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Coil Tubing Technology, Inc.

Product Catalog
Address: Coil Tubing Technology, Inc. 19511 Wied Road, Suite E Spring, TX 77388 Email Address: cdavis@coiltubingtechnology.com Website:
http://www.coiltubingtechnology.com/index.htm

Coil Tubing Technology, Inc. Product Catalog

Contact Information
Corporate Office Coil Tubing Technology, Inc. 19511 Wied Road, Suite E Spring, Texas 77388 Voice: 281.651.0200 | Fax: 281.288.0400 Contact: cdavis@coiltubingtechnology.com U. S. Sales Information
Blaine Stewart U. S. Sales Manager Voice: 903.522.0068 E-mail: sblaine94@yahoo.com

Eastern U. S. District
NY, OH, PA, WV Slade Woods - Sales Representative Voice: 501.858.9396 E-mail: jswoodsctt@gmail.com Dale Pace - Sales Representative Voice: 903.522.0410 E-mail:

South Texas District

Bob Greene - Sales Agent Voice: 361.774.5770 E-mail: r.greene011@yahoo.com

Mid-Continent U. S. District

Southeastern U. S. District
North, West & Central Texas, NM Steve Burkett - Sales Representative Voice: 903.522.9937 E-mail: sburkett@gmail.com AL, AR, LA, MS Bryan Montgomery - Sales Representative Voice: 936.697.0174 E-mail:

KS, OK, East Texas Chad Simmons - Sales Representative Voice: 903.495.1987 E-mail: simmonschad77@yahoo.com

Western U. S. District
CA, CO, ND, UT, WY Mark Owens - Sales Representative Voice: 479.214.3861 E-mail: markowens0882@yahoo.com

Mid-Continent U. S. District Office

P.O. Box 191903 Dallas, Texas 75219 Voice: 972.923.1744 E-mail: amcdowell@coiltubingtechnology.com

International Sales Information

Coil Tubing Technology Canada Inc. Chad Robertson - Vice President - International Sales 7700-76 St. Close #310 Red Deer, AB T4P 4G6 Voice: 403.350.8005 E-mail: crobertson@coiltubingtechnology.com

Coil Tubing Technology, Inc. Product Catalog

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Coil Tubing Technology, Inc.

Product Line List: Accelerator Amplidyne o 1.69 o 2.125 o 2.875 o 3.125 o 3.50 Jar Hevi Hitter o 1.69 o 2.125 o 2.875 o 3.125 o 3.50 Jet Hammer o 1.375 o 1.69 o 1.70 o 1.75 o 2.125 Jet Motor o 1.69 o 1.75 o 2.125 o 2.875 Oscillator o 2.875 Rotating Tool o 1.69 o 1.75 o 2.125 o 2.875

Coil Tubing Technology, Inc. Product Catalog

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CTT Amplidyne Accelerator

Coil Tubing Technology, Inc.

OD SIZE 1.50 1.69 2.125 2.875 3.125 3. 50

STANDARD CONNECTION 1 MT 1-1/2 MT 2-3/8 PAC 2-3/8 PAC 2-3/8 PAC

LENGTH Ft. 57 57 57 57 61

OPER. OPER. Overpull Set Down Available upon request .562 8K 8K .625 16K 16K 1 25K 25K 1 35K 35K 1 50K 50K

I.D.

STROKE INCHES 3.5 3.5 3.5 3.5 4.0

TEMPERATURE o F 500 500 500 500 500

Assembly Part Number Outside Diameter ( inches) Inside Diameter ( inches ) Overall Length ( closed ) Overall Length (open) Total Stroke Approximate Weight Standard Tool Joint

