TT Trackmaster® Plus Wellbore Departure System 1

Smith Neyrfor® TurboDrill for Coiled Tubing 2

SmithDril™ Mud Motor 3

Thru-Tubing Underreamer 4

TT® Hydraulic Pipe Cutter 5

"T" Series Mill 6

"T" Series DOG® Sub 6

Stage Mill 6

Mechanical Pulling Tool 7

Hydraulic Pulling Tool 7

Hydraulic Release Overshot 8

Continuous Tubing Overshot 8

Series 10- and 20-Type Releasing Overshots 9

Series 70- and 150-Type Releasing Overshots 10

Mechanical Release GS 11

Hydraulic Release GS 11

Hydraulic Release Spear 12

Itco-Type Release Spear 12

TT® Double-Acting Hydraulic Jar 13

TT® Double-Acting Accelerator Tool 14

TMC Hydraulic Fishing Jar Single-Acting (Up Only) 15

TMC Fishing Accelerator Single-Acting (Up Only) 16

TMC Bumper Sub 17

Dual Circulating Sub 18

Dual Flapper Check Valve 18

Venturi Jet Basket 19

Push-Pull Anchoring Tool 19

Coiled Tubing Connector - External 20

Quick Connector 20

Hydraulic Disconnect - Heavy Duty 21

Hydraulic Disconnect - TJ 21

Hydraulic Disconnect - TJ 22

Torque Thru Knuckle Joint 22

Locking Swivel Joint 23

Hydraulic Indexing Tool 23

Hydraulic Bow Spring Centralizer 24

Mechanical Bow Spring Centralizer 24

Motor Head Assembly 25

TABLE OF CONTENTS

Motor Head Assembly

1

Trackmaster Plus Thru-Tubing System is recommended for exiting standard steel casing below the production tub-ing or some other restriction, where a three to 15-foot rathole is required. This is a non-retrievable system.

FasTrack™ Bi-Mill Ideal for both conventional and •extended ratholesLead and follow mill design•Consistent, fast and reliable mill-•ing performanceAbility to add PDC cutters for in-•creased wear resistance

Thru-Tubing Whipstock Unique geometry to compensate •for the relative size difference between the whipstock diameter and the casing diameterHydraulically actuated kick-over •hinge to position and stabilize the whipstock

Expandable Anchor Spans multiple casing sizes and •weightsHydraulically actuated •Anti-rotation, high axial load slip •design

Running Tools and AccessoriesRunning Tool •Required to operate all hydrauli-•cally actuated anchor systems Contains clean hydraulic oil re-•quired to set the anchor/packer Actuated by pump pressure•

Multi-Cycle Bypass Valve (MCBPV)

Facilitates fluid flow rates suffi-•cient to operate MWD and other telemetry toolsProvides multiple open cycles•

Debris Barrier Restricts debris from settling •around the anchor/packer

Thru-Tubing System

TT Trackmaster® Plus Wellbore Departure System

2

Smith Neyrfor® TurboDrill for Coiled TubingSmith Neyrfor Turbodrills deliver the industry’s highest mechanical power output downhole bymost efficientlyconverting hydraulic energy into me-chanical energy. These turbodrilling systems produce tailored power out-putwithoptimalefficiencyinthemostdemanding thru-tubing applications–the systems are immune to tempera-ture and acid due to their all metallic construction. In addition, their drive train is ideally suited to 2-phase gas cut mud systems-regardless of % gas-cut and/or solids content.

Smith Neyrfor Turbodrills are avail-ableinarangeofsizes(4¾”,3⅜”and 2⅞”), and configurations (T1–standard power section, T1XL–ex-tended power section, T2 double power section) in order to supply the optimal combination of mechanical power required to ensure job success no matter what the downhole condi-tionsordrillingfluidused.

Features and BenefitsRugged–all metallic construction •that is immune to mud additives, drill solids and high temperatures (>350ºF)Powerful–73hp @ nominal; typi-•cal PDM produces 23hp @ nomi-nalEfficient–turbine drive system•that allows both single and dual-phase drilling fluids to be usedwithout decreasing output power, reliability or durabilityReliable–capable of multiple jobs •between required maintenance

ApplicationsHigh Pressure, and/or High Tem-•perature (HPHT)Underbalanced drilling opera-•tionsAcidizing•Milling scale, cement, barium, •bridge and frac plugs, and steelThru-tubing sidetracking (open-•hole, from cement plug, or from whipstock)Directional drilling (each tool has •adjustable bent housing to facili-tate a wide range to DLS require-ments)Well deepening•Any coiled tubing operation•

Turbodrill

Dual Phase Flow Operating Torque (Ft-lb)

Stall Torque (Ft-lb)

Operating Speed (RPM)

Pressure Drop (Psi)Fluid

(gpm)Gas

(SCFM)

2 7/8"

CTD 25 820 48 96 3210 595

T1-FBS 25 850 46 92 3330 570

T2-FBS 25 655 59 118 2590 720

3 3/8"T1-FBS 30 1220 72 144 2960 580

T2-FBS 30 895 97 194 2180 764

4 3/4"

T1-FBS 40 2285 169 338 2650 725

T1XL-FBS 40 1943 200 400 2230 835

T2-FBS 40 1716 228 456 1950 940

Notes:1.Calculationsbasedonapproximately20%Water+80%Nitrogen(Dual,or2-phase)fluidsystematinlet-greaterorlesser%of gas is possible depending on customer requirements and application conditions.2. For the purposes of modeling, bottom hole conditions shown are for: BHP = 1000Psi & BHT = 425° F.3.Turbinemechanicalpoweroutputmodellingbasedonachievingaminimum3.0Hp/in²(2⅞"tool=3½"bit,3⅜"tool=4⅛"bit&4 ¾" tool = 6" bit)4.PleaseconsultlocalNeyrforofficeforindividualapplicationmodellingandturbodrillsystemcustomization.

Specifications

3

SmithDril™ Mud MotorSmithDril Motors deliver a wide range of downhole torque and RPM byconvertinghydraulicfluidener-gy into mechanical energy. These positive displacement motors pro-duce tailored power output with maximumefficiency for demand-ing thru-tubing applications.

SmithDril Motors are available in a range of sizes, each in High Per-formance (MSHP), High Torque (MSHT) and Slow Speed (SSHT) rotor/statorconfigurations,tosup-ply the precise amount of torque and RPM required to ensure job success.

