Weatherford Fishing Handbook

FISHING TOOL MANUAL

Oil Field Services Division

Bill Linn Fishing Tool Technical Service Downhole Trainer

Training Center

P.O. Box 989 2013 Highway 135 N. Kilgore, Texas 75663 903/984-5541 Direct 903/984-2335 Fax 903/983-6707 Mobile 903/984-1608 Home [email protected]

ECONOMICS – WHEN TO QUIT FISHING?

D = D V Cs Fd Rd

= = = = =

V + Cs Fd + Rd

Maximum Days To Fish Value Of Fish Cost Of Side-Track Fishing Daily Cost Rig Daily Cost

SAMPLE:

100,000 (V) + 100,000 (Cs) 10 days (D)

=

5,000 (Fd) + 15,000 (Rd)

FISHING TOOL MANUAL TERMS AND CONDITIONS OF USE

A.

The materials contained in Weatherford’s Fishing Tool Manual are protected by copyright, trademark and other forms of proprietary rights. Nothing contained herein shall be construed as conferring any license or right to use or practice any copyright, trademark, patent or other forms of proprietary rights.

B.

This Fishing Tool Manual is not intended to address every issue that may arise in the course of fishing operations or the planning of same. Each well and each fishing job are unique and have numerous variables. Experience and other specialized training can complement the materials used in this Fishing Tool Manual.

C.

Weatherford makes no representation as to the accuracy or completeness of the materials in the Fishing Tool Manual. All materials are provided “AS IS” WITHOUT WARRANTY OF ANY KIND WHATSOEVER, EITHER EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE OR NON-INFRINGEMENT. Weatherford expressly disclaims all responsibility for the consequences, direct, indirect, consequential or otherwise, of any errors or omissions in the materials.

15383 v1

Table of Contents Alphabetical Listing of Tools ...................................................................................... 7 Cardinal Rules of Pipe Recovery................................................................................. 9 Mud Properties for Fishing.......................................................................................... 10 Cardinal Rules of Fishing ............................................................................................ 11 Field Use Formulas ..................................................................................................... 12 Four Elements of Effective Jarring Operation.............................................................. 13 Stuck Pipe Situations................................................................................................... 14-20 General Operational Comments on Fishing Tools........................................................ 22-24 Cased Hole Fishing: Recommended Overshot/Washpipe/Cutter............................ 26 Recommended Drill Pipe & Drill Collars for Open Hole & Cased Hole ................ 28 Manual Stretch Calculations Based on Young’s Modulus............................................ 30 Buoyancy Factor ......................................................................................................... 31 Demonstration of Buoyancy ........................................................................................ 32 String Shot Rod; Free Point Tool................................................................................. 33 Pipe Recovery Log...................................................................................................... 34 Pipe Recovery Log with Gamma Ray Log in Conjunction........................................... 35 Differential Temperature Log...................................................................................... 36 Chemical Cutters......................................................................................................... 37 Freepoint Indicators .................................................................................................... 38 Baker Atlas Chemical Cutter ....................................................................................... 39-40 Pipe Recovery Systems: Selection Guide F/Wedge Type Chemical Cutter .................. 41 Pipe Recovery Systems: Selection Guide F/Direct Action Chemical Cutter ................. 42 Pipe Recovery Systems: Chemical Cutter Temperature and Pressure Ratings .............. 43 Jet Cutters ................................................................................................................... 44-45 Tools for Fishing Junk – Quiz ..................................................................................... 155 Tools for Fishing Junk – Answers ............................................................................... 156 Fishing Wire-Line / Not Parted ................................................................................... 157 Cable Guide Fishing Method....................................................................................... 158 Fishing Wire-Line / Parted .......................................................................................... 160 US Service Locations & Telephone #’s..................................................................... 161 International Telephone #’s & Canadian Service Locations................................... 162

5

6

Alphabetical Listing of Tools B

M

Baskets Full Flow Type Reverse Circulation Junk Basket Itco Type Bowen Junk Basket Reverse Circulation Junk Basket

105-108 94-97 99-103

C Casing Patches Bowen Packer Type External Bowen Lead Seal External Internal-Homco

131-134 135-139 129-130

Cutters Bowen Hydraulic External Bowen Internal External Mechanical HE “DH” Washover

Magnets – Fishing

122-124 113-116 117-121 125

D Drill Collar Weights

O Overshots Series 10 & 20 Sucker Rod Series 70 Short Catch Series 150 Releasing & Circulating Series 160 Side-Door P Patch Internal - Homco External - Bowen Packer Type External - Bowen Lead Seal

56-63 64-65 46-48 159

129-130 131-134 135-139

R Retrievers - Packer JB Bushing Simplex

126 127

Rotary Shoes R.P.M. for Milling

109 23

789 J

Jars Anadrill-Schlumberger TR,DC, FB Jar Specifications 87 Bowen Jar Intensifier 81 Bowen Super Fishing Jar 83 Bowen Surface Bumper Jar 151-153 Bowen Type “Z” 82 HE Fishing Jar, TMC Jar 84 HE ACCM Accelerator 85-86 Wfd. Hydraulic Fishing Jar 76 Wfd. Hypulse Jar Slinger …for use with Fishing Jars 77 Wfd. Dual-Acting Coiled Tubing Jar 78 Wfd. Hypulse Jar Slinger …for use with Coiled Tubing Jars 79 Wfd. Lubricated Bumper Sub 80 Joints Knuckle Joint Unlatching Joint

91-93

S Spears Anchor Washpipe Full Circle Itco Type Bowen Releasing

141-143 74-75 66-73

Surface Bumper Jar

151-153 U

Unlatching Joint

144-147 W

Washpipe Spear Washpipe Specifications Wire-Line Fishing

141-143 111-112 157-160

148-149 144-147

Weatherford Fishing Tool Manual January, 2003

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8

Cardinal Rules of Pipe Recovery

Pipe Recovery 1. Free Point: Pipe is free or stuck. Always leave free pipe above the stuck point if you intend to fish this well. One or two joints above the stuck point is recommended. Always check torque and stretch.

2. Chemical Cut: (Hypergolic) Must have liquid present. Does not work well in heavy muds (>15 PPG). Bromide Triflouride freezes at 48°F and boils at 257°F. Very poor track record in attempting to cut greater than 0.450” wall thickness.

3. Jet Cut (Super Cutter): Cut in centralized area to avoid casing damage. 4. Back-off: At second free connection above the stuck point. 5. Severing Tool: Recommended for open hole use only. This tool will damage concentric strings. GOEX recommends firing in the tool joint or coupling if attempting to sever pipe not drill collars.

6. Freepoint / Horizontal Wells: Torque including left hand torque and stretch readings a must in order to insure back-off.


9

Mud Properties for Fishing

Weight -

Sufficient to maintain well control and control sloughing shales and water flow. Fresh water weighs 8.3 ppg.

Viscosity -

Fresh water has a funnel viscosity of 26. In a drilling operation (10,000’ or less), the viscosity will probably run 32 to 36. Prior to logging, high viscosity sweeps are normally made with a viscosity in the 70 range. In deeper wells or unconsolidated sand the viscosity should be four times the weight.

Velocity -

Minimum velocity with drilling mud in open hole is 100 ft./min. by the drill pipe. With clear completion fluids, minimum velocity is 150 ft./min. In a milling operation, the velocity should be 200 ft./min if possible.

Yield Point - A low yield will allow the mud to break down at the cutting structure and not lift the cutting. Drilling muds need a yield point of: 10 - 15 to drill 15 - 20 to washover 30+ to mill A rule of thumb for yield point during drilling operations is that yield point should match the mud weight. Water Loss - This is very important if wash-pipe is going to be placed in open hole. In hard rock formations a water loss below 10 is okay. In unconsolidated sands as in Gulf Coast offshore, the water loss needs to be below 5. Before placing wash pipe in the hole, lower the water loss below what it was when the drilling assembly became stuck. If you were drilling with a 5 water loss and got stuck, lower it to a 3 before running wash pipe.


10

Cardinal Rules of Fishing 1. Know your dimensions: A. O.D., I.D. length of the fish B. O.D., I.D. length of the fishing tool assembly C. O.D., I.D. length of the work string D. MOST IMPORTANT - Know where the top of the fish is 2. Know all tensile & torsional strengths of everything you run in hole. 3. Pulling out of hole: Never rotate the fish out of the hole. 4. Trip time: Fast is not always the best. 5. Never run anything in the hole that is not O.D. fishable unless you are aware of that fact and make an informed decision that the reward is worth the risk. For example: an overshot is not O.D. fishable but we run them because it does not reduce the I.D. and when run with the bumper jar, it releases 99% of the time. This is an acceptable risk. 6. Familiarize yourself with the Fish: Use composite catalog, technical manuals, manufacturer’s drawings to learn the critical points (depth to top of slips, packer element and bottom slips) of removing, burning over or milling up a fish. If an exact copy of the fish, same type packer or stabilizer, etc., can be brought to the well site, it is much more valuable than a drawing or dimensional data.


11

Field Use Formulas

Manual Stretch -

The overpull necessary to induce 3 ½” stretch per 1000 ft free pipe is: 2208.5x Nominal Weight of the tube in lbs./ft.

Hydraulic Force -

D² x .7854 x pressure

Hydrostatic Pressure - .052 x weight x depth Max Pull on Pipe - O.D. 2 x .7854 = A I.D. 2 x .7854 = B

A-B=C

C = Net Wall Area

Net Wall Area x Minimum PSI Yield = Max Pull on Pipe (J - 55 = 55,000) (N - 80 = 80,000) Hole Capacity -

D² (In) ÷ 1029.4 = Bbls/Ft

Displacement -

Steel Weights 65.63 Pound per Gallon String Weight ÷ 65.63 = Gallons Displacement Divide Gallons Displacement by 42 = Bbls/Displacement

Tank Volume Rectangle

L(ft) x W(ft) x H(ft) = Volume (bbls/ft) 2 5.6

Tank Volume Cylinder

D² (in) = (Bbls/ft) 1029.4


12

Four Elements of Effective Jarring Operation

In any jarring operation, make sure you have met each of the four elements or you are not effectively jarring on the fish or stuck point. This addresses the up-jar only. 1. Restricted Pull: A. Stuck Situation B. Restricted Pull Device i.e. Oil Jar 2. Multiplier: Drill Collars If you do not run drill collars or Heviwate the multiplier is less than 1. 3. Transition Area: A. Change in mass from drill collars to tubing or drill pipe also can be the transition area. B. Jar Accelerator/Intensifier is the perfect transition area. 4. Stored Energy: A. Jar Accelerator/Intensifier B. Jarring work-string


13

Differential Sticking

Top View

Permeable Zone

Static Filter Cake

Permeable or Porous Formation

Drill Collars

Higher Pressure Formation that mud has been weighted to control


14

Stuck Pipe Conditions “Identify the Problem” When pipe is stuck it is critical to correctly identify the problem -- Why is the pipe or B.H.A. stuck? Various types of sticking conditions are listed in the following discussion. DIFFERENTIAL STICKING - This problem occurs world-wide. The B.H.A or drillstring becomes stuck due to the differential pressure across a zone. The B.H.A. or drill-string is held in place against the bore hole by the hydraulic force of the hydrostatic weight of the drilling fluid. The most common cause of differential sticking is thick filter cake across a permeable zone. Preventive Action: 1) Reduce wall contact w/ B.H.A. by using spiral drill collars and H.W.D.P. 2) Keep string moving. Consider rotating drill-string while standing back pipe or picking up a stand or making a connection. 3) Maintain minimum mud weight. 4) Daily short wiper trips. Indication of Differential Sticking: 1) Typically occurs when pipe is not moving - especially while making a connection. 2) Drill-string cannot be moved up, down or rotated. 3) Circulation is not affected in any way. Recommended Procedure: 1) Apply torque and jar down if drilling jars are in hole and working. If jars are not in hole or not working, apply torque and stack drill-string out. When not in jarring mode, apply torque and stack drill-string out. 2) Spot a pipe releasing pill. Time is very critical. If the spotting agent is in place in two hours or less, the chance of it working is enhanced. Local knowledge is very important. What spotting agents work in your area and what is average time of release? 3) Jarring option by itself is rarely successful because the hydraulic force holding the drillstring is commonly well over 1,000,000 pounds differential force. 4) Wash-over Operation - Be very cautious. Use a short wash-pipe string. Go for maximum clearance between the bore-hole and wash-pipe O.D. Shoe design should cut maximum clearance for the wash-pipe O.D. Be very cautious when running a drill-collar spear, wash-over back-off connector, or internal screw-in assembly in combination with wash-pipe for washing over differential stuck pipe. Keep the wash-pipe moving. Weatherford Fishing Tool Manual January, 2003

15

Keyseat Sticking

Keyseat Seat Top View Top View

Cross Section Main Bore Hole

Sloughing Hole or Lost Circulation Sticking

BlowBlow-Out Sticking

Sand or shale packed around tool joint

Drill Pipe

Hole Fill-in from Formation Above Drill Collars


16

KEYSEAT STICKING - A key seat occurs when drill pipe in tension wears a slot (keyseat) in the wall of a hole during drilling operations. This occurs when a well deviates from true vertical; controlled or otherwise. Preventive Action: When it becomes evident that a keyseat is forming, wipe it out with a keyseat wiper or string reamer before it sticks your drill-string. Indication of Keyseat Sticking: 1) Pipe was moving up when stuck. 2) Pipe is stuck at an O.D. enlargement in the drill-string. Typically the drill-string will be stuck at the top of the drill-collars. 3) Circulation is not affected in any way. 4) Pipe may be able to be rotated but not reciprocated. Recommended Procedure: 1) Surface Jars - Do not hit down with surface jars at a setting higher than the weight of available free pipe or you are jarring up not down. 2) Back-off - Leave a minimum of two joints of free pipe above the stuck point to insure that the top of the fish will be above the top of the keyseat. 3) Jarring Option - Screw-in with jarring assembly with enough drill collars to effectively jar down. 4) Wash-over Option - Typically a very short interval to wash-over. Good candidate for drill collar spear to prevent fish from dropping to bottom when washed-over. SLOUGHING HOLE - Usually occurs immediately below a cavity. The most common cause is very poor filter cake, across an unstable zone. A warning sign during drilling is hole fill during connections or trips. Indication of sloughing hole sticking is pipe is stuck and hole is packed-off. Circulation is greatly reduced or impossible. Recommended Procedure: 1) If circulation although at a reduced rate is possible; Jarring is an option that has merit. If the hole is packed-off, the success rate of jarring is greatly diminished. 2) Wash-over is the option that will work. Dimensions of B.H.A. and well-bore and mud properties will dictate the risk factor in this option. BLOW-OUT STICKING - The name clearly describes the situation. What usually occurs in a Blow-out Sticking situation is bridging and more than one stuck interval. A free-point tool will only located the top of the stuck drill-string. A pipe recovery log and a noise/temperature survey are usually required to gather enough information to determine the fishing procedure. LOST CIRCULATION STICKING - Occurs after loosing circulation. Recommended procedure is the same as for Sloughing Hole Sticking. Weatherford Fishing Tool Manual January, 2003

17

Mechanical Sticking

Mechanical Sticking

Pipe will not allow torque to go down hole

“Junk”

“Junk” or Foreign Object

Crooked Pipe

Mechanical Sticking

Mechanical Sticking

Casing

Short String

Tubing

Upper Packer Long String Lower Packer

Packer

Wrap Around


18

Cemented Sticking

Undergauge Hole Sticking

Swollen Shale Tubing

Casing Cement

Mud Stuck Tubing

Sand Stuck Tubing

Hole in Tubing Barite and solids settle out in the annulus causing pipe to become stuck Packer


Sand in annulus entered thru hole in tubing Packer

19

CEMENTED STICKING - When pipe is cemented in place, Jarring is not an option except on a very short section (10’ or less). Recommended Procedure: Wash-over can be a problem unless the pipe is centralized in the hole. If it is not centralized, selecting a very aggressive mill and milling up pipe and cement may be the best option. If drill collars are cemented in, of course wash-over is the best option. UNDERGAUGE HOLE STICKING - Identify if the under-gauge hole is above or below the bit. If a full-gauge bit is stuck in under-gauge hole while tripping in; jarring force with an upward jar is usually successful. If the undergauge hole occurs above the B.H.A. due to a plastic shale or salt section the recommended procedure is the same as Sloughing Hole Sticking. MECHANICAL STICKING - Occurs due to foreign object or junk in the hole or crooked/cork-screwed pipe. Circulation is usually not affected. Recommended Procedure: Free-point and part pipe at appropriate place. Run attachment tool with jarring assembly that will enable you to effectively jar both up and down. SAND STUCK or MUD STUCK - The recommended procedure is the same as Sloughing Hole Sticking. The greatest risk is that during pipe recovery a pocket will be formed in the sand or mud that will cause the free-point tool to show free-pipe, but the pipe cannot be pulled. Take the free-point reading at a higher pull value than when the pipe was being reciprocated to prevent this from happening. SELECTING FISHING OPTION - In the event of mechanical failure (twist-off, wash-out, etc.) run appropriate fishing tool (usually an overshot with jarring assembly) A.S.A.P. In all other cases; identify the problem before taking action. If it is a mud/hole problem, fix it before fishing tools are also stuck in the hole. The decision whether to jar or wash-over can be made easier by answering the question about circulation. Jarring is rarely successful if the hole cannot be circulated. A formation can be mechanically squeezed by attempting to jar or pull a drill-string through a tight place if the hole cannot be circulated while jarring or pulling. JARRING OPERATIONS: If the fish got stuck coming up - JAR DOWN If the fish got stuck going down - JAR UP Be prepared to effectively jar up and jar down with any jarring assembly run in the hole.


20

Notes


21

General Operational Comments on Fishing Tools 1. Overshot: First choice tool because it does not reduce I.D. and has a better pack-off than a spear. 2. Spear: Greatly reduces I.D. and has a poor pack-off. 3. Bumper Jar: Aids in getting over or in the fish, is part of the release mechanism for an overshot or spear and of course allows us to Jar down. 4. Oil Jars: Provides restricted pull that enables the work string or jar intensifier to store energy and releases upward. 5. Drill Collars: Too many or too few adversely affects jarring operations. Drill Collars are the multiplier in the impact calculation. Drill Collars can also be a transition area. 6. Jar Accelerator / Intensifier: Jar accelerator negates the affect of pipe and side wall friction above the jar and as a result a more efficient jar impact is achieved. Jar accelerator also protects the work string and derrick from jarring damage. Jar accelerator stores energy and is the perfect transition area. 7. Jarring Operations: How long to Jar? Usually a maximum of 4-5 hours without any progress of moving the fish up or down. Pay careful attention to what was going on when you got stuck. If the fish got stuck coming up, most likely it will be freed by jarring down. Conversely, if the fish got stuck going down, most likely it will be freed by jarring up. 8. Wash-Over Shoes: open hole, rough O.D.; cased hole, smooth O.D. Shoe material must be AISI4100 or ASI1018 Series material not a cut-off piece of wash pipe. Length of shoe should be fishable with a spear. Shoe design will change relative to the material to be washed or cut over. A packer shoe will be flat bottom or ocean wave. A tooth type or scalloped shoe would be useful for sand or dehydrated mud.


22

9. Wash Pipe: Must be N-80, L-80, or 1018 material. Clearance between O.D. of wash pipe and I.D. of hole is of greater importance than the clearance between O.D. of fish and I.D. of wash pipe. Evenly split O.D./I.D. clearance if possible. Proper annular velocity is critical for proper hole cleaning (150’ per minute in clear fluids). Length of wash over string - do not washover more than you can cut and retrieve. Run jars and drill collars with wash pipe. 10. R.P.M. for Mills & Shoes: 1500 linear inches per minute is the optimum rate for any carbide milling tool. The formula to calculate optimum RPM is as follows: 1500 ÷ 3.1416 ÷ O.D. of mill or shoe. Based on this formula the recommended RPM for a 6” O.D. mill or shoe would be: 1500 ÷ 3.1416 = 477 ÷ 6 = 80RPM. 11. Weight on Shoe or Mill: NEVER SPUD ON A SHOE! Although it will take 4-6 points of weight to overcome hydraulic lift, the actual weight on a shoe should be a few hundred pounds. All carbide products have a given feed rate, any additional weight will not increase the rate, but it will shorten the life of the carbide . The proper way to mill is by torque not weight. Maintain a constant minimum weight that will maintain the torque at the carbide contact area. Circulation for cooling of carbide is critical, minimum rate 1/2 BPM. 12. Mills: Four most important characteristics in prioritized order: 1) durability 2) repeatability 3) types of cuttings and amount 4) speed MILL DESIGNS: Concave: Concave design centers mill over fish and is less likely to sidetrack. Roundnose: Usually run on second mill run cutting a window with whipstock. Very seldom run on anything else.


23

Watermelon / String Mills: Run with window mill will increase window height in whipstock. They can be run with a drill collar above and below to mill out tight spot in casing. The drill collars greatly reduce the side track potential. Pirahna Mill: Mills with a throat rather than small water courses. A very aggressive mill. Bladed Junk Mill: Concave design and faster cutting rate through sand, cement or fill. Tapered Mill: Originally designed to dress a line top and probably should not be used for anything else due to side - track potential. Tapered mills are run in some whipstock applications. 13. If tubulars are not fishable on the outside due to sand, mud, collapsed casing or size, consider making all necessary cuts with electric line early on before I.D. becomes plugged by wash over operation. If fish can pass in a hole, stair-step or mix the length of cut. (larger casing is good candidate for wash down outside cutter.) 14. Circulation: Pre-planning the type of fluid to be used to remove the cutting and debris from the well is very important. Also, any burning, milling or washing over will require some type of fluid to perform the hydraulic functions needed for each of these methods. When performing washover operations the two greatest hydraulic frictional losses occur in 1) the internal diameter of the work string and 2) the annular space between the I.D. of the casing and the O.D. of the wash pipe. Pressure drop calculations and the relative annular velocities to remove solids from the well should be made to determine if the work string needs to have a larger I.D. or the wash pipe needs to be smaller O.D. This is very important in deep wells (10,000’ or deeper) with high density (15 PPG and heavier) whole mud as the workover fluid.


24

Notes


25


26

Tubing Dimensions 2-3/8" 4.70# 8RD EUE 2-7/8" 6.50# 8RD EUE 3-1/2" 9.30# 8RD EUE 4" 11.00# 8RD EUE

Casing Size-Wt. 4-1/2" 9.50-11.60# 4-1/2" 13.50# 4-1/2" 15.10# 5" 11.50-23.20# 5-1/2" 14 -17# 5-1/2" 14 -17# 5-1/2" 20.00# 5-1/2" 20.00# 5-1/2" 23.00# 5-1/2" 23.00# 7" 20-38# 7" 20-38" 7-5/8" 26.40-45.30# 7-5/8" 26.40-45.30# 8-5/8" 24-40# 8-5/8" 24-40# 8-5/8" 44-49# 8-5/8" 44-49# 9-5/8" 36-53.50#

Tube O.D. 2-3/8" 2-7/8" 3-1/2" 4"

Pipe Size-Wt. 2-3/8" 4.70# 2-3/8" 4.70# 2-3/8" 4.70# 2-3/8" 4.70# 2-3/8" 4.70# 2-7/8" 6.50# 2-3/8" 4.70# 2-7/8" 6.50# 2-3/8" 4.70# 2-7/8" 7.90# 2-7/8" 6.50# 3-1/2" 9.30# 3-1/2" 9.30# 3-1/2" 13.30# 4" 14.00# 4-1/2" 16.60# 4" 14.00# 4-1/2" 16.60# 4-1/2" 16.60#

Upset O.D. 2-19/32" 3-3/32" 3-3/4" 4-1/4"

Coupling O.D. 3-1/16" 3-21/32" 4-1/2" 5"

Connection Overshot Maximum Washpipe Maximum External Cutter Maximum Type O.D. Size-Type Catch Size Washover Type /Size Cutter Clearance 8RD, 3-1/16" 3-3/4" S.H. 3-1/16" 3-3/4" 3-1/8" Bowen Mech. 3-7/8" 3-1/8" 8RD, 3-1/16" 3-3/4" S.H. 3-1/16" 3-3/4" 3-1/8" Turn Down 3-7/8" (3-3/4") 3-1/8" 8RD, 3-1/16" 3-5/8" X.S.H. 2-7/8" 3-1/2" 2-5/8" None --8RD, 3-1/16" 3-3/4" S.H. 3-1/16" 3-3/4" 3-1/8" Bowen Mech. 3-7/8" 3-1/8" 8RD, 3-1/16" 4-11/16" F.S. 3-21/32" 4-1/2" 3-3/4" H.E. 4-9/16" 3-3/16" 8RD, 3-21/32" 4-11/16" F.S. 3-21/32" 4-1/2" 3-3/4" Bowen 4-11/16" 3-3/4" 8RD, 3-1/16" 4-9/16" S.H. 3-21/32" 4-3/8" 3-5/8" Bowen Hyd. 4-9/16" 3-9/16" 8RD, 3-21/32" 4-9/16" S.H. 3-21/32" 4-3/8" 3-5/8" Bowen Hyd. 4-9/16" 3-9/16" 8RD, 3-1/16" 4-1/4" F.S. 3-1/8" 4-3/8" 3-5/8" Bowen Mech. 3-7/8" 3-1/8" PH6-3-7/16" 4-3/8" S.H. 3-1/2" 4-3/8" 3-5/8" None --8RD, 3-21/32" 5-3/4" F.S. 4-3/4" 5-1/2" 4-3/4" H.E. 5-9/16" 4" 8RD, 4-1/2" 5-3/4" F.S. 4-3/4" 5-1/2" 4-3/4" Bowen Mech. 5-7/8" 4-1/2" 8RD, 4-1/2" 5-3/4" F.S. 4-3/4" 5-1/2" 4-3/4" Bowen Mech. 5-7/8" 4-1/2" IF, 4-3/4" 5-3/4" F.S. 4-3/4" 5-1/2" 4-3/4" Bowen Mech. 6-1/4" 4-3/4" FH, 5-1/4" 7-3/8" F.S. 5-3/4" 7-3/8" 6-1/2" Bowen Mech 7-5/8" 6-1/4" XH, 6-1/4" 7-3/8" S.H. 6-1/4" 7-3/8" 6-1/2" Bowen Mech 7-5/8" 6-1/4" FH, 5-1/4" 7-3/8" S.H. 6-1/4" 7" 6-1/8" None --XH, 6-1/4" 7-3/8" S.H. 6-1/4" 7-3/8" 6-1/2" None --XH, 6-1/4" 8-1/8" F.S. 6-5/8" 8-1/8" 7-1/16" Bowen Mech. 8-1/8" 6-1/2"

Cased Hole Fishing: Recommended Overshot/Washpipe/Cutter

Notes


27


28

4" FH

7-1/2"-7-3/8"

8-3/4"

8-5/8"

8-1/2"

8-3/8"

9-5/8" 40#-43.5#

9-5/8" 47#

9-5/8" 53.5#

6-1/4"-6-5/8"

6-1/4"-6-5/8"

6-1/4"-6-5/8"

6-1/4"-6-5/8"

5-1/4"

6-1/4"

4-3/4"-4-7/8"

5-1/4"

4-3/4"-4-7/8"

4-1/8"

4-3/4"

4-3/4"

4-3/4"-4-7/8"

4-3/4"

4-1/8"

4-1/8"

3-7/8"

3-1/8"

3-3/8"

3-7/8"

3-1/8"

3-5/8"

3-7/8"

3-1/8"

3-1/8"

3-1/8"

2-1/2"

3-1/8"

3-1/8"

TJ OD

4-1/2" XH, 5" XH

4-1/2" XH, 5" XH

4-1/2" XH, 5" XH

4-1/2" XH, 5" XH

4" FH

4-1/2" XH

3-1/2" IF, 4" SH

4" FH

3-1/2" IF, 4" SH

3-1/2" SH

3-1/2" IF, 4" SH

3-1/2" IF, 4" SH

3-1/2" IF, 4" SH

3-1/2" IF, 4" SH

3-1/2" SH

2-7/8" IF

2-7/8" RFO

2-7/8" SH

2-7/8" IF

2-7/8" RFO

2-7/8" PAC

2-7/8" SH

2-7/8" RFO

2-7/8" PAC, 2-3/8" SLH90

2-7/8" PAC, 2-3/8" SLH90

2-7/8" PAC

2-3/8" WFJ

2-7/8" PAC

2-7/8" PAC

DP Size

6-5/8"

6-5/8"

6-5/8"

6-5/8"

5-1/4"

6-1/4"

4-7/8"

5-1/4"

4-7/8"

4-1/8"

4-3/4"

4-3/4"

4-7/8"

4-3/4"

4-1/8"

4-1/8"

3-7/8"

3-1/8"

3-3/8"

3-7/8"

3-1/8"

3-5/8"

3-7/8"

3-1/8"

3-1/8"

3-1/8"

2-3/8"

2-1/2"

3-1/8"

Max TJ OD

Drill Pipe Recommended In Open Hole

6"

6"

6"

6"

5-1/2"

6"

4-9/16"

4-9/16"

4-9/16"

4-1/8"

4-1/4"

4-9/16"

4-9/16"

4-9/16"

3-1/2"

3-1/2"

3-1/2"

3"

3"

3-1/4"

3-1/4"

3-1/4"

3-1/4"

2-7/8"

3"

3"

2-1/4"

2-7/8"

2-7/8"

Min OD

7"

7"

7"

7"

6"

6-1/4"

5"

5-1/4"

5-1/4"

4-1/4"

4-1/2"

4-3/4"

5"

4-3/4"

4-1/8"

4-1/8"

4-1/8"

3-1/4"

3-1/4"

3-1/2"

3-1/2"

3-1/2"

3-1/2"

3-1/16"

3-1/8"

3-1/8"

2-1/2"

3-1/16"

3-1/16"

Max OD

Drill Collars Recommended In Cased/Open Hole

8-1/8" FJWP

8-1/8" FJWP

8-1/8" FJWP

8-1/8" FJWP

7" FJWP

7-3/8" FJWP

6" FJWP

6-3/8" FJWP

6-3/8" FJWP

5-3/8" FJWP

5-1/2" FJWP

5-3/4" FJWP

6" FJWP

5-3/4" FJWP

5" FJWP

5" FJWP

5" FJWP

4-3/8" FJWP

4-3/8" FJWP

4-3/8" FJWP

4-3/8" FJWP

4-1/2" FJWP

4-1/2" FJWP

3-3/4" FJWP

3-3/4" FJWP

4" FJWP

3-1/2" FJWP

*3-3/4" FJWP

3-3/4" FJWP

OD; Conn

35.92#

35.92#

35.92#

35.92#

25.66#

28.04#

22.81#

24.03#

24.03#

18.93#

16.87#

21.53#

22.81#

21.53#

17.93#

17.93#

17.93#

13.58#

13.58#

13.58#

13.58#

14.98#

14.98#

9.35#

9.35#

11.34#

8.81#

9.35#

9.35#

Weight

7.250"

7.250"

7.250"

7.250"

6.276"

6.625"

5.240"

5.625"

5.625"

4.670"

4.892"

5.000"

5.240"

5.000"

4.276"

4.276"

4.276"

3.749"

3.749"

3.749"

3.749"

3.826"

3.826"

3.250"

3.250"

3.428"

2.992"

3.250"

3.250"

I.D.

Washpipe Recommended For Fishing

8-1/8"

8-1/8"

8-1/8"

8-1/8"

7-1/8"

7-3/8"

5-7/8"

6-3/8"

6-3/8"

5-9/16"

5-3/4"

5-3/4"

5-7/8"

5-3/4"

5-1/8"

5-1/8"

5-1/8"

4-3/8"

4-3/8"

4-9/16"

4-9/16"

4-11/16"

4-11/16"

3-3/4"

3-7/8"

4-1/8"

3-3/8"

3-3/4"

3-3/4"

OD

7"

7"

7"

7"

6"

6-1/4"

5"

5-1/4"

5-1/4"

4-1/4"

4-3/4"

4-3/4"

5"

4-3/4"

4-1/4"

4-1/4"

4-1/4"

3-3/8"

3-3/8"

3-21/32"

3-21/32"

3-21/32"

3-21/32"

3-1/16"

3-1/8"

3-1/8"

2-1/2"

3-1/16"

3-1/16"

Max Catch

Overshot Recommended For Fishing

Note: *Cased Hole Only. The Chart above is a guide-line only and should be used as a rule of thumb; the final decision is that of the Customer; 4” Pin-up drill pipe is an option inside 7” casing, discuss with Fishing Tool Manager for guidance. Consult with a EOFR Fishing Manager when requirements do not fall within the guide line shown; Bottom Hole Assemblies (BHA) also should be considered for fishability when designing drilling or completion. strings.

4-1/2" XH, 5" XH

4-1/2" XH, 5" XH

4-1/2" XH, 5" XH

4-1/2" XH, 5" XH

3-1/2" IF, 4" SH

4" FH

3-1/2" IF, 4" SH

3-1/2" SH

3-1/2" IF, 4" SH

8-5/8" 44#-49#

5-3/4"

7" 38#

9-5/8" 29.3# 36#

5-7/8"

7" 35#

3-1/2" IF, 4" SH

4-1/2" XH

6"

7" 29#-32#

3-1/2" IF, 4" SH

7-7/8"-7-5/8"

6-1/4"-6-1/8"

7" 17#-23#-26#

3-1/2" IF, 4" SH

8-5/8" 24#-40#

6-1/4"-6-1/8"

7" 17#-23#-26#

3-1/2" SH

6-1/2"-6-3/8"

5-3/8"

6-5/8" 32#

2-7/8" IF

7-5/8" 39#

5-3/8"

6-5/8" 32#

2-7/8" RFO

6-3/4"-6-5/8"

5-3/8"

6-5/8" 32#

2-7/8" IF 2-7/8" SH

6-3/4"-6-5/8"

4-1/2"

5-1/2" 23#-26#

2-7/8" RFO

2-7/8" PAC

2-7/8" SH

2-7/8" RFO

2-7/8" PAC, 2-3/8" SLH90

2-7/8" PAC, 2-3/8" SLH90

2-7/8" PAC

2-3/8" WFJ

2-7/8" PAC

7-5/8" 20#-33.7#

4-1/2"

5-1/2" 23#-26#

DP Size 2-7/8" PAC

7-5/8" 20#-33.7#

4-5/8"

5-1/2" 20#

4"-3-7/8"

5" 29.3#-24.2#

4-5/8"

4-1/8"

5" 18#

5-1/2" 20#

4-1/4"

5" 11.50#-15#

4-3/4"

3-5/8"

4-1/2" 15.10#

4-3/4"

3-3/4"

4-1/2" 13.50#

5-1/2" 13#-17#

3-7/8"

4-1/2" 9.50#-11.6_

5-1/2" 13#-17#

B it Size

API Casing Size & Wt.

Drill Pipe Recommended In Casing

Recommended Drill Pipe & Drill Collars For Open Hole & Cased Hole

Notes


29

Manual Stretch Calculations Based on Young’s Modulus Pull Force Pull weight (above string weight) to obtain 3 - 1/2" of stretch per 1,000 ft of free pipe Pipe Size (in.) 1 Tubing 1 Tubing 1 - 1/4 Tubing 1 - 1/2 Tubing 2 - 1/16 Tubing 2 - 3/8 Tubing 2 - 3/8 Tubing 2 - 3/8 Tubing 2 7/8 Tubing 2 7/8 Tubing 2 7/8 Tubing 3 1/2 Tubing 3 1/2 Tubing 3 1/2 Tubing 4 Tubing 4 Tubing 4 - 1/2 Tubing 4 - 1/2 Tubing 4 - 1/2 Tubing 2 - 3/8 Drill Pipe 2 - 7/8 Drill Pipe 3 - 1/2 Drill Pipe 4 - 1/2 Drill Pipe 5 Drill Pipe 5 Casing 5 - 1/2 Casing 6 - 5/8 Casing 7 Casing 7 - 5/8 Casing 8 - 5/8 Casing 9 - 5/8 Casing 10 - 3/4 Casing

LBS/Ft 1.80 2.25 2.40 2.90 3.40 4.70 5.30 5.95 6.50 7.90 8.70 9.30 10.30 12.95 11.00 13.40 12.75 15.50 19.20 6.65 10.40 13.30 16.60 19.50 15.00 17.00 24.00 35.00 29.70 40.00 43.50 45.50

Required Pull (lbs) 4,000 5,000 5,500 6,500 7,500 10,000 12,000 13,000 14,000 17,000 19,000 20,000 23,000 28,000 24,000 29,000 28,000 34,000 42,000 15,000 23,000 30,000 36,000 43,000 33,000 36,000 53,000 77,000 66,000 88,000 96,000 100,000

Weights not shown: Pull Force = 2208.5 x lbs/ft General Rule for Pull Force in deviated holes: Cased Hole - 400 lbs/degree over required pull force Open Hole - 750 lbs/degree over required pull force Weatherford Fishing Tool Manual January, 2003

30

Buoyancy Factor

Mud Weight (lb/gal) 8.4 8.6 8.8 9.0 9.2 9.4 9.6 9.8 10.0 10.2 10.4 10.6 10.8 11.0 11.2 11.4 11.6 11.8 12.0 12.2 12.4

Factor 0.872 0.869 0.866 0.862 0.859 0.856 0.853 0.850 0.847 0.844 0.841 0.838 0.835 0.832 0.829 0.826 0.823 0.820 0.817 0.814 0.811

Mud Weight (lb/gal) 12.6 12.8 13.0 13.2 13.4 13.6 13.8 14.0 14.5 15.0 15.5 16.0 16.5 17.0 17.5 18.0 18.5 19.0 19.5 20.0

Factor 0.807 0.804 0.801 0.798 0.795 0.792 0.789 0.786 0.778 0.771 0.763 0.756 0.748 0.740 0.733 0.725 0.717 0.710 0.702 0.694

- Mud Weight Bouyancy Factor = -------------------- + 1 65.63 Hydrostatic Pressure = (Depth x Fluid Weight x .052)

Weatherford Fishing Tool Manual January 2003 23

31

Demonstration of Buoyancy

(A) Tube rises -Buoyancy-

(B) Tube Remains -No buoyancy-

Steel Tube Air

Air Mercury

Force

Buoyancy is commonly and correctly thought of as a force tending to make a submerged object float, but the way buoyant force is applied is often misunderstood. There is a simple demonstration of the application of buoyant force -- and of the lack of it -that clearly illustrates the principles involved.

As shown in the example above, a beaker maybe fitted at the bottom with a rubber pad. A hollow steel cylinder is beveled on each end -- the bevel being internal on one end and external on the other. When the cylinder is held in place with the external bevel down (as in “A”) and the annulus filled with

World Oil © January 1980

mercury, fluid (hydrostatic) pressure is applied to the end of the cylinder and this force causes the cylinder to rise and float when the cylinder is released. In contrast, when the cylinder is held in place with the internal bevel down and the annulus filled with mercury as in “B,” the fluid pressure has no end area on which to act and there is no axial force. Consequently, the cylinder does not rise when released. This illustration leads to some interesting but not always accepted conclusions. In “B,” there is fluid displaced by air and steel but no buoyancy. In other words, the common concept that buoyancy is equal to the weight of fluid displaced is true only sometimes!! Buoyant forces exist only when there is an exposed end or crosssectional area to which hydrostatic pressure can be applied vertically. It follows that the lower end of a submerged steel tube must be in compression, and that calculations using buoyed weight per foot are technically incorrect for calculating axial forces in a tubular string. *The demonstration was originally conceived by J. Paul Sloan, then of Gulf Oil Corp, and now retired

Published by W.C. Goins, Jr.


32

Free Point Tool String Shot Rod Collar Locator


33

Pipe Recovery Log Pipe Recovery Log

The McCullough Pipe Recovery Log utilizes a sonic system which sets up a vibration in the stuck pipe. This vibration, measured by a receiver, decreases at stuck intervals in proportion to the severity of the stuck condition. It is an acoustical type survey consisting of a transmitter and receiver in a sonic section. The transmitter emits rapid pulses which travel through the pipe to the receiver. The entire logging system, both downhole tools and surface instruments, utilizes solid state electronics to insure trouble-free performance. The 1-3/4" O.D. down hole instrument is run on a single-conductor electric cable. The logging instrument is calibrated in known free pipe—normally near the bottom of the surface pipe or last casing string. After recording, a signal attenuation scale is placed on the log. This scale, expressed in percentages, accurately indicates the severity of stuck conditions at each interval. Thus, the Pipe Recovery Log gives a complete record of all stuck intervals and possible trouble areas in a string of stuck pipe. It gives the length of each stuck interval. It records the severity of stuck conditions at each interval. And it indicates how much each interval contributes to the total stuck condition of the pipe. While the McCullough Pipe Recovery Log has had its greatest use in stuck drill pipe and drill collars, it also has been successfully used to evaluate the stuck condition of washpipe, casing, tubing and liners. In stuck tubing, the Pipe Recovery Log will indicate if it is stuck at the packer, if the tubing is sanded-up, the severity of the stuck conditions, and if the bridges have formed in the annulus between tubing and casing. In stuck wash-pipe, casing or liners the Pipe Recovery Log will indicate the most practical and economical method of recovery.


34

Pipe Recovery Log with Gamma Ray Log in Conjunction Gamma Ray

Collar Log

Pipe Recovery Log While the Pipe Recovery Log may be run individually, it is recommended that it also be run in conjunction with a Gamma Ray Log if no log of the well is available. The Gamma Ray Log shows what type of formation is causing the stuck condition. This information is of great value in determining the most practical and economical procedure for recovering the stuck pipe. A collar Log is always recorded simultaneously with a Pipe Recovery and Gamma Ray Log.

Gamma Ray

Gamma Ray


35

Differential Temperature Log Differential Temperature Log

Differential Temperature Log

Temperature in the well bore increases with depth. The geothermal gradient, or rate of increase, is approximately 1°F per 60 feet on the average. However, the geographic location and the heat conductivity of the geological formation can cause the temperature change to deviate from the average. In a well where the fluid is circulating, the fluid will tend to have a uniform temperature. If the well is allowed to stand without circulation, the fluid will reach the temperature of the formation around it. In other words, it would be more dependent on the natural geothermal gradient. Most temperature surveys are made during the transition period before the fluid has enough time to reach thermal equilibrium with the adjacent formations. If another run is to be made in the well, there should be a period of several hours allotted so that stabilized temperature conditions may be reestablished.

ln pipe recovery work the most common reason for the running of the Differential Temperature Log would be to determine lost circulation zones. The Differential Temperature Log consists of an absolute temperature curve, differential temperature curve and collar log—recorded simultaneously. An extremely sensitive downhole probe records minute temperature changes from O to 400°F. It sends this information to a surface panel which records it for interpretation.

In the case of lost circulation, it is known that fluid taken by the formation is continually being replaced by fluid pumped into the well. In running the temperature survey, the temperatures recorded down to the lost circulation zone will tend to be cooler than the temperature of the formation. Below the lost circulation zone, the fluid has been stagnant in the hole and will probably be at formation temperature. A distinguishable change in the temperature gradient curve is notified at the lost circulation zone. In open hole logging, the theft zone will be indicated by a drop in temperature as the heat sensor passes through it. When logging inside drill pipe near bottom, the theft zone will be indicated by an increase in temperature as the heat sensor passes through it. In either case, the lost circulation zone is established as to depth and thickness. Differential Temperature Tools are available in 1-3/8"and 7/8”O.D.


36

Chemical Cutters

Collar Locator

Firing Sub

Upper Propellant Sub

Slip Sub

Lower Propellant Sub Chemical Cylinder

The 1-11/16-in. OD Chemical Cutter is designed specifically to cut 2-3/8 in. OD, 5.30 lb/ft tubing without damaging an adjacent pipe string.

