COILED TUBING TOOLS
LOCKING SWIVEL JOINT
The Locking Swivel Joint was designed to allow the assembly of long coil tubing strings with minimum lubricator length. Many times it is necessary to have long lengths of lubricator to accommodate the tool string, creating a difficult and dangerous situation.
Now with the Locking Swivel Joint, it allows for sections of the tool string to be made up and lowered into the well bore. The String is spaced out and a pup joint is inserted, allowing the pup joint to seal in the rams of the BOP. The Locking Swivel is placed on top of the section of tools and dropped in the lubricator. Pull the coupling back and tighten the set screws, allowing the clutches to disengage and letting the swivel free spin.
The other section of tool string can now be assembled. Before lowering the swivel in the hole, loosen the set screws so the coupling can slide back down, engaging the clutches. If rotation is required in the tool string, simply take the brass drive pins out from under the coupling and this will prevent any back torque through the string. If run below the motor the clutches must be engaged and brass drive pins installed.
| SPECIFICATIONS |
| Part Number |
Max OD |
Min ID |
Thread |
| (in) |
(in) |
| D97-3168-500 |
1.687 |
0.531 |
1" AMMT |
| D97-3175-500 |
1.750 |
0.560 |
| D97-3212-500 |
2.125 |
0.812 |
1.5"AMMT |
| D97-3225-500 |
2.250 |
| D97-3287-500 |
2.875 |
1.000 |
2 3/8"PAC |
| D97-3312-500 |
3.125 |
1.500 |
2 7/8"PAC |
| D97-3350-500 |
3.500 |
MOTORHEAD ASSEMBLY
The Motorhead Assembly (M.A) has been developed in recognition to industry demands for compact, heavy duty, integrated BHA components. The M.A combines the Double Flapper Check Valve with the Heavy Duty Hydraulic Disconnect and the Dual Circulation Valve, standard components for virtually all tool string designs. The tubing connector has been deliberately eliminated to give the added flexibility of operator choice for the connector type and coil tubing size.
The M.A. provides the operator with a compact, versatile, upper BHA and offers the following features:
- The M.A's compact design gives an overall length saving of approximately 30% over the use of conventional individual components.
- The high torque capability of the M.A. provides the ideal Motorhead for today's high demand coiled tubing drilling applications.
- The choice of tubing connector is not dictated by the M.A., therefore giving the operator the flexibility to choose the most appropriate connector to suit the application.
- With a considerable reduction in the number of component parts, seals and thread connections, the M.A. is uncomplicated to assemble/disassemble and inexpensive to redress.
| SPECIFICATIONS |
| Part Number |
Max OD |
Min ID |
Thread |
| (in) |
(in) |
| D96-1168-200 |
1.687 |
0.406 |
1" AMMT |
| D96-1175-200 |
1.750 |
| D96-1212-200 |
2.125 |
1.5" AMMT |
| D96-1237-200 |
2.375 |
0.625 |
| D96-1287-200 |
2.875 |
0.750 |
2 3/8" PAC |
| D96-1312-200 |
3.125 |
0.812 |
MOTOR
A positive displacement drilling motor that uses hydraulic horsepower of the drilling fluid to drive the drill bit. Mud motors are used extensively in directional drilling and coiled tubing operations and can be assemble with a variety of power section to meet the customers well conditions. From hot holes to harmful power fluids such as drilling mud or nitrogen. When ordering specify these parameters to provide the best power section do the job quickly and get the most life out of your motors.
