Tru Tubing Tech

©2008 Owen Oil Tools LP. All Rights Reserved.402 Machine Loop, Scott, LA 70583 • Phone: 337-984-1181• Fax: 337-984-3044

Owen Oil Tools LP. is a subsidiary of Core Laboratories12001 County Road 1000, Godley, TX 76044 • TEL: 1.800.333.OWEN • www.corelab.com/owen

International customers please be sure to add the USA countrycode (+1) when calling or faxing to the numbers listed above. Shipping is available to most international locations from our USA headquarters. Thru-Tubing Technology is a division of Owen Oil Tools LP.

TTT Final Catalog Cover.indd 1TTT Final Catalog Cover.indd 1 3/7/08 1:53:39 PM3/7/08 1:53:39 PM

Thru-TubingTechnologyThru-TubingTechnologyA Division of Owen Oil Tools

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Warning: Use of Owen equipment contrary to manufacturer’s specifications or instructions may result in property damage, serious injury or fatality.

This technology is regulated by and, if exported, was exported from the United States in accordance with the Export Administration Regulations (EAR).Diversion contrary to U.S. law is prohibited. Export and/or re-export of this technology may require issuance of a license by the Bureau of Industry andSecurity (BIS), U.S. Department of Commerce. Consult the BIS, the EAR, and/or Owen Compliance Services, Inc. to determine licensing requirementsfor export or re-export of this technology.

This document contains Confidential Information of Owen Oil Tools LP (Owen) and is furnished to the customer for information purposes only. This document must not be reproduced in any way whatsoever, in part or in whole, or distributed outside the customer organization, without first obtaining the express written authorization of Owen. This document is the property of Owen and returnable upon request of Owen. © 2008 Owen Oil Tools LP.

P.O. Box 568, 12001 CR 1000Godley, Texas, 76044, USAPhone: (817) 551-0540Fax: (817) 551-1674

402 Machine LoopScott, Louisiana, 70583, USAPhone: (337) 984-1181Fax: (337) 984-3044

5409-39139 Hwy 2ARed Deer, Alberta, T4S 2B3, CanadaPhone: (403) 340-1017Fax: (403) 340-1018

Thru-TubingTechnologyThru-TubingTechnology

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A Division of Owen Oil Tools

Thru-Tubing Technology Product Catalog

CAT-TTT-000 (R00)

P.O. Box 568, 12001 CR 1000

Godley, Texas, 76044, USA

Phone: (817) 551-0540

Fax: (817) 551-1674

Warning: Use of Owen equipment contrary to manufacturer's specifications or instructions may result in property damage, serious injury or fatality.

This technology is regulated by and, if exported, was exported from the United States in accordance with the Export Administration Regulations (EAR).Diversion contrary to U.S. law is prohibited. Export and/or re-export of this technology may require issuance of a license by the Bureau of Industry andSecurity (BIS), U.S. Department of Commerce. Consult the BIS, the EAR, and/or Owen Compliance Services, Inc. to determine licensing requirementsfor export or re-export of this technology.This document contains Confidential Information of Owen Oil Tools LP (Owen) and is furnished to the customer for information purposes only. Thisdocument must not be reproduced in any way whatsoever, in part or in whole, or distributed outside the customer organization, without first obtaining theexpress written authorization of Owen. This document is the property of Owen and returnable upon request of Owen. © 2008 Owen Oil Tools LP

402 Machine Loop

Scott, Louisiana, 70583, USA

Phone: (337) 981-1181

Fax: (337) 984-3044

5409-39139 Hwy 2A

Red Deer, Alberta, T4S 2B3, Canada

Phone: (403) 340-1017

Fax: (403) 340-1018


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ASIA/PACIFICAdelaide, Australia Phone: (61-8) 8152-0244

Jakarta, IndonesiaPhone: (62-2) 1789-0538

Songkhla, ThailandPhone: (66-0) 7433-4070

CANADACalgary, ABPhone: (403) 571-2400

Brooks, ABPhone: (403) 362-2633

Edmonton, ABPhone: (780) 449-2021

Fort St. John, BCPhone: (250) 785-7792

Grande Prairie, ABPhone: (780) 539-0506

Lloydminster, ABPhone: (780) 871-0670

Medicine Hat, ABPhone: (403) 548-2888

Red Deer, ABPhone: (403) 340-1017

CHINABeijing, ChinaPhone: (86-10) 8458-0125

EUROPEAberdeen, ScotlandPhone: (44-0) 122-442-1077

LATIN AMERICAArgentina S.A.Phone: 011 (54) 11 578 72202

Business Development Phone: (817) 565-4552

MEXICOCd. del Carmen, MexicoPhone: (52) 938-383-1860

Poza Rica, MexicoPhone: (52) 782-823-5172

Reynosa, MexicoPhone: (52) 899-925-6364

Villahermosa, MexicoPhone: (01) 993-310-4700

MIDDLE EASTAbu DhabiPhone: (971) 2551-5559

Muscat, Sultanate of OmanPhone: (968) 9944-2722

Ruwi, Sultanate of OmanPhone: (968) 9920-6488

USABossier City, LAPhone: (318) 741.9036

Broussard, LA Phone: (337) 837.0021 Casper, WYPhone: (307) 266.6936 Casper, WYPhone: (307) 266.6936

Godley, TX (HQ) Phone: (817) 551.0540 Greenbrier, ARPhone: (501) 581.0284 Houma, LA Phone: (985) 868.7010 Houston, TXPhone: (713) 328.2623

Laurel, MSPhone: (601) 649-3508

Oklahoma City, OKPhone: (405) 495.4441

Odessa, TXPhone: (432) 368.9920 Parkersburg, WVPhone: (304) 464.4338 Rosharon, TX Phone: (281) 595.3357 Scott, LA Phone: (337) 984.1181 Snyder, TXPhone: (325) 573.9580 Tyler, TX Phone: (903) 526.5300 Victoria, TXPhone: (361) 576.6083 Wichita Falls, TXPhone: (940) 704.5293


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Premium Downhole Mechanical Tools At Thru-Tubing Technology (TTT), our goal is to deliver outstanding quality equipment and service to our customers. Our satisfied customers range from major companies to small operators, and from customers working in routine environments to those working in hostile and high profile environments worldwide.

Thru-Tubing Technology tools are specially designed and manufactured to precise specifications. The tight tolerances and high quality, reduces failures without causing downhole binding problems. The result is unsurpassed tool performance that reduces downhole time, additional trips, and unrecoverable objects.

Precision manufacturing reduces failures and our tool designs incorporate the placement of critical components within protective housings, whenever possible, to minimize drag, and reduce the possibility of down hole problems.

