COMPUTER ANALYZED TORQUE MONITORING (CATM) – TOP DRIVE

Protorque CATM Top Drive
Protorque CATM Top Drive

COMPUTER ANALYZED TORQUE MONITORING (CATM) – TOP DRIVE

The Torque Sub monitors the top drive output (Torque, RPM, Hookload) and displays a real-time graphical representation of the data delivered. From this, we develop a torque vs turns & time graph, exactly like the graph that would be obtained from a power tong using a traditional CATM system. This allows us to monitor and uphold the same integrity while making up tubular connections with a CRT.

#RedefineTRS™

FEATURES

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Long battery life

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Highest dynamic sampling rate of all manufacturers

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Infrared (IR) turns counter built into the system, no external turns counters needed

volant piece

SPECIFICATIONS

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TORQUE CAPACITY
-50,000 to +50,000 ft/lbs (67,800 Nm)
HOIST CAPACITY
200,000 – 1,000,000 lbs (271,000 – 453,600 kg) tension with 2.25 safety factor
SAMPLING RATE
Dynamic, up to 480 samples/second
TORQUE/HOOK LOAD ACCURACY
1% of Full Scale
TURNS RESOLUTION
0.001 turns
TEMPERATURE RANGE
-40°C to 70°C (158°F)
BATTERY LIFE
30 days of continuous use
TRANSMISSION
2.4 GHz approved US, Canada and Europe
TRANSMISSION TYPE
Line of sight
ENCLOSURE RATING
Type 4X and IP 66
HAZARDOUS AREA CLASSIFICATION
Class 1, Division 1, Zone 1, Group IIB, T4 Protection Type: EX Flameproof Enclosure (d) Certification: CSA/UL/ATEX/IECEx
TORQUE SUB
Designed to API 8C specifications
THREADS
Manufactured to API 7 specifications
WEIGHT
Approximately 350 lbs (160 kg)
LENGTH
Standard shoulder to shoulder 21.6” (18.6” is the minimum shoulder to shoulder length if there is zero recut allowance)

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COMPUTER ANALYZED TORQUE MONITORING (CATM) – POWER TONGS

Protorque CATM Power Tongs
Protorque CATM Power Tongs

COMPUTER ANALYZED TORQUE MONITORING (CATM) – POWER TONGS

With a variety of issues that could occur while making up an array of different connections on the market, at ProTorque it is our belief that all tubular connections should use computer analysis. CATM delivers a graphical representation that allows us to interpret and prevent damaged or incorrectly made up connections from entering the wellbore. It helps to ensure peak performance and proper isolation for your packer systems. This isolation reduces and helps to eliminate leaks during the fracturing (FRAC) process, in turn mitigating environmental and unforeseen production risks.

#RedefineTRS™

FIELD ACCOUNTABILITY

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Connection related issues are stopped immediately, mitigating the risk of further connection damage

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Detailed graphical reports are generated highlighting each connection, statistical analysis and summary reports

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Reduces damage due to RPM, over-torque, over-rotation and alignment issues

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Recording and reporting torque, turns, RPM and applicable shoulder data for semi-premium and premium connections

McCoy Computer
WCATT

FEATURES

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Automatic system review of torque vs turns & time, delta torque and delta turns
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Automatic shoulder selection and zoom review for accurately confirming shoulder point before connection approval
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Data overlay to ensure consistency of the “last 10” joint review
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Sensory control to ensure that the computer analytics can sample and review data correctly, even during challenging runs, conditions and connections
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Real-time hydraulic dump control to protect the integrity of the connection

SPECIFICATIONS

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SAMPLING FREQUENCY
1 – 8000 Hz
RECORDING FREQUENCY
Combined delta torque and delta time
CAL. MANAGEMENT
Mfg. specifications or local calibration. Shunt calibration with automatic “drift” tracking.
RESPONSE TIME
Electronics < .5 ms Hydraulic dump valve - typically 10 – 30 ms.
FINAL TORQUE
Average = optimum torque + – 1% Standard deviation < 2% under normal operating conditions.
OPERATING TEMP
Computer, 5 – 50°C (40 – 122°F) Junction box, minus 30 – 80°C (minus 22 -180°F)
TORQUE ACCURACY
Max error (% of full scale) = sqrt [Local force standard error2 + arm length error2 + 0.152] Typically less than 1%.
TURNS ACCURACY
Max error = + – one pulse of turns counter.
PRESSURE ACCURACY
Max error (% of F.S.) = sqrt [pressure standard error2 + 0.152] Typically less than 1%.

