SM1331 312SM133 1 312SM1227 312SM1 321

Metric Melric

Metric

82M343i 821.13438 821.IJ.:J'J 821.13440 821,13,l.l t 82i\3.l42 821.IJ.!60

312SM12S34 312SM12534 312SM1321 312SM1321 82MJ.!22 82M3422 82MJ.!22

312SM20022 312SM20032 312SM20044 312SM20045

312SM12n l 312SM12534 312SM 1331 312SM1321

IDB 108 Metric 188 188 l,lelrlG 225 225 Metric

11·,·

961073-B • 3/16" Plate Steel Bed

Optional 8u1ld

CQlnUr Wbttl

01111'.lllr

•3 Open Metal Gr a11ng. 84' Lono x 60' Wid e

Bed

Ammbl Numter

Wlre/Clble

25 .072

092

16

. 108 . 188

COUNTER EQUIPMENT

312SM1321

COUNTER CABLES

COUNTER ASSEMBLIES Ltn9tll

Auambly Humbtt

8Fl 10 Fl. 15 Ft

821033 1

Asumbly Number Whttl D11m1t11 IApproilm111J

Wire/tibia Oi1m111r

Wllh Weight lnditllor

11v,·

. 108 .108 Mel11c .188 . 188 Metric .225 .225 Metric

82CW107 82CWM107 82CW108 82CWM108 82CW 109 82CWM109 82CW110

25

,.

092 103

Wlthoul Waight lndltllOr

82!066 8210323

OD OM ETERS

Type D11ec1 Mount - Fe-!t D11ec1 Moun! • Metric Cable Drive • Feel CaDle Drive - Me111c

312SM20031 312SM21J0;3

82CW111

Ammbly Numb11 82!387 82TM387 8210 130 S2T0Mt30

NOTE Counter equipment w,m 16· counter wheels require non•Slardard moun11ng hardware. Consult engineering for add11ional in1orma11on.

HYDRAULIC CONNECTION H OSES

TOOL BOXES A111mbly Numb11 82M2097 82M3079 82M3080 82M0367"

M1lerl1l 16 Ga. 16 Ga 16 Ga 10 Ga

Parnt-Loc Paint-Loe Pa1n1-Loc Steel

Llngth

Wldlh

Hel1ht

18"

12' 17 12' 30·

10 10S 10)"

2.:· Jo 66"

Oroup

s·

25·

' 82M0067 includes a hand tool tray aoo running 1001 Slorage

69

Spulflcatlons

Anembly Number

Hose Group A

l'i~" High Pressure. l~ f l Long 1", Low Pressure. 15 Ft Lono >; Low Pressure. 15 F1 Long

921019 921020 921214

Hose Group 8

1•, H,gn Pressure. t5 fl Long 1':' Low Pressure. t5 ft Lono 1 ; Low Pressure. 15 Fl Lono

92!213 [>21215 92!214

OJIS______

w_ir_e_lin_e_s_e_rv_ic_e _E_qu_ip_m _e_nt_ __ __ _ _. . . .

OTIS SURFACE EQUIPMENT FOR WIRELINE OPERATIONS All the component s listed on this page arc necessa ry to complete the surface equipment package for efficient and safe performance of Otis Wireline Work. Lubricator consists of three basic pans: wireline stuffing box. wircline lubricator sections and a wireline valve that connects directly to the top of a Christmas tree above the master va lve. To run tools, the master and / or wireline valves are closed to shut-in the well. Pressure is

IH--

-t---\

bled from the lubricator, and lubricator is broken at the quick unions. Tool to be run is connected to wireline and pulled inside lubricator. Then, lubricator is reassembled at quick unions; valves arc opened to admit well press ure; and tool run in well without pulling the tubing. disturbing the packer or killing the well. Stuffing Box is designed for heavy-duty operation with emphasis on safety. ( I) Large JO- or 16-inch sheaves handle heavy lines with less fatigue and breakage. Single piece. cast fork supports sheave. Fork rotates 360° . (2) Internal blowout preventer plunger seats against lower gland which is threaded into stuffing box. Plunger is designed to automatically sea l-off flow should wireline break and is forced out of packing. (3) Bleed ing-off pressure through a pressure-release va lve allows changing of packing under pressure. With valve open, pressure causes the blowout preventer plunger to move up and seal-off against the lower gland. (4) Packing ca n be tightened and line lubricated by a combination gland nut and oil cup located at top of the stuffing box. Quick Unions are an integral part of the lubricator. They are made-up by hand (no wrenches required) to simplify rigging-up. For safety, quick unions are difficult to loosen while pressure is in the indicator. Unions arc available in a wide range of press ure ratings and thread connections.

2

Wireline Pulley (Hay Pulley) is used to bring the wireline down to a position where it is horizontal from the tree to the wireline reel. It also shifts the point of wireline pull from the top of the lubricator to the base of the tree and reduces side loading of the lubricator. Telescoping Gin Pole is used to raise the lubrica tor to the top of the wireline valve and maintain this position when breaking-off or making-up wircline tool strings. Lubri cator Pick-Up Clamp used to hook rope block to pickup lubricator. Wireline Valve is coupled to the top of the wellhead connections or Christmas tree and permits work to be performed on surface equipment above the wireline va lve while the wireline is in the well. The va lve has press ure seal rams which need no adjustment and can be closed quickly to seal around the line without damaging the line. Wellhead Connection is used to connect the bottom of the wireline valve to the top tree connections. The top of the connection fits the bottom of the valve. and the bottom thread of connection is threaded to screw into the particular thread on top of the tree flange connections. Weight Indicator is required to indicat e the total load or line tensi on to prevent overloading the wirelinc. Load Binder and Chain are used to bind the gin pole to the tree and to the wireline valve. Rope Blocks are used to raise and lower the lubricator. Wireline Clamp (not illustrated) is used to clamp the wireline while raising or lowering the lubricator or during fishing operations.

II

II

- - - ---i 7

I

'

1. Wueline $tutting Box 2. Upper Section 3. Quick Union 4. Rope Blocks 5. Telescoping Gin Pole 6. Middle Section 7. Lower Section 8. Bleed-OU Valve 9. Wirehne Val ve 10. Wirchnc Pulley 11. Wellnead Connection 12. we,gnt lndrcator t3. Load Binder and Chains

Otis Wireline Surface Equipment

70

& _______

w _ ire_li_n_ e _s e_r_vi_ce_ E _q_u_ ip_m_en_t _

DTIS

_ _ __

GUIDE TO OTIS WIRELINE LUBRICATORS

SlUffl"'G

l,,

~ "'

.L.

l •

:::e

Ltquid Chamber

• ~

I·.

so~ S1fE 4Vf

L.

1 •

::>. ,.

Liquid Chamber

til

l,j ~L

Jd

t UBRICAiOR MIODIE S(Cl ON

~ MIODIE SEC IION

PICKUP CtAMP

PICKUP C IAMP

.c

LUBRICAIOR, LOWER SEC IION

0

~

tl~l T)

I

.

~

WfllttEAO CONNECIOR FlANGE

Roprosontat,vo of Ot,s Lvbricator with Manual Valvo

Representar,ve of Otis Lubricator wi th Hydra ultc Valvo

71

I

\..,::)

.

,...

\

OTIS______

w _ ir_e,_in_e _s _er_vi_ce_ E _ q_u_iP_m_en_t _ _ _ _ _ _. . . .

GUIDE TO OTIS WIRELINE LUBRICATORS - Continued GUIDE TO OTIS LUBRICATOR ASSEMBLIES, STANDARD SIZES Nominal Slze/lnchu

3

3

3

3

4

4

Working Prmure/psl

5,000

5.000

10.000

10,000

5.000

5.000

Type Service

Stan1h ..d

11,S

Slandard

11,s

Slandard

H,S

PART HO.

PART HO.

PART HO.

PART HO.

PART HO,

PART HO.

IQ.Inch

4600 10-'

460035-'

460010-'

460035-'

460010-'

460035-'

16-lnch

460096· '

460093-'

460096-'

460093-'

460096-'

460093-'

PART NAME S1Ullrng Box Sheave

lubricator Upper Section

46A0133

46AF78

46RF41

46AF58

46A0373

46RF196

Middle Section

46A0133

46AF78

46RF41

46AF58

46A0527

46RF202

lower Sectiont

46A0530

46RF200

46RF113

46RF9

46A0589

46RF201

Wireline Valve Manual

4680152-'

468098-'

4680152•'

4680163·'

4680113-'

4680106-'

Hydraulic

4680164- '

4680104-'

4680164

468026-'

4680107-'

4680105-'

Wellhead Conneclor Flange"'

46A977

46A955

46W680

46A322

46A903

46F498

Needle Valve

930C 1

930CSS

930C1

930CSS

930C1

930CSS

Blanking Cap

46A088

46A0382

46AD88

46A0382

46A0211

46A0599

Pickup Clamp

46W696

46W4S8

46W458

46W668

46W668

46W662

Liquid Chamber"

46AF38-'

46RF46-'

46RF38-'

46RF46-'

4RF38-'

46RF46-'

Nominal Size/Inches

4

4

6-3/8

6-3/8

6-3/8

6-3/8

Working Prmure/p1I

10.000

10,000

5,000

5.000

10.000

10,000

Type Service

Standard

H,S

Standard

H,S

Slandard

H,S

PART NO.

PART HO.

PART HO.

PART HO.

10-lnch

460010-'

460035-'

460010-'

460035-'

460035·'

460035-'

16-lnch

460096-'

460093-'

460096-'

460093-'

460093•'

460093-'

Upper Seclion

46RF216

46RF7

46A0537

46RF196

46RF221

46RF221

Middle Section

46RF215

46RF204

46AOS38

46AF209

46RF220

46RF220

Lowe, Sectiont

46RF1S9

46RF203

46RF225

46RF224

46AF195

46AF195

Manual

4680 113- '

4680142-'

4680 114-'

46601 12·'

Available on ReQuesl

Hydraulic

4680 107•'

4680~-·

4680 110-'

4680 111-'

468064-'

Wellhead Connec1or Flange"·

46A417

46F125

46A 1002

46A935

46F504

46F504

Needle Valve

930C I

930CSS

930C1

930C55

930CSS

930C55

PART NAME

PART NO.

PART NO.

Slutling Sox Sheave

lubricator

Wireline Valve Available on Reques1

46B064·'

Blanking Cap

46A0211

46A0599

46A0411

46A0604

46f0179

46F0179

Pickup Clamp

46W662

46W704

46W704

461'1662

46W613

46W613

Liquid Chamber'"

46RF38·'

46AF46-'

46AF38-'

46RF46-'

46RF46-'

46RF46-'

' Specily wice size when ordering, " Hand pump cequired for liquid chamber !l3ST787: Hose Assembly 92T0317, up to 10.000 ps,, '"11 lhreaded conneclion is requ11ed reler 10 page 85 In lh,s calalog. !Assembly includes needle valves.

72

& _______

DTIS

w_ir_el_in_e_s_e_rv_ic_e_E_qu_ip_ m _ e_n_t _ __ _ _

GUIDE TO OTIS WIRELINE LUBRICATORS - Continued GUIDE TO OTIS LUBRICATOR ASSEMBLIES, 15,000 PSI SERVICE Namln11 Size/ Inches

2·5/8

2·5/8

3

5-1/8

Wortlno Prmure/ ptl

15.oo:>

15.oo:>

15.oo:l

15.000

15,000

Type Strvlet

S1andard

lt,S

S1andard

H,S

H,S

PART ~O.

PART HO.

PART HO

PART NO

PART NO.

PART NAME

4

S1ulling Box Sheave I Q.Inch

460032··

46003!>'

460035,'

4600102·'

4600102·'

16-lnch

4600 1()5.'

4600110- '

4600110- '

4600106- '

4600100··

46Rr279

Lubrica1or Upper Sec11on

461lF211

46RF 199

46RF274

46RF236

Middle Section

46RF211

46RF 165

46RF273

46RF237

46RF287

Lowe, See1,ont

46/1F210

46RF 163

46Rf272

461lF238

46RF281

Wireline Valve Manual

Available on ReQuesl

Available on Reques1

Available on ReQuesl

Available on ReQues 1

468Tl66-'

Hydraulic

4680102•'

466C)W. '

4680 154,'

4680140-'

Available on Rtques1

Wellhead Connec:1or Flange"'

46F473

46F485

46A IO'}l

46A895

Needle Valve

930C21

930C21

930C21

930C21

Blanking Cap

46A0608

46A0597

46A0588

46A0603

Pickup Clamp

46W688

46W/05

46W705

46W654

L1qurd Chamber"

46RF67·'

46RF222·'

46RFm

46RF280- '

·spec11y wore size whe, orde11ng ··Hand pump reQuored lor hqu,d tt1am0tr 93ST787: Host Assembly 9210317. up 10 10.cro psi '"11 lhreaded conneellon 1s requored refer 10 page 85 1n lhrs catalog !Assembly includes needle val ves.

73

46A0601

46Rr280- '

OTIS______

w_ir_e_lin_e_s_e_rv_ic_e_E_q_ui_Pm _ e_n_t _ __ __ _. . . . .

GUIDE TO OTIS WIRELINE LUBRICATORS - Continued

SIUfflNC, IIOX SkEAVE

ii

.i.:-

-

lUBPICAIOII UPP(R SECTION

l~

Liquid Chamber

;µ u h-::.--

µJ:P-

Liquid Chamber 1U&P1C•IOR

M ODIE ~ECTION

PICKUP CIAMP

]

'>

\1

_,.,

lU6RICAl0R

_ _ , ~ lOWER SECTION

"EllHfAO

- --===...;c.._...,--- - (C.."-!(10~ flA'-Gf Representar, vo of Lubrica tor Assembly for Cold Weather Service

Reproson tat,ve of 5" Lubrtcaror

74

OTIS

~ - - - - -- -W - ir_el_in_e _se_r_vi_ce_E _q_u_ip_m_en_t_ _ __ _ GUIDE TO OTIS WIRELINE LUBRICATORS - Continued GUIDE TO OTIS LUBRICATOR ASSEMBLIES, NOMINAL SIZE 5 INCHES Homln11 Sl11/lnchu

s

5

SJXXl S1andard

5.00l

5 10.00l

5

Working Prusure/psi

H,S

Slandard

H,S

PART HO.

PART HO.

PART HO.

Type Se1vlc1 PART NAME

PART HO.

10.00l

S1ulhng Box Sheave 10.1nch

460010· ·

46003S.'

46001(). '

460035· '

l&lnch

46()()96.·

46009J.'

J6()096- .

460093.'

Lu0<1tator Upper Secl1on

46A0373

46RF196

•6RF216

46RF7

Middle Section

46A0531

46AF206

'6AF217

46RF206

Lower Section!

46RF218

46AF205

•6AF219

46RF207

W11 ehne Valve Manual

Avatlable on Request

Availabl e on Request

Available on Request

Available on Requesl

llydrauhc

468011S.'

4680117, '

<680109-'

468072· '

Wellhead Connector Flange"'

46W625

46f488

46A1003

46Fnl

Needle Valve

930C 1

9JOCSS

930C1

930C55 46A0602

Blanking Cap

46AOS98

46A0602

46A0598

Pickup Clamp

46W668

46W662

46W662

46W704

Liquid Chamber••

46RF38· '

46AF46·'

6RF38-'

46RF46- '

' Spec1ly •me size ... hen ordeuno " Hand pump requued tor hqu1d c/lamber 9351787. Hose assemoly !l110317. up to 10.00l psi "'II 1h,eaded connechon ,s 1equ11td refer to page 85 ,n this catalog !Assembly includes needle valves

GUIDE TO OTIS LUBRICATOR ASSEMBLIES, COLD WEATHER SERVICE Homlnil Size/ Inches Working Pressure/ psi

10.000

I ype Service

H1S (-75°F)

PART HAME

PART HO.

Stutling Box Sheave 1().lnch

Not RecommMded

11,tnch

46001()().'

L,br1ca1or Upper Section

46AF228

Middle Sechon

46RF227

Lower Section

46RF226

Wuehne Valve Manual

Available on Request

llyorauhc

468013J."

Wellhead ConnectOr Flange"'

46F5'.l1

Needle Valve

930C55

Blanking Cap

46AOf,()()

Pickup Clamp

461V704

L1qu1d Chamber " ·soec1ly wue Sile when ordermg ··Hano pump required lo, liquid chamber 93ST787. Hose Assembly 9210317. up to 10.000 psi ' " II threaded connection 1s required reler to page 85 in this catalog. !Assembly Includes needle valves.

75

OTIS______

w _ ir_el_in_e _s _er_v i_ce_ Eq_u_ip_m_en_t_ _ __ __

---.

GUIDE TO OTIS STUFFING BOXES FOR LUBRICATORS ASSEMBLY HUMBER

460010,"

Quick Union Thrud Size !Sul D11.J

5•.4 (350)

Wotklno Prtuur, Shuve 801

1{)"

orr.

10,000

PART NAME Body Collar

46V/12

3 4

Sheave S1a1I

46025

Sheave

46081

5 6

Bearing

93R841

Thrust Washers Bea11ng

93RB43

7

Sheave Boll

46027

8 9

Sheave Nu1

46A105

Sheave Guard

46026

460:,l

10

Alemile

93A13

11 12

Hex Nul

410NH133

Hex HO Boll

410BH115

13

Searong

93Rao

14

Packing Nut

46017

15

Retainer 1/ul

.:6019

IS 17

1/ose Clamp

92U66

O·Ring

9101233-S

18

Pacl<,ng Gland

4601&-"

19 20

Ptunger Slop

46039

Valve Screw

460169

21

Lower Gland

46020-"

22 23

Plunger

46022

O,Ring

9101338-H

24

Packing

91M2112

11/S 11/S

Alemi te

--

Thil. Protector

4683l3

I/IS

Back-Up Ring

HIS

Snap Ring

--

' Spec,ly w,rellne s,ze ..,hen ordering

76

PART HO.

I 2

- -

OJI S

~

- - - - - -- W -ir_e_lin_e_s_e_rv_ic_e_E_qu_i_pm_e_n_t _ _ _ _ _

GUIDE TO OTIS STUFFING BOXES FOR LUBR ICATORS - Continued

·-·

4ouw,-·

4ouul!J0-'

460035-'

460093·'

461]0110,'

4c001D2· '

5• 4 (350)

5·.4 (3 50)

5·4

5.3w..: HOOJ

5-314"-1 (4 00)

!').J/4".4 (4 00)

7. 112·.4 (5 50)

10.000

15.000

15.000

15.000

10.000

15000

15,000

16'

10·

16'

10·

16"

16'

ur

(3.50)

PART HO.

PART NO.

PART HO.

PART KO.

PAR T HO,

46034

460-13

46043

460116

45015,:

46Wl 2

46W1 2

46W12

46W448

46W448

46W448

46W432

460401

46025

460401

46025

460401

4€0401

46025

PART NO. 400116

PART HO. .:60415

460434

46081

460434

46081

46()43'1

4€0434

46081

93RB41

93R84 1

93RB41

93RB41

93RB4 1

931104 I

93RB4 1

93Jl843

93R843

93R843

93R043

93RB43

9WB43

93RB43

46027

46027

46027

46027

46027

4€027

46027

46A 105

46A 105

46A 105

46A 105

46A105

•\6Al05

46A105

460432

46026

460432

46026

460432

4€0432

46026

93A 13

93Al3

93A l3

93A 13

93,'13

93A13

93A13 41DN1i133

410NH 132

41DNH1JJ

41 UNHIJl

41DNH133

41DNH132

410NH132

410811147

4108H 115

410Bli147

4108H I 15

410BH l 47

410BH147

410BH115

93RB6

93RB6

93RB6

93AB6

93RB6

93RB6

93RB6

46017

460 17

4601 7

46010.:

460 127

4€010.:

46010.:

460 19

460 19

460 19

46019

460 19

4€0 19

460 19

921166

921166

92N66

921166

92N66

92N66

92N66

9101233-S

9101233-S

9101233-S

9101 233-S

9101 233-S

910 1233-S

9101233-S

460131 ·'

460 131-'

460 131· '

460101· '

460 101•'

460 131·'

460101-'

46039

46039

46039

460114

460 124

.:al ll4

.:&l114

460169

460 169 46021)."

460169

460169

460169

.:al169

.:60169

460170-'

460103-'

460103· "

.:ro110- ·

.:60 103-'

46020-'

46022

46022

46022

4606',

460 125

.:al89

46089

9101338-H

9101338-H

9101338-H

910V1342-H

910V1342-H

910V1342-H

910Vl~ -H

91M2112

911.12112

91 1.12112

S1M2112

--

91M2112

911,12112

S3A13

---

911,12112

93A13

9JA13

93A13

---

~68343

46834J

468343

468434

4684 31

--

.:58437

46F222

46F222

4Sf44

46f44

460444

--

46f39

46F39

.!6.F39

--

4(,8434

46F43

460443

'Spec11y wlreline s,ze whrn ordering

77

---

OTIS______

w_ir_e_ lin_e_s_e_rv_ic_e_E_qu_i_ pm_e_n_t _ _ __ _ _•

GUIDE TO OTIS STANDARD SERVICE LUBRJCATORS Sec1,on ASSEMBLY NUMBER Nominal Wortln;

R,1 1

i111u ..11iu un

l

Bu £116 (Sul Oh.I Pln Elld Collar1Stal DJaJ

•s

Lan""'

6

;·.; Atme1J!>OI 5.·. 4 Atmt 13 501 104

l h1ta~ Proottw. P,n & Colla,

•5

6 7 8

9

10 II

12 13 14 15 16 17 18 19

10 Rtl

I 1

3 4 5 6

7 8 9 10 II 12 13

..

15 16 I/

16 19

20 Ref I 2 3

-----

-

9101J38,H 468343 468342

18 •

--92C51

rn 20 ·

---

I/

Upl)t: 46111216 250 2 50 10(00 S.OOJ >314"-4 Atmc 14 oo, W"' Atlr,e IJ!ill 5-314" 4 Atmt I• OOI 5·.4 Atme !3 50\ g,96'

Uppe,

UPl>tf

4fllfl911

2 50 S.OOJ s.·..: ,:.cmt (J.:,u/ 5·.4 Ac:mt !3 50)

w,· PART XO.

PART NO.

PART XO.

<6.-\1'3

461!150 461!149 46Rl48 46'N l2 19 10114]-H 9101338-H

46ll343 .:68342

4<11165. W\164 46Rl66 46\'/448 910V1141·11 910VIJ42-II 400434 468446

----

---------

k1id~,t

46al21S 250 10000 5·.4 Acme (3 501 i;. 1/2' Acme r• 751 95·

--

46R142 46Wl2

ll

---

5·.; ""'"~ 13501 s·.o "'"'' 13 !il, 96"

PART NO.

ol{jlllJS ol{jll1J4 4611133 , &... 12 ~IUIIJ911 910 11J&-II 4683,IJ 468342

"'11170 4!,11\87 4611178 4fNII 91011l>H 9101338-H 468343 4683,12

--- -

--

46fW 46f39

--------

Uppe, 46/.0537 300

M1Cdle

M,ddle

4M0517 2 5()

2 50

s· .. Atme 1J :,o, 5•.4 Acme 13 501 96"

s· 4 Atme 13 501

sooo

46/.05JI

5000 S 000 5•-4 Atme 13 50! 6-112·.; Atmt , , 751 a-i, 4·4 Aur.e 16 16 96" 95·

PART XO.

PART 110.

--46A2<1

46A9'.l6

'6A 143

46W12

46W10)

-l&A998 '6W627

9101348-H 4.,.,...., 468342

9101434-11 468438 461l342

--

46A 1013

---

--

910 1236

PART NO. 46A 143

---

--

468}1J

468~•2

468342

-----

92C2936 92C2871

92Cl27

---

-----

92Cl27

1')1d1h

M1d~l t

LO•tl

l011r,ff

LO-'lll tt

4{;11117 2 50

~

46111210

46/.1)(>31)

46111113 300 1000)

---

---

I'°' 15000

1300

5000

10000

-----

---

t~

5·-, Atmt 13501

--- --

-------

5·...i Atme (3 501 5"4A<:,,,, 13!0", 8-11, ·.4 Acme 16 181 lh'.l/4"-4 Atme (7 50! S" 4 Ac""' 13 501 96. 96" 96"

s· 4 .lcm• 13501 96"

5.·.4 Acme 13 50I 96

PARl XO.

PART NO.

PART NO.

PART MO.

PART NO.

46R150 '
46R l50 46Rl49 4£,11157

46A$6

461\$6

9101236-H 468343 468342

4611137 4!,11138 46Rl39 46W 12 9101152-H 9 10123611 468343 468446

92C2811

----•Ull36 --

,us,s

.:6A$2

46B438 468342

9101441-H 468440 468342

-----

-----

---

PART NO.

46A I005

91Dl14/-H 9101435-11 468438 468342

-----

--

--

--

---

46A241 46WIZ

---

-,...-..,

--

92C299J

- -

930C21 '66102

-loo11t1 4liilfZ18 500

lO• ft

<611119

'00

5000 &112·., Acmt (4151 &1,,., Acmt r• 151

'00 10000 & Ill"·• Acm, (4 75.1 6-1/2" 4 Acme 14 15.1

s.11,·., Atll'e 16181

6

gs· PART NO.

oo· PART NO.

7 8

46A255

46R1&9 46R202

9 10

"6All00 46W109

II

--

461110 <6W627 9101252-H 9101435-H

---

s· 4 Acmt 13 501

461!195 46Rl97 461!196 46WI 1910133/·H 9101338-H 468343 468342 46f22? •6f39 1-1..

--

46/.05all

5

4611F2ll 200 1SOOO

4bUJ-13

---

92C127

Uoper

PART NO.

-------

-----

-

~o~ ). • Acme 13 !QI s~4 Atme Cl !.O) 91,

--------

LO • tf

4

9))(:1

--

l.O'llltt

~--.:Atre t35Cf-

9:Xlel

-lout

..unrdi

4Mf22S

S.<00

500 10000

638

8-114"·4 Acme 16 181

8 ,,,._. Atmcc6 181 8 114 4 Acm, 16 181

50Cll g.31.s·.J Acmt \6 1a1 8·314"·' Acmt 17 501

96"

96"

96"

PART NO.

PART XO.

PART NO.

4SR11

46R31 •GR36 468359

46113 46R I

4M8

12 IJ

9101:l-18-H

"6Rl88 '6WI09 910 12<.t II 9101348-H

468436

.....Jb

46':l<;,o

14 l)

468448

468<'3

, 68450

~;;ii

46MIJ

•6A2

9:JOCI

---

4f,IIJ5

CJ:?C:l&Q

-

-'6R9

9JOC1

9JOC1

9XlCI

!00(;1

,s

Representative of Lubricaror

IS •

16 •

46A0373

--9101338

96" PART XO. <68111 ~108 ,SR107 '6W4'S ~lUVI '-"'" 910V l342·H •68434 •68446

'6Aol0!>

'6A<01 46W12

u·

Thread Ptotec101, Soc Bac\•Up R1n9 Snap Rm9 Couphng Pup Joint Ntecle Vatve Nipple Rel I 2 3

:,.JW-< Atmt 14 00! 5-3/4"-4 Atm, 14 00)

--

9 10 II 12 IJ •

Uppc, 4611141

"" S.000

PART XO. I

a

Pon End Collar ().Rong 0-Rong

l U8 RlCAIOR lOWER SECTION

45flf78

sooo

lub l ube

l UBRICAIOR MIDDl E SECTION

Uppet

46A0ll3 200

3

PART NAME Be, Eno

IU!RICAIOR UPPER SECIION

Upper

1, 18 19 10

--

--

--

--

46All01

--

---

·11ems 11 13 14 15. 16 18 ano 20 nor stiown

78

-----

, 6r515

910135.>>t 9102435H

--

-- -

•68390

46AS62 9101261-H 9101441-H "66"'0 468~

----

--- --

& _______

DTIS

w_ 1·_re_li_n_e _s _er_vi_ce_ Eq_u_ip_m_e_ nt_ __ _ _ _

GUIDE T O OTIS H 2 S SERVICE LUBRICATORS Stct,on

Rel

ASSEMBLY NUMBER lkllln,I Dl1m111

2

Bot End 1Saal D11.I Pin End Collu 1Sul 011.I

,

Wetting Pnuurt

unath PART NAME So, End Luo Tube Pin Eno Collar 0-R,ng 0-R,ng lh1ud P1oltclOI, Pm & couu Threac, P101ec10, Bo, 8JCk·UP RlllQ SnJp R,nq cc..01 no

I

3 4 6 7

a 9 10 11

12

Netdle Valvt

13 14 15 16 17 18 19

Nipple

20

Pup Jotnl

Up~er 4e,lf$8

Upper Upper uooe1 46Rfl9'1 4611F7 45Rfl19 100 12 00 lW 2 50 1 SJ IO COO 1,.000 15000 10 000 15000 5-3,4·4 A<me (4 001 !,.3W·4 1\cme (4 001 , 3/4"·4 Acme 1• 00> >·3/ 4"·• Acme (4 00) i-112"·4 Acme 15 f>'ll 5-3;,1·.4 Acme (4 OOJ 5-314"-4 Aeme (• OOJ 6· 114"·• Acme 1• 001 !>-3/ 4"-4 Acme (4 00) 7- 112"·4 Acme 15 f>'ll 96" 96" 96" g;· 96"

Uppe, 46Rfl28 2 50 10.!IX) !,.314·.4 Acm, (4 00) , 3/4"-4 Acme (4 00) 96"

JOO 10 0::0 !,.314·., Acme(• OOJ !>-3/4"·4 Acme 1• OOJ 96"

PART NO.

PART ND.

PAHi NO.

PART ND.

PART ND.

PART NO.

PART NO.

$103 46RI04 46/ll02 46W448 91UYl 1'2-H 910VIJ42·H 468~ 468446

!oil! ....

'6R14> 46R147 46W...,8 91ov1mtt 910Y1342·H JcB434

$ 144 46Rl45 •1611168 46f168 9 10VlmH 910V13'2·H

<£!!HZ ·•6R1 1, •611 173 •6W448 910VIZJ2 H 910V13'2 H

'6R215 '6R2 16 4(Hl217 46W<32 910Vl33>H 910V13;:-H

468435

•68434

.JoB'37

•68440

460449

46lh6 46R l7 4611 19 46WSj6 910Y17.l"NA 910Yl342 M 46843-1 468446

46R118 46R III 46Rl(J6 46W448 910V I ~ 910Vl3'1-!i 468(34 468'46

--- --

4611119

Upper ~F214

460446 46f4' 46f43

4664•6 '6F4' '6F43

----------

-

--- -

- -

--

-- - -

-

--

Uppt1

1hd4!e

M,C!Ol!

Mfdelt

!.'1dt1Je

I

,ume

'

300 15 000 7-IIZ- • Acme 15 501 7-112" > Acmt 15 501 96" PART NO.

46Rf173 2 00 15000 5-314·.4 Acme 1• 001 ; . 112·., Atl'e 15 501

4Mf 165 2 00 15000

.:ORF201 2 SO 5.000 5-314 .& .\c..mt 1.:001

2 50 5 !1X)

6,11 J·~~ Acmt1 .& 00•

S6"

96

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PART NO. 46R 144 46R145

PART NO.

PART NO.

,:6/1169 '6R145 •t.Al66 4(,-419 910V1??6-li 910V13• 2-11 468435

'6R1 6S

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9 10 11 12 13

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15 16 17 18 19 li;

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5 6

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---

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-----

---

t,.11 .s '•.: Acmt1 <1 001

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PART NO.

PABT NO.

•61l115 •61ll16 , 511230 46f<31 910Y1.tll,H 910¥135!,-H 4681,.11 468'49 461431

•61116 46R 17 46R16 •6F;JO 910Y12l' ',\ 910Y1'27 H 468439 468446

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PART RU. •6RS3

46RS, ,16R54 46145'.l

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6

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-- --Lo11 e, 45Rf281 400 15.!IX) 9-112~4 Acme 16251 9-112- -1 Acme 16 251 96' ron

NU.

'6R223 .lol!Z25

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4(,F432 •&f433

•6A209

46R l3

----

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M1ao1t 46RFWI 2 SO 10000 S-J/..l. 4 Acmt ( i OOl 8-J1s ·., A<mt 15 251 96"

'6f331

•SAil»

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910V114l H

910V1147-li 910Vl44311 i:60412 •68446

910V1232 H 9 10V1427,II 468439 .;613.:.:0

----

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0-,,..., Acme (400) 46/1181 '61\ 180 '611 182 46f419

--

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--

---


46R•O 46R•7 46R45

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PART NO

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- - -

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PAR! NO.

46A898

•60443

2 50 5 000 !,.J •• • A<mt 1• 001 9-1:1· • A<me 1soo1 96" ron 1 NU. 468 165 46111&,

!,, 31,:·.J A,mc t4 001

r,.1,.-.4 Acme (4001 95·

46R l4

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Lower

46llf100 300

46Rf9

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5·3/4".4 Acrre 14 001 5 314' ,, Acme (4 001

96· PART NO.

300

100::0 5 3i,· .•: Acme 1• 001 5·314"·• A
...,.•. 96"

46Al12 .;,A114

46Rl 71

461331 910V12J2,H 910Vl4J&H '68..i l <684'6

----

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PART NO.

46W418

J6W.!.!8

46W<32

910VIIS2 H 910Vl3'1 H •684:ll 468446

910V1230-H 910Vl3'2·H 46843-1 468-146

910V123(,H 910Vl3,-,..H 468437 460419

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to,.,,

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l Oo\ tl

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46Rf107 5 00 10000 9· ·• At mt 16 751 9·., Atmc 16151 95·

46Rf238

79

2 SO 10,!IX) !>-31'' • ~cm, 1• 001 g· .4 Acm, (6 751

,:(;l,11

930CS5

---

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4Ml206

4611118 46R117 •GR1116

'61125

---

mc;s

-----

!,Rl{I.) "611110

.JWl<X?

------

--

PART NO.

--930CS5 - -

930C21

Uppe1

•eiirm

••• • IID.

4611126 !6R11•

•SRm

46f331 910V1355 Ii 910Vl438 H "68J.41 •68<>3

- -- -•611125 -9JOC~ ---

4£,l,I()

•611142

,w~n

-----

46Rf124 638 15 000 5000 12-11, ·4 Acmt (i OO\ 9 II?" 4 Acne (800) l?-w·., Acme 17 001 9 111 • Acme 1a 001 95· 96" rARI NO. •••• NU. 46R43 46AS 46114' '
,12

-----

--

9JOC21 ,&;102

9JOC!o

--

OfIS______

w_i_ re_li_ ne_s_e_rv_ic_e_E_qu_i_ pm_e_n_ t _ __ _ __ - .

OTIS CROSSOVER LUBRICATOR SECTIONS

~-

GUIDE TO OTIS LUBRICATOR SECTIONS, STANDARD SERVICE Suw,t1

ASS! ~&lY liUllllR

S1.10d1rd

Stan,u,a

Stand.ml

St11.1,di10

4.!.l.0$76

•Mf771

w.an,

ltil

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311)

lS<:00

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~ 0610

21il

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6-11 .:·,4 Acme 14 001

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PUT NO

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PARf ND.

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---

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910133&-ll 46f39

910133&-H 4U39

---

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kma

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!il.l:1\0110

l $$1MllYNUMIIA

'6.t0J71

4MD61 300 10 000

,,r,,

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WotkltlQPnm1n

:~!~~;

lto;III

1 ,!1011 I

PUI WO ~566

PAil O#E l1.1tiS-ttlt0n

S. , EI\O

:6.\5&2

46.\580 '6A58J 910[13A8 ,1

P1.nEn0 Colla1

0 Rooo

------

SnJ:> P.1no 8,c, -UoR~ OR,,9

,uin

46,\358

--

--

'6N11 910 1736-H

6 11r 4 Ac:me (.& 751

~0Jl1 JOO SIX)IJ s·-1 A<met3 SO> s· ·Heme l3 SIii 1~·

-'6A.220

PART 10 •s1<11l6 W.581

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.:o;.zu

'6A16S 910114~11

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&i;r..,i Acme c.; P.IJ

10·

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scoo

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~~

9101Wti '6F43

Pln(r.:, Co J,ar 0 R no

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~

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---

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9101337 ll

~·-,1

----461'1!.l 46f2 15 9101338 ,1

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--'6W109 91013'3 II ---

5000

.

-

-

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46W433 91011~-H

-----

5000

8 318·.4 A(mt (7 SIJI 1a·

---

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5011)

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--

510134H

- -

----

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910141·H

---

--

---

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--

GUI DE TO OTIS LUBRICATOR SECTIONS, H 2 S SERVICE liCllllr,.111.0.

,1 s •6Rf1'7 ~00

Worl at:;Prn.u,n

50JIJ

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loa , _,. C.llv (S.~ Ou l

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13·

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PARI NO.

llS •6f017< 30J

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lubSecNm Bodnd

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~'01

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av. £-J P,tt(tt,J

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.:um

---

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---

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----

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Sn,1~ R1n.-g

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10000

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le , Et1dlSb1011 I ,ui 1nd Colbr (Sul Ot1 )

----

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--

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-

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--

--

4USOJ

4SF!>33

GUIDE TO OTIS/ BOWEN LUB RI CATOR SECTIONS, H2 S SERVICE StfVIU

'1S

II S

ASSIMBLYWUMl[R

4&1DS~

4&10566

Kom1n1ll O

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s

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6oAtftl~i°9

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PAR( NAM[ lubs«t1Cn Bo, [ rt;) Co1ur O·R"'9 Pin End ORmo

tSol 01, I

6 1,.: ·" A.cmt 1616 10

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HS

HS

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46A0571 2 SIJ <0000

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6-5116

6 s 16' ..,,,,,.,,., 311

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PART NO.