Amplidyne Accelerator 1.50 Available upon request

1.688 Amplidyne Accelerator 91-101688 1.168" 0.562 57.25" 64.25" 7" 25 Lb. 1" AMMT Pin Down / Box Up

2.125 Amplidyne Accelerator 91-1012125 2.125 0.625 57.25 64.25" 7" 35 Lb. 1 AMMT Pin Down / Box Up

2.875 Amplidyne Accelerator 91-1012875 2.875 1 57.25 64.25" 7" 55 Lb. 2 3/8 PAC Pin Down / Box Up

3.125 Amplidyne Accelerator 91-1013125 3.125 1 57.25 64.25" 7" 95 Lb. 2 3/8 PAC Pin Down / Box Up

3.50 Amplidyne Accelerator 91-101350 3.50 1 61.00 68.00 7" 125 Lb. 2 7/8 PAC Pin Down / Box Up

OPERATIONAL
Recommended Maximum Overpull Weight (LB) Maximum Setdown Weight (lb.) Torsional Yield ( FT-LB ) Tensile Yield Temperature Rating(F)

28,000 28,000 1,500 Ft. Lbs 56,000 500 f

36,000 36,000 5,500 Ft. Lbs. 76,000 500 f

45,000 45,000 8,000 Ft. Lbs. 105,000 500 f

55,000 50,000 14,000 Ft. Lbs. 300,000 500 f

65,000 55,000 14,000 Ft. Lbs 400,000 500 f

Coil Tubing Technology, Inc. Product Catalog

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Coil Tubing Technology, Inc.

CTT AMPLIDYNE ACCELERATOR Description
The CTT Amplidyne Accelerator is used with the CTT Heavy Hitter Jars to intensify the impact at the jar hammer and anvil. The Amplidyne Accelerator develops reactive energy from the overpull or setdown on the jar. The energy is then transferred into a fluid spring and valve system that accelerates the velocity enhancing by four times the over pull or setdown weight as impact force at the hammer and anvil. The Amplidyne Accelerator is compact in length to maintain a short fishing or drilling string on coiled tubing, yet designed to maximize the velocity and impact to the hammer and anvil at the jar release. The Amplidyne Accelerator has a large I.D. to permit passage of drop balls which permits placement of the tool at any position in the work string.

Note: Unless otherwise indicated, all the strength figures given in this manual are the result of calculations based on the yield strength of the material used in the manufacture of this product. These strength calculations are considered accurate within plus or minus 20% and are to be used only as a guide. They do not constitute a guarantee, actual or implied. In use, appropriate allowance should be made as a safety factor.

Coil Tubing Technology, Inc. Product Catalog

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CTT Hevi Hitter Jar
(Patent Pending)

Coil Tubing Technology, Inc.

OD SIZE 1.50 1.69 2.125 2.875 3.125 3.50

STANDARD CONNECTION 1 MT 1-1/2 MT 2-3/8 PAC 2-3/8 PAC 2-7/8 PAC

LENGTH FT. 57 57 57 57 61

OPER. OPER OVER SET PULL DOWN Available upon Request .562 8K 8K .625 26K 16K 1 45K 25K 1 70K 35K 1 75K 40K

I.D.

STROKE INCHES 3.5 3.5 3.5 3.5 4.0

TEMPERATURE o F 500 500 500 500 500

1.688 Hevi Hitter Jar Assembly Part Number Outside Diameter (inches) Inside Diameter (inches) Overall Length (closed) Overall Length (open) Total Stroke Approximate Weight Standard Tool Joint 90-101688 1.168" 0.562 57.25" 64.25" 7" 25 Lb. 1" AMMT Pin Down / Box Up

2.125 Hevi Hitter Jar 90-1012125 2.125 0.625 57.25 64.25" 7" 35 Lb. 1 AMMT Pin Down / Box Up

2.875 Hevi Hitter Jar 90-1012875 2.875 1 57.25 64.25" 7" 55 Lb. 2 3/8 PAC Pin Down / Box Up

3.125 Hevi Hitter Jar 90-1013125 3.125 1 57.25 64.25 7 95 Lb. 2 3/8 PAC Pin Down / Box Up

3.50 Hevi Hitter Jar 90-101350 3.50 1 61.00 68.00 7 125 Lb. 2 7/8 PAC Pin Down / Box Up

OPERATIONAL
Recommended Maximum Overpull Weight (lb.) Maximum Setdown Weight (lb.) Torsional Yield (ft-lb) Tensile Yield Temperature Rating(F) 28,000 28,000 1,500 Ft. Lbs 56,000 500 F 46,000 36,000 5,500 Ft. Lbs. 76,000 500 F 65,000 45,000 8,000 Ft. Lbs. 105,000 500 F 90,000 55,000 14,000 Ft. Lbs. 300,000 500 F 95,000 60,000 14,000 Ft. Lbs 400,000 500 F