Features and Benefits Power section that can be •tailored to well parameters, including high temperatures andharshfluidconditionsRugged bearing assembly to •withstand sideloading and overpulls Mud lubricated bearings with •mechanical seal assembly to facilitate reliable actuation of high pressure tools mounted below

ApplicationsMilling scale, cement, barium, •bridge and frac plugs, and steelCleanout operations with Ven-•turi Jet BasketsThru-tubing underreaming•Thru-tubing sidetracking•Any coiled tubing operation •where specific amounts oftorque and RPM are required to operate downhole tools

Motor Size / Type

Operating Torque Stall Torque Flow Rate

Range RPM @ Max.Flow Rate

Differential Pressure@ Max. Torque

(in.) (ft-lb) (ft-lb) (GPM) (psi)

1.69 MSHP 110 165 18 - 42 637 700

1.69 MSHT 170 255 18 - 42 707 1,000

1.69 SSHT 170 255 15 - 45 250 450

2.12 MSHP 140 210 25 - 65 545 700

2.12 MSHT 200 300 25 - 65 605 1,000

2.12 SSHT 220 330 20 - 60 200 375

2.37 MSHT 330 450 40 - 80 600 1,000

2.88 MSHP 350 525 60 - 120 375 625

2.88 MSHT 475 715 60 - 120 415 875

2.88 SSHT 800 1,200 60 - 120 120 375

3.38 MSHP 600 900 80 - 160 311 550

3.38 MSHT 900 1,300 80 - 160 390 750

3.38 SSHT 950 1,425 80 - 160 120 375

4.75 SSHT 1,800 2,700 100 - 250 165 500

Specifications

4

Thru-Tubing UnderreamerThe Thru-Tubing Underreamer (TTU) is designed to pass through borehole restrictions and hydrau-lically open to a preset diameter. The TTU has also proven effective in the removal of cement, scale and hard debris from the liner be-low the production string. Blades and pilot mill are available with carbide dressing, diamond dress-ing and carbide inserts, maximiz-ing performance in every applica-tion.

Features and BenefitsMechanically assisted knife •retractionSelf-stabilizing knife configu-•rationDurable construction for •downhole reliabilityConfigurable with crushed•carbide dressing, PDC or Mill-master® carbide insert tech-nologiesCan be configured as an an-•chor for pipe cutting applica-tions Field changeable jet nozzles •to optimize performance

ApplicationsThru-tubing cement cleanouts•Thru-tubing scale removal•

Three blade types are available for varying applications:

Tungsten carbide–for scale/ce-•ment removal PDC–for scale/cement where •gauge/tubular protection is es-sential Millmaster carbide inserts–for •varying applications including increased ROP

Note: For optimum performance, a Smith Services representativecanproviderecommendedflowrates,nozzle sizing and mud motor selections

Thru-Tubing Underreamer

5

Tool OD Tubing To Cut ConnectionsBox x Pin

(in.) (in.)

1 ¹¹⁄₁₆ 2 ³⁄₈ - 3 ¹⁄₂ 1" AMMT

2 ¹⁄₄ 3 ¹⁄₂ - 4 ¹⁄₂ 1 ¹⁄₂" AMMT

2 ¹⁄₂ 3 ¹⁄₂ - 6 2 ³⁄₈" PAC

2 ⁷⁄₈ 4 ¹⁄₂ - 6 2 ³⁄₈" PAC

3 ³⁄₈ 5 - 7 2 ³⁄₈" PAC

The TT Hydraulic Pipe Cutter fea-tures extremely durable cutting knives dressed with a variety of cutting structures. The amount of hydraulic pressure required to open theknivescanberesetinthefieldin a matter of minutes. The TT Hydraulic Pipe Cutter is designed to be run with the Smith Services SmithDril™ Mud Motor. A pressure indicator, or Flo-Tel® device on sur-face tells the supervisor when the knives are fully deployed, signaling that the cut has been completed.

The tool incorporates three knives dressed with specially designed Millmaster® tungsten carbide in-serts to engage and quickly sever tubing or drill pipe. The knife de-sign produces lower point loading across the cutting surface, result-ing in longer life and the durability to complete operations in a single run.

Knife blades can be changed on the rig, permitting multiple cuts and al-lowing the tool to be customized for cutting varying tubular sizes.

The TT Hydraulic Pipe Cutter can be run on either coiled tubing or joint-ed pipe. When deployed on coiled tubing, an anchoring system, sta-bilizer, and SmithDril Motor can be incorporatedtoensureefficientop-eration.

Features and BenefitsProfiledcutterstoimprovecut-•tingefficiencyDurable Millmaster carbide •technology to deliver one-trip pipe cuttingSurface indication to alert •supervisor when the cut has been completedBlades that can be changed on •the rig to cut tubulars of vary-ing diametersField-changeable jet nozzles to •optimize performance

ApplicationsTubing recovery operations • Severing tubing or drill pipe •above the stuck pointTail pipe severance•

TT® Hydraulic Pipe Cutter

Note: Other sizes available upon request.

Specifications

HydraulicPipe Cutter

6

"T" Series MillThe “T” Series Mill combines low weight and low torque requirements with Mill-master® carbide insert technology for superior performance in thru-tubing operations. The “T” Series Mill is used in conjunction with the SmithDril™ Mo-tor to mill plugs, scale and debris, with a range of cutting matrices suited to each application. The “T” Series Mill is available in a range of sizes, from 1 ¾ inches and larger.

Features and BenefitsMillmaster • carbide insert technol-ogy for optimized performanceStrategicallyplacedfluidports•

Applications Cement/scale milling•Plug milling•Junk milling/debris retrieval•

The “T” Series DOG Sub utilizes a short body design and a wear-re-sistant cutting structure to deliver performancebenefits in coiled tub-ing and TTRD reaming and milling applications. Synthetic diamond enhanced inserts (DEI) provide the abrasion resistant reaming element housed in a tool short enough to run between the mill or rock bit and the mud motor.

The “T” Series DOG Sub actively en-gages residual cement and scale in cleanout operations or the hole wall in drilling applications, leaving a full gauge wellbore. The additional wall contact provides near-mill stabiliza-tion, which can improve the perfor-mance of both the mud motor and the mill.