PART NO

-16f362

46At0Ci0

9 10V1"2i·H

H.S

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---

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411.1.0'37

48A0489

46RF?69

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---

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---

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---

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3000

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46A10S6

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5·., Acmt 13 ~

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80

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300 IOOJIJ

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---

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80Afn 1)769:JJ

s· , :.c,,i.,3 sa, °''' 13' PART ND.

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910VI-H

11 $

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--

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.t!/559

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910'11236-H 46Al05 910V 1345-ll

910V11Sl·H ~106 910V 13'1· H

'6R7J

I

--·-

& _______

w_i_ re_lin_e_s_e_rv_ic_e_E_qu_ip_ m _e_n_ t _ __

_

DTIS

_

OTIS WIRELINE VALVES

TOP CONNEC TIO N QUICK UNION 80X

- t-

-

BOTTOM CONNECTION QUICK UN ION PIN ANO COLLAR

Single-Ram, Manual Wireline Valve

GUIDE TO OTIS SINGLE-RAM, MANUAL WIRELINE VALVE .luaa:bly Nu111btr

4680152·'

468098-'

4680 163-'

4680113

4680106-'

4680142

468Tl66

4680114

4680112

Nominal Size/Inches

3

3

3

4

4

4

4

8-318

8-318

Working Pressure/psi

5.000 & 10.000

5,000

10,000

5.000 & 10,000

5,000

10.000

15,000

5,000

5.000

Type Service

S1andard

H'S

ti 'S

IFS

H'S

H'S

tl'S

Standard

H'S

Minimum IO /Inches

2.94

2.9a

2.94

4.00

400

4 00

398

6.38

6.38

Top Connecllon

5·.4 Acme

~3/4"-4 Acme

~314•.4 Acme

6-112'-4 Acme

8-3/8. -4 Acme

8-3/&· -4 Acme

9-1/2'·4 Acme

8-314" -4 Acme

9-112' -4 Acme

Ouick Union Box (Seat 1.0./lnches)

3.500

4.000

4.00

4.75

5.25

5.25

625

7,';J)

8.00

Bollom Connection

5·.4 Acme

~/4"-4 Acme

~314·.4 Acme

8- 1/2'·4 Acme

8-3/a"-4 Acme

8-3/8"-4 Acme

9- 1/2'·4·Acme

8-3/4'·4 Acme

g. 1/2'-4 Acme

Ouick Union Pin & Collar (0.0./lnches)

3.496

3.996

3.996

4.746

5 246

5246

6.246

7.496

7.996

Equal111n11 Valve Asse:nbly

468096

468°"6

468085

46~

468085

468085

468542

468096

468085

Ram Assembly, Lett Hand

46801 0-'

468010-'

468018-'

468050-·

468030•'

468030-'

4660169-'

4680131·'

468037- '

Ram Assembly, Right Hand

46809· '

46809-'

46801~'

468049-'

468029-'

468029-'

4680168·'

4680131). '

468038-'

Pin-End 0-Ring

9101236-H

9101236-H

910V1342-H

9101348-H

910V1427-H

910V 1427-H

910V135$-H

9101441 -H

910Vt443-H

Repair Kit

4680R152·'

4680R1S2·'

4680R163-'

468QR113-'

4680R106-'

4680R142·'

468TR168-'

4680R114-'

4680R112·'

Blanking Cap

46A088

46A088

46A0382

46A0211

46A0599

46A0599

45A0601

46A0411

46A0604

Box Thread Protector

468342

468342

468446

458448

468451

468451

458454

468452

468454

P,n Thread Protector

468343

468343

468434

468436

468439

458439

468442

4684-IO

468442

81

OTIS______

w_i_ re_lin_e_s_e_rv_ic_e_E_qu_ip_m _e_nt_ _ _ _ _ _ _. . . . .

,. OTIS WIRELINE VALVES

EQUALIZING VALVE A5SEM8LY

Single-Ram, Hydraulic Wire/ine Valvo

~~'\

EQU ALIZING VAlV E A5SEM8l Y ~f~

' Jh~ J~

(~ :cl!

Dual-Ram, Hydraulic Wireline Valve

82

& _______

DJI S

w_ir_e_ lin_e_s_er_v_ic_e_E_ qu_ip_m _e_nt_ _ _ _ _ _

OTIS WIRELINE VALVES GUIDE TO SINGLE-RAM, HYDRAULIC WIRELINE VALVES ASSEMBLYNUMBER Nomln1l Slze/lnchoi Working Prtnure/psl Type Service Minimum 1.0./lnchn Top Connection Quick Union Box (Stal 1.0./lnchul Bollom Connection Quick Union Pin 10.D./lnchal

468016-V 3 5.000& 10.000 Std. 2.9'2 5·.4 Acme 3.50 5·.4 Acme 3.496

468011)4.· 3 5.000 IFS 2.94 5-3/4"-4 Acme 4.00 5-3/4"-4Acme 3.996

PAR TNAME Equalizing Valve Assembly Ram Assembly. Left Hand Ram Assembly, Right !land P,n End 0-Ring

ran , HO.

PART HO. 468085 4680t &· 46B015-• 910Y1342·H

Repair Ki t Blanking Cap Box Thread Protector P,n Thread Protec1or Hand Pump

'1()0Ut1164-• ,16A088 468342 468343 46HP5

ASSEM BLYNUMBER Homln1I Size/Inches Wor\ingPrauure/psl TypeService Mlnlmu11 I.D./lnchoi Top C~nectlon Quick Union Box (Stal 1.0./lnchu ) Botlllm Conn, cllon Dulek Union Pin 10.0./lnchssl

46BD1U7·' 4 5.000 & 10.000 Std. 4.00 &-112· .4 Acme 4.75 s- 112·.4 Acme 4.746

H'S 4.00 8·3/8"·4 Acme 5.25 8·3/8' -1 Acme 5.246

PART NAME Equalizing Val ve Assembly Ram Assembly, left Hand Ram Assembly. Righi Hand Pin End Q.R,ng

ront NO. 468096 4680so- · 468049- ' 9101348-H

PART NO. 468085 46803().' 468029-· 9tOV1427·H

Repair Kit Blanking Cap Box Thread Protector Pin Thread Prorector Hand Pump

4680R107-· 46A02 11 468448 468436 46HP5

4680R1 Q5- • 46A0599 46845 1 468439 46HPS

ASSEMBLYNUMBER Homln1l Size/ Inches Wor\ingPra 1ure/p1I Type Service Minimum1.0./lncha Top ConnecUon Quick Union Box 1se,11.0./lnchu l Bollom Connecllon Ouick Union Pin (D.D./lnchu)

46BDI09-• 5 10,000 Std 4.98 8- 1/ 4"·4Acrne 6.188 8- 114'·4Acme 6.184

468072-' 5 10.000 H'S 4.98 9"-4Acme 6 75 9"-4Acme 6.746

NO. 468542 468075-' 468074- • 910 1435-H

PART HD. 468085 468071-· 46807(). ' 310V 1438-ll

4680R109-' 46A0598 468450 468438 461lPS

46BOA72- • 46A0602 468-153 46B44 1 46HP5

'AH I W ,In

Equalizng ValveAssembly Ram Assembly, Leit Hand Ram Assembly, Right Ha,d Pin End O-R1ng Repair K,t Blanking Cap Box l hread Pro1ector Pin Thread Plotector Hand Pump Specify Wueline S,ze. See page 87.

468096 46801(). ' 46809-· 910 1236-H

... I

46BOR104·' 46A0382 46B.W6

468434 461lP5 4680105-· 4

5.000

468026- • 3 10.000 H' S 2.9.: 5-3/4"-4 Acme 4.00 5-3/,1"·4 Acme 3.996 PART HO. 469085 4660 16- ' ,16BOt s-· 910V1342·H Accau,ria 4680R104· · 46A0382 468446 468434 46HP5

4680154·· 3 15.000 H'S 2.98 7· 112"·4 Acme 5.50 7, 112· .4 Acme 5.496

4680102-· 2-5/8 15.000 Sid. 2.62 5· .4 Acme 350 5"·4Acme 3 496

PART HO.

PART NO.

---

- --

46B0 t27·· 4660 126- • 910 1354-H

4680 11·' 46B0 12·· 9101333-H

468099· · 2-5/8 15.000 H1S 2.62 6- 1/ 4'·4Acrne 4.00 6- 1/ 4",4Acm e 3.996 PART HO.

-46801 --6-.

4680 tS-· 910 1342-H

4680R154·· 46A0588 468449 468437 •16HP5

46BOR102· • 46A0608 46B342 468343 461l P5

46BOR99- • 46A0597 468447 468435 46HP5

4680133-· 4 10.000 H'S (··75°F) 4.00 8·3/8"-4 Acme 5.25 8-3/8"·4 Acme 5.246

4680 11 8·· 4 10.000 Std . 4.98 8· 1/ 4--4 Acme 6. 188 8-1/4"-4 Acme 6.1Sl

4680117·' 4 10.000 H'S 4.!\3 9·.4 Acme 6.75 9·.4 Acme 6 746

PART NO. 468096 4680 135- • 4680 134·' 910Y 1427-M

PART NO. 468096 468075- · 468074-· 3101435-H

PART ND. 46B0o5 46807 1•' 460070-• 910Vt438·H

4680R 133·' 46A0600 468451 468439 461lPS

46BOR1 18· · 46A0598 468450 468438 461lP5

4€BOR111-· 46AL602 468453 468441 46HP5

468014().· 5-1/8 15.000 H'S 5.12 12-t /4'-4 Acme 7.00 12- 114"·4 Acme 6996

46BOI IO·· 6-318 5.000 Std 638 8-3/ 4"-4 Acme 7 SO 8-3/ 4"-4 Acme 7.446

4680111 · • 6-3/8 5.000 H'S 6.38 9-112·.4 Acme 8.00 9- 1/ 2"·4 Acme 7 996

6-3/8 10.000 Std. &H'S 6 38 11· 1/2"·4 Acme 825 11·1/2"-4Acme 8.246

PART ND.

PART HD. 468096 4680131·· 46801 30-' 91AV1443-H

PART NO . 468085 468037· • 468036-· 910144 1-H

PART ND. 468085 468037·. 468036-' 910V1444-H

·16SOR110- " 461\04 11 468452 468440 46HPS

4680R11 1·' 46A0604 46B454 468442 461lP5

46BOR64·· 46F0 179 468455 468433 46HP5

46BDS4-· 4 10,000 H'S 400 8·318'..1 Acme 525 8-318"-4 Acme 5.246 PART ND. 468095 46803().· 468029-' 910Vl427•H Accasorles 46SOA54- ' 46A0599 46845 1 468439 46HP5

---

4680139· · 4680138-· 910V1439-H Acca ,oriu 4680R14(). • 46A0603 468457 468445 46HP5

468064-·

GUIDE TO OTIS DUAL-RAM, HYDRAULIC WIRELINE VALVE ASSEMBLY NUMBER Nominal Slze/lnth"1 Working Preuure/pi l Type Service Minlmcm 1.0./lnchn Top Connetllon Oulck Union Box (Sul l.0./lnchnl BollomConnection Quick Union Pin 10.0./lnchest

468086-' 3 5.000 & t0,000 Sid. 2.94 5•.4 Acme 350 5·.4 Acme 3.496

46BD14!l-' 3 5,000 H'S 2.94 5.314·.4 Acme 4.00 5·314"-4 Acme 3.996

4680151 -· 3 10.000 H'S 2.!>l 5-3/4"-4 Acme 4.00 5-314"·4 Acme 3.996

4680153-. 5 5.000 H' S 4.98 9·.4 Acme 6 75 9· .4 Acme 6.746

PART NAME Equalizing Valve Assembly Ram Assembly. Left Hand Ram Assembly, Right Hand P,n End 0-Ring

PART NO. 468085 ·168010-2 46809-2 9101236-8

PART ND. 468C85 468016-2 4600 15-2 910V t342·H

PART NO. 468085 468071-2 468070-3 910Vt438·H

Repair Kit Blankmg Cap Box Trread Protector Pin Thread Pro1ec10, Hand Pump

4680RBS·· 46A088 4&!3-12 ·168343 4€HP9

PART ND. 468085 46B0t6-2 4600 15-2 910V t342·1! Acceuorlei 4680R149-• 46A0382 468446 -16B434 46HP9

46BOR151· ' 461\0382 468446 468434 46HP9

-1680R15J. • ,16A0602 468453 46944 1 46HP9

83

OTIS______

w_ir_e_lin_e_s_e_N_ic_e_E_qu_ip_m _e_nt_

_ _ _ _ _ _- - .

GUIDE TO OTIS TREE CAP ASSEMBLIES Quiet Union Acme

Thread lntbu

flange Sin

(Seal 011.1

C4mpon1n11 Ring Number

Flange 1.0. lntbos

Am mbly Number

Pin £no

Box

Collar

End

0-Alng

Bac\•UP Ring

Snap Ring

ST ANDAR D SERVICE 2·9/1&-15M 6 BX 3.1116-10M sax

S-4

(3 $))

BX-153

:,-4

(3 $))

8X·154

J.1/8-5M 68 4· 1/16-51.1 68X

:,-4

(3 $))

R-35

6- 112..:

(4.75)

R-39

6-112-4 8-1/4·4

(4.75) \6.188)

OX· 155 f\.46

8·3/4·4 S-1/4-4

(7.500)

R-46

\6 188)

8 X· 1S6

4-1/1&-lOM 6BX 7- 1/16-SM 6BX 7· 1/t6-5M 60X 7-1/1&-lOM 68X

2.56 301

46A0551 46A0552

46A 1030 46A 136

46W12

46f473

91013J8.H

.:ff222

.:6f39

46\1112

.!6W680

910 1338-H

--

--

--

---

306 4 25

4SA0543

46A 136

46W12

4SA9n

9101338-H

46A0493

4SA341

46W1 0!l

46A903

9101348-H

4.06

46A341

46W10!l

46A417

9101348-11

---

5. 12

46A05S3 46A0544

46W626

46FS 15

46W625

910143511

---

--

6.38

46A0545

45A6!>1

46AS62

910 144 1-H

500

46A0564

46W626

46f5 15

46A 1002 46A 1003

----

--

46F4 19 46W448

46f485

910V1342·H 910V1342·H

.:61'44

46F43

.:6A322

--

--

910 143511

--

- -

---

H2S SERVICE 6-1/4-4

(4 00)

BX-153

256

(400)

BX-154

306

46A0554 46AOS56

46A 1(1:!8

S-3/4..:

3-1/16-151.1 6BX 3-118-SM 68

7.112..:

(5 $))

8X· 1S4

306

46A0586

46W432

46A 1($;

910V 1354·11

.:60.W4

460443

5-3/4-4

(4 001

R·35

306

46A0555

46A1045 46A352

461'/448

4SA955

910V134HI

--

--

4· 1/ 1&-51,1 68X

8-3/S..: 8-3/8-4

15.25)

RX-39

96A0557 46AOSSO

46FS37 46FS37

46f 498

910V1427•H

BX-155

4 06 4 06

46f363

(5.25)

46f 363

46f125

910V1427·H

9·112-4 9.4

(625)

BX-155 AX-46

4.06

46AOS61

46A 1001

46f431

502

46A0559

46F350

46F33 1

46A961 46F48S

910V143511 910V 1438-H

6.38 5.12

46A0SO!l 46F01 12

46A796

910V1443-11

46F350

46A655 46F331

46,\935

(6.75)

A-46 llX-156

46F330

(8 25)

BX-156

6.38

46AOS60

46A 1029

46F459

46FSQ.l

(7 00)

BX-156

5 12

461\0492

46AS99

46A898

46A895

2·9/1&-ISM 68X 3-1/16-lOl,1 68X

4·1/16- IOM 6BX 4-1/ 1&-lSM 68 7-1/16-SM 6BX 7·1/16-lOM 6BX

9· 1/2-4 9.4

7·1/16-lOM 6BX 7•1/1&-15M 6BX

11·1/2-4 12· 1/4-4

7·1/16-5M 6BX

(6.75) (8.00)

46A352

--.:6F432 ---

--

910V143S.11

--

910V1444-H

46A946

910V1439-11

46AB96

46A947 4SA897

II

II

Quick Union Assembly Tree Cap

Pin End & 0-Ring Blanking Cap

84

Collar

--46F433

---

---

& _______

DTI S

w_ir_e_ lin_e_s_e_ rv_ic_e_E_ qu_ip_m _e_nt_ _ _ _ _ _

GUIDE TO OTIS TREE FLANGES H 2 S SERVICE

STAND ARD SERVICE Quick Union Thmd/

Fi1nge Siu

lncht1

1s111 011.1

Quick Unlo,,

fllno,

Th1ud/

LO. lln:hts)

Rini No.

Flsoge Size

Pin No.

BX-151 R-24 OX-152

46WS37 46A1038 46A973

1-13/16"-15 M 2·1/16"-5M 2-1/16' - 10M

5-4 5.4 5-4

(3.50) (3.50) (3 50)

181 1.66 2 06

2-9/16"-2M 2-9/16"-SM 2-9/ 16"- 10M

5-4 5-4 5-4

(3 50) (350) (3 50)

2 56 256 256

R-26 R-27 BX-1!>3

46A987 By ReQLeSI 461°1792

2-9/1o-15M 3-1/8"-5M 3-1/16'-10M

5-4 5-4 5.4

(350) (3 50)

(3 50)

256 3.12 3.06

BX-153 R·JS OX-154

46F473 By ReqLeSI 46W680

3-1/16"-10M 3-1/16"-15M 3-1116" - 15M

6-1/2·4 5-4 6-1/2-4

(4.75) (3.50) (4 75)

3.13 2.62 306

BX- 154 BX-154 BX-154

46A668 46F505 46A416

3-1/6'- SM 4-1/ 16'-JM 4-1/16' -SM

5-4 6-112-4 5-4

(3 50) (4 75) (3 50)

306 4 00 2 94

R-35 RX-37 RX-39

46A9n 46An3 46A364

4-1/16"-5M 4-1/16"-10M 4-1/ 16" -ISM

6-1 /2-4 6-112·4

(1.75) (1.75)

4 25 406

--

--

--

R-39 BX-155

-

46A903 46A4 17 By ReqLesl

7-1116"-JM 7-1/16'-SM 7-1 / 16"-SM

8-3/4-4 6-1/4-4 6-3/4-4

(7 501 (6 188) (7 50)

638 512 638

R-45

46An6

R..:6 RX-46

46W625

7-1/16"-10M 2'"-10M 2900 Se1. :;.112·-1rt1 2900Se1 .

8-114-4 5-4 5.4

(6 188) (3.50) (3.50)

500 167 2 73

BX-156 85 R-89

46A1003 46W839 46W840

4"-10M 2900 Se1. Gray 0-5 Blk Gray 0-5--10M

5-4 5-4 5-4

(3 50) (350) (3 50)

3 12 206 206

R-8

46W8-l1 46A72S 46An2

2-112" 0-5 G,ay 2-1116"-15M CAM Seg fig G,ay D-5- 1SM

5-4

(3 50)

2 56

93R49

46~3

5-4 5-4

(3 501 (3 50)

206 2.06

662550-2

46F556 46F558

5-3/44 6-114-l 5-3/4-4

2-9/ 16"- lSM 2·9116"- 15M 2·9116"-20M

6-114-4 7-112-4 6-114-4

3-118"-SM 3-1/16"- 10M 3-1/16"-10M 3-1116' -ISM 3-118"-2M 3-1/8"-SM 4' -3M 4-1/16"-SM

5·3/4--1 S-3/4-4 6- t/4-4

4- 1/ 16" - 20M 1·3/16"- 15M

46A1002

Flange Adapter

85

lnchts 6-1/H 5-314-4 6-1/4-4

2· 1116"-lOM 1-131 16"-101,1 2· 1/16"- 15M 2·9/ 16"- IOM 2-9116"- 10M 2·911o-1S.M

4,1/16"-10M 4-1116"-10M 4-1/ 16"- ISM

1Sul 011.) \4 00) (4.00) (4 00) (4 00) (4 00) (4 00)

I

I

(4 00) (5.50) (4 00)

Fl1oqe LO. (lnchtsl

BX-152 BX-151 BX-152

2 56 2 56 256

BX-153 BX-153 BX-153 BX-153 BX-153 BX·153

2S6

2S6 2S6

(4 00) (4 00) (4.00)

3 12 306

7-1/2-4 5·3/4--1 5-3/U

15 50) (400) (400)

5-3/4-4 8-318-4 5-3/4·4 8-318-4 7• 1/2--1 9-112--1

(4 00)

306 3 12 306 3 12 4 06 3.00 406 4 06 4 06

(525) (4.00) (5.25) (550) (6 25) (4 00)

2"-SM

6-1/4-1 S-3/4--1 5-3/4-4

, SM 7-1/16"-3M 7-1/16"-SM

5-3/4-4 9· 112-4 9-4

7-1/16"-SM 7- 1/16"-lOM 7•1/1o-10M 7-1/16' -101.1 7,1/1o-15M 3-118"-5M

9· 112-4 7-1/2-4 9.4 9-1/2-4 12-1 14-4 5-314-4

(5.50) (6 75) (825) (7 00) (4.00)

3· - 10M 2900 Se, . 3-112"- IOM 2900 Sc, 4"-3M

5·3/4,4 5·314-4 3-3/8-4

(4.00) (4.00) (5.25)

(4 00)

14 00) \4 00) (8.001

(6.75) (800)

RinQ No.

206 181 206

Pan No. 46F514 Oy Request 46F510 46F316 .:SF513 .:SF472 .:SF.:65 .:SF563 46fs.38 By Request

R·JS BX-154 BX-154

·16A322

SX-154 R-31 R-135

46F 1094 .:SA1057 46A955

R-37 RX-39 BX-155 BX-1 55 8X-1S.5 BX-155

.:6A1().15 46F498 46A338

262 181 1 689

BX-155 BX-157 R-24

46A 1035 By Request By Reques1

206 638 500 638 4 00 5 12

BX-152 R-45 RX-46

46A908 46A816 46F435

638 5 12 3 12

R-46 BX-1S6 8X·1S6 BX-1S6 BX-156 R-31

46A935 46\VS02 46Fl30 46f59,l 46,\395 .:SA1053

2 30 2 73 4 00

R-87 R-89 RX-37

46W596 46W595 46F260

262

46F519

46F125 46W439 46A961

OTIS______

w_ i_re_li_n_ e _s e_r_vi_ce_ Eq_u_ip_m_en _t_ _ __ _ _ _. . . .

GUIDE TO OT IS WELLHEAD CONNECTORS Qulok Union Size Thread Siu ISu l Di aI

5·.4 Acme (3 50!

Nomln1I 1.0. 19-1 2 9-l 29-l 2S.: 206 258 206 19,l 2 00 193 2 Ji

End Conntcllon or Thm d Slze 2-318" EU Ptn 2-7/8" EU Ptn 3.112· EU Ptn 4-1/2' EU Ptn 2-7/8-! Acme McEvoy Ptn 3-318-12UII Mc£voy Pm 3-1/2 90 4THO Cameron Prn 3· ,41/A Acme OCT Conn 3"·629' Acme OCT Pm 2-3/8' B' 4 7 lb. Greyloc Pm 2-7/8 'A 6 5 lb Greyloc Pin 10 2 lb. G1eyloc Ptn 3· 112' 8-20 Grayloc Hub C-25 Gr ayloc Hub 0-31 Grayloc Hub E-25 Grayloc Hub

s·

Working Prm ure

ltnglh 160 160 160 77 105 130 17 1 115 15 5 16 0 16 0 16 0 70 70 70 70

5000 5000

5000 5000 10000 10.000 10.000

5000 10000 10.000 10.000 10.000 10,000 10,000 10,000 10,000

2 86 2.C6 2.62 2.98 2 62

Parl Numbu 46A 1112 .:6/;1113 ! 6A881 .:OA318 .:61\215

.:6A359 46A212 46A257 4M219 ! 6A1 116 46A1 121 46A1118 46W106 46W107 46A1117 46W102

GU IDE TO OTIS LIQUID CHAMBER S STAN DAR D SERVICE ASSEMBLY NUMBER Bot Elld !Sul DIii Pln End (Sul DhJ Working Prmurt l1ng1h Hen AmmOly" Hand Pump..

Yl l UJll

9351787

PART NAME Box End 0-R,ng Sp11no Ball Seal Re1aine1

Dt l .

1

2 3 4

Wellhead Connector

46RF38-' 5·.4 Acme 13 501 5·.4 Acme 13 50l 10.000 ps, 1025·

5 6 7 & 9

PART ND. 46R158 9101203-H 90C 118

on.

PART NAM E Box Ena 0-R,ng 2 S011no 3 Sall 4 Seal ne1ame1 5 Sea, 6 Pin End 7 0,A,ng 8 Collar 9 Middle l'ack,ng Grand 10 Fell Packing 11 Nvlon Ball 12 O-R1ng IS Lowtr Gland Nul 14 Snan Rinn IS Bae~ Up Ring 16 Tnd Prou • P&CLR N/ S Thd Protr • Bo, ll/S " These Items mus1 be ordered separattly " Spw ly 1'111ehnt S11e wnen orde11ng 1

Liquid Chamber

86

---

------

46074 46073 46111$.1 9101232-li ! 6\'112

Prn End O·Rmo Colla, M1dole Pac~,no Gfano 10 Fell Pac~,no 11 /Mon Ball 12 13 0 Amo Lowtr Giana Hui 14 Snan Rinn 15 Back Up R,ng 16 Thd P,011 • P&CLR N/S N/S l hd P,011 • Box ' These llems mus1 be ordered separately. " Specify W11chne S,ze when 01de11ng.

ASSEMBLY NUMBER Box End ISul Di a.I Pin End ISu l Dl1.l We, king Pru , ure Ltno1h Heu Alu r=l>ly" Hand Pump"

PART NO. 46R1S8

~Ull

Sea ,

.:Oll155 9101232-H .:6\'112

.:wn.·

~Wll· ·

91V118 93826 -91013.JS.H ! 60168·'

91V118 93826 9101338-H 460168-' 46f39 46F222 468343 466342

---

-468343 468342

46R f46·' 5-3/ 4-4 (4 00) 5-3/4-4 (4.001 10.000 ps, 13 75· 9'l1W17 93ST787 PART NO. 46R1 59 910V1203-H 90CN118 93810

460149 46073 46R160 910V1232-II 46W448 46072·' 91Vl18 93626 9fllV !ffi-li 460168·'

---

46943.: 468!.:6

46Rf6),• 5·.4 Acme(3501 5·.4 Acme 13 501 15 000 ps, 1100· 92103 15 93S T774

46RF222·' 5-3/4 4 14 00) 5 3/4-4 14 00)

93STm

46RF2BO·' 7-1/2·4 (5 50) 7-1/2-4 (5 501 15.000 psr 12 50" 9210315 93SID4

PART ND. 4611162

PART NO. 46R220

4611161

46R219 910V1236-H 46W432 46072·' 91V118 93626 910V 1354·H 460168-' !6f4'3

l)WU PSI

1200· 9210315

-------

910V1228·11 46\\1448 46072- • 91V 118 93826 -!ll0Vi338,H 460168•' 461'43 46f 4! 46843,1 468446

------

461'.:.!4

46B,lJ7 468!49

DTIS

~

- - - -- - W _ir_e_ lin_e_s_e_rv_ic_e_E_qu_i_ pm_e_n_t _ _ _ _ _ AUXILIARY OTIS WIRELINE SURFACE EQUIPMENT OTIS SWABB ING STUFFIN G BOX AND GREASE INJECTOR CONTROL HEAD

Otis Swabbing Stuffi ng Boxes are simple slllffing boxes fo r use with braided line al low pressures. For high press ure (o r pollution free) wirel inc operations Otis Grease Injector Control I-l ead is recommended. GU IDE TO OTIS SWABBING STUFFING BOX (WIPER BOX) ASSEMBLY NUM BER

•cC07~

Bollom Conneellon

~"-·I Acme Pm & Collar

womng Pru1ure. pu Service

3000

3000

S10

Sid.

PART NO. '""1148 46Gl57 46G12 9101236-H 466343

PART NU. 46G 148 46G 165

DET. 1

2 3 4

N/S

PART NAME Pack,no Nu1 Elemen1 Sub Collar 0-R,ng Thread Pro1ec1or

OTY. 1 T 1 1 1

,uuuou l-7/8" EU Pm

---

--

94H40

souuol 5-3/4"·4 Acme Pin & Collar 3000 H,S PART HO. 466 148 46G 166 461'1448 910V13-l2-H 46643-l

Wire Size/In. 31 16 7132 5116 11 4 9116 19132 1/8

NOTE Pac,,no Subassembly. 46603-l-• ,s reQu11ed (orde, sepa,a1ely) Add-on a11achmen1 can be ordered separately. relerence number W-Sheave K11- 4600107. 1o· SheaveK1t -4600108.Hydraulic Pack,nq Nut · 46G084. 112nd Pump Assembly w1lh 60-1001hose 10, Hydrauhc Pack,r,g Nut . 46HP2

GUIDE TO OTIS GREASE INJECTOR CONTROL HEAD 466oa5 ~10 5.00l & 10,00! 5·..: Acme Pin and Collar 82GSl01 1r2· snap 1,1e 46GOR85

ASSEMBLY NUMBER Se1Vtce Work Preurn. osi Bollom Conn1C1lon Gruse Supply Sy>ltm Gruse lnjemr Conntcllcn R01>1lr Kil PART NAME Hyara,hc Pacl<1ng llul Elemen1Suo Elbow 90' 8MPx8FP Nipple PHN-8-SMP 5 Coupler FHC-8-SFP 6 Bushing SMPx4F P 7 Hose 8 0,Arng u Needle Valve 10 0-Rinc 0-A,ng 11 12 Coupling Nipple 13 14 Po, ted Coupling 15 Collar 16 Chee~ Valve 17 Nipple PIIN8-8FP 18 Pin Sub 19 Pin End N/S Thr ead Pro1ec1or

Ofl. 1 2 3 4

4!iC086

~,a 5.00! 2-1t8· EU Pin 82GS100 112 :,nap 111e 46GOR66

QTY.

PART NO.

PART NO.

l l

• <><>VO--

•uuv o-,

2 l 2 I 1 l 1

6 6 1 J

1 1 l 1 1 1 1

46G1S7 928588 9552€3 95S2E7 9281 174

"'"'"'""" 9101338-H 930C8 9101229-11 9101 116-H 46G45 4ouo, 46G3€ 46W12 46G011 95S6C None 46633 -168343

ASSEM3LY NUMBER

466087

St/Vitt

H,S 5,000 & 10,00! 5-314· --4 Acme Prn and Collar 82GS101 1/ 2' Snap Tue 46GOR87

Work Prn,urt. osl Bott4m C(innettron Grust Supply Sy>ltm Gruu ln1tclor Conntction

Repair XII DU. 1

46G167

2

Llltl:>lla

3

955263

4 5

~~"'"' 9281174 S,MUS!{UU

None 930C8 9101229-1 1 9101116-H 46G45 4ouo,

46G36 None 46G01 1 9,;,oO 46G35 None 9-lH40

6 7 8 9 10

II 12 13 14 15 16 17

18 19

20 NOMINAL LINE SIZE

21 FLOW TUBE 1.0.

PART NUMBER

118

1231125 1271 129

46G128-1, 46G128-8

3/ 16

1841 166 1881 190 192/ 19-l

46G19 8 46Gt9 C 46G19·A

i/32

2151217 219/ 221 223/ 225

46G52-C 46G52·8 46G52-A

2311233 2421 245 2511253

46G144-C 46Gl44-8 •6Gl44 -A

306i 310 .312/ 314 3161318

46G56-0 46G56-C 46656-A

llotc Flow lube should be approx,mately 004 inches larger tha, ac1ua1(111,~eot line size I 006 lor new lines) 0~1,onal eQu,pment ,ncludes 14 ,nch Sheave ~,I s and 10 ,nch Sheave k11s lsee p1ge 001. Sheave~,1 001recommended 11 lines11c ,s eQual 10 or greater man 5116 ,nch

87

22 23 N/S

PAR\ NAME OTY tlydraul1c Packrn, Nut 1 Elemenl Sub 1 El bow 90 SM PX2FP 2 ~,pple BMPX8MP 1 P1nEM 1 0-R,na 1 Collar 1 Box End 1 Bushing 8MPX4FP 1 Hose Assembly I Combma1,on Coupler 8FPX4FP 1 Needle Valve 1 Check Valve 1 Nipple PHNB-8F 1 Coupler PIIC8-8F 1 Pin End 1 Collar 1 0-A,no 1 Porled Coupling 1 1/lpple 1 Couplrno 1 0-Ring 6 0-R,ng 6 lhreao Pro1ec1or I

PART HUMBER 46G084 46G168 93F773 9281 175 70V49 910V1117-H 70V':IJ 70V51 928 11 74 92H0472011 92C2736 930CS5 46G06

95S80 955257 46G169 46Yl ~48 910V1342-H J6G18 46G20 46(;4'!

910V1229•H 910V1116-H 46843-l

ORDERIN G INFORMATI ON

Req uired equipment consists of: packing clement sub assembly 4(,G034-* - additional packi ng sub assemb lies are a vailable for specialized service (see page 00): hand pump for hydraulic packing nut 46 1-1 P2: and !low lubes (3 per ~cl a rc required for 5.000 and 10,000 psi service. Order !low tu bes as per chart below).

OTIS______

w _ ir_e,_in_e _s _er_vi_ce_ Eq_u_ip_m_en_t_ _ _ _ __

....

AUXILIARY OTIS WIRELINE SURFACE EQUIPMENT

Sheave Kits. These Otis Sheave Kits are recommended for

Otis Hydraulic Packing Nut

use with Otis Swabbing Stuffing Boxes and / or Otis Grease Injector Heads.

GUIDE TO OTIS HYDRAULIC PACKING NUT ASSEMBLY NUMBER Hyd. working frmure IPSil Max. Stroke (in.I

46G084

1

PART NAME Spirolox Rmg Retainer Washer Spring (S.S.) T,Seat T-Seal Piston Cylinder Elbow !lO' 4MPX4FP Nrpple VHN4-4M

2 3 4

5 6 7 8

9

ASSEMBLY NUMBER' Sheave 0.0. (in.) Max. Wire Si ze (In.I

3000 70 114· Snap Tite 46HP2

Hyd. Fluid Connection Hind Pump w/60' HOse Used wilh Max.1.0.A

OET.

GUIDE TO OTIS SHEAVE KITS

DET• 1 2

.84

on.

PAHi NUMBER

~

1 1 1 1 1 1 1 1 1

93S6125-5 46G 150 90C2154 91TR 121S·A 91TP1327-A 46G151 466152 928327 955197

4 5

6 7 8 9 10 11 12 13 14 15 NIS N/S

46001 08 10.0 (Note) .31

PAHi NAME 3/8,16x2 Mex. H.O. Bat Nut 3/8· 16 Sheave Guard Nut Bott sneave Sheave S1alf Clevis Pin ftarr Pin Coller Stall Weldmen1 OU Thrust Bearrng DU Bushing Spirolox Arng 3ta· washer Alem,te Thrust Bearing !nylon Bearing

on.

PART NUMBER 410BH352 411)/.1H 133 460477 46A 105 460407 460473 46G158 92N11 14 410PC 139 46G159 46G156 93A8730 93SD1325-S 410W133 93A 13 93R843 93R841

1 I 1 1 t 1 1 1 1 1 1 1 1 2 1

2 I

4600107 14 0 .31 PART NUMBER 4108H352 410H133 460475 46A 105 460407 46F153 466158 92N11 14 410PC139 46G159 46G156 93RB730 93S01325·S 410W133 93A 13 93R843 938841

GUIDE TO OTIS PACKING ELEMENT SUBASSEMBLY ASSEMBLY NUMBER Element Material Service OET.

I 2

3

PART NAME Element Expander Element Gurde Disc

on. 2 1 2

46G033,A Viton H,S

46G034-· Runa-N Std. & H,S

46G035·" 46G036·· Polyurethane Flourosillca H1S (-40 ' F) l t, S (-75°F)

PART NO. 46GS4-" 46G6F 46G6()."

