Fishing Services Catalog PDF

required to set the Hydraulic Setting Module.

FEATURES/BENEFITS Adapter Kit for the TorqueMaster  Whipstock Packer  Product Family No. H41583

Hydraulic Setting Module Product Family No. H41518

Hydrostatic Setting Module Product Family No. H41581

SPECIFICATION GUIDE Casing Size

Weight

Hydraulic Adapter Kit

Hydrostatic Adapter Kit

168.2  177.8 

24.00 35.00-38.00





7

177.8 

29.00-32.00





7

177.8 

23.00-26.00





17.00-20.00









in. 6-5/8 7

7

 

mm

177.8 

7-5/8

193.6 

39.00-42.80 24.00-33.70

7-3/4

196.9

46.1-48.6





9-5/8

244.4

36.60-53.50







• True, one-trip orient, set, and mill • All the TorqueMaster TorqueMaster benefits in one-trip N/m) torque  torque in • Rated to 20,000 20,000 ft-lb ft-lb (14,814 N/m) both directions • Shear ring field redressable (Hydrostatic Setting module only) • Setting module and whipstock can be retrieved even if packer cannot. Leaves minimal equipment in hole to wash over  • Packer can be washed over and retrieved retrieved in one-trip with Plug Plucker Type Retrieval Tool • All seals seals can be tested • Withstands Withstands up to 15,0 15,000 00 psi (1,034.2 bars) bars)   hydrostatic pressure



9-7/8

250.1

62.8

10-3/4

273.0 

40.50-60.70



13-3/8

339.7 

54.50-72.00



106

 

Baker Oil Tools

WHIPSTOCK SYSTEMS, ANCHORS, AND RETRIEVING TOOLS

FIXED LUG WHIPSTOCK RETRIEVING TOOL Product Family No. H15051

DESCRIPTION/APPLICATION The Fixed Lug Retrieving Tool is designed as the primary method of engaging the WindowMaster® whipstocks and removing them from the wellbore. There are three methods of retrieving a retrievable whipstock, the Fixed Lug, the Rolling Dog, and the Special Box Tap, but it is recommended that the fixed lug be used first.

 jars. The fixed lug can be released by by applying a small amount of right-hand torque and lowering the lug through the neutral point.

FEATURES/BENEFITS • Solid body constr construction uction for st strength rength and durability • Can be easily disengaged an and d re-engaged multiple times • Will take w weight eight for co cocking cking fishing jars, should this become necessary • Jets at top of tool to clean re retrieving trieving slot • Dovetail slot prevents d dropping ropping whip whipstock stock while pulling out of the hole

OPERATION Recommended bottom hole assembly includes the Fixed Lug, jars and drill collars. The lug is lowered to the correct measured depth and slowly worked up and down. If the lug does not engage, rotate the pipe and work up and down again. Repeat this process until the lug engages. The lug can also be orientated with either a MWD or Gyro. Once the lug engages, follow recommended procedures for releasing the anchor or packer below the whipstock. With the lug engaged, weight can be set down on the lug without disengaging the lug. This will allow the recocking of the

SPECIFICATION GUIDE WindowMaster System Size

Dim Connection

Tensile Load Rating

in.

mm

5-1/2 7

139.7  177.8 

2.87 2.875" 5" AP APII IF 3. 50 50 " AP APII IF IF

100, 100,00 000 0 2 00 00 ,0 ,0 00 00

45,360  90,720 

7-5/8

193.7 

3. 50 50 " AP APII IF IF

2 00 00 ,0 ,00 0

90,720 

8-5/8

219.0 

4. 50 50 " AP APII IF IF

2 00 00 ,0 ,0 00 00

90,720 

9-5/8

244.4

4. 50 50 " AP APII IF IF

2 00 00 ,0 ,00 0

90,720 

10-3/4

273.0 

6.625" 6.625" API Reg 250 250,00 ,000 0 113,400 

11-3/4

298.5 

6.625" 6.625" API Reg 250 250,00 ,000 0 113,400 

13-3/8

339.7 

6.625" 6.625" API Reg 250 250,00 ,000 0 113,400 

lbs

 

kg

P 

Fixed Lug Whipstock Retrieving Tool Product Family No. H15051

R  O   D  C   U A  C   S  T  I    S  N  G A   N E  D X  I   T 

A

P   S  P  Y  L   S  I   T   C  A E  T  M I    S   O N  S 

Rev., July, 2004

107

 

Baker Oil Tools

WHIPSTOCK SYSTEMS, ANCHORS, AND RETRIEVING TOOLS

SPECIAL TAPER BOX TAP FOR RETRIEVAL OF WINDOWMASTER® WINDOWMASTER ®  WHIPSTOCKS Product Family No. H11099

DESCRIPTION/APPLICATION The Special Taper Box Tap is designed to engage the WindowMaster® Whipstocks. Once engaged, the retrievable anchor or packer can then be released from the wellbore. There are three methods of retrieving a retrievable whipstock, the Fixed Lug, the Rolling Dog, and the Special Taper Box Trap. It is recommended that the Fixed Lug be used first, the Rolling Dog second, and the Special Box Tap third. The Special Box Tap is not a releasable tool.

The Special Taper Box Tap is normally the third option for retrieving.

OPERATION Recommended bottom hole assembly includes the Special Box Tap, Safety Joint, Jars and Drill Collars. The tool is engaged with a combination of set-down weight and rotation.  Apply the torque torque severa severall times to help ensure a good hold on the whipstock.

FEATURES/BENEFITS • Wicker pro profile file is specially designed to match the upper segment of the whipstock profile • Will not dama damage ge whip whipstock stock face • Simpl Simple e design for reli reliabilit ability y • Cutlip gu guide ide aids in ge getting tting over top of whi whippstock

Special Taper Box Tap For Retrieval of WindowMaster Whipstocks Product Family No. H11099

HYDRAULIC WHIPSTOCK VALVE Product Family No. H15036

DESCRIPTION/APPLICATION The Hydraulic Whipstock Valve allows normal circulation, fill-up, as well as MWD operation whiledrillstring running the WindowMaster® Whipstock system. The valve allows the use of a hydraulic set anchor, bottom trip anchor, or TorqueMaster™

tainable from the pumps, and the mud weight. Consult the nozzle chart in the tech unit for the respective tool size to determine the appropriate nozzle size. To shift the valve after the MWD operations are complete, increase the flow rates to the maximum charted shear flow rate for the respective tool size. Tool will activate and then close and lock. Annulus communication is sealed off and normal circulation through bottom is regained.

FEATURES/BENEFITS

set anchor, bottom trip anchor, or TorqueMaster Packer in conjunction with hydraulically operated equipment run above the whipstock. The use of MWD whipstock orientation, closure of flow to the annulus, setting the packer and complete milling of the casing is accomplished with one trip of the drillpipe. The valve is actuated hydraulically by varying the flow rate in the drillpipe. Manipulation of the drillstring is not required. Internal pressures above and below the valve are equalized relative to the annulus to prevent accidental actuation due to differential pressure across the valve. The valve is actuated at a flow rate considerably higher than that required for normal MWD operation, therefore the packer will not be set accidentally during normal MWD orientation.

Hydraulic Whipstock Valve Product Family No. H15036

OPERATION Determine the normal flow required for running the MWD equipment, the maximum flow rate at-

•

Val Valve ve allows allows int integr egrati ation on of fie fieldld-pro proven ven systems

•

Whipst Whipstock ock can be o orie riente nted, d, p pack acker er s set, et, and complete casing exit milled in one trip

•

Manufa Manufactu ctured red ffrom rom heat-t heat-trea reated ted alloy alloy steel steel ffor or maximum service life

•

Multip Multiple le ex exit it po port rts s preve prevent nt valv valve e fr from om c clog loggin ging g during MWD operations

•

Compre Compressi ssion on s slee leeve ve pro protec tects ts snap snap ring ring fr from om contamination so valve will close reliably

•

ID bel below ow valv valve e is isolat isolated ed ffrom rom flu fluid id flow flow and debris

SPECIFICATION GUIDE Casing Size   mm in. 7.000-8.625 177.8-219.1 244.5-273.1 9.625-10.750 11.750-13.625 298.5-346.1

108

Connection Pin Box 3.50 IF 4.50 IF 6.625 FH Rev., September, 2002  Rev., July, 2004

 

PILOT/SECTION MILLING AND UNDERREAMING TOOLS

Baker Oil Tools

PILOT/SECTION MILLING AND UNDERREAMING TOOLS Pilot milling is used to mill away complete sections of casing from either the wellhead or the liner hanger down to desired depth. This is done in conjunction with slot recovery on a fixed platform or to sidetrack in open hole ®

below casing shoe. METAL MUNCHER Mills provide blades extra mill life. In most cases pilotthe mills are capable of milling faster than Turbo the cuttings can be extended removed from thefor well. Section milling is used to remove the entire casing from a section of the well. Primarily section milling is done in conjunction with side tracking. Underreaming tools provide a means to go through a string of casing and open up the wellbore to a larger size. This can be done to improve a cement job or to expose new formation for a gravel pack. With any of these tools it is recommended to run drilling jars, string mills for stabilization and shock subs to minimize vibration at the mill. DRILLPIPE

DRILL COLLARS

DRILLPIPE

DRILL COLLARS

DRILLING JAR DRILLING JAR

P 

DRILL COLLARS DRILL COLLARS

SHOCK SUB

SHOCK SUB

STRING MILL (Refer to page 33)

STRING MILL (Refer to page 33)

R  O   D  C   U A  C   S  T  I    S  N  G A   N E  D X  T  A I   P   S  P  Y  L   S  I   T   C  A E  T  M  S  I    O N  S 

LOCKOMATIC SECTION MILL (Refer to page 112) METAL MUNCHER TURBO PILOT MILL (Refer to page 110)

SUPERLOY TAPER MILL (Refer to page 33)

SUPERLOY TAPER MILL (Refer to page 33)

Lockomatic Section Mill Bottomhole Assembly

Turbo Pilot Mill Bottomhole Assembly

109

Rev., September, 2002  Rev., July, 2004

 

Baker Oil Tools

PILOT/SECTION MILLING AND UNDERREAMING TOOLS

METAL MUNCHER® PILOT MILL (PATENTED)

treated as a machining process rather than a milling process. Once the optimum weight and RPM is established it should be adhered to.

METAL MUNCHER® TURBO PILOT MILL Product Family No. H15121

DESCRIPTION/APPLICATION The METAL MUNCHER® Pilot Mill is a high-performance mill used for milling washover pipe, casing, and liners. The blade design continuously indexes a new cutting surface during milling. The insert design produces small, uniform, and easy to handle cuttings. The METAL MUNCHER Turbo Pilot Mill is available with 18" (457 mm)  mm)  blades for slot recovery and long sections of casing to be milled.

METAL MUNCHER Pilot Mill Product Family No. H15121

The METAL MUNCHER cutting structure allows up to ten (10) times the ROP. This will require a mud system capable of suspending the cuttings and carrying them to the surface. Special consideration should also be given to additional surface equipment to handle cuttings. METAL MUNCHER Pilot Mills are available to cut all standard sizes of casing and can be manufactured for any size. The mills can be manufactured with a connection down for milling applications that are too close to surface to run sufficient drill collar weight above the mill.

OPERATION

FEATURES/BENEFITS

The METAL MUNCHER Pilot Mill should be run with a shock sub and sufficient drill collars to provide a wide w ide range of milling weights. Both weight on mill and RPMs will be determined by penetration rate, torque, and cuttings removal. Pilot milling with the METAL MUNCHER inserts should be

• Increased Increased rates of penetrat penetration ion • Smaller Smaller cuttings cuttings • Long Long mill li life fe • Turbo mill has extended blades for longer life • Hardened surfaces on areas of high wear 

SPECIFICATION GUIDE Casing Size in. 4-1/2 5 5-1/2 6-5/8 7 7-5/8 8-5/8 9-5/8

 

Blade OD

Connection

mm 114.3 127.0  139.7  168.3 177.8  193.7  219.1 244.5 

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

4-1/2" API Reg

in. 5-1/2 6-1/16 6-9/16 7-7/8 8-5/32 9 10-1/8 11-1/8

 

mm 139.7  154.0  166.7  200.0  207.2  228.6  257.2  282.6 

10-3/4 11-3/4 13-3/8

273.1 298.5  339.7 

6-5/8" API Reg

12-1/4 13-1/4 14-7/8

311.2  336.6  377.8 

Other sizes are available upon request. Contact your Baker Oil Tools representative.

METAL MUNCHER Turbo Pilot Mill Product Family No. H15121

110

 

PILOT/SECTION MILLING AND UNDERREAMING TOOLS

MODEL D™ D™ SECTION MILL Product Family No. H15072

DESCRIPTION/APPLICATION The Model D™ Section Mill is an inside cutter and a section mill. It is designed for sidetracking operations, as well as for milling perforated casing in production zones, loose joints of surface pipe, and old casing for cementing new smaller casing to the formation.

OPERATION The Model D Section Mill should be run with a minimum of 10,000 lbs kg) of string weight in the bot(4,536 kg) of tomhole assembly. A bit or mill is run to help the tool enter the hole and stir cuttings during milling operation. The cut is started slowly, approximately two to five feet (0.61 to 1.5 meters), meters), above a coupling, then brought to a speed of 80+ RPMs for the cut-out. The pump is started and the number of strokes increased to give a minimum pressure drop of 400 psi  psi  (27.6 bar) across the mandrel nozzle. During cut-out, approximately 1" (25.4 mm) mm) is  is slacked off in 1/16" mm) increments  increments over a period of (1.59 mm) five to ten minutes. Once the pump gauge shows a definite pressure drop bar),, indicating that of 200 psi (13.8 bar)

the casing has been cut through, pressure is increased until the annular velocity is sufficient to bring cuttings out of the hole. RPMs and weight on mill may be adjusted to obtain optimum mill performance.  After milling for three to five feet (0.91 to 1.5 meters) meters),, rotation continues and the pump is stopped while picking up off the casing. Pressure is allowed to equalize and rotation is stopped while picking up into the casing above the cut point. Pressure is then resumed and slacked off into the window. The resulting pressure drop verifies cut-out and removes any shavings which may have entered the tool while making the window cut-out. Milling operations are continued.

FEATURES/BENEFITS • Operates hydraulic hydraulically ally for fast effiefficient downhole milling • Knife design reduces long stringers and removes casing in short chips for easy lift and removal by the drilling fluid • All six knives are used for the initial cut-out, reducing cut-out time and minimizing the chance of bent or broken knives • Knives are dressed with METAL MUNCHER® 

SPECIFICATION GUIDE Casing Size in. 5-1/2 7 7-5/8 8-5/8 9-5/8 10-3/4 11-3/4 13-3/8

 

mm 139.7  177.8  193.7  219.1 244.5  273.1 298.5  339.7 

Baker Oil Tools

Top Connection 2-7/8" API Reg 3-1/2" API Reg 4-1/2" API Reg

6-5/8" API Reg

Tool OD in. 4.500 5.500 6.250 7.250 8.250 9.250 9.750 11.500

 

mm 114.3 139.7  158.8  184.2  209.3 235.0  247.7  292.1

P 

R  O   D  C   U A  C   S  T  I    S  N  G A   N E  D X  T  A I   P   S  P  Y  L   S  I   T   C  A E  T  M  S  I    O N  S 

Model D Section Mill Product Family No. H15072

111

Rev., September, 2001

 

Baker Oil Tools

PILOT/SECTION MILLING AND UNDERREAMING TOOLS

LOCKOMATIC® SECTION MILL DRESSED WITH METAL MUNCHER® CUTTER Product Family Nos. H15079 - H15089

DESCRIPTION/APPLICATION The LOCKOMATIC® features a positive, direct lock and unlock mechanism yet devised for expanding drilling and milling tools. The LOCKOMATIC is as reliable as the drill string itself - because the lock is an extension of the drill string. There is direct control of the tool - as if the lock were in the driller's hand. The LOCKOMATIC is unmatched for: hole opening, underreaming, and casing milling.