Ignition Chamber Cutting Head Bull Plug


37

Freepoint Indicators

Manufacture Applied Homco Applied Applied Homco Gearhart

Size 11/16" OD 3/4" OD 1" OD 1-3/8" OD 1-3/8" OD 1-7/16" OD

Pressure Rating Temp Rating 21,000 psi 475° F 15,000 psi 380 21,000 psi 475 21,000 psi 475 15,000 psi 400 15,000 psi 345

CHEMICAL CUTTER THAW CHART Storage Temperature of the Cylinder

+80° F +50° F +47.5° F +40° F +30° F +20° F +10° F 0° F -10° F -20° F -30° F -40° F -50° F -60° F

+100° F +150° F +200° F +250° F 0

0

0

0

0

40 55 65 70

10 12 15 20 30 40 50 60 70 75 85

0 10 12 15 22 30 40 50 60 65 75

0 0 10 12 16 25 35 40 50 55 65

0 0 8 10 12 20 30 35 40 45 55

TIME OF EXPOSURE TO WELL TEMPERATURE TO ASSURE MELT OF BROMINE TRIFLOURIDE (in minutes)


38

Baker Atlas Chemical Cutter Sizes and Applications

Cutter O.D. 11/16" 7/8" 1-1/8" 1-1/4" 1-7/16" 1-11/16" 1-11/16" 2-1/8" 2-3/4" 3-1/8" 3-5/8" 4-11/16"

Tubing Tubing Wt./Ft. Tubing O.D. 1.20# 1.050" 1.80# 1.315" 2.40# 1.660" 2.90# 1.900" 3.40# 2.063" 5.30# 2.375" 4.70# 2.375" 6.50# 2.875" 9.30# 3.500" 11.00# 4.000" 12.75# 4.500" 14.00# 5.500"

Tubing I.D .824" 1.049" 1.380" 1.610" 1.750" 1.939" 1.995" 2.441" 2.992" 3.476" 3.958" 5.012"

Drill Pipe

Cutter O.D. 2" 2-3/8" 2-1/2" 3-1/8" 3-1/8" 3-5/8"

Drill Pipe Wt./Ft. 10.40# 15.50# 13.30# 14.00# 11.85# 16.60#

Drill Pipe O.D. 2.875" 3.500" 3.500" 4.000" 4.000" 4.500"

Drill Pipe I.D. 2.151" 2.602" 2.764" 3.340" 3.476" 3.826"

Chemical Perforator

Sizes 7/8" O.D. 1-1/8" O.D. 1-1/4" O.D. 1-7/16" O.D. 1-11/16" O.D.

2" O.D. 2-1/8" O.D. 2-3/8" O.D. 2-3/4" O.D. 3-1/8" O.D. 3-5/8" O.D.


39

Baker Atlas Chemical Cutter

Tubing Sizes Tubing or Drill Pipe to be Severed Tool Size

Tool Maximum Opening

Tool Clearance

O.D.

Weight

I.D.

Wall

1-3/8

1.90

0.177

1.900

2.90

1.610

0.145

1-1/2

1.90

0.125

2.063

3.25

1.751

0.156

1-5/8

1.90

0.121

2.375

5.95

1.867

0.254

*1-5/8

1.90

0.095

2.375

6.50

1.815

0.280

1-11/16

2.10

0.154

2.375

4.70

1.995

0.190

*1-13/16

2.40

0.170

2.875

10.40

2.151

0.362

2

2.50

0.166

2.875

7.90

2.323

0.276

2

2.50

0.220

2.875

6.50

2.441

0.217

2-1/8

2.64

0.158

2.875

6.50

2.441

0.217

*2-3/8

2.90

0.194

3.500

13.30

2.764

0.368

2-5/8

3.15

0.183

3.500

9.30

2.992

0.254

2-11/16

3.15

0.152

3.500

9.30

2.992

0.254

* Drill Pipe


40

Pipe Recovery Systems: Selection Guide F/Wedge Type Chemical Cutter

Tubing

Coiled Tubing

Tool Specifications Tool O.D Tool Max Opening

Coiled TBG/Tubing Specifications Pipe O.D. Pipe I.D. Weight Lb./Ft.

11/16" 3/4" 13/16" 7/8" 15/16" 1" 1-1/16" 1-1/8" 1-1/4"

0.92 1.05 1.09 1.09 1.15 1.33 1.33 1.42 1.61

1.00 1.00 1.25 1.25 1.25 1.50 1.50 1.50 1.75

.782 - .810 .826 - .866 1.032 - 1.076 1.032 - 1.076 1.100 - 1.116 1.232 - 1.282 1.232 - 1.282 1.282 - 1.334 1.532

9.18 - 1.037 .688 - .848 1.081 - 1.328 1.081 - 1.328 .840 - .941 1.619 -1.955 1.619 - 1.955 1.256 - 1.619 1.910

3/4" 1-1/8" 1-3/8" 1-1/2" 1-5/8" 1-11/16" 2" 2-1/8"

1.05 1.42 1.75 1.90 2.00 2.10 2.50 2.50

1.315 1.66 1.90 2.06 2.375 2.375 2.875 2.875

.957 - 1.049 1.278 - 1.410 1.500 - 1.650 1.613 - 1.751 1.853 - 1.995 1.939 - 1.995 2.195 - 2.441 2.229 - 2.441

1.800 2.100 2.400 3.250 4.700 4.700 6.500 6.500


-

2.250 3.020 3.640 4.500 6.650 5.300 9.500 7.900

41

Pipe Recovery Systems: Selection Guide F/Direct Action Chemical Cutter

Tool Specifications Tool Size Tool Max Opening 1-3/8" 1-7/16" 1-1/2"

1.90 1.92 2.04

1-9/16" 1-11/16" 1-3/4" 1-7/8" 2" 2-1/8" 2-1/4" 2-3/8" 2-5/8" 3-1/8" 3-5/8" 4" 4-7/16" 4-9/16" 5-1/2" 7-3/8"

2.10 2.20 2.50 2.55 2.58 2.60 3.15 3.25 3.15 3.66 4.37 4.75 5.05 5.15 6.50 8.37

Tubing Specifications O.D. I.D. 1.90 2.062 2.062 2.375 2.375 2.375 2.875 2.875 2.875 2.875 3.500 3.500 3.500 4.000 4.500 5.000 5.500 5.500 7.000 8.620


1.500-1.650 1.670-1.751 1.670-1.751 1.703-1.995 1.853-1.995 1.939-1.995 2.059-2.441 2.059-2.441 2.159-2.441 2.229-2.441 2.602-2.922 2.602-3.068 2.922-2.992 3.340-3.548 3.826-4.050 4.180-4.560 4.670-5.040 4.670-5.040 6.184-6.456 7.651-8.097

#/FT 2.400-3.640 3.250-3.400 3.250-3.400 4.700-7.700 4.700-6.200 4.700-5.300 6.500-10.700 6.500-10.700 6.500-9.500 6.500-7.900 10.300-15.500 7.700-15.500 9.300-10.300 9.500-14.000 10.500-15.500 11.500-19.500 13.000-23.000 13.000-23.000 20.000-29.000 24.000-43.000

42

Pipe Recovery Systems: Chemical Cutter Temperature and Pressure Ratings

Tool Size

11/16 Thru 15/16 1" Thru 1-1/8 1-3/8 Thru 1-5/8 1-11/16 Thru 2-1/8 2-3/8 Thru 7-3/8

Temperature Rating For One Hour

Pressure Rating For One Hour

Max. Safe Working Pres. & Temp. For One Hour

350°

7,500 psi

6,500 psi @ 300°

350°

9,000 psi

8,000 psi @ 300°

350°

12,000 psi

10,500 psi @ 300°

350°

15,000 psi

13,500 psi @ 300°

350°

15,000 psi

15,000 psi @ 300°


43

Jet Cutters

Tubing Jet Cutter Size 23/32" OD 61/64" OD 1-3/16" OD 1.23 OD 1.25 OD (SC) 1.39 OD 1.5 OD (SC) 1.56 OD 1.58 OD (SC) 1-11/16" OD 1-11/16" OD (SC) 1-13/16" OD 2" OD (SC) 2-1/16" OD (SC) 2-1/16" OD 2-1/8" OD 2-1/8" OD 2-1/4" OD 2-1/4" OD (SC) 2-1/4" OD (SC) 2-5/16" OD 2-1/2" OD 2-1/2" OD (SC) 2-1/2" OD (SC) 2-5/8" OD 2-5/8" OD (SC) 2-3/4" OD 2-3/4" OD 3" 3-1/4" OD 3-7/16" 3-7/16" 3-7/16" Segment 3-5/8" Segment 3-5/8" 3-5/8" 3-13/16" 3-13/16" 3-13/16" Segment 4" 4" Segment

Running Tool Size 5/8" 5/8" 5/8" 1" 1" 1" 1-1/2" 1-1/2" 1-1/2" 1-1/2" 1-1/2" 1-1/2" 1-1/2" 1-1/2" 1-1/2" 1-1/2" 1-1/2" 1-1/2" 1-1/2" 1-1/2" 1-1/2" 1-1/2" 1-1/2" 1-1/2" 1-1/2" 1-1/2" 1-1/2" 1-1/2" 1-1/2" 1-1/2" 1-1/2" 1-1/2" 1-1/2" 1-1/2" 1-1/2" 1-1/2" 1-1/2" 1-1/2" 1-1/2" 1-1/2" 1-1/2"

M.F.

Recommended Pipe Size

J J J G O G O G O G O G O O G G O G GX O G G GX O G GX G GX G G G GX O O G GX G GX O G O

1" Coiled Tubing 1-1/4" Coiled Tubing 1-1/2" Coiled Tubing 1.66" Tubing 1.9" Tubing 2-1/16" Tubing Heavy Wall 2-3/8" of Thru Restriction 2-3/8" Thru Restriction Heavy Wall 2-3/8" of Thru Restriction 2-3/8" Tubing Heavy Wall 2-7/8" Tubing or Thru Restriction 2-7/8" Tubing Thru Restriction 2-7/8" Tubing Thru Restriction 2-7/8" Tubing Thru Restriction 2-7/8" Tubing Thru Restriction 2-7/8" Tubing 2-7/8" Tubing - 3-1/2" Tubing or 3-1/2" Drill Pipe 3-1/2" - 12.9 Tubing 3-1/2" Drill Pipe 3-1/2" Drill Pipe 3-1/2" Tubing or 3-1/2" Drill Pipe 3-1/2" Tubing or 3-1/2" Drill Pipe 3-1/2" Tubing Thru Restriction 3-1/2" Tubing 3-1/2" Tubing 3-1/2" Tubing 4" Drill Pipe 4" Casing 4-1/2" Drill Pipe 4-1/2" Drill Pipe 4-1/2" Drill Pipe 5" X Hole Drill Pipe 4-1/2" Casing 4-1/2" Casing 4-3/4" and 5" Casing 4-3/4" and 5" Casing 4-3/4" and 5" Casing 5" Casing 5" Casing


Explosive Weight 1 gm 2.9 gm 5.1 gm 4 gm 16 gm 4 gm 18 gm 8 gm 36 gm 11 gm 56 gm 11 gm 50 gm 50 gm 16 gm 16 gm 50 gm 18 gm 66 gm 76 gm 26 gm 26 gm 45 gm 76 gm 22 gm 45 gm 22 gm 27 gm 46 gm 46 gm 64 gm 78 gm 100 gm 100 gm 54 gm 66 gm 90 gm 80 gm 100 gm 110 gm 100 gm

44

Jet Cutters (cont.)

Tubing Jet Cutter Size 4-1/4" 4-1/4" Segment 4-1/2" 4-1/2" C-4 4-3/4" 4-3/4" 5-3/8" 5-3/8" 5-3/8" Segment 5-1/2" 5-1/2" 2-1/2" Segment 5-1/2" C-4 5-3/4" 5-3/4" 5-3/4" Segment 6" 6" 6-1/2" 6-1/2" Segment 7-1/4" C-4 7-1/2" 7-3/4" 8-1/4" C-4 8-9/32" 8-9/32" Segment 8-7/16" 8-7/16" Segment 9-1/4" C-4 9-5/8" Segment 9-5/8" 10-1/2" C-4 12" C-4

Running Tool Size 1-1/2" 1-1/2" 1-1/2" 1-1/2" 1-1/2" 1-1/2" 1-1/2" 1-1/2" 1-1/2" 1-1/2" 1-1/2" 1-1/2" 1-1/2" 1-1/2" 1-1/2" 1-1/2" 1-1/2" 1-1/2" 1-1/2" 1-1/2" 1-1/2" 1-1/2" 1-1/2" 1-1/2" 1-1/2" 1-1/2" 1-1/2" 1-1/2" 1-1/2" 1-1/2" 1-1/2" 1-1/2" 1-1/2"

M.F.

Recommended Pipe Size

GX O GX O GX G G GX O G GX O O GX G O G GX G O O G G O G O G G O O G O O

5" Casing 5" Casing 5-1/2" Casing & 5-9/16" Drill Pipe 5-1/2" Casing & 5-9/16" Drill Pipe 5-1/2" Casing 5-1/2" Casing 6" Casing 6" Casing 6" Casing 6-5/8" and 7" Casing 6-5/8" and 7" Casing 6-5/8" and 7" Casing 6-5/8" and 7" Casing 6-5/8" Casing and Drill Pipe and 7" Casing 6-5/8" Casing and Drill Pipe and 7" Casing 6-5/8" Casing and Drill Pipe and 7" Casing 7" Casing 7" Casing 7-5/8" Casing 7-5/8" Casing 8-5/8" and 9" Casing 8-5/8" and 9" Casing 8-5/8" and 9" Casing 9-5/8" Casing 9-5/8" Casing 9-5/8" CAsing 9-5/8" and 10" Casing 9-5/8" and 10" Casing 10-3/4" Casing 10-3/4" Casing 10-3/4" Casing


Explosive Weight 134 gm 100 gm 134 gm 139 gm 134 gm 100 gm 240 gm 266 gm 320 gm 240 gm 266 gm 320 gm 229 gm 266 gm 240 gm 320 gm 280 gm 294 gm 284 gm 400 gm 400 gm 330 gm 340 gm 364 gm 500 gm 400 gm 500 gm 400 gm 364 gm 400 gm 565 gm 441 gm 614 gm

45

BOWEN SERIES 150 RELEASING & CIRCULATING OVERSHOT (PATENTED) The BOWEN OVERSHOT has gained worldwide acceptance for fishing by means of external engagement of a fish. Each BOWEN OVERSHOT is a carefully engineered unit. In service, it takes a positive grip over a large area of fish and is therefore capable of withstanding extremely heavy pulling, torsional and jarring strains without damage or distortion to either the tool or the fish.

GENERAL DESCRIPTION The BOWEN SERIES 150 RELEASING AND CIRCULATING OVERSHOT provides the strongest tool available to externally engage, pack off and pull a fish. The basic simplicity and rugged construction with which it is designed have made it the standard of all external catch fishing tools.


46

BOWEN OVERSHOTS are continually developed to new standards of strength and efficiency and are expertly constructed of the highest quality material. Each BOWEN SERIES 150 RELEASING AND CIRCULATING OVERSHOT is a compact unit designed to engage, pack off and pull a specific size of tubing, pipe, coupling, tool joint, drill collar or smooth O. D. tool. Through the installation of proper undersize parts, they may be adapted to engage and pack off any smaller size. Bowen course thread Overshots are designed for easier assembly and maintenance. The Bowen "CT" Overshot has a course ACME thread on the upper end of the Bowl where the Top Sub is attached and at lower end where the Guide is attached. The course thread allows much easier field assembly and will stand more abuse than the fine series currently offered. The internal parts are completely interchangeable with existing Bowen Overshots. Cross over bushings can be provided from fine thread series to course thread series, allowing full use of Bowls, Top Subs, and Guides currently in stock. (See spec. page 29 for Course Threads.) All sizes of BOWEN SERIES 150-RELEASING AND CIRCULATING OVERSHOT are available in FULL STRENGTH or SLIM HOLE TYPES. Despite the extremely small outside diameters of FULL STRENGTH TYPE OVERSHOTS, they are engineered to withstand the pulling, torsional and jarring strains which must be exerted by modem machinery, to release and retrieve a lost fish. The SLIM HOLE TYPE OVERSHOTS have reduced outside diameters, as compared to the FULL STRENGTH. They are used to perform pulling jobs in tight holes where no other outside catch, releasing fishing tool can be run.

USE A BOWEN SERIES 150 RELEASING AND CIRCULATING OVERSHOT is used to engage, pack off and retrieve twisted-off or lost tubing, drill pipe, coupling, tool joint, casing or other similar fish.

CONSTRUCTION The BOWEN SERIES 150 RELEASING AND CIRCULATING OVERSHOT is composed of three outside parts; the Top Sub, Bowl, and Guide. The Basic Overshot may be dressed with either of two sets of intemal parts, depending on whether the fish to be caught is near maximum catch size for the particular overshot. If the fish diameter is near the maximum catch of the Overshot, a Spiral Grapple, Spiral Grapple Control and Type "A" Packer are used. If the fish is a tubing collar, a Type "D" Collar Packoff Assembly will replace the Type "A" Packer. If the fish diameter is considerably below maximum catch size (usually 1/2”), a Basket Grapple and a Mill Control Packer is used.

GRIPPING AND RELEASING MECHANISM The Bowl of the Overshot is designed with helically tapered spiral section in its inside diameter. The gripping member (Spiral Grapple or Basket Grapple), is fitted into this section. When an upward pull is exerted against a fish, an expansion strain is spread evenly over a long section of the fish. No damage or distortion results to either the fish or the Overshot. This design permits a far stronger tool with a smaller outside diameter than is possible with an overshot that employs a single tapered section which supports slips. A Spiral Grapple is formed as a left-hand helix with a tapered exterior to conform with the helically tapered section in the Bowl. Its interior is wickered for engagement with the fish. A Basket Grapple is an expansible cylinder with a tapered exterior to conform to the the helically tapered section in the Bowl. Its interior is wickered for engagement with the fish. Three types of Basket Grapple are available to meet the need for catching various types of fish: The Plain Basket Grapple is standard, and will always be furnished unless another type is specified. It is wickered for its entire interior length. It is used to catch any plain single diameter fish. The Basket Grapple with Long Catch Stop has an internal shoulder located at the upper end, to stop the fish in best catch position. It is designed to stop and catch an upset, or box section of a tool joint, with sufficient length left below the Grapple to allow the joint or upset to be packed off with a Basket Mill Control Packer. The Basket Grapple with Short Catch Stop has a double set of wickers, of two different internal diameters. It is used to stop and catch a coupling with a ruptured piece of pipe engaged in its upper end. The upper set of wickers will catch the ruptured pipe, and act as a stop against the coupling, while the lower set of wickers will catch the coupling. The coupling will be stopped in best position to be packed off by the Mill Control Packer. Grapple Controls are of two types: Spiral Grapple Controls are used with Spiral Grapples; Mill Control Packers are used with Basket Grapples. Grapple Controls are used as a special key, to allow the Grapple to move up and down during operation while simultaneously transmitting full torque from the Grapple to the Bowl. Spiral Grapple Controls and Basket Grapple Controls are plain. Mill Control Packers include a packoff. See Packoff Mechanism below for a complete explanation. In operation, the Overshot functions in the same manner, whether dressed with Spiral Grapple parts or Basket Grapple parts. During the engaging operation, as the Overshot is rotated to the right and lowered, the Grapple will expand when the fish is engaged, allowing the fish to enter the Grapple. Thereafter with rotation ceased and upward pull exerted, the Grapple is contracted by the


47

tapers in the Bowl and its deep wickers grip the fish firmly. During the releasing operation, a sharp downward bump places the larger portion of the Bowl tapers opposite the Grapple smaller tapered portion, breaking the hold. Thereafter, when the Overshot is rotated to the right, and slowly elevated, the wickers will screw the Grapple off the fish, effecting release. The fact that Bowen Releasing and Circulating Overshots require right hand rotation only, both during engaging and releasing operation, is extremely important. This feature eliminates the dangers that are present when it is necessary to rotate the string to the left.

PACK-OFF MECHANISM The type of Packoff used depends on how the Overshot is dressed, and the operator's choice. When the Overshot is dressed with a Spiral Grapple, a Type "A" Packer is used. The Type "A Packer is a sleeve type. It seats at its O. D. against the inside of the Bowl. It has an internal lip which seals around the fish. Each Type "A" Packer is designed to pack off a specific size. A Type "A" Packer should be ordered for each catch size Spiral Grapple. A Mill Control Packer is used when the Overshot is dressed with a Basket Grapple. The Type "R" Mill Control Packer is used when a packoff is required. The unique double lip seal of the Mill Control Packer provides a positive seal of the fish. The Packer is self energized and is retained within the Mill Control by a lower second sealing lip and requires no adhesive for retaining the Packer. The Type "R" is most commonly used. It has a replaceable inner seal and a replaceable outer seal. The inner seal and the outer seal may both be replaced in the field when required. The Type "R" Mill Control (with mill teeth) is available. Mill Control Packers are designed to remove small burrs and rough breaks only.

All Mill Control Packers are manufactured to pack off a specific size. One should be ordered to match each size Basket Grapple. Mill Control Packers when used, replace a Plain Basket Control. The Plain Basket Control is used with a Basket Grapple when no packoff of the fish is required. Type "D" Packer assemblies are available to pack off tubing collars in tubing size Series 150 Overshots. The Type "D" Packer assembly consists of a Packer, a Spring and an "O" Ring. It is assembled in the Bowl above the Grapple. Its upper end is sealed in a counterbore in the Top Sub, by the "O" Ring. In operation, its lower end stops the collar in proper catch position, while the integral molded seal enters and packs off the collar threads at the top of the collar. The Type "D" Collar Packer is designed to be used with a Spiral Grapple, in place of a Type "A" Packer, where the collar being fished is too short to allow effective catch and pack off length.


48

Notes


49

Specifications Bowen Series 150 Releasing and Circulating Overshot Overshot

Type*

OD (Inch)

2 2 2 3 3 3 3 3 3 3 3 3 3 3 3 3 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4

5/16 5/8 7/8 1/8 1/8 1/4 3/8 1/2 5/8 5/8 5/8 3/4 3/4 7/8 7/8 15/16

1/8 1/8 1/8 1/8 1/8 1/8 3/16 1/4 1/4 3/8 3/8 3/8 3/8 3/8 7/16 1/2 1/2 1/2 1/2

Grapple Number

SH 9403 SH B10204 SH 16392 XSH 9307 XSH M9307 SH B5077 SH B5091 FS B782 FS B5085 XSH 9272 XSH M9272 SH A1829 SH 37590 SH A1838 XSH 21305 SH B3596 FS M805 SH B5109 FS 1448 FS 805 FS 1741 FS 1741 FS M1741 SH B5120 FS B4403 FS B791 SH B4627 FS 1518 FS B3205 FS 4195 FS M4195 SH B3607 SH B9777 FS B3359 SH B3607 SH 17425 SH B4339 Calculated Strengths

Maximum Catch Spiral Inches

2 2 1/8 2 1/8 2 3/8 2 3/8 2 3/8 2 1/2 2 3/8 2 1/2 2 7/8 2 7/8 2 7/8 3 1/16 3 1/8 3 3/8 3 1/16 2 7/8 3 1/8 2 3/8 2 7/8 3 1/8 3 1/8 3 1/8 3 1/4 3 1/16 3 1/8 3 3/8 3 1/4 3 1/4 3 3/8 3 3/8 3 1/2 3 13/16 3 3/8 3 1/2 3 21/32 3 21/32

MM

50.80 53.98 53.98 60.33 60.33 60.33 63.50 60.33 63.50 73.03 73.03 73.03 77.79 79.38 77.80 77.79 73.03 79.38 60.33 73.03 79.38 79.38 79.38 82.55 77.79 79.38 85.73 82.55 82.55 85.73 85.73 88.90 96.84 85.73 88.90 92.87 92.87

Maximum Catch Basket Inches

1 13/16 1 3/4 1 3/4 2 2 1 7/8 2 1 7/8 2 2 19/32 2 1/2 2 3/8 2 11/16 2 5/8 2 7/8 2 19/32 2 3/8 2 5/8 1 7/8 2 3/8 2 5/8 2 5/8 2 5/8 2 3/4 2 19/32 2 5/8 2 7/8 2 3/4 2 3/4 2 7/8 2 7/8 2 7/8 3 5/16 2 7/8 2 7/8 3 1/8 3 1/8

MM

46.04 44.45 44.45 50.80 50.80 47.63 50.80 47.63 50.80 65.88 63.50 60.33 68.26 66.68 73.03 65.88 60.33 66.68 47.63 60.33 66.68 66.68 66.68 69.85 65.88 66.68 73.03 69.85 69.85 73.03 73.03 73.03 84.14 73.03 73.03 79.38 79.38

Bowl Number

B-8921 B10201 16397 9306 M9306 B5074 B5088 B4743 B5082 9271 M9271 B1828 37587 B1836 21302 B5103 B4738 B5106 1446 4392 9107 8223 M9107 B5117 B5100 B4824 B5128 9632 B5114 9637 M9637 B4621 B9775 B5125 A3795 17422 17203

Load Cap. at Yield Point (lbs) Spiral

Basket

68000 101600 193500 193500 215526 211500 218000 309000 291800 193500 229100 214000 217700 155100 102500 265400 304000 262900 455000 349000 310200 310200 255000 225000 291800 291800 262900

47000 86400 173200 173200 184312 190000 196500 265500 263000 157400 195900 192800 221200 144200 97500 219000 221500 217000 390000 264000 255000 255000 210600 202000 263000 263000 217000

Basket w/ stop

30000 61000 110200 118000 122700 119800 123700 167000 118200 78700 102500 121400 179700 98000 66500 160100 199000 125100 265000 176000 170000 170000 140000 127500 118200 118200 116800

254000 281500 248700 267400 137500 320000 271000 343600 260400

234200 249400 224000 220700 118000 280000 226000 316500 233400

147500 167900 152900 144300 44800 176000 146500 249000 170500

Note: All strengths listed are calculated theoretical yield points and are accurate within 20%. It should be noted, however, that all strengths assume a straight, steady pull and full grapple engagement of a round fish. Anything less than full engagement or straight pulling will reduce the strength substantially. This includes tong marks or other damage to the bowl surface.

*Type Explanation FS

Full Strength-Engineered to withstand all pulling, torsional and jarring strain.

XFS

Extra Full Strength-Engineered for extreme abuse.

SFS

Semi Full Strength-Engineered for special hole condition commensurate with maximum strength.

SH

Slim Hole-Engineered to withstand heavy pulling strains only.

XSH

Extra Slim Hole-Engineered for pick up jobs only.


50


Type*

OD (Inch)

4 9/16 4 5/8 4 5/8 4 5/8 4 11/16 4 11/16 4 11/16 4 11/16 4 11/16 4 11/16 4 3/4 4 13/16 4 7/8 4 7/8 5 5 5 5 1/8 5 1/8 5 1/8 5 1/8 5 1/8 5 3/16 5 1/4 5 5/16 5 3/8 5 7/16 5 1/2 5 9/16 5 9/16 5 5/8 5 5/8 5 5/8 5 5/8 5 3/4 5 3/4 5 3/4

Grapple Number

SH B4339 FS 1249 SH B5133 SH B6234 FS 6662 FS 6662 FS L6662 SFS 9123 SFS L9123 SH B9301 SH B1709 FS M164 SH 5159 SH B5159 FS B4410 FS 814 SH B4897 FS M164 XFS B814 FS B2192 SH B4674 SH 4674 FS M859 FS 859 FS B1505 SH B2489 FS B1997 SH M1135 FS 165 FS M165 FS B2489 FS 1135 FS M1135 SH B2201 FS 6112 FS M6112 SH B6389 Calculated Strengths

Maximum Catch Spiral Inches

3 21/32 3 1/2 3 3/4 3 7/8 3 21/32 3 21/32 3 21/32 3 3/4 3 3/4 3 13/16 3 7/8 3 1/2 4 4 3 21/32 3 3/4 4 1/8 3 1/2 3 3/4 3 13/16 4 1/4 4 1/4 3 7/8 3 7/8 4 4 1/2 4 1/8 4 5/8 4 1/4 4 1/4 4 1/2 4 5/8 4 5/8 4 3/4 4 3/4 4 3/4 4 7/8

MM

92.87 88.90 95.25 98.43 92.87 92.87 92.87 95.25 95.25 96.84 98.43 88.90 101.60 101.60 92.87 95.25 104.78 88.90 95.25 96.84 107.95 107.95 98.43 98.43 101.60 114.30 104.78 117.48 107.95 107.95 114.30 117.48 117.48 120.65 120.65 120.65 123.83


3 1/8 3 3 7/32 3 3/8 3 7/32 3 1/8 3 1/8 3 1/4 3 1/4 3 7/32 3 3/8 2 7/8 3 1/2 3 1/2 3 1/8 3 1/8 3 5/8 2 7/8 3 1/8 3 3/16 3 3/4 3 3/4 3 1/4 3 1/4 3 3/8 3 7/8 3 1/2 4 1/8 3 11/16 3 11/16 3 7/8 4 1/8 4 1/8 4 1/4 4 1/4 4 1/4 4 1/4

MM

79.38 76.20 81.76 85.73 81.76 79.38 79.38 82.55 82.55 81.76 85.73 73.03 88.90 88.90 79.38 79.38 92.08 73.03 79.38 80.96 95.25 95.25 82.55 82.55 85.73 98.43 88.90 104.78 93.66 93.66 98.43 104.78 104.78 107.95 107.95 107.95 107.95

Bowl Number

B5153 1248 B5131 B6232 9111 12277 M9111 9121 M9121 B9298 B5141 B4734 5156 B5156 B5150 9727 B5430 B4563 B4688 B7499 B5164 4717 B5138 9517 B5144 B5167 B5427 B4971 5898 B4821` B3798 5700 M5700 B5170 8977 M8977 B7098


Basket

276400 241000 220000 186800 332000 332000 366098 261300 261300 265000 370000 456000 306200 385000 394000 391000 296500 625000 489000 431000 356800 312500 391000 451000 402000 297000 547600 297000 526600 439200 268000 420000 349600 360400 432900 338000 273500

228100 256000 198000 166700 279000 279000 314021 233000 233000 214000 232000 396000 222000 241000 338000 342600 258500 526000 447000 381000 301000 264000 352500 389500 351000 258000 435500 258000 494300 396000 320000 378500 315000 308400 411600 233000 230700

Basket w/ stop

157900 177000 126000 104200 199500 199500 212870 138000 116600 106000 160000 286000 126000 167000 210000 244700 201000 330000 354000 275000 232200 196000 254500 276500 273000 186200 277100 186200 362500 286000 211000 273000 227000 234500 303275 116600 178000




XFS


SFS


SH


XSH



51


Type*

OD (Inch)

5 3/4 5 13/16 5 7/8 5 15/16 5 15/16 6 6 1/16 6 1/16 6 1/8 6 1/8 6 3/16 6 3/8 6 3/8 6 3/8 6 3/8 6 1/2 6 5/8 6 5/8 6 5/8 6 5/8 6 11/16 6 3/4 6 7/8 6 7/8 6 7/8 6 15/16 7 1/8 7 1/8 7 1/4 7 1/4 7 3/8 7 3/8 7 3/8 7 3/8 7 3/8 7 3/8 7 3/8

Grapple

Maximum Catch Spiral

Number

SH B11828 FS B1987 SH B4369 FS 196 FS M196 FS 9022 FS 2364 FS B2364 FS 1182 SFS 5942 FS B2457 FS 1182 SH 9201 SH 4498 SH M4498 SH 9207 FS M1071 SH 8619 SH 9213 SH B5182 SH B5190 XSH M9035 FS B4472 SH 6699 SH B3481 FS 103 FS B759 SH B5201 FS M103 SH B5211 FS 104 FS M104 FS M104 SH 9687 SH 9687 SH 9687 SH B4694 Calculated Strengths

Inches

5 4 5 4 4 4 4 4 4 5 4 4 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 6 5 6 5 5 5 6 6 6 6

1/8 1/2 5/8 5/8 7/8 3/4 3/4 7/8 7/8 7/8 1/4 1/4 1/4 3/8 1/2 1/2 1/2 9/16 5/8 1/4 3/4 3/4 9/16 1/2 9/16 1/8 3/4 3/4 3/4 1/4 1/4 1/4 1/4

MM

130.18 114.30 127.00 117.48 117.48 123.83 120.65 120.65 123.83 127.00 123.83 123.83 133.35 133.35 133.35 136.53 127.00 139.70 139.70 139.70 141.29 142.88 133.35 146.05 146.05 141.29 139.70 152.40 141.29 155.58 146.05 146.05 146.05 158.75 158.75 158.75 158.75


4 5/8 3 7/8 4 1/2 4 4 4 1/4 4 1/8 4 1/8 4 1/4 4 3/8 4 1/4 4 1/4 4 5/8 4 5/8 4 5/8 4 3/4 4 1/4 4 7/8 4 7/8 4 3/4 4 13/16 5 4 1/2 5 1/8 5 4 13/16 4 3/4 5 3/8 4 13/16 5 1/2 5 5 5 5 5/8 5 5/8 5 5/8 5 1/2

MM

Bowl Number

117.48 B11825 98.43 B4816 98.43 B5173 101.60 5735 101.60 B4846 107.95 9028 104.78 8942 104.78 B4831 107.95 905 111.13 7788 107.95 B7095 107.95 3075 117.48 9199 117.48 4503 117.48 M4503 120.65 9205 107.95 B4827 123.83 8617 123.83 9211 120.65 B5179 122.24 B5187 127.00 9040 114.30 B4519 130.18 8980 127.00 B5195 122.24 8945 120.65 B2791 136.53 B5198 122.24 B3812 139.70 B5208 127.00 6152 127.00 M6152 127.00 B3522 142.88 12568 142.88 9694 142.88 12566 139.70 B4693


Basket

135000 439200 323500 514100 439200 405000 422000 431000 405000 468000 404500 558000

115000 396000 238500 421300 395800 343000 354000 381000 367000 440000 341200 510000

Basket w/ stop

71500 286000 218500 297400 285800 284000 253000 275500 298000 322000 282700 369000

403000 397400 350000 637000 386000 444000 399000 420000 405000 637000 367000 399000

356000 358400 294000 574300 325000 379000 350500 369000 347000 574300 332000 350500

256000 278500 210000 462000 232000 293000 281300 296000 289000 462000 253000 238000

637500 435000 675200 435000 637000 656800 637500 471000 450400 471000 414100

5743000 392000 608400 392000 542250 564000 574300 448000 427283 448000 373100

462000 298000 489400 298000 421750 372700 462000 283000 327900 283000 283600




XFS


SFS


SH


XSH



52


Type*

OD (Inch)

7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 8 8 8 8 8 8 8 8 8 8

3/8 1/2 1/2 1/2 1/2 5/8 5/8 5/8 5/8 5/8 5/8 5/8 5/8 5/8 3/4 3/4 3/4 3/4 3/4 3/4 7/8 7/8 7/8 7/8 7/8 7/8 7/8

1/8 1/8 1/8 1/8 1/8 1/8 1/8 1/8

Grapple


Number

SH

M9687 220 FS SH 9003 SH M9003 SH 9003 FS 220 FS M220 FS 220 SFS 1644 SFS 1644 SFS 1644 SFS M1644 SH B5349 SH 9863 FS B2063 SFS 5503 SH 9137 SH M9137 SH M9137 SH B5219 FS 1659 FS M1659 FS 1659 FS 1659 FS B2073 FS B2073 SH B5227 SH 8987 SH M8987 FS 9863 FS B2374 SFS 84 SFS M84 SH B5227 SH 9222 SH 9222 SH B3267 Calculated Strengths

Inches

6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 7 7 7

1/4 3/8 3/8 3/8

1/4 1/4 1/4 1/4 1/2 1/2 1/8 3/8 5/8 5/8 5/8 5/8 1/4 1/4 1/4 1/4 1/4 1/4 3/4 7/8 7/8 1/2 1/2 5/8 5/8 3/4

MM

158.75 152.40 161.93 161.93 161.93 152.40 152.40 152.40 158.75 158.75 158.75 158.75 165.10 165.10 155.58 161.93 168.28 168.28 168.28 168.28 158.75 158.75 158.75 158.75 158.75 158.75 171.45 174.63 174.63 165.10 165.10 168.28 168.28 171.45 177.80 177.80 177.80


5 5/8 5 1/4 5 3/4 5 3/4 5 3/4 5 1/4 5 1/4 5 1/4 5 9/16 5 9/16 5 9/16 5 9/16 5 3/4 5 7/8 5 3/8 5 3/4 6 6 6 5 7/8 5 9/16 5 9/16 5 9/16 5 9/16 5 1/2 5 1/2 6 1/8 6 1/4 6 1/4 5 7/8 5 3/4 5 7/8 5 7/8 6 1/8 6 3/8 6 3/8 6 1/4

MM

Bowl Number

142.88 M9694 133.35 9998 146.05 9011 146.05 M9011 146.05 9747 133.35 249 133.35 B3366 133.35 7574 141.29 1641 141.29 1875 141.29 19092 141.29 M1641 146.05 B5346 149.23 9862 136.53 B4218 146.05 9164 152.40 9134 152.40 M9134 152.40 B11323 149.23 B5216 141.29 1657 141.29 M1657 141.29 9749 141.29 9984 139.70 B2109 139.70 C2205 155.58 16502 158.75 8997 158.75 M8997 149.23 9748 146.05 B3711 149.23 9337 149.23 M9337 155.58 B5224 161.93 9817 161.93 9219 158.75 B3264


Basket

467600 590000 479000 459600 479000 670000 637500 611300 502100 542468 542500 542468 430000 418200 637000 523500 422000 345000 345000 350000 627600 645300 655000 655000 586800 640000 413000 443000 436000 420000 586500 590000 587000 531900 453000 453000 439200

444000 512000 454000 435300 454000 580000 574300 532600 449900 479044 479000 479044 385000 396700 574300 456000 400000 315000 315000 306000 542400 564000 570000 570000 515600 560000 362500 410000 406900 400000 515500 500000 505500 467300 429500 429500 395800

Basket w/ stop

340400 390000 339000 323700 339000 442000 462000 404300 363200 364490 364500 364490 295000 322900 462000 346500 318000 227000 227000 246000 395000 482000 428000 428000 413700 468000 246000 318000 350000 325000 413500 403000 382500 375000 329500 329500 318400




XFS


SFS


SH


XSH



53


Type*

OD (Inch)

8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9

1/4 1/4 1/4 1/4 3/8 3/8 3/8 3/8 1/2 1/2 5/8 5/8 5/8 5/8 5/8 3/4 3/4 7/8 7/8 7/8 7/8 7/8

1/8 1/8 1/8 1/4 3/8 3/8 3/8 1/2 5/8 5/8 5/8 5/8 3/4

Grapple


Number

FS FS FS SH FS FS SH

5652 5652 N84 9229 209 M209 9222 SH B5359 SH 9235 SH B5238 FS 105 FS 105 FS N105 SH 12697 SH B7106 SH 9241 SH B5254 FS 1027 FS M1027 SH 9853 SH 5262 SH B5262 FS C4156 SH 9248 FS B3454 SFS 9292 SH B5270 FS B5246 FS 85 FS 85 FS N85 SH 9057 FS 238 FS M238 FS M238 SH B5289 XSH 9101 Calculated Strengths

Inches

6 6 6 7 6 6 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 8 7 7 7 7 8 8 8 8 8 8

1/2 1/2 5/8 1/8 3/4 3/4 1/4 3/8 3/8

1/2 1/2 5/8 5/8 1/4 1/4 3/4 3/4 3/4 3/8 7/8 1/2 1/2 5/8 3/4 3/4 3/4 3/8

1/2 5/8

Maximum Catch Basket

MM

165.10 165.10 168.28 180.98 171.45 171.45 177.80 184.15 187.33 187.33 177.80 177.80 177.80 190.50 190.50 193.68 193.68 184.15 184.15 196.85 196.85 196.85 187.33 200.03 190.50 190.50 203.20 193.68 196.85 196.85 196.85 212.73 203.20 203.20 203.20 215.90 219.08

5 5 5 6 6 6 6 6 6 6 6 6 6 6 6 7 6 6 6 7 7 7 6 7 6 6 7 6 7 7 7 7 7 7 7 7 8

Bowl

Inches

MM

3/4 3/4 7/8 5/8

146.05 2382 146.05 7797 149.23 B3034 168.28 9571 152.40 277 152.40 B3816 161.93 17209 168.28 B5356 171.45 9233 168.28 B5235 158.75 6142 158.75 7801 158.75 B3819 174.63 12694 174.63 B7103 177.80 9239 174.63 B5251 165.10 7806 165.10 M10261 180.98 9852 180.98 5259 177.80 B5259 168.28 B5232 184.15 9245 171.45 B4516 171.45 9291 187.33 B5267 174.63 B5243 177.80 1283 177.80 7811 177.80 B1501 196.85 9062 184.15 266 184.15 M266 184.15 B2716 200.03 B5286 203.20 9098

3/8 5/8 3/4 5/8 1/4 1/4 1/4 7/8 7/8 7/8 1/2 1/2 1/8 1/8 5/8 1/4 3/4 3/4 3/8 7/8

3/4 1/4 1/4 1/4 7/8

Number


Basket

760000 760000 637500 422000 637000 612199 587977 430000 422000 416000

650000 650000 574300 400000 542250 537860 557764 385000 400000 365000

Basket w/ stop

552000 552000 462000 307000 408250 365214 428051 295000 309000 292000

637000 637000 458000 436000 458000 430000 637000 586900 458000 416000 430000 637000 422000 637000 660200 396000 657000 637000 540000 592000 422000 602700 625000 578300 419500 458000

542250 574300 414400 385000 435000 385000 542250 515600 435000 345000 385000 574300 400000 574300 547500 347500 578000 542250 475000 520000 402000 510720 537800 508100 376000 435000

408250 462000 313400 309000 333000 295000 408250 426500 333000 276000 295000 462000 309000 462000 409000 236000 465000 408250 359000 340000 309000 398600 406600 345000 341000 333000




XFS


SFS


SH


XSH



54


Type*

OD (Inch)

10 10 10 10 10 10 10 10 10 11 11 11 11 11 11 11 11 12 12 13 16 16 20

1/16 1/8 1/8 1/8 1/4 1/2 1/2 5/8 5/8 1/4 1/4 3/8 3/4 3/4 3/4 7/8 1/2 3/4 3/4

FS FS FS FS SH FS FS FS

FS FS FS FS FS FS FS FS FS XFS

3/4 3/4

Grapple


Number

Inches

C1232 8957 M8957 B4430 B5302 8966 B5310 5326 B5326 B1962 B1874 B12827 B5318 15253 5334 B5334 8972 B1971 15803 33009 68033 64588 31658

8 3/8 8 1/2 8 1/2 8 1/2 8 5/8 8 3/4 8 7/8 9 9 8 5/8 8 7/8 9 5/8 9 9 1/2 10 1/8 10 1/8 10 10 1/8 11 1/4 12 14 14 3/4 16 3/4

MM

212.73 215.90 215.90 215.90 219.08 222.25 225.43 228.60 228.60 219.08 225.43 244.48 228.60 241.30 257.18 257.18 254.00 257.18 285.75 304.80 355.60 374.65 425.45


7 5/8 7 3/4 7 3/4 7 3/4 7 7/8 8 8 1/8 8 1/4 8 1/4 7 5/8 8 1/8 8 7/8 8 8 3/4 9 3/8 9 3/8 9 1/4 9 1/8 10 1/2 11 1/4 13 1/4 14 16

MM

193.68 196.85 196.85 196.85 200.03 203.20 206.38 209.55 209.55 193.68 206.38 225.43 203.20 222.25 238.13 238.13 234.95 231.78 266.70 285.75 336.55 355.60 406.40

Bowl Number

B1231 8962 M8962 B5283 B5299 8965 B5307 5323 B5323 B5294 B1871 B12824 B5315 15252 5331 B5331 8971 B1881 15802 33008 68030 64555 31655


637500 602700 624300 637000 657000 296000 586600 660000 586800 1308000 1605000 536800 1364000 966500 616000 660000 828300 1364000 605000 1022314 1164000 1197674 N.A.