PART NO. 46G59-• 46G62··

PART NO. 46G59- • 46F63·· 46G6().·

46G60- •

line Size lln.l 3/16 7/'J2 5116 1/ 4 9/ 16 19/32 118

t 2 3 4 5 6

PART HO. 46G59· • 46F84·' 46G60-•

7

g lx::===::±:::;==== ==t==l1 ~

Otis Packing Element Subassembly

GUIDE TO OTIS CHECK VALVE FOR GREASE INJECTOR CONTROL HEAD ASSEMBLY NUMBER Working Prm ure lpsil Service Thd. Connec1lons

DET. 1 2

Otis Check Valve

3

88

PART NAME Body Bait (1/ 4. Monet) Spiral Pin

46G06 10.000 H1S 1/2 NPT OTY. 1 I 1

PART NUMBER 46G30 93010 92A1079

46GOII 10,000 Std . 1/2 NPT PART NUMBER 46G34 93B10 92R79

l

I'

I

& _______

DTIS

w _ ir_el_in_e _s _er_vi_ce_ Eq_u_ip_m_en_t _ _ _ _ _

OTIS HYDRAULIC PACKING NUT ASSEMBLY OPERATI NG PRINCIPLE

Otis Hydraulic Packing Nut Assembly is designed to be

adapted to the standard Otis Wireline Stuffing Box to eliminate the necessity of climbing the lubricator to tighten the packing nut. It is designed to allow a safe a nd convenient way of adjusting the packing nut by means of a hydraulic hand pump and hose assembly from a ground position. The Otis Hydraulic Packing Nut Assembly is designed to be easily adapted to a standard stuffing· box assembly by removing the retainer nut and packing nut and making up the packing nut assembly directly onto the slllffing box body.

The Otis Hydraulic Packing Nut Assembly includes a piston which has a permissable travel of 0.4 inches enclosed in a housing. The housing has a 1/ 4 NPT connection for a hydraulic hose. The area above the piston is designed so that when a hydraulic_ hose i~ connect_ed to the valved nipp le and pressure 1s applied to this area, the piston is forced downwa rd against the force of the spring. This downward action of the piston is transmitted to the up~er packing _ gland in the stuffing box which is designed to cause the stuffing box packing to be squeezed around the wireline sealing off well fluid s within the stuffing box . When the exact amount of sq ueeze on the packing is reached to accomplish leak stoppage and at the same time allow the line to move freely through the stuffing box, the pressure from the pump should be held . If the packing is sq ueezed too much, preventing the tools from fall!ng fr~e ly, p~essure can be bled off at the pump. The spring will assist well pressure in moving the piston upward and relaxing the packing.

BENEFITS OF DESIGN

• Eliminates the need of climbing the lubricator. • Provides a safer method of wireline operations by reducing the risks oi accidents . • Provides a more efficient use of "on the job" wireline time.

GUIDE TO OTI S HYDRAULIC PACKING NUT ASSEMBLY 460090'

Service O.D./lnthes

S:d. 3.50

1.0./lnchu Material

.ll

3.50 .38

Alloy 302 Stainless

Normalized Alloy & K-Mooel Elg iloy

Sprlno Material Str1>k1/lnchu Fluid Connection Weight

OET. 1 2 3 4

5 6

7

8 9 10

Ni$

PART NAME Piston 0-Ring Nipple 90° Elbow 1/ 4" NPT Housing Valved Nipple 0-Ring Nose Clamp 0-Hmg Spring Hand Pump

HS

.40 1/4" Snap-T,te 6 lbs.

OTY. 1 1 1 1 1 1 1 1 1 1 1

Replaced by 4600 112 on 1ulure orders.

89

460097"

ASSEMBLY NUMBER

PART HO. 460422 910121()-H 93F302 928327 460423 955 197 9101216-H 92N66 9101233-S

90C1992 46HP2

114" S0ap,T11e

PART NO. 460433 9101210-H 93F302

928327 46D439 95S 197 910V12 16-H 92N66 910V1233·S 90CN2D33 46HP2

-

.,...

OTIS______

w_ir_e_lin_e_s_e_rv_ic_e_E_q_ui_pm _ e_n_t _ __ _ _ _- - - - .

OT IS SWAB LUBRICATOR SECTIONS GUIDE TO OTIS SWAB LUBR ICATORS, D IAGRAM A STANDARD SERVICE ASSEMBLY HO

46A0617

46AOtil8

46.10619

Hcrm1I Ollmmr

300

300

H lO

Werling Pmiurt

3000

300)

5-4 Acme 13501

5-4 Acme 13 50)

Pin End & Collar I Stal 011 I

3000 5-4 Acme 13 50) 5-4 Acme (3 SOJ

>6 Acme 13 50)

6-1 /2-4 Acme /4-75)

ltn;lh

1200

1800

120 0

Tube Thre101

3-1/7' EU

3-112" EU

4-1/2" EU

PART NO.

PART HO.

PART NO

46A996

46A996

46A641

92C3792 (11

92C2937 111

46A 1139 13)

46A 1132

46A 1132

46A1131

so, End 1su 10111

OET.

PART NAME

OTV.

1

Box End

2

Lub Tube

3 4

Coupler Bleed Valve

3 I

930C86

Pm End

3

930C86 46A24 1

930C86

5

46A241

46A347

6 7

Collar

3

<:6\'112

46W12

46W100

0-RHIQ

1

9101236-H

9101236-H

9101343-H

3 (' )

i

~ l=d~ ~---1 Diagram A

GUIDE TO OTIS SWAB LUBRICATORS, D IAGRAM B STANDARD SERVICE ASSEMBLY HO.

46A0615

46A0616

46A0623

Normal Dlamtler

200

200

500

Werking Prmure

3000

3000

3000

5-4 Acme 13 50)

5-4 Acme {3 501

5-4 Acme 13 501

5-4 Acm e 13 501

> 4 Acme 13 50)

3-1/4-4 Arme (6 18)

801

End 1su1 Dia I

Pin End & Collir tSul 011.1 ung1n

120 0

160.0

120 0

Tube Thmds

2-3/8" EU

2-3/8" EU

> 112' LCl

PART HO.

PART HO.

PART HO.

.:SA244

46A244

-16A500

DEi.

PART NAME

on.

I

Box End

2 3

Lub lube

3 (')

Coupler

None

92CJ796 Ill

92C379-l 11)

---

--

46,\1 143 \3)

--

4

Bleed VJlve

I

- --

930CS6

5

Pin End

3

46A243

46A243

46A 1133

6

Collar

3

461'112

46Wl2

46Wfi2.7

7

0-A,ng

3

9101236-H

9101 236-H

910143>H

ASSEMBlY NO.

46A0637

46A0638

46A0639

Norm,! Olamtttr

HO

4 00

500

H'S SERVICE

- - -

3

+-- --15

Working Prmure

3000

3000

3000

Bo, Eno ISt1I DiaI

S-3/84 Acme (5 25)

8·3/8-4 Atme 15 25)

5-3/<-4 Acme (4 001 9-4 t.cme 16 75)

Pin End & Collar !Seal Dia.I

S-3/8·4 Acme 15 25)

8-3/8-4 Acme 15 251

Ltnglh

1200

18DD

120.0

Tube Threads

4-112" EU

4- 1/2" EU

5- 112· LCT

on.

OTY.

PART NO.

PART ND.

PART NO.

1

Box Eno

I

46A l l57

46A 1157

46A l 155

2

Lub Tube

l'J

46A 1141 (31

46A1142 13)

46A 1145 (31

3 4

Coupler

tlon~

---

---

--

5 6 7

PART NAME

Bleed Valve

1

930C7 1

3

"6A 1138

930C71 46A 1138

930C71

Pin Eno Collar

3

46f363

461'363

46F331

0-Ring

3

91ov1m-H

910V1427-H

910V1433-H

Diagram B

90

46A 11 35

& _______

w_ir_e_ lin_e_s_e_rv_ic_e_E_qu_i_ Pm _e_n_t _ _ _ __

OJI S

OTIS SWAB LUBRICATOR SECTIONS - Continued

STANDARD SERVICE

H'S SERVICE

46A06l0

46A0621

4aA0612

4aA0621

46A0628

4aA0629

46A0630

46A0633

.saA0634

J 00

4 00

4 00

638

638

638

638

300

3 00

3000

3000

3000

3000

3000

3000

3000

3000

3000

5-4 Acme 13 50)

6· 1/2 4 Acme 13 50)

6-112··' Acme 14 75)

5-4 Acme 13.50)

5.4 Acme (3 50)

8-3/ 4-4 Acme \7 50)

8·3/4 ·I ,,cme 17 50)

5-314-4 Acme (4 00)

5-3/ 4·4 Acme \4 00)

6·1/2 Acme \4 751

6-112 4 Acme (4 75)

6-1/2-1 Acme 4 75)

8-3/4.J Acme (7 501 8-3/ J-I Acme (7 50)

8-314-4 Acme (7 50)

8·3/4·4 Acme 11 50)

5-314-4 Acrne (4 00)

5-3/ 4·4 Acme (J 00)

1800

1200

180 0

120.0

1800

120 0

1800

120 0

1800

4· 1/2" EU

4. 1,2· eu

4· 1/2. EU

7" LCT

r I.CT

r LCf

r LC I

3· 1/2" EU

3-1/2" EU

PART NO.

PART NO.

PAA I HO.

PMI NO.

PAR! NO.

PAA! HO.

PAA! HO.

PAR! HO.

PAA! NO.

46A&11

46A255

46A255

46A565

46A565

46AS64

46AS64

46A715

4cA715

J6A 1140 (3)

46A 1139 \3)

46A1140 ,,3)

46A11 47 13)

46A1148 (31

·l6AI 147 (31

46A11 48 (3/

92C3793 (1)

92C3791 (1)

46A1131

J6A l l31

46A 1131

46A I 134

46,\1 134

46A 1134

46A l 134

46A 1137

JcA1 131

930Cll6

930C86 46A347

930C86

930C86

930C86

930C86

930C71

930C71

46AJ.17

930C86 46,\347

46A782

46A782

46A782

46A782

46A 1047

46A1047

46W100

J6W1D9

46W1D9

46A492

46A492

46A492

,161\492

46W-148

.!€1'1448

9101348·11

91013-IS·H

9101348·11

910144\·H

9101.141 -H

9101•41 -H

910 1441-li

910V1342·H

910V1342·H

SIAHOAR~ SER'I\CE .saA0624

46A0625

46A0626

46A0631

46A0632

.saA0635

<SaAOllJli

500

500

500

2.00

200

4 00

J 00

3000

3000

3000

3000

3000

8-1/4-1 Acme 16 18)

8-1/4-4 Acme 16 18)

3000 5-3/ 4..! Acme (4 001

3000

5-4 Acme (3 50J

5-3/ 4·4 Acme (4 001

>314-4 Acrne (4 00/

5-3/ 4-4 Acme 1• 00)

8-1 / J.4 Acme (6 181

8·114-4 ~cm, 16 18J

8- 114-4 Acrn,, 16 181

5-314-4 Acme (4 00)

S-314-4 Acme {J 001

8-J/8·4 Acme 15 251

8-318-J Acme (5 251

1800

1200

1800

120.0

1800

120 0

1600

S- 112· LCI

5 112' LCl

5-112' LCI

2-318· EU

2-318' EU

4- 112' EU

4-112" EU

PART NO.

PAR! HO.

PARI HO.

PAR! HO.

PAA! HO

PARI NO.

PART HO.

46A5ro

46A71I

46A7 11

46AI049

46AI049

46A 11 54

46A 1154

46A1144 (31

46,\1143(3)

46A 1144 (31

92C3797 ( I)

46,\ 11 41(31

---

92C3795 \ I)

---

--

--

930C86

930C86

930C86

- --

46A 1133

46A1133

46A 1133

46Alll50

46W627

46W627

46W627

46W448

46\'1448

9101435-lt

9101435-H

910 1435-H

910V1342·H

910V 13-12·H

46A0640

46A064 1

46AD642

46A0643

46A0644

46A0645

46A0646

500

500

638

6 38

6 38

6 38

3000

500 3000

3000

3000

3000

3000

3000

5-3/44 Acme (4 001

9 4 Acme 16 75)

9.4 Acme (6 75)

5·3/ 4..! Acme (4 001

5-3/4-4 Acme 14 001

9-1 /2,4 Acme 18 00)

9· 1/2-4 Acme (8 00)

9-1 Acme (6 75)

9-4 Atmt (6 76)

9-4 Acme (6 75)

9-112-1 Acme (8 OOJ

1200

1800

1200

9112-4 Acme 18 00/ ISOO

9· 112-4 Acme (8 00)

1800 5.112· LCI

1200

9-1 /2-4 Acme \8 00/ ISOO

5-112' LCI

5-112" LCT

7" LCI

7" LCl

7" LCI

7' LCT

--

46A 1142 (3)

---

---

----

930C7 1

930C7 1

46AHl50

46A 1138 ,16F363

16A 1138 46F363

910Vl 427,lt

910V1427-li

H'S SERVICE

PAR! HO

PARI NO

PART HO.

PARI HO

PAR! HO.

>6AI 155

46A 1158

46A 1158

J6A 1156

46A 1156

46A I I~

J6Al1~

46A 1146 (3J

46A 1145 ,31

46A 1146 131

46A 1149 (3)

J6Al 1S0 (3}

--

J6A 1149 (31

- -

---

---

---

PAR! HO.

PAR! HO

46A1150 (3)

930C71

930C71

930C71

930C71

930C71

--930Cll

46A 1135

46A1 135

46A 1135

46A 1136

46A 1136

46A 1136

46A 1136

46f331

46F331

46F33 1

46A655

46A655

46A655

910VI038,H

910V 14~H

910V 1438 H

46A655 91Qy g43.)I

910V 1.l.13·t!

910V144J-tl

910Vl.l.1Ht

91

--930C71

OTIS______

w _ ir_el_in_e _s _er_vi_ce__ Eq_u_ip_m_en_t _ _ _ __ _. . . .

OTIS GREASE INJECTION SYSTEMS For special applications requiring grease or oil injection Otis Injector Systems and equipment are available in a wide variety of configurations and performance characteristics designed to meet the job requirements. Injector units are built on a welded, unitized , structural-tubing fram e designed to protect components

from damage. The grease injection units utilize pressurized grease containers to enable the operator to inject the higher viscosity oils and greases, while the oil injection units are designed for use with the easier-tohandle wireline oils. Hose reels a re provided on both types of units aiding the operator in handling and storing the supply hose.

GUIDE TO OTIS GREASE INJECTION UNITS Amembly Humber

82GS102

82GS104

82GS106

Alem11e 7766-A

McFarland MAC-26-GPLP

McFarland MAC-26-GPLP

McFarland MAC-26-GPLP

McFarland MAC-26-GPLP

75:1Power Ratio

23: 1Power Ratio

23:1Power Ratio

23:1Powe, Ra110

23:1Power Ratio

82GS107

82GS1 09

Engine

Injection Pump

Unit Output

7.5 GPH-7500 psi

11.7 GPH -10.000 psi

11.7 GPH-10.000psi

11.7 GPH· 10,000 psr

11.7 GPH· 10,000 psi

Power Requ11emenl

External A11 •

External Hydraulic. 12.5 GPM

Exlernal Hydraulic. 25GPM

External Hydraulic, 25GPM

Ex1ernal Hydraulic. 25GPM

20CFM@ 100ps,

@450 psi

@500 psi. 12V. External Power

@S00ps1. 12V External Power

@1500 ps,

10 Gallons (37 Liters)

Two-lOGallon (37 Liters)

Two-10 Gallon (37 L11e,s)

Two-10 Gallon (37 Liters)

Two- 10 Gallon (37 L11e1st

Grease

Grease

Grease

Grease

Grease. 10Gallons (37

Tank Capacilies

Liters) Melhanol 112· 1,0. x 40' Long

1,2· I o.x 80' Long

3/8" 1.0. x 80' Long

3/8" 1.0 x so· Long

Skid o,mens,ons

40" l. X40" W. X 57" H,

so· L. x 48" W, x 48 5· H

75• l. X 53.5" I'/, X 48.5" Ii

60" l. X t.8"\11. ~ 48.5" ll

84" l. X 68" W. X 58.5" It

Weight w/Grease

700 lbs.(317 kg)

17001bs. (771 kg)

3200 lbs. (1451 kg)

1700 lbs. (771 kgt

3350 lbs (1519 kg)··

Grease Tanks, fleated Supply

Grease Tank Heaters Designed

10.000 psi Methanol

Hase. Totally Enclosed ·

lor - IO' F Environment

ln1ec1,on Hydraulically

Supply Hose

Special Features

Designed tor -40°F Environmen1

112· 1.0. x 150' Long

Operates Wirehne Vatve. Tool Trap and line Clamp. Powered Hose Reels

Optional Builds

· Hand Crank .. Weight w/Grease & Fluids

92

&

Wireline Service Equipment OTIS GREASE INJECTION SYSTEMS - Continued

GUIDE TO OTIS GREASE INJECTION UNITS Ammbly Numbtr

82GS11 I

82CSI 15

l 1ste1 ST201esel

Engine

2-Cyl nder 20 BHP @ 2600 RPM. Manual Star 1rno • ln,ec11on Pump

MtFartand MAC-26-GPLP

Mcfasland MAC-26-GPlP

23 t Power Ratio

23.1Power Ratio

Un11Output

11 7GPtl-10.000 psi

11.7 GPll-10.000 psi

Power Requ11emen1

External Hydraulic :,GPM@SOO ps,

Tank Capac111~s

70 Gallons (265 liters)

70 Gallons (265 liters)

W11ehne01I

l'/11el1ne 011. 20Gallons

(75 lllers) l tydraullc 011, 3 Gallons t 11 L11m) D esel Supply Hose

318" IO t 150' long

Skid Dimensions

:,4• L X 44 5·

Wtight w / Fluids

(Approx) 1800 lbs. (816 kg)

W. x 52· II.

3/8" I D. X 150' long 70" l. X 55· W > 5,l" H. (App1ox ) 2800 lbs. ( 1270 kQI

Sptcia1 Fea1ures 82GS112 Elect11c Starting

Optional Builds

82GS 113 Tra iler Moun:eo 82GS 114 Elect11c Starting Trailer Moun1ed

~

·Hand Cran,

V,

:::E

82GSIOO

82GSI~

826S108

Lister ST1Diesel

lister ST3 Dresel

Deu t, F3L Diesel

62GSI 10 llste1 S13D1ese1

1-Cyhnder 10BHP@2600

3-Cyhnder 30 BHP @2600

3-Cylinaer 268HP @

3-Cyhnder 30 8HP@2600

RPI.I. Elecmc S1ar11ng

RPM Manual Starting·

2100RPM, Spr,ng Siar ling

RPM Ele
Alem11en86-A

McFarlano MAC-26-GPLP

l,lcfa1land MAC-26-GPlP

feuodyne Model 52

75 1Power Ratio

23.1Power Ra110

23 1Power Ratio

11.11Powe1 Ra110

7 5 GPH-5,000 psi

t 1.7 GPlt· 10.000 ps,

11 7 GPlt· 10.000 psi

3'.J GPH-20.000 psi

10Gallon (37 liter s)

I wo-10 Gallon (37 L11ers1

Two-10 Gallon (37 L1te1s)

Two-10Gallon (37 Liters)

Grease

Grease. 45 Gallons ( 170

G1easc. ·15 Gallons (170

Grease, 45Gallons (170

l 1tm) ftydrauhc 011. 3

l 11etsl Hydraulic OIi. 3

liters) Hydraulic Oil. 3

Gallcns (1 1Liters) 0.1se1

Gallons ( 11 L11e1s) Diesel

Gallons ( 11 literst O.esel

112" IO >. 80 Long

112'1 0 , 80 Long

112· IO x SO" Long

None(Due to High Pressure. Hard Plumbing 1s 1ecommended)

5!,"L x 4-1" \'I ,595· 11

78"L x.ia· w . ,53 s·11

1a·L .so· w ,53s·11

78.L x 48" \V x53S" H

1600 lbs 1725 ~g)

3000 IDS (1 360 kg 1··

300J lbs 11360 kg)" "

.l!XXllbs (1360 ~g)" "

Meets NEMA Class I, G1oup I, D1v1s1on 1Spec1hca11ons

82GS 101- Elect11c S1a1t1ng, Grease Tank Heaters. Oes1gnea lor • 10' F

Envuonmem ·ttand C1an~ ··weight w/Greasc & Flu1as

93

DTI S

OTIS______

w _ ir_el_in_e _s _er_vi_ce__ Eq_u_ip_m_en_t _ _ _ _ _ _- - .

OTIS WIRELINE AND MEASURING LINES AND EQUIPMENT Wireline or measuring lines are available for many well conditions. Material choices range from bright steel to various stainless grades. Length and diameter variations are also numerous with lengths ranging from 10,000 to 30,000 fee t and diameters ranging from .072 to . 108 inches. Three things to keep in mind when ordering a wireline are: I) material, this must be determined with well conditions and cost in mind; 2) length, keep in mind the deepest well encountered (common lengths are 10,000, 15,000, 18,000, 20,000, 25,000 and 30,000 feet); 3) diameter, this also determines the strength of the line: where larger loads will be experienced a larger diameter may be required (common sizes are: .072, .082, .092, . 105, and .108 inches). Common materials, benefits and recommended service include: Bright Steel (improved plow steel, carbon steel, API wire) • Most widely used wireline. • Not for use in H2S or CO2. • Least expensive material.

AISI 304

• Good for all H2S service. • Good for moderate Halides below 150° F. • Not for use with Halides above 150° F. AISI 316

• Good for all H2S service. • Good for moderate Halides below 150° F. • Not fo r use with Halides above 150° F. U.S. Steel 18-18-2

• Good for all H2S. • Good in Halides of moderate concentrations. • Not for use in combinations of extreme Halide concentrations and high temperatures. (Other materials are constantly being evaluated for more severe conditions. Information on these materials will become available as they are proven). As previously stated, the wire diameter determines the strength of the line (Sec Table I below). The fatigue life of a line may be reduced if a larger bending radius is not provided for the larger diameter lines. A 16 inch wireline pulley and stuffing box wheel is recommended on the . 105 and .108 inch lines. A list of common wireline strengths and available wirelines fo llow.

TABLE II - BRIGHT STEEL MEASURING LINE

TABLE I - WIRELINE DATA Slzt (In.I

T1n1ll1 (pall

Breaking Strength Min. (Iba.)

Brighi SIMI (Improved Plow Steel/ Carbon Steel) API Wire

.082 .092 .105

234.000 232.000 237.000

1239 1547 2050

26 23

17.93 22.58 29.00

MonllDr M (Extra Improved Plow S1eel/lmproved Carbon Steel)

.002 .092· .105 . 108

276.000 275.000 280.000 280.000

1460 1830 2420 2561

20 17

17.93 22.58 29.00

AlSI 31M

.082 .092 . 105

240.000 240,000 240,000

1280 1582 2070

3 3 3

17.85 22.62 30.24

.002 .092 .105

290.000

2100

3

17.85 22.62 30 24

.002 .092 . 105 . 108

210,000 210,000 210.000 210.000

1110 1300 1810 1920

3 3 3 3

.082 .092 .105 . 108

190.000 190,000 190.000 190.000

1000 1280 1645 1740

Wlrtlln1 Type

Super Tensile AIS1 304

Ultra Tensile AISI 318

Supe, Tensile

8-18-2 Supe, Tensile

Torsion, In 8 In.

3

.072 .072 .082 .082 082 .082 .082 .082 .082

Ltna1h 10.000· 12.000· 15,000' 18,000' 20.000· 10,000' 12.000' 15.000' 16,000' 18,000' 20.000· 25,000'

92ll2 92l 13 92l3 92L14 92L15 92L 18 92L42 92ll 7 92L67

.092 .092 .092

10.000· 12.000' 15000'

.092 092 .092 .092 . 105 .105

18.000' 20.000' 25,000'

92L66 92L78

.105 . 105

A111mblv Number

Weight/ 1000 II.

92LS

(Iba.I

92t6 92L7 92LI 92L8 92L4 92L9 92L2 92L16 92LIO 92LI I 92L25

17.85 22.62 30.24 17.85 22.62 3024

94

Diameter .072 .072 .072

40.000' 15,000' 18,000' 20.000' 22.000'

& _______

OTIS

w_ i_re_li_n_e _s e_r_vi_ce_ Eq_u_ip_m_e_ nt_ _ __ __

OTIS WIRELINE AND MEASURING LINE AND EQUIPMENT - Continued TABLE IV - 304 STAINLESS STEEL

TABLE Ill - AA MONITOR HI TENSILE Ammblr Numbir

Ol1m11ar

92L55 92l24 92l56 92L32 92l23 92l33 92l57

082 082

082 082 092 092 092

Length 15.000' 18.000· 22.000'

Au,mblr Numbar

Olamllar

92L41

072

92l29 92L27

.092

25.000' 18.000'

92l30 92l36 92lt>3 92l54

.092 092 .092 .092

20.000' 22.000'

t,no111

TJpt Supe, Tensile

20.000' 18,00()' 18.001'

Supe, Tensile Supe, Tensile

.082

Super Tens1lt Supt1 Tensile

20.000' 25.000' 18,000' 20,001'

Ultra hns1le Ultra hns1lt

TABLE VI - 18-1 8-2 STAINLESS STEEL T ABLE V - 316 STAINLESS STEEL Aaumblr Number

Olam,111

92l26 92L37

082 .082

92l62 92L31 92l21 92l73

.082

L1noth 15,000' 18,000' 25.000' 18,000'

.092 092

20.000' 25,000'

092

A1u mblr Numb,r

Ol1m1ltr

92L53 92L47 92LS0 92L49 92L45 92L46

on 082 .092 092 .092

92L72 92l70 92l71

.092 1~ 1~

I

no

92l93 92L99 92L8J

Ol1ff'.cl1t .092 092 .092 .082 .082

l1nQUI

25.001 20,000 25000 22.001

.ll'l?

~·~

.092 .092 .092

25.000 25,000 20.000

8rane MP35N Uranus 50 Uranus 50 Uranus 86 Uranus 86 20CB3 20CB3 Sanicro Sandvik

Slz1/lnchc1 3/ 16 3/16 3/ 16 1132 7/32 7/32 7/32 3/16 3/16 7/32 7/32 7/32 7/32 7/32

Lanodl

Ola11tl1t

Amffllllr Numbar 92L58

.187

(3/161

15,001'

92l28 92L59 92L<3 92L68

. 187 .187

(3/ 161 (3/ 16") (1/4"1 (1/4'1

17,000' 20.000·

92L60 92L61

.250 .312

(1 / 4')

20,000' 20,000'

.250 .250

15.000' 18.000'

(5/ 16")

CODE DESCRIPTI ON FOR OTIS SINGLE CONDUCTOR ELECTRIC CABLE

TABLE IX - SIN GLE CONDUCTOR ELECTRIC CABLES Pall Numbu OOELC1~17 !16EtCH~16 96HC10020 !16ELC10717 !16ELC10718 !16ELC10720 S!>1:LC10725 96ELC~18 - L"'"""u 96HC20718 96ELC20720 96ELC20724 ~tLC20725 96HC40720

082

TABLE VIII - GALVANIZED STR AND

TABLE VII - OTH ER LIN ES AVAILABLE Ammblr Numbtr 92l65 92L69 92l84 92L95 92L96

length 5,500' 12,000' 15.000' 15.000' i8,000' 20.000· 25,000' 18,000' 20.000'

..T'''' 11. . .'"

unolll/h'1

17.001 18 001 20.001 17.000 18.001 20.000 25.000 18.000 20.000 18,000 20.000 24000 25.000 20.000

1·

·~="""'

S11e 1n 1/32 01 Inch

Class 11um1>e1 lo, Cable

lnsulauon Material 10 • Elhylene Propylene Copolymes plus GIPS A1rnor 20 · Tellon/letzel Jackel plus GIPS Airno, 40 · Tellon/lelzel plus MP3SN Arnor. ll'S Service

OTIS AUXILIARY SURFACE SERVICE EQUIPMENT WIRELINE CLAMP

WIRELINE PULLEY Auambly Numbor 312SM3 46PA16201 46PA16203 931114

Oucrlpllon

Autmbly Number

10 inch. 082 an~ 092 line 16 inch, . 105 line · 16 inch. 105 line · 10 tnCh floor block IOI 11,1· IIIIC 14 inch floor block tor etecu1c line

o..ulptlon For all st2es of smoorn wutline

93G1 93G238

For 3/16-in and 1/4-in. braided wueline

OOH 19 '16 rnch pulley recommended tor solid line 105 and larger

GIN POLE, furnished In 3 sections:

WEI GHT INDICATOR - MARTIN DECKER Auamblr Number 8210110 93G02

Ou crlpUon

hu111bl1 Nu111b11 8210129 8210228 8210239

tH.000 pounds wnn 100 Itri 01 hOse {µ,000 pounds wnh 100 lett 01 hose

95

O"ulpUnil S1eel lor s1anoa1d we1gh1lub11c.1101s Aluminum tor standard we,9n1 lub11c.110,s S1eel tor standard ,..eight, nigh-pressure lubutalors

OTIS______

w_i_re_li n _ e_ s_e_rv_ic_e_E_qu_i_ Pm_e_n_ t _ _ __ __

....

OTIS WIRELI NE TOOL STRING Illustrated on the following pages are wireline tools that attached to a wireline, are used for selling, pulling or servicing downhole eq uipment under pressure without killing the well. Tool strings a re available in various sizes that are designed by nominal dimensions rather than tubing sizes. Wlrellne Rope Socket provides a means for con necting the wirelinc to the tool string. A disc in the socket is free to rotate to provide a swivel connection between the wireline and tools below the socket. A sma ll spring within the socket serves as a cushion to prevent the wircline tic from straightening out and re leasing during prolonged jarring. Stem is used as weight to overcome stuffing-box packing friction, and well pressure on the cross-sectional area of the wireline. Stem can also transmit fo rce either upwa rd or downward to set or retrieve downholc controls. Size and weight of the stem arc determined by the impact force required and the size oft he downhole control to be run or pulled. For normal conditions five feet of stem is used , made-up by combining two, three or fi ve-foot lengths of standard stem.

D

D Stem

Wirelino Ropo Socket

GUIDE TO OTIS WIRELINE ROPE SOCKET Nominal

Size 3/4 3/4 I 1-1/4 1-1/4 1-1 /2 1-1 /2 1-112 1-112 1-112 1· 112 1· 112 1· 1/2 1-1/2 1-112 1-7/6 1·7/6 1-718 1·718 1-7/8 2

2 2-1/2 2-1/2

Mulmum Wire Siu .092 .092 .092 .092 .105 .105 . 105 .092/. 105

.108 .108 .187 . 187 .250 . 187 .250 002 .0921105 . 108 . 108 .092 .187 . 187 . 108 .187

/Jumbly Number 43A6 43A5 43AOI 43806

43605 43601 43808 438010 436013 438020 438015 438022 438025 438022 438025 43802 438012 438014 43802 1 438023 438016 438024 .:39017 .:38019

Mu lmum 0.0. 750 .750

A1h Nuk 0.0. 687 750 I.DO 1.000 I 187 1375 I 375 1375 I 375 1375

Type

Kno1 Knol Spring Oise Oise o,sc Oise 110 Kno1 No Knol No Knot Wedge 3-Hole Thimble 3-Hole Thimble Slip-Type

100 1 25 125 1375 I 375 1.375 1.375 1.375 1.f:ll 1.50 150 150 150 1 875 I 875 1 875

I 375 1375 I 375 1375 1375 1.750 1750 1750 1.750 1.750 1 750 I 750 2.313 2 313

Slip-Type Oise

No Knol No Kno1 No Kno1 Oise weage Thimble No Kno1 3-Hole Thimble

Servlct Sia Sid. Sid. Sid Sid Sid H'S Sid Sia li'S Sid Sid. S1d Sid Sia Sia Sid. Sid.

Thrud

112· 13 NC 5/8-11 518- 11 3/4-10 15/ 16-10 15/ 16-10 15/ 16-10 15116-10 15116-10 15/16· 10 15116· 10 15116-10 15/16-10 15116-10 15116-10 1-1116-10 \.1 116-10 1·1116-10 I• 1/16-10 1-1116-10 1-1116-10 1-1 / 16-10 1· 1/1~10 1· 1/16-10

1.875 1 875 1.90 190 2313 231

H'S H'S Sid H'S Sid Sid

GUIDE TO OTIS STEMS Type 8 Wlrtllne S11m1 Sin/ 24' u; Jo LG lnthll 44833 44050 3/4 44840 4481 1 44848 1-1/4 44817 44042 4482 1-1 /2 44044 4483 1-7/8 NOTE: Extra heavy s1em available upon request

A,hlng Nttt 0.0.I

Mulmum 00/

60' LG

lncll!s

lntllu

44851 44841

3/4 1 1-3/ 16 1·3/8 1·3/4

44849

44843 44845

3/4 1 1·1 /4 1-112 1-7/8

96

Pin i nd Bo• End Thrlld ll>chu-Thrnd 5/8-11 5/8-11 15/16-10 15/1 6-10 1·1/ 16-10

OvtnU W1ighVPound1

24' LG 4

5 7-3/4 10-1/2 16

36' LG 5 7-\12 11-5/8 16-112 25-112

W' LG 12

1>112 19-3/8 34· 1/2 63-1/2

& _______

w_i_ re_lin_e_s_e_rv_ic_e_E_qu_ip_m _e_nt_ _ _ _ __

OTI S

OTIS WIRELINE TOOL STRING - Continued Knuckle Joint, with a special ball and socket design,

allows for angu la r movement between the jars and the running or pulling tool 10 help align them with the tubing. Knuckle joints are especially important if tubing is corkscrewed and when wireline work is to be performed in a directional hole. Where stem and jars will not align or move freely. it may be impossible to operate tools; however. the knuckle joint acts to prevent the wirelinc tools from hanging up. Otis T ype B Blind Box serves as the impact point when downward jarring operations are required.

0

Knuckle Joint

Blind Box

GUIDE TO OTIS WIRELINE KNUCKLE JOINTS Siu/ Inches

IYPE B Wlrellne Knuckle Jolnl

3/4' 1 1-1/4 1-112 1•7/8

4580B 450010 45806 45802 45£03

fishing Heck lnchu•lhrud

Pin and 80 1 End Thrud lnchu

2

2

2 5/8- 11 15/ 16-10 15/ 16-10 11/ 16-10

1 1·3/16 1·3/4 1·3/4

M11lmum 0.0./ Pounds 1 1· 1/4 l•l /2 1•718

Welghl/ Inches

lenglh/ Inches

2 2· 1/4 3

2 9 812 10 375 11872 11 500

4·1?

7

GUIDE TO OTIS WIRELINE KNUCKLE JARS Size/ lnchll

1 1-1/4 1·1/2 1-7/8

Typ1 B Wlrtlln! Knl/Cklt Ju 45BA2 4S8A5 458A1 458A6

Pin 1nd Bo, End Thrud lnchts-Th1 u d

f iihi~ Hetl 0.0./lnchu 1 1·3/16 1-3/8 1-3/4

5/8- 11 15116- 10 15/16- 10 1-1/16-10

Slroh /

Inches

Mulmum O.D./ lnchts

l tng1h Erltndt d/ lnchu

1·1/8 1-1/4 1-112 1•7/8

14· 1/ 16 14-9/16 15-3/16 15-718

2-1 /8 2- 1/2 2-1 /16

2

W1lghU Pounds

2·112 3-112 5 7-1/2

GUID E TO OTIS BLIND BOXES

1-1/2

Mu lmum O.D./lns. 1.00 1 23 1 47

1·3/4 2 2 2 2· 112 2· 1/2

159 1 75 181 188 2.00 220

2- 1/2 3-1/2 3-1/2

225 2 62 2 75

Nominal Size/Ins. 1 H /4

lns,,Thd.

fishing Heck O.D./lns.

5-08· 11 15/16-10 15/ 16-10

.750 1.187 1187

15/ 16-10 15/16-10 15116-10 15/ 16- 10 15/ 16- 10 15/16-10 15/ 16- 10 1-1116-10 1·1116-10

1187 1.375 I 375 1.375 1.750 1.750 1750 2313 2313

Lu glh 8.88

Parl N,mber 44858 44859 .:.!857

8 88 8 88 8 88 8 88 8 88 8 88 9 25 9 25

.:.:818 44837 44874 44819 44891

9 25 9 00 900

44890 44821 44820

0.0.ilns. 2 81 3 13 3 25

lns.-Thd. 1-1/16- 10 1-1/ 16- 10 1· 1/16-10

fishing Hetk 0.0.ilns. 2 313 2 313 2 313

4-1/2 4.1 ,2 4-1/2

36.S 3 78 3 88

5 5 7 7 7 7

4

1-1/16-10 1-1116-10 1·1/16-10 1·1/16- 10 l•l /16- 10 1· 1/16- 10 1-1/ 16-10 1-1/ 16-10 1· 1116-10

3 125 2313 2 313 2 313 2 313 2 313 3 125 3 125 3 125

Nominal Size/Ins. 3· 1/2 4 4

.:.:as.:

97

Mulmum

00

12 5 50 568 591 5 96 J

l eng1h

Pul Humber

9.00 900 9.00

44887 44882 44863

900 900 9.00 900 900 900 900 900 900

44662 44888 4-1883 44892 44873 44871 4486.S 44880 4.:881

OTIS______

w_i_re_li_ne_ s_e_rv_ic_e_E_qu_ i_Pm _ e_n_t _ _ __ _ _. . . .