Features and BenefitsDEI inserts provide maximum •wear resistanceInserts will not damage casing•Stabilizing effect improves both •mill and motor performance

ApplicationsCement and scale removal using •coiled tubingWell deepening operations•Sidetracking operations•

Stage Mills are specifically de-signed for profile enlargement,mechanical scale removal and opening other restrictions. Stage Mills can be cost-effectively used to increase the inside diameter of flow control equipment such asseating nipples and no-gos. Stage Mills are available in sizes from 1 ¾ inch and larger.

Features and BenefitsMillmaster or PDC insert •dressings available

ApplicationsNippleprofileenlargement•Opening tubing or liner re-•strictionsScale removal•

Stage Mill

“T” Series DOG Sub

“T” Series Mill

"T" Series DOG® Sub

Stage Mill

7

The Mechanical Pulling Tool re-trieves downhole tools with stan-dardwirelineprofiles.Thecatchingmechanism actuates with jar-up (JU) or jar-down (JD) shear and release force. The tool can be con-verted from JU to JD actuation by replacing the top sub, core and re-tainer screw.

Mechanical Pulling ToolFeatures and Benefits

Converts easily for a range of •fishingnecklengths

ApplicationsCoiled tubing and jointed pipe •fishingWireline operations•

Note: Tool must be redressed after each use

The Hydraulic Pulling Tool re-trieves downhole tools with stan-dard wireline profiles. A colletmechanism latches the tool onto thefishwithweightdown,andthetoolisreleasedfromthefishwhenset down weight and differential pressure are applied. By pump-ingfluidthroughthetoolpriortolatching, debris or fillmaterial iswashed from the topof thefish,ensuring a secure latch. The collet system also provides maximum fishingneckcontactforheavyjar-ring operations.

The Hydraulic Pulling Tool requires neither shear pins nor drop balls to release since the activation dif-ferential is provided via circulation through an insert in the core. The tool can retrieve standard wireline profiles, but is not tobeused inwireline applications.

Features and BenefitsFluid activated•Multiple latch and release •capabilitiesCatchesexternalfishingnecks•Redress not required after •each latch

ApplicationsRetrieval of flow control •equipment

Note: Not to be used for wireline applications

Mechanical Pulling Tool

Hydraulic Pulling Tool

Hydraulic Pulling Tool

8

Features and BenefitsHigh pressure pack off assem-•bly to provide a high pressure circulation seal Compatible with coiled tubing •or jointed pipeAccommodates extensions be-•low the tool

ApplicationsRetrieving parted coiled tub-•ing Restoring circulation to parted •coiled tubing in the well

Hydraulic Release OvershotThe Hydraulic Release Overshot engages external fishing neckswhile permitting circulation to the fish and tools below. By pump-ingfluidthroughthetoolprior tolatching, debris or fill is washedfromthetopofthefish,ensuringa secure catch and enabling flowto toolsmounted below the fish.The tool is activated mechanically by applying set-down weight, and releases with a combination of set down weight and differential pres-sure, making it ideal for horizontal fishingapplications.

Features and BenefitsVariable slip sizes for each tool •to expand retrieval optionsEngages fish necks with•smooth or slick ODForms a pressure seal on the •fishActivated by set-down weight •and differential pressureInternal hammer action to as-•sist release

ApplicationsHorizontal and highly deviated •fishing operations where suf-ficient set downweight alonecannot be delivered to shear pinsRecovering coiled tubing or •coiled tubing tools

Tool OD

Tool ID

Tool Length

Catch Range Min. / Max.

(in.) (in.) (in.) (in.)

1.858 1.300 24.5 1 to 1 ¼

2.063 1.313 23.5 1 to 1 ¼

2.295 1.563 24.5 1 ¼ to 1 ½

2.700 1.813 29.6 1 ½ to 1 ¾

3.375 2.125 34.8 1 ¾ to 2 ⅜

The Continuous Tubing Overshot runs on coiled tubing or jointed pipetocatchthefishandprovidecirculationthroughthefishtothework string below. The overshot features a 340 degree contact grapple system that, combined withtheabilitytoswallowthefish,makes it ideal for catching coiled tubing and other slick-wall fish.Adding a high pressure pack off above the overshot enables circu-lationtoberestoredtothefish.

Hydraulic Release

Overshot

Continuous Tubing Overshot

Continuous Tubing Overshot

Specifications

9

Series 10- and 20-Type Releasing OvershotThe Series 10-Type Releasing Overshot is designed to engage, packoffandretrievetubularfish,and is available in sizes to engage upto2inchODinsideof2⅞inchtubingandupto1⅝inchODin-side2⅜inchtubing.

The Series 20-Type Releasing Overshotisspecificallydesignedtousedwhenthetopofthefishistooshort to be engaged with the Series 10-Type Overshot. With the grap-ple positioned at the bottom of the tool, the overshot is able to suc-cessfully engage fish with shortnecks.

The tools' unique tapered helix in-ternal construction provides 360 degree wall contact while distrib-uting loads evenly on the tool and the fish. Spiral grapples or bas-ket grapples are available. Heli-cal spring spiral grapples are used when the maximum catch size of the overshot is necessary, and ex-pansible cylinder basket grapples

areusedwhenthefishODismorethan one-half inch smaller than the tool’s maximum catch size.

The Series 10- and 20-Type Re-leasing Overshots are available in threedifferentconfigurations:FullStrength (FS), Semi Full Strength (SFS) and Slim Hole (SH), to cover arangeofexternalfishingrequire-ments.