Custom Designed Product Development Thru-Tubing Technology encourages your input for current product improvement or new product development. We can also custom design and manufacture tools based upon special applications. Contact us to discuss the details and requirements for your custom designed project.

Whether off-the-shelf or made to order, Thru-Tubing Technology makes every effort to provide industry leading delivery and lead times.


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Continuous Tubing Overshot - TT0180 .............................................. 1Flat Coil Tubing Overshot - TT0180FP ............................................... 2Cutting Overshot - TT0180K ............................................................... 3Pack-Off Sub - TT0181 ....................................................................... 4Domed Mouse Trap Overshot - TT0190 ............................................. 5Mechanical Spear - TT0200 ............................................................... 6Hydraulic “B & W” Spear - TT0210 ..................................................... 7Hydraulic “GS” Spear - TT0210 .......................................................... 8Bull Dog Spear - TT0212 .................................................................... 9Boot Collar Basket - TT0300 ............................................................ 10Venturi Jet Junk Basket - TT0320 .................................................... 11High Powered Magnet - TT0381 ...................................................... 12Rotational Inertia Impact Tool - TT0465 ........................................... 13JAF Hydraulic Disconnect - TT0700 ................................................. 14FDL Hydraulic Disconnect - TT0701................................................. 15Dual Circulation Sub - TT0710 ......................................................... 16Drain Sub - TT0711 .......................................................................... 17Coil Tubing Connector - TT0740 ...................................................... 18Torque-Thru Roll-On Coil Tubing Connector - TT0744 ..................... 19Dual Flapper Valve - TT0750 ............................................................ 20Locking Swivel Joint - TT0810 .......................................................... 21Torque-Thru Knuckle Joint - TT0900 ................................................ 22Fixed Blade Stabilizer - TT0910 ....................................................... 23Mechanical Bow Spring Centralizer - TT0911 .................................. 24Hydraulic Bow Spring Centralizer - TT0912 ..................................... 25Rotating Sleeve Stabilizer - TT0913 ................................................. 26Nipple Locator - TT0920 ................................................................... 27


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Table of Contents

Continuous Tubing Overshot - TT0180 . . . . . . . . . . . . . . . . . . . . . . . 1Flat Coil Tubing Overshot - TT0180FP . . . . . . . . . . . . . . . . . . . . . . . 2Cutting Overshot - TT0180K . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3Pack-Off Sub - TT0181 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4Domed Mouse Trap Overshot - TT0190 . . . . . . . . . . . . . . . . . . . . . . 5Mechanical Spear - TT0200 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 6Hydraulic "B & W" Spear - TT0210 . . . . . . . . . . . . . . . . . . . . . . . . . . 7Hydraulic "GS" Spear - TT0210. . . . . . . . . . . . . . . . . . . . . . . . . . . . . 8Bull Dog Spear - TT0212. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 9Boot Collar Basket - TT0300 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 10Venturi Jet Junk Basket - TT0320 . . . . . . . . . . . . . . . . . . . . . . . . . . 11High Powered Magnet - TT0381 . . . . . . . . . . . . . . . . . . . . . . . . . . . 12Rotational Inertia Impact Tool - TT0465 . . . . . . . . . . . . . . . . . . . . . 13JAF Hydraulic Disconnect - TT0700 . . . . . . . . . . . . . . . . . . . . . . . . 14FDL Hydraulic Disconnect - TT0701 . . . . . . . . . . . . . . . . . . . . . . . . 15Dual Circulation Sub - TT0710 . . . . . . . . . . . . . . . . . . . . . . . . . . . . 16Drain Sub - TT0711 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 17Coil Tubing Connector - TT0740 . . . . . . . . . . . . . . . . . . . . . . . . . . . 18Torque-Thru Roll-On Coil Tubing Connector - TT0744 . . . . . . . . . . 19Dual Flapper Valve - TT0750. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 20Locking Swivel Joint - TT0810. . . . . . . . . . . . . . . . . . . . . . . . . . . . . 21Torque-Thru Knuckle Joint - TT0900. . . . . . . . . . . . . . . . . . . . . . . . 22Fixed Blade Stabilizer - TT0910 . . . . . . . . . . . . . . . . . . . . . . . . . . . 23Mechanical Bow Spring Centralizer - TT0911 . . . . . . . . . . . . . . . . . 24Hydraulic Bow Spring Centralizer - TT0912 . . . . . . . . . . . . . . . . . . 25Rotating Sleeve Stabilizer - TT0913 . . . . . . . . . . . . . . . . . . . . . . . . 26Nipple Locator - TT0920 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 27


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page 1

Continuous Tubing Overshot - TT0180

Description

The Continuous Tubing Overshot is used to retrieve continuoustubing strings that have been parted, stuck, and/or abandoned in thewellbore. The Continuous Tubing Overshot is available for externallyengaging continuous tubing strings with 1/4, 3/8, 3/4, 1, 1-1/4, 1-1/2,1-3/4, 2 and 2-3/8 inch diameters. The overshot consists of fourmajor parts: the Top Sub, Bowl, Grapple and the Guide. A Pack-OffSub can also be run with the overshot to permit circulation throughthe tubing string being fished.

Operation

The overshot is attached to the desired fishing string and thenlowered to the top of the fish, while maintaining circulation andwashing over to the required depth. Lifting the work string will causethe grapple to bite on the coil tubing. The fish parts a few inches toseveral feet below the overshot, if the fish cannot be pulled out of thehole. Retrieval of the tubing is now possible. If all the tubing is notretrieved, the overshot should be disassembled and a visualinspection made. If any parts are damaged, replace them and repeatthe process until all of the tubing is retrieved. The coil tubing will beparted to where the overshot will not have a problem re-latching. Theovershot can not be released once the fish has been latched.

in. mm in. mm in. cm lbf daN ft-lbf N-mTT0180-186B 1.858 47.2 1.300 33.0 24.500 62.2 31,300 13,922 1,010 1,370TT0180-206B 2.063 52.4 1.313 33.4 23.500 59.7 65,000 28,912 800 1,085TT0180-209B 2.094 53.2 1.375 34.9 29.400 74.7 30,868 13,730 800 1,085TT0180-225B 2.250 57.2 1.375 34.9 29.400 74.7 60,149 26,754 1,318 1,787TT0180-230B 2.295 58.3 1.563 39.7 24.500 62.2 53,000 23,574 1,620 2,197TT0180-244B 2.438 61.9 1.313 33.4 29.380 74.6 128,350 57,090 2,635 3,573TT0180-263B 2.625 66.7 1.630 41.4 25.500 64.8 118,500 52,709 2,904 3,938TT0180-266B 2.655 67.4 1.630 41.4 29.500 74.9 123,250 54,822 3,185 4,319TT0180-270C 2.700 68.6 1.813 46.1 29.600 75.2 62,000 27,578 2,250 3,051TT0180-313B 3.125 79.4 1.880 47.8 34.000 86.4 84,000 37,363 2,950 4,000TT0180-317C 3.166 80.4 2.094 53.2 30.000 76.2 70,100 31,180 3,820 5,180TT0180-338B 3.375 85.7 2.125 54.0 34.800 88.4 91,100 40,521 4,560 6,183TT0180-363B 3.625 92.1 2.500 63.5 36.300 92.2 158,000 70,278 4,828 6,547

Part NumberOD Maximum

Torsional Yield Maximun

Tensile Load ID Length


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page 2

Flat Coil Tubing Overshot - TT0180FP

Description

The Flat Coil Tubing Overshot is used to engage coil tubing thathas become flattened or collapsed, making it difficult for aconventional overshot to be used. The overshot consists of a body,body plate, housing sleeve, springs and slips.