OTIS WIRELINE TOOL STRING - Continued Jars Both mechanica l a nd hydra ulic jars arc ava ilable. With a set of mechanical jars below the stern , the weight of the jars and ste rn can be used to jar-up or down by pulling and then releasing the wireline. An Otis Wireline Specialist can easily f eel the jars a nd manipulate the wireline as req uired . Hydraulic jars are designed to provide ja rring action in wells where it is diffic ult to obtain good ja rring action with mecha nica l jars. Hyd raulic ja rs, which a llow a n upwa rd impact only, a re usually run just below the regular mechanical jars. T hey require careful maintena nce for maximum utilization in the tool string. Weight indicators are available that will ind ica te the operation of the ja rs.

0 H

OTIS WIRELINE ACCELERATOR

T he Wireline Accelerat or is used in conj unction and just above the hydraulic jars for shallow, weighty ja rring. They help maintain a constant pull as the hydraulic jars are beginning to open. T he accelera tor inhibits pulling the wireline out of the wireline socket at these shallow depths.

0 Mechan1col J ar

Hydraulic Jar

Acceleraror

GUIDE TO OTIS MECHANICAL JARS Asumbly No. Type A Wlrellrot Jara

Slzt/ lnchu

?O" SL

30' SL

314 1 1-114 1-112 1-718

44A01 44A012 44A02 44/\03

44A021 44A04 44A05

--

fbhlng Nu k 0.0 llnchu

1 1-3116 1-318 1-3/4

Mu lmum 0.0.I lnthu

Pin and Bu End Tilrud lncha-Thtu d

20- SL

518·11 15116-10 15116-10 1-1116- 10

29

--

37· 15116 37·15/16 38-1/8

47•15116 47-15/16 48- 1/8

1 1· 114 1· 112 1-718

Ovmll Lent" Clcitd/ Inc 1

30· SL

Weight/ Pounds

20" SL

30' St

5 12 11 25

-1S 21 31

GUIDE TO OTIS ACCELERA TORS Slu /lncht1

Am mbly Numbtt

1-112

44AC6 44AC3 44AC7 44AC5

2 2· 112 3

Fl1hlr,v Meet 0.0./1nthtl 1 375 1 750 1.750 23 13

Mu lmum O.DJlnchu 1 50 1 88 2 20 2.88

Pin and 801 End Thm d lnth&1-Thn ad 15116-10 1-1 / 16- 10 15/ 16-10 1· 1/ 16-10

LMglh

22 07 25&1 37 40 35 20

GUIDE TO OTIS TYPE 'HJ' HYDRAULIC WIRELINE JARS Sl11/lnc.hu l• 114 1·112 1-3/4 J.7/8 2-1/8

Am mbly Numbtr

44HJ 1250 44HJ 1500 44HJ1I S0 44HJ1810 44UJ2120

Pin ,nd Bu End Tllru d

fllhlng Nttk

L1ng1n

lnchu-Thrud

O.DJ lntha

Repair Kil

29 52 29 65

15116-10 15/ 16- 10 1· 1/16- 10 1· 1/16-10 1-1/ 16-10

I 187

44HJR1250 44HJR 1S00 44HJRl7S0 44HJR l870 44HJR2120

29 40 29 65 3201

98

1315 1.315 1.750 1.750

& ~______

OTIS

w_ir_e_ lin_e_s_er_v_ic_e _E_ qu_ip_m_e_nt_ _ _ _ _ _

OTIS WIRELINE TOOL STRING - Continued O.D. of the control) is designed to cut away paraffin. scale and other debris in the tubing. Mashed spots in the tubing and large obstructions may be removed with the swaging 1001. These tools arc available in sizes for all tubing I.D.'s.

Gauge Cutter and Swaging T ools - It 's important to run a gauge cutter before running downhole controls to: ( I) determine if control will pass freely th rough the tubing: and (2) to locate the top of the landing nipple if any arc in the tubing. The gauge cutter knife (la rger than

GUIDE TO OTIS TUB ING SWAGING TOOLS Fl1hlno Neck 0 0 / Ina.

lenglhl lnthu

Parl Ntmb1r

Nomln•I SJu/1111

Mulmum 0-0JlnL

1·114 1· 1/2 1· 112

1 tXXl 1310 1420

750 1187 1 187

7 30 7 25 B31

65A l3

15116-10 15116-10

1· 1/2 1-1 /2 1·3/4

1531 1578 1635

15/ 16-10 15/ 16-10 15/16- 10

1 187 1187 1187

8 63 9 44 9 44

65A4 65A10 65A 11

1-3/4 2 2

1688 1710 1840

15/16-10 15/ 16-10 IS/ 1&-10

1187 I 315 1315

9 44 11 00 11 00

65A8 65A22 65Al5

2 2 2

1880 1906 1910

15/16-10 15/ 16- 10 15/16-10

1375 1375 1375

II 00 11 00 1100

65A16 65Al 65A21

2-112 2-1/2

15116-10 15/ 16-10 1· 1/16-10

1750 1750 2313

11 00 II 00 1069

65A 12 65.\2

3

2281 234-1 2625

3 3 3

27.:0 2 650 2906

1-1/16-10 H / 1&-10 1-1116-10

2313 2 313 2 313

1069 11 25 11 25

65.\9 65.\24 65A3

4

3797 3875

1· 1116- 10 1-1/1 &-10 1· 1116-10

2 313 2313 3 125

15 19 15 19 1500

65A6 65.\17

4 5-112

4825

lns -Thd. 5,s- 11

0

65A5 65A7

65A20

65,\ 14

Otis Gaugo Cutter

Otis Swaging Tool

GUIDE TO OTI S TUBING GAUGE CUTTERS Fhhlll; N1tk 0.0./lna.

Siu/Ins.

Mullllum 0.0./ln,.

1 1-1/4 1·1 /4

106 1 ,a

1102- 13 1102-13 1102·13

750 150 j50

594 59-1 594

5,os-11 510&- 11 5108· 11

I 000 1 000 I 000

662

1-1 /2 1·112

123 1.297 133

1-1/2 1-· 12 1-31 4

142 1.:3l 1 531

15116- 10 15116-10 15 1&-10

1·314 1·3/4 2

I 593 1.625 1 719

2 2 2

Pu1 Nu1:1ber

Noinlnil Size/Ins.

Mnimur.1

Ashing N1tk 0.0./lns.

ltnglh

6..%134

3-112 J.112

65Gll5

,!

2.88 2 900 307

1-1 / 16-10 1· 1/16-10 1-1/ 16-10

2 313 2 313 2 313

950 9 50 950

65G3

fl,G27

4 4

31< 3 31 J 35

1 1116-10 l• l/16- 10 1· 1/16-10

2 313 2 313 2 313

950 950 950

65GI.U 65G93 65Gl26

6 62 662

65G26 65G136

1 187 I 187 1 187

7 19 7 19 719

fl,G29

3 43 360 362

1· 1116- 10 l•lil&-10 l-1 /16-10

2 313 2 313 2313

950 979

65G.?O

4 4- 1/2 4, 1/2

919

65G123 65G130 65G146

15116-10 15/ 16-10 15116- 10

I 187 1, 187 I 187

800 950 9 50

65Gl4 65Gl17 65G4

4- 112 4· 112 4-1 12

3 70 3.7,1 3 781

1·1116-10 I• I/ 16-10 1·1/ 1&-10

2 313 2.313 2 313

9 79 950 950

65G141 65G 124 65G24

1 781 1~ 19:1;

15116-10 15, 16-10 15116-10

1 315 1315 1315

9 50 9 50 9 50

65Gl6 roG25 65G28

4-1 2 4-112 4- 112

3 84 3 815 395

1· 1/16-10 1-1/16-10 1·1116-10

2 313 2 313 2 313

950 950 950

65G23 65G86

2· 112 2·112 2· 112

1.97 2.04 216

15/ 16-10 15/ 16-10 15116-10

1.375 I 315 1315

950 950

5

9 50

65G116 65G139 65G140

5-112

4 156 4 47 4 55

1· 111 6-10 1· 111&-IO 1-1116-10

3 125 3 125 3 125

12 00 1200 1200

65G36 65G131 65G129

2·1/2 2· 112 2· 1/2

1 •g 2.25 2.281

15 1&- 10 15116-10 15/16-10

1 ;50 1150 1150

950 950 950

65G15 65G37 65G30

7 7 I

5sao 595 5985

1-1 /16-10 I• l/16-10 1· 1/16- 10

3125 3 125 3. 125

12 00 1200 1200

65Gl25 65Gl28 65Gll 5

15/ 16-10 15116-10 15116-10

1150 1150

65G2 65G118 6561.!1

605 610

1·1/16-10 1-1/16-10

3 125 3125

1200 1200

1150

9 50 9 50 950

7 7

J.'/2

2343 2 53 2.:6

J.'12 3·112 3-1 /2

W.l 2.i97 2.643

1-1116-10 1· 1/16-10 1-1116-10

2 313 2 313 2 313

950 9 50 950

65612 1 65G33 65G21

Noaln,1

l-l/ 4

2·1/2 J. 1/2

~

lns.-fhd.

I

lenglh

65G19

4

65G..'2

5

99

0.0./ln, .

lns.-lhd.

Pall Number

65G1 20 65G l43

65G18

I

65Gl21 65Gl48

OTIS______

w_ir_e_ lin_e_s_er_v_ic_e _E_ qu_ip_m_e_nt_ _ __ _ _ _- .

OTIS WIRELINE TOOL STRING - Continued Otis Impression Tool. This is a lead-fi lled cylinder with a

GUIDE TO OTIS I MPRESSI ON TOOL

pin through the leaded section to inhibit losing the lead. It is used during a fi shing operation 10 ascertain 1he shape or size of the top of the fi sh a nd to indica te the type of tool necessary fo r the next opera tion. Otis Tubing Broach. This tool is made-up of three major parts; ( I) mandrel; (2) nu1; a nd (3) a sel of three spools. Spools arc tapered a nd used to cut burrs in the tubing l. D. caused by perforati on. rust, bent tubing. etc .. A small 0. D. spool is run first follo wed by the next la rger size a nq fin ally one corresponding to the original I.D. of the tubing. Broach assemblies are run on wireline.

Nominal Slze/101.

P,n

flahlng Ntck 0,0./101.

longtll

Numbu

52C30 52C76

I 00

5/08-11

750

7 50

I 14 1 14

5/08· 11 1/02·13

750 687

2 69 2.99

123 141

5/08·1 1 15/16-10

1000 I 187

8.50

52C24 52C22 52C26 52Cl7

1·1/4 1·1/2 1·3/4

52C74

159

15/ 16-10

1 187

8 00 775

2 2

1 73 1 81

15116-10

1375

800

15116-10

I 375

800

52C10

2·112

1.98

15116-10

1.375

800

52CS8

2·112

2 12

15/16-10

1.750

8.00

52C49

2·1/2 2·1/2

225 2 31

15/16- 10 15116-10

1 750 1 750

800 800

52C12

J.112 3· 112 J.112

2 50

I 375 2 313

800

262 2.75

15/ 16-10 ).1/ 16-10 H / 16-10

800

52C36 52C16

2313

800

52C59

3·112 3-1/2

2 80 2 81

1-1/16-IO 1-1116-10

2.313 2313

800 8.00

52C60 52C 14

4

3 00

1·1/ 16- 10

2313

800

52C79

3 25 3 50 3 70

1-1116-10

2313

800

1-1116-10 1· 1/16-10

2313

800

2 313

800

52C40 52Cn 52C61

4-1/2 4-1/2 4·112 5 S.1/2 7 7

Oris Tubing Broach

lns.,Thd.

I

4

Otis Impression Tool

D.D./ln1.

1· 1/-!

1-1/4

I

Mu lmum

7

3 78 -1.16 -1.75 5 43 550 5 88

52C38

1·1/ 16-10

2.313

1-1 / 16-10 1-1116- 10

2 313 2 313

8 00 8.00

52C20 52C46

800

52C67

1-1/16-10 1-1116-10

2313 2 313

800 800

52C70

H / 16-10

3125

800

52CS6 52C51

GU IDE TO OTIS TUBI NG BROACHES Mu./M ln.

Tubing $111

Par! No.

Nut 111' Par! No.

Broich

Parl No.

0.0.

0.0.

0.0.

1.660'

65650

6567

65851

1 000

I 007 /1.005

27 /8'

1,660"

65050

1.285

1.292/1.290

65650

6588 6589

65851

1660'

65851

1.300

1.307 / l.305

2·7/8' 2-7/8'

1990• 1,990·

65650

65851 65851

1990·

65850

65812

65851

1.350 I 400 1 ,:OS

1.357/1.355

65850

658 10 66811

65650 65850

65613 65814

65850

65015 65816

l ubing Siu O.D.

1.990' 1990" 1.9'J()'

Mandrol

111'

Bmdl 131'

65651 65851 65851

1507/ 1.505 1.52211.520 1.53211.530 1607/1605 1.657/ 1.655

1.990'

65650

65851

2·1116' 2·1/ 16' 2·1/ 162-1/16' 2-1/16'

65852 65852 65852

65817

65853

1.600

65818 65819

65853

1.650

65853

65852 65052

65820 65821

65853

1.655 1665 1.675

2-1116' 2·1/16' 2·318' 2-3/8' 2-3/8' 2-3/8' 2·3/8' 2-3/8' 2·3/8' 2-3/8'

65652 65852

65822 65823

65853

65852

65824

65652

65825 65826 65827

65652 65852 65852

65852

65828 65829

65852 65852

65630 65831

I 457/1.455

1 500 1.515 1.525 1.550

65853 65853

1407/ 1,.:0S

1662/ 1.660 16n11.610 1.682/ 1.680

0.0.

65653

65856

2-718'

65834

2-718'

65852

65835

2-7/8'

65852 65852 65852 65852

65836 65637

65853

2•7/8" 2-7/8'

65853 65053 65853

2-718'

65852 65052

65833 65839 65840 65841

J.1/2"

658~1

65842

J.1/2" 3-112' J.1/2'

658S4 65654

65843 65644

65855 65855

65854

65845

1.707/ 1.705

4-1/2"

65854

1.757/ 1.755

65853 65853 65853 65853 65853

1.600 1.850 1.900 1910 I !125

1 807/1.805

4,1/2' 4.1, 2·

650S4 65054

4-1 /2'

65654

65853

1.9-10 1960

1.947/1.945 1.967/1965 1.987/ 1.985

1.980

s,..ch

65052 65852

1.750

65853 65853

Nul 111' Pat! No.

65832 65833

1.700

1857/ 1855 1907/ 1.9)5

Smell 13)' Pan No.

65852 65052

2•7/8' 2-7/8'

1.55711.555

lhndttl 111' Parl No.

65846 65847

65853 65853 65853 65853 65853

2 000 2200 2250 2.300 2320 2 330 2.340 2350 2360

Mu ./Mln.

0.0 2 007 12 005 2 20712.'205 2 25712.255 2 307/2.305 2 327/2 325 2 33712 335 2 347 /2 345 2 357 /2 355

2.400 2.410

2 36712.365 2 40712 .:05 2 417/2 415

2.750

2 75712 755

65855 65855

2600 2.850 2 875

2 807/2 805 2 857/2 855

65855

3.700

3 707/3.705

3.800

3 807/3 805 3 857 /3 855

65853

65848

65055 65055

65849

65855

3650 3 875

2 88212.680

3 882/3 680

' Assembly cons1s1s 01one manorel. one nul and 1nree broach spools ,n s11es 01your cno,cew1lh1n lile mandrel s,ze

1.917/ 1.915 1.932/1 .s:JO

100

& _______

DTIS

w_ir_el_in_e_s_er_v_ic_e _Eq_u_ip_m_e_nt_ _ _ _ _ _

AUXILIARY TOOLS FOR USE WIT H OTIS WIRELINE TOOL STRING Wire Retrieving Tools Outlined on the fo llowing pages are Guides to Otis Tools for performing many specialized services to include: wire retrieving; wire cutting; a nd fishing operations. These tools are designed to be used with Otis standard Wireline Tool String. Otis Type P Wireline Grab is a fi shing tool d esigned to ext ract broken wireline or cable from the tubing o r casing.

il

D

GUIDE TO OTIS T YPE 'P' WIRELI NE GRAB 2 Prona Nominal Size/ Inches 1 1-1 /4 1· 1/2 1,3/4 2 2-1/2

Ammbly Number

Maximum 0.0./lns.

:2P36

o.~

521'19

1.23 1.49 1.61 1.86

52P54 52P21 52?46 52P53

2.30

Thread 5/ 6- 11 5/ 8· 11 15/ 16-10 15/ 16-10 15116- 10 15/ 16-10

Fishing Nick 0.0./lnchu 0.750 1.000 1.188 1.188 1.375 1.375

3 Prona 2 3

52PS6 52P59

3- 1/ 2

52P71 52?72 52P73 52?74 52P77 52P75

4

5 5-1 12 7 7

186

2.74 4 Prong 3.)J

3 80 4. 11

4.55 5.50 5.74

15/16- 10 15/16- 10

1.375 1.750

1-1/ 16-10 1-1 / 16-10 1· 1/ 16-10 1-1/16- 10 1-1 / 16-10 1-1/ 16-10

2.313 2.750 3. 125 3. 125 2.313 3. 125

GUI DE TO OTIS TYPE 'PO' WIRELINE RETRIEVERS

Nominal s,zellns. 2-3/8

0.0./lns. 2

Fishing Neck 0.0./lns. 1 187

l ength/ lrlS. 13.44

Assembly Number

Collel 0.0./lns.

2-3/ 8

52?08 52P07 52?06 52P09 52?010 52P0 11 52P012

1.86 230 2.74 3.30 380

2-718 3-1/2

GU IDE TO OTIS CENTER GRAB Assem,iy Number 52?103

Tubing Si ze/Ins.

4

4- 1/2 5 7

Thread 15/16-10

3.98 5.94

Will Pus Through Nipple/ Ins. 1.875 2.313 2.750 3.313 3813 4.313 5.963

Fishing Top Thread lns./Threid

Nick 0.0./lns. 1.187 1187 1.750 1.750 1.750 1 750 1.750

15/ 16- 10 15/ 16- 10 1-1 / 16-10 1· 1/16-10 1- 1/16-10 1· 1/16-10 1· 1/ 16-10

GUIDE TO OTIS TYPE 'A' G O-DEVIL Assembly Number

Nominal Size/Ins.

Lenglh/ Ins.

Fishing Neck 0.0./lns.

47A001 47A002 47A003

1-1/2 1-1/2 1-1/ 2

47A005 47A006 47A007 47AC08 47A010 47A011

1· 112 1-1/2 1-1/4

17.96 71.90 35.90 59.90 47.90 17.96

1.375 1.375 1.375 1.375 1375 1.000

1.000 1.000 1.375 1.375 1.375 1.375 1.375 1.375 1.750 1.750 1.750 1.750 1.750 1.750 1.750 1.750 1.375 1375 1.750 1.375 1.375 1.750 1750 1750 1 750 1750 1.750

1-1/4

47A012 47A0 14 47A016

1-1/2 1-1/ 2 1-1 / 2

47A017 47A052 47 A0-13

1· 1/2 1-1/ 2 3.20

59 90 35.90 59.90 3590 59.90 35.90 5990 35.90 48 00

47 A0-14 47AO-l6 47AO-l7

5.00

48.00

3.20 5.00

48.00

47A050 47A05 1 47A022 47A042 47AOS2 47A09 47M19 47A015 47A018

3.00 4.00 1.88 1,7/8 1-1/2 1-1/2

60.00 60.00 72.00 60.00 35.90 19 53

47A020 47A021 47A038 47A039 47AOl8 47AOl9 47A0-10 47A04 1

1-7/ 8 1-7/6 1-7/ 8 1- 7/8 l -7/8 1-7/8

1-1/4 1-7/8

1.00 1-1/2 1,1/2

1-7/8 1•7/8

48.00

I

35.90 39.00 3900 36.00 24 00

4800 24.00 60.00

48.00 1.00 1.00

NO IE: Special Features 10 accompany allached chart 1 fla1 Bo11om 2. Angle en Bollom - 30° 3. 2.00 Ring on Bo11om

----

Maximum 0.0./lns.

[ID

Special Fealure

1.50 1.50 1 50

1 1

1.50 1 50 1.187 1125 1. 187 1.875

1

1.50 2 00 188

2 3 4

188

4 5 6

1.00 1.50 1.50

8

1.88 1.88 1.88

9 1 1 1 1 10 10

3 50 500

11 11

1.88 2.25 1.88

•

101

•

•

!

• •

• • • •

•

8 114· Cable Cu11e, 9. 3/ 16· Cable Culler 10 For 108 Line (F-8/ 11 Cen1ralizei for 1-7/8. G.O.

4. 1.88 Ring on Bollom 5. H,S Service 6 Guides on O0. 7. Comb1na11on Culler and Clamp

• • •

•

6 6

7

Olher

• •

• •

6 6 6

3.00 4.00 1.88 190 1.50 1.50

:

•

1

3 20 5.00 320 5.00

IDY

•

•

1.50

Bonam Slyle ~

0

••

• •

• • • •

• • • • • •

0

OTIS______

w_ i_re_li_ne_ se_r_vi_ce_ E _q_u_ip_m_en_t _ _ _ __ _ _. . . .

AUXILIARY TOOLS FOR USE WITH OTIS WIRELI NE TOOL STRING Fishing Tools Otis Type 'M' Magnetic Fishing Tool with pump is designed to remove small particles of ferrous metals from the to p of tools in the wel l. GUIDE TO OTIS T YPE 'M' FISHING MAGNETS Hcmlnal Siu /liu.

Ammbly Humbu

Mnimum O.O./ln1.

1-1/ 4 1· 112 2 2-112 2· 1/2 3 3- 112 3-314

S2M07 52M08 52MO I 52MOl2 52M02 52M05 52M09 52M06

123 qJ 187 2 18

A1hfng Hitt 00 /lnJ.

Thruo,

100 I 188 1375 1375 1375 2313 2.313 2 313

2.2!1 2.84 3.50 375

l1ngtb

5/8-11 15116-10 15116- 10 15116-10 1,110, fO 1- 1116-10 1· 1116·W 1-1/16- 10

13 12 1038 15.81 15 81 15 81 12 00 13.00 13 00

Olis Type 'G' Fishing Socket was designed primarily to ex tract prongs with fishing necks from Otis subsurface eq uipment. such as the "PS' Plug Choke. GUIDE TO T YPE 'GO' FISHING SOCKET (GRAVEL GERTY) Hcmlrut Slze/ lnJ.

Type 'M ' Magnetic Fishing Tool

2

Type 'GO' Fishing Socket

2 2- 172 3

Ammbty Humber

Mulmum O.OJ ln1.

52G01 52G02

'&l 1,8,1

~<\>UJ

~

52G04

2.88

fl1hlno Heck Thrud

On Tcol

wm Enaaa•

15116- 10 15116-10 '15Tlb-TO 15/16-10

1375 1375

I 000 1375 1.750 2313

1,1:,0

I

1750

GUIDE TO O'BANN ON OVERSHOT TYPE 'B' Nominal Slle/liu.

Ammbly Humbu

Mu imvm 0,DJ lnL

Top Thmd

Uppu Sllp1 WIil Engage

2 2-1 /2

5211926 52RB23

1·29/32 2-1 1132

15116-10 1·11 16-10

518-3/4 314-718

1-3/8- 1-112 O.a 1-318-1 -518 a.a

2-112· 3

52RB76 52R822

2·1 1/32 2-7/8

1·3116-10 1-31 16-10

3/4-718 314-718

1·5/8-1, 13/ 16 Ola 1-112-1-15116 Ola

Low11 Slip1 WIii Engage

' Heavy Wall I ubing

O'BANNON SLIPS (UPPER) Nominal Size/ Ins.

Assembly Humber

2 2

52RB28 52R831

WIii Engage 711 o,a 518- 314· o,a.

2 2· 112

52R825 52AB46

314-718" o,a 71 16-518" Oia

52RB26 52RB23

2- 112 2-1/2

s1s-314· o,a 314-718' o,a

S2RB23 52RB23

2-112 3

52RB34 52AB32 52RB47 S2RS.:1

718-1· o,a. 518- 314' o,a

52RB23 S2R822

3 3

S2R850 52A840

314-7/8' o,a i /8- 1" Ota

S2Rll22 52AB22

s-s,a·

Used Wllh 52RB26 52R826

(LOWER) 2 2

52A82 1 52AB24

718-1' Pins 1-1116" Prns

52R826 S2A026

2 2 2-1 /2 2-1/2

52A827 52AB29

1· 1/8-1-3/8" Oia. 1-Jts· - 1-1 12· o,a.

52AB26 S2A826

718- 1" Pins 1-1116"Pins

2· 112 2· 112

52RB35 S2AB33 52RB49 52RB36

1-31 16' Pins 1-118-1,315· o,a

S2A023 S2RB23 52RB23 52RB23

2· 112 3

52RB48 S2RB-:3

1-318-1-518· o,a 1-1116' Pins

52RB23 S2R822

3

S2R~2 52RS30 52AB51

1·3/ 16" Pins 1· 1/8- 1-318" Ota 1, 1, 2-1-1s11s· o,a

52RB22 S2R822 52AB22

3 3

102

& _______

DJIS

w _ ire_li_n_ e _s e_r_vi_ce_ E _q_u_ ip_m_en_t _ _ _ _ _

OT IS TUBING-PERFORATING SERVICE OTIS PERFORATING SERVICE

The T ype A Otis Perforator is mechanically operated. It can be used with wireline (under pressure) to perforate both standard and heavy-weight tubing. Applications: (I) To provide access to casing annulus to circulate or kill a well; (2) to bring-in additional productive zones; (3) to install Otis Pack-Off Gas Lift Assemblies; (4) to permit production through tail pipe that has been plugged and cannot be opened by regular methods; and (5) to perforate tubing prior to installing Otis Dual Flow Choke. BENEFITS OF DESIGN PRINCIPLE

• No explosives used. eliminating the possibility of perforating the casing. • Safe ty-release mechanism permits removing perforator without perforating. • Greater tubing penetration • Perforator designed to withdraw punch and release automatically after perforating. • Service performed by Otis trained personnel.

SLIPS SHEAR PIN

GUIDE TO OTIS T YPE 'A' PERFORATOR

Nominal Size/Ins.

Assembly Numbir

1-114

62A029

5/8· 11

1·1/2

62A019

15/ 16- 10

Top

Thread

fishing Neck 0.0./lns.

Maximum

3/4·10 15/ 16-10

Bollom Thread

Ex lended Lenglh

Exl ended Punch 0.0./lns.

Re1m1ed Punch 0.0./lns.

1.000

30 75

1.580

1.230

1.188

35. 19

1812

1.469

DOUBLE ----11..J...-- TAPERED WEDGE

1·314

62A09

15/ 16-10

15116· 10

1188

37 37

2.047

1.621

2

62A025

15/ 16-10

15/16-10

1.375

3931

2. 141

1.875

2

62A024

15116-10

15/16- 10

1.375

38.81

2.250

1.839

2962

2.688

2 125

44.34

2.781

2.201

50.87

3.314

2.688

2· 112

I

62A011

15/16-10

15/16-10

1.375

2· 112

62A020

15/ 16-10

15116· 10

1,375

3

62AOI

1·1/ 16· 10

1,1/16-10

2313

I

SAFETY CATCH

I 3

62A02o

1-1/16- 10

1-1 /16- 10

2.313

51.1))

33:4

2.810

4

62A031

1·1116-10

1-1 /16- 10

2.313

64 22

3.920

2970

4· 112

62A023

1-1116- IO

1·1 /16-IO

2.313

5300

4.JOO

3.650

4·1 12

62A027

1-11 16-10

1-1/16-10

3 125

51.!>l

4 370

3750

5

62A03)

1-1 /16-10

1·1 /16-10

2.313

64.22

5.000

4 110

I

103

SAFETY IJRll(;f,--il--sHEAR PIN

Type A Otis Tubing Per/orator

OTIS______

w_ir_el_in_e_s_er_v_ic_e _Eq_u_ip_m_en_t_

_ _ __ _. . . .

OTIS BAILING SERVICE Otis Wireline Operated Sand Pumps and Hydrostatic Hailers for the removal of sand or small pieces of junk from the well bore are available. If a sand bridge is encountered during normal wireline operations a Type M Otis Sand Bailer may be used to remove the bridge. The sand bailer consists of a piston encased in an outer cylinder. By working the wireline in the same manner as used to set certain subsurface controls (lightly jarring up and down) the bailer acts to suck sand into the cylinder to remove the bridge. Bailing, in some instances, is a long and tedious operation especially if the bailing is done in 5½-in. or 7 in. casing. It shou ld be determined whether the sand can be washed out before bailing operations are undertaken in the casing. The Type B Otis Hydrostatic Bailer is designed to be used when the substance to be bailed cannot be removed by a pump-type bailer. This is sometimes the case when small metallic particles become lodged on top of the locking mandrel dogs of a subsurface control. The Type B Otis Hydrostatic Bailer is sealed at the su rface and run into the tubing bore with the internal bailer chamber at atmospheric pressure. When the bailer reaches the object to be bailed. a few downward strokes of the wireline jars act to shear a small scaling disc and admit the well pressure and/ or hydrostatic head (as well as the junk) into the bailer cylinder. A ball check va lve acts to contain the junk as well as the well pressure until the bailer is retrieved. The internal chamber pressure should always be bled off through the bailer release valve before the bailer bottom is broken off.

FISH N EC~

STAINtESS

STEEL 8All

SEAl RING ORING

> - - - - BARREL WELD Cliiiiill-'U

SHEAR DISC

ROLL PIN

STEEL 8Al l

Type B Otis Hydrostatic Bailer

TYPE B OTIS POSITIONING TOOL - To Shift Otis Sliding Side-Door Sleeves

SPRING RELEASING

PROfll E

Type 8 Otis Positioning Tool

This tool is used to move the inner sleeve to its open or closed position in the Types XA, RA, XO and XO Otis Sliding SideDoors. NOTE the Type B Positioning Tool is not to be used.for shifting Type XL or X P Re111ote-Co111rolled Safety Valve Nipples. For these nipples use Type XL Otis Shifting Tool. The positioning tool engages the recess in the upper (or lower) end of the sleeve to permit the sleeve to be shifted by a jarring action. The tool is designed to release itself only after the sleeve reaches its fully open or closed position. This automatic-releasing feature incorporates a releasing profile on

104

the key itself that acts to compress tJ1e key spring and release the positioning t0ol. A shear pin is an added feature to release the tool in the event well trash or junk makes it impossible to shift the sleeve. Selective keys arc also available with this tool to permit one among several Sliding Side-Doors to be open. These keys differ from the one illustrated in that a selfreleasing profile on the key is not used , and the shear pin is used solely as the releasing mechanism. CAUTION: The Type 8 Otis Positioning Tool will not pass through a position No. I Type S Otis Landing Nipple.

& _______

DTIS

w _ ir_el_in_e _se_r_vi_ce_ E _q_u_ip_m_en_t _ _ _ _ _

GUIDE TO OTIS TYPE 'B' HYDROSTATIC BAILERS Nominal Size/Ins.

Assembly Number

Maximum 0,0./ins.

1· 1/4

!i)807

1.220

5/S. 11

1000

75

1-7/16

!iJ8012

1,437

15/ 16- 10

1.188

71

50895

1· 112

508026

1.440

5/ 8· 11

1.000

75

St,ear Pin

1-5/8

50908

1.62S

15/16·10

1.375

72

50689

1·314

508022

1.750

15116-10

1 375

72

50689

2

508023

2.000

15116-10

1.375

72

50689

2· 112 2-5/8

50609 50B0 10

2.312

15116-10

1.375

72

50689

2.620

1·1/ 16- 10

2 313

68

50893

3

508014

2.859

15116-10

2.313

73

50889

3-112

51JB021

2.500

15116- 10

1.375

72

50689

4

508011

1· 1/16-10

2.313

68

50893

4

508027

3580 4.000

15116-10

1.375

71

50889

Thread

fishing Neck 0.0./lnches

Lenglh/lns.

Shear Disc Shear Pin

GUIDE TO OTIS TYPE 'M' PUMP SAND BAILER Nominal Size/Ins.

Assembl y Number

Mnlm,,m 0.0./tns.

Top Thread

fishing Neck 0.0./in.s.

Ball Type Bottom

flapper Type Bonom/ Part No.

1

50\181

1.00

5/8-11

1.000

Yes

Not Available

1·1/ 4

50\182

1.25

15116-10

1.188

Yes

--·S
1·1/2

50\183

1.50

15116-10

1.375

Yes

1-3/ 4

50MB4

1.75

15/ 16-10

1.375

Yes

S
2-1/4

50M85

2.25

15/16-1 0

1.375

Yes

--

3

50\IFl

265

1-1/16-10

2.313

--

Yes

GUIDE TO OTIS TYPE 'B' POSITIONING TOOL Sliding SJde Door 1.0./lnches

Shitting Tool h umbly Number

Threads

fi&hino Neck 0.0./lnches

1375 1.500

4280180 4280120

5/8-11 15116- 10

1.000 1188

1.67 175

1.35 1.49

1625 1.710

4280121 4280170

15116-10 15116- 10

1.188 1. 188

1.94 212

1.62 1.69

1.781 1.875

428011 7 4280116

15116-10 15/ 16· 10

1.375 1375

212 2.16

1.75 1.84

2125 2.188

4280 159 4280155

15116-10 15116- 10

1.375 1.750

2 44 2.69

1.97 2. 16

2313 2.562

4280118 4280178

15116-10 15116- 10

1.750 1.750

265 2 97

2.34 2.53

2750 2813

4280147 4280146

1-1/6- 10 1·1/ 6- 10

2.313 2313

2.72 3. 16

303 2 72

3.125 3.313

4280204 4280154

15116-10 1-11 16-10

1750 2.313

3.55 3 76

3.00 3.25

3.437 3.688

4280213 42802 15

1-1116-10 1· 1116-10

2 313 3 125

4 04 4. 13

3.66

3.813 4. 125

4200111 4280171

1-11 16-10 1- 1116-10

3 125 2 313

4.09 4 46

3 75 3,86

4.313 4.562

4280207 4280153

1- 1/16-10 1-1116-10

2.313 3125

4 870 S04

4.5.3

5250

4280228

1· 1116-10

3 125

5.80

5 23

105

0.0./lnchu Keys Expanded

0.0./lnchu Keys Rauam d

4.25

OTIS______

w _ ir_el_in_e _s _er_vi_ce_ Eq_u_ip_m_en_t _ _ _ _ _ _- - - - .

OTIS RUNNING TOOLS -

TYPE 'RX'

GUIDE TO OTIS TYPE 'RX' RUNNING TOOL 2.313

Mandril Size/Inches ASSEMBLY HUMBER

41RX7

Muhr.um 0.0 /Inches

2 120

Fish Neck O.OJ Jnthes

I 750

Filh Hect WIii Engagt/lnchts

181

ltngtll

23 96

Top Thrtad

5/IH l

Bollom lhrud

15/ 16- 10

OET.

PART NAME

OTY.

I

Top Sub

1

lock Ring SegmenJ

3

41X3 10

3

Ganer Spring

I

--

4

Shear Pin

9P41 438

Se1 Screw

410SS152 (4)

6

Shoulder Boll

I

7

Bottom Sub

1

8 g

Lug

4108H1S3

Core

1

41X319/ 1495

Shear Pin

1

--

3 d1J ·ao·

ASSEMBLY HUMBER

4IRX3B1IO 3.62

fl1h N! tk 0.0./lnthU

2.313

f11h Neck WIii Engage/Inches

3. 12

length

24.n

lop Thmd

2-118-12

Bcllom Thrud

1· 1116- 10

PART NAME

OTY.

PART NO. 41X401

1

Top Sub

1

2

Lock Ring Se9men1

3

4IX393 (3)

3

Gamr Sprong

1

OOG32 9P4008

4

Shear Pin

5

Set Screw

6

Shoulder Bolt

1

7

Bottom Sub

1

8

lug

9

Core/0.0.•in s.

1

41X403/ 2.61

Shear Pm

1

9P42S00

JO

' Ouanttly shown In parenl/les,s alter p.1rt numbe1

106

41X316 93858 (4)

Mulmum 0.0./lnches

OU.

used for installing t ubing safety va lves in the uppermost landing nipple. With this tool. the lock mandrel may be run with the keys in the cont rol or loca ti ng positions. The lock mandrel keys are a no-go serve to locate the nipple rather than the d ogs on the running tool. When a non-no-go lock is being run, t he keys must be run in the locating position a nd the lock must be set in the first nipple in the bore of that lock size. The position of a snap ring in the tool gives a positive indica ti on when the lock is fully set.

41X3 15

5

ManlSnl S11t1lnthes

T YPE RX OTI S RUNNING TO OLS set T ypes X, XN, R, RN and RO Otis Locking Mandrels In the top T ype X, XN, R, RN and RO Otis Landing Nipples. This tool is genera lly

PART NO.