Basket

Basket w/ stop

574300 462000 492000 391000 576700 445500 574300 462000 578000 465000 251000 200000 515400 413600 556000 445000 515600 426500 1240000 1130000 1580000 1395000 515600 413700 1207000 942000 852000 635000 528000 435000 580000 468000 744000 558800 1207000 941700 562250 444000 745564 N.A. 1175000 N.A. 1226777 N.A. 1479060 1344600

Calculated Strengths Note: All strengths listed are calculated theoretical yield points and are accurate within 20%. It should be noted, however, that all strengths assume a straight, steady pull and full grapple engagement of a round fish. Anything less than full engagement or straight pulling will reduce the strength substantially. This includes tong marks or other damage to the bowl surface.



XFS


SFS


SH


XSH



55

BOWEN SUCKER ROD OVERSHOTS SERIES 10 & SERIES 20 (PATENTED)

GENERAL DESCRIPTION BOWEN SUCKER ROD OVERSHOTS are sturdy, compact units designed to engage sucker rods or other items used inside of tubing. Designed and developed upon the same principle as other BOWEN OVERSHOTS, they are the most effective means for the recovery of sucker rods. USES BOWEN SERIES 10 OVERSHOTS are designed to recover non-hardened Sucker Rod Boxes up to 2" O.D. inside of 2-7/8" tubing and up to 1-5/8,' O.D. inside of 2-3/8,' tubing. Basket Grapples are recommended for fishing for hardened and ground boxes. BOWEN SERIES 20 OVERSHOTS are shortcatch sucker rod overshots, which provide a means for engaging the exposed portion of a fish too short to be engaged with conventional catch overshot. BOWEN SUCKER ROD OVERSHOTS, fitted with tubing thread Top Subs and Oversize Guides, are ideally suited for engaging the fishing neck of wire line rope sockets and retrieving wire line tools such as gun perforators lost inside of casing. BOWEN SERIES 10 & 20 OVERSHOTS will effectively catch fish as much as 1/64” maximum undersize and 1/64” maximum oversize. CONSTRUCTION A BOWEN SUCKER ROD OVERSHOT — SERIES 10 consists of a Top Sub, a Bowl, a Spiral Grapple and a Control Guide. When a Basket Grapple is used in a Series 10 assembly, a Basket Grapple Control and a Plain Guide are required. A BOWEN SUCKER ROD OVERSHOT — SERIES 20 consists of a Top Sub, a Bowl, a Grapple Control and a Basket Grapple. It differs from a Series 10 in that the Grapple Control is at the top of the Bowl above the Basket Grapple placing the Grapple at the lowermost position in the Bowl. OPERATION First determine that the Overshot is properly assembled, is dressed with the proper size Grapple and that all of its parts are in good working order. Refer to the Specification Table for list of parts.


56

MAINTENANCE Maintenance of Bowen Sucker Rod Overshots is simple, but important. After each use, the tool should be disassembled, inspected, repaired as required and reassembled. DISASSEMBLY 1. Clamp the Bowl in a vise between the threaded ends. Break loose the threaded connections of the Top Sub and Guide; remove the Top Sub and Guide. Caution: Use only sufficient gripping action in the vise to break connections; excessive force can distort or crack the Bowl. Also, avoid leaving heavy tool marks on the Bowl, which reduce the longevity of the Bowl. 2. Remove the Grapple. This may be done by unscrewing it from the Bowl, using right-hand rotation.Where the Grapple is a Basket type, the Control must first be lifted out; through the bottom in the Series 10 Assembly, and through the top in the Series 20. Inspect all the parts before reassembling them; particularly the Grapple. Check the wickers to assure that they have not been damaged or worn too much for additional safe operation. Grease the parts as they are reassembled. To prevent rust or deterioration, either grease or paint the exterior.


57

Notes


58

SPECIFICATIONS AND REPLACEMENT PARTS

BOWEN OVERSHOTS - SERIES 10 SUCKER ROD Maximum Catch Spiral Maximum Catch Basket Overshot O.D. Type Complete Assembly Part No Weight BOWL

Part No Weight

Maximum Catch Spiral Maximum Catch Basket Overshot O.D. Type Complete Assembly Part No Weight BOWL

Part No Weight

3/4

3/4

1

1-1/16

1-1/4

1-3/8

1-3/8

1-3/8

1-1/2

1-1/2

1-1/2

1-1/2

1-5/8

1-5/8

1-5/8

1-5/8

9/16 .955 F.S.

9/16 1-1/8 S.H.

1-3/16 1.290 S.H.

7/8 1-9/16 S.H.

1-1/16 1.43 S.H.

1-3/16 1-21/32 S.H.

1-3/16 1-21/32 S.H.

1-3/16 1-21/32 S.H.

1-5/16 1-25/32 S.H.

1-5/16 1-25/32 S.H.

1-5/16 1-25/32 S.H.

1-5/16 1-29/32 S.H.

1-7/16 1 29/32 S.H.

1-7/16 1-29/32 S.H.

1-7/16 1-29/32 S.H.

1-7/16 1-29/32

29514 3-3/4

53476 3-3/4

55800 4

9790 4

17985 4

71344* 4

16490 4

26495** 4

47501* 4

49624** 4

13940 4

9990 4-7/8

9340 5

17040* 4-1/2

19265* 5-1/2

21625** 5

29854 1

53478 1

55802 1

9792 1

17987 1

71345* 1

16492 1

26497** 1

47503* 1

49626** 1

13942 1

9991 1

9342 1

17042* 1

19266* 1-1/2

21626** 1

1-5/8

1-5/8

1-5/8

1-9/16

1-9/16

1-9/16

1-3/4

1-13/16

1-13/16

1-13/16

1-13/16

1-15/16

1-5/16

1-15/16

1-15/16

1-7/16 2-5/16 F.S.

1-7/16 2-5/16 F.S.

1-7/16 2-5/16 F.S.

1-3/8 1-27/32 S.H.

1-3/8 1-27/32 S.H.

1-3/8 1-27/32 S.H.

1-9/16 2-1/16 S.H.

1-5/8 2-1/8 S.H.

1-5/8 2-5/16 F.S.

1.660 2-5/16 S.F.S.

1.660 2-5/16 F.S.

1-3/4 2-1/4 S.H.

1-3/4 2-1/4 S.H.

1-3/4 2-1/4 S.H.

1-3/4 2-5/16 S.H.

9880 5

17045* 7-1/4

19270* 7-1/4

49637** 5

49780* 5

36423 5

54178* 4-3/4

27765 4-3/4

60340** 6-1/2

11480 4-7/8

30308* 4 7/8

78928** 6

77733** 6

16070 4-3/4

21630** 4-7/8

9881 1

17047* 3-3/4

19271* 3-3/4

49639** 1-1/2

49782* 1-1/2

36425 1-1/2

54180* 1

27767 1-1/4

60341** 2-1/2

11482 1-1/2

30310 1-1/2

78929** 2

77735* 2

16072 1-1/4

21632** 1-1/2

BOWEN OVERSHOTS - SERIES 20 SHORT CATCH SUCKER ROD Maximum Catch Basket Only Overshot O.D. Complete Assembly Part No. Weight

7/8 1-1/4

1 1-3/8

1-1/8 1-1/2

1-1/4 1-5/8

1-3/8 1-3/4

1-3/8 1-3/4

1-3/8 1-27/32

1 3/8 1 15/16

17315 4-7/8

25780 4-7/8

28774 5

28760 5

18355 5-1/8

34601** 5-1/8

21125 5

61737† 5 1/4

Part No. Weight

17317 1

25782 1

28776 1

28762 1

18357 1

34603** 1

21126 1

61738 1-1/8

Maximum Catch Basket Only Overshot O.D. Complete Assembly Part No. Weight

1-15/32

1-1/2

1-5/8

1-3/4

1-13/16

1-13/16

2-1/8

2-1/8

2-5/16

2-3/8

2-1/2

2-5/8

1-27/32

1-29/32

2-5/16

2-1/4

2-5/16

2-5/16

2-25/32

2-7/8

2-7/8

3-1/8

3-1/4

3-3/8

49643** 4 7/8

11555 4-7/8

38506†† 8-1/8

47464 7-5/8

17438 7-5/8

30421* 7-5/8

18305 7-1/4

20170 10-1/2

56073 10-1/4

20645 10-1/2

22270 10-1/2

55236 10-1/2

49644 1

11556 1

38508 5/8

47465 1/2

17439 1/2

30422* 1/2

18307 1/2

20171 2

56075 2

20647 2

22272 2

55238 2

Bowl

Bowl

Part No. Weight

F.S. (Full Strength) Engineered to withstand all pulling, torsional and jarring strain. X.F.S. (Extra Full Strength) Engineered for extreme abuse. S.F.S. (Semi Full Strength) Engineered for special hole condition commensurate with maximum strength. S.H. (Slim Hole) Engineered to withstand heavy pulling strains only. X.S.H. (Extra Slim Hole) Engineered for pick up jobs only.


59

TABLE OF CALCULATED STRENGTHS BOWEN CATCH SUCKER ROD OVERSHOTS SERIES “20”

NOTE: All strengths listed are calculated theoretical yield points and are accurate within 20%. It should be noted, however, that all strengths assume a straight, steady pull and full grapple engagement of a round fish. Anything less than full engagement or straight pulling will reduce the listed strength includes tong marks or other damage to the bowl surface.

COMPLETE ASSEMBLY NUMBER

BOWL NUMBER

O.D.

MAXIMUM CATCH SIZE

LOAD CAPACITY AT YIELD POINT BASKET GRAPPLE (IN LBS.)

11555

11556

1-29/32

1-1/2

41,000

17315

17317

1-9/32

7/8

31,500

17438

17439

2-5/16

1-13/16

50,400

18305

18307

2-25/32

2-1/8

102,300

18355

18357

1-3/4

1-3/8

35,100

20170

20171

2-7/8

2-1/8

101,800

20645

20647

3-1/8

2-3/8

127,000

21125

21126

1-27/32

1-3/8

52,900

22270

22272

3-1/4

2-1/2

127,000

25780

25782

1-13/32

1

31,500

28760

28762

1-5/8

1-1/4

42,200

28774

28776

1-1/2

1-1/8

35,100

30421

30422

2-5/16

1-13/16

60,200

34601

34603

1-3/4

1-3/8

40,900

38506

38508

2-5/16

1-5/8

79,000

47464

47465

2-1/4

1-3/4

58,000

49643

49644

1-27/32

1-15/32

41,000

55236

55238

3-3/8

2-5/8

126,000

56073

56075

2-7/8

2-5/16

62,100

61737

61738

1-15/16

1-3/8

73,000


60

Table of Calculated Strengths Bowen Sucker Rod Overshots Series “10” Note: All strengths listed are calculated theoretical yield points and are accurate within 20%. It should be noted, however, that all strengths asume a straight, steady pull and full grapple engagement of a round fish. Anything less than full engagement or straight pulling will reduce the listed strength includes tong marks or other damage to the bowl surface. Complete

Maximum Catch

Maximum Catch

Size (with

Size (with

Spiral

Spiral Grapple)

Basket Grapple)

Grapple

Catch Size

Without Stop

1-29/32

1-5/8

1-7/16

39,500

1-7/16" Down To , But Not Including 1"

28,500

1" Down

18,000

9402

2-21/64

2

1-13/16

55,700

1-13/16" Down To, But Not Including 1-1/8"

40,100

1-1/8" Down

25,400

9530

9532

2-7/8

2

1-13/16

200,400


144,400

1-1/8" Down

91,300

9880

9881

2-5/16

1-5/8

1-7/16

138,100

1-7/16 Down To, But Not Including 1"

93,900

1" Down

59,400

9990

9991

1-29/32

1-1/2

1-5/16

83,800

1-5/16" Down

38,200

11480

11482

2-21/64

1-13/16

1.660

118,100

1.660" Down To, But Not Including 1-1/8"

85,100

1-1/8" Down

53,800

1-5/16" Down To, But Not Including 1"

28,500

1" Down

18,000


51,100

Assembly

Bowl

Number

No.

9340

9342

9400

13940

15860

16070

16490

13942

15861

16072

16492

O.D.

1-25/32

2/27/32

2-17/64

1-21/32

1-1/2

2-3/8

1-15/16

1-3/8

1-5/16

2-3/16

1-3/4

1-3/16

Load Capacity at Yield Point (In lbs.) Basket Grapple

39,500

70,000

55,700

39,100

1-1/8" Down

37,700


40,100

1-1/8" Down

25,400


28,500

1" Down

18,000

16985

16987

2-21/64

2

1-13/16

55,700


40,100

1-1/8" Down

25,400

17040

17042

1-29/32

1-5/8

1-7/16

39,500


28,500

1" Down

18,000

17045

17047

2-5/16

1-5/8

1-7/16

138,100


93,900

1" Down

59,400

17130

17132

2-7/8

2

1-13/16

200,400


144,400

1-1/8" Down

91,300

17280

17282

2-27/32

2-3/8

2-3/16

70,000


51,100

1-1/8" Down

37,700

17435

17436

2-27/32

2-3/8

2-3/16

70,000


51,100

1-1/8" Down

37,700

17985

17987

1-7/16

1-1/4

1-1/16

16,500

1-1/16" Down

11,500

19265

19266

1-29/32

1-5/8

1-7/16

39,500


28,500

1" Down

18,000

1-7/16 Down To, But Not Including 1"

93,900

19270

19280

19271

19281

2-5/16

2-21/64

1-5/8

2

1-7/16

1-13/16

138,100

55,700

1" Down

59,400


40,100

1-1/8" Down

25,400


61

Table of Calculated Strengths Bowen Sucker Rod Overshots Series “10” (Continued) Note: All strengths listed are calculated theoretical yield points and are accurate within 20%. It should be noted, however, that all strengths s assume a straight, steady pull and full grapple engagement of a round fish. Anything less than full engagement or straight pulling will reduce the listed strength includes tong marks or other damage to the bowl surface. Complete Assembly

Bowl

Number

No.

21625

21626

21630

21632

26495

26497

Maximum Catch

Maximum Catch

Size (with

Size (with

Spiral

Spiral Grapple)

Basket Grapple)

Grapple

Catch Size

Without Stop

1-29/32

1-5/8

1-7/16

39,500


28,500

1" Down

18,000

2-5/16

1-15/16

1-3/4

68,100


49,000

1-1/8" Down

31,000


28,500

1" Down

18,000

O.D.

1-21/32

1-3/8

1-3/16

Load Capacity at Yield Point (In lbs.)

39,100

Basket Grapple

27765

27767

2-9/64

1-13/16

1-5/8

55,700


40,100

1" Down

25,400

29514

29854

.955

3/4

9/16

11,000

9/16" Down

8,500

30308

30310

2-21/64

1-13/16

1.660

118,100


85,100

1-1/8" Down

53,800

34492

34493

2-21/64

2

1-13/16

55,700


40,100

1-1/8" Down

25,400

36423

36425

1-27/32

1-9/16

1-3/8

39,500


28,500

1" Down

18,000

37315

37316

2-13/16

2.330

2.142

73,300


53,500

1-1/8" Down

39,400


53,500

1-1/8" Down

39,400

44928

44929

2-13/16

2.330

2.142

73,300

47501

47503

1-25/32

1-1/2

1-5/16

39,500


28,500

1" Down

18,000

49624

49626

1-25/32

1-1/2

1-5/16

39,500


28,500

1" Down

18,000

49637

49639

1-27/32

1-9/16

1-3/8

39,500


28,500

1" Down

18,000

49780

49782

1-27/32

1-9/16

1-3/8

39,500


28,500

1" Down

18,000


40,100

1" Down

25,400

54178

54180

2-5/64

1-3/4

1-9/16

55,700

55800

55802

1.290

1.0

13/16

55,000

----

----

60340

60341

2-21/64

1-13/16

1.660

118,100


85,100

1-1/8" Down

53,800


28,500

1" Down

18,000


40,100

71344

77733

71345

77735

1-21/32

2-17/64

1-3/8

1-15/16

1-3/16

1-3/4

39,100

55,700

1-1/8" Down

25,400 144,400

77920

77921

2-7/8

2.0

1-13/16

200,400

1-13/16" Down To, But Not Including 1-1/8" 1-1/8" Down

91,300

78928

78929

2-17/64

1-15/16

1-3/4

55,700


40,100

1-1/8" Down

25,400


62

Sucker Rod Dimensions and Table of Calculated Strengths

"A"

"F"

"N"

"P"

"C"

"L"

"W"

Rod

Length

Outside

Wrench

Outside

Outside

Minimum

Coupling

Size

of

Dia. of

Flat

Dia. of

Dia. of

Length

Wrench

Pin

Shoulder

Pin

Full Sized

Flat

Coupling

Width

Thread

1/2"

1"

1"

5/8"

3/4"

1"

2-3/4"

3/4"

3/4" 10 thd

5/8"

1-1/8"

1-3/8"

7/8"

15/16"

1-1/2"

4"

1-3/8"

15/16" 10 thd

3/4"

1-3/8"

1-1/2"

1"

1-1/16"

1-5/8"

4"

1-1/2"

1-1/16" 10 thd

7/8"

1-3/8"

1-5/8"

1"

1-3/16"

1-13/16"

4"

1-5/8"

1-3/16" 10 thd

1"

1-3/4"

2"

1-5/16"

1-3/8"

2-3/16"

4"

1-7/8"

1-3/8" 10 thd

4-1/2"

2-1/8"

1-9/16" thd

or 2* 1-1/8"

2"

2-1/4"

1-1/2"

1-9/16"

2-3/8"

*Used when running 1” Rods in 2-7/8” tubing. 2 3/16” is

SUCKER ROD STRENGTH TABLE Rod Size

1/2"

5/8"

3/4"

7/8"

1"

Rod Area

0.196

0.306

0.442

0.601

0.785

YIELD

16,000

21,400

30,900

42,100

55,000

strength of 86,000

ULTIMATE

20,000

26,300

38,000

51,700

67,500

and yield of 70,000 psi

TORQUE*

70

140

171

381

570

with ultimate tensile

YIELD

-

19,900

28,700

39,100

51,000

strength of 100,000

ULTIMATE

-

30,600

44,200

60,100

78,500


TORQUE*

65

130

159

353

530


YIELD

-

20,900

30,300

41,200

53,800

strength of 100,000

ULTIMATE

-

30,600

44,200

60,100

78,500


TORQUE*

68-1/2

136

168

372

560


YIELD

-

29,400

42,300

57,700

75,300

strength of 100,000

ULTIMATE

-

37,700

53,000

72,000

94,200


TORQUE*

96

192

235

476

783

Based on J & L type 7 with ulitmate tensile

Based on J & L type 2



*Torque based on rod O.D. @ yield Weatherford Fishing Tool Manual January 2003 55

63

SERIES 70 BOWEN SHORT CATCH OVERSHOTS (PATENTED)

SERIES 70 BOWEN SHORT CATCH OVERSHOTS are especially designed to engage the exposed portion of a fish too short to be engaged with conventional catch overshots. Designed and developed upon the same principle as other BOWEN OVERSHOTS, they are the most effective means for the recovery of a fish whose exposed upper end is very short. USE Each SERIES 70 BOWEN SHORT CATCH OVERSHOT is designed to engage a specific maximum outside diameter. (See the Table of Specifications). Each Overshot can be dressed to engage any smaller diameter by installing the desired size of Basket Grapple. CONSTRUCTION A SERIES 70 BOWEN SHORT CATCH OVERSHOT consists of a Top Sub, a Bowl, a Basket Grapple Control and a Basket Grapple. In this Overshot, the Basket Grapple is inserted into the Bowl from the top and the finger of the Basket Grapple Control fits into the top of the Basket Grapple. The Bowl is designed to allow the Basket Grapple to be located at its extreme lower end. OPERATION First determine that the Overshot is properly assembled, is dressed with the proper size Grapple and that all of its parts are in good working order. Refer to the Specification Table for list of parts. Make up the Overshot on the fishing string and run into the well. To Engage and Pull the Fish As the top of the fish is reached, slowly rotate the fishing string to the right and gradually lower the Overshot over the fish; combined rotating and lowering is important. Allow the right-hand torque to slack out of the fishing string and then pull on the fish by elevating the fishing string. To Release from the Fish Bump down; then simultaneously rotate to the right and slowly elevate the fishing string until the Overshot is clear of the fish; combined rotating arid elevating is important.


64

Table of Calculated Strengths for Bowen Short Catch Overshots Series “70” “Note: All strengths listed are calculated theoretical yield points and accurate within 20%. It should be noted, however, that all strengths assume a straight, steady pull and full grapple engagement of a round fish. Anything less that full engagement or straight pulling will reduce the listed strength substantially. Tong marks and other surface damage to the bowl will also reduce the strength. Jarring may amplify the pull load by a factor of 3 to 10.” Complete Assembly

Bowl

Number

No.

10434

10436

10434*

O.D.

Maximum

Load Capacity at Yield Point

Catch

Basket Grapple

Size

Without Stop

With Stop

4-11/16

3-1/16

697,300

571,300

10436

4-1/8

3-1/16

212,700

212,700

10543

10545

5-7/8

3-21/32

1,283,600

1,011,300

10543*

10545

4-11/16

3-21/32

197,600

197,600

10560

10562

6-5/8

4-3/4

980,700

743,200

10560*

10562

5-7/8

4-3/4

373,100

328,100

C-11023

B-11025

4-3/8

3-3/8

250,300

…………..

11290

11291

4-5/8

3-1/16

398,100

398,100

11297

11299

5-5/8

3-21/32

790,500

635,700

11303

11305

6-5/8

4-3/4

720,600

579,400

11630

11632

7-5/8

6

445,300

358,000

12645

12646

4-3/4

3-3/4

267,100

267,100

12785

12785

5-7/8

3-3/4

907,000

729,300

12785*

12787

5-1/2

3-3/4

558,100

504,500

13065

13067

5-3/4

4-1/4

575,600

467,400

13535

13537

3-3/4

2-5/8

239,800

239,800

14805

14807

6-1/4

5-1/4

319,700

…………..

16975

16977

7-7/8

6-1/4

445,700

349,200

17615

17617

3-5/8

2-1/2

263,600

…………..

20050

20052

8-1/2

7

373,700

285,100

20060

20062

9-3/4

8

445,100

…………..

25030

25032

9-1/4

7-3/4

391,700

…………..

33878

33880

11-1/4

9

874,800

…………..

36239

36241

15

12-1/4

934,800

…………..

38506

38508

2-5/16

1-5/8

85,200

…………..

38939

38941

8-1/4

6-1/2

445,100

…………..

46102

46680

10

8-1/4

445,100

…………..

46673

46675

8

6-3/8

445,700

…………..

53186

53188

5-1/4

4-1/8

339,500

339,500

63892

63894

3-15/16

3-1/16

224,600

…………..

68550

68552

4-1/8

3-1/8

254,700

…………..

151454

20052

8-3/8

7

226,400

…………..


65

Itco Type Bowen Releasing Spears (Fig. 13) provide a dependable, inexpensive and simple means of engaging a fish internally. These Spears insure positive engagement, easy release from the fish when desired, and easy re-engagement after the Spear has been released. Essentially, the tools consists of a Mandrel on which is assembled a Grapple, Release Ring and Nut. After the Spear has been lowered into the fish, rotate the string one full turn to the left. This turns the Mandrel of the Spear down through the Grapple, placing the Grapple in an engaging position. A straight pull will then wedge the Grapple into positive engagement with the fish. To release, bump down to break the hold, then rotate two or three turns to the right. This moves the Mandrel up through the Grapple, forcing the Grapple against the Release Ring and putting the spear in its release position. A straight upward pull will then generally free the Spear. However, it is recommended that the string be rotated slowly to the right as the Spear is lifted out of the fish. The matching cams of the Release Ring and Nut constitute a safety device which resists freezing or jamming. The tool is available in two types -- one known as the Flush Type and the other as the Shoulder Type. A Flush Type Spear can be supplied when the specified

SEGMENT TYPE SPEAR GRAPPLE

Mandrel

Mandrel

Grapple Grap

Release Ring

Release Ring

Nut

Nut

Itco Type Bowen Releasing Spear with Bull Nose Nut (Shoulder Mandrel in Engaged Position)

Itco Type Bowen Releasing Spear with Sub Type Nut (Flush Mandrel in Releasing Position)

Fig. 13 upper connection can be cut in the standard outside diameter of the Mandrel. If a larger connection is required, a Shoulder Type Spear will have to be purchased. Sometimes it is desirable to have more length than standard immediately below the shoulder. In order to supply a Spear to meet the requirements, it is necessary for the purchaser to specify the exact increase in length that he desires.

Retainer Screw

The Bowen Segment Type Spear Grapple is used to extend the catching ability beyond the range of a one piece grapple(see chart below). This grapple consists of a Grapple Body, eight Grapple Segments, two Retainer Rings, six Ring Screws, six Ring Spacers, and Grapple Segment Screws. The helix of the Grapple Body matches that of the Spear Mandrel, thereby making the action of the Spear the same as with a Standard Grapple.

Grapple Retainer Ring Segment Screw

Grapple Segment

Grapple Body

SPECIFICATIONS - SEGMENT TYPE GRAPPLE ASSEMBLY Fits Spear Number To Catch - Pipe Size Pipe Wt.

Complete Part No… Assembly

9380 17243 9281 10 3/4 11 3/4 12 3/4 13 3/8 10 3/4 11 3/4 12 3/4 13 3/8 13 3/8 14.00 13 3/8 32.75 38.00 45.45 48.00 32.75 38.00 45.45 48.60 48.00 42.00 48.00 48.00 54.00 66.72 68.00 48.00 54.00 66.72 68.00 68.00 57.00 68.00 40.00 47.00 …. 61.00 40.00 47.00 …. 61.00 61.00 …. 61.00 55.50 60.00 …. 85.00 55.50 60.00 …. 85.00 85.00 …. 85.00 9382 17245 9283


14 42.00 57.00 …. ….

17246 16 20 55.00 90.00 65.00 94.00 …. …. …. …. 17248

66

SPECIFICATIONS AND REPLACEMENT PARTS BOWEN RELEASING SPEAR - ITCO TYPE

PACKOFF ASSEMBLY

Size - (inches) (Please Specify

O.D. Adapter Sub - (inches) Complete Assembly Part No. Weight

3-1/2 Tub 4 Tub

4 Tub

4-1/2 Tub 4-1/2 CSG 4-3/4 CSG

5 CSG

5-1/2 CSG

6 CSG

6-5/8 CSG

7 CSG

7-5/8 CSG

8 CSG 8-5/8 CSG 9 CSG

9-5/8 CSG

10-3/4 CSG

1-1/2 Tub

2-3/8 Tub

2-7/8 Tub 3-1/2 D.P.

1-3/8

1-7/8

1-13/16

2-1/2

3-1/4

3-1/2

4

4

4-3/4

4-3/4

4-3/4

4-3/4

6-1/8

6-1/8

6-1/8

18835 7-3/4

9590 10-1/4

9595 13

9600 27-1/2

9605 40

9604 46

9610 68

9760 74

9775 1000

9780 104

9615 114

9770 120

9620 181

9625 210

9765 216

9771 67 9617 60 14178 6-1/2 6366 6

9621 106 9622 60 14965 7-3/4 18242 7

9626 126 9627 58 10354 9 17575 8

9766 136 9627 58 13197 12 1478 10

REPLACEMENT PARTS Mandrel Adapter Sub Packing Thimble

Part No. Weight Part No. Weight Part No. Weight Part No. Weight

18837 4 18836 3 18838 1/2 18839 1/4

9591 6 9592 3-1/2 1/716 1/2 6435 1/4

9596 7 9597 4-3/4 10047 3/4 6436 1/2

9601 17 9602 8-1/2 16146 1 16440 3/4

9606 22 9607 15 14036 1-1/2 6696 1-1/4

9608 23 9609 19 13486 2 18319 1-3/4

9611 28 9612 34-1/2 13764 2-1/2 6448 2-1/2

9764 33 9612 34-1/2 13654 3 16183 3

9776 55 9777 38 14714 3-1/2 18321 3-1/4

9781 57 9777 38 15490 4-1/2 15532 4-1/4

9616 63 9617 40 13427 5-1/2 17542 5

Standard and Oversize Packers 1-1/2 " O.D. Tub. No. 18835 2-3/8" O.D. Tub. No. 9590

2-7/8" O.D. Tub. 3-1/2" O.D. D.P. No. 9595

3-1/2" O.D. Tub. 4" O.D. Tub. No. 9600 4" O.D. Tub. No. 9605 4-1/2" O.D. Tub. No. 9604 5" O.D. Csg. No. 9610 5-1/2" O.D. Csg. No. 9760

Size 1-1/2" Tub 1-1/2" Tub 2-3/8" O.D. Tub. 2-3/8" O.D. Tub. 2-7/8" O.D. Tub.

Weight 2.75 Lb. 2.90 Lb. 4.00 Lb. 4.70 Lb. 10.4 Lb.

Cup No. 18838

Thimble No. 18839

2-7/8" O.D. Tub. 2-7/8" O.D. Tub. 3-1/2" O.D. D.P. 3-1/2" O.D. D.P.

6.40 Lb. 6.50 Lb. 13.30 Lb. 12.40 Lb.

10047

6436

14082

14085

3-1/2" O.D. D.P. 3-1/2" O.D. D.P.

11.20 Lb. 10.20 Lb.

14960

6437

16146

16440

10716 6435 12993

3-1/2" O.D. Tub.

9.20 Lb.

3-1/2" O.D. Tub. 3-1/2" O.D. Tub. 4" O.D. Tub. 4" O.D. Tub.

10.20 Lb. 7.70 Lb. 11.00 Lb. 11.60 Lb.

16370 14036

4" O.D. Tub.

9.50 Lb.

14034

4" O.D. Tub. 4" O.D. Tub. 4" O.D. Tub. 4-1/2" O.D. Tub. 4-1/2" O.D. Tub. 4-1/2" O.D. D.L. 5" O.D. Csg. 5" O.D. Csg.

11.00 Lb. 11.60 Lb. 9.50 Lb. 9.5-13.5 15.3-16.6 18.10 Lb. 13-15 Lb. 18-21 Lb.

14036

5-1/2" O.D. Csg. 5-1/2" O.D. Csg. 5-1/2" O.D. Csg. 6" O.D. Csg.

13-15 Lb. 15.5-17 Lb. 17-23 Lb. 14-18 Lb.

16440 6696

6" O.D. Csg. No. 9775 6 5/8" O.D. Csg. No. 9780 7" O.D. Csg. No. 9615

7-5/8" O.D. Csg. No. 9770

18319 16297

13764 13489

6448 6754

13654 30847 13657 16178

7" O.D. Csg. 7" O.D. Csg. 7" O.D. Csg. 7" O.D. Csg. 7-5/8" O.D. Csg. 7-5/8" O.D. Csg. 8" O.D. Csg.

8" O.D. Csg. 8-1/2" O.D. Csg 9" O.D. Csg.

8-1/8" O.D. Csg 8" O.D. Csg. 8-1/8" O.D. Csg 8-5/8" O.D. Csg

No. 9620

9" O.D. Csg.

6696 14034 13486 10430

Size 6" O.D. Csg. 6" O.D. Csg. 6 5/8" O.D. Csg. 6 5/8" O.D. Csg. 7" O.D. Csg.

9-5/8" O.D. Csg. No. 9625 10-3/4" O.D. Csg No. 9765

8-5/8" O.D. Csg 9" O.D. Csg. 8-5/8" O.D. Csg 9-5/8" O.D. Csg. 10-3/4" O.D. Csg 11-3/4" O.D. Csg

Weight 22-23 Lb. 14-18 Lb. 32-34 Lb. 24-26 Lb. 17-20 Lb.

Cup No. Thimble No. 14714 18321 14721 8160 15490 15532 14962 18251 13427 17542

22-24 Lb. 26-30 Lb. 32-35.3 Lb. 38-40 Lb.

14232 13385 14723 14144

26.4-29.7 29.7-33.7

14178 16410

6366

26 Lb.

14965

18242

32 Lb. 16 Lb. 28 Lb. 28-36 Lb.

32.7-55.5 Lb. 38-60 Lb.

18322

16114 16110

45 Lb. 36-40 Lb. 55 Lb. 40-49 Lb. 36-43.5 Lb.

17543

17546 16112 16114 10354

17575

13197 14246

1478 14248

16183 18233


67

SPECIFICATIONS AND REPLACEMENT PARTS BOWEN RELEASING SPEAR - ITCO TYPE

1.050 O.D. Pipe

1.313 O.D. Pipe

1.660 O.D. Pipe

1-1/4 O.D. Pipe

1.900 O.D. Pipe

2-3/8 O.D. Pipe

2-3/8 O.D. Pipe

2-3/8 O.D. Tub.

Additional Catch Size

All Wts.

All Wts.

All Wts.

All Wts.

All Wts.

All Wts.

All Wts.

Spear O.D. (“H”)

11/16

7/8

1-1/8

1-1/8

1-3/8

1-11/16

1-11/16

2-7/8 D.P. 2-7/8 Tub. 1-7/8

Std.

Std.

Std.

Std.

Std.

16455 6

19350 8

11195 9

Std. L.H. 35841 9

9915 10

9645 12

Std. L.H. 74509 12

Std. L.H. 42069 14

Heavy Duty 17470 19

16457

19352

11197

35843

9917

9647

74555

42071

17472

2-7/8 O.D. Tubing 3-1/2 D.P. 3-1/2 Tubing 2-5/16 3/8 Std. L.H.T.

2-7/8 O.D. Tubing 3-1/2 D.P. 3-1/2 Tubing 2-5/16 3/8 Std. L.H.

2-7/8 O.D. Tubing 3-1/2 D.P. 3-1/2 Tubing 2-5/16 3/8 H.D. L.H.

2-7/8 O.D. Tubing 3-1/2 D.P. 3-1/2 Tubing 2-5/16 3/8 Heavy Duty

62242 24

62198 24

195015 37

17231 37

2-7/8 O.D. Tubing 3-1/2 D.P. 3-1/2 Tubing 2-5/16 3/8 Heavy Duty L.H. 18820 37

1230

49888

145017

17233

18822

5 O.D. Casing 5-1/2 5-3/4 &6 Casing 4-1/32 7/8 Light Duty

5 O.D. Casing 5-1/2 5-3/4 &6 Casing 4-1/32 1 Std.

5 O.D. Casing 5-1/2 5-3/4 &6 Casing 4-1/32 1 Std. L.H.

1332 110

9680 115

1334

9682

Nominal Catch Size

Class Complete Assembly Part No. Weight Grapple (For Weights and Catch Ranges, See Calculated Part No. Strength Chart.)

Nominal Catch Size


Spear O.D. (“H”) Spear I.D. Class Complete Assembly Part No. Weight Grapple (For Weights and Catch Ranges, See Calculated Part No. Strength Chart.)

Nominal Catch Size


Spear O.D. (“H”) Spear I.D. Class Complete Assembly Part No. Weight Grapple (For Weights and Catch Ranges, See Calculated Part No. Strength Chart.)

2-3/8 Tubing Drill Pipe All Wts.

1-7/8

3-1/2 O.D. Tubing 4 O.D. Tubing

3-1/2 O.D. Tubing 4 O.D. Tubing

4 O.D. Tubing

4 O.D. Tubing

4-1/2 &5 Casing

4-1/2 &5 Casing

2-13/16 1/2 Std.

2-1/2 1/2 Heavy Duty

3-1/4 3/4 Light Duty

3-1/4 3/4 Std.

9410 50

9945 63

530 50

9412

9947

532

6 O.D. Casing 6-5/8 &7 Casing



5 1 Light Duty

5 1 Std.

5 1 Std. L.H.

18270 175

5 O.D. Casing 5-1/2 5-3/4 &6 Casing 4-1/32 7/8 Light Duty, L.H. 20115 117

9715 150

17234 186

18272

20117

9717

17236


2-3/8 O.D. Tub.

2-3/8 O.D. Tub.

2-7/8 O.D. Tub.

2-7/8 D.P. 2-7/8 Tub. 1-7/8

2-7/8 D.P. 2-7/8 Tub. 1-7/8

3-1/2 D.P. 3-1/2 Tub. 2-5/16

Std.

Std.

1344 14

Heavy Duty 17228 29

1227 24

1348

17230

1230

4-1/2 O.D. Tubing 4-1/2, 4-3/4, &5 Casing 3-5/8 3/4 Light Duty

4-1/2 O.D. Tubing 4-1/2, 4-3/4, &5 Casing 3-5/8 3/4 Std.

9485 68

13200 45

17475 95

9487

13202

17477

7. O.D. Casing 7-5/8, 8, & 8-1/8 Casing 5-11/16 3/4 Std.

7 O.D. Casing 7-5/8, 8, & 8-1/8 Casing 5-11/16 2 Std. L.H.

7 C.D. Casing 7-5/8, 8, & 8-1/8 Casing 7-1/4 2 Heavy Duty

58292 186

9266 241

20890 241

17237 310

58294

9268

20892

17239

68

SPECIFICATIONS AND REPLACEMENT PARTS BOWEN RELEASING SPEAR - ITCO TYPE (CONTINUED)

Nominal Catch Size


Spear O.D. (“H”) Spear I.D. Class Complete Assembly Grapple (For Weights and Catch Ranges, See Calculated Strength Chart.)

Part No. Weight Part No.

8 O.D. Casing 8-1/8, 85/8, & 95/8 Casing 6-15/16 2 Light Duty 9572 400

8 O.D. Casing 8-1/8, 85/8 & 95/8 Casing 7-1/4 2-3/4 Heavy Duty 17240 438

8-5/8 O.D. Casing 9 Thru 133/8 Casing 7-1/4 2-3/4 Std.

8-5/8 O.D. Casing 9 Thru 153/8 Casing 7-1/4 2-3/4 Std. LH.

9-5/8 O.D. Casing 10-3/4 Thru 20 Casing 8-1/4 2-13/16 Std.

9-5/8 O.D. Casing 10-3/4 Thru 20 Casing 8-1/8 2-3/4 Std. LH.

9-5/8 O.D. Casing 10-3/4 Thru 20 Casing

9380 415

8-5/8 O.D. Casing 9 Thru 153/8 Casing 7-1/4 2-3/4 Heavy Duty 17243 400

9574

17242

13-3/8 C.D. Casing 16 Thru 20 Casing

81470 558

9-5/8 O.D. Casing 10-3/4 Thru 20 Casing 8-1/4 2-13/16 Heavy Duty 17246 600

20895 415

9281 558

20120 558

9382

17245

20897

9283

20122

9283

17248

27782

8-1/4 2-13/16 Std. LT.

11-3/4 3-1/2 Std. 27780 750

Segment Type Grapple Assembly Fits Spear Number To Catch - Pipe Size - Pipe Wt.

Complete Assembly

Part No. Weight

9380 10-3/4 32.75 48.00 40.00 55.50 9382 178

9380 11-3/4 38.00 54.00 47.00 60.00 9382 189

9380 12-3/4 45.45 66.72 …. …. 9382 198

9380 13-3/8 48.00 68.00 61.00 85.00 9382 197

17243 10-3/4 32.75 48.00 40.00 55.50 17245 337

17243 11-3/4 38.00 54.00 47.00 60.00 17245 350

17243 12-3/4 45.45 66.72 …. …. 17245 359

17243 13-3/8 48.60 68.00 61.00 85.00 17245 382

20895 13-3/8 48.60 68.00 61.00 85.00 20897 401

Segment Type Grapple Assembly (continued) Fits Spear Number To Catch - Pipe Size Pipe Wt.

Complete Assembly

Part No. Weight

9281 13-3/8 48.00 68.00 61.00 85.00 9283 197

9281 14 42.00 57.00 …. …. 9283 207

9281 16 55.00 65.00 …. …. 9283 216

9281 20 90.00 94.00 106.00 133.00 9283 536

17246 13-3/8 48.00 68.00 61.00 85.00 17248 392


17246 14 42.00 57.00 …. …. 17248 412

17246 16 55.00 65.00 …. …. 17248 430

17246 20 90.00 94.00 133.00 …. 17248 720

27780 20 90.00 94.00 133.00 …. 27782 800

69

Calculated Strengths Itco Type Bowen Releasing Spear and Catching Range Table Grapple No.

16457

19352

11197 & 35843

9917 & 49372

74555 & 9647 42071 17230 1348 & 42071

Actual Catching Range Minimum Nominal* Maximum I.D. Catch Size I.D. .725 .799 .850 .912 .932 .955 .975 1.033 1.050 1.100 .913 .956 1.005 1.050 1.081 1.137 1.180 1.211 1.242 1.273 1.332 1.394 1.430 1.580 1.481 1.519 1.650 1.722 1.771 1.836 1.895 1.957 2.024 1.441 1.553 1.566 1.598 1.612 1.673 1.707 1.742 1.817 1.881 1.942 1.677 1.742 1.802 1.864 1.968 1.788 1.796 1.889 1.952 1.983

.742 .813 .864 .924 .944 .967 .987 1.049 1.062 1.112 .937 .978 1.027 1.072 1.103 1.170 1.215 1.246 1.277 1.308 1.367 1.429 1.465 1.615 1.516 1.554 1.687 1.757 1.806 1.875 1.930 1.992 2.061 1.470 1.583 1.596 1.628 1.642 1.700 1.737 1.772 1.847 1.911 1.972 1.719 1.778 1.838 1.900 2.004 1.828 1.836 1.929 1.992 2.023

.750 .824 .875 .937 .957 .982 1.000 1.058 1.075 1.125 .957 1.000 1.049 1.093 1.125 1.207 1.250 1.281 1.312 1.342 1.402 1.464 1.500 1.652 1.551 1.589 1.720 1.792 1.841 1.906 1.965 2.027 2.094 1.500 1.610 1.625 1.657 1.670 1.734 1.765 1.800 1.875 1.939 2.000 1.750 1.815 1.875 1.937 2.041 1.867 1.876 1.968 2.041 2.062

Old Nominal Size (Grapples were Marked with thie Description)

Grapple -000 O.D. + .005

3/4" I.D. & 3/4" Extra Strong Pipe 3/4" Std/ Pipe .824" I.D. 7/8" - .864" I.D. 1" - 2.25 # C.S. Hydril .937" I.D. 1" Extra Strong Pipe .957" I.D. .982" I.D. 1" I.D. 1" Std. Pipe, 1.049" -1-1/8" I.D. .957" I.D. - 1" Extra Strong Pipe 1.000" I.D. 1.045" - 1" Std. Pipe 1.093" I.D. 1.125" I.D. 1.187" I.D. 1.250" - 1.219" I.D. 1.281" - 1.250" I.D. 1.312" - 1.281" I.D. 1.343" - 1.312" I.D. 1-3/8" I.D. - 1-1/4" Tubing 1.438" I.D. 1.500" - 1.469" I.D. 1-1/2" Std. Pipe & 1 5/8" I.D. 1.531" I.D. 1-9/16" I.D. 1.687" - 1.1700" I.D. 1-3/4" -1-25/32" I.D. 1.815" I.D. 1-7/8" - 1-29/32" I.D. 1-15/16" I.D. 2" I.D. 2.067" I.D. 1-1/2" Extra Strong Pipe (1.500" I.D.) 1-1/2" Std. Pipe (1.610" I.D.) 1-5/8" I.D. 1.657" I.D. 1.670" I.D. 1.700" I.D. -1.800" I.D. 1-7/8" I.D. 1.939" I.D 2" I.D. 1.719" - 1.750" I.D. 2-3/8" D.P., 6.65# 1-7/8" I.D. & 1-27/32" I.D. 1.875" - 1.937 I.D. 2-3/8" Tubing 4.0# - 4.7# 1.867" I.D (Turn Body Down) *** 1.875" I.D. (Turn Dosy Down) *** 1.937" - 1.968" I.D. 2-3/8" Tubing - 4# - 4.70# 2.000" - 2.062" I.D.