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Top Drive Torque & Hook Load Verification

he IRTT is used to regularly verify the torque output of an Iron Roughneck
he IRTT is used to regularly verify the torque output of an Iron Roughneck

HOOK LOAD & TORQUE VERIFICATION

The Torque Sub is used to regularly verify the top drive and rig tong torque outputs. This is to ensure that they are accurate and to reduce damage to the rotary shoulder connections during make-up. Regular verifications help to prevent downtime, equipment failure, repair costs and can extend the service life of your drill pipe.

#RedefineTRS™

CONSEQUENCES OF INCORRECT MAKE-UP TORQUE

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1 in 20 wells experience a “back-off” or “twist-off” event
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The average cost is $400,000 per event
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30-35% of Top Drives deliver inaccurate drill pipe connection torques
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1 in 4 Top Drives are out of calibration by more than 10%

A variety of factors can cause a Top Drive to apply errant torque or hookload. This might include mistaken system settings, temperature variations, plumbing leaks, and SCR or voltage issues. These factors can go undetected and cause incorrect torque values. There is only one way to ensure a Top Drive is delivering correct make-up torque to your connections – by directly measuring the torque being applied using a direct measurement tool.

 

SPECIFICATIONS

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TORQUE CAPACITY
40,000 – 50,000 ft/lbs (54,200 – 67,700 Nm)
HOIST CAPACITY
750,000 – 1,000,000 lbs (375 – 500 tons)
WEIGHT
Approx 350 lbs (160 kg)
SUB LENGTH
18.6 – 22” (472.4 – 558.8 mm)
**Specialty weights, lengths and capacities will depend on customer drill pipe specifications**

Solution

Since a direct (not derived or estimated) Torque / Hookload and RPM measurements are captured by the Torque Sub, it removes additional calculations, correlations or guesswork. Measurements captured allow an operator to adjust the set points on the Top Drive or EDR to maximize the accuracy and drilling parameters.

** Calibration may require manufacturer-specific servicing of equipment**

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DCT – Drill Pipe Swivel

DCT Drill Pipe Swivel Technical Data Sheet Rev

DRILL PIPE SWIVEL

SMART, SIMPLE & LOCKABLE SWIVEL TECHNOLOGY

#RedefineTRS™

LOCKABLE SWIVEL – SELECTIVE ROTATION DEVICE

The Deep Casing Tools Drill Pipe Swivel allows drill pipe above the liner hanger and packer tools to be rotated independently below it. The ability to rotate the drill pipe above the liner in an ERD well reduces drag, redistributes friction and mitigates helical buckling of the work-string.

The result of rotating the drill string above the liner is increased weight available at the tool to push the liner string, often sand control screens, into the well to TD.

FEATURES

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Increases available weight to push liners to TD in ERD wells
Eliminates or reduces need for heavy weight drill pipe or drill collars
Single tool reduces the HSE risk compared to multiple roller bearing subs
Enables mechanical release of setting tools when required
Protects items below from potential harmful torque
100% simple mechanical action to lock the tool
Immediate locking when required
Reduces HSE risk, saves time
No need for ball or dart to lock tool, time saved
No need for pressure to flow to lock
Tool Specifications
Imperial Data Figures
Metric Data Figures
Drill Pipe Sizes
5” to 5-7/8”
127mm to 149.23mm
Tool O.D.
8.250”
209.6mm
Tool I.D.
2.600”
66mm
Tool Length Extended
104” / 8.667
2.642m
Tool Length Compressed
91” / 7.593ft
2.31m
Tool end Connections
To Match drill-pipe connections
Maximum Operating Temperature
350F
175C
Approximate Tool Weight
1000lbs
800kg
Internal Yield Pressure
12,500psi
860bar
External Collapse Pressure
10,000psi
690bar
Tensile Yield of Tool
5.63
410 metric tons
Compressive Yield of Tool
900,000lbs
410 metric tons
Maximum dog Leg of Tool
7° / 100ft
7° / 30m
Operating Differential Pressure Rating
5,000psi
345bar
Bearing Life – Compression Load
(125,000lbs / 57 metric tons) 12hrs @ 50rpm
Bearing Life at 50,000lbs Compression Load
50,000lbs / 23 metric tons) 50hrs @ 50 rpm
Recommended Rotary Speed
30-50rpm
Maximum Intermittent Rotary Speed
65rpm
Method to Lock Swivel
100% Mechanical
Locking Method (RH – Clockwise)
25 Rotations in Tension
Maximum Operating Torque Locked (RH or LH)
40,000lbs
18 metric tons
Maximum Static Load on Bearings
325,000lbs
147 metric tons
Minimum Casing Size to Deploy Tool
9-5 / 8” 53.5# & 9-7 / 8” 62.8#
244.5mm & 250.83mm
Operating Range of Tool
0-35,000ft
0-10,668m