Operation

Run the overshot in the hole on tubing or screw pipe. Once thetop of the fish has been tagged, and the string is rotated a quarter to ahalf of a turn, the overshot will fall over the fish. The tool incorporatestwo slips, which are spring loaded and retract while swallowing thefish. Once the overshot is over the fish, and upward pull is applied,the slips wedge tightly into the damaged tubing. The upward pull iscontinued until the tubing is freed. The overshot is not releasableonce latched to the fish.

in. mm in. mm in. cm lbf daNTT0180-231D 2.312 58.7 0.500 12.7 16.000 40.6 55,000 24,464

Part NumberOD Maximun Tensile

Load ID Length


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page 3

Cutting Overshot - TT0180K

Description

The Continuous Cutting Overshot is used to cut and retrievecontinuous tubing that have been parted, stuck, and/or abandoned inthe wellbore. The tool consists of a Top Sub, Bowl, Guide, ShearableSlip Bowl, Grapple and Cutting Grapples.

Operation

The Continuous Cutting Overshot is attached on the fishing string,lowered to the top of the fish and then stripped over to the desireddepth. To initiate the cut, simply pick up on the work string, to set thegrapple and shear the shear screws. This will force the cuttinggrapples into the fish, shearing it in two and leaving a clean top forfurther retrieval or entry for wireline equipment. The overpull to cutthe coil is only 25-30% of the yield of the tubing being cut (this canvary due to well bore friction, spalling of cutting grapple blades, etc.).The overshot is not a releasable tool for upward travel, but it can bereleased to travel down hole (providing the shear screws have notbeen sheared). Simply bump down sharply to release the grappleand continue to the desired depth.

in. mm in. mm 1.0 in. 1.250 in. 1.500 in. 1.750 in. 2.0 in.TT0180-206K 2.063 52.4 23.50 596.9 x x 1.500 in. CS Hydril BoxTT0180-250K 2.500 63.5 35.80 909.3 x 2.062 in. CS Hydril BoxTT0180-270K 2.700 68.6 39.00 990.6 x x x 2.375 in. CS Hydril BoxTT0180-338K 3.375 85.7 34.80 883.9 x x 2.875 in. CS Hydril Box

Top Connection Part NumberTool OD Length Coiled Tubing Size


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page 4

Pack-Off Sub - TT0181

Description

The Pack-Off Sub is designed to run above the continuous tubingovershot. It consists of a top sub, a molded packing, and a bottomsub.

Operation

Once the fish has been engaged with the overshot, the Pack-OffSub creates a seal between the work string and the fish. Circulationcan now be maintained through the fish that allows for a hydraulicreleasing tool to be activated. This makes it possible to retrieve thedamaged tubing and any tools that may be attached. The moldedpacking is rated for 10,000 psi.

in. mm in. mm in. cm lbf daN ft-lbf N-mTT0181-186C 1.858 47.2 1.300 33.0 12.300 31.2 69,000 30,691 1,010 1,370 1 in., 1.250 in.TT0181-206B 2.063 52.4 1.300 33.0 14.200 36.1 52,000 23,130 1,258 1,706 1 in., 1.250 in.TT0181-209B 2.094 53.2 1.300 33.0 14.200 36.1 44,800 19,927 980 1,329 1 in., 1.250 in.TT0181-225B 2.250 57.2 1.310 33.3 14.000 35.6 53,000 23,574 1,520 2,061 1 in., 1.250 in.TT0181-230B 2.295 58.3 1.563 39.7 14.400 36.6 49,700 22,107 1,620 2,197 1.250 in., 1.500 in.TT0181-270C 2.700 68.6 1.813 46.1 15.600 39.6 47,200 20,995 2,160 2,929 1.250 in., 1.500 in., 1.750 in.TT0181-313B 3.125 79.4 1.813 46.1 20.000 50.8 90,400 40,210 3,890 5,275 1.250 in., 1.500 in., 1.750 in.TT0181-317C 3.166 80.4 2.094 53.2 17.600 44.7 70,100 31,180 3,490 4,732 1.500 in., 1.750 in., 2 in.TT0181-338B 3.375 85.7 2.094 53.2 17.800 45.2 102,000 45,370 4,770 6,468 1.500 in., 1.750 in., 2 in.TT0181-363B 3.625 92.1 2.500 63.5 18.600 47.2 137,761 61,276 4,828 6,547 1.500 in., 1.750 in., 2 in., 2.375 in.

Coil Size CapabilityPart NumberOD Maximum




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page 5

Domed Mouse Trap Overshot - TT0190

Description

The Domed Mouse Trap Overshot is used to catch slick pipe,such as coil tubing, but it can also be used to catch upset or collartubing as well. The flappers are designed to hinge open, allowingthe overshot to strip over the tubing.

Operation

Once the desired depth is reached, an upward pull will force theflappers to set around the tubing. The flappers have sharp wickers,allowing the overshot to grip the slick pipe, making retrievalpossible. The Mouse Trap is not a releasable tool, so the fish willhave to be pulled in two for retrieval of the overshot.

Special Order Item - Contact your TTT representative formore information or pricing.


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page 6

Mechanical Spear - TT0200

Description

The Mechanical Spear is used to retrieve a tool string or downholecontrol device that has an internal fishing neck on top, and is stuck orhas been left in the hole. The spear is designed to withstand high sideand tensional loads during a jarring operation.