.770 .844 .895 .957 .977 1.000 1.020 1.078 1.095 1.145 .988 1.031 1.080 1.125 1.156 1.227 1.270 1.301 1.332 1.363 1.422 1.484 1.520 1.672 1.571 1.609 1.740 1.812 1.861 1.936 1.985 2.047 2.114 1.546 1.658 1.671 1.703 1.717 1.781 1.812 1.847 1.922 1.986 2.047 1.781 1.846 1.906 1.968 2.072 1.898 1.922 2.015 2.078 2.109


Tensile Strength of Body Yield Strength (lbs.)

20,800

29,400

43,600

62,000

116,400

132,000

70


42071 17230 1348 & 42071

145017 99888 1230 49888 & 17233

9947

9412 & 1582

9487 & 532

Actual Catching Range Minimum Nominal* Maximum I.D. Catch Size I.D. 2.045 2.091 2.170 2.186 2.233 2.249 2.295 2.358 2.390 2.420 2.556 2.608 2.670 2.921 3.046 3.170 3.264 2.280 2.351 2.390 2.468 2.515 2.593 2.671 2.700 2.827 2.843 2.890 2.984 3.030 3.155 3.297 3.437 2.532 2.671 2.829 2.985 2.881 2.949 3.021 3.146 3.256 3.365 3.444 3.522 3.584 3.646 3.218** 3.327 3.406 3.484 3.608 3.671 3.812

2.085 2.131 2.211 2.226 2.273 2.289 2.335 2.398 2.430 2.460 2.596 2.648 2.710 2.961 3.086 3.210 3.304 2.328 2.399 2.438 2.516 2.562 2.641 2.718 2.748 2.875 2.891 2.938 3.032 3.078 3.203 3.345 3.485 2.579 2.718 2.875 3.032 2.933 3.001 3.073 3.198 3.308 3.417 3.496 3.574 3.636 3.698 3.291 3.400 3.479 3.557 3.681 3.744 3.885

2.125 2.172 2.250 2.266 2.312 2.329 2.375 2.438 2.469 2.500 2.625 2.688 2.750 3.000 3.126 3.250 3.344 2.375 2.446 2.487 2.563 2.610 2.688 2.766 2.813 2.922 2.938 2.992 3.079 3.125 3.250 3.392 3.532 2.625 2.764 2.922 3.078 2.992 3.068 3.125 3.250 3.364 3.476 3.548 3.625 3.687 3.750 3.364 3.476 3.548 3.625 3.754 3.826 3.958

Old Nominal Size (Grapples were Marked with this Description)

Grapple -000 O.D. + .005

2-1/8" I.D. (Turn Body Down) *** 2-7/8" D.P., 9.75 - 10.4# 2-1/4" - 2-3/16" I.D. 2-17/64" I.D. 2-5/16" I.D. 2-7/8" O.D. D.P., 7.80# - 8.35# 2-3/8" I.D. NX 1/2 Drill Rod 2-3/8" I.D. & 2-7/16" I.D. 2-7/8" Tubing, 6.25 to 6.5, 2-7/8" O.D. 6.45# BX 2-7/16" I.D. & 2-1/2" I.D. 2-5/8" I.D & 2-9/16" I.D. 2-5/8" I.D.& 2-11/16" I.D. 2-3/4" I.D. 3" I.D. & 2-15/16" I.D. NX Drive Csg. 3-1/16" I.D. & 3-1/8" I.D 3-1/4" I.D. & 3-3/16" I.D. 3-11/32" I.D. & 3-9/32" I.D. 2-3/8" I.D (Turn Body Down)*** 2-3/8" - 2-7/16" I.D (Turn Body Down)*** 2-7/8" Tubing, 6.25 - 6.5# 2.7/8" D.P. 6.45# 2.562" - 2-15/32" I.D 3-1/2" O.D., 15.5# D.P. 2-11/16" - 2-5/8" I.D. 3-1/2" O.D., 13.3 - 12.4# D.P. 2-13/16" I.D. & 2-3/4" I.D. 3-1/2" O.D., 10.2 - 11.2# D.P. 2-7/8" - 2-15/16" I.D. 3-1/2" O.D., 9.20# - 10.20# D.P. 3-1/2" O.D., 7.70# Tubing to 8.5# D.P. 3-1/8" - 3-1/16" I.D. 3-1/4" - 3-3/16" I.D. 3.340" - 3.382" I.D., 4" O.D., 12.50 - 15# D.P. 3-1/2" I.D. 3-1/2" O.D. D.P., 15.50# 3-1/2" O.D. D.P., 13.30 - 12.40# 3-1/2" O.D. D.P., 11.20 - 10.20# 2-1/2" O.D. D.P., 8.50# 3-1/2" O.D., 9.20 - 10.20# 3-1/2" O.D., 7.70 - 9.20# 3-1/8" I.D. 3-1/4" - 3-3/16" I.D. 4" O.D., 12.50 - 14.00# D.P. 4" O.D., 11.00 - 11.60# 4" O.D., 9.50 - 11.00# 3.500" - 3.625" I.D. 3-11/16" I.D. 3-3/4" I.D. 4" O.D., 12.50 - 14.00# Tubing (Turn Body Down) *** 4" O.D., 11.00 - 11.60" Tubing 4" O.D., 9.50 - 11.00# Tubing 3-5/8" I.D. & 3-9/16" I.D. 4-1/2" O.D., 18.10 - 22# Tubing 4-1/2" O.D., 15.35 - 18.10# Tubing 4-1/2" O.D., 13.75 - 15.35# Tubing

2.171 2.218 2.296 2.312 2.359 2.375 2.421 2.484 2.515 2.546 2.671 2.734 2.796 3.046 3.171 3.296 3.390 2.421 2.490 2.531 2.609 2.656 2.734 2.812 2.859 2.968 2.984 3.031 3.125 3.171 3.296 3.437 3.578 2.671 2.812 2.968 3.125 3.031 3.109 3.171 3.296 3.406 3.515 3.593 3.671 3.734 3.796 3.406 3.515 3.593 3.671 3.796 3.859 4.000



132,000

270,000

357,000

357,000

530,000

71


9487 & 532

17477 & 13202

20117 1334 18272 16446 & 9682

58294 17236 & 9717

17239 & 9268

Actual Catching Range Minimum Nominal* Maximum I.D. Catch Size I.D. 3.874 3.937 4.134 4.155 4.358 4.406 4.874 3.682 3.761 3.823 3.886 4.073 4.214 4.307 4.093 4.234 4.390 4.469 4.515 4.609 4.719 4.875 4.922 5.015 5.124 5.218 5.281 5.375 5.500 5.000 5.903 5.187 5.280 5.406 5.530 5.593 5.656 5.671 5.781 5.796 5.875 5.937 6.015 6.140 6.202 6.281 5.770 5.895 6.020 6.270 6.364 6.567 6.864 6.987 7.225 7.239 7.489

3.947 4.010 4.207 4.228 4.431 4.479 4.947 3.782 3.861 3.923 3.986 4.173 4.314 4.407 4.179 4.320 4.476 4.555 4.601 4.695 4.805 4.961 5.008 5.101 5.210 5.304 5.367 5.461 5.586 5.134 5.227 5.321 5.414 5.540 5.664 5.727 5.790 5.805 5.915 5.930 6.009 6.071 6.149 6.274 6.335 6.415 5.970 6.095 6.220 6.470 6.564 6.767 7.064 7.187 7.425 7.439 7.689

4.026 4.090 4.276 4.300 4.506 4.560 5.012 3.881 3.958 4.026 4.090 4.276 4.408 4.506 4.276 4.408 4.562 4.642 4.696 4.782 4.892 5.048 5.095 5.192 5.297 5.390 5.454 5.552 5.675 5.266 5.360 5.454 5.547 5.675 5.797 5.860 5.923 5.938 6.049 6.063 6.142 6.204 6.282 6.407 6.469 6.548 6.173 6.297 6.423 6.676 6.765 6.696 7.263 7.391 7.628 7.642 7.892


Grapple -000 O.D. + .005

4-1/2" O.D. 11.00 - 13.75# Tubing 4-1/2" O.D., 9.50 - 11.60# Tubing 5" O.D., 18 - 21# Tubing 5" O.D., 17.70 - 18.00# Tubing 5" Tubing, 12.04 - 15# (4.408) I.D 5" O.D., 11.5# Tubing 5-1/2", 14 - 17# Tubing 4-1/2" O.D. Tubing, 15.35 - 18.10# 4-1/2" O.D. Tubing, 13.75 - 15.35# 4-1/2" O.D. Tubing, 11.00 - 13.75# 4-1/2" O.D., 9.50 - 11.60# Csg. 5" O.D., 18.00 - 21.00# Csg. 5" O.D., 15.00 - 18.00# Csg. 5" O.D., 12.64 - 15.00# Csg. 5" O.D., 18 - 21# Csg. 5" O.D., 15 - 18# Csg. 5" O.D., 11.5 - 15# Csg. 5" O.D., 9 - 13# Csg. 5" O.D., 8#, 5-1/2" O.D., 23-25# Csg. 5-1/2" O.D., 20-23# Csg. 5-1/2" O.D., 17 - 20# Csg. 5-1/2" O.D., 14 - 17# Csg. 5-3/4" O.D., 19.5 - 22.5# Csg. 5-3/4" O.D., 17 - 19.5# Csg., 5-1/2" 9 - 13# Csg. 5-3/4" O.D., 14-17# Csg. 6" O.D., 20-23# Csg. 6" O.D., 17 - 20 Csg. 6" O.D., 14 - 17# Csg. 6-5/8" O.D., 32 - 34# Csg. 6" O.D., 23 - 26# Csg. 6" O.D., 20 - 23# Vsg. 6" O.D., 17 - 20# Csg. 6" O.D., 14 - 17# Csg. 6" O.D., 10.5 - 14# Csg. 6-5/8" O.D., 28 - 32# Csg. 6-5/8" O.D., 26 -29# Csg. 6-5/8" O.D., 24-28# Csg. 7" O.D., 38 - 40# Csg. 6-5/8" O.D., 20 - 24# Csg. 7" O.D., 33.7 - 38# Csg. 6-5/8" O.D., 17 - 22# Csg. 7" O.D., 29 - 33.7# Csg. 7" O.D., 26 - 29# Csg. 7" O.D., 22 - 26# Csg. 7" O.D., 20 - 23# Csg. 7" O.D., 17 - 20 Csg. 7" O.D., 30 - 40# & 6-5/8" O.D., 24# Csg. 7" O.D., 26 - 35# Csg. 7" O.D., 22 - 33.7# Csg. 7" O.D., 13 - 24# Csg. 7-5/8" O.D., 33.7 - 45# Csg. 7-5/8" O.D., 26.4 - 39# Csg. 7-5/8" O.D., 14.75 - 26.4# Csg. 8-1/8" O.D., 32-42# Csg. 8" O.D., 16 - 26# Csg. 7-9/16" I.D. Csg.. 8-5/8" O.D., 36 - 48# Csg.

4.062 4.125 4.312 4.343 4.546 4.593 5.062 3.921 4.000 4.062 4.125 4.312 4.453 4.547 4.312 4.453 4.609 4.687 4.734 4.828 4.937 5.093 5.140 5.234 5.343 5.437 5.500 5.593 5.718 5.312 5.406 5.500 5.593 5.718 5.843 5.906 5.968 5.984 6.093 6.109 6.187 6.250 6.328 6.453 6.515 6.593 6.218 6.343 6.468 6.718 6.812 7.015 7.312 7.437 7.673 7.687 7.937



530,000

725,000

920,000

1,175,000

972,000

72


17239 & 9268

9574

9382 & 17245

9283 20122 & 17248

27782

Actual Catching Range Minimum Nominal* Maximum I.D. Catch Size I.D. 7.755 7.911 7.958 8.442 8.692 7.102 6.352 7.537 7.759 7.981 8.435 8.790 7.537 7.729 7.981 8.435 8.535 8.760 9.479 9.760 9.885 10.729 10.854 12.228 12.415 8.435 8.519 8.596 8.738 9.738 9.867 9.225 11.206 10.581 10.832 10.612 10.675 11.643 11.674 12.022 12.393 12.455 13.143 13.312 13.330 15.112 14.925 17.331 18.862 12.097 12.390

7.955 8.111 8.158 8.642 8.892 7.245 7.495 7.686 7.902 8.125 8.578 8.833 7.690 7.882 8.134 8.588 8.688 8.913 9.632 9.913 10.038 10.882 11.007 12.381 12.568 8.597 8.681 8.758 8.900 9.900 10.029 9.387 11.369 10.743 10.994 10.774 10.837 11.805 11.837 12.184 12.555 12.617 13.305 13.474 13.492 15.274 15.087 17.493 19.024 12.259 12.552

8.157 8.313 8.360 8.844 9.094 7.385 7.635 7.825 8.042 8.290 8.760 9.073 7.846 8.034 8.315 8.755 8.846 9.065 9.784 10.065 10.192 11.034 11.159 12.534 12.721 8.755 8.844 8.921 9.063 10.063 10.192 9.550 11.531 10.906 11.157 10.937 11.000 11.968 12.000 12.347 12.718 12.780 13.468 13.637 13.655 15.437 15.250 17.656 19.187 12.422 12.715


Grapple -000 O.D. + .005

8-5/8" O.D., 24 -38# Csg. 9" O.D., 40 - 55# Csg. 8-5/8" O.D., 17.6 - 29.35# Csg. 9" O.D., 34 - 45# Csg. 9-5/8" O.D. 43.5 - 53.5# Csg. 9-5/8" O.D. 29.3 - 42# Csg. 8" O.D., 26# & 8-1/8" O.D.. 32 - 42# Csg. 8" O.D., 16 - 26# & 8-1/8" O.D., 28 - 32.20# Csg. 8-5/8 O.D., 36 - 48# Csg. 8-5/8" O.D., 28 - 38# & 9" O.D., 45 - 55# Csg. 8-5/8" O.D., 17.5 - 29.35# & 9" O.D., 34 - 45# Csg. 9" O.D., 19# & 9-5/8" O.D., 43.5 - 58# Csg. 9-5/8" O.D., 29.3 - 42# Csg. 8-5/8" O.D., 36 - 48# Csg. 8-5/8" O.D., 28 - 38# & 9" O.D., 45 - 55# Csg. 8-5/8" O.D., 17.5 - 29.35# & 9" O.D., 34 - 45# Csg. 9" O.D., 19# & 9-5/8" O.D., 43.5 - 58# Csg. 9-5/8" O.D., 40 - 53.5# Csg. 9-5/8" O.D., 29.3 - 42# Csg. 10-3/4" O.D., 55.5 - 65.7# Csg. 10-3/4" O.D., 40 - 55.5# Csg. 10-3/4" O.D., 32.75 - 48.0# Csg. 11-3/4" O.D., 47 - 60# Csg. 11-3/4" O.D., 38 - 54# Csg. 13-3/8" O.D., 61 - 85# Csg. 13-3/8" O.D., 48 - 68# Csg. 9-5/8" O.D., 47 - 58# Csg. 9-5/8" O.D.. 40 - 53.5# Csg. 9-5/8" O.D., 36 - 43.5# Csg. 9-5/8" O.D., 29.3 - 42# Csg. 10-3/4" O.D., 40 - 55.5# Csg. 10-3/4" O.D.. 32.75 - 48# Csg. 10-3/4" O.D.. 71 - 76# Csg. 11.500" I.D. Csg. 11-3/4" O.D., 54- 65# Csg. 11-3/4" O.D., 38 - 54# Csg. 11-3/4" O.D., 60# Csg. 11-3/4" O.D. 47 - 60# Csg. 13-3/8" O.D., & 11.937" I.D Csg. 13-3/8" O.D., 96# & 11.975" I.D. Csg. 13-3/8" O.D., 72 - 92# Csg. 13-3/8" O.D., 48 - 68# Csg. 12-3/4" I.D. Csg. 14" O.D., 42 - 57# Csg. 13.599" I.D. & 13.609" I.D. Csg. 13-5/8 I.D. Csg. 16" O.D., 55 - 75# Csg. 16" O.D., 65 - 84# Csg. 17-1/2" I.D. Csg. 20" O.D., 90 - 106.5# Csg. 13-3/8" O.D., 68 - 85# Csg. 13-3/8" O.D., 48 - 61# Csg.

8.203 8.359 8.406 8.890 9.140 7.437 7.687 7.875 8.093 8.343 8.812 9.125 7.906 8.093 8.375 8.813 8.906 9.125 9.843 10.125 10.250 11.093 11.218 12.593 12.781 8.812 8.906 8.984 9.125 10.125 10.250 9.612 11.594 19.968 11.219 11.000 11.062 12.031 12.062 12.406 12.781 12.834 13.531 13.700 13.718 15.500 15.312 17.718 19.250 12.484 12.781



972,000

1,800,000

1,946,000

2,700,000

5,600,000

73

Bowen Full Circle Releasing Spears offer many outstanding advantages for all fishing jobs where it is necessary to engage a fish internally. Secure engagement is assured by the Full Circle Slips which present up to 450% more useful area for engagement with the fish than any other spear on the market today. Positive Release is assured by the primary release mechanism, backed by the left-handed wickers on the Slips which allow the tool to be unscrewed from the fish, using right-hand rotation. These tools are versatile, a size being available for each tubing, drill pipe and casing size. The full complement of accessories available include Mill Type, Sub Type and Sidehill Type Nuts, Extensions, Safety Ring Packoffs and Skirts and Guides. Generous bores are provided through the tools to assure ample fluid flow to help remove settings and furnish lifting force to the fish.

SPECIFICATIONS - BOWEN FULL CIRCLE RELEASING SPEAR - FOR DRILL PIPE & TUBING Nominal Size Recommended Catching Range O.D. Smallest Slips Retracted Expansion Slips Over Safety Ring Slip Engagement Area - Sq. In. Part No….. Complete Assembly Weight…..

2-3/8 D.P. 2-3/8 D.P. 1-11/16 11/32 55 6175 32

2-3/8 Tbg. 2-3/8 Tbg. 1 29/32 11/32 59 6693 40

Part No….. Weight….. Part No….. Weight…..

6181 5/8 6176-6177 22

6174 3/4 5858-6694 26

2-7/8 D.P 2-7/8 D.P 2 3/8 74 6246 55

2-7/8 Tbg. 2-7/8 Tbg. 2-5/16 3/8 87 6684 60

3-1/2 D.P 3-1/2 D.P 2-7/16 13/32 95 7640 71

3-1/2 Tbg. 3-1/2 Tbg. 2-13/16 13/32 115 6701 92

4 D.P. 4 D.P. 3-3/32 15/32 126 7648 107

4 Tbg. 4 Tbg. 3-5/16 15/32 135 6710 127

4-1/2 D.P. 5-1/2 D.P. 4-1/2 D.P. or Tbg. 5-1/2 & 5-9/16 D.P. 3-15/32 4-1/2 1/2 9/16 178 265 6715 6723 180 270

6683 2-1/2 6676-7649 70

5730 2-3/4 5839-6711 75

6722 3-1/2 6270-6716 85

OPTIONAL ACCESSORIES EXTRA Safety Ring Packoff Extension (3 Ft. Long)

6252 1 6247-6248 29

5779 1-1/4 5771-6685 40

6268 1-1/2 6263-7641 46

6709 1-3/4 6702-6703 60

6484 6 6277-6724 130

SPECIFICATIONS - BOWEN FULL CIRCLE RELEASING SPEAR - FOR CASING Nominal Size Recommended Catching Rangs Expansion Slips Over Safety Ring O.D. Smallest Slips Retracted Slip Engagement Area - Sq. In.

4-1/2 4-1/2, 4-3/4 & 5 1/2 3-25/32 210

5 5 1/2 4 217

5-1/2 5-1/2 9/16 4-1/2 265

6 6 9/16 5-1/2 315

6-5/8 6-5/8 5/8 5-1/2 350

7 7 5/8 5-3/4 365

7-5/8 7-5/8 5/8 6-7/16 430

8-5/8 8-5/8 & 9 11-16 7-1/4 485

9-5/8 9-5/8 & 10 3/4 8-3/16 580

10-3/4 10-3/4 13/16 9-1/2 690

11-3/4 11-3/4 & 12 13/16 10-9/16 785

13-3/8 13 & 13-3/8 13/16 12 890

9337 169

9342 226

9347 283

9796 358

9352 398

10608 502

6318 652

10473 833

6067 1240

6073 1552

6081 2017

6055 12

6529 17

6063 23

6072 35

6080 44

6088 59

Complete Assembly

Part No….. Weight…..

10536 132

Safety Packoff

Part No….. Weight…..

6734 4

OPTIONAL ACCESSORIES EXTRA

HOW TO ORDER Specify: (1) Name and Number of Assembly or Part. (2) Size and Type of Top Connection (3) Exact Size and Weight of Pipe to be caught.

7583 5

6484 6

6041 7

6487 9

6047 10

NOTE: To order optional nuts, use standard nut number with suffix -A for mill type, -B for sub type and -C for sidehill type nuts Include O. D., spear used with and connection, if sub type. RECOMMENDED SPARES: (1) 2 Sets Slips for each size to be caught. (3) 1 Stop. (2) 1 Unitizer and 2 Friction Retainers (or 2 Friction Block Assemblies). (4) 1 Safety Ring for each size of Slips

Send for Technical Manual No. 2100 which includes complete descriptions of construction, operation, maintenance and parts listing for Bowen Full Circle Type Releasing Spears. Weatherford Fishing Tool Manual January, 2003

74


75

6069 6075 6083 6178 6249 6320 6686 6695 6704 6712 6717

3,300,000 4,300,000 5,961,000 56,400 110,400 1,761,000 134,000 71,500 224,000 275,000 318,000

Slip Yield Strength Number of Body - Lbs. 6723 7640 7648 9337 9342 9347 9352 9796 10473 10536 10608

Complete Assembly Number 6725 7642 7650 9339 9344 9349 9354 9798 10475 10538 10610

628,000 172,000 296,000 454,000 628,000 945,000 1,228,000 1,060,000 2,324,000 376,000 1,414,000

Slip Yield Strength Number of Body - Lbs.

Jarring may amplify the pull load by a factor of 3 to 10.”

Note: “All listed strengths are theoretical calculations based upon the yield strength of the material and are accurate within 20%. They refer to the tensile strength of the body and do not relate to the strength of the fish being engaged. Thin walled or old corroded pipe may allow the grapple to expand to the point where it can “jump” the mandrel spirals.

6067 6073 6081 6715 6246 6318 6684 6693 6701 6710 6715

Complete Assembly Number

Full Circle Type Bowen Releasing Spears

76

77

78

79

80

Strength Data Bowen Jar Intensifiers Intensifier

O.D.

I.D.

Connection

STROKE

Assy.

Recommended

P u ll Load To

Minimum Pull

Drill Collar

Open Fully

Req'd. (Above Weight

Tensile(" Yield

Calculated Strength Data Torque

Fuild

Jar

Super

Weight Range

of String and Collars To

In (lbs.)

In Ft./Lbs.

C a p a c ity

No.

Fishing

(Lbs.)

Obtain Effctive Blow (lbs.)

Recom-

Used With

Yield

Used With

Jar No.

mended 70957

1-5/8

1/4

P e r Order

6

...............

14,000

8,400

43,200

200

345

46,600 66460

1-13/16

5/16

1-13/16

6

1,360-1,800

18,100

10,800

59,200

13

70822

.......

G a ls 700

1,900

Wilson F.J.

.195 G a ls

74223 21150

.......

78074 50640

2-1/4

3/8

1-1/4 A.P.I.

8

1,560-2,100

20,700

13,800

117,100

1,700

2,400

Reg. 68262

2-29/32

1

2-3/8

12-3/4

2,200-3,000

37,000

24,600

181,800

1,600

4,200

PH-6 55867

3-1/8

1

2-3/8 A.P.I.

3-3/4

1-1/4

2-7/8 A.P.I

18775

G a ls

54020

.692

68010

8-3/4

2,400-3,300

30,000

21,000

248,500

3,500

7,000

8-1/4

4,200-5,700

52,000

36,000

379,500

3,800

12,600

Reg.

.375

3-3/4

1-1/2

2-3/8 A.P.I.

50660

3-3/4

1-7/8

2-3/8

.......

42736

G a ls

52504

.82

38040

G a ls

7-7/8

3,400-4,600

43,500

30,000

318,000

3,800

11,200

.63 G a ls

52528

7-5/8

3,500-4,700

43,000

30,000

212,000

2,500

8,500

.613

41355

I.F.

E.U.E

G a ls

72888

13255 52506

55747

........

G a ls

Reg. 55895

.211

145737

37406

20150

.......

. ......

52497 55664

4-1/4

1-15/16

2-7/8 A.P.I

8-5/8

3,500-4,700

43,000

30,000

424,000

6,600

22,600

I.F.

.92 G a ls

44483 13640

80468

52502 50708

4-1/2

2-3/8

2-7/8

10-3/8

3,600-4,900

49,000

32,000

415,500

4,000

22,500

E.U.E 50700

4-3/4

1-1/2

3-1/2 A.P.I

8-7/8

6,300-8,500

78,000

54,000

576,000

9,500

24,200

F.H. 55812

4-3/4

2

3-1/2 A.P.I

10-1/8

5,600-7,500

63,000

43,000

503,000

9,500

25,200

F.H.I.F. 55860

6

2

4-1/2 A.P.I

8-5/8

10,200-13,800

128,500

77,000

857,100

17,000

48,000

F.H. 55905

6-1/4

2-1/4

4-1/2 A.P.I

13

11,800-16,000

147,000

102,000

955,900

21,000

58,350

I.F. 50720

6-3/4

2-3/8

5-1/2 A.P.I.

13

13,000-17,500

172,900

102,000

1,124,800

24,000

68,500

Reg. 55910

7-3/4

3-1/16

6-5/8 A.P.I.

13

11,000-15,000

126,000

88,000

1,326,000

45,000

126,000

Reg. 78964

7-3/4

3-1/16

6-5/8 A.P.I.

12

12,100-20,500

.........

.........

..........

.......

.......

13

12,000-16,000

200,000

100,000

1,800,000

70,000

200,000

1.15

35849

G a ls

52653

1.0

25960

G a ls

52530

1.35

38110

G a ls

52500

1.57

14710

G a ls

52498

.......

.......

79789

145484

4.25

12370

G a ls

52544

79691

3.45

11130

G a ls

52680

4.65

15160

G a ls

52711

.......

.......

72978

3.2

66346

.......

145440

.......

Reg. 66372

9

3-3/4

7-5/8 A.P.I. Reg.

G a ls

*The strengths shown are theoretical calculations based on yield strength of the material used in each case. The strengths shown are therefore accurate, plus or minus 20% of the figure shown, only. These figures do not constitute a guarantee, actual or implied; they are meant to serve as a guide only, and appropriate allowance must be made in use, as a safety factor. ** Bowen Super Intensifier - Information Provided on Request.

Weatherford Fishing Tool Manual January 2003

81

WARNING All jarring and pulling loads shown in this manual assume that the force is acting alone and is essentially along the major axis of the tool. If torque and tension or bending and tension are used together, the resulting combined stresses may lead to failure at substantially less than rated loads. Rotation and bending together can lead to fatigue.

“TYPE Z (TM)” BOWEN OIL JARS CALCULATED STRENGTHS

Jar Type

Jar O.D. (in.)

Jar I.D. (in.)

Recommended Maximum Jarring Load (lbs.)*

Lift Load After Jarring At Yield (lbs.)

Torque To Failure (ft.-lb.)

Recommended Weight of Collars Above Jar** (lbs.)

70822

SUB TYPE

1-5/8

1/4

15,400

46,300

420

1100 - 1450

74723

SUB TYPE

1-13/16

5/16

18,000

59,400

640

1360-1800

54020

INTEGRAL MANDREL

2-1/4

3/8

21,000

118,500

2,200

1560-2100

68010

SUB TYPE

2-29/32

1

35,400

194,800

5,200

2200-3000

55670

SUB TYPE

3-1/16

1-1/2

31,300

160,200

5,900

2300-3100

52504

INTEGRAL MANDREL

3-1/8

1

32,400

229,200

7,600

2400-3300

52506

INTEGRAL MANDREL

3-3/4

1-1/4

56,500

345,000

13,500

4200-5700

52528

SUB TYPE

3-3/4

1-1/2

46,000

299,700

13,000

3400-4600

52497

SUB TYPE

3-3/4

1-7/8

46,500

179,500

8,200

3500-4700

52502

INTEGRAL MANDREL

4-1/4

1-15/16

46,700

430,300

24,500

3500-4700

52653

INTEGRAL MANDREL

4-1/2

2-3/8

49,000

375,000

25,900

3600-4900

52530

INTEGRAL MANDREL

4-3/4

1-1/2

85,000

591,900

27,600

6300-8500

52500

INTEGRAL MANDREL

4-3/4

2

74,500

468,800

27,100

5600-7500

52498

INTEGRAL MANDREL

6

2

136,400

937,000

52,600

10200-13800

52544

INTEGRAL MANDREL

6-1/4

2-1/4

159,00

917,400

56,900

11800-16000

52680

INTEGRAL MANDREL

6-3/4

2-3/8

172,800

1,013,800

74,200

13000-17500

52711

INTEGRAL MANDREL

7-3/4

3-1/16

149,000

1,587,900

145,300

11000-15000

66346

INTEGRAL MANDREL

9

3-3/4

215,000

1,621,000

224,700

14300-19600

Jar Assembly No.

*Based on 80% of Calculated Load at Yield Point. **Optimum weights can be determined only by calculation and only if sufficient well data is available

THESE FIGURES DO NOT CONSTITUTE A GUARANTEE, ACTUAL OR IMPLIED; THEY ARE MEANT TO SERVE AS A GUIDE ONLY, AND APPROPRIATE ALLOWANCE MUST BE MADE IN USE, AS A SAFETY FACTOR. Users of jars and bumper subs should be aware that milling or drilling operations may develop stresses in these tools that are more complex than the simple torsional and tensile values listed in Bowen strength data. If unstabilized, the weight necessary for milling can induce bending forces that combine with torsional forces to generate very high stresses in some areas of the tool. Rotating in a deviated hole condition or with the tool in a neutral point may have the same effect. The necessity for milling is recognized and this is not intended to advise against such operations, but merely to caution the user of possible dangers when rotating under the conditions described. Weatherford Fishing Tool Manual January 2003

82

CHART A SUPER FISHING JAR RECOMMENDED TIGHTENING TORQUE FOR THREADED CONNECTIVE A s s e m b ly

J a r S ize

P a rt

C o n n e c t io n

Number

Top Sub

Mandrel

S p lin e

Connector

P re s s u r e

O.D.

I. D .

To

Body to

Body to

Body to

Body to

In t e r n a l J o in t

(IN.)

(IN.)

Ma n d re l

S p lin e B o d y

P re s s u r e

W a s h p ip e

W a s h p ip e

Wa s h p ip e

(ft. - lb . )

(ft. - lb . )

Body

Body

Body

to Mandrel

(ft. - lb . )

(ft. - lb.)

(ft. - lb . )

(ft. - lb.)

72888

2-3/8 REG.

3-1/8

1

1,640

----

2,650

3,520

3,330

750

145737

2-7/8 REG.

3-3/4

1-1/4

2,500

----

3,360

4,060

4,060

750

146544

2 - 3 / 8 I. F .

3-3/4

1-1/2

2,400

----

3,160

4,170

4,170

800

147902

2-3/8 EUE

3-3/4

1-7/8

2,260

----

3,050

3,690

3,690

1,100

80468

2 - 7 / 8 I. F .

4-1/4

2

3,400

----

4,230

5,100

5,100

1,000

79789

3-1/2 F.H.

4-3/4

2

5,730

6,710

6,710

8,100

8,100

1,500

3 - 1 / 2 I. F . 145484

4-1/2 F.H.

6

2

10,450

14,390

14,390

17,400

17,400

1,500

79691

4 - 1 / 2 I. F .

6-1/4

2-1/4

13,600

17,630

17,630

21,310

21,310

1,500

145440

5-1/2 REG.

6-3/4

2-3/8

15,980

21,160

21,160

25,560

25,560

2,700

72978

6-5/8 REG.

7-3/4

3-1/16

28,300

35,000

35,000

42,300

42,300

3,000

The tightening torque values were calculated assuming Itcolube or similar zinc-based grease on all threads and shoulders. Multiply chart values by .1382 to obtain Kg-m.

CHART B STRENGTH AND TEST DATA FOR BOWEN SUPER FISHING JAR

WARNING! All jarring and pulling loads shown in the manual assume that the force is acting alone and is essentially along with major axis of the tool. If torque and tension or bending and tension are used together, the resulting combined stresses may lead to failure at substantially less than rated loads. Rotation and bending together can lead to fatigue. A s s e m b ly P a rt

J a r S ize C o n n e c tio n

Number

M a x im u m

J a r T e s t e r P u ll L o a d

O.D.

I.D.

Recommended

T e n s ile @

Torque

L o w **

S t a n d a rd

(IN . )

(IN.)

J a rrin g L o a d

Y i e ld in

at

(lb . )

(lb . )

in H o le *

Lbs. Afte r

Y ie ld

M in . - M a x .

(ft. - lb . )

(lb . )

J a rrin g

72888

2-3/8 REG.

3-1/8

1

59,000

257,000

7,000

9,000-12,000

145737

2-7/8 REG.

3-3/4

1 - 1 /4

78,000

324,000

11,000

12,000-16,000

39,000

146544

2 - 3 / 8 I.F.

3-3/4

1 - 1 /2

66,000

333,000

12,000

11,000-15,000

33,000

147902

2-3/8 E.U.E.

3-3/4

1 - 7 /8

48,000

258,000

9,600

10,000-15,000

24,000

80468

2 - 7 / 8 I.F.

4-1/4

2

62,000

374,000

18,000

12,000-18,000

31,000

79789

3-1/2 F.H.

4-3/4

2

98,000

575,000

28,000

14,000-20,000

49,000

30,000

3 - 1 / 2 I.F. 145484

4-1/2 F.H.

6

2

196,000

913,000

46,000

14,000-20,000

98,000

79691

4 - 1 / 2 I.F.

6-1/4

2 - 1 /4

200,000

1 . 1 m illio n

66,000

16,000-25,000

100,000

145440

5-1/2 REG.

6-3/4

2 - 3 /8

250,000

1 . 2 m illio n

78,000

16,000-25,000

110,000

72978

6-5/8 REG.

7-3/4

3-1/16

265,000

1 . 7 m illio n

130,000

16,000-25,000

110,000

* Loads Shown are Maximum Recommended Pull Loads, Pulling above the value shown can damage the tools. ** If Jar does not test at maximum low pull load shown - disassemble, inspect and repair tool.

CHART C BOWEN SUPER FISHING JAR WEIGHT CHART The following weights are provided as a guideline to the number of drill collars to be used and do not necessarily constitute the optimum weight for each hole condition which may be encountered. A s s e m b ly

C o n n e c tio n

P a rt No .

O.D.

I. D .

CHART D SUPER FISHING JAR FLOATER POSITIONING A s s e m b ly P a rt

J a r S iz e C o n n e c tio n

No.

S te e l

F lo a t e r

F lo a t e r

O.D.

I. D .

F lo a t e r

P o s itio n

P o s itio n

(IN . )

(IN . )

Number

N o rm a l S e rvic e (IN . )

H ig h Te m p (IN . )

W e ig h t R a n g e

(In c h e s )

(In c h e s )

(lb s )

72888

2 - 3 /8 R E G .

3 - 1 /8

1

1 5 1 5 8 0 /0 0 5

7 - 3 /8

9-1/16

2-3/8 REG.

3 - 1 /8

1

2,100-3,600

145737

2 - 7 /8 R E G .

3 - 3 /4

1 - 1 /4

1 5 1 5 8 4 /0 0 5

8 - 9 /1 6

10-3/16

145737

2-7/8 REG.

3 - 3 /4

1 - 1 /4

3,000-5,000

146544

2 - 3 / 8 I. F .

3 - 3 /4

1 - 1 /2

1 5 1 5 8 3 /0 0 5

8

9-11/16

147902

2 - 3 /8 E.U.E.

3 - 3 /4

1 - 7 /8

147902

2 - 3 /8 E U E

3 - 3 /4

1 - 7 /8

1 5 1 5 7 7 /0 0 5

8 - 1 /4

1 0 - 1 /8

80468

2 - 7 / 8 I. F .

4 - 1 /4

2

151576-005

8 - 1 1 /1 6

1 0 - 1 /2

79789

3 - 1 /2 F . H .

4 - 3 /4

2

1 5 1 5 7 8 /0 0 5

1 0 - 9 /1 6

1 2 - 1 3 /16

72888

80468

2 - 7 / 8 I. F .

4 - 1 /4

2

3,300-5,700

79789

3 - 1 / 2 I. F .

4 - 3 /4

2

4,400-7,500

145484

4 - 1 /2 F . H .

6

2

7 ,6 0 0 - 1 2 , 9 0 0

145484

4 - 1 /2 F . H .

6

2

1 5 1 5 7 9 /0 0 5

10-5/8

1 2 - 5 /8

8 ,1 0 0 - 1 3 , 6 0 0

79691

4 - 1 / 2 I. F .

6 - 1 /4

2 - 1 /4

1 5 1 5 8 2 /0 0 5

10-11/16

1 2 - 1 /2

145440

5 - 1 /2 R E G .

6 - 3 /4

2 - 3 /8

1 5 1 5 8 1 /0 0 5

10-15/16

13

72978

6 - 5 /8 R E G .

7 - 3 /4

3 - 1 /16

1 0 2 5 1 6 /0 0 5

12-1/4

1 2 - 1 /4

79691 145440 72978

4 - 1 / 2 I. F . 5-1/2 REG. 6-5/8 REG.

6 - 1 /4 6 - 3 /4 7 - 3 /4

2 - 1 /4 2 - 3 /8 3-1/16

9 ,4 0 0 - 1 6 , 2 0 0 12,100-20,500

3 - 1 / 2 I. F .

NOTE: Measure distance form floater face to pressure body end.

Users of jars and bumper subs should be aware that milling or drilling operations may develop stresses in these tools that are more complex than the simple torsional and tensile values listed in Bowen strength data. If unstabilized, the weight necessary for milling can induce bending forces that combine with torsional forces to generate very high stresses in some areas of the tool. Rotating in a deviated hole condition or with the tool in a neutral point may have the same effect. The necessity for milling is recognized and this is not intended to advise against such operations, but merely to caution the user of possible dangers when rotating under the conditions described.


83

Houston Engineers, Inc. Specifications TM Fishing Jar Tool Sizes (mm) O .D. I.D . Inches (mm) Inches (mm) 1-13/16 (46.04) 2-1/4 (57.15) 3-1/8 (79.38) 3-3/4 (95.25) 3-3/4 (95.25) 4-1/4 (107.95) 4-1/4 (107.95) 4-3/4 (120.65) 5-3/4 (146.05) 6-1/4 (158.75) 7-3/4 (196.85)

3/8 (9.53) 1/2 (12.70) 1 (25.40) 1-1/2 (38.10) 2 (50.80) 2 (50.80) 2-7/16 (61.91) 2 (50.80) 2 (50.80) 2 (50.80) 3-1/2 (86.90)

Tool Joint Connection

1-13/16 WFJ 1-1/4 REG 2-3/8 API REG 2-3/8 API IF 2-3/8 EUE 2-7/8 API IF 2-7/8 EUE 3-1/2 API FH 4-1/2 API FH 4-1/2 API IF 6-5/8 API REG

Recommended M ax. Overpull W k g . Load During Restricted Travel lbf(N) 19,000 (84,512 22,000 (97,856) 55,000 (244,640) 59,000 (262,432) 38,000 (169,024) 73,000 (324,704) 39,000 (173,472) 90,000 (400,320) 180,000 (800,640) 230,000 (1,023,040) 300,000 (1,334,400

Total Travel Inches (mm)

10 (254) 12 (304.80) 16 (406.40) 16 (406.40) 16 (406.40) 16 (406.40) 16 (406.40) 16 (406.40) 18 (457.20) 18 (457.20) 18 (457.20)

M aximum Strength After Restricted Travel M aximum M aximum Pull Tensile Yield Torque Yield lbf (N) lbf-ft (Nm) 56,000 1,300 (249,088) (1,762) 130,000 3,500 (302,464) (2,169) 192,000 7,600 (854,016) (10,303) 257,000 12,000 (1,143,136) (16,269) 233,000 10,000 (1,036,384) (13,557) 348,000 19,000 (1,547,904) (25,759) 320,000 15,000 (1,423,360) (20,336) 422,000 29,000 (1,877,056) (39,316) 809,000 55,000 (3,598,432) (74,566) 949,000 77,000 (4,221,152) (104,392) 1,304,000 151,000 (5,800,192) (204,718)

The tensile yield, torsional, yield and maximum overpull values set forth above are calculated per API RP7G utilizing the published yield strength of the material. Further information on these and other specifications is available upon request. *Torsional yield strength is based on the tool joint connection.

TMC Jar Tool Sizes (mm) O .D . Inches (mm)

I.D . Inches (mm)

1-13/16 ( 4 6 .0 4 ) 2-1/4 ( 5 7 .1 5 ) 3-1/8 ( 7 9 .3 8 ) 3-1/8 ( 7 9 .3 8 ) 3-3/4 ( 9 5 .2 5 ) 3-3/4 ( 9 5 .2 5 ) 4-1/4 ( 1 0 7 .9 5 ) 4-1/4 ( 1 0 7 .9 5 ) 4-3/4 ( 1 2 0 .6 5 ) 4-3/4 ( 1 2 0 .6 5 ) 6-1/4 ( 1 5 8 .7 5 ) 6-1/2 ( 1 6 5 .1 0 ) 7-3/4 ( 1 9 6 .8 5 ) 8 ( 2 0 3 .2 0 )

3/8 ( 9 .5 3 ) 1/2 (12.70) 1 (25.40) 1-1/2 (38.10) 1-1/2 (38.10) 2 (50.80) 2 (50.80) 2-7/16 (61.91) 2 5 0 .8 0 2-1/4 (57.15) 2-1/4 (57.15) 2-1/4 (57.15) 3-1/2 (88.90) 3-1/2 (88.90)

Tool Joint Connection

1-13/16 W FJ 1-1/4 REG 2-3/8 API REG 2-3/8 EUE 2 - 3 / 8 A P I IF 2-3/8 EUE 2 - 7 / 8 A P I IF 2-7/8 EUE 3-1/2 API FH 3 - 1 / 2 A P I IF 4 - 1 / 2 A P I IF 4 - 1 / 2 A P I IF 6-5/8 API REG 6-5/8 API REG

Recommended M a x . O ve r p u l l W k g . Load During Restricted Travel lbf(N) 1 9 ,0 0 0 (84,512) 2 2 ,0 0 0 (88,960) 5 1 ,0 0 0 (226,848) 3 2 ,4 0 0 (144,115) 5 9 ,0 0 0 (262,432) 3 8 ,0 0 0 (169,024) 7 3 ,0 0 0 (324,704) 3 9 ,0 0 0 (173,472) 9 0 ,0 0 0 (400,320) 9 5 ,0 0 0 (422,560) 180,000 (800,640) 195,000 (867,360) 300,000 ( 1 ,3 3 4 , 4 0 0 ) 300,000 ( 1 ,3 3 4 , 4 0 0 )

Total Travel Inches (m m )

9-3/4 (247.65) 12 (304.80) 16 (406.40) 14 (355.60) 16 (406.40) 16 (406.40) 16 (406.40) 16 (406.40) 16 (406.40) 16 (406.40) 18 (457.20) 18 (457.20) 18 (457.20) 18 (457.20)

M aximum Strength After Restricted Travel M axim um M axim um Pull Tensile Yield Torque Yield lbf (N) lbf-ft (N m ) 56,000 1,300 (249,088) (1763) 95,800 2,900 (426.118) (3,932) 192,000 7,000 (854,016) (9,490) 185,000 8,200 (822,880) (11,117) 257,000 8,300 ( 1 ,1 4 3 , 1 3 6 ) (11,253) 233,000 10,000 ( 1 ,0 3 6 , 3 8 4 ) (13,558) 348,000 16,000 ( 1 ,5 4 7 , 9 0 4 ) (21,692) 320,000 15,000 ( 1 ,4 2 3 , 3 6 0 ) (20,336) 422,000 23,800 ( 1 ,8 7 7 , 0 5 6 ) (32,267) 510,000 23,100 ( 2 ,2 6 8 , 4 8 0 ) (31,318) 900,000 53,300 ( 4 ,0 0 3 , 2 0 0 ) (72,262) 928,000 68,800 ( 4 ,1 2 7 , 7 4 4 ) (93,276) 1 ,3 0 4 , 0 0 0 1 0 0 ,0 0 0 ( 5 , 8 0 0 ,1 9 2 ( 1 3 5 ,5 7 5 ) 1 ,3 0 4 , 0 0 0 1 0 0 ,0 0 0 ( 5 ,8 0 0 , 1 9 2 ) ( 1 3 5 ,5 7 5 )

The tensile yield, torsional, yield and maximum overpull values set forth above are calculated per API RP7G utilizing the published yield strength of the material. Further information on these and other specifications is available upon request. *Torsional yield strength is based on the tool joint connection. Weatherford Fishing Tool Manual January 2003

84

Houston Engineers, Inc. Specifications ACCM Accelerator Specifications and Strength Data T o o l Sizes

D o w n h o le @ 240º F (115º C)

M aximum Strength A fter

****

****

J a r a n d A c c e le r a t o r

Restricted Travel

T o t a l in c h e s

Rack Test

C o m b i n a t io n L o a d s

O .D .