OPERATION Cutter arms are locked closed during run-in. Tool hang up is prevented by an exclusive patented feature which damps off downhole hydrostatic pressure from the pressure ports. Circulation pressure moves the body and cutters upward by increasing the annular volume between the kelly and upper body. Because the patented LOCKOMATIC mandrel lock remains in place as part of the drill string, the cutter arms cam out over the mandrel lugs, forcing the cutters to expand. On box down models when the bit is also cutting, applied drilling weight helps cutter expansion and maintains cutter expansion. On reaching gage, the cutters lock in place and stay locked as long as pressure and/or drilling weight is applied. The tool will not take true drilling weight until the cutter arms are locked out to full gage cutting position. To retrieve, release pressure and pick up on tool. This retracts the mandrel lock from under the cutters. If chips and cuttings penetrate the collapsing mecham echanism, the pull of the draw works will force obstructions out of the way and close cutter arms. Springs and hydraulics are not involved. The LOCKOMATIC retrieves as easily as the drill string. Tool sizes range from 3-3/4" (95.2 3-3/4" (95.2 mm) closed gage to 48" (1219.2 mm) open gage.

FEATURES/BENEFITS • Fas Fastt run run-in -in • Positi Positive ve expan expansion sion • Posit Positive ive locking locking • Posit Positive ive unlocking unlocking • Multiple applications: hole opening, underreaming, and casing cutting cutting

LOCKOMATIC Section Mill Dressed With METAL MUNCHER Cutter

METAL MUNCHER Cutter

With METAL MUNCHER Cutter  Product Family Nos. H15079 - H15089

METAL MUNCHER Cutter  (SSMC)

112

Rev., March, 2002 

 

Baker Oil Tools

PILOT/SECTION MILLING AND UNDERREAMING TOOLS

LOCKOMATIC® UNDERREAMER Product Family Nos. H15079 - H15089

Specification Legend Example  A

Short Body.

B

Long Body.

G

Body Body wit with h box down, down, m mand andrel rel n not ot packe packed d off off..

10

K

W

 A

K, L Lock Lockomati omatic c actuati actuating ng system system.. M

Sectio Section n Mill Cutter Cutter for for all mod models els..

S

Sp Spii ral ral pil pil ot ot b bod ody y.

Short body

W

Body with box d down, own, mandrel mandrel pa packed cked off iin n box. box.

X

Extr Extra a long long body for over overreach reaching ing expansions expansions..

Body with box down Lockomatic Size 10

SPECIFICATION GUIDE Product Family No.

Size

H15079

2

H15080

3

H15081

4

H15082

5

H15083

6

H15084

7

H15085

8

H15086

9

H15087

10

Model KSA, KSB, KSX, KMB KMGB, KMWB KSA, KSB, KMB KSA, KSB KGA, KMWB KSA, KSB, KMB KGA, KMWX, KWA, KWB KSA, KSB, KSX, KMB KGA, KGB, KGX, KMWB, KWB KSA, KSB, KMB KGA, KGB, KMGB, KMWB, KWB KSB, KMB KGB KSA, KSB, KMB KWA KSA, KSB, KMB, LSA KWA, KWX LWA

API Reg (Pin Up) 2.375" 2.375" 2.375"

API Reg (Box Down) NONE 2.375" NONE NONE 2.375"

Tool OD in. mm 3.688

94.0 

4.250

108.0 

4.750

121.0 

5.563

141.3

6.000

152.4

7.500

191.0 

8.500

216.0 

9.500

241.3

12.000

305.0 

14.500

368.3

18.000

457.2 

P 

R    O D  C   U A  C   S  T  I    S  N  G A   N E  D X  T  A I   P   S  P  Y  L   S  I   T   C  A E  T  M  S  I    O N  S 

NONE 3.500"

3.500" NONE

3.500"

3.500" NONE

4.500"

4.500" 5.500"

6.625"

4.500" NONE 4.500" NONE 6.625" NONE 6.625" 7.625"

6.625" H15088

11

KWA, KWB LWA, LWB

H15089

12

PDC Cutter Arm (SSDC) Rev., March, 2002 

KWB

7.625" 6.625" 7.625" 7.625"

NONE 6.625" 7.625" 7.625"

Roller Cone Cutter Arm (SSRC)

Lockomatic Underreamer  Product Family Nos. H15079 - H15089

113

 

Baker Oil Tools

SPECIFICATION GUIDES WASHPIPE DATA, PRODUCT FAMILY NO. H15660 SPECIFICATION GUIDE

 

Connection

 

OD

Weight  Plain End

in.   mm   lbs/ft TSWP   3-3/8   85.73   10.02 TSWP   12.31 3-1/2   88.9 TSWP   8.81 TSWP   3-5/8   92.08    7.06 TSWP   9.55 3-3/4   95.25  TSWP   10.46

TSWP TSWP TSWP TSWP TSS TSWP TSWP TSS TSWP TSWP TSWP X-LINE X-LINE TSWP TSS TSWP X-LINE TSWP TSWP TSS TSS TSWP TSWP TSWP TSWP X-LINE TSWP X-LINE TSWP TSWP TSWP TSWP TSWP TSWP TSWP X-LINE TSWP TSWP TSWP TSWP TSWP TSS TSWP X-LINE TSWP TSWP TSWP

             

kg/m 14.89 18.3 13.09 10.49 14.19. 15.55 

Inside Diameter    in.

Wall Thickness

  mm  

in.

 

Upset Diameter 

mm   in.   mm 9.35  6.45    4.88    6.5  7.19  

Drift Diameter   

  2.764   70.21   0.305   7.75   

 

  2.764   70.21   0.368  

 

  2.992   76.0    0.254     3.240   82.3   0.192     3.238   82.25    0.256     3.185   80.9   0.283  

  3-13/16   96.84   11.7   17.39   3.187   80.95    0.313   7.95      4   101.6    12.93   19.22   3.340   84.84   1.33   8.38    4-3/8   111.13  

  12.02   17.87    3.826   97.18    0.275   6.99 13.8   20.18.   3.749   95.22   0.313   1.95 

4-1/2     114.3

13.04   19.38    3.920   99.57    1.29   7.37 

-

 

 

14.98   22.26    3.826   97.18    0.337   8.56  4-3/4   120.65    17.2   26.04   4.000   101.6    0.375   9.3  

-

 

4-7/8   123.83   11.57   17.2.   4.408   112.0    0.233   5.92

-

 

14.87   22.1   4.408   112.0  5

 

15.00   22.29   4.375    111.1 18.00   26.75    4.250    108.0 

 

17.93   26.65    4.276   108.6 

   127.0 

5-3/8   136.3   20.2   29.76    4.625   16.87   2.07    4.892   5-1/2    139.7  17.00   25.27    4.875      19.81   29.44   4.778  

 

5-3/4   146.05   

  18.18   7.02   5.124   21.53   32

 

15.35   22.81   6

  152.4

19.64   29.19  

 

22.81   33.9  

6-3/8   161.93   24.03   35.72  

 

6-5/8   168.28    7

 

 

177.8 

  23.58   35.05    24.00   35.67   

  5.5   5.352   5.24   5.625   5.921   5.91   5

  25.66   38.14   6.276 26.00   38.64   6.276 

0.296   7.52  

   

0.362   9.19  

117.5    124.3 123.8  11.4   130.2   127.0    139.7    135.9   133.1   142.9   150.4 150.4

0.375   9.53 0.304   7.72  

5.86

0.361   9.17   

-

0.375   9.53 0.25   6.35  0.324   8.23

-

0.38   9.65  0.375   9.53 0.352   8.94  

159.4   0.362   9.19

   

7

 

 

7.39

7-1/4   184.15    23.19   34.47    6.624   168.3   0.313   7.95    7.5

 

7-3/8   187.3   28.04   41.68    6.63   168.3   0.38   9.5     

-

   

8

 

8-1/8       8-3/8     8-5/8      

9

 

29.70   203.2   30.54   31.04   206.4 35.92   38.42     33.95   212.7  37.09   31.1   219.1 36   39.29   228.6    38.92   38.94  

44.14   6.843    45.39   7.25   46.13   7.38   53.39   7.25   57.1   7.19   50.46    7.58   55.13   7.5   46.22   7.92   53.51   7.813    58.4   7.73   57.85    8.150   57.88    8.84  

173.8  184.2 187.3 184.2 182.5  192.5  190.5  201.2 198.5  196.2 207  224.4

-

 

-

  0.4   10.1

-

  0.4     0.45     0.43     0.4

 

 

0   

0 

-

2.69   68.26    2-7/8   73.03

 

45 45

3.00   76.2   3-1/8   79.38 

   

45 45 50 50

3.00   76.2   3-1/8   79.38  3.00   76.2   3-1/8   79.38 

44960 

 

37

3-3/4   95.25    3-7/8   98.43

 

52

3-5/8   82.08    3-3/4   95.25 

3.701   94.01   1,800   1333   7,220   5348    181,200   82084 3.875   98.43   2,390   177.0    9,590   7104   181,400   82174

   

51 44

3-1/2   88.9   3-11/16   93.66  3-3/4   9.25    3-7/8   98.43

4.283   108.8    1,380   1022   5,540   4104   134,600   60974

 

49 49

4.00   104.6    4-1/8   104.8 

  178,900   81042

 

51

 

53

6.5

6.75 6.64

0   

7.13

0 

4.13 7.06

0 

0  10.2   9.12   232 11.4   0  10.8    0  10  0  11   10.1   257  12   0  10.2  

2-1/2   63.5    2-5/8   66.68 

47 47

3.795   96.39   1,460   1081   5,860   4341   160,800   72842

4.283   108.8 

 

  0.44   11.1   0.35   8.9

 

54

3.875   98.43   1,200   889   4,800   3556   

-

7.25

  0.47   11.9

   

3-1/2   88.9   3-3/4   95.25  3-1/2   88.9   3-5/8   92.08 

  0.38   9.5    0.44   11.1

mm

47 50

  0.38   9.5    8.01   204   6.75 -

 

in.

   

 

  0.38   9.5   

 

3.701   94.01   1,400   1037    5,600   4148    134,000   60702 3.624   92.05    1,660   1230    6,650   4926    158,700   71891

-   4.5   114.3 4.767   121.1   148.8    -   4.653   118.2   4.999   127.0    4.875   123.8  5.375   136.5    5.227   132.8    5.115   129.9 -   5.5   139.7  5.796   147.2   177.8    6.151   156.2   187.7      190.5    6.499   165.1

 

mm

2-1/2   63.5    2-5/8   66.68 

 

-

6.84

29.04   43.16    6.88   174.6    0.38   9.5    33.04   49.11   6.77   171.8    0.43   10.9

 

in.

47

3.00   76.2   3-1/8   79.38  3-1/16   77.79   3-1/4   82.55 

25.56   37.99   6.97   177    0.33   8.3 7-5/8   193.7   

%  

50 50 51

-

 

72480  44122 33522 49241 55764

 

Max.

   

 

-

kg 



3.062   77.77    1,225   907    5,050   3741   138,500   62741 3.215   81.66    1,370   1015    5,600   4148    163,670   69613

4.151   105.4  

-

 

Rec.

-   -  

 

 

lbs

      3.115   79.12   630   467    2,500   1889   74,000     3.113   79.07    980   726    3,950   2926    108,700   3.06   77.72   1,115   826    4,470   3311   123,100  

5.36   136.1

 

 

2.867   72.82   850   630    3,400   2519   97,400

-   -  

-

mm   ft/lb   N/m   ft/lb   N/m

Washover Size

Joint Efficiency

Joint Tensile  Yield Strength Strength

Max

2.639   67.03   1,100   815    4,500   3333   160,00

 

-

0.313   7.95 

 

 

 

2.639   67.03   1,000   741   4,000   2963   111,500   50510 

11.3   16.87    4.000   101.6    0.25   6.35  -

in.

Make-up Torque Rec 

 

7.45 7.38

 

7.8

 

7.7

 

7.6

 

7.99

 

8.68

 

  1,870   1385    7,500   5556  2,700   2000    9,550   7074  

184,600   282,640 350,400

2,460   1822   9,850   7296    218,500   2,900   2148    11,600   8593   222,800   2,370   1756    9,480   7022   209,700 2,700   2000    11,800   8741   316,640   2,970   2200    11,900   8815    237,200   2,700   2000    10,800   8000    222,800   3,400   2519   13,580   10059   246,500   2,500   182   10,000   7407    147,450   3,170   2348    12,700   9407    238,800   3,870   2867    15,500   11481   276,300   4,250   3145    17,000   12593   288,300   4,400   3259   17,590   13030    251,600 3,900   2889   15,700   11630    420,720   4,970   3681   19,880   14725    315,200 4,500   3333   20,900   15481   482,640   6,330   4689   25,300   18741   437,900   5,700   4.222   22,800   16,889   343,000

165  5,725     174   5,080     5,650     172 6,120     169   7,520     17.2   5,000     181   6,600     184   6,820     181   8,370     179   9,150     189   7,500     187    7,000     198    6,700     196    5,500     193   9,950     203   9,920     220    10,450  

TSWP 42.7   63.46    8.76   222.4 9-5/8    244.5  0.44   8.6   218  X-LINE   43.5   64.65    8.67   220.1       8.53   217  TSWP   46.14   68.58    8.68   220.5    0.47   TSWP 44.22   65.72   9.95   252.7    0.4   9.79   249 TSWP 10-3/4   273.1 49.5   73.57    9.85   250.2   0.45   11.4 -   0  9.69   246  TSWP     9.6   244 TSWP   54.21   80.57    9.76   247.9   0.5   12.6  TSWP   52.57   78.13   10.9   276.4   0.44   11   10.7   272 11-3/4   298.5  0  TSWP   58.81   87.41   10.8   273.6    0.49   12.4   10.6   270  TSWP   12-3/4   298.5    49.56   73.66    12   304.8    0.38   9.5    13.5   343   11.8   301 TSWP   13-3/8   339.7    66.11   98.26    12.4   315.3   0.48   12.2   13.75   349   12.3   311 TSWP   16   406.4   81.97   121.8    15   381.3   0.5   12.6    16.75   426    14.8   377   All strengths maximum value value - apply safety factor of two (2) to the joint te tensile nsile yield strength.