Features and BenefitsFull 360 degree grapples to •evenly distribute gripping force

ApplicationsEngaging, packing off and re-•trievingtubularfishBaitingdamagedexternalfish-•ingprofilesFishing operations requiring •wireline compatibility

FS Engineered to withstand all axial, torsional and impact loads

SFS Engineered for special hole conditions where maximum strength is requiredSH Engineered to withstand axial loads

only

Series 10-Type Specifications

Overshot OD (in.) 1 9⁄₁₆ 1.43 1 21/32 1 25/32 1 27/32 1 29/32 2 ¹⁄8 2 1⁄4 2 5⁄₁₆ 2 27/32 2 7⁄8

Bowen Assy. No. 9790 17985 16490 13940 36423 9340 27765 16070 9400 15860 9530

Strength FH SH SH SH SH SH SH SH SH SH FS

Spiral Max. Catch (in.) 1 9⁄₁₆ 11⁄4 1 3⁄8 1 1⁄2 1 9⁄₁₆ 1 5⁄8 1 13⁄₁₆ 1 15⁄₁₆ 2 2 3⁄8 2

Basket Max. Catch (in.) 7⁄8 1 1⁄₁₆ 1 3⁄₁₆ 1 5⁄₁₆ 1 3⁄8 1 7⁄₁₆ 1 5⁄8 1 3⁄4 1 13⁄₁₆ 2 3⁄₁₆ 1 13⁄₁₆

Series 20-Type Specifications

Series 10-Type Overshot

Overshot OD (in.) 1 1⁄4 1 3⁄8 1 1⁄2 1 5⁄8 1 3⁄4 1 3⁄4 1 29/32 2 1⁄4 2 5⁄₁₆ 2 5⁄₁₆ 2 25/32 2 7⁄8 3 1⁄8 3 1⁄4

Bowen Assy. No. 17315 25780 28774 28760 18355 34601 11555 47464 17438 30421 18305 20170 20645 22270

Strength SH SH SH SH SH SH SH SH SH SH SH FS SH FS

Basket Max. Catch (in.) 7⁄8 1 1 1⁄8 1 1⁄4 1 3⁄8 1 3⁄8 1 1⁄2 1 3⁄4 1 13⁄₁₆ 1 13⁄₁₆ 2 1⁄8 2 1⁄8 2 3⁄8 2 1⁄2

10

Series 70- and 150-Type Releasing Overshots

Series 150-Type Overshot

Series 70-Type Overshot

The Series 150-Type Releasing Overshot is designed to engage, pack-offandretrievetubularfish,and is especially suited to retriev-ing parted drill pipe and drill col-lars. The Series 150-Type Over-shot features a large bore for use in conjunction with wireline tools, and is available in a range of strength categories for jarring and back-off operations.

The Series 70-Type Releasing Overshot is specifically designedtousewhenthetopofthefishistoo short to be engaged with a Se-ries 150-Type Overshot. With the grapple positioned at the bottom of the tool, the overshot is able to successfullyengagefishwithshortnecks.

The tool’s unique tapered helix in-ternal construction provides 360 degree wall contact while distrib-uting loads evenly on the tool and thefish.CylinderbasketgrapplesareusedwhenthefishODismorethan one-half inch smaller than the tool’s maximum catch size. The

Series 150-Type Releasing Over-shot is available in four different configurations:FullStrength(FS),Semi Full Strength (SFS), Slim Hole (SH) and Extra Slim Hole (XSH), to cover a range of external catch fishingrequirements.

Features and BenefitsLarge open bore for use with •wireline equipment360 degree grapples to evenly •distribute gripping force

ApplicationsEngaging and retrieving tubu-•larfish(Series150only)Baitingdamagedexternalfish-•ingprofilesFishing operations requiring •wireline compatibility

FS Engineered to withstand all axial, torsional and impact loadsSFS Engineered for special hole conditions where maximum strength is requiredSH Engineered to withstand axial loads onlyXSH Engineered for pick-up jobs only

Series 150-Type Specifications

Overshot OD (in.) 2 5⁄₁₆ 2 5⁄8 2 7⁄8 3 1⁄8 3 1⁄4 3 1⁄2 4 1⁄8 3 3⁄4

Bowen Assy. No. B8919 C10199 16395 9305 C5072 C4741 1443 C4623

Strength SH SH SH XSH XSH FS FS SH

Spiral Max. Catch (in.) 2 2 1⁄8 2 7⁄8 2 3⁄8 2 3⁄8 2 3⁄8 2 3⁄8 2 1⁄2

Basket Max. Catch (in.) 1 3⁄4 1 3⁄4 1 3⁄4 2 1 7⁄8 1 7⁄8 1 7⁄8 2

Overshot OD (in.) 3 5⁄8 3 5⁄8 3 3⁄4 4 4 1⁄8 3 3⁄4 3 7⁄8

Bowen Assy. No. C5080 9270 C1827 C4736 4390 37585 C1835

Strength FS XSH SH FS FS SH SH

Spiral Max. Catch (in.) 2 1⁄2 2 7⁄8 2 7⁄8 2 7⁄8 2 7⁄8 3 1⁄₁₆ 3 1⁄8

Basket Max. Catch (in.) 2 2 1⁄2 2 3⁄8 2 3⁄8 2 3⁄8 2 11⁄₁₆ 2 5⁄8

Series 150-Type Specifications (continued)

Overshot OD (in.) 2 5⁄₁₆ 3 5⁄8 3 3⁄4 4 1⁄8 4 5⁄8 4 11⁄₁₆ 4 3⁄4

Bowen Assy. No. 38506 17615 13535 10434 11290 10543 12645

Strength SH SH SH SH FS SH SH

Basket Max. Catch (in.) 1 5⁄8 2 1⁄2 2 5⁄8 3 1⁄₁₆ 3 1⁄₁₆ 3 21/32 3 3⁄4

Series 70-Type Specifications

11

Mechanical Release GSThe Mechanical Release GS is used to catch standard internal fishingnecks with a down shear and re-lease mechanism. The tool can be utilized when running or pulling X and XN locks, G-stops or retriev-ing disconnects. Additionally, with the adaptation of a GU adapter, the tool can be converted to a jar-up tool.

Features and Benefits Simple redress for job design •flexibility Easy-change shear pins•

ApplicationsWirelinefishingoperations•Coiled tubing fishing opera-•tions where hydraulic pulling tools are not recommended

The Hydraulic Release GS retrieves coiled tubing tools with conven-tional internal fishing necks. Thetool latches via set-down weight and releases with a combination of weight and an increase in hy-draulic pressure across the tool. The collet system transfers the load to the central mandrel to en-able jarring operations.