Operation

Tag the fish and set down approximately 20-30 lbs, the collets willthen retract and latch when entering the internal fish neck profile.Begin pulling and/or jarring to retrieve the fish. If retrieval is notpossible, jar down to shear the brass shear screws. This causes thecollets to retract and disengage from the fishing neck. The fishingstring can now be retrieved from the hole.

in. mm in. mm in. cm lbf daN ft-lbf N-mTT0200-168B 1.688 42.9 0.188 4.8 16.500 41.9 27,000 12,010 180 244 2 in. B&WTT0200-168BGS 1.688 42.9 0.188 4.8 16.000 40.6 27,100 12,054 180 244 2 in. GSTT0200-213B 2.125 54.0 0.313 8.0 21.600 54.9 49,000 21,795 700 949 2.500 in. GSTT0200-225B 2.250 57.2 0.313 8.0 21.600 54.9 49,000 21,795 700 949 2.500 in. GSTT0200-288A 2.875 73.0 0.500 12.7 24.800 63.0 76,000 33,805 1,200 1,627 3 in. GSTT0200-288E 2.875 73.0 0.500 12.7 29.600 75.2 76,000 33,805 1,200 1,627 3 in. GSFA

Profile to LatchPart Number

OD Maximum Torsional Yield

Maximum Tensile Load ID Length


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page 7

Hydraulic "B & W" Spear - TT0210

Description

The Hydraulic Spear is used to retrieve a string that is stuck or thathas been left in the hole, and that has an internal B&W fishing neckon top. The spear is designed to withstand high side and tensionalloads during a jarring operation.

Operation

Tag the fish and apply set down weight. The collets will retract andthen latch when entering the internal fish neck profile. Begin pullingand/or jarring to retrieve the fish. If retrieval is not possible, set downagain on the fish. Pumping through the tool will lock it in releaseposition, allowing disengagement of the fish. The fishing string cannow be retrieved from the hole.

in. mm psi kPa gpm L/sTT0210-169E 1.688 42.9 350 2413.3 19 1.2 2 in. B & W

Pump RateProduct Code Internal Profile Retrieved

Pressure to Hold in Release PositionOD


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Hydraulic "GS" Spear - TT0210

Description

The Hydraulic Spear is used to retrieve a string that is stuck or thathas been left in the hole, and that has an internal GS fishing neck ontop. The spear is designed to withstand high side and tensional loadsduring a jarring operation.

Operation

Tag the fish and apply set down weight. The collets will retract andthen latch when entering the internal fish neck profile. Begin pullingand/or jarring to retrieve the fish. If retrieval is not possible, set downagain on the fish. Pumping through the tool will lock it in releaseposition, allowing disengagement of the fish. The fishing string cannow be retrieved from the hole.

in. mm psi kPa gpm L/sTT0210-181E 1.813 46.1 350 2413.3 19 1.2 2 in. GSTT0210-213E 2.125 54.0 200 1379 25 1.6 2.500 in. GSTT0210-225E 2.250 57.2 200 1379 25 1.6 2.500 in. GSTT0210-270E 2.700 68.6 300 2068.5 30 1.9 3 in. GSTT0210-288E 2.875 73.0 300 2068.5 30 1.9 3 in. GS

Pump RateProduct Code Internal Profile Retrieved

Pressure to Hold in Release PositionOD

Product CodeOD Pressure to Hold in

Release Position Pump Rate Internal Profile Retrieved

in. mm psi kPa gpm L/sTT0210-169EGS 1.688 42.9 350 2413.3 19 1.2 2in. GS

TT0210-213E 2.125 54.0 200 1379 25 1.6 2.500 in. GS

TT0210-225E 2.250 57.2 200 1379 25 1.6 2.500 in. GS

TT0210-270E 2.700 68.6 300 2068.5 30 1.9 3 in. GS

TT0210-288E 2.875 73.0 300 2068.5 30 1.9 3 in. GS


page 9


page 9

Bull Dog Spear - TT0212

Description

The Bull Dog Spear is a simple means of retrieving a fish from thewellbore. It can be run on wireline as well as on coil tubing. The spearconsists of an external fishing neck, mandrel and a grapple.

Operation

Once the spear is engaged in the fish, pull upward to wedge themandrel under the grapple. The harder the pull, the harder thegrapple will bite into the fish. The spear has a unique feature unlikeother bull dog spears; the spear can be released from the fish.Release the running tool from the spear, run back in the hole with a"JD" pulling tool dressed with an "L" core, and latch onto the grapplethat has an external fishing neck. Pulling upward will disengage thegrapple and retrieval of the spear is possible. The range of catch islisted below.

in. mm in. cm lbf daNTT0212-059A 1.750 44.5 10.130 25.7 37,500 16,680 0.562 - 0.625 Catch 0.593 NominalTT0212-066A 1.750 44.5 10.130 25.7 37,500 16,680 0.625 - 0.718 Catch 0.656 NominalTT0212-078A 1.750 44.5 11.220 28.5 37,500 16,680 0.750 - 0.843 Catch 0.781 NominalTT0212-091A 1.750 44.5 11.210 28.5 37,500 16,680 0.875 - 0.968 Catch 0.906 NominalTT0212-103A 1.750 44.5 9.770 24.8 37,500 16,680 0.938 -1.062 Catch 1.031 NominalTT0212-116A 1.750 44.5 9.770 24.8 37,500 16,680 1.063 - 1.188 Catch 1.155 NominalTT0212-128A 1.750 44.5 9.770 24.8 37,500 16,680 1.188 - 1.313 Catch 1.281 NominalTT0212-141A 1.750 44.5 9.770 24.8 37,500 16,680 1.343 - 1.468 Catch 1.406 NominalTT0212-153A 1.750 44.5 9.200 23.4 37,500 16,680 1.468 - 1.593 Catch 1.531 NominalTT0212-166A 2.000 50.8 9.190 23.3 37,500 16,680 1.593 - 1.718 Catch 1.656 NominalTT0212-178A 2.000 50.8 9.190 23.3 37,500 16,680 1.688 - 1.813 Catch 1.781 NominalTT0212-191A 2.375 60.3 9.770 24.8 37,500 16,680 1.813 - 1.938 Catch 1.906 NominalTT0212-203A 2.375 60.3 9.770 24.8 37,500 16,680 1.938 - 2.093 Catch 2.031 NominalTT0212-225A 2.625 66.7 9.500 24.1 43,500 19,349 2.250 - 2.350 Catch 2.281 Nominal

Catch Range (in.)Part NumberOD Maximun

Tensile Load Length


page 10


page 10

Boot Collar Basket - TT0300

Description

The Boot Collar Basket is used to collect debris that is too large tobe carried out of the hole by normal or reduced circulation. The bootcollar is designed to create a change in velocity around the skirt andthe upper end of the mandrel, allowing the debris to fall into the cavitybetween the skirt and the mandrel.