I.D .

in c h e s

in c h e s

(mm)

in s h o p a t 7 0 º f o r a

O il

*

(mm)

(mm)

T r a v e le d w i t h

n o m in a l B H T o f 2 4 0 º F

ounces

M in im u m

M aximum

M a xim u m

M a xim u m

S t o p S le e v e

In c h e s a t l b f P u l l

CM ³

O v e r p u ll

O v e r p u ll

P u l l Y i e ld

T o r q u e Y ie ld lb f - f t ( N m )

( m m a t N P u ll)

lb f

lb f

lb f

(N )

(N )

(N )

1-13/16

3/8

8

6-3/4" @ 6,000

2

7,500

19,000

56,000

1,300

(46.04)

(9.53)

(203.20)

(171.45 @ 26,688)

(6 CM ³)

(33,360)

(84,512)

(249,088)

(1,763)

2-1/4

1/2

10

8 " @ 6,000

2

5,200

20,000

130,000

2,900

(57.15)

(12.70)

(254.00)

(203.20 @ 26,688)

(6 CM ³)

(23,130)

(88,960)

(578,240)

(3,932)

3-1/8

1

12

11" @ 29,000

3

19,000

50,000

192,000

7,000

(79.38)

(25.40)

(304.80)

(279.40 @ 128,992)

(9 CM ³)

(84,512)

(222,400)

(854,016)

(9,490)

3-3/4

1-1/2

11-3/8

10" @ 31,000

3

22,000

59,000

257,000

8,300

(95.25)

(38.10)

(288.93)

(254.00 @ 137,888)

(9 CM ³)

(97,856)

(262,432)

(1,143,136)

(11,253)

3-3/4

2

12

10-1/8" @ 16,000

3

15,000

38,000

233,000

10,000

(95.25)

(50.80)

(304.80)

(257.18 @ 71,168)

(9 CM ³)

(66,720)

(169,024)

(1,036,384)

(13,558)

4-1/4

2

11-1/4

9-5/8" @ 32,000

4

32,000

73,000

348,000

16,000

(107.95)

(50.80)

(285.75)

(244.48 @ 142,336)

(12 CM ³)

(142,336)

(324,704)

(1,547,904)

(21,692)

4-1/4

2-7/16

12

10-7/8" @ 19,000

3

15,000

39,000

320,000

15,000

(107.95)

(61.91)

(304.80)

(276.23 @ 84.512)

(9 CM ³)

(66,720)

(173,472)

(1,423,360)

(20,336)

4-3/4

2

10-3/8

8" @ 35,000

8

54,000

85,000

422,000

23,800

(120.65)

(50.80)

(263.53)

(203.20 @ 155,680)

(24 CM ³)

(240,192)

(378,080)

(1,877,056)

(32,267)

5-3/4

2

11-3/4

7-3/8" @ 47,000

10

64,000

**100,000

809,000

55,000

(146.05)

(50.80)

(298.45)

(187.33 @ 209,056)

(30 CM ³)

(284,672)

(444,800)

(3,598,432)

(74,566)

6-1/4

2

12

8-3/4" @ 54,000

12

77,000

**124,000

949,000

77,000

(158.75)

(50.80)

(304.80)

(222.25 @ 240,192)

(36 CM ³)

(342,496)

(551,552)

(4,221,152)

(104,392)

7-3/4

3-1/2

12

10" @ 72.000

12

84,000

**150,000

1,304,000

151,000

(196.85)

(88.90)

(304.80)

(254.00 @ 320,256)

(36 CM ³)

(373,632)

(667,200)

(5,800,192)

(204,718)

TM Jar and ACCM Accelerator Normal Oil Jar and Accelerator Data T o o l Sizes O.D.

I.D.

inches (mm) inches (mm)

D r i l l C o l l a r W e ig h t ( I n A ir)

O v e r p u ll A b o v e W o r k i n g S t r i n g

Between Jar and Accelerator

W eight

M inimum

**Accelerator Oil Jar Stroke

M a ximu m

M in imu m

M a ximu m

10%

20%

lb f ( N )

lb f ( N )

lb s ( k g )

lb s ( k g )

Total Stroke W ith Stop Sleeve

Total

Free Travel

in c h e s ( m m )

inches (mm)

in c h e s ( m m )

1-13/16

3/8

720

3,800

7,200

19,000

10

6-1/2

8

(46.04)

(9.53)

(326)

(1,723)

(32,025)

(84,512)

(254.00)

(165.10)

(203.20

2-1/4

1/2

1,000

4,000

9,900

20,000

12

5-3/4

10

(57.15)

(12.70)

(454)

(1,814)

(44,035)

(88,960)

(304.80)

(146.05)

(254.00)

3-1/8

1

1,900

10,000

18,000

57,000

16

8-1/4

12

(79.38)

(25.40)

(861)

(4,536)

(80,064)

(253,536)

(406.40)

(209.55)

(304.80)

3-3/4

1-1/2

2,200

11,800

22,000

59,000

16

8-1/4

11-3/8

(95.25)

(38.10)

(997)

(5,352)

(97,856)

(262,432)

(406.40)

(209.55)

(288.93)

3-3/4

2

1,500

7,600

15,000

38,000

16

8

12

(95.25)

(50.80)

(680)

(3,447)

(66,720)

(169,024)

(406.40)

(203.20)

(304.80)

4-1/4

2

3,200

14,600

32,000

73,000

16

8

11-1/4

(107.95)

(50.80)

(1,451)

(6,662)

(142,336)

(324,704)

(406.40)

(203.20)

(285.75)

4-1/4

2-7/16

1,500

7,800

23,000

39,000

16

10-1/4

12

(107.95)

(61.91)

(680)

(3,538)

(102,304)

(173,472)

(406.40)

(260.35)

(304.80)

4-3/4

2

5,400

17,000

54,000

85,000

16

8-1/4

10-3/8

(120.65)

(50.80)

(2,449)

(7,711)

(240,192)

(378,080)

(406.40)

(209.55)

(263.53)

5-3/4

2

6,400

20,000

64,000

*100,000

18

9

11-3/4

(146.05)

(50.80)

(2,902)

(9,071)

(284,672)

(444,800)

(457.20)

)228.60)

(298.45)

6-1/4

2

7,700

25,000

77,000

*125,000

18

9

12

(158.75)

(50.80)

(3,492)

(11,339)

(342,496)

(556,000)

(457.20)

(228.60)

(304.80)

7-3/4

3-1/2

8,400

30,000

84,000

*150,000

18

9

12

(196.85)

(88.90)

(3,810)

(13,607)

(373,632)

(667,200)

(457.20)

(228.60)

(304.80)


85

Houston Engineers, Inc. Specifications ACCM Accelerator Temperature Effect on Normal Accelerator - 240° F (115° C) Tool Sizes O.D.

140º F (60º C) I.D.

inches (mm) inches (mm)

240º F (115º C)

340º F (171º C)

440º (226º C)

Minimum

*Maximum

Minimum

*Maximum

Minimum

*Maximum

Minimum

* Maximum

Overpull

Overpull

Overpull

Overpull

Overpull

Overpull

Overpull

Overpull

lbf (N)

lbf (N)

lbf (N)

lbf (N)

lbf (N)

lbf (N)

lbf(N)

1-13/16

3/8

6,000

19,000

7,200

19,000

9,000

19,000

10,500

19,000

(46.04)

(9.53)

(26,688)

(84,512)

(32,026)

(84,512)

(40,032)

(84,512)

(46,704)

(84,512)

2-1/4

1/2

8,500

20,000

9,900

20,000

11,300

20,000

12,700

20,000

(57.15)

(12.70)

(37,808)

(88,960)

(44,035)

(88,960)

(50,262)

(88,960)

(56,490)

(88,960)

3-1/8

1

16,500

50,000

18,000

57,000

23,000

57,000

26,000

57,000

(79.38)

(25.40)

(73,392)

(222,400)

(80,064)

(253,536)

(102,304)

(253,536)

(115,648)

(253,536)

3-3/4

1-1/2

23,500

49,000

22,000

59,000

32,500

59,000

36,500

59,000

(95.25)

(38.10)

(104,528)

(217,952)

(97,856)

(262,432)

(144,560)

(262,432)

(162,352)

(262,432)

3-3/4

2

13,000

31,000

15,000

38,000

18,000

38,000

20,000

38,000

(95.25)

(50.80)

(57,824)

(137,888)

(66,720)

(169,024)

(80,064)

(169,024)

(88,960)

(169,024)

4-1/4

2

26,500

68,000

32,000)

73,000

37,000

73,000

41,500

73,000

(107.95)

(50.80)

(117,872)

(302,464)

(142,336)

(324,704)

(164,576)

(324,704)

(184,592)

(324,704)

4-1/4

2-7/16

19,000

30,000

23,000

39,000

27,000

39,000

30,000

39,000

(107.95)

(61.91)

(84,512)

(133,440)

(102,304)

(173,472)

(120,096)

(173,472)

(133,440)

(173,472)

4-3/4

2

45,000

72,000

54,000

85,000

62,000

90,000

70,000

90,000

(120.65)

(50.80)

(200,160)

(320,256)

(240,192)

(378,080)

(275,776)

(400,320)

(311,360)

(400,320)

5-3/4

2

54,000

83,000

64,000

100,000

74,000

115,000

83,000

115,000

(146.05)

(50.80)

(240,192)

(369,184)

(284,672)

(444,800)

(329,152)

(511,520)

(369,184)

(511,520)

6-1/4

2

64,000

105,000

77,000

125,000

89,000

143,000

102,000

160,000

(158.75)

(50.80)

(284,672)

(467,040)

(342,496)

(556,000)

(395,872)

(636,064)

(453,696)

(711,680)

7-3/4

3-1/2

69,700

124,000

84,000

150,000

96,700

162,000

111,000

192,000

(196.85)

(88.90)

(310,025)

(551,552)

(373,632)

(667,200)

(430,122)

(720,576)

(493,728)

(854,016)


86

Anadrill - Schlumberger TR,DC and FB Jar Specifications and Strength Data Size (in.) Type Assembly No. Std. Connection Max. Recommended Jarring Pull at OD ID Jarring Pull (lbf) Yield (lbf) 1-13/16 3/8 ---41831 1-13/16 WFJ 20,000 30,000 2-1/4 1/2 ---49140 1-1/4 Reg. 33,500 50,000 2-1/4 1/2 L.H.* 49198 1-1/4 Reg. LH 33,500 50,000 3-1/16 1 FB 45577 2-3/8 Reg. 40,000 50,000 3-1/16 1-1/2 FB 41906 2-3/8 EUE 30,000 39,000 3-5/8 1-15/16 FB 36189 2-3/8 EUE 33,000 52,000 4-1/2 2-3/8 FB 37473 2-7/8 EUE 54,000 83,800 3-3/4 1-1/2 TR 37180 2-3/8 I.F. 65,000 88,400 4-1/8 1-1/2 TR 39860 2-7/8 I.F. 70,000 107,000 4-1/8 1-1/2 DC 46834 2-7/8 I.F. 70,000 107,000 4-1/8 2 TR 44230 2-7/8 I.F. 45,500 70,000 4-3/4 1-7/8 TR 37266 3-1/2 F.H. 80,000 125,000 4-3/4 1-7/8 DC 43858 3-1/2 F.H. 80,000 125,000 4-3/4 2 DC 47057 3-1/2 I.F. 67,000 103,000 5-3/4 2 TR 36307 4-1/2 F.H. 131,000 219,000 5-3/4 2 DC 47016 4-1/2 F.H 131,000 219,000 6-1/4 2 TR 39882 4-1/2 I.F. 190,000 292,000 6-1/4 2 DC 43866 4-1/2 I.F. 190,000 292,000 6-3/8 2 TR 52200 4 I.F. 197,000 311,000 6-1/2 2-1/2 TR 51610 4-1/2 I.F. 160,000 250,000 6-3/4 2-1/2 TR 41398 5-1/2 Reg. 190,000 292,000 6-3/4 2-1/2 DC 46344 5-1/2 Reg. 190,000 292,000 7 2-1/2 TR 43750 4-1/2 I.F. 210,000 332,000 7-1/4 2-1/2 DC 47478 4-1/2 I.F. 235,000 372,000 7-3/4 3 TR 41459 6-5/8 Reg. 208,000 317,000 7-3/4 3 DC 43844 6-5/8 Reg. 208,000 317,000 8-1/4 3 DC 46466 API-61 244,000 386,000 9 3 DC 50600 6-5/8 H90 300,000 474,000 *LH = Left Hand FB = Fullbore TR = Time Regulated DC = Drilling & Coring

Strength After Lifting Max. Pull (lbf) Max. Torque (ft-lbf) 100,000 1,200 135,000 2,200 135,000 2,200 160,000 7,600 106,000 7,600 232,000 8,350 318,000 17,750 248,000 12,580 331,000 15,900 331,000 15,900 320,000 14,000 379,000 29,200 379,000 29,200 364,000 20,000 651,000 34,200 651,000 34,200 726,000 57,300 726,000 57,300 726,000 57,300 975,000 89,500 975,000 89,500 975,000 89,500 975,000 89,500 975,000 89,500 1,390,000 136,000 1,390,000 136,000 1,390,000 136,000 1,390,000 136,000

SPECIFICATIONS FOR N2 JAR BOOSTERS Size, OD x ID (in.) Assembly No. Tool Joint Precharge Pressure (Psi) Max. Load-full stroke (lbf) Stroke (in.) Tool length (ft) Tensile strength (lbf) Torsional strength (lbf)

2-1/4 x 1/2 3-1/16 x 1 49232 48712 1-1/4 Reg. 2-3/8 Reg. 2,000 26,000 11-1/2 9-1/2 135,000 2,200

1,800 40,000 11 9-1/2 190,000 7,600

3-5/8 x 1-15/16 3-3/4 x 1-1/2 4-1/8 x 2 4-3/4 x 1-7/8 4-3/4 x 2 5-3/4 x 2 48764 47948 47750 47802 ---4808 2-3/6 EUE 2-3/8 I.F. 2-7/8 I.F. 3-1/2 I.F. 3-1/2 I.F. 4-1/2 FH 1,800 35,000 11-1/2 9-1/2 238,000 8,750

2,000 45,000 13-1/2 9 268,000 12,600

2,000 45,000 11-1/2 9 342,000 16,000

2,000 60,000 11-1/2 10 475,000 29,000


1,600 50,000 11-1/2 10 475,000 29,000

2,000 100,000 9-1/2 9-1/2 650,000 36,000

6-1/4 x 2 48278 4-1/2 FH 4-1/2 I.F. 2,000 140,000 9/1/02 12 1,160,000 62,500

6-3/4 x 2-1/2 7-3/4 x 3 48500 48920 5-1/2 Reg. 6-5/8 Reg. 2,000 170,000 9/1/02 11 1,270,000 97,400

2,000 145,000 9/1/02 12 1,390,000 136,000

87

Notes


88

Weights of 30’ - 0’ Drill Collars Collar O.D

Bore Collar 1-1/2

1-3/4

2

2-1/4

2-1/2

2-3/4

3

3-1/4

3-1/2

3-1/2

780

720

3-5/8

780

810

4-1/8

1140

1080

1020

4-3/4

1629

1564

1488

1404

1308

5

1824

1759

1683

1599

1503

5-1/4

2028

1962

1887

1803

1707

1602

5-1/2

2244

2178

2103

2019

1923

1818

1704

5-3/4

2469

2403

2328

2244

2148

2043

1929

6

2703

2637

2562

2478

2382

2277

2163

2037

1902

6-1/4

2940

2874

2799

2715

2619

2514

2400

2274

2139

6-1/2

3210

3144

3069

2985

2889

2784

2670

2544

2409

6-3/4

3480

3414

3339

3255

3159

3054

2940

2814

2679

3-3/4

4

7

3750

3684

3609

3525

3429

3324

3210

3084

2949

2802

2649

7-1/4

4020

3954

3879

3795

3699

3594

3480

3354

3219

3072

2919

7-1/2

4320

4254

4179

4095

3999

3894

3780

3654

3519

3372

3219

7-3/4

4620

4554

4479

4395

4299

4194

4080

3954

3819

3672

3519

4-1/4

8

4950

4884

4809

4725

4629

4524

4410

4284

4149

4002

3849

3684

8-1/4

5280

5214

5139

5055

4959

4854

4740

4614

4479

4332

4179

4014

8-1/2

5610

5544

5469

5385

5289

5184

5070

4944

4809

4662

4509

4344

8-3/4

5970

5904

5829

5745

5649

5544

5430

5304

5169

5022

4869

4704

9

6234

6159

6075

5979

5874

5760

5634

5499

5352

5199

5034

9-1/4

6624

6549

5465

6369

6264

6150

6024

5889

5742

5589

5424

9-1/2

6984

6909

6825

6729

6624

6510

6384

6249

6102

5949

5784

9-3/4

7374

7299

7215

7119

7014

6900

6774

6639

6492

6339

6174

10

7689

7605

7509

7404

7290

7164

7029

6882

6729

6564

10-1/4

8109

8025

7929

7824

7710

7584

7449

7302

7149

6984

10-1/2

8499

8415

8319

8214

8100

7974

7839

7692

7539

7374

10-3/4

8949

8865

8769

8664

8550

8424

8289

8142

7989

7824

11

9189

9084

8970

8844

8709

8562

8409

8244

11-1/4

9639

9534

9420

9294

9159

9012

8859

8694

11-1/2

10089

9984

9870

9744

9609

9462

9309

9144

11-3/4

10569

10464

10350

10224

10089

9946

9789

9624

12

11049

10944

10830

10704

10569

10422

10269

10104


89

Notes


90

BOWEN FISHING MAGNETS Bowen Fishing Magnets are used to retrieve all types of small objects having magnetic attraction from bore hole bottoms. Such undrillable objects as bit cones, bearings, slips, tongs pins and milling cuttings can often be retrieved only by magnetic attraction. These Fishing Magnets are particularly valuable for use prior to diamond coring. In a single trip, the Bowen Fishing Magnet will completely clean the hole of these damaging junk items, insuring good performance and safeguarding the valuable bit.

Wire Line Adapter

Bowen Fishing Magnets may be run on wire lines or on pipe. Wire line operations have the advantages of speed and economy. Pipe operations has the great advantage of utilizing the generous circulation holes in the magnet to eliminate settlings above the fish, and to loosen the fish. The first six assemblies (with sucker rod connection), do not have circulation bores. Bowen has Wire Line Adapters available to run between the Magnet and cable head or rope socket. When ordering, specify the required top connection and the Magnet to be used with.

Lipped Guide

Flat Bottom Guide

Cut-Lipped, Flush O.D. Type and Mill Type Guides are available as optional accessories. Order by standard Guide number, specifying type required and Magnet to be used on.

Mill Guide

The Bowen Magnet Charger is designed to induce a strong magnetic charge into bar type fishing magnets. It is able to do big charging jobs with small electrical service. The Bowen Magnet Charger is a pulsed type unit and requires much less electrical power than ordinary continuous type chargers. The Bowen Magnet Charger includes a Power Supply Unit and Magnetizing Coil Unit. The solid state Power Supply Unit converts Alternating Current input into short pulse, high-peak Direct Current output to the Magnetizing Coil. The magnet is placed in the Magnetizing Coil and locked into place by means of adjustable arms which are a part of the magnetic circuit. A push of the button on the Power Supply Unit starts the magnetizing cycle, which automatically shuts off after the short interval of time required to reach peak magnetizing force. Size 14" 20" Bowen Magnet Charger Complete Assembly 71999 71662 W eight…………………….. 5100 7100 Power Supply Unit Part No. 70973 70973 W eight…………………….. 100 100 Magnetizing Coil Unit Part No. 70974 76663 W eight…………………….. 5000 7000 Input Requirements: 100 Amperes, 208-230 Volts, 50/60 Hz., A.C., Single Phase.

The Bowen Magnet Charger can be used to magnetize fishing magnets up to 14 and 20 inches outside diameter. Proper Charge Regardless of the charging method, a Bowen Fishing Magnet is properly charged when it reads 2500 gausses or more on a commercial gauss meter. Lifting capacity is a function of size, contact area and charge. The gauss meter reads the strength of the charge which does not vary because of the size of the magnet.


91

Specifications and Replacement Parts Bowen Fishing Magnets H O L E S IZE

1-1/4 - 2

1-5/8 - 2-1/2

2 - 2-3/4

2-3/8 - 3-1/4

2-3/4 - 3-5/8

3 - 3-3/4

3 - 1/4-4-1/8

4 - 4-1/4

S IZE- - O . D .

1

1-1/4

1-1/2

1-3/4

2-1/4

2-1/2

3

3-1/4

T O P C O N N E C T IO N - - P IN

A P P R O X IMATE P U L L IN LBS . CPMPLETE ASSEMBLY

5/8

5/8

5/8

3/4

3/4

3/4

2-3/8

2-3/8

11-N.C.

S.R.

S.R.

S.R.

S .R.

S .R.

Tbg.

Tbg. 85-190

5-7

8-10

11-14

15-20

25-50

50-85

85-190

P a rt No…

32060

32080

32100

32120

32150

32170

32180

32190

W e ig h t …

1

1-1/2

3-1/4

5

16

18

20

25

Component Parts BODY H O U S ING P O LE P LATE MAGNETIC ELEMENT FLUS H GUIDE

P a rt No…

………..

32081

32101

32121

32151

32171

32181

32191

We ig h t …

………..

1-1/4

1-1/2

3

10

10

11

12-3/4

P a rt No…

32062

32082

32102

32122

32152

32172

32182

32192

We ig h t …

3/4

3/4

1

1

3-1/2

4

4-1/2

6-1/2

P a rt No…

32063

32083

32103

32123

32153

32173

32183

32193

We ig h t …

1/8

1/8

1/4

1/4

1/2

3/4

3/4

1

P a rt No…

32064

32064

32104

32124

32154

32174

32184

32194

We ig h t …

1/8

1/8

1/2

1/2

1-1/2

1-1/2

3

4

P a rt No…

………..

32085

32105

32125

32155

32175

32185

32195

We ig h t …

………..

1/4

1/4

1/2

1/2

3/4

3/4

3/4

P a rt No…

………. .

32085

32105

32125

32155

32175

32185

32195

W e ig h t …

………. .

1/4

1/4

1/2

1

1

1

3

P a rt No…

………. .

32085

32105

32125

32155

32175

32185

32195

W e ig h t …

………. .

1/4

1/4

3/4

1

2

2-3/4

3

ADAPTER 5/8"

P a rt no…

………. .

………..

………..

………. .

………..

………. .

………. .

S UCKER ROD

W e ig h t . .

………. .

………..

………..

………. .

………..

………. .

………. .

ADAPTER 3/4"

P a rt No…

………. .

………..

………..

………. .

………..

………. .

70513

70513

S UCKER ROD

W e ig h t …

………. .

………..

………..

………. .

………..

………. .

12-1/2

12-1/2

Accessories LIP P E D G U IDE MILL G U IDE

……….. ………..

H O L E S IZ E

4-1/4-4-1/2

4-1/2-5

5-1/8-5-1/2

5-5/8-6

6-1/8-6-1/2

6-1/8-6-1/2

6-5/8-7-1/2

7-5/8-8-1/2

S IZE- - O . D .

3-1/2

4

4-1/2

5

5-1/2

5-3/4

6

7


2-3/8

2-3/8

2-7/8

2-7/8

3-1/2

3-1/2

3-1/2

4-1/2

Reg.

AP I R e g .

APIR e g .

A P IR e g .

APIR e g .

APIR e g .

AP I R e g .

A P IR e g .

150-250

175-250

250-320

320-385

385-425

385-425

425-500

550-700

P a rt No…

32210

32230

32240

32260

32270

32280

32290

32300

W e ig h t …

27-1/2

43

67

80

95

106

120

162

A P P R O X IMATE P U L L IN LBS . COMPLETE ASSEMBLY

Component Parts BODY

P a rt No…

32211

32231

32241

32261

32271

32281

32291

32301

We ight…

14

26

40

47

59

75

70

105

P a rt No…

32212

32232

32242

32262

32272

32282

32292

32302

We ight…

7

9-1/4

15-1/2

17

19

16

20

29

P a rt No…

32213

32233

32243

32263

32273

32273

32293

32303

We ight…

1

1-1/4

2

2

2-1/2

2-3/4

3

3-1/2

P a rt No…

32214

32224

32244

32264

32274

32274

32294

32304

We ight…

4-1/2

5

7-1/2

10

11

12

15

19

P a rt No…

32215

32235

32245

32265

32275

32285

32295

32305

We ight…

1

1-1/2

2

4

4

4-1/4

5

5-1/2

P a rt No…

32215

32235

32245

32265

32275

32285

32295

32305

We ig h t …

3-1/4

3-3/4

5

8

8

10

12

20

MILL GUIDE

P a rt No…

32215

32235

32245

32265

32275

32285

32295

32305

We ig h t …

3-1/2

4

4-1/2

8

8

15

17

25

ADAPTER 5/8"

P a rt No…

………..

62250

62252

62252

62254

62254

62254

62256

S UCKER ROD

We ig h t …

………..

13

19

19

33

33

33

48

ADAPTER 3/4"

P a rt No…

………..

62251

62253

62253

62255

62255

62255

62257

S UCKER ROD

We ig h t …

………..

13

19

19

33

33

33

48

H O U S ING POLE PLATE MAGNET ELEMENT FLUSH GUIDE

Accessories LIP P E D G U IDE

* All pull loads listed are based on a magnet engaging a flat surface covering the entire face of the magnet. “Pick up” capability will be reduced considerably when engaging smaller surface areas.


92

Specifications and Replacement Parts Bowen Fishing Magnets

H O L E S IZE

8-5/8-9-3/4

9-7/8-11-5/8

10-1/2-11-7/8

11-3/4-13

12-1/4-14

15

17

20

S IZE- - O . D .

8

9

10

10-1/2

11-1/2

14

16

19


4-1/2

4-1/2

6-5/8

6-5/8

6-5/8

6-5/8

6-5/8

13-3/8 Reed

APIR e g .

AP I R e g .

APIR e g .

AP I R e g .

APIR e g .

AP I R e g .

APIR e g .

V-4 Thd 4200-5000

A P P R O X IMATE P U L L IN LBS . COMPLETE ASSEMBLY

700-850

850-1000

1000-1125

1125-1260

1260-1550

1700-2100

3200-4000

P a rt No…

32310

32330

32340

32350

32370

32380

79183

79189

We ig h t …

205

335

390

431

512

770

1200

1700

P a rt No…

32311

32331

32341

32351

32371

32381

79184

79190

W e ig h t …

121

108

208

215

268

365

550

700

Component Parts BODY

H O U S ING

POLE PLATE

MAGNET ELEMENT

F L U S H G U IDE

P a rt No…

32312

32332

32342

32352

32372

32382

79185

79191

W e ig h t …

40

85

105

110

128

190

300

400

P a rt No…

32313

32333

32343

32343

32373

32383

79186

79192

W e ig h t …

6

9

10

11

15

35

65

120

P a rt No…

32314

32334

32344

32344

32374

32384

73641

79193

W e ig h t …

30

49

55

60

84

153

200

325

P a rt No…

32315

32335

32345

32355

32375

32385

79188

79194

W e ig h t …

10

12

14-1/2

15

17

27

85

125

P a rt No…

32315

32335

32345

32355

32375

32385

………. .

………..

W e ig h t …

27

35

43

47

62

100

………. .

………..

P a rt No…

32315

32335

32345

32355

32375

32385

………. .

………..

W e ig h t …

32

40

55

63

83

120

………. .

………..

ADAP T E R 5 / 8 "

P a rt No…

62256

62256

62258

62258

62258

62258

………. .

………..

S UCKER ROD

W e ig h t …

48

48

95

95

95

95

………. .

………..

ADAP T E R 3 / 4 " S UCKER ROD

P a rt No… W e ig h t …

62257 48

62257 48

62259 95

62259 95

62259 95

62259 95

………. . ………. .

……….. ………..

Accessories LIP P E D G U IDE

MILL GUIDE

How to Order: Specify: (1) Name and Number of Assembly (2) Size --- O.D. (3) Top Connection, if Other than Standard

Recommended Accessories: (1) 1 Lipped Guide (2) 1 Mill Guide

Note: Prices furnished for reference. Individual Parts furnished only for repairs.


93

ITCO TYPE BOWEN JUNK BASKETS (PATENTED) GENERAL DESCRIPTION The BOWEN JUNK BASKET — ITCO TYPE is an uncomplicated yet dependable fishing tool for retrieving all kinds of loose junk. Its simplicity of design, construction, operation and maintenance is such that any drilling crew can use it successfully. With free revolving double catchers, magnet inserts and accessory shoes, the BOWEN JUNK BASKET is indispensable equipment on a rotary drilling rig. USE The BOWEN JUNK BASKET is used to retrieve all sorts of junk that may accumulate at the bottom of a well and which may impede drilling progress. This junk may be such objects as rock bit cones, bearings, broken slips, bits of wire line, various hand tools, slivers and debris from twisted off drill string, milling cuttings, etc. It may also be used to take a core sample, drill a full gauge hole or to ream the hole. CONSTRUCTION The BOWEN JUNK BASKET - ITCO TYPE consists basically of a Barrel, a Top Sub, an Upper Catcher, a Lower Catcher, and a Type "A" Mill Shoe. This type shoe is faced with conventional hard metal on the cutting surfaces. Accessories include Magnet Inserts, Mill Shoes dressed with Itcoloy and Finger Shoes. The two catchers employ rivet-free construction, easily redressed on location. Catcher Fingers are cast from strong, long wearing manganese bronze. The Fingers in the Upper Catcher extend only half way to the center, its function being to break the core when an upward strain is taken on the string. The Lower Catcher has alternately long and short fingers which extend almost to the center, forming a close fitting basket which will retain the core or small pieces of junk. Both Catchers are free to revolve within the Shoe, eliminating Finger breakage.


94

SPECIFICATIONS AND REPLACEMENT PARTS BOWEN JUNK BASKETS - ITCO TYPE Hole Size O. D. Barrel (Top End) O. D. Shoe (Top End) Maximum Diameter of Fish No. of Teeth Complete Assembly Part No. Weight

3-3/4 to 4-1/8 3-5/8 3-5/8 2-11/16 8 14590 55

4-1/4 to 4-1/2 3-3/4 4-1/16 2-15/16 8 14586 60

4-5/8 to 5 3-7/8 4-1/2 3-9/32 8 14595 65

4-5/8 to 5 3-7/8 4-1/2 3-3/8 8 19375 65

5-1/8 to 5-1/2 4-1/4 4-7/8 3-23/32 8 14600 80

5-5/8 to 6 5-1/8 5-1/8 3-25/32 8 2618 80

5-5/8 to 6 4-3/4 5-3/8 4-1/16 8 14605 100

6-1/8 to 6-1/2 5-3/4 5-3/4 4-13/32 8 59996 200

6-1/8 to 6-1/2 5-1/8 5-7/8 4-5/16 8 14610 110

2619 23 2620 40 ………. ………. 21735-W 2-1/2 2625-A 16

14729 29-1/2 14606 48-1/2 14607-W 3 14608-W 3 14609-A 16

59997 42 15134 48 15130-W 3 28349-W 3 2676-A 18-1/2

14730 30-1/2 14611 55 14612-W 3 14613-W 3 14614-A 18-1/2

2625-B 18 2625-C 25

14609-B 18 14609-C 25

2676-B 22 2676-C 30

14614-B 22 14614-C 30

14605 4-3/4 22209 16

2670 5-1/4 22218 18

14610 5-3/8 19406 20

14605 180-205 61862-M 55 M-61863 8 M-61816 47

2670 180-205 61866-M 55 M-61867 8 M-61816 47

14610 180-205 62637-M 55 M-62638 8 M-61816 47

REPLACEMENT PARTS Top Sub Barrel Upper Catcher Lower Catcher Conventional Shoe Type A (Hard Faced)

Part No: Weight Part No: Weight Part No: Weight Part No: Weight Part No: Weight

14725 20-1/2 14591 25 ………. ………. 14593-W 1-1/2 14594-A 8

14726 21-1/2 14587 28 ………. ………. 14589-W 1-1/2 14574-A 8

14727 22 14596 32 ………. ………. 14598-W 2 14599-A 14

14727 22 19376 31 ………. ………. 19377-W 2 19378-A 10

14728 23-1/2 14601 40 ………. ………. 14603-W 2-1/2 14604-A 14

MILL SHOES -- EXTRA Mill Shoe Type B (Itcoloy Faced) Mill Shoe Type C (Itcoloy Faced)

Part No: Weight Part No: Weight

14954-B 10 14594-C 12

14574-B 10 14574-C 12

14599-B 12 14599-C 14

19378-B 12 19378-C 14

14604-B 16 14604-C 18

FINGER SHOES -- EXTRA To Fit Basket No. 14590 14586 14595 19375 14600 2618 Maximum Diameter of Fish 3-1/4 3-13/16 4-1/16 4-1/16 4-1/2 4-1/2 Replacement Part No: 22205 22206 22207 22207 22208 22208 Weight 6 8 10 10 12 12 Finger Shoe replacement is furnished with the same O.D. as the standard shoe unless otherwise specified.

MAGNET INSERTS -- EXTRA To Fit Basket No. Total Pull in Lbs. Complete Assembly Part No: Weight Adapter Part No: Weight Magnetic Part No: Assembly Weight

14590 45-55 61842-M 16 M-61843 2 M-61812 14

Recommended Spare Parts: 1) 2 Upper Catchers 2) 2 Lower Catchers 3) 2 Mill Shoes 4) 2 Finger Shoes 5) 4 Finger Shoe Replacements

14586 45-55 61838-M 16-1/2 M-61839 2-1/2 M-61812 14

14595 80-100 61858-M 29 M-61859 3 M-61814 26

19375 80-100 61858-M 29 M-61859 3 M-61814 26

14600 80-100 61852-M 32 M-61853 4 M-61814 28

2618 80-100 61852-M 32 M-61853 4 M-61814 28

Note: It is recommended that Shoes be at least 1/8” over the Barrel size.


95

SPECIFICATIONS AND REPLACEMENT PARTS BOWEN JUNK BASKETS - ITCO TYPE Hole Size O. D. of Barrel (Top End) O.D. Shoe (Top End) Maximum Diameter of Fish Number of Teeth Complete Assembly Part No. Weight

6-1/8 to 6-1/2 5-1/4 5-7/8 4-1/2 8 19379 110

6-5/8 to 7

7-1/4 to 8

8-1/4 to 9

5-3/4 6-1/4 4-13/16 8 14615 125

6-1/2 7-1/8 5-7/16 8 14620 160

7-1/2 8-1/8 6-3/16 8 14625 205

9-1/4 to 10-1/8 8-1/2 9-1/8 7-3/16 10 14630 255

10-1/4 to 11-5/8 9-3/8 10-1/8 8-1/16 12 14635 290

11-3/4 to 12-1/2 10-3/8 11-1/4 9-1/16 12 14640 360

12-5/8 to 15 11-3/8 12-1/4 10-1/16 12 14645 450

15 to 20

14735 94 14636 117 14637-W 12 14638-W 12 14639-A 55

14736 128 14641 134 14642-W 14 14643-W 14 14644-A 70

14737 140 14646 170 14647-W 20 14648-W 20 14649-A 100

14738 155 14651 265 14652-W 30 14653-W 30 14654-A 175

14639-B 62 14639-C 72

14644-B 72 14644-C 82

14649-B 110 14649-C 125

14654-B 190 14654-C 215

14635 9-15/16 22214 64

14640 11 22215 71

14645 11-7/8 22216 89

14650 15-1/4 22217 160

13-3/4 14-1/2 12-1/16 16 14650 655

REPLACEMENT PARTS Top Sub Barrel Upper Catcher Lower Catcher Conventional Shoe Type A (Hard Faced)

Part No: Weight Part No: Weight Part No: Weight Part No: Weight Part No: Weight

19380 30-1/2 19381 55 19382-W 3 19383-W 3 19384-A 18-1/2

14731 42 14616 55 14617-W 4 14618-W 4 14619-A 20

14732 53 14621 68 14622-W 5 14623-W 5 14624-A 28

14733 67 14626 85 14627-W 7 14628-W 7 14629-A 38

14734 86 14631 102 14632-W 8 14633-W 8 14634-A 49

MILL SHOES - EXTRA Mill Shoe Type B (Itcoloy Faced) Mill Shoe Type C (Itcoloy Faced)

Part No: Weight: Part No: Weight:

19384-B 22 19384-C 30

14619-B 25 14619-C 33

14624-B 34 14624-C 43

14629-B 44 14629-C 51

14634-B 56 14634-C 66

FINGER SHOES - EXTRA To Fit Basket Number Maximum Diameter of Fish Replacement Part No: Weight:

19379 5-3/8 19406 20

14615 5-29/32 22210 28

14620 6-1/2 22211 29

14625 7-1/4 22212 37

14630 8-1/8 22213 45

Finger Shoe replacement is furnished with the same O.D. as the standard show unless otherwise specified.

MAGNET INSERTS -- EXTRA To Fit Basket No. Total Pull in Lbs. Complete Assembly Part No: Weight Adapter Part No: Weight Magnetic Part No: Assembly Weight

19379 180-205 61868-M 59 M-61869 12 M-61816 47

14615 250-290 61874-M 77 M-61875 14 M-61818 63

14620 310-360 61949-M 98 M-61950 19 M-61822 79

14625 425-495 61955-M 120 M-61956 24 M-61824 96

14630 620-720 61959-M 182 M-61960 32 M-61826 150

14635 930-1080 61969-M 268 M-61970 47 N-61828 221

14640 1265-1440 61977-M 331 M-61978 65 N-61830 266

14645 1265-1440 61979-M 353 M-61980 87 N-61830 266

14650 1740-2050 61987-M 467 M-61988 113 P-61834 354

Recommended Spare Parts: 1) 2 Upper Catchers 2) 2 Lower Catchers 3) 2 Mill Shoes 4) 2 Finger Shoes 5) 4 Finger Shoe Replacements


96

Rock Bit Cone Dimensions 2 Cone Bits A

Size

B

3 Cone Bits A

B

3-3/4 - 4-1/8

1-32/32

2-45/64

4-1/4 - 4-1/2

2-13/64

2-59/64

4-5/8 - 5

2-11/32

3-13/64

5-1/8 - 5-1/2

2-41/64

3-17/64

5-5/8 - 6

3-1/8

4-1/64

6-1/8 - 6-1/2

3-7/64

4-3/16

6-5/8 - 7

3-7/16

4-9/16

7-1/8 - 7-1/2

3-45/64

4-27/32

3-45/64

5-17/32

7-5/8 - 8

3-31/32

5-17/64

4-11/32

6-7/64

8-1/8 - 8-1/2

4-3/8

5-25/32

4-11/32

6-15/16

8-5/8 - 9

4-17/32

6-1/32

9-1/8 - 9-1/2

4-9/16

6-13/32

The Cone sizes shown are the nominal Hughes Tool Company Cone Dimensions” and are the maximum for the size indicated in

4-7/8

7

9-5/8 - 9-7/8

4-15/16

6-41/64

5-23/64

7-19/32

10-1/2 - 11-1/2

5-27/64

7-5/32

5-63/64

8-27/64

11-3/4 - 12-1/2

6-1/8

7-61/64

12-5/8 - 13-1/8

6-5/16

8-31/64

13-1/2 - 14-1/4

7-1/32

8-13/16

14-1/2 - 15

7-25/64

9-19/32

16

9-27/32

10-1/8

17 - 17-1/2

8-13/64

11-11/64

18-1/2 - 18-7/8

8-25/32

11-23/64

20

9-1/2

11-7/8

22

10-15/32

14-1/64

24

10-15/16

14-9/16

26

12-29/64

14-31/64


the middle column. They may be used as a guide in Junk Fishing Operations.

97

Notes


98

BOWEN REVERSE CIRCULATION JUNK BASKETS PATENTED

GENERAL DESCRIPTION The BOWEN REVERSE CIRCULATION JUNK BASKETS are designed to effectively catch junk by utilizing the reverse circulation principle. Small junk objects may be successfully deflected into this Junk Basket and retrieved, which would not be fished out by other junk baskets. The tool's unique reverse circulation feature insures very complete recovery of junk, and eliminates misruns. Its design also retains a drain through the tool that eliminates the possibility of pulling a wet string even though the inner barrel is plugged by the core. This tool may also be converted into an effective Fishing Magnet which still retains the reverse circulation feature. USE The BOWEN REVERSE CIRCULATION JUNK BASKETS are used to retrieve all types of junk that accumulates at the bottom of a well. This junk may be such objects as rock bit cones and bearings, broken slips, bits of wire line, various hand tools, slivers and debris from twisted-off drill strings, milling cuttings, etc. In operation the circulating fluid is jetted outwardly and downwardly against the full circumference of the hole, where it is deflected in a manner that directs all objects into the long hollow barrel of the basket. CONSTRUCTION The BOWEN REVERSE CIRCULATION JUNK BASKETS consist basically of a Barrel, a Top Sub, a Junk Catcher, a Shoe, and a Valve Assembly. A Lifting Sub is provided for ease of handling the Junk Basket and provides a storage place for the Steel Ball.


99

Specifications and Replacement Parts Bowen Reverse Circulation Junk Baskets 3-3/4-4

4-1/8-4-1/2

4-5/8-5

5-1/8-5-1/2

5-5/8-6

6-1/8-6-1/2

6-5/8-7-3/8

O.D. OF BARREL

HOLE SIZE

3-5/8

4

4-1/2

4-7/8

5-1/8

5-3/4

6-1/4

7

MAXIMUM DIAMETER OF FISH

2-1/4

2-1/2

3-1/16

3-9/16

3-3/4

4-3/8

4-3/4

5-1/8

TOP CONNECTION

2-3/8

2-3/8

2-7/8

2-7/8

3-1/2

3-1/2

4-1/2

4-1/2

6

6

8

8

8

8

8

8

Part No. ..

6635

7295

4448

44572

2618

51670

2677

2554

Weight… ..

85

98

108

128

142

185

238

293

2493

NUMBER OF TEETH ON MILL

COMPLETE ASSEMBLY

7-1/2-8-1/4

REPLACEMENT PARTS

TOP SUB

BARREL

VALVE CUP

Part No. ..

6636

7296

4449

4573

2619

51671

2678

Weight… ..

24

29

25

42

57

74

99

113

Part No. ..

6637

7297

4450

4574

2620

51672

2679

2555

Weight… ..

48

51

54

57

62

85

108

136

Part No. ..

6638

6638

4451

4451

2621

2621

2621

2570

Weight… ..

STEEL BALL

Part No. ..