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Deep Casing Tools (DCT)

TDP Tech Data Sheet

TD PILOT ™

SMART, SIMPLE TURBINE TECHNOLOGY

The TD PILOT™ makes reaching target depth easier and quicker, and provides that extra insurance needed when running those complicated completions liners across multiple well zones.

#RedefineTRS™

HYDRAULICALLY DRIVEN HIGH SPEED REAMING SYSTEM

The TD PILOT™ provides high-speed reaming to assist in landing completion liners at target depth. The TD PILOT™ uses its unique turbine design to deliver power to the reamer without the need to rotate at surface.

With a cost-effective design, the TD PILOT™ combines high RPM and torque with low circulating pressures. The design of the tool has removed the risk of reactive torque and pressure spikes causing damage or premature setting of associated completions and equipment.

Eliminating wiper trips, reducing open hole exposure and removing obstructions whilst running in hole all add up to increase your chance of reaching total depth, and in turn, maximizing your return on investment.

Turbo Mechanism by Protorque

FEATURES

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Stress free connections
No premature hanger setting
Reduce or eliminate wiper trips
Target depth insurance
Low flow rate minimize ECD
Minimize well construction costs
Ream without surface rotation
Minimize return on investment
Low vibration / low torque
Minimize HSE exposure
Tool Specifications
TDP500
TDP700
Reamer Size (in)
6.5 / 6.25 / 6.0 / 5.875 / 5.75
8.25 (Up to 10.5 on request)
Stabiliser Size (in)
6.469 / 5.844 / 5.969 / 5.719 / 5.969
8.219 (Or as specified with reamer)
Body Size O.D. (in)
4.921
7.087
Drill-Thru Diameter
N/A
N/A
Length (ft)
9.410
9.030
Weight (lbs)
344
712
Burst Disc Options (psi)
1200 / 1800 psi
1200 / 1800 psi
Max DLS (°/ft)
32 / 100
39 / 100
Turbine Stages
30
25
Top Sub Strainer TFA (in2)
27.29
31.67
Reamer Ports TFA (in2)
2.15
3.80
Burst Disc TFA (in2)
1.49
1.49
Max-Operating Set-Down Weight (lbs)
62,000
150,000
Material Grade (Body)
L80 or Equivalent
L80 or Equivalent
Tool Specifications
TDP500
TDP700
Reamer Size (mm)
164.30 / 158.00 / 152.4 / 149.23 / 146.05
209.55 (Up to 266.7 on request)
Stabiliser Size (mm)
148.4 (or as Specified with reamer)
208.7 (Or as specified with reamer)
Body Size O.D. (mm)
125.00
180.00
Drill-Thru Diameter (mm)
N/A
N/A
Length (m)
2.87
2.75
Weight (kg)
156
323
Burst Disc Options (bar)
83 / 125
83 / 125
Max DLS (°/30m)
32
30
Turbine Stages
30
25
Top Sub Strainer TFA (mm2)
17,067
20,435
Reamer Ports TFA (mm2)
1,385
2,454
Burst Disc TFA (mm2)
962
962
Max-Operating Set-Down Weight (MT)
28
68
Material Grade (Body)
L80 or Equivalent
L80 or Equivalent
Turborunner by Protoque

TURBORUNNER™ 

SMART, SIMPLE TURBINE TECHNOLOGY

The TURBORUNNER makes reaching target depth easier and quicker, and provides that extra insurance needed when running those complicated completions across long horizontals over multiple well zones.