99,50

4.241 3.763 4.185  4.533 5.570  3.704 4.889 5.052 6.200  6.778  5.556  5.185  4.963 4.074 7.370  7.348  7.741

  22,900   16,963   341,300   20,300   15,037    309,300   22,600   16,741   378,500   24,500   18,148    355,000   30,100   22,296    398,900   25,300   18,741   531,200   26,400   19,556    362,900   27,300   20.222   373,900   33,500   24.815    398,500   36,600   27.111   457,500   30,000   22.222   407,900   28,100   20.815    441,000   27,100   20.074   335,300   37,100   27.481   652,000   39,800   29.481   475,200   39,700   29.407    458,400   41,800   30.963   463,400

 

                                                                         

8364 128036  18731 98981 100928  94994 143438  107452 100928  111665  66795  108176  125164 130600  113975  190586  142786  218636  198369 155.379 154.609 140.113 171.461 160.815  180.702 240.634 164.394 169.377  180.521 207.248  183.420  199.773 151.891 295.356  215.266  207.655  209.920 

  11,750   8.704   47,000   34.815    507,800   230.033 6,000   4.444   48,500   35.926    836,960   379.143   13,000   9.630    52,100   38.593   543,800   246.341

 

80

 

83

 

52

4-1/8   104.8  4.00   101.6 

4-1/4   108.0  4-1/8   104.8 

4-1/4   107.95    4-1/2   114.3

 

47 47

 

52

 

80

 

51 51

 

2

4-7/8   123.83   5

 

49 49

4-3/4   120.65    4-7/8   123.8 

 

41

5-1/4   133.35    5-3/8   136.5 

 

52 52

5-1/8   130.18    5-1/4   133.4

4-5/8   117.48    4-3/4   120.7  4-1/2   114.3   4-5/8   117.5 

 

127.0 

 

49 49

5.00   127.0    5-1/8   130.2

 

51 51

5-3/8   136.53   5-1/2   139.7 

 

45

 

76

 

52

 

80

 

56 56

6-3/8   161.96    6-1/2   165.1

5-5/8   142.88    5-3/4   146.1 6.00   152.4   6-1/8   155.6 

52

6-3/8   161.96    6-1/2   165.1

 

51 51

6-3/4   171.5    6-7/8   174.6 

 

55

 

52

 

51 51

6-1/2   165.1   6-5/8   168.3 6-9/16   166.7    6-11/16   169.9

 

78

 

51

 

51 51

 

47

 

51

 

51

 

55

 

41

 

79

 

51

 

50 50 51

   

  13,150   9.741   52,600   38.963   531,000   240.543

7

 

177.8    7-1/8   181

7-1/8   181   7-1/4   184.2 7

 

177.8    7-1/8   181

6-1 5/ 5/1 6   176.2   7-1/16   179.4 7-1/4   184.2   7-3/8   187.3 7-9/16   192.1   7-11/16   195.3 7-1/2   190.5 

  7-5/8   193.7 

7-7/8   200     

7-11/16   195.3 8

 

203.2

8-1/2   215.9   8-3/8   212.7  8-1/4   209.6    8-1/2   215.9

83 50 51

  15,600   11.556    62,400   46.222   595,600   269.807 

6-5/8   168.3   6-3/4   171.5 

 

9-1/2   241.3   9-3/4   247.7  9-3/8   238.1   9-5/8   244.5 

14,250   10.556    57,000   42.222   606,000   274.518 

 

  17,550   13.000    70,200   52.000    641,800   290.735 

 

50 50

9-1/4   235    9-1/2   241.3

  12,130   8.985    48,500   35.926    377,400   170.962

 

44

10-1/8   257.2   10-5/8   269.9

  13,230   9.800    52,900   39.185    470,400   213.818 

 

49

  28,500   21.111   114,100   84.519   807,300   366.954   25,000   18.519   100,300   74.296    788,900   358.590 

   

49 52

11   279.4   11-1/2   292.1 11-1/2   292.1   12   304.8 

  43,000   31.852   172,000   127.407   1231,700   559.863

 

52

14-1/4   362   14-3/4   374.6 



= Recommended make-up torque = 25% of maximum make-up torque - does not apply to X-Line Connections.



= Ratio of the joint tensile yield strength to the pipe tensile yield strength.

52

10

 

254   10-1/2   266.7 

 = The internal upset has been reduced.  = N-80 Pipe. 

= J-55 Material.

114

 

Rev., September, 2002 

Baker Oil Tools

SPECIFICATION GUIDES N-80 WITH W.P. HYDRIL CONNECTIONS SPECIFICATION GUIDE Size OD

Weight  Plain End

in.   mm

lbs/ft   kg/m

Wall in.   mm

ID in.   mm

EffectiveArea Calculated at

Calculated  Yield lbs

 

kg

Calculated Max, Joint Recommended Joint Makeup Efficiency Effective Area Working Torque Efficiency Calculated at % ft/lb   N/m % ft/lb   N/m

2-1/4

57.2 

4.12

6.12 

0.19

4.7 

1.875

47.3

Box

52,000

23,556 

53.5

650

481

33.7

100

74

2-3/4

69.9

6.68

9.96 

0.25

6.4

2.25

57.2 

Box

81,000

36,693

51.7

1,600

1185 

43.1

230

170 

3-1/4

82.6 

8

11.89

0.25

6.4

2.75

69.9

Box

98,000

44,394

52.1

2,300

1704

42.9

320

237 

3-1/2

88.9

9.91

14.73

0.29

2.922  74.2

82.3

Box

119,000 53,907 

51.2

3,400

2519

47.1

500

370 

3-3/4

95.3

9.32

13.85  0.25

6.4

3.25

82.6 

Box

115,000 52,095 

52.2

3,200

2370 

42.5

450

333

11.6

17.25  0.29

7.3

3.428

97.1

Box

139,000 62,967 

52.1

4,500

3333

46.6

14

20.81

0.33

8.4

3.34

84.8 

Pin

131,000 59,343

47.1

4,600

3407 

42.3

650

481

15.7

23.33

0.38

9.7 

3.25

82.3

Box

175,000 79,275 

50.8

6,000

444

50.7

870

644

12

17.84

0.28

7.0 

3.825

97.2 

Box

145,000 65,685 

51.1

4,900

3630 

43.3

700

519

11.6

17.24

0.25

6.4

4

101.6 

145,000 65,685 

61.1

4,200

3111

38.2

600

444

16.6

24.67  0.34

8.6 

3.826

97.2 

182,000 82,446 

51.6

6,700

4963

47

960

711

15

22.29

7.5 

4.408 112.0 

180,000 81,540 

51.4

7,000

5185 

43.5

1,000

741

18

26.75  0.36

9.2 

4.276 108.6 

963

5-1/2 139.7 

17

25.27 

0.3

7.7 

4.892 124.3

5-5/8 142.9

17.7

26.31

0.31

7.9

4

101.6 

4-3/8 111.1 4-1/2 114.3 5

127.0 

5

127.0 

Box

219,000 99,207 

51.8

9,400

6963

49.5

1,300

Box

204,000 92,412 

51.3

9,000

6667 

44.2

1,300

963

Pin

209,000 94,677 

50

10,000

7407 

45.8

1,400

1037 

10,300

7630 

45.1

1,500

1111

13,600

10074

50.3

1,900

1407 

26.75  0.31

8.0 

5.125 130.2 

Pin

222,000 100,566 

52

22.5

33.44

0.38

9.7 

4.99

126.7 

Box

265,000 120,045 

51.6

152.4

20

29.73

0.32

8.2 

5.352 135.9

Box

232,000 105,096 

50.2

12,200

9037 

47.1

1,700

1259

6-3/8 161.9

24

35.67  0.38

9.5 

5.625 142.9

Box

286,000 129,558 

50.5

16,800

12444

50.3

2,400

1778 

6-5/8 168.3

24

35.67  0.35

8.9

5.921 150.4

Box

280,000 126,840 

50.4

16,900

12519

49.1

2,400

1778 

177.8 

26

38.64

0.36

9.2 

6.276 159.4

Box

301,000 136,353

49.8

18,000

13333

45.4

2,600

1926 

7-3/8 187.3

29

43.10  0.38

9.5 

6.625 168.3

Box

329,000 149,037 

49.9

21,200

15704

46.3

3,000

2222 

7-1/2 190.5 

28

41.62  0.37

9.3

6.765 171.8 

Box

334,000 151,302 

50.7

21,300

15778 

45.6

3,000

2222 

7-5/8 193.7  29.7

44.14

0.38

9.5 

6.875 174.6 

Box

340,000 154,020 

49.8

22,700

16815 

46.2

3,200

2370 

8-1/8 206.4

58.71

5-3/4 146.1 6

7

18

0.3

Box

39.5

Pin

0.47

11.9

7.185 182.5 

Box

455,000 206,115 

50.4

35,200

26074

51.6

5,000

3704

8-3/8 212.7  35.5

52.76  0.38

9.5 

7.625 193.7 

Box

376,000 170,328 

49.8

27,700

20519

46.1

4,000

2963

8-5/8 219.1 9 228.6 

53.51 0.4 59.45  0.43

10.2  7.825 198.8  10.8  8.15 207.0 

Box Pin

418,000 189,354 463,000 209,739

50.6 50.5

33,000 38,400

24444 28444

48.8 49.3

4,700 5,500

3481 4074

36 40

9-5/8 244.5  43.5

64.65  0.44

11.0  8.755 222.4

Box

502,000 227,406 

49.9

46,100

34148 

50.1

6,600

4889

10-3/4 273.1

51

75.80  0.45

11.4

9.85

250.2 

Box

578,000 261,834

49.6

60,300

44667 

50.3

8,600

6370 

11-3/4 298.5 

60

89.18  0.49

12.4

10.77 273.6 

Box

687,000 311,211

49.7

81,000

60000 

51.9

11,600

8593

13-3/8 339.7 

72

107.01 0.51

13.1

12.35 313.6 

Box

833,000 377,349

50.1

90,400

66963

42.2

12,900

9556 

84

124.85  0.5

12.6  15.01 381.3

Box

970,000 439,410 

50.3

123,000 91111

40.7

17,600 13037 

16

406.4

115

 

Baker Oil Tools NOTES

P 

R  O   D  C   U A  C   S  N I    S  T   G A   N E  D X  T  A I   P   S  P  Y  L   S  I   T   C  A E  T  M  S  I    O N  S 

116

 

Baker Oil Tools

COILED TUBING STANDARD TOOLS

TYPICAL BOTTOMHOLE ASSEMBLIES (BHA) STANDARD BHA

MOTORHEAD ASSEMBLY

When running a BHA on coiled tubing, a standard string of main tools is required to deploy the lower BHA. Baker Oil Tools offers in-

The Baker Oil Tools Motorhead Assembly combines the main tool components used in coiled tubing (CT) operations in modular form.

dustry leading technology components for this purpose. This string typically consists of a Coiled Tubing Connector, a Dual Back Pressure Valve, a Hydraulic Disconnect and a Circulating Valve (especially in downhole motor operations). The Coiled Tubing Connector is used to provide a connection to the end of the coiled tubing. The Dual Back Pressure Valve provides a double isolation barrier to prevent well fluids from entering the coiled tubing, particularly in the

The combined tool length has been greatly reduced, in comparison with the standard BHA, to allow ease of handling and deployment and also to effectively reduce the bending stresses in the BHA. The Motorhead assembly consists of the Coiled Tubing Connector, Dual Back Pressure Valve, Hydraulic Disconnect, Dual Circulation Sub, and optional Lockable Swivel.

case of rupture of the coiled tubing at surface. The disconnect, typically ball operated, is used as a release mechanism when the BHA below the disconnect gets stuck. A Dual A cting Circulating Valve, typically run in conjunction with a downhole motor, is used to create communication between the coiled tubing and the annulus to increase flow-rate once motor operations have been completed.

COILED TUBING CONNECTOR (Refer to page 119)

DUAL BACK PRESSURE VALVE (Refer to page 120)

MOTORHEAD ASSEMBLY (Refer to page 118)

P 

R  O D T   U H  C  R T   U  S  T  A  U N B D I   N A  G   P  F 

UNIVERSAL HYDRAULIC DISCONNECT (Refer to page 121)

I   P  L   S  I   H  C  A I   N T   G I      O N  S 

DUAL ACTUATED CIRCULATING VALVE (Refer to page 126)

Standard Bottomhole Assembly

Motorhead Bottomhole Assembly

117

Rev., September, 2002 

 

COILED TUBING STANDARD TOOLS

Baker Oil Tools

MOTORHEAD ASSEMBLY Product Family No. H13203

DESCRIPTION/APPLICATION The Motorhead Assembly combines the main tool components used in CT operations in modular form. The combined tool length has been greatly reduced to allow ease of handling and deployment in the well and also to ef-

tor, dual back pressure valve, hydraulic disconnect, dual circulation sub, and optional lockable swivel.

FEATURES/BENEFITS • High tensile tensile strength strength • Full torque through ca capabilities pabilities • Shorter Shorter overall overall length • Full internal internal pressure integrity • Standardized Standardized connections for ease

fectively reduce the bending stresses in the BHA. The Motorhead Assembly consists of the coiled tubing connec-

of use

SPECIFICATION GUIDE Tool OD in.   1.69 1.69 2.13 2.25 2.88 3.50 External

mm 42.9 42.9 54.1 57.2  73.2  88.9

Min ID  Circulating Sub Sub Disconnect in.   mm in.   mm 0.44 11.2  0.56 14.1 0.44 11.2  0.56 14.1 0.56 14.1 0.68 17.2  0.56 14.1 0.68 17.2  0.68 17.2  0.81 20.4 1.19 30.1 1.31 33.3

Standard Connection 1" AMMT 1-1/2" AMMT 2-3/8" PAC DSI 2-7/8" PAC DSI

Connector.

 Internal

Connector. ID sizes specified are maximum piston ID's possible. Smaller ID configurations are available on request. Length varies with size and style of Motorhead Assembly utilized. Minimum

Motorhead Assembly Product Family No. H13203

118

Rev., September, 2002 

 

COILED TUBING STANDARD TOOLS

COILED TUBING CONNECTOR Product Family No. H13200

DESCRIPTION/APPLICATION Coiled Tubing Connectors provide a means of attaching a tool string to the end of the coiled tubing. The connectors, when installed correctly, provide a reliable strong sealed connection to the coiled tubing. All of the connectors have been designed with either a fishing neck or a slick profile on the OD of

with set screws to rotationally lock them from spinning when used in con junction with tools that create torque such as coiled tubing mud motors. The connectors utilize o-ring seals to seal off the coiled tubing in order to maintain pressure integrity for the tool string.

FEATURES/BENEFITS • High ten tensile sile str strength ength • High torsi torsional onal strength strength for motor applications • Large ID fo forr maximum flow flow rates

Baker Oil Tools

the top sub. This will accommodate standard external fishing overshots should the need arise. Coiled Tubing Connectors have been designed for most sizes of coiled tubing. The Coiled Tubing Connectors are of the slip type or collet type design. The slip type connectors are also equipped

and pump through of actuation balls • Manufa Manufacture ctured d with fishing profile on top of connector  • High pressure/high temperature tools rated to 10,000 psi (689 bar)  bar)  and 400°F (204°C)

SPECIFICATION GUIDE Tool OD in.

 

Min ID

mm

in.

 

Fishing Neck

mm

in.