3

3

4

4

5

5

5

7

6640

6640

4453

4453

2623

2623

2623

2572

15/16

15/16

1-1/8

1-1/8

1-3/8

1-3/8

1-3/8

1-11/16

3/16

3/16

1/4

1/4

1/2

1/2

1/2

3/4

6639

6639

4452

4452

2622

2622

2622

2571

VALVE Seat

Weight… ..

1/8

1/8

1/6

1/6

1/5

1/5

1/5

1/4

J UNK CATCHER

Part No. ..

21795-W

21855-W

21780-W

18940-W

21735-W

28349-W

21750-W

21725-W

ASSEMBLY*

Weight… ..

1-1/4

1-1/2

2

3

3

4-1/2

4-1/2

7

MILL SHOE

Part No. ..

6642-A

7299-A

4455-A

4576-A

2625-A

51674-A

2683-A

2556-A

TYPE A

PICK UP SUB

Weight… ..

8

10

12

13

14

16

18

28

Part No. ..

4568

4568

424

.....

425

425

1849

1849

Weight… ..

9

9

12

.....

17

18

45

45

2556-B

MILL S HOES MILL SHOE

Part No. ..

6642-B

7299-B

4455-B

4576-B

2625-B

51674-B

2683-B

TYPE B

Weight… ..

8

10

12

13

14

16

18

28

MILL SHOE

Part No. ..

6642-C

7299-B

4455-B

4576-B

2625-B

51674-B

2683-B

2556-B

TYPE C

Weight… ..

9

11

14

15

16

19

21

31

FINGER SHOES MAXIMUM DIAMETER OF FISH

COMPLETE ASSEMBLY

BODY

REPLACEMENT

3-1/4

3-3/4

4-1/16

4-1/2

4-3/4

5-17/32

5-29/32

6-3/4

Part No. ..

6643

7300

4456

4577

22208

51675

2739

2740

Weight… ..

16

20

24

27

30

36

42

60

Part No. ..

6643-2

7300-2

4456-2

4577-2

22208-2

51675

2739-2

2740-2

Weight… ..

10

10

14

15

14

14

14

28

Part No. ..

6643-1

7300-1

4456-1

4577-1

22208-1

51676-1

2739-1

2740-1

Weight… ..

6

8

10

12

16

22

28

32

MAGNET INSERT TO FIT ASSEMBLY NO.

TOTAL PULL IN LBS. MAGNET INSERT ASSEMBLY Consisting Of:

MAGNETIC INSERT ASSEMBLY

ADAPTER

Part No. ..

6635

7295

4448

4572

2618

2670

2677

2554

45 to

45 to

45 to

80 to

80 to

125 to

180 to

250 to

55

55

55

100

100

145

205

290

61836

61848

61840

61850

61852

61866

61872

61876

Weight… ..

16

19

20

34

35

48

57

77

Part No. ..

61810

61812

61812

61814

61814

61816

61818

61820

Weight… ..

4

5

6

6

7

8

10

14

Part No. ..

61837

61849

61841

61851

61853

61867

61873

61948

Weight… ..

12

14

14

28

28

40

47

63

HOW TO ORDER: Specify (1) Name and Number of Assembly or Part (2) O.D. and Type of Shoe (3) Top Connection Desire

RECOMMENDED SPARE PARTS: (1) 2 Junk Catchers (2) 2 Mill Shoes (3) 1 Valve Cup (4) 1 Valve Seat

RECOMMENDED ACCESSORIES: (1) 2 Finger Shoes (2) 4 Finger Shoe Replacements (3) 1 Magnet Insert

NOTE: Finger Shoe replacement is furnished with the same O.D. as standard Shoe unless otherwise specified * See Catcher Assembly tables for parts breakdown. Weatherford Fishing Tool Manual January 2003

100

Specifications and Replacement Parts Bowen Reverse Circulation Junk Baskets HOLE SIZE

8-3/8 - 9-1/2

9-5/8 - 10-5/8

10-3/4 - 11-5/8

11-3/4 - 12-1/2

12-5/8 - 13-5/8

13-3/4 - 16

16 - 17-1/2

O.D. OF BARREL

7-7/8

9-1/8

10-1/8

11

11-7/8

13

15


6-1/16

7-1/16

7-5/8

8-5/16

8-1/2

9-13/16

11

TOP CONNECTION

5-1/2

6-5/8

6-5/8

6-5/8

6-5/8

6-5/8

6-5/8


8

10

10

12

12

14

16

Part No…

2567

2659

2684

2690

2696

2702

2708

Weight…

374

441

576

665

797

932

1563

Part No…

2568

2660

2685

2691

2697

2703

2709

Weight…

154

179

203

226

257

286

530

BARREL

Part No…

2569

2661

2686

2692

2698

2704

2710

Weight…

166

193

279

322

399

462

734

VALVE CUP

Part No…

2570

2662

2662

2662

2662

2662

2662

7

9

9

9

9

9

9

STEEL BALL

Part No…

2572

2665

2665

2665

2665

2665

2665

Diameter .

1-11/16

2-1/4

2-1/4

2-1/4

2-1/4

2-1/4

2-1/4

Weight…

3/4

2

2

2

2

2

2

VALVE SEAT

Part No…

2571

2663

2663

2663

2663

2663

2663

Weight…

1/4

3/4

3/4

3/4

3/4

3/4

3/4

JUNK CATCHER

Part No…

18725-W

14633-W

21755-W

21760-W

21840-W

21770-W

21775-W

Weight…

7-1/2

9

16

20

25

40

90

MILL SHOE TYPE A

Part No…

2574-A

2668-A

2689-A

2695-A

2701-A

2707-A

2713-A

Weight…

36

43

61

78

94

124

218

PICK UP SUB

Part No…

426

427

427

427

427

427

427

Weight…

55

79

79

79

81

83

83

2713-B

COMPLETE ASSEMBLY

Replacement Parts TOP SUB

Mill Shoes M ILL SHOE TYPE B M ILL SHOE TYPE C

Part No…

2574-B

2668-B

2689-B

2695-B

2701-B

2707-B

Weight…

36

43

61

78

94

124

218

Part No…

2574-C

2668-C

2689-C

2695-C

2701-C

2707-C

2713-C

Weight…

39

48

68

83

102

131

225

Finger Shoes M A XIMUM DIAMETER OF FISH

7-23/32

9

9-15/16

11

11-7/8

13

15-1/4

Part No…

2741

2742

2743

2744

2745

2746

2747

Weight…

81

102

135

154

213

276

351

BODY

Part No…

2741-2

2742-2

2743-2

2744-2

2745-2

2746-2

2747-2

Weight…

37

50

64

83

124

154

191

REPLACEMENT

Part No…

2741-1

2742-1

2743-1

2744-1

2745-1

2746-1

2747-1

Weight…

44

52

64

71

89

122

160

2567

2659

2684

2690

2696

2702

2708

310 to 360

620 to 720

620 to 720

930 to 1080

930 to 1080

1265 to 1440

1740 to 2050 61985

COMPLETE ASSEMBLY

Magnet Insert TO FIT ASSEMBLY NO. TOTAL PULL IN LBS. MAGNET INSERT ASSEMBLY

Part No…

61953

61961

61963

61973

61975

61981

consisting of:

Weight…

97

174

186

266

281

348

485

MAGNETIC ASSEMBLY

Part No…

61822

61826

61826

61828

61828

61830

61832

Weight…

18

24

36

45

60

82

131

ADAPTER

Part No…

61954

61966

61968

61974

61976

61982

61986

Weight…

79

150

150

221

221

266

354




NOTE: Finger Shoe replacement is furnished with the same O.D. as standard Shoe unless otherwise specified * See Catcher Assembly tables for parts breakdown.


101

Specifications and Replacement Parts Bowen Reverse Circulation Junk Baskets (W7R Type) HOLE SIZE

3-3/4 - 4-1/8

4-1/4 - 4-1/2

4-5/8 - 5

5-1/8 - 5-1/2

5 - 5/8-6

6-1/8 - 7

7-1/8 - 7-1/2

O.D. OF BARREL

3-5/8

4-1/8

4-1/2

4-7/8

5-3/8

5-7/8

6-3/4


2-3/4

3

3-3/8

3-5/8

4-1/16

4-5/8

5-1/4

TOP CONNECTION

2-3/8

2-3/8

2-3/8

2-7/8

2-7/8

3-1/2

3-1/2

6

6

8

8

8

8

8

Part No…

7724

7727

7731

7734

7737

7743

7747

Weight…

78

85

95

108

141

173

223

Part No…

6636

7728

4449

4573

7738

7744

7748

Weight…

24

30

35

42

63

77

104

BARREL

Part No…

7725

7729

7732

7735

7739

7745

7749

Weight…

41

43

46

50

61

73

90

VALVE CUP

Part No…

6638

6638

6638

4451

4451

2621

2621

Weight…

3

3

3

4

4

5

5

STEEL BALL

Part No…

6640

6940

6640

4453

453

2623

2623

NO. OF TEETH ON MILL COMPLETE ASSEMBLY


Weight…

3/16

3/16

3/16

1/4

1/4

1/2

1/2

Diameter

15/16

15/16

15/16

1-1/8

1-1/8

1-3/8

1-3/8

Part No…

6639

6639

6639

4452

4452

2622

2622

Weight…

1/8

1/8

1/8

1/6

1/6

1/5

1/5

JUNK CATCHER ASSEMBLY

Part No…

21810-W

21815-W

21805-W

18940-W

21820-W

21830-W

18935-W

Weight…

1-1/2

1-1/2

2

3

3

3-1/2

6

MILL SHOE TYPE A

Part No…

6982-A

6987-A

6960-A

6992-A

6997-A

7004-A

7009-A

Weight…

7

7-1/2

8-1/2

9-1/2

11

14

19

PICK UP SUB

Part No…

4568

4568

4568

424

424

425

425

Weight…

8

8

8

12

13

18

19

MILL SHOE TYPE B

Part No…

6982-B

6987-B

6960-B

6992-B

6997-B

7004-B

(Itcoloy Faced)

Weight…

7

7-1/2

8-1/2

9-1/2

11

14

19

MILL SHOE TYPE C

Part No…

6982-C

6987-C

6960-C

6992-C

6997-C

7004-C

7009-C

(Itcoloy Faced)

Weight…

8

8-1/2

10

10-1/2

13

16

21

VALVE SEAT

Mill Shoes 7009-B

Finger Shoes MAXIMUM DIAMETER OF FISH

3-1/4

3-13/16

4-1/16

4-1/2

5

5-11/16

6-1/2

Part No. ..

7726

7730

7733

7736

7740

7746

7750

Weight…

15

19

24

27

33

41

52

BODY

Part No. ..

7726-2

7730-2

7733-2

7736-2

7740-2

7746-2

7750-2

Weight…

9

11

14

15

17

19

23

REPLACEMENT

Part No. ..

7726-1

7730-1

7733-1

7736-1

7740-1

7746-1

7750-1

Weight…

6

8

10

12

16

22

29

7224

7727

7731

7734

7737

7743

7747

45 TO 55

45 TO 55

80 TO 100

80 TO 100

125 TO 145

180 TO 205

250 TO 290 61876

COMPLETE ASSEMBLY


Part No. ..

61842

61838

61860

61856

61864

61870

consisting of:

Weight…

16

16-1/2

29

32

45

55

73

MAGNETIC ASSEMBLY

Part No. ..

61812

61812

61814

61814

61816

61818

61820

Weight…

2

2-1/2

3

4

5

8

10

ADAPTER

Part No. ..

61843

61839

61861

61857

61865

61871

61948

Weight…

14

14

26

28

40

47

63




NOTE: Finger Shoe replacement is furnished with the same O.D. as standard Shoe unless otherwise specified * See Catcher Assembly tables for parts breakdown.


102

Specifications and Replacement Parts Bowen Reverse Circulation Junk Baskets (W7R Type) (Continued) H O L E S IZE

7-5/8 - 8-1/2

8-5/8 - 9-1/2

9-5/8 - 10-3/8

10-1/2 - 11-5/8

11-3/4 - 13-3/8

O.D. OF BARREL

7-5/16

8-3/16

9-1/8

9-7/8

11

12-3/4

M A XIM U M D IA M E T E R O F F I S H

5-5/8

6-1/2

7-1/8

7-3/4

8-5/8

9-15/16

TOP CONNECTION

4-1/2

4-1/2

5-1/2

5-1/2

6-5/8

6-5/8

8

10

10

10

12

14

Part No. ..

7751

7754

7757

7760

7764

7767

W eight…

280

380

407

484

597

794

Part No. ..

7752

7755

2660

7761

2691

7768

Weight…

126

158

179

197

226

278

BARREL

Part No. ..

7753

7756

7758

7762

7765

7769

Weight…

115

145

164

210

277

390

VALVE CUP

Part No. ..

2570

2570

2662

2662

2662

2662

Weight…

7

7

9

9

9

9

S TEEL BALL

Part No. ..

2572

2572

2665

2665

2665

2665

NO. OF TEETH ON MILL COMPLETE ASSEMBLY

13-1/2 - 15


Weight…

3/4

3/4

2

2

2

2

Diameter

1-11/16

1-11/16

2-1/4

2-1/4

2-1/4

2-1/4

Part No. ..

2571

2571

2663

2663

2663

2663

Weight…

1/4

1/4

3/4

3/4

3/4

3/4

JUNK CATCHER ASSEMBLY

Part No. ..

18936-W

18720-W

21835-W

18945-W

21840-W

21850-W

Weight…

7-1/2

8

9

16

21

40

M ILL SHOE TYPE A

Part No. ..

7014-A

7019-A

7023-A

7028-A

7033-A

7038-A

Weight…

25

32

41

51

63

86

P ICK UP SUB

Part No. ..

1849

1849

426

426

427

427

Weight…

45

46

59

59

79

83

M ILL SHOE TYPE B

Part No. ..

7014-B

7019-B

7023-B

7028-B

7033-B

7038-B

(Itcoloy Faced)

Weight…

25

32

41

51

63

86

M ILL SHOE TYPE C

Part No. ..

7014-C

7019-C

7023-C

7028-C

7033-C

7038-C

(Itcoloy Faced)

Weight…

28

37

47

59

71

93

VALVE SEAT

Mill Shoes

Finger Shoes M A XIMUM DIAMETER OF FISH

7-1/4

8-1/8

9

9-3/4

11

12-1/2

Part No. ..

7342

7343

7759

7763

7766

7770

Weight…

70

86

102

130

154

276

BODY

Part No. ..

7342-2

7343-2

7759-2

7763-2

7766-2

7770-2

Weight…

33

41

50

61

83

154

REPLACEMENT

Part No. ..

7342-1

7343-1

7759-1

7763-1

7766-1

7770-1

Weight…

37

45

52

69

71

122

7751

7754

7757

7760

7764

7767

310 TO 360

425 TO 495

620 TO 720

620 TO 720

930 TO 1080

1265 TO 1440 61981

COMPLETE ASSEMBLY


Part No. ..

61951

61957

61961

61963

61971

consisting of:

Weight…

93

113

172

178

259

322

MAGNETIC ASSEMBLY

Part No. ..

61822

61824

61826

61826

61828

61830

Weight…

14

17

24

28

38

56

ADAPTER

Part No. ..

61952

61958

61966

61968

61972

61982

Weight…

79

96

150

150

221

266

RECOMMENDED SPARE PARTS: (1) 2 Junk Catchers (2) 2 Mill Shoes (3) 1 Valve Cup (4) 1 Valve Seat (5) 1 Steel Ball NOTE: Finger Shoe replacement is furnished with the same O.D. as standard Shoe unless otherwise * See Catcher Assembly tables for parts breakdown. HOW TO ORDER: Specify (1) Name and Number of Assembly or Part (2) O.D. and Type of Shoe (3) Top Connection Desire



specified

103


Size

B

3 Cone Bits A

B

3-3/4 - 4-1/8

1-32/32

2-45/64

4-1/4 - 4-1/2

2-13/64

2-59/64

4-5/8 - 5

2-11/32

3-13/64

5-1/8 - 5-1/2

2-41/64

3-17/64

5-5/8 - 6

3-1/8

4-1/64

6-1/8 - 6-1/2

3-7/64

4-3/16

6-5/8 - 7

3-7/16

4-9/16

7-1/8 - 7-1/2

3-45/64

4-27/32

3-45/64

5-17/32

7-5/8 - 8

3-31/32

5-17/64

4-11/32

6-7/64

8-1/8 - 8-1/2

4-3/8

5-25/32

4-11/32

6-15/16

8-5/8 - 9

4-17/32

6-1/32

9-1/8 - 9-1/2

4-9/16

6-13/32


4-7/8

7

9-5/8 - 9-7/8

4-15/16

6-41/64

5-23/64

7-19/32

10-1/2 - 11-1/2

5-27/64

7-5/32

5-63/64

8-27/64

11-3/4 - 12-1/2

6-1/8

7-61/64

12-5/8 - 13-1/8

6-5/16

8-31/64

13-1/2 - 14-1/4

7-1/32

8-13/16

14-1/2 - 15

7-25/64

9-19/32

16

9-27/32

10-1/8

17 - 17-1/2

8-13/64

11-11/64

18-1/2 - 18-7/8

8-25/32

11-23/64

20

9-1/2

11-7/8

22

10-15/32

14-1/64

24

10-15/16

14-9/16

26

12-29/64

14-31/64



104

BOWEN FULL FLOW TYPE REVERSE CIRCULATION JUNK BASKETS [PATENTED] GENERAL DESCRIPTION The BOWEN FULL FLOW TYPE REVERSE CIRCULATION JUNK BASKETS are designed to effectively catch junk by utilizing the reverse circulation principle. Small junk objects may be successfully deflected into this Junk Basket and retrieved, which would not be fished out by other junk baskets. The tool's unique reverse circulation feature insures very complete recovery of junk, and eliminates misruns. Its design also retains a drain through the tool that eliminates the possibility of pulling a wet string even though the inner barrel is plugged by the core. This tool may also be converted into an effective Fishing Magnet which still retains the reverse circulation feature. USE The BOWEN FULL FLOW TYPE REVERSE CIRCULATION JUNK BASKETS are used to retrieve all types of junk that accumulates at the bottom of a well. This junk may be such objects as rock bit cones and bearings, broken slips, bits of wire line, various hand tools, slivers and debris from twisted-off drill strings, milling cuttings, etc. In operation the circulating fluid is jetted outwardly and downwardly against the full circumference of the hole, where it is deflected in a manner that directs all objects into the long hollow barrel of the basket. CONSTRUCTION BOWEN FULL FLOW TYPE REVERSE CIRCULATION JUNK BASKETS consist basically of a Barrel, a Top Sub, Junk Catcher(s), a Shoe, a Filter, a Valve Assembly and a Pick Up Sub. The Valve Assembly consists of a Ball, a Ball Seat, a Ball Seat Retainer, four Shear Pins, and Seals.


105

These Junk Baskets are available with one ( 1) Junk Catcher Assembly or they can be provided with two (2) on request. EXPLANATION OF MECHANISM The BOWEN FULL FLOW TYPE REVERSE CIRCULATION JUNK BASKETS are designed to retrieve all types of small objects such as bit cones, tong pins, hammers, mill cuttings, and similar junk. Its unique principle of reverse fluid circulation insures more complete recovery of junk in the hole and eliminates misruns. Full Flow Type Valve Assembly The Full Flow Type reverse circulation is obtained the same way as the Standard Type. The unique feature of the Full Flow Type is in the Valve Assembly. Sometimes when the Standard Type is being lowered into the well toward a fish, pieces of shale, shell, etc., break away from the walls, sift up through the catchers, and clog the valve which starts the reverse flow action prematurely when it is not desirable. The Full Flow is designed to seal off the cavity used in the reverse circulation until it is needed. When dressed for running in the hole, the Ball Seat of the Full Flow type is fastened to the Ball Seat Retainer with Shear Pins. This blocks off the reverse circulation ports and provides a "washpipe" between the Top Sub and Barrel so that flow will be directed through the I.D. to keep the Barrel washed clean while going in the hole. When the Basket is over the fish, the ball is dropped and seated, pump pressure causes the pins to shear, the Ball Seat drops down to a matching beveled shoulder of the Valve Assembly part of the barrel which opens the cavity, and reverse circulation starts. (See illustration) ACCESSORIES Mill Shoes The BOWEN FULL FLOW TYPE CIRCULATION JUNK BASKETS are furnished with a standard Type "A" Mill Shoe. This is a mill type with side wings. It is recommended that Itcoloyfaced Mill Shoes be considered. The Type "B" Mill Shoe is similar in design to the Type "A" but is hard-faced with BOWEN ITCOLOY. ITCOLOY is a material composed of sintered tungsten carbide in an extremely tough matrix which will effectively and rapidly mill up junk during the fishing operation.


106

Specifications and Replacement Parts Bowen Junk Basket - Reverse Circulation - Full Flow HOLE SIZE

4-1/8 - 4-1/2

4-5/8 - 5

6-1/8 - 6-1/2

7-1/2 - 8-1/4

8-3/8 - 9-1/2

9-5/8 - 10-5/8

10-3/4 - 11-5/8

11-3/4 - 12-1/2

0.D. OF BARREL

4

4-1/2

5-3/4

7

7-7/8

9-1/8

10-1/8

11

M A XIMUM DIAMETER OF FISH

2-1/2

3-1/16

4-3/8

5-1/8

6-1/16

7-1/16

7-11/16

8-5/16

TOP CONNECTION

2-3/8

2-7/8

3-1/2

4-1/2

5-1/2

6-5/8

6-5/8

6-5/8


6

8

8

8

8

10

10

12

Part No………

71226

70702

71127

70908

70923

71198

71218

70910

Weight……….

103

112

195

305

390

460

600

695

COMPLETE ASSEMBLY


Part No………

71227

71104

71125

70935

70926

71202

71219

70920

W eight……….

28

24

73

112

152

177

201

224

Part No………

71230

71116

71115

70911

70924

71203

71220

70921

W eight……….

53

56

88

139

170

196

283

329

Part No………

70699

70851

70851

67354

67354

67168

67168

67168

W eight……….

1-3/8

1-1/4

1-1/4

1-5/8

1-5/8

2

2

2

BALL SEAT

Part No………

70850

70850

70850

67153

67353

67167

67167

67167

RETAINER

W eight

1

1

1

1-1/4

1-1/4

1-3/4

1-3/4

1-3/4

SHEAR PIN

Part No………

70852

70852

70852

67175

67175

67175

67175

67175

4 Req'd.

W eight……….

1/16

1/16

1/16

1/8

1/8

1/8

1/8

1/8

UPPER JUNK

Part No………

22070-W

22070-W

15130-W

22050-W

21640-W

14632-W

25235-W

31046-W

CATCHER ASSEMBLY*

W eight……….

1-1/2

2

4-1/2

5

7

9

11

15

LOWER JUNK

Part No………

21855-W

21780-W

28349-W

21725-W

18725-W

14633-W

18945-W

21760-W

CACTHER ASSEMBLY*

W eight……….

1-1/2

2

4-1/2

7

7-1/2

9

16

20

FILTER

Part No………

70854

70854

70854

70731

70731

70764

70764

70764

W eight……….

1-1/2

1-1/2

1-3/4

2-1/4

2-1/2

3

3

3

Part No………

71228

70909

71124

72070

72081

71199

72080

72071

W eight……….

15

20

31

28

36

50

61

78

Part No………

6640

4453

4453

2572

2572

2665

2665

2665

Diameter……

15/16

1-1/8

1-1/8

1-11/16

1-11/16

2-1/4

2-1/4

2-1/4

W eight………

1/8

1/4

1/4

3/4

3/4

2

2

2

RETAINER O-RING

Part No………

27-34

27-34

30-21

30-26

30-26

30-26

30-26

30-26

SEAL

W eight……….

1/32

1/32

1/32

1/16

1/16

1/16

1/16

1/16

UPPER SEAT

Part No………

27-28

27-28

37-28

30-9

30-9

30-13

30-13

30-13

O-RING SEAL

W eight……….

1/32

1/32

1/32

1/32

1/32

1/32

1/32

1/32

LOWER SEAT

Part No………

27-20

27-20

27-20

30-2

30-2

30-7

30-7

30-7

O-RING SEAL

W eight………

1/32

1/32

1/32

1/32

1/32

1/32

1/32

1/32

BARREL BALL SEAT

MILL SHOE STEEL BALL

Optional P ICK UP SUB

Part No…….

4568

424

425

1849

426

427

427

427

W eight………

9

12

18

45

55

79

79

79

FINGER TYPE SHOE

Part No…….

7300

……..

2738

……..

2741

2742

2743

……..

Consists Of:

W eight………

20

……..

37

……..

83

105

135

……..

FINGER TYPE SHOE

Part No…….

7300-1

……..

2738-1

……..

2741-1

2742-1

2743-1

……..

REPLACEMENT

W eight………

8

……..

22

……..

44

52

64

……..

FINGER TYPE SHOE

Part No…….

7300-2

……..

2738-2

……..

2741-2

2742-2

2743-2

……..

SHOE BODY

W eight……..

10

……..

14

……..

37

50

64

……..

FINGER TYPE

Part No…….

……..

4456-2

……..

2740-2

……..

…….

…….

2744-2

COLLAR

W eight……..

……..

14

……..

28

……..

…….

…….

83

FINGER

Part No…….

……..

4456-1

……..

2740-1

……..

…….

…….

2744-1

REPLACEMENT

W eight……..

……..

10

……..

32

……..

…….

…….

71

P IP E P L U G

Part No…….

61520

61520

61521

61522

61523

61523

61523

61523

W eight……..

3/4

3/4

1

1

1-1/4

1-1/4

1-1/4

1-1/4

MAGNET INSERT

Part No…….

……..

61840

61866

61876

61953

61961

61963

61973

ASSEMBLY

W eight……..

……..

20

48

77

97

174

186

186

T-W RENCH

Part No…….

72067

72067

72067

72069

72069

72068

72068

72068

W eight……..

2

2

2

2-1/4

2-1/4

2-1/2

2-1/2

3

LOWER CATCHER

Part No…….

21855-WK

21780-WK

15130-WK

21725-WK

18725-WK

14633-WK

18945-WK

21760-WK

REPAIR KIT

W eight……..

1/2

1/2

1/2

1/2

1/2

1/2

1/2

1/2

UPPER CATCHER

Part No…….

21855-WK

22075-WK

28349-WK

22050-WK

21640-WK

14632-WK

25235-WK

31046-WK

REPAIR KIT

W eight……..

1/2

1/2

1/2

1/2

1/2

1/2

1/2

1/2

VALVE REPAIR KIT

Part No…….

72064

72062

72063

82058

72061

72065

72059

72060

W eight……..

1/4

1/4

1/4

1/4

3/8

3/8

3/8

3/8

RECOMMENDED SPARE PARTS: (1) 2 Junk Catchers (2) 2 Mill Shoes (3) 1 Valve Cup (4) 1 Valve Seat (5) 1 Steel Ball (6) 4 Valve Repair Kits (7) 2 Catcher Repair Kits (for each assembly) NOTE: Finger Shoe replacement is furnished with the same O.D. as standard Shoe unless otherwise specified * See Catcher Assembly tables for parts breakdown. Miscellaneous O-Ring Seals are normally furnished in sealed plastic bags of 10, 25, or100 pieces each to prevent deterioration. Other quantities will be furnished in unsealed packages. Packing Sets, however, will always be furnished in sealed plastic bags.

HOW TO ORDER: Specify (1) Name and Number of Assembly or Part (2) O.D. and Type of Shoe (3) Top Connection Desired



107


Size

B

3 Cone Bits A

B

3-3/4 - 4-1/8

1-32/32

2-45/64

4-1/4 - 4-1/2

2-13/64

2-59/64

4-5/8 - 5

2-11/32

3-13/64

5-1/8 - 5-1/2

2-41/64

3-17/64

5-5/8 - 6

3-1/8

4-1/64

6-1/8 - 6-1/2

3-7/64

4-3/16

6-5/8 - 7

3-7/16

4-9/16

7-1/8 - 7-1/2

3-45/64

4-27/32

3-45/64

5-17/32

7-5/8 - 8

3-31/32

5-17/64

4-11/32

6-7/64

8-1/8 - 8-1/2

4-3/8

5-25/32

4-11/32

6-15/16

8-5/8 - 9

4-17/32

6-1/32

9-1/8 - 9-1/2

4-9/16

6-13/32


4-7/8

7

9-5/8 - 9-7/8

4-15/16

6-41/64

5-23/64

7-19/32

10-1/2 - 11-1/2

5-27/64

7-5/32

5-63/64

8-27/64

11-3/4 - 12-1/2

6-1/8

7-61/64

12-5/8 - 13-1/8

6-5/16

8-31/64

13-1/2 - 14-1/4

7-1/32

8-13/16

14-1/2 - 15

7-25/64

9-19/32

16

9-27/32

10-1/8

17 - 17-1/2

8-13/64

11-11/64

18-1/2 - 18-7/8

8-25/32

11-23/64

20

9-1/2

11-7/8

22

10-15/32

14-1/64

24

10-15/16

14-9/16

26

12-29/64

14-31/64



108

Types of Rotary Shoes TYPE B ROTARY SHOE

TYPE C ROTARY SHOE

Type A Rotary Shoe is used to cut metal on the fish without cutting the casing. Cuts on the inside diameter (I.D.) and the bottom. Does not cut on the outside diameter (O.D.)

Type B Rotary Shoe is used for washing over a fish and cutting metal or formation in the open hole. Cuts on the outside diameter (O.D.) and the bottom. Does not cut on the inside diameter (I.D.)

Type C Rotary Shoe is used for washing over and cutting metal, formation or cement. Cuts freely on the i n s i d e diameter (I.D.), the outside diameter (O.D.), and the bottom.

TYPE D ROTARY SHOE

TYPE E ROTARY SHOE

TYPE F ROTARY SHOE

Type D Rotary Shoe is used to cut metal on fish without cutting the casing where clearances are limited. Cuts on the inside diameter (I.D.) and the bottom. Does not cut on the outside diameter (O.D.)

Type E Rotary Shoe is used for washing over a fish and cutting metal, formation or cement in the open hole where clearances are limited. Cuts on the outside diameter (O. D.) and the bottom. Does not cut on the inside diameter (I.D.)

Type F Rotary Shoe is used to size and dress the top of a fish inside of the casing. Makes a tapered cut on the inside diameter (I.D.), and cuts on the bottom. Does not cut on the outside diameter (O.D.)

TYPE A ROTARY SHOE

TYPE G ROTARY SHOE

TYPE H ROTARY SHOE

TYPE I ROTARY SHOE

Type G Rotary Shoe is used for washing over and cutting metal, formation or cement in the open hole with limited inside clearances. C u t s on the inside diameter (I.D.), the outside diameter (O.D.), and the bottom.

Type H Rotary Shoe is used for washing over and cutting metal in the open hole with limited clearance on the outside diameter (O. D.). Cuts on the inside diameter (I.D.), the outside diameter (O.D.), and the bottom.

Type I Rotary Shoe is used for washing over and cutting formation on l y . Mi11 tooth design permits maximum circulation. Cuts on the bottom only. Does not cut on the outside diameter (O.D.), or ins i d e diameter (I.D.)

TYPE J ROTARY SHOE

TYPE K ROTARY SHOE

Type J Rotary Shoe is used for washing over and cutting formation only. Mill tooth design with side wings permits maximum circulation. Cuts on the bottom and on the outside diameter (O.D.). Does not cut on the inside diameter (I. D.)

Type K Rotary Shoe is used for washing over and cutting on the bottom face only. Does not cut on the outside diameter (O.D.) or the inside diameter (I.D.)


109

DRILLPIPE

500’

WASHPIPE

300’

FISH

Effect of Shortening Washpipe in a Crooked Hole


110


111

18.00 18.00

SI

X-LINE

WP

WP

5

5

5-3/8

20.00 23.00

WP

WP

WP

WP

WP

WP

WP

WP

X-LINE

WP

5-3/4

5-3/4

6

6

6-3/8

7

7-3/8

7-5/8

7-5/8

8

7.250

6.875

6.875

6.625

6.276

5.625

5.240

5.352

4.960

5.126

4.892

4.892

4.670

4.276

4.276

4.000

3.826

3.750

3.340

3.186

3.238

2.992

(in.)

.375

.375

.375

.375

.362

.375

.380

.324

.380

.313

.304

.304

.353

.362

.362

.375

.337

.313

.330

.313

.250

.254

(in.)

8.010

5.860

5.360

(in.)

7.125

6.750

6.750

6.500

6.151

5.500

5.115

5.227

4.875

5.000

4.653

4.767

4.500

4.151

4.151

3.875

3.701

3.625

3.215

3.061

3.113

2.867

(in.)

6,600

3,700

5,650

5,725

4,970

4,250

3,870

3,170

3,400

2,700

2,700

2,370

2,900

2,460

2,700

2,390

1,800

1,660

1,370

1,225

1,015

850

26,400

25,300

22,600

22,900

19,880

17,000

15,500

12,700

13,500

10,800

11,800

9,480

11,600

9,850

9,550

9,590

7,220

6,650

5,600

5,050

4,050

3,400

Torque Strength (Lbs./Ft.) (Lbs./Ft.)

•All Strength Shown are Maximum Value •Recommended Connection Make-up Torque = 25% of Torsional Yield Strength (Does not Apply to X-line Connections) •+ Calculations are for N-80 Grade Pipe Only

31.00

29.70

29.70

29.00

26.00

24.00

22.50

18.00

17.00

5-1/2

16.87

WP

X-LINE

5-1/2

19.50

17.52

14.98

WP

4-1/2

13.58

13.20

4-3/4

WP

4

11.70

WP

WP

3-13/16

9.30

9.20

(Lbs./Ft.)

362,900

385,000

378,500

341,300

315,200

288,300

276,300

238,800

246,500

222,800

220,000

209,700

222,800

218,532

259,000

181,400

181,200

158,700

153,6707

138,500

108,700

97,400

Stre ngth (Lbs.)+

51

56

55

52

52

51

49

52

49

52

55

52

47

52

61

44

51

50

51

50

45

47

%

We ight Ins ide Wall Upset Drift Rec. Torsional Joint Te ns ile Joint Plain End Diameter Thick Diameter Diameter M ake -up Yie ld Yie ld Efficie ncy

4-3/8

WP

WP

3-1/2

3-3/4

Type

Inche s

Size and Connection

Wash Pipe Specifications

7

6-9/16

6-5/8

6-3/8

6

5-3/8

5

5-1/8

4-3/4

4-7/8

4-5/8

4-5/8

4-1/4

4

4

3-3/4

3-1/2

3-1/2

3-1/6

3

3

2-11/16

7-1/8

6-11/16

6-3/4

6-1/2

6-1/8

5-1/2

5-1/8

5/1-4

4-7/8

5

4-3/4

4-3/4

4-1/2

4-1/8

4-1/8

3-7/8

3-11/16

3-5/8

3-1/4

3-1/8

3-1/8

2-7/8

Rec. O.D. M ax. O.D. Inche s Inche s

Washover Size


112

X-LINE

WP

WP

WP

WP

WP

WP

95/8

9-5/8

10-34

11-3/4

13-3/8

16

16

109.00

81.97

72.00

54.00

49.50

43.50

43.50

40.00

36.00

35.50

39.50

(Lbs./Ft.)

14.688

15.010

12.347

10.880

9.850

8.755

8.755

8.150

7.825

7.626

7.185

(in.)

.656

.495

.514

.435

.450

.435

.435

.425

.450

.406

.470

(in.)

13.750

10.100

8.010

(in.)

14.500

14.823

12.259

10.724

9.694

8.525

8.599

7.994

7.600

7.453

7.057

(in.)

62,580

36,500

17,650

14,250

13,000

4,700

9,920

9,950

7,500

9,150

250,300

146,100

70,600

57,000

52,100

48,500

39,700

39,800

30,000

36,600

Torque Strength (Lbs./Ft.) (Lbs./Ft.)

1,791,600

1,147,600

549,800

606,000

543,800

701,000

458,400

475,200

404,900

457,500

Strength (Lbs.)+

52

52

44

52

50

64

50

51

51

51

%

Weight Inside Wall Upset Drift Rec. Torsional Joint Tensile Joint Plain End Diameter Thick Diameter Diameter Make-up Yield Yield Efficiency

•All Strength Shown are Maximum Value •Recommended Connection Make-up Torque = 25% of Torsional Yield Strength (Does not Apply to X-line Connections) •+ Calculations are for N-80 Grade Pipe Only

WP

9

WP

8-3/8

WP

WP

8-1/8

8-5/8

Type

Inches

Size and Connection

Wash Pipe Specifications

14

14-1/4

11-1/2

10-1/8

9-3/8

8-1/4

8-3/8

7-7/8

7-1/2

7-1/4

6-15/16

14-1/4

14-3/4

12

10-5/8

9-5/8

8-1/2

8-1/2

8

7-11/16

7-3/8

7-1/16

Rec. O.D. Max. O.D. Inches Inches

Washover Size

BOWEN INTERNAL CUTTER (PATENTED) GENERAL DESCRIPTION BOWEN INTERNAL CUTTERS are ruggedly built, efficient tools for cutting tubing, casing or drill pipe. Sizes ranging from 1.900" tubing up to 20-3/4" casing are available. BOWEN INTERNAL CUTTERS are manufactured to exacting standards of interchangeability, permitting relative ease of maintenance after use and the redressing of a basic assembly to cut alternate sizes of pipe. (See Specification table for sizes, part numbers and "can be dressed to cut" sizes) USE The BOWEN INTERNAL CUTTER is used to cut tubing, casing or drill pipe. It may be run on "macaroni" tubing, tubing or drill pipe, depending upon the diameter of the pipe to be cut. CONSTRUCTION The BOWEN INTERNAL CUTTER consists essentially of a Wiper Block (or a Drag Spring Assembly) to accomplish setting in the pipe, Slips and Cone Assembly to anchor the tool, a Main Spring to assist in maintaining uniform feed to the Knives, wedge-like Knife Blocks to drive the Knives upward and outward to engage the pipe, and especially hardened and ground Knives for easy, efficient pipe cutting. A feature of the BOWEN INTERNAL CUTTER is the "Automatic Bottom" which permits the operator to set the cutter easily at any desired depth, to release the tool by simply pulling upward, and to reset at another depth - all without coming out of the hole. OPERATION The BOWEN INTERNAL CUTTER should be thoroughly examined to assure that it is properly assembled, all threaded connections made up tightly and that it is properly dressed for the size pipe to be cut. Refer to the Reassembly Procedure and the Specification Chart on the following pages for the correct assembly, part numbers and dimensions. The BOWEN INTERNAL CUTTER is made up on the bottom of the cutting string. The cutting string may be "macaroni" tubing or drill pipe, as the diameter of the pipe to be cut and the circumstances dictate. Weatherford Fishing Tool Manual January, 2003

113

RUNNING IN Before lowering in the well, check the BOWEN INTERNAL CUTTER to be sure that the Automatic Bottom is fully engaged. This engagement holds the cutter in a released position with the Slips and Knives retracted while running into or out of the well. CAUTION: Avoid right-hand rotation as the BOWEN INTERNAL CUTTER is lowered into the well because right-hand rotation will release the Automatic Bottom and set the cutter in operating position. If this should occur, slowly raise the cutting string and the Wickered Sleeve will be reengaged by the Grip Jaws to reset the cutter in running position. CONVENTIONAL CUTTING PROCEDURE Upon reaching the desired cutting depth, the BOWEN INTERNAL CUTTER is anchored by slowly rotating to the right while slowly lowering the run-in string. The Wiper Blocks (or Drag Springs) resist rotation and lowering by maintaining friction on the pipe. This disengages the Automatic Bottom from the Grip Jaws. Continued lowering or "creeping" of the run-in string causes the Cone to move the Slips upward and outward to anchor the cutter in the pipe. The Mandrel is free to travel downward under the Knife Blocks forcing the Knives upward and outward to start the cut. Slight additional weight is applied while slowly rotating to the right. The Main Spring in the upper part of the cutter is partially compressed by the applied weight and assists in maintaining a uniform feed to the Knives. Cutting is accomplished by slow rotation to the right (10 to 18 rpm) with just enough weight being applied gradually to feed the Knives into the metal. Care should be exercised not to try to hurry the cutting operation as excess weight will cause the Knives to dig into the pipe burning the Knife points. For best operation, the run-in string is lowered in 1/16 " intervals - never more than 1/8 ''- a total lowering of 1-1/4 " will complete the cut. Free rotation, with little or no reverse torque, indicates that the cut is completed. To prove the cut, increase the rotating speed; and if no increase in torque is noted, it will indicate that the cut has been successfully completed. Weatherford Fishing Tool Manual January, 2003

114

ACCESSORY - BOWEN COLLAR FINDER BOWEN COLLAR FINDERS are available for all sizes of BOWEN INTERNAL CUTTERS. They enable the operator to locate the nearest collar at the cutting depth. With this information, the operator can then set the Cutter above or below the located collar and thus avoid the possibility of attempting to cut within a collar. Furthermore, by making the cut either immediately above or below the located Collar it is possible to salvage the pipe in more usable lengths. BOWEN COLLAR FINDERS assemble in the bottom of the Bottom Nut of the Cutter. A Bottom Nut with a threaded plug is substituted for the standard nut. The Collar Locators are yieldably pressed outwardly by the Collar Locator Springs at angles that permit free lowering into pipe. However, when the assembly is elevated, the upper ends of the Collar Locators will engage in the first encountered space between two joints of pipe and thus locate the exact position of the joint. After the joint is located, the Collar Finder may be released by exerting sufficient upward pull to break the Shear Pin. When the Shear Pin is sheared, the Collar Locators drop into the Sleeve and are retained therein. To prepare the Collar Finder for the next run, it is necessary simply to replace the Shear Pin. During the running in of the string it is necessary at intervals to elevate the string slightly in order to remove the rig table slips or spider slips. All BOWEN COLLAR FINDERS are, therefore, equipped with a Spring, and this Spring will absorb over eight inches of elevation before any pressure is exerted directly on the Shear Pin. Thus the possibility of snapping the Shear Pin during the running in of the string is eliminated. COLLAR LOCATION At the cutting depth, elevate the cutting string slowly until a slight but noticeable jarring reaction occurs in the string. Mark the string at this point. The BOWEN COLLAR FINDER is now within a located collar. From this point, locate the Knives of the Cutter at the desired point either above or below the located collar. BOWEN COLLAR FINDER MAINTENANCE To guard against failures and to prolong the life of the tool, the Collar Finder should be thoroughly serviced after each group of runs. Weatherford Fishing Tool Manual January, 2003

115

SPECIFICATIONS AND REPLACEMENT PARTS BOWEN INTERNAL CUTTER - ITCO TYPE

Principal Parts of all Cutters are Shown in the Column Under and Assembly No. and May be Adapted to Cut All Other Sizes in its Range by Substituting the Parts Shown Under a Given “Can Be Dressed to Cut” Table. This includes the “Extra” Parts. Designed To Cut

1.9 Tub.

Minimum O.D. I.D. Standard Assembly With Drag Spring or Wiper Block Complete Assembly Part No. Weight

1-1/2 Solid D.S.

1-13/16 Solid D.S.

2-1/4 Solid D.S.

2-1/4 Solid D.S.

2-5/8 ½ W.B.

4-1/2 F.H.D.P. 4-1/2 F.H.D.P. 4-1/2 Csg. 2-1/2 Solid D.S.

2-7/8 Tub.

2-7/8 Tub. 3-1/2 I.F.D.P.

3-1/2 O.D. Tub. 4 Tub. 4 ½ Tub.

25940 15

2174 16-1/2

8505 22

9176 28-1/2

8570 39

9465 39

8844 54

9081 71

5 O.D. Csg.

6 O.D. Csg.

7 O.D. Csg.

9-5/8 O.D. Csg.

11-3/4 Csg.

13 & 133/8 O.D. Csg.

20 Csg.

5-1/2 Csg.

6-5/8 Csg. 7 Csg.

10-3/4 Csg. 113/4 Csg.

12 L..P.

18-5/8 Csg.

20-3/4 Csg.

4 5/8 W.B.

5 1 W.B.