| SPECIFICATIONS |
| Part Number |
Max OD |
Lobe |
Stage |
Flow rate |
Working
torque |
Rotory speed |
Thread |
| (in) |
L/min |
N.m |
R/min |
| D96-1169-100 |
1.687 |
5:6 |
5.0 |
90-210 |
280 |
390-860 |
1"AMMT |
| D96-1169-101 |
1.687 |
5:6 |
3.0 |
90-170 |
180 |
400-720 |
| D96-1212-100 |
2.125 |
5:6 |
6.0 |
80-190 |
430 |
260-640 |
1 1/2"AMMT |
| D96-1212-101 |
2.125 |
5:6 |
2.5 |
110-230 |
350 |
200-400 |
| D96-1287-100 |
2.875 |
5:6 |
4.0 |
90-380 |
890 |
100-420 |
2 3/8"PAC |
| D96-1287-101 |
2.875 |
7:8 |
4.5 |
190-470 |
1045 |
140-360 |
| D96-1312-100 |
3.125 |
5:6 |
3.5 |
380-660 |
1450 |
230-390 |
"GS" TYPE RUNNING/PULLING TOOL
The *GS* Type Running/Pulling Tool is designed to run and retrieve downhole tools with conventional internal fish necks. The latching mechanism is a robust dog/core design which releases positively from the internal fish neck when a hydraulic differential is applied to the tool.
The tool does not require shear pins or drop balls since the differential required to activate the tool is provided by circulating through a choke insert in the core.
'GS' Type Running/Pulling Tools are available for all standard internal fish neck sizes.
Features/Benefits:
- Full hydraulic operation
- Multiple latch & release capability
- Proven dog/core design
- Available to catch internal fish necks from 2" to 7"
- Safety shear function
| SPECIFICATIONS |
| Part Number |
Size |
Max OD |
Min ID |
Internal fishneck |
Thread |
| (in) |
(in) |
(in) |
(in) |
| D96-3200-300 |
2 |
1.810 |
0.250 |
1.375 |
1" AMMT |
| D96-3250-300 |
2 1/2 |
2.250 |
|
1.812 |
1.5" AMMT |
| D96-3300-300 |
3 |
2.720 |
0.390 |
2.312 |
| D96-3350-300 |
3 1/2 |
3.110 |
2.625 |
2 3/8" PAC |
| D96-3400-300 |
4 |
3.620 |
|
3.312 |
"IDC" RUNNING/PULLING TOOLS
The "JDC" Running/Pulling Tool is a collet type running/pulling tool designed to run or retrieve downhole tools that have conventional external fishing necks.
The running/pulling tool design is extremely robust in construction and allows a full 360° engagement of the fishing neck to be latched.
The tool is fully hydraulically activated and therefore does not require the use of shear pins or drop balls to operate, since this is achieved by circulating through a choke in the core of the tool.
Features/Benefits:
- Full hydraulic operation
- Heavy duty construction
- Available to catch all standard external fish necks
| SPECIFICATIONS |
| Part Number |
Size |
Max OD |
Min ID |
Internal fishneck |
Thread |
| (in) |
(in) |
(in) |
(in) |
| D96-3200-100 |
2 |
1.875 |
|
1.375 |
1" AMMT |
| D96-3250-100 |
2 1/2 |
2.300 |
0.390 |
1.750 |
1.5" AMMT |
| D96-3300-100 |
3 |
2.875 |
2.312 |
2 3/8" PAC |
| D96-3400-100 |
4 |
3.750 |
|
3.125 |
FLOW ACTIVATED SHIFTING TOOLS
The Flow Activated Shifting Tools is designed to be used as a work tool for opening and closing sliding sleeves.
The normally closed shifting tool is flow activated and therefore does not require the use of drop balls to activate it. The Flow Activated Shifting Tools by design can be used to either open or close sliding sleeves.
Shifting Tools are supplied with a 'pin-pin' crossover, enabling the tool to be run shifting either up or down.
The Flow Activated Shifting Tools are available to suit all sizes and makes of sliding sleeves and can be supplied with either positive or selective keys.