 

mm

Coiled Tubing OD

Standard Connection

1.44

36.6 

0.68

17.3

1.44

36.6 

1.69

42.9

0.75

19.1

1.69

42.9

1.81

46.0 

0.75

19.1

1.81

46.0 

2.13

54.1

0.88

22.4

1.38

35.1

1-1/2" AMMT

1.69

42.9

0.75

19.1

1.69

42.9

1" AMMT

1.81

46.0 

0.75

19.1

1.50

38.1

2.13

54.1

0.81

20.6 

0.75

19.1

1.00

25.4

1.50

38.1

1.81

46.0 

3/4" CS Hydril 1" AMMT

1.00

1" AMMT

1" AMMT

1.25

1-1/4" API Reg 1-1/2" AMMT 1" AMMT 1-1/2" AMMT

2.19

55.6 

0.63

16.0 

1.81

46.0 

2.50

63.5 

1.00

25.4

1.81

46.0 

2.75

69.9

1.00

25.4

2.31

58.7 

2-3/8" EU

2.88

73.2 

1.12

28.4

2.31

58.7 

2-3/8" PAC DSI

3.13

79.5 

1.00

25.4

2.31

58.7 

2-3/8" API Reg

1.00

25.4

0.63

16.0 

2.25

57.2 

2.50

63.5 

1.00

2.75

69.9

2.88

73.2 

3.13

79.5 

2.00

50.8 

25.4

2.31

58.7 

1.00

25.4

2.31

58.7 

1.50

38.1

2.31

58.7 

1.50

38.1

2.31

58.7 

1.00

25.4

1.78

45.2 

1.00

25.4

2.50

63.5 

2.63 2.88

66.8  73.2 

1.00 1.50

3.00

76.2 

3.13

79.5 

3.50 2.88

Coiled Tubing Connector  Product Family No. H13200

1-1/4" API Reg 1.50

1-1/2" AMMT

P 

R  O D T   U H  C  R T   U  S  T  A  U N B D I   N A  G   P  F  P  I   L   S  I   H  C  A I   N T  I    G    O N  S 

1-1/2" AMMT 1-1/4" API Reg 1-1/2" AMMT 2-3/8" EU

1.75

2-3/8" PAC DSI 2-3/8" PAC DSI 2-7/8" PAC DSI 2-3/8" API Reg

2.25

60.5 

25.4 38.1

2.63 2.63

66.8  66.8 

1.75

44.5 

2.75

69.9

1.00

25.4 2.75

69.9

2.375" Hydril 1-1/2" AMMT 1-1/2" AMMT 2-3/8" PAC DSI 2.00

2-3/8" EU 8 Rd 2-3/8" API Reg 2-3/8" PAC DSI

1.50

38.1

88.9

1.50

38.1

3.13

79.5 

2-7/8" PAC DSI

73.2 

1.50

38.1

2.88

73.2 

2-3/8" PAC DSI

1.96

49.8 

1.39

35.3

3.13

79.5 

1.00

25.4

1.50

38.1

3.13

79.5 

2-7/8" PAC DSI

3.13

79.5 

3.38

85.7 

4.75

120.7 

1.96

49.8 

3.13

79.5 

4.50

114.3

2.95

74.9

4.50

114.3

2-3/8" EU 8 Rd 1.900" CS Hydril

2.38

2-3/8" API Reg 2-7/8" PAC DSI 3-1/2" API Reg

3.50

3-1/2" EU 8 Rd

119

Rev., September, 2002  Rev., February, 2004

 

Baker Oil Tools

COILED TUBING STANDARD TOOLS

DUAL FLAPPER BACK PRESSURE VALVE Product Family No. H13204

DESCRIPTION/APPLICATION The Dual Flapper Back Pressure Valve is a flapper type valve that allows flow down the tubing, but stops flow coming back up the tubing. The Dual Flapper Back Pressure Valve has two flappers and flapper seals. The second flapper is redundant to the first and can be run where redundant seals are required. The flapper is designed so that a ball can be pumped through it at minimum fluid flow rate. The Dual Flapper Back Pressure

the coiled tubing connector in CT operations and at the top of the BHA in snubbing operations. The Dual Flapper Back Pressure Valve is run as a well control measure to prevent wellbore pressure from entering the workstring. No pipe manipulation or pressurization sequence is required to operate the tool.

FEATURES/BENEFITS • Dual valv valves es • Field-prove Field-proven n bonded Nitrile valve seats • Short lengt length h • Large Large ID • High pressure/high pressure/high temperature temperature tools rated to 10,000 psi (689 bar)  bar)  and 400°F (204°C)

Valve is normally run directly below

SPECIFICATION GUIDE Tool OD

Dual Flapper Back Pressure Valve Product Family No. H13204

Tool ID

Length

in.   1.44 1.69 1.81

36.6  42.9 46.0 

in.   0.56 0.69 0.69

14.2  17.5  17.5 

2.13 2.50 2.88 3.06

54.1 63.5  73.2  77.7 

0.81 0.81 1.00 1.00

20.6  20.6  25.4 25.4

3.13

79.4

1.00

25.4

3.50 3.75

88.9 95.3

1.50 1.00

38.1 25.4

mm

mm

in.   mm 19.75 501.7  18.13 460.5  18.13 460.5  16.44 417.6  18.07 16.94 23.32 18.75 18.94 18.82 19.50 33.00

459.0  430.3 592.3 476.3 481.1 478.0  495.3 838.2 

120

Standard Connection 3/4" CS Hydril 1" AMMT 1" AMMT 1-1/2" AMMT 1-1/4" API Reg 1-1/2" AMMT 2-3/8" PAC DSI 2-3/8" EU 8 Rd 2-3/8" PAC DSI 2-3/8" API Reg 2-7/8" PAC DSI 2-7/8" API Reg

Rev., September, 2002  Rev., February, 2004

 

COILED TUBING STANDARD TOOLS

UNIVERSAL HYDRAULIC DISCONNECT Product Family No. H13209

DESCRIPTION/APPLICATION The Universal Hydraulic Disconnect is a ball-operated emergency release device designed to be run in a coil tubing application to provide a method of separating from tools below the disconnect. This disconnect incorporates features to withstand all forces encountered during fishing, milling and drilling operations. The Universal Hydraulic Disconnect has a high shock load strength, high tensile strength, is rotationally locked, and has a shorter length when compared to other hydraulic disconnects. The Universal Hydraulic Disconnect is ideal for all applications including use below hydraulic jars jarring up or

Internal debris management is controlled by the use of o-rings and a debris filter at critical locations inside the tool. A rupture disk has been incorporated into the Universal Hydraulic Disconnect to create a flow path should the lower bottomhole assembly become plugged. The rupture disk can be disabled when required.  After disconnecting, the remaining bottom half of the Universal Hydraulic Disconnect and tools below can be fished with a standard Hydraulic GS™ Spear. A torque-through option is available for the GS Spear should rotation through the BHA left in hole be desired.

FEATURES/BENEFITS • Able to withstand co continuous ntinuous heavy  jarring and impacting loads applied applied in up and down modes • Incre Increased ased tensile tensile and torsion

Baker Oil Tools

down, use with HIPP-TRIPPER® impact tools, and with drilling and workover motors. The tool has a positive pressure drop indication when the shear screws have sheared. This also allows for circulation after disconnecting. The Universal Disconnect incorporates a unique adjusting ring locking feature, which is an advantage in situations where high vibration may occur. The tool is rotationally locked for use in downhole motor or torque applications.

strength compared to other disconnects • Incorporates a debris barrier to prohibit debris and fine sands from entering the tool • Rotationally locked for downhole motor applications • Special fishing tools available with probe for transmitting torque after disconnecting. • Positive pres pressure sure indication at surface after disconnecting • Has flow through capability after after disconnecting

P 

R  O D T   U H  C  R T   U  S  T  A  U N B D I   N A  G   P  F  P  I   L   S  I   H  C  A I   N T   G I    O   N  S 

SPECIFICATION GUIDE Tool Size



Min ID

Length

34.9 42.9 54.1 73.2 

in.   0.31 0.53 0.69 0.81

7.9 13.5  17.5  20.6 

3.13

79.4

1.00

25.4

3.50

88.9

1.25

31.8 

in.   1.38 1.69 2.13 2.88

mm

mm

Standard Connection

in.   mm 14.54 369.3 13.93 353.8  14.58 370.3 15.50 393.7  16.52 419.6  20.17 512.3 19.46 494.2 

3/4" Hydril CS 1" AMMT 1-1/2" AMMT 2-3/8" PAC DSI 2-7/8" PAC DSI 2-3/8" API Reg 2-7/8" PAC DSI

Universal Disconnect Product Family No. H13209

Minimum ID specified is maximum piston ID possible. Smaller piston ID are available on request.

121

Rev., September, 2002 

 

Baker Oil Tools

COILED TUBING STANDARD TOOLS

MODEL FAU™ FAU™ SAFETY

connect to separate. When discon-

HYDRAULIC DISCONNECT

nected, an internal GS fishing profile is left looking up, and subsequent retrieving operations may continue with the Hydraulic Releasing GS™ Spear (Product Family No. H13311).

Product Family No. H13211

DESCRIPTION/APPLICATION The FAU Safety Hydraulic Disconnect is specially designed for thru-tubing fishing operations, and is built to withstand high tensile and torsion stresses encountered in jarring and motor applications. The FAU Safety Hydraulic Disconnect may be run anywhere in the string as long as the actuation ball can be circulated to it. Should it become necessary to disconnect from the tool string, a ball is circulated to the releasing piston, additional pump pressure will shear the screws, allow the piston to move down and the dis-

FEATURES/BENEFITS • Provides controlled controlled method of disconnection from lower portion of BHA • Disconnected portion portion has internal GS profile • Balanced to prevent accidental accidental disconnect • Torsionally locked • Large permits circulation circulation of smallerIDsize actuation balls below the tool

SPECIFICATION GUIDE Tool OD in.   1.44

Min ID 

mm 36.6 

in.   0.47

Length

mm 11.9

in.   mm 20.49 518.9

Standard Connection 3/4" Hydril CS

1.69 1.81 2.13 2.25 2.50

42.9 46.0  54.1 57.2  63.5 

0.53 0.53 0.53 0.47 0.47

13.5  13.5  13.5  11.9 11.9

17.88 17.88 20.90 23.25 23.69

454.2  454.2  530.6  590.2  601.7 

1 AMMT 1" AMMT 1-1/2" AMMT 1-1/2" AMMT 1-1/2" AMMT

2.88 3.13 3.50

73.2  79.5  88.9

0.59 0.69 1.25

15.0  17.5  31.8 

26.75 29.75 29.75

679.5  753.6  753.6 

2-3/8" PAC DSI 2-3/8" API Reg 2-7/8" PAC DSI

Minimum ID specified is maximum piston ID possible. Smaller piston ID's and different connections available on special request.



Model FAU Safety Hydraulic Disconnect Product Family No. H13211

122

Rev., September, 2002 

 

Baker Oil Tools

COILED TUBING STANDARD TOOLS

HIGH LOAD DISCONNECT Product Family No. H13213

DESCRIPTION/APPLICATION The High Load Disconnect is a ball actuated tool which utilizes hydraulic pressure for activation. This tool leaves an internal GS profile for subsequent retrieving operations. The disconnect is designed to withstand high tension and torsion stresses encountered in thru-tubing fishing  jarring and motor applications. High strength locking dogs allow the tool to

be run below impact jars if required. Torsion strength is provided by a unique octagonal spline which rotationally locks the tool.

FEATURES/BENEFITS • High ten tensile sile str strength ength • Used for jarrin jarring g and motor applications • La Larg rge e ID • Shear scr screws ews have a predetermined predetermined value • Can be fitted with smaller piston piston to run below jars

SPECIFICATION GUIDE Tool OD

Min ID

mm

Length

in.   1.69 2.13 2.25 2.88

42.9 54.1 57.2  73.2 

in.   0.53 0.69 0.69 0.81

13.5  17.5  17.5  20.6 

mm

in.   mm 18.38 466.9 20.63 524.0  20.63 524.0  26.00 660.4

3.13

79.5 

0.81

20.6 

23.00

584.2 

3.38

85.7 

0.81

20.6 

21.25

539.8 

Standard Connection 1" AMMT 1-1/2" AMMT 1-1/4" API Reg 2-3/8" PAC DSI 2-3/8" API Reg 2-7/8" PAC DSI 2-3/8" EU 8 Rd 2-3/8" API Reg

 Minimum ID specified is maximum piston ID possible. Smaller piston ID configurations are available upon request.

P 

R  O D T   U H  C  R T   U  S  T  A  U N B D I   N A  G   P  F  P  I   L   S  I    C  H A I   N T   G I    O   N  S 

High Load Disconnect Product Family No. H13213

123

Rev., September, 2002 

 

Baker Oil Tools

COILED TUBING STANDARD TOOLS

PULL DISCONNECT

predetermined axial load is obtained, the tool will disconnect due to internal components shifting and allowing

Product Family No. H13214

DESCRIPTION/APPLICATION The Thru-Tubing Fishing Pull Disconnect offers the ability to disconnect at the central point of this tool by applying a known axial load through the tool. The tool is rotationally locked so it is compatible with tools that create torque.  Applying a straight axial pull pull through the tool activates the disconnect. The load at which this tool is released can be adjusted to accommodate a number of different applications. Once a

them to release. Upon disconnection, the tubing and tool string placed above the disconnect may now be pulled from the well. An external fishing neck remains looking up in the hole.

FEATURES/BENEFITS • External External pr profile ofile • No actuation actuation ball required required • No shear shear screws screws • Torque thru capabilities • Adjustable Adjustable disconnect disconnect load

SPECIFICATION GUIDE Tool OD in.   1.69 2.13 2.88 3.38

Min ID 42.9 54.1 73.2 

in.   0.41 0.44 0.69

10.3 11.1 17.4

Top Sub ID in.   mm 29.00 736.6  34.95 887.7  41.25 1047.8 

85.9

0.75

19.1

55.75

mm

mm

1416.1

Standard Connection 1" AMMT 1-1/2" AMMT 2-3/8" PAC DSI 2-3/8" API Reg 2-7/8" PAC DSI

Pull Disconnect Product Family No. H13214

124

Rev., September, 2002 

 

Baker Oil Tools

COILED TUBING STANDARD TOOLS special applications. The operation of all the models are identical.

RK™ RK ™ DISCONNECT Product Family No. H13215

The RK Hydraulic Disconnects are ball operated devices which require tubing pres-

DESCRIPTION/APPLICATION The RK Disconnect has been designed to be used in a one-trip system when milling milli ng with production tubing in a packerless completion. The disconnect is run above the mill. When the job is complete a ball can be dropped so that the mill and the bottom of the disconnect are released and dropped to the bottom of the well. The top sub remains attached to the tubing and has tubing ID to allow full access. The RK Hydraulic Disconnects have a built-in check valve that prevents flow from going up the tubing. The Model HL™ Disconnect uses dogs to lock the tool together and uses a dual flapper check valve. The Model FA™ and FAU™ uses collets to lock the tool together and uses a ball check valve. The Model FAU is designed for cyclic side loading and torque encountered in standard milling operations. The Model FA design is a cheaper, cost efficient version of the disconnect that should be used for

sure for activation. Once the ball has seated in the tool, pressure is applied to the coiled tubing which shears the shear screws in a sleeve allowing the top section of the disconnect to unlatch from the bottom section. The bottom part of the tool, consisting of the collet seat, piston, and check valve, is left in the hole. The top section has a full open inside diameter that is compatible with the inside diameter of the tubing.