Features and BenefitsHydraulic operation•Safety shear function prevents •fishing string from becomingstuck in the wellbore

ApplicationsRetrieval of stuck or retriev-•able tools with coiled tubing

Mechanical Release GS

Hydraulic Release GS

Hydraulic Release GS

13

TT® Double-Acting Hydraulic Jar

Tool OD (in.) 1 13⁄₁₆ 2 1⁄₁₆ 2 7⁄8

Tool ID (in.) 9⁄₁₆ 11⁄₁₆ 31⁄32

Tool Joint Connections 1" AMMT 1 1⁄2" AMMT 2 3⁄8 PAC

Overall Extended Length (ft., in.) 7' 10" 7' 9" 8' 3"

Maximum Detent Working Load (lbf) 8,000 11,000 20,000

Tensile Yield Strength (lbf) 56,000 86,000 200,000

Torsional Yield Strength (lbf-ft) 850 1,600 5,300

Free Stroke Up (in.) 4 4 4

Free Stroke Down (in.) 4 4 4

Total Stroke (in.) 12 12 12

Tool Weight (lb.) 38 56 140

Specifications

The TT Double-Acting Hydraulic Jar is a slimhole impact tool de-signed using the same principles as the Hydra-Jar® tool and is used to free equipment stuck downhole. The tool’s small diameter makes it ideal for use in coiled tubing op-erations, snubbing, small diameter rotarydrillingandfishingapplica-tions. Since the TT Jar is capable of torque transmission, it can be used with a downhole motor. The standard tool comes equipped with premium seals for use in both high temperature and high pressure wells. The TT Jar’s robust design, materials quality and comprehen-sive quality requirements ensure reliable performance in the harsh-est of downhole conditions.

Features and BenefitsJarring force delivered on up •and down strokes Temperature compensated de-•tent system enables prolonged jarring when requiredLarge bore accommodates •drop balls and flow releaseequipment below the toolMaximum stroke length in-•creases impact force, improv-ing tool effectivenessTemperature rated to •500 degrees F Seals are rated to 20,000 psi •differentialCirculation rated to 10,000 psi •

ApplicationsMilling, drilling, workover, re-•medial or completion opera-tionsVertical, deviated, ultra-deep •and ultra-hot wellboresCoiled tubing, snubbing or •concentric tubing work strings

Note: Jar-Pact® Fishing Program should be utilized to optimize performance of Accelerator and jarring tools. Contact Smith Services for more informa-tion.

Ordering instructions, please specify:Hole size•Drillstring component OD where the tool will •be utilizedConnection size and type•

Metering Pin for Temperature Compensation

Detent Cylinder

12

The Hydraulic Release Spear is de-signed to retrieve damaged inter-nalprofilesand isalsocapableoffishing a given internal diameter.The Hydraulic Release Spear en-gages thefishwithslipsactuatedby set down weight. The tool is re-leased by a combination of weight and increased hydraulic pressure.

When used with coiled tubing, the tool should be run in conjunction with the Smith Services Heavy-Duty Disconnect to provide a con-trolled parting point in the tool string.

Hydraulic Release Spear

Itco-Type Release SpearThe Itco-Type Release Spear is a superiorfishingspearwhichisde-signed to assure positive engage-ment with the fish. It is built towithstand severe jarring and pull-ing strains. The spear engages the fishoveralargeareatominimizedamage to or distortion of the fish.

The spear’s simple design elimi-nates small parts which can be-come lost or damaged in the hole. When used with coiled tubing, the tool should be run in conjunction with the Heavy-Duty Disconnect to provide a controlled parting point in the tool string.

Features and BenefitsSpiral or segment grapples •to provide a catch range of 1.050 inches and largerSub-type nut available to •make up tools below the spearCompatible with jarring as-•semblies, internal cutters and pulling tools

ApplicationsInternallyengagingfish•Baitingdamagedfishingpro-•files

Features and BenefitsSlip grapples to provide a catch •range of 0.75 inch to 3.125 inches Engages with set down weight; •releases with weight and in-creased pressure

ApplicationsInternally engaging fish with •damagedprofilesEngaging fish with a known •internal diameter

Itco-Type Release Spear

HydraulicRelease Spear

14

Tool OD (in.) 1 11⁄₁₆ 2 1⁄₁₆ 2 7⁄8

Tool ID (in.) 9⁄₁₆ 11⁄₁₆ 31⁄32

Tool Joint Connections 1" AMMT 1 1⁄2" AMMT 2 3⁄8 PAC

Overall Extended Length (ft., in.) 8' 6" 8' 9" 9' 1"

Maximum Detent Working Load (lbf) 8,000 11,000 20,000

Tensile Yield Strength (lbf) 56,000 86,000 200,000

Torsional Yield Strength (lbf-ft) 850 1,600 5,300

Free Stroke Up (in.) 6 6 6

Free Stroke Down (in.) 6 6 6

Tool Weight (lb.) 43 66 156

The TT Double-Acting Accelerator Tool is a slimhole impact enhancement tool designed to multiply jar impact by providing or en-hancing the stored energy source. Its small diameter makes this tool, along with the TT Jar, ideal for coiled tubing operations, snub-bing and small diameter rotary drilling and fishingapplications.TheTTAcceleratorToolis also capable of transmitting torque for compatibility with downhole motors.

Features and BenefitsNitrogen filled compression chamber•that stores tool energy while reducing tool length Large bore to accommodate drop balls •andflow releaseequipmentbelow thetool Maximum stroke length to increase ac-•celeration energy and improves tool ef-fectiveness

Temperature rated to 500 degrees F•Seals rated to 20,000 psi•Circulation rated to 10,000 psi • Functions as a shock absorber, prevent-•ing impact damage to BHA components such as coiled tubing connectors and back pressure valves

Applications Recommended any time a jar is includ-•ed in the work stringMilling, drilling, workover, remedial or •completion operationsVertical, deviated, ultra-deep and ultra-•hot wellboresCoiled tubing, snubbing or concentric •tubing work strings

Note: Jar-Pact® Fishing Program should be utilized to optimize performance of Accelerator and jarring tools. Contact Smith Services for more information.

Ordering instructions, please specify:Hole size•Drillstring component OD where the tool will be utilized•Connection size and type•Hole temperature• Desired working loads•

Specifications

TT® Double-Acting Accelerator Tool

15

TMC Hydraulic Fishing Jar Single-Acting (Up Only)The TMC Hydraulic Fishing Jar combines op-timal impact characteristics with high endur-anceconstruction toprovide reliablefishingperformance in harsh downhole environ-ments. Tool seals are temperature rated to 500 degrees F and pressure rated to 20,000 psi, and the temperature compensation sys-tem in the detent permits prolonged jarring without loss of impact force. The closed drive systempreventswellborefluidfromenteringinto the drive section, improving tool perfor-mance and reliability.