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CTT HEVI HITTER JAR Description
The CTT Hevi Hitter Jar presents the most advanced technology available in metering of hydraulic fluids. The Hevi Hitter Jar provides the optimum time delay and maximized velocity at detent release providing an impact force at the fish previously unavailable in coil tubing operations. By utilizing the Hevi Hitter Jar the CT operator has the ability to place the tool at the optimum position in the string. Operational Advantages of the Hevi Hitter Jar: Fully hydraulic operation permits a wide range of overpull or setdown weight. Minimal mechanical drag at detent release permits the maximum acceleration of the mass to the hammer and anvil. (Utilizing the CTT Amplidyne Accelerator with the Hevi Hitter Jar further enhances the acceleration of the tool). Energy provided by the Hevi Hitter Jar requires fewer cycles to free the string thus reducing fatigue at the gooseneck.

Note: Unless otherwise indicated, all the strength figures given in this manual are the result of calculations based on the yield strength of the material used in the manufacture of this product. These strength calculations are considered accurate within plus or minus 20% and are to be used only as a guide. They do not constitute a guarantee, actual or implied. In use, appropriate allowance should be made as a safety factor.

Coil Tubing Technology, Inc. Product Catalog

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CTT HEAVY HITTER Operating Instructions
STEP 1 Establish the working weight of the coiled tubing and jar loads desired (always considering the Jars operating specifications). Determine drag of CT in the hole which is the difference of free weight shown on the weight indicator. The difference is drag of the CT in the hole. The working weight down will be the total pipe weight less drag. The working weight up will be the CT weight plus the drag weight. Example Jar Up: The CT calculates to weigh 13,000 lbs. in place and the up travel reads 15,000 lbs. or 2,000 lbs difference (drag). If the CT string is pulled to 25,000 lbs. the jar up trip load at is 10,000 lbs. up (25,000 15000). Example Jar Down: If the CT down travel indicator reads 11,000 lbs. the drag would be 2,000 lbs. (CT calculates to weigh 13,000 lbs in place as stated above). If the CT string is slacked off to 8,000 lbs before the jar fires the CT string load at the jar would be 3,000 lbs. down (11,000 lbs 8,000 lbs). STEP 2 Determine the direction of jarring to be desired. The CTT Heavy Hitter is a dual acting jar that will jar in either the up or down mode as selected by the operator. To Jar Up: Slack off of string weight approximately 10% above the drag weight to cock the jars for up jarring - this will take approximately 60 seconds. Pull within the jars published rate and wait. The Up Jar will fire in less than 60 seconds as dictated by the amount of pull on the CT string. Repeat the cycle as required. To Jar Down: Allow the Up Jar to fully open (determined by free travel on weight indicator). Select a down load desired within the range of jar specifications. Slack off of the CT string as determined in step 1 and wait for the Jar to hit down.

WARNING

USE CAUTION WHEN JARRING DOWN AS WEIGHT (LOADS) MUST BE CAREFULLY SLELECTED TO PREVENT BUCKLING OF CT UPON IMPACT ALWAYS UTILIZE A CTT AMPLIDYNE ACCELERATOR WHEN DOWN JARRING IS ANTICIPATED TO CONCENTRATE THE DOWNWARD ENERGY BELOW THE COILED TUBING

Coil Tubing Technology, Inc. Product Catalog

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CTT Jet Hammer
(Patent Pending)

Coil Tubing Technology, Inc.