2

10

Type RX Oris Hunning Tool

·x·

410SS134 (4) 416SSl44 41X399 41X355 (3/

& _______

DJIS

w _ ir_el_in_e _s _er_vi_ce_ E _q_u_ip_m_en_t _ _ _ _ _

OTIS RUNNING TOOLS - TYPE 'RX' - Continued

187S ·x ·

2.313 'R'/2 188 'R'

2.875 'R'II 781 R'

2.150 ·x ·

2875 'R'

3 12S

3313

41RX9

41 RX8

41RX10

41RX2l51D

41 RX28710

41Rl312 10

4IRX3311D

4IRX3881D

1 750

2. 12

1 750

262

262

309

309

3 62

1375

1.750

1.375

2.313

2.313

2313

2 313

2313

1.38

1.81

1.38

2.31

2.31

2.62

2.62

3. 12

23.61

2396

23.61

24.25

24 25

24.4

24 4

2472

112· 13

5/8-1 1

1/2-13

1-1/ 4-12

1-1 /4-12

1-318-12

1·3/8-12

1,7/8-12

IS/16-10

15/16- 10

15/16-10

1-1/ 16-10

1-1/16-10

1-1 / 16-10

1-1/ 16-10

1,1/1"-10

3688 'R'

PART HD.

PART HO.

PART HO.

PART Hl.

PART HO.

PARI HO.

PART HO.

41X312

41X315

41X312

41X432

4 IX432

41X413

41X413

41X401

41X309

41X310

41X309

41X422 (41

41X422 (4)

4 IX409 (3)

4 IX409 (3)

41X398 (3)

PART HD.

--

--

--

90Gl44

90J14-l

90G142

90G142

9CG32

9P41200

9P41438

9?41200

91'41933

91'41938

9P.:WS

9P.:Q438

9?40438

41SS133 12)

410SS152 (4)

mSS133 \2J

410SS 152 (2J

410SS 152 (2)

410SS134 (21

410SS 134 (21

410SS 134 (2J

416SS 122

41 0SH153

416SS122

416SS140

416SS140

416SS 199

416SS199

416SS144

41X313

41X3 16

'1X313

41X423

41 X423

41X410

,11 X410

41X399

938136 (4)

93658 (4)

936 136 (4)

41X361 (3)

41X361 (3)

41X408 (3)

41X408 (3)

41X355 (3)

41X317/ 1,120

41X318/ 1245

41X314/.990

41X42411 74

41X425/ 1.:S

41X411/ 193

41X412/2. 11

--

--

41X414i237

- -

· --

---

- -

--

91'42500

4.000 'R'

4 125

4.313

4.562 'RO'

5.250 ' R'

5 87S 'AO'

4IRX40010

41RX41210

41RX431 IO

41RX45610

4IRX5251D

41RXS871 1

41RX!>9610

362

3 62

362

45

4 500

5 8')I)

5810

5963 'AO'

2313

2.313

2 313

3 125

3. 125

3.125

3.125

3.12

3.12

3.12

4.00

4.00

5.33

5 38

24.72

24.72

24 72

24 87

24.87

26 70

26 70

1-7/8,12

2- 1/8- 12

2-1/8-12

2-1/2-10

3- 10

3-3/8- 12

3-3/8, 12

1-1/16-10

1-1/16-10

1-1116-10

1-1116-10

1-1/16-10

1-1/ 16-10

1-1/ 16-10

PART HO.

PART HO.

PART HO.

PART HD.

PART NO.

PART ND.

PART ND.

41X401

41X401

41X401

41X4 17

41X4 17

41X431

41X398 (3)

41XJS8 (3)

41X398 (3)

41 X41S (3)

41X415 (3)

41X426 (3)

41X426 13)

90G32

90G32

90G32

90G1(l

90G143

9:JG.14

90G44

41X431

9f>.10438

9P4Gl35

9?40438

9P40438

SP>0438

91'60750

9P607S0

>10SS134 (41

410SS134 (4)

410SS134 121

410SS 134 18)

410SS 134 f8J

410SS 157 (2)

410SS 1S7 16)

416SS144

416$$144

416SS 144

416SS148

416SS148

416SSl68

416SS 168

4 IX399

41X399

41X399

41X41 6

'1X416

41X427

41X427

41X355 (3)

41X3SS (3)

41X355 13)

41X3S7 (41

'1X357 (4)

41XJ67 14)

41 X367 (4)

41 X414/2 37

41 X400i2 74

41X403/26 1

41X4 18/3 11

41X419/3 49

41X43S/ 3 61

41X429/3 74

- -

9P42SOO

--

9P434JO

SP43430

---

--

107

OTIS______

w_i_ re_lin _ e_ s_e_rv_ic_e_E_q_ui_pm _ e_n_t _ _ _ _ __

....

OTIS WIRELINE RUNNING TOOLS - Continued GUIDE T O T YPE X OTI S RUNNING TOOLS 11\iN!rtl Sl?t/ lndln

1250

1500

ASSEMBLY HUMBER

41X09

41X0 13

Molmum 0.0./lntlltl Fishing Heel< 0.0./lncho

1156

1400

1.000

I 187

Will Engage Fish Heck/lnchn

1.875

1062 30!)1

l.ongth

29 44

Top Thmd

5/8-11

15/16-10

Bcttcm Thrud

3/8-16

3/8-16

OET.

1

PART IIAME

1

Mandrel Sub Assembly

QTY.

PART HO.

PART HO.

I

41X045

41X0.:6

2

Shear Prn

I

Relainer Prn

1

9?20625 41XS3

9P20688

3 4

Shear Pin

I

9P31250

91'31500

4tX20

5

Sprtng

1

90C8B8

90C896

6

Spnng Housrno

I

41X49

41X66

7 8

Core

I

41X228

4IX227

Sprtng

1

90C&31

9

90C429 41X56 41X75 41X52

Dog fletarner

1

10

Ooo Weldment

2

11

Spill Rrng

12

Luo Seornen1

13

Re1a,ner Doo

2 2 2

41X68 41X73 41X22

41 X51

.:1X2.:

41X50

41Xl07

2 813

M1ndrel Slit/ lnclm

2.750

ASSEMBLY NUMBER

41X066

41X028 100

Maximum 0.0./lnchu Fish Heck O.DJlnchu

2.637

2 687

2.313

2 313

WIii Engage Fllh Hect/Inches

2.313

2 313

Ltngth

32.00

Tep Thrud Bcncm Thrud

1-1/16-10

3200 1-1/16-10

3/4- 10

3/4-10

OE!.

I

PART HAME

QTI.

PART HO.

PAR ! NO.

Mandrel Sub Assembly

1

41X047

41X047 9P41375

2

Shea, P,n

1

9!'41375

3 4

Relarner P,n

I

41X29

41X29

Shear P,n

I

9P42812

9N2812

5

Sp11no

I

Sp11no Housing

I

90C8S5 41X61

90C895

6 7 8

Core

1

41X286

41X286

Sprtng

I

oocm

9

41X61

Dog Ae1ainer

I

41X62

90C742 41)(62

ID

Dog Weldment

2

41X75

41X2n

11

Spill Rmg

2

41X31

41X31

12

Lug Segment Re1a,ner Oog

41X32 41X60

4 tX32

13

2 2

41X60

Type X Olis Running Tool

On this and the following pages arc Guides to Otis Types X and R Running Tools. These running tools are used to set Types X, XN . R. RN and RQ Otis locking mandrels in Types X. XN. R. RN . and RQ Otis landing nipples. These tools arc similar in design with nipple

locator dogs servi ng to locate the proper landing nipple and positioning the locking mandrel prior to locating and lock ing. By selecting the position of the running tool. the locking mand rel keys may be placed in the locating or retracted position.

108

&~______

w_ir_el_in_e _s_er_v_ic_e _Eq_u_ip_m_en_t_

OTIS WIRELINE RUNNING TOOLS - Continued

2.313

1.625

1.875

41X020

41X05

41X06

1.593

1.750

2. 171

1, 187

1.375

1.750

1.002

1.375

1.812

30.94

29.56

31.25

15/ 16-10

15/ 16-10

5/ 8-11

3/ 8-16

1/2-13

5/ 8-11

PART NO.

PART NO.

PART NO.

41X046

41X049

41X050

91'20688

9P30875

9P3 1125

41X20

41X3

41X 11

9P31S00

9P4 1875

9P42250

90C896

90C808

90C818

41X66

41X38

41X42

41X227

41X230

41X231

90C691 41X99

90C559 41X39

90C673 41X44

41X102

41X76

41X74

41X22

41X2

41X13

41X24

41X4

41X15

41X 107

41X40

41X43

2.875

3.313

3.813

4.562

mo51

41X025 3.250

41X0 15 3.750

41X021 4,500 3.125

2.843 2.31 3

2 313

2.313

--

2.625

3.125

4.000

3206 1-1/16-10

33.38

33.38

33.3

1-1/16-10

1-1 / 16-10

1-1/ 16-10

3/ 4-10

1-3/ 8-12

2-118-12

2-112-10

PART NO.

PART NO.

PART NO.

PART NO.

41X047

41X051

41X048

41X052

9P41375

9P62000

9P63125

41X29

41X125

9P62SOO 41X78

9P42812

9P433SO

9?43750

9P44500

90C895 41X61

90C11!.l

90C929

90CN1207

41X124

41X77

41X143

41X286

41X233

41X241

41X232

90C742

90C1193

90C928

90C1391

41X142

41X136

41X134

41X86

41X145

41X139

41X133

41X31

41X128

·11X84 41X80

41X149

41X32

41X126

41X79

41X150

41X60

41X131

41X81

41X151

41X 146

109

DTIS

____

OTIS______

w _ ir_el_in_e _s _er_vi_ce_ Eq_u_ip_m_en_t_ _ __ _ _- - - .

OTIS WIRELINE RUNNING TOOLS - Continued GUIDE TO TYPE A OTIS RUNNING TOOLS Mtndul Slze/lnchu

1375

1.500

ASSEMBLY HUMBER

41ROl3700

41ROIS001

Maximum 0.0./lnchea

1281

1.:69

Fish Ntct O.OJlnth11

1000

1187

WIii lng1g1 Fllh Nttk/lnche,

875

I C62

Ltng1h

29 .u

JOSI

hp Tllrud

5/S-16

15/ 16-10

BDl~Tllrud

3/8·16

3/8-16

on.

PART NO.

4 IX045

41X046

Shear Prn

I

9?20625

9?20688

Re1a,ner Prn

1

41X53

41X20

9P31250

91'31500

Spring

1 1

OOC888

90Ga96

Spring llousing

1

41X248

41X66

Core

I

41 X228

41R28

Spung

1

90CJ29 41X252

90C691

2 3 4 5

Shear P,n

6

7 8 9

OTY.

Dog Retainer

1

10

Splrl Ring

11 12

Dog Weldmen1

2 2

Lug Segmen1

2

41 X51

41X24

13

Re1a,ner Dog

2

41XS0

41X107

2.!'.62

41X68

41X52

41)(22

41X249

41)(73

Mandrel Slze/lncht1

2 313

ASSEMBLY HUMBER

41R0231 01

41R025601

Mnlmum 0.0./lnchu

2.172 1 750

Fish Htck O0./lnthe,

2 172 1750

Will Eng1g1 Fllh Htc\/lnclw ltn01h

1812

1812

3120

3120

T01> l hrud

15/ 16-1 0

[ 80110m Thrud

518-11

518-11

PART HO.

PART HO.

PART NAME

QTY.

15/16-10

1

Mandrel Sub Assembly

1

41 X050

41 X050

2

Shear Prn

1

9P31125

9?31125

3

Retainer Prn

1

41X11

41X II

4

Shear Pin

1

9P42250

9P422SO

s

Spring

1

90Ga l8

90C818

6

Spring Hous,ng

I

41X42

41X42

7 8

Core

1

41X240

41 X231

Spring

1

90C673

90C673

9 10

110

PART HO.

1

Mandrel Sub Assembly

OET,

Type R Otis Running Tool

PART NAME

I

llo9 Retainer

1

41X44

41Xl82

Splrl Ring

2

41X13

41X13

11

Dog Wetdment

41X181

Luo Segmen1

2 2

41 X74

12

41X15

41X 15

13

Retainer Dog

2

41X43

41 X43

I

& ;________

DJIS

w_ir_el_in_e_s _er_vi_ce__ Eq_u_ip_m_en_t _ _ _ _ _

OTIS WIRELINE RUNNING TOOLS - Continued

1.710

1.781

1.875

2.000

2.125

41ROl7101

41R017801

41ROl87DI

41R021201

41R021801

1.&11

1.750

1.750

41R020001 1.938

2.062

2.172

2.188

1. 187

1.375

1.375

1.375

1.375

1.750

1.062

1.375

1.375

1375

1.375

1.812

30 34 15/16-10

30.00 15/ 16-10

3000

30.00 15/ 16-10

30.00

31.20

15/16- 10

15/ 16- 10

15/16- 10

3/8· 16

1/ 2· 13

1/ 2· 13

112· 13

1/2·13

5/8·11

PART HO.

PART NO.

PART NO.

PART NO.

41X046

41X049

41X049

41X049

41X049

41X050

9?20688

9?30875

9P30875

9P30875

9?30875

9?31 125

41X20

41X3

41X3

41X3

41X3

41X11

9P31SOO

9P41 750

9?41875

9?41875

9?4 1750

9P422SO

90CS96

90C808

41X38

90C806 41X38

90C818

41X38

90C808 41X38

90C808

41 X66 41X277

41X239

41X239

4 IX239

41X239

41X24D

90C691

90C559

90C559

90CSS9

90C673

41X160

90CSS9 41X39

41X39

41R15

41X177

41X44

41X22

41X2

41X2

41 X2

41X2

41X13

PART NO.

PART NO.

41X42

41X157

41X 1&1

41X76

41X192

41X 176

41Y5

41X24

41X4

41X4

41X4

41X4

41X15

41X107

41X40

41X4()

41X40

41X40

41X~3

2.875

3.500

3.431

3688

4.000

4. 125

4.313

41R028701

41R031201

41R034301

41R036a01

41R040002

41R041201

m043100

2.84

3.125

3.406

3625

3938

3.938

4.281

2.313

2.312

2.313

2.313

2.312

2.313

2 312

2.31

2.625

2.625

3.125

3.125

3.125

3. 125

31.20

33.38

33.38

33.40

33.38

33.40

33.38

1·1 / 16·10

1· 1/ 16· 10

1·1/16- 10

1-1 /16· 10

1-1/16·10

1·1/16· 10

1· 1/ 16-10

5/ 8-11

1·3/8· 12

1·3/8· 12

1·5/ 8·10

2·1/8·12

2·1 / 8·12

2·1/8- 12

PART NO.

PART NO.

PART NO.

PART NO.

PART NO.

PART NO.

PART NO.

41X047

41XOS3

41X051

41X048

41X048

41X048

>1X048 9P62SOO

9P41375

9P62000

9P62000

9?62500

9?62500

9P62SOO

41X29

41X224

41X125

41X78

41X78

41X78

41X78

9?428 12

9p.:3120

9P43380

9P437SO

9?43750

9?43750

9?43750

90C895

90CN1194

90C1 194

90C929

90C929

90C929

90C929

41X61

41X223

41X210

41Y6

41X77

41X77

41X77

41R25

41R27

41R27

41R18

41R29

41R26

41X241

90C742

90CN1 193

90C1193

90C928

90C928

90C928

90C928

41X136

41R23

41A21

41Y8

41X97

41X97

41 R34

41X3 1

41X128

41X128

41X80

41X80

41X8-0

41X80

41X139

41X222

41X215

41Y 10

41X95

41X195

41X298

41X32

4IX126

41X126

41X79

41X79

41X79

41X 79

41X60

41X131

41X13 1

41X81

41X&1

41X81

41X81

111

OTIS______

w_i_re_lin_e_s_e_rv_ic_e_E_qu_i_ Pm_e_nt_ _ _ _ _ _ _- - - . OTIS RUNNING TOOLS undernea th the locking sleeve in the Type D Mandrel. When the tool being run is securely set in the desired collar recess. the pin is sheared. releasing the running tool. which is then retrieved fr om the hole.

Type C Otis Running Tool sets Type D Otis Collar Stop in tubing collars. The tool is inserted in the collar stop a nd pinned to the lower portion of the mandrel. After the desired depth is reached and a coupling located in the tubing string. the collar stop is locked by applying an upward pull on the wireline. When the collar stop is set, upward jarring is designed to shear the pin and the wireline tools may be removed from the well.

TYPE J OTIS RUNNING TOOL T ype J Running Tool sets Types J, E, P, F and L Otis Locking Mandrels In Types J, E, P, F and L Otis Landing Nipples. The subsurface cont rol is held in place on the

T YPE D OTIS RUNN ING TOOL

Type J Running Tool by two 3/ 16-in. shear pins inserted through horizont al tangential grooves. After the contro l is lowered into the landing nipple and locked in place, the shear pins are sheared by upward jarring action. This acti on rea\eases the running tool and allows it to be pu lled from the tubing.

Type D Otis Running T ool sets the T ype D Otis Collar Lock Mandrel In tubing collars. The tool is inserted in the

Type D Otis Mandrel Assembly before being pinned . The inner core of the running tool is moved down and pinned through the outer ma nd rel. When the in ner core is moved to the down position. this locks the two dogs

Type J Oris Runn,ng Tool

GUIDE T O T YPE C RUNNING TOOL Nominal Uud ID Run

Running Tool

P,rt

lnchea

Numbor 41COO 41C91 41C74 41Cn

1·1/2 1-3/4

Type C Otis Type D Collar S1op

2 2· 1/2 3

flahlng Neck 0.0./lnchla

Mu.

$111/

41C78

0.0./ lnchu 1.310 1.250 1.500 1.940 2.500

On

Thrud 15/ 16· 10 15/ 16-10

Teel 1.187 1.187

15/16- 10 15/16· 10 1-1116-10

1.375 1.750 2.313

WIii Engage 745 807 1 057 1.495 1.995

GUIDE T O T YPE D RUNNING TOOL Nomln,t EXPANDER MANDREL

Uaed ID Run Type D Collar Lock Mandrel

Flahlng N,ck 0.0./lnchu

Mu .

Sill/

PJrl

lnchu 2 2-1/2

Number 41 0010 41 D011

3

41009

00 / lnchu 1 340 1 750 2000

Thmd 15/16-10 15/16-10 1·1116-10

On Teel 1 375 1 750 1 750

Wlll lng agt -~

1 344 1 6a8

GU IDE T O T YPE J RUNNING TOOL Mu.

Nomln,1 Ustd Ill Run

Sin /

Pul

lntl1U 3/J

Numbtt

Type D Otis

3

41J36 41J33 41 J26 41 J28 41JI 41J2 J 1J3

Running Tool

4

41 J25

I

1-1/4 DOGS

fype J and F Mand,els

112

1· 1/2 2 2-1/2

00./ lncllu

Fllbing Neck O.DJ IAthtJ

2000 2 500

Thruo 1/2·13 1/2- 13 5/11-11 15/16·10 15/16-10 15/16· 10 1·1/16-10

3 500

1· 1/16-10

~

810 1 120 I 100 1620

On Teel 687 687 100)

Wlll EOQIQI

413 581

612

1187 1375 1 750 2 313

1000 1625 1 445 1.937

2 313

2 875

& _______

OTIS

w_ir_e_lin_e_s_e_rv_ic_e _E_qu_ip_m_e_nt_ _ _ _ _ _

OTIS RUNNING TOOLS - Continued T YPE H OTIS RUNNING T OOL

TYPE SP OTI S RUNNING TOOL

Type H Running Tool sets the T ype F Olis Collar Stops, Type U Otis Locking Mandrels In tubing collar and is used to run various test tools. This tool has spring-actuated

Type SP Otis Running Tool sets T ypes PS, PN, PO and PT Plug Chokes. T his tool is designed to run plug chokes

that incorporate an equalizi ng device and an internal prong with a fishing neck. The running tool's deep core is des igned fo r the prongs used in these plug choke designs. The collet acts to hold the dog carrier in a n up position while t he tool is being run. Ma ndrel is held in its running position by two tangentia l shear pins. After the asse mbly has been run and landed in a ni pple, jarring down acts to spread the collets. releasing the ma ndrel's dog carrier. Upward jarring is used to set the ma ndrel and release the runni ng tool from the assembly.

dogs which grasp the upper nange of the slip carrier on the mandrel assembly. A shear pin. completely enclosed in the body and cylinder (housed in by hollow head set screws) provides a means for releasing the Type H Otis Running Tool from the slip carrier after the slips are set and the mandrel assembly locked in the tubing. J arring down with the wireline tool acts 10 force the slips on the mandrel assembly to fi rmly engage the tubing walls a nd shears a pin inside t he running tool. Additional downward ja rring acts to move the ru nning tool cylinder down with respect to the body and ca uses the running tool 10 lock in a released position so that it may be pulled from the well.

's..

t,.ECK

CYLINDER

lOCK

CORE NUI

CORE

RING

l AICH PIN SEl SCREW S>tE AR PIN

DOC SPRING

SlEEVE lOC K

RING

60DY

SE1

SCREW

DOOS

COllE1

Type H 01,s Running Tool

Type SP Otis Runn ing Tool

GUID E T O T YPE H RUNNING T O OLS Noaln.il

Pan

Mnlmum

Siu / Ina.

Numbtt 41H05 41H06 41H09 41H07

0.0./ln,. 1.00 119 1.41 1.75

41H02 411103

2.25 225

H /4

1· 1/2 1·3/4

2 2-1/2 3

flshlna Nttk 0.0./lnL lhrud

On Toal 875 1000 1187 1375

5/8· 11 5/8,11 15/16·10 15/16- 10 15/16, IO 1· 1116· 10

WIii Enaa.'11

875 1 (XX) 1 187 1 375 1 750 2 313

I 750 2.313

GUIDE T O TYPE SP RUNNI NG TOOLS Uud ID

Nomln.il Siu/

Part

Mu . 0.0./

lo Run

lnchu

Numbtr

1, 1/4 1-112

41SP4 4151'8

lncllu 1240

2 2-112

41SP7 41SP6

3

4151'5

Type ?S, PN PO

and PT Plugs

I ,!JO

1 ;50 2120 2 740

113

Thmd

518-11 15/ 16-10 1)/ 16-10 15/16- 10 1· 1/16-10

Fl1hl~ Neck o.01 1nch11 On Tool Will Enoao1 I (XX) 1 000 1188 I 190 I 375 1750

1 750

2312

2 310

I 380

OTIS______

w_i_re_li_ne_ s_e_rv_ic_e_E_qu_i_Pm _e_n_t _ _ _ _ _ _. . . .

OTIS RUNNING TOOLS - Continued TYPE T OTIS RUNNING TOOL

TYPE W OTIS RUNNING TOOL

Type T Running Tool sets Types S, T, N and a Otis Locking Mandrels In Types S, T, N and a Otis Landing Nipples. Tool has a core. collet and outer sleeve. The

Type W Otis Running Tool sets Types C, B and W SlipType Otis Mandrels in tubing. This tool consists of a

prong weldment with prong. a housing. and a collct. The collct is designed 10 seat in an internal recess in the running neck of a Type C Otis Mandrel and is locked in th is position by the prong. A shear pin se rves to hold the collct in the running position. When the desired setting depth is reached. the tools arc picked up to set the slips and expand the rubber clement on the lower part of the Type C Mandrel. Upward jarring is used to secure the Type C Mandrel in a locked position and expand the pack off clement. Once set. the pin may be sheared in the running tool and the prong withdrawn from behind the collct. allowing the running tool to release from the mandrel and be withdrawn from the hole .

collet acts to hold the dog carrier in an up position while the tool is being run. The mandrels arc held in running position by two tangential brass shear pins. After the assembly has been run and landed in a nipple. jarring down acts 10 release the collct within the running rool and allows the dogs to fall free. Upward jarring is used to set the mandrel and release the running tool from the assembly.

PRO,, Ci

•. . - -- - WftOM(NT

Type w Olis Running Tool

Type T Olis Running Tool

GUIDE TO TYPE T RUNNING TOOL Uud II RUD

Type, S. T. N and O lb ndrels

Ntmkul Slu / lncllu 1-1 /4 1-1 /2 & 1·3/4

Put Number 41101 41102

Mu. OA/lncllu

2 2·1/2

41103

41104

12-IO 1.00 1.750 2120

3

41105 41106 41109 411010

2 7-IO 3.£-IO 274 5 75

4

3-112

7

Ttvcai,

SIS.II

1-1/lf>.10 1·11 1f>.10 1·1/lf,.10 1-1 / lf>.10

15/lf>.10 15/lf>.10 15/lf>.10

filhlna N"k 0.0./lntha 0a Tool Wlll lC>OIDI 921 1000 1 187 1093 1 375 1193 1 750 1~ 2 313 2 192 2313 3167 2313 2 62!> 3 125 5093

GUIDE TO TYPE W RUNNING TOOL Uud Ill Run

Type 8. C and IY Mandrels

Nominal Sl11/lnch11 1· 114 1-1/2 & 1·314

P1r1 Number ·-11 ......,

Mu. 0.0./lncllu

fl1hlna Nctt/lntha WIii Eng1g1 531 687

Thrud 51&- 11 l>lf>.10

On Tool 1000 1 187

15/ lf>.10 15/lf>.10

1375

812

1 375

1000

411'1'023

1.100 1380

2 2· 112

411\013 41\110 14

1500

3 3-1/2

411'/022 4111'030

2250

2620

1·1/ lf>.10 1· 1/ lf>.10

1 750 2 313

2000 1875

4

41'h 037

3 500

1-1/lf>.10

2 313

2812

1500

114

& _______

DJIS

W _i_re_li n _ e_ s_e_rv_ic_e_E_qu_i_pm _ e_n_t _ _ _ _ _

OTIS WIRELINE PULLING TOOLS T YPE GS/GR RUNNING AND PULLING TOOL

The Type GS Otis Running and Pulling Tool runs, sets and pulls Type G Otis Pack-Off Assemblies. In the running position, the dogs are designed to seat and lock in the internal recess of the mandrel being run until a pin is shea red by downward jarring. Because of this design the tool ca n be used in pulling o perations where an excessive jarring upward is required to retrieve a subsurface control. The Type GR Otis Pulling Tool is designed to shear with a jarring up action. To accomplish this, the shea r pin is removed from the GS and a shear pin is installed in the Otis GU Shear-up Adapter. The GR is used for routine wireline operations or on controls where shear down is not possible. to include pulling the Type D Otis Bridge Plug, the T ype X and R Otis Locking Mandrel a nd the Type D Otis Mandre l.

flSH NEC~

SHEAR UP

ADA•lER, TYPE GU

FIS~iNECC~

IOP 5U8 SHEAR PIN~

/

CYllNDER

~


f1

~

CYllNDER 5PRl~G

SPRING RElAINE1 DOG SPRING

.

I

" ' - ooc; RE r Au,ER

fI

TYPE R OTIS WIRELINE PULLING TOOLS $

T ype R Tools have a set of three dogs held in their e ngaged position against a cylinde r spring. This design permits a gripping action to be applied to the pulling tool dogs and provides add itional strength t hroughout. Tools utilize upward jarring a nd line pull to ca use the dogs to securely engage the pulling neck on the control, reducing the possibility of the dogs slipping off the control. Tools are designed to be released by jarring upward when necessary. T his action is designed to shear a pin forcing the cyli nder down, re leasing the dogs from their e ngaged position. Type R Pulling Tool can be modified as follows: Type RB (Type R body with a Type B core) used to pull Type B and W O tis Locking Mandrels Assemblies and mandrel assemblies with full rela tive motion. Type RS (Type R body with Type Score) used to pull Type S Otis Mandrel Assemblies. Type RJ (Type R body with Type J core) used to pull all controls that do not have full relative motion . ;

/

""5

ooc;s

I

1; : : :CORE

:E ,a

;J; ~

Typo R O tis Wirotino Pulling Toot

•

Type GR Otis Wirefine Puffing Tool

1 ~* ~ :,;

~

)

Type GS Otis Running/ Puflmg Toot

subsurface eq uipment with an external fi shing neck. The core for this tool is manufact ured in vario us lengths, and cores may be changed in the fie ld to accommodate the lishing neck of vario us controls. Tool is designed to shear and release itself by downward jarring. With this feat ure, the T ype Smay a lso be used as a running tool to run collar stops. pack-off anchor sto ps and various o ther Otis tools. NOTE: When used as a running tool, the core sh ould be

of sufficient lengt h for upward travel after shearing the pin before the skirt is stopped by the equipment being run. It is this action that permits complete release of the running tool.

TYPE B OTIS WIRELINE PULLING TOOL

}

The Type B has exposed dogs (without skirt) that a re frequently useful in extremely sa ndy or trashy wells. Being exposed , the d ogs ca n move down over the fishing neck of the mandrel more easily. Two models are available. Type BB is used to pull T ypes B, C and W Otis Slip-Type Mandrels and mandrels with full relative motion, s uch as T y pes F and J Otis Mandrels . Type BE is used to pull all assemblies that do not have full relative motion. such as the Type G a nd old-style Type F Otis Locking Mandrels.

- -CYllNDER -

-

CYLINDER SPRING

, - - -CORENlll

- - ~HEAR PIN

~ - -SHEA~ PIN ,,

- -SET SCREW

DOG SPRING

-

- - CYLINDER

- - DOG

TYPE S OTIS WIRELINE PULLING TOOL

The Type S (not used to run T ype S Otis eq uipment) is designed for jobs where extensive jarring is required to pull a bottom-hole control. It is d esigned to pull any

Type S Ot,s P111/1ng Tool

115

Typo B Otis Pulling Toot

OTIS______

w _ ir_el_in_e_s_e~_ ic_e _Eq_u_ip_m _e_nt_ _ _ _ _ _ _. . . .

OTIS WIRELINE PULLING TOOLS - Continued GUIDE TO T YPE RB OTIS PULLING TOOLS s,1,ct,d Component P1r11 Autmbly Numbtr

Nomln11 Sl11/lns.

40ABl2

1

40RBl1

l-3/ 16

0.0./ Inches

fl1hlno Nttk

WIii [ng1g1

Top Thrnd

Ruch/ Inches

Cyllndtr

Care

Dog

fi1hnect

Dog Spring

Cylinder Spring

Shtat Pin 9P20581

.970

750

750

518· 11

1328

40R83

40080

40Ra5

40A79

90Cl58

90C157

1.190

875

875

516-ll

1.300

.:oR75

40Rn

40077

40A71

90Ct55

90C154

40ABtO

l•l/4

1.22D

l 000

l 000

516-ll

1219

.:0068

40A65

40R7D

40A78

90Cl53

90C152

SP31000

40AB14

1·112

HJO

I 188

1 188

15116-10

1265

.:M89

40A93

4
4QR92

90Cm

90C49

9Nl250

40AB21

1-1/2

1484

1188

I 188

15116- 10

1.050

40A130

40R93

4
40A92

90C222

90C49

9?41250

40AB17

2

1.no

1.375

I 375

15116-10

1.219

40A100

40Al l4

40A98

40A11 I

90CN273

00CN270

9?51406

40R018

2·112

2.180

1.375

1.750

15/16- 10

1.203

4011 101

4Qlll08

40A99

40R107

90CN274

OOCN27 1

9P51781

40RB19

3

2.740

2 312

2 312

1· 1/1 6-10

1.297

40Rl02

40fl105

40A22

40Rt 18

90CN10&1

OOCN272

9P62375

40R030

3·112

3.110

2.312

2 750

J.1 / 16-10

1.350

40At55

40At93

40R t:o

40R 118

90CN10&1

OOCN272

91'62375

40AB20

4

3670

2 312

3 125

1-1 / 16-10

1490

40Rt22

40R1 29

40R 124

40/l119

90C343

90C342

9P62375

Oog Spring

Cylinder Spring

Shear Pin

GU IDE TO TYPE RS OTIS PU LLING TOOLS Stl,cttd Compon,n1 Puu Ammbly Number

Nominal Size/Ins.

0.0.I Inches

Fl1hlng Nick

WIii Eng1g1

Top Thread

Rmh/ Inches

fishing Cylinder

Core

Dog

Heck

40RS12

I

.880

.687

.687

5/8·1 1

1.000

40Rl39

4011138

40Rl40

40A1 36

90CN471

90CN470

40RS23

I

880

.687

687

518·11

2000

40A219

40Rl38

40R220

40A136

90CN47 1

90CN470

18A8

401\SlO

1·1/4

1220

1.000

I 000

518·11

2125

40A68

40R127

40R70

40R78

90Cl53

90Cl52

9P31000 9P41250

18A8

40RS5

1-112

1430

1188

1188

15/ 16-10

I 797

.:ORa9

4QR9'J

.:OS44

40A92

90C222

90C49

.:ORS14

1·314

1562

1188

I 188

15116-10

I 797

.:oAl43

4(F.90

40R1SO

4!m2

90C222

90C49

9P41250

,1()/156

2

1no

I 375

1315

15116-10

19&!

40R100

4DAl l2

4QR98

40A1 II

90CN273

90CN270

91'57400

JORS7

2-1/2

2180

I 375

1750

015116-10

198,:

40R IOI

40R I09

40R99

40A107

90CN274

90Cl1271

9i'51781

40RS8

3

2.740

2312

2 313

1-1116- 10

2. 190

.:ORIOZ

40R ID6

40R22

40Rl l8

90Ctll061

90CN272

9P62375

40RS 16

3·112

3. 110

2.312

2.750

1-1/16-10

2.100

40R l55

40Rl54

40Rl:o

40RI 18

90CNI064

OOCN272

9P62375

40RS9

4

3.718

2.312

3. 125

1-1 / 16-10

2.156

40A l22

4DR l20

4011124

401l ll9

90C343

OOC342

9P62375

Srltdtd Com-nl Puu Fl,hlng Dog Neck Spong

Cyllndtr Spr1ng

Sbtat Pin

GUIDE TO T YPE RJ OTIS PULLING TOOLS A11ambly

NoatliYI

Num~er

S111/lns.

O.ll/ lnch11

Fhhlng Httk

WIii £og1g1

lop Thrud

Ruth/

lnehn

Cyllndtr

Core

Dog

40RJ4

1-1/4

1 220

I 000

I (XX)

5/8-11

I 844

40R68

40Rl34

40R70

40R78

90Cl53

90C152

9P3100

40RJ5

1·1/2

1.430

1. 188

1. 188

15/16-10

2.547

40R89

40Rl43

.:OS4<

40R92

90C222

90C49

9P41250

40AJ IO

1·3/4

1.560

I 188

I 188

15116-10

2.550

40Al49

40Rl43

40R IS0

40R92

90C222

OOC49

9P41254

,IOIIJ1

2

1.no

1.375

I 375

15/16-10

2.547

40R IOO

40Rll3

401198

40Rll 1

90CN273

OOCN270

9P51406

40RJ2

2· 1/2

2.180

1.375

1 750

15116- 10

2.547

40fll01

40f1110

40R99

40Rl07

90CN274

90CN271

9P51781

40RJ3

3

2 740

2 312

2 312

1·1116-10

2 609

40R102

40A l35

40R22

40RI 18

90CIH 0&1

90CN272

9!'62375

40RJ6

4

3.660

2 312

3 125

1· 1116-10

2 (XX)

40Rl22

40R205

4011124

40A119

90CJ43

90C342

9P3375

11 6

OTI S______

w _i_re_li_ne_ se_rv_i_ ce_E _q_ui_pm _ en_t _ __ _ __

-.

OTIS WIRELINE PULLING TOOLS - Continued GUI DE TO T YPE GR OTIS PULLING AN D RUNNI NG TOOLS l.o
f!Jh Nrck

Combln1tirn

LO.

Auy. No.