Features and BenefitsLong free travel design optimizes impact•Hydraulic metering system enables vari-•able impact loads, controlled by the amount of upward load applied by the operatorTemperature rated to 500 degrees F• Seals rated to 20,000 psi•Circulation rated to 10,000 psi •

Temperature compensation system in the •detent chamber to enable prolonged jar-ring when requiredClosed drive system to prevent ingress •of wellbore fluid into the drive section,improving reliabilityInterchangeable parts to allow conver-•sion between hydraulic jars and Accelera-tor Tools

ApplicationsAny fishing operation, including stuck•pipe, packer retrieval, tubing removal, milling and debris recoveryPlug and abandonment operations, in-•cluding pipe recovery and wellhead re-moval

Note: Jar-Pact® Fishing Program should be utilized to optimize performance of Accelerator Tools and TMC Jars. Smith Services recommends that the TMC Hydraulic Fishing Accelerator Tool be used in conjunction with this tool. Contact Smith Services for more information.

Specifications

Tool OD (in.) 1 13⁄₁₆ 1 13⁄₁₆ 2 1/4 3 1/8 3 1/8

Tool ID (in.) 3/8 9⁄₁₆ 1/2 - 9⁄₁₆ 1 11/2

Tool Joint Connection 113⁄₁₆ 1 AMMT 1 1/4 API REG.1 1/2 AMMT. 2 3/8 API REG. 2 3/8 EUE

Assembly Number 16420 16853 16421 16213 16457

Overall Length (ft., in.) 7' 5' 10' 12' 11'

Recommended Max. Overpull Working Load During Re-stricted Travel (lbf)

19,000 17,000 20,000 51,000 32,400

Total Stroke (in.) 9 3/4 7 1/4 12 16 14

Tensile Yield (lbf) 56,000 69,000 95,800 192,000 185,000

Torsional Yield (lbf-ft) 800 750 1,900 4,100 4,200

Tool Wt. (lb.) 75 54 125 200 225

Ordering instructions, please specify:Hole size•Connection size, type, and left- or right-hand threads•Tool diameter•Hole temperature•

17

The TMC Bumper Sub incorporates maximum stroke length and high torque transmission capacity, en-abling the operator to bump up or down until fishing objectives aremet. The TMC Bumper Sub’s robust design, materials quality and com-prehensive quality requirements ensure reliable performance in the harshest downhole environments.

Features and Benefits Temperature rated to 500 •degrees F Seals rated to 20,000 psi •differential Circulation rated to 10,000 •psi Closed drive system to pre-•vent ingress of wellbore fluidinto the drive section, improv-ing reliability

ApplicationsSuitable for all fishing opera-•tions, including stuck pipe, packer retrieving, tubing re-moval, milling and debris re-coveryPlug and abandonment opera-•tions, including pipe recovery and wellhead removal Releases spears or overshots, •shear pins, dislodges a stuck string, and acts as a feed-off tool in back-off operations

Specifications

Tool OD (in.) 1 13⁄₁₆ 1 13⁄₁₆ 2 1/4 3 1/8 3 1/8

Tool ID (in.) 3/8 9⁄₁₆ 1/2 - 9⁄₁₆ 1 11/2

Tool Joint Connection 1 13⁄₁₆ 1 AMMT 1 1/4 API REG.1 1/2 AMMT 2 3/8 API REG. 2 3/8 EUE

Assembly Number 16435 N/A 16471 16215 16461

Overall Length (ft., in.) 4' 8" N/A 6' 7' 10" 6' 11"

Total Stroke (in.) 9 3/4 7 1/4 12 16 14

Tensile Yield (lbf) 56,000 69,000 95,800 192,000 185,000

*Torsional Yield (lbf-ft) 800 750 2,900 4,100 4,200

Tool Weight (lb.) 48 54 75 125 100

*Torsional yield strength is based on the tool joint connection.

Ordering instructions, please specify:Hole size•Connection size, type and left- or right-hand threads•Tool diameter•

TMC Bumper Sub

16

Tool OD (in.) 1 13⁄₁₆ 1 13⁄₁₆ 2 1/4 3 1/8 3 1/8

Tool ID (in.) 3/8 9⁄₁₆ 1/2 - 9⁄₁₆ 1 1 1/2

Tool Joint Connection 1 13⁄₁₆ 1 AM MT 1 1/4 API REG1 1/2 AMMT. 2 3/8 API REG 2 3/8 EUE

Assembly Number 16422 16854 16423 16214 16459

Overall Length (ft., in.) 5' 10" 4' 6" 8' 10' 9'

Tensile Yield (lbf) 56,000 69,000 95,800 192,000 185,000

Torsional Yield (lbf-ft) 800 750 1,900 4,100 4,200

**** Total Inches Traveled with Stop Sleeve 8 7 1/4 10 12 10 1/2

*** Rack Test in Shop at 70° F for a Nominal BHT of 240° F (in. @ lbf)

6 3/4 @ 6,000

4 1/4 @ 5,000

7 1/2 @ 6,000

11 @ 29,000

10 @ 13,200

Oil Fluid (oz.) 2 2 2 3 2

Downhole at 240° F Jar and Accelerator Tool Combination Loads

* Min. Overpull 7,500 6,000 5,200 19,000 8,400

** Max. Overpull 19,000 17,000 20,000 50,000 32,400

Tool Weight (lb.) 60 46 100 160 130

TMC Fishing Accelerator Single-Acting (Up Only)The TMC Fishing Accelerator Tool improves jar im-pact and provides a supercharged blow directly abovethefish.Used inconjunctionwith theTMCFishing Jar, the TMC Accelerator Tool maximizes jar impact regardless of depth because it can either replace pipe stretch as the energy source in shal-low holes, or supplement the pipe stretch energy in deeper wells.

The TMC Accelerator Tool’s robust design, materials quality and comprehensive quality requirements ensurereliableperformanceintheharshestoffish-ing conditions.

Features and Benefits Absorbs shock waves that propagate up the •work string and damage tool joints, top drives and other surface components

Temperature rated to 500 degrees F• Seals rated to 20,000 psi differential• Circulation rated to 10,000 psi •Closed drive system to prevent ingress of well-•borefluidintothedrivesection,improvingreli-ability Interchangeable parts to allow conversion be-•tween accelerators and hydraulic jars, reducing partsinventoriesandincreasingflexibility

ApplicationsAny fishing operation, including stuck pipe,•packer retrieval, tubing removal, milling and debris recovery Plug and abandonment operations, including •pipe recovery and wellhead removal

Note: Jar-Pact® Fishing Program should be utilized to optimize performance of TMC Accelerator Tools and TMC Jars. Contact Smith Services for more information.