7-5/8 Csg. 8 Csg. 81/2 Csg. 5-11/16 1-1/2 W.B.

8-5/8 & 9 O.D. Csg. 9-5/8 Csg.

16 Csg.

Designed To Cut

7-1/4 2 W.B.

8-1/4 2-1/4 W.B.

3-1/4 W.B.

11-3/4 3-1/4 W.B.

14-1/2 5 W.B.

18-5/8 5 W.B.

8200 130

14785 180

8745 251

15532 410

15080 680

41876 900

19525 1120

21240 1150

19760 1200

2-7/8 I.F.D.P. 27/8 Tub.

Can Be Dressed to Cut

Can Be Dressed to Cut

Minimum O.D. I.D. Standard Assembly With Drag Spring or Wiper Block Complete Assembly Part No. Weight

2-3/8 Tub.


4-1/2 I.F.D.P. 4-1/2 Csg. 4-3/4 Csg. 5 Csg.

5 I.U.D.P

3-3/8 Solid W.B.

3-3/8 Solid D.S.

116

Bowen External Tubing and Drill Pipe Cutters Bowen External Cutters are automatic spring-fed cutters that provide fast, efficient, external cutting and recovery of long sections of tubing, drill pipe or casing. The spring-fed feature prevents excessive strain from being applied from the rig floor, which could cause the knives to burn or break before the cut is made. The Body of the Bowen External Cutter is designed so that when an upward strain is taken on the cutting string (and the Spring Dog Assembly has engaged a tool joint or collar), the downward travel of the Spring Dog Assembly and the Thrust Washers is limited to compressing the Main Spring and to shearing the Feed Ring Shear Pin. Thereafter the Knives are fed for the cutting operation only by the Main Spring. A Thrust Bearing Assembly assures smooth, low-friction rotation of the cutter. The Spring Dog is designed to catch under the coupling to actuate the cutter and retain the cut-off section of the pipe. It is effective for use with couplings, collars or squared shoulder tool joints. It is standard and will be furnished unless an alternate optional catcher assembly is specified. The optional Ratchet Pawl Assembly is used if the pipe being cut has external upset integral tool joints. This assembly may also be used with couplings.

Bowen External Cutter Assembly Dressed with Ratchet Pawl Assembly

Bowen External Cutter Assembly Dressed with Spring Dog Assembly Weatherford Fishing Tool Manual January, 2003

117

Cutter Exploded View


118

Specifications and Replacement Parts Bowen Standard External Cutters S IZE PIPE TO CUT

1.050

1.315

1.660

1.500

2-1/16

2-3/8

2-3/8

3-1/2 D.P.

4"

1.315

THRU

THRU

THRU

THRU

THRU

THRU

4" D.P.

THRU

Tub.

2-3/8 Tub.

2-3/8 Tub.

2-7/8 Tub.

3-1/2 Tub.

3-1/2 Tub.

4" Tub.

5" D.P.

5-3/4 Csg.

M A X. SIZE W ILL PASS OVER

1.552

3-1/16

3-1/8

3-3/4

4-1/4

4-1/2

4-3/4

6-1/4

6-1/2

I.D. OF CUTTER

1-5/8

3-1/8

3-1/4

3-7/8

4-3/8

4-5/8

4-7/8

6-3/8

6-5/8

O.D. OF CUTTER

2-5/16

3-7/8

4-1/2

4-11/16

5-5/8

5-7/8

6-1/16

7-5/8

8-1/8

M IN. SIZE HOLE TO RUN IN:

2-7/16

4-1/8

4-3/4

4-15/16

5-7/8

6-1/8

6-1/4

8-1/4

8-5/8

32848

47127

47167

47210

47309

47264

47360

47422

47541

4-1/2" D.P.

COMPLETE ASSEMBLY

Part No. ..

Optional (continued) RACKET PAWL (6 req'd)

Part No. ..

13668

32946

47183

47220

47317

47277

47369

47428

Weight…

5 Req'd.

1-16

1/16

1/16

3/32

3/32

3/32

3/32

47549 3/32

PAWL SPRING (6 Req'd.)

Part No. ..

14213

15656

14829

18729

14829

14829

14829

14829

47443

Weight…

5 Req'd.

1/32

1/32

1/32

1/32

1/32

1/32

1/32

1/32

PAWL PIN (6 Req'd.)

Part No. ..

37011

33128

37019

33128

37031

47253

37019

37031

47550

Weight…

5 Req'd.

SLIP ASSEMBLY

Part No. ..

1/32

1/32

1/32

1/8

1/8

1/8

1/8

1/8

47133

47185

47221

47319

47279

47371

47430

47551

consisting of:

Weight…

9-1/8

11-1/8

12

19

21-1/4

31-3/4

46-3/4

73

SLIP

Part No. ..

47134

47186

47222

47320

47280

47372

47431

47552

Weight…

3-1/2

1-1/8

4-1/4

5-1/2

6

13

17

19

SLIP BOWL

Part No. ..

47135

47187

47223

47321

47281

47373

47432

47553

Weight…

1

1-1/8

1

1

1-1/4

1-3/4

4-1/4

6-1/2

SLIP BOWL RETAINER

Part No. ..

47136

47188

47224

47322

47282

47374

47433

47554

Weight…

4-1/4

8-1/2

6-1/4

12

13-1/2

16-1/2

25

47

SLIP SPRING

Part No. ..

47137

47189

47225

47323

47283

47375

47434

47556

Weight…

1/8

1/8

1/4

1/4

1/4

1/4

1/4

1/4

SLIP BOWL SHEAR PIN

Part No. ..

47208

47208

47208

47324

47324

47324

47435

47555

(4 Req'd.)

Weight…

1-16

1/16

1/16

1/16

1/16

1/16

1/8

1/8

SLIP ADAPTER

Part No. ..

47130

47170

47213

47311

47267

47364

47425

47544

SINGLE PAWL SPACER

Part No. ..

Weight… Weight… LOAD REQUIRED TO SHEAR

32890

12

11

14

15

17

18

19

20

47141

47190

47227

47326

47286

47378

47437

47557

2

4

7

8-1/2

14-1/2

7-1/2

22

35

60

280

285

637

285

637

637

637

637

637

570

570

1,275

570

1,275

1,275

1,275

1,275

1,275

4,125

4,125

4,125

8,285

8,285

8,285

8,285

8,285

16,500

16,500

16,500

33,150

33,150

33,150

33,150

33,150

EACH SHEAR PIN-LBS. DOUBLE SHEAR STRENGTH-LBS. LOAD REQUIRED TO SHEAR EACH SLIP BOWL SHEAR PIN-LBS. QUADRUPLE SHEAR

**See Load Required to Shear Each Slip Bowl Shear Pin and Quadruple Shear Strengths at the Bottom of this Table. How To Order: Specify: (1) Name and Number of Assembly or Part (2) Size, Weight and Type of Washpipe Top Connection. (3) Any desired optionals by name and number. (4) Any desired spares by name and number.

Recommended Spares: (1) 2 Spring Dog, Ratchet Pawl, or Slip Assebmlies. (2) 1 Feed Ring. (3) 24 Shear Pins. (4) 6 sets Knives. (5) 2 sets Knife Pins. (6) 1 set Knife Pin Screws.


119

Standard External Cutters Maximum Length and Load of Tubing or D.P. to be Picked Up With

E x t e r n a l Cutter Knives

R a t c h e t P a w ls

Tubing or

Cutter

Le n g t h

Load

Le n g t h

Lo a d

D.P . S ize

No.

Ft.

Lb s .

Ft.

Lbs.

1 .050" Tbg.

32848

1,650

1,985

1 ,7 0 0

2,000

1 .315" Tbg.

1,500

2,800

2 ,0 0 0

3,600

1 .315" Tbg.

666

1,200

888

1,600

1 .660" Tbg.

583

1,400

875

2,100

552

1,600

965

2,800

2-1/16" Tbg.

500

1,700

1 ,0 2 9

3,500

2-3/8" Tbg.

468

2,200

1 ,4 0 0

6,600

1 .660" Tbg.

2,420

5,800

3 ,6 3 0

8,740

2,275

6,600

3 ,4 3 0

9,940

2-1/16" Tbg.

2,088

7,100

3 ,1 5 0

1 0 ,7 2 5

2-3/8" Tbg.

1,830

8,600

2 ,8 0 4

1 2 ,9 0 0

1 .900" Tbg.

379

1,100

420

1,225

347

1,180

375

1,275

2-3/8" Tbg.

276

1,300

275

1,290

2-7/8" Tbg.

260

1,700

300

1,930

2-1/16" Tbg.

1,545

5,250

2 ,3 2 0

7,875

1,212

5,700

1 ,8 5 0

8,735

2-7/8" Tbg.

1,061

6,900

1 ,6 1 0

1 0 ,5 0 0

3-1/2" Tbg.

1,000

9,300

1 ,5 1 5

1 4 ,1 0 0

1,307

8,500

1 ,9 6 5

1 2 ,7 5 0

1,258

1 1 ,7 0 0

1 ,9 0 5

1 7 ,7 0 0

1 .900" Tbg.

1 .900" Tbg.

2-1/16" Tbg.

2-3/8" Tbg.

2-7/8" Tbg. 3-1/2" Tbg.

47127

47167

47210

47264

47309


120

Standard External Cutters Maximum Length and Load of Tubing or D.P. to be Picked Up With EXTERNAL CUTTER KNIVES

RATCHET PAWLS

TUBING O R

CUTTER

LENGTH

LOAD

LENGTH

LOAD

D.P . S IZE

NO.

FT.

LBS.

FT.

LBS .

2-3/8 " Tbg.

500

2 ,3 5 0

750

3 ,525

2-7/8 " Tbg.

415

2 ,7 0 0

625

4 ,070

387

3 ,6 0 0

570

4 ,555

4 " Tb g .

436

4 ,8 0 0

655

7 ,200

3-1/2 " D.P .

315

4 ,7 9 0

470

7 ,180

325

5 ,1 0 0

500

7 ,750

4-1/2 " D.P .

295

5 ,9 0 0

450

8 ,925

5 " D.P .

395

7 ,7 0 0

600

1 1 ,6 2 5

3-1/2 " D.P .

350

5 ,4 0 0

525

8 ,100

4 " D.P .

380

5 ,9 5 0

570

8 ,925

335

6 ,7 0 0

500

1 0 ,1 2 5

5 " D.P .

446

8 ,7 0 0

745

1 3 ,0 9 0

5-1/2 " D.P .

412

10,400

640

1 5 ,6 4 0

5-3/4 " C s g .

550

12,400

830

1 8 ,6 4 0

5 " D.P .

287

5 ,6 0 0

440

8 ,440

5-1/2 " D.P .

250

6 ,3 0 0

380

9 ,490

311

7 ,0 0 0

465

1 0 ,5 4 0

6 "Csg.

335

7 ,7 0 0

500

1 1 ,5 0 0

6-5/8 " C s g .

288

9 ,2 0 0

400

1 2 ,4 5 0

7 " Csg.

250

9 ,9 0 0

375

1 5 ,1 5 0

7-5/8 " C s g .

410

16,000

600

2 2 ,6 6 0

3-1/2 " Tbg.

4 " D.P .

4-1/2 " O .D.

5-3/4 " C s g .

47360

47422

47541

52689

NOTE: These are maximum static loads. If shock loaded, reduce values 50%.


121

Bowen Hydraulic External Cutters

Bowen Hydraulic External Cutters are hydraulically actuated mechanical tubing and drill pipe cutters. The cutters provide fast, efficient, smooth cutting, and are capable of cutting and recovering strings of tubing or drill pipe. The Cutter Knives are fed entirely by pump pressure, thus giving the operator sensitive control. Simple, yet rugged, Bowen Hydraulic External Cutters are composed of a Top sub, Body, Guide, a set of knives, and a Segmented Piston Assembly. Two Shear Pins hold the Piston in a “running in” position until they are sheared to begin the cut. The Piston Assembly is composed of a Rubber Ring and set of interlocking, conical piston segments. The segments are held in a contracted position by a tough Rubber Ring stretched around the end of the segments in a suitable groove. Each piston segment has a fluid passage which is engineered to simultaneously pass fluid for flushing, cooling, and restricting the fluid flow for ample pumpdown force on the knives to effect the cut. To operate, assemble the cutter using the proper size and type of Piston Assembly. Run the cutter into the hole to cutting depth. When cutting depth is reached, open the fill-up and standpipe valves just enough to shear the shear pins. Begin slow rotation; 15 to 25 RPM. Slowly close the bypass valve again to pump fluid down the working string. This will begin feeding the knives to start the cut. The amount of pressure and gallons per minute required depends on the size cutter and piston assembly being used. Use extreme caution to avoid surging of pump pressure when starting a cut. Pressure surging causes the string length to contract and expand, moving the cutter up and down. This motion prevents the knives from remaining in one position when starting a cut. A rough chattering action followed by the smoothing of the rotary will signal the completion of the cut. Bring the cut section out and strip it from the washpipe. Do not spud coming out of the hole.


122

HYDRAULIC EXTERNAL CUTTERS

Assembly No.

PISTON SEGMENT O.D.

I.D.

Assembly

Maximum O.D. Size

No.

70086

34415

70209

41727

34551

51148

35957

79215

3-3/4

4-1/16

4-7/16

4-11/16

5-5/8

6-1/16

8

4-9/16

2-7/8

3-3/16

3-5/8

3-7/8

4-5/16

4-7/8

6-1/2

Piston Segment Will Pass

70091

2-1/16

2-3/4

70094

1.900

2-7/16

70097

1.600

2-3/8

70100

1.315

2-5/16

34425

2-3/8

3-1/16

34427

2-1/16

2-7/8

34429

1.900

2-13/16

34432

1.660

2-11/16

34434

1.315

2-9/16

70232

2-7/8

3-7/16

70214

2-3/8

3-3/16

70217

2-1/16

3-1/8

70219

1.900

3-1/16

41733

2-7/8

3-3/4

41736

2-3/8

3-9/16

41738

2-1/16

3-3/8

41740

1.900

3-3/8

53881

4

4-3/16

34559

3-1/2

4-1/8

34562

2-7/8

4-1/16

34565

2-3/8

4

34568

2-1/16

4

51151

4

4-13/16

51230

3-1/2

4-3/4

51345

2-7/8

4-5/8

51344

2-3/8

4-1/2

35963

5

6-3/8

35966

4-1/2

6-1/4

35968

4

5-7/8

35971

3-1/2

5-7/8

3-13/16


3-9/16

123

Maximum Length and Load of Tubing & D.P. to be Picked up with Hydraulic External Cutter Knives and Approximate Pressure and G.P.M. Required to Make Cut. Tubing or

Cutter

Length

Load

Approx.

Approx.

D.P. Size

No.

(Ft.)

(Lbs.)

PSI

GPM

1,979

7,910

30 - 40

200

1,400

4,060

25 - 35

220

1.600 Tbg.

1,293

3,100

20 - 30

125

1.315 Tbg.

1,409

2,530

20 - 30

120

2-3/8 Tbg.

710

3,340

35 - 45

200

2-1/16 Tbg.

785

2,670

30 - 40

200

862

2,500

25 - 35

220

1.660 Tbg.

916

2,200

20 - 30

125

1.315 Tbg.

1,033

1,860

20 - 30

120

2-7/8 Tbg.

410

3,570

15 - 25

145

360

2,140

15 - 25

135

2-1/16 Tbg.

536

2,140

15 - 25

120

1.900 Tbg.

534

1,550

10 - 20

125

2-7/8 D.P.

142

1,480

20 - 30

200

2-3/8 D.P.

186

1,240

20 - 30

180

275

1,780

15 - 25

130

2-3/8 Tbg.

290

1,360

15 - 25

120

2-1/16 Tbg.

345

1,140

10 - 20

100

1.900 Tbg.

388

1,128

10 - 20

125

3-1/2 D.P.

814

12,620

45 - 55

230

3-1/2 Tbg.

1,650

16,800

30 - 40

180

1,320

8,586

20 - 30

220

2-3/8 Tbg.

1,470

6,900

15 - 25

225

2-1/16 Tbg.

1,794

6,100

15 - 25

210

4 Tbg.

436

4,800

30 - 40

200

387

3,600

20 - 30

160

2-7/8 Tbg.

415

2,700

15 - 25

125

2-3/8 Tbg.

500

2,350

15 - 25

135

5 D.P.

460

9,040

10 - 20

180

350

7,030

10 - 15

160

4 D.P.

393

6,170

10 - 15

160

3-1/2 D.P.

330

5,160

10 - 15

140

2-1/16 Tbg. 1.900 Tbg.

1.900 Tbg.

2-3/8 Tbg.

2-7/8 Tbg.

2-7/8 Tbg.

3-1/2 Tbg.

4-1/2 D.P.

70086

34415

70209

41727

34551

51148

35957


124

HOUSTON ENGINEERS, INC. ADVANTAGES: The "DH" Cutter has been designed to washover, cut and recover stuck tubing in lengths of cuts up to 1,500 feet. Unlike most external cutters, the initial run of the rotary shoe and washover pipe is eliminated, thus saving as much as fifty percent of valuable rig time ordinarily required for such operations. The releasability feature virtually eliminates the expensive repair charges normally incurred when the cut cannot be made. Other outstanding features of the "DH" Cutter are: 1. Designed stronger than nominal sized washover pipe. 2. Not necessary to remove the washpipe from the hole before making additional cuts. 3. The overshot assembly, knives, and operation of the cutter in general can be checked with the recovered tubing before stripping tubing from the washpipe. 4. Unaffected by temperature, hydrostatic pressures, fluid movement or pump pulsation.

Sleeve, Knives, Drive Body and either a Slip Dog Overshot or T-Dog Overshot Assembly. The type overshot assembly used is governed by the type of tubing to be cut. A. The Slip Dog Overshot is used on tubing with integral joints such as "CS" Hyd. B. The T- Dog Overshot is used on the standard collared tubing. Both dependable overshot assemblies will catch and release their respective tubing. All releasing operations require only right hand rotation, and the overshots will automatically return to the catch position after releasing. This releasing method allows removal of the kelly for making connections or other operations. The cutting elements of the "DH" cutter are well supported and are tungsten carbide inserted to assure numerous cuts. The knives are protected by the knife actuator until put in the cutting position, and then spring fed to assure proper feeding, eliminating the possibility of excess loading. The lower connection will allow the use of washpipe and/or rotary shoe below the cutter if necessary.

FEATURES: Principal parts of the "DH" Cutter are: Top Sub, Drive Sleeve, Actuator

SPECIFICATIONS Nominal Size - Ins.

4

4-1/2

5-1/2

O.D. - Ins.

4-1/8*

4-9/16

5-9/16

I.D. Ins.

3-3/16

3-3/8

4

53

94

140

Approx. Weight - Lbs. Approx. Length - Ins.

52

54

70

Complete Assembly

Part No.

Part No.

Part No.

Including T-Dog for

14094

14095

14096

Collared Joint or Complete Assembly Including Slip Dog For Integral Joint Tubing to Cut Max. Load (Bearing) Max. Length

1-1/2" to 2-3/8"

2-3/8"

2-3/8" to 2-7/8"

EUE or Int. Joint

EUE or Int. Joint

EUE or Int. Joint

15,000 lbs.

20,000 lbs.

30,000 lbs.

1,000 ft. (2" EUE)

1,500 ft. (21/2" EUE)

1,000 ft. (2-1/2" EUE )

Tubing Cut

2,000 ft. (1-1/2" EUE)

Max. Cutting Load** Cutting Speed Approx. Cutting Time

2,000 ft. (2" EUE)

3,000 lbs.

3,000 lbs.

4,000 lbs.

20 - 100 RPM

20 - 100 RPM

20 - 100 RPM

1 - 5 min.

1 - 5 min.

1 - 5 min.

*Optional 41/16” O.D. **Maximum Cutting load is in excess of the weight of the Fish.


125


126

Item Description Qty. 1. Top Sub 1 2. Stem, 1-1/4” Reg. 1 3. 3/8” - 16UNC x 1” Long, Slotted Brass Set Screws 2 4. Body Assembly 1

2. Once the stem will not rotate to the left anymore, pull the stem back toward the box connection of the body assembly.

1. Insert Stem (item #2) into body assembly (item #4). Push stem forward and rotate to left.

Confidential

4. With the shear pin set screws installed, install the top sub (item #1).

3. Then line up the shear pin holes in the stem with the drilled and tapped holes in the body assembly and install the shear pin set screws (item ##). The shear pin set screws should be installed flush with the outside diameter of the body.

Assembly Instructions

Bowen Simplex Packer Retriever STINGER BOWEN SIMPLEX PACKER RETRIEVER STINGERS are simply extensions that permit the Retriever to be lowered completely through the packer during the milling operation. BUSHING The Bushing is provided with a box connection at its lower end for attaching the Stinger, also a pin connection at the lower end for attaching a Mill Shoe and a box connection at its upper end for connection to the run-in or fishing string. Bushings are provided with circulation ports that may direct some fluid down around the outside of the Retriever. MILL SHOES Mill Shoes for BOWEN SIMPLEX PACKER RETRIEVERS are of sufficient length to completely mill away the slips of the packer and contain the packer within its length. The Mill Shoe is faced with BOWEN ITCOLOY (sintered tungsten carbide) on its leading edge and on its internal diameter. The lower outside diameter may be dressed with hard-facing material to reduce wear. Mill Shoes are made with additional length to permit redressing with BOWEN ITCOLOY several times. The Mill Shoe must be of a length which will shroud the packer. When more length is needed, a Short Mill Shoe may be used with a piece of washpipe, of sufficient length, in place of the long Mill Shoe. (See assembly illustrated here.) OPERATION Make up a complete BOWEN SIMPLEX PACKER RETRIEVER ASSEMBLY consisting of Retriever, Stinger, Bushing and Mill Shoe. Make sure to determine the following: 1. That the Retriever is the correct size for the packer to be caught. 2. That the Stinger is sufficiently long to permit the Retriever to pass completely through the packer. 3. That the Bushing and Mill Shoe are the correct size for the casing specifications. Refer to the Specification Tables and Range Charts in the following pages. Make up complete assembly to the fishing string.


127


128

Patch Setting Equipment Required

EXTENSIONS

SAFETY JOINT

CONE

COLLET

LINER

DUAL CYLINDER

SLIDE VALVE

BUMPER JAR

Unset Patch

POLISHED ROD

HOLD DOWN

Set Patch


129

Types of Patches Standard Patch Low carbon 1010 annealed steel with fiberglass wrapping and epoxy resin Temperature rating 325 deg. F

High Temperature Patch Low carbon 1010 annealed steel with lead coating Temperature rating 600 deg. F

Corrosion Resistant 825 Incoloy (stainless steel)


130

Bowen Packer Type Casing Patches GENERAL DESCRIPTION The BOWEN PACKER TYPE CASING PATCH is an external catch tool, designed to engage a previously prepared fish, pack it off, and become a permanent part of the repaired casing, pipe or tubing. The same dependable method of engagement and release which is utilized for Bowen Overshots is employed in the BOWEN PACKER TYPE CASING PATCH. This method assures positive engagement and positive seal-off from either direction. The Patch provides a permanent connection which remains rigid and leak-proof for many years, yet is positively releasable if ever the need arises. BOWEN PACKER TYPE CASING PATCHES will not restrict the bore of the casing or tubing in any manner. The BOWEN PACKER TYPE CASING PATCH is composed of three outside parts and five internal parts. This simplicity of design is matched by the simple positive operation. USE The BOWEN PACKER TYPE CASING PATCH as indicated, is used to repair a damaged casing string by replacement of the damaged section, without having to remove the entire string of casing from the hole. Where the upper portion of a casing string becomes ruptured or disoriented from the lower portion such as by faulting or caving of the f o r m a t i o n, crushing, rupture, or backing off, the upper portion must be removed. New casing is then replaced, the BOWEN PACKER TYPE CASING PATCH forming the patching means between the old and new strings. CONSTRUCTION The BOWEN PACKER TYPE CASING PATCH is constructed in the most basic manner to perform the functions of engaging the fish, sealing off the fish, or releasing, either during or after setting operations, should this become advisable.


131

The TOP SUB, BOWL and GUIDE form the outer assembly. The TOP SUB has an upper connection to match the running string, and a lower connection to mate with the Bowl. A Top Sub Seal is located immediately below the lower thread of the Top Sub. The BOWL has an upper connection for the Top Sub, an area of length into which the PACKER PROTECTOR slides during operation, a spiraled section which contains the engaging GRAPPLE, a space for the MILL CONTROL PACKER, and a lower connection to accept the GUIDE. The GUIDE is usually flush with the outside diameter of the Casing Patch, and cut lipped. The primary purpose of the Guide is to assist smooth entry of the fish into the catch area of the patch. A secondary function is to maintain the inner working parts in position. The inner working parts of the Bowen Packer Type Casing Patch are the GRAPPLE, PACKER, MILL CONTROL PACKER AND PACKER PROTECTOR. The GRAPPLE is essentially a cylinder with wickets in its inside diameter for engaging the fish, and spirals on its outside diameter to mate with the spirals in the Bowl. Both the wickets and the spirals are made with a left-hand lead, which allow release by right-hand rotation. The Grapple has a series of longitudinal slots which allow the Grapple to flex diametrically during operation. The PACKER is a double lipped sleeve type packer, molded in one piece from synthetic rubber compound. The material is chosen to include the best combination of properties for general oil well service. It withstands most well fluids; has good resistance to gas invasion, and abrasion. In service, the outside of the Packer seals against the inside of the Bowl. The upper lip is protected from damage by the Packer Protector, until the entering fish pushes the Packer Protector up out of the way. The MILL CONTROL PACKER serves the dual purpose of milling off burrs from the outside of the fish as it enters the assembly and serving as a special key to key the Grapple to the Bowl. The Grapple is free to move up and down sufficiently to engage or release the fish, but is prevented by the Control Finger from rotating. Thus, the torque required to release the assembly may be transmitted.


132

Calculated Tensile and Burst Strengths Bowen Packer Type Casing Patches S EE GRAP HS O N P AGES 9 - 1 2 F O R C O MBINED LOADING MAXIMUM

MAXIMUM

TENS ILE

MAXIMUM

AS S EMBLY

CAS ING

PATCH

INTERNAL

RECOMMENDED

S TRENG TH

RECOMMENDED

NO.

NO.

NO.

BURS T

P RES S URE

AT

FULL LEAD

(FLUID)

ACROS S

YIELD

IN LBS .

P RES S P .S .I.*

PACKERS*

WITH 0 P . S . I.

WITH 0 P .S .I.*

11215

4-1/2"

5 - 3 /4 "

10,600 PSI

5000

398,600#

299,000

11220

5"

6 - 1 /4 "

9,800 PSI

5000

436,700#

327,500

11225

5-1/2"

6-13/16"

10,300 PSI

5000

481,900#

361,400

11230

6"

7 - 7 /1 6 "

9,067 PSI

5000

451,300#

338,500

11235

6-5/8"

7-15/16"

7,558 PSI

5000

378,600#

284,000

11240

7"

8 - 3 /8 "

8,052 PSI

5000

415,300#

311,500

11245

7-5/8"

9"

7,493 PSI

5000

414,900#

311,200

11250

8-5/8"

10-1/16"

7,450 PSI

5000

525,800#

394,400

11255

9-5/8"

1 1 - 1 /8 "

7,399 PSI

5000

568,400#

426,300

11260

1 0 - 3 /4 "

12-5/16"

7,309 PSI

5000

610,100#

457,600

17025

1 " P ip e

1-29/32"

7,870 PSI

4000

27,700#

20,800

17033

3 /4 " P ip e

1-29/32"

7,870 PSI

4000

27,700#

20,800

22420

4"

5 - 1 /4 "

11,700 PSI

5000

362,600#

272,000

22430

5-3/4"

7 - 1 /1 6 "

8,496 PSI

5000

378,700#

284,000

39136

1 1 - 3 /4 "

1 3 - 3 /8 "

7,290 PSI

3500

667,200#

500,400

41042

1 3 - 3 /8 "

1 5 - 1 /8 "

6,200 PSI

3500

686,700#

515,000

80669

1 3 - 5 /8 "

16"

10,500 PSI

3000

1,700,000#

1,276,000

149790

20"

24"

12,800 PSI

4500

2,333,000#

1,750,000

*See the charts on pages 9-12 for the combined loading of burst pressure and tensile. Note: The above burst figures apply to the bowl only. In no case should more than maximum packer pressure be applied to the Casing Patch.


133

Specifications and Replacement Parts Bowen Casing Patches - Packer Type - Basket Grapple CASING O.D. PATCH O.D.

3/4

1"

Pipe

Pipe

4

4-1/2

5

5-1/2

5-3/4

6

1-29/32

1-29/32

5-1/4

5-3/4

6-1/4

6-13/16

7-1/16

7-5/16

COMPLETE

Part No….

17033

17025

22420

11215

11220

11225

22430

11230

ASSEMBLY

Weight….

22

22

100

116

134

145

150

158 4966

REPLACEMENT PARTS TOP SUB TOP SUB SEAL BOWL PROTECTOR PACKER

Part No….

17034

17026

22421

5186

4866

4886

22431

Weight….

10

10

30

35

37

40

42

45

Part No….

30-2

30-2

30-21

30-25

30-29

30-33

30-35

30-37

Weight….

.....

.....

.....

1/16

1/16

1/16

.....

1/16

Part No….

9342

9342

22422

11217

11222

11227

22432

11232

Weight….

6

6

35

40

50

54

58

60

Part No….

17036

17028

22423

5188

4868

4888

22433

4968

Weight….

1/8

1/8

3

3-1/2

3-1/2

3-1/2

3-1/2

3-1/2

Part No….

17029

17029

22424

11216

11221

11226

22434

11231

Weight….

1/8

1/8

1/2

1/2

3/4

1

1

1

Part No….

9343

9343

22426

11218

11223

11228

22436

11233

GRAPPLE

Weight….

1/2

1/2

6

7

7-1/2

8-1/2

9

9

MILL CONTROL

Part No….

17030

17030

22425

11459

11461

11463

22435

11465

PACKER GUIDE PACKER BODY

Weight….

1/8

1/8

2

2-1/2

2-1/2

2-1/2

3-1/2

3-1/2

Part No….

9345

9345

22428

11219

11224

11229

22438

11234

25

28

33

35

35

35

Weight….

5

5

Part No….

17035

17027

Weight….

1/4

1/4

Bowen Casing Patches - Packer Type - Basket Grapple - (Continued) CASING O.D.

6-5/8

7

7-5/8

8-5/8

9-5/8

10-3/4

113/4

13-3/8

13-5/8

PATCH O.D.

7-15/16

8-3/8

9

10-1/16

11-1/8

12-5/16

13-3/8

15-1/8

16

24 14990

COMPLETE

Part No….

11235

11240

11245

11250

11255

11260

39136

41042

80669

ASSEMBLY

Weight….

171

187

203

242

296

369

450

600

820

20

REPLACEMENT PARTS TOP SUB TOP SUB SEAL BOWL PACKER PROTECTOR PACKER GRAPPLE MILL CONTROL PACKER GUIDE PACKER BODY

Part No….

4986

5026

5046

5151

5206

5162

39137

40399

80670

Weight….

50

55

62

69

80

105

135

200

275

Part No….

30-39

30-40

30-43

30-47

30-51

30-52

568-278

27-83

27-84

Weight….

1/16

1/16

1/16

1/16

1/16

1/16

1/16

1/16

1/16

Part No….

11237

11242

11247

11252

11257

11262

39138

41044

80672

Weight….

67

75

80

94

118

140

170

200

215

Part No….

4988

5028

5048

5153

5208

5164

39139

41045

80673

Weight….

4

4-1/2

5-1/2

7

8-1/2

10-1/2

13

15

90

Part No….

11236

11241

11246

11251

11256

11261

39140

41061

80674

Weight….

1

1

1-1/2

1-1/2

1-1/2

1-1/2

1-1/2

2

2

Part No….

11238

11243

11248

11253

11258

11263

39142

41037

80676

Weight….

9

10

11

13

15

17

19

24

30

Part No….

11467

11469

11471

11473

11475

11477

39141

41039

80675

Weight….

3-1/2

4

4

4-1/2

4-1/2

5

6

10

12

Part No….

11239

11244

11249

11254

11259

11264

39144

41040

80678

Weight….

36

37

39

53

78

90

105

120

195

149796 568-470 149791 149794 148884 149792 149793 149795

Part No….

.....

.....

.....

.....

.....

.....

.....

......

.....

8-470

Weight….

.....

.....

.....

.....

.....

.....

.....

......

.....

.....


134

Bowen Lead Seal Casing Patches (PATENTED)

GENERAL DESCRIPTION The BOWEN LEAD SEAL CASING PATCH is an external catch tool designed to engage a previously prepared fish, pack it off permanently and become a part of the repaired casing or tubing. It consists of two body parts and nine internal parts. All parts are manufactured from carefully chosen materials of the most suitable type and grade for each part. BOWEN LEAD SEAL CASING PATCHES will not restrict the bore of the casing or tubing which is being repaired. They are available in two types: Sizes for Standard Service and sizes for H2S (hydrogen sulfide) Service (See Specifications).

USE As indicated, the B0WEN LEAD SEAL CASING PATCH is specifically engineered to effectively engage and pack off a string of casing or tubing. After the Lead Seal Casing Patch has been set in position, it ordinarily becomes a permanent part of the string and is usually cemented in place. Where the upper portion of a casing string becomes ruptured or disoriented from the lower portion such as by faulting of the formation, caving of the formation, crushing or rupture, the upper portion must be removed. New casing is then replaced, the Lead Seal Casing Patch forming the patching means between the old and new strings. CONSTRUCTION The Lead Seal Casing Patch is constructed in the most basic manner to perform the functions of engaging the fish, setting the Seals, or releasing during operations should this become advisable. The working parts are a Grapple Carrier, Grapple, Grapple Control, Control Set Screws, Lead Seals, Center Seal Ring and End Seal Rings. Weatherford Fishing Tool Manual January, 2003

135

Calculated Strength Data Lead Seal Casing Patches Std. Type Assembly

C a s in g

P a tch

S e ttin g

Wo rkin g L o a d

To Burst

To Burst

P u ll to Burst

Nu m b e r

S ize

O.D.

Load

(40% Settin g

W / S e ttin g

W / Wo rkin g

P a tc h (No Well

Lb s .

Loa d ) Lbs.

Loa d Applie d

Load Applie d

P re s s u re )

17258

2-3/8

3-7/16

10,800

4,300

9,550

10,200

107,300

16140

2-7/8

4

13,000

5,200

8,400

9,000

124,250

26525

3-1/2

4-3/4

20,000

8,000

6,550

7,150

151,400

22400

4

5-1/4

22,550

9,000

5,400

6,000

154,600

13270

4-1/2

5-3/4

25,100

10,050

3,750

4,300

134,800

13280

5

6-1/4

27,700

11,050

3,850

4,350

159,600

12315

5-1/2

6-13/16

30,200

12,100

3,150

3,600

154,500

22410

5-3/4

7-1/6

31,250

12,500

2,950

3,400

155,900

13290

6

7-5/16

32,500

13,000

2,750

3,150

156,600

13300

6-5/8

7-63/64

37,600

15,050

2,400

2,800

167,000

12500

7

8-3/8

39,600

15,800

2,250

2,650

173,900

13070

7-5/8

9

43,000

17,200

1,950

2,300

175,500

13310

8-5/8

10-5/64

54,400

21,750

1,550

1,950

190,400

12475

9-5/8

11-1/8

58,200

23,200

1,500

1,850

212,500

13320

10-3/4

12-5/16

64,700

25,850

1,350

1,650

234,100

20855

11-3/4

13-1/2

70,500

28,200

1,600

1,880

298,000

18445

13-3/8

15-1/2

116,700

46,650

1,500

1,850

423,700

These strength calculations are considered accurate within plus or minus 20% and are intended only as a guide. They do no constitute a guarantee, actual or implied. In use, appropriate allowance should be made as a safety factor.


136

Specifications and Replacement Parts Bowen Lead Seal Casing Patches Std. Type CASING O.D.

2-3/8

2-7/8

3-1/2

4

4-1/2

5

5-1/2

5-3/4

6

PATCH O.D.

3-7/16

4

4-3/4

5-1/4

5-3/4

6-1/4

6-13/16

7-1/16

7-5/16

P a rt No….

17258

16140

26525

22400

13270

13280

12315

22410

13290

Weight…..

30

31

44

51

76

82

84

90

13291

COMPLETE ASSEMBLY

REPLACEMENT PARTS

BOWL

GRAPPLE CARRIER

GRAPPLE

GRAPPLE CONTROL

GUIDE

P a rt No….

17259

16141

26526

22401

13271

13281

12316

22411

Weight…..

19

20

23

25

30

41

44

45

47

P a rt No….

17260

16142

26527

22402

13272

13282

12317

22412

13292

Weight…..

2

3

7

7

9

10

10

10-1/2

10-1/2

P a rt No….

17261

16143

26528

22403

13273

13283

12318

22413

13293

Weight…..

3/4

3/4

1

1

2

2

2-1/4

2-1/2

2-1/2

P a rt No….

17262

16144

26529

22404

13274

13284

12319

22414

13294

Weight…..

3/8

3/8

3/4

3/4

3/4

1

1

1

1

P a rt No….

17263

16145

26530

22405

13275

13285

12320

22415

13295

Weight…..

5

5

8

8

14

17

19-1/2

21

23

P a rt No….

17264

16146

26531

22406

13276

13286

12324

22416

13296

LEAD SEAL (2 Req.)

Weight…..

1

1

1

1

2

2-1/4

2-1/4

2-1/2

2-1/2

END SEAL RING

P a rt No….

17265

16147

26532

22407

13277

13287

12322

22417

13297

(2 Req.)

Weight…..

....

1/8

1/4

1/4

1/4

1/4

1/4

1/2

1/2

P a rt No….

17266

16148

26533

22408

13278

13288

12323

22418

13298

CENTER SEAL RING

Weight…..

....

1/4

1/2

1/2

1/2

1/2

1/2

3/4

3/4

CONTRL SET SCREW

P a rt No….

12329

12329

12329

12329

12329

23306

12329

12329

12329

(2 Req.)

Weight…..

1/16

1/16

1/16

1/16

1/16

1/16

1/16

1/16

1/16

Bowen Lead Seal Casing Patches Std. Type (Continued) CASING O.D.

6-5/8

7

7-5/8

8-5/8

9-5/8

10-3/4

11-3/4

13-3/8

PATCH O.D.

7-15/16

8-3/8

9

10-1/16

11-1/8

12-5/16

13-1/2

15-1/2

P a rt No….

13301

12500

13070

13310

12475

13320

20855

18445

We ight…..

98

109

141

149

175

203

226

250

18446

COMPLETE ASSEMBLY

REPLACEMENT PARTS

BOWL

GRAPPLE CARRIER

GRAPPLE

GRAPPLE CONTROL

GUIDE

P a rt No….

13301

12501

13071

13311

12476

13321

20856

We ight…..

50

55

59

76

87

98

110

125

P a rt No….

13302

12502

13072

13312

12477

13322

20857

18447

We ight…..

10-1/2

11-1/4

13-1/2

17

20

28

30

35

P a rt No….

13303

12503

13073

13313

12478

13323

20858

18448

We ight…..

2-1/2

2-3/4

3

4

5-1/2

7-1/2

8

9

P a rt No….

13304

12504

13074

13314

12479

13324

20859

18449

We ight…..

1

1-1/2

1-1/2

2-1/2

2-1/2

3

4

4

P a rt No….

13305

12505

13075

13315

12480

13325

20860

18450

We ight…..

26

29

32

43

54

61

65

75

P a rt No….

13306

12506

13076

13316

12481

13326

20861

18451

LEAD SEAL (2 Req.)

We ight…..

3

3-1/2

3-3/4

4-1/4

4-1/2

5

6

6

END SEAL RING

P a rt No….

13307

12507

13077

13317

12482

13327

20862

18452

(2 Req.)

We ight…..

1/2

1/2

1/2

3/4

3/4

3/4

1

1

P a rt No….

13308

12508

13078

13318

12483

13328

20863

18453

CENTER SEAL RING

We ight…..

3/4

1

1

1-1/4

1-1/4

1-1/4

2

2

CONTROL SET SCREW

P a rt No….

12329

12329

12329

12484

12484

12484

12484

12484

(2 Req.)

We ight…..

1/16

1/16

1/16

1/16

1/16

1/16

1/16

1/16


How to Order: Specify: (1) Name & Number of Assembly or Part (2) Casing O.D. (3) Size & Type of Thread

137

Calculated Strength Data Lead Seal Casing Patches H2S Type We ll P re s s u re

We ll P re s s u re

As s e m b ly

C a s in g

P a tc h

S e ttin g

Wo rkin g L o a d

To Burst

To Burst

P u ll to Burst

Nu m b e r

S ize

O.D.

Load

(40% Setting

W / S e tting

W / Working

P a tc h (No We ll

Lbs.

Lo a d ) Lbs.

Lo a d Ap p lie d

Loa d Applie d

P re s s u re )

42757

2-3/8

3-7/16

10,800

4,300

5,000

5,650

61,300

42760

2-7/8

4

13,000

5,200

4,350

4,950

70,900

42763

3-1/2

4-3/4

20,000

8,000

3,300

3,900

86,500

42766

4

5-1/4

22,550

9,000

2,700

3,250

88,300

42769

4-1/2

5-3/4

25,100

10,050

2,200

2,750

89,800

42755

5

6-1/4

27,700

11,050

1,850

2,340

91,180

42754

5-1/2

6-13/16

30,200

12,100

1,850

2,300

103,000

42778

5-3/4

7-1/16

31,250

12,500

1,700

2,150

103,900

42781

6

7-5/16

32,500

13,000

1,600

2,000

104,450

42784

6-5/8

7-63/64

37,600

15,050

1,350

1,750

111,400

42787

7

8-3/8

39,600

15,800

1,300

1,700

115,900

42790

7-5/8

9

43,000

17,200

1,180

1,450

117,000

42793

8-5/8

10-5/64

54,400

21,750

800

1,200

126,900

42796

9-5/8

11-1/8

58,200

23,200

800

1,150

141,700

42799

10-3/4

12-5/16

64,700

25,900

700

1,050

156,070

42802

11-3/4

13-1/2

70,500

28,200

850

1,150

195,960

42808

13-3/8

15-1/2

116,700

46,650

820

1,170

282,500

These strength calculations are considered accurate within plus or minus 20% and are intended only as a guide. They do no constitute a guarantee, actual or implied. In use, appropriate allowance should be made as a safety factor.


138

Specifications and Replacement Parts Bowen Lead Seal Casing Patches H2S Type CASING O.D.

2-3/8

2-7/8

3-1/2

4

4-1/2

5

5-1/2

5-3/4

6

PATCH O.D

3-7/16

4

4-3/4

5-1/4

5-3/4

6-1/4

6-13/16

7-1/16

7-5/16

P a rt No…..

42757

42760

42763

42766

42769

42775

42754

42778

42781

We ight……

30

31

44

51

76

82

84

90

42782

COMPLETE ASSEMBLY

REPLACEMENT PARTS

BOWL

GRAPPLE CARRIER

GRAPPLE

GRAPPLE CONTROL

GUIDE

P a rt No…..

42758

42761

42764

42767

42770

42776

42755

42779

We ight……

19

20

23

25

30

41

44

45

47

P a rt No…..

42759

42762

42765

42768

42771

42777

42756

42780

42783

We ight……

2

3

7

7

9

10

10

10-1/2

10-1/2

P a rt No…..

17261

16143

26528

22403

13273

13283

12318

22413

13293

We ight……

3/4

3/4

1

1

2

2

2-1/4

2-1/2

2-1/2

P a rt No…..

17262

16144

26529

22404

13274

13284

12319

22414

13294

We ight……

3/8

3/8

3/4

3/4

3/4

1

1

1

1

P a rt No…..

17263

16145

26530

22405

13275

13285

12320

22415

13295

We ight……

5

5

8

8

14

17

19-1/2

21

23

P a rt No…..