Operation

The Boot Collar Basket is often used in conjunction with motormilling operations. The tool can be run above or below the mud motorto catch debris, such as metal or plastic, that may be too heavy to becirculated out of the hole.

in. mm in. mm in. cm lbf daN ft-lbf N-mTT0300-169B 1.688 42.9 0.500 12.7 31.380 79.7 54,100 24,064 1,000 1,356TT0300-206B 2.063 52.4 0.562 14.3 33.380 84.8 97,900 43,546 2,212 2,999TT0300-288B 2.875 73.0 0.625 15.9 31.800 80.8 124,000 55,155 2,470 3,349

Part NumberOD Maximum Torsional

Yield Maximun Tensile

Load ID Length


page 11


page 11

Venturi Jet Junk Basket - TT0320

Description/Operation

The Venturi Jet Junk Basket is used to retrieve junk from thewellbore. When fluid is pumped through the coil tubing to the Venturi,nozzles direct the flow to the OD of the tool toward the bottom, avacuum is created in the Venturi chamber and fluid and debris isdrawn into the bottom of the tool. A debris screen is located betweenthe Venturi chamber and the cages that will hold the debris inside thetool. The cages are used to trap the debris from falling out, and thescreen prevents it from recirculating around the ports. The volume ofthe debris chamber may be enlarged by the addition of extensionsbetween the cage housing and the screen housing. The nozzles arereplaceable to achieve any possible ratio of flow rate and psicombination. The Cage Housing on the bottom of the tool can alsobe dressed with carbide for milling or washing over a fish. Thehousings are also available with CS threads. An important feature ofthe Venturi is that it is not dependent on the hole size to work. Therate of the Venturi action is much higher than the pump rate, nomatter the hole size and nitrogen can be used without damaging thetool. The Venturi can be run with or without a mud motor.

in. mm in. mm in. cm lbf daN ft-lbf N-mTT0320-168B 1.688 42.9 1.031 26.2 33.500 85.1 67,555 30,048 688 933TT0320-181A 1.813 46.1 1.219 31.0 33.500 85.1 67,555 30,048 688 933TT0320-206A 2.063 52.4 1.280 32.5 38.000 96.5 86,883 38,646 1,067 1,447TT0320-225A 2.250 57.2 1.313 33.4 48.000 121.9 86,883 38,646 1,067 1,447TT0320-263A 2.625 66.7 1.560 39.6 45.000 114.3 116,000 51,597 1,788 2,425TT0320-313B 3.125 79.4 2.030 51.6 42.000 106.7 141,081 62,753 4,825 6,543TT0320-400A 4.000 101.6 2.750 69.9 60.900 154.7 164,000 72,947 5,800 7,865





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page 12

High Powered Magnet - TT0381

Description

The High Powered Magnet is used to retrieve small objects, suchas metal fragments, balls, small slips, springs, and any other objectsthat have a magnetic attraction. Only advanced high power, longlife magnets are used for extended operational life.

Operation

Due to the magnetic force of the High Powered Magnet, it ishighly recommended that a centralizer/stabilizer be run inconjunction with this tool. This will decrease sidewall drag alongwith the possibility of extreme sidewall wear on the magnet.

in. mmTT0381-125A-SS 1.25 31.8TT0381-150A-SS 1.500 38.1TT0381-169A-SS 1.688 42.9TT0381-181A-SS 1.813 46.1TT0381-184A-SS 1.844 46.8TT0381-206A-SS 2.063 52.4TT0381-230A-SS 2.300 58.4TT0381-270A-SS 2.703 68.7TT0381-350A-SS 3.500 88.9TT0381-450A-SS 4.500 114.3

Part NumberOD


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page 13

Rotational Inertia Impact Tool - TT0465

Description

The Rotational Inertia Impact Tool allows for the maximumutilization of the rotational energy generated by a downhole motor.The tool is run below a motor and is cocked and fired like a jar. Whenthe tool meters close and lock up on clutches, it throws a rotationalimpact into the fish below. The "flywheel" effect is equal to theenergy stored in the motor's rotor, top sub, piston housing, and anyweight bars or drill collars if added or needed.

Operation

First, the fish is engaged. Next, the tool is stroked open and themotor is brought on-line, then, set weight down on the tool. The toolrotates and the meters slowly close. At the last few inches of freetravel, the tool closes in micro-seconds, the clutches lock up, androtational impact is transmitted to the fish below. Shutting down themotor, picking up, and bringing the motor back on line will allow theprocess to be repeated as necessary. One popular use of this tool isin shearing shear screws requiring rotation, such as in the case of thebackup release of a liner running tool.



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page 14

JAF Hydraulic Disconnect - TT0700

Description

The JAF Hydraulic Disconnect tool is essential in releasing the coiltubing from the tool string, if the string has become stuck while in thewellbore. The JAF Hydraulic Disconnect is designed to achieve thisrequirement, but is also designed to give the ultimate resistance intensional and torsional stresses that occur while jarring or milling.

Operation

If it becomes necessary to disconnect, a ball is pumped to thedisconnect, then an increase in pump pressure allows the lockingpiston to shift, shearing the brass shear screws and allowing the loadpiston to move out from under the dogs. After a drop in the pumppressure, retrieval from the stuck string is possible. The bottom sub isthe only part of the disconnect that is left in the hole and it has aninternal "B & W" fishing neck for future fishing procedures.

Patent # 5526888

in. mm in. mm in. cm lbf daN ft-lbf N-mTT0700-168B 1.688 42.9 0.469 11.9 17.800 45.2 44,500 19,794 616 835





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page 15

FDL Hydraulic Disconnect - TT0701

Description

The FDL Hydraulic Disconnect tool is essential in releasing the coiltubing from the tool string if the string has become stuck while in thewellbore. The FDL Hydraulic Disconnect is designed to achieve thisrequirement, but is also designed to give the ultimate resistance intensional and torsional stresses that occur while jarring or milling.

Operation

If it becomes necessary to disconnect, a ball is pumped to thedisconnect, then an increase in pump pressure allows the lockingpiston to shift, shearing the brass shear screws and allowing the loadpiston to move out from under the body collets. After a drop in thepump pressure, retrieval from the stuck string is possible. Thebottom sub is the only part of the disconnect that is left in the holeand it has an internal "GS" fishing neck for future fishing procedures.