FEATURES/BENEFITS • • • •

Bal Balll operate operated d Top sub has ful fulll tubing ID Torque through for milling applications Can be used on end of pro productio duction n tub-

ing • Incor Incorporat porates es ball check valve or flappe flapperr check valve • Availa Available ble in different style styles s for specific applications

SPECIFICATION GUIDE Model FA Tool OD

 

in.

Min ID

mm

in.

 

mm

Top Sub ID in.   mm

3.13

79.5 

0.41

10.3

2.13

54.1

3.75

95.3

0.44

11.1

2.13

54.1

Standard Connection 2-3/8" EU 8 Rd Box 2-3/8" API Reg Box 2-3/8" EU 8 Rd Box 2-3/8" API Reg Box 2-7/8" EU 8 Rd Box 2-7/8" API Reg Box P 

Model FAU Tool OD in.

 

Min ID

mm

in.

 

mm

Top Sub ID in.   mm

Standard Connection 2-3/8" EU 8 Rd Box

R  O D T   U H  C  R T   U  S  T  A  U

3.13

79.5 

0.41

10.3

2.13

54.1

3.75

95.3

0.44

11.1

2.13

54.1

N B D I   N A  G   P  F  P  I   L   S  I    C  H A I   N T   G I    O   N  S 

2-3/8" API Reg Box 2-3/8" EU 8 Rd Box 2-3/8" API Reg Box 2-7/8" EU 8 Rd Box 2-7/8" API Reg Box

Model HL Tool OD in.

 

Min ID

mm

in.

 

mm

Top Sub ID in.   mm

Standard Connection 2-3/8" EU 8 Rd Box

3.13

79.5 

0.81

20.6 

2.31

58.7 

3.63

92.2 

0.81

20.6 

2.31

58.7 

2-3/8" API Reg Box 2-7/8" EU 8 Rd Box 2-3/8" API Reg Box 2-7/8" EU 8 Rd Box 2-7/8" API Reg Box

RK Disconnect Product Family No. H13215

125

Rev., September, 2002 

 

Baker Oil Tools

COILED TUBING STANDARD TOOLS

DUAL ACTUATED CIRCULATING VALVE Product Family No. H13218

DESCRIPTION/APPLICATION The Dual Actuated Circulating Valve is designed to allow a circulation path above a mud motor from tubing to annulus. When the motor service is complete, fluids may need to be pumped for several hours to clean or displace the wellbore. The use of this valve can save unnecessary wear on the mud motor during this operation. The Dual Actuated Circulating Valve is ball actuated and normally is run below the hydraulic disconnect and above the downhole motor. The pri-

mary means of actuation is accomplished by pumping a ball which will shift the piston sleeve, exposing circulation ports. The secondary means of actuation is through a rupture disc. In the unlikely event that the bottomhole assembly becomes plugged, increased pressure from the surface will rupture the disc and allow circulation of an actuation ball.

FEATURES/BENEFITS • Saves wear wear on the mud motor  motor  • Large ID permits permits maximum maximum flow rates • Predetermine Predetermined d values on shear screws, and secondary rupture disc • Balanced Balanced piston

SPECIFICATION GUIDE Tool OD in.   1.44 1.69 1.81 2.13 2.38 2.50 2.88 3.13 3.50



mm 36.6  42.9 46.0  54.1 60.5  63.5  73.2  79.5  88.9

Min ID

in.   0.41 0.41 0.41 0.56 0.44 0.56 0.69 0.69 1.00

mm 10.4 10.4 10.4 14.2  11.2  14.2  17.5  17.5  25.4

Length in.   mm 16.00 406.4 12.56 319.0  12.56 319.0  14.13 358.9 15.13 384.3 14.38 365.3 15.13 384.3 16.75 425.5  18.00 457.2 

Standard Connection 3/4" Hydril CS 1" AMMT 1" AMMT 1-1/2" AMMT 1-1/4" Reg 1-1/2" AMMT 2-3/8" PAC DSI 2-3/8" API Reg 2-7/8" PAC DSI

Minimum ID specified is maximum piston ID possible. Smaller piston ID's and different connections available on request.



Dual Actuated Circulating Valve Product Family No. H13218

126

Rev., September, 2002 

 

THRU-TUBING FISHING TOOLS

Baker Oil Tools

TYPICAL BOTTOMHOLE ASSEMBLIES FISHING BHA FOR PARTED COILED TUBING

EXTERNAL FISHING BHA

Baker Oil Tools' unique Snipper Overshot is used to fish parted coiled tubing. The BHA shown uses this technology in combination with a High Pressure Pack-off, a Hydraulic Jar and Accelerator. The overshot has a catch and cutting mechanism, which washes over the top of the coiled tubing. Overpull activates the cutting mechanism to cut the coiled tubing and the cut part can be brought back to surface. This ensures a clean fishneck with bore to allow a smooth path for a chemical cutter should it be required.

have been designed to allow engagement a fish with an internal or external fishing neck. These toolsofwere designed specifically for coiled tubing or threaded pipe operations where no rotation is possible. The main feature of these tools is that it can be engaged and released by flow. The assembly shown combines the Hydraulic Release Overshot with other hydraulic actuated tools to enable fishing thru tubing in larger bore. This BHA can locate a small fishing neck in a larger bore by activating the indexing tool and the hydraulic knuckle joint to systematically search the larger bore and engage the fish.

Baker Oil Tools' patented hydraulic release fishing tools

.

COILED TUBING CONNECTOR (Refer to page 119)

DUAL BACK PRESSURE VALVE (Refer to page 120) MOTORHEAD ASSEMBLY (Refer to page 118)

 ACCELERATOR

WEIGHT BAR

HYDRAULIC JAR INDEXING TOOL (Refer to page 140)

UNIVERSAL HYDRAULIC DISCONNECT (Refer to page 121) HYDRAULIC BENT SUB (Refer to page 159) HIGH-PRESSURE PACK-OFF (Refer to page 132)

P  R  O D T   U H  C  R T   U  S  T  A  U N B D I   N A  G   P  F  P  I   L   S  I   H  C  A I   N T   G I    O   N  S 

SNIPPER OVERSHOT (Refer to page 130)

HYDRAULIC RELEASE OVERSHOT (Refer to page 128)

Parted Coiled Tubing Bottomhole Assembly

External Fishing Bottomhole Assembly

127

Rev., September, 2002 

 

Baker Oil Tools

THRU-TUBING FISHING TOOLS

HYDRAULIC RELEASING OVERSHOT Product Family Nos. H13330 (for Slick OD Fishing) and H13331 (for Fishing Necks)

DESCRIPTION/APPLICATION The Hydraulic Releasing Overshot is used to catch external JDC type fishnecks or to catch slick OD profiles. The tool is engineered to withstand high tensile, and compressive stresses encountered during jarring operations. The overshot is engaged by applying slight set-down weight at the tool. A flow path is provided through the tool for circulation while running in the hole; this path can also be used to wash debris from the top of the fish or profile. In the event that retrieval is not possible, increased flow rate through the tool will allow release from the fishneck ensuring no additional tools are left in the well.

FEATURES/BENEFITS • • • • •

High s stre trength ngth Can be used for jjarring arring oper operations ations Flow path permit permits s washing debris from the top of the fish or profile No she shear ar scr screws ews Design mini minimizes mizes str stress ess on the grapple section

SPECIFICATIONS For Slick OD Fish, Product Family No. H13330 Tool OD

 

Length

mm

in.

mm

in.

2.13

54.1

19.25

488.0 

1.13, 1.25

2.25

57.1

19.25

488.0 

1.38

34.9

2.63

66.8 

20.94

531.9

1.25, 1.50, 1.75

31.8, 38.1, 44.5 

3.00

76.2 

24.25

616.0 

2.00, 2.13, 2.25

51.8, 54.0, 57.2 

3.50

88.9

24.25

616.0 

2.25, 2.38, 2.50

57.2, 60.3, 63.5 

3.70

94.0 

23.62

599.9

2.38

60.3

3.75

95.3

23.62

599.9

2.88

73.0 

4.00

101.6 

26.88

682.8 

2.63, 2.88, 3.00, 3.13

66.7, 73.0, 76.2, 79.4

in.

 

Catch Size

 

mm 28.6, 31.8 

For Fishing Neck, Product Family No. H13331 Tool OD in.

For Fishing Necks Product Family No. H13331

For Slick OD Fishing

 

Length

mm

in.

 

Fish Neck Type to Catch

mm

1.44

36.6 

16.00

406.4

1.63

41.4

16.00

406.4

0.88", 1.00" JDC 1.19" JDC

1.81

46.0 

17.75

450.9

0.88", 1.00", 1.19", 1.38" JDC

2.13

54.1

18.38

466.9

1.38" JDC

2.25

57.1

18.63

476.2 

0.75", 1.00", 1.19", 1.38" JDC

2.28

57.9

18.63

473.2 

1.75" JDC

2.63

66.8 

18.00

457.2 

1.19", 1.38", 1.75" JDC

2.70

68.6 

26.50

673.1

2.75

69.9

18.60

472.4

2.80

71.1

18.60

472.4

3.00

76.2 

22.25

565.2 

3.38

85.7 

22.25

565.2 

3.50

88.9

22.25

565.2 

3.75

95.3

29.00

736.6 

2.75" JDC

4.00

101.6 

22.00

558.8 

2.75", 3.13" JDC

2.31" JDC

1.19", 1.38", 1.75", 2.31" JDC

Product Family No. H13330

128

 

Baker Oil Tools

THRU-TUBING FISHING TOOLS

HYDRAULIC RELEASING GS™ SPEAR Product Family Nos. H13310 (for Slick ID Fish) and H13311 (for Fishing Neck)

DESCRIPTION/APPLICATION The Hydraulic Releasing GS Spear, specifically designed for thru-tubing fishing operations, is engineered to withstand the high tensile and compressive stresses encountered during jarring operations. These spears are designed to engage standard GS fish necks or slick ID fish necks. The non-rotating GS Spear incorporates a clutch matching that of the FAU™ Hydraulic Disconnect so that torque may be transmitted through the tool.  A flow path is provided through the tool to allow circulation while running in the hole. Once the profile is encountered, the flow path can be used to create a jetting action to wash debris from the profile. To engage the profile or the slick ID of a fish, minimal set-down weight is is applied which moves the collets into the release position allowing all owing it to enter the fish ID. Once the spear has adequately entered this ID, the collets or slip will snap into the catch position. To release rel ease from the fish or GS profile, increased flow rate will move the collet or slip into the release position.

FEATURES/BENEFITS •• • • •

Maxim Maximum um IDstren on collet collets High ttensile ensile strength gth s or slips Pump thr through ough cap capabilitie abilities s No she shear ar screws screws Minimi Minimized zed stres stress s on collets or sli slips ps

SPECIFICATIONS For Slick ID Fish, Product Family No. H13310 Tool OD in.

 

Length

mm

in.

 

Catch Range

mm

1.81

46.0 

18.40

467.4

2.00

50.8 

18.40

467.4

2.25

57.2 

20.42

518.7 

2.70

68.6 

22.00

558.8 

3.00

76.2 

24.00

609.6 

3.38

85.9

24.13

612.9

3.50

88.9

24.13

612.9

 

in.

mm

1.343 to 1.500

34.1 to 38.1

1.438 to 1.625 1.590 to 1.780

36.5 to 41.3 40.4 to 45.2 

1.750 to 1.970

44.5 to 50.0 

1.938 to 2.150

49.2 to 54.6 

2.110 to 2.280

53.6 to 57.9

2.210 to 2.490 2.460 to 2.810

56.1 to 63.2  62.5 to 71.4

2.794 to 3.080

71.0 to 78.2 

2.900 to 3.190

73.7 to 81.0 

3.125 to 3.375

79.4 to 85.7 

P 

For Slick ID Fish Product Family No. H13310

For Fishing Neck Product Family No. H13311

For Fishing Neck, Product Family No. H13311 Tool OD in.

 

Length

mm

in.

 

Fish Neck Type to Catch

mm

1.44

36.5 

21.88

555.8 

1-1/2" GS

1.69

42.9

18.11

460.0 

2" GS

1.81

46.0 

18.11

460.0 

2" GS

2.13

54.1

20.60

523.2 

2-1/2" GS

2.25

57.1

20.35

516.9

2-1/2", 2-7/8" GS

2.70

68.9

23.03

585.0 

3" GS

3.00

76.2 

23.53

597.7 

3", 3-1/2" GS

3.13

79.5 

25.03

635.8 

3" GS

3.50

88.9

21.38

543.1

3-1/2", 4" GS

4.50

114.3

25.50

647.7 

5" GS

5.88

149.2 

25.50

647.7 

7" GS

Rev., September, 2002 

129

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Baker Oil Tools

THRU-TUBING FISHING TOOLS

SNIPPER OVERSHOT

The Snipper Overshot utilizes hardened grapple segments to catch the outside of the coiled tubing. These grapples slide over the coiled tubing when washing over, and bite into the tubing when tension is applied to the workstring. Once the grapple is engaged with the coiled tubing it can be pushed farther down the tubing to get

Product Family No. H13334

DESCRIPTION/APPLICATION The Snipper Overshot has been designed to allow cutting and retrieval of a section of coiled tubing that has been left in a well. The objective being to ensure a clean fishneck with a smooth patch to allow a chemical cutter to pass through should it be required. The Snipper Overshot has a catch and cutting mechanism which washes over the top of the coiled tubing. Once the recommended amount of coiled tubing is swallowed by the overshot, the fishing string will cut the tubing by applying overpull. The coiled tubing above the cut will be retrieved in the same trip.

a “bite” lower on the string providing the cut has not been made.

FEATURES/BENEFITS • Modular design for multiple sizes sizes of coil tubing • Retrieves Retrieves coil tubing tubing above cut in same trip • High tensile tensile strength strength • Bowl and slip design for cutting cutting and retrieval

SPECIALIZATION GUIDE Tool OD

Length

in.   mm in.   mm 1.88 47.7  26.60 675.6  57.1 24.60 624.8  2.25 2.63 66.7  23.63 600.2  79.5  23.19 589.0  3.13 3.38 85.8  23.25 590.6 

Snipper Overshot Product Family No. H13334

130

 

1" x x x x x

Available For CT Size To Be Cut 1-1/4" 1-1/2" 1-3/4" x x x x

x x x

x x

2"

x x

Standard Connection 1-1/4" CS Hydril Box 1-1/2" CS Hydril Box 1-1/2" CS Hydril Box 2-7/8" Hydril A-95 Box 2-7/8" CS Hydril Box

Baker Oil Tools

THRU-TUBING FISHING TOOLS

CONTINUOUS TUBING OVERSHOT

The Continuous Tubing Overshot has been designed to allow fishing of coiled tubing that has been lost in the hole. The Continuous Tubing Over-

to the workstring. Leaf springs attached to each grapple section holds the grapple in the expanded position away from the coiled tubing when the Continuous Tubing Overshot is being moved down over the tubing to prevent wear on the grapple teeth. Once the grapple is engaged with the coiled tubing it can be pushed farther down the tubing to get a “bite” lower on the

shot has a catch or anchoring mechanism which washes over the top of the coiled tubing which has been left in the hole.

string. The Continuous Tubing Overshot will not release from the coiled tubing to reengage higher on the string.