Ordering instructions, please specify:Hole size•Connection size, type, and left- or right-hand threads•Tool diameter•Hole temperature•Desired operating load•

* Minimum overpull requirement for a jar-Accelerator Toolcombinationtoobtainanefficientimpact** Maximum overpull can be increased in the shop. As the maximum increases, the minimum increases*** Settings for other expected bottom hole temperatures are available**** Check stroke before loading the Accelerator Tool. If strokevaries,stopsleevesmustbemodifiedtoobtain stroke as listed

Specifications

18

Dual Circulating SubThe Dual Circulating Sub is designed to extend the life of downhole mud motors and other downhole tools by diverting mud circulation away from the components. Activated by drop-ping a ball, the Dual Circulating Sub prevents actuation of circulation-driven equipment during extend-ed periods of pumping. The sub is equipped with a rupture disc so that in the event of a downhole restric-tion preventing drop ball actuation, pressure can be applied to burst the disc and resume circulation to an-nulus.

Features and BenefitsBlocks fluid flow to the motor, •preventing operationBall drop actuation•Rupture disc that can be preset •for 3,000, 5,000 or 6,000 psi

Applications Preventing downhole tool wear •in installations where extended circulation is necessaryAllows increased annular veloci-•ties following clean-out opera-tionsEnablesincreasedfluidvolumes•to be pumped into the annulus during wellbore clean-out op-erationsFacilitates pumping of nitrogen •intothewellboreforfluidevacu-ation

Dual Flapper Check ValveThe Dual Flapper Check Valve pre-vents wellbore pressure or fluidsfrom entering the work string, us-ing high-pressure cartridges that prohibitfluidmigrationandensurework string integrity. The valve provides a large internal bore to minimize friction at high flowrates while providing a reliable seal against unwanted pressure andfluidstypicallyencounteredinthru-tubing workover operations.

Features and BenefitsProhibits wellbore fluids from•entering the work string Spring activated for positive •closure during inactivityRedundant seal setup for en-•hanced safetyLarge bore pressure capacity •for use with drop balls

Dual Circulating

Sub

Dual Flapper Check Valve

19

Venturi Jet BasketThe Venturi Jet Basket retrieves gun debris, metal and any other loose obstructions. Fluid pumped down the work string is diverted through a jet nozzle in the up-per section, creating a vacuum-like effect in the lower chamber, sucking in debris and trapping it above cages in the lower sub. Fluidisthenfilteredthroughthesub and returned to the annulus.

Features and BenefitsBig bore catcher sub to re-•trieve larger pieces of debris Available extensions to in-•crease the amount of debris that can be retrievedAvailable specialized milling •shoe to facilitate motor ap-plications

ApplicationsRetrieval of gun debris, met-•al shavings and other loose obstructions

The Push-Pull Anchoring Tool utilizes hydraulic pressure to deliver controlled push or pull stroke force to free objects lodged in casing, such as stuck or inoperable equipment. A se-ries of hydraulic pistons anchor the tool in the casing; once an-chored, pressure is converted intomechanicalforcesufficientto free stubborn obstructions. A pressure bleed-off system is incorporated into the tool to prevent unexpected or unwant-ed hydraulic pressure accumu-lation, enhancing operational safety. The Push-Pull Anchoring Tool is available in 2.7 inch and 3.5 inch OD sizes.

Features and Benefits Pressure activation to elim-•inate ball drop Anchor, stroke and release •the tool in one trip using hydraulic pressure Full 6-inch stroke•Maximum 100,000 lbs. •push capacity, 60,000 lbs. pull capacityBuilt-in pressure bleed-off •system for safe operation

Applications Retrieval of completion •equipment when required pulling force exceeds rig or surface capacities

Push-Pull Anchoring Tool

Push-Pull Force

Generatorand

Anchor

Venturi Jet Basket

20

Coiled Tubing Connector - ExternalCoiled Tubing Connectors are avail-able for all CT sizes from 1 inch through 2 ⅞ inches, in standardand slimline versions. Standard connectors are specifically de-signed to attach the BHA to coiled tubing for operations that include, but are not limited to, motors and fishing assemblies. Slimline con-nectors are designed for restricted wellbore applications. Internal con-nectors are available in slip, roller and dimple styles.

Features and BenefitsSlip section sealed from well-•bore to prevent fluids fromdamaging the slipDouble O-ring seals•Setscrews included to prevent •rotationHigh tensile strength•High pressure and torque •resistanceEasy to assemble•

Quick ConnectorThe Quick Connector (QC) allows for easy tool string make-up, es-pecially in applications where it is difficulttorotatethetoolstringtoengage threads. The QC withstands the forces of milling and jarring, and is particularly well suited for long bottom hole assemblies.

Features and BenefitsLocking taper allows each sec-•tion of the tool string to stab in to the next Safety locking collar to prevent •thefirst section frombackingoffHigh torque capability•

ApplicationsPerforating assemblies• Memory PLT logging• Fishing assemblies•Any long tool string design•

External Coiled Tubing

Connector

Quick Connector

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The Heavy Duty Hydraulic Discon-nect provides a predetermined release point in a bottom hole assembly. The disconnect withstands extreme tor-sional and tensile loads exerted during jarring and underreaming, making the tool a key component in demanding thru-tubing applications.

The disconnect is actuated by drop-ping a ball, actuating an internal pis-ton at a predetermined pressure. This allows the assembly to separate, leav-ing the lower section of the tool down-hole. The top of the remaining dis-connect is equipped with an internal andexternalfishingprofile for futureease of retrieval. Circulation ports are opened upon disconnection, producing a pressure drop at surface, providing the operator with an indication that disconnection has been successfully completed.