Patent # 5526888

in. mm in. mm in. cm lbf daN ft-lbf N-mTT0701-175B 1.75 44.5 0.469 11.9 17.400 44.2 30,700 13,655 830 1,125 2 in. GSTT0701-181B 1.813 46.1 0.469 11.9 17.400 44.2 51,500 22,907 616 835 2 in. GSTT0701-213B 2.125 54.0 0.531 13.5 22.600 57.4 78,500 34,917 1,128 1,530 2.500 in. GSTT0701-225B 2.250 57.2 0.531 13.5 22.600 57.4 93,300 41,500 1,770 2,400 2.500 in. GSTT0701-288B 2.875 73.0 0.688 17.5 29.000 73.7 156,000 69,389 4,108 5,570 3 in. GSTT0701-313B 3.125 79.4 0.688 17.5 33.000 83.8 190,000 84,512 5,678 7,699 3 in. GSFA

Fishing ProfilePart Number

OD Maximum Torsional Yield

Maximun Tensile Load ID Length


page 16


page 16

Dual Circulation Sub - TT0710

Description

The Dual Circulation Sub was designed to provide a means ofcirculation in an emergency situation if the string below the subbecomes plugged. It can also be used to bypass circulation throughthe mud motor to reduce unnecessary wear on the motor whilecirculating out of the hole.

Operation

The sub has a rupture disc incorporated that will burst when a vastincrease of pressure is created due to the string becoming plugged.This allows enough flow to pump a ball to the piston. An increase inpump pressure causes the brass shear screws to shear, allowing theports to become exposed so adequate circulation can be continued.The sub is also used when the motor job is complete and circulationis required while tripping out of the hole. The sub is placed above themotor and circulation is again diverted through the port holes andunnecessary wear on the motor is eliminated.

in. mm in. mm in. cm lbf daN ft-lbf N-mTT0710-168B 1.688 42.9 0.375 9.5 11.800 30.0 35,000 15,568 610 827TT0710-175B 1.750 44.5 0.375 9.5 11.800 30.0 42,600 18,948 800 1,085TT0710-181B 1.813 46.1 0.375 9.5 11.800 30.0 47,600 21,172 1,010 1,370TT0710-213B 2.125 54.0 0.438 11.1 14.800 37.6 62,400 27,756 1,490 2,020TT0710-225B 2.250 57.2 0.438 11.1 14.800 37.6 62,000 27,578 2,050 2,780TT0710-288B 2.875 73.0 0.563 14.3 16.600 42.2 104,000 46,259 4,110 5,573TT0710-313B 3.125 79.4 0.563 14.3 18.000 45.7 116,000 51,597 5,670 7,689





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page 17

Drain Sub - TT0711

Description

The Drain Sub is used to prevent the tool string from holding fluidwhen coming out of the hole. The Drain Sub has threaded ports.These ports can be used to close off the side ports with brass screwsto direct full circulation through the tool.

Operation

The Drain Sub is usually run above a box or tapered tap. Once thetap has engaged the fish, the fish often becomes plugged, that wouldresult in pulling a 'wet' string. The sub allows the fluid to drain to theannulus. Do not run a Drain Sub with any hydraulic tool as it will notallow the hydraulic tool to function properly and the sub’s screws arenot rated for hydraulic tool operation.



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page 18

Coil Tubing Connector - TT0740

Description

The Coil Tubing Connector is designed to be used on coil tubinghaving a diameter of 1.00-2.375 inches. The connector consists of atop sub, slip, brass ring, set screws, O-rings and a bottom sub. TheCoil Tubing Connector is designed to surpass the tensile and burst ofthe coil tubing, therefore making the connector much stronger thanthe coil itself. The connector has a maximum ID for a non-restrictedflow rate and allows balls to pass to tools below.

Operation

Installation is simple, the top sub and bottom sub are loosened sothe slip can move freely, then the tool is slipped over the dressed coiltubing, and the coil is bumped down in the bottom sub. Holding aback-up wrench on the top sub, the bottom sub is then tightened,forcing the hardened slip around the coil. It is recommended to run apull and pressure test once the connector is assembled on the coil.

in. mm in. mm in. cm lbf daN ft-lbf N-mTT0740-168A 1.000 1.688 42.9 0.750 19.1 12.400 31.5 30,500 13,566 1,640 2,224TT0740-169B 1.250 1.688 42.9 0.750 19.1 12.300 31.2 20,000 8,896 1,500 2,034TT0740-175A 1.000 1.750 44.5 0.750 19.1 12.400 31.5 32,900 14,634 1,790 2,427TT0740-175B 1.250 1.750 44.5 0.750 19.1 12.300 31.2 26,600 11,832 1,880 2,549TT0740-181B 1.250 1.813 46.1 0.750 19.1 12.400 31.5 28,200 12,543 2,030 2,753TT0740-206B 1.250 2.063 52.4 1.000 25.4 13.000 33.0 42,800 19,037 3,640 4,936TT0740-206C 1.500 2.063 52.4 1.000 25.4 13.000 33.0 40,800 18,148 3,910 5,302TT0740-213B 1.250 2.125 54.0 1.000 25.4 13.000 33.0 46,000 20,461 3,640 4,936TT0740-213C 1.500 2.125 54.0 1.000 25.4 13.000 33.0 33,300 14,812 2,790 3,783TT0740-230D 1.750 2.295 58.3 1.000 25.4 16.400 41.7 40,500 18,014 4,210 5,709TT0740-270D 1.750 2.700 68.6 1.500 38.1 18.700 47.5 72,200 32,115 3,000 4,068TT0740-288C 1.500 2.875 73.0 1.125 28.6 19.500 49.5 105,000 46,704 3,500 4,746TT0740-288D 1.750 2.875 73.0 1.300 33.0 17.400 44.2 108,000 48,038 4,270 5,790TT0740-288E 2.000 2.875 73.0 1.250 31.8 18.650 47.4 158,400 70,456 4,326 5,866TT0740-313D 1.750 3.125 79.4 1.000 25.4 18.400 46.7 108,000 48,038 4,270 5,790TT0740-313E 2.000 3.125 79.4 1.000 25.4 19.900 50.5 113,000 50,262 7,240 9,817TT0740-325F 2.375 3.250 82.6 1.500 38.1 20.700 52.6 80,700 35,895 2,600 3,526TT0740-338F 2.375 3.375 85.7 1.500 38.1 20.700 52.6 95,300 42,389 2,700 3,661TT0740-375F 2.375 3.750 95.3 1.500 38.1 21.400 54.4 134,000 59,603 2,810 3,810


Torsional Yield Maximun Tensile

Load ID LengthCoil Size in.


page 19


page 19

Torque-Thru Roll-On Coil Tubing Connector - TT0744

Description

High-strength construction makes the Torque-Thru Roll-On CoilTubing Connector stronger than the Coiled Tubing string. Readilyavailable O-ring seals ensure pressure integrity of the Coiled Tubingduring downhole operations. Rotational lock prevents the connectorfrom spinning on the Coiled Tubing when using small downhole motorsor other low to mid-torque generating assemblies. A relatively large IDallows flow through the connector and for the passage of plugs, darts,or setting balls. Pulling force is not required for makeup. Reusableconnectors offer multiple uses. External makeup principle avoidsmajor ID restriction of the coiled tubing, allowing unrestricted flow. Theroll-on connector contains no slips and is held in place by crimping theCoiled Tubing material into mating grooves in the connector Body.Reusable roll-on connectors offer multiple uses, and are available forall Coiled Tubing sizes and wall thickness specifications.