The Continuous Tubing Overshot utilizes hardened grapple segments to catch the outside of the coiled tubing. These grapples slide over the coiled tubing when washing over, and bite into the tubing when tension is applied

FEATURES/BENEFITS

Product Family No. H13332

DESCRIPTION/APPLICATION

• Wide c catch atch range range • May be run on threa threaded ded or coiled coiled tubing • Tensile yield equal to top connection

SPECIFICATION GUIDE Tool

Available For CT Size

Length

OD

in.   mm in.   mm 1.88 47.7  24.75 628.7  2.25 57.1 24.75 628.7  2.63 66.7  23.63 600.2  3.13 79.5  23.19 589.0  3.38 85.8  23.34 592.8 

1" x x x x x

To Be Engaged 1-1/4" 1-1/2" 1-3/4" x x x x

x x x

x x

2"

x x

Standard Connection 1-1/4" CS Hydril Box 1-1/2" CS Hydril Box 1-1/2" CS Hydril Box 2-7/8" Hydril A-95 Box 2-7/8" CS Hydril Box

P 

R  O D T   U H  C  R T   U  S  T  A  U B N D I   N A  G   P  F  P  I   L   S  I    C  H A I   N T   G I    O   N  S 

Continuous Tubing Overshot Product Family No. H13332

131

 

Baker Oil Tools

THRU-TUBING FISHING TOOLS

HIGH PRESSURE

the stuck point to free the tubing. The

pressure tight seal between the coiled tubing and the workstring also allows a hydraulic release device to be operated in the bottomhole assembly which may allow the workstring to be pulled from the well if the stuck tubing could not be retrieved.

PACK-OFF Product Family No. H13333

DESCRIPTION/APPLICATION The High Pressure Pack-Off is designed to be used in conjunction with the continuous tubing and snipper overshot. The High Pressure PackOff is run directly above the overshot

FEATURES/BENEFITS • Allows high pressure circulation

and provides a high-pressure seal [5,000 psi (344.7 psi (344.7 bar)] bar)] between the coiled tubing being fished and the workstring. This allows efficient circulation capability down through the coiled tubing being fished, which may provide sufficient solids removal at

through a fish • Packing rings are pressure energized • May be manufactured manufactured with with most tubing threads

SPECIFICATION GUIDE Tool OD in.   mm 1.88 47.7  2.25 57.1 2.63 66.7  3.13 79.5  3.38 85.8 

Length in.   16.00 15.00 16.38 14.75 12.88

mm 406.4 381.0  416.1 374.7  327.2 

1" x x x x x

Available For CT Size To Be Engaged 1-1/4" 1-1/2" 1-3/4"

2"

Standard Connection 1-1/4" CS Hydril Box

x x x x

x x x

1-1/2" CS Hydril Box x x

x x

2-7/8" Hydril A-95 Box 2-7/8" CS Hydril Box

High Pressure Pack-Off  Product Family No. H13333

132

 

THRU-TUBING ROTATIONAL SERVICES

Baker Oil Tools

TYPICAL BOTTOMHOLE ASSEMBLIES MECHANICAL SCALE REMOVAL BHA

TUBING CUTTING BHA

Removing scale is one of the most common thru tub ing applications on coiled tubing. Although various other methods of scale removal have been attempted, by far the most consistent success rate has been achieved using mechanical methods. Shown is a typical Baker Oil Tools scale removal BHA. This BHA uses the industry leading Baker Oil Tools Navi-Drill

The BHA shown combines the robust, self stabilizing DB Underreamer with a Navi-Drill workover motor and the Baker Oil Tools Hydraulic/Mechanical Tubing  Anchor. The highly reliable anchor anchor is used to eliminate pipe movement of the coiled tubing such that the knives of the cutting tool are in a fixed position when circulation is started. The DB Underreamer has been

workover motor and the state of the art Turbo Scale Mill which has proven to be the most effective in all options of scale removal.

successfully used in many cutting applications for cutting tubing, casing and drillpipe.

COILED TUBING CONNECTOR (Refer to page 119)

DUAL BACK PRESSURE VALVE (Refer to page 120) MOTORHEAD ASSEMBLY (Refer to page 118)

UNIVERSAL HYDRAULIC DISCONNECT (Refer to page 121)

NON-ROTATING STABILIZER (Refer to page 153) HYDRAULIC TUBING ANCHOR (Refer to page 158)

P 

R  O D T   U H  C  R T   U  S  T  A  U N B D I   N A  G P    F  P  I   L   S  I   H  C  A I   N T   G I    O   N  S 

DUAL ACTUATED CIRCULATING VALVE (Refer to page 126) NAVI-DRILL MUD MOTOR (Refer to page 134)

NAVI-DRILL MUD MOTOR (Refer to page 134)

DB UNDERREAMER (Refer to page 138) TURBO SCALE MILL (Refer to page 136)

Tubing Cutting Bottomhole Assembly

Mechanical Scale Removal Bottomhole Assembly

133

Rev., September, 2002 

 

Baker Oil Tools

THRU-TUBING ROTATIONAL SERVICES

NAVI-DRILL® V.I.P. NAVI-DRILL®  V.I.P.™ ™ WORKOVER MOTOR DESCRIPTION/APPLICATION

strength drive sub also increases the ability of the motor to withstand the most severe cyclic and bending stresses encountered during operations.

The Navi-Drill V.I.P. (Versatile Increased Performance) Workover Motor series incorporate a PDM design with modular capabilities and “fit for

The operating pressures and flow rates required to run the Navi-Drill V.I.P. are aligned with coiled tubing and slim pipe to achieve optimum

Product Family No. H13280

purpose” power section configurations. The Navi-Drill V.I.P. can be configured and aligned to suit a wide

horsepower. Slower rotational speeds improve performance of milling and cutting products, and increase reliabil-

range of thru-tubing applications.

ity operations such as during milling,workover underreaming, cutting, wash over, or any other operation requiring rotation of a down hole assembly.

OPERATION The Navi-Drill V.I.P. is a versatile design incorporating separate stator, top sub and bearing housing to allow “plug and play” of new modular power pow er sections tailored to suit specific work over applications. The modular design allows utilization of proprietary fluid and air power section technology that addresses most well bore temperature ranges and compatibility with well bore fluids. The air power sections specifically address single and two-phase applications with nitrogen. A newflow design 30% higher

FEATURES/BENEFITS • Modular Modular design for customized customized operations • Controlled rotational rotational speeds speeds pr prootects cutting matrix • Increased reliability reliability in high end applications, (i.e., window milling) • Proprietary stator technology • May be powered powered by fluid/air fluid/air/foam /foam • Capable Capable of opera operating ting in temperatemperatures over 300°F (149°C)

OPERATING SPECIFICATIONS Tool OD in.   mm 1.69 2.13 2.88

42.9 54.1 73.2 

Power Section M1V M1ADV M1V M1ADV M1V M1ADV M 1W 1W 1

3.38  Also

 85.8 

M1ADM

Standard Connection 1" AMMT Box x Box 1-1/2" AMMT Box x Box 2-3/8" PAC DSI Box x Box 2 -7 -7 /8 /8 " PA PAC C DS SII Box x 2-3/8"  API Reg Box

Length ft 9.37 11.38 11.98 16.78

  m 2.86  3.47 

Flow Rate GPM   LP M 12-50 17-74

45-190  65-280 

3.65  25-120 100-450  5.11

80-160 300-600 

Speed RPM

Differential Pressure

Torque

psi   bar  ft-lbs   Nm

1 55 55 -6 -6 40 40

4 00 00

28 

66

100-410

230

16 

59

90  80 

1 60 60 -7 -7 00 00

6 40 40

44

140

190 

70-300

230

16 

120

160 

95-440

800

55 

420

570 

40-185

290

20 

360

490 

1 30 30 -3 -3 65 65

8 00 00

55 

720

975 

65-125

290

20 

710

960 

available as 2-3/8" API Reg Box x Box.

Navi-Drill V.I.P. Workover Motor  Product Family No. H13280

134

Rev., March, 2002  Rev., September, 2002 

 

THRU-TUBING ROTATIONAL SERVICES

NAVI-DRILL® X-TREME NAVI-DRILL®  X-TREME™ ™  WORKOVER MOTOR Product Family No. H13283

DESCRIPTION/APPLICATION The Navi-Drill X-Treme is the new generation reduced length workover motor that lowers customer well intervention costs by applying new “equidistant” power section technology which provides unmatched performance at lower operating pressures than any other workover motor.

a similar modular design to the existing Navi-Drill V.I.P., offering a broad operating range. The Navi-Drill X-treme can be configured for fluid, foam, or gas (low torque/high speed, high torque/low speed, high torque/ high speed). Components such as bearing package and drive shaft have been designed to allow the motor to run under higher stress applications such as window milling. The overall motor length can be reduced to suit short riser deployment applications when required.

Baker Oil Tools

OPERATION

FEATURES/BENEFITS

The Navi-Drill X-treme is operated as a positive displacement motor, which can operate in temperatures exceeding 400°F  400°F (204°C) (204°C).. Proprietary “equidistant” power section technology provides the motor with greatly increased torque and optimum RPM at lower operating pressures. This also allows the motor to be run in more hostile and higher temperature environments. The Navi-Drill X-treme has

• Incre Increased ased performanc performance e • Modula Modularr design for customized customized operations • Increased re reliability liability in high stres stress s applications • Sho Short rt length length • May be powered by fluid fluid/air/f /air/foam oam • Capable of operating in temperatures over 400°F (204°C)

OPERATING SPECIFICATIONS OD

Power Section

in.   mm

Standard Connection

XS 1.69

42.9

1"  AMMT

X  AD XS

2.13

54.1

1-1/2"  AMMT

X  AD XS

2.88

73.2 

X  AD

Length

  m

ft 5.51

1.68 

7.64

2.33

8.33

2.54

5.94

1.81

8.17

2.49

9.55

2.91

2-3/8" API Reg 7.80 2.38  10.63 3.24 or 2-3/8" PAC DSI 12.60 3.84

Flow

Speed

GPM   LP M

RPM

50

190 

640

40

150 

350

65

250 

600

45

175 

300

120

450 

490

85

325 

250

Op.

Op. Torque

∆P

psi   bar 

Temperature

ft-lb   Nm

435

30 

75

105 

870

60 

150

205 

725

50 

180

245 

435

30 

105

145 

250

340 

350

475 

310

420 

620

845 

885

1,200 

1,015

70 

580

40 

1,160

80 

°F

°C 

400

204

400

204

P 

400

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204

Note: XS = “Short”; X = Std Length (Mud); AD = Air Motor  Operating pressure and operating torque are the maximum values the motor should be run at for continuous

operation.

PEAK PERFORMANCE SPECIFICATIONS Tool in. 1.69

2.13

2.88

OD

 

mm

Power Section

Max

Max

Torque ft-lb   Nm

∆

psi

P

 

Stall

Stall

bar 

Torque ft-lb   Nm

∆

psi

P

 

XS

95

130 

545

37.5 

115

155 

655

45 

X

190

260 

1,090

75 

230

310 

1,305

90 

 AD

225

305 

905

62.5 

270

365 

1,090

75 

XS

135

180 

545

37.5 

160

220 

655

45 

1,270

87.5 

375

510 

525

710 

1,525

105 

725

50 

870

60 

1,740

120 

42.9

54.1

X

315

425 

 AD

440

595 

XS

390

530 

X

830

1,125 

 AD

1,105

1,500 

73.2 

1,450

100 

470

635 

935

1,270 

1,330

1,800 

Maximum pressure and maximum torque are the maximum values the motor can be operated at for a short period of time, taking increased wear rates into account.

 

T   G I      O N  S 

bar 

Navi-Drill X-treme Workover Motor  Product Family No. H13283

Rev., March, 2002; Rev., September, 2002  Rev., July, 2004

135

 

Baker Oil Tools

THRU-TUBING ROTATIONAL SERVICES

METAL MUNCHER® TURBO SCALE MILL

The Turbo Scale Mill has been built in various sizes and configurations.

Product Family No. H15101

FEATURES/BENEFITS

DESCRIPTION/APPLICATION The METAL MUNCHER® Turbo Scale Mill is designed for the removal of scale using low torque output motors. The unique mill face design proves to be extremely effective and has been used for the economical removal of any scale type, including barium sulfate and other hard scales. The design allows for only a small contact area which results in low torque consumption to reduce stalling of the motor. Stabilizers on the body behind the milling matrix reduce the risk of damaging the tubing or casing wall.

• Unique mill mill face desig design n • Multiple cutting cutting matrices available • Small contact area for low torque co connsumption • Non-aggressive to to tubing wall through stabilization

SPECIFICATIONS Please contact your local Baker Oil Tools Thru-Tubing Fishing Representative for Turbo Scale Mill sizes and configurations available.

METAL MUNCHER Turbo Scale Mill Product Family No. H15101

METAL MUNCHER® 

The step mill has been built in sizes ranging from 1-1/2" (38.1 mm) to 8-1/2"

STEP MILL Product Family No. H15113

mm) OD. The mill may be manu(215.9 mm) OD. factured with a pilot for additional stabilization.

DESCRIPTION/APPLICATION The METAL MUNCHER® Step Mill is designed for the removal of nipple profiles using low torque output motors. The design proves to be extremely effective and has been used for the economical removal of any ID restriction, including barium sulfate and other scales. The design allows for only a small amount of cutting per OD increase in the mill. The step feature not only keeps torque and cutting size to a minimum, but also leaves a machine like finish on the surface milled. m illed. Wear pads at the largest OD of the mill reduce risk of damage to the tubing or casing string.

FEATURES/BENEFITS • Low torque torque applicatio application n • Machine Machine like finish left left on milled surface • Longer Longer mill mill life life • Will not damage damage out outer er string string

SPECIFICATIONS Please contact your local Baker Oil Tools Thru-Tubing Fishing Representative for Step Mill sizes and configurations available.

METAL MUNCHER Step Mill Product Family No. H15113

136

 

THRU-TUBING ROTATIONAL SERVICES

METAL MUNCHER®  JUNK MILL Product Family No. H15102

DESCRIPTION/APPLICATION The METAL MUNCHER® Junk Mill is designed for the milling of several types of obstructions and loose debris. The MET AL MUNCHER Junk Mill utilizes the patented METAL MUNCHER cutting technology for maximum rate of penetration and extended mill life. The mill design is ideal for motor operations because of low weight, high speed operations. There are a variety of designs

which will meet most milling m illing applications, with special designs manufactured on request. Baker Oil Tools maintains a large and varied inventory which will accommodate most casing and tubing sizes.

FEATURES/BENEFITS • Incre Increased ased penetration penetration rates • Incre Increased ased mill mill life • Smalle Smallerr cut cuttings tings • SUPERLO SUPERLOY™ Y™ backing backing

Baker Oil Tools

METAL MUNCHER Junk Mill Product Family No. H15102

SUPERLOY™ /OPTI-CUT SUPERLOY™ BLADED JUNK MILL

sert that is ideal for use on mud motors since it creates small cuttings and does not need high set down weight to perform

Product Family No. H15106

optimally. Baker Oil Tools offers a variety of sizes and configurations accommodating all common casing and tubing sizes.