OD SIZE 1.375 1.69/1.75 2.125

STANDARD CONNECTION MT 1 MT 1-1/2 MT

LENGTH Ft. 22 22 25

FLOW GPM 20 35 60

SPEED RPM 60 60 60

OP. DP PSI 500 500 500

CYCLES PER MIN 1500 1500 1500

TEMPERATURE F 500 500 500

o

1.375 Jet Hammer

1.688 Jet Hammer

1.750 Jet Hammer

2.125 Jet Hammer

Assembly Part Number Outside Diameter (Inches) Bit Range (Inches) Overall Length (Open) Approximate Weight Standard Tool Joint

30-1375 1.375 1.400 1.700 22 10 Lbs. AMMT Box Down / Box Up

30-1688 1.688 1.700 2.000 22 15 Lbs. 1 AMMT Box Down / Box Up

30-1750 1.75 1.875 2.250 22 18 Lbs. 1 AMMT Box Down / Box Up

30-2125 2.125 2.189 3.000 25 25 Lbs. 1-1/2 AMMT Box Down / Box Up

OPERATIONAL
Operating Pressure (Optimum) Flow Rate (Optimum) Torsional Yield (ft-lb) Tensile Yield Temperature Rating (F) 500 PSI 20 GPM/600 SCFM 15,000 20,000 Lbs. 450 F 500 PSI 35GPM/1000 SCFM 20,000 24,000 Lbs. 450 F 500 PSI 35GPM/1000 SCFM 25,000 25,000 Lbs. 450 F 500 PSI 60 GPM/1500 SCFM 35,000 28,000 Lbs. 450 F

Performance at Optimum
Impacts Per Min/Impact Force RPM 1500 cycles /10,000 Lbs 60 1500 cycles /15,000 Lbs 60 1500 cycles /15,000 Lbs 60 1500 cycles /20,000 Lbs 60

Coil Tubing Technology, Inc. Product Catalog

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CTT JET HAMMER Description
The CTT Jet Hammer is a powerful downhole rotating hammer designed for use in coiled tubing workover service. The high energy impact frequency and torque output of the Jet Hammer provides efficient removal of paraffin, scale, sludge, and tar as well as an effective tool for drilling barium, sand, and cement bridge plugs. When a blind box is used in place of the bit or mill the Jet Hammer can be utilized to drive debris downhole. Operation of the Jet Hammer begins when the bit comes into contact with a resistance that forces the mandrel closed to the tool housing. Internal pressure builds until the tools internal valve opens thrusting the bit outwardly with high velocity acceleration and rotational torque into the medium being drilled. Water or light drilling fluid may be used as well as nitrogen when co-mingled with soap or foam to operate the tool.

Note: Unless otherwise indicated, all the strength figures given in this manual are the result of calculations based on the yield strength of the material used in the manufacture of this product. These strength calculations are considered accurate within plus or minus 20% and are to be used only as a guide. They do not constitute a guarantee, actual or implied. In use, appropriate allowance should be made as a safety factor.

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CTT JET HAMMER Operating Instructions
Tool String Recommendation Since the Jet Hammer rotates on each mandrel stroke cycle, all tools run in the BHA should have no rotational slack or backlash as movement would reduce or eliminate bit rotation. The use of a reliable coil connector or motorhead assembly that can withstand high pressure and both rotary and longitudinal vibrational forces is important. Making up the Jet Hammer into the String To install or change the bit insert the pin provided with the tool through the tool drive sub and mandrel. (It is important to use the pin provided)NEVER WRENCH ON THE BARREL as this may pinch the internal hammer and prevent proper operation of the tool. All Jet Hammer connections are shipped tightened so no additional torque is needed. To make up string connections above the tool wrench on the top sub and mating tool. Be sure to remove the lock pin from the tool drive sub. Failure to remove the pin will prevent the tool from working. Surface Testing the Jet Hammer Prior to running the Jet Hammer into the hole a surface test can be conducted to establish operational characteristics of the tool. This can be done by lifting the tool and pumping fluid through the string, making sure the volume being pumped is sufficient to conduct the test. While pumping, the bit and mandrel will telescope out. Do not attempt to test the tool by setting the injector head on the tool as this will restrict the tools ability to start up an d damage may occur. With the test complete you are ready to run in the hole. Maximum Operating Limits of the Jet Hammer The Jet Hammers operational limits are as follows: Maximum Operating Pressure = 1,000 PSI across the tool Maximum Applied Down Force = 750 LBS Pressure Rated All Tool Sizes = 5,000 PSI All Tools dressed for 450 F Temperature