Operation

Prior to installing the Torque-Thru Roll-On Coil Tubing Connector,the ID of the Coiled Tubing string must be dressed with a reamer tool,and the end slotted to receive the anti-rotation keys on the connectorBody. The surface is smoothed to provide a good seal for the O-rings.The connector Body is then inserted and the coiled tubing deformedusing a crimping tool so it fits into the grooves of the connector Body.The Sleeve is then slipped over the Coiled Tubing and torqued up tothe connector Body.

in. mm in. mm in. cm lbf daN ft-lbf N-mTT0744-175C-095 1.750 44.5 0.656 16.7 10.800 27.4 20,000 8,896 1,200 1,627TT0744-175C-102 1.750 44.5 0.656 16.7 10.800 27.4 20,000 8,896 1,200 1,627TT0744-175C-109 1.750 44.5 0.656 16.7 10.800 27.4 19,000 8,451 1,200 1,627TT0744-175C-125 1.750 44.5 0.593 15.1 10.800 27.4 27,000 12,010 1,700 2,305TT0744-175C-134 1.750 44.5 0.593 15.1 10.800 27.4 26,000 11,565 1,700 2,305TT0744-175C-156 1.750 44.5 0.593 15.1 10.800 27.4 23,000 10,230 1,700 2,305TT0744-175C-145 1.750 44.5 0.593 15.1 11.800 30.0 32,700 14,545 1,200 1,627

Note: Other sizes available upon request





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page 20

Dual Flapper Valve - TT0750

Description

The Dual Flapper Valve is run in the tubing string as a safetymechanism to prevent fluid flow back up the tubing. This is especiallyimportant when running coiled tubing in live wells or where a hole inthe tubing at surface would allow the well to flow uncontrolled. TheDual Flapper Valve is a flapper type back pressure valve that allowsflow down the tubing, but stops flow coming back up the tubing. TheDual Flapper Back Pressure Valve has two flappers and flapperseals. The second flapper is redundant to the first and is run whereredundant seals are required. The flappers are designed so that aball can be pumped through them at minimum fluid flow rate.

Operation

The Dual Flapper Valve is normally ran directly below the CTConnector in CT operations, and at the top of the bottom holeassembly (BHA) in snubbing operations. No tubing manipulation orpressurization sequence is required to operate the tool. Thepresence of the Dual Flapper Valve must be taken into considerationduring some downhole operations because the flapper will not allowpressure in the coiled tubing below the back pressure valve to bebled off at surface.

in. mm in. mm in. cm lbf daN ft-lbf N-mTT0750-125A 1.250 31.8 0.510 13.0 9.120 23.2 29,650 13,188 400 542TT0750-150A 1.500 38.1 0.510 13.0 9.120 23.2 86,300 38,386 600 814TT0750-169A 1.688 42.9 0.688 17.5 12.500 31.8 29,200 12,988 610 827TT0750-175A 1.750 44.5 0.688 17.5 12.500 31.8 37,900 16,858 800 1,085TT0750-181A 1.813 46.1 0.688 17.5 12.500 31.8 47,200 20,995 1,010 1,370TT0750-213A 2.125 54.0 0.688 17.5 14.000 35.6 57,800 25,709 1,490 2,020TT0750-225A 2.250 57.2 0.688 17.5 14.000 35.6 77,400 34,428 2,110 2,861TT0750-288A 2.875 73.0 1.000 25.4 16.900 42.9 104,000 46,259 4,110 5,573TT0750-313A 3.125 79.4 1.000 25.4 17.500 44.5 116,000 51,597 5,670 7,689





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page 21

Locking Swivel Joint - TT0810

Description

The Locking Swivel Joint was designed to allow the assembly oflong coil tubing strings with minimum lubricator length. Many times itis necessary to have long lengths of lubricator to accommodate thetool string, creating a difficult and dangerous situation. The LockingSwivel Joint allows for sections of the tool string to be made up andlowered into the well bore.

Operation

The string is spaced out and a pup joint is inserted, allowing thepup joint to seal in the rams of the BOP. The Locking Swivel is placedon top of the section of tools and dropped in the lubricator. Pulling thecoupling back and tightening the set screws, allows the clutches todisengage and lets the swivel free spin. The other section of toolstring can now be assembled. Before lowering the swivel in the hole,loosen the set screws so the coupling can slide back down, engagingthe clutches. If rotation is required in the tool string, simply take thebrass drive pins out from under the coupling. This will prevent anyback torque through the string. If ran below the motor, the clutchesmust be engaged and the brass drive pins installed.

in. mm in. mm in. cm lbf daN ft-lbf N-mTT0810-168C 1.688 42.9 0.531 13.5 15.600 39.6 21,000 9,341 830 1,125TT0810-175C 1.750 44.5 0.560 14.2 15.750 40.0 20,500 9,118 1,220 1,654TT0810-181C 1.813 46.1 0.560 14.2 15.700 39.9 27,600 12,276 1,220 1,654TT0810-213C 2.125 54.0 0.810 20.6 15.300 38.9 22,300 9,919 2,280 3,092TT0810-225C 2.250 57.2 0.810 20.6 15.300 38.9 40,200 17,881 2,280 3,092TT0810-288B 2.875 73.0 1.000 25.4 20.000 50.8 59,300 26,377 4,100 5,560TT0810-313B 3.125 79.4 1.000 25.4 19.900 50.5 82,000 36,474 6,100 8,272





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page 22

Torque-Thru Knuckle Joint - TT0900

Description

The Torque-Thru Knuckle Joint is used in a deviated well to aid incentralization with running a centralizer, stabilizer or mud motor for afew examples. The Torque-Thru Knuckle Joint will function the sameway as a sealed knuckle joint, but it will additionally transmit torque.It can be placed above and below the mud motor, preventing anyunnecessary side loads that may reduce the motor's life span orcause damages. The foot-pounds that can be transmitted isequivalent to, if not greater than, the mud motor. The knuckle joint isalso sealed to allow for fluid to pass for washing or operating anyhydraulic tools below it.