TURBINE POWERED COMPLETION RUNNING SYSTEM

The TURBORUNNER™ provides high-speed reaming to land completion liners at target depth. The TURBORUNNER™ provides reaming while running in hole without the need to rotate the liner or completion.

The unique design combines turbine powered reaming with lower circulating pressures. The completion is protected from vibrations, reactive torque and pressure spikes that could prematurely set the liner hanger or packers.

The TURBORUNNER™ can help eliminate wiper trips which will also allow the completion to be run sooner, whilst the well is in better condition.

Turbo Mechanism by Protorque

FEATURES

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Turbine Powered Reaming
Low flow rate on start up
Land casing or Liners on depth
Stress-free casing connections
Reduce or eliminate wiper trips
Case trouble zones quickly
Full Bore pass thru and drill ahead
Reduce well construction risks
No string rotation required
Minimise HSE exposure
Tool Specifications
TRS500
TRS700
Reamer Size (in)
6.5 / 6.25 / 6.0 / 5.875 / 5.75
8.25 (Up to 10.5 on request)
Stabiliser Size (in)
6.469 / 5.844 / 5.969 / 5.719 / 5.969
8.219 (Or as specified with reamer)
Body Size O.D. (in)
4.921
7.087
Drill-Thru Diameter
N/A
N/A
Length (ft)
9.410
9.030
Weight (lbs)
344
712
Burst Disc Options (psi)
1200 / 1800 psi
1200 / 1800 psi
Max DLS (°/ft)
32 / 100
39 / 100
Turbine Stages
50
40
Top Sub Strainer TFA (in2)
27.29
31.67
Reamer Ports TFA (in2)
2.15
3.80
Burst Disc TFA (in2)
1.49
1.49
Max-Operating Set-Down Weight (lbs)
62,000
150,000
Material Grade (Body)
L80 or Equivalent
L80 or Equivalent
Tool Specifications
TRS500
TRS700
Reamer Size (mm)
164.30 / 158.00 / 152.4 / 149.23 / 146.05
209.55 (Up to 266.7 on request)
Stabiliser Size (mm)
148.4 (or as Specified with reamer)
208.7 (Or as specified with reamer)
Body Size O.D. (mm)
125.00
180.00
Drill-Thru Diameter (mm)
N/A
N/A
Length (m)
2.87
2.75
Weight (kg)
156
323
Burst Disc Options (bar)
83 / 125
83 / 125
Max DLS (°/30m)
32
30
Turbine Stages
50
40
Top Sub Strainer TFA (mm2)
17,067
20,435
Reamer Ports TFA (mm2)
1,385
2,454
Burst Disc TFA (mm2)
962
962
Max-Operating Set-Down Weight (MT)
28
68
Material Grade (Body)
L80 or Equivalent
L80 or Equivalent
TCE Tech Data Sheet

TURBOCASER™

SMART, SIMPLE, PATENTED DRILLABLE TURBINE TECHNOLOGY

The TURBOCASER™ makes reaching target depth easier and quicker, and provides that extra insurance needed when running Casings and Liners across long horizontals, shale and other problematic zones.

TURBINE POWERED –  LINER RUNNING SYSTEM

The TURBOCASER™ is a pass through turbine-powered reaming system that enables casings and intermediate liners to be landed at target depth. The TURBOCASER™ provides high speed rotation of a reamer shoe, independent of casing string rotation.

The TURBOCASER’s™ unique patented burst disc design ensures that premature setting of pressure sensitive equipment downhole is avoided as pressure drops whilst reaming, unlike conventional PDM’s.

The casing is cemented in the normal manner. The TURBOCASER™ is designed for very rapid drill out. Drill out time of the TURBOCASER™ is under 15 minutes using a PDC drill bit and a dedicated drill out trip is not required.