Coil Tubing Technology, Inc. Product Catalog

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CTT Jet Motor
(Patented)
FLOW GPM 30 30 70 90

Coil Tubing Technology, Inc.

OD SIZE 1.69 1.75 2.125 2.875

STANDARD CONNECTION 1 MT 1 MT 1-1/2 MT 2-3/8 PAC

LENGTH Ft. 19 19 22 22

OP W.O.B 300 300 500 600

SPEED RPM 300 300 400 500

OP. DP PSI 500 500 500 600

OP. TORQUE Ft/lbs 80 80 300 450

TEMPERATURE F 500 500 500 500

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1.688 Jet Motor Assembly Part Number Overall Length ( closed ) Approximate Weight Standard Tool Joint 70-1688 21 10 Lbs. 1 AMMT Box Up x 1 AMMT Box Down

1.750 Jet Motor 70-1750 21 12 Lbs. 1 AMMT Box Up x 1 AMMT Box Down

2.125 Jet Motor 70-2125 24 20 Lbs. 1-1/2 AMMT Box Up x 1-1/2 AMMT Box Down

2.875 Jet Motor 70-2875 24 30 Lbs. 2-3/8 PAC Box Up x 23/8 PAC Box Down

OPERATIONAL
Operating Pressure (Optimum) MAX OVERPULL Flow Rate (Optimum) Torsional Yield ( ft-lb ) Tensile Yield Temperature Rating (F) 500 PSI 20,000 Lbs 32 GPM/250 SCFM 5,000 41,000 Lbs. 450 F 500 PSI 20,000 Lbs 32 GPM/250 SCFM 7,000 52,000 Lbs. 450 F 750 PSI 25,000 Lbs 60 GPM/500 SCFM 10,000 60,000 Lbs. 450 F 1200 PSI 40,000 Lbs 120 GPM/700 SCFM 15,000 68,000 Lbs. 450 F

Performance @ Optimum
Nozzle Diameter/Jet Impact Force Per Nozzle Wt./RPM MAX ALLOWABLE WT. ON BIT Torque Output/Stall .188/52 Lbs. 500 Lbs. @ 600 RPM 1,000 Lbs. 90 Ft. Lbs/ 120 Ft. Lbs Stall .188/52 Lbs. 500 Lbs. @ 600 RPM 1,000 Lbs. 90 Ft. Lbs/ 120 Ft. Lbs Stall .188/52 Lbs. 1500 Lbs. @ 600 RPM 2500 Lbs. 300 Ft. Lbs/ 450 Ft. Lbs Stall .188/200 Lbs. 1500 Lbs. @ 600 RPM 3000 Lbs. 450 Ft. Lbs/ 600 Ft. Lbs Stall

Coil Tubing Technology, Inc. Product Catalog

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Coil Tubing Technology, Inc.

CTT JET MOTOR Description
The CTT Jet Motor is a powerful downhole rotating motor designed for use in coiled tubing drilling and workover service. The rotational torque output in foot pounds is equal to or greater than many conventional positive displacement motors on the market today. The advantage of The CTT Jet Motor is the elimination of elastomers in the tool and compact length. The tool can be run with fluid, nitrogen, acids or co-mingled fluids without damaging the tool. The Jet Motor can be utilized to drill formation, cement plugs or clean-out work. The external rotational nozzle system can clean the tubing completely to the wall and the Jet Motor drill bit removes obstructions all in one trip. The Jet Motor can be used in hot hole situations without damage to the tool as there are no rubber products in the Jet Motor to swell and deteriorate. Redress cost of the Jet Motor is very minimal compared to a conventional PDM as there are no rotors or stators to replace or repair in the tool.