DESCRIPTION/APPLICATION The SUPERLOY™ and Opti-Cut Junk Mills that are offered by Baker Oil Tools are designed for milling of debris where milling inserts are considered too aggressive. These mills operate very well in the removal of composite bridge plugs such as QUIK Drill™. Opti-Cut dressed mills use the patented Opti-Cut star shaped in-

FEATURES/BENEFITS • Incre Increased ased mill mill life • Smalle Smallerr cut cuttings tings • Accommo Accommodates dates motor operations operations • Paten Patented ted techn technology ology

P 

R  O D T   U H  C  R T   U  S  T  A  U N B D I   N A  G   P  F  P  I   L   S  I   H  C  A I   N T   G I      O N  S 

SUPERLOY/Opti-Cut Bladed Junk Mill Product Family No. H15106

Rev., September, 2002 

137

 

Baker Oil Tools

THRU-TUBING ROTATIONAL SERVICES

DB™ UNDERREAMER

specific hole conditions and operations

Product Family No. H15097

as well as fishing string configurations. The tool is available in three different versions. The standard DB Underreamer with one internal adjustable orifice. The DB Underreamer with adjustable orifices for the flow ports that spray over the knives and a DB Underreamer with a “bit box” which gives the ability to attach a mill for desired milling matrix.

DESCRIPTION/APPLICATION The Model DB Underreamer was designed to underream (cased or openhole, with or without pilot hole), descale and cut pipe and tubing. The tool incorporates three arms which help centralize while in operation and are forced out by weight on bit as well as pressure. The tool may also be used for backreaming where pressure from flow through the tool forces and holds the knives out. Cuts are made with pressure only. The tool incorporates removable nozzles allowing the operator to adjust flow rate and back pressure through the tool. This allows the tool to be fine tuned to

FEATURES/BENEFITS • Maximum flow flow after tool is opened • Blades designed with MET METAL AL MUNCHER® matrix • Sturdy construction construction for downhole downhole reliability • Positive indication indication when when blades blades reach full gauge • Adjustable nozzles nozzles for all flow ports

SPECIFICATION GUIDE Standard DB Underreamer  Tool OD

Max Open Gauge

Standard

 

 

Connection

mm

in.

2.13

54.1

6.23

158.2 

2.25

57.2 

6.23

158.2 

2.63 3.00

66.8  76.2 

8.12 8.60

206.2  218.4

3.63

92.2 

9.99

253.7 

5.13

130.3

12.00

304.8 

in.

mm

1-1/4" API Reg 1-1/2" AMMT 1-1/4" API Reg 1-1/2" AMMT 1-1/2" AMMT 2-3/8" PAC DSI 2-3/8" PAC DSI 2-3/8" API Reg 3-1/2" API Reg

DB Underreamer with Adjustable Nozzles Tool OD in. 2.63 3.00

 

66.8  76.2 

Max Open Gauge in.   mm 8.12 206.2  8.60 218.4

92.2 

9.99

mm

3.63

253.7 

Standard Connection 1-1/2" AMMT 2-3/8" PAC DSI 2-3/8" PAC DSI 2-3/8" API Reg

DB Underreamer with Bit Box Tool OD in. 2.63 3.00

 

3.63

Max

66.8  76.2 

Open Gauge in.   mm 8.12 206.2  8.60 218.4

92.2 

9.99

mm

253.7 

DB Underreamer  Product Family No. H15097

Standard Connection 1-1/2" AMMT 2-3/8" PAC DSI 2-3/8" PAC DSI 2-3/8" API Reg

138

 

Baker Oil Tools

THRU-TUBING ROTATIONAL SERVICES

HYDRAULIC TUBING CUTTER

enhance the performance of the tool steel cutter knives.

Product Family No. H17003

FEATURES/BENEFITS

DESCRIPTION/APPLICATION The Hydraulic Tubing Cutters are pressureactivated, internal cutters designed to cut small diameter pipe and tubing. The tool provides a safe alternative to chemical and explosive cutters. The cutters are recommended in high-angle holes where friction and drag may restrict mechanical or wireline cutter operations. The Hydraulic Tubing Cutter is made up to a coiled tubing string with a tubing anchor to

• Knives are ex extended tended by hyd hydraulic raulic pressure and do not require mechanical slips • A three-knife des design ign stabiliz stabilizes es the cut cutter ter and reduces the risk of missed cuts • Provides saf safe e alternative to explosive or chemical cutters • Recommended for high-angle holes where friction and drag may restrict mechanical and wireline type cutters • Bottom subs with ID and che check ck valve are available • Can be deplo deployed yed on thre threaded aded or coiled tubing workstring

SPECIFICATION GUIDE Tool OD in.   1.81 1.88 2.13 2.50

Tubing Range

mm in.   mm 2.375 60.3 46.0  2.375 60.3 47.6  54.1 2.875 - 3.500 73.0 - 88.9 3.500 88.9 63.5 

THRU-TUBING FISHING SR2™ SR2 ™ UNDERREAMER Product Family No. H15028

Max Knife Swing in.   mm 2.500 63.5  3.625 92.1 4.375 111.1 4.875 123.8 

Length in. 22 32 29 33

 

mm 558.8  812.8  736.6  838.2 

Standard Connection 1" AMMT 1" AMMT 1-1/2" AMMT 1-1/2" AMMT

The SR2™ Underreamer is used in con junction with a positive displacement m motor otor and can be deployed on either coiled tubing or small threaded pipe. The blades of the

Hydraulic Tubing Cutter  Product Family No. H17003

or small threaded pipe. The blades of the SR2™ Underreamer are actuated by flow;

DESCRIPTION/APPLICATION: The Thru-Tubing Fishing SR2™ Underreamer (Simple Robust and Reliable) is designed to pass through small diameter production tubing and underream to full gauge in the casing below the tubing. The underreamer allows removal of sand, cement, scale, cast iron, and composite bridge plugs without pulling the production tubing. The SR2™ Underreamer is a 2-bladed underreamer provided with a bit box, which gives the ability to attach a mill with the desired milling matrix.

a pressure dropthat through theout toolthe willknives. activate the piston pushes  A flow path is provided through the the tool body for circulation through the mill.

P 

R  O D T   U H  C  R T   U  S  T  A  U N B D I   N A  G   P  F  P  I   L   S  I   H  C  A I   N T   G I      O N  S 

FEATURES/BENEFITS: • Sm Smal alll OD • Large ex expand panded ed gaug gauge e • Sim Simple ple design design • Flow pa path th throu through gh the mill • Inter Interchang changeable eable mill • SR2™ Underreamers can be ru run n in tan tan-dem

SPECIFICATION GUIDE Tool OD in.   1.650

mm 41.9

Min Mill OD in.   mm 1.750 44.5 

Max Knife Expansion in.   mm 4.625 117.5 

Length in.   mm 22.4 569.0 

Standard Connection 1" AMMT Pin Thru-Tubing Fishing SR2 Underreamer  Product Family No. H15028

Rev., September, 2002  Rev., February, 2004

139

 

Baker Oil Tools

THRU-TUBING ROTATIONAL SERVICES

THRU-TUBING FISHING 2-BLADE UNDERREAMER

and should be limited to small size coiled tubing applications.

Product Family No. H13252

used for maximum cutting efficiency.

DESCRIPTION/APPLICATION

The blades of the underreamer are actuated by flow. A pressure drop through the tool will activate the piston that pushes out the knives. The blades will not be pulled in when flow through the tool has stopped but will be moved in to the retracted position when the tool is pulled back into the production tubing.

The Thru-Tubing Fishing 2-Bladed Underreamer has been designed to run through small diameter production tubing and underream in casing as large as 7 in. (177.8 mm) below the tubing. The underreamer allows removal of sand, cement or other hardened debris without having to pull the production tubing. The 2-blade design allows smaller tool OD's when compared to the 3-blade models while still maintaining adequate expansion capability for most applications. The 2-Blade Underreamer is used in conjunction with a mud motor and has been designed for

METAL MUNCHER® technology can be

FEATURES/BENEFITS • • • •

Smal Smalll OD Large expand expanded ed gauge gauge Simple Simple desi design gn METAL METAL MUNCHE MUNCHER R blades

SPECIFICATION GUIDE Tool OD

Thru-Tubing Fishing 2-Blade Underreamer  Product Family No. H13252

in. 1.69 1.81

 

Length

mm 42.9 46.0 

in. 13.31 13.31

 

mm 338.1 338.1

HYDRAULIC INDEXING TOOL

Max Casing Gauge in.   mm 7 177.8  7 177.8 

Standard Connection 1" AMMT Pin 1" AMMT Pin

DESCRIPTION/APPLICATION

ing begins, flow through the indexing tool rotates the tools below the indexing tool in 30 degree increments. The indexing tool can also be used with bent subs and centralizers to help locate fish that are on the high side of the wellbore. In most application when run-

The Thru-Tubing Fishing Hydraulic Indexing Tool offers the ability to orient a fishing tool

ning hydraulic retrieving tools below the indexing tool, the indexing tool is actuated

Product Family No. H13260

string in the casing during thru-tubing fishing operations.

using back pressure created by pumping through the hydraulic retrieving tools.

The Hydraulic Indexing Tool is designed so that all the shifting parts are internal. Thus, the tool length remains the same while indexing the tool. Once washing over or fish-

FEATURES/BENEFITS • Hydraulic Hydraulically ally actuat actuated ed • Larg Large e IID D • All shifting shifting pa parts rts are internal

SPECIFICATION GUIDE Tool OD

 

in. 1.69 1.69  2.88  Tool

Tool ID

mm 42.9

in. 0.63

42.9 73.2 

0.63 1.00

 

Length

mm 16.0 

in.   mm 44.13 1120.9

16.0  25.4

51.65 52.50

1311.9 1333.5 

Standard Connection 1" AMMT Box x Pin 2-3/8" PAC DSI Box x Pin

is equipped with pressure booster piston for lower pressure activation.

Hydraulic Indexing Tool Product Family No. H13260

140

Rev., September, 2002 

 

Baker Oil Tools

THRU-TUBING ROTATIONAL SERVICES

SET DOWN INDEXING TOOL Product Family No. H13259

DESCRIPTION/APPLICATION The Thru-Tubing Fishing Set Down Indexing tool offers the ability to orient a fishing tool string in the casing during thru-tubing fishing operations by applying set-down weight. The Set Down Indexing Tool is designed such that it will provide 120 degree of rotation every time it is activated. Once resistance is met, such as shouldering on the top of a liner or the top of a fish going in the

hole, any additional set-down weight applied actuates the Set Down Indexing Tool. The tool does not allow the tool string to rotate while resetting.

FEATURES/BENEFITS • Indexes 120° when applying set-down weight • No hydrau hydraulic lic activat activation ion neede needed d • Safe to use with hydraulic activated fishing tools • Can be used with conventional fishing tools that require rotation to be released • Tool will reset when weight is rele released ased

SPECIFICATION GUIDE Tool OD in.   3.38

mm 85.8 

Tool ID in.   1.00

mm 25.4

Length

Standard

in.   mm 37.90 962.7 

Connection 2-3/8" API Reg Box x Pin

Set Down Indexing Tool Product Family No. H13259

 YANKEE SCREWDRIVER Product Family No. H13262

DESCRIPTION/APPLICATION The Thru-Tubing Yankee Screwdriver Tool offers the ability to rotate a fishing tool string below the Yankee Screwdriver by applying set-down weight. Once resistance is met, such as shouldering on the top of a liner or the top of a fish going in the hole, any additional set-down weight applied actuates the Yankee Screw-

Once set-down weight is released the spring inside the tool resets the tool. The tool does not allow the tool string to rotate while resetting. Set-down weight may be applied at any time during the resetting process. Note: To obtain the maximum amount of  rotation the tool must be fully reset. The tool may be actuated as many times as required to complete the fishing operation.

FEATURES/BENEFITS • Gives rotation when applying set-down

P 

R  O D T   U H  C  R T   U  S  -

driver Tool. The additional set-down weight generates rotational movement of the tool string below the Yankee Screwdriver Tool. Currently the tool has a capability of three complete rotations with each full stroke of the tool.

T 

A  U N B D I   N A  G   P  F  P  I   L   S  I   H  C  A I   N T   G I      O N  S 

weight • No hydrau hydraulic lic activat activation ion neede needed d • Safe to use with hydraulic activated fishing tools

• Can be used with conventional fishing tools that require rotation to be released • Tool is reset when weight is released

SPECIFICATION GUIDE Tool OD in.   mm 2.13 54.1

Tool ID in.   mm 0.5 12.7 

Length in.   mm 129 3276.6 

Standard Connection 1-1/2" AMMT Box x Pin

Rev., September, 2002 

 Yankee Screwdriver  Product Family No. H13262

141

 

Baker Oil Tools NOTES

Rev., September, 2002 

142

 

THRU-TUBING FISHING IMPACT SERVICES

Baker Oil Tools

TYPICAL BOTTOMHOLE ASSEMBLIES BI-DIRECTIONAL VIBRATORY FISHING BHA

IMPACT DRILLING BHA

When fishing on coiled tubing for devices stuck in hole hydraulic jars are typically used as means of providing impact force to free the device. With hydraulic jars on coiled tubing the pipe has to be cycled over the gooseneck multiple times to fire and reset the jar. The fishing BHA shown uses the BiDirectional  HIPP-TRIPPER® Directional HIPP-TRIPPER®  Vibratory Jar to deliver both upward and downward impact up to 1,000 times per minute. Because the tool resets and activates itself with the aid of overpull or set-down weight and the aid of pumped fluid, cycling of the coiled tubing is eliminated el iminated increasing coiled tubing life.

drill hard packed sand and cement, remove scale and drive debris downhole. The industry leading impact drill can function as a standard impact hammer or, by applying a modular rotational feature, as a rotating impact drill. It has been specifically designed for use on coiled tubing but can be used on threaded pipe in conjunction with an accelerator. Fluid, gas or foam power the tool which can operate in tem(315°C).. The BHA shown incorpoperatures over 600°F (315°C) rates an impact drill in combination with a Cut Button Bit for removal of scale or hard formation drilling.