Features and BenefitsInternalandexternalfishingpro-•filesforeasyretrievalRotationally locked for compatibil-•ity with torque generating toolsShear screws available in brass or •steel to customize the tool for spe-cificoperationalconditionsFlow ports that are opened when •screws are shearedCirculation ports that are opened •upon disconnectionHydraulically balanced piston to •prevent accidental disconnect

ApplicationsRecovery of tool string run below •a jarAny operation where a predeter-•minedreleasepointisbeneficial

Hydraulic Disconnect - Heavy Duty

Hydraulic Disconnect - TJThe TJ Hydraulic Disconnect pro-vides a predetermined release point in a bottom hole assembly. The disconnect withstands extreme torsional and tensile loads exerted during jarring and underreaming, making the tool a key component of demanding thru-tubing opera-tions.

The disconnect is actuated by drop-ping a ball, actuating an internal piston at a predetermined pres-sure. This allows the assembly to separate, leaving the lower section of the tool downhole. Circulation ports are opened upon disconnec-tion, producing a pressure drop at surface, providing the operator with an indication that disconnection has been successfully completed.

Features and BenefitsEquippedwithinternal“G”fish-•ing neck for future ease of re-trievalUltimate resistance to tensile •and torsional stresses while jarring or milling Transmits torque, for use while •underreaming Circulation ports that are •opened upon disconnection Design that prevents shear •screw fatigue

ApplicationsMilling, jarring, underreaming, •and any other high torque ap-plication

TJ Hydraulic Disconnect

Heavy Duty Hydraulic

Disconnect

22

The Torque Thru Knuckle Joint facili-tates centralization and stabilization of the BHA, and is designed to allow full angular movement while prevent-ing axial rotation. The joint features a sealed unrestricted bore for operating hydraulic tools run below.

Features and Benefits Unrestricted bore• Internal pressure seal• Transmits mud motor torque•

ApplicationsWireline or coiled tubing opera-•tionsFishing or washover operations•Run with hydraulic or mechanical •centralizers

Hydraulic Disconnect - TJThe TJ Hydraulic Disconnect provides a predetermined release point in a bot-tom hole assembly while withstanding extreme torsional and tensile loads exerted during jarring and underream-ing, making it a key component of de-manding thru-tubing applications.

The disconnect is actuated by dropping a ball, actuating an internal piston at a predetermined pressure. This allows the assembly to separate, leaving the lower section of the tool downhole. Circulation ports are opened upon dis-connection, producing a pressure drop at surface, providing the operator with an indication that disconnection has been successfully completed.

Features and Benefits Durable shear ring to prevent •shear screw fatigue under heavy jar loadsCirculation ports that are opened •upon disconnectionUtilizes dogs instead of collets for •greater strength

ApplicationsMilling, jarring, underreaming, and •any other high torque application

Note:RequiresspecialGSforBWprofile.Availableonlyin

1.69" OD with ½" ball drop

Torque Thru Knuckle Joint

Torque Thru Knuckle Joint

TJ Hydraulic Disconnect

23

Locking Swivel JointThe Locking Swivel Joint is designed for deploying long tool strings. Used in conjunction with a deployment sub, the tool string can be lowered into the wellbore and hung off in the blowout preventors on a set of slip rams. The Locking Swivel Joint can then be made up to the tool string. By pulling the coupling back, tightening the setscrew, and disengaging clutch, the upper string is ready for make-up.

Features and Benefits Designed to be hung off in the blowout preventor •on a set of slip rams

ApplicationsDesigned to ease deployment of long tool strings•

Tool Size Torque @ 1,500 psi Tool Length Max. Tensile

Load Min. Actuating

Pressure

(in.) (ft-lbs) (in.) (Kips) (psi)

1 11⁄₁₆ 100 45 65 200

2 1/4 125 45 70 200

3 510 56 135 200

Specifications

The Hydraulic Indexing Tool facilitates axial orientation of a toolstringtomaneuverpastobstructionssuchasafishorledge. The tool features hydraulic actuation for improved BHA compatibility while permitting 360 degree rotation in 12 staged increments.

Features and BenefitsMaximizesfishingandwashoverperformancethrough•hydraulic actuation 360 • degree rotation in 30 degree increments

Applications Fishing or washover operations on coiled tubing•Sidetracks on coiled tubing•

Hydraulic Indexing Tool

Hydraulic Indexing Tool

Locking Swivel Joint

24

The Hydraulic Bow Spring Centralizer features pressure actuated springs to allow selective centralization below wellbore restrictions, or to facilitate passage through production tubing to centralize inside casing below.

Features and BenefitsSprings expand and lock at a pre-•determined diameter with hydrau-lic pressure Springs collapse with pressure in-•terruption, allowing BHA retrieval from wellboreAdjustable sleeve allows spring •expansion for various casing sizes

ApplicationsStabilizes tool string for fishing,•cutting, milling, underreaming or washover operations Well suited for centralization in •deviated wellbores

Hydraulic Bow Spring Centralizer

Mechanical Bow Spring CentralizerThe Mechanical Bow Spring Cen-tralizer features retractable springs to allow centralization of the string below wellbore restrictions. The retractable springs also facilitate passage through production tub-ing to centralize inside the casing below. Automatic mechanical ac-tuation of the centralizer springs means no hydraulic circulation is diverted from equipment mounted below the centralizer.

Features and Benefits Centralizes BHA in the well-•boreSprings that collapse for pass-•ing through restrictionsLarge thru-bore maintains cir-•culation to tools run below

Mechanical Bow Spring Centralizer

Hydraulic Bow Spring

Centralizer

Applications Stabilizes the tool string for •fishing, cutting, milling, un-derreaming or washover op-erationsCentralization of assemblies •that require unrestricted hy-draulic circulation Centralization in deviated well-•bores

25

Motor Head AssemblyThe Motor Head Assembly combines the Dual Flapper Check Valve, Hydraulic Disconnect, Dual Circulating Sub and an emergency rup-ture disc into one compact, heavy-duty com-ponent. The tool features a large bore for high flowratesandisdesignedtowithstandvibra-tion and torsional stress over prolonged peri-ods of operation.

The Motor Head Assembly features internal andexternalfishingnecksforeaseofretriev-al. Shear pins are isolated from treatment andwellborefluids,andarenotaffectedbyjarring or bending moments.

Features and Benefits 30 percent shorter than individual com-•ponentsHigh torque and vibration capacity•Multiple tubing connector options•Flapper cartridges tested to 10,000 psi at •400 degrees FLarge bore to permit high circulation •ratesEasy assembly/disassembly to reduce •wellsite tool inventory

ApplicationsUsed on all coiled tubing applications with •downhole motors