Note: Unless otherwise indicated, all the strength figures given in this manual are the result of calculations based on the yield strength of the material used in the manufacture of this product. These strength calculations are considered accurate within plus or minus 20% and are to be used only as a guide. They do not constitute a guarantee, actual or implied. In use, appropriate allowance should be made as a safety factor.

Coil Tubing Technology, Inc. Product Catalog

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CTT Oscillator
(Patent Pending)

Coil Tubing Technology, Inc.

OD SIZE

STANDARD CONNECTION 2-3/8 PAC

LENGTH Ft. 33

Weight LBS. 35 LBS

FLOW RATE GPM 40-120 GPM

TEMPERATURE F
o

OPERATION PRESSURE DROP 300 1000 PSI

MAX PULL

2.875

500

75,000

PSI 100 PSI 200 PSI 300 PSI 400 PSI 500 PSI 600 PSI

GPM 40 GPM 60 GPM 80 GPM 100 GPM 100 GPM 120 GPM

FREQUENCY HZ 9 HZ 12 HZ 15 HZ 20 HZ 24 HZ 34 HZ

Coil Tubing Technology, Inc. Product Catalog

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CTT Oscillator Description
Operational Methods of Creating Vibrational Frequency The Oscillator generates imbalanced rotational frequency known as hertz (Hz) generated and controlled by an Internal Eccentric Drive Sub placed on the patented CTT Jet Motor connected to a Flex Joint Ported Sub Housing. The tools internal frequency is then transmitted to the other housing creating a motion that pushes or pulls the string. The more free string available also contributes to the magnitude of Oscillation affects. Oscillator Component & Operational Data The Top Ported Sub (Item 1) distributes fluid and pressure up to volume required by the customers hydraulic specifications. Up to 40 GPM is distributed to the Power Section (Item 2) through to Oscillators Eccentric Sub (Item 3) which rotationally energizes and generates a controlled Hertz frequency per rotation. All Fluid not required to operate the (Item 2) Power Section is circulated by and through to the Lower Sub (Item 4) along with fluid from the Eccentric Sub Nozzle (Item 5). (GPM and Pressures setup are standard 3 barrels and 500 1500 PSI pressure drop. Other Hydraulic requirements and frequency can be adjusted to customers requests). Features of the Oscillator No Elastomers in the tool to deteriorate and plug the Oscillator or tools below Power section is patented with metal to metal seal system No parts within tool that can dislodge from the internal power system into the fluid flow Fully capable to adjust hertz frequency and hydraulic output Surface Testing of the Oscillator Rig up at pre determined location in the tool string and pump optimum fluid and pressure rates required for the Motor. A Oscillation will be felt on the pipe above the tool Hertz Frequency increases as the string length in the hole increases.

Coil Tubing Technology, Inc. Product Catalog

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CTT Rotating Tool
(Patented)

Coil Tubing Technology, Inc.

OD SIZE 1.69 1.75 2.125 2.875

STANDARD CONNECTION 1 MT 1 MT 1-1/2 MT 2-3/8 PAC

LENGTH Ft. 32 32 42 42

BORE I.D. .562 .562 .625 .812

ROTATIONS PER CYCLE 4 360 4 360 4 360 4 360

O O O O

TEMPERATURE F 500 500 500 500

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1.688 Rotating Tool Assembly Part Number Outside Diameter ( inches) Inside Diameter ( inches ) Overall Length (open) Approximate Weight Standard Tool Joint 80-1688 1.168" 0.562 35 25 Lb. 1" AMMT Pin Down / Box Up