17264

16146

26531

22406

13276

13286

12324

22416

13296

LEAD SEAL(2Req.)

We ight……

1

1

1

1

2

2-1/4

2-1/4

2-1/2

2-1/2

END SEAL RING

P a rt No…..

17265

16147

26532

22407

13277

13287

13222

22417

13297

(2 Req.)

We ight……

....

1/8

1/4

1/4

1/4

1/4

1/4

1/2

1/2

P a rt No…..

17266

16148

26533

22408

13278

13288

12323

22418

13298

CENTER S EAL RING

We ight……

....

1/4

1/2

1/2

1/2

1/2

1/2

3/4

3/4

CONTROL SET SCREW

P a rt No…..

12329

1232912329

12329

12329

12329

12329

12329

12329

12329

(2 Req.)

We ight……

1/16

1/16

1/16

1/16

1/16

1/16

1/16

1/16

1/16

Bowen Lead Seal Casing Patches H2S Type (Continued) CASING O.D.

6-5/8

7

7-5/8

8-5/8

9-5/8

10-3/4

11-3/4

13-3/8

PATCH O.D

7-15/16

8-3/8

9

10-1/16

11-1/8

12-5/16

13-1/2

15-1/2

P a rt No…..

42784

42787

42790

42793

42796

42799

42802

42808

We ight……

98

109

141

149

175

203

226

250

42809

COMPLETE ASSEMBLY

REPLACEMENT PARTS

BOWL

GRAPPLE CARRIER

GRAPPLE

GRAPPLE CONTROL

GUIDE

P a rt No…..

42785

42788

42791

42794

42797

42800

42803

We ight……

50

55

59

76

87

98

110

125

P a rt No…..

42786

42789

42792

42795

42798

42801

42804

42810

We ight……

10-1/2

11-1/4

13-1/2

17

20

28

30

35

P a rt No…..

13303

12503

13073

13313

12478

13323

20858

18448

We ight……

2-1/2

2-3/4

3

4

5-1/2

7-1/2

8

9

P a rt No…..

13304

12504

13074

13314

12479

13324

20859

18449

We ight……

1

1-1/2

1-1/2

2-1/2

2-1/2

3

4

4

P a rt No…..

13305

12505

13075

13315

12480

13325

20860

18450

We ight……

26

29

32

43

54

61

65

75

P a rt No…..

13306

12506

13076

13316

12481

13326

20861

18451

LEAD SEAL(2Req.)

We ight……

3

3-1/2

3-3/4

4-1/4

4-1/2

5

6

6

END SEAL RING

P a rt No…..

13307

12507

13077

13317

12482

13327

20862

18452

(2 Req.)

We ight……

1/2

1/2

1/2

3/4

3/4

3/4

1

1

P a rt No…..

13308

12508

13078

13318

12483

13328

20863

18453

CENTER S EAL RING

We ight……

3/4

1

1

1-1/4

1-1/4

1-1/4

2

2

CONTROL SET SCREW

P a rt No…..

12329

12329

12329

12484

12484

12484

12484

12484

(2 Req.)

We ight……

1/16

1/16

1/16

1/16

1/16

1/16

1/16

1/16


139

Notes


140

Bowen-Lebus Anchor Washpipe Spear (PATENTED)

GENERAL DESCRIPTION The Bowen-Lebus Anchor Washpipe Spear is specifically designed for the purpose of aiding in washing over and retrieving stuck drill stem, when stuck off bottom, with safety to prevent the dropping of the washed over and freed fish. This can be accomplished in a single round trip, thus effecting a considerable time saving. The Bowen-Lebus Anchor Washpipe Spear when in service is always in position to automatically catch the fish off bottom, when being run into the well, while being raised or lowered to make kelly connections, or when coming out of the hole. The Bowen-Lebus Anchor Washpipe Spear is one of the most versatile tools ever designed for washover fishing operations. The method of anchoring this Spear inside the Washpipe is to expand the catching slips with a threaded tapered cone and without using a special landing collar or nipple for making connection with the fish. When

the Washpipe Spear is anchored

properly inside the washpipe, it will not release due to rotation of the washpipe and Spear. Neither will it release by the application of any amount of weight applied against the Spear slips while being lowered into the well, but only after the operator has connected onto the fish by right-hand rotation where this is required. After connecting onto the fish by right-hand rotation, the slips of the washpipe Spear may be released by continued right-hand rotation and tension load on the Washpipe string. If the washover starts as soon as the washpipe will turn over the spear, the slips will drag, causing excessive wear on the slips. Weatherford Fishing Tool Manual January, 2003

141

USE The Bowen-Lebus Anchor Washpipe Spear is designed to be run inside washover pipe. It engages the Fish at its lower end, usually by a threaded connection, preventing the fish from dropping to the bottom when it is washed loose. The Anchor Washpipe Spear will recover drill pipe, drill collars, packers, bridge plugs, etc., that are to be washed over, either off bottom or on

CONSTRUCTION The Bowen-Lebus Anchor Washpipe Spear consists essentially of a Head, Body Stem, Control Cage, Restriction Rings, Slips, Friction Blocks, Choke, Ball Latch, Slip Cone, Ball Latch Cage, Centralizing Lugs and Bottom Sub. The parts that comprise the Bowen-Lebus Anchor Washpipe Spear are manufactured from carefully selected, high grade alloy steel, fully heat treated to obtain the best quality of operation and long life.

bottom, and bring the fish out of the hole, inside the washpipe, after it has been washed loose. This saves additional trips with the fishing string.

Fishing Spears, taper taps or other applicable fishing tools may be run on the Anchor Washpipe Spear to engage the fish.

The Bowen-Lebus Anchor Washpipe Spear is available in all drill pipe sizes from 2-3/8" A.P.I. Regular 3-1/4" O.D. through 5-1/2" A.P.I. Regular 8-1/4" O.D., inclusive. These tools may be dressed with oversize Slips, Restriction Rings, Friction Blocks and Centralizer Lugs, to allow operation in larger sizes than the size for which the tool was designed. Each Slip (part 12) marked with the size range of washpipe inside diameter in which it is used.

The Bowen-Lebus Unlatching Joint should always be run between the Washpipe Spear and the fish.

When the Bowen-Lebus Anchor Washpipe

Restriction Ring (part 4) should be 1/16" smaller than the inside diameter of the washpipe in which they are used. The Friction Blocks (part 5) are marked with size numbers which match the size number marked on the Slips.

Spear is not available, various methods are attempted for the release of a stuck drill stem. Among these are; mixing oil in the drilling mud;

Centralizer Lugs (Part 14-A) are marked with the size number to indicate the inside diameter in which they are used.

inserting jars and bumper subs in the string; using explosives in the string, and as a last resort,

All oversize parts may be changed without completely disassembling the Washpipe Spear.

washing over.

By using the Bowen-Lebus Anchor Washpipe Spear, washing over need no longer be considered as a last resort.

In the larger three sizes JCF-27, JCF-28 and JCF-29, it is important to use a choke (part 15) which has less area than exists between the washpipe and drill collars, or the area between the washpipe and well bore, being certain it is small enough for the rig mud pump to provide adequate fluid to operate the restriction rings.


142

Calculated Strength Table Bowen-Lebus Anchor Washpipe Spears TOOL NO.

JCF-23

JCF-24

JCF-25

JCF-26

JCF-27

JCF-28

JCF-29

BODY O.D.

3 1/4

4

4 9/16

5 7/16

5 13/16

6 7/16

8 1/4

CONNECTIONS

2 3/8 Reg 2 3/8 I.F. 2 7/8 I.F. 3 1/2 I.F. 4 1/2 F.H. 4 1/2 F.H. 5 1/2 Reg.

I.D. COMPLETE ASSEMBLY

Part No….. Wt…………….

3/4

1

1 1/8

1 1/4

1 25/32

2

2

38139

38189

38224

38260

38299

38337

38550

85

145

185

280

330

410

480

Calculated Strengths TENSILE STRENGTH @ Yield - In. Lbs.

93,000

192,732

279,480

487,320

553,200

822,960

822,960

1,063

3,023

5,633

11,346

14,000

24,934

24,934

61,400

127,000

184,300

322,000

364,000

543,000

543,000

TORQUE STRENGTH @ Yield - Ft. Lbs. RECOMMEND MAXIMUM Pull - In. Lbs.

*Based on 66% of Calculated Yield Strength NOTE: These calculations are based on the yield strength of the material. They are theoretical, and do not constitute any guarantee, actual or implied.


143

Bowen-Lebus Unlatching Joint GENERAL DESCRIPTION AND USE The BOWEN-LEBUS UNLATCHING JOINT is a unique multi-purpose tool. It may be used as a Setting or Running Tool; a Safety Joint or in any operation which requires a tensile and torque load transmitting device, which may be released and reengaged at the operator's option. The Bowen-Lebus Unlatching Joint is particularly well suited for use as a companion tool to the well known Bowen-Lebus Anchor Washpipe Spear. The Bowen-Lebus Unlatching Joint may be dressed for either right-hand rotation, left-hand release or right-hand rotation, right-hand release. This eliminates the necessity for a separate tool for each. Since a combination of torque and vertical pull is required to release the tool, full torque may be applied in either direction during operation. The tool will not release accidentally. Bowen-Lebus Unlatching Joints are available in all sizes from 3-1/4” O.D. through 7-3/4” O.D. Additional sizes may be furnished on special request. OPERATION The BOWEN-LEBUS UNLATCHING JOINT is designed primarily for use with wash pipe and the ANCHOR WASH PIPE SPEAR. It is a means of allowing the wash pipe spear to be removed from the well with the wash pipe. The unlatching joint is operated by predetermined movements of the wash pipe because the spear slips are firmly set to the inside wall of the wash pipe when the unlatching joint is unlatched and moved with it. To remove the wash pipe spear from the hole, the unlatching joint is expanded upward to break the snap bar (see figure 1-B, page 2) and to set the spear slips. Lowering the drive body while applying torque moves the drive body into the unlatched position. From this position the wash pipe and wash pipe spear are free and can be removed from the hole (see figure 1-B, page 2). The unlatching joint's male stem is now firmly engaged to the stuck fish, Weatherford Fishing Tool Manual January, 2003

144

the joint's drive body is engaged to the wash pipe spear. The joint will automatically re-engage into the latched position when the drive body is lowered over the male stem while applying right-hand torque. If the joint is dressed for left-hand unlatching, the joint's drive body is torqued to the left (see figure 3, page 3). If the joint is modified for right-hand unlatching, the drive body is torqued to the right (see figure 2, page 3). Right-hand unlatching is used for deviated holes where applying left-hand torque to the unlatching joint might possibly unscrew the wash pipe above the BOWEN-LEBUS UNLATCHING JOINT. NOTE: The Beveled Latches are designed to prevent movement of the drive body to the left. RIGHT-HAND LATCHING AND UNLATCHING Figure No. 2, page 3, shows Beveled Latches inserted into windows on the BOWENLEBUS UNLATCHING JOINT for right-hand latching and unlatching. To latch the joint, the drive body is lowered over the male stem while applying righthand torque. The drive key engages Slot A and drops until it engages Surface B. The drive body continues to rotate to right, passing over the Beveled Latch until it engages Slot D and moves into the latched position. To unlatch expand the joint to its upper latched position with a pull to set the wash pipe spear slips. Lowering the drive body while applying right-hand torque allows the drive body to move to the right, passing over the Beveled Latch, engaging Surface C. Pulling up on the drive body causes the drive key to engage Slot A, unlatching the joint. RIGHT-HAND LATCHING AND LEFT-HAND UNLATCHING Figure No. 3, page 3, shows a Keyway Plug inserted into the window on the BOWEN-LEBUS UNLATCHING JOINT for right-hand latching and lefthand unlatching. To latch the joint, the drive body is lowered over the male stem while applying righthand torque. The drive body's drive keys engages Slot A and drops until it engages Keyway B. The drive body continues to move to the right until the opposite drive key engages the Keyway Plug and moves into the latched position. Weatherford Fishing Tool Manual January, 2003

145

To unlatch, expand the joint upward from the latched position until the spear slips are firmly set. Then, by lowering the drive body while applying lefthand torque allows the drive body to move to the left until the Keyway Plug is contacted. Continue left-hand torque and pull up on the drive body. This will cause the drive body keys to engage Slot A, unlatching the joint. NOTE: The Keyway Plug prevents the joint from unlatching with right-hand torque and movement.

Applying torque to the BOWEN-LEBUS UNLATCHING JOINT will not break the snap bars. They break only when the joint is expanded in tension. After breaking, the snap bar parts remain attached to the drive body and male stem - no jamming, no clogging. LATCHING OR UNLATCHING JOINT Figure No. 6, page 4, shows the LEBUS UNLATCHING JOINT being separated after unlatching. This figure also illustrates joining parts together for latching the joint.

LATCHING OPERATION Figure No. 4, page 4, shows the BOWENLEBUS UNLATCHING JOINT drive body being lowered over the stem while maintaining right-hand torque to latch the joint.

INSTRUCTIONS FOR DRESSING THE JOINT For Right-Hand Release (See Fig. 7, Pg. 5) 1. Remove insert keyway plug (3) and screws(8)

LOCKING JOINT FOR RUNNING INTO WELL

2. Place both beveled latches (4) and springs (5) in latch windows using proper length screws (7).

Figure No. 5, page 4, shows the BOWEN LEBUS UNLATCHING JOINT drive body in the latched position with snap bars and packing stem inserted. The snap bars lock the drive body to the male stem to prevent joint disengagement while running into the well.

NOTE: The latches and latch windows are marked with an "X". When the "X's" are lined up, the latches will be in the correct position. Latches MUST be placed in slots so bevel on latches will allow the drive body to pass over BOTH latches while moving to the RIGHT.


146

Bowen-Lebus Unlatching Joint Specifications and Parts List RS-25 BODY O.D.(Inches)

CONNECTIONS(Inc h e s )

3-1/4

4

4-5/8

4-3/4

5-3/4

6-1/4

6-3/4

7-3/4

2-3/8

2-7/8

3-1/2

3-1/2

4-1/2

4-1/2

4-1/2

5-1/2

REG

IF

FH

REG

FH

FH

IF

IF

IF

5-1/2

6-5/8

REG

REG

IF FH I.D.(Inches) COMPLETE ASSEMBLY

Part No. * Weight

3/4

1

1-3/8

1-1/2

1-3/4

2

2

3

41307

38572

47023

38596

38611

38627

41324

41338

90

100

140

150

235

315

405

515

41339

REPLACEMENT PARTS DRIVE BODY

Part No. 1 Weight

STEM

Part No. 2 Weight

KEY FOR LEFT

Part No. 3

HAND RELEAS E

Weight

LATCH FOR RIGHT HAND

Part No. 4

RELEASE (2 REQ'D)

Weight

LATCH S R P ING (6 REQ'D)

Part No. 5 Weight

SNAP BAR (2 REQ'D)

Part No. 6 Weight

BEVEL LATCH SCREW

Part No. 7

(4 REQ'D)

Weight

LEFT HAND P LUG SCREW

Part No. 8

(2 REQ'D)

Weight

SNAP BAR SCREW

Part No. 9

(4 REQ'D)

Weight

PACKING STEM

Part No. 10 Weight

PACKING STEM SEAL

41308

38573

47024

38597

38612

38628

41325

30

34

50

55

95

130

147

190

41309

38574

47025

38598

38613

38629

41326

41340

55

60

90

95

130

175

245

310

41310

38575

47026

38599

38614

38630

38630

41341

1/2

1/2

1

1/2

3/4

3/4

1

1

41311

38576

47027

38600

38631

38631

38631

41343

1/4

1/4

1/4

1/4

1/4

1/4

1/2

1/2

41312

38632

38632

38632

38632

38632

38632

38632

1/16

1/16

1/16

1/16

1/16

1/8

1/8

1/8

41313

38633B

38633B

38633B

38633B

38633B

38633B

38633B

1/8

1/8

1/4

108

1/4

1/4

1/4

1/4

23124

23138

25220

25220

23138

23138

23138

23138

1/32

1/32

1/32

1/32

1/32

1/32

1/32

1/32

23126

23141

23141

23141

23142

23142

23142

23142

1/32

1/32

1/32

1/32

1/32

1/32

1/32

1/32

38165

38165

38165

38165

38165

38165

38165

38165

1/16

1/16

1/16

1/16

1/16

1/16

1/16

1/16

41319

58841

58842

38603

58843

58844

58844

41353

4

5

7

7

9

9

11

13

Part No. 11

46157

30-4

30-9

30-12

30-16

30-15

30-15

30-21

Part No.

46158

27-27

30-1

30-4

30-6

30-8

30-8

30-16

Part No.

46156

46159

47029

43499

43789

46162

46165

46168

LARGE (2 REQ'D) PACKING STEM SEAL S MALL (2 REQ'D) LUGS (2 REQ'D)

How to Order: Specify: (1) Name and Number of Assembly or Part (2) Any Desired Spares (3) O.D. if Other than Standard (4) Connections if Other than Standard

Recommended Spares: (1) 12 Snap Bars (2) 6 Snap Bar Screws (3) 3 Keys (4) 12 Shear Pins (5) 4 Left Hand Plug Screws (6) 2 Packing Stem Seals (Large and Small)


147

Bowen - Lebus Knuckle Joint


148

Bowen-Lebus Knuckle Joint O.D. SIZE

4

4-1/4

4-3/4

5-3/4

6-1/2

7-1/4

7-1/2

7-7/8

8-1/4

8-3/4

9-5/8

2-7/8

2-3/8

2-7/8

3-1/2

4-1/2

4-1/2

4-1/2

5-1/2

5-1/2

5-1/2

6-5/8

I.F.

or

I.F.

I.F.

F.H.

F.H.

I.F.

F.H.

I.F.

I.F.

I.F.

2-7/8

or

or

or X-

or

or

or

I.F.

3-1/2

4-1/2

HOLE or

6-5/8

6-5/8

6-5/8

F.H.

F.H.

5-1/2 R

F.H.

F.H.

F.H.

CONNECTIONS

MAXIMUM TOOL I.D.

1

1-9/16

1-15/16

2-1/2

2-3/16

2-15/16

3-1/2

3-1/2

4-1/2

4-1/2

5-1/2

Lebus Part

COMPLETE

Part No…..

38795

38807

38819

38831

38843

38856

38870

41385

38883

41418

41497

No.

ASSEMBLY

Weight…..

92

108

140

227

316

361

379

426

479

534

588

Bowen-Lebus Knuckle Joint Lebus Part

COMPLETE

No.

ASSEMBLY

Part No…..

38795

38807

38819

38831

RESTRICTION*

Part No…..

38896

38896

38897

38899

PLUG

Weight…..

2-1/2

2-1/2

4

7

RESTRICTION*

Part No…..

PLUG

Weight…..

42689

42689

42690

1/32

1/32

1/32

38904

38904

4

4

38905

38905

38843

38856

38870

41385

38883

41418

41497

388900

38901

38902

38902

38903

38903

41512

8

8-1/2

9

9

10

11

11

42691

42692

42693

42694

42694

45830

45830

42695

1/32

1/16

1/16

1/16

1/16

....

....

1/16

38904

38910

38916

38916

38916

38916

38922

38922

38922

4

5-1/4

5-3/4

5-3/4

5-3/4

5-3/4

6-1/2

6-1/2

6-1/2

38905

38911

38917

38917

38917

38917

38923

38923

38923

REPLACEMENT PART (CONTINUED) 15 15 A

PACKER 16

RESTRICTION*

Part No…..

PLUG

Weight…..

OVERSHOT OVERSHOT 16A 16B 16C 16D 16E

Part No…..

HEAD

Weight…..

2-1/2

2-1/2

2-1/2

2-1/2

2-3/4

2-3/4

2-3/4

2-3/4

3

3

3

OVERSHOT

Part No…..

38906

38906

38906

38912

38918

38918

38918

38918

38924

38924

38923

BODY

Weight…..

1-1/4

1-1/4

1-1/4

2-1/2

2-3/4

2-3/4

2-3/4

2-3/4

3

3

3

OVERSHOT

Part No…..

38907

38907

38907

38913

38919

38919

38919

38919

38925

38925

38923

SPRING

Weight…..

1/8

1/8

1/8

1/8

1/8

1/8

1/8

1/8

1/4

1/4

1/4

OVERSHOT

Part No…..

38908

38908

38908

38914

38920

38920

38920

38920

38926

38926

38923

RING

Weight…..

1/16

1/16

1/16

1/16

1/16

1/16

1/16

1/16

1/8

1/8

1/8

OVERSHOT

Part No…..

38909

38909

38909

38915

38921

38921

38921

38921

38927

38927

38923

SLIPS

Weight…..

1/8

1/8

1/8

1/8

1/8

1/8

1/8

1/8

1/4

1/4

1/4

HOW TO ORDER: Specify: (1) Name and Number of Assembly or Part (2) Any Desired Spares (3) O.D. if Other than Standard (4) Connections if Other than Standard

RECOMMENDED SPARES: (1) 2 Rubber Packers (2) 1 Packer Ring (3) 1 Overshot (4) 1 Restriction Plug


149

Notes


150

Bowen Surface Bumper Jar GENERAL DESCRIPTION The BOWEN SURFACE BUMPER JAR is especially designed and engineered to be installed in the drilling string at the surface. Its presence permits the operator to deliver sharp descending impacts or (downward) jarring blows against the fish at its stuck-point. By a simple adjustment, the BOWEN SURFACE BUMPER JAR may be set to deliver very light blows or blows of very high impact. USE The BOWEN SURFACE BUMPER JAR may be used to great advantage in any situation where the downhole running string (drilling, fishing or washover) becomes stuck, and a heavy downward blow is required to release it. The BOWEN SURFACE BUMPER JAR is often used to free keyseated drill pipe and drill collars. It is also used to initiate abrupt jarring blows down the string to actuate Drilling Bumper Subs, Bumper Safety Joints and other similar downhole bumping tools. The BOWEN SURFACE BUMPER JAR is particularly useful for transmitting very heavy downward blows to effect the release of grappling tools such as Overshots or Spears, in situations where the grapples or slips have become imbedded in the fish, or become fouled due to repeated and prolonged downhole jarring. In many instances, the BOWEN SURFACE BUMPER JAR has been successfully utilized, where all previous methods failed. CONSTRUCTION Basically, the BOWEN SURFACE BUMPER JAR is composed of a Mandrel Assembly which works in conjunction with a Bowl Assembly. The Mandrel Assembly is composed of a Top Sub, Mandrel and Friction Mandrel. The Bowl Assembly consists of a Bowl, Bowl Extension, Bottom Sub, Knocker Sub, Friction Slip Spacer, Control Ring, Control Ring Plug, Seal Insert and Washpipe.


151

The Washpipe, which is connected to the Bottom Sub and moves inside of the Main Maridrel, is sealed from the Main Mandrel by the Seal Insert confining the well fluids within the Washpipe and out of the restraining mechanism within the Bowl. The Main Mandrel, which is hexagon in shape, fits into a correspondingly shaped bore in the Knocker Sub, where it is continuously capable of transmitting torque, while also free to move up and down over its entire 48" stroke. Control of the BOWEN SURFACE BUMPER JAR is exercised by the action of the restraining mechanism of the Friction Mandrel, the Friction Slip, the Friction Slip Spacer and the Control Ring. The Tonnage (the striking force of the jar) is adjusted by setting the Control Ring. Top and Bottom Subs are furnished with a 5 1/2" F.H. connection. The Top Sub is a box connection and the Bottom Sub is a pin connection. A lifting sub is provided for the top connection for the purpose of transporting and/or lifting the Surface Jar. EXPLANATION OF MECHANISM Referring to the illustration on Page 5, it can be seen that the Friction Slip is restricted within the tapered bowl by the Control Ring. Turning the Control Ring to the right or to the left moves the Friction Slip up or down the taper, thereby either increasing or decreasing its ability to expand. There are internal Rings (raised areas) within the Friction Slip which must pass over the external Rings (raised areas) of the Friction Mandrel in order to pull the Jar into its open position and to produce the jarring blow. When the Surface Bumper Jar is being opened or tripped, the Friction Mandrel pulls the Friction Slip into a reduced section of the taper in the Bowl and against the bottom ofthe Control Ring. Hence, depending upon the position of the Control Ring, only a slight pull or a pull of many tons is required to open the jar. When the Surface Bumper Jar is installed at the surface and a straight upward pull is exerted against it, the Friction Slip frictions upon the enclosed friction Mandrel and arrests upward movement while the drill pipe is being stretched. When the upward pull reaches the pre-set tripping tonnage, the Friction Mandrel is pulled through the Friction Slip. The resultant downward surge of the drill pipe in returning to its normal length causes a sudden separation of the Main Mandrel and Bowl assemblies which are free to move apart for the length of its 48 inch stroke and drive the weight of the free pipe against the point where the fish is stuck.

When the Surface Bumper Jar is being closed, the Friction Mandrel pushes the Friction Slip into the enlarged section of the taper in the Bowl and then slides easily through" it. The Control Ring Plug has a projection on its inner end which engages a slot in the Control Ring and prevents it from turning. Removing the Control Ring Plug from the Bowl exposes a port through which the Control Ring may be turned with a Control Ring wrench. Turning the Control Ring to the right moves it upwardly, in turn, moving the Friction Slip into the smaller diameter of the tapered bowl, therefore constricting the rings more and requiring more tons to open the jar. The words "More Tons" are stamped on the right side of the Control Ring Port. Turning the Control Ring to the left moves it downwardly, in turn, moving the Friction Slip into the larger diameter of the tapered bowl, therefore expanding the rings more and requiring less tons to open the jar. The words "Less Tons" are stamped on the left side ofthe Control Ring Port. NOTE: The Surface Bumper Jar should be pulled open at the rig site before it is brought from the field to be serviced. OPERATION In all types of jarring operations, the BOWEN SURFACE BUMPERJAR is installed in the drilling string or fishing string just above the rotary table, or at the joint nearest the table. If circulation is desired, connect the kelly to the top of the jar. If circulation is not required, connect a single joint of pipe above the jar. Sufficient weight (300 to 400 lbs.) should be run above the jar to close and re-set it. Always begin jarring operation with a LIGHT tonnage, gradually increasing the tonnage as the operation proceeds. Set the restraining mechanism to light tonnage by adjusting the Control Ring as indicated by the stencil on the Bowl at the Control Ring Plug. (To adjust the Control Ring, remove the Control Ring Plug and then, using the Control Wrench, rotate the Control Ring to the RIGHT to increase the tripping tonnage or to the LEFT to decrease the tripping tonnage. Take an upward strain on the BOWEN SURFACE BUMPER JAR. When the upward strain is equal to the previously set tonnage, the restraining


152

mechanism will release and allow the Bowl Assembly to descend rapidly with respect to the Mandrel Assembly for 48 inches. This will cause the weight of the stretched pipe to fall downward against the stuck fish. To Free A Stuck Drill String Drill Strings frequently stick on the trip out of the hole by pulling into a keyseat. Install the BOWEN SURFACE BUMPER JAR in the drill string as explained above. Set the Jar for light tonnage and begin jarring operations, gradually increasing the tonnage as jarring proceeds, until the drill pipe is free. CAUTION Do not set the tripping tonnage of the Jar higher than the weight between the surface and the point where it is stuck. If the tripping tonnage is set higher than the weight of the amount of free pipe above the stuck point, it will result in the pipe being pulled tighter into the keyseat. Do not use a load setting that will create a stretch in the drill string that is greater than the stroke of the jar. This could cause an impact within the jar and possibly damage the hook or other rig components. Be aware that a sudden freeing of a heavy fish will allow the fish to drop and strike a jarring blow with the jar. This could also damage the rig. A similar procedure is observed in all cases of stuck pipe. To Actuate A Bumper Sub Many drilling operators employ Drilling Bumper Subs in the drilling string. Also, almost all fishing operators install a Bumper Sub above the engaging tool in a fishing string. When the String, in either case, becomes stuck and the Bumper Sub is ineffective, install a BOWEN SURFACE BUMPER JAR in the string as explained above. Set the Surface Bumper Jar for light tonnage, just enough to open the Bumper Sub. Thereafter, gradually increase tonnage but observe the precaution cited above and do not set the tripping tonnage so high that it exceeds the weight of the free pipe above the stuck point. Continue jarring with the Surface Bumper Jar until the stuck string is free. To Release a Fishing Tool Occasionally, fishing tools or grappling tools such as Overshots or Speaks cannot be released by the normal procedure of bumping down with the weight of the fishing string. This is usually the result of the Grapple or the Slips having become imbedded in the fish or having become fouled due to repeated and prolonged bumping and jarring on the fish.

In such cases, install a BOWEN SURFACE BUMPER JAR in the fishing string as explained above. Set the tonnage at a medium tonnage but do not exceed the weight of the free pipe below the Surface Bumper Jar. If there is a Bumper Sub in the string, set the tonnage high enough to insure that the Bumper Sub is pulled into its fully open position. Open the Surface Bumper Jar to erect the release of the Grappling tool. This will usually require only one or two blows. Precautions Always begin Surface Bumper Jar operations with the Jar set for LIGHT jarring, gradually increasing tonnage as jarring operations proceed. Avoid setting the tonnage of the Surface Bumper Jar to exceed the weight of the free pipe between the Jar and the stuck point. This will usually result in defeating the purpose of the Jar and may stick the pipe tighter. Occasionally, the BOWEN SURFACE BUMPER JAR may become "half-cocked" -where the Jar is neither fully opened nor fully closed. This situation results from having set the tripping tonnage so high that there is insufficient pulling power to trip the Jar and the weight of the pipe above the Jar is insufficient to close it. It is then necessary to break the Jar out of the string, protect the pin connection thread on the bottom, and strike the Jar sharply against some solid object until the Jar is closed. Then, the Control Ring may be adjusted for less tripping tonnage and the operation resumed. NOTE: It is important that the Surface Bumper Jar be opened at the rig site before it is brought in from thefieldfor servicing. MAINTENANCE The BOWEN SURFACE BUMPER JAR normally requires very little maintenance. After each use, it should be thoroughly rinsed out with clear water to remove any drilling fluid that may have been circulated through it. The Jar should be opened so that the surface of the hexagon Main Mandrel may be lubricated with a good grade of heavy weight oil or grease. After lubricating the Main Mandrel, the Jar should be set to minimum tonnage and then closed. The exterior surface may be painted or lubricated to prevent any rust or deterioration.


153

Notes


154

Tools for Fishing Junk Match Tool with Junk to be Fished Use each tool once, or more than once, or in conjunction with other tools

Junk

Fishing Tool

1. Drill Bit Cone

A. Magnet

2. 24” Pipe Wrench

B. Mill C. Boot Basket

3. Tong Dies 4. Drill Bit 5. Chain 6. Hammer 7. Wire Rope 8. Rubber 9. Lead 10. Shepherd’s Hook 11. Perforating Gun

D. Core Type Basket E. Reverse Circulating F. “Po-boy” Basket G. Ping Shoe H. Wire Catcher Basket I. Spring Tine Basket J. Rope Spear - Center Spear K. Impression Block L. Wash Pipe M. Rope Spear - 2 Prong Grabs N. Taper Tap


155

Tools for Fishing Junk - Answers DRILL BIT CONE - A, D, E Magnet, if Only 1 Cone, Reverse Circulating Basket’ “Po-Boy” Basket, If more than 1 cone 24” PIPE WRENCH - D, E, F, H Core Type Basket, Reverse Circulating Basket, “Po-Boy” Basket, Wire Catcher Basket TONG DIES - A, D, E, F, H Magnet, Core Type Basket, Reverse Circulating Basket, “Po-Boy” Basket, Wire Catcher Basket DRILL BIT - K, N Call for Cement CHAIN - A, D, E, F, H Magnet, Core Type Basket, Reverse Circulating Basket, “Po-Boy” Basket, Wire Catcher Basket HAMMER - A, D, E, F, H Magnet, Core Type Basket, Reverse Circulating Basket, “Po-Boy” Basket, Wire Catcher Basket WIRE ROPE - J, L Rope Spear - Center Spear, Rope Spear - 2 Prong Grabs, Wash Pipe RUBBER - D, E, F, H Core Type Basket, Reverse Circulating Basket, “Po-Boy” Basket, Wire Catcher Basket LEAD - D, E, F, H Core Type Basket, Reverse Circulating Basket, “Po-Boy” Basket, Wire Catcher Basket SHEPHERD’S HOOK - G, H, I Ping Shoe, Wire Catcher Basket, Spring Tine Basket PERFORATING GUN - G, H, I Ping Shoe, Wire Catcher Basket, Spring Tine Basket


156

Fishing Wire-Line / Not Parted There are two options in fishing stuck logging tools; the cable - guide method (pg. 158) and the side-door overshot (pg. 159) It is critical that you can identify what is stuck; the logging tool or the wire-line. If you do not know for certain use the cable-guide method. The cable-guide method is much slower but is also much safer. Listed below are the situations that I would recommend NOT to run the side-door overshot. 1. any radio-active logging tool 2. any directionally drilled hole 3. any line-stuck situation 4. any depth below 3000’ 5. any wire-line with large O.D. Quick Connect Bowen recommends the side-door overshot in cased hole situations only.


157


158

BOWEN SERIES 160 SIDE DOOR OVERSHOTS

Important features of the Series 160 Side Door Overshot are:

Bowen recommends the use of the Series 160 Side Door Overshots when fishing for conductor line or cable tools in cased holes. These Overshots are run in on tubing or drill pipe. By removing the side door in the Bowl, the line can be fed into the tool. After the line is in place, the door is put back into position as part of the Bowl.

•· Eliminates the necessity of cutting the line or cable

•· Eliminates the possibility of lines fouling (this can take place when two lines are in the hole)

•· Provides more positive control than would be possible when fishing with a conventional wire line overshot

S P E C IF IC A T IO N S - B O W E N S ID E D O O R F IS H I N G M E T H O D S M A X IMUM CATCH (S P IR A L )

2

2

2-3/8

2-3/8

2-3/8

2-3/8

2-3/8

M A X I M U M C A T C H ( B A S KET)

1-1/2

1-1/2

1-7/8

1-7/8

1-7/8

1-7/8

1-7/8

OVERSHOT O.D.

3-1/8

3-3/4

4

4

4-1/2

4-1/2

4-1/2

2-3/8 EUE Box

2-7/8 API Reg

2-3/8 API Reg Box

2-3/8 API Reg Box

Acme Str 6 thd

2-3/8 API Reg Box

2-3/8 API Reg Box

15959

c-11145

9560

N- 9 5 6 0

6400

9985

C-7613

60

65

70

70

195

105

105

T O P C O N N E C T IO N C O M P L E T E A S S EMBLY

PART NO. WEIGHT

O p t i o n a l E x t ra O V E R S IZE GUIDE

PART NO.

15959

…………

9563

9563

7217

7217

7217

G U ID E K E Y S C R E W

PART NO.

8181

…………

9551

9551

6461

6461

6461

PART NO.

15960

…………

9552

9552

6462

6462

6462

PART NO.

3847

…………

9553

9553

9568

9568

9568

M A X IMUM CATCH (S P IR A L )

2-3/4

2-7/8

3-1/8

3-3/8

3-21/32

3-21/32

4

M A X I M U M C A T C H ( B A S KET)

2-1/4

2-3/8

2-5/8

2-7/8

2-1/8

3-1/8

3-1/2

2 R e q 'd . G U ID E A N C H O R S E G M E N T (4 R e q ' d . ) G U ID E A N C H O R S E G M E N T S EGMENT S CREW

OVERSHOT O.D. T O P C O N N E C T IO N C O M P L E T E A S S EMBLY

PART NO. WEIGHT

4-1/2

5

4-11/16

5-1/2

5-1/2

5-1/2

6-1/8

2-7/8 API Reg

2-7/8 API Reg Box

2-7/8 API Reg Box

2-7/8 API Reg Box

2-7/8 API Reg Box

2-7/8 API Reg Box

2-7/8 API Reg Box

9900

C-7618

9965

C-5436

9920

n-9920

C-6161

167

149

139

171

177

171

206

O p t i o n a l E x t ra O V E R S IZE GUIDE

PART NO.

9911

…………

9676

9930

9930

9930

…………

G U ID E K E Y S C R E W

PART NO.

6461

…………

6461

6461

6461

6161

…………

PART NO.

9913

…………

9978

9932

9932

9932

PART NO.

9933

…………

9933

9933

9933

9933

2 R e q 'd . G U ID E A N C H O R S E G M E N T (4 R e q ' d . ) G U ID E A N C H O R S E G M E N T S EGMENT S CREW

…………


159

Fishing Wire-Line /Parted If you are unfortunate enough to have parted wire-line in your well in casing or open-hole, you are one bad decision from junking your well. Be very deliberate in making any decisions and involve people that have successfully fished wire-line in casing or open-hole. A person might think that wire-line when parted or pulled into will fall down the hole and ball-up. Wire-line (slick-line, swab-line, electric logging cable) will stand up in the hole very well. The rule of thumb that I use is the 10% Rule - wire-line will stand up at 90% or more of its original height in the well. Shrinkage or stacking out will be 10% or less. The reason that wire-line will stand up is that these steel wirelines come to your location on a drum. The steel gains a memory of the helix of the drum and when parted in the hole, the wire will try to return to the helix of the drum it was stored on. This memory makes the wire-line stand up in the hole. The recommended fishing procedure for parted wire-line is as follows: Rope Spear with appropriately sized barbs-RUN ON PIPE Open Hole - Never use stop Cased Hole - Use Stop Ring Have a selection of rope spears on location; center spear, two prong grab, crank-shaft bend and etc. Be prepared to make a number of trips as the fishing process is actually a trial and error to find what works best in this well, with this wire, under these conditions. A person might think that you could run wash-pipe and wash-over and recover large amounts of wire-line. What I have found to be the case is that the wire will ball up and bridge off about one foot up in the shoe and then twist into. When you can no longer make hole you will trip out. The balled up wire in the shoe is a mirror image of what was left behind in your casing. I do not recommend running wash-pipe to recover wire-line in casing or open-hole. Weatherford Fishing Tool Manual January, 2003

160

Oilfield Services Division Domestic

Alaska

North Dakota

Anchorage ................................................................ (907) 561-1632 Kenai ........................................................................ (907) 776-8148 Prudhoe Bay ............................................................. (907) 659-2356

Williston

California Bakersfield ............................................................... Brawley .................................................................... Coalinga ................................................................... Rancho Dominguez .................................................. Rio Vista ................................................................... Santa Paula ...............................................................

(661) 589-9483 (760) 344-7550 (559) 935-5070 (310) 635-7125 (707) 374-6493 (805) 525-6679

(701) 572-6714

Oklahoma Elk City - Fishing & Rental ....................................... (580) 225-4400 Elk City - Tubular Service ........................................ (580) 225-8888 Lindsay - Fishing & Rental ....................................... (405) 756-7389 Lindsay - Tubular Service ......................................... (405) 756-4374 Oklahoma City - Sales .............................................. (405) 773-1100 Tulsa - Sales .............................................................. (918) 592-1776 Wilburton .................................................................. (918) 465-2311 Yukon ....................................................................... (405) 354-7711

Colorado

Texas

Denver (Sales) .......................................................... (303) 825-6558

Corpus Christi - Fishing, LOR, Wireline .................. (361) 289-1551 Corpus Christi - Rental ............................................. (361) 289-5111 Corpus Christi - Whiting, Thru-Tubing .................... (361) 289-1344 Dallas - Sales ............................................................ (972) 702-9222 Edinburg ................................................................... (956) 687-8536 Houston - Corporate Sales ........................................ (281) 873-6686 Kilgore ...................................................................... (903) 984-5541 Laredo ....................................................................... (956) 723-2056 Midland – Sales ........................................................ (915) 683-1604 Odessa - Fishing & Rental ........................................ (915) 550-9297 Palestine .................................................................... (903) 729-2106 Pearland - Fishing, Rental & Wireline ...................... (281) 485-1899 Pearland – Whiting ................................................... (281) 485-3031 Synder ....................................................................... (915) 573-3563 Victoria ..................................................................... (361) 576-0156

Kansas Great Bend ................................................................ (316) 793-7819 Liberal ...................................................................... (316) 624-6273

Louisiana Arcadia ..................................................................... Broussard - Rental .................................................... Broussard - Fishing, Thru-Tubing,Wireline ............. Broussard - Whiting ................................................. Houma - Fishing & Wireline .................................... Houma - Rental ........................................................ Lafayette - LOR. ....................................................... Lafayette - Tubular Service, Sales ............................ Lake Charles ............................................................. New Iberia - LOR ..................................................... New Orleans ............................................................. Shreveport - Sales ..................................................... Venice ......................................................................

(318) 263-8560 (337) 232-7770 (337) 837-4296 (318) 337-3834 (985) 851-0600 (985) 876-7330 (337) 837-9871 (337) 837-1877 (337) 436-3351 (337) 367-2235 (504) 679-9700 (318) 424-7679 (985) 534-2348

Michigan Kalkaska ................................................................... (616) 258-8691

Mississippi Laurel ....................................................................... (601) 428-0421

New Mexico

Utah Vernal ....................................................................... (801) 789-0445

West Virginia Jane Lew ................................................................... (304) 884-8103

Wyoming Big Piney .................................................................. (307) 276-5329 Casper ....................................................................... (307) 473-1250 Evanston ................................................................... (307)789-4491 Gillette ...................................................................... (307) 682-4701 Powell ....................................................................... (307) 754-2248 Riverton .................................................................... (307) 857-6848 Rock Springs ............................................................. (307) 362-5664

Farmington ............................................................... (505) 327-6341 Hobbs ....................................................................... (505) 392-2626 Artesia ...................................................................... (505) 746-4451


161

Oilfield Services Division International Latin America - Houston ................. Gabon – Port Gentil ........................ Germany - Hannover ....................... Italy - Ravenna ................................ Norway - Stavanger ......................... Singapore ........................................ United Kingdom – Aberdeen............ United Arab Emirates – Dubai..........

(713) 693-4000 241 56 0826 49 511 77 020 39 544 435911 47 51 814400 65 543 2133 44 1224 796 900 9714 312999

Canada Fishing & Wireline Division Bonnyville, AB .................................................. (780) 826-6339 Brooks, AB......................................................... (403) 362-8880 Calgary, AB (Sales) ........................................... (403) 269-7788 Dartmouth, NS.................................................... (902) 468-4606 Esteven, SK ....................................................... (306) 634-2924 Grande Prairie, AB ............................................. (780) 539-3163 Fort St. John, BC ............................................... (250) 785-4613

High Level, AB .................................................. (780) 926-2772 Lloydminster, AB .............................................. (780) 875-6151 Rocky Mountain House, AB ............................... (403) 845-7115 Nisku, AB .......................................................... (780) 955-7933 St. John’s, NF .................................................... (709) 364-8682 Whitecourt, AB .................................................. (780) 778-3880

BOP Division Calgary, AB ....................................................... (403) 250-3325 Estevan, SK ....................................................... (306) 634-7880

Nisku, AB........................................................... (780) 955-8070

Rental Division Brooks, AB ........................................................ (403) 362-8899 Calgary, AB (Sales) ........................................... (403) 269-7788 Estevan, SK ....................................................... (306) 634-7880

Fort St. John, BC ............................................... (250) 785-4717 Nisku, AB .......................................................... (250) 785-4717

Tubular Division Bonnyville, AB .................................................. (780) 826-6339 Brooks, AB ........................................................ (403) 362-7707 Calgary, AB (Sales) ........................................... (403) 269-7788 Dartmouth, NS ................................................... (902) 826-6339 Drayton Valley, AB ........................................... (780) 542-7848 Fort St. John, BC ............................................... (250) 785-6141 Grande Prairie, AB ............................................. (403) 539-3157

Lloydmister, AB. ............................................... (403) 875-2455 Nisku, AB .......................................................... (780) 955-7933 Peace River, AB ................................................. (403) 624-1511 Red Deer. AB ..................................................... (403) 347-1303 St. John’s. NF .................................................... (709) 364-8682 Whitecourt, AB .................................................. (780) 778-3880


162

Weatherford Fishing Handbook

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