Turbo Mechanism by Protorque

FEATURES

Heading #3
Heading #3
Turbine powered reaming
Low flow rate on start up
Reduce or eliminate wiper trips
Target depth insurance
Land casing and liners on depth
Stress-free casing connections
Reduce or eliminate wiper trips
Case trouble zones quickly
Full bore pass through and drill ahead
Reduce well construction risks
No string rotation required
Minimise HSE exposure
Tool Specifications
TCE700
TCE758
TCE958
Reamer Size (in)
8.25
9.625
12
Stabiliser Size (in)
8.219
9.594
11.929
Body Size O.D. (in)
7.9767
8.980
11.181
Drill-Thru Diameter (in)
6.159
6.791
8.559
Length (ft)
12.326
13.620
13.115
Weight (lbs)
662
990
1,519
Burst Disc Options (psi)
1200/1600/2500
1200/1600/2500
1200/1600/2500
Max DLS (°/100ft)
14
20
25
Turbine Stages
40
50
40
Top Sub Strainer TFA (in2)
51.67
52.97
67.11
Reamer Ports TFA (in2)
5.63
4.38
10.55
Burst Disc TFA (in2)
1.71
1.71
1.71
Max-Operating Set-Down Weight (lbs)
150,000
290,000
290,000
Material Grade (Body)
4130, 150KSI
4130, 150KSI
4130, 150KSI

Metric Data Figures

Tool Specifications
TCE700
TCE758
TCE958
Reamer Size (mm)
209.55
244.48
304.80
Stabiliser Size (mm)
208.76
243.69
303
Body Size O.D. (mm)
202.86
228
284
Drill-Thru Diameter (mm)
156.44
172.50
217.40
Length (m)
3.76
4.15
4
Weight (kg)
300
449
689
Burst Disc Options (bar)
83/110/170
83/110/170
83/110/170
Max DLS (°/30m)
14
20
25
Turbine Stages
40
50
40
Top Sub Strainer TFA (mm2)
33,337
34,174
43,295
Reamer Ports TFA (mm2)
3,632
2,827
6,805
Burst Disc TFA (mm2)
1,104
1,104
1,104
Max-Operating Set-Down Weight (MT)
68
132
132
Material Grade (Body) , KSI
4130, 150
4130, 150
4130, 150
DCT Drill Pipe Swivel Technical Data Sheet Rev

DRILL PIPE SWIVEL

SMART, SIMPLE, LOCKABLE SWIVEL TECHNOLOGY

The Deep Casing Tools Drill Pipe Swivel is a drill-string deployed swivel that allows drill pipe above the liner hanger or packer tools to be rotated independently of the string below it.

LOCKABLE SWIVEL – SELECTIVE ROTATION DEVICE

The Drill Pipe Swivel is a drill-string deployed swivel tool that allows drill pipe above the tool to be rotated independently of the string below it, usually a liner string. The ability to rotate the drill pipe above the liner in an ERD well reduces drag, redistributes friction and mitigates helical buckling of the work-string.

The result of rotating the drill string above the liner is increased weight available at the tool to push the liner string, often sand control screens, into the well to TD.

FEATURES

Heading #3
Heading #3
Increases available weight to push liners to TD in ERD wells
Eliminate or reduces need for heavy weight drill pipe or drill collars
Single tool reduces the HSE risk compared to multiple roller bearing subs
Enables mechanical release of setting tools when required
Protects items below from potential harmful torque
100% simple mechanical action to lock the tool
Immediate locking when required
Reduces HSE risk, saves time
No need for ball or dart to lock tool, time saved
No need for pressure to flow to lock
Tool Specifications
Imperial Data Figures
Metric Data Figures
Drill Pipe Sizes
5” to 5-7/8”
127mm to 149.23mm
Tool O.D.
8.250”
209.6mm
Tool I.D.
2.600”
66mm
Tool Length Extended
104” / 8.667
2.642m
Tool Length Compressed
91” / 7.593ft
2.31m
Tool end Connections
To Match drill-pipe connections
Maximum Operating Temperature
350F
175C
Approximate Tool Weight
1000lbs
800kg
Internal Yield Pressure
12,500psi
860bar
External Collapse Pressure
10,000psi
690bar
Tensile Yield of Tool
5.63
410 metric tons
Compressive Yield of Tool
900,000lbs
410 metric tons
Maximum dog Leg of Tool
7° / 100ft
7° / 30m
Operating Differential Pressure Rating
5,000psi
345bar
Bearing Life – Compression Load
(125,000lbs / 57 metric tons) 12hrs @ 50rpm
Bearing Life at 50,000lbs Compression Load
50,000lbs / 23 metric tons) 50hrs @ 50 rpm
Recommended Rotary Speed
30-50rpm
Maximum Intermittent Rotary Speed
65rpm
Method to Lock Swivel
100% Mechanical
Locking Method (RH – Clockwise)
25 Rotations in Tension
Maximum Operating Torque Locked (RH or LH)
40,000lbs
18 metric tons
Maximum Static Load on Bearings
325,000lbs
147 metric tons
Minimum Casing Size to Deploy Tool
9-5 / 8” 53.5# & 9-7 / 8” 62.8#
244.5mm & 250.83mm
Operating Range of Tool
0-35,000ft
0-10,668m