1.750 Rotating Tool 80-1750 1.750 0.562 35 30 Lb. 1 AMMT Pin Down / Box Up

2.125 Rotating Tool 80-2125 2.125 0.625 42 45 Lb. 1 AMMT Pin Down / Box Up

2.875 Rotating Tool 80-2875 2.875 0.812 47 80 Lb. 2 3/8 PAC Pin Down / Box Up

OPERATIONAL
Maximum Overpull Weight (lb.) Maximum Setdown Weight (lb.) Torsional Yield ( ft-lb ) Tensile Yield Temperature Rating (F)

15,000 15,000 LB 1,300 Ft. Lbs. 64,000 500 F

20,000 20,000 LB 1,500 Ft. Lbs. 68,000 500 F

30,000 30,000 LB 1,800 Ft. Lbs. 68,000 500 F

40,000 40,000 LB 2,100 Ft. Lbs. 88,000 500 F

Coil Tubing Technology, Inc. Product Catalog

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CTT Rotating Tool Description
The CTT Rotating Tool is a product specifically designed and developed for use in coiled tubing and wireline operations to mechanically induce rotation of components in the work string. The Rotating Tool is designed to provide up to (8) full 360 degree revolutions per cycle with rotation initiated when 50 pounds of weight is set down on the tool. A Few Operational Applications of the Rotating Tool are: Provide Rotational Alignment of Tool String Through the Wellhead Rotate Work Strings Off of Liner Tops and into Pipe I.D. Allows Rotation of the Work String Through Tight Places Rotating a Overshot onto a Fish Rotation of a Wireline Grab to Fish Wireline Operational Advantages of Using the Rotating Tool: Eliminate Costly PDM (motor) Run Charges Better Control of the Work String Downhole Large I.D. of the Rotating Tool Permits Drop Ball Passage Internal and External Stops Within the Rotating Tool make the Tool Compatible with Fishing and Jarring Operations The Rotating Tool Mechanism can be set for Left Hand as well as Right Hand Rotation The Rotating Tool can be set for Less Than (1) Rotation (Additional Rotations available upon request up to 18 per cycle).

Note: Unless otherwise indicated, all the strength figures given in this manual are the result of calculations based on the yield strength of the material used in the manufacture of this product. These strength calculations are considered accurate within plus or minus 20% and are to be used only as a guide. They do not constitute a guarantee, actual or implied. In use, appropriate allowance should be made as a safety facto

Coil Tubing Technology, Inc. Product Catalog

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CTT ROTATING TOOL OPERATIONAL INSTRUCTIONS
Below are general operating instructions to assist in the usage of the Rotating Tool. 1. What is required to make a successful Rotating Tool run. Minimum restrictions In fishing applications determine the tool size and use a Rotating Tool of equal diameter or larger than the Jars and Accelerators to be utilized. Amount of rotation desired. Rotating Tool placement in the work string. It is recommended that the tool be utilized below the CT Connector, BPV, Disconnect, Circulating Subs, Accelerators, or Jars. 2. Determine what tool or tools are to be ran below the Rotating Tool (i.e. overshot wireline grab, packer, etc.). 3. In the event the Rotating Tool is run on slickline be sure that all tool joints below the tool are sufficiently torqued to prevent backlash when wrapping wire. Basic Operating Procedures 1. CT Operation fishing or rotating work string through a restriction or off a line top. a. Place the Rotating Tool on a 1 test ball and manually operate prior to making up in the string. This will require up to 50# of applied weight. b. Make up BHA c. Install Rotating Tool d. Pull test string e. Install overshot or wireline grab 2. Wireline Operation rotation to fish wireline. a. Place the Rotating Tool on a 1 test ball and manually operate the tool prior to making up in the work string. b. Place at least 50# of weight bars above the Rotating Tool c. Make sure to sufficiently Loc-Tite and torque all connections. The Rotating Tool will rotate downhole when a weight of 50# or greater is applied. To reset the tool just lift the tool up 1 2 and the tool will be reset by the internal spring. The tool is again ready for rotation.

Coil Tubing Technology, Inc. Product Catalog