Baker Oil Tools' Single Directional Impact Drill is used to

COILED TUBING CONNECTOR (Refer to page 119)

DUAL BACK PRESSURE VALVE (Refer to page 120)

MOTORHEAD ASSEMBLY (Refer to page 118)

UNIVERSAL HYDRAULIC DISCONNECT (Refer to page 121)

NON-ROTATING STABILIZER (Refer to page 153)

HIPP-TRIPPER ACCELERATOR (Refer to page 146)

BI-DI HIPP-TRIPPER VIBRATORY JAR (Refer to page 145) WEIGHT BAR

SI-DI HIPP-TRIPPER IMPACT DRILL (Refer to page 144)

P  R  O D T   U H  C  R T   U  S  T  A  U N B D I   N A  G   P  F  P  I   L   S  I   H  C  A I   N T   G I      O N  S 

HYDRAULIC RELEASING SPEAR (Refer to page 129) CUT BUTTON BIT (Refer to page 147)

Impact Drilling Bottomhole Assembly

Bi-Directional Vibratory Fishing Bottomhole Assembly

143

Rev., September, 2002 

 

Baker Oil Tools

THRU-TUBING FISHING IMPACT SERVICES

HIPP-TRIPPER®  SI-DI IMPACT DRILL

applications for the  the Si-Di Impact Drill are scale milling, cement milling, resin sand removal, gravel removal, breaking KOIV discs, chasing junk downhole and shifting sleeves (with the rotation feature removed). Although the drill may be run with or without an intensifier, it is always recommended that an inten-

Product Family No. H13400

DESCRIPTION/APPLICATION The Single-Directional (Si-Di) HIPP-TRIPPER® is a rotating impact drill  PER®  drill that can be powered by most types of fluids including foam and nitrogen. The drill components are not affected by xylene, oil or diesel. The tool can also be run in acid or high H 2S environments using the extreme service tool which utilizes higher grade materials. This tool is available in various sizes to suit a range of completions.

sifier be run where surface testing of the tool is required, working at depths above 600 ft (182.55 m) or m) or working with 1-3/4" OD coiled tubing or larger. The intensifier may be simply described as two telescoping tubes, biased downward by means of a spring.

FEATURES/BENEFITS

The Si-Di Impact Drill is powered by fluid pumped through the coiled tubing workstring to produce a reciprocating action as well as rotation. The frequency of the stroke of the tool is dependent on the amount of weight applied to the tool and the volume of fluid being pumped through the tool. The drill will not begin operating until the bit has met resistance. This permits circulation while tripping in and out of the well without damage to the tool t ool or tubing wall. It is always recommended to run the specially designed HIPP-TRIPPER bits with this tool (Refer tool (Refer to page 147). Common

• Operates on most most fluid mediums mediums including including nitrogen • Temperature rated up to 600°F (315 °C) • Extreme service tools are available • Does not operate until resistance is met • Provides rotation as well well as imp impact act energy • Various Various bits availabl available e to use with tool • Tool is self tightening • High pressure pulse at bits with each blow • Allows circulation circulation at all times times • Can be run with or without without rotation • Not recommended for metal m milling illing

SPECIFICATION GUIDE Tool OD

Operating Pressure psi   bar 

in.   mm

Pump Rate gpm   lpm

Frequency Hz

Length in.

 

mm

Max Pull

 

lbs 26,000

1.375

1.688

34.9

42.9

500 to 2,000

600 to 2,000

34 to 138 

41 to 138 

11 to 30

42 to 114

11 to 70

30.75

42 to 265 

36.40

781

925 

3 to 17 2.125

54.0  400 to 2,100

28 to 145 

11 to 70

42 to 265 

43.63

1108 

2.875

73.0  500 to 1,800

34 to 124

21 to 84

80 to 318 

54.00

1372 

4.750

120.6  250 to 2,500

17 to 172  11 to 120 42 to 454

47.00

1194

Based on 80%

Set-Down Weight

kg

lbs

8,165 

26,000

11,793

400 to 1,000

181 to 454

40,000

18,144

27,000

12,247 

40,000

18,144

800 to 1,500

363 to 680 

27,000

12,247 

53,000

24,040 

32,000

14,515 

55,000

24,948 

32,000

14,515 

290,000

131,542  500 to 3,100 227 to 1,406 

800 to 2,400 363 to 1,088  800 to 2,800 363 to 1,270 

Single Directional Impact Drill With Rotational Sub In Addition to the above table, the torque values and RPM values are added when applying a rotational sub. Tool OD

HIPP-TRIPPER

 

Torque

 

Speed

Nm

Standard Connection

mm

ft-lbs

1.375

34.9

40 to 150

54 to 203

3/4" CS Hydril Box x 7/8" Sonoma Stub Acme Box

1.688

42.9

100 to 250

136 to 339

1" AMMT Box x 1-1/8" UNF Pin

2.125

54.0 

120 to 360

163 to 488 

RPM

7 to 30

kg

18,000

of calculated tensile value.

in.

 

11,793

1-1/2" AMMT Box x 1-3/4" UNC Pin

Si-Di Impact Drill Product Family No. H13400

2.875

73.0 

160 to 480

217 to 651

2-3/8" PAC DSI Box x Pin

4.750

120.6 

50 to 750

68 to 1,017 

2-7/8" API Reg Pin x 2-1/2" Sonoma Acme Pin

144

Rev., September, 2002 

 

Baker Oil Tools

THRU-TUBING FISHING IMPACT SERVICES

HIPP-TRIPPER® BI-DI VIBRATORY FISHING JAR Product Family No. H13405

DESCRIPTION/APPLICATION The Bi-Directional (Bi-Di) HIPP-TRIPPER® is capable of delivering both upward and downward impact. This tool can be used as a drill dr ill (with the addition of a rotation assembly), a fishing jar or a combination of both. The Bi-Di can be powered by most types of fluids including foam and nitrogen. The components are not affected by xylene, oil or diesel. The Bi-Di is available in different sizes to suit different completions. The Bi-Di tools are powered by fluid pumped through the coiled tubing workstring and is designed to deliver downward blows when put into compression and upward blows when put into tension. Only enough tension to cock the tool is required, usually about 1,500 2,000 lbs (680.38 lbs (680.38 - 907.18 kg) above kg) above pipe weight in the up mode. It is not necessary to cycle the tubing, as the Bi-Di cocks and fires itself with the aid of pumped fluid. The tool does not contain any mechanical latches and utilizes only three moving parts. Blow counts will vary in either configuration depending on fluid volume. At high volume, in the up-mode,

the tool becomes a vibratory extractor, a highly effective method of extracting sandcompacted fish for example. Downward blow forces are amplified and accelerated by stored internal energy. Drilling also occurs in the downward mode, but is optional. Common applications for the Bi-Di Vibratory Fishing Jar are shifting sliding sleeves, jarring, swaging open collapsed tubing, resonance, breaking KOIV discs and setting/retrieving wireline tools in deviated wells. Although the Bi-Di Vibratory Fishing Jar may be run with or without an intensifier, it is recommended always that an intensifier be run where surface testing of the tool is required, working at depths above 600 ft (182.55 m) or m) or working with 1-3/4" OD (44.45 mm) coiled tubing or larger. The intensifier may be simply described as two telescoping tubes, biased downward by means of a spring.

FEATURES/BENEFITS • Operates on most fluid m mediums ediums including including nitrogen • Temperature rated up to 600°F (315 °C) • Can provide rotati rotation on as well as iimpact mpact energy • Resonance and vibratory vibratory applications applications • Allows circulati circulation on at all times ifif fitted with a velocity switch

SPECIFICATION GUIDE Tool OD

Operating Pressure

in.   mm

psi

bar 

gpm

  lpm

1.750 44.45 

800 to 2,500

55 to 172 

11 to 70

42 to 265 

700 to 1,800

48 to 124

11 to 70

42 to 265 

350 to 1,600

24 to 110 

21 to 84

80 to 318 

2.125 53.98 

2.875 73.03 Based

 

Pump Rate

Frequency

Length

Hz

in.   mm 91.0

Up Mode: 2 to 29

Min Pull

 

lbs   kg

lbs

kg

47,800 21,700  28,200 12,800 

1,600

725 

Standard Connection 1" AMMT Box x Pin

P 

71,000 32,200 

119.5 Down Mode: 3 to 17

2311

Max Pull Pull  

88.6

1-1/2" AMMT Box 3035  3,000 1,360  x 1-3/4" Sonoma 51,000 23,150   Acme Pin 2250  76,000 34,500  2,000 61,000 27,700 

900 

R  O D T   U H  C  R T   U  S  T  A  U N B D I   N A  G   P  F  P  I   L   S  I   H  C  A I   N T   G I      O N  S 

2-3/8" PAC DSI Box x Pin

on 80% of calculated tensile value.

HIPP-TRIPPER Bi-Di Vibratory Fishing Jar  Product Family No.  No. H13405 Rev., September, 2002  Rev., February, 2004

145

 

Baker Oil Tools

THRU-TUBING FISHING IMPACT SERVICES

HIPP-TRIPPER®  ACCELERATORS

depths of 600 ft (182.55 m) or when working with heavy wall coiled tubing or threaded pipe. The single directional impact drill and the Bi-Directional Vibratory Jar will continue to run with the accelerator in the “bottomed-out” position if the depth of operation provides the required flexibility in the coiled tubing. When this condition occurs, the operator should notice a decrease in the frequency of blows.

Product Family No. H13420

DESCRIPTION/APPLICATION The  HIPP-TRIPPER® The HIPP-TRIPPER®   Accelerator Accelerator is used in conjunction with the Single Directional Impact Drill or Bi-Directional Vibratory Jar in applications where the pipe that the tool is deployed on is too stiff for the tool to operate. The accelerator also amplifies the impact blows. The accelerator consists of two telescoping tubes, biased downward by means of a coil spring. The single directional drill and bi-directional jar may be used with or without the accelerator.

FEATURES/BENEFITS • Variable ariable sprin spring g rate • Impac Impactt drill and vibrato vibratory ry jar will contin continue ue to run with accelerator “bottomed-out” • Allows the to tool ol to operate operate on surface an and d at shallow depths • Simple op operatio eration n and construc construction tion • Design Designed ed to be used with HIP HIPP-TRIP P-TRIPPER PER products

It is recommended that a mechanical accelerator always be utilized when operating above

SPECIFICATION GUIDE Tool OD

 

in.

HIPP-TRIPPER Accelerators Product Family No. H13420

Stroke

mm

in.

 

Working Load

mm

lbs

 

Length

kg

in.

 

mm

Standard Connection

1.688

42.88 

5

127.0 

1,600

726 

60.75

1,543

1" AMMT Box x 1-1/8" UNF Pin

2.125

53.98 

7

178.0 

2,400

1089

56.95

1,447 

1-1/2" AMMT Box x Pin

2.875 4.750

73.03 120.65 

7.5 10

191.0  254.0 

2,500 3,000

1134 1361

64.25 72.63

1,632  1,845 

2-3/8" PAC DSI Box x Pin 2-7/8" API Reg Box x Pin

 Maximum applied set-down weight when run in conjunction with a single directional

BLOCK AND BLAST TOOL

impact drill.

the Block and Blast Tool to block off the Single Direction HIPP-TRIPPER and use all the energy to side blast the tubing, casing, or perforations.

Product Family No. H13425

DESCRIPTION/APPLICATION

The blasting should begin from the bottom of the well, slowly pulling up the hole so no solids fall below the bit.

The Block and Blast Tool provides drilling with impact and the ability to jet-wash tubing in one operation. Until now drilling and acid washing w ashing required separate trips.

FEATURES/BENEFITS

The tool has been designed to be used in con junction with a Single Direction HIPP-TRIPPER®. The Block and Blast Tool should s hould be run directly above the Single Direction HIPP-TRIPPER. Once the HIPP-TRIPPER BHA is run to the desired depth, drop the specified ball to shift the sleeve to open position. This allows

• Used with HIPP-TR HIPP-TRIPPER IPPER Single Single Direction Impact Drill • Ste Steel el ball opera operated ted • Able Able to ac acid id wa wash sh • Made out of Nick Nickel el Alloy 925 ma material terial • Capab Capable le of handling hos hostile tile fluid fluids s

SPECIFICATION GUIDE Tool OD in. 1.69

 

Tool ID

mm 42.9

in.

 

Overall Length

mm

0.38

9.5 

0.44

11.1

in. 18.25

 

Standard Connection

mm

Top

Bottom

463.5 

1" AMMT Box

1-1/8" UNF Pin

Block and Blast Tool Product Family No. H13425

146

 

Rev., September, 2002  Rev., February, 2004

Baker Oil Tools

THRU-TUBING FISHING IMPACT SERVICES

HIPP-TRIPPER® BITS, SCRATCHES, SWAGES AND DISK BREAKERS Product Family No. H13430

DESCRIPTION/APPLICATION  A selection of bits, designed to suit various applications, exclusively to be used with HIPP-TRIPPER® impact drills. Bit is the optimum impact bit to use on ce• Cut Button Bit is

Box, used to drive debris downhole (i.e., wireline • Blind Box, tools, gun debris), is in some cases used with an extension to place reciprocating members of the hammer drill above the debris. This device has also unlocked wireline set mandrels and has fired tubing conveyed perforating guns.

• Ceramic Disk Breaker  is  is a pointed blind box used to fracture ceramic or glass isolation disks in well completions.

FEATURES/BENEFITS

ment rock or hard scales. It is also effective on removing

• Var Variety iety of bits handle most clean out opera operations tions

sand and other types of fill. The Cut Button Bit has been successful in removing tubing scale found in geothermal wells.

• Available for standard and hostile environments • Impact grade carbide to handle shock loads • Special connections to match Si-Di and Bi-Di lower  connection • Can be redressed for multiple runs • Avail Available able in a ran range ge of sizes

• Six Point Carbide Bit works Bit works well on resin sands, hard packed sands and fill. Bit is recommended to remove thin wall • Skirted Carbide Bit is scales. Used as a follow-up bit to the Cut Button Bit.

SPECIFICATIONS

Bit is designed with large air passages to • Geothermal Bit is allow scale removal while the well is flowing.

Please contact your local Baker Oil Tools Thru-Tubing Fishing representative for different bit designs and sizes.

Cut Button Bit

Skirted Carbide Bit

Ceramic Disk Breaker 

P 

R  O D T   U H  C  R T   U  S  T  A  U N B D I   N A  G   P  F  P  I   L   S  I   H  C  A I   N T   G I      O N  S 

Six-Point Carbide Bit

Geothermal Bit

Tubing Swage

Rev., September, 2002 

147

 

Baker Oil Tools

THRU-TUBING FISHING IMPACT SERVICES

HIPP-TRIPPER® FUNCTION TESTER Product Family No. H13440

DESCRIPTION/APPLICATION The HIPP-TRIPPER® Function Tester product was specifically designed to provide a safe and cost-effective method of testing all HIPPTRIPPER impact tools in the down mode only. Coiled tubing at above ground conditions is too stiff or rigid to operate the HIPP-TRIPPER impact products in the down mode. The function tester simulates longer coiled tubing lengths much like downhole conditions and provides the flex required for down mode testing. The function tester can be used with either the Single Directional Impact Tools or the Bi-Directional Vibratory

Hammers. The function tester can accommodate tools dressed with or without rotation. Also, the tool is designed to capture any discharged fluids so that it can be used at a job site.

FEATURES/BENEFITS • Safe way to test HIPP-TRIP HIPP-TRIPPER PER (Si-Di) and (Bi-Di) in the down mode only • Decrease Decrease set up test test time • Provide a quick and effective visual visual inspection verifying the tools function capability • One size tester tester accommoda accommodates tes all size HIPP-TRIPPER (Si-Di) and (Bi-Di) • Simple operation operation and construction construction • Discharged fluids can be diverted or captured

HIPP-TRIPPER Function Tester  Product Family No. H13440

148

Rev., September, 2002 

 

THRU-TUBING DEBRIS CATCHERS

Baker Oil Tools

TYPICAL BOTTOMHOLE ASSEMBLIES MILLING BHA WITH

ROTARY VENTURI CLEANOUT BHA