Operation

Simply install the tool in the tool string where the most flexibility isrequired. The tool will function automatically.

in. mm in. mm in. cm lbf daN ft-lbf N-mTT0900-168A 1.688 42.9 0.531 13.5 11.400 29.0 51,600 22,952 308 418TT0900-175A 1.75 44.5 0.531 13.5 11.380 28.9 51,600 22,952 308 418TT0900-181A 1.813 46.1 0.531 13.5 11.400 29.0 51,600 22,952 308 418TT0900-206A 2.063 52.4 0.594 15.1 13.810 35.1 83,130 36,976 578 784TT0900-213A 2.125 54.0 0.594 15.1 13.900 35.3 83,130 36,976 578 784TT0900-225A 2.250 57.2 0.625 15.9 15.400 39.1 58,400 25,976 645 875TT0900-288A 2.875 73.0 0.780 19.8 20.000 50.8 144,090 64,091 1140 1,546TT0900-313A 3.125 79.4 0.880 22.4 22.840 58.0 171,9000 764,611 868 1,177TT0900-350A 3.500 88.9 1.000 25.4 24.900 63.2 197,500 87,848 1352 1,833

Note: Screws are always used when tool is assembled


Torsional Yield Maximun Tensile

Load ID Length


page 23


page 23

Fixed Blade Stabilizer - TT0910

Description

The Fixed Bladed Stabilizer is used to centralize a work string in adeviated hole, whether running a mud motor or a latching tool. Thestabilizer is made of AISI 4140 heat-treated material and the bladesare machined on the stabilizer and not welded, creating a muchstronger and durable tool.



page 24


page 24

Mechanical Bow Spring Centralizer - TT0911

Description

The Mechanical Bow Spring Centralizer is used to centralize theBottom Hole Assembly (BHA) inside larger tubing or casing after ithas passed through a restricted ID, packer, or production tubing, andthen assist in fishing, cutting, milling, under-reaming, or washing over.

Operation

The Centralizer was designed for the springs to be at maximumexpansion constantly, collapsing when passing through therestrictions, then expanding back to the desired tubing or casing sizein which it is to centralize. Circulation can be maintained through theCentralizer for any hydraulic tools placed below it or for washing. Dueto the design of the tool, the tool string will have drag while running inand out of the wellbore. Care should be taken when approaching anyrestricted diameters, to prevent damage to the springs.

in. mm in. mm in. cm lbf daN ft-lbf N-mTT0911-168C 1.688 42.9 0.560 14.2 45.000 114.3 34,900 15,524 507 687TT0911-175C 1.750 44.5 0.560 14.2 45.000 114.3 34,900 15,524 507 687TT0911-181C 1.813 46.1 0.560 14.2 45.000 114.3 34,900 15,524 507 687TT0911-213C 2.125 54.0 0.560 14.2 45.000 114.3 42,340 18,833 1,043 1,414TT0911-225C 2.250 57.2 0.560 14.2 45.000 114.3 42,340 18,833 1,043 1,414TT0911-288C 2.875 73.0 1.000 25.4 48.000 121.9 95,990 42,696 3,370 4,570





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page 25

Hydraulic Bow Spring Centralizer - TT0912

Description

The Hydraulic Bow Spring Centralizer is designed to pass throughthe production tubing, packers, and nipples, and then centralizeinside of the casing below, to assist in fishing, cutting, milling, under-reaming, or washing over.

Operation

When the circulation is initiated and the required psi for the tool isachieved, the centralizer will expand, centralizing the tool string. Aslong as there is the recommended flow rate through the tool, thesprings will stay expanded, but once the flow rate is dropped, thesprings will collapse and the BHA can be retrieved from the hole.Care should be taken when running in and out through the restricteddiameters to prevent any damage to the springs.

in. mm in. mm in. cm lbf daN ft-lbf N-mTT0912-168D 1.688 42.9 0.560 14.2 59.000 149.9 56,600 25,176 507 687TT0912-181D 1.813 46.1 0.560 14.2 59.000 149.9 56,600 25,176 507 687TT0912-213D 2.125 54.0 0.560 14.2 61.500 156.2 99,680 44,338 1,043 1,414TT0912-225D 2.250 57.2 0.560 14.2 61.500 156.2 99,680 44,338 1,043 1,414TT0912-288D 2.875 73.0 1.000 25.4 63.000 160.0 200,800 89,316 3,370 4,570TT0912-300D 3.000 76.2 1.000 25.4 62.500 158.8 200,800 89,316 3,370 4,570TT0912-313D 3.125 79.4 1.000 25.4 63.000 160.0 200,800 89,316 3,370 4,570





page 26


page 26

Rotating Sleeve Stabilizer - TT0913

Description

The Rotating Sleeve Stabilizer is designed to aid in centralizing awashover, cutting, milling, or fishing job. The Stabilizer is a "freespinning" tool consisting of a Mandrel, Stabilizer Sleeve, Bearings,and a Bottom Sub. The Stabilizer Sleeves are interchangeable forvarious sizes. The stabilizer allows a smoother and more efficient job.It reduces the shock load on the bit of the motor as well as the mill,shoe, or the knives in a cutter. All of the tool parts are made from AISI4140 heat-treated material. The blades are machined on the sleeve,eliminating any stresses and weakness caused by welding.



page 27


page 27

Nipple Locator - TT0920

Description

The Thru-Tubing Nipple Locator is a simple means of locating aknown position downhole, allowing for a more accurate positioning ofthe coiled tubing toolstring. This is especially important when runningon coiled tubing where the depth indicator the coiled tubing unit isunlikely to be accurate.

Operation

The Nipple Locator has three leaf-type springs retained in theHousing. An upset in the middle of the springs is at a diametergreater than the maximum ID of the nipple profile it is intended tolocate, but the spring can deflect inwards enough to allow the springto pass through the nipple. The contour shape of the spring is suchthat the tool moves down through restrictions easily but creates adrag force that can be detected at the surface when moving upthrough a restriction. Adjustment Rings under the spring allowschanging the force required to pull the locator through a nipple.These nuts effectively change the length of the leaf spring. Themechanical Nipple Locator will locate most nipples, but will not locatethe end of the tubing.

in. mm in. mm in. cm lbf daN ft-lbf N-mTT0920-169A 1.688 42.9 0.688 17.5 20.900 53.1 49,100 21,840 1,340 1,817TT0920-213A 2.125 54.0 0.810 20.6 24.000 61.0 31,000 13,789 1,320 1,790

Note: The blades can be changed to locate different nipple sizes. Contact your local Thru-Tubing Technologies' representative for size availability.




©2008 Owen Oil Tools LP. All Rights Reserved.402 Machine Loop, Scott, LA 70583 • Phone: 337-984-1181• Fax: 337-984-3044

Owen Oil Tools LP. is a subsidiary of Core Laboratories 12001 County Road 1000, Godley, TX 76044 • TEL: 1.800.333.OWEN • www.corelab.com/owen

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