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Protorque® Vacuum Drift

Vacuum Drift by Protoque
Vacuum Drift by Protoque

PT – VACUUM DRIFT

The Vacuum Drift System was designed to remove one of the most dangerous parts of casing preparation, which is using a snake and drift to confirm casing ID. This eliminates the hazards of conventional drifting while ensuring there are no deformities in the tubular. Efficiency without the noise. This design reduces operation noise by utilizing a vane pump instead of a blower creating 27 mercury units of vacuum force. With the unit fully mobile it can be utilized anywhere on-site, even in difficult-to-reach areas with any length of hose. It contains an adjustable reverse function to push the drift if it becomes lodged in the tubular. Drift times per/joint depend on casing size and volume of air moved.

#RedefineTRS™

FEATURES

Drift Range: 2.63 - 13.63” (66.8 - 346.2 mm)
Vacuum Adjustment: 0 - 27 Hg (vacuum force)
Size: Length 45” (1,143 mm), Width 30” (762 mm), Height 75” (1,905 mm)
Weight: 400 lbs (182 kg)
Hose Length: X2 100’
Services Protorque Inspection

SPECIFICATIONS

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Heading #3
165 CFM @ 1,150 RPM
27 HG (Mercury units of vacuum force)
13 HP Honda motor
Rubberized drifting ends for hoses

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Protorque® LOAD TEST FRAME

Load Test Unit
Protorque Logo colored 1

LOAD TEST FRAME

The Load Test Frame was designed for testing Casing Running Tools (CRT), overhead equipment, rotary shoulder and API threaded connections. The frame is load rated up to 750 tons, providing certified proof tests up to 500 tons. The adjustable horizontal bed can accommodate various drilling tools within the industry. The two-ton overhead jib crane and rolling bed trolleys allow us to safely hoist, install and handle the most challenging tools.

#RedefineTRS™

FEATURES

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Horizontal bed allows for easy installation and efficient tool change over
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The overhead jib crane reduces lifting and handling hazards
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CRT testing available upon request

 SPECIFICATIONS

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TEST BED LENGTH
18’ (5.5 m)
TEST WIDTH
5.3’ (1.6 m)
OVERHEAD HOIST CAPACITY
2 ton overhead jib crane
OVERHEAD HOIST HEIGHT
13’ (5.9 m)
JIB MOVEMENT
190 degrees
THREAD CAPABILITY (ROTARY SHOULDER)
4.5” IF (114.3 mm) & 6.63” Reg (168.3 mm)
EQUIPMENT CAPABILITIES
Bails (extension & links), Elevators (square shoulder & casing),
CRTi & CRTe / specialty threads & equipment available upon request
DIMENSIONS
Length 32’ (9.8 m), Width 10’ (3 m), Height 18’ (5.5 m)
WEIGHT
36,000 lbs (16,400 kg)
TEST CAPACITY
750 ton (500 ton proof load test)

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RCD Press

RCD
RCD

RCD PRESS

The RCD (Rotating Control Device) Press is used to install or remove a tubular onto an RCD Head. The head is used with Managed Pressure Drilling (MPD) and is conventionally installed on the rig floor. This method of installation can cause a variety of handling and safety concerns. When installing ahead on the rig floor, the rig cost is Non-Productive Time (NPT) so by taking this operation offline we are able to remove the hazards and costs associated.