S.b Aurmbliu PulllnQ Tool Sllt.u-Up Ad1pl#r

Top Thrud

Prong

Tool O0. fish Ntck

Thteld

Minimum Au
Mn. 0.0. GS Pulling Toof

1250 1375

88 68

.:!XiR12500 .:!XiRl2500

.:QGS12500 JOGS12500

.:!XiUl2500 40GU12S00

5/ S-11 5/S-11

3/S-16 3/8-16

I 000 1000

Ill! I.OS

1 16 116

1500 1625

106 1.06

.:!XiR1500) 4CGR1500)

4QGS15000 40GS15000

406U 15000 406U 15000

15/ 16-10 15/ 16-10

112-13 1/2- 13

1 187 I 187

1.62 1.62

1 47 I 47

I 710 I 781

106 1.38

;l()GRISOOO 40GR17800

40GS 15000 40GS l 7800

406U 15000 40GU17SOO

15/16-10 15/16-10

1/2- 13 112· 13

I 187 1.375

1.62 162

I 47 1.75

1 875 1900

138 138

.:OOR18700 .:ixiRl8700

.:QGS18700 .:QGS 18700

40GU18700 .:OOU18700

15/16- 10 15/16-10

1/2·13 1/2-13

1 375 1375

1.62 162

181 181

2000

2 121

138 138

;IQGR18700 ;IQGR18700

40GSl8700 .:QGS18700

40GU18700 40GU18700

15/16-10 15/16-10

1/2· 13 112-13

1 375 1 375

1.62 1 62

I 81 I 81

2 188 2.313

181 1.81

4CGR2 1800 40GR23100

40GS21800 40GS23 100

40GU21800 40GU2J100

15116-10 15116-10

5/S-1 1 5/S- 11

1 750 1.750

1.62 162

2 16 225

2.380 2.50

1 81 181

;IQGR23 100 .:QGR23100

40GS23100 40GS23100

40GU23100 40GU23100

15/16-10 15/16- 10

5/8- 11 5/8- 11

1 750 I 750

1.62 162

2 25 2 25

2562 2750

181 231

.:QGR23100 J0GR27SOO

40GS23 100 40GS2,500

;IQGU23100 J0CU31200

15116-10 1-1116-10

5/&-11 5111-11

I 750 2 313

1.62 162

2 25

2813

2 31 231

;l()GR27500 4QGR27500

J0GS2i500 40GS2i500

.;o£U31200 -IOGU31200

1-1116-1 0 1·1/16-10

5/8-11

5/&-11

2 313 2 313

1 62 1.62

3.125

2.31 2.62

40GR27500 40GR3 1200

40GS27500 40GS31200

40GU31200 40GU31200

1· 1/16-10 1· 1/ 16-10

5/11-11 1·318- 12

2.313 2313

1.62 1.62

2 72 3 II

3.250 3 313

2.62 262

40GR31200 ;IQGRJ1200

40GS3 1200 4CGS3 1200

4-0GU31200 40GU31200

1-1116-10 1-1 / 16-10

1·3/S- 12 1·3/8- 12

2 313 2313

1.62 I 62

3 II 3 II

3 437 3688

2 62 312

;l()GR31200 ;l()GRJ6800

406S31200

40GS36800

40W31200 .;QQJJl200

1-1 / 16-10 1·1116-10

J.3/ 8-12 2· 118-12

2 313 2 313

162 1.62

3 11 3 62

l 813 3875

312 312

;l()GR36800 ;l()GRJ6800

40GS36800 40GS36800

40GU31200 40GU31200

1· 1116-10 1-11 16-10

2·1/8-12 2· 11&-12

2 313 2 313

1.62 162

362 362

4000 4 125

3. 12 3 12

40GR36800 40GR36800

40GS36800 40GS36800

40GU31200 .:oGU3 1200

1-1/ 16-10 1• 1/16- 10

2· 118-12 2· 118-12

23 13 2313

1.62 1.62

3 62 3 62

4 313 4562

3 12

,!06R36800 40GR45600

40GSJ6800 40GS45600

40GU31200 40GU4S600

1-1116- 10 1·11 16-10

2· 1/8-12 2· 1/2-10

2 313 3 125

1.62 1.82

362 4 50

40GS45o00 40GS45600

40GJ4S6QO .:oGU45600

1·1/16-10 1· 1/16-10

2· 112· 10 2·1 12· 10

3 125 3 125

182 1.82

4 50 4 50

JQGS45600 4QGS45600

40GU4S600 40GU4S600

1·1/16-10 1-1/16-10

2· 1/2· 10 2· 1/2- 10

3.125 3.125

1 82 1 82

4 50 4 50

40GU59600

1· 1/ 16-10 1- 1/16-10

3·518· 10 3-5/8- 10

3 125 3.125

1.86 186

583 5 88

40GUS9600

1-1/16-10

3·5/&- 10

3. 125

1.86

5 88

2 875

3000

4688

.: oo .: oo

.: 750

.: 00

;IQGR45600 ;l()GR45600

4813 5250

400 4 00

;l()GR45600 40GR45600

5.875 5963

5.25 5 25

,IOGR59600

400S58700 40GS59600

6250

525

;IQGR59600

40GS59600

--

--

2n 2n 2 72

GUID E TO TYPE GS OTI S PULLING AND RUNNING T OOLS Nomlul Sill/

Mnmbly

fishing

lnchts

Numbtr

Nick

Core

Sub

Shur Pin

Cylinder

Cylindtr Spring

Spring Rrtalntr

1·11-1 •IOGS 12500 1-1/2 & 1-3/4 40GS15000

40G140 4CG90

,10G 139 40G91

400314 40G306

9?3 1000 9P3 1312

400313 400309

90CN884 90CN221

400 134 40G95

2

Top

Dog Srr lng

Oog

R111iner Ring

Relliner

Dogs'

90Cll885 90Cll393

40G 137 40096

40G 138 (3) 40G97 (3)

--

90CIIS5

---

2

;IQGS17800 ;1()(;$18700

40042 J0042

400370 400370

400382 400369

91'41625 91'41625

40G2-15 400312

90CN142 OOCN142

40039 40039

90Cll85

4QG21X/ 40020:1

40038 (4) 4C(i38 (4)

2-1/2 2·1/2

;IQGS21800 ;l()GS23100

J(X.51 .:OG51

40G379 400379

400375 400376

91'41937

91'42062

400310 J(X.311

OOC/1174 ~174

400123 ;1()(;49

OOCll349 90CN349

JQG204 4C(i203

4(X.52 (4) 40052 (4)

3 3-1/2

400S27500 40GS31200

40053 40G53

400359 40G258

40G357 406266

9"42500 91'52870

400262 40G257

90CN119 90CN 119

.l()Y5 400217

90CN565 90Cll l 189

40G205 40G265

400264 (4) 40G267 (4)

4 5

,IOGS36800 40C,S45600

40G53 40G)64

400255 40G365

40G260 400366

9?53250 9?54 120

400256 40G367

90CN119

40G 142

90CN930

90CN929

40G363

00Cfl668

40G206 40G326

40G261 (4) 40G324 (4)

7 7

40GS58700 ;l()GS59600

40G270 40(;270

400193 40G193

400351 40G19J

91'64850

40G352 40G1 89

90CN136 1 OOClll361

4{.G 190

90Ct11 362 90CN1362

.SOCl92 .:0G 192

4(X.191 (12) 40G191 (12)

9P6J850

.:CGl!IO

Hui

- --

40G30

- ---------- -

40G353 .:QGJ.14

.:QG188 J0G188

---

-----------

---

GUIDE TO T YPE GU SHEAR-UP AD APTER Nomln1I Siu lnchu

As11mbly Nunbtr

Mu lmum 0.0./ lnchu

Ashing Netk 0.0./ Inches

Top lhrud Inches

Ad1plt r Box Thrud/ Inches

f ishi ng Neck

Bind

Shear Pin

Pin

Cori Hui

Spam Sub

---

1-1/ 4 1·1 /2 & 1·3/4

40GU 12500 4QGU 15000

I 156 1 469

1.000 1187

5/S-11 15116-10

5/8- 11 15/16-10

100 131 JQG96

4QGl29 JQG99

9?41000 91'41281

400128 40G100

4QG130 .:00101

2 2

.iQGU17800 40GU18700

1 750 181 2

1375 1375

15116-10 15/16-10

16116-10 15116-10

400243 l<Xi81

·IOG242 J QGliO

9PIS59J 91'51688

.:OC79 40G79

40082 4QG82

2·1 /2 2-1/2

.:OOU21SOO 40GU23 100

2 125 2 2!,()

1750 1.750

15/16-10 15/16-10

15/ 16-10 15/16-10

40G118 400$4

40G117 40G85

91'51938 9P52000

40G116

,IOGS6

40082 40082

3& 4 5

40GU31200 40GU4S600

2.719 4 000

2.3 13 3 125

l • lil o- 10 1• 1116-10

1-1/16- 10 l · l/ 16-10

40G l12 40G241

400113 40G240

9P52SOO 9P53250

;IOG I 14 400238

406 115 400239

i

40GUS0000

5875

3 125

1· 1116-10

1· 1/16-10

---------

40G292

40G290

91'63250

40G238

40029 1

40G293

117

DJIS

&;:_______

w_ir_el_in_e_s_e_ rv_ic_e _E_qu_ip_ m _e_n_t _ _ _ _ _

OTIS WIRELINE PULLI NG TOOLS - Continued GUIDE TO TYPE SB OTIS PULLI NG TOOL Autmbly Numbtr

Nomlntl Slzt/lntha

0.JI./ lnche1

'¥1.7

Fl1hlng Ntdc

WIii Enoao1

Tot> Thnad

Ruth lndl111

Cylinder

c«,

Fl1h

009

Nt
Doo Spring

Cyl. Spring

She11 Pin

40582S

1

.687

687

5/8·11

100

405119

405121

40R220

405117

90CN-171

90CN1941

9?20740

40SB14

1· 1/4

1.22

1.000

1 000

5/8·11

128

40S92

40597

40R70

40595

90C153

90011995

9P31100

40583

1-1 /2

1.437

1.188

1.188

5/8· 11

.688

40$28

40530

40529

40542

90C222

90C221

9P31281

40SB6

1· 1/2

1.437

1.188

1.188

15/16-10

1.297

40$28

40$43

40S29

40$42

90C222

90C221

9P31281

4051!1

2

1 766

1.375

1 375

15/ 16-10

1219

.1()$12

40513

40R98

41$1

90C273

90C142

9?41625

40582

2·112

2188

1.375

1.750

15/16-10

1.281

40517

.:OS18

40099

40514

90C/1274

90C174

9P41875

.1()$89

3

2,73,1

2.312

2 312

1·1/16-10

138

40$72

40555

40574

40571

90CN1064

90C119

9?52625

40S87

3

2844

2.312

2.312

1·1/16-10

1.500

40552

40$55

~OR22

40550

90CN1064

90C119

9PS2625

405011

3·1/2

3. 115

3.313

2.750

1-1 /16·10

1.69

40565

40S87

,1QR1S6

40550

90CN 1064

90C 119

9PS2625

40SB10

4

3670

2.312

3 125

1·1/16· 10

1500

40$78

40579

40R124

40550

90C343

90C119

9Nl2625

GUI DE TO TYPE SM OTIS PULLI NG TOOLS Ammbly Number

Nominal Size/Inches

0.0./

lnehu

Filhlng Heek

WIii Engage

Top Thread

Ruch lneht1

Cyllnder

C4re

Dog

Fl&h Nee~

Dog Spring

Cyllnder Spring 90CN170

Shur Pin

40SM7

166

1.188

875

875

15/ 16-10

1 68

40510

40522

40077

40$7

90CN155

'40SM4

1·3/16

1.19

1. 188

.875

15/16-10

168

40510

40522

'40R77

40$7

90C155

90C17D

9P31000

405M1

2

1.77

1 375

1 375

15/16-10

16,;0

.;()56

4055

40098

41S1

90C273

90C142

9?51625

40SM3

1-1 /2

138

1.375

.875

15/ 16-10

1.578

40523

40522

40521

40519

90C155

90C 17D

91'3 1000

GUI DE TO TYPE SS OTIS PULLING TOOL Ammbly Humber

Nomhul Slzt/lnehes

0.0.I lnehu

F11hlno Neck

Will Engage

Top Thread

Rm h

Inches

Cylinder

C4re

Dog

Fl1h Neek

Dog Spring

Cyllnder Spring

Shur Pin

40SS3

1-1/2

1.43

1.188

1.188

15/16-10

1.78

40$45

40$30

40$44

40542

90C222

90C221

40SS 1

2

1.77

1.375

1.375

15/16-10

2.03

40512

40535

40098

41$1

90C273

90C 142

9?4 1625

40SS2

2-1/2

2.18

1.375

1.750

15/16-10

2.00

40517

40$34

40R99

40514

90Cll274

90C174

9?41875

40554

3

2.84

2.313

2.313

1·1 / 16-10

2.21

40552

-40$$1

.m22

40550

90Cll275

90C119

9!'52625

GU IDE TO TYPE BB OTIS PULLING TOOL Au1mbly Number

Nominal Siu/Ins.

408816

3/4

40889

1

40863

1-1/4

0.0/ Inches

Top Thrud

687

1/2· 13

9P31281

GUIDE T O TYPE BE OTIS PULLING T OOL

F11h Neek On Tool

WIii Engage

Minimum Ruch

Auembly Numb,r

Nominal Size/Ins.

0.01 lru:hes

.687

531

1.000

.:OBE3

1·1 /4

1.190

Top

Fish Heek

Will

Thrud

On hol

l•o•o•

5/8-11

1.000

1000

Minimum Rm h

2625

.875

5/8-11

.750

750

1.440

40BE5

H /2

1.500

15/ 16-10

1.188

1188

2.560

1.190

5/8-11

1.000

1.000

I 440

40BE6

2

1.780

15/16·10

1.375

1.375

2.625

400B10

1·1/2

1.380

15/16- 10

1.188

1188

1.440

40BE2

2· 1/2

2.250

15/16- 10

1.750

1750

2.750

401lll13

2

1.750

15/16-10

1.375

1375

1 440

40BE4

3

2.810

1·1/16-10

2.313

2 313

2 750

40862

2·1/2

2.250

15/ 16-10

1.750

1.750

1440

40884

3

2.810

1-1116-10

2.313

2.313

1.440

118

& ______

DTIS

w _ ir_el_in_e _se_r_vi_ce_ E _q_ui_pm _ e_n_t _ _ _ _ _

AUXILIARY WIRELINE SERVICES OTIS CALIPER SURVEYS

O tis Standard Caliper Survey includes reporting and interpreting general conditions of the pipe along with previous Otis Caliper Reports for comparison. Mechanically logging internal conditions of the tubing on a continuous-line, metal chart the calipers arc available for I ¼-in. to 4½-in. tubing and 13½-in. casings . Applications: (I) determine drill pipe wear on casing. sucker rod wear in tubing, mill defects and mashed or crooked joints; (2) caliper new, corrosive wells to ascertain original mill defects and. with follow-up surveys, rate of corrosion for selecting inhibitor programs; (3) survey completions where casing is the main production string; and (4) in combination with electronic inspection tools (run on electric wireline), a producer may learn if indicated weight loss is internal or external.

FISHING NECK

lm l - - -

COllAR !RIPPING MECHANISM

FEELER ARMS

BENEFITS OF DESIGN PRINCIPLE

• Economical. on-site reports available in some areas. Surveys are made under pressure without killing the well. • Each caliper feeler has individual sensitivity. Special light fee lers are available for use in coated tubing. • Temperature and well pressure do not affect the sensitivity of the caliper.

CHART CHAMBER

OTIS SELECTIVE TEST TOOL The Otis Type X Selective Test Tool tests tubing, locates

leaks, or sets hydraulic-set packers. Designed to hold pressure from above, the Type X Selective Test Tool may be set in compatible X or XN Landing nipples in the tubing string. Keys retracted, the tool is run to a point below the desired nipple, pulling up through the nipple releases the Jocking keys to set the tool. Pressure from above may then be applied.

SPRING

BENEFITS OF DESIGN PRINCIPLE SPRING

• Designed for high pressure ratings, 8,000 to 10,000 psi (d epending on size). • Available for X or R equipment for needed flexibility in a variety of completion designs. • Located in the lowest nipple. moving up the tubing with the test toll then minimizes wireline trips.

lOC'-lOR DOG

MAIN MANDREL

GUIDE TO TYPE X OTIS SELECTIVE TEST TOOL f ish Neck

Number

Nipple Size/Ins.

14X016210 14X018710 14X023110 14X027510 14X0331 10 14X0381 10

1.625 1.875 2.313 2.750 3.313 3.813

1.187 1.375 1.375 1.750 2.313 2.313

Ammbly

0.0./lns.

Keys. Expanded 0.0./lns.

Runnino and Pulling loci

1.96 2. 19 2.62 3. 19

40SSJ4 40SSJ 1 40SSJ I 40SSJ2 40SSJ3 40SSJ3

3.63 4.12

Type X Selective Test Tool

119

Otis Tubing Caliper

OTIS______

w_ i_re_li_ne_ se_r_vi_ce_ E _ q_u_ip_m_en_t _ __ _ _ __

OTIS BOTTOM HOLE PRESSURE SERVICES OTIS SOFTSET BOMB-HANGER Otis Softset Bomb Hanger is designed to set instruments virtually anywhere you have installed an Otis Landing Nipple (Types X, XN, R and RN). It is designed to carry up to 140 pounds of temperature-and-pressure survey instruments and to eliminate the need for jarring to set, aiding in assuring that charts show true well conditions. rnther than the effect of ja rring. Additio nally the hanger ca n be set in one of many Otis La nding Nipples so that you ca n run surveys at known locati ons downhole. a llowing reliable compariso ns of results at different depths. Hangers can be run in either standard or heavyweight t ubing with only one hange r req uired for installation in either selective or no-go type nipples of com parable size. The latch on the hanger is designed to be tripped (see following page) by the restricted hone bore of the landing nipple, permitting the dogs in the hanger to loca te in the nipple profile and lock in place as the fi sh neck is pushed down by tool string weight. An Otis Hydraulic-Type Running Tool is designed to be used to run and set the Softset Bomb Hanger. Hanger weight is balanced hydraulically in the running tool by the too l's spring force (sec following page). The load carryi ng capacity of the running tool is adjustable using washers, with the number of washers being determined by the weight of the instruments attached . T he running tool is designed to gently release within 30 to 60 second s after the wireline is pulled to a minimum of 150 pound s over IOol-string weight. All Otis Softset Bomb Hangers arc designed to be run and retrieved under pressure. using conventional wireline methods. And with th is hanger, surveys can be made y,rith the wireline out of the hole. This can mean

significa nt savings: (I) when several wells in a field are to be surveyed; and (2) in fi elds where a highly corrosive environment req uires the wireline to be removed from the well during prolonged testing.

Type XNS Otis Selecti ve

Soltset Bomb Hanger

GUIDE TO OTIS SOFTSET BOMB HANGERS Nipple LO.fin. Hon, Bore No-Go

Ammbly Number H,S Sid. 33XNS18730 33XNS23130

33XNS18710 33XNS23110

1875 2.313

33XIIS27530 3JXNS28130

33XIIS27510 33XNS28110

2750 2 813

2635

33XNS33130 33Xt1S38130

33XNS33110 33XIIS38110

33RNS21830 33RNS41230

33RNS2181 0 33RNS4 1210

·Gu

Map1er musl be run wi th Type

GS

Running

loci

1791

GS

Pulling l oci GU Adapler'

Pulllng Prong

Mu lmum ltnglh/ ln.

Bonom 0.0./in.

l hmd

41HR 18710 41HR23110

-IOGS18700 -IOGS23100

40GU1S700 40GU23100

49P1211 49?1212

15 5 15 6

11165 2303

314·16 314·16

41HR27510 41HR27510

.:c.GS27SOO .:OOS27SOO

40GU31200 40GU31200

49?1213 49?1213

170 170

2 740

2666

2~

3/4·16 314•!6

3 313 3813

3 135 3 725

41HR33110 41HR38110

.:OGSJ1200 .:c.GSJ6800

4(X;U31200 40GU31200

49?1380 491'1231

18 4 192

3303 3807

314·16 314·16

2 188 4 125

2 010 3 913

4IHR23110 41HR38110

4(X;S21800 40GSJ6800

40GU21800 40GU31200

491'1212 491'1231

16 2 19 2

2 178 4 115

3/J. 16 314·16

2205

Pulhng lool

GUIDE TO HYDRAULIC RUNNIN G TOOL FOR SO FTSET BOMB HANGERS Ammbly Humbrr 41HR 18710 41HR23110 411iR27510 41 HR33110 41 HR38110

Maximum 0.0./ln. 1859

2000 2 530 3000 3 780

L1ngth/ln.

l hmd Connection

190 200 202 235 23 7

1511 6-10 15116-10 1·11 16- 10 1· 1116-10 1·1116-10

M1n1mum pulling lorce 10 release-150 pounds t.la,imum oomb we1gh1 - 1.:0 pounds

flah N1cl:/ln. 1 375 I 750 2.313 2750 2 750

WEI GHT ADJU STMENT Wuh1r·

None 1 2 3

Weigh! ol Bomb/lb. Min

Max

15

35

36

70 105 140

76 106

·use only n
120

& _______

DJIS

w_ir_e_lin_e_s_e_rv_ic_e _E_qu_ip_m_e_nt_ _ _ _ _ _

OTIS SOFTSET BOMB HANGER - Continued OPERATIN G PRINCIPLE

.,

Ease of running and setting the Otis Softset Bomb Hanger is illustrated. Schematic No. 1 - When running in with running too l, the ha nger is extended to keep selective lock ing keys in their ret racted position. T he running 1001/ bomb assembly is run below the landing nipple or to the no-go shoulder. The hanger is now in position for locating in the landing nipple profile. Schematic No. 2 - Pulling the assembly back t hro ugh the landing nipple's restricted bore trips the hanger's keys. Continued pulling a few feet above the nipple places the hanger in its locate position. Schematic No. 3 - Upon setting clown. the hanger is designed to be set and locked in the matching nipple

profile . Tool-string weight is designed tO force the ha nger fishncck down. causing a spring-loaded lock to force a set of balls against their retainers. This is designed to lock the hanger in the nipple and allows fo r retrieving the running tool. Schematic N o. 4 - No jarring is required to release the hanger. An upward pull on the wireline (also an indication to operat or that hanger is locked in place) of 150 pounds over too l-string weight is designed to release runni ng tool wi thin 30 to 60 seconds. A Type GS Otis Pulling Tool with shear-up adapter and pu lling pro ng arc used to ret rieve the hanger. The prong is designed to move the hanger's lock down, releasing balls. allowi ng the fi sh neck to engage and keys to retract. Assembly may then be pulled.

~'~ .l

~~I ~ I ;=

WAS>tERS SPRING

h

~

~ :..i.~1 ii'; - ··5

.}riI "' rtr

ff"'

•I

~/

t'

LI .:

.l.si

".:

~~~-··t

flSHNECK lOCK 8AllS

'

lj~

lAICH lOCAIOR

f"'l

Q

SElfCllVf !OCKING KEYS

I'j-rue1Nc; Schomat,c

:{

., r

IUG

. ,i ~

1

Schematic 3

Schematic 2

121

0

Movmg Parts

0

Hydrauilc Pressure ,n Runnmg Tool

Schematic 4

OTIS______

w_ i_re_li_ne_ se_r_ vi_ce_ E _q_u_ip_m_en_t _ _ _ _ _ _ _- .

OTIS BOTTOM HOLE PRESSURE SERVICES OTIS BOTTOM HOLE PRESSURE SERVICES

BENEFITS OF DESIGN PRINCIPLE

Otis offers a complete range of both electric wireline and non-electric wireline bottom hole services, designed to de1crmine static or flowing bottom hole pressures and temperatures. All Otis bottom hole service equipment is manned by skilled Otis specialists trained to secure the needed data . This data can be supplied onsite to the customer in hard copy form. Otis can provide this service anywhere in the world whether on or offshore.

• Run and retrieved by standard wireline methods. • Locks in collar recess. • Designed to be left in the well, without the wireline, during pressure surveys. • No jarring necessary to set or pull. TYPE L BOMB HANGER

OTIS BOMB HANGERS

Auembly Humber

Nomin1I Size/ Ins.

Type L Otis Bomb Hanger Producers, requiring drawdown or build-up bottom-hole pressure surveys, may use the Otis lug-type bomb hanger to suspend the pressure bomb in the tubing during the test. When the bomb hanger is utilized, the wireline used to run the tools is not left in the hole. The use of the Otis Bomb Hanger could offer considerable savi ngs over conventional methods. when several wells in a field are to be surveyed.

33L01 33LD2 33LM

2 2 (monel) 2-1 / 2

Max. 0.0./ Ins. Lugs Retmted 1.750 1.750 2.125

Ma. 0.0./ ln1. Lugs Expanded

Thread (:j)nneclion

fish Neck 0.0./lns.

2.188 2.188 2.625

3/4,16NF-2 3/ 4-16NF-2 3/4-16NF-2

1.375 1.375

1.750

Running Tools for lhe above Type L Hangers 41A013. Pulling Prong lor lhe above Type L Hangers a!9P426. Pulling Tool for 1he above Type L Hangers 40RS6

OTIS LO SHOCK ABSORBER

The Otis LO Shock Absorber is designed to inh ibit bottom-hole instrument damage from jarring and impacts during wircline operation. The assemblies suspended below the shock absorber arc supported by dual springs within the absorber. Any shocks transmitted from the wireline tool string should be absorbed by the shock absorber. APPLICATION

The Otis LO Shock Absorber is used to protect a bottom-hole pressure or temperature instrument from extensive jarring damage. The absorber should only be used when the weight of the instruments attached below does not compress the spring to its stacked length. BENEFITS OF DESIGN PRINCIPLE

• Helps eliminate bad charts. • Small O.D. allows maximum flow area. • Prevents extensive damage to bottom-hole instruments. GUIDE TO TYPE LO OTIS SHOCK ABSORBER

Type L Otis Lug-Type Bomb Hanger

Type LO Shock Absorber

122

Asumbly Humber

Nominal Size/Ins.

33L03 33L013

2 2

33L014 33L06

2

2

Top Th!eld 3/ 4-16 3/ 4-16

Bollom Thread J/4· 16 3/4-16

15/ HHO 3/ 4-16

3/ 4-16 3/4-16

Maximum 0.0.llns.

fish Net~

lenglh

M11erl1I

1.375 1.375

1.375 1.375

14.25 14 25

S1ainless Norm. Alloy

1.250 1.375

1.187 1.375

14.25 14 25

S1ainless Monel

& _______

DTIS

w _ ire_l_in_e _s e_r_vi_ce_ E _q_u_ip_m_en_t _ __ _ _

COMMON TOOLS FOR OTIS WIRELINE UNITS The following charts are a partial listing of common tools found useful for maintenance work on Otis wireline units and tool strings.

CHISELS 1; 4•

318•

1/2"

5/8"

3/4"

92tiTC80a05

92ttTC81205

921tTC81606

921HC82006

92HTC82407

WRENCHES Pipe Wrench Adjustable

5·

e·

10·

92HTA 10006 92HTA40006

921HA10008 92HTA40008

--

14"

18' 92HTA10018 92HTA400 18

I Pipe Wrench Adjuslable

92HTA 10014

--

92HTA10012

12' 921HAI0012 92HTA40012

24'

35•

921HA10014 92HTA40014

92ftTA 10036

OILERS

--

PACKING HOOK

I Pini

I Quirt

3· IJJng

10 Long

92HTE31607

921HE33210

92HTC20003

92tiTC20010

SCREWDRIVERS Phillips Stoaighl s101

4·

5·

e·

Hr

92HTA60804 92HTAS0004

92HTA61006 92HTA51006

92HTA61208 92HTA51208

92HTA61210 92HTA51210

SLEDGE HAMMERS 3 lb.

4 lb.

92HT070480

92H T07D640

FILES 6"

e·

10'

92HT810006 92HT820006

92HT810008 92Hl82D008

92HT810010

92HTB10012

--

--

Round Bas1ard 92H1020006 Three Squaoe

92tiTD2D008

921HD20010 92HT820010

92H1020012

Mill Bastard Slim Taper

Mill Curve

---

---

--

Nomln11 Siu/Ins.

Ammbly Numbar

2 & 2-1/2 3

83M010 83MOI08 83M0131

-----

---

--

---

R & S PINNING TOOLS

RELEASING TOOLS FOR R & S PULLING TOOLS

--92HT030014

Pulling l oci Nominal Size/Ins.

PIN PUNCHES 1/16"

3/32"

1/8"

3il6"

114•

5/16"

92HTB60203

92ttTB!i0306

92HT860ID6

92tH860606

92HTB!i08D6

92HTB61006

humbly Releasing Tool

1·1/4

40RB35 40RB23

1-1/2-1-314-2 2-1/2

40R824 40RB25

3 3 (Heavy Duly)

40A826 400631

3- 1/2

40R828 40AB27

MEASURING TAPES 5·

e·

16'

I00' Derrick

92HT870072

92HTB70096

92HTB70192

92HT871200

BALL PIEN HAMMER 8 o:z.

12 oz.

16 oz.

92HTB50080

92HTBS0120

92HTB50160

24

Ot.

92HT8S0240

ADDITIONAL ITEMS Soft Face Mallet . 92HTH70001 : Vernier Caliper· 92HTB80005: Allen Wrench Set· 92HTB90000: Wire Brush· 92HTCI0010: Tubing Cutters· 92HTK 13600: Screw Extractor Set· 92HTG90000: Hacksaw Frame· 92HTB30010: Hacksaw Blade · 92HTB40010: lineman Pliers · 92HTH80009: s· Channelock Pliers -92HTA70006: 10·· Channelock · 92HTA70010; Vise Grip Pliers 7" · 92HTA80007: Vise Grip Pliers 10· · 92HTA80010.

123

OJIS______

w _ ir_el_in_e _s _er_vi_ce_ Eq_u_ip_m_en_t _ __ _ _ _. . . .

PREMIU M TUBING TABLE

Tubln1 Siu

Ar·mco Hu-Lode Sul-Loc k

Cutr Stalu Tub-e CST Strea mllne

Couplln1 00 Hom

¼ 1

00

Wt/ft

Wall

10

Orllt

1.050

1.2

.Ill

.821

.130

1.050

1.5

.m

.H 2

.m

1.m

1.8

.Ill

1.00

.951

1.315

1.25

, 179

.957

.848

1,660

2.1

,140

1,380

1.286

1.660

3.02

.191

1.278

1.183

1.900

l.9

. 145

1.610

1.516

1.900

361

.100

1.500

1,106

2

2 000

3,1

.161

1670

I 5)6

2.063

1.66

.165

1.813

1.616

2'/11

1.063

HS

.156

1.151

1.657

1.063

3.1

.156

1.150

1.657

2,375

•6

.190

1.995

1.901

2.375

I)

.l!il

1995

1.901

l¼ l½

Coupl'J Std Spec l1n1th

fnternl Joint

H1dril•

A-95 lnl11ral Joint

00

Upset

10 Pin [tt Boren Min

PH -6 lntear·al Joint

TOS JJ & TC

OD Turned

00

10

Ett

1.310

.821

100

I 327

1.550

I 049

100

1151

1.880

1.380

100

1.818

I 300

91

1883

2. 110

1.610

100

2.Cl'l•

1130

95

2. 113 2 094

Min

Manntamann

CS ln111ral Jolnl

Sid

Spec

10

[tt

I 300

687

uo

1.515

970 116

1858

1.300 111

-

00

10

Turned Bond [ff

Coupl'I 00

Coupl'a

l1n1th

----- -----

- -, - -

II-

---

1.130 110 ,_

2½

2~

2.375

SJ

.211

1,939

1845

2375

5.95

.254

1.867

I.Ill

1.315

6.2

26 1

I.Ill

1759

2.375

1.1

ll6

1.70)

1609

HIS

6.1

.217

2.UI

2.317

2.m

65

.217

1.40

1.317

2.175

7.9

276

2 32)

1.219

2.m

8.7

.30!

2,259

2.165

2.975

u

.316

2.213

2.149

2.875

9.5

.310

2. 195

2.101

2.175

10 I

,362

2.151

2.017

2.875

11,0

,105

l.065

1.971

2.875

1165

.u o

1,995

1.901

3.500

1,1

.m

3,068

2.943

3.500

9.2

.251

2,991

1867

3.500

9,3

,251

2,992

2.867

-2.300

1.750

100

2.100

1.9'15

100

-

,_

3,500

10.3

.289

2.922

2.797

3.500

12.8

.368

2.764

2.639

3.500 3.500

--11,95 .375 - - -,II.OS

2.150

2.625

.530

2.UO

2.m

9.1

,116

3.548

l.123

10.8

.162

l.476

3.351

10.9

.262

J.176

J.JSI

• 000

116

.286

3.128

3.303

1.000

13.•

,llO

J,310

J.21S

1.500

12.6

.21 1

3.958

J.833

1.500

12.15

.271

J.958

J.8ll

1.500

13.S

,290

J.9XI

l.19S

1,500

15 S

.337

l .S26

3.101

1.500

16 9

.lll

J.l~

J.619

1,500

11.l

.102

3.697

3.Sll

1.500

19 2

.130

J 6'0

J.515

1,500

216

.500

J,500

J,37S

C.000 I -

1.000

4

,_

4½

1.000 ,_

--

1285

1700

95

2 330 1300

1700 109

2 610

1915

95

1700 2630

1945 106

27'0

1890

1.875 1.100 6.000

1815

,_ J.500 3.1:X

3.500

1J'½,

I SOS 110

21 'A,

1195 109

)Ii

1615 107

6.150 J.130 2 375

95

6.750

l'A,

2165 1oa

31{

2200 108

31{

2.130 108

3 780

2.920

95

-

-3,905 - l 805

2.920 105 I-

- - > - -3 951- - 4.250

--

---- -

7.250

1.969

1.815

'969

l 500

5.5i3

l.500

5.598

32XI l 155 1315 102

- 1-----2.000 100

3~'.

1.250 3.861

1815

,~

6.000

~

3½

-

2.878 IOI

1.150

-

-- -

--I 250

- --

~

6.50

I -

- --

••A,

1.100 120

"'"•

1.687 119

-----4.250

6.143

I -

1.150

6.543

---

I -

1.190 l .395

95

'405

U IS ,J _ 391 105

-

090 ,._ 3 865 95

I -

I¾

l17S 108 S.100

6.858

5.200

6.858

J 840 103

SI\

3765 10!

S½,

3 560 10!

All 1UB1NC ANO JOIN ! DIMEN SIONS IN INCHES. Cffit11nq Ptrctnt1ce band on aventt mtUI areu ol p,n, unltu Olherw1se noted. Wtll hl per fool ,n lb bntd on anr,rt ol coupled and thrudtd 20 It JOint. • PH-C 10.:nt d1t1 for utr, heavy w1ll tut>1nt 1n 2¼-4}¼ inch s.1.1u 1v11l1ble m Compo,ilt Cataloa. Data tor new CTS 1brudt4 and cou pled 1oint 101l1ble t,orn m1nu11c.tu,e1 i. 01!1 1ppl,c1blt lo Jonu , Lau&hltn. Repubhc Stu I ana Younastown Steel & lube bu11reu thrud tub1n1 c 0 111 apphubft to B1ttuh Stul Cotp, and 011m1ne ( ltal1). d Oat, apphuble to Jones & U uthl1n, Republic Steel and Wheehna P1llst1urah 8-Acme tubmt ,

124

6.101

HID 1825 J 865 IOS 1935

-

I -

1.750

& _______

DJIS

w _ ir_el_in_e _s e_r_vi_ce_ E _q_u_ip_m_en_t _ _ _ _ _

PREMIU M TUBING TABLE

Rucker Atlas Budford OS-HT IJ

OSS·HT Int Joint IHS QuadraualTC-4S Quadrasu l Max

uc~··

Hom 10 Ett

1.551 1.049 102

fTur n• Min

ed ieored

OD

1.56

ID

Cou[ff

OD

10

plin2

Ett

OD Spec

IJ.3SS

IJ·3S

,.

tr~::.

.'°.c

Q.t.

o . Mu: Bored

u..; OD

.985 119

ID

Min ed llored

Ett

OD

1.551 .985 101

ID

1.561

Valloure:c

Plthbure .t

Buttreu Thread

VAM

8°Acme Thread

Couplin11 DC Ett

Whee line·

US Sleet•

... .c

o.e:o ,.

....c

,.

oupllna 0 1 Q.OI

oo Spec U.J Re11

Reg

.985 120

Ett

Oo

Spec u ....

ouplln11 OC

Rt11 Rea Spec

Tublna Siu

....c

,.

o.~ O• U .J

OD

WI/

rt

Wall

ID

Drift Hom

1.299

100

1.050

1.1

. 113 .824 .130

1.339,_

100

1.050

1.5

. l~.4

.741

.648

100

1.315

1.8

.133 1.049

.955

1.315

2.25

.1)9

.848

1.555

I-

1.614 1.889 1.380 101

1.89

I.JOI Ill

1.889 I.JOI 102

1.893 I.JO I Ill

~

1.913 1.916

--

1.141 2.125 1.610 101

2.m 1.531 110

2.11! 1.531 102

2.123 1.531 110

- -'-2.320 1.750 102

2.34( 1.685 115

2.320 1.685 102

I -'--

2.340 1.685 115

2.815 2.11)( 8.5

2.100 1.995 102

2.1 1( 1.930 114

2.750 1.945 108 1.815 2.)50 7.000

VII 1.815 Ill

2.150 1.890 10)

2.911 1805 112

2.)1)(

1.93 102

1.815 2.150 7.000 1.815 2.800 1.000

2.910 1,80' 112

1.875 1.800 7.000

2.910 1.191 110

3.13! 1.641 109 1.900 1.656 104

l 000 2.900 7.000

3. 135 1.64 1 109

3.2 18 2.441 102 3,230 2.319 115 3.2SO 2.394 107 1500 3,150 7.500 3.218 2 379 ICQ 3.315 2.176 103

3.500 3.375 7,500

3.375 2.112 105

3.500 3.315 7.500

3.500 2.180 109 3.635 2.133 109

3.ISO 2.148 104

3.1£-0 1.003 107

3.500 2.018 103

3.760 l.93l 105

3.S50 1.9<8 103

3.615 3.500 7.500

- -I-

I-

·-

--

--,_

3.625 3.550 7.500

- -,_

- -I -

-- ---

3.760 2.003 101

I-

3.94) 2.84) 109

3.950 2.862 104

4.150 3.950 8.250

).947 2.847 109

4.150 2.700 109

4.100 2.104 105

4.250 4.100 8.150

4.1,0 2.615 114

uoo

1.690 105 <.1SO 4.100 8.250

H5J

-

4.940 3.845 110 4.960 3.860 105 5.060 3.751 109

5.100 3.166 106

5.150 3.679 108

5.200 3.680 105 !.250 5.200 8.150

5.260 3.565 108

5.100 J.580 105

5.150 5.100 8.150

5.31 5 3.415 108

5.3) 5 3.415 105

!.J/5 5.300 8.150

5.150 5.200 8 750

-

3.911 3.851 6.496 IOI

---

-

- -' -

-

-5.100 4.920 9.5

._

.190 1.995 1.901

1.375

4.)

. 190 1.995 1.901

2.315

5.3

.211

2.375

5.95

.254 1.867 1.173

-

----

·-

I-

125

.26 1 1.853 1.159

1.315

7.1

.336 1.103 1.609

l.815

6.4

.111 1.HI 2.341

1.815 6.5

.211 1.441 1.311

2.875

1.9

.176 2.323 2.229

1.875

8.1

.308 1.159 1. 165

1,875

8.9

----

316 2.143 2.149

2.875

9.5

.340 2.195 2.101

1.815 10.4

.362 1.151 1.05)

---

--- --

4862 4.803 7.835 100

-- -

--

1.875 11.0

405 1.065 1.971

1.875 11.65

.410 1.995 1.901

l.500

I .I

.116 3 068 2,9'3

3.500

9.1

.15< 1.991 1.861

,-..

.254 1.991 2.861

3.500 10.)

.289 2.922 2.197

J.500 12.8

.3€8 1.764 1.639

-- --

'--

-- 3½

3.500 12.95

.m

3.500 17.05

.530 2.440 1.315

1.750 2.625

9,4

.116 3.548 3.423

4.000 10.8

.261 3.416 3.351

4.750 4.400 9.0 4.000 10.9

.162 1 476 3.351

4.000 11.6

.186 3.428 3.303

1.000 13.4

.330 3.340 3.215

1.500 11.6

.111 3.958 3.833

<.500 11.15

.171 3.958 3.833

-

- -,_

5.100 4.920 9.5

-

4,000

2¼

- --

3.500 9.3 1-

2¼

4.96 1 4.803 1.835 114

<.500 13,5

.190 3.920 3.795

4,961 4.B81 7.835 99

4 500 15.5

.33) 3.826 3.701

5.106

1.835 IIZ

4.500 16.9

.313 3.154 3.619

5. 106

7.835 10)

4

~

5.060 3.165 109

--

1.93! 1.84'

2.375 6.2

-

4,468 4.356 7.04) JOO

I -I-

-- --

5.260 3.565 108

105

4.366 U IS 7.0'7 100

4.940 3.883 I 12

,_

2

.156 1.150 1.657

--t,_ - - 7.041

--

4.750 4.400 9.0

4 572 3 265 Ill

1-

I-

4.035 3.91 7 6.496 100

I-

5.000 4.960 8.750

.165 1.813 1.656

4.6

3.862 J.)93 6.496 100 4.150 3 865 85

--

-- --

4.4 12 3.401 102 4.385 3.401 Il l

4.940 3,883 111 4.960 3.898 108 5.000 4.960 8.750

- -

3.803 3.193 6.496 IOI

4.315

~

2.66

2.100 8.5 2.375

5551

- -I - --

- -I - -

4.160 2.675 114

4.625 4.515 8.500

1.063

I½

. 156 1.751 1.657 ~1/"

--

--

4.500 4.450 8.500

4.525 3.180 106

.165 1.610 1.576

3.25

-

---- -- Ill

I-

-- -

3.875 1.911 114

.200 1.500 1.406

3.4

14

- -

3.327 J.26< 5.551 110

3.317 316< 5.551 100 ,_ --- --

-·- - -I -

4.250 3,950 8.250 3.875 2.91) 102

3,64

1.063

-

'-

l.760 1.93, 105

-- -

1.900

1.063

3.635 2.133 109

3.950 2.931 108

4.572 3 265 Il l

2.m

.115 1.610 1.516

2.000

--

100

,_

~

- - ,_

-- - - -

-

-

3.510 2. 191 109

3.875 1,917 114

UE5 3.401 Il l

-

2.500 2.31)( I.I

3.197 3.150 5.55 1 100 3 500 3.220 8.5

4.2SO J.865 8.5

1-

1.900 2.9

JOO

~

I¼

I-

2.176 2.69, 4.921 105

I-

3.875 2.991 102

<

~

I

I-

3.385 2.16 110

3.500 3.450 7.500

3.500 2.104 104 3.625 3.500 7.500

.191 1.278 1.183

3.02

I-

3.130 2.319 115

--

-- -

.110 1.380 1.286

1.691 1.611 U11 98

3.500 3.220 8.5 2.26 1 110

-

1.660 1.4 1.660

2.691 2.611 4.921 Il l

l.710 1.81 Ill

2.800 1.820 106

3.510 1,191 109

2.331

100

100

·e

.957

100

2.1 10 1.931 114

2.91C 1.191 110 2.800 1.806 105

3.m

--,_ --,_ - -

i :E

2.220

-

100

C

¾

---

-- -

- - -I -

-

4.500 I I.I

,_

.401 3.697 3.572

-- - --,_ -1,500 19 2

.430 3.640 3.511

1.500 21.6

.50) J.500 3.315

4½

Weight/Ft.

Inside Diameter Inches

Drift Diameter Inches

Barrels Per

4½

9.50 11.60 13.50 15.10

4.090 4.000 3.920 3.826

3.965 3.875 3.795 3.701

01.63 01.55 01.49 01.42

8¼

5

11.50 13.00 15.00 18.00

4.560 4.494 4.408 4.276

4.435 4.369 4.283 4.151

02.02 01.96 01.89 01.78

9¼

Size O.D. Inches

5½

13.00 14.00 15.50 17.00 20.00 23.00

5.044 5.012 4.950 4.892 4.778 4.670

4.919 4.887 4.825 4.767 4.653 4.545

100 Feet

02.47 02.44 02.38 02.32 02.22 02.12

Size O.D. Inches

10¾

......

Q

Inside Diameter

Drift Diameter

Weight/Ft.

Inches

Inches

Barrels Per 100 Feet

24.00 28.00 32.00 36.00 40.00 44.00 49.00

8.097 8.017 7.921 7.825 7.725 7.625 7.511

7.972 7.892 7.796 7.700 7.600 7.500 7.386

06.37 06.24 06.09 05.95 05.80 05.65 05.48

29.30 32.30 36.00 40.00 43.50 47.00 53.50

9.063 9.001 8.921 8.835 8.755 8.681 8.535

8.907 8.845 8.765 8.679 8.599 8.525 8.379

07.98 07.87 07.73 07.58 07.45 07.32 07.08

32.75 40.50 45.50 51.00 55.50 60.70 65.70

10.192 10.050 9.950 9.850 9.760 9.660 9.560

10.036 9.894 9.794 9.694 9.604 9.504 9.404

10.09 09.81 09.62 09.43 09.25 09.06 08.88

I\.)

O>

6

15.00 18.00 20.00 23.00 26.00

5.524 5.424 5.352 5.240 5.132

5.399 5.299 5.227 5.115 5.007

02.96 02.86 02.78 02.67 02.56

11¾

38.00 42.00 47.00 54.00 60.00

11.150 11.084 11.000 10.880 10.772

10.994 10.928 10.844 10.724 10.616

12.08 11.93 11.75 11.50 11.27

......a

en. :E ""'I

C0

0

)>

C/J

17.00 20.00 24.00 28.00 32.00

6.135 6.049 5.921 5.701 5.675

6.010 5.924 5.796 5.666 5.550

03.66 03.55 03.41 03.22 03.13

13¼

48.00 54.50 61.00 68.00 72.00

12.715 12.615 12.515 12.415 12.347

12.559 12.459 12.359 12.259 12.191

15.71 15.46 15.21 14.97 14.81

7

17.00 20.00 23.00 26.00 29.00 32.00 35.00 38.00

6.538 6.456 6.366 6.276 6.184 6.094 6.004 5.920

6.413 6.331 6.241 6.151 6.059 5.969 5.879 5.795

04.15 04.05 03.94 03.83 03.71 03.61 03.50 03.40

16

55.00 65.00 75.00 84.00

15.376 15.250 15.124 15.010

15.188 15.062 14.938 14.822

22.97 22.59 22.22 21.89

7¼

20.00 24.00 26.40 29.70 33.70 39.00

7.125 7.025 6.969 6.875 6.765 6.625

7.000 6.900 6.844 6.750 6.640 6.500

04.93 04.79 04.72 04.59 04.45 04.26

20

94.00

19.124

18.936

30.28

C0

Cl) C0

z

""'I

c;)

C:

0

C":I

~

l> C/J

::I:

m m

~

6¼

:::::s

C0

m

...c:::2

c::

"Cl

3

C0

:::::s

~

& _______

DJIS

w _ ir_el_in_e _se_r_vi_ce_ E _q_u_ip_m_en_t _ __ _ _

A PI TUBING TABLE

Threaded and Coupled

Nominal Weight

Tublna Siu

-T &C

- --

-T&C Int. - - NonInside Up, Nom. 0.0. Upset JT. 011. In. In. lb/It lb/It lb/ft Grado -- - - - - - - - - - - - -- - In.1.050

1.14

1.315 1.315 1.315 1.315

1.70 1.70 1.70 1.70

1.14 ¼ 1.050 1.050 1.14 1.050 1.14 -- - - - -

1 - -

1.20 1.20 1.20 1.20 1.80 1.80 1.80 1.80

--- - - -

l¼

- --

1.660 1.660 1.660 1.660 l.660 1.660

2.40

2.30 2.30 2.30

2.40 2.40 2.40

2.75

2.90

2.75

2.90 2.90 2.90

vs

2.75

- - - -- - 2½6

- -21/8

- 2¼

4.70 5.95

2.875 2.875 2.875 2.875 2.87 5 2.87 5 2.875 2.87 5

6.40 6.40 6.40 8.60 6,40 8.60 6,40 8.60

6.50 6.50 6.50 8.70 6.50 8.70 6.50 8.70

3.500 3.500 3.500 3,500 3.500 3.500 3.500 3.500 3.500 3.500 3.500 3,500 3.500 3.500 3.500 3.500

7.70 9.20 10.20 7.70 9.20 10.20 7.70 9.20 10.20 12.70 7.70 9.20 10.20 12.70 9.20 12.70

4.000 4.000 4.000 4.000 4.000 4,000 4.000 4.C,00

9.50

- -

3½

- - --4

H,40 H-40 J.55

.125 .140 .125 .140 .140 .140

1.410 1.380 1.410 1.380 1.380 1.380

2.40 2.76 2.40 2.76 2.76 2.76

H-40 H-40 J.55 J-55 C-75 fl-80

.125 .145 .125 .145 .145 .145

1.650 1.610 1.650 1.610 1.610 1.610

.156 .156 .156 .156

1.751 1.751 1.751 1.751

.167 .190 .167 . 190 .167 .190 .254 .167 ,190 .254 .190 .254

2.041 1.995 2,041 1.995 2.04 1 1.995 1.867 2.041 1.995 1.867 1.995 U67

.217 .217 .2 17 .308 .217 .308 .217 .308

2.441 2.441 2.441 2.259 2,441 2.259 2.441 2.259

2.347 2.347 2.347 2.165 2.347 2.165 2.347 2.165

3.500 3.500 3.500 3.500 3.500 3.500 3.500 3.500

2.943 2.867 2.797 2.943 2.867 2.797 2.943 2.867 2.797 2,625 2.943 2.867 2.797 2.625 2.867 2.625

4.250 4.250 4.250 4.250 4,250 4.250 4.250 4.250 4.250 4.250 4.250 4.250 4.250 4.250 4.250 4.250

- --- -

- ---

J.SS

C-75

- -

-

4.500 4.500 4.500 4.500

H-40 J-55 C-75 N-80

-

tl-40 H-40 J.55 J-55 C-75 C-75 C-75 N-80 N-80 N-80 P-105 P-105

- -

H-40 J-55 C-75 C-75 N-80 11-80 P-105 P-105

- --- -

9.30 9.30 9.30 12.95 9.30 12.95 9.30 12.95

- - - -

9.50

9.50 9.50

12.60 12.60 12.60 12.60

11.00 11.00 11.00

.730 .730 .730 .730

- -

,955 .955 .955 .955

12.75 12.75 12.75 12.7 5

--

---

- - -

1.286

2,054

2.200

1.286 1.286 1.286

2.054 2.054 2.054

2.200 2.200 2.200

-

- -

-

2.200

2.500

1.516 1.516 1.516

2.200 2,200 2.200

2.500 2.500 2.500

- - ---

-

--

7,200 9,370 12,250 12,970

7,530 10,360 14.120 15,070

6,820 8,860 11,590 12,270

7,080 9.730 13,270 14,160 5,270 5,900 7.250 8,120 11,070 11.810

--- -

6,360 8.740 11,920 12,710

- -

.955 .955 .955 .955

1.550 1.550 1.550 1.550

1.286 1.286 1.286 1.286 1.286 1.286

1.880 1.880 1.880 1.880 1.880 1.880

5,220 5.790 6,790 7,530 9,840 10,420

1.516 1.516 1.516 1.516 1.516 1.516

2.110 2. 110 2.110 2. 110 2.110 2. 110

4,450 5,290 5.790 6,870 8,990 9,520

1.657 1.657 1.657 1,657

2.325 2.325 2.325 2.325

5.240 6,820 8,910 9,440

5,290 7,280 9,920 10,590

4,920 5,600 6,770 7,700 9,230 10,500 14,040 9,840 11,200 14,970 14.700 19,650

5,280 7,260 9,910 14,060 10,570 15.000 13,870 19,690

52,780 72,580 98,970 149,360 105,570 159,310 138,560 209,100

4,070 5,050 5,680 5,290 6,560 7,390 6,690 8,530 9,660 12,200 7,080 9,080 10,230 12,920 12,110 17,200

4,320 5,080 5.780 5,940 6,980 7,950 8,100 9,520 10,840 14,060 8,640 10,160 11,560 15,000 13,330 19,690

65,070 79,540 92,550 89,470 109,370 127, 250 122,010 149,140 173.530 230,990 130,140 159,090 185,100 246,390 208,800 323,390

3,580 4,420 4,650 5,750 5,800 7,330 6,1 20 7.78/J

3,960 4,580 5,440 6,300 7.420 8,600 7,910 9,170

72,000

135,010

3,930 5,100 6,4 30 6,810

4,220 5,800 7,900 8,430

104,360 143,500 195,680 208,730

---

-

-- - -

--

1.947 1.901 1.947 1.901 1.947 1.901 1.773 1.947 1.901 1.773 1.901 1.773

- -

2.875 2.875 2.873 2.875 2.875 2.875 2.875 2.875 2.875 2.875 2.875 2.875

-

-----

-

- -

4,610 5,340 6,330 7,350 10.020 10,680

-

3.068 2.992 2.922 3.068 2.992 2.922 3.068 2.992 2.922 2.750 3.068 2.992 2.922 2.750 2.992 2.750

H-40 H-40 J-55 J-55 C-75 C-75 N-80 11-80

.226 .262 .226 .262 .226 .262 .226 .262

3.518 3.476 3.548 3.476 3.548 3.476 3.548 3,476

3.423 3.351 3.423 3.351 3.423 3.351 3.423 3.351

4.750

3.958 3.958 3.958 3.958

3.833 3.833 3.833 3,833

5.200 5.200 5.200 5.200

-

-

.271 .271 .27 1 .271

3.063

2.910

3C63

2.910

3.063 3.063

2.910 2.910

3.063 3.063 3.063 3.063

2.910 2.910 2.910 2.910

4,880 5,520 6,340 7,180 8,1 50 9,380 12,180 8,660 9,940 12,890 13,250 17,190

3,668 3.658 3.668 3.668 3.668 3.668 3,668 3.668

3.460 3.460 3.460 3.460 3,460 3,460 3.460 3.460

5,230 6,800 8,900 12,200 9,420 12,920 12,560 17,220

---

-

4.750 4.750 4.750

- - - 4.500

4.180

4.500

4.180

4.500

4.180

4,500

U SO

4.500

4.180

4.500 4,500 4.500

4.180 4.180 4,180

- -

5.000

5.000 5.000

- -

---

---- -

-

13,300 18.290 24,940 26,610

.080 .080 .080 .080

- - --- -

10,960 15,060 20,SAO 21,910

19 760 27,160 37.040 39,510

15,970 21960 29,940 31,940

.107 .107 .107 .107

22,180 26,740 22,180 30,500 36,770 30,500 50,140 41,600 53,480 44,370

.205 .185 .205 .185 .185 .185

15,530 21,360 29,1 20 31,060

26,890 31,980 26,890 36,970 43,970 36,970 59,960 50,420 63,960 53.780

.264 .252 .264

.m

35,690 49,070 66,910 71,370

.298 .298 .298 .298

-

-

--- - ---19,090 26.250 35,800 38,180

.252

- - - - - - - - -.252-

- - - - - -- - - - - - - -

- - ---

-

-

------- - -- -

- - - - - -- - - -

1.516

.216 .254 .289 .216 .254 .289 .2 16 .254 .289 .375 .216 .254 .289 .375 .254 .375

H-40 J-55 C-75 N-80

Dia,

--- - - - -- -

11-40 H-40 H-40 J-55 J-55 J-55 C-75 C-75 C-75 C-75 11-80 N-80 N-80 N-80 P-105 P-105

11.00 - - --- -

Spec.

-- - - - - --- - - - ------ - - - -

- - - --- - -- -

- - --- - 4½

2.10 2.33 2.10 2.33 2.33 2.33

- - -

- - -----

1.900 1.900 1.900 1.900

1.049 1.049 1.049 1.049

4.70

-- -

1.660 1.660 1.660 1.660

.133 .133 . 133 .133

4.70

4.70 5.95 4.70 5.95

1.660 1.660 1.660 1.660

H-40 J. 55 C-75 N-80

3.25 3.25 3.25 3.25

4.00 4.60 4.00 4.60 4,00 4.60 5,80 4.00 4.60 5.80 4.60 5.8D

1.313 1.313 1.313 1.313

1.72 1.72 1.72 1.72

- ---- -- -

2.375 2.375 2.375 2.375 2.375 2.375 2 375 2.375 2.375 2.375 2.375 2.37 5

Ros.

.824 .824 .824 .824

- - -

2.063 2.063 2,063 2.063

Up.

.113 .113 .113 .113

---

---

Box 0.0. In.

In. . ,_ In. In. - - - -- -In--- - -- - - - - - - - - - - - -

- - - - - - - -N-80- - - - - -

1.900 1.900 1.900 1.900 1.900 1.900

l½

2.30

Drift Dia. In.

lnt e11r1I Jolnl -Non· -- - - -Drift --Up set Upset

H-40 J.55 C-75 N-80

- - -- -

Joint Yield Strength Col· ln lernal -lapu Yield T& C FIii-Up Ruis· Pres· HonT&C Int. Volume tanto sure Up. JI. bbl(. uf~~t psi psi lb, lb. 100 t

Coup. Outside 011.

Wa ll Thltk· nou In.

30,130 35.960 41,430 49 450 56,500 67,430 96,560 60,260 71,930 102,990 94,410 135,180

- -

- -

-- - -

52.170 71.730 97,820 126,940 104,340 135,400 136,940 177,710

- -

- -

72,480 99,660 135,900 185,290 144,960 198.710 190,260 260,810

- - ---

103,610 142,460 194,260 276,120 207,220 294,530 271,970 386,570

123,070 169,220

144.010

- -

.517 .517 .511 .496

.517

.496 .517 .496

- ----

----- - - - - 99,010

.429 .387 ,429 .387 .429 .387 .338 .429 .387 .338 .387 .338

230,750

,999 .869 .829 .999 .869 .829 .999 .869 .829 .779 .999 .869 .829 .779 .869 .779

- -

1.222 1.173 1.222 1.173 1.222 1.173 1.222 1.173

5.000 - - - - - - - - - - - - - - - - - - - - - -246,140 - - - -- 5.563 5.563 5.563 5.563

127

144,020 198,030 270,040 288,040

1.521 1.521 1.521 1.521

OTIS______

w_ir_e_lin_e_s_e_rv_ic_e_E_q_ ui_pm _ e_n_t _ __ _ _ _. . . .

AREAS OF CIRCLES Area = .7853981634 x 0 2 Diam.

3

4

5

6

7

8

9

10

19.635

28.274

38.485

50.266 50.462

63.617 63.838

78.540 78.785

11

12

13

14

15

16

17

Diam

132.73 133.05

153.94 154.28

176.71 177.08

201.06 201.45

226.98 227.40

¾,

-- --- --- --- --- - -- --- ------ --- --- - -- --- - -- ------ - -- --- --0

0

1

2

· :oooi92

.7854 ,8101

3.1416

7.0686 12.566

95.033 113.10 95.303 113.39

0

7. U24 12.665 19.753 28.422 38.656 ,_ ,_ - - - ------ - -- --- - -- --- --- - -- -- --- - -- '½,"' ---3.1909 -- -----95,574 113,69 133,37 154.63 177.45 201.85 227.82 .000767 .8352 3.2405 7.2166 12.763 19.881 28.570 38.829 50.659 64.060 79.031 '/4, 95.845 113.98 133.69 15U7 177.82 202.24 ,_228.23 .001726 .8607 3.2906 7.2912 12.863 20.005 28.718 39.002 ,_50,856 64.282 79.278 ---- ------ --- - - ----- ------- ------'lo, '-"' -.003068 95.11 6 114.23 134,01 155.32 178. 19 202.64 228.65 .8866 3.3410 7.3662 12.962 20.129 28.866 39.175 51.054 64.504 79.525 ~ ,004794 .9129 3.3918 7,4415 13.062 20.253 29.015 39.348 51.252 64.727 79,772 96.388 114.57 134.33 155.66 178.56 203.03 229.07 - - - - -- - -- - -- ---- - - --- - - - - - - --- - ------ - -- --- -'/4, ----203.43 229.49 ,006903 ,9306 3,4430 64.950 80.019 96.660 114.87 134.65 156.01 178.93 'ht 7.5173 13,162 20,378 29.165 39.522 51.450 ¼, 96.932 115.17 134.98 156.35 179.30 203.82 229.91 .009396 .9666 3.4946 7.5934 13.263 20.503 29.315 39.696 51.649 65.173 80.267 - -'"' ----- - -- - -- - - - - -- - -- - - - --- ----- --- - -- - - - - -- - - - -97.205 115.47 135.30 156.70 179.67 204 .22 230.33 Ii .01227 .9940 3.5466 7.6699 13.364 20.629 29.465 39.871 51.849 65.397 80.516 Ii .01553 1.0218 3.5989 7.7468 13.465 20.755 29.615 40.046 52.048 65.621 80.764 97.479 115.76 135.62 157.05 180.04 204.61 230.75 ------- '½, -----------' " "' .01917 1.0500 3.6516 7.8241 'A,' 95.752 116.06 135.94 157.39 180.42 205.01 231.17 13.567 20.881 29.766 40.222 52.248 65.845 81.013 98.026 116.36 136.27 157.74 180.79 205.40 231.59 ' ¾, 7.9017 13.669 21.008 29.917 40.398 52.448 66.070 81.263 ' ¾< .02320 1.0786 3.7048 - - - - - --- --- - -- - - - --- - -- --- -- - 7.9798 - - ----- --- --- - -- - -- - - - -98.301 - -•,1, -.02761 ½, 1.1075 3.7583 13.772 21.135 30.069 40.574 52.649 66.296 81.513 116.66 136.59 158.09 181.16 205.80 232.01 98,575 116.96 136.91 158.44 181.53 206.20 232.44 i,A, .03240 1.1369 3.8121 8.0582 13.875 21.263 30.221 40.750 52.850 66.521 81.763 -------------------------- ""' - .03758 1.1666 -3.8664 ----98.850 117.26 137.24 158.79 181.91 206.60 232.86 'ht 8.1370 13.978 21.391 30.374 40.927 53.052 66.747 82.014 99.126 117.56 137.56 159.14 182.28 206.99 233.28 '¾, .04314 1.1967 3.9211 8.2162 14.082 21.519 30.526 41.105 53.254 66.974 82.265 --- --- --- - -- --- --- - - -y. -------------------- - -- - - - - -- - -- --y. 99.402 117.86 137.89 159.48 182.65 207.39 233.7 1 .04909 1.2272 3.9761 8.2958 14.186 21.648 30.680 41.282 53,456 67.201 82.516 99,678 118.16 138.21 159.83 183.03 207.79 234.13 ,05541 1.2577 4.0315 8.3757 14,291 21.777 30.833 41.461 53.659 67.428 82.768 ----------------"•A,"'- -------- 8.4561 ----- --99.955 118.46 138,54 160.19 183,40 208.19 234.55 ""' 'A, .06213 1.2893 4.0873 14,396 21.906 30.987 41.639 53.862 67.655 83.020 "/4, .06922 1,3209 4.1435 8.5368 14.501 2.2.036 31.141 41 .818 54.065 67.883 83.272 100.232 118.76 138.86 160.54 183.78 208.59 234.98 --- - -- - - - - -- - - - - - - - -- --- --- - -- - -- - -- - -- - - - -•,1,- ----- •--- --,1, .07670 1,3530 4.2000 8,6179 14.607 22.166 31.296 41.997 54.269 68.112 83.525 100.509 119.06 139.19 160.89 184.15 208.99 235.40 8.6994 14.713 22.297 31.451 42.177 54.473 68.341 83.779 100.787 119.37 139.52 161.24 184,53 209.39 235,83 nA, ' ¾, .08456 ,_ 1.3854 4.2570 - - - - - - - -- ------ ------ - - - - - - - -- --- --- - -- - -- --- - - - - .0928 - - - -8.7813 139.84 161.59 184.91 209.79 236.25 "ht 1 1.4182 4.3143 14.819 22.428 31.607 42.357 54,678 68.570 84.032 101.066 119.67 '¼ '¼.- .1014 1.4513 0720 8,8636 14.926 22.559 31.763 42.537 54.883 68.799 84.286 101.344 119.97 140. 17 161.94 185.28 210.20 - 236.68 - - - - -- - - - --- ------ - -- - -- - -- - -- -- -------""'¼-------1,4849 4,4301 8,9462 15.033 22.691 31 ,919 42.718 55.088 69.029 84.541 101.623 120.28 140.50 162.30 185.66 210,60 237.10 ¼ .1104 237.53 '¼, '¼, .1198 1.5188 4.4886 9.0292 15.141 22.823 32.076 42.899 55,294 69.259 84.796 101.903 120.58 140.83 162.65 186.04 - 211.00 - - - - -- - - - - -- - -- --- --- - -- - -- - -- --- - - - - - -- - -.1296 -- -1.5532 -- -4.5475 -- - 9.1126 -- --15.249 2.2.955 32.233 43.081 55.500 69.490 85.051 102.182 120.88 141.16 163.00 186.42 211.40 237.96 ''/4, " A, .1398 ,_1.5879 4.6067 9.1964 15.357 23.088 32.390 43,263 55.707 69.721 85.306 102.462 121.19 141.49 163,36 186.79 211.80 238.39 ''A, - - - - -- -- - - - - - - -- - -- - - - - - - --- - -- --- - -- - - - --- --- -""' - - -'A, 55.914 69.953 85,562 102.743 121.49 141.82 163.71 187.17 212.21 238.81 'A, .1 503 1.6230 4.6664 9.2806 15.466 23.221 32.548 43,445 1.6584 4.7264 9.3652 15.575 23.355 32.706 43,628 56.121 70.184 85.819 103.024 121.80 142.15 164.06 187.55 212.61 239.24 '%. '%. .1613 ------- - -.1726 -- --- -- 9.4501 -15.684 -- -23.489 -- ------- --- --1.6943 4.7868 32.865 43,811 56,329 70.417 86.075 103.305 122.11 142.48 164,42 187.93 213.02 239.67 '½, "Ai 164.77 188.31 213,42 240.10 '¼ , 4,8476 9,5354 15,794 23,623 70.649 86.333 103.587 122.43 142.81 .1843 1,7305 33.024 43.995 56.537 - -- - -- - -- - - - --------- - -- - - - --- - -- - -----' ¾•-------------240,53 88.69 213.82 1 23,758 70,882 86.590 103.869 122.72 143.14 165.1 3 ½ .1963 1.7671 4.9088 9.621 2 15.904 33.183 44.179 56.745 ½ 1,8042 4.9703 >•A• .2088 9.7072 16.015 23.893 33.343 44.363 56.954 71.116 86.848 104.151 123.03 143.47 165.49 189.07 21 4.23 240.96 - - --- - - - - - - - - - --- --- --- --- - - - - -- - -- - -- -- - -.2217 -- - -- -5.0322 -- - 9.7937 - - - 16.126 -- - 24.029 33.503 44.548 57.163 71.349 87.106 104,434 123.33 143,80 165.84 189.45 214.64 241.39 "A, "A, .2349 1.8415 , 1.8793 5.0946 9.8806 16.237 24.165 33.663 44 .733 57.373 71.583 87.365 104.717 123.64 144.13 166,20 189.83 215.04 24 1.82 •¼ --- -- --- --- - - - - -- - - - - -- --- --- - - - - -- -- '¼• -'A, ---------------'lo, .2485 1.9175 5,1573 9,9678 16,349 24,301 33,824 44.918 57.583 71.818 87.624 105.001 123.95 144.47 166.56 190.22 215.45 242.25 "/4, .2625 1.9560 5.2203 10.0554 16.461 24.438 33.985 45.104 ,_57.793 72.053 87.883 105.285 124.26 144.80 166.91 190.60 215.85 242.68 "A< - -- - - - --------- - -- - - - ------ - -"lo,- ---------- --------- - -.2769 1.9949 5.2838 10.1435 16.574 24.575 34,147 45.290 58.004 72.288 88.1 43 105.569 124.57 145.13 167.27 190.98 216.26 243.11 "A, .2916 2.0342 5.3477 10.2318 16,687 24.713 34.309 45.477 58.215 72.524 88.404 105.804 124.88 145,47 167.63 191.36 216.67 243,54 '¼, -""'------- - - - --- ------ --- --- --- - - - - -- - -- --- --- - - - - -- - -- - 1/,2.0739 5.4119 10.3206 16.800 24.850 34.472 45,664 58.426 72.760 88.664 106.139 125.19 145.80 167.99 191.75 217.08 243.98 ¼ .3068 '¼, .3223 2.1140 5,4765 10.4098 16,914 24.989 34,634 45.851 58.638 72.996 ,_88.925 106.425 125.50 146, 14 168.35 192.13 217.48 244.41 ' %• --- --- --- --- - - - - - - --- - ---'½- -------- --- ------ - -- - -- - -.3382 2.1545 5.5415 10.4994 17,028 25.127 30 98 46.039 58.850 73,233 89.186 106.711 125.81 146,47 168.71 192.52 217.89 244.84 •¾,, .3545 2.1953 5.6069 10.5893 17.142 25.266 34.961 46.227 59.063 73.470 89.448 106.997 126.12 146.81 16.9.07 192.90 218.30 245.28 - - - -- - - - - - - - - - - - - - -- - -- - -- --- - -- - - - - - - - - - --- ------ - - - - -- -25.406 35.125 46,415 59.276 73.708 89.710 107.284 126.43 147.14 169,43 193.28 218.71 245.7 1 "A, .3712 2.2365 5.6727 10.6796 17.257 .3883 2.2782 5.7388 10.7703 17.372 25.546 35.289 46.604 59.489 73.946 89.973 107.57 1 126.74 147,48 169.79 193.67 219, 12 246. 14 "¼, '¼ • - - - -- - -- --- --- ------ - - - --- ------ - -- - - - --- --- - - - -.4057 - - - - - -5.8054 -- -10.8614 17.488 25.686 35,454 46,793 59,703 74,184 90.236 107.858 127.05 147.82 170. 15 194.06 219.53 246,58 "Ai "A, .4236 2.3201 2.3623 5.8723 10.9528 17.604 25.826 35.619 ,_46.983 59.917 74.423 90,499 108.146 127.36 148.15 170.51 194.44 219,94 247.01 ''"' -""' ------ -- --- - - - --- --- --- - -- - - - --- - - - - ¼--- --2.4053 5.9396 11.0447 17.721 25.967 35.785 47,173 60,132 74,662 90.763 108.434 127.68 148,49 170.87 194.83 220.35 247.45 ¼ .4418 108.723 127.99 148.83 171.24 195.21 220.76 247.89 .4604 2.4484 6.0073 11.1369 17.837 26.108 35.951 47.363 60.347 74 .901 91.027 - - - -- - - - --- - -- - -- ------ - -- --- - - - - - - - - - - -- --- - -- - -- --""' - - -- - 2.4929 ""' 6.0753 11.2295 17.954 26.250 36.11 7 47.554 60,562 75,141 91.291 109.012 128.30 149,17 171.60 195.60 221.18 248.32 '½, "hi .4794 '¾, .4987 2.5359 6.1438 11.3236 18.072 26.392 36.283 47.745 60.778 75.382 91.556 109.301 128.62 149,50 171.96 195,99 221.59 248.76 '¼• -- - - - - - - - - - - - - - -- - - - - - - - -- - - - - - - - - - - - - --- --- --- - - - - -- --11,1,- -.5185 2.5802 6.2126 11.4159 18.190 26.535 36.450 47.937 60.994 75.622 91.821 109.591 128.93 149.84 172.32 196.38 222.00 249.20 "lo, 18.308 26.678 36,618 48.129 61.21 1 75.863 92.087 109.881 129.25 150.18 172.69 196.77 222.(1 249.63 "-i• .5386 2.6248 6.2819 -11.5096 - - --- --- --- --- ------ - - -,_ - -- --- --- - - - - - - --- -""'--- -2.6699 -- ---" 6.3515 11.6038 18.427 26.821 36.787 48,321 61.427 76.105 92.353 110.171 129.56 150.52 173.05 197.15 222.83 250.07 "A, lo, .5591 '¾, .5800 2.7153 6.4215 11.6983 18.546 26.964 36.954 48.514 61.645 76.346 92.619 110,462 129.88 150.86 173.42 197.54 223.24 250.51 -- - - - - - - - - - - -- - - - - -- - - - - - - - - - - -- --- - -- - -- - - - --- --- - -- - - - -.6013 V. 2.76 12 6.4918 11.7933 18.665 27.109 37.122 48.707 61.862 76.589 92.886 110.753 130.19 151.20 173.78 197,93 223.65 250.95 ½ ''A, .6230 2.8074 6.5626 11.8885 18.785 27.252 37.291 48.900 62.080 76.831 93.153 111.045 130.51 151.54 174.15 198.32 224,07 251.39 "A, -- - - - - - - - - -- - -- - - - - - - - - - - - - ------ - - - -- --- - -- ·- - - -.6450 - - - 2.8540 6.6337 11.9842 18.906 27.398 37.461 49,094 62.299 77.074 93,420 111.337 130.82 151.88 174.51 198.71 224,48 25 1.83 '¼ .6675 2.9010 6.7052 12.0803 19.026 27.543 37,630 49.288 62.518 77.317 93.688 111.630 131.14 152.22 174.88 199.10 224.90 252.26 '' " • - - - - -- - -- --- --- --- --- - - - - - - - - - - - - --- --- - -- - -- - -- -2.9483 -- ---1•1a,- -.6903 6.7771 12.1768 19.147 27.688 37.800 49,483 62.737 77.561 93,956 111.922 131.46 152.57 175.25 199,49 225.31 252.70 u,h ''/4• .7135 2.9961 6.8494 12.2736 19.268 27.834 37,971 49.678 62.956 77.805 94.225 112.215 131.78 152.91 175.6 1 199.89 225.73 253.15 ' Yu --- --- ------- -------- - - - - - - - -- --- --- - - - - - - --- --------- - -.7371 3.044 2 6.9221 12.3708 19.390 27.981 38.142 49,874 63,176 78,050 94.494 112.509 132.09 153.25 175.98 200.28 226.15 253.59 "ht 6.99S2 12.4684 19.512 28.127 38.313 50.069 63.396 78.295 94.763 11 2.803 132.41 153.59 176.35 200.67 226.56 254.03 ' ¾< "/4< .7610 - -2 - ,_ 3 - -4 - - -5 - ----- 3.0927 -1 6 1 j----;- 9 j---io 11 12 I u I u 15 I 16 I 11 I ½,