Features/Benefits:
- Flow activated (No drop balls required)
- Positive or selective key options
- Optional external fish neck
| SPECIFICATIONS |
| Part Number |
SSD size |
Min ID |
Thread |
| (in) |
(in) |
| D96-4231-100 |
2.313 |
0.390 |
1.5" AMMT |
| D96-4256-100 |
2.562 |
| D96-4275-100 |
2.750 |
| D96-4281-100 |
2.813 |
| D96-4312-100 |
3.125 |
0.500 |
2 3/8" PAC |
| D96-4331-100 |
3.313 |
0.437 |
| D96-4343-100 |
3.437 |
0.500 |
| D96-4368-100 |
3.688 |
0.437 |
2 7/8" PAC |
| D96-4381-100 |
3.813 |
0.500 |
| D96-4412-100 |
4.125 |
3 1/2" PAC |
| D96-4431-100 |
4.313 |
| D96-4456-100 |
4.562 |
DOUBLE ENDED SELECTIVE SHIFTING TOOLS
The Double Ended Selective Shifting Tool (DESST) has been designed specifically to selectively shift PCE, Oti, Camco, Baker sliding sleeves (SSD's) in horizontal well bores.
The DESST shifting keys are normally retracted during the running operation and are hydraulically flow activated to the open shift position by increasing surface pump volume and therefore, pressure at the downhole location of the DESST and SSD.
The DESST can selectively open or close multiple SSD's in a single coiled tubing trip.
Features/Benefits:
- Flow activated (No drop balls required)
- Dual action for opening or closing sliding sleeves
- Positive or selective key options
- Optional external fish neck
| SPECIFICATIONS |
| Part Number |
SSD size |
Min ID |
Thread |
| (in) |
(in) |
| D96-4231-200 |
2.313 |
0.390 |
1.5" AMMT |
| D96-4256-200 |
2.562 |
| D96-4275-200 |
2.750 |
| D96-4281-200 |
2.813 |
| D96-4312-200 |
3.125 |
0.500 |
2 3/8" PAC |
| D96-4331-200 |
3.313 |
0.437 |
| D96-4343-200 |
3.437 |
0.500 |
| D96-4368-200 |
3.688 |
0.437 |
2 7/8" PAC |
| D96-4381-200 |
3.813 |
0.500 |
| D96-4412-200 |
4.125 |
3 1/2" PAC |
| D96-4431-200 |
4.313 |
| D96-4456-200 |
4.562 |
TUBING ANCHORS
TUBBING CUTTER
The Tubing Cutter is a tool designed to go through small restrictions in tubing and cut larger I.D. tubing below.
Blades are designed to extend from piston force created with hydraulic pressure.
The tubing cutter is extremely important where wireline tools and mechanical tools have failed.
| SPECIFICATIONS |
| Part Number |
Max OD |
Rotory speed |
Weight on bit |
Max cut OD |
Top thread |
| (in) |
RPM |
BLS |
(in) |
| D96-8170-100 |
1.700 |
70-120 |
0-2,000 |
5 |
1"AMMT |
| D96-8212-100 |
2 1/8 |
70-120 |
0-2,000 |
5 |
1.5"AMMT |
| D96-8237-100 |
2 3/8 |
70-110 |
0-3,000 |
7 |
| D96-8287-100 |
2 7/8 |
70-110 |
0-3,000 |
8 1/4 |
2 3/8"PAC |
| D96-8350-100 |
3 1/2 |
70-110 |
0-4,000 |
9 |
2 7/8"REG |
| D96-8425-100 |
4 1/4 |
70-110 |
0-4,000 |
9 |
31/2"REG |
MILLS
Mills used for mill out all kinds of obstacles and debris in well bore.
| SPECIFICATIONS |
| Part Number |
Max OD |
Blade number |
Top thread |
| (in) |
| D08-2810-000 |
2.28 |
/ |
1"AMMT |
| D08-4510-105 |
3.50 |
3 |
2 3/8"IF |
| D08-4510-106 |
3.50 |
3 |
2 3/8"PAC |
| D08-4510-114 |
3.62 |
5 |
2 3/8"PAC |
| D08-5510-106 |
4.33 |
3 |
2 3/8"PAC |
| D08-5510-118 |
4.21 |
5 |
2 3/8"PAC |
| D08-5510-105 |
4.33 |
3 |
2 3/8"IF |
| D08-7010-000 |
5.51 |
/ |
NC38 |
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