#RedefineTRS™

FEATURES

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Safe and efficient installation process
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Reduces hazards and NPT on the rig floor
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Inline time savings equate to a more productive operation

SPECIFICATIONS

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PRESS STROKE LENGTH
36” (914.4 mm)
OVERALL HEAD LENGTH (MAXIMUM)
52” (1,320 mm)
HEAD OD (MAXIMUM)
24” (609 mm)
TUBULAR OD (RANGE)
3 – 7.63” (76.2 – 193.8 mm)
UNIT PRESSURE RATING (MAXIMUM)
3,000 PSI (20,700 kPa)
HYDRAULIC FLOW REQUIREMENTS
5 – 70 gal/min (19 – 265 L/min)

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Bucking Frame

bucking frame ProTorque
ProTorque Bucking Frame
Protorque Logo colored 1

BUCKING FRAME

The Bucking Frame, when coupled with any power tong, can be used for making and breaking out threaded connections. The compact footprint can be utilized in even the most remote locations and it safely assembles and disassembles connections for casing accessories (oat shoe / collar), pups, hangers and many other threaded tools.

#RedefineTRS™

FEATURES

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Adjustable Back-ups
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Reduces hazards and NPT on the rig floor
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Inline time savings equates to more productive rig time & seamless operation.

SPECIFICATIONS

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PIPE SIZE RANGE
Power Tong 4.5 – 13.63” (114.3 – 346 mm)
Back-up jaw 4 – 15” (101.6 – 381 mm)
TORQUE RANGE
4.5 – 5.5” (114.3 – 139.7 mm) 25,000 ft/lbs (33,850 Nm)
7 – 13.63” (177.8 – 346 mm) 35,000 ft/lbs (47,400 Nm)
FLOW RATING
40 – 60 GPM (152 – 227 LPM)
WEIGHT
4,500 lbs (2045 kg)
DIMENSIONS
Length 95” (2,413 mm), Width 58” (1,473 mm), Height 68” (1,727 mm)
HEIGHT ADJUSTMENT
12” (305 mm)
BACK-UP JAW ADJUSTMENT (SCOPE)
Maximum 52” (1,321 mm) Minimum 9” (229 mm)
**All specifications are power tong dependent**

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POWER TONG & TUBULAR RUNNING SERVICES

Power tongs ProTorque
Tongs TRS Protorque

POWER TONG & TUBULAR RUNNING SERVICES

Proper power tong selection for every casing connection is a critical aspect of any tubular running operation. Premium connection torques may dictate the use of specialty components such as hydraulic / air slips or integral back-ups for your power tong. Depending on manufacturer specifications integral back-ups may be a make-up requirement. Our expansive fleet of specialized TRS equipment is available to support the make-up of high torque connection values up to 50,000 ft/lbs. We are able to do this while still maintaining the smallest possible footprint on the rig floor. Our focus is on having the right TRS equipment specific to every job.

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POWER TONG TECHNICIANS

Our experienced and skilled power tong technicians play a major role in the safety and efficiency of a casing run. This makes the selection of your power tong service company a key component of overall performance.

ProTorque attracts and employs some of the industry’s most talented and experienced casing running technicians. Every detail of a casing run must be considered when looking for cost savings and efficiency; particularly on long production strings where every second counts while maintaining a safe operation. When making-up hundreds of connections, filling on the fly and selecting the correct handling equipment (air or hydraulic powered slips); we save time and effort on long challenging casing runs. ProTorque can meet handling requirements of up to 500 tons of hoist capability.

Power Tong And Tubular Running Services

POWER TONG AND HANDLING EQUIPMENT FEATURES

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Conventional tong range: 2.63 - 20” (66.8 - 508 mm)
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Integral power tong range: 2.63 - 13.63” (66.8 - 346.2 mm)
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Torque Output: up to 50,000 ft/lbs (67,790 Nm)
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Wrap around (low penetrating) dies available for most sizes and tongs, upon request
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Handling equipment: 500 ton capability within North America
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High Torque Strap Tongs: 50,000 ft/lbs (67,790 Nm)
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Hydraulic / Air Slips: 200 & 350 ton available

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