½,

1 /21

t•,t,

1%,

UJt4

' ½,

UA,.

ll,1 ,

11,i.

'½, ..;l.

' ½,

1-

0

128

DJIS

_ _ _ _ _ _ _w _ ire_l_ in_e _s e_r_vi_ce_ E _q_u_ip_m_en_t _ _ _ _ _

CONVERSION FACTORS APPLYING TO OIL COUNTRY CALCULATIONS

Acre

square leet • 43,560. s~uare meters = 4,047. SQU31e t 0 d $ 160. varas (Texas) = 5,645.4.40H s~uare hectares = barreh = 7)58. feet of water = 33,94 inches ct mercu ry 29.92 millimeten ol mercury = 760.0 14.10 pcunds per squi re 1t1ch 5.6146 cubic feet = 42.0 g.a11ons = ,15S8 metric ton .IJ42 metric ton .0936 cubic feet per minute = ,700 g.allon per minute = c;,bic inches per second 2.655 :02917 gallon per minute = .2$70 1-.ilogram calorie = .2918 watt hour .02356 h~rse power = .3937 inch .1934 ~und per !Quare inch = feet = 66.00 4,00 fOdS = .06102 cubic ir.ch = .1781 b3uel = ),4805 gallon, (U.S.) .02832 c:ibic meter = .S
Gallon (U.S.I Gallon (U.S.) Gallon CU.S ) Gallon (U.S.) Gallon (U.S.)

-

Acre

Aue

Aue Acre

Acre loot Atmosphere Almosphere Atmosphere

t,tmosphere Barrel Barrel Barrel ol waler @ 60-of. Ba11el (J6° A.P.1.)

Barrel per hour Barrel ptr hour 8Jrrel per hour Barrel ptr d3y

British Thermal Unit Brilith Therma l Unit B,T.U. per minute Centimeler Cenlimeler ol mercury Chain Chain Cubic centimeter Cubic loot Cubic toot Cubic toot Cubic loot Cubic loot pee minute Cubic loit per minute Cubic loot cer minute Cubic fnth Cubic meter Cubic meter Cubic me.fer Cubic yard Cubic y,rd Cubic y,rd r ..t rcot Foot root of waler @ 60°F. root per stcond foot pound Foot pound per second

Ga llo n (l m pe113I)

. . . . .

C3llon ( lmpeual)

GJllon t ei minule

Gallon per minute Callon ~er minute Grain (Avo11dupe1s) Grain pet i aUon Grain per ullon Grain pe, UIIOn Gram

c,am

.

-

.-.

'

-. = =

.=

= = =

.= ~

.-=

=

.01381 ,1337 231.000 3 785 .8m 1.2009 271.214 IA19 .1337 34.236 .06~80 17,118 141.S, .01714 15.432

.om1

Ou.11c,e (Avoirdup~is) Ounte (Avoudupois)

barrel

cubic feet cubic inches liters

Part per million Pait per million Pood (Rus1ian)

gallon { I mperial}

gallon, (U.S.)

--

Pcu:-id

cubic indi u ba rrels per hour cubit feet s;tt minute

Pound Pound Pcund Pound Pound

barrels per day

gram p:u h pe r rrillion pounds per million g.1ls

pet sQuare inch pei square inch per square inch per square inch

Pound per million gals.

'

Pound per m,Uion gals. Quart ( liquid} Quintal (Mexican)

gram per l1!er

grains

ounce 58.418 grains per t,?110:-i Cram per liter ac,es Hectare 1.471 .010 i quare kilometer Hectare = llores-power 42.44 B. r.u·s per mi nute Joot,pounds per minute Horse•power = 33,000. root-pou nds per sec:ond Horse-power 550. Hotse,power I 014 hOrse-power (metric) = Horse- power .NS7 kilowatt 8rctish Thermal Units Horse• power tlour 2,547, = 2.s,o centimeteu Inch = Inch of mercury 1.134 feet ol water = ,4912 pound per square inch Inch ot mercury Inch of water @ 60, f . = .0361 pound per square inch Kilog,ram 2.2016 pounds = 3 968 811lish Thermal Ut1its Kilogram Calohe = Kllogtam per sQua1e cm. = 14.223 pounds per sciua,e inch p 3,281. Kilomeler fee t t<,lomeler .6214 m,te = 1.341 horse-powtr t
Rod Rod Sack cement (set) Square cenlimeler Square loot SquJre foot Square inch Square kiloMeter Squa,e meter Square mile Square va1a (Teus) Ttmp. Centigrade Ttmp. rat renheit Temp. Absolute C. Temp. Absolute F. Ton (Loni) Ton (Met11c) Ton (Sho1t or Nel) Ton (Mehic) Ton (Metric) Ton (Melrie) Ton (Metric) Ton (Short or I/et) Vau (Texas) Vafa (Te,:.n) Watl·hOur Yard

.

-~

=

431.5 28.3495 .05835 8.345 = = 36.112 = 7,000.,4536 = 2.309 = 2.0353 51.697 = ,0703 = .00700 = .11982 = .946 = = 101.467 16.5 = 25 0 = I.I =

.

graiM

grams

grain per gallon po1.1nds per million &als. pounds $?1J ins kilogram feet of wattr@ 60°f •

inches ot mercury

k/i':~7ae~e;sp:: :ti::r_

grain per gallon

pa1t\ per mil'lion

Iller pounds feet

linh cubic feet squa1 e inch .ISSO = .0929 sc;,u.are meler = , 1196 square vara (Tens) = 6.452 sql.'are centimeten = .3861 sqr.ure mile = square feet = 10.16 1.590 squate kilomettcs = square feet 7,716 = = 5/ 9 (Temp. fahr,- 32) = 9/ S Temp. Cent. + 32 p Temp. • c . + 213 = Temp. 0 r. +,eo pounds = 1,240, 2,205. poJnds po~nds = 2,000. (short or net) = 1,000.1.101 tons kilograms = bauels or water@ 6Q1>f 6.297 = 7,454 barrels (36° A.P.I.) = .907 ton (metric) = 2.7778 fut = 31,llJJ inches 811t1sh Thermal Units 3.415 .9144 meter =

.

--

FRACTION , DECIMAL, MILLI METER CONVERSION CHART FRACTION

4ths

Bths

161hs

OECIMAL 32nds

½,

'Ii,

I

641hs

Place

Places

I

¼,

I

'/4,

I

¾,

I

'I.,

0.0 0.0 0.0 0.1 0.1 0.1 0.1 0.1 0.1 0.2 0.2 0.2 0.2 0.2 0.2 0.2 0.3 0.3 0.3 0.3 0.3 0.3 0.4 0.4 0.4 0.4 0.4 0.4 0.4 0.5 0.5 0.5

0.02 0.03 0.05 0.06 0.08 0.09 0.11 0.12 0.14 0.16 0.17 0.19 0.20 0.22 0.23 0.25 0.27 0.28 0.30 0.31 0.33 0.34 0.36 0.38 0.39 0.41 0.42 0.44 0.45 0.47 0.48 0.50

0.016 0.031 0.047 0.062 0.078 0.094 0.109 0.125 0.141 0.156 0.172 0.188 0.203 0.219 0.234 0.250 0.266 0.281 0.297 0.312 0.328 0.344 0.359 0.375 0.391 0.406 0.422 0.433 0.453 0.469 0.484 0,500

½,

~I

' )

½,

'/2,

'h,

I

.,,..

I

'¼,

I

1¼.t

I

•¼,

¼ I

'/2,

'/2•

I

•3/..

I_

•¾,

I

Z¼,

I

1¼,

I

11/g,

I

114,

I

Jt/4,

'½1 1/,

"/2, ½, '½,

I

½

I

'¼,

To 2

FRACTION

MM

To 3 Places

To 1

4ths .397 .794 1.191 1.588 1.984 2.381 2.778 J.175 J.572 3.969 4.366 4.763 5.159 5.556 5.953 6.350 6.747 7.144 7.541 7.938 8.334 8.731 9.128 9.525 9.922 I0.319 10.716 11.113 11.509 11.906 12.303 12.700

Blhs

161hs

DECI MAL

32nds

'½, '/2, "/2,

I

64th,

Place

Places

I

'¼<

0.5 0.5 0.6 0.6 0.6 0.6 0.6 0.6 0.6 0.7 0.7 0.7 0.7 0.7 07 0.8 0.8 0.8 0.8 0.8 0.8 0.8 0.9 0.9 0.9 0.9 0.9 0.9 1.0 1.0 1.0 1.0

0.52 0.53 0.55 0.56 0.58 0.59 0.61 0.62 0.64 0.66 • 0.67 0.69 0.70 0.72 0.73 0.75 0.77 0.78 0.80 0.81 0.83 0.84 0.86 0.88 0.89 0.91 0.92 0.94 0.95 0.97 0.98 1.00

I '¼, I

¼,

I '1/« ¼

'½,

"Ii,

I "¼.t I

''/4•

I

''/4•

'½,

I '¼, ¾

'½,

I

"¾,

I

'¼,

I

'¼,

I

'¼,

I I

"A, '¼,

I

'¼,

I

' 'A.t

1½, I

"A:

V. "hz

'½, '½: I

129

To 1

MM

To 2

To 3 Places

0.516 0.531 0.547 0.562 0.578 0.594 0.609 0.625 0.641 0.656 0.672 0.688 0.703 0.719

13.097 13.494 13.891 14.288 14.684 15.031 15.478 15.875 16.272 16.669 17.066 17.463 17.859 18.256

o.'734" 18.653 0.750 0.766 0.781 0.797 0.812 0.828 0.844 0.859 0.875 0.891 0.906 0.922 0.938 0.953 0.969 0.934 1.000

19.050 19.447 19.844 20.241 20.638 21.034 21.431 21.828 22.225 22.622 23.019 23.416 23.813 24.209 24.606 25.003 25.400

OTI S______

w_ir_e_lin _e_s_e_rv_ic_e_E_q_ ui_Pm _e _n_t _ _ _ _ _ _- .

CONVERSION TABLES 0

4

3

2

Gallons

6

7

8

9

34.069 71.923 109.78 147.63 185.48

LITERS

0 10 20 30 40

0.000 37.854 75.708 113.56 151.42

3.785 41.639 79.493 117.35 155.20

7.571 45.425 83.279 121.13 158.99

11.356 49.210 87.064 124,92 162.77

15.142 52.996 90.850 128.70 166.56

18.927 56.781 94.635 132.49 170.34

22.712 60.556 98.420 136.27 174.13

26.498 64.351 102.21 140.06 177.91

30.283 68.136 105.99 143,85 181.70

50

189.27

193.06

196.84

200.63

204.41

208.20

211.98

21S.77

219.SS

223.34

60 70 80 90 100

227.12 264 .98 302.83 340.69 378.54

230.91 268.76 306.62 344.47 382.33

234.69 272.55 310.40 348.26 386.11

238.48 276.33 314.19 352.04 389.90

242.27 280.12 317,97 355.83 393.69

246.05 283.91 321.76 359.61 397.46

249.84 287.69 325.54 363.40 401.25

253.62 291.48 329.33 367.18 40S.04

257.41 295.26 333.12 370.97 408.82

261.19 299.05 336.90 374.75 412.61

12.70 38. 10

17.78 43.18 68.58 93.98 119.38

20.32 45.72 71.12 96.52 121.92

22.86 48.26 73.66 990, 124.46

Inches

CENTI METERS

0 10 20 30 40

---50 -----60 70 80 90 100

0.00 25.40 50.80 76.20 101.60

2.54 27.94 53.34 78.74 104.14

5.08 30.48 55.88 81.28 106.68

7.62 33.02 S8.42 83.82 109.22

10.16 35.56 60.96 86.36 111.76

114 30

15.24 40.64 66.04 91.44 116.84

127.00

129.54

132.08

134.62

137.16

139.70

142.24

144.78

147.32

149.86

152.40 177.80 203.20 228.60 254.00

154.94 180.34 20S.74 231.14 256.S4

157.48 182.88 208.28 233.68 259.08

160.02 185.42 210.82 236.22 261.62

162.S6 187.96 213.36 238.76 264.16

165.10 190.50 215.90 241.30 266.70

167.64 193.04 218.44 243.84 269.24

170.18 195.58 220.98 246.38 271.78

172.72 198.12 223.52 248.92 274.32

175.26 200.66 22606 2Sl.46 276.86

0.79494 2.38482 3.97470 5.56458 7.15446

0.95393 2.54381 4.13369 5.72357 7.31345

I. I 1292 2.70280 4,29268 5.88256 7.47244

1.27190 2.86178 4,45166 6.04154 7,63142

1.43089 3.02077 4.61065 6.20053 7.79041

63.50 88.90

CUBIC METERS

Barrels 0.000 1.58988 3.17976 4.76964 6.35952

0.15899 1.74887 3.3387S 4.92863 6.51851

0.31798 1.90786 3.49774 5.08762 6.67750

50

7.94940

8.10839

8.26738

8,42636

60 70 80 90

9.53928 11.1 2916 12.71904 14.30892

9.69827 I l.2881S 12.87803 14.46791

9.85726 11.44714 13.03702 14.62690

10.01624 11.60612 13.19600 14.78588

0 10 20 30 40

0.47696 2.06684 3.65672 5.24660 6.83648

0.63595 2.22583 3.81571 5.40559 6.99547

I

8.58535

8.74434

8.90333

9.06232

9,22130

9.38029

10.17523 11.7651 I 13.35499 14.94487

10.33422 11.92410 13.51398 15.10386

10.49321 12.08309 13.67297 15.26285

I0.65220 12.24208 13.83196 15.42184

10.81118 12.40106 13.99094 15.58082

10.97017 12.56005 14.14993 15.73981

2.7216 7.2575 11.793 16.329 20.865

3. 1751 7.711 1 12.247 16.783 21.319

3.6287 8.1647 12.701 17.237 21.772

4.0823 8.6183 13.154 17.690 22.226

KILOGRAMS

Pounds 0 10 20 30 40

0.000 4.5359 9.0719 13.608 18. IH

0.4536 4.9895 9.5254 14.061 18.597

0.9072 5.4431 9.9790 14.SIS 19,051

1.3608 5.8967 10.433 14.969 19.504

1.8144 6.3503 10.886 15.422 19.958

2.2680 6.8039 11.340 15.876 20.412

so

22.680

23.133

23.587

24.040

24.494

24.948

25.401

25.855

26.308

26.762

29.030 33.566 38.102 42,638 47.174

29.484 34.019 38.m 43.091 47.627

29.937

30.391 34,927 39.463 43.998 48.534

30.844 35.380 39.916 44,452 48.988

31.298 35.834 40.370 44.906

0.6328 1.3359 2.0390 2.7421 3.4452

60 70 80 90

100

27.216 31.751 36.287 40.823 45.359

27.669 32.205 36.741 41.277 45.813

28.S76 33.112 37.648 42.184 46.720

28. 123 32.659 37.195 41.731 46.266

Pounds Per Square Inch

34.473

39.009 43.545 48.081

49.442

KILOG RAMS PER SQUARE CENTIMETER

0 10 20 30 40

0.0000 0.7031 1.4062 2.1093 2.8124

0.0703 0.7734 1.4765 2.1796 2.8827

0.1406 0.8437 I.S468 2.2499 2.9520

0.2109 0.9140 1.6171 2.3202 3.0233

0.2812 0.9843 1.6874 2.3905 3.0936

0.3516 1.0547 1.7578 2.4609 3.1640

0.4219 1.1250 1.8281 2.5312 3.2343

0.4922 1.1953 1.8984 2.6105 3.3046

0.5625 1.2656 1.9687 2.6718 3.3749

50

3.5155

3.S858

3.6561

3.7264

3.7967

3.8670

3.9374

4.0077

4.0780

4.1483

60 70 80 90 100

4.2186 4.9217 5.6248 6.3279 7.0310

4.2889 4.9920 S.69SI 6.3982 7.1013

4.3592 5.0623 5.7654 6.4685 7.1716

4.4295 5.1326 5.8357 6.5388 7.2419

4.4998 5.2029 5.9060 6.6091 7.3122

4.5702 5.2733 5.9764 6.6795 7.3826

4.6405 5.3436 6.0467 6.7498 7.4529

4.7108 5.4139 6. 11 70 6.8201 7.5232

4.7811 5.4842 6.1873 6.8904 7.5935

4.8514 5.5545 6.2576 6.%07 7.6638

130

)

& _______

DTIS

w_ i_re_li_n_e _s e_r_vi_ce_ Eq_u_ip_m_e_ nt_ __ _ _ _

FLUID WEIGHT CONVERSION TABLE 011, Water and Mud Specific Gravity-Weight and Pressure Table. WEIGHT (Oanalty)

o;~~,~·

Specific Gravity

Gallon

I

Helahl Per Pound

Pruaure Per Foot

rut

Lb1./Sq. In.

Pounda

FLUID HEAD

WEIGHT (Denaity)

FLUID HEA D

Cubic Foot

Specific Gravity

D111reu A.P. I.

Gallon

I

Cubic r oot

Holaht Per Pound

Pruaure Per Foot

Feat

Lba./Sq. In.

Pound a 10.0 10.2 10.4 10.6

7U 76.3 77.8 79.3

1.93 1,89 1.85 1.81

.519 ,530 .540 .551

1.78

.561 .571 .582 .592

.747 .751

6.16 6.20 6.23 6.26

4S. I 46 4 46,6 46.8

3.13 3.11 3.09 3.08

.320 .322 .324 .325

1.20 1.22 1.25 1.27

56, 55. 54. 53,

.755 .759 .763 .767

6.30 6,33 6.36 6.40

47.1 47.4 47 ,6 47.9

3.06 3.04 3.03 3.01

.327 .329 .330 .332

1.29 1.32 1.34 1.37

10.8 11.0 11.2 11.4

80.8 82.3 83.8 85.3

52. 51. 50. 49,

.771 .775 .780 .784

6.43 6.46 6.51 6.54

48,1 48.3 48.7 48,9

2.99 2.98 2.96 2.94

,334 .336 .338 ,340

1.39 1.41 1.44 1.46

11.6 11.8 12.0 12.2

86.8 88.3 89.8 91.3

48, 47. 46. 45.

.788 .793 ,797 .802

6.57 6.61 6.65 6.69

49.2 49,5 49,8 50.0

2.93 2.92 2.90 2.87

,341 .343 .345 .348

1.49 I.SI 1.53 1.56

12.4 12.6 12.8 13.0

92.8 94,3 95.8 97.3

1.48

.6« .655 ,6jj5 .675

U. 43. 42. 41.

.806 .811 .816 .820

6.72 6.76 6.81 6.84

50.3 50.9 51 .2

2.87 2.85 2.82 2.82

.349 .351 ,354 .355

1.58 1.61 1.63 1.65

13.2 13,4 13.6 13.8

98.7 100. 102. 103.

1.46 1.44 1.42 1.39

.686 .696 .706 .717

40, 39. 38. 37.

,825 .830 ,835 .840

6.88 6.92 6.96 7.01

51.5 51.8 52.1 52.4

2.80 2.79 2.76 2.75

.357 .359 ,362 .364

1,68 I.JO 1.73 1.75

14.0 14.2 14.4 14.6

105. 106, 108. 109.

1.38 1.36 1.34 1.32

.727 .738 .748 .758

36. 35. 34. 33.

.845 ,850 .855 .860

7.05 7.09 7.13 7.17

52.7 53.0 53.3 53.6

2.73 2.72 2.70 2.69

.366 .368 .370 .372

1.77 1.80 1.82 1.85

14,8 15.0 15.2 15.4

Ill. 11 2. 114. 115,

1.30 1.28 1.27 1.25

.769 ,779 .790 .800

32. 31. 30. 29,

,865 .871 .876 .882

7.21 7.26 7.31 7.36

53.9 54.3 54.7 55.1

2.67 2.65 2,63 2.62

.375 .377 .380 .382

1.87 1.89 1.92 1.94 1.97

15.6 15,8 16.0 16,2 16.4

117. 118. 120. 121. 123.

1.23 1.22 1.20 1.19 1.17

.810 .821 .831 .842 ,852

28. 27. 26. 25.

,887 .893 .898 ,904

7.40 7.45 7.49 7.54

55.4 55.7 56.0

,384 .387 .389 .392

16,6 16.8 17.0 17,2

126. 127. 129.

1.16 1.15 1.13 1.1 2

.862 .873 ,883

24. 23. 22. 21.

.910 ,916 .922 ,928

7.59 7,64 7.69 7.74

56.8 57.2 57.5 57.9

2.54 2.52 2.51 2.49

.394 ,397 .399 ,402

1.99 2.01 2.04 2.06

12(,

56.4

2.60 2.58 2.57 2.55

2.09 2. 11 2. 13 2.16

17,4 17.6 17.8 18,0

130, 132. 133. 135.

1.11 1.09 1.08 1.07

.904 .914 .925 .935

20. 19. 18. 17,

.934 .940 ,946 .953

7.79 7.84 7.89 7.95

58.3 58.7 59.0 59.5

2.47 2.46 2.44 2.42

.405 .407 .410 ,413

2.18 2.21 2.23 2.25

18.2 18.4 18.6 18.8

136, 138. 139. 141.

1.06 I.OS 1.04 1.02

.945 .956

16. 15. 14. 13.

.959 .966 .973 ,979

8.00 8.06 8.11 8.16

59.8 60.3 60.7 61.0

2.40 2.39 2.38 2.36

,416 .419 .421 .424

2.28 2.30 2.33 2.35

19,0 19.2 19,4 19.6

142. 144. 145. 147.

1.01 1.00 .992 ,982

.987 ,997 1.01 1.02

12. II. 10° A.P.I. or } l'ure Wahr

.986 ,993 1.00 1.01

8.22 8.28 8.34 8,4

61.5 61.9 62.4 62.8

2.34 2.33 2.31 2.29

,427 .430 .433 ,436

19.8 20.0 20.2 20.4

148. 150. 151. 153.

.972 .962 .953 .943

1.03 1.04 I.OS 1.06

1.03 1.06 1.08 1.10

8.6 8.8 9,0 9.2

64.3 65.8 67.3 68.8

2.24 2.19 2.14 2.09

.447 ,457 .468 .478

2.37 2.40 2.42 2.45 2.47 2,49 2.52 2.54

20.6 20.8 21.0 21.2

154, 156. 157, 159.

.935 ,925 .917 .908

1.07 I.OS 1.09 1.10

1.13 1.15 1.154 1.18

9.4 9.6 9.625 9.8

70.3 71.8 72.0 73.3

2.05 2.00 2.00 1.96

.488 .499 ,500 .509

2.57 2.59 2.61

21.4 21.6 21 .8

160, 162. 163.

.899 ,891 .883

1.11 1.12 1.13

60, 59. 58, 57.

.739

.m

Salt Waler

}

50.6

Common Cement Slurry

}

us

1.72 1.69 J.Sjj

1.63 1.61 1.58 1.55 1.53

I.SO

.603 .613 .623 ,63(

-~

,96jj

.977

GAS TABLE To find the bottom hole pressure, multiply the surface pressure by the factor corresponding to the well depth and gravity of the gas. CORRECTION FACTORS

CORRECTION FACTORS Well Depth

0.6 Gravity

0.7 Gravity

0.8 Gravity

Well Otp lh

0.6 Gravity

0.7 Gravity

0,8 Gravity

4,500 S,000 S,500 6,000 6,500 7,000

1.099 1.110 1.120 1.132 1.143 1,155

1.116 1.130 1.141 1.155 1.175 1.184

1.132 1.149 1.163 1.181 1.195 1.211

7,500 8,000 8,500 9,000 9,500 10,000

1.171 1.181 1.190 1.202 1.215 1.225

1.195 1.210 1.230 1.240 1.250 1.265

1.227 1.241 1.260 1.273 1.285 1.305

131

QTIS______

w_ i_re_li_n_e _s e_r_vi_ce_ Eq_u_ip_m_en_t_ _ _ _ _ _ _- - - - .

••

aDTI S ~ - - - - Wireline Service Equipment

QTIS______

w_i_ r e_lin_e_s_e_rv_ic_e_E_qu_ip_ m _e_nt_ __ _ _ _ _. . . .

j

DTIS

_______ G_e _n e_r_a l_T_e_rm _ s_ a_n_d_C_o_nd_i_ti_o n_s_ _ _ _ _

Rovlaed January, 1980

Gene ra l Terms and Condition s Con cerni ng Services a n d Me rc h andise Performance ol services and sale or lease ol merchandise by 0 11s Eng ,neerong Corpora11on . herein aft er called " Otos". shall be upon 1he following terms and cond,11ons unleu mutually agreed 1n wrn,ng to 1he contrary pursuant to paragraph 13 he reof

EQU IPMENT (SALE OR LEASE). PERSONNEL AND SERVICES 1 OTIS DOES NOT PROM ISE O R GUARANTEE RESULTS IT RESERVES TH E RIGHT TO TERMI NATE ITS SERVICES AT ANY TI M E I F, IN ITS OPIN ION , CO NDIT IONS PERTAI NI NG TO TH E WORK O RDERED M AKE TERMI NATIO N ADVISABLE CUSTO M ER SHALL PAY OTIS IT S PREVAILI NG CHARGES FOR SERVICES PERFOR ME D. REGARDLESS OF RESULTS AND EVEN THOUGH SERVICES M AY HAVE BEEN TERMINATED . AS ABOVf STATED CUSTOMER WARRANTS THAT IT Will GIVE OTIS. PRIOR TO OTIS COMMENCEMENT OF THE WORK ORDERED . Al l MATERIAL INFORMATION KNOWN TO CUSTOMER CONCERNI NG THE WELL AND SURROUNDI NG ANO SU BSURFACE CONDITIONS 2 UNLESS CAUSED BY OTIS' GR OSS NEGLI GENCE OTIS SHALL NOT BE LIABLE TO CUSTOMER FO R DAMAG E TO OR LOSS OF PROPERTY, REAL OR PERSO NAL BELONGI NG TO CUSTOMER. ARIS ING IN ANY WAY OUT OF. OR IN CONNECTION WITH OTIS PERFOR M ANCE OF SERVICES HEREUNDER EVEN IF CAUSED BY THE NEGLIGENCE OF OTIS ALON E. OR IN CONJUNCTION WITH NEGLIGENCE OF CUSTOMER OR ANOTHER . 3 EXCEPT AS TO LIABILITY FOR LOSS OR DAMAGE CAUSED BY OTIS GROSS NEGLIGENCE CUSTOMER SHALL IN DE M NIFY AND HOLD OTIS HAR M LESS FROM AND AGAINST All LOSS OF OR DAM AGE TO PROPERTY, REAL OR PERSONAL. OF OTIS OR ANOT H ER. ARISI NG IN ANY WAY OUT OF OR IN CON N ECT ION WITH TH E PERFORMA NCE OF OTIS SERVICES HEREUNDER, EVEN IF CAUSED BY THE NEGLIG EN CE OF OTIS ALONE . OR IN CON J UNCTION WIT H TH E NEGLIGENCE OF CUSTO MER OR ANOTHER ' OTIS PROPERTY" AS USED IN THESE TE RM S AND CONDITION S SHALL I NCLUDE . BUT NOT BE LIMITED TO PROPERTY OWNED BY OTIS ANO USED BY IT OR LEASED OR RENTED BY IT TO ANOTHER OR OWNED BY ANOTHER AND USED BY OTIS OR IN ANY M ANNER IN OTIS CARE CUSTODY OR CONTROL EXCEPT AS TO LIA BILITY FO R DEATH O R I NJUR Y CAUSED BY OT IS GROSS NEGLIGENCE . CUSTOM ER SHA LL INDEM NIFY AN D HOLD OT IS 4 HARM LESS FROM A NO AGA IN ST All LOSS. DAMAGE AN D LIAB I LITY FO R. OR ON ACCOU NT OF DEATH OF OR INJU RY TO ANY PER SON I NCLUDI NG. BUT N OT LIMITED TO OTIS EMPLOYEES ARISING IN ANY WAY OUT OF OR IN CONNECTION WITH THE PERFORMANCE OF SERVICES HEREUNDER BY OTIS EVEN IF CAUSED BY THE NEGLIGENCE O F OTIS ALONE OR IN CONJUNCTION WITH NEGLIGENCE OF CUSTOMER OR ANOTHER 5 011s w,11 use reasonable ellorts to transport. or c ause to be transported . al ,ts own rosk. ,ts personnel and property to the work sue Whe re such site ,s o flshoro. or ,n inland waters or on terra,n nol accessible by ordinary truck . 011s may no11ly the Cus tomer that 11 requires ap proproate transportat,o~ and ,n such event Customeo shall. at ,ts cost and rosk furnish such transponat,on and be respons ble for the safety of all OM personnel and property so transported e•en though arrangements on Customer s behall for such transportation may at Customer s request be made by Otos CuStomer shall promptly pay all costs of transponat,on or re,mburso Otis of po,d by 11 6 If Ohs p roperty ,s lost ,n the well , Cu stom er sho ll at ,t s cos1 recover and return ,t to 0 11 s or Customer sholl pay Ot,s th e replacement cost of such property ,f not recovered o, ,t recovered but damaged beyond repa u If ,t ,s recovered and reparable Customer shall pay Otos ,ts cost of repau

WARRANTY 7. OTIS MAKES NO WA RRANTY. EXPRESS OR I MPLIED AS TO MERCHANTAB ILITY. FITNESS OR OTHER WI SE . AS TO M ERCHAN DISE SOLD. LEASED OR RE NTED BY IT ANY OTIS MANUFACTURED MERCHANDISE Will BE REPLACED BY OTIS UPON SATISFACTORY PROOF OF DEFECT RECEIVED BY OTIS WITHIN ONE YEAR OF DELIVERY OF SUCH MER CHANDISE TO CUSTOMER HOWEVER OTIS LIABILITY I N CONNECTION THEREWITH SHALL BE LIMITED SOLELY TO SUCH REPLACEM ENT NOTWITHSTANDING ANY SPECIFICATION OR DESCRIPTION IN ITS CATALOGUES . LITERATURE OR BROCHURES . Of MATERIALS USED IN THE MANUFACTURE OF ITS PRODUCTS OTIS RESERVES THE RIGHT TO SUBSTITUT E OTHER M ATERIA LS WITHOUT NOTICE

PRI CE AND PAYMENTS B Except as he,e,naher stat ed Customer may w1th,n one year after delt•ery to 11 of merchand,se purchased from Ot,s. return the same for credot at any Ot,s ott,ce. wherever located . provided the returned merchandise then be unused be ,n substantially new condition and then be regularly 51ocked ,n Ot,s held inventory Applicable ,nvo,ces and del,-ory ticket num ber s must accompany merchand,se returned Credit for returned mercha ndise w,11 be ,ssued only to the orog,nal purcha ser A m,nomum restock,ng fee of ten percen t ( I 0 % ) of 11st proce or a higher restocking fee ,f so provided ,n Reg,onal Proc e lost . plus freight charges will be charged for inspoctong and tes11ng all merchandise returned lor credit Wothout wrotten perm,u,on from Otos Dallas ofloce orders for merchandise ol a special nature or ,n unusual quan1111es or s,1es may not be cancelled o, the merchand1s.e re1urned for cred11 9 Uo discount will be allowed tor ear ly payment All amounts due 011s shall be paid II by Customer ,n Dalla s, Texas ,n U S dollars or as spec,f,ed on ,nvo,ce. w ithin thirty (30) days ofter performance . ,t for services. o, a ft er delivery. ,I tor merchand,so All such cha rges w,11 be ,n accordance w, 1h 011s· regular rates prevo ,ling at the to me the oblogo11on ,s ,ncurred II o Customer does not have a sot,sfactory. current account with 011s all sums due w,11 be payable in cas~ upon delivery ,f for merchand,se and daily upen performance. ,f for se"'rces 10 If payment ,s not 11melv made. ,nteoest on the unpa,d balance fr om 11me to 11me outstanding shall accrue lrom due da1e untol pa,d ,n lull al the highest ra te per annum pe rmitted 1n the srnt0 ,n wh,ch the serv,ce ,s performed o r me rchand ise turn,shed As 10 any occount no, 1,mely po ,d wh,ch ,s placed ,n the hands ol an attorney lo, collec11on or ,s collected by su,t or through probate bankruptcy or other 1ud,c,al proceedings Customer shall pay ,n add,t,on as attorney s fees 20% on the lull amount due at the 11me ol collec11on I1 In addohon to charges for Otos personnel and equipment charges where applicable may also be made to, mileage sh1pp1ng and transponat,on stand by, rentals, royalt,es. taxes (sa les, use o r occu pation). and other spec,al ,1ems Where there are obnormal cond,t,ons. lor exam ple, such as er coss,ve pressures. extra large pipe sizes. and tho like. Customer shou ld expect prices on e• cess of those shown on any proce list No publoshed or quoted p11ces ,nclude federal, state or other ta.es ,mposed upon merchand,se use of equipment. serv,ces tendered or other spec,al charges If 011s or 011s supploers ,s obl,gated to pay any such ta.es. an amount equal thereto w,11 be added to the publ,shed or quoted p11ces. 10 be pa,d 011s by Customer . for payment of such taaes ,I then unpaid . or reimbursement. ,f already pa,d 12. Where 111s necessary for Ot, s to u11l110 outside supplie rs on connection with lurn,sh,ng merchandise or serv,cos. Customer shall pay 011s the supploer 's hst proce for such ,tem plus a m,n,mum handling charge of 15% of such supplier's lost proce or a higher handling charge ,I so pro•1ded on Regional Proce ust OTIS MAKES NO WARRANTY CONCERNING ANO SHALL NOT BE LIABLE FOR ANY DEFECT IN MERCHANDISE OR SERVICE FURNISHED BY OTHERS EVEN THOUGH SUCH M ERCHAND ISE OR SERVICE M AY HAVE BEEN REQUESTED BY OTIS

MI S CE LLANEOUS \3

The Terms and Cond,uons apoearin9 1n 011s cuuent catalogues may without no11ce be changed from 11me 10 11me

The Terms and Cond 1t1oni

of Jny pronted Otos M ateroal/lnvo,ce and Service Order may be altered only ,n writing . by an otl,ce, of 01,s and a duly autho111ed representat,ve ot Customer In event o f contl,c1 between the Terms and Cond1t1ons on Olis current catalogues and those ,n any 0115 Materoal/lnvo,ce and Serv,ce Order whether or not changed as permitted above the Terms and Cond,11ons of tht latter shall control 14 Delay ,n enfo,c,ng any or all of the above te,ms and cond1uons shall no1 constitute a wa,ve, nor p,eclude any subsequent enforcement lhereot Failure to take prompt acuon with respect to any act or om,ss,on of Customer contrary to these terms and cond,t,ons shall not const,tute a waiver of 011s r,ght to act wnh respect 10 such act or any subsequent act or om,1s1on 15 All pans hereof are separable and the invalod,ty of any part hereol shall not affect the val,dtty of any otn er pans t6 The val,d,ty, ,nterpreta11on and consuuct1on ol 111,s agreem ent shall be d eterm,ned by the laws of the Stat e ol Te xas

133

Otis Engineering Corporation General Offices: Belt Line Road at Webb Chapel P. 0. Box 34380 Dallas, Texas 75234 Phone 214-323-3000 Cable: Otis- Dallas Telex: 073-2390 A HALLIBURTON Company

OTIS CAPABILITIES Since 1930. O tis Engi neering Corpora tion has served the worldwide petro leum i ndustry wi th tools and scrviccs for the dri lling. complet io n. product ion. and workovcr of oil and gas wells. During thi s tim e. O tis has pioneered many tcchnological advances and has developed many versa tile. economical methods for solving petroleum industry problems downhole. Today. Otis offrrs oil industry customers complete and fii.:ld-proven line~ of Production Well Tc~ting E4uipment and Services. Production Packers and /\ccc ssorics, Wirelin c Completi on Equipment. Pumpdown Com plet ion Equipment . Gas Lift Eq uipment and Systems. Surface and Subsurface Safety Equ i pment an d Syst ems. and Spec ia l Service cquipment and train ed personnel for hydraulic work over j ob~ and reeled tubing service. Otis also offers its cus tomers the benefits of DI-IC-300 De~ign- a concept which provides for the Downholc Compatibility of Otis equipment wh en run as a

package. In addition. cw, tomcrs benefit from the Oti~ l.ifc-of1he-Well Concept wherehy Otis provide~ equipment and ~crviec from the pn:completion planning and comple tion stage s. through t he prncluction and worknv1.:r stages of a well. To mee t t he growing nceds of i ts cus1omcr~. Oti~ faci litic, arc in an almost continuous state of expansion. Today. Otis opera tes two Dalla~ facilities with over 400.000 ~4- ft. of tt:stin g. manufacturing and office space. Research and dc\'elopment and te~ tin g depanmcnts include :t 7.200 sq. ft. Engineering and Tc~t Building. a 6.500 f1. dccp-tt.:~t ,,ell and a 11.:st cell for high-prchs urc 1c.:s1ing of large products. Otis has reccm ly added hot-oil testi ng and heat-trea ting proces,es. To further assist cus tomers. O tis maintains a compleu.: trai ning department and. in fact. operates the only wi rcli nc service school in the United Stau.:s. For more information on O tis product~ and services. or to request a propo~al and quotation. contact your nearest Otis Mfice. or call Otis Dalla~. Te.xas. U.S.A .

OTi S IN TERNATI ONAL REG IONAL OFFICES

Otis Pressure Control, Ltd.

Otis Engineering Corp. P. 0. Box 57 London, W1Y2PS, England Abu Dhabi. U.A.E. Telex: 25819 OPCLONG Telex: 2224 HALCOAD AH Phone: 629-4831 Phone: 332850 MAJOR OTIS CENTERS FOR TRAINING CUSTOMERS AND EMPLOYEES

O ti s Engineering Corp. P. 0 . Box 97. Newton Post Office Singapore 11. Singapore Telex: OTISING RS21229 Phone: 536633

Otis Engineering Corp. P. 0 . Box 34380 Belt Line at Webbs Chapel Dallas, Texas 75234 Telex: 732390 - OTIS DAL Phone: (214) 323-3000

Otis Pressure Control, Ltd. Forties Road Montrose, Angus, Scotland DD 10 8DX Telex: 76 106 OPCMONG Phone: Montrose (AC) 674-3135

34 Brook Street

lo-80/ 10,000

Otis Engineering Corp. P. 0 . Box 97 Newton Post Offi ce Singapore 11 . Singapore Telex: OTISING Phone: 536633

Prinled in U.S.A.